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Following is a list of commands recognized in keyboard and batch modes. Note that the radio command must be given before any command that depends on the radio model. Other than this, there are no restrictions on the order of these commands. Note that several commands shown on the ? help billboard, but not documented here, have not been tested.
A command line consists of a string of keyword/argument subcommands executed in order from left to right. Subcommands take on zero, one or more arguments. If the subcommand is the last one on the command line and with no arguments, the general behavior is to display some program or internal radio value. In general, a question mark ? argument invokes a context-sensitive help menu giving all the valid arguments. If one or two arguments, the general behavior is to set some program or internal radio value. Due to variations in the many ICOM radio models, not all the values work in all radios. In such cases use of an unsupported value results in a "radio doesn't do that" message.
Following are the basic commands to control the radio, select the operating mode and control various basic functions. The command parser is designed for easy access to the most often used functions, such as changing the frequency or mode. When processing the next subcommand in the command line, the parser first looks up the function in the help menu and executes it if found. Next, it determines if the token is a valid frequency and sets the radio frequency if it is. Numbers below 1000 are interpreted in MHz, while those above 1000 are interpreted in kHz. If not a valid frequency, the parser looks up the mode in the help menu and sets it if found. If not found, the parser ignores it and displays an error message.
The following commands are used to read, write and empty (clear) memory channels and transfer memory contents to and from frequency (text) files. They take the argument range defining a single channel or range of channels that might be in the same or different banks. The channel notation used is represented b.c, where b is the bank number and c the channel number. For radios without banks, including the 706G and 756, the bank number is not used. A range of channels is represented by b1.c1:b2.c2. When spanning different banks, channels wrap from the last channel in one bank to the first channel in the next higher bank and vice versa. In addition, the channels wrap from the last channel in the radio to the first channel and vice versa. Numbering always goes from the first channel to the second channel number in either direction as indicated.
Various defaults apply in order to simplify operation. For instance, a chan, write or empty command with no arguments applies to the last selected bank and channel. When multiple banks are available, a channel number with no bank number applies to the last selected bank. The dollar sign $ replacing a bank or channel number applies to the entire range of banks or channels. For instance, a $:$ represents the entire contents of the memory array.
Additional subcommands can appear on these commands when certain features are selected and available. These include the name, split, tone, tsql, dtcs and, in the R8500, atten, step, pstep and scan. These subcommands are useful when channels are read from the radio, written to a file or read from a file.
These commands are used to inspect and change the various switches, controls and meters available in the radio. As each radio is different, not all commands work with all radios. By convention, a subcommand with no argument displays a menu of all functions that work with the particular radio, while a subcommand with one argument ? displays a help menu of all arguments along with a short description of the function.
Modern ICOM transceivers have two VFOs, called VFO A (or main VFO) and VFO B (or sub VFO). VFO A is ordinarily used for transmitting and receiving, but in split mode VFO A is used for receiving and VFO B for transmitting. A vfo swap command interchanges the contents of VFO A and VFO B. On the 706G and 7000 a vfo a command shows VFO A on the main display and VFO B on the sub display. A vfo b command shows VFO B on the main display and VFO A on the sub display. A vfo btoa command copies the contents of VFO B to VFO A. The 706G and 7000 can't do any of the other vfo commands.
On the 756 the main display is at the top in large bright font, while the sub display is at the bottom in small dim font. Ordinarily, updates from the panel controls and this program go to VFO A. A split sub command switches updates to VFO B, while a split main command switches back to the main VFO. A vfo equal command copies the contents of the main VFO to the sub VFO. The vfo watch and vfo nowatch turn the dual-watch function on and off.
ICOM transceivers can be switched to operate in either VFO or MEMO mode. In VFO mode the main display shows the frequency, mode and associated memory channel number. The frequency, mode, filter selection and other data can be changed by front panel controls and this program. The current VFO contents can be saved in a memory channel and recalled later. In VFO mode selecting a memory channel does not automatically transfer the contents to the VFO; however, this program does this with the read and restore commands.
In MEMO mode the memory channels are used directly. A read command automatically transfers the memory channel contents to the main VFO. While the VFO and MEMO modes can be selected by front panel controls, there are no explicit means to do this with the CI-V command set. Ordinarily, and to support memory channel operations like write and empty, MEMO mode is required. However, once one of the VFO subcommands is used, the radio switches to VFO mode. There appears no way with CI-V commands to switch back to MEMO mode.
Various transceivers and receivers have idiosyncratic means to control the preamps and attentuators. In the R8500 the attentuator and tuning step information are saved along with the frequency and mode in a memory channel. In modern transceivers the preamp and attenuator values selected for each band are saved in nonvolatile registers for each band separately.
These commands are used to set and display various internal functions such as AGC time constant, antenna selection, etc. By convention, a command with no argument displays a menu of all subcommands that work with the particular radio, while a command with one argument ? displays a help menu of all subcommands along with a short description of the function.
These commands set the radio dial tuning step and the variable tuning steps used in keypad mode. The dial and scan functions are provided by the radio, while the rate and step commands provide software control for the keypad tuning functions.
Modern ICOM transceivers include provisions for repeater tone and tone squelch (CTSS), and digital tone squelch (DTCS) functions used to access repeaters. At the moment, the only radio verified to support all three tone functions is the 7000. The 756 supports only the tone and tone squelch functions. The 706G tone functions cannot be programmed via CI-V commands.
The CTSS uses discrete analog frequencies in the range 67.0-254.1 Hz as shown by the tone ? and tsql ? commands. The DTCS uses discrete digital codes 023-754, as shown by the dtcs ? command. The DTCS codes are augmented by -NN, where the first N ndicates normal transmit polarity and the second N indicates normal receive polarity. The N for normal polarity can be replaced by R for reverse polarity.
All three of the following commands work the same way. A command with no arguments reports the tone status (on or off) and tone code. An argument on turns the function on and argument off turns it off. An argument matching one of the help menu selections sets that tone code and turns the function on.
These commands can provide software compensation for VFO and BFO frequency errors. Older radios generate LO frequencies from a single VFO synthesizer and generate BFO frequencies using a VCXO separately for each mode. Modern radios generate all LO and BFO frequencies from a single VFO synthesizer. The vfocomp command corrects for the VFO frequency error, while the bfocomp command corrects for the BFO frequency error in each mode.
Where all frequencies are synthesized from a common VFO, the calibration procedure is simple using a single WWV/H frequency. With keyboard commands, tune to the highest available WWV/H frequency in USB mode and note the beat note of the 500/600-Hz modulation tone, then switch to LSB mode and note the beat note. Use the vfocomp command to set the VFO compensation and retune the radio to implement it. Repeat as necessary until the beat notes are the same. Using this technique, it is readily possible to compensate within 0.1 PPM.
When the BFO frequencies are synthesized by a VCXO separately for each mode a different technique is necessary involving two WWV/H frequencies. As before, tune to the highest available frequency in USB mode and note the beat note. Then, retune to the lowest available WWV/H frequency and note the beat note. Use the vfocomp command to set the VFO compensation and retune the radio to implement it. Repeat as necessary between the highest and lowest frequencies until the beat notes are the same. This completes the VFO compensation.
The BFO compensation must be done for each mode separately, although usually only the USB and LSB modes are required. Using any available WWV/H frequency, note the difference between the 500/600-Hz modulation tones in AM mode and either USB or LSB mode. Adjust the USB and LSB BFO compensation so all three beat notes are the same.
Following is a list of recognized command line options. Note that, in the case of multiple options, the preferred order is -r, -c, -m, -g, -d, -k, -a and -f. The following options are valid at any time.
The following options are valid only after a radio has been selected
Following is a list of commands recognized in keypad mode. There are no restrictions on the order of these commands.
The most common operations in keypad mode involve quickly navigating or scanning frequency bands. The easy way to do this is to type the frequency in MHz followed by the Enter key. Each Enter key, by itself or preceeded by a frequency, displays the current channel, frequency and mode. The display is correct whether programmed in this way or set using the radio controls.
Frequency scanning is done using the arrow keys UP, DOWN, LEFT and RIGHT. The UP key increases the frequency by one step, the DOWN key decreases it by one step. The size of the step is determined by the rate, which can be selected from 20 discrete levels, where the rate at each level increases in 1-2.5-5-10-... order from 1 Hz to 5 MHz. The LEFT key decreases the level by one, the RIGHT key increases it by one.
The step and rate values can also be set in keyboard mode, but in keyboard mode the step command can set the step to any value which results in a valid frequency for the selected radio. For instance, the step value can be set to 3 kHz when scanning HF aviation bands or 15 kHz when scanning VHF repeater bands.
Modes are selected by a single letter: l (LSB), u (USB), k (CW), a (AM) and f (FM). These work in the same way as the corresponding keyboard mode commands with the default filter selections.
In these commands the channel argument format is the same as the keyboard memory channel commands. If the argument is missing, the operation applies to the last selected memory bank and channel.
icom [ -r radio ] [ -c channel ] [ -m mode ] [ -g frequency ] [ -f file] [ -dk ]
This program controls ICOM radio transceivers and receivers with the CI-V option. Most recent ICOM radios already have this option; older radios can be converted with an appropriate adapter mounted inside the radio. Up to four CI-V radios can be connected to a single serial port using a level converter such as the CT-17, which includes a MAX232 chip and not much else.
The program is intended to control a radio or transceiver over the Internet, so is specifically designed for keyboard control from another computer via a full-duplex secure connection. No graphics interface is necessary or provided. Internet tools are available to support a two-way audio link.
The program implements a radio interface capable of controlling almost all radio functions, including frequency and mode selection, AGC, antenna, attenuator, break and preamp selection and, in some radios, tone, duplex and split controls. Commands are provided to read, write and empty memory banks and channels, where available. Banks and channels can be assigned attributes such as name, tone and duplex. The program can save and restore channel information to and from files for backup and cloning. Where supported by the radio, the program can set and reset switches such as the noise blanker, read and write controls such as the AF gain and read meters such as the signal (S) meter.
The program operates in one of three modes: keyboard, batch and keypad. In keyboard mode, commands and arguments are entered from the keyboard following the icom> prompt and the complete command set is available. In batch mode, the same commands and arguments are read from a specified file. In keypad mode, commands and arguments are entered from the keyboard and numeric keypad following the > prompt. In this mode, numeric data are entered from the numeric keypad followed by a single alphabetic character representing the command name. Shortcut arrow keys on the keyboard are used to tune up/down or increase/decrease the tuning rate.
Shell command line options can be used to select the radio model and set the frequency and mode. Using batch mode and a suitably crafted Unix crontab file, it is possible to tune a radio to different frequencies used by a shortwave broadcaster throughout the day, for example. With the minimuf program (available in a separate distribution), it is possible to build shell scripts that predict the most likely frequencies and tune the radio accordingly.
The program knows about most early and late model ICOM radios, including the 706, 756 and 7000 transceivers and the R72 and R8500 receivers. Use the radio ? command to see the currently supported list. The program can be told which radio is present or directed to scan for all known radios and report each one found. A number of diagnostic tests are performed on the selected radio to determine which options are present and to initialize to a known state. The program detects certain anomalistic behavior of some radios and adjusts its operations to make the behavior conform to a consistent model.
Following is an overview demonstrating how this program can be used in typical operating scenarios. The first command is ordinarily radio, which specifies the radio by model number. This initializes the program and radio to a known condition. The program displays the radio attributes and the first memory channel frequency, mode and additional data as available. The frequency and mode and other attributes can be entered and edited using the keyboard; the data are transferred to the radio with an enter keystroke. Alternatively, the radio controls can be used to set frequency and mode, and the data transferred to the program with an enter keystroke. Details on the keyboard and keypad commands are on the Keyboard and Batch Commands and Keypad Commands pages.
Most commands take arguments, although many arguments can be defaulted. A frequency argument less than 1000 specifies the frequency in MHz, while greater than 1000 specifies the frequency in kHz. An offset argument preceded by an explicit + or - character specifies the offset frequency relative to the current VFO frequency in kHz. Signed or unsigned step and rate arguments specify a tuning step in Hz. A bank.channel argument specifies a bank and memory channel available in the particular radio. For most commands a question mark ? argument displays context-sensitive help information for that command. The help information consists of a keyword argument followed by a brief description of the function.
Since the most common function is tuning the radio to different frequencies or scanning a band of frequencies, a compact parsing convention is provided. The parser scans the tokens in each command line in turn. If the current token is the name of a defined command, that command is executed. Otherwise, if the current token is a valid frequency, the radio frequency is set to that value. Otherwise, if the token is a valid mode name, the radio mode is set accordingly. Otherwise, the command is discarded and an error message is displayed. Use the mode ? command to see a list of valid mode names; however, note that not all radios implement all modes.
The keyboard mode can be very awkward when searching a band for signals, since a new command must be used every time the frequency is changed. The pad keyboard command puts the program in keypad mode and changes the prompt string to >. In this mode, arguments such as frequency, tuning step, etc., can be entered directly from the keyboard and numeric keypad. Of course, the keypad must be in numlock mode for this to work properly. In keypad mode, the argument is given first followed by a single character which executes the function. A single ? character displays a list of all functions.
Most ICOM receivers tune in 10-Hz steps, while most HF transceivers tune in 1-Hz steps and some VHF/UHF radios tune in 100-Hz steps. The easiest way to tune the radio is using keypad mode and the arrow keys. The UP and DOWN arrow keys adjust the frequency up or down one step, while the LEFT and RIGHT arrow keys decrease and increase the tuning rate (Hz per step) respectively. The rate values begin at the minimum tuning step and extend in 1-2.5-5-10 steps to 5 MHz per step. The arrow and ENTER keystrokes display the frequency and mode after the step. With a little practice, it is easy to scan a band (say with 1-kHz steps in USB) looking for signals and, when one is found, change to 100-Hz steps to move closer and then to 10-Hz steps for the final adjustment.
Late model ICOM transceivers have provisions for duplex and split operations. Ordinarily, FM repeater operations require that the station receiving on a frequency transmit at a fixed offset relative to that frequency. This operation is automatic with most VHF/UHF transceivers. Keyboard commands are available to specify the duplex offset and sign, although some early VHF/UHF transceivers apparently have no provision to control the sign of the offset with CI-V commands. Modern transceivers include separate duplex offset registers for HF, 6 m, 2 m and 70 cm. Front panel controls and this program can be used to select other than the default duplex offset and set either positive or negative duplex or none (simplex). In most modern transceiver the duplex sign can be saved in a memory channel, but the duplex offset magnitudes apply to all channels.
In split operation VFO A controls the receive frequency and VFO B the transmit frequency. The VFOs can be programmed from the front panel or this program. The split command does this automatically, either as an absolute frequency or a signed offset value added to the receive frequency.
Modern radios can save and recall a huge number of memory channels, 20 banks of 40 channels in the R8500 and 5 banks of 99 channels in the 7000. This program simulates uses the numbering schemes defined by the various radios where bank and channel numbering start at zero or one. The chan, write and empty commands operate on every channel in a selected range. The program displays the frequency, mode and related data provided by the radio. For most radios this includes the memory name, although the maximum supported characters varies. For instance, the 756 memory channels includes the filter, duplex, tone, tone squelch and digital tone squelch data. The R8500 includes the tuning step, programmed tuning step, attenuator and scan data. The save command saves this information for each channel in the selected range to a file, one line per channel. The restore command restores each channel in the selected range from the file.
The file can be constructed by the radio or from scratch and modified as necessary. Each line of the file has the form
b.c frequency mode ...,
where b.c is the bank and channel number, frequency is in MHz and mode a valid mode name. The "..." includes one or more subcommands of the form keyword value, as in an ordinary keyboard command. Use the chan ? command to see the list of valid keywords. Not all radios support the same commands and subcommands, so cloning one radio from another of a different model might require editing the file.
Modern ICOM radios, synthesize all oscillator signals from a single master oscillator. Once the master oscillator frequency is accurately calibrated, the various LO and BFO signals will be exactly on frequency. Older ICOM radios synthesize the LO signal, but use an independent oscillator for the BFO signal. In these radios, the BFO frequency is shifted using a varactor and a network of diodes and resistors to generate the necessary BFO frequencies. This method is not very accurate when remotely tuning the radio to a narrowband RTTY or packet transmission, for example.
This program has provisions to compensate for the systematic errors in both the synthesized LO signal and varactor-switched BFO signals. This is done by adjusting the VFO frequency to compensate for the LO error and BFO frequency is compensated for each mode separately. Individual BFO errors. The commands to do this along with the calibration procedure are on the Keyboard and Batch Commands page.
Batch mode is designed for cases where a number of radios are to be cloned or programmed with memory channel blocks from another program. In principle, a Unix shell script could search an archive for the current VOA transmission schedules and transmitter locations, another program could determine the propagation model and best frequencies for the receiver location and current time of day, and then program the radio(s) with the results.
When using this program to operate more than one radio, it is useful for the batch file to define the VFO and BFO compensation for each radio. This allows the frequency files to use the assigned frequency of the station. The batch file can then load the frequency files in memory channel blocks as required. This allows channel blocks to be created by other programs and copied from one radio to another.
The program communicates with one or more radios using the icom CI-V broadcast bus and serial asynchronous protocol. The CT-17 level converter can be used to interface the CI-V voltage levels (TTL) to EIA (RS-232) levels, or a homebrew unit can be made from the MAX232 IC plus a handful of capacitors. The CT-17 supports up to four radios, but there is no inherent protocol limitation to this number. The CI-V uses active-low drivers with resistor pullups, so multiple radios can be connected to the same wire.
Messages are exchanged in the form of frames beginning with two preamble octets (0xfe) and ending with one postamble octet (0xfd). The message itself contains the source, destination, command and argument octets as necessary. In order to handle the older radios, the control program operates at 9600 bps; however, it can be compiled to operate at other speeds. All radios on the bus need to operate at the same rate. Each radio model is assigned a unique identifier octet, which can be changed if necessary. The control program sends a frame with that identifier and expects a reply, either containing data or a single ACK (0xfb) or NAK (0xfa). Most functions implemented by the control program require an exchange of several frames.
It has been the experience that some radios can occasionally fail to respond to a command or respond with a mangled frame. Therefore, the control program includes a good deal of error recovery code and uses timeouts and retransmissions as necessary. Since the CI-V bus uses a broadcast architecture, every octet transmitted by the control program is read back for verification. If the readback fails or no reply is received after three retransmissions, the operation fails and an error message is displayed.
The trace command can be used to watch the protocol interactions between the program and radios. The argument bus enables packet trace. The trace operates from received octets, either a readback of a transmitted frame preceded by T: or a copy of a received frame preceded by R:. Each transmission is repeated up to three times in case of error, after which the operation fails and is reported as an error. The argument packet enables bus error messages, which are normally suppressed until the maximum retry limit is reached.
The dump command displays the current main VFO contents in hex plus other information as labelled.
Written by David L. Mills, W3HCF; this update 24 April 2006, last update 24 September 1996.
This is a work in progress. Many idiosyncrasies of various ICOM radios remain to be discovered.
Following is a list of commands recognized in keypad mode. There are no restrictions on the order of these commands.
The most common operations in keypad mode involve quickly navigating or scanning frequency bands. The easy way to do this is to type the frequency in MHz followed by the Enter key. Each Enter key, by itself or preceeded by a frequency, displays the current channel, frequency and mode. The display is correct whether programmed in this way or set using the radio controls.
Frequency scanning is done using the arrow keys UP, DOWN, LEFT and RIGHT. The UP key increases the frequency by one step, the DOWN key decreases it by one step. The size of the step is determined by the rate, which can be selected from 20 discrete levels, where the rate at each level increases in 1-2.5-5-10-... order from 1 Hz to 5 MHz. The LEFT key decreases the level by one, the RIGHT key increases it by one.
The step and rate values can also be set in keyboard mode, but in keyboard mode the step command can set the step to any value which results in a valid frequency for the selected radio. For instance, the step value can be set to 3 kHz when scanning HF aviation bands or 15 kHz when scanning VHF repeater bands.
Modes are selected by a single letter: l (LSB), u (USB), k (CW), a (AM) and f (FM). These work in the same way as the corresponding keyboard mode commands with the default filter selections.
In these commands the channel argument format is the same as the keyboard memory channel commands. If the argument is missing, the operation applies to the last selected memory bank and channel.
Following is a list of commands recognized in keyboard and batch modes. Note that the radio command must be given before any command that depends on the radio model. Other than this, there are no restrictions on the order of these commands. Note that several commands shown on the ? help billboard, but not documented here, have not been tested.
A command line consists of a string of keyword/argument subcommands executed in order from left to right. Subcommands take on zero, one or more arguments. If the subcommand is the last one on the command line and with no arguments, the general behavior is to display some program or internal radio value. In general, a question mark ? argument invokes a context-sensitive help menu giving all the valid arguments. If one or two arguments, the general behavior is to set some program or internal radio value. Due to variations in the many ICOM radio models, not all the values work in all radios. In such cases use of an unsupported value results in a "radio doesn't do that" message.
Following are the basic commands to control the radio, select the operating mode and control various basic functions. The command parser is designed for easy access to the most often used functions, such as changing the frequency or mode. When processing the next subcommand in the command line, the parser first looks up the function in the help menu and executes it if found. Next, it determines if the token is a valid frequency and sets the radio frequency if it is. Numbers below 1000 are interpreted in MHz, while those above 1000 are interpreted in kHz. If not a valid frequency, the parser looks up the mode in the help menu and sets it if found. If not found, the parser ignores it and displays an error message.
The following commands are used to read, write and empty (clear) memory channels and transfer memory contents to and from frequency (text) files. They take the argument range defining a single channel or range of channels that might be in the same or different banks. The channel notation used is represented b.c, where b is the bank number and c the channel number. For radios without banks, including the 706G and 756, the bank number is not used. A range of channels is represented by b1.c1:b2.c2. When spanning different banks, channels wrap from the last channel in one bank to the first channel in the next higher bank and vice versa. In addition, the channels wrap from the last channel in the radio to the first channel and vice versa. Numbering always goes from the first channel to the second channel number in either direction as indicated.
Various defaults apply in order to simplify operation. For instance, a chan, write or empty command with no arguments applies to the last selected bank and channel. When multiple banks are available, a channel number with no bank number applies to the last selected bank. The dollar sign $ replacing a bank or channel number applies to the entire range of banks or channels. For instance, a $:$ represents the entire contents of the memory array.
Additional subcommands can appear on these commands when certain features are selected and available. These include the name, split, tone, tsql, dtcs and, in the R8500, atten, step, pstep and scan. These subcommands are useful when channels are read from the radio, written to a file or read from a file.
These commands are used to inspect and change the various switches, controls and meters available in the radio. As each radio is different, not all commands work with all radios. By convention, a subcommand with no argument displays a menu of all functions that work with the particular radio, while a subcommand with one argument ? displays a help menu of all arguments along with a short description of the function.
Modern ICOM transceivers have two VFOs, called VFO A (or main VFO) and VFO B (or sub VFO). VFO A is ordinarily used for transmitting and receiving, but in split mode VFO A is used for receiving and VFO B for transmitting. A vfo swap command interchanges the contents of VFO A and VFO B. On the 706G and 7000 a vfo a command shows VFO A on the main display and VFO B on the sub display. A vfo b command shows VFO B on the main display and VFO A on the sub display. A vfo btoa command copies the contents of VFO B to VFO A. The 706G and 7000 can't do any of the other vfo commands.
On the 756 the main display is at the top in large bright font, while the sub display is at the bottom in small dim font. Ordinarily, updates from the panel controls and this program go to VFO A. A split sub command switches updates to VFO B, while a split main command switches back to the main VFO. A vfo equal command copies the contents of the main VFO to the sub VFO. The vfo watch and vfo nowatch turn the dual-watch function on and off.
ICOM transceivers can be switched to operate in either VFO or MEMO mode. In VFO mode the main display shows the frequency, mode and associated memory channel number. The frequency, mode, filter selection and other data can be changed by front panel controls and this program. The current VFO contents can be saved in a memory channel and recalled later. In VFO mode selecting a memory channel does not automatically transfer the contents to the VFO; however, this program does this with the read and restore commands.
In MEMO mode the memory channels are used directly. A read command automatically transfers the memory channel contents to the main VFO. While the VFO and MEMO modes can be selected by front panel controls, there are no explicit means to do this with the CI-V command set. Ordinarily, and to support memory channel operations like write and empty, MEMO mode is required. However, once one of the VFO subcommands is used, the radio switches to VFO mode. There appears no way with CI-V commands to switch back to MEMO mode.
Various transceivers and receivers have idiosyncratic means to control the preamps and attentuators. In the R8500 the attentuator and tuning step information are saved along with the frequency and mode in a memory channel. In modern transceivers the preamp and attenuator values selected for each band are saved in nonvolatile registers for each band separately.
These commands are used to set and display various internal functions such as AGC time constant, antenna selection, etc. By convention, a command with no argument displays a menu of all subcommands that work with the particular radio, while a command with one argument ? displays a help menu of all subcommands along with a short description of the function.
These commands set the radio dial tuning step and the variable tuning steps used in keypad mode. The dial and scan functions are provided by the radio, while the rate and step commands provide software control for the keypad tuning functions.
Modern ICOM transceivers include provisions for repeater tone and tone squelch (CTSS), and digital tone squelch (DTCS) functions used to access repeaters. At the moment, the only radio verified to support all three tone functions is the 7000. The 756 supports only the tone and tone squelch functions. The 706G tone functions cannot be programmed via CI-V commands.
The CTSS uses discrete analog frequencies in the range 67.0-254.1 Hz as shown by the tone ? and tsql ? commands. The DTCS uses discrete digital codes 023-754, as shown by the dtcs ? command. The DTCS codes are augmented by -NN, where the first N ndicates normal transmit polarity and the second N indicates normal receive polarity. The N for normal polarity can be replaced by R for reverse polarity.
All three of the following commands work the same way. A command with no arguments reports the tone status (on or off) and tone code. An argument on turns the function on and argument off turns it off. An argument matching one of the help menu selections sets that tone code and turns the function on.
These commands can provide software compensation for VFO and BFO frequency errors. Older radios generate LO frequencies from a single VFO synthesizer and generate BFO frequencies using a VCXO separately for each mode. Modern radios generate all LO and BFO frequencies from a single VFO synthesizer. The vfocomp command corrects for the VFO frequency error, while the bfocomp command corrects for the BFO frequency error in each mode.
Where all frequencies are synthesized from a common VFO, the calibration procedure is simple using a single WWV/H frequency. With keyboard commands, tune to the highest available WWV/H frequency in USB mode and note the beat note of the 500/600-Hz modulation tone, then switch to LSB mode and note the beat note. Use the vfocomp command to set the VFO compensation and retune the radio to implement it. Repeat as necessary until the beat notes are the same. Using this technique, it is readily possible to compensate within 0.1 PPM.
When the BFO frequencies are synthesized by a VCXO separately for each mode a different technique is necessary involving two WWV/H frequencies. As before, tune to the highest available frequency in USB mode and note the beat note. Then, retune to the lowest available WWV/H frequency and note the beat note. Use the vfocomp command to set the VFO compensation and retune the radio to implement it. Repeat as necessary between the highest and lowest frequencies until the beat notes are the same. This completes the VFO compensation.
The BFO compensation must be done for each mode separately, although usually only the USB and LSB modes are required. Using any available WWV/H frequency, note the difference between the 500/600-Hz modulation tones in AM mode and either USB or LSB mode. Adjust the USB and LSB BFO compensation so all three beat notes are the same.
Following is a list of commands recognized in keypad mode. There are no restrictions on the order of these commands.
The most common operations in keypad mode involve quickly navigating or scanning frequency bands. The easy way to do this is to type the frequency in MHz followed by the Enter key. Each Enter key, by itself or preceeded by a frequency, displays the current channel, frequency and mode. The display is correct whether programmed in this way or set using the radio controls.
Frequency scanning is done using the arrow keys UP, DOWN, LEFT and RIGHT. The UP key increases the frequency by one step, the DOWN key decreases it by one step. The size of the step is determined by the rate, which can be selected from 20 discrete levels, where the rate at each level increases in 1-2.5-5-10-... order from 1 Hz to 5 MHz. The LEFT key decreases the level by one, the RIGHT key increases it by one.
The step and rate values can also be set in keyboard mode, but in keyboard mode the step command can set the step to any value which results in a valid frequency for the selected radio. For instance, the step value can be set to 3 kHz when scanning HF aviation bands or 15 kHz when scanning VHF repeater bands.
Modes are selected by a single letter: l (LSB), u (USB), k (CW), a (AM) and f (FM). These work in the same way as the corresponding keyboard mode commands with the default filter selections.
In these commands the channel argument format is the same as the keyboard memory channel commands. If the argument is missing, the operation applies to the last selected memory bank and channel.
Following is a list of commands recognized in keyboard and batch modes. Note that the radio command must be given before any command that depends on the radio model. Other than this, there are no restrictions on the order of these commands. Note that several commands shown on the ? help billboard, but not documented here, have not been tested.
A command line consists of a string of keyword/argument subcommands executed in order from left to right. Subcommands take on zero, one or more arguments. If the subcommand is the last one on the command line and with no arguments, the general behavior is to display some program or internal radio value. In general, a question mark ? argument invokes a context-sensitive help menu giving all the valid arguments. If one or two arguments, the general behavior is to set some program or internal radio value. Due to variations in the many ICOM radio models, not all the values work in all radios. In such cases use of an unsupported value results in a "radio doesn't do that" message.
Following are the basic commands to control the radio, select the operating mode and control various basic functions. The command parser is designed for easy access to the most often used functions, such as changing the frequency or mode. When processing the next subcommand in the command line, the parser first looks up the function in the help menu and executes it if found. Next, it determines if the token is a valid frequency and sets the radio frequency if it is. Numbers below 1000 are interpreted in MHz, while those above 1000 are interpreted in kHz. If not a valid frequency, the parser looks up the mode in the help menu and sets it if found. If not found, the parser exits with an error message.
The following commands are used to read, write and empty (clear) memory channels and transfer memory contents to and from frequency (text) files. They take the argument range defining a single channel or range of channels that might be in the same or different banks. The channel notation used is represented b.c, where b is the bank number and c the channel number. For radios without banks, including the 706G and 756, the bank number is not used. A range of channels is represented by b1.c1:b2.c2. When spanning different banks, channels wrap from the last channel in one bank to the first channel in the next higher bank and vice versa. In addition, the channels wrap from the last channel in the radio to the first channel and vice versa. Numbering always goes from the first channel to the second channel number in either direction as indicated.
Various defaults apply in order to simplify operation. For instance, a chan, write or empty command with no arguments applies to the last selected bank and channel. When multiple banks are available, a channel number with no bank number applies to the last selected bank. The dollar sign $ replacing a bank or channel number applies to the entire range of banks or channels. For instance, a $:$ represents the entire contents of the memory array.
Additional subcommands can appear on these commands when certain features are selected and available. These include the name, split, tone, tsql, dtcs and, in the R8500, atten, step, pstep and scan subcommands. These subcommands are useful when channels are read from the radio, written to a file or read from a file.
The set, ctl and meter commands are used to inspect and change the various switches, controls and meters available in the radio. As each radio is different, not all commands work with all radios. By convention, a subcommand with no argument displays a menu of all functions that work with the particular radio, while a subcommand with one argument ? displays a help menu of all arguments along with a short description of the function.
Modern ICOM transceivers have two VFOs, called VFO A (or main VFO) and VFO B (or sub VFO). VFO A is ordinarily used for transmitting and receiving, but in split mode VFO A is used for receiving and VFO B for transmitting. A vfo swap command interchanges the contents of VFO A and VFO B. On the 706g and 7000 a vfo a command shows VFO A on the main display and VFO B on the sub display. A vfo b command shows VFO B on the main display and VFO A on the sub display. A vfo btoa command copies the contents of VFO B to VFO A. The 706g and 7000 can't do any of the other vfo commands.
On the 756 the main display is at the top in large bright font, while the sub display is at the bottom in small dim font. Ordinarily, updates from the panel controls and this program go to VFO A. A split sub command switches updates to VFO B, while a split main command switches back to the main VFO. A vfo equal command copies the contents of the main VFO to the sub VFO. The vfo watch and vfo nowatch turn the dual-watch function on and off.
ICOM transceivers can be switched to operate in either VFO or MEMO mode. In VFO mode the main display shows the frequency, mode and associated memory channel. The frequency, mode, filter selection and other data can be changed by front panel controls and this program. The current VFO contents can be saved in a memory channel and recalled later. In VFO mode selecting a memory channel does not automatically transfer the contents to the VFO; however, this program does this with the read and restore commands.
In MEMO mode the memory channels are used directly. A read command automatically transfers the memory channel contents to the main VFO. While the VFO and MEMO modes can be selected by front panel controls, there are no explicit means to do this with the CI-V command set. Ordinarily, and to support memory channel operations like write and empty, MEMO mode is required. However, once one of the VFO subcommands is used, the radio switches to VFO mode. There appears no way with CI-V commands to switch back to MEMO mode.
Various transceivers and receivers have idiosyncratic means to control the preamps and attentuators. In the R8500 the attentuator and tuning step information are saved along with the frequency and mode in a memory channel. In modern transceivers the preamp and attenuator values selected for each band are saved in nonvolatile registers for each band separately.
These commands are used to set and display various internal functions such as AGC time constante, antenna selection, etc. By convention, a command with no argument displays a menu of all subcommands that work with the particular radio, while a command with one argument ? displays a help menu of all subcommands along with a short description of the function.
These commands set the radio dial tuning step and the variable tuning steps used in keypad mode. The dial and scan functions are provided by the radio, while the rate and step commands provide software control for the keypad tuning functions.
Modern ICOM transceivers include provisions for repeater tone and tone squelch (CTSS), and digital tone squelch (DTCS) functions used to access repeaters. At the moment, the only radio verified to support all three tone functions is the 7000. The 756 supports only the tone and tone squelch functions, while the 706g tone functions cannot be programmed via CI-V commands.
The CTSS uses discrete analog frequencies in the range 67.0-254.1 Hz as shown by the tone ? and tsql ? commands. The DTCS uses discrete digital codes 023-754, as shown by the dtcs ? command. The DTCS codes are augmented by -NN, where the first N ndicates normal transmit polarity and the second N indicates normal receive polarity. Tthe N for normal polarity can be replaced by R for reverse polarity.
All three of the following commands work the same way. A command with no arguments reports the tone status (on or off) and tone code. An argument on turns the function on and argument off turns it off. An argument matching one of the help menu selections sets that tone code and turns the function on.
The following commands can provide software compensation for VFO and BFO frequency errors. Older radios generate LO frequencies from a single VFO synthesizer and generate BFO frequencies using a VCXO separately for each mode. Modern radios generate all LO and BFO frequencies from a single VFO synthesizer. The vfocomp command corrects for the VFO frequency error, while the bfocomp command corrects for the BFO frequency error in each mode.
Where all frequencies are synthesized from a common VFO, the calibration procedure is simple using a single WWV/H frequency. Using the keyboard commands, tune to the highest available WWV/H frequency in USB mode and note the beat note of the 500/600-Hz modulation tone, then switch to LSB mode and note the beat note. Use the vfocomp command to set the VFO compensation and retune the radio to implement it. Repeat as necessary until the beat notes are the same. Using this technique, it is readily possible to compensate within 0.1 PPM.
When the BFO frequecies are synthesized by a VCXO separately for each mode a different technique is necessary involving two WWV/H frequencies. As before, tune to the highest available frequency in USB mode and note the beat note. Then, retune to the lowest available WWV/H frequency and note the beat note. Use the vfocomp command to set the VFO compensation and retune the radio to implement it. Repeat as necessary between the highest and lowest frequencies until the beat notes are the same. This completes the VFO compensation.
The BFO compensation must be done for each mode separately, although usually only the USB and LSB modes are required. Using any available WWV/H frequency, note the difference between the 500/600-Hz modulation tones in AM mode and either USB or LSB mode. Adjust the USB and LSB BFO compensation so all three beat notes are the same.
Following is a list of recognized command line options. Note that, in the case of multiple options, the preferred order is -r, -c, -m, -g, -d, -k, -a and -f. The following options are valid at any time.
The following options are valid only after a radio has been selected
icom [ -r radio ] [ -c channel ] [ -m mode ] [ -g frequency ] [ -f file] [ -dk ]
This program controls ICOM radio transceivers and receivers with the CI-V option. Most recent ICOM radios already have this option; older radios can be converted with an appropriate adapter mounted inside the radio. Up to four CI-V radios can be connected to a single serial port using a level converter such as the CT-17, which includes a MAX232 chip and not much else.
The program is intended to control a radio or transceiver over the Internet, so is specifically designed for keyboard control from another computer via a full-duplex secure connection. No graphics interface is necessary or provided. Internet tools are available to support a two-way audio link.
The program implements a radio interface capable of controlling almost all radio functions, including frequency and mode selection, AGC, antenna, attenuator, break and preamp selection and, in some radios, tone, duplex and split controls. Commands are provided to read, write and empty memory banks and channels, where available. Banks and channels can be assigned attributes such as name, tone and duplex. The program can save and restore channel information to and from files for backup and cloning. Where supported by the radio, the program can set and reset switches such as the noise blanker, read and write controls such as the AF gain and read meters such as the signal (S) meter.
The program operates in one of three modes: keyboard, batch and keypad. In keyboard mode, commands and arguments are entered from the keyboard following the icom> prompt and the complete command set is available. In batch mode, the same commands and arguments are read from a specified file. In keypad mode, commands and arguments are entered from the keyboard and numeric keypad following the > prompt. In this mode, numeric data are entered from the numeric keypad followed by a single alphabetic character representing the command name. Shortcut arrow keys on the keyboard are used to tune up/down or increase/decrease the tuning rate.
Shell command line options can be used to select the radio model and set the frequency and mode. Using batch mode and a suitably crafted Unix crontab file, it is possible to tune a radio to different frequencies used by a shortwave broadcaster throughout the day, for example. With the minimuf program (available in a separate distribution), it is possible to build shell scripts that predict the most likely frequencies and tune the radio accordingly.
The program knows about most early and late model ICOM radios, including the 706, 756 and 7000 transceivers and the R72 and R8500 receivers. Use the radio ? command to see the currently supported list. The program can be told which radio is present or directed to scan for all known radios and report each one found. A number of diagnostic tests are performed on the selected radio to determine which options are present and to initialize to a known state. The program detects certain anomalistic behavior of some radios and adjusts its operations to make the behavior conform to a consistent model.
Following is an overview demonstrating how this program can be used in typical operating scenarios. The first command is ordinarily radio, which specifies the radio by model number. This initializes the program and radio to a known condition. The program displays the radio attributes and the first memory channel frequency, mode and additional data as available. The frequency and mode and other attributes can be entered and edited using the keyboard; the data are transferred to the radio with an enter keystroke. Alternatively, the radio controls can be used to set frequency and mode, and the data transferred to the program with an enter keystroke. Details on the keyboard and keypad commands are on the Keyboard and Batch Commands and Keypad Commands pages.
Most commands take arguments, although many arguments can be defaulted. A frequency argument less than 1000 specifies the frequency in MHz, while greater than 1000 specifies the frequency in kHz. An offset argument preceded by an explicit + or - character specifies the offset frequency relative to the current VFO frequency in kHz. Signed or unsigned step and rate arguments specify a tuning step in Hz. A bank.channel argument specifies a bank and memory channel available in the particular radio. For most commands a question mark ? argument displays context-sensitive help information for that command. The help information consists of a keyword argument followed by a brief description of the function.
Since the most common function is tuning the radio to different frequencies or scanning a band of frequencies, a compact parsing convention is provided. The parser scans the tokens in each command line in turn. If the current token is the name of a defined command, that command is executed. Otherwise, if the current token is a valid frequency, the radio frequency is set to that value. Otherwise, if the token is a valid mode name, the radio mode is set accordingly. Otherwise, the command is discarded and an error message is displayed. Use the mode ? command to see a list of valid mode names; however, note that not all radios implement all modes.
The keyboard mode can be very awkward when searching a band for signals, since a new command must be used every time the frequency is changed. The pad keyboard command puts the program in keypad mode and changes the prompt string to >. In this mode, arguments such as frequency, tuning step, etc., can be entered directly from the keyboard and numeric keypad. Of course, the keypad must be in numlock mode for this to work properly. In keypad mode, the argument is given first followed by a single character which executes the function. A single ? character displays a list of all functions.
Most ICOM receivers tune in 10-Hz steps, while most HF transceivers tune in 1-Hz steps and some VHF/UHF radios tune in 100-Hz steps. The easiest way to tune the radio is using keypad mode and the arrow keys. The UP and DOWN arrow keys adjust the frequency up or down one step, while the LEFT and RIGHT arrow keys decrease and increase the tuning rate (Hz per step) respectively. The rate values begin at the minimum tuning step and extend in 1-2.5-5-10 steps to 5 MHz per step. The arrow and ENTER keystrokes display the frequency and mode after the step. With a little practice, it is easy to scan a band (say with 1-kHz steps in USB) looking for signals and, when one is found, change to 100-Hz steps to move closer and then to 10-Hz steps for the final adjustment.
Late model ICOM transceivers have provisions for duplex and split operations. Ordinarily, FM repeater operations require that the station receiving on a frequency transmit at a fixed offset relative to that frequency. This operation is automatic with most VHF/UHF transceivers. Keyboard commands are available to specify the duplex offset and sign, although some early VHF/UHF transceivers apparently have no provision to control the sign of the offset with CI-V commands. Modern transceivers include separate duplex offset registers for HF, 6 m, 2 m and 70 cm. Front panel controls and this program can be used to select other than the default duplex offset and set either positive or negative duplex or none (simplex). In most modern transceiver the duplex sign can be saved in a memory channel, but the duplex offset magnitudes apply to all channels.
In split operation VFO A controls the receive frequency and VFO B the transmit frequency. The VFOs can be programmed from the front panel or this program. The split command does this automatically, either as an absolute frequency or a signed offset value added to the receive frequency.
Modern radios can save and recall a huge number of memory channels, 20 banks of 40 channels in the R8500 and 5 banks of 99 channels in the 7000. This program simulates uses the numbering schemes defined by the various radios where bank and channel numbering start at zero or one. The chan, write and empty commands operate on every channel in a selected range. The program displays the frequency, mode and related data provided by the radio. For most radios this includes the memory name, although the maximum supported characters varies. For instance, the 756 memory channels includes the filter, duplex, tone, tone squelch and digital tone squelch data. The R8500 includes the tuning step, programmed tuning step, attenuator and scan data. The save command saves this information for each channel in the selected range to a file, one line per channel. The restore command restores each channel in the selected range from the file.
The file can be constructed by the radio or from scratch and modified as necessary. Each line of the file has the form
b.c frequency mode ...,
where b.c is the bank and channel number, frequency is in MHz and mode a valid mode name. The "..." includes one or more subcommands of the form keyword value, as in an ordinary keyboard command. Use the chan ? command to see the list of valid keywords. Not all radios support the same commands and subcommands, so cloning one radio from another of a different model might require editing the file.
Modern ICOM radios, synthesize all oscillator signals from a single master oscillator. Once the master oscillator frequency is accurately calibrated, the various LO and BFO signals will be exactly on frequency. Older ICOM radios synthesize the LO signal, but use an independent oscillator for the BFO signal. In these radios, the BFO frequency is shifted using a varactor and a network of diodes and resistors to generate the necessary BFO frequencies. This method is not very accurate when remotely tuning the radio to a narrowband RTTY or packet transmission, for example.
This program has provisions to compensate for the systematic errors in both the synthesized LO signal and varactor-switched BFO signals. This is done by adjusting the VFO frequency to compensate for the LO error and BFO frequency is compensated for each mode separately. Individual BFO errors. The commands to do this along with the calibration procedure are on the Keyboard and Batch Commands page.
Batch mode is designed for cases where a number of radios are to be cloned or programmed with memory channel blocks from another program. In principle, a Unix shell script could search an archive for the current VOA transmission schedules and transmitter locations, another program could determine the propagation model and best frequencies for the receiver location and current time of day, and then program the radio(s) with the results.
When using this program to operate more than one radio, it is useful for the batch file to define the VFO and BFO compensation for each radio. This allows the frequency files to use the assigned frequency of the station. The batch file can then load the frequency files in memory channel blocks as required. This allows channel blocks to be created by other programs and copied from one radio to another.
The program communicates with one or more radios using the icom CI-V broadcast bus and serial asynchronous protocol. The CT-17 level converter can be used to interface the CI-V voltage levels (TTL) to EIA (RS-232) levels, or a homebrew unit can be made from the MAX232 IC plus a handful of capacitors. The CT-17 supports up to four radios, but there is no inherent protocol limitation to this number. The CI-V uses active-low drivers with resistor pullups, so multiple radios can be connected to the same wire.
Messages are exchanged in the form of frames beginning with two preamble octets (0xfe) and ending with one postamble octet (0xfd). The message itself contains the source, destination, command and argument octets as necessary. In order to handle the older radios, the control program operates at 9600 bps; however, it can be compiled to operate at other speeds. All radios on the bus need to operate at the same rate. Each radio model is assigned a unique identifier octet, which can be changed if necessary. The control program sends a frame with that identifier and expects a reply, either containing data or a single ACK (0xfb) or NAK (0xfa). Most functions implemented by the control program require an exchange of several frames.
It has been the experience that some radios can occasionally fail to respond to a command or respond with a mangled frame. Therefore, the control program includes a good deal of error recovery code and uses timeouts and retransmissions as necessary. Since the CI-V bus uses a broadcast architecture, every octet transmitted by the control program is read back for verification. If the readback fails or no reply is received after three retransmissions, the operation fails and an error message is displayed.
The trace command can be used to watch the protocol interactions between the program and radios. The argument bus enables packet trace. The trace operates from received octets, either a readback of a transmitted frame preceded by T: or a copy of a received frame preceded by R:. Each transmission is repeated up to three times in case of error, after which the operation fails and is reported as an error. The argument packet enables bus error messages, which are normally suppressed until the maximum retry limit is reached.
The dump command displays the current main VFO contents in hex plus other information as labelled.
Written by David L. Mills, W3HCF; this update 24 April 2006, last update 24 September 1996.
This is a work in progress. Many idiosyncrasies of various ICOM radios remain to be discovered.
Following is a list of recognized command line options. Note that, in the case of multiple options, the preferred order is -r, -c, -m, -g, -d, -k, -a and -f. The following options are valid at any time.
The following options are valid only after a radio has been selected
icom [ -r radio ] [ -c channel ] [ -m mode ] [ -g frequency ] [ -f file] [ -adk ]
This program controls ICOM radio transceivers and receivers with the CI-V option. Most recent ICOM radios already have this option; older radios can be converted with an appropriate adapter mounted inside the radio. Up to four CI-V radios can be connected to a single serial port using a level converter such as the CT-17, which includes a MAX232 chip and not much else.
The program is intended to control a radio or transceiver over the Internet, so is specifically designed for keyboard control from another computer, so no graphics interface is necessary or provided. Other Internet tools are available to support a two-way audio link.
The program implements a radio interface capable of controlling almost all radio functions, including frequency and mode selection, agc, antenna, attenuator, break and preamp selection and, in some radios, tone, duplex and split controls. Commands are provided to read, write and empty memory banks and channels, where available. Banks and channels can be assigned attributes such as name, tone and duplex. The program can save and restore channel information to and from files for backup and cloning. Where supported by the radio, the program can set and reset switches such as the noise blanker, read and write controls such as the AF gain and read meters such as the signal (S) meter.
The program operates in one of three modes: keyboard, batch and keypad. In keyboard mode, commands and arguments are entered from the keyboard following the icom> prompt and the complete command set is available. In batch mode, the same commands and arguments are read from the file specified as an option in the shell command line. In keypad mode, commands and arguments are entered from the keyboard and numeric keypad following the > prompt. In this mode, numeric data are enterred from the numeric keypad followed by a single alphabetic character representing the command name. Shortcut arrow keys on the keyboard are used to tune up/down or increase/decrease the tuning rate.
Options on the shell command line can be used to select the radio model and set the frequency and mode. A description of each option is at Command Line Options. Using batch mode and a suitably crafted Unix crontab file, it is possible to tune a radio to different frequencies used by a shortwave broadcaster throughout the day, for example. With the minimuf program (available in a separate distribution), it is possible to build shell scripts that predict the most likely frequencies and tune the radio accordingly.
The program knows about most early and late model ICOM radios, including the 706, 756 and 7000 transceivers and the R72 and R8500 receivers. Use the radio ? command to see the currently supported list. The program can be told which radio is present or directed to scan for all known radios and report each one found. A number of diagnostic tests are performed on the selected radio to determine which options are present and to initialize to a known state. The program detects certain anomalistic behavior of some radios and adjusts its operations to make the behavior conform to a consistent model.
Following is an overview demonstrating how this program can be used in typical operating scenarios. The first command is ordinarily radio, which specifies the radio by model number. This initializes the program and radio to a known condition. The program displays the radio attributes and then the first memory channel frequency, mode and additional data as available. The frequency and mode and other attributes can be enterred and edited using the keyboard; the data are transferred to the radio with an enter keystroke. Alternatively, the radio controls can be used to set frequency and mode, and the data transferred to the program with an enter keystroke. Details on the keyboard and keypad commands are in Keyboard and Batch Commands and Keyboard and Batch Commands.
Most commands take arguments, although many arguments can be defaulted. A frequency argument less than 1000 specifies the frequency in MHz, while greater than 1000 specifies the frequency in kHz. An offset argument preceeded by an explicit + or - character specifies the offset frequency relative to the current VFO frequency in kHz. Signed or unsigned step and rate arguments specify a tuning step in Hz. A bank.channel argument specifies a bank and memory channel number available in the particular radio. For most commands a question mark ? argument displays context-sensitive help information for that command. The help information consists of a keyword argument followed by a brief description of the function.
Since the most common function is tuning the radio to different frequencies or scanning a band of frequencies, a compact parsing convention is provided. The parser scans the tokens in each command line in turn. If the current token is the name of a defined command, that command is executed. Otherwise, if the current token is a valid frequency, the radio frequency is set to that value. Otherwise, if the token is a valid mode name, the radio mode is set accordingly. Otherwise, the command is discarded and an error message is displayed. Use the mode ? command to see a list of valid mode names; however, note that not all radios implement all modes.
The keyboard mode can be very awkward when searching a band for signals, since a new command must be used every time the frequency is changed. The keypad command puts the program in keypad mode and changes the prompt string to ">". In this mode, arguments such as frequency, tuning step, etc., can be entered directly from the keyboard and numeric keypad. Of course, the keypad must be in Num Lock mode for this to work properly. In keypad mode, the argument is given first followed by a single character which executes the function.
Most ICOM receivers tune in 10-Hz steps, while most HF transceiers tune in 1-Hz steps and some VHF/UHF radios tune in 100-Hz steps. The easiest way to tune the radio is using keypad mode and the arrow keys. The UP and DOWN arrow keys adjust the frequency up or down one step, while the LEFT and RIGHT arrow keys decrease and increase the tuning rate (Hz per step) respectively. The rate values begin at the minimum tuning step and extend in 1-2.5-5-10 steps to 5 MHz per step. The arrow and ENTER keystrokes display the frequency and mode after the step. With a little practice, it is easy to scan a band (say with 1-kHz steps in USB) looking for signals and, when one is found, change to 100-Hz steps to move closer and then to 10-Hz steps for the final adjustment.
Late model ICOM transceivers have provisions for duplex and split operations. Ordinarily, FM repeater operations require that the station receiving on a frequency transmit at a fixed offset relative to that frequency. This operation is automatic with most VHF/UHF transceivers. Keyboard commands are available to specify the duplex offset and sign, although some early VHF/UHF transceivers apparently have no provision to control the sign of the offset with CI-V commands. Modern transceivers include separate duplex ofset registers for HF, 6 m, 2 m and 70 cm. Front panel controls and this program can be used to select other than the default duplex offset and set either positive or negative duplex or none (simplex). In most modern transceiver the duplex sign can be saved in a memory channel, but the duplex offset magnitudes apply to all channels.
In split operation VFO A controls the receive frequency and VFO B the transmit frequency. The VFOs can be programmed from the front panel or this program. The split command does this automatically, either as an absolute frequency or a signed offset value added to the receive frequency. In the 706g the split condition is saved together with frequence, mode and tone attributes.
Modern radios can save and recall a huge number of memory channels, 20 banks of 40 channels in the R8500 and 5 banks of 99 channels in the 7000. This program simulates uses the numbering schemes defined by the various radios where bank and channel numbering start at zero or one. The chan, write and empty commands operate on every channel in a selected range. The program displays the frequency, mode and related data provided by the radio. For most radios this includes the memory name, although the maximum supported characters varies. For instance, the 756 momory channels includes the filter, duplex, tone, tone squelch and digital tone squelch data. The R8500 includes the tuning step, programmed tuning step, attenuator and scan data. The save command saves this information for each channel in the selected range to a file, one line per channel. The restore command restores each channel in the selected range from the file.
The file can be constructed by the radio or from scratch and modified as necessary. Each line of the file has the form
b.c frequency mode ...,
where b.c is the bank and channel number, frequency is in MHz and mode a valid mode name. The "..." includes one or more subcommands of the form keyword value, as described later. Use the chan ? command to see the list of valid keywords. Not all radios support the same commands and subcommands, so cloning one radio from another of a different model might require editing the file.
Modern ICOM radios, synthesize all oscillator signals from a single master oscillator. Once the master oscillator frequency is accurately calibrated, the various LO and BFO signals will be exactly on frequency. Older ICOM radios synthesize the LO signal, but use an independent oscillator for the BFO signal. In these radios, the BFO frequency is shifted using a varactor and a network of diodes and resistors to generate the necessary BFO frequencies. This method is not very accurate when remotely tuning the radio to a narrowband RTTY or packet transmission, for example.
This program has provisions to compensate for the systematic errors in both the synthesized LO signal and varactor-switched BFO signals. This is done by adjusting the VFO frequency to compensate for the LO error and BFO frequency is sompensated for each mode separately. individual BFO errors. The commands to do this along with the calibration prodecure are on Keyboard and Batch Commands.
Batch mode is designed for cases where a number of radios are to be cloned or programmed with memory channel blocks from another program. In principle, a Unix shell script could search an archive for the current VOA transmission schedules and transmitter locations, another program could determine the propagation model and best frequencies for the receiver location and current time of day, and then program the radio(s) with the results.
When using this program to operate more than one radio, it is useful for the batch file to define the VFO and BFO compensation for each radio. This allows the frequency files to use the assigned frequency of the station. The batch file can then load the frequency files in memory channel blocks as required. This allows channel blocks to be created by other programs and copied from one radio to another.
The program communicates with one or more radios using the icom CI-V broadcast bus and serial asynchronous protocol. The CT-17 level converter can be used to interface the CI-V voltage levels (TTL) to EIA (RS-232) levels, or a homebrew unit can be made from the MAX232 IC plus a handful of capacitors. The CT-17 supports up to four radios, but there is no inherent protocol limitation to this number. The CI-V uses active-low drivers with resistor pullups, so multiple radios can be connected to the same wire.
Messages are exchanged in the form of frames beginning with two preamble octets (0xfe) and ending with one postamble octet (0xfd). In order to handle the older radios, the control program operates at 9600 bps; however, it can be compiled to operate at other speeds. Each radio model is assigned a unique identifier octet, which can be changed if necessary. The control program sends a frame with that identifier and expects a reply, either containing data or a single ACK (0xfb) or NAK (0xfa). Most functions implemented by the control program require an exchange of several frames.
It has been the experience that some radios can occasionally fail to respond to a command or respond with a mangled frame. Therefore, the control program includes a good deal of error recovery code and uses timeouts and retransmissions as necessary. Since the CI-V bus uses a broadcast architecture, every octet transmitted by the control program is read back for verification. If the readback fails or no reply is received after three retransmissions, the operation fails and an error message is displayed.
the trace command can be used to watch the protocol interactions between the program and radios. The argument bus enables packet trace. The trace operates from received octets, either a readback of a transmitted frame preceded by T: or a copy of a received frame preceded by R:. Each transmission is repeated up to three times in case of error, after which the operation fails and is reported as an error. The argument packet enables bus error messages, which are normally suppressed until the maximum retry limit is reached.
The dump command displays the current main VFO contents in hex plus other information as labelled.
Written by David L. Mills, W3HCF; this update 25 September 1996.
This is a work in progress. Many idiosyncrasies of various ICOM radios remain to be discovered.
Network Time Protocol Version 4 turns on the function and programs the
* frequency/code
* tone ? reports a list of valid CTSS/DTCS code
* tsql ? values. The must be identical to
* an item in the list.
*
* dtcs ? reports a list of valid DTCS code values. The
* must be identical to an item on the list.
* The polarity codes "-pp" are appended, where pp
* are N (upright) or N (inverted).
*
* The three commands are mutually exlusive; setting one of them
* on turns off the others.
*/
/*
* tone [ args ] (V_TONE 0x1b command)
*
* Set the repeator tone CTSS frequency. This works for the 756
* and 7000.
*/
case C_TONE:
return (setswitch3(rp, tone, 0x00, 0x42));
/*
* tsql [ args ] (V_TONE 0x1b command)
*
* Set the tone squelch CTSS frequency. This works for the 756
* and 7000.
*/
case C_TSQL:
return (setswitch3(rp, tone, 0x01, 0x43));
/*
* dtcs [ args ] (V_TONE 0x1b command)
*
* Set the digital tone squelch DTCS code. This works only for
* the 7000.
*/
case C_DTCS:
return (setswitch3(rp, dtcs, 0x02, 0x4b));
/*
***************************************************************
* *
* Utility commands. Select the antenna, attenuator, preamp, *
* agc and and break-in options. *
* *
***************************************************************
*/
/*
* The duplex, preamp and attenuator commands can be set for
* each band segment. There are four duplex offset registers,
* one each fot HF, 6 m, 2 m and 70 cm bands. The preamp and
* attentuator settings are stored by band segment as follows:
*
* 703g 756 7000
* .3-1.6 .3-1.6 .03-1.6
* 1.6-2 1.6-2 1.6-2 160 m
* 2-5 2-6 2-6 80 m
* 5-8 6-8 6-8 40 m
* 8-11 8-11 8-11 30 m
* 11-20 11-20 20, 17 m
* 11-15 20 m
* 15-20 17 m
* 20-22 20-22 20-22 15 m
* 22-26 22-26 22-26 12 m
* 26-40 26-45 26-30 10 m
* 40-60 45-60 45-129 6 m
* 129-144
* 60-148 144-148 2 m
* 148-200
* 400-470 400-470 70 sm
*/
/*
* ant [ 1 | 1R | 2 | 2R ] (V_SANT 0x12 command)
*
* Select antenna. Transceivers like the 756 have two antennas
* (1, 2) for transmit/receive and a third (R) for receive only.
* For instance, option 1R selects antenna 1 for transmit and R
* for receive.
*/
case C_ANT:
argv[argi] = capname(sw, cmd);
return (setswitch(rp, ant, V_SANT));
/*
* atten [ ] (V_ATTEN 0x11 command)
*
* Set attenuator options. The options include all known
* attentuator options in dB. Following are the known values for
* a few modern radios.
*
* 706G 20 dB
* 756, 7000 6, 12, 18 dB
* R8500 10, 20, 30 dB
*/
case C_ATTEN:
argv[argi] = capname(sw, cmd);
return (setswitch(rp, atten, V_ATTEN));
/*
* preamp [ off | 1 | 2 ]
*
* Set preamp options. Some radios have none, one or two preamp
* settings.
*
* 706G, 7000 1
* 756 2
* R8500 none
*/
case C_PAMP:
argv[argi] = capname(sw, cmd);
return (setswitch2(rp, preamp, (V_TOGL << 8) | 0x02));
/*
* agc [ slow | medium | fast ]
*
* Set AGC options. Some radios have none or a subset of these
* options.
*
* 706G medium, fast
* 756, 7000 slow, medium, fast
* R8500 slow (agcslow), fast (agcfast)
*/
case C_AGC:
argv[argi] = capname(sw, cmd);
return (setswitch2(rp, agc, (V_TOGL << 8) | 0x12));
/*
* break [ off | semi | full ]
*
* Set break options. This works on the 706G, 756 and 7000.
*/
case C_BREAK:
argv[argi] = capname(sw, cmd);
return (setswitch2(rp, fmtb, (V_TOGL << 8) | 0x47));
/*
***************************************************************
* *
* Power and voice commands. These commands control the power *
* to the radio, turn the transmitter on and off and report *
* the status by voice. *
* *
***************************************************************
*/
/*
* power [ off | on ] (V_POWER 0x18 command)
*
* Set power on/off. The radio will be powered off after the
* sleep interval, but it will still listen for a power on
* command. This works only on the R8500.
*/
case C_POWER:
return (setswitch(rp, power, V_POWER));
/*
* ptt (V_PTT 0x1c command)
*
* Display transmit condition; turn transmitter on and off.
*/
case C_PTT:
return (setswitch2(rp, tx, V_TX << 8 | 0x00));
/*
* rx (V_TX 0x1c command). Turn transmitter off.
*/
case C_RX:
return (setcmda(rp->ident, cmdrx, rsp));
/*
* tx (V_TX 0x1c command). Turn transmitter on.
*/
case C_TX:
return (setcmda(rp->ident, cmdtx, rsp));
/*
* say [ all | freq | mode ] (V_ANNC 0x13 command)
*
* Set announce control off/on. This requires the UT-102 Voice
* Synthesizer Unit, which is standard in the 7000.
*/
case C_ANNC:
return (setswitch(rp, say, V_ANNC));
/*
***************************************************************
* *
* Mongrels. These commands are used for testing and just *
* playing around. *
* *
***************************************************************
*/
/*
* name
*
* Set channel name. Enclose in quotes if contains
* spaces.
*/
case C_NAME:
if (argn - argi < 2)
printf("%s\n", cp->name);
else
strlcpy(cp->name, argv[++argi],
sizeof(cp->name));
break;
/*
* key (V_SETW 0x1a command)
*
* Program memory keyer (756 and 7000). Each of four memory
* keyer channels can hold 55 characters.
*/
case C_KEY:
if (argn - argi < 2) {
rval = R_ARG;
break;
}
/*
* Get memory keyer ID (1-4)
*/
ptr = s1;
*ptr++ = V_SETW;
*ptr++ = 0x02;
if (sscanf(argv[++argi], "%d", &temp) != 1) {
rval = R_FMT;
break;
}
*ptr++ = temp;
/*
* If no argument string, read from radio. Remove
* trailing spaces from the radio string.
*/
if (argn - argi < 2) {
*ptr = FI;
rval = setcmda(rp->ident, s1, rsp);
if (rval < 0)
return (rval);
for (i = rval - 2; i > 2; i--) {
if (rsp[i] == ' ')
rsp[i] = '\0';
else
break;
}
temp = rsp[2];
printf("%d (%d) %s\n", temp, i - 2, &rsp[3]);
break;
}
/*
* Concatenate remaining strings and send to radio.
*/
*ptr = '\0';
temp = 55;
while (argn - argi > 1 && temp > 0) {
strncat(s1, argv[++argi], temp);
strcat(s1, " ");
temp -= strlen(argv[argi]) + 1;
}
s1[strlen(s1) - 1] = FI;
rval = setcmda(rp->ident, s1, rsp);
break;
/*
* Miscellaneous control (S_CTRL) subcommands.
*/
case C_MISC:
return (setswitch2(rp, misc, V_TOGL));
/*
* test BCD
*
* Send CI-V test message
*/
case C_TEST:
if (argn - argi < 2)
break;
ptr = s1;
for (i = 1; i < argn; i++) {
sscanf(argv[++argi], "%x", &temp);
*ptr++ = temp;
}
*ptr = FI;
rval = setcmda(rp->ident, s1, rsp);
break;
/*
* step (r8500)
*/
C_XSTEP:
if (sscanf(argv[++argi], "%x", &temp) != 1) {
rval = R_FMT;
break;
}
cp->aux.step = temp;
break;
/*
* pstep (r8500)
*/
C_PSTEP:
break;
}
return (rval);
}
/*
* capname(ident, table) - returns capability name given key
*/
char * /* capability name, "" (not found) */
capname(
int ident, /* capability key */
struct cmdtable *table /* capability table */
)
{
int i;
for (i = 0; table[i].name[0] != '\0'; i++) {
if (table[i].ident == ident)
return (table[i].name);
}
return ("");
}
/*
* capkey(name, table) - returns capability key given name
*/
int /* capability key, -1 (not found) */
capkey(
char *name, /* capability name */
struct cmdtable *table /* capability table */
)
{
int i, temp;
if (*name == '?') {
for (i = 0; table[i].name[0] != '\0'; i++)
printf("%10s %s\n", table[i].name,
table[i].descr);
return (R_NOP);
}
for (i = 0; table[i].name[0] != '\0'; i++) {
if (strcasecmp(name, table[i].name) == 0 ||
*table[i].name == '*')
break;
}
if (table[i].ident == R_NOP)
printf("*** %s\n", table[i].descr);
return (table[i].ident);
}
/*
* capdescr(name, table) - returns capability description given name
*/
char * /* capability string, "" (not found") */
capdescr(
char *name, /* capability name */
struct cmdtable *table /* capability table */
)
{
int i;
if (*name == '?') {
for (i = 0; table[i].name[0] != '\0'; i++)
printf("%10s %s\n", table[i].name,
table[i].descr);
return ("");
}
for (i = 0; table[i].name[0] != '\0'; i++) {
if (strcasecmp(name, table[i].name) == 0)
break;
}
return (table[i].descr);
}
/*
* setcap(name, table, string) - insert capability string
*/
void
setcap(
char *name, /* capability name */
struct cmdtable *table, /* capability table */
char *string /* capability string */
)
{
int i;
for (i = 0; table[i].name[0] != '\0'; i++) {
if (strcasecmp(name, table[i].name) == 0) {
strcpy(table[i].descr, string);
return;
}
}
strcpy(table[i].name, name);
strcpy(table[i].descr, string);
table[i + 1].name[0] = '\0';
table[i + 1].ident = R_NOP;
table[i + 1].descr[0] = '\0';
}
/*
* setswitch(radio, name, op) - V_VFO, V_SPLIT, V_SCAN, V_SANT, V_ATTEN,
* V_POWER, V_TX, V_ANNC.
*
* Commands with a single character command and one argument, with the
* single exception of the V_SANT, which can have one or two arguments
* depending on the radio type. Only the V_SANT and V_ATTEN can
*/
static int
setswitch(
struct icom *rp, /* radio structure pointer */
struct cmdtable *cmmd, /* command table pointer */
int op /* command code */
)
{
struct chan *cp;
struct vfo7000 *vp;
u_char cmd[BMAX], rsp[BMAX];
int temp, rval;
cmd[0] = op;
cmd[1] = FI;
if (argn - argi < 2) {
/*
* Read data from radio. Only the V_SANT and V_ATTEN
* return unambigous data. The V_SANT returns one or two
* octets depending on the transceiver model. The R8500
* can't return anything.
*/
switch (op) {
case V_SANT:
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
break;
temp = rsp[1];
if (rsp[2] != FI)
temp |= rsp[2] << 8;
printf("%s %s\n", argv[argi], capname(temp,
cmmd));
break;
case V_ATTEN:
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
break;
temp = rsp[1];
printf("%s %s dB\n", argv[argi],
capname(temp, cmmd));
break;
case V_ANNC:
cmd[1] = 0x00;
cmd[2] = FI;
rval = setcmda(rp->ident, cmd, rsp);
pflags |= P_DISP;
break;
default:
rval = R_ARG;
}
} else {
/*
* Write data to the radio. First, decode argument.
*/
temp = capkey(argv[++argi], cmmd);
if (temp < 0)
return (temp);
cmd[2] = FI;
/*
* For the ant command, find out if one or two
* subcommand bytes follow.
*/
if (op == V_SANT) {
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
return (rval);
if (rsp[2] != FI) {
cmd[2] = temp >> 8;
cmd[3] = FI;
}
}
cmd[1] = temp;
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
return (rval);
/*
* For the attenuator command, copy attenuator code for
* R8500.
*/
if (op == V_ATTEN) {
cp = &rp->chan;
cp->aux.atten = temp;
/*
* For the split duplex subcommands, edit mode2.
*/
} else if (op == V_SPLIT) {
cp = &rp->chan;
vp = &cp->vfo;
switch (temp) {
case 0x10: /* simplex */
vp->mode2 = (vp->mode2 & 0x0f) | 0x00;
break;
case 0x11: /* dup- */
vp->mode2 = (vp->mode2 & 0x0f) | 0x10;
break;
case 0x12: /* dup+ */
vp->mode2 = (vp->mode2 & 0x0f) | 0x20;
break;
}
}
}
return (rval);
}
/*
* setswitch2(radio, name, op) - V_PAMP, V_AGC, V_BREAK, V_PTT and
* V_MISC.
*
* Commands with a two-octet command and one argument.
*/
static int
setswitch2(
struct icom *rp, /* radio structure pointer */
struct cmdtable *cmmd, /* command table pointer */
int op /* command code */
)
{
u_char cmd[BMAX], rsp[BMAX];
int temp, rval, i;
rval = R_OK;
cmd[0] = op >> 8;
cmd[1] = op;
cmd[2] = FI;
if (argn - argi < 2) {
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
return (rval);
for (i = 0; cmmd[i].name[0] != '\0'; i++) {
if ((cmmd[i].ident & 0xff) == rsp[2]) {
printf("%s %s\n", argv[argi],
cmmd[i].name);
break;
}
}
} else {
temp = capkey(argv[++argi], cmmd);
if (temp < 0)
return (temp);
cmd[2] = temp;
cmd[3] = FI;
rval = setcmda(rp->ident, cmd, rsp);
}
return (rval);
}
/*
* setswitch3(radio, name, op, sw) - V_TONE, etc.
*
* This routine is used with the tone, tsql and dtcs commands, which
* turn on and off and program CTSS tones and DTCS codes.
*/
static int
setswitch3(
struct icom *rp, /* radio structure pointer */
struct cmdtable *cmmd, /* command table pointer */
int op, /* command code */
int sw /* switch code */
)
{
struct chan *cp;
struct vfo7000 *vp;
u_char rsp[BMAX];
int temp, rval, i;
u_char cmdctl[] = {V_TONE, 0, 0, 0, 0, FI};
u_char cmdswt[] = {V_TOGL, 0, 0, FI};
char *token;
cmdctl[1] = op;
cmdctl[2] = FI;
cmdswt[1] = sw;
cmdswt[2] = FI;
if (argn - argi < 2) {
/*
* Read switch code
*/
rval = setcmda(rp->ident, cmdswt, rsp);
if (rval < 0)
return (rval);
temp = rsp[2];
token = capname(temp, toneon);
/*
* Read frequency/code
*/
rval = setcmda(rp->ident, cmdctl, rsp);
if (rval < 0)
return (rval);
temp = rsp[3] << 8 | rsp[4];
for (i = 0; cmmd[i].name[0] != '\0'; i++) {
if ((cmmd[i].ident) == temp) {
if (cmdctl[1] == 0x02) {
temp = rsp[2];
printf("%s %s (%s-%s)\n",
argv[argi], token,
cmmd[i].name, capname(temp,
polar));
} else {
printf("%s %s (%s Hz)\n",
argv[argi], token,
cmmd[i].name);
}
}
}
} else {
/*
* Set frequency/code. Repeater tone and tone squelch
* frequencies are in nn.n Hz and tenths. Digital tone
* squelch codes are in nn-pp code polarity.
*/
token = strtok(argv[++argi], "-");
temp = capkey(token, cmmd);
if (temp < 0)
return (temp);
cp = &rp->chan;
vp = &cp->vfo;
if (temp > 0x01) {
cmdctl[3] = temp >> 8;
cmdctl[4] = temp;
token = strtok(NULL, "-");
if (token == NULL) {
cmdctl[2] = 0;
} else {
temp = capkey(token, polar);
if (temp < 0)
return (temp);
cmdctl[2] = temp;
}
rval = setcmda(rp->ident, cmdctl, rsp);
if (rval < 0)
return (rval);
/*
* Update VFO tones
*/
switch (op) {
case 0:
memcpy(&vp->tone, &cmdctl[2], 3);
break;
case 1:
memcpy(&vp->tsql, &cmdctl[2], 3);
break;
case 2:
memcpy(&vp->dtcs, &cmdctl[2], 3);
break;
}
temp = 0x01;
}
/*
* Set switch code
*/
vp->mode2 &= 0xf0;
if (temp == 0x01)
vp->mode2 += op + 1;
cmdswt[2] = temp;
rval = setcmda(rp->ident, cmdswt, rsp);
}
return (rval);
}
/*
* readmeter(radio, optab, op, pstring) - V_METER, V_TOGL
*/
static int
readmeter(
struct icom *rp, /* radio structure */
struct cmdtable *optab, /* command table */
int op, /* operation code */
char *s2 /* result string */
)
{
u_char cmd[] = {0, 0, 0, 0, FI};
char rsp[BMAX], *ptr;
int temp, i;
/*
* Read register or switch
*/
cmd[0] = op >> 8;
cmd[1] = op;
cmd[2] = FI;
temp = setcmda(rp->ident, cmd, rsp);
if (temp < 0)
return (temp);
if (temp < 5)
temp = ((rsp[2] >> 4) & 0xf) * 10 +
(rsp[2] & 0xf);
else
temp = ((rsp[2] >> 4) & 0xf) * 1000 +
(rsp[2] & 0xf) * 100 + ((rsp[3] >>
4) & 0xf) * 10 + (rsp[3] & 0xf);
ptr = capname(op, optab);
/*
* Format as required
*/
switch (op >> 16) {
case A: /* agc */
if (temp == 1)
strcpy(s2, "fast");
else if (temp == 2)
strcpy(s2, "mid");
else if (temp == 3)
strcpy(s2, "slow");
break;
case B: /* breakin */
if (temp == 0)
strcpy(s2, "off");
else if (temp == 1)
strcpy(s2, "semi");
else if (temp == 2)
strcpy(s2, "full");
break;
case F: /* signed control */
sprintf(s2, "%d", ((temp - 128) * 100) / 256);
break;
case G: /* unsigned control */
sprintf(s2, "%d", (temp * 100) / 256);
break;
case P: /* preamp */
if (temp == 0)
strcpy(s2, "off");
else if (temp == 1)
strcpy(s2, "1");
else if (temp == 2)
strcpy(s2, "2");
break;
case Q: /* squelch */
if (temp == 1)
strcpy(s2, "open");
else
strcpy(s2, "closed");
break;
case S: /* S meter */
for (i = 0; temp > mtab[i].smeter; i++);
strcpy(s2, mtab[i].pip);
break;
case W: /* miscellaneous switch */
if (temp == 0)
strcpy(s2, "off");
else
strcpy(s2, "on");
break;
}
return (R_OK);
}
/*
* banner - format and print banner
*/
void
banner(
struct icom *rp /* radio structure pointer */
)
{
printf("radio %s (%02x) %g-%g MHz chan %d bank %d baud %s\n",
capdescr(rp->name, identab), rp->ident, rp->lband,
rp->uband, rp->maxch - rp->minch + 1, rp->maxbk -
rp->minbk + 1, capname(rp->baud, baud));
rptr = rp;
}
/*
* printch - format and print channel data
*/
static void
printch(
struct icom *rp, /* radio structure pointer */
char *s1 /* prettyprint string */
)
{
struct chan *cp;
struct vfo7000 *vp;
char s2[LINMAX];
char *s3;
int temp;
double dtemp;
/*
* Reveal frequency and mode
*/
cp = &rp->chan;
vp = &cp->vfo;
readvfo(rp);
if (cp->freq == 0) {
if (rp->flags & F_BANK)
sprintf(s1, "%2d.%-2d empty", cp->bank,
cp->mchan);
else
sprintf(s1, "%2d empty", cp->mchan);
return;
}
if (rp->flags & F_BANK)
sprintf(s1, "%2d.%-2d %.*f MHz %s", cp->bank,
cp->mchan, sigtab[rp->rate], cp->freq,
capname(cp->mode, rp->modetab));
else
sprintf(s1, "%2d %.*f MHz %s", cp->mchan,
sigtab[rp->rate], cp->freq, capname(cp->mode,
rp->modetab));
if (pflags & P_DSPST) {
sprintf(s2, " rate %d step %.0f Hz", rp->rate,
rp->step);
strcat(s1, s2);
}
if (!(pflags & P_DSPCH))
return;
if (flags & (F_7000 | F_756)) {
/*
* Reveal split
*/
if (cp->split != 0) {
sprintf(s2, " split %.*f MHz", sigtab[rp->rate],
cp->split);
strcat(s1, s2);
}
/*
* Reveal duplex direction
*/
temp = vp->mode2 & 0xf0;
switch(temp) {
case 0x10:
strcat(s1, " split dup-");
break;
case 0x20:
strcat(s1, " split dup+");
break;
}
/*
* Reveal tone squelch info
*/
temp = vp->mode2 & 0xf;
switch (temp) {
case 1:
temp = (vp->tone[1] << 8) | vp->tone[2];
sprintf(s2, " tone %s Hz", capname(temp,
tone));
strcat(s1, s2);
break;
case 2:
temp = (vp->tsql[1] << 8) | vp->tsql[2];
sprintf(s2, " tsql %s Hz", capname(temp,
tone));
strcat(s1, s2);
break;
case 3:
temp = (vp->dtcs[1] << 8) | vp->dtcs[2];
sprintf(s2, " dtcs %s-", capname(temp, dtcs));
strcat(s1, s2);
temp = vp->dtcs[0] & 0x3;
sprintf(s2, "%s", capname(temp, polar));
strcat(s1, s2);
}
} else if (flags & F_8500){
/*
* Reveal tuning step.
*/
if (cp->aux.step != 0) {
temp = cp->aux.step;
if (temp != 0x13)
sprintf(s2, " dial %s kHz",
capname(temp, rp->dialtab));
else
sprintf(s2, " dial %.1f kHz",
freqdouble(cp->aux.pstep, 2) / 10);
strcat(s1, s2);
}
/*
* Reveal attentuator setting.
*/
if (cp->aux.atten != 0) {
sprintf(s2, " atten %x dB", cp->aux.atten);
strcat(s1, s2);
}
}
/*
* Reveal channel name enclosed in quotes ".
*/
if (cp->name[0] != '\0') {
sprintf(s2, " name \"%s\"", cp->name);
strcat(s1, s2);
}
}
/*
* Print error comment
*/
static void
perr(
int temp /* error code */
)
{
switch (temp) {
case R_CMD:
printf("*** unknown command\n");
break;
case R_ARG:
printf("*** unknown or missing command argument\n");
break;
case R_FMT:
printf("*** invalid argument format\n");
break;
case R_RAD:
printf("*** unknown radio\n");
break;
case R_NOR:
printf("*** no radios found\n");
break;
case R_DEF:
printf("*** radio not defined\n");
break;
case R_ERR:
printf("*** radio can't do that\n");
break;
case R_IO:
printf("*** file open error\n");
break;
}
}
/*
* Getline(str) - process input line and extract tokens
*
* Blank lines and comments beginning with '#' are ignored and the
* string converted to lower case. The resulting tokens are saved in the
* *argv[] array. The number of tokens found is returned to the caller.
*/
static int /* number of tokens */
getline(
char *str /* pointer to input string */
)
{
char *ptr;
char xbreak[] = " ,\t\n\0";
char sbreak[] = "\"\n\0";
int i, temp;
/*
* Trim trailing \r and comments
*/
ptr = strchr(str, '\r');
if (ptr != NULL)
*ptr = '\0';
ptr = strchr(str, '#');
if (ptr != NULL)
*ptr = '\0';
/*
* Scan for tokens delimited by space, comma, tab, newline or
* null. Arbitrary strings begin with quote " and end with
* quote, newline or null. Quotes are not included in the token.
*/
ptr = str;
for (i = 0; i < ARGMAX;) {
temp = strspn(ptr, xbreak);
ptr += temp;
if (*ptr == '\0')
break;
if (*ptr == '"') {
argv[i++] = ++ptr;
temp = strcspn(ptr, sbreak);
} else {
argv[i++] = ptr;
temp = strcspn(ptr, xbreak);
}
ptr += temp;
if (*ptr == '\0')
break;
*ptr++ = '\0';
}
argn = i;
return (i);
}
/*
* argchan(radio, chan, sptr) - decode channel argument
*
* NULL current bank/channel
* $ all channels, current bank
* b:$ all channels, bank b
* $:$ all channels, all banks
* + current bank/channel plus 1 with wrap
* - current bank/channel minus 1 with wrap
* c channel c, current bank
* b.c channel c, bank b
* c1:c2 channel range c1-c2, current bank with wrap
* b1.c1:b2.c2 channel range b1.c1-b2.c2 with wrap
*
* returns 0 if single, 1 if multiple, 2 if reversed, 3 if end of range,
* R_NOP if error
*/
static int /* > 0 (ok), < 0 (error) */
argchan(
struct icom *rp, /* radio structure */
struct chan *cp, /* channel structure */
char *sptr /* ascii argument pointer */
)
{
int rval, bank, mchan, topbk, topch;
/*
* null: current channel only
*/
if (cp->bank == rp->topbk && cp->mchan == rp->topch)
rval = 3;
else
rval = 0;
if (sptr == NULL)
return (0);
/*
* '?': format help
*/
if (*sptr == '?') {
capkey(sptr, argch);
return (R_NOP);
}
/*
* " ": end of range
*/
if (*sptr == ' ')
return (3);
/*
* "+": next higher channel, current bank with wrap
*/
if (*sptr == '+') {
cp->mchan++;
if (cp->mchan > rp->maxch) {
cp->mchan = rp->minch;
cp->bank++;
if (cp->bank > rp->maxbk)
cp->bank = rp->minbk;
}
return (rval);
}
/*
* "-" next lower channel, current bank with wrap
*/
if (*sptr == '-') {
cp->mchan--;
if (cp->mchan < rp->minch) {
cp->mchan = rp->maxch;
cp->bank--;
if (cp->bank < rp->minbk)
cp->bank = rp->maxbk;
}
return (rval);
}
/*
* "$" all channels, current bank
*/
if (strcmp(sptr, "$") == 0) {
rp->topbk = cp->bank;
cp->mchan = rp->minch;
rp->topch = rp->maxch;
return (1);
}
/*
* "$:$" all banks, all channels
*/
if (strcmp(sptr, "$:$") == 0) {
cp->bank = rp->minbk;
rp->topbk = rp->maxbk;
cp->mchan = rp->minch;
rp->topch = rp->maxch;
return (1);
}
/*
* "b.$" bank b, all channels
*/
if (strstr(sptr, ".$") != NULL && sscanf(sptr, "%d", &bank) ==
1) {
cp->bank = bank;
rp->topbk = bank;
cp->mchan = rp->minch;
rp->topch = rp->maxch;
return (1);
}
/*
* "b1.c1:b2.c2:": channel range b1.c1-b2.c2
*/
if (sscanf(sptr, "%d.%d:%d.%d", &bank, &mchan, &topbk,
&topch) == 4) {
cp->bank = bank;
rp->topbk = topbk;
cp->mchan = mchan;
rp->topch = topch;
if (cp->bank > rp->topbk || (cp->bank == rp->topbk &&
cp->mchan > rp->topch))
return (2);
else
return (1);
}
/*
* "c1:c2": channel range c1-c2 current bank
*/
if (sscanf(sptr, "%d:%d", &mchan, &topch) == 2) {
rp->topbk = cp->bank;
cp->mchan = mchan;
rp->topch = topch;
if (cp->mchan > rp->topch)
return (2);
else
return (1);
}
/*
* "c.b": channel c, bank b only
*/
if (sscanf(sptr, "%d.%d", &bank, &mchan) == 2) {
cp->bank = rp->topbk = bank;
cp->mchan = rp->topch = mchan;
return (0);
}
/*
* "c": channel c, current bank
*/
if (sscanf(sptr, "%d", &mchan) == 1) {
rp->topbk = cp->bank;
cp->mchan = rp->topch = mchan;
return (0);
}
printf("*** bad channel format %s\n", sptr);
return (R_NOP);
}
/*
* sw_keypad() - switch to keypad mode
*/
static int /* 0 (ok), < 0 (system error) */
sw_keypad()
{
fd = open("/dev/tty", O_RDONLY);
if (fd < 0)
return (R_IO);
if (tcgetattr(fd, &terma) < 0)
return (R_IO);
tcgetattr(fd, &termb);
termb.c_lflag &= ~(ICANON | ECHO);
termb.c_cc[VMIN] = 1;
termb.c_cc[VTIME] = 0;
if (tcsetattr(fd, TCSADRAIN, &termb) < 0)
return (R_IO);
return (R_OK);
}
/*
* sw_keybd() - switch to keyboard mode
*/
static int /* 0 (ok), < 0 (system error) */
sw_keybd()
{
if (tcsetattr(fd, TCSADRAIN, &terma) < 0)
return (R_IO);
return (R_OK);
}
/* end program */
icom-20120228/qsy/ 0000755 0001750 0001750 00000000000 12417523355 012520 5 ustar colin colin icom-20120228/qsy/qsy.sh 0000755 0001750 0001750 00000001015 06223236515 013665 0 ustar colin colin #!/bin/csh
date
set ssn = 79
set month = `date '+%m'`
set day = `date '+%d'`
set hour = `date '+%H'`
set str = `minimuf -m $month -d $day -h $hour -s $ssn -o 4 chu.dat dipole.dat`
echo -n chu $str "tuned "
icom -r r72 -m usb -g $str[5] -d
set str = `minimuf -m $month -d $day -h $hour -s $ssn -o 4 cfh.dat dipole.dat`
echo -n cfh $str "tuned "
icom -r r71 -m rtty -g $str[5] -d
set str = `minimuf -m $month -d $day -h $hour -s $ssn -o 4 w1aw-rtty.dat dipole.dat`
echo -n w1aw $str "tuned "
icom -r 761 -m rtty -g $str[5] -d
icom-20120228/qsy/antenna.dat 0000644 0001750 0001750 00000002602 05775542152 014643 0 ustar colin colin 3.5 7.0 14.0 21.0 28.0
-30.0 -30.0 -30.0 -30.0 -30.0
-19.6 -16.4 -6.8 -3.6 -1.3
-13.6 -10.4 -1.0 2.1 4.1
-10.1 -7.0 2.2 5.0 6.6
-7.7 -4.6 4.3 6.6 7.6
-5.8 -2.8 5.7 7.4 7.5
-4.3 -1.3 6.6 7.6 6.4
-3.0 -0.1 7.2 7.2 3.9
-2.0 0.8 7.5 6.2 -0.8
-1.0 1.7 7.5 4.5 -12.1
-0.2 2.4 7.2 1.9 -4.3
0.5 3.0 6.7 -2.5 1.7
1.2 3.6 6.0 -10.4 4.5
1.8 4.0 4.9 -8.2 5.8
2.3 4.4 3.6 -1.9 6.1
2.8 4.8 1.8 1.4 5.6
3.2 5.1 -0.4 3.3 4.3
3.6 5.3 -3.4 4.5 2.0
3.9 5.5 -7.5 5.0 -1.7
4.3 5.7 -11.5 5.1 -7.7
4.6 5.8 -9.9 4.9 -8.8
4.9 6.0 -6.3 4.2 -3.4
5.1 6.0 -3.6 3.3 -0.2
5.3 6.1 -1.8 1.9 1.6
5.5 6.1 -0.5 0.2 2.6
5.7 6.2 0.3 -2.0 2.9
5.9 6.2 0.9 -4.7 2.8
6.1 6.2 1.2 -7.9 2.3
6.2 6.2 1.4 -10.8 1.4
6.4 6.1 1.4 -10.9 0.1
6.5 6.1 1.3 -9.0 -1.4
6.6 6.0 1.1 -7.2 -3.3
6.7 6.0 0.7 -5.8 -5.5
6.8 5.9 0.3 -4.9 -8.1
6.9 5.9 -0.2 -4.4 -10.7
6.9 5.8 -0.8 -4.2 -12.8
7.0 5.8 -1.4 -4.1 -13.5
7.0 5.7 -2.1 -4.3 -13.2
7.1 5.7 -2.8 -4.5 -12.6
7.1 5.6 -3.6 -5.0 -12.1
7.2 5.6 -4.4 -5.5 -11.9
7.2 5.5 -5.3 -6.2 -11.9
7.2 5.5 -6.2 -6.9 -12.2
7.2 5.5 -7.1 -7.7 -12.8
7.2 5.5 -8.1 -8.6 -13.5
7.2 5.5 -9.0 -9.5 -14.4
icom-20120228/qsy/voa.awk 0000755 0001750 0001750 00000000661 06224016156 014012 0 ustar colin colin BEGIN {
} {
nf = NF
if ($3 == "SSN" && $1 != month) {
month = $1
}
if ($nf == "FREQ") {
hour = $1
for (i = 3; i < nf; i++)
f[i - 1] = $i
}
if ($nf == "PRB") {
for (i = 2; i < nf; i++)
prob[i] = $i
}
max = -1e10
if ($nf == "SNRxx") {
for (i = 1; i < nf; i++) {
snr[i] = $i
if (snr[i] >= 20 && prob[i] >= .5)
printf("%4s %3d %4s %4s %5s %s\n", month, hour, snr[i], prob[i], f[i], FILENAME)
}
}
}
icom-20120228/qsy/wom.sh 0000755 0001750 0001750 00000000422 06223236606 013655 0 ustar colin colin #!/bin/csh
set month = `date '+%m'`
set day = `date '+%d'`
set hour = `date '+%H'`
set str = `minimuf -f 14 -m $month -d $day -h $hour -s $SRF -o 4 wom.dat dipole.dat`
set stamp = `date '+%h %d %T '`
echo -n $stamp wom $str "tuned "
icom -r r72 -m lsb -o 2.19 -g $str[5] -d
icom-20120228/qsy/cfh-rtty.dat 0000644 0001750 0001750 00000000144 05775542152 014756 0 ustar colin colin 1 6 1 80 20
4 4.271 6.496 10.536 13.510
39.68005 -75.75085 UDel Evans Hall
63.98 -44.97 CFH Halifax
icom-20120228/qsy/kmi.dat 0000644 0001750 0001750 00000000214 05775542152 013774 0 ustar colin colin 1 6 1 80 20
6 8.4315 12.630 16.870 19.6895 22.4245 26.1085
39.68005 -75.75085 UDel Evans Hall
38.40972 -121.44936 KMI Dixon (San Fransisco)
icom-20120228/qsy/chu.dat 0000644 0001750 0001750 00000000137 10551762554 013775 0 ustar colin colin 3 1 8 70 20
3 3.330 7.335 14.670
39.68005 -75.75085 UDel Evans Hall
45.30 -75.75 CHU Ottawa
icom-20120228/qsy/wom.dat 0000644 0001750 0001750 00000000175 05775542153 014025 0 ustar colin colin 1 6 1 80 20
5 4.2155 6.3275 8.4325 12.631 22.4255
39.68005 -75.75085 UDel Evans Hall
25.87333 -80.48306 WOM Pennsuco (Miami)
icom-20120228/qsy/info.txt 0000644 0001750 0001750 00000030102 05775542152 014215 0 ustar colin colin _HI_ IS STATION KMI. TRAY_RADS__)3/ ?49-$:-5 34=8:3 049=8$3
WEATHER FOR ALL MARITIME AND AERONAUTICAL STATIONS. OUR TRANSMITTER_Y__
W__ LOCATED NEAR DIXON, CALIFO_NIA.
AT+T HIGH SEAS RADIOTELEX BRO_DCLS___REQUENCIES ARE AS _OLLOWS:__
++++++++++++_)9++++++++++++++++++++++++++++++__++_+ ITU CIA_ T COAST-__/ -5+T STATINB _ __+ _AA_AAAA _ -------- K__OAAAAAAA__A +
+ 405 421_5 WOO __0_
+ 412 4__.5 _WOM +
+C__ _RQY_N _ 4217.5 _KMI +
+ _ B
____ +
__ 626 _ 6326.5 __U_ __U _ _+
+ 628 6327.5 WOM +
+ 629 6328___ _ W_O +
+__ _ T _ _ _ +
+ 831__ ___ 8431.5 KMI +
+ 833 _ 84(__5__ __ _ 29. +
+ 834 8433.0 _ NT_M___ +
+ _ _ __ _ _ +:_/9_1._.__&4____5+__1)_________
CQ CQ CQ DE WOM WOM WOM
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
THIS IS STATION WOM. THIS RADIOTELEX BROADCAST SERVICE PROVIDES
UP TO THE MINUTE RADIOTELEPHONE TRAFFIC LIST INFORMATION AND WEATHER
FOR ALL MARITIME AND AERONAUTICAL STATIONS. OUR TRANSMITTERS ARE
LOCATED NEAR 25:52:24N 80:28:59W.
AT+T HIGH SEAS RADIOTELEX BROADCAST FREQUENCIES ARE AS FOLLOWS:
+++++++++++++++++++++++++++++++++++++++++++++++++
+ ITU CHAN COAST-TX AT+T STATION +
+ -------- -------- ------------ +
+ 405 4212.5 WOO +
+ 412 4215.5 WOM +
+ +
+ 628 6327.5 WOM +
+ 629 6328.0 WOO +
+ +
+ 831 8431.5 KMI +
+ 833 8432.5 WOM +
+ 834 8433.0 WOO +
+ +
+ 1303 12630.0 KMI +
+ 1305 12631.0 WOM +
+ 1307 12632.0 WOO +
+ +
+ 1728 16870.0 KMI +
+ +
+ 1818 19689.5 KMI +
+ +
+ 2297 22424.5 KMI +
+ 2299 22425.5 WOM +
+ 2516 26108.5 KMI +
+++++++++++++++++++++++++++++++++++++++++++++++++
THESE RADIOTELEX BROADCASTS CAN BE USED TO ACTIVATE AN ALERTING
SELCAL DEVICE WHEN A TELEPHONE CALL IS WAITING FOR SOMEONE ON
BOARD THE VESSEL SHOWN IN THE TRAFFPC LIST. SPECIAL RECEIVING
EQUIPMENT IS REQUIRED ON BOARD THE VESSEL FOR THIS FUNCTION.
FOR THE LATEST INFORMATION ABOUT AT+T SELCAL SYSTEMS, CALL COLLECT
VIA AT+T TO 1-201-644-8046.
TRAFFIC LISTS ARE SENT CONTINUOUSLY. WX AND HIGH SEAS INFORMATION
SCHEDULED BRAODCASTS ARE AS FOLLOWS:
STATION WX INFORMATION
------- ------------ --------------
KMI ODD UTC HR+20 EVEN UTC HR+20
WOM EVEN UTC HR+40 ODD UTC HR+40
WOO EVEN UTC HR+20 ODD UTC HR+20
WOM SSB RADIOTELEPHONE FREQUENCIES ARE AS FOLLOWS:
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+ +
+ CHAN COAST-TX SHIP-TX CHAN COAST-TX SHIP-TX +
+ ---- -------- ------- ---- -------- ------- +
+ 209 2490.0 2031.5 1206 13092.0 12245.0 +
+ 221 2514.0 2118.0 1208 13098.0 12251.0 +
+ 245 2566.0 2390.0 1209 13101.0 12254.0 +
+ 247 2442.0 2406.0 1215 13119.0 12272.0 +
+ 1223 13143.0 12296.0 +
+ 403 4363.0 4071.0 1230 13164.0 12317.0 +
+ 412 4390.0 4098.0 +
+ 417 4405.0 4113.0 1601 17242.0 16360.0 +
+ 423 4423.0 4131.0 1609 17266.0 16384.0 +
+ 1610 17269.0 16387.0 +
+ 802 8722.0 8198.0 1611 17272.0 16390.0 +
+ 805 8731.0 8207.0 1616 17287.0 16405.0 +
+ 810 8746.0 8222.0 +
+ 814 8758.0 8234.0 2215 22738.0 22042.0 +
+ 825 8791.0 8267.0 2216 22741.0 22045.0 +
+ 831 8809.0 8285.0 2222 22759.0 22063.0 +
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
FOR ADDITIONAL INFORMATION ABOUT ANY OF OUR SERVICES OR A FREE
BROUCHURE ABOUT AT+T HIGH SEAS AND STATIONS KMI WOM AND WOO PLEASE
CONTACT US VIA RADIO, LETTER, OR TELEPHONE AT:
AT+T STATION WOM
1340 N.W. 40TH AVENUE
FORT LAUDERDALE, FL 33313
COLLECT VIA AT+T 1-305-587-0910
THANKS FOR YOUR INTEREST AND SUPPORT.
-AR-
WOO AT+T RADIOTELEX BROADCAST FREQUENCIES ARE AS FOLLOWS:
+++++++++++++++++++++++++++++++++++++++++++++++++
+ ITU CHAN COAST-TX AT+T STATION +
+ -------- -------- ------------ +
+ 405 4212.5 WOO +
+ 62, 6328.0 WOO +
+ 834 8433.0 WOO +
+ 1307 12632.0 WOO +
+++++++++++++++++++++++++++++++++++++++++++++++++
THESE RADIOTELEX BROADCASTS CAN BE USED TO ACTIVATE AN ALERTING
SELCAL DEVICE WHEN A TELEPHONE CALL IS WAITING FOR SOMEONE ON
BOARD THE VESSEL SHOWN IN THE TRAFFIC LIST. SPECIAL RECEIVING
EQUIPMENT IS REQUIRED ON BOARD THE VESSEL FOR THIS FUNCTION.
FOR THE LATEST INFORMATION ABOUT AT+T SELCAL SYSTEMS, CALL COLLECT
VIA AT+T TO 1-201-644-8046.
TRAFFIC LISTS ARE SENT CONTINUOUSLY. WX AND HIGH SEAS INFORMATION
SCHEDULED BRAODCASTS ARE AS FOLLOWS:
STATION WX INFORMATION
------- ------------ --------------
KMI ODD UTC HR+20 EVEN UTC HR+20
WOM EVEN UTC HR+40 ODD UTC HR+40
WOO EVEN UTC HR+20 ODD UTC HR+20
FOR ADDITIONAL INFORMATION ABOUT ANY OF OUR SERVICESOR A FREE
BROCHURE ABOUT AT+T HIGH SEAS AND STATIONS KMI WOM AND WOO PLEASE
CONTACT US VIA RADIO, LETTER, OR TELEPHONE AT:
AT+T STATION WOO COLLECT VIA AT+T 1-609-597-2201
P.O. BOX 550 FAX 1-609-597-6294
MANAHAWKIN, NJ 08050
-AR-
CQ CQ DE WLO WLO
INFOMT 04/06/95
WLO RADIO
MOBILE MARINE RADIO INC
7700 RINLA AVENUE
MOBILE ALABAMA 36619 USA
PHONE: 205 666 9042
TELEX: 50 5444 (KEY CTRL G TO GET OPR)
===================================
S H I P T E L E X S E R V I C E
HOURS OF SERVICE: HH 24 CONTINUOUS
FEC RADIO TFC LISTS/WX: HH PLUS 35 (SEE TSB FREQUENCIES)
WLO FULL TIME NBDP ARQ CENTER FREQUENCIES
-------------------------------------------------------------
ITU SHIP SHIP : ITU SHIP SHIP
CHANNEL TRANSMIT RECEIVE : CHANNEL TRANSMIT RECEIVE
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
406 4175.0 4213.0 KHZ 1605 16685.5 16809.0 KHZ
410 4177.0 4215.0 1611 16688.5 16812.0
415 4179.5 4217.0 1615 16690.5 16814.0
417 4180.5 4218.0 1625 16695.5 16818.5
1629 16697.5 16820.5
606 6265.5 6317.0 1640 16703.0 16826.0
610 6267.5 6319.0 1644 16705.0 16828.0
615 6270.0 6321.0 1650 16708.0 16831.0
619 6272.0 6323.0 1654 16710.0 16833.0
624 6274.5 6325.5 1661 16713.5 16836.5
806 8379.0 8419.0 1810 18875.0 19685.5
810 8381.0 8421.0
815 8383.5 8423.5 2210 22289.0 22381.0
829 8390.5 8430.5 2215 22291.5 22383.5
832 8392.0 8432.0 2254 22311.0 22403.0
836 8394.0 8434.0 2256 22312.0 22404.0
2260 22314.0 22406.0
1205 12479.0 12581.5 2262 22315.0 22407.0
1211 12482.0 12584.5 2272 22320.0 22412.0
1215 12484.0 12586.5 2284 22326.0 22418.0
1225 12489.0 12591.5
1229 12491.0 12593.5 2510 25177.5 26105.5
1234 12493.5 12596.0
1240 12496.5 12599.0
1251 12502.0 12604.5
1254 12503.5 12606.0
1261 12507.0 12609.5
TIME SLOT BROADCAST (TSB) FREQUENCIES:
FEC: 1995 HURRICANE SEASON 06/01/95 THRU 11/30/95
4250.0 6344.0 8534.0 12992.0 16997.6 22688.0 KHZ
CW & FEC: NON-HURRICANE SEASON 12/01/94 THRU 05/31/95
4343.0 6416.0 8514.0 12886.5 17022.5 22487.0 KHZ
TIME SLOT BROADCASTS (TSB) SCHEDULE:
-------------------------------------------------------------------
MORSE CODE 31 WPM NON-PAIRED NBDP
CW MODE - TOT UTC PRODUCT FEC MODE - TOT UTC
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
0000 0600 1200 1800 QTC N ATL HIGH SEAS 0035 0635 1235 1835
---- ---- ---- ---- N ATL TWO FEC ONLY
0100 0700 1300 1900 QTC N PAC HIGH SEAS 0125 0735 1335 1935
---- ---- ---- ---- N PAC TWO FEC ONLY
0200 0800 ---- 2000 QTC WLO FULL INFO PLUS+ 0235 0835 ---- 2035
---- ---- 1400 ---- QTC RPT GOM/CAR SEA ---- ---- 1435 ----
0300 0900 1500 2100 QTC W CENT N ATL 0335 0935 1535 2135
0400 1000 1600 2200 QTC GULF OF MEXICO 0435 1035 1635 2235
---- ---- ---- ---- GULF LOOP FEC ONLY
0500 1100 1700 2300 QTC CARIB SEA/SW NA 0535 1135 1735 2335
---- ---- ---- ---- GULF STREAM FEC ONLY
-------------------------------------------------------------------
WLO FULL INFO BROADCASTS FEC ON TSB FREQUENCIES DAILY AT
0235 0835 2035 UTC AFTER FEC TRAFFIC LIST
SAT+SUN ONLY FREE ARA PRESS SERVICE
-------------------------------------------------------------------
10CM SOLAR RADIO FLUX (SRF) INFO PRECEDES TFC LISTS
SRF UPDATES 1700 UTC K-INDEX EVERY 3 HR A-INDEX ONCE DAILY
-------------------------------------------------------------------
INFOSSB 04/06/95
WLO RADIO
MOBILE MARINE RADIO INC
7700 RINLA AVENUE
MOBILE ALABAMA 36619 USA
===================================
S H I P P H O N E S E R V I C E
SSB TELEPHONE OPE: 205 666 3555
TFC LIST TIME: HH + 00
WEATHER: 0000 0600 1200 1800 LT
WEATHER FREQ: SEE A BELOW
FIRST CALLING: SEE B BELOW
WLO RADIO SSB RADIOTELEPHONE SUPPRESSED CARRIER FREQUENCIES
-----------------------------------------------------------------
ITU SHIP SHIP : ITU SHIP SHIP
CHNL TRANSMIT RECEIVE : CHNL TRANSMIT RECEIVE
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
AB 201 2430.0 2572.0 KHZ 1607 16378.0 17260.0 KHZ
B 1641 16480.0 17362.0
A 405 4077.0 4369.0 1643 16486.0 17368.0
B 414 4104.0 4396.0 A 1647 16498.0 17380.0
419 4119.0 4411.0
428 4060.0 4351.0
B 607 6218.0 6519.0 B 1807 18798.0 19773.0
B 824 8264.0 8788.0 B 2237 22108.0 22804.0
829 8279.0 8803.0
830 8282.0 8806.0 2242 22123.0 22819.0
A 836 8113.0 8713.0 A 2246 22135.0 22831.0
B 1212 12263.0 13110.0 B 2503 25076.0 26151.0
1225 12302.0 13149.0
1226 12305.0 13152.0
1233 12326.0 13173.0
A 1235 12332.0 13179.0
END DE WLO AR
NNNN
(SUNDAY ARA NEWS)
CQ DE WLO
HELLO
CW USERS:
ARA 0200 0800/2000 Z
ARA2 RERUN AFTER 0400 1000 1600 2200 Z
ARA3 RERUN 0500 1100 1700 2300 Z
QRG: 4343.0 6416.0 8514.0 12886.5 17022.5 22487.0 KHZ
CW WILL CUT OFF AFTER ONE HOUR TO MEET REGULAR SCHEDULE.
FEC USERS:
ARQ ACCESS _TO _N FILES IS FREE
WLO SELCALL 1090
START WLO
EXCHANGE ABS
AT GA"? TYPE: INF"?
FOLLOW THE INSTRUCTIONS
THANKS
WLO TEK
NNNN
ARA1 (INF11) JULY 2,1995
QTR CW 0200 0800 0200Z
QRG CW 4343 6416 8514 12886.6 17022.5 22487 KHZ
QTR FEC: 0235 0835 1435 2035Z
QRG FEC: 4250.0 6344.0 8534.0 12992.0 16997.6 22688.0 KHZ
icom-20120228/qsy/cron 0000644 0001750 0001750 00000003754 06223240135 013403 0 ustar colin colin 20 00 * * * cd ~mills/qsy; kmi.sh >>qsy.log
35 00 * * * cd ~mills/qsy; wlo.sh >>qsy.log
15 01 * * * cd ~mills/qsy; w1aw.sh >>qsy.log
40 01 * * * cd ~mills/qsy; wom.sh >>qsy.log
20 02 * * * cd ~mills/qsy; kmi.sh >>qsy.log
35 02 * * * cd ~mills/qsy; wlo.sh >>qsy.log
20 03 * * * cd ~mills/qsy; woo.sh >>qsy.log
40 03 * * * cd ~mills/qsy; wom.sh >>qsy.log
15 04 * * * cd ~mills/qsy; w1aw.sh >>qsy.log
20 05 * * * cd ~mills/qsy; woo.sh >>qsy.log
40 05 * * * cd ~mills/qsy; wom.sh >>qsy.log
20 06 * * * cd ~mills/qsy; kmi.sh >>qsy.log
35 06 * * * cd ~mills/qsy; wlo.sh >>qsy.log
20 07 * * * cd ~mills/qsy; woo.sh >>qsy.log
40 07 * * * cd ~mills/qsy; wom.sh >>qsy.log
20 08 * * * cd ~mills/qsy; kmi.sh >>qsy.log
35 08 * * * cd ~mills/qsy; wlo.sh >>qsy.log
20 09 * * * cd ~mills/qsy; woo.sh >>qsy.log
40 09 * * * cd ~mills/qsy; wom.sh >>qsy.log
20 10 * * * cd ~mills/qsy; kmi.sh >>qsy.log
35 10 * * * cd ~mills/qsy; wlo.sh >>qsy.log
20 11 * * * cd ~mills/qsy; woo.sh >>qsy.log
40 11 * * * cd ~mills/qsy; wom.sh >>qsy.log
20 12 * * * cd ~mills/qsy; kmi.sh >>qsy.log
35 12 * * * cd ~mills/qsy; wlo.sh >>qsy.log
20 13 * * * cd ~mills/qsy; woo.sh >>qsy.log
40 13 * * * cd ~mills/qsy; wom.sh >>qsy.log
20 14 * * * cd ~mills/qsy; kmi.sh >>qsy.log
35 14 * * * cd ~mills/qsy; wlo.sh >>qsy.log
15 15 * * * cd ~mills/qsy; w1aw.sh >>qsy.log
40 15 * * * cd ~mills/qsy; wom.sh >>qsy.log
20 16 * * * cd ~mills/qsy; kmi.sh >>qsy.log
35 16 * * * cd ~mills/qsy; wlo.sh >>qsy.log
20 17 * * * cd ~mills/qsy; woo.sh >>qsy.log
40 17 * * * cd ~mills/qsy; wom.sh >>qsy.log
20 18 * * * cd ~mills/qsy; kmi.sh >>qsy.log
35 18 * * * cd ~mills/qsy; wlo.sh >>qsy.log
20 19 * * * cd ~mills/qsy; woo.sh >>qsy.log
40 19 * * * cd ~mills/qsy; wom.sh >>qsy.log
20 20 * * * cd ~mills/qsy; kmi.sh >>qsy.log
35 20 * * * cd ~mills/qsy; wlo.sh >>qsy.log
20 21 * * * cd ~mills/qsy; woo.sh >>qsy.log
40 21 * * * cd ~mills/qsy; wom.sh >>qsy.log
15 22 * * * cd ~mills/qsy; w1aw.sh >>qsy.log
20 23 * * * cd ~mills/qsy; woo.sh >>qsy.log
40 23 * * * cd ~mills/qsy; wom.sh >>qsy.log
icom-20120228/qsy/dipole.dat 0000644 0001750 0001750 00000002523 05775542152 014475 0 ustar colin colin 3.5 7.0 14.0 21.0 28.0
-30.0-30.0 -30.0 -30.0 -30.0
-19.6-19.6 -16.4 -16.4 -16.4
-13.6-13.6 -10.4 -10.4 -10.4
-10.1-10.1 -7.0 -7.0 -7.0
-7.7 -7.7 -4.6 -4.6 -4.6
-5.8 -5.8 -2.8 -2.8 -2.8
-4.3 -4.3 -1.3 -1.3 -1.3
-3.0 -3.0 -0.1 -0.1 -0.1
-2.0 -2.0 0.8 0.8 0.8
-1.0 -1.0 1.7 1.7 1.7
-0.2 -0.2 2.4 2.4 2.4
0.5 0.5 3.0 3.0 3.0
1.2 1.2 3.6 3.6 3.6
1.8 1.8 4.0 4.0 4.0
2.3 2.3 4.4 4.4 4.4
2.8 2.8 4.8 4.8 4.8
3.2 3.2 5.1 5.1 5.1
3.6 3.6 5.3 5.3 5.3
3.9 3.9 5.5 5.5 5.5
4.3 4.3 5.7 5.7 5.7
4.6 4.6 5.8 5.8 5.8
4.9 4.9 6.0 6.0 6.0
5.1 5.1 6.0 6.0 6.0
5.3 5.3 6.1 6.1 6.1
5.5 5.5 6.1 6.1 6.1
5.7 5.7 6.2 6.2 6.2
5.9 5.9 6.2 6.2 6.2
6.1 6.1 6.2 6.2 6.2
6.2 6.2 6.2 6.2 6.2
6.4 6.4 6.1 6.1 6.1
6.5 6.5 6.1 6.1 6.1
6.6 6.6 6.0 6.0 6.0
6.7 6.7 6.0 6.0 6.0
6.8 6.8 5.9 5.9 5.9
6.9 6.9 5.9 5.9 5.9
6.9 6.9 5.8 5.8 5.8
7.0 7.0 5.8 5.8 5.8
7.0 7.0 5.7 5.7 5.7
7.1 7.1 5.7 5.7 5.7
7.1 7.1 5.6 5.6 5.6
7.2 7.2 5.6 5.6 5.6
7.2 7.2 5.5 5.5 5.5
7.2 7.2 5.5 5.5 5.5
7.2 7.2 5.5 5.5 5.5
7.2 7.2 5.5 5.5 5.5
7.2 7.2 5.5 5.5 5.5
icom-20120228/qsy/cfh.sh 0000755 0001750 0001750 00000000422 06223236415 013611 0 ustar colin colin #!/bin/csh
set month = `date '+%m'`
set day = `date '+%d'`
set hour = `date '+%H'`
set str = `minimuf -m $month -d $day -h $hour -s $SRF -o 4 cfh-rtty.dat dipole.dat`
set stamp = `date '+%h %d %T '`
echo -n $stamp cfh $str "tuned "
icom -r r72 -m usb -o -1.75 -g $str[5] -d
icom-20120228/qsy/qth.dat 0000644 0001750 0001750 00000011256 05775542153 014021 0 ustar colin colin 1 3 5 47 20
8 2.5 5 10 15 20 25 30 35
39.68 -75.75 UDel Evans Hall
45.30 -75.75 CHU Ottawa
63.98 -44.97 CFH Halifax
33.98 -118.44 ISI Marina del Rey
42.36 -71.09 MIT LCS Cambridge
40.68 -105.04 WWV Fort Collins
21.99 -159.76 WWVH Hawaii
50.17 9.00 DCF77 Mainflingen
52.37 -1.18 MSF Rugby
51.87 -176.63 NOX Adak
-21.20 -159.82 ZKR Rarotonga
21.27 -157.78 NMO Honolulu
1.98 -157.48 Christmas I
-17.50 -149.48 FJA Mahina
49.17 -123.12 VAI Vancouver
37.90 -122.70 KPH San Fransisco
48.03 -122.18 KLB Seattle
37.45 -122.12 KFS San Fransisco
33.90 -118.15 KOK Los Angeles
69.12 -105.02 VFC Cambridge Bay
16.83 -99.92 XFA Acapulco
19.20 -96.13 XFU Veracruz
29.40 -95.13 KLC Galveston
74.75 -94.97 VFR Resolute
29.83 -93.97 WPA Port Arthur
58.77 -93.95 VAP Churchill
30.70 -88.03 WLO Mobile
10.00 -83.00 TIM Limon
23.17 -82.32 CLA Habana
25.98 -80.20 WAX Ojus
26.55 -80.10 WOE Lantana
-2.22 -79.88 HCG Guayaquil
8.37 -79.35 NBA Balboa
25.08 -77.37 VPN Nassau
3.90 -77.08 HKC Buenaventura
10.95 -74.77 HKB Barranquilla
41.00 -72.05 WSL Amagansett
41.67 -70.03 WCC Chatham
18.47 -69.88 HIA S Domingo
12.13 -68.92 PJC Curacao
-53.78 -67.75 LPA Tierra del Fuego
18.42 -66.02 NMR San Juan
45.25 -66.00 VAR St Johns
44.47 -63.62 VCS Halifax
14.63 -60.98 FFP Ft de France
-34.45 -58.62 LPD General Pacheco
-51.70 -57.85 VPC Port Stanley
64.17 -51.75 OXI Godthaab
-22.98 -43.18 PPR Rio de Janeiro
38.53 -28.63 CTH Horta
37.73 -25.67 CTD Ponta Delgada
37.75 -25.65 CUG St Miguel
16.88 -24.98 CQA St Vicente
14.92 -23.50 CQD St Tiago
64.13 -21.95 TFA Rejkjavik
14.75 -17.28 6VA Dakar
20.90 -17.05 5TA Nouadhibou
32.62 -16.85 CUB Madeira
13.27 -16.83 VSH Banjui
13.45 -16.58 VSH Bathurst
28.35 -16.28 EAT Tenerife
28.10 -15.42 EAL Las Palmas
-7.93 -14.42 ZBI Ascension
6.30 -10.80 ELC Monrovia
38.73 -9.18 CTV Lisboa
33.62 -7.63 CNP Casablanca
62.02 -6.78 OXJ Torshavn
36.48 -6.27 EAC Cadiz
5.37 -3.97 TUA Abidjan
40.03 -3.68 EAD Aranjuez
51.48 -2.80 GKB Portishead
43.42 1.40 FFL St Lys
6.37 2.47 TYA Cotonou
39.53 2.72 EAO Palma de Majorca
6.62 3.52 5OW Lagos
58.65 5.60 LGW Rogaland
52.17 5.83 PCH Scheveningen
70.95 8.67 LMJ Jan Mayen
4.33 9.40 TJC Douala
53.78 9.67 DAN Norddeich
55.83 11.42 OXZ Lyngby
-4.78 11.87 TNA Pointe-Noire
57.47 11.93 SAG Goteborg
41.80 12.52 IAR Roma
32.90 13.18 5AT Mahattet
-8.80 13.27 CQW Luanda
54.58 13.62 DHS Rugen
78.07 13.63 LML Isfjord
35.92 14.48 9HD Malta
-22.95 14.52 ZSV Walvis Bay
-34.15 18.32 ZSC Cape Town
54.55 18.53 SPH Gdynia
37.97 24.00 SVA Athenai
31.20 29.87 SUH Alexandria
-25.95 32.47 CRL Lourenco Marques
35.17 33.43 5BA Cyprus
-19.83 34.87 CRS Beira
32.80 35.00 4XO Haifa
33.80 35.48 ODR Beyrouth
15.18 38.88 ETC2 Asmara
-3.97 39.73 5ZF Mombasa
13.02 42.75 ETC Assab
11.58 43.12 TXZ Djibouti
12.78 45.30 FJN Dzaoudzi
-25.02 46.98 5RD Ft Dauphin
29.52 47.68 9KK Kuwait
-12.28 49.28 5RL Diego Saurez
-18.13 49.40 5RS Tamatave
26.30 50.12 HZY Ras Tanura
-20.30 57.48 3BA Mauritius
23.62 58.50 A4M Muscat
24.85 67.05 ASK Karachi
19.08 72.83 VWB Bombay
-37.83 77.73 FJY St Paul & Amsterdam
6.92 79.88 4PB Colombo
5.37 100.30 9MG Penang
13.73 100.50 HSA Bangkok
10.63 103.50 XUK Kompong Som-Ville
1.33 103.70 9VG Singapore
-10.43 105.68 VIY Christmas
10.78 106.67 XVS Saigon
-6.10 106.87 PKI Djakarta
23.08 113.53 XSQ Kwangchow
22.20 113.55 XXG Macao
-24.87 113.65 VIC Carnarvon
22.22 114.25 VPS Hong Kong
-28.78 114.60 VIN Geraldton
-32.03 115.82 VIP Perth
24.47 118.08 XSM Amoy
14.60 121.03 DZG Manila
31.12 121.55 XSG Shanghai
23.97 121.62 XS4 Hwalien
-33.88 121.90 VIE Esperance
32.80 130.15 JOS Nagasaki
-12.80 130.83 VID Darwin
35.75 140.75 JCS Chosi
-10.58 142.22 VII Thursday
13.48 144.78 NRV Guam
-38.47 144.92 VIM Melbourne
-19.20 146.82 VIT Townsville
-9.47 147.18 VIG Port Moresby
-42.87 147.32 VIH Hobart
-23.40 150.50 VIR Rockhampton
-33.80 150.87 VIS Sydney
-4.20 152.18 VJZ Rabaul
-27.07 153.05 VIB Brisbane
-22.27 166.47 FJP Noumea
-29.05 167.93 VJU Norfolk
-46.50 168.37 ZLB Awarua
-17.73 168.55 YJM Port-Vila
0.00 169.58 VQK Ocean I
7.08 171.38 KUP65 Majuro
1.35 172.92 VSZ Tarawa
-41.27 174.77 ZLW Wellington
-36.88 174.92 ZLO Auckland
-18.15 178.45 VRP Suva
-8.52 179.22 Funafuti I
icom-20120228/qsy/woo.sh 0000755 0001750 0001750 00000000422 06223236631 013655 0 ustar colin colin #!/bin/csh
set month = `date '+%m'`
set day = `date '+%d'`
set hour = `date '+%H'`
set str = `minimuf -f 14 -m $month -d $day -h $hour -s $SRF -o 4 woo.dat dipole.dat`
set stamp = `date '+%h %d %T '`
echo -n $stamp woo $str "tuned "
icom -r r72 -m lsb -o 2.19 -g $str[5] -d
icom-20120228/qsy/woo.dat 0000644 0001750 0001750 00000000170 05775542153 014022 0 ustar colin colin 1 6 1 80 20
4 4.2125 6.328 8.433 12.632
39.68005 -75.75085 UDel Evans Hall
35.92778 -74.11111 WOO Ocean Gate (New York)
icom-20120228/qsy/wlo.sh 0000755 0001750 0001750 00000000422 06221100157 013641 0 ustar colin colin #!/bin/csh
set month = `date '+%m'`
set day = `date '+%d'`
set hour = `date '+%H'`
set str = `minimuf -f 14 -m $month -d $day -h $hour -s $SRF -o 4 wlo.dat dipole.dat`
set stamp = `date '+%h %d %T '`
echo -n $stamp wlo $str "tuned "
icom -r r72 -m lsb -o 2.19 -g $str[5] -d
icom-20120228/qsy/w1aw.sh 0000755 0001750 0001750 00000000423 06223236537 013736 0 ustar colin colin #!/bin/csh
set month = `date '+%m'`
set day = `date '+%d'`
set hour = `date '+%H'`
set str = `minimuf -m $month -d $day -h $hour -s $SRF -o 4 w1aw-rtty.dat dipole.dat`
set stamp = `date '+%h %d %T '`
echo -n $stamp w1aw $str "tuned "
icom -r r72 -m lsb -o 2.12 -g $str[5] -d
icom-20120228/qsy/w1aw-cw.dat 0000644 0001750 0001750 00000000201 05775542153 014477 0 ustar colin colin 1 6 1 80 30
7 1.818 3.5815 7.0475 14.0475 18.0975 21.0675 28.0675
39.68005 -75.75085 UDel Evans Hall
41.42 -72.43 W1AW Newington
icom-20120228/qsy/gain.dat 0000644 0001750 0001750 00000004320 05775542152 014134 0 ustar colin colin 3.5 7.0 10.0 14.0 18.0 21.0 24.0 28.0
-30.0 -30.0 -30.0 -30.0 -30.0 -30.0 -30.0 -30.0
-19.6 -16.4 -16.4 -6.8 -6.8 -3.6 -3.6 -1.3
-13.6 -10.4 -10.4 -1.0 -1.0 2.1 2.1 4.1
-10.1 -7.0 -7.0 2.2 2.2 5.0 5.0 6.6
-7.7 -4.6 -4.6 4.3 4.3 6.6 6.6 7.6
-5.8 -2.8 -2.8 5.7 5.7 7.4 7.4 7.5
-4.3 -1.3 -1.3 6.6 6.6 7.6 7.6 6.4
-3.0 -0.1 -0.1 7.2 7.2 7.2 7.2 3.9
-2.0 0.8 0.8 7.5 7.5 6.2 6.2 -0.8
-1.0 1.7 1.7 7.5 7.5 4.5 4.5 -12.1
-0.2 2.4 2.4 7.2 7.2 1.9 1.9 -4.3
0.5 3.0 3.0 6.7 6.7 -2.5 -2.5 1.7
1.2 3.6 3.6 6.0 6.0 -10.4 -10.4 4.5
1.8 4.0 4.0 4.9 4.9 -8.2 -8.2 5.8
2.3 4.4 4.4 3.6 3.6 -1.9 -1.9 6.1
2.8 4.8 4.8 1.8 1.8 1.4 1.4 5.6
3.2 5.1 5.1 -0.4 -0.4 3.3 3.3 4.3
3.6 5.3 5.3 -3.4 -3.4 4.5 4.5 2.0
3.9 5.5 5.5 -7.5 -7.5 5.0 5.0 -1.7
4.3 5.7 5.7 -11.5 -11.5 5.1 5.1 -7.7
4.6 5.8 5.8 -9.9 -9.9 4.9 4.9 -8.8
4.9 6.0 6.0 -6.3 -6.3 4.2 4.2 -3.4
5.1 6.0 6.0 -3.6 -3.6 3.3 3.3 -0.2
5.3 6.1 6.1 -1.8 -1.8 1.9 1.9 1.6
5.5 6.1 6.1 -0.5 -0.5 0.2 0.2 2.6
5.7 6.2 6.2 0.3 0.3 -2.0 -2.0 2.9
5.9 6.2 6.2 0.9 0.9 -4.7 -4.7 2.8
6.1 6.2 6.2 1.2 1.2 -7.9 -7.9 2.3
6.2 6.2 6.2 1.4 1.4 -10.8 -10.8 1.4
6.4 6.1 6.1 1.4 1.4 -10.9 -10.9 0.1
6.5 6.1 6.1 1.3 1.3 -9.0 -9.0 -1.4
6.6 6.0 6.0 1.1 1.1 -7.2 -7.2 -3.3
6.7 6.0 6.0 0.7 0.7 -5.8 -5.8 -5.5
6.8 5.9 5.9 0.3 0.3 -4.9 -4.9 -8.1
6.9 5.9 5.9 -0.2 -0.2 -4.4 -4.4 -10.7
6.9 5.8 5.8 -0.8 -0.8 -4.2 -4.2 -12.8
7.0 5.8 5.8 -1.4 -1.4 -4.1 -4.1 -13.5
7.0 5.7 5.7 -2.1 -2.1 -4.3 -4.3 -13.2
7.1 5.7 5.7 -2.8 -2.8 -4.5 -4.5 -12.6
7.1 5.6 5.6 -3.6 -3.6 -5.0 -5.0 -12.1
7.2 5.6 5.6 -4.4 -4.4 -5.5 -5.5 -11.9
7.2 5.5 5.5 -5.3 -5.3 -6.2 -6.2 -11.9
7.2 5.5 5.5 -6.2 -6.2 -6.9 -6.9 -12.2
7.2 5.5 5.5 -7.1 -7.1 -7.7 -7.7 -12.8
7.2 5.5 5.5 -8.1 -8.1 -8.6 -8.6 -13.5
7.2 5.5 5.5 -9.0 -9.0 -9.5 -9.5 -14.4
icom-20120228/qsy/wwv.dat 0000644 0001750 0001750 00000000143 10550563757 014041 0 ustar colin colin 3 1 8 70 20
5 2.5 5 10 15 20
39.68005 -75.75085 UDel Evans Hall
40.6803 -105.0408 WWV Fort Collins
icom-20120228/qsy/bbc.sh 0000755 0001750 0001750 00000000253 06224606664 013611 0 ustar colin colin #!/bin/csh
set month = `date '+%m'`
set day = `date '+%d'`
set hour = `date '+%H'`
set stamp = `date '+%h %d %T '`
echo -n $stamp bbc "tuned "
icom -r r71 -m lsb -g $1 -d
icom-20120228/qsy/w1aw-rtty.dat 0000644 0001750 0001750 00000000166 05775542153 015102 0 ustar colin colin 1 6 1 80 30
6 3.625 7.095 14.095 18.1025 21.095 28.095
39.68005 -75.75085 UDel Evans Hall
41.42 -72.43 W1AW Newington
icom-20120228/qsy/wlo.dat 0000644 0001750 0001750 00000000174 06223777164 014024 0 ustar colin colin 1 6 1 80 20
6 4.2500 6.3440 8.5340 12.9920 16.9976 22.6880
39.68005 -75.75085 UDel Evans Hall
30.70 -88.04 WLO Mobile
icom-20120228/qsy/kmi.sh 0000755 0001750 0001750 00000000422 06223236464 013635 0 ustar colin colin #!/bin/csh
set month = `date '+%m'`
set day = `date '+%d'`
set hour = `date '+%H'`
set str = `minimuf -f 14 -m $month -d $day -h $hour -s $SRF -o 4 kmi.dat dipole.dat`
set stamp = `date '+%h %d %T '`
echo -n $stamp kmi $str "tuned "
icom -r r72 -m lsb -o 2.19 -g $str[5] -d
icom-20120228/qsy/cfh.dat 0000644 0001750 0001750 00000000154 10550531262 013742 0 ustar colin colin 1 6 1 70 20
4 4.27263 6.49793 10.53765 13.51168
39.68005 -75.75085 UDel Evans Hall
63.98 -44.97 CHF Halifax
icom-20120228/r8500_msc 0000644 0001750 0001750 00000000753 10424305504 013242 0 ustar colin colin # Program Scan
0.53 AM # P1 AM broadcast
1.70 # P2 10 kHz
88.0 WFM # P1 FM broadcast
108. # P2 200 kHz
30.0 FM # P1 Public Safety
48.0 # P2 20 kHz
150.0 FM # P1 Public Safety
156.0 # P2 15 kHz
156.0 FM # P1 Maritime Mobile
158.0 # P2 25 kHz
158.0 FM # P1 Public Safety
160.0 # P2 15 kHz
160.0 FM # P1 Maritime Mobile
162.0 # P2 25 kHz
162.0 FM # P1 ?
169.0 # P2 15 kHz
169.0 FM # P1 Public Safety
172.0 # P2 25 kHz
450.0 FM # P1 land fixed/mobile
470.0 # P2 25 kHz
icom-20120228/TAB.BAK 0000744 0001750 0001750 00000071070 10453532634 012635 0 ustar colin colin /*
* Program to control ICOM radios
*
* Tables and chairs
*/
#include "icom.h"
#include
#include
/*
* Commands
*/
#define ARG2(y, x) (((y) << 8) | (x))
#define ARG3(z, y, x) (((z) << 16) | ((y) << 8) | (x))
#define M_CTL(z, x) ARG3((z), V_WRCTL, (x))
#define M_MTR(z, x) ARG3((z), V_RMTR, (x))
#define M_TOG(z, x) ARG3((z), V_TOGL, (x))
#define M_SET(z, x) ARG2((z), (x))
/*
* Keyboard mode commands
*/
struct cmdtable cmd[] = {
{"agc", C_AGC, "AGC fast/medium/slow"},
{"ant", C_ANT, "select antenna"},
{"atten", C_ATTEN, "select attenuator"},
{"band", C_BAND, "set band limits"},
{"bank", C_BANK, "read/write bank/name"},
{"bfocomp", C_BCOMP, "set BFO compensation"},
{"break", C_BREAK, "break off/semi/full"},
{"chan", C_READ, "read channels"},
{"ctl", C_CTRL, "control commands"},
{"default", C_DEFLT, "set default arguments"},
{"dial", C_DIAL, "set dial tuning step"},
{"dtcs", C_DTCS, "set digital tone squelch code"},
{"dump", C_DUMP, "dump VFO (debug)"},
{"duplex", C_DUPLEX, "set transmit duplex"},
{"empty", C_EMPTY, "empty channel"},
{"include", C_INCLD, "include file"},
{"key", C_KEY, "send CW message"},
{"meter", C_METER, "read meters and squelch"},
{"misc", C_MISC, "miscellaneous control"},
{"mode", C_MODE, "set mode"},
{"mvfo", C_VFOM, "memory -> VFO"},
{"name", C_NAME, "set channel name"},
{"pad", C_KEYPAD, "switch to keypad mode"},
{"power", C_POWER, "power on/off"},
{"preamp", C_PAMP, "preamp off/1/2f"},
{"ptt", C_PTT, "push to talk"},
{"quit", C_QUIT, "exit program"},
{"radio", C_RADIO, "select radio"},
{"rate", C_RATE, "set tuning rate"},
{"restore", C_RESTORE, "restore channels"},
{"rx", C_RX, "receive"},
{"save", C_SAVE, "save channels"},
{"say", C_ANNC, "announce control"},
{"scan", C_SCAN, "scan control"},
{"set", C_SWTCH, "set/clear switches"},
{"split", C_SPLIT, "split/duplex commands"},
{"step", C_STEP, "set tuning step"},
{"swap", C_SWAP, "VFO A <-> VFO B"},
{"test", C_TEST, "send CI-V test message"},
{"tone", C_TONE, "set repeater tone frequency"},
{"trace", C_DEBUG, "trace CI-V messages"},
{"tsql", C_TSQL, "set tone squelch frequency"},
{"tx", C_TX, "transmit"},
{"utc", C_TIME, "set/display date and time"},
{"verbose", C_VERB, "set verbose"},
{"vfo", C_VFO, "vfo commands"},
{"vfocomp", C_VCOMP, "set VFO compensation"},
{"write", C_WRITE, "write channels"},
{"\0", C_FREQX, "set VFO frequency/mode"}
};
/*
* Keypad mode commands
*/
struct cmdtable key[] = {
{{KILL, '\0'}, C_ERASE, "erase input"},
{"[11", C_ANT, "F1 ant status"},
{"[12", C_AGC, "F2 agc status"},
{"[13", C_ATTEN, "F3 atten status"},
{"[14", C_PAMP, "F4 preamp status"},
{"[15", C_BREAK, "F5 break status"},
{"[17", C_ANNC, "F6 say status"},
{"[18", C_METER, "F7 display meters"},
{"[19", C_SWTCH, "F8 display switches"},
{"[20", C_CTRL, "F9 display controls"},
{"[a", C_UP, "UP step up"},
{"[b", C_DOWN, "DOWN step down"},
{"[c", C_RUP, "RIGHT tuning rate up"},
{"[d", C_RDOWN, "LEFT tuning rate down"},
{"c", C_READ, "read channel"},
{"e", C_EMPTY, "empty channel"},
{"q", C_KEYBD, "switch to keyboard mode"},
{"r", C_RX, "receive"},
{"s", C_SPLIT, "split mode with offset"},
{"t", C_TX, "transmit"},
{"u", C_TIME, "display date and time"},
{"w", C_WRITE, "write channel"},
{"x", C_SWAP, "VFO A <-> VFO B"},
{"\0", C_FREQX, "set VFO frequency/mode"}
};
/*
* dummy argument
*/
struct cmdtable dummy[] = {
{"\0", R_NOP, "invalid command"}
};
/*
* channel/bank arguments
*/
struct cmdtable argch[] = {
{"[empty]", 0x00, "current bank/chan"},
{"$", 0x00, "current bank, all chans"},
{"b.$", 0x00, "bank b, all chans"},
{"$:$", 0x00, "all banks, all chans"},
{"+", 0x00, "current bank/chan plus 1"},
{"-", 0x00, "current bank/chan minus 1"},
{"c", 0x00, "current bank, chan c"},
{"b.c", 0x00, "bank b, chan c"},
{"c1:c2", 0x00, "current bank, block c1-c2"},
{"b1.c1:b2.c2", 0x00, "block b1.c1-b2.c2"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "verbose" arguments
*/
struct cmdtable verbx[] = {
{"off", 0, "terse"},
{"on", P_VERB, "verbose"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "trace" arguments
*/
struct cmdtable dbx[] = {
{"all", P_TRACE|P_ERMSG, "trace bus, errors"},
{"bus", P_TRACE, "trace bus"},
{"off", 0, "trace none"},
{"packet", P_ERMSG, "trace errors"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "vfo" subcommands (V_SVFO 0x07 command)
*/
struct cmdtable vfo[] = {
{"a", 0x00, "select VFO A"},
{"b", 0x01, "select VFO B"},
{"btoa", 0xa0, "VFO B -> VFO A"},
{"equal", 0xb1, "main VFO -> sub VFO"},
{"main", 0xd0, "select main VFO"},
{"nowatch", 0xc0, "dual-watch off"},
{"sub", 0xd1, "select sub VFO"},
{"swap", 0xb0, "VFO A <-> VFO B"},
{"watch", 0xc1, "dual-watch on"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "split" subcommands (V_SPLIT 0x0f command)
*/
struct cmdtable split[] = {
{"dup+", 0x12, "duplex up"},
{"dup-", 0x11, "duplex down"},
{"off", 0x00, "split off"},
{"on", 0x01, "split on"},
{"simplex", 0x10, "simplex"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "atten" subcommands (V_ATTEN 0x11 command)
*/
struct cmdtable atten[] = {
{"0", 0x00, "off"},
{"6", 0x06, "6 dB"},
{"10", 0x10, "10 dB"},
{"12", 0x12, "12 dB"},
{"18", 0x18, "18 dB"},
{"20", 0x20, "20 dB"},
{"30", 0x30, "30 dB"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "ant" subcommands (V_SANT 0x12 command)
*/
struct cmdtable ant[] = {
{"1", ARG2(0x00,0x00), "xmt/rec antenna 1"},
{"1R", ARG2(0x01,0x00), "xmt antenna 1/rec antenna R"},
{"2", ARG2(0x00,0x01), "xmt/rec antenna 2"},
{"2R", ARG2(0x01,0x01), "xmt antenna 2/rec antenna R"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "say" subcommands (V_ANNC 0x13 command)
*/
struct cmdtable say[] = {
{"all", 0x00, "all data"},
{"freq", 0x01, "S meter, frequency and mode"},
{"mode", 0x02, "receive mode"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "ctl" subcommands (V_WRCTL 0x14 command)
*/
struct cmdtable ctlc[] = {
{"af", M_CTL(G,0x01), "af gain"},
{"antivox", M_CTL(G,0x17), "anti-vox gain"},
{"balance", M_CTL(G,0x10), "balance"},
{"blank", M_CTL(G,0x12), "noise blanker threshold"},
{"bright", M_CTL(G,0x19), "LCD brightness"},
{"comp", M_CTL(G,0x0e), "speech compressor gain"},
{"contrast", M_CTL(G,0x18), "LCD contrast"},
{"delay", M_CTL(G,0x0f), "break delay"},
{"mic", M_CTL(G,0x0b), "microphone gain"},
{"monitor", M_CTL(G,0x15), "monitor gain"},
{"nf1", M_CTL(F,0x0d), "manual notch nf1 frequency"},
{"nf2", M_CTL(F,0x1a), "manual notch nf2 frequency"},
{"nr", M_CTL(G,0x06), "noise reduction"},
{"pbti", M_CTL(F,0x07), "passband tuning (inner"},
{"pbto", M_CTL(F,0x08), "passband tuning (outer"},
{"pitch", M_CTL(F,0x09), "cw pitch"},
{"power", M_CTL(G,0x0a), "rf power"},
{"rf", M_CTL(G,0x02), "rf gain"},
{"speed", M_CTL(G,0x0c), "key speed"},
{"sql", M_CTL(G,0x03), "squelch threshold"},
{"vox", M_CTL(G,0x16), "vox gain"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "meter" subcommands (V_RMTR 0x15 command)
*/
struct cmdtable meter[] = {
{"alc", M_MTR(G,0x13), "read ALC meter"},
{"comp", M_MTR(G,0x14), "read COMP meter"},
{"power", M_MTR(G,0x11), "read RF power meter"},
{"signal", M_MTR(S,0x02), "read S meter"},
{"sql", M_MTR(Q,0x01), "read squelch condition"},
{"swr", M_MTR(G,0x12), "read SWR meter"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "set" subcommands (V_TOGL 0x16 command)
*/
struct cmdtable switches[] = {
{"agc", M_TOG(A,0x12), "agc fast/mid/slow"},
{"agcfast", M_TOG(P,0x11), "agc fast (R8500)"},
{"agcslow", M_TOG(P,0x10), "agc slow (R8500)"},
{"an", M_TOG(W,0x41), "auto notch"},
{"apfoff", M_TOG(W,0x30), "auto peak filter off (R8500)"},
{"apfon", M_TOG(W,0x31), "auto peak filter on (R8500)"},
{"break", M_TOG(B,0x47), "break off/semi/full"},
{"comp", M_TOG(W,0x44), "speech compressor"},
{"dcts", M_TOG(W,0x4b), "digital tone squelch"},
{"lock", M_TOG(W,0x50), "dial lock"},
{"monitor", M_TOG(W,0x45), "monitor"},
{"nb", M_TOG(W,0x22), "noise blanker"},
{"nboff", M_TOG(P,0x20), "noise blanker off (R8500)"},
{"nbon", M_TOG(P,0x21), "noise blanker on(R8500)"},
{"nf1", M_TOG(W,0x48), "manual notch nf1"},
{"nf2", M_TOG(W,0x51), "manual notch nf2"},
{"nr", M_TOG(W,0x40), "noise reduction"},
{"peak", M_TOG(W,0x4f), "twin peak filter"},
{"preamp", M_TOG(P,0x02), "preamp off/1/2"},
{"rtty", M_TOG(W,0x49), "RTTY filter"},
{"tone", M_TOG(W,0x42), "repeater tone"},
{"tsql", M_TOG(W,0x43), "tone squelch"},
{"vcs", M_TOG(W,0x4c), "voice squelch"},
{"vox", M_TOG(W,0x46), "voice break"},
{"\0", R_NOP, "invalid argument"},
};
struct cmdtable fmtw[] = {
{"off", M_SET(W,0x00), "switch off"},
{"on", M_SET(W,0x01), "switch on"},
{"\0", R_NOP, "invalid argument"},
};
/*
* "power" subcommands (V_POWER 0x18 command)
*/
struct cmdtable power[] = {
{"off", 0x00, "power off at sleep timeout"},
{"on", 0x01, "power on"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "tone" and "tsql" subcommands (V_TONE 0x1b command)
*
* The CTSS tone frequency is in tenths of a Hertz. The vollowing
* frequencies are valid for both the repeater tone (tone command) and
* tone squelch (tsql command) functions.
*/
struct cmdtable tone[] = {
{"off", 0x00, "CTSS off)"},
{"on", 0x01, "CTSS on)"},
{"67.0", 0x0670, "XZ (67.0 Hz)"},
{"69.3", 0x0693, "WZ (69.3 Hz)"},
{"71.9", 0x0719, "XA (71.9 Hz)"},
{"74.4", 0x0744, "WA (74.4 Hz)"},
{"77.0", 0x0770, "XB (77.0 Hz)"},
{"79.7", 0x0797, "WB (79.7 Hz)"},
{"82.5", 0x0825, "YZ (82.5 Hz)"},
{"85.4", 0x0854, "YA (85.4 Hz)"},
{"88.5", 0x0885, "YB (88.5 Hz)"},
{"91.5", 0x0915, "ZZ (91.5 Hz)"},
{"94.8", 0x0948, "ZA (94.8 Hz)"},
{"97.4", 0x0974, "ZB (97.4 Hz)"},
{"100.0", 0x1000, "1Z (100.0 Hz)"},
{"103.5", 0x1035, "1A (103.5 Hz)"},
{"107.2", 0x1072, "1B (107.2 Hz)"},
{"110.9", 0x1109, "2Z (110.9 Hz)"},
{"114.8", 0x1148, "2A (114.8 Hz)"},
{"118.8", 0x1188, "2B (118.8 Hz)"},
{"123.0", 0x1230, "3Z (123.0 Hz)"},
{"127.3", 0x1273, "3A (127.3 Hz)"},
{"131.8", 0x1318, "3B (131.8 Hz)"},
{"136.5", 0x1365, "4Z (136.5 Hz)"},
{"141.3", 0x1413, "4A (141.3 Hz)"},
{"146.2", 0x1462, "4B (146.2 Hz)"},
{"151.4", 0x1514, "5Z (151.4 Hz)"},
{"156.7", 0x1567, "5A (156.7 Hz)"},
{"159.8", 0x1598, "-- (159.8 Hz)"},
{"162.2", 0x1622, "5B (162.2 Hz)"},
{"165.5", 0x1655, "-- (165.5 Hz)"},
{"167.9", 0x1679, "6Z (167.9 Hz)"},
{"171.3", 0x1713, "-- (171.3 Hz)"},
{"173.8", 0x1738, "6A (173.8 Hz)"},
{"177.3", 0x1773, "-- (177.3 Hz)"},
{"179.9", 0x1799, "6B (179.9 Hz)"},
{"183.5", 0x1835, "-- (183.5 Hz)"},
{"186.2", 0x1862, "7Z (186.2 Hz)"},
{"189.9", 0x1899, "-- (189.9 Hz)"},
{"192.8", 0x1928, "7A (192.8 Hz)"},
{"196.6", 0x1968, "-- (196.6 Hz)"},
{"199.5", 0x1995, "-- (199.5 Hz)"},
{"203.5", 0x2035, "M1 (203.5 Hz)"},
{"206.5", 0x2065, "-- (206.5 Hz)"},
{"210.7", 0x2107, "M2 (210.7 Hz)"},
{"218.1", 0x2181, "M3 (218.1 Hz)"},
{"225.7", 0x2257, "M4 (225.7 Hz)"},
{"229.1", 0x2291, "9Z (229.1 Hz)"},
{"233.6", 0x2336, "M5 (233.6 Hz)"},
{"241.8", 0x2418, "M6 (241.8 Hz)"},
{"250.3", 0x2503, "M7 (250.3 Hz)"},
{"254.1", 0x2541, "0Z (254.1 Hz)"},
{"\0", R_NOP, "invalid argument"}
};
/*
* tone command on/off
*/
struct cmdtable toneon[] = {
{"off", 0x00, "tone off"},
{"on", 0x01, "tone on"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "dtcs" subcommands (V_TONE 0x1b command)
*
* Thd DTCS code is nnn-pq, where nnn is 3 decimal digits, p is the
* transmit polarity and q is the receive polarity. Polarity is N for
* normal and R for reversed. The following codes are valid for the
* digital tone squelch function (dtcs command).
*/
struct cmdtable dtcs[] = {
{"off", 0x00, "DTCS off)"},
{"on", 0x01, "DTCS on)"},
{"023", 0x0023, "DTCS 023"},
{"025", 0x0025, "DTCS 025"},
{"026", 0x0026, "DTCS 026"},
{"031", 0x0031, "DTCS 031"},
{"032", 0x0032, "DTCS 032"},
{"036", 0x0036, "DTCS 036"},
{"043", 0x0043, "DTCS 043"},
{"047", 0x0047, "DTCS 047"},
{"051", 0x0051, "DTCS 051"},
{"053", 0x0053, "DTCS 054"},
{"054", 0x0054, "DTCS 055"},
{"055", 0x0055, "DTCS 071"},
{"071", 0x0071, "DTCS 071"},
{"072", 0x0072, "DTCS 072"},
{"073", 0x0073, "DTCS 073"},
{"074", 0x0074, "DTCS 074"},
{"114", 0x0114, "DTCS 114"},
{"115", 0x0115, "DTCS 115"},
{"116", 0x0116, "DTCS 116"},
{"122", 0x0122, "DTCS 122"},
{"125", 0x0125, "DTCS 125"},
{"131", 0x0131, "DTCS 131"},
{"132", 0x0132, "DTCS 132"},
{"134", 0x0134, "DTCS 134"},
{"143", 0x0143, "DTCS 143"},
{"145", 0x0145, "DTCS 145"},
{"152", 0x0152, "DTCS 152"},
{"155", 0x0155, "DTCS 155"},
{"156", 0x0156, "DTCS 156"},
{"162", 0x0162, "DTCS 162"},
{"165", 0x0165, "DTCS 165"},
{"172", 0x0172, "DTCS 172"},
{"174", 0x0174, "DTCS 174"},
{"205", 0x0205, "DTCS 205"},
{"212", 0x0212, "DTCS 212"},
{"223", 0x0223, "DTCS 223"},
{"225", 0x0225, "DTCS 225"},
{"226", 0x0226, "DTCS 226"},
{"243", 0x0243, "DTCS 243"},
{"244", 0x0244, "DTCS 244"},
{"245", 0x0245, "DTCS 245"},
{"246", 0x0246, "DTCS 246"},
{"251", 0x0251, "DTCS 251"},
{"252", 0x0252, "DTCS 252"},
{"255", 0x0255, "DTCS 255"},
{"261", 0x0261, "DTCS 261"},
{"263", 0x0263, "DTCS 263"},
{"265", 0x0265, "DTCS 265"},
{"266", 0x0266, "DTCS 266"},
{"271", 0x0271, "DTCS 271"},
{"274", 0x0274, "DTCS 274"},
{"306", 0x0306, "DTCS 306"},
{"311", 0x0311, "DTCS 311"},
{"315", 0x0315, "DTCS 315"},
{"325", 0x0325, "DTCS 325"},
{"331", 0x0331, "DTCS 331"},
{"332", 0x0332, "DTCS 332"},
{"343", 0x0343, "DTCS 343"},
{"346", 0x0346, "DTCS 346"},
{"351", 0x0351, "DTCS 351"},
{"356", 0x0356, "DTCS 356"},
{"364", 0x0364, "DTCS 364"},
{"365", 0x0365, "DTCS 365"},
{"371", 0x0371, "DTCS 371"},
{"411", 0x0411, "DTCS 411"},
{"412", 0x0412, "DTCS 412"},
{"413", 0x0413, "DTCS 413"},
{"423", 0x0423, "DTCS 423"},
{"431", 0x0431, "DTCS 431"},
{"432", 0x0432, "DTCS 432"},
{"445", 0x0445, "DTCS 445"},
{"446", 0x0446, "DTCS 446"},
{"452", 0x0452, "DTCS 452"},
{"454", 0x0454, "DTCS 454"},
{"455", 0x0455, "DTCS 455"},
{"462", 0x0462, "DTCS 462"},
{"464", 0x0464, "DTCS 464"},
{"465", 0x0465, "DTCS 465"},
{"466", 0x0466, "DTCS 466"},
{"503", 0x0503, "DTCS 503"},
{"506", 0x0506, "DTCS 506"},
{"516", 0x0516, "DTCS 516"},
{"523", 0x0523, "DTCS 523"},
{"526", 0x0526, "DTCS 526"},
{"532", 0x0532, "DTCS 532"},
{"546", 0x0546, "DTCS 546"},
{"565", 0x0565, "DTCS 565"},
{"606", 0x0606, "DTCS 606"},
{"612", 0x0612, "DTCS 612"},
{"624", 0x0624, "DTCS 624"},
{"627", 0x0627, "DTCS 627"},
{"631", 0x0631, "DTCS 631"},
{"632", 0x0632, "DTCS 632"},
{"654", 0x0654, "DTCS 654"},
{"662", 0x0662, "DTCS 662"},
{"664", 0x0664, "DTCS 664"},
{"703", 0x0703, "DTCS 703"},
{"712", 0x0712, "DTCS 712"},
{"723", 0x0723, "DTCS 723"},
{"731", 0x0731, "DTCS 731"},
{"732", 0x0732, "DTCS 732"},
{"734", 0x0734, "DTCS 734"},
{"743", 0x0743, "DTCS 743"},
{"754", 0x0754, "DTCS 754"},
{"\0", R_NOP, "invalid argument"}
};
/*
* DTCS polarity codes
*
* These codes are used with the DTCS codes given above. An "N" codes
* for normal polarity, "R" reversed.
*/
struct cmdtable polar[] = {
{"NN", 0x00, "+ transmit, + receive"},
{"NR", 0x01, "+ transmit, - receive"},
{"RN", 0x10, "- transmit, + receive"},
{"RR", 0x11, "- transmit, - receive"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "tx" subcommands (V_TX 0x1c command)
*/
struct cmdtable tx[] = {
{"off", 0x00, "receive"},
{"on", 0x01, "transmit"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "misc" subcommands (775)
*/
struct cmdtable misc[] = {
{"ctss", 0x06, "read CTSS"},
{"dcs", 0x07, "read DCS"},
{"dtmf", 0x08, "read DTMF"},
{"id", 0x09, "read ID"},
{"local", 0x01, "local control"},
{"next", 0x0e, "next frequency"},
{"nosearch", 0x10, "disable search"},
{"nospeaker", 0x0b, "mute speaker"},
{"notape", 0x04, "disable tape recorder"},
{"nowindow", 0x0d, "disable search window"},
{"opto", 0x05, "read OPTO"},
{"remote", 0x02, "remote control"},
{"search", 0x0f, "enable search"},
{"speaker", 0x0a, "unmute speaker"},
{"tape", 0x03, "enable tape recorder"},
{"window", 0x0c, "enable search window"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "agc" subcommands
*/
struct cmdtable agc[] = {
{"fast", M_SET(A,0x01), "agc fast"},
{"medium", M_SET(A,0x02), "agc mid"},
{"slow", M_SET(A,0x03), "agc slow"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "preamp" subcommands
*/
struct cmdtable preamp[] = {
{"off", 0x00, "preamp off"},
{"1", 0x01, "preamp 1"},
{"2", 0x02, "preamp 2"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "break" subcommands
*/
struct cmdtable fmtb[] = {
{"full", M_SET(B,0x02), "break full"},
{"off", M_SET(B,0x00), "break off"},
{"semi", M_SET(B,0x01), "break semi"},
{"\0", R_NOP, "invalid argument"},
};
/*
* "scan" subcommands
*/
struct cmdtable scan[] = {
{"10", 0xa3, "delta-f 10 kHz"},
{"2.5", 0xa1, "delta-f 2.5 kHz"},
{"20", 0xa4, "delta-f 20 kHz"},
{"5", 0xa2, "delta-f 5 kHz"},
{"50", 0xa5, "delta-f 50 kHz"},
{"autowrite", 0x04, "auto write scan"},
{"deltaf", 0x03, "delta-f scan"},
{"finedeltaf", 0x13, "fine delta-f scan start"},
{"fineprog", 0x12, "fine program scan start"},
{"fix", 0xaa, "fix center frequency"},
{"mem", 0x22, "memory scan start"},
{"memchan", 0xb2, "memory channel scan number"},
{"memnum", 0x23, "select memory scan start"},
{"nofix", 0xa0, "unfix center frequency"},
{"noresume", 0xd1, "scan resume off"},
{"noskip", 0xb1, "select memory channel"},
{"noresume", 0xd0, "scan resume never"},
{"novsc", 0xc0, "VSC off"},
{"priority", 0x42, "priority scan"},
{"prog", 0x02, "program scan"},
{"resume", 0xd3, "scan resume after delay"},
{"resumeb", 0xd2, "scan resume b"},
{"select", 0x24, "selected mode memory scan"},
{"skip", 0xb0, "deselect memory channel"},
{"start", 0x01, "scan start"},
{"stop", 0x00, "scan stop"},
{"vsc", 0xc1, "VSC on"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "dial" subcommands
*/
struct cmdtable diala[] = { /* R8500 */
{".01", 0x00, "10 Hz"},
{".05", 0x01, "50 Hz"},
{".1", 0x02, "100 Hz"},
{"1", 0x03, "1 kHz"},
{"2.5", 0x04, "2.5 kHz"},
{"5", 0x05, "5 kHz"},
{"9", 0x06, "9 kHz"},
{"10", 0x07, "10 kHz"},
{"12.5", 0x08, "12.5 kHz"},
{"20", 0x09, "20 kHz"},
{"25", 0x10, "25 kHz"},
{"100", 0x11, "100 kHz"},
{"1000", 0x12, "1 MHz"},
{"*", 0x13, "* kHz"},
{"\0", R_NOP, "invalid argument"}
};
struct cmdtable dialb[] = { /* 775 */
{".01", 0x00, "10 Hz"},
{"1", 0x01, "1 kHz"},
{"2", 0x02, "2 kHz"},
{"3", 0x03, "3 kHz"},
{"4", 0x04, "4 kHz"},
{"5", 0x05, "5 kHz"},
{"6", 0x06, "6 kHz"},
{"7", 0x07, "7 kHz"},
{"8", 0x08, "8 kHz"},
{"9", 0x09, "9 kHz"},
{"10", 0x10, "10 kHz"},
{"\0", R_NOP, "invalid argument"}
};
struct cmdtable dialc[] = { /* 706G, 756, 7000 */
{".01", 0x00, "10 Hz"},
{".1", 0x01, "100 Hz"},
{"1", 0x02, "1 kHz"},
{"5", 0x03, "5 kHz"},
{"9", 0x04, "9 kHz"},
{"10", 0x05, "10 kHz"},
{"12.5", 0x06, "12.5 kHz"},
{"20", 0x07, "20 kHz"},
{"25", 0x08, "25 kHz"},
{"100", 0x09, "100 kHz"},
{"\0", R_NOP, "invalid argument"}
};
/*
* bank, restore and save subcommands
*/
struct cmdtable loadtab[] = {
{"atten", C_ATTEN, "set attenuator"},
{"default", C_DEFLT, "set default arguments"},
{"dial", C_DIAL, "set tuning step"},
{"dtcs", C_DTCS, "set digital tone squelch code"},
{"name", C_NAME, "set channel name"},
{"set", C_SWTCH, "set commands"},
{"split", C_SPLIT, "split/duplex commands"},
{"tone", C_TONE, "set repeater tone frequency"},
{"tsql", C_TSQL, "set tone squelch frequency"},
{"\0", C_FREQX, "set VFO frequency/mode"}
};
/*
* Radio identifier decode
*/
struct cmdtable identab[] = {
{"1271", 0x24, "1271 UHF Transceiver"},
{"1275", 0x18, "1275 UHF Transceiver"},
{"271", 0x20, "271 VHF Transceiver"},
{"275", 0x10, "275 VHF Transceiver"},
{"375", 0x12, "375 VHF Transceiver"},
{"471", 0x22, "471 UHF Transceiver"},
{"475", 0x14, "475 UHF Transceiver"},
{"575", 0x16, "575 VHF Transceiver"},
{"575", 0x28, "725 HF Transceiver"},
{"706", 0x4e, "706 HF Transceiver"},
{"706G", 0x58, "706MKIIG HF Transceiver"},
{"726", 0x30, "726 HF Transceiver"},
{"735", 0x04, "735 HF Transceiver"},
{"746", 0x66, "746 HF Transceiver"},
{"751", 0x1c, "751 HF Transceiver"},
{"756", 0x64, "756 HF Transceiver"},
{"761", 0x1e, "761 HF Transceiver"},
{"765", 0x2c, "765 HF Transceiver"},
{"775", 0x46, "775 HF Transceiver"},
{"781", 0x26, "781 HF Transceiver"},
{"970", 0x2e, "970 HF Transceiver"},
{"7000", 0x70, "7000 HF/VHF/UHF Transceiver"},
{"7800", 0x6a, "7800 HF/VHF/UHF Transceiver"},
{"R7000", 0x08, "R7000 VHF/UHF Receiver"},
{"R71", 0x1A, "R71 HF Receiver"},
{"R7100", 0x34, "R7100 VHF/UHF Receiver"},
{"R72", 0x32, "R72 HF Receiver"},
{"R75", 0x5a, "R75 HF Receiver"},
{"R8500", 0x4a, "R8500 HF/VHF/UHF Receiver"},
{"R9000", 0x2a, "R9000 VHF/UHF Receiver"},
{"probe", 0x00, "Probe all radios"},
{"\0", R_NOP, "unknown radio"}
};
/*
* Broadband HF/VHF/UHF receiver mode decode (R7000)
*
* Note that panel FM mode is really wideband FM and panel FMn mode is
* really FM mode on other radios. Emptying a channel changes the mode
* to 0xff, but does not change the frequency. Reactivate the channel
* by loading valid mode.
*/
static struct cmdtable mode2[] = {
{"AM", 0x0002, "AM"},
{"a", 0x0002, "AM (keypad)"},
{"FMn", 0x8205, "FM"},
{"WFM", 0x0005, "WFM"},
{"f", 0x8205, "FM (keypad)"},
{"SSB", 0x8005, "SSB"},
{"s", 0x8005, "SSB (keypad)"},
{"\0", R_NOP, "invalid command"}
};
/*
* Broadband MF/HF/VHF/UHF receiver mode decode (R8500/R9000)
*/
static struct cmdtable mode3[] = {
{"AM", 0x0202, "AM"},
{"a", 0x0202, "AM"},
{"AMn", 0x0302, "AM narrow"},
{"AMw", 0x0102, "AM wide"},
{"CW", 0x0103, "CW"},
{"k", 0x0103, "CW (keypad)"},
{"CWn", 0x0203, "CW narrow"},
{"FM", 0x0105, "FM"},
{"f", 0x0105, "FM (keypad)"},
{"FMn", 0x0205, "FM narrow"},
{"LSB", 0x0100, "LSB"},
{"l", 0x0100, "LSB (keypad)"},
{"USB", 0x0101, "USB"},
{"u", 0x0101, "USB (keypad)"},
{"WFM", 0x0106, "WFM"},
{"\0", R_NOP, "invalid command"}
};
/*
* Narrowband MF/HF/VHF/UHF transceiver and receiver mode decode
*
* The 7000 can do all of these, the 756 all but WFM, the 706g most
* except the -R (reverse) modes.
*/
static struct cmdtable mode1[] = {
{"AM", 0x0202, "AM"},
{"a", 0x0202, "AM (keypad)"},
{"AMn", 0x0302, "AM narrow"},
{"AMw", 0x0102, "AM wide"},
{"CW", 0x0203, "CW"},
{"k", 0x0203, "CW (keypad)"},
{"CW-R", 0x0207, "CW reverse"},
{"CW-Rn", 0x0307, "CW reverse narrow"},
{"CW-Rw", 0x0107, "CW reverse wide"},
{"CWn", 0x0303, "CW narrow"},
{"CWw", 0x0103, "CW wide"},
{"FM", 0x0205, "FM"},
{"f", 0x0205, "FM (keypad)"},
{"FMn", 0x0305, "FM narrow"},
{"FMw", 0x0105, "FM wide"},
{"LSB", 0x0200, "LSB"},
{"l", 0x0200, "LSB (keypad)"},
{"LSBn", 0x0300, "LSB narrow"},
{"LSBw", 0x0100, "LSB wide"},
{"RTTY", 0x0204, "RTTY"},
{"RTTY-R", 0x0208, "RTTY reverse"},
{"RTTY-Rn", 0x0308, "RTTY reverse narrow"},
{"RTTY-Rw", 0x0108, "RTTY reverse wide"},
{"RTTYn", 0x0304, "RTTY narrow"},
{"RTTYw", 0x0104, "RTTY wide"},
{"USB", 0x0201, "USB"},
{"u", 0x0201, "USB (keypad)"},
{"USBn", 0x0301, "USB narrow"},
{"USBw", 0x0101, "USB wide"},
{"WFM", 0x0106, "wideband FM"},
{"\0", R_NOP, "invalid command"}
};
/*
* IC 7000 MF/HF/VHF/UHF transceiver and receiver mode decode
*/
static struct cmdtable mode4[] = {
{"AM", 0x0202, "AM 6.0"},
{"a", 0x0202, "AM 6.0 (keypad)"},
{"AMn", 0x0302, "AM 3.0"},
{"AMw", 0x0102, "AM 9.0"},
{"CW", 0x0203, "CW 500"},
{"k", 0x0203, "CW 500 (keypad)"},
{"CW-R", 0x0207, "CW-R 500"},
{"CW-Rn", 0x0307, "CW-R 250"},
{"CW-Rw", 0x0107, "CW-R 1.2"},
{"CWn", 0x0303, "CW 250"},
{"CWw", 0x0103, "CW 1.2"},
{"FM", 0x0205, "FM 10.0"},
{"f", 0x0205, "FM 10.0 (keypad)"},
{"FMn", 0x0305, "FM 7.0"},
{"FMw", 0x0105, "FM 15.0"},
{"LSB", 0x0200, "LSB 2.4"},
{"l", 0x0200, "LSB 2.4 (keypad)"},
{"LSBn", 0x0100, "LSB 1.8"},
{"LSBw", 0x0300, "LSB 3.0"},
{"RTTY", 0x0204, "RTTY 500"},
{"RTTY-R", 0x0208, "RTTY-R 500"},
{"RTTY-Rn", 0x0308, "RTTY-R 250"},
{"RTTY-Rw", 0x0108, "RTTY-R 2.4"},
{"RTTYn", 0x0304, "RTTY 250"},
{"RTTYw", 0x0104, "RTTY 2.4"},
{"USB", 0x0201, "USB 2.4"},
{"u", 0x0201, "USB 2.4 (keypad)"},
{"USBn", 0x0301, "USB 1.8"},
{"USBw", 0x0101, "USB 3.0"},
{"WFM", 0x0106, "WFM 280.0"},
{"\0", R_NOP, "invalid command"}
};
/*
* CI-V bit rate control
*/
struct cmdtable baud[] = {
{"300", B300, "300 b/s"},
{"600", B600, "600 b/s"},
{"1200", B1200, "1200 b/s"},
{"2400", B2400, "2400 b/s"},
{"4800", B4800, "4800 b/s"},
{"9600", B9600, "9600 b/s"},
{"19200", B19200, "19200 b/s"},
{"38400", B38400, "38400 b/s"},
{"\0", R_NOP, "invalid argument"}
};
/*
* Radio control initialization
*
* model ident ch bk init mode step flag ptr
*/
struct namestruct name[] = {
{"1271", 0x24, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"1275", 0x18, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"271", 0x20, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"275", 0x10, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"375", 0x12, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"471", 0x22, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"475", 0x14, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"575", 0x16, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"706", 0x4e, B9600, 10, 0, dummy, mode1, dummy, 0, NULL},
{"706G", 0x58, B19200,99, 0, dummy, mode1, dialc, 0, NULL},
{"725", 0x28, B1200, 26, 0, dummy, mode1, dummy, 0, NULL},
{"726", 0x30, B1200, 26, 0, dummy, mode1, dummy, 0, NULL},
{"735", 0x04, B1200, 12, 0, dummy, mode1, dummy, F_735, NULL},
{"746", 0x66, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"751", 0x1c, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"756", 0x64, B19200,99, 0, ctlc, mode1, dialc, F_756, NULL},
{"761", 0x1e, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"765", 0x2c, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"775", 0x46, B1200, 99, 0, dummy, mode1, dialb, 0, NULL},
{"781", 0x26, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"970", 0x2e, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"7000", 0x70, B19200,99, 5, ctlc, mode4, dialc, F_7000, NULL},
{"7800", 0x6a, B1200, 99, 5, ctlc, mode4, dialc, F_7000, NULL},
{"R7000", 0x08, B1200, 99, 0, dummy, mode2, dummy, 0, NULL},
{"R71", 0x1A, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"R7100", 0x34, B1200, 99, 0, dummy, mode2, dummy, 0, NULL},
{"R72", 0x32, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"R75", 0x5a, B19200,99, 0, dummy, mode1, dummy, 0, NULL},
{"R8500", 0x4a, B19200,39, 19, ctlc, mode3, diala, F_8500, NULL},
{"R9000", 0x2a, B1200, 99, 0, dummy, mode3, diala, F_8500, NULL},
{"\0", 0x0, 0, 0, 0, 0, 0, NULL, 0, NULL}
};
double logtab[] = { /* tuning rate table */
1., 2., 5., /* 0.000000 */
10., 25., 50., /* 0.00000 */
1e2, 2.5e2, 5e2, /* 0.0000 */
1e3, 2.5e3, 5e3, /* 0.000 */
1e4, 2.5e4, 5e4, /* 0.00 */
1e5, 2.5e5, 5e5, /* 0.0 */
1e6, 2.5e6, 5e6 /* 0. */
};
int sigtab[] = { /* significant digits table */
6, 6, 6, /* 0.000000 */
5, 6, 5, /* 0.00000 */
4, 5, 4, /* 0.0000 */
3, 4, 3, /* 0.000 */
2, 3, 2, /* 0.00 */
1, 2, 1, /* 0.0 */
0, 0, 0 /* 0. */
};
struct metertab mtab[] = {
{0, "S0"}, /* 0.4-1.3 uv */
{12, "S1"},
{32, "S2"},
{46, "S3"}, /* 0.79-2.0 uV */
{64, "S4"},
{78, "S5"}, /* 3.2 uV */
{94, "S6"},
{110, "S7"}, /* 13 uV */
{126, "S8"},
{140, "S9"}, /* 50 uV */
{156, "S9+10"},
{174, "S9+20"}, /* 0.5 mv */
{190, "S9+30"},
{208, "S9+40"}, /* 5 mv */
{230, "S9+50"},
{999, "S9+60"} /* 50 mV */
};
icom-20120228/freq.txt 0000644 0001750 0001750 00000344352 10376731213 013411 0 ustar colin colin 10-14 Radionavigation
10.2 Omega
14-19.9 Fixed
15.1 FUO/HWU Toulon
15.3 NLK Jim Creek
16 GBR Rugby
16.4 JXZ/J33DS Helgeland
16.8 FUB Paris
17.1 RCI Bolchoi
17.3 NAA Cutler
18.6 NBA Balboa
19 MHW/GQD Anthorn
19.6 GBZ Rugby
19.9-20.1 Standard Frequency
20 JGZAR Tokyo, WWVL Ft Collins
20.1-59 Fixed
20.8 ICV Tavolara
21.4 NSS Annapolis
22.5 CFH-NAWS Halifax
24 NBA Balboa
25 RWF Piatigorsk
26.1 NPM Honolulu
44 VHP Belconnen, VIX2/3/4/5/6/7 Sydney
45.8 CFH Halifax
46.3 DCF46 Mainflingen
46.9 GYC/GLO20 London/Onger
50 CFH Halifax, OMA Vinohrady
52 GYN1/2 London
54.1 NBA Balboa (A7J)
54.7 LCH Tryvasshoegda
56.4 GLP20 Ongar
57.7 LBJ/2/3/4/5/6/7 Harstad
59-61 Standard Frequency
60 MSF, WWVB Ft Collins
61-70 Fixed
64.5 GBY20/MHU2/3/4/5/6 Rugby/Portishead
65.9 NST/GXH/AOK/...
67 SLZ/1
70-90 Fixed, Radiolocation
73.6 CFH Halifax (F1)
75 HBG Prangins, WCC Chatham
77.5 DCF77 Mainflingen
78.2 GYA2/3/4/5 London
80.3 GYC/GLO20 London/Onger
81 GYN1/2 London
81.7 NBA Balboa (F1)
86.6 SMA3/7/SAW
88 NSS Annapolis
90-110 Radionavigation
91.2 FTH42/FTA91 Paris/Lyon
100 LORAN-C, RES Moscow
110-130 Fixed, Maritime Mobile, Radiolocation
112.9 North Atlantic, WSL Amagansett
115 NPG San Fransisco
115.3 CFH-L Halifax
122 NSS Annapolis (F1)
122.5 OUA23/32 Fredrikshaven
123 NST/GXH/AOK/...
123.3 CFH-L Halifax
124.1 North Atlantic
125 WCC Chatham
126.2 Central Pacific, KPH Bolinas
128.3 NBL (A7J)
130-160 Fixed, Maritime Mobile
130.4 North Atlantic, WCC Chatham
131.1 NPM Honolulu
131.8 FYA31 Lyon (A4)
132.1 North Atlantic
133.2 CFH Halifax (A4)
134.1 WCC Chatham
134.5 NSS Annapolis
134.6 North Atlantic
136.5 FYA31 Lyon (A4)
137 North Atlantic
137.7 South Atlantic
138 FUC Chebourg
139 DCF39 Mainflingen (A4), TBA2/3/4 Ankara
141.4 OUA23/32 Fredrikshaven
143 Calling
146.8 North Atlantic
147.3 DDH21/47/DDJ9/DFH23H1/DDN2/DGO46/L3 Pinneborg
147.5 North Atlantic, WCC Chatham
147.9 Central Pacific, KPH Bolinas, NBA Balboa
149.6 Alaska (ACS)
152 Ship Working
153 Gulf of Mexico, Puerto Rico, Ship Working
154 Ship Working
155 Ship Working
156 Ship Working
157 Ship Working
158 Ship Working
160-190 Broadcasting (Region 1 only), Fixed
164 Allouis (BC)
185 NSS Annapolis
190-275 Aeronautical Radionavigation, Broadcasting (Region 1 only)
192 CONSOLAN SFI San Fransisco
194 CONSOLAN TUK Nantucket
266 CONSOLAN Bushmills
275-285 Aeronautical Radionavigation, Broadcasting (Region 1 only),
Maritime Radionavigation
285-325 Maritime Radionavigation
303 CONSOLAN LUGO Oteroad Rey
311 CONSOLAN Seville
319 CONSOLAN Stavanger
325-405 Aeronautical Radionavigation
405-415 Maritime Radionavigation
410 Gulf of Mexico, Radio Direction Finding
415-435 Aeronautical Radionavigation, Maritime Mobile
416 KEA Alaska, KUB Alaska, WPA Port Arthur
418 CMB Havana, CTU2/CTV/2/7/CTU8 Monsanto/Lisbon, GNF North
Foreland, North Atlantic, South Pacific, WSL Amagansett,
ZRY/2/4/5/6/7
420 FUO Toulon, Gulf of Mexico, NMC San Fransisco, WPD Tampa
421 PCH Scheveningen
422 USCG
425 Ship Working
426 Central Pacific, OST/3/32/5/52/6/62 Ostende
428 Central Atlantic, NMG New Orleans, WMH Baltimore
429 OXB
430 NMV Jacksonville, VAR St Johns
431 WAX Miami
432 DHS Ruegen
433 CLQ Havana
434 Gulf of Mexico, South Atlantic
435 OST/3/32/5/52/6/62 Ostende, PPR Rio de Janeiro
435-490 Maritime Mobile
436 Central Pacific, North Atlantic, WCC Chatham
438 CFH-L Halifax, GLD Lands End, Gulf of Mexico, WLO Mobile
440 NMA Miami, NMO Honolulu, NMW West Port
441 CNP Casablanca, GCC Cullercoats, ZSC Presse
442 North Atlantic
444 CUB Funchal, DAN Norddeich, FUE Brest, Ship/Government
working
445 EAO Palma Mallorca
447 CFH Halifax, GLV Anglesey
449 ONT
450 FFB Boulogne, SAG Goeteborg
451 XFU Vera Cruz
454 Ship Working
455 GRY Wooferton?
456 NOY Galveston
457 Aeronautical Mobile (sea outside USA)
458 GND Stonehaven
460 Central Pacific, KPH Bolinas, North Atlantic, WSC
Tuckerton
461 PCH Scheveningen
464 GNI Niton, KOK Los Angeles, NOQ Mobile, OXP, South
Atlantic, South Pacific
466 NMJ Ketchikan, NMN Portsmouth, NMR San Juan, NRV
468 Ship Working
470 NBA Balboa
472 EAR La Coruna, NMF Boston, NMQ Long Beach, North
Atlantic, South Atlantic, UJO, WOE Lantana
474 DAM Norddeich, DAN Norddeich
476 CLA Havana, Central Pacific, EAP C de Palos, KFS San
Fransisco, LGZ Farsunde, North Atlantic, UJY Iman, ZBM
478 Gulf of Mexico, WNU Slidell
480 Ship Working
482 Great Lakes, KJQ North Pacific, North Atlantic, North
Pacific, South Pacific
484 GKZ Humber, Gulf of Mexico, Hawaii, KHK Kahuku, KLC
Galveston, NPN Guam, URD Leningrad, VCS Halifax
486 FFU Le Conquet, NMY New York, Puerto Rico, WPR Puerto
Rico
487 UKB, UNF
488 North Pacific, South Atlantic, WAX Miami
489 GMH
490 OBC Callao
490-510 Distress and Calling
500 CLA Havana, CLM Santiago, CNP Casablanca, CTH/33/38
Horta, CTV, CUB Funchal, CUL Lisbon, DAN Norddeich, DAO
Kiel, DHS Ruegen, Distress and Calling, EAC/2 Cadiz,
EAF/2/3 Vigo, EAO Palma Mallorca, EAP C de Palos, EAR La
Coruna, EAS C Mayor, EJM Malin Head, FAP, FFB Boulogne,
FFC Cayenne, FFM Marseille, FFU Le Conquet, GCC
Cullercoats, GIL Infracombe, GKR Wick, GKZ Humber, GLD
Lands End, GLV Anglesey, GND Stonehaven, GNF North
Foreland, GNG, GNI Niton, GNK, GPK Portpatrick, GXH
Thurso, GXP, IAR Rome, KLC Galveston, KOK Los Angeles,
KPH Bolinas, LGA Alesund, LGZ Farsunde, NBA Balboa, NMA
Miami, NMF Boston, NMG New Orleans, NMN Portsmouth, NMR
San Juan, NMV Jacksonville, NMY New York, NOQ Mobile,
NOW, NOY Galveston, NPG San Fransisco,
OST/3/32/5/52/6/62 Ostende, OXB, PCH Scheveningen, SAG
Goeteborg, SPE, UDB/URD Leningrad, VAI Vancouver, VAR St
Johns, VCC, VCF, VCK, VCS Halifax, VFN, VPN Nassau, VRT
Bermuda, WAX Miami, WCC Chatham, WLO Mobile, WMH
Baltimore, WNU Slidell, WOE Lantana, WPA Port Arthur,
WSC Tuckerton, WSL Amagansett, XFU Vera Cruz, ZBM, ZDK
510-535 Aeronautical Radionavigation, Maritime Mobile
512 Alternate Calling/Working
519 GIL Infracombe
522 RUVE/URB2/UDO2/RWWM Klaipeda
535-1605 Broadcasting
1605-1715 Aeronautical Radionavigation, Fixed, Land Mobile,
Radiolocation
1606 Remote Pickup (BC)
1610 Police
1614 Industrial (Petroleum)
1618 Police
1622 Remote Pickup (BC)
1626 Police
1628 Industrial (Motion Picture), Industrial (Petroleum)
1630 Fire
1634 Police
1638 Radionavigation
1642 Police
1646 Remote Pickup (BC)
1650 Police
1652 Industrial (Motion Picture), Industrial (Petroleum)
1658 Police
1666 Police
1674 Police
1676 Industrial (Forest Products), Industrial (Petroleum)
1680 DHJ58 Flensberg
1682 Police
1690 Police
1696 FRS (F1)
1698 Police
1700 Industrial (Forest Products), Industrial (Petroleum)
1706 Police
1708 Radionavigation
1714 Police, UMV
1715-1800 Fixed, Land Mobile, Radiolocation
1720 DHS Ruegen
1722 Police
1730 Police
1750.5 Disaster (A1)
1751.5 Disaster (A1)
1752.5 Disaster (A1)
1753.5 Disaster (A1)
1754.5 Disaster (A1)
1755.5 Disaster (A1)
1756.5 Disaster (A1)
1757.5 Disaster (A1)
1761.5 Disaster scene
1768.5 Disaster (A3)
1775.5 Disaster (A3)
1782.5 Disaster (A3)
1789.5 Disaster (A3)
1792 Carribou Isl
1796.5 Disaster (A3)
1800-2000 Amateur, Radionavigation
1830 DHJ59 Wilhelmshaven
1869 Humber R
2000-2035 Maritime Mobile
2003 Intership (Great Lakes
2035-2065 Maritime Mobile (coast)
2036 North Atlantic, WCC Chatham
2037.5 Central Pacific, KFS San Fransisco
2039 South Atlantic
2040.5 North Atlantic
2042 Gulf of Mexico
2043.5 South Atlantic
2045 Central Pacific, KPH Bolinas
2046.5 North Atlantic
2048 Gulf of Mexico, WNU Slidell
2049.5 Gulf of Mexico, South Pacific
2051 North Atlantic, South Atlantic
2052.5 Alaska (calling), Gulf of Mexico, Hawaii, Puerto Rico
2054 North Atlantic
2055.5 Gulf of Mexico, South Pacific
2057 South Atlantic
2058.5 North Pacific
2060 North Atlantic
2061.5 Central Pacific, KFS San Fransisco
2063 Central Atlantic, Gulf of Mexico, North Pacific
2065 Limited coast
2065-2068.5 Maritime Mobile (telephony)
2068.5-2078.5 Maritime Mobile (ship)
2071 TTY/FAX Special Systems
2076 TTY/FAX Special Systems
2078.5-2089.5 Maritime Mobile (telephony)
2079 Limited coast
2082.5 Intership
2086 Louisville (simplex), Memphis (simplex), Pittsburgh
(simplex), St Louis (simplex)
2089.5-2092.5 Maritime Mobile (ship calling)
2091 Calling (Region 2)
2092.5-2107 Maritime Mobile
2096.5 Limited coast
2107-2170 Fixed, Land Mobile, Maritime Mobile
2142 Intership (Pacific)
2170-2194 Distress and Calling
2182 Distress and Calling
2194-2300 Fixed, Land Mobile, Maritime Mobile
2203 Intership (Gulf of Mexico)
2212 Forest Conservation
2226 Forest Conservation
2236 Forest Conservation
2244 Forest Conservation
2292 Industrial (Motion Picture), Industrial (Petroleum),
Industrial (Power), Industrial (Special Industrial)
2300-2495 Broadcasting (tropical), Fixed, Land Mobile, Maritime Mobile
2326 Police
2358 OUA23/32 Fredrikshaven
2366 Police
2371 Civil Air Patrol
2374 Civil Air Patrol
2382 Police
2390 Police
2398 Industrial (Forest Products), Industrial (Motion
Picture), Industrial (Petroleum), Industrial (Power),
Industrial (Special Industrial)
2400 Baltimore (simplex)
2406 Police
2411 LIF Floroe
2414 Police
2422 Police
2430 Police
2432.5 MTN Portsmouth
2442 Astoria, Miami, Police
2450 Boston, Galveston, Lake Allatoona-Lake Sidney Lanier,
Norfolk-Quantico, Police, San Fransisco-Eureka, WOU
Marshfield
2458 Police
2466 Los Angeles-San Diego, Police, Tampa, WFA Madeira Beach
2474 Police
2482 New Orleans, New York, Police, Seattle, WOX New York
2490 Miami, Police
2495-2505 Radio Astronomy, Standard Frequency
2500 FFH Paris, JJY Tokyo, MSF, OMA Vinohrady, RAT Moscow,
RCH Tashkent, WWV Ft Collins, WWVH Kihei Maui, ZLFS
Lower Hutt
2505-2850 Fixed, Land Mobile, Maritime Mobile
2506 Agana, Boston, Delcambre, San Fransisco-Eureka, St
Thomas
2514 Great Lakes, Miami
2522 Los Angeles-San Diego, New York, Seattle, WOX New York
2530 Galveston, Kahuku, Palmyra Island, San Juan
2538 Corpus Christi, Norfolk-Quantico, WGB Virginia Beach
2550 Great Lakes, Miami, Tampa, WGB Virginia Beach
2558 New Orleans, New York, WAQ Ocean Gate, WEH Newcastle,
Wilmington-Baltimore
2559 DER Bonn
2566 Boston, Charleston-Jacksonville, Coos Bay, Los Angeles-
San Diego, WJO Sullivan I, WNJ Jacksonville
2572 Mobile, WOO Ocean Gate
2573 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon
2576 PBC32/34/36/38/312/317/322 Goeree
2581 PBC32/34/36/38/312/317/322 Goeree
2582 Great Lakes, Hilo
2585 Ponce
2586 OYE Roenne
2589.5 NST/GXH/AOK/...
2590 New York, WOX New York
2598 Astoria-Portland, Los Angeles-San Diego, New Orleans,
WAK New Orleans
2614 DAM Norddeich, DAN Norddeich
2626.5 CLA Havana
2638 Intership
2666 DHS Ruegen
2670 Coast Guard, NMK Cape May, NMN Portsmouth, NMV
Jacksonville, NMX, USCG
2678 Georgetown, LBJ/2/3/4/5/6/7 Harstad
2680 4XZ Haifa
2686 Coast Guard
2718 DHJ58 Flensberg
2726 Special Emergency
2738 Intership, Lake Dallas-Lake Texhoma (simplex), Oban R
2740 SPE/SPB Szczecin
2770 EBA Madrid
2775 DAM Norddeich, DAO Kiel
2782 Lake Mead (simplex), Louisville (simplex), Memphis
(simplex), Pittsburgh (simplex), St Louis (simplex)
2784 The Dalles-Umatilla (simplex)
2789 FUE Brest
2792 LBG Bergen
2795 EBD Cartegena
2803 IDR Rome
2804 Police Zone and Interzone
2808 CCS Santiago, Police Zone and Interzone
2809 PEB50
2810 PEB50
2812 Police Zone and Interzone
2830 Intership (Gulf of Mexico)
2850-3025 Aeronautical Mobile (R)
2851 Barnaul NCA-2, Flight Test, Irkutsk NCA-2, Khanty
Mansiysk NCA-2, Kirensk NCA-2
2854 Brasilia SAT-2, Dakar SAT-2, Recife SAT-2
2860 Antanarivo VOLMET-AFI, Brazzaville VOLMET-AFI,
Johannesburg VOLMET-AFI, Nairobi VOLMET-AFI
2861 Melanesia Common
2863 Auckland VOLMET-PAC, Hong Kong VOLMET-PAC, Honolulu
VOLMET-PAC, Tokyo VOLMET-PAC
2866 Alaska
2869 Honolulu CEP-5, San Fransisco CEP-5, VOLMET-Russian
2875 Alaska C/SE
2878 Accra AFI-4, Johannesburg AFI-4, Kano AFI-4
2881 Brasilia VOLMET-SAM, Buenos Aires VOLMET-SAM, Lima
VOLMET-SAM
2887 Caracas CAR-A, Merida CAR-A, Miami CAR-A, New York CAR-
A, Panama City CAR-A, San Juan CAR-A
2899 Gander NAT-B/C, New York NAT-B/C, Reykjavik NAT-B/C,
Santa Maria NAT-B/C, Shannon NAT-B/C
2911 Alaska Aleutian, Alaska C/SE
2932 Anchorage NP-3/4, Beijing NP-3, Cold Bay NP-3/4,
Khabarovsk NP-3, Pyongyang NP-3/4, Seoul NP-3, Shanghai
NP-3, Tokyo NP-3
2944 Alma Ata MID-3, Antofagasta SW-SAM, Asuncion SW-SAM,
Bogota NW-SAM, Buenos Aires SW-SAM, Dushanbe MID-3,
Easter Island SW-SAM, Kuybyshev MID-3, La Paz SW-SAM,
Lima NW/SW-SAM, Montevideo SW-SAM, Moscow MID-3, Panama
City NW-SAM, Punta Arenas SW-SAM, Quito NW-SAM, Santiago
SW-SAM
2950 Merida VOLMET-CAR, Miami VOLMET-CAR, Port of Spain
VOLMET-CAR
2956 Alaska Aleutian, Baghdad VOLMET-MID, Bahrain VOLMET-MID,
Basrah VOLMET-MID, Beirut VOLMET-MID, Cairo VOLMET-MID,
Istanbul VOLMET-MID, Tehran VOLMET-MID
2965 Bangkok VOLMET-SEA, Bombay VOLMET-SEA, Calcutta VOLMET-
SEA, Karachi VOLMET-SEA, Singapore VOLMET-SEA, Sydney
VOLMET-SEA
2971 Bodo NAT-D, Cambridge NAT-D, Churchill NAT-D, Frobisher
NAT-D, Gander NAT-D, Reykjavik NAT-D, Shannon NAT-D,
Sondrestrom NAT-D
2992 Ankara MID-1, Baghdad MID-1, Bahrain MID-1, Cairo MID-1,
Jeddah MID-1, Odessa MID-1, Tehran MID-1
2998 Biak CWP-1/2, Guam CWP-2, Hong Kong CWP-1, Honolulu CWP-
2, Manila CWP-1, Naha CWP-1/2, Port Moresby CWP-1/2,
Prague VOLMET-EUR, Pyongyang CWP-1, Seoul CWP-1,
Shanghai CWP-1, Tel Aviv VOLMET-EUR, Tokyo CWP-1/2, Wake
Island CWP-2
3004 Chulmani NCA-3, Flight Test, Irkutsk NCA-3, Khabarovsk
NCA-3, Kirensk NCA-3, Pyongyang NCA-3, Ulan Bator NCA-3
3007 Bangkok (Thai Airways), Havana (Cubana), Seoul (KAL),
Sidney (Qantas)
3008 SW Pacific Islands
3010 Amsterdam (KLM), Athens (Olympic), Bogota (Avianca),
Brussels (Sabena), Buenos Aires (Aerolineas Argentinas),
Frankfurt (Lufthansa), Paris (Air France), Rio de
Janeiro (Varig), Tel Aviv (El Al)
3013 San Fransisco/Honolulu LDOC
3016 Beijing EA-1, Canton EA-1, Gander NAT-A, Irkutsk EA-1,
Kumming EA-1, Lanchau EA-1, Lisbon NAT-A, New York NAT-
A, Pyongyang EA-1, San Juan NAT-A, Santa Maria NAT-A,
Seoul EA-1, Shanghai EA-1, Shannon NAT-A, Ulan Bator EA-
1, Urumchi EA-1
3019 Khanty Mansiysk NCA-1, Moscow NCA-1
3025-3155 Aeronautical Mobile (OR)
3039 IDR Rome
3045 Air Force MARS
3046 Canadian Military
3060 Cartwheel, Cemetary, Eagle Farm, Gangbuster
3067 Krauton AFB, McClellan AFB
3070 HOT Tocumen
3078 Andrews AFB, Lajes AFB, Loring AFB
3081 Lajes AFB
3085 Cyprus Combine
3093.5 FDC Dijon
3095 RAF Rescue
3102 Luqa RAFB, Upavon RAFB
3116 VOLMET-Russian
3144 Andrews AFB
3155-3200 Fixed, Land Mobile, Maritime Mobile
3170 OLB5 Prague
3185 FDC Dijon, KWN90 Washington
3189 YND3 Managua
3195 SMA3/7/SAW
3200-3400 Broadcasting (tropical), Fixed, Land Mobile, Maritime Mobile
3201 Special Emergency
3205 Air Force MARS
3210 UBN/UDC/UBC Jdanov
3225 GKX Portishead, GYU3 Gibralter
3228 MTN Portsmouth
3230 OVK Aarhus
3241 NAS Traverse City
3258 0A
3268 NPG-FC/FM San Fransisco
3281 Flight Test, Lighter-than air craft
3287 CFH-NAWS Halifax (calling), CKN Vancouver
3299 Air Force MARS
3300 YWU
3310 KRH50 Washington
3315 Air Force MARS
3330 CHU Ottowa
3370 TEN2 Las Palmas (F1)
3400 DHJ49 Bonn
3400-3500 Aeronautical Mobile (R)
3407 VOLMET-Russian
3413 Honolulu CEP-5, San Fransisco CEP-5, Shannon VOLMET-EUR
3419 Algiers AFI-2, Kano AFI-2
3443 Flight Test
3449 Alaska Common
3452 Abidjan AFI-1, Brasilia SAT-1, Casablanca AFI-1, Dakar
AFI-1, Dakar SAT-1, Lisbon AFI-1, Recife SAT-1
3460 SW Pacific Islands
3461 Khabaraovsk VOLMET-NCA, Kiev VOLMET-NCA, Moscow VOLMET-
NCA, Novosibirsk VOLMET-NCA, Tashkent VOLMET-NCA,
Vnukovo VOLMET-NCA
3467 Abadan MID-2, Addis Ababa AFI-3, Alma Ata MID-2,
Auckland SP-6, Bahrain MID-2, Bombay AFI-3, Bombay MID-
2, Cairo AFI-3, Delhi MID-2, Dushanbe MID-2, Easter
Island SP-7, Honolulu SP-7, Jeddah AFI-3, Karachi MID-2,
Nadi SP-6/7, Nairobi AFI-3, Sydney SP-6, Tahiti SP-7,
Tehran MID-2, Tripoli AFI-3, Urumchi MID-2
3470 Alaska C/SE, Bangkok SEA-1, Calcutta SEA-1, Canton SEA-
1, Cocos Island SEA-1, Colombo SEA-1, Darwin SEA-3,
Djakarta SEA-3, Kumming SEA-1, Madras SEA-1, Manila SEA-
3, Perth SEA-3, Singapore SEA-1, Singapore SEA-3, Sydney
SEA-3
3476 Bombay INO-1, Cocos Island INO-1, Johannesburg INO-1,
Nairobi INO-1, Perth INO-1, Salisbury INO-1
3479 Asuncion SE-SAM, Belem NE/C-SAM, Bogota C-SAM, Brasilia
C-SAM, Buenos Aires SE-SAM, Caracas NE-SAM, La Paz SE-
SAM, Leningrad EUR-A, Montevideo SE-SAM, Moscow EUR-A,
Murmansk EUR-A, Odessa EUR-A
3485 Bangkok SEA-2, Gander VOLMET-NAT, Hong Kong SEA-2,
Irkutsk EA-2, Manila SEA-2, New York VOLMET-NAT,
Pyongyang EA-2, Singapore SEA-2, Ulan Bator EA-2
3494 New York/San Juan LDOC
3497 London (British Airways)
3500-4000 Amateur
3540 URD Leningrad
3620 CTD/7 Ponta Delgado, UJY Iman
3690 JWT Stavanger
3778 Humber R
3822.5 IMA24/25 Rome
3827.5 KWN90 Washington
3828 KWS78 Washington
3830 0A, RSL2
3832 GYN1/2 London
3833 FDY
3837.5 CTO22/23 Ponta Delgada
3910 MQY Chatham
3920 KRL
3929 MKL
3930 MQD Plymouth
3970 UU21/31/41/51
3996 Cemetary, Gangbuster
4000-4063 Fixed
4008.5 MARS (LSB)
4010 NPG San Fransisco
4013 MARS (LSB)
4017 MARS (LSB)
4020 MARS (LSB), OVG4/8/12 Fredrikshaven
4022.5 TEL5 Las Palmas (F1)
4025 MARS (LSB)
4035 MARS (A1), MARS (LSB)
4040 MARS (LSB)
4050 FDY
4055 JWT Stavanger
4063 WCM Pittsburgh
4063-4146.6 Maritime Mobile (ship telephony)
4067.8 WJG Memphis
4069.2 Louisville (simplex)
4088.4 Memphis (simplex)
4110.1 KOM Hawaii
4115.7 WFN Louisville
4125 Limited coast
4136.3 Simplex
4139.5 Simplex
4143.6 Limited coast
4146.6-4170 Maritime Mobile (special systems)
4170-4179.8 Maritime Mobile (ship SITOR)
4175 0A
4179.8-4188 Maritime Mobile (ship calling)
4187.6 SELCAL ship SITOR
4188-4219.4 Maritime Mobile (ship working)
4219.4-4349.4 Maritime Mobile (coast working)
4228 Central Pacific
4232 6WW Dakar, FUF Ft de France, FUG La Regine, FUM Papeete,
HWN
4233 DHS Ruegen
4234 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon, GXO Mauritius
4235 ICB Genova, VAI Vancouver
4236 UDH/UKB Riga
4238 4XO Haifa, BFM, MTN Portsmouth, North Atlantic, South
Pacific, WCC Chatham
4239 SVA Athens
4241 4XZ Haifa, LF-/LG- Rogoland
4242 DAL Norddeich, ZSD Durban
4242.5 DHS Ruegen, PPR Rio de Janeiro
4244 IDR Rome, PPR Rio de Janeiro, Puerto Rico
4245 EBB Ferrol Caudill, UFN Novosibirsk, VTP3/4/5/6
Vizagotapam
4246 PPA25, ZRH/2/3/4/5/6 Simonstown
4247 Central Pacific, KPH Bolinas, ZRH/2/3/4/5/6 Simonstown
4249 CCM Maga
4250 PCH Scheveningen, South Atlantic, XFL, XFU Vera Cruz,
ZLP2/4/5/6 Wellington
4252 TAH Istanbul
4253 OXZ Lyngby, UXN/UGE Arkhangelsk
4255 CCM Maga
4256 CCM Maga, Gulf of Mexico
4259 HEB Berne
4260 TBA2/3/4 Ankara, ZLO
4261 ZSC Presse
4262 SAB/SAG Goeteborg
4263 FFP2/3/7 Ft de France
4264 BCY Taipei
4265 CCS Santiago, DAM Norddeich
4266.5 DHS Ruegen
4267.9 GKG Portishead
4268 LPD Gral Pacheco, North Atlantic
4269 UFN Novosibirsk
4270 FDC Dijon
4271 CCV Valpariso, CFH Halifax, IDR Rome, OFJ Helsinki
4274 Central Pacific, GKB Portishead, GKH Portishead, Gulf of
Mexico
4275 AJU (USA)
4277 AJU (USA), UJO, VRT Bermuda
4278 CTP Palhais
4279 DHJ59 Wilhelmshaven, GYR2/3/4/5 Malta, LPD Gral Pacheco
4280 GBY20/MHU2/3/4/5/6 Rugby/Portishead, IDQ/2/3/6 Rome, VHP
Belconnen
4283 4XZ Haifa, CFH Halifax, KOK Los Angeles, South Pacific,
UQK Riga
4286 GKA Portishead, VCS Halifax
4289 PWZ Rio de Janeiro
4292 CUL Lisbon, GZO Hong Kong, IAR Rome, South Atlantic
4294 WAX Miami
4295 6VA Dakar, FUF Ft de France, GZC/2/3/4/5 Mauritius,
Hawaii, South Atlantic
4297 EBC Cadiz
4303 OXZ Lyngby
4305 6WW Dakar
4306 SPE/SPB Szczecin
4307 CKN Vancouver
4308 DAN Norddeich
4310 Gulf of Mexico, UPW2, WNU Slidell
4311 EBA Madrid
4312 6WW Dakar
4313 9VG Singapore, DHS Ruegen, UDB/URD Leningrad
4316 GKM/GKW/GKN/GKF Portishead, Great Lakes
4317 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon, EBD Cartegena,
ZSC/6/9/21/33 Cape Town
4319 GYR2/3/4/5 Malta, OXZ Lyngby
4320 IAR Rome
4321 GYA2/3/4/5 London
4322 Gulf of Mexico, WPA Port Arthur
4325 FUB Paris, LF-/LG- Rogoland, URD Leningrad
4328 FFL St Lys
4331 North Atlantic, WCC Chatham, WSC Tuckerton
4332.5 UNM
4334 GYS3/4/5/6 Singapore, PJC Curacao, UDH/UKB Riga
4336 GKK/GKA4 Portishead
4337 NMF Boston, SPA/SPH Gdynia
4338 FUB Paris
4340 CTP Palhais, XSQ Canton
4341 CCS Santiago
4343 North Atlantic, OSN26/28/212/44 Ostende, SVA Athens, WSL
Amagansett, XXV/2/3/28/W31 Luanda
4344.5 GKS Portishead
4345 OSN26/28/212/44 Ostende
4346 CWA Cerrito, Central Atlantic, NMC San Fransisco, North
Atlantic, WMH Baltimore
4347 5BA Nocosia
4349 EAD/2/EDZ4 Aranjuez, North Pacific
4349.4-4357.4 Maritime Mobile (coast SITOR)
4351 GKE
4352 NBA Balboa, YVG La Guaira, ZRQ/2/3/4/5
4353 ZRY/2/4/5/6/7
4354 NBA Balboa
4355 CLA Havana, XFM
4356.5 CFH-L Halifax
4357 SELCAL coast SITOR
4357.4 KMI Dixon
4357.4-4438 Maritime Mobile (coast telephony)
4358 KFS San Fransisco
4360 PBC32/34/36/38/312/317/322 Goeree
4363.8 WOM Ojus
4366.7 KGN Delcambre
4367.8 St Louis (simplex)
4369.8 WAK New Orleans
4371 Miami, San Fransisco-Eureka
4382.2 WBL Buffalo, WLC Rogers City, WMI Lorain
4383.8 Alaska (ACS), Alaska Common
4385.3 WOO Ocean Gate
4387 Pittsburgh (simplex)
4388.4 WOO Ocean Gate
4390.2 New York, San Fransisco-Eureka
4391.5 WOM Ojus
4392 CUB Funchal
4393.4 NMC San Fransisco (SSB)
4397.7 WLO Mobile (SSB)
4399.8 Mobile, San Fransisco-Eureka
4400.5 BC relay (VOA)
4403 Alaska, New York
4403.2 Miami
4403.9 KMI Dixon, WOO Ocean Gate
4407 KMI Dixon, WOM Ojus
4410.1 WBL Buffalo, WGK St Louis, WLC Rogers City, WMI Lorain
4412.6 Delcambre, Mobile
4413.2 WLO Mobile (SSB)
4415.8 Great Lakes, Kahuku
4419 New Orleans, Tampa
4419.4 Limited coast
4420 CMR/CBY Havana/Pascual
4422.2 Miami, New York
4422.5 WOO Ocean Gate
4425.4 Corpus Christi, Galveston
4425.6 WOM Ojus
4428.6 Alaska, Great Lakes, New York
4428.7 AMVER, USCG WX
4434.9 Simplex
4438-4650 Fixed, Mobile
4451 YWU
4455 FUB Paris
4460 GYN1/2 London
4462.5 GYN1/2 London
4464.5 Civil Air Patrol
4465 SXA Athens
4467.5 Civil Air Patrol
4478 VIX2/3/4/5/6/7 Sydney
4480 VIX2/3/4/5/6/7 Sydney
4495 Bernadine
4497.5 Cemetary, Eagle Farm, Gangbuster
4500 VNG Melbourne
4504.5 Civil Air Patrol
4505 YNA2 Managua (F1)
4507.5 Civil Air Patrol
4515 NKA Asmara
4516 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon
4525 DIZ Nauen, Democrat, MKE Akrotiri, NPM Honolulu
4545 Cemetary, Gangbuster
4548.5 NBA Balboa
4560 Cemetary, Eagle Farm, Gangbuster
4563 JWT Stavanger
4565 BC relay (RFE)
4582 Civil Air Patrol
4585 Civil Air Patrol, NST/GXH/AOK/...
4587 KRH50 Washington
4590 FUJ/4/6/8/9 Noumea
4596.5 Air Force MARS, Civil Air Patrol
4599.5 Civil Air Patrol
4602.5 Civil Air Patrol
4613 Cemetary, Gangbuster
4615 Cemetary, Gangbuster, IDR Rome
4623 NST/GXH/AOK/...
4626 KRH50 Washington
4627 Civil Air Patrol
4630 Civil Air Patrol
4637.5 Industrial (Motion Picture), Industrial (Petroleum),
Industrial (Power), Industrial (Special Industrial)
4650-4700 Aeronautical Mobile (R)
4654 Berne (Swissair)
4663 Khabaraovsk VOLMET-NCA, Kiev VOLMET-NCA, Moscow VOLMET-
NCA, Novosibirsk VOLMET-NCA, Tashkent VOLMET-NCA,
Vnukovo VOLMET-NCA
4666 Biak CWP-1/2, Guam CWP-2, Hong Kong CWP-1, Honolulu CWP-
2, Manila CWP-1, Naha CWP-1/2, Port Moresby CWP-1/2,
Pyongyang CWP-1, Seoul CWP-1, Shanghai CWP-1, Tokyo CWP-
1/2, Wake Island CWP-2
4669 Alma Ata MID-3, Antofagasta SW-SAM, Asuncion SW-SAM,
Bogota NW-SAM, Buenos Aires SW-SAM, Dushanbe MID-3,
Easter Island SW-SAM, Kuybyshev MID-3, La Paz SW-SAM,
Lima NW/SW-SAM, Montevideo SW-SAM, Moscow MID-3, Panama
City NW-SAM, Punta Arenas SW-SAM, Quito NW-SAM, Santiago
SW-SAM
4675 Bodo NAT-D, Cambridge NAT-D, Churchill NAT-D, Frobisher
NAT-D, Gander NAT-D, Reykjavik NAT-D, Shannon NAT-D,
Sondrestrom NAT-D
4678 Barnaul NCA-2, Irkutsk NCA-2, Khanty Mansiysk NCA-2,
Kirensk NCA-2
4687 Amsterdam (KLM), Bangkok (Thai Airways), Rome (Alitalia)
4700-4750 Aeronautical Mobile (OR)
4721 FDY
4722 Westraden R
4725 Migraine, Outway, Retail
4730 Cyprus Combine
4733 IEA20 Rome
4742 Cyprus Combine, Gibralter RAFB, Luqa RAFB, Scott AFB,
Upavon RAFB
4744 Outway, San Pablo AFB
4745 0A
4746 Canadian Military, Elmendorf AFB, Lajes AFB, McClellan
AFB, McDill AFB
4750 FDY
4750-4995 Broadcasting (tropical), Fixed
4880 DBT/DBU/3/DBV/DBW/DBX/DBZ/3 Koenigwustern
4955 FDC Dijon, NPN Guam
4985 WKA23 New Orleans (F1)
4995-5005 Standard Frequency
4996 Novosibirsk
5000 BPV Shanghai, IAM Rome, IBF Turin, JJY Tokyo, LOL Buenos
Aires, MSF, RAT Moscow, RWM Moscow, WWV Ft Collins, WWVH
Kihei Maui, ZUO Johannesburg
5004 RID Irkutsk
5005-5060 Broadcasting (tropical), Fixed
5015 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon
5025 FDY
5052 NST/GXH/AOK/...
5060-5450 Fixed
5075 UU21/31/41/51
5085 Telco New York (AT&T)
5097 CFH-NAWS Halifax
5110 KKN44 Washington, Telco New York (AT&T)
5135 Police Zone and Interzone
5140 Police Zone and Interzone
5167 NST/GXH/AOK/...
5244 HMF15/HMN56/HMF32/HML36 Pyongyang
5320 KWN90 Washington
5390 BC relay (RFE), DHJ59 Wilhelmshaven
5399 Telco Tel Aviv
5415 LVO Corrientes
5426 KRH50 Washington
5430 BPV Shanghai, CTO22/23 Ponta Delgada
5448.5 NBA Balboa
5450-5680 Aeronautical Mobile (R)
5451 Flight Test
5469 Flight Test
5472 Alaska Common
5484 Alaska C/SE
5490 Alaska Common
5493 Accra AFI-4, Johannesburg AFI-4, Kano AFI-4
5496 Alaska Aleutian
5498 Melanesia Common
5499 Antanarivo VOLMET-AFI, Brazzaville VOLMET-AFI,
Johannesburg VOLMET-AFI, Nairobi VOLMET-AFI
5526 Asuncion SE-SAM, Belem NE/C-SAM, Bogota C-SAM, Brasilia
C-SAM, Buenos Aires SE-SAM, Caracas NE-SAM, La Paz SE-
SAM, Montevideo SE-SAM
5529 Brussels (Sabena), Houston (Universal Aviation), Houston
LDOC, Madrid/Las Palmas (Iberia), Moscow (Aeroflot)
5532 Amsterdam (KLM), Johannesburg (SAA), Rome (Alitalia)
5535 London (British Airways)
5538 Bahrain (Gulf Air), Beirut (MEA)
5541 Rio de Janeiro (Varig), Stockholm (SAS)
5544 Havana (Cubana), Jeddah (Saudia)
5547 Honolulu CEP-5, San Fransisco CEP-5
5550 Caracas CAR-A, Merida CAR-A, Miami CAR-A, New York CAR-
A, Panama City CAR-A, San Juan CAR-A
5565 Brasilia SAT-2, Dakar SAT-2, Recife SAT-2
5568 Central America Common
5571 Flight Test
5574 Honolulu CEP-5, San Fransisco CEP-5
5580 Merida VOLMET-CAR, Miami VOLMET-CAR, Port of Spain
VOLMET-CAR
5589 Baghdad VOLMET-MID, Bahrain VOLMET-MID, Basrah VOLMET-
MID, Beirut VOLMET-MID, Cairo VOLMET-MID, Istanbul
VOLMET-MID, Tehran VOLMET-MID
5598 Gander NAT-A, Lisbon NAT-A, New York NAT-A, San Juan
NAT-A, Santa Maria NAT-A, Shannon NAT-A
5601 Brasilia VOLMET-SAM, Buenos Aires VOLMET-SAM, Lima
VOLMET-SAM
5616 Gander NAT-B/C, New York NAT-B/C, Reykjavik NAT-B/C,
Santa Maria NAT-B/C, Shannon NAT-B/C
5628 Anchorage NP-3/4, Beijing NP-3, Cold Bay NP-3/4,
Khabarovsk NP-3, Pyongyang NP-3/4, Seoul NP-3, Shanghai
NP-3, Tokyo NP-3
5631 Alaska
5634 Bombay INO-1, Cocos Island INO-1, Johannesburg INO-1,
Nairobi INO-1, Perth INO-1, Salisbury INO-1
5640 Shannon VOLMET-EUR
5643 Auckland SP-6, Easter Island SP-7, Honolulu SP-7, Nadi
SP-6/7, Sydney SP-6, Tahiti SP-7
5646 Khanty Mansiysk NCA-1, Moscow NCA-1
5649 Bangkok SEA-2, Hong Kong SEA-2, Irkutsk EA-2, Manila
SEA-2, Pyongyang EA-2, Singapore SEA-2, Ulan Bator EA-2
5652 Algiers AFI-2, Kano AFI-2
5655 Bangkok SEA-2, Hong Kong SEA-2, Irkutsk EA-2, Manila
SEA-2, Pyongyang EA-2, Singapore SEA-2, Ulan Bator EA-2
5658 Abadan MID-2, Addis Ababa AFI-3, Alma Ata MID-2, Bahrain
MID-2, Bombay AFI-3, Bombay MID-2, Cairo AFI-3, Delhi
MID-2, Dushanbe MID-2, Jeddah AFI-3, Karachi MID-2,
Nairobi AFI-3, Tehran MID-2, Tripoli AFI-3, Urumchi MID-
2
5661 Leningrad EUR-A, Moscow EUR-A, Murmansk EUR-A, Odessa
EUR-A
5664 Chulmani NCA-3, Irkutsk NCA-3, Khabarovsk NCA-3, Kirensk
NCA-3, Pyongyang NCA-3, Ulan Bator NCA-3
5666 Melanesia Common
5667 Ankara MID-1, Baghdad MID-1, Bahrain MID-1, Cairo MID-1,
Jeddah MID-1, Odessa MID-1, Tehran MID-1
5676 Khabaraovsk VOLMET-NCA, Kiev VOLMET-NCA, Moscow VOLMET-
NCA, Novosibirsk VOLMET-NCA, Tashkent VOLMET-NCA,
Vnukovo VOLMET-NCA
5680-5730 Aeronautical Mobile (OR)
5688 MQD Plymouth, McDill AFB
5690 Lahr Military
5692 NAS Brooklyn
5695.5 RAF Rescue
5696 NAS Elizabeth City, NAS San Diego, NAS Traverse City
5700 Air Force One, Andrews AFB, Looking Glass, McClellan
AFB, Migraine, Retail
5703 Krauton AFB, Silver Dollar
5705 FDY
5710 MEM, McClellan AFB
5714 MRB Malta
5722 Missionary, Overwork
5730-5950 Fixed
5738 ONQ27 (A!)
5745 AEZ7 Asmara, BC relay (VOA)
5750 SOF
5765 Telco St Georges Bermuda (C&W)
5775 Telco Abidjan
5785 NAU Puerto Rico
5790 BC relay (RFE)
5792 GFT26/27/29 Bracknell
5811 JWT Stavanger, LBJ/2/3/4/5/6/7 Harstad
5828 Telco Dakar
5830 PEB50
5833 NAU Puerto Rico
5845 BC relay (RFE)
5870 NAM Norfolk, NSS Annapolis
5872 BC relay (BBC)
5876 DDH21/47/DDJ9/DFH23H1/DDN2/DGO46/L3 Pinneborg
5905 BC relay (VOA)
5910 Andrews AFB
5915 ZLZ22/20/ZLX22/31/37
5916.5 NST/GXH/AOK/...
5920 SXA Athens
5950-6200 Broadcasting
6147.5 St Louis (simplex)
6200-6224.6 Maritime Mobile (ship telephony)
6200.8 Memphis (simplex)
6209.3 WJG Memphis
6210.4 Simplex
6212.4 WGK St Louis
6213.5 Simplex
6218.6 Limited coast
6221.6 Limited coast
6224.6-6256 Maritime Mobile (special systems)
6256-6269.8 Maritime Mobile (ship SITOR)
6269.8-6282 Maritime Mobile (ship calling)
6272.5 SAB/SAG Goeteborg
6281.4 SELCAL ship SITOR
6282-6325.4 Maritime Mobile (ship working)
6325.4-6493.9 Maritime Mobile (coast working)
6333.5 North Atlantic
6337 North Atlantic
6344 North Atlantic
6345.5 GBY20/MHU2/3/4/5/6 Rugby/Portishead
6348 Central Pacific, FUE Brest, FUF Ft de France, FUM
Papeete, HWN, KFS/B San Fransisco
6350 UJY Iman
6351.5 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon, GZC/2/3/4/5
Mauritius, North Atlantic, VAI Vancouver
6354 PZN4 Paramaribo, UDB/URD Leningrad, URD Leningrad
6355 OFJ Helsinki, South Pacific
6361 FUB Paris
6362 6XS Diego Saurez, GYA2/3/4/5 London
6365.5 Central Pacific, FUB Paris, IRM Rome, KFS/A San
Fransisco, USZ Dikson
6369 GKA Portishead, GKM/GKW/GKN/GKF Portishead, Gulf of
Mexico, PPA25
6371 VPS25 CD Aguilar
6374 TBO2/3
6376 IQH Naples, North Atlantic, WCC Chatham
6377.5 EBA Madrid
6379.5 8PO Barbados, GKB Portishead, GKV Portishead,
ZSC/6/9/21/33 Cape Town
6382 TBA2/3/4 Ankara
6383 6VA Dakar, EAD/2/EDZ4 Aranjuez, NMC San Fransisco
6385 CKN Vancouver
6386 UJY Iman
6386.5 AQP2/3/4 Karachi, CFH Halifax, GYX Malta, HKC
Buenaventura
6389.6 WAX Miami
6389.7 South Atlantic
6390 CTP Palhais, IDQ/2/3/6 Rome
6393.5 CUB Funchal, CUG Ponta Delgada, CUL Lisbon
6395 CFH-L Halifax, TBA2/3/4 Ankara
6396 CCS Santiago, EBD Cartegena
6397 OSN46/412/416
6399 EBD Cartegena
6400.5 EAD/2/EDZ4 Aranjuez, UMV
6401.5 EAD/2/EDZ4 Aranjuez
6404 PCH Scheveningen
6407 IAR Rome
6407.5 GBY20/MHU2/3/4/5/6 Rugby/Portishead, Hawaii, South
Atlantic, UXN/UGE Arkhangelsk
6410 IAR Rome, UDH/UKB Riga
6411 9LL Freetown, KLB Seattle, North Pacific,
OST/3/32/5/52/6/62 Ostende, SVA Athens, South Atlantic,
WOE Lantana
6414.5 North Atlantic
6416 URL
6418 IAR12/67 Rome, IQX Trieste, North Atlantic,
OSN26/28/212/44 Ostende
6419 CCS Santiago
6420 OSN26/28/212/44 Ostende, UJQ, VTP3/4/5/6 Vizagotapam
6421.5 FFL St Lys
6428.5 NPG San Fransisco, NPM Honolulu, VHP Belconnen,
VIX2/3/4/5/6/7 Sydney
6432 LF-/LG- Rogoland
6435 CLQ Havana
6435.5 DAN Norddeich, GBY20/MHU2/3/4/5/6 Rugby/Portishead, Gulf
of Mexico, PWZ Rio de Janeiro, WPA Port Arthur
6439 OXZ Lyngby, UFN Novosibirsk
6441 DZG Manila
6445 CKN Vancouver
6446 Gulf of Mexico, OXZ Lyngby, WLO Mobile
6448 XXU23/26/33 Mindelo Cape Verde
6449.5 CFH-L Halifax, IDR Rome
6451.8 Pittsburgh (simplex)
6455 Louisville (simplex)
6456.5 DAL Norddeich
6460 SPE/SPB Szczecin
6463.5 KOK Los Angeles, South Pacific
6465 VIS26/5/6/42 Sydney
6467 JCS/JCU Chosi, LF-/LG- Rogoland, ZSC/6/9/21/33 Cape Town
6470 UXN/UGE Arkhangelsk
6470.5 GYI London
6472.5 GKY2/3/4/5 Portishead
6474 Great Lakes
6475.5 DAM Norddeich
6477.5 CFH-NAWS Halifax, CLS La Fe Prince, Central Pacific, KPH
Bolinas
6478 CLQ Havana, ZSC Presse
6478.5 EBK Las Palmas, SVA Athens
6481 CCS Santiago, GYS3/4/5/6 Singapore
6483 PWZ Rio de Janeiro, UFB Odessa
6484.5 Central Atlantic
6485.5 JCS/JCU Chosi
6487 NST/GXH/AOK/..., XXV/2/3/28/W31 Luanda
6488 Central Pacific, KPH Bolinas, VRT Bermuda
6491.5 PJC Curacao, VCS Halifax
6493.9-6506.4 Maritime Mobile (coast SITOR)
6494 ZRH/2/3/4/5/6 Simonstown
6495 GYR2/3/4/5 Malta, Gulf of Mexico, WNU Slidell
6496.5 OST/3/32/5/52/6/62 Ostende
6498.5 CFH-NAWS Halifax, EAF/2/3 Vigo, EAT2 Tenerife
6500.5 CLA Havana
6502 CRX21/23/28/26 Laurenco Marques, GZX2/3/4/5/6 Mauritius,
WSC Tuckerton
6504 OSN26/28/212/44 Ostende, OSN46/412/416
6505 Cemetary, Eagle Farm, Gangbuster
6505.5 CLA Havana, EAC/2 Cadiz, ZRQ/2/3/4/5
6506 SELCAL coast SITOR
6506.4 AMVER, USCG WX
6506.4-6525 Maritime Mobile (coast telephony)
6509 9VG Singapore, XXU23/26/33 Mindelo Cape Verde
6510 GKK/GKA4 Portishead, UFH
6512.5 SVA Athens, TFA Reykjavik
6515.7 WCM Pittsburgh
6516 KFS San Fransisco
6518.6 Simplex
6518.8 WFN Louisville
6519.5 WMH Baltimore
6521.8 NMC San Fransisco (SSB)
6521.9 Limited coast
6522.5 SXA Athens, SXV/8
6525-6685 Aeronautical Mobile (R)
6526 New York (test), Red Cross AX
6532 Biak CWP-1/2, Guam CWP-2, Hong Kong CWP-1, Honolulu CWP-
2, Manila CWP-1, Naha CWP-1/2, Port Moresby CWP-1/2,
Pyongyang CWP-1, Seoul CWP-1, Shanghai CWP-1, Tokyo CWP-
1/2, Wake Island CWP-2
6535 Abidjan AFI-1, Brasilia SAT-1, Casablanca AFI-1, Dakar
AFI-1, Dakar SAT-1, Lisbon AFI-1, PWZ Rio de Janeiro,
Recife SAT-1
6536 NPM Honolulu
6545 IDC Cagliari
6550 Flight Test
6556 Bangkok SEA-1, Calcutta SEA-1, Canton SEA-1, Cocos
Island SEA-1, Colombo SEA-1, Darwin SEA-3, Djakarta SEA-
3, Kumming SEA-1, Madras SEA-1, Manila SEA-3, Perth SEA-
3, Singapore SEA-1, Singapore SEA-3, Sydney SEA-3
6562 Biak CWP-1/2, Guam CWP-2, Hong Kong CWP-1, Honolulu CWP-
2, Manila CWP-1, Naha CWP-1/2, Port Moresby CWP-1/2,
Pyongyang CWP-1, Seoul CWP-1, Shanghai CWP-1, Tokyo CWP-
1/2, Wake Island CWP-2
6571 Beijing EA-1, Canton EA-1, Irkutsk EA-1, Kumming EA-1,
Lanchau EA-1, Pyongyang EA-1, Seoul EA-1, Shanghai EA-1,
Ulan Bator EA-1, Urumchi EA-1
6575 Algiers VOLMET-AFI, Dakar VOLMET-AFI, Kano VOLMET-AFI,
Khartoum VOLMET-AFI, SW Pacific Islands
6577 Caracas CAR-A, Merida CAR-A, Miami CAR-A, New York CAR-
A, Panama City CAR-A, San Juan CAR-A
6580 Alaska Aleutian, Alaska C/SE, Prague VOLMET-EUR, Tel
Aviv VOLMET-EUR
6586 Wellbeing
6592 Barnaul NCA-2, Irkutsk NCA-2, Khanty Mansiysk NCA-2,
Kirensk NCA-2
6598 Leningrad EUR-A, Moscow EUR-A, Murmansk EUR-A, Odessa
EUR-A
6604 Alaska C/SE, Gander VOLMET-NAT, New York VOLMET-NAT
6617 VOLMET-Russian
6631 Alma Ata MID-3, Dushanbe MID-3, Kuybyshev MID-3, Moscow
MID-3
6637 Athens (Olympic), Frankfurt (Lufthansa), Paris (Air
France), Sidney (Qantas), Tel Aviv (El Al), Tokyo (JAL)
6638 VOLMET-Russian
6640 New York/San Juan LDOC, San Fransisco/Honolulu LDOC
6643 Berne (Swissair), Buenos Aires (Aerolineas Argentinas)
6649 Antofagasta SW-SAM, Asuncion SW-SAM, Bogota NW-SAM,
Buenos Aires SW-SAM, Easter Island SW-SAM, La Paz SW-
SAM, Lima NW/SW-SAM, Montevideo SW-SAM, Panama City NW-
SAM, Punta Arenas SW-SAM, Quito NW-SAM, Santiago SW-SAM
6676 Bangkok VOLMET-SEA, Bombay VOLMET-SEA, Calcutta VOLMET-
SEA, Karachi VOLMET-SEA, Singapore VOLMET-SEA, Sydney
VOLMET-SEA
6679 Auckland VOLMET-PAC, Hong Kong VOLMET-PAC, Honolulu
VOLMET-PAC, Tokyo VOLMET-PAC
6685-6765 Aeronautical Mobile (OR)
6686 Crest, Oasis
6690 MSF, Upavon RAFB
6692 Cheese Bobcat (JPN combine), Houston
6693 VOLMET-Russian
6697 Ivanhoe, MQY Chatham (USB), Missionary
6700.5 Rasberry (Bermuda, Miramar, Jacksonville, Cecil)
6705 Canadian Military
6706 XXU23/26/33 Mindelo Cape Verde
6708 Cyprus Combine
6715 Andrews AFB, Loring AFB
6716 Woodbridge Rescue
6720 Belmont, Caveman, Derail, Fanfare, Fastcharger, Hexagon,
Ivanhoe, Overlord, Overwork, YVG La Guaira
6723 Rasberry (Bermuda, Miramar, Jacksonville, Cecil)
6725 Rasberry (Bermuda, Miramar, Jacksonville, Cecil)
6727 Charleston, Gladhand, McClellan AFB, Scott AFB
6728 MQY Chatham
6730 VOLMET-Russian
6731 Krauton AFB, San Pablo AFB, Seabell
6734 Cheese Bobcat (JPN combine)
6737 LBJ/2/3/4/5/6/7 Harstad
6738 Elmendorf AFB, Lajes AFB, McClellan AFB
6742 Caveman, Coral Hills (Keflavik?)
6745 Miharik Combine (Bahrein, Ceylon, Kuwait)
6750 Krauton AFB, Lajes AFB, McDill AFB
6753 Canadian Military, Fireside, Looking Glass, Rasputin
6756 Andrews AFB, Liberty, NASA Houston (Apollo 14)
6757 MKL
6761 Bread, Democrat, Migraine, Outway, Retail
6765-7000 Fixed
6765.4 USCG WX
6785 WKA36
6789 KRH50 Washington
6817 MEM
6818 CWE94/CWO4/9CWD40 Cerrito
6820 OLW2 Prague
6825 Telco Teheran
6830 PGL
6839 CBY Pascua
6851 CBY Pascua
6854 CMR/CBY Havana/Pascual
6855 Telco Georgetown Guyana (C&W)
6862 GYN1/2 London
6863 Telco St Georges Bermuda (C&W)
6866 Cheese Bobcat (JPN combine)
6867.5 IDR Rome
6874 BC relay (VOA)
6890 BC relay (RFE)
6895 PBC32/34/36/38/312/317/322 Goeree
6896 AFA Camp Springs (Aerospace Comm Co) (SSB)
6913 DHJ59 Wilhelmshaven
6925 KKN50 Washington
6945 HBX76/HBO88 Geneve
6953 Silver Dollar
6955 0A
6960 IDR Rome
6975 BC relay (DW)
6982 Range1/2
6995 BC relay (RFE)
6997 McClellan AFB
7000-7100 Amateur
7094.5 FDY
7100-7300 Amateur, Broadcasting (Region 1 only)
7300-8195 Fixed
7316 Air Force MARS
7329 Air Force MARS
7335 CHU Ottowa
7350 Telco Mexico City
7351 CTH/33/38 Horta
7353 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon
7404 Telco Warszawa
7428 FTH42/FTA91 Paris/Lyon
7441 NCI Naples
7480 Police Zone and Interzone
7485 Telco New York (AT&T)
7494 DGE/DFG Elmshorn/Bonames
7497.5 EAY22/49 Basile
7500 VNG Melbourne
7504 NST/GXH/AOK/...
7519 FDY
7540 Telco Moscow
7558.5 Telco New York (AT&T)
7565 Telco New York (AT&T)
7566 Telco New York (AT&T)
7570 DRU5, KRH50 Washington
7575 Telco Ft Lauderdale (AT&T)
7580 Telco Monrovia
7600 RMQ4, YNA2 Managua (F1), ZLZ22/20/ZLX22/31/37
7610 IMA24/25 Rome
7634.5 Telco Paris
7646 DDH21/47/DDJ9/DFH23H1/DDN2/DGO46/L3 Pinneborg
7651 BC relay (VOA)
7655 FIT75 Paris
7660 UU21/31/41/51
7661 9RS77 Kisangani
7662 FDY
7705 NST/GXH/AOK/...
7726 FDY
7727 KRH50 Washington
7741 Telco Amsterdam
7766.5 BC relay (VOA)
7773 BC relay (VOA)
7792 GXO Mauritius
7805 Police Zone and Interzone
7828 FDY
7830 KKN44 Washington
7935 Police Zone and Interzone
7936.5 Telco Havana
7955 Andrews AFB
7960 OMZ
7978 Telco New York (AT&T)
7987 AEZ Asmara (LSB)
7987.5 JWT Stavanger, LBJ/2/3/4/5/6/7 Harstad
7991 BC relay (BBC)
7997 FDY
8000 FDY, FUB Paris
8060 VKS3/5/49/74/93/VKH70
8061.5 CCS Santiago
8068 BC relay (DW)
8075 Telco Paris
8080 RCI/RCC
8090 NAM Norfolk, NSS Annapolis
8115 WHZ Balboa
8125 BC relay (Tirana)
8148 OVG4/8/12 Fredrikshaven
8150 NPN Guam
8152 EAY22/49 Basile
8177.5 SDO/SAB/SAG Varberg/Goeteborg
8195-8297.3 Maritime Mobile (ship telephony)
8201.2 WJG Memphis
8207.6 Pittsburgh (simplex)
8210.8 St Louis (simplex)
8213.6 WCM Pittsburgh
8246 Memphis (simplex)
8249.2 Great Lakes
8281.2 Simplex
8284.2 Simplex
8291.1 Limited coast
8294.2 Limited coast
8297.3-8300 Maritime Mobile (ship SITOR)
8300-8343.5 Maritime Mobile (special systems)
8343.5-8357.8 Maritime Mobile (ship SITOR)
8357.8-8359.8 Maritime Mobile (ship working)
8359.8-8376 Maritime Mobile (ship calling)
8364 Lifeboats
8375.2 SELCAL ship SITOR
8376-8435.4 Maritime Mobile (ship working)
8435.4-8704.4 Maritime Mobile (coast working)
8445 Central Pacific, Gulf of Mexico
8453 Gulf of Mexico, South Atlantic
8457 Puerto Rico
8459 LZW Varna
8461 CUB Funchal, ZRY/2/4/5/6/7
8462 CUB Funchal, SXV/8
8463 CKN Vancouver
8464 OSN26/28/212/44 Ostende
8465 5BA Nocosia, NMN Portsmouth, NRV
8466 EAF/2/3 Vigo, NMF Boston, NMR San Juan, UJY Iman
8469 CUG Ponta Delgada, CUL Lisbon, EAF/2/3 Vigo, GKR Wick
8470 NMA Miami, ZRQ/2/3/4/5
8471 NMR San Juan, UAX, UXN/UGE Arkhangelsk
8473 Gulf of Mexico
8474 EAT2 Tenerife
8476 PPE2 Rio de Janeiro, UAH/UNS Tallin, VTP3/4/5/6
Vizagotapam
8477 CLQ Havana, UAH/UNS Tallin
8478 OST/3/32/5/52/6/62 Ostende, TIM Limon, VHP Belconnen,
VIX2/3/4/5/6/7 Sydney
8479 HZY Dhahran
8480 CLQ Havana
8481 VIS26/5/6/42 Sydney
8482 SPA/SPH Gdynia
8483 DAN Norddeich
8485 UBN/UDC/UBC Jdanov
8486 IDQ/2/3/6 Rome, South Atlantic, WOE Lantana
8490 AQP2/3/4 Karachi, CUL Lisbon, XSQ Canton
8492 DHJ59 Wilhelmshaven, PPA25
8494 GYA2/3/4/5 London
8498 SAB/SAG Goeteborg
8501 GBY20/MHU2/3/4/5/6 Rugby/Portishead
8502 Central Atlantic, North Atlantic, XSG Shanghai,
ZSL/2/3/4/5/6/7 Simonstown
8503.5 GBY20/MHU2/3/4/5/6 Rugby/Portishead
8504 ZLP Awarua
8506 NPN Guam
8510 FFL St Lys, FFS6/8 St Lys
8512 DAL Norddeich, VHP Belconnen
8513 XSQ Canton
8514 North Atlantic, PBC32/34/36/38/312/317/322 Goeree, WSL
Amagansett
8515 UMV
8516 CLS La Fe Prince, GKC Portishead
8518 4XZ Haifa
8521 VIS26/5/6/42 Sydney
8522 FFL St Lys, FFS6/8 St Lys
8525 South Atlantic, WAX Miami
8526 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon, FFP2/3/7 Ft de France
8528 LF-/LG- Rogoland
8530 IAR Rome, NSS Annapolis, SVA Athens, UFR2, UXN/UGE
Arkhangelsk
8531 XVG4 Vietnam
8534 GZO Hong Kong, Great Lakes
8535 UFW, UTA
8537 SVA Athens
8541 RUVE/URB2/UDO2/RWWM Klaipeda
8542 Hawaii, KHK Kahuku, PKI Djakarta
8545 UQK Riga
8546 GKA Portishead, KLB Seattle
8550 6XS Diego Saurez, FFS6/8 St Lys, Gulf of Mexico, PWZ Rio
de Janeiro, WPA Port Arthur
8551 AJU (USA)
8552 CTP Palhais, GKK/GKA4 Portishead
8554 FUF Ft de France
8556 UJY Iman
8557 SPE/SPB Szczecin
8558 CCV Valpariso, Central Pacific, GKB Portishead, GKL
Portishead, IDR Rome, KFS/A San Fransisco
8562 PCH Scheveningen
8564 LZL Bourgas
8565 CQW2 Luanda
8566 CFH Halifax, GYU3 Gibralter, UQK Riga
8568 DZR Manila
8570 CFH-L Halifax, Gulf of Mexico, IDR Rome, WAX Miami, WNU
Slidell
8571 UOP
8573 CLA Havana
8574 HKC Buenaventura, LF-/LG- Rogoland, NMC San Fransisco
8575 UDB/URD Leningrad, URD Leningrad
8576 IDR Rome
8577 ZSD Durban
8578 NGR Kato Soli, SUH Alexandria
8580 UDK2 Murmansk
8581 XSW Kaohsiung
8581.6 GKK/GKA4 Portishead, GKM/GKW/GKN/GKF Portishead
8582 North Pacific, XSW Kaohsiung
8583 ZRH/2/3/4/5/6 Simonstown, ZRQ/2/3/4/5
8586 North Atlantic, UJO, WCC Chatham
8588 DZG Manila
8590 KOK Los Angeles, South Pacific
8591 GKY2/3/4/5 Portishead
8594 GYR2/3/4/5 Malta
8597 VIP4/3
8598 OXZ Lyngby, ZLO
8602 HEB Berne
8604 NBA Balboa, ZRH/2/3/4/5/6 Simonstown
8606 JOS Nagasaki, South Pacific
8608 LZL Bourgas, LZW Varna
8610 6WW Dakar, CCM Maga, North Atlantic, UXN/UGE
Arkhangelsk, WSC Tuckerton
8614 CKN Vancouver, NBA Balboa, VWB2/3/4/5/6/7/8/0 Bombay
8615 UDH/UKB Riga
8618 Central Pacific, EAD/2/EDZ4 Aranjuez, KPH Bolinas
8620 UBN/UDC/UBC Jdanov
8622 EAD/2/EDZ4 Aranjuez, PCH Scheveningen
8626 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon, GXO Mauritius
8630 6WW Dakar, GYS3/4/5/6 Singapore, North Atlantic, WCC
Chatham
8634 PPR Rio de Janeiro, VTG3/4/5/6/7 Bombay
8638.5 DAM Norddeich
8641 GYA2/3/4/5 London
8642 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon, Central Pacific,
EAD/2/EDZ4 Aranjuez, KPH Bolinas, South Pacific,
VTP3/4/5/6 Vizagotapam, XXV/2/3/28/W31 Luanda
8644 VTP3/4/5/6 Vizagotapam
8646 GZW Gibralter, LPD Gral Pacheco, SAB/SAG Goeteborg
8647 JDC Chosi Siishib
8648 DHJ59 Wilhelmshaven
8650 ICB Genova, NMO Honolulu
8652 CTP Palhais, OST/3/32/5/52/6/62 Ostende
8652.5 PZN4 Paramaribo
8654 JCS/JCU Chosi, PCH Scheveningen
8656 IQH Naples
8657 UJQ
8658 North Atlantic, North Pacific, WSL Amagansett
8659 SXA Athens
8660 DHS Ruegen, UDH/UKB Riga
8662 CFH-L Halifax, TAH Istanbul
8664 IQH Naples
8666 6WW Dakar, Gulf of Mexico, HKB Barranquilla, KLC
Galveston, SPA/SPH Gdynia
8670 IAR Rome
8673 DAF Norddeich
8674 GYA2/3/4/5 London
8675 FFP2/3/7 Ft de France
8678 LF-/LG- Rogoland, ZLP2/4/5/6 Wellington
8679 IQX Trieste
8682 EAD/2/EDZ4 Aranjuez, NMC San Fransisco, TXZ8 Djibouti
8684 IRM Rome
8685 UFB Odessa
8686 CNP Casablanca, North Atlantic, South Atlantic, WMH
Baltimore, ZSC/6/9/21/33 Cape Town
8687 SVA Athens, URD Leningrad
8688 9VG Singapore
8690 3DP3 Fiji, 6VA Dakar, CLQ Havana, TFA Reykjavik, UMV
8692 SVA Athens
8694 4XO Haifa, PJC Curacao
8698 FJP8 Noumea, UDK2 Murmansk
8700 YUZ Rijeka
8702 CLA Havana, ODR Beirut, OSN46/412/416
8703 UXN/UGE Arkhangelsk
8704 CKN Vancouver, SVA Athens, YVG La Guaira
8704.4-8718.9 Maritime Mobile (coast SITOR)
8706 4XZ Haifa
8709 UAT Moskow, VCS Halifax
8710 9YL Trinidad and Tobago, GNV Bahrein, NMG New Orleans,
NMR San Juan, VPN Nassau
8712 DHS Ruegen, YUZ Rijeka
8713.5 KFS/B San Fransisco
8715 UQK Riga
8716 EBA Madrid
8718 8PO Barbados, 9VG Singapore, VRT Bermuda, ZSC Presse
8718.5 SELCAL coast SITOR
8718.9-8815 Maritime Mobile (coast telephony)
8720 UBF2 Aian Khabarov
8721 PPE2 Rio de Janeiro
8722 6WW Dakar, FUG La Regine, UFN Novosibirsk, UJY Iman, VAI
Vancouver, WLO Mobile, WOM Ojus, ZLW4/5/6 Wellington
8725.1 WFN Louisville
8726 CPD Potosi, GZC/2/3/4/5 Mauritius, NOK, OFJ Helsinki,
UFN Novosibirsk
8728 NIK Argentia, NMF Boston, NMF/NIK Boston/Argentia, NMQ
Long Beach
8728.2 KMI Dixon
8730 XSQ Canton
8731 YVG La Guaira
8731.3 WOM Ojus
8737.5 WGK St Louis
8738 VPS25 CD Aguilar
8740.6 KOM Hawaii, WOO Ocean Gate
8743.7 KMI Dixon
8746.8 WOM Ojus
8749.9 WOO Ocean Gate
8759.2 KMI Dixon
8760.8 NMC San Fransisco (SSB)
8762.3 WOO Ocean Gate
8764 Coast Guard (WX)
8765.4 AMVER
8770.4 Halifax
8780 Louisville (simplex)
8783.2 Great Lakes
8784 KMI Dixon
8790.2 WLO Mobile (SSB)
8793.3 WOM Ojus
8796.4 WBL Buffalo, WLC Rogers City, WMI Lorain, WOO Ocean Gate
8805.7 WLO Mobile (SSB)
8808.8 WLO Mobile (SSB)
8811.9 WOM Ojus
8812 Santa Maria
8815-8965 Aeronautical Mobile (R)
8819 VOLMET-Russian
8822 Flight Test
8825 Gander NAT-A, Lisbon NAT-A, New York NAT-A, San Juan
NAT-A, Santa Maria NAT-A, Shannon NAT-A
8828 Auckland VOLMET-PAC, Hong Kong VOLMET-PAC, Honolulu
VOLMET-PAC, Tokyo VOLMET-PAC
8843 Honolulu CEP-5, San Fransisco CEP-5
8855 Alaska Aleutian, Asuncion SE-SAM, Belem NE/C-SAM, Bogota
C-SAM, Brasilia C-SAM, Buenos Aires SE-SAM, Caracas NE-
SAM, La Paz SE-SAM, Montevideo SE-SAM
8861 Abidjan AFI-1, Brasilia SAT-1, Casablanca AFI-1, Dakar
AFI-1, Dakar SAT-1, Lisbon AFI-1, Recife SAT-1
8864 Gander NAT-B/C, New York NAT-B/C, Reykjavik NAT-B/C,
Santa Maria NAT-B/C, Shannon NAT-B/C
8867 Auckland SP-6, Easter Island SP-7, Honolulu SP-7, Nadi
SP-6/7, Sydney SP-6, Tahiti SP-7
8876 Alaska C/SE
8879 Bombay INO-1, Cocos Island INO-1, Johannesburg INO-1,
Nairobi INO-1, Perth INO-1, Salisbury INO-1
8888 VOLMET-Russian
8891 Bodo NAT-D, Cambridge NAT-D, Churchill NAT-D, Frobisher
NAT-D, Gander NAT-D, Reykjavik NAT-D, Shannon NAT-D,
Sondrestrom NAT-D
8894 Algiers AFI-2, Kano AFI-2
8896 Algiers VOLMET-AFI, Dakar VOLMET-AFI, Kano VOLMET-AFI,
Khartoum VOLMET-AFI
8897 Beijing EA-1, Canton EA-1, Irkutsk EA-1, Kumming EA-1,
Lanchau EA-1, Pyongyang EA-1, Seoul EA-1, Shanghai EA-1,
Ulan Bator EA-1, Urumchi EA-1
8903 Accra AFI-4, Biak CWP-1/2, Guam CWP-2, Hong Kong CWP-1,
Honolulu CWP-2, Johannesburg AFI-4, Kano AFI-4, Manila
CWP-1, Naha CWP-1/2, Port Moresby CWP-1/2, Pyongyang
CWP-1, Seoul CWP-1, Shanghai CWP-1, Tokyo CWP-1/2, Wake
Island CWP-2
8917 Melanesia Common
8918 Ankara MID-1, Baghdad MID-1, Bahrain MID-1, Cairo MID-1,
Caracas CAR-A, Jeddah MID-1, Merida CAR-A, Miami CAR-A,
New York CAR-A, Odessa MID-1, Panama City CAR-A, San
Juan CAR-A, Tehran MID-1
8921 Dusseldorf (LTU), London (British Airways), Sidney
(Qantas)
8924 Amsterdam (KLM), Brussels (Sabena), Moscow (Aeroflot),
Rio de Janeiro (Varig), SW Pacific Islands, Tel Aviv (El
Al)
8927 Bangkok (Thai Airways), Havana (Cubana), Jeddah (Saudia)
8930 Stockholm (SAS)
8933 Johannesburg (SAA)
8936 Berne (Swissair)
8939 VOLMET-Russian
8942 Bangkok SEA-2, Hong Kong SEA-2, Irkutsk EA-2, Manila
SEA-2, Pyongyang EA-2, Singapore SEA-2, Ulan Bator EA-2
8945 Baghdad VOLMET-MID, Bahrain VOLMET-MID, Basrah VOLMET-
MID, Beirut VOLMET-MID, Cairo VOLMET-MID, Istanbul
VOLMET-MID, Tehran VOLMET-MID
8951 Alma Ata MID-3, Dushanbe MID-3, Kuybyshev MID-3, Moscow
MID-3
8957 Shannon VOLMET-EUR
8964 Looking Glass, Old Smokey, Rasputin, San Pablo AFB,
Scott AFB, Silver Dollar
8965-9040 Aeronautical Mobile (OR)
8967 Andrews AFB, Argentina, Cheese Bobcat (JPN combine), Gan
Area Combine, Lajes AFB, Thule AFB
8972 Beergarden, Caveman, Hurricane, Jargon, Neckware,
Spangle, Spanish Point, Spittle, Stockholm (SAS), Wafer
8976 Argentina, Ivanhoe, Jehovah, Neckware, Utah Rig
8980 Cheese Bobcat (JPN combine), Hawkins, Lantern Chief
(Apollo 14), McCord AFB, Neckware, St Pierre
8982 Missionary
8984 Berlin (Interflug), Calvary, NAS Elizabeth City, NAS San
Fransisco, Puerto Rico (USCG)
8985 Cyprus Combine
8987 FDY
8989 Elmendorf AFB, Loring AFB, McClellan AFB, McDill AFB,
San Pablo AFB
8990 Cheese Bobcat (JPN combine), VOLMET-Russian
8992 Drainage
8993 Coral Hills (Keflavik?), McDill AFB
8996 Lahr Military
8997 Coral Hills (Keflavik?), Hurricane, Spanish Point,
Woodpecker
9002 Belmont, Fanfare, Fastcharger, River, Seabell
9006 Cape radio ckt 2 (Apollo 14), Hawkins, Lantern Chief
(Apollo 14), Stevenville
9014 Charleston, Gull, Scott AFB
9018 Air Force One, Andrews AFB
9023 Peterson
9024 Andrews AFB
9025 Bingle Court, Darby Scortch, Dockyard, Golden Gate, June
Bug, Luqa RAFB, MKE Akrotiri, MQY Chatham
9027 Democrat, Looking Glass, Migraine, Outway, Retail
9031 Krauton AFB
9032 Gibralter RAFB, Luqa RAFB, Upavon RAFB
9036 MQY Chatham (USB)
9040 MQD Plymouth
9040-9500 Fixed
9050 NPG-FC/FM San Fransisco, NPM Honolulu
9055 CUA43/47/48/69/90 Alfragide
9060 NKA Asmara
9061.5 PDC
9062 DBT/DBU/3/DBV/DBW/DBX/DBZ/3 Koenigwustern
9077.5 Havana (ATC-LDOC)
9080 Telco Addis Ababa
9090 BC relay (RFE)
9111.5 AEZ7 Asmara
9153 Telco Paris
9160 ACA Panama (LSB)
9210 BC relay (DW)
9258 CUA43/47/48/69/90 Alfragide
9277.5 NPG San Fransisco
9290 Telco Athens
9297.6 DDH21/47/DDJ9/DFH23H1/DDN2/DGO46/L3 Pinneborg
9318 NST/GXH/AOK/...
9351 BPV Shanghai
9375 Telco Rome
9419 CUA43/47/48/69/90 Alfragide
9440 HMF15/HMN56/HMF32/HML36 Pyongyang
9500-9775 Broadcasting
9717 BC relay (BBC)
9775-9995 Fixed
9850 Telco Rome
9854 Telco Abidjan
9875 HMF15/HMN56/HMF32/HML36 Pyongyang
9980 Telco New York (AT&T)
9995-10005 Radio Astronomy, Standard Frequency
9996 Novosibirsk, RTA
10000 ATA New Delhi, BPV Shanghai, JJY Tokyo, LOL Buenos
Aires, MSF, RNM Moscow, RWM Moscow, WWV Ft Collins, WWVH
Kihei Maui, ZUO Johannesburg
10004 RID Irkutsk
10005-10100 Aeronautical Mobile (R)
10017 Central America Common
10018 Abadan MID-2, Addis Ababa AFI-3, Alma Ata MID-2, Bahrain
MID-2, Bombay AFI-3, Bombay MID-2, Cairo AFI-3, Delhi
MID-2, Dushanbe MID-2, Jeddah AFI-3, Karachi MID-2,
Nairobi AFI-3, Tehran MID-2, Tripoli AFI-3, Urumchi MID-
2
10024 Antofagasta SW-SAM, Asuncion SW-SAM, Bogota NW-SAM,
Buenos Aires SW-SAM, Easter Island SW-SAM, La Paz SW-
SAM, Lima NW/SW-SAM, Montevideo SW-SAM, Panama City NW-
SAM, Punta Arenas SW-SAM, Quito NW-SAM, Santiago SW-SAM
10027 Madrid/Las Palmas (Iberia), Rome (Alitalia)
10030 Buenos Aires (Aerolineas Argentinas), Moscow (Aeroflot)
10039 Chulmani NCA-3, Irkutsk NCA-3, Khabarovsk NCA-3, Kirensk
NCA-3, Pyongyang NCA-3, Ulan Bator NCA-3
10042 Beijing EA-1, Canton EA-1, Irkutsk EA-1, Kumming EA-1,
Lanchau EA-1, Pyongyang EA-1, Seoul EA-1, Shanghai EA-1,
Ulan Bator EA-1, Urumchi EA-1
10045 Flight Test
10048 Anchorage NP-3/4, Beijing NP-3, Cold Bay NP-3/4,
Khabarovsk NP-3, Pyongyang NP-3/4, Seoul NP-3, Shanghai
NP-3, Tokyo NP-3
10051 Gander VOLMET-NAT, New York VOLMET-NAT
10057 Antanarivo VOLMET-AFI, Brazzaville VOLMET-AFI,
Johannesburg VOLMET-AFI, Nairobi VOLMET-AFI
10066 Alaska Aleutian, Bangkok SEA-1, Calcutta SEA-1, Canton
SEA-1, Cocos Island SEA-1, Colombo SEA-1, Darwin SEA-3,
Djakarta SEA-3, Kumming SEA-1, Madras SEA-1, Manila SEA-
3, Perth SEA-3, Singapore SEA-1, Singapore SEA-3, Sydney
SEA-3
10069 Berne (Swissair), Rio de Janeiro (Varig)
10072 London (British Airways), Seoul (KAL)
10075 Beirut (MEA), Houston (Universal Aviation), Houston LDOC
10078 Athens (Olympic), Brussels (Sabena), Frankfurt
(Lufthansa), Sidney (Qantas)
10084 Leningrad EUR-A, Moscow EUR-A, Murmansk EUR-A, Odessa
EUR-A
10087 Brasilia VOLMET-SAM, Buenos Aires VOLMET-SAM, Lima
VOLMET-SAM
10090 Khabaraovsk VOLMET-NCA, Kiev VOLMET-NCA, Moscow VOLMET-
NCA, Novosibirsk VOLMET-NCA, Tashkent VOLMET-NCA,
Vnukovo VOLMET-NCA
10093 New York (test)
10096 Asuncion SE-SAM, Barnaul NCA-2, Belem NE/C-SAM, Bogota
C-SAM, Brasilia C-SAM, Buenos Aires SE-SAM, Caracas NE-
SAM, Irkutsk NCA-2, Khanty Mansiysk NCA-2, Kirensk NCA-
2, La Paz SE-SAM, Montevideo SE-SAM
10100 Telco San Juan
10100-11175 Fixed
10135 Telco Rome
10153 Andrews AFB
10190 BC relay (RFE)
10225 KWN90 Washington
10230 Telco Paris
10250 Telco Havana
10295 Telco New York (AT&T), Telco Paris
10308 OLD/OLG4 Prague
10455 BC relay (VOA), Telco Jeddah
10468 PGL
10479 Belmont, Cemetary, Eagle Farm, Gangbuster, Seabell
10488 Telco Tel Aviv
10540 Telco New York (AT&T)
10550 Telco New York (AT&T)
10563 FTK56A Paris
10605 Telco Hamilton Barbados (C&W)
10620 BC relay (DW)
10635 Telco St Georges Bermuda (C&W)
10635.5 Telco Amsterdam
10637.5 KKN50 Washington
10680 KRH50 Washington
10690 AFA Camp Springs (Aerospace Comm Co) (SSB)
10696 AFA Camp Springs (Aerospace Comm Co) (SSB)
10714 AEZ Asmara (LSB)
10730 Telco Monrovia
10775 FTK77 Paris
10870 BC relay (VOA)
10885 Telco New York (AT&T)
10945 AEZ7 Asmara, CFH-NAWS Halifax
11000 DBT/DBU/3/DBV/DBW/DBX/DBZ/3 Koenigwustern
11004 Telco Paris
11009 CNO96/97/98 Casablanca
11015 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon
11031 NBA Balboa
11039 DDH21/47/DDJ9/DFH23H1/DDN2/DGO46/L3 Pinneborg
11045 Telco New York (AT&T)
11052 DDH21/47/DDJ9/DFH23H1/DDN2/DGO46/L3 Pinneborg
11075 BC relay (RFE)
11080 NBA Balboa
11118 Andrews AFB
11130 ZLZ22/20/ZLX22/31/37
11135 PBC32/34/36/38/312/317/322 Goeree
11175-11275 Aeronautical Mobile (OR)
11176 McClellan AFB
11179 McDill AFB
11180 MQY Chatham
11182 MQY Chatham (USB), Scott AFB
11185 Cheese Bobcat (JPN combine)
11195 Cyprus Combine
11200 Westraden R
11204 Cheese Bobcat (JPN combine)
11209 Canadian Military
11215 Lima (EA)
11220 Outway, Retail
11222 Stockholm (SAS)
11226 Andrews AFB
11228 McDill AFB
11229 Innsbruck AFB, Keflavik AFB, Krauton AFB, San Pablo AFB,
Seabell
11230 HMF15/HMN56/HMF32/HML36 Pyongyang
11233 Scott AFB
11234 Cyprus Combine, Gan Area Combine, Gibralter RAFB, Upavon
RAFB
11236 Elmendorf AFB, Loring AFB, McClellan AFB
11237 Cyprus Combine, Johannes Combine, Miharik Combine
(Bahrein, Ceylon, Kuwait)
11239 Migraine
11240 German Military
11243 Bernadine, Civilian, Gibson, Hackberry, Location,
Looking Glass, Nugget, Parkway, Seabell
11246 McDill AFB
11249 Canadian Military
11255 Belmont, Fanfare, Hexagon
11263 Belmont, Derail, Fanfare, Fastcharger, Tophand
11265 Canadian Military, Lahr Military
11266 German Military
11267 Ivanhoe
11271 Lajes AFB
11272 Upavon RAFB
11275-11400 Aeronautical Mobile (R)
11279 Algiers VOLMET-AFI, Bodo NAT-D, Cambridge NAT-D,
Churchill NAT-D, Dakar VOLMET-AFI, Frobisher NAT-D,
Gander NAT-D, Kano VOLMET-AFI, Khartoum VOLMET-AFI,
Reykjavik NAT-D, Shannon NAT-D, Sondrestrom NAT-D,
VOLMET-Russian
11282 Honolulu CEP-5, San Fransisco CEP-5
11288 Flight Test
11291 Brasilia SAT-2, Dakar SAT-2, Recife SAT-2
11300 Abadan MID-2, Addis Ababa AFI-3, Alma Ata MID-2, Bahrain
MID-2, Bombay AFI-3, Bombay MID-2, Cairo AFI-3, Delhi
MID-2, Dushanbe MID-2, Jeddah AFI-3, Karachi MID-2,
Nairobi AFI-3, Tehran MID-2, Tripoli AFI-3, Urumchi MID-
2
11306 Flight Test
11315 Merida VOLMET-CAR, Miami VOLMET-CAR, Port of Spain
VOLMET-CAR
11319 SW Pacific Islands, VOLMET-Russian
11342 New York/San Juan LDOC
11345 Bogota (Avianca), Stockholm (SAS)
11348 San Fransisco/Honolulu LDOC
11351 Paris (Air France)
11354 Bahrain (Gulf Air), Johannesburg (SAA)
11357 Alaska C/SE
11360 Antofagasta SW-SAM, Asuncion SW-SAM, Bogota NW-SAM,
Buenos Aires SW-SAM, Easter Island SW-SAM, La Paz SW-
SAM, Lima NW/SW-SAM, Montevideo SW-SAM, Panama City NW-
SAM, Punta Arenas SW-SAM, Quito NW-SAM, Santiago SW-SAM
11363 Alaska Aleutian
11375 Alma Ata MID-3, Dushanbe MID-3, Kuybyshev MID-3, Moscow
MID-3
11378 Prague VOLMET-EUR, Tel Aviv VOLMET-EUR
11384 Biak CWP-1/2, Guam CWP-2, Hong Kong CWP-1, Honolulu CWP-
2, Manila CWP-1, Naha CWP-1/2, Port Moresby CWP-1/2,
Pyongyang CWP-1, Seoul CWP-1, Shanghai CWP-1, Tokyo CWP-
1/2, Wake Island CWP-2
11387 Bangkok VOLMET-SEA, Bombay VOLMET-SEA, Calcutta VOLMET-
SEA, Karachi VOLMET-SEA, Singapore VOLMET-SEA, Sydney
VOLMET-SEA
11396 Bangkok SEA-1, Bangkok SEA-2, Calcutta SEA-1, Canton
SEA-1, Caracas CAR-A, Cocos Island SEA-1, Colombo SEA-1,
Darwin SEA-3, Djakarta SEA-3, Hong Kong SEA-2, Irkutsk
EA-2, Kumming SEA-1, Madras SEA-1, Manila SEA-2, Manila
SEA-3, Merida CAR-A, Miami CAR-A, New York CAR-A, Panama
City CAR-A, Perth SEA-3, Pyongyang EA-2, San Juan CAR-A,
Singapore SEA-1, Singapore SEA-2, Singapore SEA-3,
Sydney SEA-3, Ulan Bator EA-2
11400-11700 Fixed
11402 HBX76/HBO88 Geneve
11472 Telco St Georges Bermuda (C&W)
11515 Telco Hamilton Barbados (C&W)
11662.5 MLU Gibralter
11700-11975 Broadcasting
11770 Alpha Sierra (NC), Fairbanks, Morgantown, Schoolboy,
Yellocab
11802 NBA Balboa
11975-12330 Fixed
11991.5 CCS Santiago
11995 KKN44 Washington
11999 Telco Gothaab
12000 VNG Melbourne
12022.5 KKN50 Washington
12076 BC relay (BBC)
12135 NSS Annapolis
12250 RCG77/RSU31
12307 OBC Callao
12329 OVG4/8/12 Fredrikshaven
12330-12439.5 Maritime Mobile (ship telephony)
12333.1 WCM Pittsburgh, WJG Memphis
12379 Memphis (simplex), Pittsburgh (simplex)
12421 Simplex
12424.5 Simplex
12428 Simplex
12429.2 Limited coast
12432.3 Limited coast
12435.4 Limited coast
12439.5-12491 Maritime Mobile (special systems)
12491-12526.8 Maritime Mobile (ship SITOR)
12526.8-12539.6 Maritime Mobile (ship working)
12539.6-12564 Maritime Mobile (ship calling)
12562.3 SELCAL ship SITOR
12562.8 SELCAL ship SITOR
12564-12652.3 Maritime Mobile (ship working)
12652.3-13070.8 Maritime Mobile (coast working)
12660 Gulf of Mexico, South Atlantic
12691 6XS Diego Saurez, NST/GXH/AOK/..., South Pacific
12693 URD Leningrad
12695.5 KFS/B San Fransisco
12700 NMR San Juan, Puerto Rico, ZSC/6/9/21/33 Cape Town
12701 FUJ/4/6/8/9 Noumea
12702 CKN Vancouver, DHS Ruegen
12704.5 Gulf of Mexico, WLO Mobile, XXV/2/3/28/W31 Luanda
12706 UQK Riga, UYK
12707 9VG Singapore
12708.5 FJP8 Noumea
12709 8PO Barbados, GKR Wick, LSA4/5 Press, VRT Bermuda, ZSC
Presse
12712 OSN26/28/212/44 Ostende
12713.5 GKK/GKA4 Portishead, UXN/UGE Arkhangelsk
12714 GKM/GKW/GKN/GKF Portishead
12717 EBA Madrid
12718 NMN Portsmouth, ZLO
12718.5 NMR San Juan, NMY New York, ZPJ25
12721 SPA/SPH Gdynia
12723 SPA/SPH Gdynia
12724 ZRY/2/4/5/6/7
12725 6XS Diego Saurez
12727.5 LF-/LG- Rogoland
12730 NMC San Fransisco, UMV
12732 HKB Barranquilla, TAH Istanbul, UBN/UDC/UBC Jdanov,
UXN/UGE Arkhangelsk
12738 PPA25
12740 ZLP Awarua
12741 ZRH/2/3/4/5/6 Simonstown, ZRQ/2/3/4/5
12743 NMC San Fransisco, NOR San Diego, PPM28
12745.5 North Atlantic
12746 NRV
12748 CLQ Havana
12750 CWA Cerrito, VHP Belconnen
12753 GXM Singapore
12753.5 OXZ Lyngby
12754 UJO
12754.5 PWZ Rio de Janeiro
12755 SAB/SAG Goeteborg
12760 IRM Rome
12763.5 DAM Norddeich, DAN Norddeich
12765 CCS Santiago
12768 PCH Scheveningen
12772.5 XFU Vera Cruz, ZSL/2/3/4/5/6/7 Simonstown
12781.5 GYS3/4/5/6 Singapore, HKB Barranquilla, YUZ Rijeka
12782 OST/3/32/5/52/6/62 Ostende
12790.5 GKG Portishead
12795 UXN/UGE Arkhangelsk
12799.5 PCH Scheveningen
12808 KPH Bolinas, VTG3/4/5/6/7 Bombay
12808.5 Central Pacific
12810 HZY Dhahran
12815 RUVE/URB2/UDO2/RWWM Klaipeda
12817.5 SAB/SAG Goeteborg
12822 GKA Portishead
12823 CTP Palhais
12826.5 Gulf of Mexico, JCS/JCU Chosi, WNU Slidell
12829 CTP Palhais
12831 FFP2/3/7 Ft de France
12832 HKB Barranquilla
12833.5 SVA Athens
12835.5 GKB Portishead
12838 CCS Santiago
12840 Gulf of Mexico, VTP3/4/5/6 Vizagotapam, WPA Port Arthur
12841.5 EAD/2/EDZ4 Aranjuez
12843 FFL St Lys
12843.5 GBY20/MHU2/3/4/5/6 Rugby/Portishead
12844 UOP
12844.5 Central Pacific, KFS/A San Fransisco
12852 DZR Manila
12853.5 GKG Portishead, HKC Buenaventura, PCH Scheveningen
12861 DHS Ruegen
12862.5 NBA Balboa
12864 6WW Dakar
12867 NGP
12868 XSG Shanghai, XSM
12870 XSG Shanghai
12871.5 GRL/GKA2/GKB4/GKC4/5 Portishead
12874.5 VCS Halifax
12876 LF-/LG- Rogoland, VAI Vancouver
12877 UJY Iman, XSQ Canton
12878.5 CLQ Havana, JCS/JCU Chosi
12880.5 SAB/SAG Goeteborg
12882 DZG Manila
12883 NBA Balboa
12884 IAR Rome
12885 Central Atlantic, UJY Iman
12886 DZK Manila
12888 EAD/2/EDZ4 Aranjuez
12889 NMH Washington
12889.5 IDQ/2/3/6 Rome
12894 6WW Dakar, NBA Balboa
12895 UDH/UKB Riga
12898.5 DAN Norddeich
12906 UMV
12907.5 GBY20/MHU2/3/4/5/6 Rugby/Portishead, KLB Seattle, North
Pacific, VHP Belconnen, VIX2/3/4/5/6/7 Sydney
12912 FFL St Lys, SAB/SAG Goeteborg, South Pacific
12914 CFH-L Halifax
12916.5 North Pacific, OXZ Lyngby
12919 CLS La Fe Prince, UFN Novosibirsk
12921 CKN Vancouver, GYA2/3/4/5 London, GZC/2/3/4/5 Mauritius,
GZX2/3/4/5/6 Mauritius
12925.5 6WW Dakar, North Atlantic, WCC Chatham
12930 UAT Moskow
12934.5 EAD/2/EDZ4 Aranjuez, NMF Boston
12939 SPE/SPB Szczecin
12942.5 SVA Athens
12943.5 CUG Ponta Delgada, CUL Lisbon, LOL Buenos Aires,
ZLP2/4/5/6 Wellington
12945 GYS3/4/5/6 Singapore
12947 ZRH/2/3/4/5/6 Simonstown
12948 North Atlantic, WSC Tuckerton
12950 UFB Odessa
12952.5 South Atlantic, VIS26/5/6/42 Sydney, WMH Baltimore
12960 CCV Valpariso
12961.5 LF-/LG- Rogoland, North Atlantic
12962.5 ZRH/2/3/4/5/6 Simonstown, ZRQ/2/3/4/5
12965.5 Central Pacific
12966 NPG San Fransisco, NPG-FC/FM San Fransisco, NPM
Honolulu, NSS Annapolis, PCH Scheveningen
12970.5 SUH Alexandria, South Atlantic, WOE Lantana
12974 OSN26/28/212/44 Ostende
12975 IQX Trieste
12978 ICB Genova
12984 4XZ Haifa, CFH-L Halifax
12988.5 GZC/2/3/4/5 Mauritius, LPD Gral Pacheco, YIR Basrah
12993 KOK Los Angeles, South Pacific
12994 VIP4/3
12995 IQH Naples, ROT Moscow
12996 IAR12/67 Rome
12997.5 North Atlantic, WSL Amagansett
13001 IAR Rome
13002 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon, Central Pacific, KPH
Bolinas
13005 DHS Ruegen
13006.5 GKH Portishead, GKK/GKA4 Portishead, JOR Nagasaki
13011 AQP2/3/4 Karachi, IAR Rome, South Atlantic, WAX Miami
13015.5 IAR Rome, URD Leningrad
13020 GKC Portishead, GKT5/6 Portishead, North Atlantic
13024.5 HEB Berne, North Atlantic, WSL Amagansett
13027 DAF Norddeich, DAL Norddeich
13028 ZSD Durban
13029 GXO Mauritius, Hawaii, KHK Kahuku, SVA Athens,
ZRH/2/3/4/5/6 Simonstown
13030 UDB/URD Leningrad, URD Leningrad
13033.5 GXO Mauritius, GZV Mauritius, North Atlantic, South
Pacific, WCC Chatham
13038 Gulf of Mexico, KLC Galveston
13040 UDK2 Murmansk
13042.5 CRX21/23/28/26 Laurenco Marques, PJC Curacao
13045 JDC Chosi Siishib
13046 PZN4 Paramaribo
13047 SVA Athens
13051.5 4XO Haifa, Gulf of Mexico, WPD Tampa
13052.5 EBA Madrid
13055 UJQ
13056 ZLW4/5/6 Wellington
13059 GFC
13060.5 North Atlantic
13062.5 CLA Havana, DHS Ruegen
13066 EAD/2/EDZ4 Aranjuez
13067.5 OST/3/32/5/52/6/62 Ostende
13069.5 JOS Nagasaki, TFA Reykjavik
13070 UDH/UKB Riga
13070.8-13100.8 Maritime Mobile (coast SITOR)
13074 PJK34/38/312, UMV
13075 6VA Dakar
13078.5 LZW Varna, WSL Amagansett
13085 5BA Nocosia, HWN
13087.5 HKB Barranquilla, OFJ Helsinki
13092 CLA Havana, JOU Nagasaki
13093 EAT2 Tenerife
13096.5 FFS6/8 St Lys
13100 SELCAL coast SITOR, TIM Limon
13100.5 SELCAL coast SITOR
13100.8 KMI Dixon
13100.8-13200 Maritime Mobile (coast telephony)
13101 DHS Ruegen, JWT Stavanger, LOL Buenos Aires, ODR Beirut
13103.9 KMI Dixon, WFN Louisville, WGK St Louis
13105.5 GYR2/3/4/5 Malta, GYX Malta, JCT Chosi, OFJ Helsinki,
PPR Rio de Janeiro
13107 KMI Dixon, WOO Ocean Gate
13110 RCI/RCC
13113.2 AMVER, USCG WX
13114.5 KFS San Fransisco
13116.3 WOM Ojus
13122.5 WOM Ojus
13125.6 WOM Ojus
13128.7 WOO Ocean Gate
13131.8 WOO Ocean Gate
13134.9 WLO Mobile (SSB)
13144.2 WOM Ojus
13158 Louisville (simplex), St Louis (simplex)
13165 Wellington (A3)
13165.9 KOM Hawaii
13169 WOM Ojus
13175.2 WLO Mobile (SSB)
13178.3 WLO Mobile (SSB)
13184.5 WOO Ocean Gate
13187.6 KMI Dixon
13190.7 KMI Dixon, WOO Ocean Gate
13200-13260 Aeronautical Mobile (OR)
13201 Elmendorf AFB, Loring AFB, McClellan AFB
13204 Fireside, Rasputin
13205 Berne (Swissair), Gibralter RAFB, Luqa RAFB, Upavon RAFB
13214 Krauton AFB, San Pablo AFB, Seabell
13215 Air Force One, Andrews AFB
13221 JAX Control
13230 NRY (A2)
13231 Lahr Military
13241 Migraine, Retail
13244 Gladhand, McDill AFB
13247 Andrews AFB
13260-13360 Aeronautical Mobile (R)
13261 Antanarivo VOLMET-AFI, Brazzaville VOLMET-AFI, Honolulu
CEP-5, Johannesburg VOLMET-AFI, Nairobi VOLMET-AFI, San
Fransisco CEP-5
13264 Shannon VOLMET-EUR
13266 Red Cross AX
13270 Gander VOLMET-NAT, New York VOLMET-NAT
13273 Algiers AFI-2, Auckland SP-6, Easter Island SP-7,
Honolulu SP-7, Kano AFI-2, Nadi SP-6/7, Sydney SP-6,
Tahiti SP-7
13279 Brasilia VOLMET-SAM, Buenos Aires VOLMET-SAM,
Khabaraovsk VOLMET-NCA, Kiev VOLMET-NCA, Lima VOLMET-
SAM, Moscow VOLMET-NCA, Novosibirsk VOLMET-NCA, Tashkent
VOLMET-NCA, Vnukovo VOLMET-NCA
13282 Auckland VOLMET-PAC, Hong Kong VOLMET-PAC, Honolulu
VOLMET-PAC, Tokyo VOLMET-PAC
13288 Abadan MID-2, Addis Ababa AFI-3, Alma Ata MID-2, Bahrain
MID-2, Bombay AFI-3, Bombay MID-2, Cairo AFI-3, Delhi
MID-2, Dushanbe MID-2, Jeddah AFI-3, Karachi MID-2,
Leningrad EUR-A, Moscow EUR-A, Murmansk EUR-A, Nairobi
AFI-3, Odessa EUR-A, Tehran MID-2, Tripoli AFI-3,
Urumchi MID-2
13291 Bodo NAT-D, Cambridge NAT-D, Churchill NAT-D, Frobisher
NAT-D, Gander NAT-B/C, Gander NAT-D, New York NAT-B/C,
Reykjavik NAT-B/C, Reykjavik NAT-D, Santa Maria NAT-B/C,
Shannon NAT-B/C, Shannon NAT-D, Sondrestrom NAT-D
13294 Accra AFI-4, Anchorage NP-3/4, Beijing NP-3, Cold Bay
NP-3/4, Johannesburg AFI-4, Kano AFI-4, Khabarovsk NP-3,
Pyongyang NP-3/4, Seoul NP-3, Shanghai NP-3, Tokyo NP-3
13297 Asuncion SE-SAM, Beijing EA-1, Belem NE/C-SAM, Bogota C-
SAM, Brasilia C-SAM, Buenos Aires SE-SAM, Canton EA-1,
Caracas CAR-A, Caracas NE-SAM, Irkutsk EA-1, Kumming EA-
1, La Paz SE-SAM, Lanchau EA-1, Merida CAR-A, Miami CAR-
A, Montevideo SE-SAM, New York CAR-A, Panama City CAR-A,
Pyongyang EA-1, San Juan CAR-A, Seoul EA-1, Shanghai EA-
1, Ulan Bator EA-1, Urumchi EA-1
13300 Biak CWP-1/2, Guam CWP-2, Hong Kong CWP-1, Honolulu CWP-
2, Manila CWP-1, Naha CWP-1/2, Port Moresby CWP-1/2,
Pyongyang CWP-1, Seoul CWP-1, Shanghai CWP-1, Tokyo CWP-
1/2, Wake Island CWP-2
13303 Chulmani NCA-3, Irkutsk NCA-3, Khabarovsk NCA-3, Kirensk
NCA-3, Pyongyang NCA-3, Ulan Bator NCA-3
13306 Bombay INO-1, Cocos Island INO-1, Gander NAT-A,
Johannesburg INO-1, Lisbon NAT-A, Nairobi INO-1, New
York NAT-A, Perth INO-1, Salisbury INO-1, San Juan NAT-
A, Santa Maria NAT-A, Shannon NAT-A
13309 Bangkok SEA-2, Hong Kong SEA-2, Irkutsk EA-2, Manila
SEA-2, Pyongyang EA-2, Singapore SEA-2, Ulan Bator EA-2
13312 Ankara MID-1, Baghdad MID-1, Bahrain MID-1, Cairo MID-1,
Flight Test, Jeddah MID-1, Odessa MID-1, Tehran MID-1
13315 Brasilia SAT-2, Dakar SAT-2, Khanty Mansiysk NCA-1,
Moscow NCA-1, Recife SAT-2
13318 Bangkok SEA-1, Calcutta SEA-1, Canton SEA-1, Cocos
Island SEA-1, Colombo SEA-1, Darwin SEA-3, Djakarta SEA-
3, Kumming SEA-1, Madras SEA-1, Manila SEA-3, Perth SEA-
3, Singapore SEA-1, Singapore SEA-3, Sydney SEA-3
13324 Berne (Swissair), Dusseldorf (LTU), Tokyo (JAL)
13327 Athens (Olympic), Buenos Aires (Aerolineas Argentinas),
Frankfurt (Lufthansa)
13330 Houston LDOC, New York/San Juan LDOC
13333 London (British Airways), Seoul (KAL)
13336 Amsterdam (KLM), Bogota (Avianca), Rome (Alitalia)
13339 Bahrain (Gulf Air), Havana (Cubana), Jeddah (Saudia)
13342 Jeddah (Saudia), Stockholm (SAS)
13345 Moscow (Aeroflot)
13348 San Fransisco/Honolulu LDOC
13351 Brussels (Sabena), Paris (Air France), Tel Aviv (El Al)
13354 Honolulu CEP-5, San Fransisco CEP-5
13355 Telco Berlin DDR
13356 New York (test)
13357 Abidjan AFI-1, Brasilia SAT-1, Casablanca AFI-1, Dakar
AFI-1, Dakar SAT-1, Lisbon AFI-1, Recife SAT-1
13358 OLI4/OLH9 (intruder)
13360-14000 Fixed
13370 CWE94/CWO4/9CWD40 Cerrito, Telco Oakland (AT&T)
13372 CWE94/CWO4/9CWD40 Cerrito, Telco Rome
13375 Telco Berlin DDR
13376 Telco Ft Lauderdale (AT&T)
13380 NPN Guam, NPO/NDT
13390 Telco Oakland (AT&T)
13400 Telco New York (AT&T)
13428 Telco Oakland (AT&T)
13440 Telco Berlin DDR
13491 RCG77/RSU31
13498 IDR Rome
13530 NPN Guam
13538 OLI4/OLH9 (intruder)
13560 Industrial Scientific and Medical Equipment
13561 FDY
13563.5 IDR Rome
13568 DDH21/47/DDJ9/DFH23H1/DDN2/DGO46/L3 Pinneborg
13585 YAY4
13655 NPG-FC/FM San Fransisco, NPM Honolulu
13750 Telco Guantanamo Bay Cuba (AAC&R)
13873 FTN87 Pontoise
13893 YVR Caracas
13900 5YC Nairobi
13905 Telco Paris
13910 PPS74
13921.1 DDH21/47/DDJ9/DFH23H1/DDN2/DGO46/L3 Pinneborg
13945 FDY
13950 DBT/DBU/3/DBV/DBW/DBX/DBZ/3 Koenigwustern
13980 LCO/LFT/LHK Jeloey
14000-14350 Amateur
14350-14990 Fixed
14357 HBL
14360 AEZ Asmara (LSB), KWN90 Washington, KWS78 Washington,
Telco St Georges Bermuda (C&W)
14364 Telco New York (AT&T)
14365 Telco Oakland (AT&T)
14367 AEZ Asmara (LSB)
14410 DBT/DBU/3/DBV/DBW/DBX/DBZ/3 Koenigwustern
14420 CBY Pascua
14448 Telco Gothaab
14454 Telco Gothaab
14458 DDH21/47/DDJ9/DFH23H1/DDN2/DGO46/L3 Pinneborg
14460 DBT/DBU/3/DBV/DBW/DBX/DBZ/3 Koenigwustern
14462 HBX76/HBO88 Geneve
14470 HBL
14517 NAU Puerto Rico
14524 AEZ Asmara (LSB)
14527 BC relay (VOA)
14530 AEZ Asmara (LSB)
14540 Telco New York (AT&T)
14670 CHU Ottowa
14748 Telco New York (AT&T)
14806 AEZ Asmara (LSB)
14808 Telco Dakar
14830 WEO/WER/WES/WEU New York
14850 ZLZ/ZLX (A1)
14905 AEA Rhein Main (LSB)
14950 ZLZ22/20/ZLX22/31/37
14960 Telco Moscow
14990-15010 Radio Astronomy, Standard Frequency
14996 Novosibirsk, RTA
15000 BPV Shanghai, JJY Tokyo, LOL Buenos Aires, RNM Moscow,
RWM Moscow, WWV Ft Collins, WWVH Kihei Maui
15004 RID Irkutsk
15010-15100 Aeronautical Mobile (OR)
15015 Air Force One, Andrews AFB, McDill AFB
15025 COL Havana, MQY Chatham
15031 McClellan AFB
15035 Canadian Military, Looking Glass, Retail
15036 Miharik Combine (Bahrein, Ceylon, Kuwait)
15041 Democrat, Migraine, Outway, Retail
15046 Cyprus Combine
15048 Andrews AFB
15054 Overwork
15095 Loring AFB
15100-15450 Broadcasting
15283 Louisville (simplex)
15450-16460 Fixed
15500 AEA Rhein Main (LSB)
15526 AEZ Asmara (LSB)
15540 ACA Panama (A1), KKN50 Washington, Telco Moscow
15656 RCC4
15704 CUA43/47/48/69/90 Alfragide
15710 Telco Tel Aviv
15752 BC relay (VOA)
15770 SPE/SPB Szczecin
15772 SNN23
15775 BC relay (RFE)
15786 Pauline (LSB)
15793 Telco New York (AT&T)
15798 Telco New York (AT&T)
15833 Telco Tuolon
15852 BC relay (BBC)
15907 BC relay (BBC)
15917 AEZ7 Asmara, KKN44 Washington
15920 CFH-NAWS Halifax
15925 NPN Guam
15987 WEO/WER/WES/WEU New York
16003 UDK2 Murmansk
16018.8 Gulf of Mexico
16065 BC relay (RFE)
16130 GXO Mauritius
16150 KRH50 Washington
16157 Telco Havana
16162 KKN44 Washington
16180 NSS Annapolis
16237 Pauline (LSB)
16270 Telco New York (AT&T)
16294 Telco Monrovia
16317 CQF57 Bissau
16358 DES/DEU Koenigswustern
16415 Telco Paris
16457.5 NPG-FC/FM San Fransisco, NPM Honolulu
16460-16596.4 Maritime Mobile (ship telephony)
16488 Memphis (simplex), Pittsburgh (simplex)
16518.9 WCM Pittsburgh, WJG Memphis
16565 Simplex
16568.5 Simplex
16572 Simplex
16587.1 Limited coast
16590.2 Limited coast
16593.3 Limited coast
16596.4-16660 Maritime Mobile (special systems)
16660-16705.8 Maritime Mobile (ship SITOR)
16705.8-16719.8 Maritime Mobile (ship working)
16719.8-16748.8 Maritime Mobile (ship calling)
16748.8-16859.4 Maritime Mobile (ship working)
16749.9 SELCAL ship SITOR
16750.4 SELCAL ship SITOR
16847.3 Central Pacific
16859.4-17196.9 Maritime Mobile (coast working)
16861.7 South Atlantic
16871.3 Gulf of Mexico
16880.9 South Pacific
16904.9 North Atlantic
16918.8 GBY20/MHU2/3/4/5/6 Rugby/Portishead, South Atlantic, VHP
Belconnen, VIX2/3/4/5/6/7 Sydney
16920.8 CLS La Fe Prince, OXZ Lyngby
16924 OFJ Helsinki
16928 LF-/LG- Rogoland
16928.4 GYS3/4/5/6 Singapore
16933.2 WCC Chatham
16942.5 YUZ Rijeka
16944.8 CFH-L Halifax
16945.5 EAT2 Tenerife
16947.5 6VA Dakar, 8PO Barbados, VIP4/3, VRT Bermuda
16947.8 TUA9 Abidjan
16948.4 VCS Halifax
16950 NPG-FC/FM San Fransisco
16952 LCO/LFT/LHK Jeloey, LF-/LG- Rogoland, PPE2 Rio de
Janeiro
16954.4 GKC Portishead, GKT5/6 Portishead
16956 AQR2/3/5 Chittagong
16956.5 HZY Dhahran, URD Leningrad
16957.5 FUF Ft de France
16960 CUL Lisbon, UMV
16960.4 CLQ Havana, JOU Nagasaki, PWZ Rio de Janeiro
16964 SPA/SPH Gdynia, ZRH/2/3/4/5/6 Simonstown
16964.4 ZRQ/2/3/4/5
16965 DHS Ruegen
16966 SVA Athens
16968.8 North Atlantic, WCC Chatham
16973.6 North Atlantic, WCC Chatham
16974 SPE/SPB Szczecin
16978.4 FUF Ft de France, GZC/2/3/4/5 Mauritius, Hawaii, KHK
Kahuku
16980 DAM Norddeich
16983.2 PPA25, URD Leningrad
16987 ZRH/2/3/4/5/6 Simonstown
16988 GYR2/3/4/5 Malta, ZRQ/2/3/4/5
16990 USR2
16992.8 UAT Moskow
16997 UDH/UKB Riga
16997.6 North Atlantic, WSL Amagansett
17001.5 XSQ Canton
17002 XSG Shanghai
17002.4 HKB Barranquilla, NMR San Juan, NMT, NMY New York
17004 URD Leningrad, ZRH/2/3/4/5/6 Simonstown
17005 UJY Iman
17006 XSQ Canton
17007.2 KLB Seattle, North Pacific, PCH Scheveningen
17011 NST/GXH/AOK/...
17012.5 ZLO
17015 UJQ
17016.8 Central Pacific, KPH Bolinas, OST/3/32/5/52/6/62 Ostende
17018 ZRY/2/4/5/6/7
17020 FFS6/8 St Lys, UDK2 Murmansk
17021.6 North Atlantic, WSL Amagansett
17022 TAH Istanbul
17026 Central Pacific, KFS/A San Fransisco
17027 FFL St Lys
17030 GZV Mauritius
17030.5 GXB, GXO Mauritius
17040 UFB Odessa
17040.8 FFL St Lys, FFS6/8 St Lys
17043.2 JCS/JCU Chosi
17045.6 LPD Gral Pacheco
17047.2 PBC32/34/36/38/312/317/322 Goeree
17048 DAF Norddeich
17053.6 GYA2/3/4/5 London
17055 UFB Odessa
17055.2 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon, GZX2/3/4/5/6
Mauritius
17064 UFW
17064.8 6XS Diego Saurez, EAD/2/EDZ4 Aranjuez, KOK Los Angeles,
South Pacific
17066 UAT Moskow
17068 OXZ Lyngby
17069.6 SPE/SPB Szczecin
17072 GKG Portishead, GKK/GKA4 Portishead
17074.4 LF-/LG- Rogoland
17079.2 SAB/SAG Goeteborg
17084 IQX Trieste
17085 UBN/UDC/UBC Jdanov
17088 CRX21/23/28/26 Laurenco Marques, KPH Bolinas
17088.8 Central Pacific, South Pacific
17093.6 North Atlantic, South Atlantic
17094 SVA Athens
17098 UXN/UGE Arkhangelsk
17098.4 GKA Portishead, GKM/GKW/GKN/GKF Portishead
17100 DHS Ruegen, UFN Novosibirsk
17103.2 PCH Scheveningen
17105 IRM Rome, WWD Point Loma
17107 XSG Shanghai
17108 FUF Ft de France
17112.8 GKB Portishead, JCS/JCU Chosi
17117.6 Gulf of Mexico, WNU Slidell
17119 PRS5
17127.2 ZLP2/4/5/6 Wellington
17134 UMV
17136 DZR Manila
17136.8 GKM/GKW/GKN/GKF Portishead, NBA Balboa
17137 RUVE/URB2/UDO2/RWWM Klaipeda
17141.6 UBN/UDC/UBC Jdanov
17143.5 DAN Norddeich
17146.4 4XO Haifa, CLA Havana
17147.2 NRV
17148 HKB Barranquilla
17150 GXM Singapore
17151 NMN Portsmouth
17151.2 NMC San Fransisco
17155 6WW Dakar
17159 PWZ Rio de Janeiro
17160 IAR Rome, URL
17160.8 IAR Rome, IAR12/67 Rome, PWZ Rio de Janeiro, South
Atlantic, WOE Lantana
17161.4 VIS26/5/6/42 Sydney
17164 SPA/SPH Gdynia
17165 ZRY/2/4/5/6/7
17165.6 CLA Havana, LF-/LG- Rogoland
17170 UDK2 Murmansk
17170.4 Gulf of Mexico, PJC Curacao, South Atlantic, ZLW4/5/6
Wellington
17172.4 Gulf of Mexico, IAR Rome, UOP, WLO Mobile
17173.2 EAC/2 Cadiz
17175.2 VAI Vancouver
17176 DZG Manila, JCT Chosi
17177.5 DAL Norddeich
17180 6XS Diego Saurez, FUG La Regine, LOL Buenos Aires
17181 UDH/UKB Riga
17184.4 EAD/2/EDZ4 Aranjuez
17184.8 KFS/B San Fransisco
17185.5 EAX4 Parets Valles
17187 OST/3/32/5/52/6/62 Ostende
17189 SVA Athens
17189.6 CLQ Havana, XXV/2/3/28/W31 Luanda
17190 CTN7 Apulia
17194 SVA Athens
17194.4 PPR Rio de Janeiro
17196 6WW Dakar
17196.9-17232.9 Maritime Mobile (coast SITOR)
17197 HEB Berne
17199.2 PKI Djakarta, WAX Miami
17206 6WW Dakar
17208.8 CWA Cerrito, KLC Galveston
17210 UXN/UGE Arkhangelsk
17215 6WW Dakar, LZW Varna
17217 ICB Genova
17218 XSQ Canton
17218.4 CFH-L Halifax
17220 UXN/UGE Arkhangelsk
17225 SPA/SPH Gdynia
17228 CKN Vancouver
17230 6WW Dakar, DHS Ruegen
17230.5 UMN Adler, UMV
17232 SELCAL coast SITOR
17232.5 SELCAL coast SITOR
17232.8 IAR Rome
17232.9 KOM Hawaii, WOM Ojus
17232.9-17360 Maritime Mobile (coast telephony)
17236 KMI Dixon
17237.6 PCH Scheveningen
17239.1 KMI Dixon
17241 UAT Moskow
17242.4 WSC Tuckerton
17245.3 WOO Ocean Gate
17246.5 UDH/UKB Riga
17247.2 NMC San Fransisco, NMG New Orleans
17251.5 WLO Mobile (SSB)
17253 OSN46/412/416
17257.7 WOM Ojus
17260.8 WOM Ojus
17279.4 KMI Dixon
17283 St Louis (simplex)
17283.9 WOM Ojus
17288 NPG San Fransisco
17291.8 WFN Louisville, WGK St Louis, WOO Ocean Gate
17304.2 KMI Dixon
17307.3 AMVER, USCG WX
17310.4 WOO Ocean Gate
17325.9 WOO Ocean Gate
17329 WLO Mobile (SSB)
17356.9 WLO Mobile (SSB)
17360-17700 Fixed
17370 UFB Odessa
17375 URD Leningrad
17390 VKS3/5/49/74/93/VKH70
17445 BC relay (DW), BC relay (RFE)
17505 RCI/RCC
17530 NPN Guam
17590 NBA Balboa
17605 CLQ Havana
17640 Telco Oakland (AT&T)
17666 Telco Gothaab
17669 YVR Caracas
17672 Telco Gothaab
17697.5 NBA Balboa
17700-17900 Broadcasting
17900-17970 Aeronautical Mobile (R)
17904 Anchorage NP-3/4, Auckland SP-6, Beijing NP-3, Biak CWP-
1/2, Cold Bay NP-3/4, Easter Island SP-7, Guam CWP-2,
Hong Kong CWP-1, Honolulu CEP-5, Honolulu CWP-2,
Honolulu SP-7, Khabarovsk NP-3, Manila CWP-1, Nadi SP-
6/7, Naha CWP-1/2, Port Moresby CWP-1/2, Pyongyang CWP-
1, Pyongyang NP-3/4, San Fransisco CEP-5, Seoul CWP-1,
Seoul NP-3, Shanghai CWP-1, Shanghai NP-3, Sydney SP-6,
Tahiti SP-7, Tokyo CWP-1/2, Tokyo NP-3, Wake Island CWP-
2
17907 Antofagasta SW-SAM, Asuncion SE-SAM, Asuncion SW-SAM,
Bangkok SEA-1, Bangkok SEA-2, Belem NE/C-SAM, Bogota C-
SAM, Bogota NW-SAM, Brasilia C-SAM, Buenos Aires SE-SAM,
Buenos Aires SW-SAM, Calcutta SEA-1, Canton SEA-1,
Caracas CAR-A, Caracas NE-SAM, Cocos Island SEA-1,
Colombo SEA-1, Darwin SEA-3, Djakarta SEA-3, Easter
Island SW-SAM, Hong Kong SEA-2, Irkutsk EA-2, Kumming
SEA-1, La Paz SE-SAM, La Paz SW-SAM, Lima NW/SW-SAM,
Madras SEA-1, Manila SEA-2, Manila SEA-3, Merida CAR-A,
Miami CAR-A, Montevideo SE-SAM, Montevideo SW-SAM, New
York CAR-A, Panama City CAR-A, Panama City NW-SAM, Perth
SEA-3, Punta Arenas SW-SAM, Pyongyang EA-2, Quito NW-
SAM, San Juan CAR-A, Santiago SW-SAM, Singapore SEA-1,
Singapore SEA-2, Singapore SEA-3, Sydney SEA-3, Ulan
Bator EA-2
17916 Athens (Olympic), Paris (Air France), Seoul (KAL),
Stockholm (SAS)
17919 Buenos Aires (Aerolineas Argentinas), Rio de Janeiro
(Varig)
17922 London (British Airways), Sidney (Qantas)
17925 Houston LDOC, New York/San Juan LDOC, San
Fransisco/Honolulu LDOC
17928 Bogota (Avianca), Buenos Aires (Aerolineas Argentinas)
17931 Bahrain (Gulf Air), Berne (Swissair), Frankfurt
(Lufthansa)
17934 Havana (Cubana)
17940 Amsterdam (KLM), Brussels (Sabena), Houston (Universal
Aviation), Madrid/Las Palmas (Iberia), Moscow
(Aeroflot), Rome (Alitalia), Tel Aviv (El Al)
17946 Bodo NAT-D, Cambridge NAT-D, Churchill NAT-D, Frobisher
NAT-D, Gander NAT-A, Gander NAT-B/C, Gander NAT-D,
Lisbon NAT-A, New York NAT-A, New York NAT-B/C,
Reykjavik NAT-B/C, Reykjavik NAT-D, San Juan NAT-A,
Santa Maria NAT-A, Santa Maria NAT-B/C, Shannon NAT-A,
Shannon NAT-B/C, Shannon NAT-D, Sondrestrom NAT-D
17955 Abidjan AFI-1, Brasilia SAT-1, Brasilia SAT-2,
Casablanca AFI-1, Dakar AFI-1, Dakar SAT-1, Dakar SAT-2,
Lisbon AFI-1, Recife SAT-1, Recife SAT-2
17958 Barnaul NCA-2, Chulmani NCA-3, Irkutsk NCA-2, Irkutsk
NCA-3, Khabarovsk NCA-3, Khanty Mansiysk NCA-1, Khanty
Mansiysk NCA-2, Kirensk NCA-2, Kirensk NCA-3, Moscow
NCA-1, Pyongyang NCA-3, Ulan Bator NCA-3
17961 Abadan MID-2, Accra AFI-4, Addis Ababa AFI-3, Algiers
AFI-2, Alma Ata MID-2, Alma Ata MID-3, Bahrain MID-2,
Bombay AFI-3, Bombay INO-1, Bombay MID-2, Cairo AFI-3,
Cocos Island INO-1, Delhi MID-2, Dushanbe MID-2,
Dushanbe MID-3, Jeddah AFI-3, Johannesburg AFI-4,
Johannesburg INO-1, Kano AFI-2, Kano AFI-4, Karachi MID-
2, Kuybyshev MID-3, Leningrad EUR-A, Moscow EUR-A,
Moscow MID-3, Murmansk EUR-A, Nairobi AFI-3, Nairobi
INO-1, Odessa EUR-A, Perth INO-1, Salisbury INO-1,
Tehran MID-2, Tripoli AFI-3, Urumchi MID-2
17964 Flight Test
17970-18030 Aeronautical Mobile (OR)
17975 Retail
17988 GZO Hong Kong
17993 Andrews AFB
17995 Canadian Military
18009 JAX Control
18019 Rasputin, San Pablo AFB
18023 Berne (Swissair), Red Cross AX
18030-19990 Fixed
18033 NDT Totsuka, NPN Guam
18036.5 CCS Santiago
18104 SOT26 Warszawa
18175 Telco Stockholm
18275 BC relay (VOA)
18303 OLD/OLG4 Prague
18330 Telco Paris
18359 KWN90 Washington
18386 OMZ
18468 KKN50 Washington, Telco Karachi
18496 SNN2
18614 Telco Gothaab
18619 Telco Amsterdam
18620 Telco Gothaab
18624 Telco Rome
18626 Telco Gothaab
18631 Telco Rome
18632 Telco Rome
18637 Telco Rome
18640 Telco Kabul
18700 DGS70/DAM Elmshorn/Norddeich
18805 Telco Paris
18840 Telco Havana
18924 Telco New York (AT&T)
18933.2 North Atlantic
19080 Telco New York (AT&T)
19240 DBT/DBU/3/DBV/DBW/DBX/DBZ/3 Koenigwustern
19262.5 BC relay (VOA)
19298 Telco New York (AT&T)
19330 Telco Rome
19435 Telco Rome
19520 Telco Rome
19592 Telco Rome
19678 Telco Rome
19723.5 BC relay (VOA)
19796 CUC8/9 Alfragide
19810 CUC8/9 Alfragide
19820 Telco New York (AT&T)
19881 EAV988 Aranjuez
19933 Telco Rome
19934 Telco Rome
19990-20010 Radio Astronomy, Standard Frequency
20000 RNM Moscow, WWV Ft Collins, WWVH Kihei Maui
20010-21000 Fixed
20020 Telco Kampala
20053 Telco Addis Ababa
20122 KKN44 Washington
20147 AEZ Asmara (LSB)
20202 EAY22/49 Basile
20215 BC relay (RFE)
20225 NSS Annapolis
20235 Telco Jeddah
20250 Pauline (LSB)
20290 Telco Cairo
20300 GYA2/3/4/5 London
20575 NPM Honolulu
20624 Pauline (LSB)
20630 LCO/LFT/LHK Jeloey
20640 Andrews AFB
20708 Telco New York (AT&T)
20710 BC relay (RFE)
20827 Telco Tel Aviv
20900 Telco Paris
20920 Telco New York (AT&T)
21000-21450 Amateur
21450-21750 Broadcasting
21750-21850 Fixed
21760 NPN Guam
21796 CUA43/47/48/69/90 Alfragide
21850-21870 Radio Astronomy
21870-22000 Aeronautical Mobile (R)
21931 Flight Test
21940 Paris (Air France)
21943 Bahrain (Gulf Air), Beirut (MEA), Johannesburg (SAA)
21945 Havana (Cubana)
21946 London (British Airways)
21949 Seoul (KAL)
21952 Rome (Alitalia), Tel Aviv (El Al)
21955 Buenos Aires (Aerolineas Argentinas), Rio de Janeiro
(Varig)
21958 Moscow (Aeroflot)
21964 Houston LDOC, New York/San Juan LDOC, San
Fransisco/Honolulu LDOC
21967 Madrid/Las Palmas (Iberia)
21970 Seoul (KAL), Sidney (Qantas)
21973 Amsterdam (KLM)
21979 Athens (Olympic), Frankfurt (Lufthansa)
21988 Berne (Swissair)
21991 Rio de Janeiro (Varig)
21994 Jeddah (Saudia)
21997 Stockholm (SAS)
22000-22139.5 Maritime Mobile (ship telephony)
22094.5 Simplex
22098 Simplex
22101.5 Simplex
22105 Simplex
22108.5 Simplex
22124 Limited coast
22127.1 Limited coast
22130.2 Limited coast
22133.3 Limited coast
22136.4 Limited coast
22139.5-22192 Maritime Mobile (special systems)
22192-22227 Maritime Mobile (ship SITOR)
22227-22250 Maritime Mobile (ship calling)
22248 SELCAL ship SITOR
22248.5 SELCAL ship SITOR
22250-22310.5 Maritime Mobile (ship working)
22310.5-22561 Maritime Mobile (coast working)
22318.5 Gulf of Mexico, South Atlantic
22348.5 North Atlantic
22366.5 North Atlantic
22377 IAR Rome
22383 GBY20/MHU2/3/4/5/6 Rugby/Portishead
22387 VCS Halifax
22393 ZRQ/2/3/4/5
22395 CLA Havana, OFJ Helsinki
22399 SPA/SPH Gdynia
22400 ZRH/2/3/4/5/6 Simonstown
22401 NDT Totsuka
22403 UJY Iman
22404 OXZ Lyngby
22407 GKC Portishead, North Atlantic, ZRH/2/3/4/5/6 Simonstown
22411 SVA Athens
22413 KOK Los Angeles, SAB/SAG Goeteborg, South Pacific
22417 SVA Athens
22418 GKC Portishead, OXZ Lyngby
22419 LPD Gral Pacheco
22420 PPA25, URL
22422 GYR2/3/4/5 Malta
22423 UAT Moskow
22425 Central Pacific, KFS/A San Fransisco, LF-/LG- Rogoland
22426 AQP2/3/4 Karachi
22431 Gulf of Mexico, South Atlantic, WNU Slidell
22441 8PO Barbados
22446 EAD/2/EDZ4 Aranjuez
22448 FUF Ft de France
22449 CKN Vancouver, GKB Portishead
22450 ROT Moscow
22455 ZSL/2/3/4/5/6/7 Simonstown
22458 GKG Portishead, OXZ Lyngby, RUVE/URB2/UDO2/RWWM
Klaipeda, WAX Miami
22467 GKA Portishead, South Pacific
22471 EBA Madrid
22472 LF-/LG- Rogoland, SVA Athens
22473 VIS26/5/6/42 Sydney
22476 DAM Norddeich, DAN Norddeich, NRV
22479 CUL Lisbon, Central Pacific, GZX2/3/4/5/6 Mauritius, KPH
Bolinas
22480 DHS Ruegen
22481 DHS Ruegen
22485 North Atlantic, VIX2/3/4/5/6/7 Sydney, WSL Amagansett
22487 Gulf of Mexico
22487.5 NMF Boston
22488 VHP Belconnen
22491 4XO Haifa
22495 SPA/SPH Gdynia
22503 GKG Portishead, North Atlantic, South Atlantic
22505 PRS5, SPE/SPB Szczecin
22509 FFL St Lys, FFS6/8 St Lys, Hawaii
22512 UAT Moskow, UJA
22515 Central Pacific, DAN Norddeich, KFS/B San Fransisco
22521 GYS3/4/5/6 Singapore, WCC Chatham
22523 FUB Paris
22525 IRM Rome
22526 GKH Portishead
22528.5 GKI Portishead
22530 PWZ Rio de Janeiro
22533 GZC/2/3/4/5 Mauritius, OST/3/32/5/52/6/62 Ostende, ZLP
Awarua
22539 North Pacific, PCH Scheveningen
22545 GKM/GKW/GKN/GKF Portishead
22550 DHS Ruegen
22551 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon
22556 GYA2/3/4/5 London
22557 Central Pacific, KPH Bolinas
22561-22596 Maritime Mobile (coast SITOR)
22563 6XS Diego Saurez
22566 CTU2/CTV/2/7/CTU8 Monsanto/Lisbon
22569 FFL St Lys, FFS6/8 St Lys
22575 PCH Scheveningen
22581 4XZ Haifa
22587 CFH-L Halifax, GZC/2/3/4/5 Mauritius
22589 URD Leningrad
22591 DAL Norddeich
22593 6WW Dakar, NPG-FC/FM San Fransisco, NPM Honolulu
22595 HEB Berne, SELCAL coast SITOR
22595.5 SELCAL coast SITOR
22596 LZS, WOO Ocean Gate
22596-22720 Maritime Mobile (coast telephony)
22598 ZSC/6/9/21/33 Cape Town
22599 WCC Chatham
22600 UOP
22602 OST/3/32/5/52/6/62 Ostende
22607 SAB/SAG Goeteborg
22608.4 WOO Ocean Gate
22611 CCS Santiago
22615 UDK2 Murmansk
22616 GZV Mauritius, UBN/UDC/UBC Jdanov
22617 GXO Mauritius
22623 IAR Rome
22623.9 WOO Ocean Gate
22635 NPG San Fransisco
22636.3 KMI Dixon
22639.4 WOM Ojus
22642.5 WOM Ojus
22661.1 WOM Ojus
22664.2 KMI Dixon
22670 ZUD Telco
22676.6 WLO Mobile (SSB)
22689 WLO Mobile (SSB)
22697.7 KMI Dixon
22704.5 KMI Dixon, WOO Ocean Gate
22707.6 WLO Mobile (SSB)
22720-23200 Fixed
22754 GXM Singapore
22760 NKA Asmara
22764 NAA Cutler
22805 Pauline (LSB)
22845 VHP Belconnen
22919 NST/GXH/AOK/...
23200-23350 Aeronautical Mobile (OR)
23285 Berne (Swissair)
23350-24990 Fixed
23464 Telco New York (AT&T)
23821.5 Telco Rome
23891 URD Leningrad
23975 KKN50 Washington
24020 BC relay (BBC)
24450 Pauline (LSB)
24990-25010 Radio Astronomy, Standard Frequency
25000 RNM Moscow, WWV Ft Collins
25010-25070 Land Mobile (industrial)
25011 SVA Athens
25020 Industrial (Petroleum)
25040 Industrial (Petroleum)
25060 Industrial (Petroleum)
25065 OFJ Helsinki
25070-25076 Maritime Mobile (ship calling)
25076-25090.1 Maritime Mobile (ship SITOR)
25080 Industrial (Petroleum)
25090.1-25110 Maritime Mobile (ship working)
25100 Industrial (Petroleum)
25110-25330 Land Mobile (industrial)
25120 Industrial (Petroleum)
25135 OST/3/32/5/52/6/62 Ostende
25140 Industrial (Petroleum)
25160 Industrial (Petroleum)
25180 Industrial (Petroleum)
25189 Telco Paris
25200 Industrial (Petroleum)
25202 BC relay (VOA)
25210 Telco Brazzaville
25220 Industrial (Petroleum)
25240 Industrial (Petroleum)
25250 ZUD Telco
25255 ZUD Telco
25260 Industrial (Petroleum)
25262 OXZ Lyngby
25280 Industrial (Petroleum)
25300 Industrial (Petroleum)
25308 LF-/LG- Rogoland
25320 Industrial (Petroleum)
25329 ZUD Telco
25330-25600 Government
25383 LF-/LG- Rogoland
25387 URD Leningrad
25401 SVA Athens
25416 URD Leningrad
25434 TIM Limon
25460 UMV
25461 SAB/SAG Goeteborg
25545 UMV
25562 HKB Barranquilla
25570 UXN/UGE Arkhangelsk
25590 NSS Annapolis
25596 UFB Odessa
25600-26100 Broadcasting
25725 URD Leningrad
25726 CLQ Havana
25801 BC relay (VOA)
25860 UAT Moskow, UBN/UDC/UBC Jdanov
25900 UFB Odessa
26000 BC relay (VOA)
26030 IAR Rome
26055 UFB Odessa
26062.5 URD Leningrad
26070 6VA Dakar
26100-26480 Land Mobile (remote pickup)
26103.5 4XO Haifa
26110 BC relay (DSB), UJQ
26129 UAT Moskow
26150 UJQ
26445 BC relay (LSB)
26480-26950 Government (civil air patrol)
26620 Civil Air Patrol
26950-26960 Fixed
26955 International Fixed Public
26960-27410 Personal
27120 Industrial Scientific and Medical Equipment
27235 Industrial
27245 Industrial
27255 Industrial
27265 Industrial
27275 Industrial
27290 Industrial (Special Industrial)
27310 Industrial (Special Industrial)
27330 Industrial (Special Industrial)
27350 Industrial (Special Industrial)
27370 Industrial (Special Industrial)
27390 Industrial (Business Radio)
27410 Industrial (Business Radio)
27410-27540 Land Mobile
27430 Industrial (Business Radio)
27450 Industrial (Business Radio)
27470 Industrial (Business Radio)
27490 Industrial (Business Radio)
27510 Industrial (Business Radio)
27530 Industrial (Business Radio)
27540-28000 Government
28000-29700 Amateur
29700-29800 Land Mobile
29710 Industrial (Forest Products)
29730 Industrial (Forest Products)
29750 Industrial (Forest Products)
29770 Industrial (Forest Products)
29790 Industrial (Forest Products)
29800-29890 Fixed
29890-29910 Government
29910-30000 Fixed
29916
icom-20120228/8500.MCH 0000644 0001750 0001750 00000006273 10376731213 012635 0 ustar colin colin [REV]
ID=1.0.0
APP=IC-PCR1000 Revision 2.0
[BANK00]
BANKNAME=
ACTIVECH=0
00=CAR-A,,2.887,USB,3k,OFF,3kHz,OFF,OFF,OFF
01=CAR-A,,5.550,USB,3k,OFF,3kHz,OFF,OFF,OFF
02=CAR-A,,6.577,USB,3k,OFF,3kHz,OFF,OFF,OFF
03=CAR-A,,8.918,USB,3k,OFF,3kHz,OFF,OFF,OFF
04=CAR-A,,11.396,USB,3k,OFF,3kHz,OFF,OFF,OFF
05=CAR-A,,13.297,USB,3k,OFF,3kHz,OFF,OFF,OFF
06=CAR-A,,17.907,USB,3k,OFF,3kHz,OFF,OFF,OFF
07=CAR-B,,3.455,USB,3k,OFF,3kHz,OFF,OFF,OFF
08=CAR-B,,5.520,USB,3k,OFF,3kHz,OFF,OFF,OFF
09=CAR-B,,6.586,USB,3k,OFF,3kHz,OFF,OFF,OFF
10=CAR-B,,8.846,USB,3k,OFF,3kHz,OFF,OFF,OFF
11=CAR-B,,11.330,USB,3k,OFF,3kHz,OFF,OFF,OFF
12=CAR-B,,11.387,USB,3k,OFF,3kHz,OFF,OFF,OFF
13=CAR-B,,17.907,USB,3k,OFF,3kHz,OFF,OFF,OFF
[BANK01]
BANKNAME=
ACTIVECH=0
00=NAT-A,,3.016,USB,3k,OFF,3kHz,OFF,OFF,OFF
01=NAT-A,,5.598,USB,3k,OFF,3kHz,OFF,OFF,OFF
02=NAT-A,,8.906,USB,3k,OFF,3kHz,OFF,OFF,OFF
03=NAT-A,,13.306,USB,3k,OFF,3kHz,OFF,OFF,OFF
04=NAT-A,,17.946,USB,3k,OFF,3kHz,OFF,OFF,OFF
05=NAT-B,,2.899,USB,3k,OFF,3kHz,OFF,OFF,OFF
06=NAT-B,,5.616,USB,3k,OFF,3kHz,OFF,OFF,OFF
07=NAT-B,,8.864,USB,3k,OFF,3kHz,OFF,OFF,OFF
08=NAT-B,,13.291,USB,3k,OFF,3kHz,OFF,OFF,OFF
09=NAT-B,,17.946,USB,3k,OFF,3kHz,OFF,OFF,OFF
10=NAT-C,,2.862,USB,3k,OFF,3kHz,OFF,OFF,OFF
11=NAT-C,,5.649,USB,3k,OFF,3kHz,OFF,OFF,OFF
12=NAT-C,,8.879,USB,3k,OFF,3kHz,OFF,OFF,OFF
13=NAT-C,,13.306,USB,3k,OFF,3kHz,OFF,OFF,OFF
14=NAT-C,,17.946,USB,3k,OFF,3kHz,OFF,OFF,OFF
15=NAT-D,,2.971,USB,3k,OFF,3kHz,OFF,OFF,OFF
16=NAT-D,,4.675,USB,3k,OFF,3kHz,OFF,OFF,OFF
17=NAT-D,,8.891,USB,3k,OFF,3kHz,OFF,OFF,OFF
18=NAT-D,,11.279,USB,3k,OFF,3kHz,OFF,OFF,OFF
19=NAT-D,,13.291,USB,3k,OFF,3kHz,OFF,OFF,OFF
20=NAT-D,,17.946,USB,3k,OFF,3kHz,OFF,OFF,OFF
21=NAT-E,,2.962,USB,3k,OFF,3kHz,OFF,OFF,OFF
22=NAT-E,,6.628,USB,3k,OFF,3kHz,OFF,OFF,OFF
23=NAT-E,,8.825,USB,3k,OFF,3kHz,OFF,OFF,OFF
24=NAT-E,,11.309,USB,3k,OFF,3kHz,OFF,OFF,OFF
25=NAT-E,,13.354,USB,3k,OFF,3kHz,OFF,OFF,OFF
26=NAT-F,,3.476,USB,3k,OFF,3kHz,OFF,OFF,OFF
27=NAT-F,,6.622,USB,3k,OFF,3kHz,OFF,OFF,OFF
28=NAT-F,,8.831,USB,3k,OFF,3kHz,OFF,OFF,OFF
[BANK02]
BANKNAME=
ACTIVECH=0
00=VOLMET-NAT,,3.485,USB,3k,OFF,3kHz,OFF,OFF,OFF
01=VOLMET-NAT,,6.604,USB,3k,OFF,3kHz,OFF,OFF,OFF
02=VOLMET-NAT,,10.051,USB,3k,OFF,3kHz,OFF,OFF,OFF
03=VOLMET-NAT,,13.270,USB,3k,OFF,3kHz,OFF,OFF,OFF
04=VOLMET-EU,,3.413,USB,3k,OFF,3kHz,OFF,OFF,OFF
05=VOLMET-EU,,5.505,USB,3k,OFF,3kHz,OFF,OFF,OFF
06=VOLMET-EU,,8.957,USB,3k,OFF,3kHz,OFF,OFF,OFF
07=VOLMET-EU,,13.264,USB,3k,OFF,3kHz,OFF,OFF,OFF
08=VOLMET-PAC,,2.863,USB,3k,OFF,3kHz,OFF,OFF,OFF
09=VOLMET-PAC,,6.679,USB,3k,OFF,3kHz,OFF,OFF,OFF
10=VOLMET-PAC,,8.828,USB,3k,OFF,3kHz,OFF,OFF,OFF
11=VOLMET-PAC,,13.282,USB,3k,OFF,3kHz,OFF,OFF,OFF
[BANK03]
BANKNAME=
ACTIVECH=0
[BANK04]
BANKNAME=
ACTIVECH=0
[BANK05]
BANKNAME=
ACTIVECH=0
[BANK06]
BANKNAME=
ACTIVECH=0
[BANK07]
BANKNAME=
ACTIVECH=0
[BANK08]
BANKNAME=
ACTIVECH=0
[BANK09]
BANKNAME=
ACTIVECH=0
[BANK10]
BANKNAME=
ACTIVECH=0
[BANK11]
BANKNAME=
ACTIVECH=0
[BANK12]
BANKNAME=
ACTIVECH=0
[BANK13]
BANKNAME=
ACTIVECH=0
[BANK14]
BANKNAME=
ACTIVECH=0
[BANK15]
BANKNAME=
ACTIVECH=0
[BANK16]
BANKNAME=
ACTIVECH=0
[BANK17]
BANKNAME=
ACTIVECH=0
[BANK18]
BANKNAME=
ACTIVECH=0
[BANK19]
BANKNAME=
ACTIVECH=0
icom-20120228/icom.h.c 0000644 0001750 0001750 00000045654 10422561061 013231 0 ustar colin colin /***********************************************************************
* *
* Copyright (c) David L. Mills 1994-2003 *
* *
* Permission to use, copy, modify, and distribute this software and *
* its documentation for any purpose and without fee is hereby *
* granted, provided that the above copyright notice appears in all *
* copies that both the copyright notice and this permission *
* notice appear in supporting documentation, and that the name *
* University of Delaware not be used in advertising or publicity *
* pertaining to distribution of the software without specific, *
* written prior permission. The University of Delaware makes no *
* representations about the suitability this software for any *
* purpose. It is provided "as is" without express or implied *
* warranty. *
* *
***********************************************************************
*/
/*
* Program to control ICOM radios
*
* Common header files
*/
#include
#include
#include
#include
#include
/*
* Common definitions
*/
#define TRUE 1 /* veracibty */
#define FALSE 0 /* tenacity */
#define BMAX 80 /* max packet buffer size */
#define NAMMAX 30 /* max capability name string size */
#define VALMAX 80 /* max capability value string size */
#define CMDMAX 30 /* max radio command string size */
#define BNKMAX 100 /* max channel bank members */
#define MODES 6 /* number of modes in ICOM radios */
#define RETRY 3 /* max packet retries */
#define COMPMAX 100e-6 /* max frequency compensation */
#define ESC 0x1b /* ANSI escape character */
#define KILL 0x7f /* line delete character */
#define R_OK 0 /* return success */
#define R_ERR -1 /* return error */
#define AUDIO /* define for Sun audio device */
/*
* Program flags (pflags)
*/
#define P_VERB 0x0001 /* verbose switch */
#define P_RADIO 0x0002 /* display radio */
#define P_DSPCH 0x0004 /* display chan */
#define P_DISP 0x0008 /* display freq, mode, split */
#define P_KEYP 0x0010 /* keypad command non-null */
#define P_EXIT 0x0020 /* exit after command line */
#define P_PAD 0x0040 /* keypad mode */
#define P_ESC 0x0080 /* escape sequence in progress */
#define P_TRACE 0x0100 /* trace packets */
#define P_ERMSG 0x0200 /* print bus error messages */
/*
* CI-V frame codes
*/
#define PR 0xfe /* preamble */
#define TX 0xe0 /* controller address */
#define FI 0xfd /* end of message */
#define ACK 0xfb /* controller normal reply */
#define NAK 0xfa /* controller error reply */
#define PAD 0xff /* transmit padding */
/*
* CI-V controller commands
*/
#define V_FREQT 0x00 /* freq set (transceive) */
#define V_MODET 0x01 /* set mode (transceive) */
#define V_RBAND 0x02 /* read band edge */
#define V_RFREQ 0x03 /* read frequency */
#define V_RMODE 0x04 /* read mode */
#define V_SFREQ 0x05 /* set frequency */
#define V_SMODE 0x06 /* set mode */
#define V_SVFO 0x07 /* select vfo */
#define V_SMEM 0x08 /* select channel/bank */
#define V_WRITE 0x09 /* write channel */
#define V_VFOM 0x0a /* memory -> vfo */
#define V_CLEAR 0x0b /* clear channel */
#define V_ROFFS 0x0c /* read tx offset */
#define V_SOFFS 0x0d /* write tx offset */
#define V_SCAN 0x0e /* scan control */
#define V_SPLIT 0x0f /* split control */
#define V_DIAL 0x10 /* set dial tuning step */
#define V_ATTEN 0x11 /* set attenuator */
#define V_SANT 0x12 /* select antenna */
#define V_ANNC 0x13 /* announce control */
#define V_WRCTL 0x14 /* read/write controls */
#define V_RMTR 0x15 /* read meters */
#define V_TOGL 0x16 /* read/write switches */
#define V_ASCII 0x17 /* send CW message */
#define V_POWER 0x18 /* power control */
#define V_RDID 0x19 /* read model ID */
#define V_SETW 0x1a /* read/write channel/bank data */
#define V_CTRL 0x7f /* miscellaneous control */
#define M_LSB 0x00 /* LSB mode number (for probe) */
#define M_USB 0x01 /* USB mode number (for probe) */
/*
* Set vfo (V_SVFO) subcommands (775 b0, b1, c0, c1)
*/
#define S_VFOA 0x00 /* select vfo a */
#define S_VFOB 0x01 /* select vfo b */
#define S_BTOA 0xa0 /* vfo a <- vfo b */
#define S_XCHNG 0xb0 /* main <-> sub */
#define S_EQUAL 0xb1 /* main -> sub */
#define S_DWOFF 0xc0 /* dual watch off */
#define S_DWON 0xc1 /* dual watch on */
#define S_MBAND 0xd0 /* access main band */
#define S_SBAND 0xd1 /* access sub band */
/*
* Scan control (V_SCAN) subcommands (775 00, 01)
*/
#define S_OFF 0x00 /* stop scan */
#define S_START 0x01 /* scan */
#define S_PSST 0x02 /* program scan */
#define S_DFST 0x03 /* delta-f scan */
#define S_AMST 0x04 /* auto write scan */
#define S_FPST 0x12 /* fine program scan */
#define S_FDST 0x13 /* fine delta-f scan */
#define S_MSST 0x22 /* memory scan */
#define S_SNST 0x23 /* memory scan number */
#define S_SMST 0x24 /* selected mode memory scan */
#define S_PXST 0x42 /* priority scan */
#define S_UNFIX 0xa0 /* unfix center frequency */
#define S_FIX 0xaa /* fix center frequency */
#define S_DF2 0xa1 /* delta-f 2.5 kHz */
#define S_DF5 0xa2 /* delta-f 5 kHz */
#define S_DF10 0xa3 /* delta-f 10 kHz */
#define S_DF20 0xa4 /* delta-f 20 kHz */
#define S_DF50 0xa5 /* delta-f 50 kHz */
#define S_DSBM 0xb0 /* disable memory channel */
#define S_ENBM 0xb1 /* enable memory channel */
#define S_MEMN 0xb2 /* memory channel scan number */
#define S_VSOFF 0xc0 /* VSC off */
#define S_VSON 0xc1 /* VSC on */
#define S_SRNOT 0xd0 /* scan resume never */
#define S_SROFF 0xd1 /* scan resume off */
#define S_SRB 0xd2 /* scan resume b */
#define S_SRA 0xd3 /* scan resume a (delay) */
/*
* Split control (V_SPLIT) subcommands
*/
#define S_OFF 0x00 /* split off */
#define S_ON 0x01 /* split on */
#define S_DUPOF 0x10 /* cancel duplex */
#define S_DUPM 0x11 /* select -duplex */
#define S_DUPP 0x12 /* select +duplex */
/*
* Set attenuator (V_ATTN) subcommands
*/
#define S_AT00 0x00 /* off */
#define S_AT06 0x06 /* 6 dB */
#define S_AT10 0x10 /* 10 dB */
#define S_AT12 0x12 /* 12 dB */
#define S_AT18 0x18 /* 18 dB */
#define S_AT20 0x20 /* 20 dB */
#define S_AT30 0x30 /* 30 dB */
/*
* Select antenna (V_SANT) subcommands
*/
#define S_ANT1 0x00 /* antenna 1 */
#define S_ANT2 0x01 /* antenna 2 */
/*
* Announce control (V_ANNC) subcommands
*/
#define S_SAY0 0x00 /* announce off */
#define S_SAY1 0x01 /* announce freq */
/*
* Read controls (V_RDCTL) subcommands
*/
#define S_RDAF 0x01 /* read AF gain */
#define S_RDSQ 0x01 /* read squelch */
#define S_RDSG 0x02 /* read S meter */
#define S_RDSH 0x04 /* read IF shift */
#define S_RDAP 0x05 /* read APF */
/*
* Write controls (V_WRCTL) subcommands
*/
#define S_WRAF 0x01 /* set AF gain */
#define S_WRSQ 0x03 /* set squelch */
#define S_WRSH 0x04 /* set IF shift */
#define S_WRAP 0x05 /* set APF */
/*
* Set switches (V_TOGL) subcommands
*/
#define S_PA0 0x8002 /* preamp off */
#define S_PA1 0x8102 /* preamp on */
#define S_AGC0 0x10 /* AGC slow (R8500) */
#define S_AGC1 0x11 /* AGC fast (R8500) */
#define S_AGC3 0x8112 /* AGC fast */
#define S_AGC2 0x8212 /* AGC slow */
#define S_NB0 0x20 /* NB off (R8500) */
#define S_NB1 0x21 /* NB on (R8500) */
#define S_NB2 0x8022 /* NB off */
#define S_NB3 0x8122 /* NB on */
#define S_APF0 0x30 /* APF off */
#define S_APF1 0x31 /* APF on */
#define S_TONE0 0x8042 /* tone off */
#define S_TONE1 0x8142 /* tone on */
#define S_TSQ0 0x8043 /* tone squelch off */
#define S_TSQ1 0x8143 /* tone squelch on */
#define S_COMP0 0x8044 /* speech compressor off*/
#define S_COMP1 0x8144 /* speech compressor on */
#define S_VOX0 0x8046 /* VOX off */
#define S_VOX1 0x8146 /* VOX on */
#define S_QSK0 0x8047 /* QSK off */
#define S_QSK1 0x8147 /* QSK on */
/*
* Power control (V_POWER) subcommands
*/
#define S_OFF 0x00 /* power off */
#define S_ON 0x01 /* power on */
/*
* Read/write bank/channel data (V_SETW) subcommands
*/
#define S_WCHN 0x00 /* write channel data */
#define S_RCHN 0x01 /* read channel data */
#define S_WBNK 0x02 /* write bank data */
#define S_RBNK 0x03 /* read bank data */
/*
* Miscellaneous control (S_CTRL) subcommands
*/
#define S_LCL 0x01 /* select local control */
#define S_RMT 0x02 /* select remote control */
#define S_TPON 0x03 /* enable tape recorder */
#define S_TPOFF 0x04 /* disable tape recorder */
#define S_OPTO 0x05 /* read OPTO */
#define S_CTSS 0x06 /* read CTSS */
#define S_DCS 0x07 /* read DCS */
#define S_DTMF 0x08 /* read DTMF */
#define S_RDID 0x09 /* read ID */
#define S_SPON 0x0a /* enable speaker audio */
#define S_SPOFF 0x0b /* disable speaker audio */
#define S_5ON 0x0c /* enable 5 kHz search window */
#define S_5OFF 0x0d /* disable 5 kHz search window */
#define S_NXFM 0x0e /* next frequency */
#define S_SMON 0x0f /* enable search */
#define S_SMOFF 0x10 /* disable search */
/*
* Load subcommands
*/
#define D_NAME 0 /* set name */
#define D_MODE 1 /* set mode */
#define D_DIAL 2 /* set dial tuning step */
#define D_ATTEN 3 /* set attenuator */
#define D_DUPLEX 4 /* set transmit offset */
#define D_STEP 5 /* set tuning step */
/*
* Command decode
*/
#define C_ANT 1 /* select antenna */
#define C_READ 2 /* read channel */
#define C_CLEAR 3 /* clear channel */
#define C_DEBUG 4 /* trace CI-V messages */
#define C_DOWN 5 /* step down */
#define C_DUPLEX 6 /* set transmit duplex */
#define C_ANNC 7 /* announce control */
#define C_ERASE 8 /* erase input */
#define C_FREQ 9 /* set frequency */
#define C_KEY 10 /* send CW message */
#define C_KEYBD 11 /* switch to keyboard mode */
#define C_KEYPAD 12 /* switch to keypad mode */
#define C_MODE 13 /* set mode/BFO compensation */
#define C_OFFSET 14 /* set VFO offset */
#define C_QUIT 15 /* exit program */
#define C_RADIO 16 /* select radio */
#define C_RESTORE 17 /* restore channels */
#define C_SAVE 18 /* save channels */
#define C_SPLIT 19 /* toggle split mode with offset */
#define C_STEP 20 /* set tuning step */
#define C_SCAN 21 /* scan control */
#define C_UP 22 /* step up */
#define C_VFO 23 /* vfo commands */
#define C_WRITE 24 /* write channel */
#define C_ATTEN 25 /* set attenuator */
#define C_DIAL 26 /* set dial tuning step */
#define C_MISC 27 /* miscellaneous control */
#define C_METER 28 /* read S meter */
#define C_PROBE 29 /* probe configuration */
#define C_MODEG 30 /* set mode */
#define C_VCOMP 31 /* set vfo compensation */
#define C_FREQX 32 /* set vfo frequency */
#define C_RATE 33 /* set tuning rate */
#define C_RUP 34 /* rate up */
#define C_RDOWN 35 /* rate down */
#define C_VERB 36 /* set verbose */
#define C_SMPLX 37 /* receive on transmit frequency */
#define C_BAND 38 /* set band limits */
#define C_BANK 39 /* read/write bank and name */
#define C_LOAD 40 /* read/write channel and name */
#define C_POWER 41 /* power on/off */
#define C_VOLUME 42 /* volume control */
#define C_SQUELCH 43 /* squelch control */
#define C_SHIFT 44 /* shift control */
#define C_APFC 45 /* APF control */
#define C_AGC 46 /* AGC fast/slow */
#define C_NB 47 /* NB on/off */
#define C_APF 48 /* APF on/off */
#define C_CHANGE 49 /* swap main and sub VFOs */
#define C_PAMP 50 /* preamp off/on */
#define C_TONE 51 /* repeater tone off/on */
#define C_TSQL 52 /* tone squelch off/on */
#define C_COMP 53 /* speech compressor off/on */
#define C_QSK 54 /* QSK breakin off/on */
#define C_VOX 55 /* VOX control off/on */
#define C_CTRL 56 /* control commands */
#define C_SWTCH 57 /* set/clear switches */
#ifdef AUDIO
#define C_GAIN 61 /* adjust output level */
#define C_MUTE 62 /* mute output (toggle) */
#define C_PORT 60 /* select input port */
#endif /* AUDIO */
/*
* Radio control flags
*/
#define F_VFO 0x0100 /* radio has mem -> vfo */
#define F_OFFSET 0x0200 /* radio has duplex offset */
#define F_RELD 0x0400 /* reload after mode change */
#define F_735 0x0800 /* 4 octets frequency (IC-735) */
#define F_SPLIT 0x1000 /* radio has split mode */
#define F_SMPLX 0x2000 /* receive on transmit frequency */
#define F_DIAL 0x4000 /* radio has 1-kHz dial step table */
#define F_BANK 0x8000 /* radio has memory banks */
#define F_8500 0x10000 /* radio is a R8500 or R9000 */
/*
* Capability structure
*/
struct cmdtable {
char name[NAMMAX]; /* name */
int ident; /* capability key */
char descr[VALMAX]; /* value */
};
/*
* Radio command vector
*/
struct cmdvec {
char name[NAMMAX]; /* command/mode name */
u_char cmd[CMDMAX]; /* radio command */
char descr[VALMAX]; /* description */
};
/*
* Radio name decode structure
*/
struct namestruct {
char name[NAMMAX]; /* radio name */
int ident; /* bus address */
int maxch; /* max channel number */
int maxbk; /* max bank number */
struct cmdtable *ctrl; /* control table */
struct cmdtable *modetab; /* mode table */
struct cmdtable *dialtab; /* dial tuning step table */
int flags; /* flag bits */
struct icom *radio; /* radio structure pointer */
};
/*
* Channel data structure
*/
struct chan {
int bank; /* bank number */
int mchan; /* channel number */
double freq; /* frequency (MHz) */
double duplex; /* transmit offset (kHz) */
int mode; /* mode */
int step; /* tuning step code */
double pstep; /* programmed tuning step (kHz) */
int atten; /* attenuator code */
int scan; /* scan code */
char name[9]; /* channel name */
};
/*
* Radio control structure
*/
struct icom {
char name[NAMMAX]; /* radio name */
int ident; /* bus address */
int minch; /* min channel */
int maxch; /* max channel */
int topch; /* top channel */
int minbk; /* min bank */
int maxbk; /* max bank */
int topbk; /* top bank */
int flags; /* flag bits */
int rate; /* VFO tuning rate */
int minstep; /* min tuning rate */
struct chan chan; /* memory channel */
struct cmdtable *ctrl; /* control table */
struct cmdtable *modetab; /* mode decode table */
struct cmdtable *dialtab; /* dial tuning step table */
struct cmdtable cap[BNKMAX]; /* capability vector */
double uband; /* upper radio band edge (MHz) */
double lband; /* lower radio band edge (MHz) */
double ustep; /* upper step band edge (MHz) */
double lstep; /* lower step band edge (MHz) */
double sub; /* sub vfo frequency (MHz) */
double oldplex; /* simplex offset (kHz) */
double offset; /* frequency offset (kHz) */
double pstep; /* dial tuning step */
double step; /* tuning step (Hz) */
double bfo[MODES]; /* BFO calibration offsets (Hz) */
double freq_comp; /* VFO calibration offset (PPM) */
};
/*
* Command/response message format
*/
struct cmd1msg {
u_char cmd; /* command/response */
u_char fd; /* end delimiter (0xfd) */
};
/*
* Command-2 message format
*/
struct cmd2msg {
u_char cmd; /* command */
u_char subcmd; /* subcommand */
u_char fd; /* end delimiter (0xfd) */
};
/*
* Read band reply message format
*/
struct readbandmsg {
u_char cmd; /* command */
u_char lband[5]; /* lower band edge */
u_char pad; /* unknown function */
u_char uband[5]; /* upper band edge */
u_char fd; /* end delimiter (0xfd) */
};
/*
* Read/write frequency message format
*/
struct freqmsg {
u_char cmd; /* command (V_RFREQ/V_SFREQ) */
u_char freq[5]; /* frequency */
u_char fd; /* end delimiter (0xfd) */
};
/*
* Read/write mode message format
*/
struct modemsg {
u_char cmd; /* command (V_RMODE/V_SMODE) */
u_char mode[2]; /* mode */
u_char fd; /* end delimiter (0xfd) */
};
/*
* Set dial tuning step message format
*/
struct dialmsg {
u_char cmd; /* command (V_DIAL) */
u_char step; /* dial tuning step code */
u_char pstep[2]; /* dial programmed tuning step */
u_char fd; /* end delimiter (0xfd) */
};
/*
* Read/write offset message format
*/
struct offsetmsg {
u_char cmd; /* command (V_ROFFS, V_SOFFS) */
u_char offset[3]; /* offset */
u_char fd; /* end delimiter (0xfd) */
};
/*
* Set bank message
*/
struct setbankmsg {
u_char cmd; /* command (V_SMEM) */
u_char subcmd; /* subcommand (0xa0) */
u_char bank; /* bank number */
u_char fd; /* end delimiter (0xfd) */
};
/*
* Set channel message
*/
struct setchanmsg {
u_char cmd; /* command (V_SMEM) */
u_char mchan[2]; /* channel number */
u_char fd; /* end delimiter (0xfd) */
};
/*
* Read channel request message
*/
struct chanrqmsg {
u_char cmd; /* command (V_SETW) */
u_char subcmd; /* subcommand (S_RCHN) */
u_char bank; /* bank number */
u_char mchan[2]; /* channel number */
u_char fd; /* end delimiter (0xfd) */
};
/*
* Read model ID data message
*/
struct modelmsg {
u_char cmd; /* command (V_RDID) */
u_char subcmd; /* subcommand (S_RCHN) */
u_char id; /* model ID */
u_char fd; /* end delimiter (0xfd) */
};
/*
* Read/write bank data message format
*/
struct bankmsg {
u_char cmd; /* command (V_SETW) */
u_char subcmd; /* subcommand (S_WBNK, S_RBNK) */
u_char bank; /* bank number */
u_char name[5]; /* name */
u_char fd; /* end delimiter (0xfd) */
};
/*
* Read/write channel data message format
*/
struct chanmsg {
u_char cmd; /* command (V_SETW) */
u_char subcmd; /* subcommand (S_WCHN, S_RCHN) */
u_char bank; /* bank number */
u_char mchan[2]; /* channel number */
u_char freq[5]; /* frequency */
u_char mode[2]; /* mode */
u_char step; /* dial tuning step code */
u_char pstep[2]; /* programmed dial tuning step */
u_char atten; /* attenuator */
u_char scan; /* scan */
u_char name[8]; /* name */
u_char fd; /* end delimiter (0xfd) */
};
/*
* Exported by icom.c
*/
extern int flags;
extern int pflags;
extern double logtab[];
extern char *modetoa(int, struct cmdtable *);
extern char *getcap(char *, struct cmdtable *);
extern void setcap(char *, struct cmdtable *, char *);
/*
* Exported by radio.c
*/
extern int loadfreq(int, double);
extern int loadmode(int, int);
extern int loadoffset(int, double);
extern int loaddial(int, int, double);
extern int readfreq(int, double *);
extern int readchan(int, struct chan *);
extern int sendcw(int, char *);
extern int setchan(int, int, int);
extern int setbank(int, int);
extern int setcmd(int, int, int);
extern int setcmda(int, u_char *, u_char *);
extern int read_chan(int, struct chan *);
extern int write_chan(int, struct chan *);
extern int clear_chan(int, struct chan *);
extern int loadbank(int, int, char *);
extern int readbank(int, int, char *);
extern struct icom *select_radio(int);
/*
* Exported by packet.c
*/
extern int retry;
extern void initpkt();
extern int sndpkt(int, u_char *, u_char *);
/*
* Exported by tables.c
*/
extern struct namestruct name[];
extern struct cmdtable dbx[], cmd[], identab[], misc[], split[], agc[];
extern struct cmdtable agc1[], nb[], nb1[], atten[], ant[], annc[];
extern struct cmdtable meter[], power[], verbx[], key[], vfo[], scan[];
extern struct cmdtable split[], apf[], diala[], dialb[], dialc[];
extern struct cmdtable loadtab[], preamp[], tone[], comp[], vox[];
extern struct cmdtable qsk[], ctlc[], switches[];
extern struct cmdvec probe[];
icom-20120228/pcr.sh 0000755 0001750 0001750 00000000062 10376731213 013021 0 ustar colin colin #!/bin/csh
dos2unix pcr.csv x
awk -f pcr.awk x >y
icom-20120228/r72 0000644 0001750 0001750 00000002770 10376731213 012243 0 ustar colin colin 1 5.000000 USBw
2 10.000000 USBw
3 15.000000 USBw
4 20.000000 USBw
5 3.330000 USBw
6 7.335000 USBw
7 14.670000 USBw
8 2.872000 USBw
9 3.016000 USBw
10 5.598000 USBw
11 5.616000 USBw
12 5.649000 USBw
13 8.846000 USBw
14 8.906000 USBw
15 11.330000 USBw
17 11.309000 USBw
18 8.825000 USBw
20 13.291000 USBw
21 13.306000 USBw
22 4.272630 LSBw
23 6.497900 LSBw
24 10.537720 LSBw
25 13.511560 LSBw
26 9.515000 LSBw
27 7.405000 LSBw
28 6.035000 LSBw
29 6.628000 USBw
30 6.873000 LSBw
31 7.651000 USBw
32 19.379000 LSBw
33 7.325000 LSBw
34 9.410000 LSBw
35 12.095000 LSBw
36 15.070000 LSBw
37 5.975000 LSBw
38 9.515000 LSBw
39 11.396000 USBw
40 11.309000 USBw
41 8.846000 USBw
42 2.182000 USBw
43 5.696000 USBw
44 8.984000 USBw
45 11.201000 USBw
46 3.485000 USBw
47 6.604000 USBw
48 10.051000 USBw
49 6.577000 USBw
50 5.550000 USBw
51 2.887000 USBw
52 6.586000 USBw
53 3.494000 USBw
54 6.640000 USBw
55 13.330000 USBw
56 8.933000 USBw
57 13.291000 USBw
58 13.306000 USBw
59 13.282000 USBw
50 13.264000 USBw
51 11.396000 USBw
52 8.906000 USBw
53 1.550000 AMw
54 1.510000 AMw
55 1.260000 AMw
56 1.450000 AMw
57 1.230000 AMw
58 1.240000 AMw
59 1.210000 AMw
60 1.410000 AMw
61 9.515000 LSBw
62 15.260000 LSBw
63 9.915000 LSBw
64 21.660000 LSBw
65 1.550000 AMw
66 1.510000 AMw
67 1.260000 AMw
+ 1.450000 AMw
+ 1.230000 AMw
+ 1.240000 AMw
+ 1.210000 AMw
+ 1.410000 AMw
+ 9.515000 LSBw
+ 15.260000 LSBw
+ 9.915000 LSBw
+ 21.660000 LSBw
+ 3.627180 LSBw
+ 1.290000 AMw
+ 1.260000 AMw
+ 1.450000 AMw
+ 1.150000 AMw
+ 5.000000 USBw
+ 1.600000 AMw
icom-20120228/Makefile 0000644 0001750 0001750 00000001075 10376731213 013343 0 ustar colin colin #
# Makefile for icom
#
PROGRAM= icom
COMPILER= gcc
COPTS= -g -O
BINDIR= /usr/local/bin
INSTALL= install
DEFS=
#
INCL= -I../include
CFLAGS= $(COPTS) $(DEFS) $(INCL)
CC= $(COMPILER)
LIB= /lib/libm.so
#
SOURCE= icom.c radio.c packet.c tables.c
OBJS= icom.o radio.o packet.o tables.o
EXEC= icom
all: $(PROGRAM)
icom: $(OBJS)
$(CC) $(COPTS) -o $@ $(OBJS) $(LIB)
install: $(BINDIR)/$(PROGRAM)
$(BINDIR)/$(PROGRAM): $(PROGRAM)
$(INSTALL) -c -m 0755 $(PROGRAM) $(BINDIR)
tags:
ctags *.c *.h
depend:
mkdep $(CFLAGS) $(SOURCE)
clean:
-@rm -f $(PROGRAM) $(EXEC) $(OBJS)
icom-20120228/706g_arinc 0000644 0001750 0001750 00000004224 10424305013 013451 0 ustar colin colin # MWARA Memory channels 756 and 706g
#
# Carribean/South America
+ 2887 USB name "CAR A" # CAR-A
+ 3455 USB name "CAR B" # CAR-B
+ 5520 USB name "CAR B" # CAR-B
+ 5550 USB name "CAR A" # CAR-A
+ 6577 USB name "CAR A" # CAR-A
+ 6586 USB name "CAR B" # CAR-B
+ 8846 USB name "CAR B" # CAR-B
+ 8918 USB name "CAR A" # CAR-A
+ 11330 USB name "CAR B" # CAR-B
+ 11387 USB name "CAR B" # CAR-B
+ 11396 USB name "CAR A" # CAR-A
+ 13297 USB name "CAR A" # CAR-A
+ 17907 USB name "CAR A/B" # CAR-A
# VOLMET
+ 3485 USB name "VOLM NAT" # VOLMET-NAT
+ 6604 USB name "VOLM NAT" # VOLMET-NAT
+ 10051 USB name "VOLM NAT" # VOLMET-NAT
+ 13270 USB name "VOLM NAT" # VOLMET-NAT
+ 3413 USB name "VOLM EU" # VOLMET-EU
+ 5505 USB name "VOLM EU" # VOLMET-EU
+ 8957 USB name "VOLM EU" # VOLMET-EU
+ 13264 USB name "VOLM EU" # VOLMET-EU
+ 2863 USB name "VOLM PAC" # VOLMET-PAC
+ 6679 USB name "VOLM PAC" # VOLMET-PAC
+ 8828 USB name "VOLM PAC" # VOLMET-PAC
+ 13282 USB name "VOLM PAC" # VOLMET-PAC
+ 5450 USB name "VOLM ME" # VOLMET-ME
# North Atlantic
+ 3016 USB name "NAT A" # NAT-A
+ 5598 USB name "NAT A" # NAT-A
+ 8906 USB name "NAT A" # NAT-A
+ 13306 USB name "NAT A" # NAT-A
+ 17946 USB name "NAT A" # NAT-A
+ 2899 USB name "NAT B" # NAT-B
+ 5616 USB name "NAT B" # NAT-B
+ 8864 USB name "NAT B" # NAT-B
+ 13291 USB name "NAT B" # NAT-B
+ 17946 USB name "NAT B" # NAT-B
+ 2862 USB name "NAT C" # NAT-C
+ 5649 USB name "NAT C" # NAT-C
+ 8879 USB name "NAT C" # NAT-C
+ 13306 USB name "NAT C" # NAT-C
+ 17946 USB name "NAT C" # NAT-C
+ 2971 USB name "NAT D" # NAT-D
+ 4675 USB name "NAT D" # NAT-D
+ 8891 USB name "NAT D" # NAT-D
+ 11279 USB name "NAT D" # NAT-D
+ 13291 USB name "NAT D" # NAT-D
+ 17946 USB name "NAT D" # NAT-D
+ 2962 USB name "NAT E" # NAT-E
+ 6628 USB name "NAT E" # NAT-E
+ 8825 USB name "NAT E" # NAT-E
+ 11309 USB name "NAT E" # NAT-E
+ 13354 USB name "NAT E" # NAT-E
+ 3476 USB name "NAT F" # NAT-F
+ 6622 USB name "NAT F" # NAT-F
+ 8831 USB name "NAT F" # NAT-F
# Santa Maria RTTY
# 5474 RTTY # Santa Maria
# 9994.2 RTTY # Santa Maria
# 10539.1 RTTY # Santa Maria
# 12323 RTTY # Santa Maria
# 14497.5 RTTY # Santa Maria
icom-20120228/IC.C 0000744 0001750 0001750 00000203100 10453603156 012274 0 ustar colin colin /*
* Program to control ICOM radios
*
* Main program
*/
#include "icom.h"
#include
#ifndef MSDOS /* include for Unix */
#include
#include
#include
#include
#endif /* MSDOS */
/*
* Module definitions
*/
#define ARGMAX 20 /* maximum number of command args */
#define DICOM "/dev/icom" /* CI-V serial port device */
/*
* External functions
*/
extern FILE *fopen();
extern char *strtok(), *strcpy();
extern char *optarg;
extern int optind, opterr;
extern double freqdouble(u_char *, int);
/*
* Local function prototypes
*/
static int getline(char *);
static int argchan(struct icom *, struct chan *, char *);
static int argbank(struct icom *, struct chan *, char *);
static int setswitch(struct icom *, struct cmdtable *, int);
static int setswitch2(struct icom *, struct cmdtable *, int);
static int setswitch3(struct icom *, struct cmdtable *, int, int);
static int sw_keypad(void);
static int sw_keybd(void);
char *capname(int, struct cmdtable *);
static char *capdescr(char *, struct cmdtable *);
int capkey(char *, struct cmdtable *);
double fabs(double);
static void printch(struct icom *, char *);
static int readmeter(struct icom *, struct cmdtable *, int, char *);
static void perr(int);
static int qqsv(struct icom *, struct cmdtable *);
static void banner(struct icom *);
/*
* Global variables
*/
int fd_icom; /* CI-V device */
struct icom *rptr = NULL; /* radio structure pointer */
int flags; /* radio flags */
int pflags; /* program flags */
static char defarg[LINMAX]; /* default arguments */
static char args[LINMAX]; /* command line */
static char *argv[ARGMAX]; /* command line args */
static int argn; /* number of command line args */
static int argi; /* command args index */
static FILE *fp_cmd[FPMAX] = {NULL}; /* include file stack */
static int fp = 0; /* include file statck index */
static char *updown = " +- "; /* channel dinkle */
#ifndef MSDOS
static int fd; /* terminal control file descriptor */
static struct termios terma, termb; /* Unix terminal interface */
extern int errno;
#endif /* MSDOS */
/*
* Main program
*/
int
main(
int argc, /* number of arguments */
char **argcv /* vector of argument pointers */
)
{
char chr; /* char temp */
char *ptr; /* fiddles */
int i, temp; /* int temps */
double freq; /* double temp */
struct icom *rp; /* radio structure pointer */
struct chan *cp; /* memory channel pointer */
char s1[LINMAX]; /* string buffer */
FILE *fp_temp;
/*
* Initialize
*/
flags = pflags = 0;
*defarg = '\0';
rptr = NULL;
#ifndef MSDOS
/*
* Process command-line arguments
*/
if ((fd_icom = open(DICOM, O_RDWR, 0777)) < 0) {
printf("*** Unable to open serial port %s\n", DICOM);
exit(1);
}
while ((temp = getopt(argc, argcv, "c:df:g:km:o:r:")) != -1) {
switch (temp) {
/*
* -d - debug trace
*/
case 'd':
pflags |= P_TRACE | P_ERMSG;
continue;
/*
* -f - open command file
*/
case 'f':
if ((fp_temp = fopen(optarg, "r")) == NULL) {
perr(R_IO);
exit(R_IO);
}
fp++;
fp_cmd[fp] = fp_temp;
continue;
/*
* -k - select keypad mode
*/
case 'k':
pflags |= P_PAD;
continue;
/*
* -r - select radio. Use default bit rate.
*/
case 'r':
temp = capkey(optarg, identab);
if (temp < 0) {
perr(temp);
exit(temp);
}
rptr = select_radio(temp, 0);
if (rptr == NULL) {
perr(R_RAD);
exit(R_RAD);
}
continue;
}
/*
* The remaining options are valid only after a radio
* has been selected. If any are selected, the program
* exits after executing the command line options.
*/
if (rptr == NULL) {
perr(R_DEF);
exit(R_DEF);
}
rp = rptr;
cp = &rp->chan;
switch (temp) {
/*
* -c - set bank, channel
*
* This is the same as the chan keyboard command.
*/
case 'c':
pflags |= P_EXIT;
temp = argchan(rp, cp, optarg);
if (temp < 0) {
perr(temp);
continue;
}
temp = readchan(rp);
if (temp < 0)
perr(temp);
continue;
/*
* -g - set frequency
*
* This is the same as the default frequency keyboard
* command.
*/
case 'g':
pflags |= P_EXIT;
if (sscanf(optarg, "%lf", &freq) != 1) {
perr(R_FMT);
continue;
}
if (freq > 1000)
freq /= 1000;
temp = loadfreq(rp, freq);
if (temp < 0)
perr(temp);
continue;
/*
* -m - set mode
*
* This is the same as the mode keybard command. Note,
* this option must precede the -g option for older
* radios.
*/
case 'm':
pflags |= P_EXIT;
temp = capkey(optarg, rp->modetab);
if (temp < 0) {
perr(temp);
continue;
}
temp = loadmode(rp->ident, temp);
if (temp < 0)
perr(temp);
continue;
}
}
/*
* If a radio was found, initialize it. If its settings were
* changed and a command file is not open, assume this is run
* from a script and nothing more needs to be done.
*/
if (pflags & P_EXIT)
exit(0);
if (pflags & P_PAD) {
if (sw_keypad())
pflags &= ~P_PAD;
}
#endif /* MSDOS */
/*
* Main loop
*/
while (1) {
flags &= ~F_CACHE;
pflags &= ~(P_DISP | P_DSPCH | P_DSPST | P_KEYP |
P_ESC);
if (pflags & P_PAD) {
/*
* Keypad mode. Keypad commands begin with a
* sequence of digits and special characters and
* end with a single letter, ANSI escape
* sequence or '\n', which specifies the
* function. Escape sequences consist of ESC
* followed by '[' and either a letter or
* sequence of digits followed by '~', which is
* not part of the command. Help '?' displays a
* list of command names and descriptions.
*/
printf(">");
ptr = s1;
*ptr = *args = '\0';
while (1) {
chr = (char)getchar();
if (chr == KILL) {
printf(" XXX\n>");
ptr = s1;
*ptr = *args = '\0';
continue;
}
if (chr == ESC) {
pflags |= P_ESC;
*ptr = '\0';
ptr = args;
continue;
}
if (pflags & P_ESC) {
if (chr == '~' || chr == '\n')
break;
*ptr++ = chr;
if (isalpha(chr))
break;
continue;
}
if (!isalpha(chr) && !iscntrl(chr) &&
chr != '?' && chr != ' ') {
pflags |= P_KEYP;
*ptr++ = chr;
putchar(chr);
continue;
}
*ptr = '\0';
ptr = args;
if (chr != '\n') {
pflags |= P_KEYP;
*ptr++ = chr;
putchar(chr);
}
if (pflags & P_KEYP)
putchar('\n');
break;
}
/*
* Rewrite the line with the command letter
* first followed by the argument, then pretend
* it a keyboard command.
*/
*ptr = '\0';
strcat(args, " ");
strcat(args, s1);
argn = getline(args);
argi = 0;
temp = command(rptr, key);
} else {
/*
* Keyboard mode. Get the next command line and
* parse the tokens separated by whitespace.
* Ignore '#' and the rest of the line. This is
* handy for command script annotations.
*/
if (fp_cmd[fp] != NULL) {
if (fgets(args, LINMAX, fp_cmd[fp]) ==
NULL) {
close(fp_cmd[fp]);
fp--;
continue;
} else {
printf("%s", args);
}
} else {
printf("icom>");
if (gets(args) == NULL)
exit(0);
}
if (*args == '#')
continue;
argn = getline(args);
argi = 0;
temp = command(rptr, cmd);
}
perr(temp);
if (rptr == NULL)
continue;
/*
* Update chan, freq, mode.
*/
rp = rptr;
cp = &rp->chan;
if (pflags & (P_DISP | P_DSPCH | P_DSPST)) {
printch(rp, s1);
printf("%s\n", s1);
}
}
}
/*
* Process each command in the line in turn.
*/
int
command(
struct icom *rp, /* radio pointer */
struct cmdtable *cmdop /* command table pointer */
)
{
int rval;
rval = R_OK;
if (argn == 0) {
pflags |= P_DISP;
return (rval);
}
while (argn - argi > 0) {
rval = qqsv(rptr, cmdop);
if (rval < 0)
break;
argi++;
}
return (rval);
}
/*
* Execute command
*
* This routine executes a command consisting of a single line beginning
* with a command token followed by argument tokens. Some commands cause
* this routine to be invoked recursively. In each case the recursive
* call points to a command token.
*/
int
qqsv(
struct icom *rp, /* radio pointer */
struct cmdtable *cmdop /* command table pointer */
)
{
FILE *fp_in; /* data input file */
FILE *fp_out; /* data output file */
char s1[LINMAX]; /* string buffer */
char s2[LINMAX]; /* string buffer */
u_char rsp[BMAX]; /* radio response */
u_char *ptr; /* fiddles */
int i, temp, sw, rval; /* int temps */
FILE *fp_temp;
double freq, step, dtemp; /* double temps */
struct chan *cp; /* memory channel pointer */
u_char cmdempty[] = {V_EMPTY, FI};
u_char cmdctl[] = {0, 0, 0, 0, FI};
u_char cmdvfom[] = {V_VFOM, FI};
u_char cmdwrite[] = {V_WRITE, FI};
u_char cmdtx[] = {V_TX, 0x00, 0x01, FI};
u_char cmdrx[] = {V_TX, 0x00, 0x00, FI};
u_char cmdvfoa[] = {V_SVFO, 0x00, FI};
u_char cmdvfob[] = {V_SVFO, 0x01, FI};
u_char cmdsplit[] = {V_SPLIT, 0x00, FI};
u_char cmdswap[] = {V_SVFO, 0xb0, FI};
struct timeval tv;
struct tm *tm;
/*
* For the 756, 7000 and 7800 time comands
*/
u_char year7000[] = {V_SETW, 0x05, 0x00, 0x39, FI, 0x00, FI};
u_char date7000[] = {V_SETW, 0x05, 0x00, 0x40, FI, 0x00, FI};
u_char time7000[] = {V_SETW, 0x05, 0x00, 0x41, FI, 0x00, FI};
u_char date7800[] = {V_SETW, 0x05, 0x00, 0x59, FI, 0x00, 0x00,
0x00, FI};
u_char time7800[] = {V_SETW, 0x05, 0x00, 0x60, FI, 0x00, FI};
u_char time756[] = {V_SETW, 0x05, 0x16, FI, 0x00, FI};
/*
* Ignore selected noise strings.
*/
rval = R_OK;
if (strcmp(argv[argi], "MHz") == 0 || strcmp(argv[argi],
"kHz") == 0 || strcmp(argv[argi], "dB") == 0)
return(rval);
sw = capkey(argv[argi], cmdop);
switch (sw) {
/*
* radio [ [ ]]
*
* Select the radio and CI-V bit rate for further
* commands and display its description and band limits. If
* is missing, use the default from tables. If is
* missing and the radio has not been previously defined, the
* bus is probed for all known radios, which takes some time. If
* previously defined, its description and band limits of are
* displayed.
*/
case C_RADIO:
if (argn - argi < 2) {
if (rp != NULL) {
banner(rp);
break;
}
temp = R_NOR;;
for (i = 0; name[i].name[0] != '\0'; i++) {
rp = select_radio(name[i].ident, 0);
if (rp != NULL)
banner(rp);
}
} else {
temp = capkey(argv[++argi], identab);
if (temp < 0)
return (temp);
if (argn - argi < 2)
i = 0;
else
i = capkey(argv[++argi], baud);
if (i < 0)
return(i);
rp = select_radio(temp, i);
if (rp != NULL)
banner(rp);
}
if (rptr == NULL)
return (R_RAD);
pflags |= P_DSPCH;
break;
/*
* include
*
* include command file.
*/
case C_INCLD:
if (argn - argi < 2) {
rval = R_ARG;
break;
}
if ((fp_temp = fopen(argv[++argi], "r")) == NULL) {
rval = (R_IO);
break;
}
fp++;
fp_cmd[fp] = fp_temp;
break;
/*
* quit
*
* Quit the dance
*/
case C_QUIT:
exit(0);
/*
* verbose off | on
*
* Set verbose mode
*/
case C_VERB:
if (argn - argi < 2)
return (R_ARG);
temp = capkey(argv[++argi], verbx);
if (temp < 0)
rval = temp;
else
pflags = (pflags & ~P_VERB) | temp;
return (rval);
/*
* trace [ all | none | bus | pkt ]
*
* Set debug flags
*/
case C_DEBUG:
if (argn - argi < 2)
return (R_ARG);
temp = capkey(argv[++argi], dbx);
if (temp < 0)
rval = temp;
else
pflags = (pflags & ~(P_TRACE | P_ERMSG)) | temp;
return (rval);
/*
* pad
*
* Switch to keypad mode.
*/
case C_KEYPAD:
if (!sw_keypad())
pflags |= P_PAD;
return (rval);
/*
* / (keypad mode)
*
* Erase input
*/
case R_ERR:
case C_ERASE:
return (rval);
/*
* q (keypad mode)
*
* Switch to keyboard mode.
*/
case C_KEYBD:
if (!sw_keybd())
pflags &= ~P_PAD;
return (rval);
}
/*
* The remaining commands are valid only after a radio has been
* selected.
*/
if (rp == NULL)
return (R_DEF);
cp = &rp->chan;
switch (sw) {
/*
* dump vfo (debug)
*/
case C_DUMP:
printf("flags %x pflags %x vfo", flags, pflags);
ptr = (u_char *)&cp->vfo;
for (i = 0; i < sizeof(struct vfo7000); i++)
printf(" %02x", *ptr++ & 0xff);
printf("\nsplit %f step %02x pstep %02x %02x atten %02x scan %02x\n",
cp->split, cp->aux.step, cp->aux.pstep[0],
cp->aux.pstep[1], cp->aux.atten, cp->aux.scan);
break;
/*
* default
*
* Concatenate remaining tokens as default string for restore.
*/
case C_DEFLT:
if (argn - argi < 2) {
printf("default:%s\n", defarg);
break;
}
*defarg = '\0';
while (argn - argi > 1) {
strcat(defarg, " ");
strcat(defarg, argv[++argi]);
}
break;
/*
* time [ set ]
*
* Set date and time and display for readback. This works for
* the 7000 and 756 and maybe works for the 7800.
*/
case C_TIME:
gettimeofday(&tv, NULL);
tm = gmtime((time_t *)&tv.tv_sec);
/*
* 7000 yyyy mm/dd hhmm
*/
if (rp->ident == 0x70) {
if (argn - argi > 1) {
++argi;
dtohex(tm->tm_year + 1900,
&year7000[4]);
rval = setcmda(rp->ident, year7000,
rsp);
if (rval < 0)
break;
dtohex((tm->tm_mon + 1) * 100 +
tm->tm_mday, &date7000[4]);
setcmda(rp->ident, date7000, rsp);
dtohex(tm->tm_hour * 100 + tm->tm_min,
&time7000[4]);
setcmda(rp->ident, time7000, rsp);
}
year7000[4] = FI;
setcmda(rp->ident, year7000, rsp);
sprintf(s1, "%02x%02x ", rsp[4], rsp[5]);
date7000[4] = FI;
setcmda(rp->ident, date7000, rsp);
sprintf(s2, "%x/%x ", rsp[4], rsp[5]);
strcat(s1, s2);
time7000[4] = FI;
setcmda(rp->ident, time7000, rsp);
sprintf(s2, "%02x%02x UTC", rsp[4], rsp[5]);
strcat(s1, s2);
/*
* 7800 yyyy mm/dd hhmm
*/
} else if (rp->ident == 0x6a) {
if (argn - argi > 1) {
++argi;
dtohex(tm->tm_year + 1900,
&date7800[4]);
dtohex((tm->tm_mon + 1) * 100 +
tm->tm_mday, &date7800[6]);
rval = setcmda(rp->ident, date7800,
rsp);
if (rval < 0)
break;
dtohex(tm->tm_hour * 100 + tm->tm_min,
&time7800[4]);
setcmda(rp->ident, time7800, rsp);
}
date7800[4] = FI;
setcmda(rp->ident, date7800, rsp);
sprintf(s1, "%02x%02x ", rsp[4], rsp[5]);
sprintf(s2, "%x/%x ", rsp[6], rsp[7]);
strcat(s1, s2);
time7800[4] = FI;
setcmda(rp->ident, time7800, rsp);
sprintf(s2, "%02x%02x UTC", rsp[4], rsp[5]);
strcat(s1, s2);
/*
* 756 hhmm
*/
} else {
if (argn - argi > 1) {
++argi;
dtohex(tm->tm_hour * 100 + tm->tm_min,
&time756[3]);
rval = setcmda(rp->ident, time756, rsp);
if (rval < 0)
break;
}
time756[3] = FI;
setcmda(rp->ident, time756, rsp);
sprintf(s1, "%02x%02x UTC", rsp[3], rsp[4]);
}
printf("%s\n", s1);
break;
/*
* (command not found)
*
* We get here if the token matches no valid command name. If it
* has valid floating-point format, set the frequency as given.
* If it is a valid mode name, then set the mode as given.
* Otherwise, declare an error.
*/
case C_FREQX:
if (sscanf(argv[argi], "%lf", &freq) == 1) {
if (freq > 1000.)
freq /= 1000;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
pflags |= P_DISP;
break;
}
temp = capkey(argv[argi], rp->modetab);
if (temp < 0) {
rval = temp;
break;
}
rval = loadmode(rp->ident, temp);
if (rval < 0)
break;
pflags |= P_DISP;
break;
/*
* mode
*
* The only reason this command is here is to provide help with
* the valid mode combinations. The following radios support the
* mode variants listed (1 narrow, 2 medium, 3 wide).
*
* usb/lsb cw/rtty am fm wfm
* 706g 2, 3 1, 2, 3 2, 3 2, 3 1
* 756 1, 2, 3 1, 2, 3 1, 2, 3 2, 3 no
* 7000 1, 2, 3 1, 2, 3 1, 2, 3 1, 2, 3 1
* R8500 1, 2, 3 1, 2, 3 1, 2, 3 1, 2 1
*/
case C_MODE:
if (argn - argi < 2) {
pflags |= P_DISP;
break;
}
temp = capkey(argv[++argi], rp->modetab);
if (temp < 0) {
rval = temp;
break;
}
rval = loadmode(rp->ident, temp);
if (rval < 0)
break;
pflags |= P_DISP;
break;
/*
***************************************************************
* *
* These commands are the bread and butter for most operators. *
* They can be used to enter and display frequency and mode *
* data and, when available, filter configuration. Note the *
* difference between the freq and chan commands; the freq *
* command operates directly on the VFO, while the chan *
* command retrieves the entire channel contents, including in *
* the 7000 both VFOs and channel name. *
* *
***************************************************************
*/
/*
***************************************************************
* *
* The save and restore commands are used to save a single *
* channel or block of channels to a file and restore them *
* from a file. They can also be used to clone data between *
* compatible radios. The read, write and empty commands *
* operate on a single channel or block of channels. *
* *
***************************************************************
*
* The arguments to these commands specify a single bank/chanel
* number or a range of bank/channel numbers. See argchan() for
* syntax
*/
/*
* save [ chan ] [ file ]
*
* Save a block of memory channels to a file.
*/
case C_SAVE:
if (argn - argi < 2)
temp = argchan(rp, cp, NULL);
else
temp = argchan(rp, cp, argv[++argi]);
if (temp < 0)
return (temp);;
if ((fp_out = fopen(argv[++argi], "w")) == NULL)
return (R_IO);
pflags |= P_DSPCH;
while (1) {
rval = readchan(rp);
if (rval < 0)
break;
printch(rp, s1);
printf("%s\n", s1);
if (cp->freq != 0)
fprintf(fp_out, "%s\n", s1);
if (argchan(rp, cp, &updown[temp]) == 3)
break;
}
fclose(fp_out);
pflags &= ~P_DSPCH;
break;
/*
* restore [ chan ] [ file ]
*
* Restore a block of memory channels from a file. If the
* argument is '*', restore each file line to the same memory
* channel it came from. If not, restore the block specified,
* from the first channel to the lase.
*/
case C_RESTORE:
if (argn < 3)
return (R_ARG);
if (*argv[++argi] == '*')
temp = 4;
else
temp = argchan(rp, cp, argv[argi]);
if (temp < 0)
return (temp);
if ((fp_in = fopen(argv[++argi], "r")) == NULL)
return (R_IO);
pflags |= P_DSPCH;
while (1) {
/*
* Get next line from file. Ignore empty lines.
*/
if (fgets(s1, LINMAX, fp_in) == NULL)
break;
if (*defarg != '\0') {
strcpy(s2, defarg);
argn = getline(s2);
argi = 0;
if (argn == 0)
continue;
rval = command(rp, loadtab);
if (rval < 0)
break;
}
argn = getline(s1);
argi = 0;
if (argn == 0)
continue;
/*
* If '*' argument, copy the data to the channel
* specified on the file line. If not, copy the
* data to the channel specified in the
* argument.
*/
emptyvfo(cp);
if (temp == 4) {
rval = argchan(rp, cp, argv[argi++]);
if (rval < 0)
break;
if (argn == 1)
continue;
rval = command(rp, loadtab);
if (rval < 0)
break;
printch(rp, s1);
printf("%s\n", s1);
rval = writechan(rp);
if (rval < 0)
break;
} else {
if (argn == 1)
continue;
argi++;
rval = command(rp, loadtab);
if (rval < 0)
break;
printch(rp, s1);
printf("%s\n", s1);
rval = writechan(rp);
if (rval < 0)
break;
if (argchan(rp, cp, &updown[temp]) == 3)
break;
}
}
close(fp_in);
pflags &= ~(P_DISP | P_DSPCH);
break;
/*
* read [ chan ]
*
* Read frequency, mode and other data from a memory channel.
* While it seems silly, specifying a block of channels reads
* them all and leaves the current channel pointer at the first
* one beyond the range.
*/
case C_READ:
if (argn - argi < 2)
temp = argchan(rp, cp, NULL);
else
temp = argchan(rp, cp, argv[++argi]);
if (temp < 0) {
if (temp == R_NOP)
capkey("?", loadtab);
return (temp);
}
pflags |= P_DSPCH;
while (1) {
rval = readchan(rp);
if (rval < 0)
break;
printch(rp, s1);
printf("%s\n", s1);
if (argchan(rp, cp, &updown[temp]) == 3)
break;
}
pflags &= ~P_DSPCH;
break;
/*
* write [ chan ]
*
* Write the current frequency, mode and other data to a memory
* channel. Various radios interpret other data in various ways.
* For the 7000, this includes both VFOs with their current
* mode, filter setting, duplex and CTSS/DTCS configuration.
* While it seems silly, specifying a block of channels writes
* them all and leaves the current channel pointer at the first
* one beyond the range.
*/
case C_WRITE:
if (argn < 2)
temp = argchan(rp, cp, NULL);
else
temp = argchan(rp, cp, argv[++argi]);
if (temp < 0)
return (temp);
while (1) {
rval = writechan(rp);
if (rval < 0)
break;
if (argchan(rp, cp, &updown[temp]) == 3)
break;
}
break;
/*
* empty [ chan ] [ chan ]
*
* Empty memory channel or block of memory channels.
*/
case C_EMPTY:
if (argn - argi < 2)
temp = argchan(rp, cp, NULL);
else
temp = argchan(rp, cp, argv[++argi]);
if (temp < 0)
return (temp);
while (1) {
rval = emptychan(rp->ident, cp);
if (rval < 0)
break;
if (argchan(rp, cp, &updown[temp]) == 3)
break;
}
cp->freq = 0;
break;
/*
* bank [ bank ] [ name ] [...]
*
* Read/write bank name. This works for the R8500 and maybe
* R9000, but not for known transceivers, which don't have a
* bank name.
*/
case C_BANK:
if (argn - argi < 2)
temp = cp->bank;
else if (sscanf(argv[++argi], "%d", &temp) != 1)
return (R_FMT);
if (argn > 2)
loadbank(rp->ident, temp, cp->name);
rval = readbank(rp->ident, temp, s1);
if (rval < 0)
break;
cp->bank = temp;
printf("bank %d %s\n", temp, s1);
break;
/*
***************************************************************
* *
* The following commands can provide software compensation *
* for VFO or BFO frequency errors. Some radios generate BFO *
* frequencies using a VCXO for each mode. The BFO *
* compensation command corrects for the intrinsic frequency *
* error (Hz) in each mode. Other radios generate all LO and *
* BFO frequencies from a single VFO synthesizer. The VFO *
* compensation corrects for the intrinsic frequency error *
* (PPM). As each radio is different, these commands should *
* probably live in a batch file. *
* *
***************************************************************
*/
/*
* vfocomp [ ]
*
* Set the VFO frequency compensation (PPM).
*/
case C_VCOMP:
if (argn - argi > 1) {
if (sscanf(argv[++argi], "%lf", &freq) != 1)
return (R_FMT);
rp->freq_comp = freq;
}
printf("frequency %f VFO offset %.2f PPM\n",
cp->freq, rp->freq_comp);
break;
/*
* bfocomp [ ]
*
* Set the BFO frequency compensation (Hz).
*/
case C_BCOMP:
if (argn - argi > 1) {
if (sscanf(argv[++argi], "%lf", &freq) != 1)
return (R_FMT);
rp->bfo[cp->mode & 0x0f] = freq;
}
freq = rp->bfo[cp->mode & 0x0f];
printf("mode %s BFO offset %.0lf Hz\n",
capname(cp->mode, rp->modetab), freq);
break;
/*
***************************************************************
* *
* Radio commands that read and write internal registers, *
* including VFO options, scan options, and duplex/simplex *
* options. *
* *
***************************************************************
*/
/*
* Modern transceivers have two VFOs, called A and B,
* alternatively main and sub, and two frequency/mode displays.
* Each VFO is associated with mode and memory channel. The
* functions of the vfo commands differ in funky ways on the
* various transceivers.
*
* On the 7000 a "vfo a" command shows VFO A on the main display
* and VFO B on the sub display. A "vfo b" command shows VFO B
* on the main display and VFO A on the sub display. A "vfo
* btoa" command copies the contents of VFO B to VFO A. A "vfo
* swap" command interchanges the contents of VFO A and VFO B.
* The 7000 can't do any of the other vfo commands.
*
* On the 756 the main display is at the top in large bright
* font, while the sub display is at the bottom in small dim
* font. Each display is associated with a VFO and a memory
* channel. The mode, duplex direction and tone configuration
* can be set separately for each VFO. Both VFOs and related
* data can be saved in a memory channel. Ordinarily, updates
* from the panel controls and this program go to the main VFO.
* A "split sub" command switches updates to the sub VFO, while
* a "split main" command switches back to the main VFO. Note
* that the updated VFO is highlighted in bright font. A "vfo
* equal" command copies the contents of the main VFO to the sub
* VFO, while a "vfo swap" command interchanges the contents of
* the two VFOs. The "vfo watch" and "vfo nowatch" turn the
* dual-watch function on and off. Note that in dual-watch the
* sub VFO is highlihted in large font.
*
* vfo [ ] (V_SVFO 0x07 command)
*
* Execute one of the subcommands on the help menu.
*/
case C_VFO:
rval = setswitch(rp, vfo, V_SVFO);
if (rval < 0)
break;
pflags |= P_DSPCH;
break;
/*
* swap (V_SVFO 0x07 command)
*
* Swap the contents of VFO A and VFO B and make the swapped VFO
* active to enter frequency and mode. This is the same function
* as the "vfo swap" command useful in keypad mode to monitor
* the transmit frequency.
*/
case C_SWAP:
rval = setcmda(rp->ident, cmdswap, rsp);
if (rval < 0)
break;
pflags |= P_DSPCH;
break;
/*
* split [ cmd ] (V_SPLIT 0x0f command)
*
* Use VFO A for receive and VFO B for transmit.
*
* Ordinarily, ICOM transceivers transmit and receive with VFO
* on VFO A. A "split on" command transmits with VFO B, while a
* "split off" restores the normal behavior. The 7000 can do
* "split dup+", "split dup-" and "split simplex" as well.
*
* In addition to the split commands on the help menu, this
* command can be used to set the transmit offset in kHz if the
* argument is preceeded by a + or - or to an arbitrary value in
* MHz if an unsigned value.
*/
case C_SPLIT:
if (argn - argi > 1) {
if (sscanf(argv[++argi], "%lf", &freq) == 1) {
if (freq > 1000)
freq /= 1000;
readvfo(rp);
if (argv[argi][0] == '+' ||
argv[argi][0] == '-') {
freq /= 1000.;
freq += cp->freq;
}
cp->split = freq;
if (cp->split == 0) {
cmdsplit[1] = 0x00;
rval = setcmda(rp->ident,
cmdsplit, rsp);
pflags |= P_DSPCH;
break;
}
rval = setcmda(rp->ident, cmdswap, rsp);
if (rval < 0)
break;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
rval = loadmode(rp->ident, cp->mode);
if (rval < 0)
break;
setcmda(rp->ident, cmdvfoa, rsp);
cmdsplit[1] = 0x01;
setcmda(rp->ident, cmdswap, rsp);
pflags |= P_DSPCH;
break;
}
argi--;
}
rval = setswitch(rp, split, V_SPLIT);
if (rval < 0)
break;
pflags |= P_DSPCH;
break;
/*
* mvfo (V_VFOM 0x0a command)
*
* Read memory channel and transfer to VFO. This works for the
* 756 and 7000. The radio does this his in memory channel mode,
* so this program does it in VFO mode. In principle, this
* command should never be necessary, but is included for test
* and exploration.
*/
case C_VFOM:
if (argn - argi < 2)
rval = argchan(rp, cp, NULL);
else
rval = argchan(rp, cp, argv[++argi]);
if (rval < 0)
break;
rval = readchan(rp);
if (rval < 0)
break;
rval = setcmda(rp->ident, cmdvfom, rsp);
break;
/*
* duplex [ duplex ]
*
* Set transmit offset for FM duplex. This works with the 706G
* and 7000, which have four duplex registers, one for each of
* the HF, 50 MHz, 144 MHz and 420 MHz bands. In order to read
* and write these registers, the frequency must be first set
* within the correct band.
*/
case C_DUPLEX:
if (argn - argi < 2) {
rval = readoffset(rp->ident, &freq);
if (rval < 0)
break;
printf("duplex %.1f\n", freq);
break;
}
if (sscanf(argv[++argi], "%lf", &freq) != 1)
return (R_FMT);
rval = loadoffset(rp->ident, freq);
break;
/*
* scan [ ] (V_SCAN 0x0e command)
*
* Perform awesome scans, both memory an channel. Some
* radios have simply awesome scanning modes; others are
* mostly bare. Need some volunteer experimentors here.
*/
case C_SCAN:
return (setswitch(rp, scan, V_SCAN));
/*
***************************************************************
* *
* Tuning step and rate commands. The step and rate commands *
* should work for all radios, as they do not use the radio *
* tuning-step functions. The dial command works with the *
* radio tuning-step functions, so is model dependent. *
* *
***************************************************************
*/
/*
* rate [ ]
*
* Set tuning rate. The values of from 0 through 20
* select the rate values in a 1-2.5-5-10 sequence. Warning: if
* the frequency resolution (minimum tuning step) is 10, 100,
* 1000 Hz, etc., the nexxt step up would be 25, 250, 2500,
* etc., which is not a multiple of the minimum tuning step. In
* such cases the step is rounded to 20, 200, 2000, etc.
*/
case C_RATE:
if (argn - argi > 1) {
if (sscanf(argv[++argi], "%d", &temp) != 1)
return (R_FMT);
if (temp > 20)
temp = 20;
else if (temp < rp->minstep)
temp = rp->minstep;
rp->rate = temp;
rp->step = logtab[rp->rate];
step = modf(cp->freq * 1e6 / rp->step, &freq);
freq = freq / 1e6 * rp->step;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
}
pflags |= P_DSPST;
break;
/*
* rate up (keypad)
*
* Set tuning rate up one notch.
*/
case C_RUP:
if (rp->rate < 20)
rp->rate++;
rp->step = logtab[rp->rate];
step = modf(cp->freq * 1e6 / rp->step, &freq);
freq = freq / 1e6 * rp->step;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
pflags |= P_DSPST;
break;
/*
* rate down (keypad)
*
* Set tuning rate down one notch.
*/
case C_RDOWN:
if (rp->rate > rp->minstep)
rp->rate--;
rp->step = logtab[rp->rate];
step = modf(cp->freq * 1e6 / rp->step, &freq);
freq = freq / 1e6 * rp->step;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
pflags |= P_DSPST;
break;
/*
* Tuning step commands. The step command sets the tuning step
* directly to an arbitrary value. The up and down commands
* shift the frequency up or down by the value of the tuning
* step.
*
* step [ ]
*
* Set tuning step directly in Hz. This is useful when scanning
* odd channel spacings, such as aviation and marine radio
* channels. Note that the tuning rate is set to minimum here,
* since otherwise the rounding process would violate the
* principle of least astonishment.
*/
case C_STEP:
if (argn - argi > 1) {
if (sscanf(argv[++argi], "%lf", &dtemp) != 1)
return (R_FMT);
if (dtemp < logtab[rp->minstep])
dtemp = logtab[rp->minstep];
rp->step = dtemp;
rp->rate = rp->minstep;
}
pflags |= P_DSPST;
break;
/*
* up (keypad)
*
* Tune up one step.
*/
case C_UP:
freq = cp->freq + rp->step / 1e6;
if (freq >= rp->ustep)
freq = rp->lstep;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
cp->freq = freq;
pflags |= P_DSPST;
break;
/*
* down (keypad)
*
* Tune down one step.
*/
case C_DOWN:
freq = cp->freq - rp->step / 1e6;
if (freq < rp->lstep)
freq = rp->ustep;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
cp->freq = freq;
pflags |= P_DSPST;
break;
/*
* band [ ] [ ]
*
* Set band scan limits. An up or down via keypad beyond the
* upper limit wraps to the lower limit and vice-versa.
*/
case C_BAND:
if (argn - argi < 2) {
printf("band %s\n", capdescr("band", rp->cap));
break;
}
if (argn - argi < 3)
return (R_ARG);
if (sscanf(argv[++argi], "%lf", &freq) != 1)
return (R_FMT);
if (sscanf(argv[++argi], "%lf", &step) != 1)
return (R_FMT);
if (freq > step) {
dtemp = freq;
freq = step;
step = dtemp;
}
if (freq < rp->lband)
freq = rp->lband;
rp->lstep = freq;
if (step > rp->uband)
step = rp->uband;
rp->ustep = step;
break;
/*
***************************************************************
* *
* Control commands. These are used to set switches, twirl *
* controls and read meters. Various radios implement none or *
* a subset of the defined functions. *
* *
***************************************************************
*/
/*
* ctl [ name ] [ value ] (V_WRCTL 0x14 command)
*
* The ctl subcommand reads or writes internal registers
* associated with a front panel control. The 756 and 7000 can
* read and write them. The 706G can read these registers but
* cannot write them. The R8500 can write them but not read
* them. Most radios implement only a subset of the defined
* subcommands.
*/
case C_CTRL:
if (argn - argi < 2) {
for (i = 0; ctlc[i].name[0] != '\0'; i++) {
temp = readmeter(rp, ctlc,
ctlc[i].ident, rsp);
if (temp < 0)
continue;
printf("%10s %s\n", ctlc[i].name, rsp);
}
break;
}
temp = capkey(argv[++argi], rp->ctrl);
if (temp < 0)
return (temp);
cmdctl[0] = temp >> 8;
cmdctl[1] = temp;
if (argn < 3) {
cmdctl[2] = FI;
rval = readmeter(rp, ctlc, temp, s1);
if (rval < 0)
break;
printf("%s\n", s1);
} else {
if (sscanf(argv[++argi], "%d", &sw) != 1)
return (R_FMT);
sw = (sw * 255) / 100;
if (temp >> 16 == F)
sw += 128;
sprintf(s1, "%04d", sw);
ptr = s1;
cmdctl[2] = (*ptr++ & 0xf) * 16;
cmdctl[2] += *ptr++ & 0xf;
cmdctl[3] = (*ptr++ & 0xf) * 16;
cmdctl[3] += *ptr++ & 0xf;
rval = setcmda(rp->ident, cmdctl, rsp);
}
break;
/*
* meter [ name ] [ value ] (V_RMTR 0x15 command)
*
* The meter subcommands report current meter indications. Note
* that the S meter is reported in S units and dB above S9. The
* squelch condition is reported as open (signal) or closed
* (silent).
*
* The 706G can read the signal and sql meters.
*/
case C_METER:
if (argn - argi < 2) {
for (i = 0; meter[i].name[0] != '\0'; i++) {
temp = readmeter(rp, meter,
meter[i].ident, s1);
if (temp < 0)
continue;
printf("%10s %s\n", meter[i].name, s1);
}
break;
}
temp = capkey(argv[++argi], meter);
if (temp < 0)
return (temp);
rval = readmeter(rp, meter, temp, s1);
if (rval == R_OK)
printf("%s\n", s1);
break;
/*
* set [ name ] [ value ] (V_TOGL 0x16 command)
*
* The switch subcommands read or write internal switches.
*/
case C_SWTCH:
if (argn - argi < 2) {
for (i = 0; switches[i].name[0] != '\0'; i++) {
temp = readmeter(rp, ctlc,
switches[i].ident, s1);
if (temp < 0)
continue;
printf("%10s %s\n", switches[i].name,
s1);
}
break;
}
temp = capkey(argv[++argi], switches);
if (temp < 0)
return (temp);
cmdctl[0] = temp >> 8;
cmdctl[1] = temp;
if (argn - argi < 2) {
cmdctl[2] = FI;
rval = readmeter(rp, switches, temp, s1);
break;
} else {
temp >>= 16;
if (temp == A) {
temp = capkey(argv[++argi], agc);
} else if (temp == B) {
temp = capkey(argv[++argi], fmtb);
} else if (temp == W) {
temp = capkey(argv[++argi], fmtw);
} else {
sscanf(argv[++argi], "%d", &temp);
sprintf(s1, "%02d", temp);
ptr = s1;
temp = (*ptr++ & 0xf) * 16;
temp += *ptr++ & 0xf;
}
if (temp < 0)
return (temp);
cmdctl[2] = temp;
cmdctl[3] = FI;
rval = setcmda(rp->ident, cmdctl, rsp);
}
break;
/*
* dial [ ] (V_DIAL 0x10 command)
*
* Set dial tuning step. This command works with all radios,
* including the 775 and R8500; however, the allowable arguments
* are different. Note that in the R8500 the allowable steps are
* constrained to multiples of 0.5 kHz.
*/
case C_DIAL:
if (argn - argi < 2) {
temp = cp->aux.step;
if (temp != 0x13)
printf("dial %s kHz\n", capname(temp,
rp->dialtab));
else
printf("dial %.1f kHz\n",
freqdouble(cp->aux.pstep, 2) / 10);
break;
}
/*
* Construct V_DIAL command for tuning step.
*/
ptr = s1;
*ptr++ = V_DIAL;
dtemp = 0;
temp = capkey(argv[++argi], rp->dialtab);
if (temp < 0)
return (temp);
if (temp == 0x13) {
if (sscanf(argv[argi], "%lf", &dtemp) != 1)
return (R_FMT);
}
*ptr++ = temp;
*ptr = FI;
rval = setcmda(rp->ident, s1, rsp);
if (rval < 0)
break;
/*
* Save step and programmed step for later.
*/
cp->aux.step = temp;
doublefreq(dtemp * 10, s1, 2);
memcpy(cp->aux.pstep, s1, 2);
break;
/*
***************************************************************
* *
* CTSS and DTCS commands. These commands turn on and off and *
* program the repeater tone (tone), tone squelch (tsql) and *
* digital tone squelch (dtcs) functions. *
* *
***************************************************************
*
* The syntax for all three commands is the same;
*
* tone reports the status and frequency/code
* tone off turns off the function
* tone on turns on the function
* tone turns on the function and programs the
* frequency/code
* tone ? reports a list of valid CTSS/DTCS code
* tsql ? values. The must be identical to
* an item in the list.
*
* dtcs ? reports a list of valid DTCS code values. The
* must be identical to an item on the list.
* The polarity codes "-pp" are appended, where pp
* are N (upright) or N (inverted).
*
* The three commands are mutually exlusive; setting one of them
* on turns off the others.
*/
/*
* tone [ args ] (V_TONE 0x1b command)
*
* Set the repeator tone CTSS frequency. This works for the 756
* and 7000.
*/
case C_TONE:
return (setswitch3(rp, tone, 0x00, 0x42));
/*
* tsql [ args ] (V_TONE 0x1b command)
*
* Set the tone squelch CTSS frequency. This works for the 756
* and 7000.
*/
case C_TSQL:
return (setswitch3(rp, tone, 0x01, 0x43));
/*
* dtcs [ args ] (V_TONE 0x1b command)
*
* Set the digital tone squelch DTCS code. This works only for
* the 7000.
*/
case C_DTCS:
return (setswitch3(rp, dtcs, 0x02, 0x4b));
/*
***************************************************************
* *
* Utility commands. Select the antenna, attenuator, preamp, *
* agc and and break-in options. *
* *
***************************************************************
*/
/*
* The duplex, preamp and attenuator commands can be set for
* each band segment. There are four duplex offset registers,
* one each fot HF, 6 m, 2 m and 70 cm bands. The preamp and
* attentuator settings are stored by band segment as follows:
*
* 703g 756 7000
* .3-1.6 .3-1.6 .03-1.6
* 1.6-2 1.6-2 1.6-2 160 m
* 2-5 2-6 2-6 80 m
* 5-8 6-8 6-8 40 m
* 8-11 8-11 8-11 30 m
* 11-20 11-20 20, 17 m
* 11-15 20 m
* 15-20 17 m
* 20-22 20-22 20-22 15 m
* 22-26 22-26 22-26 12 m
* 26-40 26-45 26-30 10 m
* 40-60 45-60 45-129 6 m
* 129-144
* 60-148 144-148 2 m
* 148-200
* 400-470 400-470 70 sm
*/
/*
* ant [ 1 | 1R | 2 | 2R ] (V_SANT 0x12 command)
*
* Select antenna. Transceivers like the 756 have two antennas
* (1, 2) for transmit/receive and a third (R) for receive only.
* For instance, option 1R selects antenna 1 for transmit and R
* for receive.
*/
case C_ANT:
argv[argi] = capname(sw, cmd);
return (setswitch(rp, ant, V_SANT));
/*
* atten [ ] (V_ATTEN 0x11 command)
*
* Set attenuator options. The options include all known
* attentuator options in dB. Following are the known values for
* a few modern radios.
*
* 706G 20 dB
* 756, 7000 6, 12, 18 dB
* R8500 10, 20, 30 dB
*/
case C_ATTEN:
argv[argi] = capname(sw, cmd);
return (setswitch(rp, atten, V_ATTEN));
/*
* preamp [ off | 1 | 2 ]
*
* Set preamp options. Some radios have none, one or two preamp
* settings.
*
* 706G, 7000 1
* 756 2
* R8500 none
*/
case C_PAMP:
argv[argi] = capname(sw, cmd);
return (setswitch2(rp, preamp, (V_TOGL << 8) | 0x02));
/*
* agc [ slow | medium | fast ]
*
* Set AGC options. Some radios have none or a subset of these
* options.
*
* 706G medium, fast
* 756, 7000 slow, medium, fast
* R8500 slow (agcslow), fast (agcfast)
*/
case C_AGC:
argv[argi] = capname(sw, cmd);
return (setswitch2(rp, agc, (V_TOGL << 8) | 0x12));
/*
* break [ off | semi | full ]
*
* Set break options. This works on the 706G, 756 and 7000.
*/
case C_BREAK:
argv[argi] = capname(sw, cmd);
return (setswitch2(rp, fmtb, (V_TOGL << 8) | 0x47));
/*
***************************************************************
* *
* Power and voice commands. These commands control the power *
* to the radio, turn the transmitter on and off and report *
* the status by voice. *
* *
***************************************************************
*/
/*
* power [ off | on ] (V_POWER 0x18 command)
*
* Set power on/off. The radio will be powered off after the
* sleep interval, but it will still listen for a power on
* command. This works only on the R8500.
*/
case C_POWER:
return (setswitch(rp, power, V_POWER));
/*
* ptt (V_PTT 0x1c command)
*
* Display transmit condition; turn transmitter on and off.
*/
case C_PTT:
return (setswitch2(rp, tx, V_TX << 8 | 0x00));
/*
* rx (V_TX 0x1c command). Turn transmitter off.
*/
case C_RX:
return (setcmda(rp->ident, cmdrx, rsp));
/*
* tx (V_TX 0x1c command). Turn transmitter on.
*/
case C_TX:
return (setcmda(rp->ident, cmdtx, rsp));
/*
* say [ all | freq | mode ] (V_ANNC 0x13 command)
*
* Set announce control off/on. This requires the UT-102 Voice
* Synthesizer Unit, which is standard in the 7000.
*/
case C_ANNC:
return (setswitch(rp, say, V_ANNC));
/*
***************************************************************
* *
* Mongrels. These commands are used for testing and just *
* playing around. *
* *
***************************************************************
*/
/*
* name
*
* Set channel name. Enclose in quotes if contains
* spaces.
*/
case C_NAME:
if (argn - argi < 2)
printf("%s\n", cp->name);
else
strlcpy(cp->name, argv[++argi],
sizeof(cp->name));
break;
/*
* key (V_SETW 0x1a command)
*
* Program memory keyer (756 and 7000). Each of four memory
* keyer channels can hold 55 characters.
*/
case C_KEY:
if (argn - argi < 2) {
rval = R_ARG;
break;
}
/*
* Get memory keyer ID (1-4)
*/
ptr = s1;
*ptr++ = V_SETW;
*ptr++ = 0x02;
if (sscanf(argv[++argi], "%d", &temp) != 1) {
rval = R_FMT;
break;
}
*ptr++ = temp;
/*
* If no argument string, read from radio. Remove
* trailing spaces from the radio string.
*/
if (argn - argi < 2) {
*ptr = FI;
rval = setcmda(rp->ident, s1, rsp);
if (rval < 0)
return (rval);
for (i = rval - 2; i > 2; i--) {
if (rsp[i] == ' ')
rsp[i] = '\0';
else
break;
}
temp = rsp[2];
printf("%d (%d) %s\n", temp, i - 2, &rsp[3]);
break;
}
/*
* Concatenate remaining strings and send to radio.
*/
*ptr = '\0';
temp = 55;
while (argn - argi > 1 && temp > 0) {
strncat(s1, argv[++argi], temp);
strcat(s1, " ");
temp -= strlen(argv[argi]) + 1;
}
s1[strlen(s1) - 1] = FI;
rval = setcmda(rp->ident, s1, rsp);
break;
/*
* Miscellaneous control (S_CTRL) subcommands.
*/
case C_MISC:
return (setswitch2(rp, misc, V_TOGL));
/*
* test BCD
*
* Send CI-V test message
*/
case C_TEST:
if (argn - argi < 2)
break;
ptr = s1;
for (i = 1; i < argn; i++) {
sscanf(argv[++argi], "%x", &temp);
*ptr++ = temp;
}
*ptr = FI;
rval = setcmda(rp->ident, s1, rsp);
break;
/*
* step (r8500)
*/
C_XSTEP:
if (sscanf(argv[++argi], "%x", &temp) != 1) {
rval = R_FMT;
break;
}
cp->aux.step = temp;
break;
/*
* pstep (r8500)
*/
C_PSTEP:
break;
}
return (rval);
}
/*
* capname(ident, table) - returns capability name given key
*/
char * /* capability name, "" (not found) */
capname(
int ident, /* capability key */
struct cmdtable *table /* capability table */
)
{
int i;
for (i = 0; table[i].name[0] != '\0'; i++) {
if (table[i].ident == ident)
return (table[i].name);
}
return ("");
}
/*
* capkey(name, table) - returns capability key given name
*/
int /* capability key, -1 (not found) */
capkey(
char *name, /* capability name */
struct cmdtable *table /* capability table */
)
{
int i, temp;
if (*name == '?') {
for (i = 0; table[i].name[0] != '\0'; i++)
printf("%10s %s\n", table[i].name,
table[i].descr);
return (R_NOP);
}
for (i = 0; table[i].name[0] != '\0'; i++) {
if (strcasecmp(name, table[i].name) == 0 ||
*table[i].name == '*')
break;
}
if (table[i].ident == R_NOP)
printf("*** %s\n", table[i].descr);
return (table[i].ident);
}
/*
* capdescr(name, table) - returns capability description given name
*/
char * /* capability string, "" (not found") */
capdescr(
char *name, /* capability name */
struct cmdtable *table /* capability table */
)
{
int i;
if (*name == '?') {
for (i = 0; table[i].name[0] != '\0'; i++)
printf("%10s %s\n", table[i].name,
table[i].descr);
return ("");
}
for (i = 0; table[i].name[0] != '\0'; i++) {
if (strcasecmp(name, table[i].name) == 0)
break;
}
return (table[i].descr);
}
/*
* setcap(name, table, string) - insert capability string
*/
void
setcap(
char *name, /* capability name */
struct cmdtable *table, /* capability table */
char *string /* capability string */
)
{
int i;
for (i = 0; table[i].name[0] != '\0'; i++) {
if (strcasecmp(name, table[i].name) == 0) {
strcpy(table[i].descr, string);
return;
}
}
strcpy(table[i].name, name);
strcpy(table[i].descr, string);
table[i + 1].name[0] = '\0';
table[i + 1].ident = R_NOP;
table[i + 1].descr[0] = '\0';
}
/*
* setswitch(radio, name, op) - V_VFO, V_SPLIT, V_SCAN, V_SANT, V_ATTEN,
* V_POWER, V_TX, V_ANNC.
*
* Commands with a single character command and one argument, with the
* single exception of the V_SANT, which can have one or two arguments
* depending on the radio type. Only the V_SANT and V_ATTEN can
*/
static int
setswitch(
struct icom *rp, /* radio structure pointer */
struct cmdtable *cmmd, /* command table pointer */
int op /* command code */
)
{
struct chan *cp;
struct vfo7000 *vp;
u_char cmd[BMAX], rsp[BMAX];
int temp, rval;
cmd[0] = op;
cmd[1] = FI;
if (argn - argi < 2) {
/*
* Read data from radio. Only the V_SANT and V_ATTEN
* return unambigous data. The V_SANT returns one or two
* octets depending on the transceiver model. The R8500
* can't return anything.
*/
switch (op) {
case V_SANT:
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
break;
temp = rsp[1];
if (rsp[2] != FI)
temp |= rsp[2] << 8;
printf("%s %s\n", argv[argi], capname(temp,
cmmd));
break;
case V_ATTEN:
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
break;
temp = rsp[1];
printf("%s %s dB\n", argv[argi],
capname(temp, cmmd));
break;
case V_ANNC:
cmd[1] = 0x00;
cmd[2] = FI;
rval = setcmda(rp->ident, cmd, rsp);
pflags |= P_DISP;
break;
default:
rval = R_ARG;
}
} else {
/*
* Write data to the radio. First, decode argument.
*/
temp = capkey(argv[++argi], cmmd);
if (temp < 0)
return (temp);
cmd[2] = FI;
/*
* For the ant command, find out if one or two
* subcommand bytes follow.
*/
if (op == V_SANT) {
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
return (rval);
if (rsp[2] != FI) {
cmd[2] = temp >> 8;
cmd[3] = FI;
}
}
cmd[1] = temp;
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
return (rval);
/*
* For the attenuator command, copy attenuator code for
* R8500.
*/
if (op == V_ATTEN) {
cp = &rp->chan;
cp->aux.atten = temp;
/*
* For the split duplex subcommands, edit mode2.
*/
} else if (op == V_SPLIT) {
cp = &rp->chan;
vp = &cp->vfo;
switch (temp) {
case 0x10: /* simplex */
vp->mode2 = (vp->mode2 & 0x0f) | 0x00;
break;
case 0x11: /* dup- */
vp->mode2 = (vp->mode2 & 0x0f) | 0x10;
break;
case 0x12: /* dup+ */
vp->mode2 = (vp->mode2 & 0x0f) | 0x20;
break;
}
}
}
return (rval);
}
/*
* setswitch2(radio, name, op) - V_PAMP, V_AGC, V_BREAK, V_PTT and
* V_MISC.
*
* Commands with a two-octet command and one argument.
*/
static int
setswitch2(
struct icom *rp, /* radio structure pointer */
struct cmdtable *cmmd, /* command table pointer */
int op /* command code */
)
{
u_char cmd[BMAX], rsp[BMAX];
int temp, rval, i;
rval = R_OK;
cmd[0] = op >> 8;
cmd[1] = op;
cmd[2] = FI;
if (argn - argi < 2) {
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
return (rval);
for (i = 0; cmmd[i].name[0] != '\0'; i++) {
if ((cmmd[i].ident & 0xff) == rsp[2]) {
printf("%s %s\n", argv[argi],
cmmd[i].name);
break;
}
}
} else {
temp = capkey(argv[++argi], cmmd);
if (temp < 0)
return (temp);
cmd[2] = temp;
cmd[3] = FI;
rval = setcmda(rp->ident, cmd, rsp);
}
return (rval);
}
/*
* setswitch3(radio, name, op, sw) - V_TONE, etc.
*
* This routine is used with the tone, tsql and dtcs commands, which
* turn on and off and program CTSS tones and DTCS codes.
*/
static int
setswitch3(
struct icom *rp, /* radio structure pointer */
struct cmdtable *cmmd, /* command table pointer */
int op, /* command code */
int sw /* switch code */
)
{
struct chan *cp;
struct vfo7000 *vp;
u_char rsp[BMAX];
int temp, rval, i;
u_char cmdctl[] = {V_TONE, 0, 0, 0, 0, FI};
u_char cmdswt[] = {V_TOGL, 0, 0, FI};
char *token;
cmdctl[1] = op;
cmdctl[2] = FI;
cmdswt[1] = sw;
cmdswt[2] = FI;
if (argn - argi < 2) {
/*
* Read switch code
*/
rval = setcmda(rp->ident, cmdswt, rsp);
if (rval < 0)
return (rval);
temp = rsp[2];
token = capname(temp, toneon);
/*
* Read frequency/code
*/
rval = setcmda(rp->ident, cmdctl, rsp);
if (rval < 0)
return (rval);
temp = rsp[3] << 8 | rsp[4];
for (i = 0; cmmd[i].name[0] != '\0'; i++) {
if ((cmmd[i].ident) == temp) {
if (cmdctl[1] == 0x02) {
temp = rsp[2];
printf("%s %s (%s-%s)\n",
argv[argi], token,
cmmd[i].name, capname(temp,
polar));
} else {
printf("%s %s (%s Hz)\n",
argv[argi], token,
cmmd[i].name);
}
}
}
} else {
/*
* Set frequency/code. Repeater tone and tone squelch
* frequencies are in nn.n Hz and tenths. Digital tone
* squelch codes are in nn-pp code polarity.
*/
token = strtok(argv[++argi], "-");
temp = capkey(token, cmmd);
if (temp < 0)
return (temp);
cp = &rp->chan;
vp = &cp->vfo;
if (temp > 0x01) {
cmdctl[3] = temp >> 8;
cmdctl[4] = temp;
token = strtok(NULL, "-");
if (token == NULL) {
cmdctl[2] = 0;
} else {
temp = capkey(token, polar);
if (temp < 0)
return (temp);
cmdctl[2] = temp;
}
rval = setcmda(rp->ident, cmdctl, rsp);
if (rval < 0)
return (rval);
/*
* Update VFO tones
*/
switch (op) {
case 0:
memcpy(&vp->tone, &cmdctl[2], 3);
break;
case 1:
memcpy(&vp->tsql, &cmdctl[2], 3);
break;
case 2:
memcpy(&vp->dtcs, &cmdctl[2], 3);
break;
}
temp = 0x01;
}
/*
* Set switch code
*/
vp->mode2 &= 0xf0;
if (temp == 0x01)
vp->mode2 += op + 1;
cmdswt[2] = temp;
rval = setcmda(rp->ident, cmdswt, rsp);
}
return (rval);
}
/*
* readmeter(radio, optab, op, pstring) - V_METER, V_TOGL
*/
static int
readmeter(
struct icom *rp, /* radio structure */
struct cmdtable *optab, /* command table */
int op, /* operation code */
char *s2 /* result string */
)
{
u_char cmd[] = {0, 0, 0, 0, FI};
char rsp[BMAX], *ptr;
int temp, i;
/*
* Read register or switch
*/
cmd[0] = op >> 8;
cmd[1] = op;
cmd[2] = FI;
temp = setcmda(rp->ident, cmd, rsp);
if (temp < 0)
return (temp);
if (temp < 5)
temp = ((rsp[2] >> 4) & 0xf) * 10 +
(rsp[2] & 0xf);
else
temp = ((rsp[2] >> 4) & 0xf) * 1000 +
(rsp[2] & 0xf) * 100 + ((rsp[3] >>
4) & 0xf) * 10 + (rsp[3] & 0xf);
ptr = capname(op, optab);
/*
* Format as required
*/
switch (op >> 16) {
case A: /* agc */
if (temp == 1)
strcpy(s2, "fast");
else if (temp == 2)
strcpy(s2, "mid");
else if (temp == 3)
strcpy(s2, "slow");
break;
case B: /* breakin */
if (temp == 0)
strcpy(s2, "off");
else if (temp == 1)
strcpy(s2, "semi");
else if (temp == 2)
strcpy(s2, "full");
break;
case F: /* signed control */
sprintf(s2, "%d", ((temp - 128) * 100) / 256);
break;
case G: /* unsigned control */
sprintf(s2, "%d", (temp * 100) / 256);
break;
case P: /* preamp */
if (temp == 0)
strcpy(s2, "off");
else if (temp == 1)
strcpy(s2, "1");
else if (temp == 2)
strcpy(s2, "2");
break;
case Q: /* squelch */
if (temp == 1)
strcpy(s2, "open");
else
strcpy(s2, "closed");
break;
case S: /* S meter */
for (i = 0; temp > mtab[i].smeter; i++);
strcpy(s2, mtab[i].pip);
break;
case W: /* miscellaneous switch */
if (temp == 0)
strcpy(s2, "off");
else
strcpy(s2, "on");
break;
}
return (R_OK);
}
/*
* banner - format and print banner
*/
void
banner(
struct icom *rp /* radio structure pointer */
)
{
printf("radio %s (%02x) %g-%g MHz chan %d bank %d baud %s\n",
capdescr(rp->name, identab), rp->ident, rp->lband,
rp->uband, rp->maxch - rp->minch + 1, rp->maxbk -
rp->minbk + 1, capname(rp->baud, baud));
rptr = rp;
}
/*
* printch - format and print channel data
*/
static void
printch(
struct icom *rp, /* radio structure pointer */
char *s1 /* prettyprint string */
)
{
struct chan *cp;
struct vfo7000 *vp;
char s2[LINMAX];
char *s3;
int temp;
double dtemp;
/*
* Reveal frequency and mode
*/
cp = &rp->chan;
vp = &cp->vfo;
readvfo(rp);
if (cp->freq == 0) {
if (rp->flags & F_BANK)
sprintf(s1, "%2d.%-2d empty", cp->bank,
cp->mchan);
else
sprintf(s1, "%2d empty", cp->mchan);
return;
}
if (rp->flags & F_BANK)
sprintf(s1, "%2d.%-2d %.*f MHz %s", cp->bank,
cp->mchan, sigtab[rp->rate], cp->freq,
capname(cp->mode, rp->modetab));
else
sprintf(s1, "%2d %.*f MHz %s", cp->mchan,
sigtab[rp->rate], cp->freq, capname(cp->mode,
rp->modetab));
if (pflags & P_DSPST) {
sprintf(s2, " rate %d step %.0f Hz", rp->rate,
rp->step);
strcat(s1, s2);
}
if (!(pflags & P_DSPCH))
return;
if (flags & (F_7000 | F_756)) {
/*
* Reveal split
*/
if (cp->split != 0) {
sprintf(s2, " split %.*f MHz", sigtab[rp->rate],
cp->split);
strcat(s1, s2);
}
/*
* Reveal duplex direction
*/
temp = vp->mode2 & 0xf0;
switch(temp) {
case 0x10:
strcat(s1, " split dup-");
break;
case 0x20:
strcat(s1, " split dup+");
break;
}
/*
* Reveal tone squelch info
*/
temp = vp->mode2 & 0xf;
switch (temp) {
case 1:
temp = (vp->tone[1] << 8) | vp->tone[2];
sprintf(s2, " tone %s Hz", capname(temp,
tone));
strcat(s1, s2);
break;
case 2:
temp = (vp->tsql[1] << 8) | vp->tsql[2];
sprintf(s2, " tsql %s Hz", capname(temp,
tone));
strcat(s1, s2);
break;
case 3:
temp = (vp->dtcs[1] << 8) | vp->dtcs[2];
sprintf(s2, " dtcs %s-", capname(temp, dtcs));
strcat(s1, s2);
temp = vp->dtcs[0] & 0x3;
sprintf(s2, "%s", capname(temp, polar));
strcat(s1, s2);
}
} else if (flags & F_8500){
/*
* Reveal tuning step.
*/
if (cp->aux.step != 0) {
temp = cp->aux.step;
if (temp != 0x13)
sprintf(s2, " dial %s kHz",
capname(temp, rp->dialtab));
else
sprintf(s2, " dial %.1f kHz",
freqdouble(cp->aux.pstep, 2) / 10);
strcat(s1, s2);
}
/*
* Reveal attentuator setting.
*/
if (cp->aux.atten != 0) {
sprintf(s2, " atten %x dB", cp->aux.atten);
strcat(s1, s2);
}
}
/*
* Reveal channel name enclosed in quotes ".
*/
if (cp->name[0] != '\0') {
sprintf(s2, " name \"%s\"", cp->name);
strcat(s1, s2);
}
}
/*
* Print error comment
*/
static void
perr(
int temp /* error code */
)
{
switch (temp) {
case R_CMD:
printf("*** unknown command\n");
break;
case R_ARG:
printf("*** unknown or missing command argument\n");
break;
case R_FMT:
printf("*** invalid argument format\n");
break;
case R_RAD:
printf("*** unknown radio\n");
break;
case R_NOR:
printf("*** no radios found\n");
break;
case R_DEF:
printf("*** radio not defined\n");
break;
case R_ERR:
printf("*** radio can't do that\n");
break;
case R_IO:
printf("*** file open error\n");
break;
}
}
/*
* Getline(str) - process input line and extract tokens
*
* Blank lines and comments beginning with '#' are ignored and the
* string converted to lower case. The resulting tokens are saved in the
* *argv[] array. The number of tokens found is returned to the caller.
*/
static int /* number of tokens */
getline(
char *str /* pointer to input string */
)
{
char *ptr;
char xbreak[] = " ,\t\n\0";
char sbreak[] = "\"\n\0";
int i, temp;
/*
* Trim trailing \r and comments
*/
ptr = strchr(str, '\r');
if (ptr != NULL)
*ptr = '\0';
ptr = strchr(str, '#');
if (ptr != NULL)
*ptr = '\0';
/*
* Scan for tokens delimited by space, comma, tab, newline or
* null. Arbitrary strings begin with quote " and end with
* quote, newline or null. Quotes are not included in the token.
*/
ptr = str;
for (i = 0; i < ARGMAX;) {
temp = strspn(ptr, xbreak);
ptr += temp;
if (*ptr == '\0')
break;
if (*ptr == '"') {
argv[i++] = ++ptr;
temp = strcspn(ptr, sbreak);
} else {
argv[i++] = ptr;
temp = strcspn(ptr, xbreak);
}
ptr += temp;
if (*ptr == '\0')
break;
*ptr++ = '\0';
}
argn = i;
return (i);
}
/*
* argchan(radio, chan, sptr) - decode channel argument
*
* NULL current bank/channel
* $ all channels, current bank
* b:$ all channels, bank b
* $:$ all channels, all banks
* + current bank/channel plus 1 with wrap
* - current bank/channel minus 1 with wrap
* c channel c, current bank
* b.c channel c, bank b
* c1:c2 channel range c1-c2, current bank with wrap
* b1.c1:b2.c2 channel range b1.c1-b2.c2 with wrap
*
* returns 0 if single, 1 if multiple, 2 if reversed, 3 if end of range,
* R_NOP if error
*/
static int /* > 0 (ok), < 0 (error) */
argchan(
struct icom *rp, /* radio structure */
struct chan *cp, /* channel structure */
char *sptr /* ascii argument pointer */
)
{
int rval, bank, mchan, topbk, topch;
/*
* null: current channel only
*/
if (cp->bank == rp->topbk && cp->mchan == rp->topch)
rval = 3;
else
rval = 0;
if (sptr == NULL)
return (0);
/*
* '?': format help
*/
if (*sptr == '?') {
capkey(sptr, argch);
return (R_NOP);
}
/*
* " ": end of range
*/
if (*sptr == ' ')
return (3);
/*
* "+": next higher channel, current bank with wrap
*/
if (*sptr == '+') {
cp->mchan++;
if (cp->mchan > rp->maxch) {
cp->mchan = rp->minch;
cp->bank++;
if (cp->bank > rp->maxbk)
cp->bank = rp->minbk;
}
return (rval);
}
/*
* "-" next lower channel, current bank with wrap
*/
if (*sptr == '-') {
cp->mchan--;
if (cp->mchan < rp->minch) {
cp->mchan = rp->maxch;
cp->bank--;
if (cp->bank < rp->minbk)
cp->bank = rp->maxbk;
}
return (rval);
}
/*
* "$" all channels, current bank
*/
if (strcmp(sptr, "$") == 0) {
rp->topbk = cp->bank;
cp->mchan = rp->minch;
rp->topch = rp->maxch;
return (1);
}
/*
* "$:$" all banks, all channels
*/
if (strcmp(sptr, "$:$") == 0) {
cp->bank = rp->minbk;
rp->topbk = rp->maxbk;
cp->mchan = rp->minch;
rp->topch = rp->maxch;
return (1);
}
/*
* "b.$" bank b, all channels
*/
if (strstr(sptr, ".$") != NULL && sscanf(sptr, "%d", &bank) ==
1) {
cp->bank = bank;
rp->topbk = bank;
cp->mchan = rp->minch;
rp->topch = rp->maxch;
return (1);
}
/*
* "b1.c1:b2.c2:": channel range b1.c1-b2.c2
*/
if (sscanf(sptr, "%d.%d:%d.%d", &bank, &mchan, &topbk,
&topch) == 4) {
cp->bank = bank;
rp->topbk = topbk;
cp->mchan = mchan;
rp->topch = topch;
if (cp->bank > rp->topbk || (cp->bank == rp->topbk &&
cp->mchan > rp->topch))
return (2);
else
return (1);
}
/*
* "c1:c2": channel range c1-c2 current bank
*/
if (sscanf(sptr, "%d:%d", &mchan, &topch) == 2) {
rp->topbk = cp->bank;
cp->mchan = mchan;
rp->topch = topch;
if (cp->mchan > rp->topch)
return (2);
else
return (1);
}
/*
* "c.b": channel c, bank b only
*/
if (sscanf(sptr, "%d.%d", &bank, &mchan) == 2) {
cp->bank = rp->topbk = bank;
cp->mchan = rp->topch = mchan;
return (0);
}
/*
* "c": channel c, current bank
*/
if (sscanf(sptr, "%d", &mchan) == 1) {
rp->topbk = cp->bank;
cp->mchan = rp->topch = mchan;
return (0);
}
printf("*** bad channel format %s\n", sptr);
return (R_NOP);
}
/*
* sw_keypad() - switch to keypad mode
*/
static int /* 0 (ok), < 0 (system error) */
sw_keypad()
{
fd = open("/dev/tty", O_RDONLY);
if (fd < 0)
return (R_IO);
if (tcgetattr(fd, &terma) < 0)
return (R_IO);
tcgetattr(fd, &termb);
termb.c_lflag &= ~(ICANON | ECHO);
termb.c_cc[VMIN] = 1;
termb.c_cc[VTIME] = 0;
if (tcsetattr(fd, TCSADRAIN, &termb) < 0)
return (R_IO);
return (R_OK);
}
/*
* sw_keybd() - switch to keyboard mode
*/
static int /* 0 (ok), < 0 (system error) */
sw_keybd()
{
if (tcsetattr(fd, TCSADRAIN, &terma) < 0)
return (R_IO);
return (R_OK);
}
/* end program */
icom-20120228/html.settings/ 0000755 0001750 0001750 00000000000 10417560445 014506 5 ustar colin colin icom-20120228/html.settings/specialfolderssettings.xml 0000744 0001750 0001750 00000001410 10417560444 022004 0 ustar colin colin
icom-20120228/html.settings/colortabsettings.xml 0000744 0001750 0001750 00000003045 10417560445 020621 0 ustar colin colin
-
-
-
-
-
-
-
-
icom-20120228/html.settings/fonttabsettings.xml 0000744 0001750 0001750 00000001540 10423261745 020445 0 ustar colin colin
-
-
-
icom-20120228/html.settings/collectiontabsettings.xml 0000744 0001750 0001750 00000001224 10417605307 021630 0 ustar colin colin
-
icom-20120228/html.settings/urlhandlingsettings.xml 0000744 0001750 0001750 00000001263 10417560444 021322 0 ustar colin colin
icom-20120228/html.settings/externaltabsettings.xml 0000744 0001750 0001750 00000000447 10417560445 021330 0 ustar colin colin
icom-20120228/pcr.awk 0000644 0001750 0001750 00000000321 10376731213 013164 0 ustar colin colin BEGIN {
}
{
if (NF == 1 && substr($1, 1, 5) == "[BANK") {
bank = substr($1, 6, 2)
chan = 0
}
if (NF == 9) {
printf("%d.%d %s %s name %s\n", bank, chan, $2, $3, substr($1, 4, 8))
chan++
}
} END {
}
icom-20120228/packet.c 0000644 0001750 0001750 00000021770 10606010241 013305 0 ustar colin colin /*
* Program to control ICOM radios
*
* Input/output interface
*/
#include "icom.h"
#ifndef MSDOS
#include
#include
#include
#else /* MSDOS */
#include
#endif /* MSDOS */
/*
* Parameters
*/
#ifdef MSDOS
#define XFRETRY 3000 /* interface timeout counter (MSDOS) */
/*
* Define port and speed
*/
#define PORT 0x03f8 /* port address (COM1) */
/* #define PORT 0x02f8 /* port address (COM2) */
/* #define PORT 0x03e8 /* port address (COM3) */
/* #define PORT 0x02e8 /* port address (COM4) */
/* #define BAUD 384 /* baud rate 300 */
#define BAUD 96 /* baud rate 1200 */
/* #define BAUD 12 /* baud rate 9600 */
/*
* Serial port definitions (8250)
*/
#define THR 0 /* transmitter holding register */
#define RBR 0 /* receiver buffer register */
#define DLL 0 /* divisor latch LSB */
#define DLM 1 /* divisor latch MSB */
#define LCR 3 /* line control register */
#define LCR_8BITS 3 /* 8 bit words */
#define LCR_DLAB 0x80 /* divisor latch access bit */
#define MCR 4 /* modem control register */
#define MCR_DTR 1 /* data terminal ready */
#define MCR_RTS 2 /* request to send */
#define LSR 5 /* line status register */
#define LSR_DR 0x01 /* data ready */
#define LSR_THRE 0x20 /* trans line holding register empty */
#define LSR_TSRE 0x40 /* transmitter shift register empty */
#endif /* MSDOS */
/*
* fsa definitions
*/
#define S_IDLE 0 /* idle */
#define S_HDR 1 /* header */
#define S_TX 2 /* address */
#define S_DATA 3 /* data */
#define S_ERROR 4 /* error */
/*
* Global variables
*/
int retry; /* max command retries */
/*
* Local function prototypes
*/
static u_char sndoctet(u_char); /* send octet */
static u_char rcvoctet(); /* receive octet */
/*
* Local variables
*/
static int count; /* retry counter */
static int state; /* fsa state */
#ifdef MSDOS
static int inp(int); /* input port byte */
static void outp(int, int); /* output port byte */
static void outpw(int, int); /* output port word */
#endif /* MSDOS */
/*
* Packet routines
*
* These routines send a packet and receive the response. Since the CI-V
* bus is bidirectional, every octet sent by this program is read back
* for check. If an error occurs on transmit (readback compare check),
* the packet is resent. If an error occurs on receive (timeout), all
* input to the terminating fe is discarded and the packet is resent. If
* the maximum number of retries is not exceeded, the program returns
* the number of octets in the user buffer; otherwise, it returns zero.
*
* ICOM frame format
*
* Frames begin with a two-octet preamble (fe-fe) followed by the radio
* address RA, controller address (e0), command CN, subcommand SN
* (optional), zero or more data octets DA and terminator fd. If a
* subcommand is not used, the data field begins with the SN octet.
*
* The radio responds to a command frame with a response frame in the
* same format, but with the radio and controller addresses
* interchanged. If the response contains no data, the CN octet is fb
* for success or fa for failure and the following octet fd ends the
* frame. If the response format includes a data field, a frame with a
* nonempty data field is a success, but an empty data field is a
* failure.
*
* +------+------+------+------+------+------+--//--+------+
* | fe | fe | RA | e0 | CN | SN | DA | fd |
* +------+------+------+------+------+------+--//--+------+
*/
/*
* initpkt() - initialize serial interface
*
* This routine opens the serial interface for raw transmission; that
* is, character-at-a-time, no stripping, checking or monkeying with the
* bits. For Unix, an input operation ends either with the receipt of a
* character or a 0.5-s timeout.
*/
void
initpkt(
int baud /* CI-V bit rate code */
) /* no return value */
{
#ifdef MSDOS
outp(PORT+LCR, LCR_DLAB); /* set baud */
outpw(PORT+DLL, BAUD);
outp(PORT+LCR, LCR_8BITS); /* set 8 bits, no parity */
outp(PORT+MCR, MCR_DTR+MCR_RTS); /* wake up modem */
#else /* MSDOS */
struct termios ttyb, *ttyp;
if (pflags & P_ERMSG)
printf("*** baud %d\n", baud);
ttyp = &ttyb;
if (tcgetattr(fd_icom, ttyp) < 0) {
printf("\n*** Unable to get line parameters\n");
exit(1);
}
ttyp->c_iflag = 0; /* input modes */
ttyp->c_oflag = 0; /* output modes */
ttyp->c_cflag = CS8|CREAD|CLOCAL; /* control modes */
ttyp->c_lflag = 0; /* local modes */
ttyp->c_cc[VMIN] = 0; /* min chars */
ttyp->c_cc[VTIME] = 5; /* receive timeout */
cfsetispeed(ttyp, baud); /* bit rate */
cfsetospeed(ttyp, baud);
if (tcsetattr(fd_icom, TCSANOW, ttyp) < 0) {
printf("\n*** Unable to set line parameters\n");
exit(1);
}
#endif /* MSDOS */
retry = RETRY;
}
/*
* sndpkt(r, x, y) - send packet and receive response
*
* This routine sends a command frame, which consists of all except the
* preamble octets fe-fe. It then listens for the response frame and
* returns the payload to the caller. The routine checks for correct
* response header format; that is, the length of the response vector
* returned to the caller must be at least two and the radio and
* controller address octets must be interchanged; otherwise, the
* operation is retried up to the number of times specified in a global
* variable.
*
* The trace function, which is enabled by the P_TRACE bit of the global
* pflags variable, prints all characters received or echoed on the bus
* preceded by a T (transmit) or R (receive). The P_ERMSG bit of the
* pflags variable enables printing of bus error messages.
*
* Note that the first octet sent is a pad (ff) in order to allow time
* for the radio to flush its receive buffer after sending the previous
* response. Even with this precaution, some of the older radios
* occasionally fail to receive a command and it has to be sent again.
*/
int
sndpkt( /* returns octet count */
int r, /* radio address */
u_char *x, /* command vector */
u_char *y /* response vector */
)
{
int i, j, k; /* temps */
u_char temp;
#ifndef MSDOS
(void)tcflush(fd_icom, TCIOFLUSH);
#endif /* MSDOS */
for (i = 0; i < retry; i++) {
state = S_IDLE;
/*
* Transmit packet.
*/
if (pflags & P_TRACE)
printf("T:");
sndoctet(PAD); /* send header */
sndoctet(PR);
sndoctet(PR);
sndoctet(r);
sndoctet(TX);
for (j = 0; j < BMAX; j++) { /* send body */
if (sndoctet(x[j]) == FI)
break;
}
while (rcvoctet() != FI); /* purge echos */
if (x[0] == V_FREQT || x[0] == V_MODET)
return (0); /* shortcut for broadcast */
/*
* Receive packet. First, delete all characters
* preceeding a PR, then discard all PRs. Check that the
* RE and TX fields are correctly interchanged, then
* copy the remaining data and FI to the user buffer.
*/
if (pflags & P_TRACE)
printf("\nR:");
j = 0;
while ((temp = rcvoctet()) != FI) {
switch (state) {
case S_IDLE:
if (temp != PR)
continue;
state = S_HDR;
break;
case S_HDR:
if (temp == PR) {
continue;
} else if (temp != TX) {
if (pflags & P_ERMSG)
printf(
"\n*** TX error\n");
state = S_ERROR;
}
state = S_TX;
break;
case S_TX:
if (temp != r) {
if (pflags & P_ERMSG)
printf(
"\n*** RE error\n");
state = S_ERROR;
}
state = S_DATA;
break;
case S_DATA:
if (j >= BMAX ) {
if (pflags & P_ERMSG)
printf(
"\n*** buffer overrun\n");
state = S_ERROR;
j = 0;
}
y[j++] = temp;
break;
case S_ERROR:
break;
}
}
if (pflags & P_TRACE)
printf("\n");
if (j > 0) {
y[j++] = FI;
return (j);
}
}
if (pflags & P_ERMSG)
printf("*** retries exceeded\n");
return (0);
}
/*
* Interface routines
*
* These routines read and write octets on the bus. In case of receive
* timeout a FI code is returned. In case of output collision (echo
* does not match octet sent), the remainder of the collision frame
* (including the trailing FI) is discarded.
*/
#ifdef MSDOS
/*
* sndoctet(x) - send octet
*/
static u_char
sndoctet( /* returns octet */
u_char x; /* octet */
)
{
u_char temp;
inp(PORT+RBR); /* flush spikes */
outp(PORT+THR, x); /* write octet */
if (x == (temp = rcvoctet()))
return (x);
if (pflags & P_ERMSG)
printf("\n*** bus error %02x %02x\n", x, temp);
while (rcvoctet() != FI); /* discard junk */
return (FI);
}
/*
* Receive octet
*/
static u_char
rcvoctet() /* returns octet, FI if error */
{
int i;
u_char temp;
for (i = 0; i < XFRETRY; i++) /* wait for input */
if ((inp(PORT + LSR)) & LSR_DR != 0) {
if (i > count)
count = i;
temp = inp(PORT+RBR); /* read octet */
return (temp);
}
return (FI);
}
#else /* MSDOS */
/*
* sndoctet(x) - send octet
*/
static u_char
sndoctet( /* returns octet */
u_char x /* octet */
)
{
write(fd_icom, &x, 1);
return (x);
}
/*
* rcvoctet () - receive octet
*/
static u_char
rcvoctet() /* returns octet */
{
u_char y;
if (read(fd_icom, &y, 1) < 1)
y = FI; /* come here if timeout */
if (pflags & P_TRACE && y != PAD)
printf(" %02x", y);
return (y);
}
#endif /* MSDOS */
/* end program */
icom-20120228/7000 0000644 0001750 0001750 00000000133 10423507165 012206 0 ustar colin colin # 7000 setup
radio 7000
utc set
restore * 7000_rpt
restore * 7000_arinc
restore * 7000_bc
icom-20120228/706g 0000644 0001750 0001750 00000000230 10453603740 012300 0 ustar colin colin # 706g palette
# start in memo mode
#
radio 706g
#empty $
vfo a
default tone off split 0
default
restore 1:39 706g_rpt
default
restore 40:99 706g_arinc
icom-20120228/756_rpt 0000644 0001750 0001750 00000000461 10416012111 013012 0 ustar colin colin # Newark area repeaters
1 53.0500 FM tone 107.2 name "Colora" split -1000 # K3UAV r 107.2
+ 53.7100 FM tone 74.4 name "Quinton" split -1000 # N2KEJ oe 74.4
+ 53.8300 FM tone 94.8 name "Port Deposit" split -1000 # N3OUT (CA) 94.8
+ 53.9500 FM tone 94.8 name "Rising Sun" split -1000 # K3DWB (CA) 94.8
icom-20120228/tables.c 0000644 0001750 0001750 00000067250 10453542521 013326 0 ustar colin colin /*
* Program to control ICOM radios
*
* Tables and chairs
*/
#include "icom.h"
#include
#include
/*
* Commands
*/
#define ARG2(y, x) (((y) << 8) | (x))
#define ARG3(z, y, x) (((z) << 16) | ((y) << 8) | (x))
#define M_CTL(z, x) ARG3((z), V_WRCTL, (x))
#define M_MTR(z, x) ARG3((z), V_RMTR, (x))
#define M_TOG(z, x) ARG3((z), V_TOGL, (x))
#define M_SET(z, x) ARG2((z), (x))
/*
* Keyboard mode commands
*/
struct cmdtable cmd[] = {
{"agc", C_AGC, "AGC fast/medium/slow"},
{"ant", C_ANT, "select antenna"},
{"atten", C_ATTEN, "select attenuator"},
{"band", C_BAND, "set band limits"},
{"bank", C_BANK, "read/write bank/name"},
{"bfocomp", C_BCOMP, "set BFO compensation"},
{"break", C_BREAK, "break off/semi/full"},
{"chan", C_READ, "read channels"},
{"ctl", C_CTRL, "control commands"},
{"default", C_DEFLT, "set default arguments"},
{"dial", C_DIAL, "set dial tuning step"},
{"dtcs", C_DTCS, "set digital tone squelch code"},
{"dump", C_DUMP, "dump VFO (debug)"},
{"duplex", C_DUPLEX, "set transmit duplex"},
{"empty", C_EMPTY, "empty channel"},
{"include", C_INCLD, "include file"},
{"key", C_KEY, "send CW message"},
{"meter", C_METER, "read meters and squelch"},
{"misc", C_MISC, "miscellaneous control"},
{"mode", C_MODE, "set mode"},
{"mvfo", C_VFOM, "memory -> VFO"},
{"name", C_NAME, "set channel name"},
{"pad", C_KEYPAD, "switch to keypad mode"},
{"power", C_POWER, "power on/off"},
{"preamp", C_PAMP, "preamp off/1/2f"},
{"ptt", C_PTT, "push to talk"},
{"quit", C_QUIT, "exit program"},
{"radio", C_RADIO, "select radio"},
{"rate", C_RATE, "set tuning rate"},
{"restore", C_RESTORE, "restore channels"},
{"rx", C_RX, "receive"},
{"save", C_SAVE, "save channels"},
{"say", C_ANNC, "announce control"},
{"scan", C_SCAN, "scan control"},
{"set", C_SWTCH, "set/clear switches"},
{"split", C_SPLIT, "split/duplex commands"},
{"step", C_STEP, "set tuning step"},
{"swap", C_SWAP, "VFO A <-> VFO B"},
{"test", C_TEST, "send CI-V test message"},
{"tone", C_TONE, "set repeater tone frequency"},
{"trace", C_DEBUG, "trace CI-V messages"},
{"tsql", C_TSQL, "set tone squelch frequency"},
{"tx", C_TX, "transmit"},
{"utc", C_TIME, "set/display date and time"},
{"verbose", C_VERB, "set verbose"},
{"vfo", C_VFO, "vfo commands"},
{"vfocomp", C_VCOMP, "set VFO compensation"},
{"write", C_WRITE, "write channels"},
{"\0", C_FREQX, "set VFO frequency/mode"}
};
/*
* Keypad mode commands
*/
struct cmdtable key[] = {
{{KILL, '\0'}, C_ERASE, "erase input"},
{"[11", C_ANT, "F1 ant status"},
{"[12", C_AGC, "F2 agc status"},
{"[13", C_ATTEN, "F3 atten status"},
{"[14", C_PAMP, "F4 preamp status"},
{"[15", C_BREAK, "F5 break status"},
{"[17", C_ANNC, "F6 say status"},
{"[18", C_METER, "F7 display meters"},
{"[19", C_SWTCH, "F8 display switches"},
{"[20", C_CTRL, "F9 display controls"},
{"[a", C_UP, "UP step up"},
{"[b", C_DOWN, "DOWN step down"},
{"[c", C_RUP, "RIGHT tuning rate up"},
{"[d", C_RDOWN, "LEFT tuning rate down"},
{"c", C_READ, "read channel"},
{"e", C_EMPTY, "empty channel"},
{"q", C_KEYBD, "switch to keyboard mode"},
{"r", C_RX, "receive"},
{"s", C_SPLIT, "split mode with offset"},
{"t", C_TX, "transmit"},
{"u", C_TIME, "display date and time"},
{"w", C_WRITE, "write channel"},
{"x", C_SWAP, "VFO A <-> VFO B"},
{"\0", C_FREQX, "set VFO frequency/mode"}
};
/*
* dummy argument
*/
struct cmdtable dummy[] = {
{"\0", R_NOP, "invalid command"}
};
/*
* channel/bank arguments
*/
struct cmdtable argch[] = {
{"[empty]", 0x00, "current bank/chan"},
{"$", 0x00, "current bank, all chans"},
{"b.$", 0x00, "bank b, all chans"},
{"$:$", 0x00, "all banks, all chans"},
{"+", 0x00, "current bank/chan plus 1"},
{"-", 0x00, "current bank/chan minus 1"},
{"c", 0x00, "current bank, chan c"},
{"b.c", 0x00, "bank b, chan c"},
{"c1:c2", 0x00, "current bank, block c1-c2"},
{"b1.c1:b2.c2", 0x00, "block b1.c1-b2.c2"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "verbose" arguments
*/
struct cmdtable verbx[] = {
{"off", 0, "terse"},
{"on", P_VERB, "verbose"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "trace" arguments
*/
struct cmdtable dbx[] = {
{"all", P_TRACE|P_ERMSG, "trace bus, errors"},
{"bus", P_TRACE, "trace bus"},
{"off", 0, "trace none"},
{"packet", P_ERMSG, "trace errors"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "vfo" subcommands (V_SVFO 0x07 command)
*/
struct cmdtable vfo[] = {
{"a", 0x00, "select VFO A"},
{"b", 0x01, "select VFO B"},
{"btoa", 0xa0, "VFO B -> VFO A"},
{"equal", 0xb1, "main VFO -> sub VFO"},
{"main", 0xd0, "select main VFO"},
{"nowatch", 0xc0, "dual-watch off"},
{"sub", 0xd1, "select sub VFO"},
{"swap", 0xb0, "VFO A <-> VFO B"},
{"watch", 0xc1, "dual-watch on"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "split" subcommands (V_SPLIT 0x0f command)
*/
struct cmdtable split[] = {
{"dup+", 0x12, "duplex up"},
{"dup-", 0x11, "duplex down"},
{"off", 0x00, "split off"},
{"on", 0x01, "split on"},
{"simplex", 0x10, "simplex"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "atten" subcommands (V_ATTEN 0x11 command)
*/
struct cmdtable atten[] = {
{"0", 0x00, "off"},
{"6", 0x06, "6 dB"},
{"10", 0x10, "10 dB"},
{"12", 0x12, "12 dB"},
{"18", 0x18, "18 dB"},
{"20", 0x20, "20 dB"},
{"30", 0x30, "30 dB"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "ant" subcommands (V_SANT 0x12 command)
*/
struct cmdtable ant[] = {
{"1", ARG2(0x00,0x00), "xmt/rec antenna 1"},
{"1R", ARG2(0x01,0x00), "xmt antenna 1/rec antenna R"},
{"2", ARG2(0x00,0x01), "xmt/rec antenna 2"},
{"2R", ARG2(0x01,0x01), "xmt antenna 2/rec antenna R"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "say" subcommands (V_ANNC 0x13 command)
*/
struct cmdtable say[] = {
{"all", 0x00, "all data"},
{"freq", 0x01, "S meter, frequency and mode"},
{"mode", 0x02, "receive mode"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "ctl" subcommands (V_WRCTL 0x14 command)
*/
struct cmdtable ctlc[] = {
{"af", M_CTL(G,0x01), "af gain"},
{"antivox", M_CTL(G,0x17), "anti-vox gain"},
{"balance", M_CTL(G,0x10), "balance"},
{"blank", M_CTL(G,0x12), "noise blanker threshold"},
{"bright", M_CTL(G,0x19), "LCD brightness"},
{"comp", M_CTL(G,0x0e), "speech compressor gain"},
{"contrast", M_CTL(G,0x18), "LCD contrast"},
{"delay", M_CTL(G,0x0f), "break delay"},
{"mic", M_CTL(G,0x0b), "microphone gain"},
{"monitor", M_CTL(G,0x15), "monitor gain"},
{"nf1", M_CTL(F,0x0d), "manual notch nf1 frequency"},
{"nf2", M_CTL(F,0x1a), "manual notch nf2 frequency"},
{"nr", M_CTL(G,0x06), "noise reduction"},
{"pbti", M_CTL(F,0x07), "passband tuning (inner"},
{"pbto", M_CTL(F,0x08), "passband tuning (outer"},
{"pitch", M_CTL(F,0x09), "cw pitch"},
{"power", M_CTL(G,0x0a), "rf power"},
{"rf", M_CTL(G,0x02), "rf gain"},
{"speed", M_CTL(G,0x0c), "key speed"},
{"sql", M_CTL(G,0x03), "squelch threshold"},
{"vox", M_CTL(G,0x16), "vox gain"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "meter" subcommands (V_RMTR 0x15 command)
*/
struct cmdtable meter[] = {
{"alc", M_MTR(G,0x13), "read ALC meter"},
{"comp", M_MTR(G,0x14), "read COMP meter"},
{"power", M_MTR(G,0x11), "read RF power meter"},
{"signal", M_MTR(S,0x02), "read S meter"},
{"sql", M_MTR(Q,0x01), "read squelch condition"},
{"swr", M_MTR(G,0x12), "read SWR meter"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "set" subcommands (V_TOGL 0x16 command)
*/
struct cmdtable switches[] = {
{"agc", M_TOG(A,0x12), "agc fast/mid/slow"},
{"agcfast", M_TOG(P,0x11), "agc fast (R8500)"},
{"agcslow", M_TOG(P,0x10), "agc slow (R8500)"},
{"an", M_TOG(W,0x41), "auto notch"},
{"apfoff", M_TOG(W,0x30), "auto peak filter off (R8500)"},
{"apfon", M_TOG(W,0x31), "auto peak filter on (R8500)"},
{"break", M_TOG(B,0x47), "break off/semi/full"},
{"comp", M_TOG(W,0x44), "speech compressor"},
{"dcts", M_TOG(W,0x4b), "digital tone squelch"},
{"lock", M_TOG(W,0x50), "dial lock"},
{"monitor", M_TOG(W,0x45), "monitor"},
{"nb", M_TOG(W,0x22), "noise blanker"},
{"nboff", M_TOG(P,0x20), "noise blanker off (R8500)"},
{"nbon", M_TOG(P,0x21), "noise blanker on(R8500)"},
{"nf1", M_TOG(W,0x48), "manual notch nf1"},
{"nf2", M_TOG(W,0x51), "manual notch nf2"},
{"nr", M_TOG(W,0x40), "noise reduction"},
{"peak", M_TOG(W,0x4f), "twin peak filter"},
{"preamp", M_TOG(P,0x02), "preamp off/1/2"},
{"rtty", M_TOG(W,0x49), "RTTY filter"},
{"tone", M_TOG(W,0x42), "repeater tone"},
{"tsql", M_TOG(W,0x43), "tone squelch"},
{"vcs", M_TOG(W,0x4c), "voice squelch"},
{"vox", M_TOG(W,0x46), "voice break"},
{"\0", R_NOP, "invalid argument"},
};
struct cmdtable fmtw[] = {
{"off", M_SET(W,0x00), "switch off"},
{"on", M_SET(W,0x01), "switch on"},
{"\0", R_NOP, "invalid argument"},
};
/*
* "power" subcommands (V_POWER 0x18 command)
*/
struct cmdtable power[] = {
{"off", 0x00, "power off at sleep timeout"},
{"on", 0x01, "power on"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "tone" and "tsql" subcommands (V_TONE 0x1b command)
*
* The CTSS tone frequency is in tenths of a Hertz. The vollowing
* frequencies are valid for both the repeater tone (tone command) and
* tone squelch (tsql command) functions.
*/
struct cmdtable tone[] = {
{"off", 0x00, "CTSS off)"},
{"on", 0x01, "CTSS on)"},
{"67.0", 0x0670, "XZ (67.0 Hz)"},
{"69.3", 0x0693, "WZ (69.3 Hz)"},
{"71.9", 0x0719, "XA (71.9 Hz)"},
{"74.4", 0x0744, "WA (74.4 Hz)"},
{"77.0", 0x0770, "XB (77.0 Hz)"},
{"79.7", 0x0797, "WB (79.7 Hz)"},
{"82.5", 0x0825, "YZ (82.5 Hz)"},
{"85.4", 0x0854, "YA (85.4 Hz)"},
{"88.5", 0x0885, "YB (88.5 Hz)"},
{"91.5", 0x0915, "ZZ (91.5 Hz)"},
{"94.8", 0x0948, "ZA (94.8 Hz)"},
{"97.4", 0x0974, "ZB (97.4 Hz)"},
{"100.0", 0x1000, "1Z (100.0 Hz)"},
{"103.5", 0x1035, "1A (103.5 Hz)"},
{"107.2", 0x1072, "1B (107.2 Hz)"},
{"110.9", 0x1109, "2Z (110.9 Hz)"},
{"114.8", 0x1148, "2A (114.8 Hz)"},
{"118.8", 0x1188, "2B (118.8 Hz)"},
{"123.0", 0x1230, "3Z (123.0 Hz)"},
{"127.3", 0x1273, "3A (127.3 Hz)"},
{"131.8", 0x1318, "3B (131.8 Hz)"},
{"136.5", 0x1365, "4Z (136.5 Hz)"},
{"141.3", 0x1413, "4A (141.3 Hz)"},
{"146.2", 0x1462, "4B (146.2 Hz)"},
{"151.4", 0x1514, "5Z (151.4 Hz)"},
{"156.7", 0x1567, "5A (156.7 Hz)"},
{"159.8", 0x1598, "-- (159.8 Hz)"},
{"162.2", 0x1622, "5B (162.2 Hz)"},
{"165.5", 0x1655, "-- (165.5 Hz)"},
{"167.9", 0x1679, "6Z (167.9 Hz)"},
{"171.3", 0x1713, "-- (171.3 Hz)"},
{"173.8", 0x1738, "6A (173.8 Hz)"},
{"177.3", 0x1773, "-- (177.3 Hz)"},
{"179.9", 0x1799, "6B (179.9 Hz)"},
{"183.5", 0x1835, "-- (183.5 Hz)"},
{"186.2", 0x1862, "7Z (186.2 Hz)"},
{"189.9", 0x1899, "-- (189.9 Hz)"},
{"192.8", 0x1928, "7A (192.8 Hz)"},
{"196.6", 0x1968, "-- (196.6 Hz)"},
{"199.5", 0x1995, "-- (199.5 Hz)"},
{"203.5", 0x2035, "M1 (203.5 Hz)"},
{"206.5", 0x2065, "-- (206.5 Hz)"},
{"210.7", 0x2107, "M2 (210.7 Hz)"},
{"218.1", 0x2181, "M3 (218.1 Hz)"},
{"225.7", 0x2257, "M4 (225.7 Hz)"},
{"229.1", 0x2291, "9Z (229.1 Hz)"},
{"233.6", 0x2336, "M5 (233.6 Hz)"},
{"241.8", 0x2418, "M6 (241.8 Hz)"},
{"250.3", 0x2503, "M7 (250.3 Hz)"},
{"254.1", 0x2541, "0Z (254.1 Hz)"},
{"\0", R_NOP, "invalid argument"}
};
/*
* tone command on/off
*/
struct cmdtable toneon[] = {
{"off", 0x00, "tone off"},
{"on", 0x01, "tone on"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "dtcs" subcommands (V_TONE 0x1b command)
*
* Thd DTCS code is nnn-pq, where nnn is 3 decimal digits, p is the
* transmit polarity and q is the receive polarity. Polarity is N for
* normal and R for reversed. The following codes are valid for the
* digital tone squelch function (dtcs command).
*/
struct cmdtable dtcs[] = {
{"off", 0x00, "DTCS off)"},
{"on", 0x01, "DTCS on)"},
{"023", 0x0023, "DTCS 023"},
{"025", 0x0025, "DTCS 025"},
{"026", 0x0026, "DTCS 026"},
{"031", 0x0031, "DTCS 031"},
{"032", 0x0032, "DTCS 032"},
{"036", 0x0036, "DTCS 036"},
{"043", 0x0043, "DTCS 043"},
{"047", 0x0047, "DTCS 047"},
{"051", 0x0051, "DTCS 051"},
{"053", 0x0053, "DTCS 054"},
{"054", 0x0054, "DTCS 055"},
{"055", 0x0055, "DTCS 071"},
{"071", 0x0071, "DTCS 071"},
{"072", 0x0072, "DTCS 072"},
{"073", 0x0073, "DTCS 073"},
{"074", 0x0074, "DTCS 074"},
{"114", 0x0114, "DTCS 114"},
{"115", 0x0115, "DTCS 115"},
{"116", 0x0116, "DTCS 116"},
{"122", 0x0122, "DTCS 122"},
{"125", 0x0125, "DTCS 125"},
{"131", 0x0131, "DTCS 131"},
{"132", 0x0132, "DTCS 132"},
{"134", 0x0134, "DTCS 134"},
{"143", 0x0143, "DTCS 143"},
{"145", 0x0145, "DTCS 145"},
{"152", 0x0152, "DTCS 152"},
{"155", 0x0155, "DTCS 155"},
{"156", 0x0156, "DTCS 156"},
{"162", 0x0162, "DTCS 162"},
{"165", 0x0165, "DTCS 165"},
{"172", 0x0172, "DTCS 172"},
{"174", 0x0174, "DTCS 174"},
{"205", 0x0205, "DTCS 205"},
{"212", 0x0212, "DTCS 212"},
{"223", 0x0223, "DTCS 223"},
{"225", 0x0225, "DTCS 225"},
{"226", 0x0226, "DTCS 226"},
{"243", 0x0243, "DTCS 243"},
{"244", 0x0244, "DTCS 244"},
{"245", 0x0245, "DTCS 245"},
{"246", 0x0246, "DTCS 246"},
{"251", 0x0251, "DTCS 251"},
{"252", 0x0252, "DTCS 252"},
{"255", 0x0255, "DTCS 255"},
{"261", 0x0261, "DTCS 261"},
{"263", 0x0263, "DTCS 263"},
{"265", 0x0265, "DTCS 265"},
{"266", 0x0266, "DTCS 266"},
{"271", 0x0271, "DTCS 271"},
{"274", 0x0274, "DTCS 274"},
{"306", 0x0306, "DTCS 306"},
{"311", 0x0311, "DTCS 311"},
{"315", 0x0315, "DTCS 315"},
{"325", 0x0325, "DTCS 325"},
{"331", 0x0331, "DTCS 331"},
{"332", 0x0332, "DTCS 332"},
{"343", 0x0343, "DTCS 343"},
{"346", 0x0346, "DTCS 346"},
{"351", 0x0351, "DTCS 351"},
{"356", 0x0356, "DTCS 356"},
{"364", 0x0364, "DTCS 364"},
{"365", 0x0365, "DTCS 365"},
{"371", 0x0371, "DTCS 371"},
{"411", 0x0411, "DTCS 411"},
{"412", 0x0412, "DTCS 412"},
{"413", 0x0413, "DTCS 413"},
{"423", 0x0423, "DTCS 423"},
{"431", 0x0431, "DTCS 431"},
{"432", 0x0432, "DTCS 432"},
{"445", 0x0445, "DTCS 445"},
{"446", 0x0446, "DTCS 446"},
{"452", 0x0452, "DTCS 452"},
{"454", 0x0454, "DTCS 454"},
{"455", 0x0455, "DTCS 455"},
{"462", 0x0462, "DTCS 462"},
{"464", 0x0464, "DTCS 464"},
{"465", 0x0465, "DTCS 465"},
{"466", 0x0466, "DTCS 466"},
{"503", 0x0503, "DTCS 503"},
{"506", 0x0506, "DTCS 506"},
{"516", 0x0516, "DTCS 516"},
{"523", 0x0523, "DTCS 523"},
{"526", 0x0526, "DTCS 526"},
{"532", 0x0532, "DTCS 532"},
{"546", 0x0546, "DTCS 546"},
{"565", 0x0565, "DTCS 565"},
{"606", 0x0606, "DTCS 606"},
{"612", 0x0612, "DTCS 612"},
{"624", 0x0624, "DTCS 624"},
{"627", 0x0627, "DTCS 627"},
{"631", 0x0631, "DTCS 631"},
{"632", 0x0632, "DTCS 632"},
{"654", 0x0654, "DTCS 654"},
{"662", 0x0662, "DTCS 662"},
{"664", 0x0664, "DTCS 664"},
{"703", 0x0703, "DTCS 703"},
{"712", 0x0712, "DTCS 712"},
{"723", 0x0723, "DTCS 723"},
{"731", 0x0731, "DTCS 731"},
{"732", 0x0732, "DTCS 732"},
{"734", 0x0734, "DTCS 734"},
{"743", 0x0743, "DTCS 743"},
{"754", 0x0754, "DTCS 754"},
{"\0", R_NOP, "invalid argument"}
};
/*
* DTCS polarity codes
*
* These codes are used with the DTCS codes given above. An "N" codes
* for normal polarity, "R" reversed.
*/
struct cmdtable polar[] = {
{"NN", 0x00, "+ transmit, + receive"},
{"NR", 0x01, "+ transmit, - receive"},
{"RN", 0x10, "- transmit, + receive"},
{"RR", 0x11, "- transmit, - receive"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "tx" subcommands (V_TX 0x1c command)
*/
struct cmdtable tx[] = {
{"off", 0x00, "receive"},
{"on", 0x01, "transmit"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "misc" subcommands (775)
*/
struct cmdtable misc[] = {
{"ctss", 0x06, "read CTSS"},
{"dcs", 0x07, "read DCS"},
{"dtmf", 0x08, "read DTMF"},
{"id", 0x09, "read ID"},
{"local", 0x01, "local control"},
{"next", 0x0e, "next frequency"},
{"nosearch", 0x10, "disable search"},
{"nospeaker", 0x0b, "mute speaker"},
{"notape", 0x04, "disable tape recorder"},
{"nowindow", 0x0d, "disable search window"},
{"opto", 0x05, "read OPTO"},
{"remote", 0x02, "remote control"},
{"search", 0x0f, "enable search"},
{"speaker", 0x0a, "unmute speaker"},
{"tape", 0x03, "enable tape recorder"},
{"window", 0x0c, "enable search window"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "agc" subcommands
*/
struct cmdtable agc[] = {
{"fast", M_SET(A,0x01), "agc fast"},
{"medium", M_SET(A,0x02), "agc mid"},
{"slow", M_SET(A,0x03), "agc slow"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "preamp" subcommands
*/
struct cmdtable preamp[] = {
{"off", 0x00, "preamp off"},
{"1", 0x01, "preamp 1"},
{"2", 0x02, "preamp 2"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "break" subcommands
*/
struct cmdtable fmtb[] = {
{"full", M_SET(B,0x02), "break full"},
{"off", M_SET(B,0x00), "break off"},
{"semi", M_SET(B,0x01), "break semi"},
{"\0", R_NOP, "invalid argument"},
};
/*
* "scan" subcommands
*/
struct cmdtable scan[] = {
{"10", 0xa3, "delta-f 10 kHz"},
{"2.5", 0xa1, "delta-f 2.5 kHz"},
{"20", 0xa4, "delta-f 20 kHz"},
{"5", 0xa2, "delta-f 5 kHz"},
{"50", 0xa5, "delta-f 50 kHz"},
{"autowrite", 0x04, "auto write scan"},
{"deltaf", 0x03, "delta-f scan"},
{"finedeltaf", 0x13, "fine delta-f scan start"},
{"fineprog", 0x12, "fine program scan start"},
{"fix", 0xaa, "fix center frequency"},
{"mem", 0x22, "memory scan start"},
{"memchan", 0xb2, "memory channel scan number"},
{"memnum", 0x23, "select memory scan start"},
{"nofix", 0xa0, "unfix center frequency"},
{"noresume", 0xd1, "scan resume off"},
{"noskip", 0xb1, "select memory channel"},
{"noresume", 0xd0, "scan resume never"},
{"novsc", 0xc0, "VSC off"},
{"priority", 0x42, "priority scan"},
{"prog", 0x02, "program scan"},
{"resume", 0xd3, "scan resume after delay"},
{"resumeb", 0xd2, "scan resume b"},
{"select", 0x24, "selected mode memory scan"},
{"skip", 0xb0, "deselect memory channel"},
{"start", 0x01, "scan start"},
{"stop", 0x00, "scan stop"},
{"vsc", 0xc1, "VSC on"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "dial" subcommands
*/
struct cmdtable diala[] = { /* R8500 */
{".01", 0x00, "10 Hz"},
{".05", 0x01, "50 Hz"},
{".1", 0x02, "100 Hz"},
{"1", 0x03, "1 kHz"},
{"2.5", 0x04, "2.5 kHz"},
{"5", 0x05, "5 kHz"},
{"9", 0x06, "9 kHz"},
{"10", 0x07, "10 kHz"},
{"12.5", 0x08, "12.5 kHz"},
{"20", 0x09, "20 kHz"},
{"25", 0x10, "25 kHz"},
{"100", 0x11, "100 kHz"},
{"1000", 0x12, "1 MHz"},
{"*", 0x13, "* kHz"},
{"\0", R_NOP, "invalid argument"}
};
struct cmdtable dialb[] = { /* 775 */
{".01", 0x00, "10 Hz"},
{"1", 0x01, "1 kHz"},
{"2", 0x02, "2 kHz"},
{"3", 0x03, "3 kHz"},
{"4", 0x04, "4 kHz"},
{"5", 0x05, "5 kHz"},
{"6", 0x06, "6 kHz"},
{"7", 0x07, "7 kHz"},
{"8", 0x08, "8 kHz"},
{"9", 0x09, "9 kHz"},
{"10", 0x10, "10 kHz"},
{"\0", R_NOP, "invalid argument"}
};
struct cmdtable dialc[] = { /* 706G, 756, 7000 */
{".01", 0x00, "10 Hz"},
{".1", 0x01, "100 Hz"},
{"1", 0x02, "1 kHz"},
{"5", 0x03, "5 kHz"},
{"9", 0x04, "9 kHz"},
{"10", 0x05, "10 kHz"},
{"12.5", 0x06, "12.5 kHz"},
{"20", 0x07, "20 kHz"},
{"25", 0x08, "25 kHz"},
{"100", 0x09, "100 kHz"},
{"\0", R_NOP, "invalid argument"}
};
/*
* bank, restore and save subcommands
*/
struct cmdtable loadtab[] = {
{"atten", C_ATTEN, "set attenuator"},
{"default", C_DEFLT, "set default arguments"},
{"dial", C_DIAL, "set tuning step"},
{"dtcs", C_DTCS, "set digital tone squelch code"},
{"name", C_NAME, "set channel name"},
{"set", C_SWTCH, "set commands"},
{"split", C_SPLIT, "split/duplex commands"},
{"tone", C_TONE, "set repeater tone frequency"},
{"tsql", C_TSQL, "set tone squelch frequency"},
{"\0", C_FREQX, "set VFO frequency/mode"}
};
/*
* Radio identifier decode
*/
struct cmdtable identab[] = {
{"1271", 0x24, "1271 UHF Transceiver"},
{"1275", 0x18, "1275 UHF Transceiver"},
{"271", 0x20, "271 VHF Transceiver"},
{"275", 0x10, "275 VHF Transceiver"},
{"375", 0x12, "375 VHF Transceiver"},
{"471", 0x22, "471 UHF Transceiver"},
{"475", 0x14, "475 UHF Transceiver"},
{"575", 0x16, "575 VHF Transceiver"},
{"575", 0x28, "725 HF Transceiver"},
{"706", 0x4e, "706 HF Transceiver"},
{"706G", 0x58, "706MKIIG HF Transceiver"},
{"726", 0x30, "726 HF Transceiver"},
{"735", 0x04, "735 HF Transceiver"},
{"746", 0x66, "746 HF Transceiver"},
{"751", 0x1c, "751 HF Transceiver"},
{"756", 0x64, "756 HF Transceiver"},
{"761", 0x1e, "761 HF Transceiver"},
{"765", 0x2c, "765 HF Transceiver"},
{"775", 0x46, "775 HF Transceiver"},
{"781", 0x26, "781 HF Transceiver"},
{"970", 0x2e, "970 HF Transceiver"},
{"7000", 0x70, "7000 HF/VHF/UHF Transceiver"},
{"7800", 0x6a, "7800 HF/VHF/UHF Transceiver"},
{"R7000", 0x08, "R7000 VHF/UHF Receiver"},
{"R71", 0x1A, "R71 HF Receiver"},
{"R7100", 0x34, "R7100 VHF/UHF Receiver"},
{"R72", 0x32, "R72 HF Receiver"},
{"R75", 0x5a, "R75 HF Receiver"},
{"R8500", 0x4a, "R8500 HF/VHF/UHF Receiver"},
{"R9000", 0x2a, "R9000 VHF/UHF Receiver"},
{"probe", 0x00, "Probe all radios"},
{"\0", R_NOP, "unknown radio"}
};
/*
* Broadband HF/VHF/UHF receiver mode decode (R7000)
*
* Note that panel FM mode is really wideband FM and panel FMn mode is
* really FM mode on other radios. Emptying a channel changes the mode
* to 0xff, but does not change the frequency. Reactivate the channel
* by loading valid mode.
*/
static struct cmdtable mode2[] = {
{"AM", 0x0002, "AM"},
{"a", 0x0002, "AM (keypad)"},
{"FMn", 0x8205, "FM"},
{"WFM", 0x0005, "WFM"},
{"f", 0x8205, "FM (keypad)"},
{"SSB", 0x8005, "SSB"},
{"s", 0x8005, "SSB (keypad)"},
{"\0", R_NOP, "invalid command"}
};
/*
* Broadband MF/HF/VHF/UHF receiver mode decode (R8500/R9000)
*/
static struct cmdtable mode3[] = {
{"AM", 0x0202, "AM"},
{"a", 0x0202, "AM"},
{"AMn", 0x0302, "AM narrow"},
{"AMw", 0x0102, "AM wide"},
{"CW", 0x0103, "CW"},
{"k", 0x0103, "CW (keypad)"},
{"CWn", 0x0203, "CW narrow"},
{"FM", 0x0105, "FM"},
{"f", 0x0105, "FM (keypad)"},
{"FMn", 0x0205, "FM narrow"},
{"LSB", 0x0100, "LSB"},
{"l", 0x0100, "LSB (keypad)"},
{"USB", 0x0101, "USB"},
{"u", 0x0101, "USB (keypad)"},
{"WFM", 0x0106, "WFM"},
{"\0", R_NOP, "invalid command"}
};
/*
* Narrowband MF/HF/VHF/UHF transceiver and receiver mode decode
*
* The 7000 can do all of these, the 756 all but WFM, the 706g most
* except the -R (reverse) modes.
*/
static struct cmdtable mode1[] = {
{"AM", 0x0202, "AM"},
{"a", 0x0202, "AM (keypad)"},
{"AMn", 0x0302, "AM narrow"},
{"AMw", 0x0102, "AM wide"},
{"CW", 0x0203, "CW"},
{"k", 0x0203, "CW (keypad)"},
{"CW-R", 0x0207, "CW reverse"},
{"CW-Rn", 0x0307, "CW reverse narrow"},
{"CW-Rw", 0x0107, "CW reverse wide"},
{"CWn", 0x0303, "CW narrow"},
{"CWw", 0x0103, "CW wide"},
{"FM", 0x0205, "FM"},
{"f", 0x0205, "FM (keypad)"},
{"FMn", 0x0305, "FM narrow"},
{"FMw", 0x0105, "FM wide"},
{"LSB", 0x0200, "LSB"},
{"l", 0x0200, "LSB (keypad)"},
{"LSBn", 0x0300, "LSB narrow"},
{"LSBw", 0x0100, "LSB wide"},
{"RTTY", 0x0204, "RTTY"},
{"RTTY-R", 0x0208, "RTTY reverse"},
{"RTTY-Rn", 0x0308, "RTTY reverse narrow"},
{"RTTY-Rw", 0x0108, "RTTY reverse wide"},
{"RTTYn", 0x0304, "RTTY narrow"},
{"RTTYw", 0x0104, "RTTY wide"},
{"USB", 0x0201, "USB"},
{"u", 0x0201, "USB (keypad)"},
{"USBn", 0x0301, "USB narrow"},
{"USBw", 0x0101, "USB wide"},
{"WFM", 0x0106, "wideband FM"},
{"\0", R_NOP, "invalid command"}
};
/*
* IC 7000 MF/HF/VHF/UHF transceiver and receiver mode decode
*/
static struct cmdtable mode4[] = {
{"AM", 0x0202, "AM 6.0"},
{"a", 0x0202, "AM 6.0 (keypad)"},
{"AMn", 0x0302, "AM 3.0"},
{"AMw", 0x0102, "AM 9.0"},
{"CW", 0x0203, "CW 500"},
{"k", 0x0203, "CW 500 (keypad)"},
{"CW-R", 0x0207, "CW-R 500"},
{"CW-Rn", 0x0307, "CW-R 250"},
{"CW-Rw", 0x0107, "CW-R 1.2"},
{"CWn", 0x0303, "CW 250"},
{"CWw", 0x0103, "CW 1.2"},
{"FM", 0x0205, "FM 10.0"},
{"f", 0x0205, "FM 10.0 (keypad)"},
{"FMn", 0x0305, "FM 7.0"},
{"FMw", 0x0105, "FM 15.0"},
{"LSB", 0x0200, "LSB 2.4"},
{"l", 0x0200, "LSB 2.4 (keypad)"},
{"LSBn", 0x0100, "LSB 1.8"},
{"LSBw", 0x0300, "LSB 3.0"},
{"RTTY", 0x0204, "RTTY 500"},
{"RTTY-R", 0x0208, "RTTY-R 500"},
{"RTTY-Rn", 0x0308, "RTTY-R 250"},
{"RTTY-Rw", 0x0108, "RTTY-R 2.4"},
{"RTTYn", 0x0304, "RTTY 250"},
{"RTTYw", 0x0104, "RTTY 2.4"},
{"USB", 0x0201, "USB 2.4"},
{"u", 0x0201, "USB 2.4 (keypad)"},
{"USBn", 0x0301, "USB 1.8"},
{"USBw", 0x0101, "USB 3.0"},
{"WFM", 0x0106, "WFM 280.0"},
{"\0", R_NOP, "invalid command"}
};
/*
* CI-V bit rate control
*/
struct cmdtable baud[] = {
{"300", B300, "300 b/s"},
{"600", B600, "600 b/s"},
{"1200", B1200, "1200 b/s"},
{"2400", B2400, "2400 b/s"},
{"4800", B4800, "4800 b/s"},
{"9600", B9600, "9600 b/s"},
{"19200", B19200, "19200 b/s"},
{"38400", B38400, "38400 b/s"},
{"\0", R_NOP, "invalid argument"}
};
/*
* Radio control initialization
*
* model ident ch bk init mode step flag ptr
*/
struct namestruct name[] = {
{"1271", 0x24, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"1275", 0x18, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"271", 0x20, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"275", 0x10, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"375", 0x12, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"471", 0x22, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"475", 0x14, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"575", 0x16, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"706", 0x4e, B9600, 10, 0, dummy, mode1, dummy, 0, NULL},
{"706G", 0x58, B19200,99, 0, dummy, mode1, dialc, 0, NULL},
{"725", 0x28, B1200, 26, 0, dummy, mode1, dummy, 0, NULL},
{"726", 0x30, B1200, 26, 0, dummy, mode1, dummy, 0, NULL},
{"735", 0x04, B1200, 12, 0, dummy, mode1, dummy, F_735, NULL},
{"746", 0x66, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"751", 0x1c, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"756", 0x64, B19200,99, 0, ctlc, mode1, dialc, F_756, NULL},
{"761", 0x1e, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"765", 0x2c, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"775", 0x46, B1200, 99, 0, dummy, mode1, dialb, 0, NULL},
{"781", 0x26, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"970", 0x2e, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"7000", 0x70, B19200,99, 5, ctlc, mode4, dialc, F_7000, NULL},
{"7800", 0x6a, B1200, 99, 5, ctlc, mode4, dialc, F_7000, NULL},
{"R7000", 0x08, B1200, 99, 0, dummy, mode2, dummy, 0, NULL},
{"R71", 0x1A, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"R7100", 0x34, B1200, 99, 0, dummy, mode2, dummy, 0, NULL},
{"R72", 0x32, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"R75", 0x5a, B19200,99, 0, dummy, mode1, dummy, 0, NULL},
{"R8500", 0x4a, B19200,39, 19, ctlc, mode3, diala, F_8500, NULL},
{"R9000", 0x2a, B1200, 99, 0, dummy, mode3, diala, F_8500, NULL},
{"\0", 0x0, 0, 0, 0, 0, 0, NULL, 0, NULL}
};
double logtab[] = { /* tuning rate table */
1., 2., 5., /* 0.000000 */
10., 25., 50., /* 0.00000 */
1e2, 2.5e2, 5e2, /* 0.0000 */
1e3, 2.5e3, 5e3, /* 0.000 */
1e4, 2.5e4, 5e4, /* 0.00 */
1e5, 2.5e5, 5e5, /* 0.0 */
1e6, 2.5e6, 5e6 /* 0. */
};
int sigtab[] = { /* significant digits table */
6, 6, 6, /* 0.000000 */
5, 6, 5, /* 0.00000 */
4, 5, 4, /* 0.0000 */
3, 4, 3, /* 0.000 */
2, 3, 2, /* 0.00 */
1, 2, 1, /* 0.0 */
0, 0, 0 /* 0. */
};
struct metertab mtab[] = {
{0, "S0"}, /* 0.4-1.3 uv */
{12, "S1"},
{32, "S2"},
{46, "S3"}, /* 0.79-2.0 uV */
{64, "S4"},
{78, "S5"}, /* 3.2 uV */
{94, "S6"},
{110, "S7"}, /* 13 uV */
{126, "S8"},
{140, "S9"}, /* 50 uV */
{156, "S9+10"},
{174, "S9+20"}, /* 0.5 mv */
{190, "S9+30"},
{208, "S9+40"}, /* 5 mv */
{230, "S9+50"},
{999, "S9+60"} /* 50 mV */
};
icom-20120228/r8500 0000644 0001750 0001750 00000000130 10423551331 012365 0 ustar colin colin # r8500 setup
radio r8500
restore * r8500_arinc
restore * r8500_bc
restore * r8500_ham
icom-20120228/pcr1.csv 0000644 0001750 0001750 00000040023 10376731213 013261 0 ustar colin colin [REV]
ID=1.0.0
APP=IC-PCR1000 Revision 2.0
[BANK00]
BANKNAME=Africa
ACTIVECH=0
00=AFI-1/SAT-1 3.452 USB 3k OFF 3kHz OFF OFF OFF
01=AFI-1/SAT-1 6.535 USB 3k OFF 3kHz OFF OFF OFF
02=AFI-1/SAT-1 8.861 USB 3k OFF 3kHz OFF OFF OFF
03=AFI-1/SAT-1 13.357 USB 3k OFF 3kHz OFF OFF OFF
04=AFI-1/SAT-1 17.955 USB 3k OFF 3kHz OFF OFF OFF
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15=AFI-3/MID-2 17.961 USB 3k OFF 3kHz OFF OFF OFF
16=AFI-4 2.878 USB 3k OFF 3kHz OFF OFF OFF
17=AFI-4 5.493 USB 3k OFF 3kHz OFF OFF OFF
18=AFI-4 8.903 USB 3k OFF 3kHz OFF OFF OFF
19=AFI-4 13.294 USB 3k OFF 3kHz OFF OFF OFF
20=AFI-4 17.961 USB 3k OFF 3kHz OFF OFF OFF
21=AFI-5/INO-1 3.476 USB 3k OFF 3kHz OFF OFF OFF
22=AFI-5/INO-1 5.634 USB 3k OFF 3kHz OFF OFF OFF
23=AFI-5/INO-1 8.879 USB 3k OFF 3kHz OFF OFF OFF
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[BANK01]
BANKNAME=Pacific
ACTIVECH=0
00=CEP-1/2 2.869 USB 3k OFF 3kHz OFF OFF OFF
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04=CEP-1/2 8.843 USB 3k OFF 3kHz OFF OFF OFF
05=CEP-1/2 11.282 USB 3k OFF 3kHz OFF OFF OFF
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10=CWP-1/2 4.666 USB 3k OFF 3kHz OFF OFF OFF
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20=NP 5.667 USB 3k OFF 3kHz OFF OFF OFF
21=NP 6.665 USB 3k OFF 3kHz OFF OFF OFF
22=NP 8.915 USB 3k OFF 3kHz OFF OFF OFF
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24=NP 13.294 USB 3k OFF 3kHz OFF OFF OFF
25=NP 17.904 USB 3k OFF 3kHz OFF OFF OFF
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27=NP 21.925 USB 3k OFF 3kHz OFF OFF OFF
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29=SP 5.643 USB 3k OFF 3kHz OFF OFF OFF
30=SP 5.667 USB 3k OFF 3kHz OFF OFF OFF
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[BANK02]
BANKNAME=Eur/W_Asia
ACTIVECH=0
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[BANK03]
BANKNAME=N_Atlantic
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[BANK04]
BANKNAME=Carr/S_Am
ACTIVECH=0
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[BANK05]
BANKNAME=E/S_Asia
ACTIVECH=0
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[BANK06]
BANKNAME=VOLMET
ACTIVECH=1
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[BANK07]
BANKNAME=Comp-1
ACTIVECH=0
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[BANK08]
BANKNAME=Comp-2
ACTIVECH=42
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[BANK09]
BANKNAME=
ACTIVECH=7
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[BANK10]
BANKNAME=
ACTIVECH=0
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04=KYW 1.06 AM 15k OFF 10kHz OFF OFF OFF
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08=WDEL 1.15 AM 15k OFF 10kHz OFF OFF OFF
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10=WPHT 1.21 AM 15k OFF 10kHz OFF OFF OFF
11=WNRK 1.26 AM 15k OFF 10kHz OFF OFF OFF
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14=WTMC 1.38 AM 15k OFF 10kHz OFF OFF OFF
15=WILM 1.45 AM 15k OFF 10kHz OFF OFF OFF
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20=NONAME 89.9 WFM 230k OFF 200kHz OFF OFF OFF
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[BANK14]
BANKNAME=
ACTIVECH=0
[BANK15]
BANKNAME=
ACTIVECH=0
[BANK16]
BANKNAME=
ACTIVECH=0
[BANK17]
BANKNAME=
ACTIVECH=0
[BANK18]
BANKNAME=
ACTIVECH=0
[BANK19]
BANKNAME=scan
ACTIVECH=7
02=C17 493.75 WFM 230k OFF 6MHz OFF OFF OFF
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[COMMON]
ACTIVEBANK=11
[BANK11]
BANKNAME=
ACTIVECH=10
00=C2 59.75 WFM 230k OFF 6MHz OFF OFF OFF
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icom-20120228/IC.BAK 0000744 0001750 0001750 00000203100 10453572171 012511 0 ustar colin colin /*
* Program to control ICOM radios
*
* Main program
*/
#include "icom.h"
#include
#ifndef MSDOS /* include for Unix */
#include
#include
#include
#include
#endif /* MSDOS */
/*
* Module definitions
*/
#define ARGMAX 20 /* maximum number of command args */
#define DICOM "/dev/icom" /* CI-V serial port device */
/*
* External functions
*/
extern FILE *fopen();
extern char *strtok(), *strcpy();
extern char *optarg;
extern int optind, opterr;
extern double freqdouble(u_char *, int);
/*
* Local function prototypes
*/
static int getline(char *);
static int argchan(struct icom *, struct chan *, char *);
static int argbank(struct icom *, struct chan *, char *);
static int setswitch(struct icom *, struct cmdtable *, int);
static int setswitch2(struct icom *, struct cmdtable *, int);
static int setswitch3(struct icom *, struct cmdtable *, int, int);
static int sw_keypad(void);
static int sw_keybd(void);
char *capname(int, struct cmdtable *);
static char *capdescr(char *, struct cmdtable *);
int capkey(char *, struct cmdtable *);
double fabs(double);
static void printch(struct icom *, char *);
static int readmeter(struct icom *, struct cmdtable *, int, char *);
static void perr(int);
static int qqsv(struct icom *, struct cmdtable *);
static void banner(struct icom *);
/*
* Global variables
*/
int fd_icom; /* CI-V device */
struct icom *rptr = NULL; /* radio structure pointer */
int flags; /* radio flags */
int pflags; /* program flags */
static char defarg[LINMAX]; /* default arguments */
static char args[LINMAX]; /* command line */
static char *argv[ARGMAX]; /* command line args */
static int argn; /* number of command line args */
static int argi; /* command args index */
static FILE *fp_cmd[FPMAX] = {NULL}; /* include file stack */
static int fp = 0; /* include file statck index */
static char *updown = " +- "; /* channel dinkle */
#ifndef MSDOS
static int fd; /* terminal control file descriptor */
static struct termios terma, termb; /* Unix terminal interface */
extern int errno;
#endif /* MSDOS */
/*
* Main program
*/
int
main(
int argc, /* number of arguments */
char **argcv /* vector of argument pointers */
)
{
char chr; /* char temp */
char *ptr; /* fiddles */
int i, temp; /* int temps */
double freq; /* double temp */
struct icom *rp; /* radio structure pointer */
struct chan *cp; /* memory channel pointer */
char s1[LINMAX]; /* string buffer */
FILE *fp_temp;
/*
* Initialize
*/
flags = pflags = 0;
*defarg = '\0';
rptr = NULL;
#ifndef MSDOS
/*
* Process command-line arguments
*/
if ((fd_icom = open(DICOM, O_RDWR, 0777)) < 0) {
printf("*** Unable to open serial port %s\n", DICOM);
exit(1);
}
while ((temp = getopt(argc, argcv, "c:df:g:km:o:r:")) != -1) {
switch (temp) {
/*
* -d - debug trace
*/
case 'd':
pflags |= P_TRACE | P_ERMSG;
continue;
/*
* -f - open command file
*/
case 'f':
if ((fp_temp = fopen(optarg, "r")) == NULL) {
perr(R_IO);
exit(R_IO);
}
fp++;
fp_cmd[fp] = fp_temp;
continue;
/*
* -k - select keypad mode
*/
case 'k':
pflags |= P_PAD;
continue;
/*
* -r - select radio. Use default bit rate.
*/
case 'r':
temp = capkey(optarg, identab);
if (temp < 0) {
perr(temp);
exit(temp);
}
rptr = select_radio(temp, 0);
if (rptr == NULL) {
perr(R_RAD);
exit(R_RAD);
}
continue;
}
/*
* The remaining options are valid only after a radio
* has been selected. If any are selected, the program
* exits after executing the command line options.
*/
if (rptr == NULL) {
perr(R_DEF);
exit(R_DEF);
}
rp = rptr;
cp = &rp->chan;
switch (temp) {
/*
* -c - set bank, channel
*
* This is the same as the chan keyboard command.
*/
case 'c':
pflags |= P_EXIT;
temp = argchan(rp, cp, optarg);
if (temp < 0) {
perr(temp);
continue;
}
temp = readchan(rp);
if (temp < 0)
perr(temp);
continue;
/*
* -g - set frequency
*
* This is the same as the default frequency keyboard
* command.
*/
case 'g':
pflags |= P_EXIT;
if (sscanf(optarg, "%lf", &freq) != 1) {
perr(R_FMT);
continue;
}
if (freq > 1000)
freq /= 1000;
temp = loadfreq(rp, freq);
if (temp < 0)
perr(temp);
continue;
/*
* -m - set mode
*
* This is the same as the mode keybard command. Note,
* this option must precede the -g option for older
* radios.
*/
case 'm':
pflags |= P_EXIT;
temp = capkey(optarg, rp->modetab);
if (temp < 0) {
perr(temp);
continue;
}
temp = loadmode(rp->ident, temp);
if (temp < 0)
perr(temp);
continue;
}
}
/*
* If a radio was found, initialize it. If its settings were
* changed and a command file is not open, assume this is run
* from a script and nothing more needs to be done.
*/
if (pflags & P_EXIT)
exit(0);
if (pflags & P_PAD) {
if (sw_keypad())
pflags &= ~P_PAD;
}
#endif /* MSDOS */
/*
* Main loop
*/
while (1) {
flags &= ~F_CACHE;
pflags &= ~(P_DISP | P_DSPCH | P_DSPST | P_KEYP |
P_ESC);
if (pflags & P_PAD) {
/*
* Keypad mode. Keypad commands begin with a
* sequence of digits and special characters and
* end with a single letter, ANSI escape
* sequence or '\n', which specifies the
* function. Escape sequences consist of ESC
* followed by '[' and either a letter or
* sequence of digits followed by '~', which is
* not part of the command. Help '?' displays a
* list of command names and descriptions.
*/
printf(">");
ptr = s1;
*ptr = *args = '\0';
while (1) {
chr = (char)getchar();
if (chr == KILL) {
printf(" XXX\n>");
ptr = s1;
*ptr = *args = '\0';
continue;
}
if (chr == ESC) {
pflags |= P_ESC;
*ptr = '\0';
ptr = args;
continue;
}
if (pflags & P_ESC) {
if (chr == '~' || chr == '\n')
break;
*ptr++ = chr;
if (isalpha(chr))
break;
continue;
}
if (!isalpha(chr) && !iscntrl(chr) &&
chr != '?' && chr != ' ') {
pflags |= P_KEYP;
*ptr++ = chr;
putchar(chr);
continue;
}
*ptr = '\0';
ptr = args;
if (chr != '\n') {
pflags |= P_KEYP;
*ptr++ = chr;
putchar(chr);
}
if (pflags & P_KEYP)
putchar('\n');
break;
}
/*
* Rewrite the line with the command letter
* first followed by the argument, then pretend
* it a keyboard command.
*/
*ptr = '\0';
strcat(args, " ");
strcat(args, s1);
argn = getline(args);
argi = 0;
temp = command(rptr, key);
} else {
/*
* Keyboard mode. Get the next command line and
* parse the tokens separated by whitespace.
* Ignore '#' and the rest of the line. This is
* handy for command script annotations.
*/
if (fp_cmd[fp] != NULL) {
if (fgets(args, LINMAX, fp_cmd[fp]) ==
NULL) {
close(fp_cmd[fp]);
fp--;
continue;
} else {
printf("%s", args);
}
} else {
printf("icom>");
if (gets(args) == NULL)
exit(0);
}
if (*args == '#')
continue;
argn = getline(args);
argi = 0;
temp = command(rptr, cmd);
}
perr(temp);
if (rptr == NULL)
continue;
/*
* Update chan, freq, mode.
*/
rp = rptr;
cp = &rp->chan;
if (pflags & (P_DISP | P_DSPCH | P_DSPST)) {
printch(rp, s1);
printf("%s\n", s1);
}
}
}
/*
* Process each command in the line in turn.
*/
int
command(
struct icom *rp, /* radio pointer */
struct cmdtable *cmdop /* command table pointer */
)
{
int rval;
rval = R_OK;
if (argn == 0) {
pflags |= P_DISP;
return (rval);
}
while (argn - argi > 0) {
rval = qqsv(rptr, cmdop);
if (rval < 0)
break;
argi++;
}
return (rval);
}
/*
* Execute command
*
* This routine executes a command consisting of a single line beginning
* with a command token followed by argument tokens. Some commands cause
* this routine to be invoked recursively. In each case the recursive
* call points to a command token.
*/
int
qqsv(
struct icom *rp, /* radio pointer */
struct cmdtable *cmdop /* command table pointer */
)
{
FILE *fp_in; /* data input file */
FILE *fp_out; /* data output file */
char s1[LINMAX]; /* string buffer */
char s2[LINMAX]; /* string buffer */
u_char rsp[BMAX]; /* radio response */
u_char *ptr; /* fiddles */
int i, temp, sw, rval; /* int temps */
FILE *fp_temp;
double freq, step, dtemp; /* double temps */
struct chan *cp; /* memory channel pointer */
u_char cmdempty[] = {V_EMPTY, FI};
u_char cmdctl[] = {0, 0, 0, 0, FI};
u_char cmdvfom[] = {V_VFOM, FI};
u_char cmdwrite[] = {V_WRITE, FI};
u_char cmdtx[] = {V_TX, 0x00, 0x01, FI};
u_char cmdrx[] = {V_TX, 0x00, 0x00, FI};
u_char cmdvfoa[] = {V_SVFO, 0x00, FI};
u_char cmdvfob[] = {V_SVFO, 0x01, FI};
u_char cmdsplit[] = {V_SPLIT, 0x00, FI};
u_char cmdswap[] = {V_SVFO, 0xb0, FI};
struct timeval tv;
struct tm *tm;
/*
* For the 756, 7000 and 7800 time comands
*/
u_char year7000[] = {V_SETW, 0x05, 0x00, 0x39, FI, 0x00, FI};
u_char date7000[] = {V_SETW, 0x05, 0x00, 0x40, FI, 0x00, FI};
u_char time7000[] = {V_SETW, 0x05, 0x00, 0x41, FI, 0x00, FI};
u_char date7800[] = {V_SETW, 0x05, 0x00, 0x59, FI, 0x00, 0x00,
0x00, FI};
u_char time7800[] = {V_SETW, 0x05, 0x00, 0x60, FI, 0x00, FI};
u_char time756[] = {V_SETW, 0x05, 0x16, FI, 0x00, FI};
/*
* Ignore selected noise strings.
*/
rval = R_OK;
if (strcmp(argv[argi], "MHz") == 0 || strcmp(argv[argi],
"kHz") == 0 || strcmp(argv[argi], "dB") == 0)
return(rval);
sw = capkey(argv[argi], cmdop);
switch (sw) {
/*
* radio [ [ ]]
*
* Select the radio and CI-V bit rate for further
* commands and display its description and band limits. If
* is missing, use the default from tables. If is
* missing and the radio has not been previously defined, the
* bus is probed for all known radios, which takes some time. If
* previously defined, its description and band limits of are
* displayed.
*/
case C_RADIO:
if (argn - argi < 2) {
if (rp != NULL) {
banner(rp);
break;
}
temp = R_NOR;;
for (i = 0; name[i].name[0] != '\0'; i++) {
rp = select_radio(name[i].ident, 0);
if (rp != NULL)
banner(rp);
}
} else {
temp = capkey(argv[++argi], identab);
if (temp < 0)
return (temp);
if (argn - argi < 2)
i = 0;
else
i = capkey(argv[++argi], baud);
if (i < 0)
return(i);
rp = select_radio(temp, i);
if (rp != NULL)
banner(rp);
}
if (rptr == NULL)
return (R_RAD);
pflags |= P_DSPCH;
break;
/*
* include
*
* include command file.
*/
case C_INCLD:
if (argn - argi < 2) {
rval = R_ARG;
break;
}
if ((fp_temp = fopen(argv[++argi], "r")) == NULL) {
rval = (R_IO);
break;
}
fp++;
fp_cmd[fp] = fp_temp;
break;
/*
* quit
*
* Quit the dance
*/
case C_QUIT:
exit(0);
/*
* verbose off | on
*
* Set verbose mode
*/
case C_VERB:
if (argn - argi < 2)
return (R_ARG);
temp = capkey(argv[++argi], verbx);
if (temp < 0)
rval = temp;
else
pflags = (pflags & ~P_VERB) | temp;
return (rval);
/*
* trace [ all | none | bus | pkt ]
*
* Set debug flags
*/
case C_DEBUG:
if (argn - argi < 2)
return (R_ARG);
temp = capkey(argv[++argi], dbx);
if (temp < 0)
rval = temp;
else
pflags = (pflags & ~(P_TRACE | P_ERMSG)) | temp;
return (rval);
/*
* pad
*
* Switch to keypad mode.
*/
case C_KEYPAD:
if (!sw_keypad())
pflags |= P_PAD;
return (rval);
/*
* / (keypad mode)
*
* Erase input
*/
case R_ERR:
case C_ERASE:
return (rval);
/*
* q (keypad mode)
*
* Switch to keyboard mode.
*/
case C_KEYBD:
if (!sw_keybd())
pflags &= ~P_PAD;
return (rval);
}
/*
* The remaining commands are valid only after a radio has been
* selected.
*/
if (rp == NULL)
return (R_DEF);
cp = &rp->chan;
switch (sw) {
/*
* dump vfo (debug)
*/
case C_DUMP:
printf("flags %x pflags %x vfo", flags, pflags);
ptr = (u_char *)&cp->vfo;
for (i = 0; i < sizeof(struct vfo7000); i++)
printf(" %02x", *ptr++ & 0xff);
printf("\nsplit %f step %02x pstep %02x %02x atten %02x scan %02x\n",
cp->split, cp->aux.step, cp->aux.pstep[0],
cp->aux.pstep[1], cp->aux.atten, cp->aux.scan);
break;
/*
* default
*
* Concatenate remaining tokens as default string for restore.
*/
case C_DEFLT:
if (argn - argi < 2) {
printf("default:%s\n", defarg);
break;
}
*defarg = '\0';
while (argn - argi > 1) {
strcat(defarg, " ");
strcat(defarg, argv[++argi]);
}
break;
/*
* time [ set ]
*
* Set date and time and display for readback. This works for
* the 7000 and 756 and maybe works for the 7800.
*/
case C_TIME:
gettimeofday(&tv, NULL);
tm = gmtime((time_t *)&tv.tv_sec);
/*
* 7000 yyyy mm/dd hhmm
*/
if (rp->ident == 0x70) {
if (argn - argi > 1) {
++argi;
dtohex(tm->tm_year + 1900,
&year7000[4]);
rval = setcmda(rp->ident, year7000,
rsp);
if (rval < 0)
break;
dtohex((tm->tm_mon + 1) * 100 +
tm->tm_mday, &date7000[4]);
setcmda(rp->ident, date7000, rsp);
dtohex(tm->tm_hour * 100 + tm->tm_min,
&time7000[4]);
setcmda(rp->ident, time7000, rsp);
}
year7000[4] = FI;
setcmda(rp->ident, year7000, rsp);
sprintf(s1, "%02x%02x ", rsp[4], rsp[5]);
date7000[4] = FI;
setcmda(rp->ident, date7000, rsp);
sprintf(s2, "%x/%x ", rsp[4], rsp[5]);
strcat(s1, s2);
time7000[4] = FI;
setcmda(rp->ident, time7000, rsp);
sprintf(s2, "%02x%02x UTC", rsp[4], rsp[5]);
strcat(s1, s2);
/*
* 7800 yyyy mm/dd hhmm
*/
} else if (rp->ident == 0x6a) {
if (argn - argi > 1) {
++argi;
dtohex(tm->tm_year + 1900,
&date7800[4]);
dtohex((tm->tm_mon + 1) * 100 +
tm->tm_mday, &date7800[6]);
rval = setcmda(rp->ident, date7800,
rsp);
if (rval < 0)
break;
dtohex(tm->tm_hour * 100 + tm->tm_min,
&time7800[4]);
setcmda(rp->ident, time7800, rsp);
}
date7800[4] = FI;
setcmda(rp->ident, date7800, rsp);
sprintf(s1, "%02x%02x ", rsp[4], rsp[5]);
sprintf(s2, "%x/%x ", rsp[6], rsp[7]);
strcat(s1, s2);
time7800[4] = FI;
setcmda(rp->ident, time7800, rsp);
sprintf(s2, "%02x%02x UTC", rsp[4], rsp[5]);
strcat(s1, s2);
/*
* 756 hhmm
*/
} else {
if (argn - argi > 1) {
++argi;
dtohex(tm->tm_hour * 100 + tm->tm_min,
&time756[3]);
rval = setcmda(rp->ident, time756, rsp);
if (rval < 0)
break;
}
time756[3] = FI;
setcmda(rp->ident, time756, rsp);
sprintf(s1, "%02x%02x UTC", rsp[3], rsp[4]);
}
printf("%s\n", s1);
break;
/*
* (command not found)
*
* We get here if the token matches no valid command name. If it
* has valid floating-point format, set the frequency as given.
* If it is a valid mode name, then set the mode as given.
* Otherwise, declare an error.
*/
case C_FREQX:
if (sscanf(argv[argi], "%lf", &freq) == 1) {
if (freq > 1000.)
freq /= 1000;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
pflags |= P_DISP;
break;
}
temp = capkey(argv[argi], rp->modetab);
if (temp < 0) {
rval = temp;
break;
}
rval = loadmode(rp->ident, temp);
if (rval < 0)
break;
pflags |= P_DISP;
break;
/*
* mode
*
* The only reason this command is here is to provide help with
* the valid mode combinations. The following radios support the
* mode variants listed (1 narrow, 2 medium, 3 wide).
*
* usb/lsb cw/rtty am fm wfm
* 706g 2, 3 1, 2, 3 2, 3 2, 3 1
* 756 1, 2, 3 1, 2, 3 1, 2, 3 2, 3 no
* 7000 1, 2, 3 1, 2, 3 1, 2, 3 1, 2, 3 1
* R8500 1, 2, 3 1, 2, 3 1, 2, 3 1, 2 1
*/
case C_MODE:
if (argn - argi < 2) {
pflags |= P_DISP;
break;
}
temp = capkey(argv[++argi], rp->modetab);
if (temp < 0) {
rval = temp;
break;
}
rval = loadmode(rp->ident, temp);
if (rval < 0)
break;
pflags |= P_DISP;
break;
/*
***************************************************************
* *
* These commands are the bread and butter for most operators. *
* They can be used to enter and display frequency and mode *
* data and, when available, filter configuration. Note the *
* difference between the freq and chan commands; the freq *
* command operates directly on the VFO, while the chan *
* command retrieves the entire channel contents, including in *
* the 7000 both VFOs and channel name. *
* *
***************************************************************
*/
/*
***************************************************************
* *
* The save and restore commands are used to save a single *
* channel or block of channels to a file and restore them *
* from a file. They can also be used to clone data between *
* compatible radios. The read, write and empty commands *
* operate on a single channel or block of channels. *
* *
***************************************************************
*
* The arguments to these commands specify a single bank/chanel
* number or a range of bank/channel numbers. See argchan() for
* syntax
*/
/*
* save [ chan ] [ file ]
*
* Save a block of memory channels to a file.
*/
case C_SAVE:
if (argn - argi < 2)
temp = argchan(rp, cp, NULL);
else
temp = argchan(rp, cp, argv[++argi]);
if (temp < 0)
return (temp);;
if ((fp_out = fopen(argv[++argi], "w")) == NULL)
return (R_IO);
pflags |= P_DSPCH;
while (1) {
rval = readchan(rp);
if (rval < 0)
break;
printch(rp, s1);
printf("%s\n", s1);
if (cp->freq != 0)
fprintf(fp_out, "%s\n", s1);
if (argchan(rp, cp, &updown[temp]) == 3)
break;
}
fclose(fp_out);
pflags &= ~P_DSPCH;
break;
/*
* restore [ chan ] [ file ]
*
* Restore a block of memory channels from a file. If the
* argument is '*', restore each file line to the same memory
* channel it came from. If not, restore the block specified,
* from the first channel to the lase.
*/
case C_RESTORE:
if (argn < 3)
return (R_ARG);
if (*argv[++argi] == '*')
temp = 4;
else
temp = argchan(rp, cp, argv[argi]);
if (temp < 0)
return (temp);
if ((fp_in = fopen(argv[++argi], "r")) == NULL)
return (R_IO);
pflags |= P_DSPCH;
while (1) {
/*
* Get next line from file. Ignore empty lines.
*/
if (fgets(s1, LINMAX, fp_in) == NULL)
break;
if (*defarg != '\0') {
strcpy(s1, defarg);
argn = getline(s1);
argi = 0;
if (argn == 0)
continue;
rval = command(rp, loadtab);
if (rval < 0)
break;
}
argn = getline(s1);
argi = 0;
if (argn == 0)
continue;
/*
* If '*' argument, copy the data to the channel
* specified on the file line. If not, copy the
* data to the channel specified in the
* argument.
*/
emptyvfo(cp);
if (temp == 4) {
rval = argchan(rp, cp, argv[argi++]);
if (rval < 0)
break;
if (argn == 1)
continue;
rval = command(rp, loadtab);
if (rval < 0)
break;
printch(rp, s1);
printf("%s\n", s1);
rval = writechan(rp);
if (rval < 0)
break;
} else {
if (argn == 1)
continue;
argi++;
rval = command(rp, loadtab);
if (rval < 0)
break;
printch(rp, s1);
printf("%s\n", s1);
rval = writechan(rp);
if (rval < 0)
break;
if (argchan(rp, cp, &updown[temp]) == 3)
break;
}
}
close(fp_in);
pflags &= ~(P_DISP | P_DSPCH);
break;
/*
* read [ chan ]
*
* Read frequency, mode and other data from a memory channel.
* While it seems silly, specifying a block of channels reads
* them all and leaves the current channel pointer at the first
* one beyond the range.
*/
case C_READ:
if (argn - argi < 2)
temp = argchan(rp, cp, NULL);
else
temp = argchan(rp, cp, argv[++argi]);
if (temp < 0) {
if (temp == R_NOP)
capkey("?", loadtab);
return (temp);
}
pflags |= P_DSPCH;
while (1) {
rval = readchan(rp);
if (rval < 0)
break;
printch(rp, s1);
printf("%s\n", s1);
if (argchan(rp, cp, &updown[temp]) == 3)
break;
}
pflags &= ~P_DSPCH;
break;
/*
* write [ chan ]
*
* Write the current frequency, mode and other data to a memory
* channel. Various radios interpret other data in various ways.
* For the 7000, this includes both VFOs with their current
* mode, filter setting, duplex and CTSS/DTCS configuration.
* While it seems silly, specifying a block of channels writes
* them all and leaves the current channel pointer at the first
* one beyond the range.
*/
case C_WRITE:
if (argn < 2)
temp = argchan(rp, cp, NULL);
else
temp = argchan(rp, cp, argv[++argi]);
if (temp < 0)
return (temp);
while (1) {
rval = writechan(rp);
if (rval < 0)
break;
if (argchan(rp, cp, &updown[temp]) == 3)
break;
}
break;
/*
* empty [ chan ] [ chan ]
*
* Empty memory channel or block of memory channels.
*/
case C_EMPTY:
if (argn - argi < 2)
temp = argchan(rp, cp, NULL);
else
temp = argchan(rp, cp, argv[++argi]);
if (temp < 0)
return (temp);
while (1) {
rval = emptychan(rp->ident, cp);
if (rval < 0)
break;
if (argchan(rp, cp, &updown[temp]) == 3)
break;
}
cp->freq = 0;
break;
/*
* bank [ bank ] [ name ] [...]
*
* Read/write bank name. This works for the R8500 and maybe
* R9000, but not for known transceivers, which don't have a
* bank name.
*/
case C_BANK:
if (argn - argi < 2)
temp = cp->bank;
else if (sscanf(argv[++argi], "%d", &temp) != 1)
return (R_FMT);
if (argn > 2)
loadbank(rp->ident, temp, cp->name);
rval = readbank(rp->ident, temp, s1);
if (rval < 0)
break;
cp->bank = temp;
printf("bank %d %s\n", temp, s1);
break;
/*
***************************************************************
* *
* The following commands can provide software compensation *
* for VFO or BFO frequency errors. Some radios generate BFO *
* frequencies using a VCXO for each mode. The BFO *
* compensation command corrects for the intrinsic frequency *
* error (Hz) in each mode. Other radios generate all LO and *
* BFO frequencies from a single VFO synthesizer. The VFO *
* compensation corrects for the intrinsic frequency error *
* (PPM). As each radio is different, these commands should *
* probably live in a batch file. *
* *
***************************************************************
*/
/*
* vfocomp [ ]
*
* Set the VFO frequency compensation (PPM).
*/
case C_VCOMP:
if (argn - argi > 1) {
if (sscanf(argv[++argi], "%lf", &freq) != 1)
return (R_FMT);
rp->freq_comp = freq;
}
printf("frequency %f VFO offset %.2f PPM\n",
cp->freq, rp->freq_comp);
break;
/*
* bfocomp [ ]
*
* Set the BFO frequency compensation (Hz).
*/
case C_BCOMP:
if (argn - argi > 1) {
if (sscanf(argv[++argi], "%lf", &freq) != 1)
return (R_FMT);
rp->bfo[cp->mode & 0x0f] = freq;
}
freq = rp->bfo[cp->mode & 0x0f];
printf("mode %s BFO offset %.0lf Hz\n",
capname(cp->mode, rp->modetab), freq);
break;
/*
***************************************************************
* *
* Radio commands that read and write internal registers, *
* including VFO options, scan options, and duplex/simplex *
* options. *
* *
***************************************************************
*/
/*
* Modern transceivers have two VFOs, called A and B,
* alternatively main and sub, and two frequency/mode displays.
* Each VFO is associated with mode and memory channel. The
* functions of the vfo commands differ in funky ways on the
* various transceivers.
*
* On the 7000 a "vfo a" command shows VFO A on the main display
* and VFO B on the sub display. A "vfo b" command shows VFO B
* on the main display and VFO A on the sub display. A "vfo
* btoa" command copies the contents of VFO B to VFO A. A "vfo
* swap" command interchanges the contents of VFO A and VFO B.
* The 7000 can't do any of the other vfo commands.
*
* On the 756 the main display is at the top in large bright
* font, while the sub display is at the bottom in small dim
* font. Each display is associated with a VFO and a memory
* channel. The mode, duplex direction and tone configuration
* can be set separately for each VFO. Both VFOs and related
* data can be saved in a memory channel. Ordinarily, updates
* from the panel controls and this program go to the main VFO.
* A "split sub" command switches updates to the sub VFO, while
* a "split main" command switches back to the main VFO. Note
* that the updated VFO is highlighted in bright font. A "vfo
* equal" command copies the contents of the main VFO to the sub
* VFO, while a "vfo swap" command interchanges the contents of
* the two VFOs. The "vfo watch" and "vfo nowatch" turn the
* dual-watch function on and off. Note that in dual-watch the
* sub VFO is highlihted in large font.
*
* vfo [ ] (V_SVFO 0x07 command)
*
* Execute one of the subcommands on the help menu.
*/
case C_VFO:
rval = setswitch(rp, vfo, V_SVFO);
if (rval < 0)
break;
pflags |= P_DSPCH;
break;
/*
* swap (V_SVFO 0x07 command)
*
* Swap the contents of VFO A and VFO B and make the swapped VFO
* active to enter frequency and mode. This is the same function
* as the "vfo swap" command useful in keypad mode to monitor
* the transmit frequency.
*/
case C_SWAP:
rval = setcmda(rp->ident, cmdswap, rsp);
if (rval < 0)
break;
pflags |= P_DSPCH;
break;
/*
* split [ cmd ] (V_SPLIT 0x0f command)
*
* Use VFO A for receive and VFO B for transmit.
*
* Ordinarily, ICOM transceivers transmit and receive with VFO
* on VFO A. A "split on" command transmits with VFO B, while a
* "split off" restores the normal behavior. The 7000 can do
* "split dup+", "split dup-" and "split simplex" as well.
*
* In addition to the split commands on the help menu, this
* command can be used to set the transmit offset in kHz if the
* argument is preceeded by a + or - or to an arbitrary value in
* MHz if an unsigned value.
*/
case C_SPLIT:
if (argn - argi > 1) {
if (sscanf(argv[++argi], "%lf", &freq) == 1) {
if (freq > 1000)
freq /= 1000;
readvfo(rp);
if (argv[argi][0] == '+' ||
argv[argi][0] == '-') {
freq /= 1000.;
freq += cp->freq;
}
cp->split = freq;
if (cp->split == 0) {
cmdsplit[1] = 0x00;
rval = setcmda(rp->ident,
cmdsplit, rsp);
pflags |= P_DSPCH;
break;
}
rval = setcmda(rp->ident, cmdswap, rsp);
if (rval < 0)
break;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
rval = loadmode(rp->ident, cp->mode);
if (rval < 0)
break;
setcmda(rp->ident, cmdvfoa, rsp);
cmdsplit[1] = 0x01;
setcmda(rp->ident, cmdswap, rsp);
pflags |= P_DSPCH;
break;
}
argi--;
}
rval = setswitch(rp, split, V_SPLIT);
if (rval < 0)
break;
pflags |= P_DSPCH;
break;
/*
* mvfo (V_VFOM 0x0a command)
*
* Read memory channel and transfer to VFO. This works for the
* 756 and 7000. The radio does this his in memory channel mode,
* so this program does it in VFO mode. In principle, this
* command should never be necessary, but is included for test
* and exploration.
*/
case C_VFOM:
if (argn - argi < 2)
rval = argchan(rp, cp, NULL);
else
rval = argchan(rp, cp, argv[++argi]);
if (rval < 0)
break;
rval = readchan(rp);
if (rval < 0)
break;
rval = setcmda(rp->ident, cmdvfom, rsp);
break;
/*
* duplex [ duplex ]
*
* Set transmit offset for FM duplex. This works with the 706G
* and 7000, which have four duplex registers, one for each of
* the HF, 50 MHz, 144 MHz and 420 MHz bands. In order to read
* and write these registers, the frequency must be first set
* within the correct band.
*/
case C_DUPLEX:
if (argn - argi < 2) {
rval = readoffset(rp->ident, &freq);
if (rval < 0)
break;
printf("duplex %.1f\n", freq);
break;
}
if (sscanf(argv[++argi], "%lf", &freq) != 1)
return (R_FMT);
rval = loadoffset(rp->ident, freq);
break;
/*
* scan [ ] (V_SCAN 0x0e command)
*
* Perform awesome scans, both memory an channel. Some
* radios have simply awesome scanning modes; others are
* mostly bare. Need some volunteer experimentors here.
*/
case C_SCAN:
return (setswitch(rp, scan, V_SCAN));
/*
***************************************************************
* *
* Tuning step and rate commands. The step and rate commands *
* should work for all radios, as they do not use the radio *
* tuning-step functions. The dial command works with the *
* radio tuning-step functions, so is model dependent. *
* *
***************************************************************
*/
/*
* rate [ ]
*
* Set tuning rate. The values of from 0 through 20
* select the rate values in a 1-2.5-5-10 sequence. Warning: if
* the frequency resolution (minimum tuning step) is 10, 100,
* 1000 Hz, etc., the nexxt step up would be 25, 250, 2500,
* etc., which is not a multiple of the minimum tuning step. In
* such cases the step is rounded to 20, 200, 2000, etc.
*/
case C_RATE:
if (argn - argi > 1) {
if (sscanf(argv[++argi], "%d", &temp) != 1)
return (R_FMT);
if (temp > 20)
temp = 20;
else if (temp < rp->minstep)
temp = rp->minstep;
rp->rate = temp;
rp->step = logtab[rp->rate];
step = modf(cp->freq * 1e6 / rp->step, &freq);
freq = freq / 1e6 * rp->step;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
}
pflags |= P_DSPST;
break;
/*
* rate up (keypad)
*
* Set tuning rate up one notch.
*/
case C_RUP:
if (rp->rate < 20)
rp->rate++;
rp->step = logtab[rp->rate];
step = modf(cp->freq * 1e6 / rp->step, &freq);
freq = freq / 1e6 * rp->step;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
pflags |= P_DSPST;
break;
/*
* rate down (keypad)
*
* Set tuning rate down one notch.
*/
case C_RDOWN:
if (rp->rate > rp->minstep)
rp->rate--;
rp->step = logtab[rp->rate];
step = modf(cp->freq * 1e6 / rp->step, &freq);
freq = freq / 1e6 * rp->step;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
pflags |= P_DSPST;
break;
/*
* Tuning step commands. The step command sets the tuning step
* directly to an arbitrary value. The up and down commands
* shift the frequency up or down by the value of the tuning
* step.
*
* step [ ]
*
* Set tuning step directly in Hz. This is useful when scanning
* odd channel spacings, such as aviation and marine radio
* channels. Note that the tuning rate is set to minimum here,
* since otherwise the rounding process would violate the
* principle of least astonishment.
*/
case C_STEP:
if (argn - argi > 1) {
if (sscanf(argv[++argi], "%lf", &dtemp) != 1)
return (R_FMT);
if (dtemp < logtab[rp->minstep])
dtemp = logtab[rp->minstep];
rp->step = dtemp;
rp->rate = rp->minstep;
}
pflags |= P_DSPST;
break;
/*
* up (keypad)
*
* Tune up one step.
*/
case C_UP:
freq = cp->freq + rp->step / 1e6;
if (freq >= rp->ustep)
freq = rp->lstep;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
cp->freq = freq;
pflags |= P_DSPST;
break;
/*
* down (keypad)
*
* Tune down one step.
*/
case C_DOWN:
freq = cp->freq - rp->step / 1e6;
if (freq < rp->lstep)
freq = rp->ustep;
rval = loadfreq(rp, freq);
if (rval < 0)
break;
cp->freq = freq;
pflags |= P_DSPST;
break;
/*
* band [ ] [ ]
*
* Set band scan limits. An up or down via keypad beyond the
* upper limit wraps to the lower limit and vice-versa.
*/
case C_BAND:
if (argn - argi < 2) {
printf("band %s\n", capdescr("band", rp->cap));
break;
}
if (argn - argi < 3)
return (R_ARG);
if (sscanf(argv[++argi], "%lf", &freq) != 1)
return (R_FMT);
if (sscanf(argv[++argi], "%lf", &step) != 1)
return (R_FMT);
if (freq > step) {
dtemp = freq;
freq = step;
step = dtemp;
}
if (freq < rp->lband)
freq = rp->lband;
rp->lstep = freq;
if (step > rp->uband)
step = rp->uband;
rp->ustep = step;
break;
/*
***************************************************************
* *
* Control commands. These are used to set switches, twirl *
* controls and read meters. Various radios implement none or *
* a subset of the defined functions. *
* *
***************************************************************
*/
/*
* ctl [ name ] [ value ] (V_WRCTL 0x14 command)
*
* The ctl subcommand reads or writes internal registers
* associated with a front panel control. The 756 and 7000 can
* read and write them. The 706G can read these registers but
* cannot write them. The R8500 can write them but not read
* them. Most radios implement only a subset of the defined
* subcommands.
*/
case C_CTRL:
if (argn - argi < 2) {
for (i = 0; ctlc[i].name[0] != '\0'; i++) {
temp = readmeter(rp, ctlc,
ctlc[i].ident, rsp);
if (temp < 0)
continue;
printf("%10s %s\n", ctlc[i].name, rsp);
}
break;
}
temp = capkey(argv[++argi], rp->ctrl);
if (temp < 0)
return (temp);
cmdctl[0] = temp >> 8;
cmdctl[1] = temp;
if (argn < 3) {
cmdctl[2] = FI;
rval = readmeter(rp, ctlc, temp, s1);
if (rval < 0)
break;
printf("%s\n", s1);
} else {
if (sscanf(argv[++argi], "%d", &sw) != 1)
return (R_FMT);
sw = (sw * 255) / 100;
if (temp >> 16 == F)
sw += 128;
sprintf(s1, "%04d", sw);
ptr = s1;
cmdctl[2] = (*ptr++ & 0xf) * 16;
cmdctl[2] += *ptr++ & 0xf;
cmdctl[3] = (*ptr++ & 0xf) * 16;
cmdctl[3] += *ptr++ & 0xf;
rval = setcmda(rp->ident, cmdctl, rsp);
}
break;
/*
* meter [ name ] [ value ] (V_RMTR 0x15 command)
*
* The meter subcommands report current meter indications. Note
* that the S meter is reported in S units and dB above S9. The
* squelch condition is reported as open (signal) or closed
* (silent).
*
* The 706G can read the signal and sql meters.
*/
case C_METER:
if (argn - argi < 2) {
for (i = 0; meter[i].name[0] != '\0'; i++) {
temp = readmeter(rp, meter,
meter[i].ident, s1);
if (temp < 0)
continue;
printf("%10s %s\n", meter[i].name, s1);
}
break;
}
temp = capkey(argv[++argi], meter);
if (temp < 0)
return (temp);
rval = readmeter(rp, meter, temp, s1);
if (rval == R_OK)
printf("%s\n", s1);
break;
/*
* set [ name ] [ value ] (V_TOGL 0x16 command)
*
* The switch subcommands read or write internal switches.
*/
case C_SWTCH:
if (argn - argi < 2) {
for (i = 0; switches[i].name[0] != '\0'; i++) {
temp = readmeter(rp, ctlc,
switches[i].ident, s1);
if (temp < 0)
continue;
printf("%10s %s\n", switches[i].name,
s1);
}
break;
}
temp = capkey(argv[++argi], switches);
if (temp < 0)
return (temp);
cmdctl[0] = temp >> 8;
cmdctl[1] = temp;
if (argn - argi < 2) {
cmdctl[2] = FI;
rval = readmeter(rp, switches, temp, s1);
break;
} else {
temp >>= 16;
if (temp == A) {
temp = capkey(argv[++argi], agc);
} else if (temp == B) {
temp = capkey(argv[++argi], fmtb);
} else if (temp == W) {
temp = capkey(argv[++argi], fmtw);
} else {
sscanf(argv[++argi], "%d", &temp);
sprintf(s1, "%02d", temp);
ptr = s1;
temp = (*ptr++ & 0xf) * 16;
temp += *ptr++ & 0xf;
}
if (temp < 0)
return (temp);
cmdctl[2] = temp;
cmdctl[3] = FI;
rval = setcmda(rp->ident, cmdctl, rsp);
}
break;
/*
* dial [ ] (V_DIAL 0x10 command)
*
* Set dial tuning step. This command works with all radios,
* including the 775 and R8500; however, the allowable arguments
* are different. Note that in the R8500 the allowable steps are
* constrained to multiples of 0.5 kHz.
*/
case C_DIAL:
if (argn - argi < 2) {
temp = cp->aux.step;
if (temp != 0x13)
printf("dial %s kHz\n", capname(temp,
rp->dialtab));
else
printf("dial %.1f kHz\n",
freqdouble(cp->aux.pstep, 2) / 10);
break;
}
/*
* Construct V_DIAL command for tuning step.
*/
ptr = s1;
*ptr++ = V_DIAL;
dtemp = 0;
temp = capkey(argv[++argi], rp->dialtab);
if (temp < 0)
return (temp);
if (temp == 0x13) {
if (sscanf(argv[argi], "%lf", &dtemp) != 1)
return (R_FMT);
}
*ptr++ = temp;
*ptr = FI;
rval = setcmda(rp->ident, s1, rsp);
if (rval < 0)
break;
/*
* Save step and programmed step for later.
*/
cp->aux.step = temp;
doublefreq(dtemp * 10, s1, 2);
memcpy(cp->aux.pstep, s1, 2);
break;
/*
***************************************************************
* *
* CTSS and DTCS commands. These commands turn on and off and *
* program the repeater tone (tone), tone squelch (tsql) and *
* digital tone squelch (dtcs) functions. *
* *
***************************************************************
*
* The syntax for all three commands is the same;
*
* tone reports the status and frequency/code
* tone off turns off the function
* tone on turns on the function
* tone turns on the function and programs the
* frequency/code
* tone ? reports a list of valid CTSS/DTCS code
* tsql ? values. The must be identical to
* an item in the list.
*
* dtcs ? reports a list of valid DTCS code values. The
* must be identical to an item on the list.
* The polarity codes "-pp" are appended, where pp
* are N (upright) or N (inverted).
*
* The three commands are mutually exlusive; setting one of them
* on turns off the others.
*/
/*
* tone [ args ] (V_TONE 0x1b command)
*
* Set the repeator tone CTSS frequency. This works for the 756
* and 7000.
*/
case C_TONE:
return (setswitch3(rp, tone, 0x00, 0x42));
/*
* tsql [ args ] (V_TONE 0x1b command)
*
* Set the tone squelch CTSS frequency. This works for the 756
* and 7000.
*/
case C_TSQL:
return (setswitch3(rp, tone, 0x01, 0x43));
/*
* dtcs [ args ] (V_TONE 0x1b command)
*
* Set the digital tone squelch DTCS code. This works only for
* the 7000.
*/
case C_DTCS:
return (setswitch3(rp, dtcs, 0x02, 0x4b));
/*
***************************************************************
* *
* Utility commands. Select the antenna, attenuator, preamp, *
* agc and and break-in options. *
* *
***************************************************************
*/
/*
* The duplex, preamp and attenuator commands can be set for
* each band segment. There are four duplex offset registers,
* one each fot HF, 6 m, 2 m and 70 cm bands. The preamp and
* attentuator settings are stored by band segment as follows:
*
* 703g 756 7000
* .3-1.6 .3-1.6 .03-1.6
* 1.6-2 1.6-2 1.6-2 160 m
* 2-5 2-6 2-6 80 m
* 5-8 6-8 6-8 40 m
* 8-11 8-11 8-11 30 m
* 11-20 11-20 20, 17 m
* 11-15 20 m
* 15-20 17 m
* 20-22 20-22 20-22 15 m
* 22-26 22-26 22-26 12 m
* 26-40 26-45 26-30 10 m
* 40-60 45-60 45-129 6 m
* 129-144
* 60-148 144-148 2 m
* 148-200
* 400-470 400-470 70 sm
*/
/*
* ant [ 1 | 1R | 2 | 2R ] (V_SANT 0x12 command)
*
* Select antenna. Transceivers like the 756 have two antennas
* (1, 2) for transmit/receive and a third (R) for receive only.
* For instance, option 1R selects antenna 1 for transmit and R
* for receive.
*/
case C_ANT:
argv[argi] = capname(sw, cmd);
return (setswitch(rp, ant, V_SANT));
/*
* atten [ ] (V_ATTEN 0x11 command)
*
* Set attenuator options. The options include all known
* attentuator options in dB. Following are the known values for
* a few modern radios.
*
* 706G 20 dB
* 756, 7000 6, 12, 18 dB
* R8500 10, 20, 30 dB
*/
case C_ATTEN:
argv[argi] = capname(sw, cmd);
return (setswitch(rp, atten, V_ATTEN));
/*
* preamp [ off | 1 | 2 ]
*
* Set preamp options. Some radios have none, one or two preamp
* settings.
*
* 706G, 7000 1
* 756 2
* R8500 none
*/
case C_PAMP:
argv[argi] = capname(sw, cmd);
return (setswitch2(rp, preamp, (V_TOGL << 8) | 0x02));
/*
* agc [ slow | medium | fast ]
*
* Set AGC options. Some radios have none or a subset of these
* options.
*
* 706G medium, fast
* 756, 7000 slow, medium, fast
* R8500 slow (agcslow), fast (agcfast)
*/
case C_AGC:
argv[argi] = capname(sw, cmd);
return (setswitch2(rp, agc, (V_TOGL << 8) | 0x12));
/*
* break [ off | semi | full ]
*
* Set break options. This works on the 706G, 756 and 7000.
*/
case C_BREAK:
argv[argi] = capname(sw, cmd);
return (setswitch2(rp, fmtb, (V_TOGL << 8) | 0x47));
/*
***************************************************************
* *
* Power and voice commands. These commands control the power *
* to the radio, turn the transmitter on and off and report *
* the status by voice. *
* *
***************************************************************
*/
/*
* power [ off | on ] (V_POWER 0x18 command)
*
* Set power on/off. The radio will be powered off after the
* sleep interval, but it will still listen for a power on
* command. This works only on the R8500.
*/
case C_POWER:
return (setswitch(rp, power, V_POWER));
/*
* ptt (V_PTT 0x1c command)
*
* Display transmit condition; turn transmitter on and off.
*/
case C_PTT:
return (setswitch2(rp, tx, V_TX << 8 | 0x00));
/*
* rx (V_TX 0x1c command). Turn transmitter off.
*/
case C_RX:
return (setcmda(rp->ident, cmdrx, rsp));
/*
* tx (V_TX 0x1c command). Turn transmitter on.
*/
case C_TX:
return (setcmda(rp->ident, cmdtx, rsp));
/*
* say [ all | freq | mode ] (V_ANNC 0x13 command)
*
* Set announce control off/on. This requires the UT-102 Voice
* Synthesizer Unit, which is standard in the 7000.
*/
case C_ANNC:
return (setswitch(rp, say, V_ANNC));
/*
***************************************************************
* *
* Mongrels. These commands are used for testing and just *
* playing around. *
* *
***************************************************************
*/
/*
* name
*
* Set channel name. Enclose in quotes if contains
* spaces.
*/
case C_NAME:
if (argn - argi < 2)
printf("%s\n", cp->name);
else
strlcpy(cp->name, argv[++argi],
sizeof(cp->name));
break;
/*
* key (V_SETW 0x1a command)
*
* Program memory keyer (756 and 7000). Each of four memory
* keyer channels can hold 55 characters.
*/
case C_KEY:
if (argn - argi < 2) {
rval = R_ARG;
break;
}
/*
* Get memory keyer ID (1-4)
*/
ptr = s1;
*ptr++ = V_SETW;
*ptr++ = 0x02;
if (sscanf(argv[++argi], "%d", &temp) != 1) {
rval = R_FMT;
break;
}
*ptr++ = temp;
/*
* If no argument string, read from radio. Remove
* trailing spaces from the radio string.
*/
if (argn - argi < 2) {
*ptr = FI;
rval = setcmda(rp->ident, s1, rsp);
if (rval < 0)
return (rval);
for (i = rval - 2; i > 2; i--) {
if (rsp[i] == ' ')
rsp[i] = '\0';
else
break;
}
temp = rsp[2];
printf("%d (%d) %s\n", temp, i - 2, &rsp[3]);
break;
}
/*
* Concatenate remaining strings and send to radio.
*/
*ptr = '\0';
temp = 55;
while (argn - argi > 1 && temp > 0) {
strncat(s1, argv[++argi], temp);
strcat(s1, " ");
temp -= strlen(argv[argi]) + 1;
}
s1[strlen(s1) - 1] = FI;
rval = setcmda(rp->ident, s1, rsp);
break;
/*
* Miscellaneous control (S_CTRL) subcommands.
*/
case C_MISC:
return (setswitch2(rp, misc, V_TOGL));
/*
* test BCD
*
* Send CI-V test message
*/
case C_TEST:
if (argn - argi < 2)
break;
ptr = s1;
for (i = 1; i < argn; i++) {
sscanf(argv[++argi], "%x", &temp);
*ptr++ = temp;
}
*ptr = FI;
rval = setcmda(rp->ident, s1, rsp);
break;
/*
* step (r8500)
*/
C_XSTEP:
if (sscanf(argv[++argi], "%x", &temp) != 1) {
rval = R_FMT;
break;
}
cp->aux.step = temp;
break;
/*
* pstep (r8500)
*/
C_PSTEP:
break;
}
return (rval);
}
/*
* capname(ident, table) - returns capability name given key
*/
char * /* capability name, "" (not found) */
capname(
int ident, /* capability key */
struct cmdtable *table /* capability table */
)
{
int i;
for (i = 0; table[i].name[0] != '\0'; i++) {
if (table[i].ident == ident)
return (table[i].name);
}
return ("");
}
/*
* capkey(name, table) - returns capability key given name
*/
int /* capability key, -1 (not found) */
capkey(
char *name, /* capability name */
struct cmdtable *table /* capability table */
)
{
int i, temp;
if (*name == '?') {
for (i = 0; table[i].name[0] != '\0'; i++)
printf("%10s %s\n", table[i].name,
table[i].descr);
return (R_NOP);
}
for (i = 0; table[i].name[0] != '\0'; i++) {
if (strcasecmp(name, table[i].name) == 0 ||
*table[i].name == '*')
break;
}
if (table[i].ident == R_NOP)
printf("*** %s\n", table[i].descr);
return (table[i].ident);
}
/*
* capdescr(name, table) - returns capability description given name
*/
char * /* capability string, "" (not found") */
capdescr(
char *name, /* capability name */
struct cmdtable *table /* capability table */
)
{
int i;
if (*name == '?') {
for (i = 0; table[i].name[0] != '\0'; i++)
printf("%10s %s\n", table[i].name,
table[i].descr);
return ("");
}
for (i = 0; table[i].name[0] != '\0'; i++) {
if (strcasecmp(name, table[i].name) == 0)
break;
}
return (table[i].descr);
}
/*
* setcap(name, table, string) - insert capability string
*/
void
setcap(
char *name, /* capability name */
struct cmdtable *table, /* capability table */
char *string /* capability string */
)
{
int i;
for (i = 0; table[i].name[0] != '\0'; i++) {
if (strcasecmp(name, table[i].name) == 0) {
strcpy(table[i].descr, string);
return;
}
}
strcpy(table[i].name, name);
strcpy(table[i].descr, string);
table[i + 1].name[0] = '\0';
table[i + 1].ident = R_NOP;
table[i + 1].descr[0] = '\0';
}
/*
* setswitch(radio, name, op) - V_VFO, V_SPLIT, V_SCAN, V_SANT, V_ATTEN,
* V_POWER, V_TX, V_ANNC.
*
* Commands with a single character command and one argument, with the
* single exception of the V_SANT, which can have one or two arguments
* depending on the radio type. Only the V_SANT and V_ATTEN can
*/
static int
setswitch(
struct icom *rp, /* radio structure pointer */
struct cmdtable *cmmd, /* command table pointer */
int op /* command code */
)
{
struct chan *cp;
struct vfo7000 *vp;
u_char cmd[BMAX], rsp[BMAX];
int temp, rval;
cmd[0] = op;
cmd[1] = FI;
if (argn - argi < 2) {
/*
* Read data from radio. Only the V_SANT and V_ATTEN
* return unambigous data. The V_SANT returns one or two
* octets depending on the transceiver model. The R8500
* can't return anything.
*/
switch (op) {
case V_SANT:
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
break;
temp = rsp[1];
if (rsp[2] != FI)
temp |= rsp[2] << 8;
printf("%s %s\n", argv[argi], capname(temp,
cmmd));
break;
case V_ATTEN:
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
break;
temp = rsp[1];
printf("%s %s dB\n", argv[argi],
capname(temp, cmmd));
break;
case V_ANNC:
cmd[1] = 0x00;
cmd[2] = FI;
rval = setcmda(rp->ident, cmd, rsp);
pflags |= P_DISP;
break;
default:
rval = R_ARG;
}
} else {
/*
* Write data to the radio. First, decode argument.
*/
temp = capkey(argv[++argi], cmmd);
if (temp < 0)
return (temp);
cmd[2] = FI;
/*
* For the ant command, find out if one or two
* subcommand bytes follow.
*/
if (op == V_SANT) {
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
return (rval);
if (rsp[2] != FI) {
cmd[2] = temp >> 8;
cmd[3] = FI;
}
}
cmd[1] = temp;
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
return (rval);
/*
* For the attenuator command, copy attenuator code for
* R8500.
*/
if (op == V_ATTEN) {
cp = &rp->chan;
cp->aux.atten = temp;
/*
* For the split duplex subcommands, edit mode2.
*/
} else if (op == V_SPLIT) {
cp = &rp->chan;
vp = &cp->vfo;
switch (temp) {
case 0x10: /* simplex */
vp->mode2 = (vp->mode2 & 0x0f) | 0x00;
break;
case 0x11: /* dup- */
vp->mode2 = (vp->mode2 & 0x0f) | 0x10;
break;
case 0x12: /* dup+ */
vp->mode2 = (vp->mode2 & 0x0f) | 0x20;
break;
}
}
}
return (rval);
}
/*
* setswitch2(radio, name, op) - V_PAMP, V_AGC, V_BREAK, V_PTT and
* V_MISC.
*
* Commands with a two-octet command and one argument.
*/
static int
setswitch2(
struct icom *rp, /* radio structure pointer */
struct cmdtable *cmmd, /* command table pointer */
int op /* command code */
)
{
u_char cmd[BMAX], rsp[BMAX];
int temp, rval, i;
rval = R_OK;
cmd[0] = op >> 8;
cmd[1] = op;
cmd[2] = FI;
if (argn - argi < 2) {
rval = setcmda(rp->ident, cmd, rsp);
if (rval < 0)
return (rval);
for (i = 0; cmmd[i].name[0] != '\0'; i++) {
if ((cmmd[i].ident & 0xff) == rsp[2]) {
printf("%s %s\n", argv[argi],
cmmd[i].name);
break;
}
}
} else {
temp = capkey(argv[++argi], cmmd);
if (temp < 0)
return (temp);
cmd[2] = temp;
cmd[3] = FI;
rval = setcmda(rp->ident, cmd, rsp);
}
return (rval);
}
/*
* setswitch3(radio, name, op, sw) - V_TONE, etc.
*
* This routine is used with the tone, tsql and dtcs commands, which
* turn on and off and program CTSS tones and DTCS codes.
*/
static int
setswitch3(
struct icom *rp, /* radio structure pointer */
struct cmdtable *cmmd, /* command table pointer */
int op, /* command code */
int sw /* switch code */
)
{
struct chan *cp;
struct vfo7000 *vp;
u_char rsp[BMAX];
int temp, rval, i;
u_char cmdctl[] = {V_TONE, 0, 0, 0, 0, FI};
u_char cmdswt[] = {V_TOGL, 0, 0, FI};
char *token;
cmdctl[1] = op;
cmdctl[2] = FI;
cmdswt[1] = sw;
cmdswt[2] = FI;
if (argn - argi < 2) {
/*
* Read switch code
*/
rval = setcmda(rp->ident, cmdswt, rsp);
if (rval < 0)
return (rval);
temp = rsp[2];
token = capname(temp, toneon);
/*
* Read frequency/code
*/
rval = setcmda(rp->ident, cmdctl, rsp);
if (rval < 0)
return (rval);
temp = rsp[3] << 8 | rsp[4];
for (i = 0; cmmd[i].name[0] != '\0'; i++) {
if ((cmmd[i].ident) == temp) {
if (cmdctl[1] == 0x02) {
temp = rsp[2];
printf("%s %s (%s-%s)\n",
argv[argi], token,
cmmd[i].name, capname(temp,
polar));
} else {
printf("%s %s (%s Hz)\n",
argv[argi], token,
cmmd[i].name);
}
}
}
} else {
/*
* Set frequency/code. Repeater tone and tone squelch
* frequencies are in nn.n Hz and tenths. Digital tone
* squelch codes are in nn-pp code polarity.
*/
token = strtok(argv[++argi], "-");
temp = capkey(token, cmmd);
if (temp < 0)
return (temp);
cp = &rp->chan;
vp = &cp->vfo;
if (temp > 0x01) {
cmdctl[3] = temp >> 8;
cmdctl[4] = temp;
token = strtok(NULL, "-");
if (token == NULL) {
cmdctl[2] = 0;
} else {
temp = capkey(token, polar);
if (temp < 0)
return (temp);
cmdctl[2] = temp;
}
rval = setcmda(rp->ident, cmdctl, rsp);
if (rval < 0)
return (rval);
/*
* Update VFO tones
*/
switch (op) {
case 0:
memcpy(&vp->tone, &cmdctl[2], 3);
break;
case 1:
memcpy(&vp->tsql, &cmdctl[2], 3);
break;
case 2:
memcpy(&vp->dtcs, &cmdctl[2], 3);
break;
}
temp = 0x01;
}
/*
* Set switch code
*/
vp->mode2 &= 0xf0;
if (temp == 0x01)
vp->mode2 += op + 1;
cmdswt[2] = temp;
rval = setcmda(rp->ident, cmdswt, rsp);
}
return (rval);
}
/*
* readmeter(radio, optab, op, pstring) - V_METER, V_TOGL
*/
static int
readmeter(
struct icom *rp, /* radio structure */
struct cmdtable *optab, /* command table */
int op, /* operation code */
char *s2 /* result string */
)
{
u_char cmd[] = {0, 0, 0, 0, FI};
char rsp[BMAX], *ptr;
int temp, i;
/*
* Read register or switch
*/
cmd[0] = op >> 8;
cmd[1] = op;
cmd[2] = FI;
temp = setcmda(rp->ident, cmd, rsp);
if (temp < 0)
return (temp);
if (temp < 5)
temp = ((rsp[2] >> 4) & 0xf) * 10 +
(rsp[2] & 0xf);
else
temp = ((rsp[2] >> 4) & 0xf) * 1000 +
(rsp[2] & 0xf) * 100 + ((rsp[3] >>
4) & 0xf) * 10 + (rsp[3] & 0xf);
ptr = capname(op, optab);
/*
* Format as required
*/
switch (op >> 16) {
case A: /* agc */
if (temp == 1)
strcpy(s2, "fast");
else if (temp == 2)
strcpy(s2, "mid");
else if (temp == 3)
strcpy(s2, "slow");
break;
case B: /* breakin */
if (temp == 0)
strcpy(s2, "off");
else if (temp == 1)
strcpy(s2, "semi");
else if (temp == 2)
strcpy(s2, "full");
break;
case F: /* signed control */
sprintf(s2, "%d", ((temp - 128) * 100) / 256);
break;
case G: /* unsigned control */
sprintf(s2, "%d", (temp * 100) / 256);
break;
case P: /* preamp */
if (temp == 0)
strcpy(s2, "off");
else if (temp == 1)
strcpy(s2, "1");
else if (temp == 2)
strcpy(s2, "2");
break;
case Q: /* squelch */
if (temp == 1)
strcpy(s2, "open");
else
strcpy(s2, "closed");
break;
case S: /* S meter */
for (i = 0; temp > mtab[i].smeter; i++);
strcpy(s2, mtab[i].pip);
break;
case W: /* miscellaneous switch */
if (temp == 0)
strcpy(s2, "off");
else
strcpy(s2, "on");
break;
}
return (R_OK);
}
/*
* banner - format and print banner
*/
void
banner(
struct icom *rp /* radio structure pointer */
)
{
printf("radio %s (%02x) %g-%g MHz chan %d bank %d baud %s\n",
capdescr(rp->name, identab), rp->ident, rp->lband,
rp->uband, rp->maxch - rp->minch + 1, rp->maxbk -
rp->minbk + 1, capname(rp->baud, baud));
rptr = rp;
}
/*
* printch - format and print channel data
*/
static void
printch(
struct icom *rp, /* radio structure pointer */
char *s1 /* prettyprint string */
)
{
struct chan *cp;
struct vfo7000 *vp;
char s2[LINMAX];
char *s3;
int temp;
double dtemp;
/*
* Reveal frequency and mode
*/
cp = &rp->chan;
vp = &cp->vfo;
readvfo(rp);
if (cp->freq == 0) {
if (rp->flags & F_BANK)
sprintf(s1, "%2d.%-2d empty", cp->bank,
cp->mchan);
else
sprintf(s1, "%2d empty", cp->mchan);
return;
}
if (rp->flags & F_BANK)
sprintf(s1, "%2d.%-2d %.*f MHz %s", cp->bank,
cp->mchan, sigtab[rp->rate], cp->freq,
capname(cp->mode, rp->modetab));
else
sprintf(s1, "%2d %.*f MHz %s", cp->mchan,
sigtab[rp->rate], cp->freq, capname(cp->mode,
rp->modetab));
if (pflags & P_DSPST) {
sprintf(s2, " rate %d step %.0f Hz", rp->rate,
rp->step);
strcat(s1, s2);
}
if (!(pflags & P_DSPCH))
return;
if (flags & (F_7000 | F_756)) {
/*
* Reveal split
*/
if (cp->split != 0) {
sprintf(s2, " split %.*f MHz", sigtab[rp->rate],
cp->split);
strcat(s1, s2);
}
/*
* Reveal duplex direction
*/
temp = vp->mode2 & 0xf0;
switch(temp) {
case 0x10:
strcat(s1, " split dup-");
break;
case 0x20:
strcat(s1, " split dup+");
break;
}
/*
* Reveal tone squelch info
*/
temp = vp->mode2 & 0xf;
switch (temp) {
case 1:
temp = (vp->tone[1] << 8) | vp->tone[2];
sprintf(s2, " tone %s Hz", capname(temp,
tone));
strcat(s1, s2);
break;
case 2:
temp = (vp->tsql[1] << 8) | vp->tsql[2];
sprintf(s2, " tsql %s Hz", capname(temp,
tone));
strcat(s1, s2);
break;
case 3:
temp = (vp->dtcs[1] << 8) | vp->dtcs[2];
sprintf(s2, " dtcs %s-", capname(temp, dtcs));
strcat(s1, s2);
temp = vp->dtcs[0] & 0x3;
sprintf(s2, "%s", capname(temp, polar));
strcat(s1, s2);
}
} else if (flags & F_8500){
/*
* Reveal tuning step.
*/
if (cp->aux.step != 0) {
temp = cp->aux.step;
if (temp != 0x13)
sprintf(s2, " dial %s kHz",
capname(temp, rp->dialtab));
else
sprintf(s2, " dial %.1f kHz",
freqdouble(cp->aux.pstep, 2) / 10);
strcat(s1, s2);
}
/*
* Reveal attentuator setting.
*/
if (cp->aux.atten != 0) {
sprintf(s2, " atten %x dB", cp->aux.atten);
strcat(s1, s2);
}
}
/*
* Reveal channel name enclosed in quotes ".
*/
if (cp->name[0] != '\0') {
sprintf(s2, " name \"%s\"", cp->name);
strcat(s1, s2);
}
}
/*
* Print error comment
*/
static void
perr(
int temp /* error code */
)
{
switch (temp) {
case R_CMD:
printf("*** unknown command\n");
break;
case R_ARG:
printf("*** unknown or missing command argument\n");
break;
case R_FMT:
printf("*** invalid argument format\n");
break;
case R_RAD:
printf("*** unknown radio\n");
break;
case R_NOR:
printf("*** no radios found\n");
break;
case R_DEF:
printf("*** radio not defined\n");
break;
case R_ERR:
printf("*** radio can't do that\n");
break;
case R_IO:
printf("*** file open error\n");
break;
}
}
/*
* Getline(str) - process input line and extract tokens
*
* Blank lines and comments beginning with '#' are ignored and the
* string converted to lower case. The resulting tokens are saved in the
* *argv[] array. The number of tokens found is returned to the caller.
*/
static int /* number of tokens */
getline(
char *str /* pointer to input string */
)
{
char *ptr;
char xbreak[] = " ,\t\n\0";
char sbreak[] = "\"\n\0";
int i, temp;
/*
* Trim trailing \r and comments
*/
ptr = strchr(str, '\r');
if (ptr != NULL)
*ptr = '\0';
ptr = strchr(str, '#');
if (ptr != NULL)
*ptr = '\0';
/*
* Scan for tokens delimited by space, comma, tab, newline or
* null. Arbitrary strings begin with quote " and end with
* quote, newline or null. Quotes are not included in the token.
*/
ptr = str;
for (i = 0; i < ARGMAX;) {
temp = strspn(ptr, xbreak);
ptr += temp;
if (*ptr == '\0')
break;
if (*ptr == '"') {
argv[i++] = ++ptr;
temp = strcspn(ptr, sbreak);
} else {
argv[i++] = ptr;
temp = strcspn(ptr, xbreak);
}
ptr += temp;
if (*ptr == '\0')
break;
*ptr++ = '\0';
}
argn = i;
return (i);
}
/*
* argchan(radio, chan, sptr) - decode channel argument
*
* NULL current bank/channel
* $ all channels, current bank
* b:$ all channels, bank b
* $:$ all channels, all banks
* + current bank/channel plus 1 with wrap
* - current bank/channel minus 1 with wrap
* c channel c, current bank
* b.c channel c, bank b
* c1:c2 channel range c1-c2, current bank with wrap
* b1.c1:b2.c2 channel range b1.c1-b2.c2 with wrap
*
* returns 0 if single, 1 if multiple, 2 if reversed, 3 if end of range,
* R_NOP if error
*/
static int /* > 0 (ok), < 0 (error) */
argchan(
struct icom *rp, /* radio structure */
struct chan *cp, /* channel structure */
char *sptr /* ascii argument pointer */
)
{
int rval, bank, mchan, topbk, topch;
/*
* null: current channel only
*/
if (cp->bank == rp->topbk && cp->mchan == rp->topch)
rval = 3;
else
rval = 0;
if (sptr == NULL)
return (0);
/*
* '?': format help
*/
if (*sptr == '?') {
capkey(sptr, argch);
return (R_NOP);
}
/*
* " ": end of range
*/
if (*sptr == ' ')
return (3);
/*
* "+": next higher channel, current bank with wrap
*/
if (*sptr == '+') {
cp->mchan++;
if (cp->mchan > rp->maxch) {
cp->mchan = rp->minch;
cp->bank++;
if (cp->bank > rp->maxbk)
cp->bank = rp->minbk;
}
return (rval);
}
/*
* "-" next lower channel, current bank with wrap
*/
if (*sptr == '-') {
cp->mchan--;
if (cp->mchan < rp->minch) {
cp->mchan = rp->maxch;
cp->bank--;
if (cp->bank < rp->minbk)
cp->bank = rp->maxbk;
}
return (rval);
}
/*
* "$" all channels, current bank
*/
if (strcmp(sptr, "$") == 0) {
rp->topbk = cp->bank;
cp->mchan = rp->minch;
rp->topch = rp->maxch;
return (1);
}
/*
* "$:$" all banks, all channels
*/
if (strcmp(sptr, "$:$") == 0) {
cp->bank = rp->minbk;
rp->topbk = rp->maxbk;
cp->mchan = rp->minch;
rp->topch = rp->maxch;
return (1);
}
/*
* "b.$" bank b, all channels
*/
if (strstr(sptr, ".$") != NULL && sscanf(sptr, "%d", &bank) ==
1) {
cp->bank = bank;
rp->topbk = bank;
cp->mchan = rp->minch;
rp->topch = rp->maxch;
return (1);
}
/*
* "b1.c1:b2.c2:": channel range b1.c1-b2.c2
*/
if (sscanf(sptr, "%d.%d:%d.%d", &bank, &mchan, &topbk,
&topch) == 4) {
cp->bank = bank;
rp->topbk = topbk;
cp->mchan = mchan;
rp->topch = topch;
if (cp->bank > rp->topbk || (cp->bank == rp->topbk &&
cp->mchan > rp->topch))
return (2);
else
return (1);
}
/*
* "c1:c2": channel range c1-c2 current bank
*/
if (sscanf(sptr, "%d:%d", &mchan, &topch) == 2) {
rp->topbk = cp->bank;
cp->mchan = mchan;
rp->topch = topch;
if (cp->mchan > rp->topch)
return (2);
else
return (1);
}
/*
* "c.b": channel c, bank b only
*/
if (sscanf(sptr, "%d.%d", &bank, &mchan) == 2) {
cp->bank = rp->topbk = bank;
cp->mchan = rp->topch = mchan;
return (0);
}
/*
* "c": channel c, current bank
*/
if (sscanf(sptr, "%d", &mchan) == 1) {
rp->topbk = cp->bank;
cp->mchan = rp->topch = mchan;
return (0);
}
printf("*** bad channel format %s\n", sptr);
return (R_NOP);
}
/*
* sw_keypad() - switch to keypad mode
*/
static int /* 0 (ok), < 0 (system error) */
sw_keypad()
{
fd = open("/dev/tty", O_RDONLY);
if (fd < 0)
return (R_IO);
if (tcgetattr(fd, &terma) < 0)
return (R_IO);
tcgetattr(fd, &termb);
termb.c_lflag &= ~(ICANON | ECHO);
termb.c_cc[VMIN] = 1;
termb.c_cc[VTIME] = 0;
if (tcsetattr(fd, TCSADRAIN, &termb) < 0)
return (R_IO);
return (R_OK);
}
/*
* sw_keybd() - switch to keyboard mode
*/
static int /* 0 (ok), < 0 (system error) */
sw_keybd()
{
if (tcsetattr(fd, TCSADRAIN, &terma) < 0)
return (R_IO);
return (R_OK);
}
/* end program */
icom-20120228/pcr.csv 0000744 0001750 0001750 00000037163 10376731213 013214 0 ustar colin colin [REV]
ID=1.0.0
APP=IC-PCR1000 Revision 2.0
[BANK00]
BANKNAME=Africa
ACTIVECH=0
00=AFI/SAT 3.452 USB 3k OFF 3kHz OFF OFF OFF
01=AFI/SAT 6.535 USB 3k OFF 3kHz OFF OFF OFF
02=AFI/SAT 8.861 USB 3k OFF 3kHz OFF OFF OFF
03=AFI/SAT 13.357 USB 3k OFF 3kHz OFF OFF OFF
04=AFI/SAT 17.955 USB 3k OFF 3kHz OFF OFF OFF
05=AFI-2 3.419 USB 3k OFF 3kHz OFF OFF OFF
06=AFI-2 5.652 USB 3k OFF 3kHz OFF OFF OFF
07=AFI-2 8.894 USB 3k OFF 3kHz OFF OFF OFF
08=AFI-2 13.273 USB 3k OFF 3kHz OFF OFF OFF
09=AFI-2 17.961 USB 3k OFF 3kHz OFF OFF OFF
10=AFI/MID 3.467 USB 3k OFF 3kHz OFF OFF OFF
11=AFI/MID 5.658 USB 3k OFF 3kHz OFF OFF OFF
12=AFI/MID 10.018 USB 3k OFF 3kHz OFF OFF OFF
13=AFI/MID 11.3 USB 3k OFF 3kHz OFF OFF OFF
14=AFI/MID 13.288 USB 3k OFF 3kHz OFF OFF OFF
15=AFI/MID 17.961 USB 3k OFF 3kHz OFF OFF OFF
16=AFI-4 2.878 USB 3k OFF 3kHz OFF OFF OFF
17=AFI-4 5.493 USB 3k OFF 3kHz OFF OFF OFF
18=AFI-4 8.903 USB 3k OFF 3kHz OFF OFF OFF
19=AFI-4 13.294 USB 3k OFF 3kHz OFF OFF OFF
20=AFI-4 17.961 USB 3k OFF 3kHz OFF OFF OFF
21=AFI/INO 3.476 USB 3k OFF 3kHz OFF OFF OFF
22=AFI/INO 5.634 USB 3k OFF 3kHz OFF OFF OFF
23=AFI/INO 8.879 USB 3k OFF 3kHz OFF OFF OFF
24=AFI/INO 13.306 USB 3k OFF 3kHz OFF OFF OFF
25=AFI/INO 17.961 USB 3k OFF 3kHz OFF OFF OFF
[BANK01]
BANKNAME=Pacific
ACTIVECH=0
00=CEP-1/2 2.869 USB 3k OFF 3kHz OFF OFF OFF
01=CEP-1/2 3.413 USB 3k OFF 3kHz OFF OFF OFF
02=CEP-1/2 5.547 USB 3k OFF 3kHz OFF OFF OFF
03=CEP-1/2 5.574 USB 3k OFF 3kHz OFF OFF OFF
04=CEP-1/2 8.843 USB 3k OFF 3kHz OFF OFF OFF
05=CEP-1/2 11.282 USB 3k OFF 3kHz OFF OFF OFF
06=CEP-1/2 13.261 USB 3k OFF 3kHz OFF OFF OFF
07=CEP-1/2 13.354 USB 3k OFF 3kHz OFF OFF OFF
08=CEP-1/2 17.904 USB 3k OFF 3kHz OFF OFF OFF
09=CWP-1/2 2.998 USB 3k OFF 3kHz OFF OFF OFF
10=CWP-1/2 4.666 USB 3k OFF 3kHz OFF OFF OFF
11=CWP-1/2 6.532 USB 3k OFF 3kHz OFF OFF OFF
12=CWP-1/2 6.562 USB 3k OFF 3kHz OFF OFF OFF
13=CWP-1/2 8.903 USB 3k OFF 3kHz OFF OFF OFF
14=CWP-1/2 11.384 USB 3k OFF 3kHz OFF OFF OFF
15=CWP-1/2 13.3 USB 3k OFF 3kHz OFF OFF OFF
16=CWP-1/2 17.904 USB 3k OFF 3kHz OFF OFF OFF
17=CWP-1/2 21.985 USB 3k OFF 3kHz OFF OFF OFF
18=NP 2.932 USB 3k OFF 3kHz OFF OFF OFF
19=NP 5.628 USB 3k OFF 3kHz OFF OFF OFF
20=NP 5.667 USB 3k OFF 3kHz OFF OFF OFF
21=NP 6.665 USB 3k OFF 3kHz OFF OFF OFF
22=NP 8.915 USB 3k OFF 3kHz OFF OFF OFF
23=NP 10.048 USB 3k OFF 3kHz OFF OFF OFF
24=NP 13.294 USB 3k OFF 3kHz OFF OFF OFF
25=NP 17.904 USB 3k OFF 3kHz OFF OFF OFF
26=NP 17.946 USB 3k OFF 3kHz OFF OFF OFF
27=NP 21.925 USB 3k OFF 3kHz OFF OFF OFF
28=SP 3.467 USB 3k OFF 3kHz OFF OFF OFF
29=SP 5.643 USB 3k OFF 3kHz OFF OFF OFF
30=SP 5.667 USB 3k OFF 3kHz OFF OFF OFF
31=SP 8.867 USB 3k OFF 3kHz OFF OFF OFF
32=SP 13.273 USB 3k OFF 3kHz OFF OFF OFF
33=SP 17.904 USB 3k OFF 3kHz OFF OFF OFF
[BANK02]
BANKNAME=Eur/W_Asia
ACTIVECH=0
00=EUR-A 3.479 USB 3k OFF 3kHz OFF OFF OFF
01=EUR-A 5.661 USB 3k OFF 3kHz OFF OFF OFF
02=EUR-A 6.598 USB 3k OFF 3kHz OFF OFF OFF
03=EUR-A 10.084 USB 3k OFF 3kHz OFF OFF OFF
04=EUR-A 13.288 USB 3k OFF 3kHz OFF OFF OFF
05=EUR-A 17.961 USB 3k OFF 3kHz OFF OFF OFF
06=MID-1 2.992 USB 3k OFF 3kHz OFF OFF OFF
07=MID-1 4.669 USB 3k OFF 3kHz OFF OFF OFF
08=MID-1 6.631 USB 3k OFF 3kHz OFF OFF OFF
09=MID-1 8.951 USB 3k OFF 3kHz OFF OFF OFF
10=MID-1 11.375 USB 3k OFF 3kHz OFF OFF OFF
11=MID-1 17.961 USB 3k OFF 3kHz OFF OFF OFF
12=MID-3 2.944 USB 3k OFF 3kHz OFF OFF OFF
13=MID-3 4.669 USB 3k OFF 3kHz OFF OFF OFF
14=MID-3 6.631 USB 3k OFF 3kHz OFF OFF OFF
15=MID-3 8.951 USB 3k OFF 3kHz OFF OFF OFF
16=MID-3 11.375 USB 3k OFF 3kHz OFF OFF OFF
17=MID-3 17.961 USB 3k OFF 3kHz OFF OFF OFF
18=NCA-1 3.019 USB 3k OFF 3kHz OFF OFF OFF
19=NCA-1 5.646 USB 3k OFF 3kHz OFF OFF OFF
20=NCA-1 13.315 USB 3k OFF 3kHz OFF OFF OFF
21=NCA-1 17.958 USB 3k OFF 3kHz OFF OFF OFF
22=NCA-2 2.851 USB 3k OFF 3kHz OFF OFF OFF
23=NCA-2 4.678 USB 3k OFF 3kHz OFF OFF OFF
24=NCA-2 6.592 USB 3k OFF 3kHz OFF OFF OFF
25=NCA-2 10.096 USB 3k OFF 3kHz OFF OFF OFF
26=NCA-2 17.958 USB 3k OFF 3kHz OFF OFF OFF
27=NCA-3 3.004 USB 3k OFF 3kHz OFF OFF OFF
28=NCA-3 5.664 USB 3k OFF 3kHz OFF OFF OFF
29=NCA-3 10.039 USB 3k OFF 3kHz OFF OFF OFF
30=NCA-3 13.303 USB 3k OFF 3kHz OFF OFF OFF
31=NCA-3 17.958 USB 3k OFF 3kHz OFF OFF OFF
[BANK03]
BANKNAME=N_Atlantic
ACTIVECH=0
00=NAT-A 3.016 USB 3k OFF 3kHz OFF OFF OFF
01=NAT-A 5.598 USB 3k OFF 3kHz OFF OFF OFF
02=NAT-A 8.906 USB 3k OFF 3kHz OFF OFF OFF
03=NAT-A 13.306 USB 3k OFF 3kHz OFF OFF OFF
04=NAT-A 17.946 USB 3k OFF 3kHz OFF OFF OFF
05=NAT-B 2.899 USB 3k OFF 3kHz OFF OFF OFF
06=NAT-B 5.616 USB 3k OFF 3kHz OFF OFF OFF
07=NAT-B 8.864 USB 3k OFF 3kHz OFF OFF OFF
08=NAT-B 13.291 USB 3k OFF 3kHz OFF OFF OFF
09=NAT-B 17.946 USB 3k OFF 3kHz OFF OFF OFF
10=NAT-C 2.862 USB 3k OFF 3kHz OFF OFF OFF
11=NAT-C 5.649 USB 3k OFF 3kHz OFF OFF OFF
12=NAT-C 8.879 USB 3k OFF 3kHz OFF OFF OFF
13=NAT-C 13.306 USB 3k OFF 3kHz OFF OFF OFF
14=NAT-C 17.946 USB 3k OFF 3kHz OFF OFF OFF
15=NAT-D 2.971 USB 3k OFF 3kHz OFF OFF OFF
16=NAT-D 4.675 USB 3k OFF 3kHz OFF OFF OFF
17=NAT-D 8.891 USB 3k OFF 3kHz OFF OFF OFF
18=NAT-D 11.279 USB 3k OFF 3kHz OFF OFF OFF
19=NAT-D 13.291 USB 3k OFF 3kHz OFF OFF OFF
20=NAT-D 17.946 USB 3k OFF 3kHz OFF OFF OFF
21=NAT-E 2.962 USB 3k OFF 3kHz OFF OFF OFF
22=NAT-E 6.628 USB 3k OFF 3kHz OFF OFF OFF
23=NAT-E 8.825 USB 3k OFF 3kHz OFF OFF OFF
24=NAT-E 11.309 USB 3k OFF 3kHz OFF OFF OFF
25=NAT-E 13.354 USB 3k OFF 3kHz OFF OFF OFF
26=NAT-F 3.476 USB 3k OFF 3kHz OFF OFF OFF
27=NAT-F 6.622 USB 3k OFF 3kHz OFF OFF OFF
28=NAT-F 8.831 USB 3k OFF 3kHz OFF OFF OFF
[BANK04]
BANKNAME=Carr/S_Am
ACTIVECH=0
00=CAR-A 2.887 USB 3k OFF 3kHz OFF OFF OFF
01=CAR-A 5.55 USB 3k OFF 3kHz OFF OFF OFF
02=CAR-A 6.577 USB 3k OFF 3kHz OFF OFF OFF
03=CAR-A 8.918 USB 3k OFF 3kHz OFF OFF OFF
04=CAR-A 11.396 USB 3k OFF 3kHz OFF OFF OFF
05=CAR-A 13.297 USB 3k OFF 3kHz OFF OFF OFF
06=CAR-A 17.907 USB 3k OFF 3kHz OFF OFF OFF
07=CAR-B 3.455 USB 3k OFF 3kHz OFF OFF OFF
08=CAR-B 5.52 USB 3k OFF 3kHz OFF OFF OFF
09=CAR-B 6.586 USB 3k OFF 3kHz OFF OFF OFF
10=CAR-B 8.846 USB 3k OFF 3kHz OFF OFF OFF
11=CAR-B 11.33 USB 3k OFF 3kHz OFF OFF OFF
12=CAR-B 11.387 USB 3k OFF 3kHz OFF OFF OFF
13=CAR-B 17.907 USB 3k OFF 3kHz OFF OFF OFF
14=E_SAM 3.479 USB 3k OFF 3kHz OFF OFF OFF
15=E_SAM 5.526 USB 3k OFF 3kHz OFF OFF OFF
16=E_SAM 8.855 USB 3k OFF 3kHz OFF OFF OFF
17=E_SAM 10.096 USB 3k OFF 3kHz OFF OFF OFF
18=E_SAM 13.297 USB 3k OFF 3kHz OFF OFF OFF
19=E_SAM 17.907 USB 3k OFF 3kHz OFF OFF OFF
20=W_SAM 2.944 USB 3k OFF 3kHz OFF OFF OFF
21=W_SAM 4.669 USB 3k OFF 3kHz OFF OFF OFF
22=W_SAM 6.549 USB 3k OFF 3kHz OFF OFF OFF
23=W_SAM 10.024 USB 3k OFF 3kHz OFF OFF OFF
24=W_SAM 11.36 USB 3k OFF 3kHz OFF OFF OFF
25=W_SAM 17.907 USB 3k OFF 3kHz OFF OFF OFF
26=SAT-2 2.854 USB 3k OFF 3kHz OFF OFF OFF
27=SAT-2 5.565 USB 3k OFF 3kHz OFF OFF OFF
28=SAT-2 11.291 USB 3k OFF 3kHz OFF OFF OFF
29=SAT-2 13.315 USB 3k OFF 3kHz OFF OFF OFF
30=SAT-2 17.955 USB 3k OFF 3kHz OFF OFF OFF
[BANK05]
BANKNAME=E/S_Asia
ACTIVECH=0
00=EA-1 3.016 USB 3k OFF 3kHz OFF OFF OFF
01=EA-1 6.571 USB 3k OFF 3kHz OFF OFF OFF
02=EA-1 8.897 USB 3k OFF 3kHz OFF OFF OFF
03=EA-1 10.042 USB 3k OFF 3kHz OFF OFF OFF
04=EA-1 17.958 USB 3k OFF 3kHz OFF OFF OFF
05=SEA-1/3 3.47 USB 3k OFF 3kHz OFF OFF OFF
06=SEA-1/3 6.556 USB 3k OFF 3kHz OFF OFF OFF
07=SEA-1/3 10.066 USB 3k OFF 3kHz OFF OFF OFF
08=SEA-1/3 11.396 USB 3k OFF 3kHz OFF OFF OFF
09=SEA-1/3 13.318 USB 3k OFF 3kHz OFF OFF OFF
10=SEA-1/3 17.907 USB 3k OFF 3kHz OFF OFF OFF
11=SEA/EA 3.485 USB 3k OFF 3kHz OFF OFF OFF
12=SEA/EA 5.649 USB 3k OFF 3kHz OFF OFF OFF
13=SEA/EA 5.655 USB 3k OFF 3kHz OFF OFF OFF
14=SEA/EA 8.942 USB 3k OFF 3kHz OFF OFF OFF
15=SEA/EA 11.396 USB 3k OFF 3kHz OFF OFF OFF
16=SEA/EA 13.309 USB 3k OFF 3kHz OFF OFF OFF
17=SEA/EA 17.907 USB 3k OFF 3kHz OFF OFF OFF
[BANK06]
BANKNAME=MET
ACTIVECH=1
00=MET-NAT 3.485 USB 3k OFF 3kHz OFF OFF OFF
01=MET-NAT 6.604 USB 3k OFF 3kHz OFF OFF OFF
02=MET-NAT 10.051 USB 3k OFF 3kHz OFF OFF OFF
03=MET-NAT 13.27 USB 3k OFF 3kHz OFF OFF OFF
04=MET-EU 3.413 USB 3k OFF 3kHz OFF OFF OFF
05=MET-EU 5.505 USB 3k OFF 3kHz OFF OFF OFF
06=MET-EU 8.957 USB 3k OFF 3kHz OFF OFF OFF
07=MET-EU 13.264 USB 3k OFF 3kHz OFF OFF OFF
08=MET-PAC 2.863 USB 3k OFF 3kHz OFF OFF OFF
09=MET-PAC 6.679 USB 3k OFF 3kHz OFF OFF OFF
10=MET-PAC 8.828 USB 3k OFF 3kHz OFF OFF OFF
11=MET-PAC 13.282 USB 3k OFF 3kHz OFF OFF OFF
[BANK07]
BANKNAME=Comp-1
ACTIVECH=0
00=Houston 5.529 USB 3k OFF 3kHz OFF OFF OFF
01=Houston 6.637 USB 3k OFF 3kHz OFF OFF OFF
02=Houston 10.075 USB 3k OFF 3kHz OFF OFF OFF
03=Houston 11.342 USB 3k OFF 3kHz OFF OFF OFF
04=Houston 13.33 USB 3k OFF 3kHz OFF OFF OFF
05=Houston 17.94 USB 3k OFF 3kHz OFF OFF OFF
07=Honolulu 3.013 USB 3k OFF 3kHz OFF OFF OFF
08=Honolulu 6.64 USB 3k OFF 3kHz OFF OFF OFF
09=Honolulu 10.033 USB 3k OFF 3kHz OFF OFF OFF
10=Honolulu 11.342 USB 3k OFF 3kHz OFF OFF OFF
11=Honolulu 13.348 USB 3k OFF 3kHz OFF OFF OFF
12=Honolulu 13.354 USB 3k OFF 3kHz OFF OFF OFF
13=Honolulu 17.925 USB 3k OFF 3kHz OFF OFF OFF
14=Honolulu 21.964 USB 3k OFF 3kHz OFF OFF OFF
15=New_York 3.494 USB 3k OFF 3kHz OFF OFF OFF
16=New_York 6.526 USB 3k OFF 3kHz OFF OFF OFF
17=New_York 6.64 USB 3k OFF 3kHz OFF OFF OFF
18=New_York 11.342 USB 3k OFF 3kHz OFF OFF OFF
19=New_York 13.33 USB 3k OFF 3kHz OFF OFF OFF
20=New_York 13.354 USB 3k OFF 3kHz OFF OFF OFF
21=New_York 17.925 USB 3k OFF 3kHz OFF OFF OFF
23=San_Fran 3.013 USB 3k OFF 3kHz OFF OFF OFF
24=San_Fran 3.413 USB 3k OFF 3kHz OFF OFF OFF
25=San_Fran 6.64 USB 3k OFF 3kHz OFF OFF OFF
26=San_Fran 8.843 USB 3k OFF 3kHz OFF OFF OFF
27=San_Fran 11.342 USB 3k OFF 3kHz OFF OFF OFF
28=San_Fran 13.3 USB 3k OFF 3kHz OFF OFF OFF
29=San_Fran 13.348 USB 3k OFF 3kHz OFF OFF OFF
30=San_Fran 13.354 USB 3k OFF 3kHz OFF OFF OFF
31=San_Fran 17.925 USB 3k OFF 3kHz OFF OFF OFF
33=Gulf_Mex 4.55 USB 3k OFF 3kHz OFF OFF OFF
34=Gulf_Mex 6.82 USB 3k OFF 3kHz OFF OFF OFF
35=Gulf_Mex 8.07 USB 3k OFF 3kHz OFF OFF OFF
36=Gulf_Mex 13.354 USB 3k OFF 3kHz OFF OFF OFF
37=St_Johns 3.485 USB 3k OFF 3kHz OFF OFF OFF
38=St_Johns 5.604 USB 3k OFF 3kHz OFF OFF OFF
39=St_Johns 8.819 USB 3k OFF 3kHz OFF OFF OFF
40=St_Johns 13.285 USB 3k OFF 3kHz OFF OFF OFF
41=St_Johns 13.42 USB 3k OFF 3kHz OFF OFF OFF
42=St_Johns 17.91 USB 3k OFF 3kHz OFF OFF OFF
[BANK08]
BANKNAME=Comp-2
ACTIVECH=42
00=Berne 3.01 USB 3k OFF 3kHz OFF OFF OFF
01=Berne 4.654 USB 3k OFF 3kHz OFF OFF OFF
02=Berne 4.67 USB 3k OFF 3kHz OFF OFF OFF
03=Berne 4.702 USB 3k OFF 3kHz OFF OFF OFF
04=Berne 6.526 USB 3k OFF 3kHz OFF OFF OFF
05=Berne 6.643 USB 3k OFF 3kHz OFF OFF OFF
06=Berne 6.705 USB 3k OFF 3kHz OFF OFF OFF
07=Berne 6.742 USB 3k OFF 3kHz OFF OFF OFF
08=Berne 8.936 USB 3k OFF 3kHz OFF OFF OFF
09=Berne 9.211 USB 3k OFF 3kHz OFF OFF OFF
10=Berne 10.069 USB 3k OFF 3kHz OFF OFF OFF
11=Berne 13.205 USB 3k OFF 3kHz OFF OFF OFF
12=Berne 13.266 USB 3k OFF 3kHz OFF OFF OFF
13=Berne 13.324 USB 3k OFF 3kHz OFF OFF OFF
14=Berne 15.046 USB 3k OFF 3kHz OFF OFF OFF
15=Berne 15.05 USB 3k OFF 3kHz OFF OFF OFF
16=Berne 15.835 USB 3k OFF 3kHz OFF OFF OFF
17=Berne 17.931 USB 3k OFF 3kHz OFF OFF OFF
18=Berne 18.023 USB 3k OFF 3kHz OFF OFF OFF
19=Berne 18.48 USB 3k OFF 3kHz OFF OFF OFF
20=Berne 19.554 USB 3k OFF 3kHz OFF OFF OFF
21=Berne 20.035 USB 3k OFF 3kHz OFF OFF OFF
22=Berne 20.87 USB 3k OFF 3kHz OFF OFF OFF
23=Berne 21.933 USB 3k OFF 3kHz OFF OFF OFF
24=Berne 21.988 USB 3k OFF 3kHz OFF OFF OFF
25=Berne 23.285 USB 3k OFF 3kHz OFF OFF OFF
26=Berne 25.5 USB 3k OFF 3kHz OFF OFF OFF
27=London 3.482 USB 3k OFF 3kHz OFF OFF OFF
28=London 4.807 USB 3k OFF 3kHz OFF OFF OFF
29=London 5.61 USB 3k OFF 3kHz OFF OFF OFF
30=London 6.634 USB 3k OFF 3kHz OFF OFF OFF
31=London 8.17 USB 3k OFF 3kHz OFF OFF OFF
32=London 8.96 USB 3k OFF 3kHz OFF OFF OFF
33=London 10.291 USB 3k OFF 3kHz OFF OFF OFF
34=London 11.306 USB 3k OFF 3kHz OFF OFF OFF
35=London 12.133 USB 3k OFF 3kHz OFF OFF OFF
36=London 13.865 USB 3k OFF 3kHz OFF OFF OFF
37=London 14.89 USB 3k OFF 3kHz OFF OFF OFF
38=London 17.405 USB 3k OFF 3kHz OFF OFF OFF
39=London 19.51 USB 3k OFF 3kHz OFF OFF OFF
[BANK09]
BANKNAME=
ACTIVECH=7
00=WWV2 2.5 AM 6k ON 5kHz OFF OFF OFF
01=WWV5 5 AM 6k ON 5kHz OFF OFF OFF
02=WWV10 10 AM 6k ON 5kHz OFF OFF OFF
03=WWV15 15 AM 6k ON 5kHz OFF OFF OFF
04=WWV20 20 AM 6k ON 5kHz OFF OFF OFF
05=CHU3 3.33 AM 6k ON 5kHz OFF OFF OFF
06=CHU5 7.335 AM 6k ON 5kHz OFF OFF OFF
07=CHU14 14.67 AM 6k ON 20kHz OFF OFF OFF
[BANK10]
BANKNAME=
ACTIVECH=0
00=WFAN 0.66 AM 15k OFF 10kHz OFF OFF OFF
19=NONAME 0.8 AM 15k OFF 10kHz OFF OFF OFF
01=NONAME 0.83 AM 15k OFF 10kHz OFF OFF OFF
18=NONAME 0.88 AM 15k OFF 10kHz OFF OFF OFF
02=WPEN 0.95 AM 15k OFF 10kHz OFF OFF OFF
03=WBZ 1.03 AM 15k OFF 20kHz OFF OFF OFF
04=KYW 1.06 AM 15k OFF 10kHz OFF OFF OFF
05=WBAL 1.09 AM 15k OFF 10kHz OFF OFF OFF
06=NONAME 1.1 AM 15k OFF 10kHz OFF OFF OFF
07=NONAME 1.11 AM 15k OFF 10kHz OFF OFF OFF
08=WDEL 1.15 AM 15k OFF 10kHz OFF OFF OFF
09=NONAME 1.17 AM 15k OFF 10kHz OFF OFF OFF
10=WPHT 1.21 AM 15k OFF 10kHz OFF OFF OFF
11=WNRK 1.26 AM 15k OFF 10kHz OFF OFF OFF
12=WJBR 1.29 AM 15k OFF 10kHz OFF OFF OFF
13=NONAME 1.33 AM 15k OFF 10kHz OFF OFF OFF
14=WTMC 1.38 AM 15k OFF 10kHz OFF OFF OFF
15=WILM 1.45 AM 15k OFF 10kHz OFF OFF OFF
16=NONAME 1.51 AM 15k OFF 10kHz OFF OFF OFF
17=WSER 1.55 AM 15k OFF 10kHz OFF OFF OFF
20=NONAME 89.9 WFM 230k OFF 200kHz OFF OFF OFF
21=WVUD 91.3 WFM 230k OFF 200kHz OFF OFF OFF
22=WSTW 93.7 WFM 230k OFF 200kHz OFF OFF OFF
23=NONAME 94.1 WFM 230k OFF 200kHz OFF OFF OFF
24=NONAME 94.7 WFM 230k OFF 200kHz OFF OFF OFF
25=NONAME 95.7 WFM 230k OFF 200kHz OFF OFF OFF
26=WJBR 99.5 WFM 230k OFF 200kHz OFF OFF OFF
27=WXCY 103.7 WFM 230k OFF 200kHz OFF OFF OFF
28=NONAME 107.7 WFM 230k OFF 200kHz OFF OFF OFF
[BANK14]
BANKNAME=
ACTIVECH=0
[BANK15]
BANKNAME=
ACTIVECH=0
[BANK16]
BANKNAME=
ACTIVECH=0
[BANK17]
BANKNAME=
ACTIVECH=0
[BANK18]
BANKNAME=
ACTIVECH=0
[BANK19]
BANKNAME=scan
ACTIVECH=7
02=C17 493.75 WFM 230k OFF 6MHz OFF OFF OFF
04=C22 523.75 WFM 230k OFF 6MHz OFF OFF OFF
05=C23 529.75 WFM 230k OFF 6MHz OFF OFF OFF
07=C48 679.75 WFM 230k OFF 6MHz OFF OFF OFF
08=C61 757.75 WFM 230k OFF 6MHz OFF OFF OFF
10=C65 781.75 WFM 230k OFF 6MHz OFF OFF OFF
13=C29 565.75 WFM 230k OFF 6MHz OFF OFF OFF
16=C43 649.75 WFM 230k OFF 6MHz OFF OFF OFF
17=C45 661.75 WFM 230k OFF 6MHz OFF OFF OFF
20=C57 733.75 WFM 230k OFF 6MHz OFF OFF OFF
[COMMON]
ACTIVEBANK=11
[BANK11]
BANKNAME=
ACTIVECH=10
00=C2 59.75 WFM 230k OFF 6MHz OFF OFF OFF
01=C10 197.75 WFM 230k OFF 6MHz OFF OFF OFF
02=C11 203.75 WFM 230k OFF 6MHz OFF OFF OFF
03=C12 209.75 WFM 230k OFF 6MHz OFF OFF OFF
04=C13 215.75 WFM 230k OFF 6MHz OFF OFF OFF
05=C17 493.75 WFM 230k OFF 6MHz OFF OFF OFF
06=C22 523.75 WFM 230k OFF 6MHz OFF OFF OFF
07=C23 529.75 WFM 230k OFF 6MHz OFF OFF OFF
08=C48 679.75 WFM 230k OFF 6MHz OFF OFF OFF
09=C61 757.75 WFM 230k OFF 6MHz OFF OFF OFF
10=C65 781.75 WFM 230k OFF 6MHz OFF OFF OFF
11=C29 565.75 WFM 230k OFF 6MHz OFF OFF OFF
12=C43 649.75 WFM 230k OFF 6MHz OFF OFF OFF
13=C45 661.75 WFM 230k OFF 6MHz OFF OFF OFF
14=C57 733.75 WFM 230k OFF 6MHz OFF OFF OFF
icom-20120228/pcr 0000644 0001750 0001750 00000016004 10376731213 012410 0 ustar colin colin 0.0 3.452 USB AFI/SAT
0.1 6.535 USB AFI/SAT
0.2 8.861 USB AFI/SAT
0.3 13.357 USB AFI/SAT
0.4 17.955 USB AFI/SAT
0.5 3.419 USB AFI-2
0.6 5.652 USB AFI-2
0.7 8.894 USB AFI-2
0.8 13.273 USB AFI-2
0.9 17.961 USB AFI-2
0.10 3.467 USB AFI/MID
0.11 5.658 USB AFI/MID
0.12 10.018 USB AFI/MID
0.13 11.3 USB AFI/MID
0.14 13.288 USB AFI/MID
0.15 17.961 USB AFI/MID
0.16 2.878 USB AFI-4
0.17 5.493 USB AFI-4
0.18 8.903 USB AFI-4
0.19 13.294 USB AFI-4
0.20 17.961 USB AFI-4
0.21 3.476 USB AFI/INO
0.22 5.634 USB AFI/INO
0.23 8.879 USB AFI/INO
0.24 13.306 USB AFI/INO
0.25 17.961 USB AFI/INO
0.26 2.869 USB CEP-1/2
0.27 3.413 USB CEP-1/2
0.28 5.547 USB CEP-1/2
0.29 5.574 USB CEP-1/2
0.30 8.843 USB CEP-1/2
0.31 11.282 USB CEP-1/2
0.32 13.261 USB CEP-1/2
0.33 13.354 USB CEP-1/2
0.34 17.904 USB CEP-1/2
0.35 2.998 USB CWP-1/2
0.36 4.666 USB CWP-1/2
0.37 6.532 USB CWP-1/2
0.38 6.562 USB CWP-1/2
0.39 8.903 USB CWP-1/2
0.40 11.384 USB CWP-1/2
0.41 13.3 USB CWP-1/2
0.42 17.904 USB CWP-1/2
0.43 21.985 USB CWP-1/2
0.44 2.932 USB NP
0.45 5.628 USB NP
0.46 5.667 USB NP
0.47 6.665 USB NP
0.48 8.915 USB NP
0.49 10.048 USB NP
0.50 13.294 USB NP
0.51 17.904 USB NP
0.52 17.946 USB NP
0.53 21.925 USB NP
0.54 3.467 USB SP
0.55 5.643 USB SP
0.56 5.667 USB SP
0.57 8.867 USB SP
0.58 13.273 USB SP
0.59 17.904 USB SP
0.60 3.479 USB EUR-A
0.61 5.661 USB EUR-A
0.62 6.598 USB EUR-A
0.63 10.084 USB EUR-A
0.64 13.288 USB EUR-A
0.65 17.961 USB EUR-A
0.66 2.992 USB MID-1
0.67 4.669 USB MID-1
0.68 6.631 USB MID-1
0.69 8.951 USB MID-1
0.70 11.375 USB MID-1
0.71 17.961 USB MID-1
0.72 2.944 USB MID-3
0.73 4.669 USB MID-3
0.74 6.631 USB MID-3
0.75 8.951 USB MID-3
0.76 11.375 USB MID-3
0.77 17.961 USB MID-3
0.78 3.019 USB NCA-1
0.79 5.646 USB NCA-1
0.80 13.315 USB NCA-1
0.81 17.958 USB NCA-1
0.82 2.851 USB NCA-2
0.83 4.678 USB NCA-2
0.84 6.592 USB NCA-2
0.85 10.096 USB NCA-2
0.86 17.958 USB NCA-2
0.87 3.004 USB NCA-3
0.88 5.664 USB NCA-3
0.89 10.039 USB NCA-3
0.90 13.303 USB NCA-3
0.91 17.958 USB NCA-3
0.92 3.016 USB NAT-A
0.93 5.598 USB NAT-A
0.94 8.906 USB NAT-A
0.95 13.306 USB NAT-A
0.96 17.946 USB NAT-A
0.97 2.899 USB NAT-B
0.98 5.616 USB NAT-B
0.99 8.864 USB NAT-B
0.100 13.291 USB NAT-B
0.101 17.946 USB NAT-B
0.102 2.862 USB NAT-C
0.103 5.649 USB NAT-C
0.104 8.879 USB NAT-C
0.105 13.306 USB NAT-C
0.106 17.946 USB NAT-C
0.107 2.971 USB NAT-D
0.108 4.675 USB NAT-D
0.109 8.891 USB NAT-D
0.110 11.279 USB NAT-D
0.111 13.291 USB NAT-D
0.112 17.946 USB NAT-D
0.113 2.962 USB NAT-E
0.114 6.628 USB NAT-E
0.115 8.825 USB NAT-E
0.116 11.309 USB NAT-E
0.117 13.354 USB NAT-E
0.118 3.476 USB NAT-F
0.119 6.622 USB NAT-F
0.120 8.831 USB NAT-F
0.121 2.887 USB CAR-A
0.122 5.55 USB CAR-A
0.123 6.577 USB CAR-A
0.124 8.918 USB CAR-A
0.125 11.396 USB CAR-A
0.126 13.297 USB CAR-A
0.127 17.907 USB CAR-A
0.128 3.455 USB CAR-B
0.129 5.52 USB CAR-B
0.130 6.586 USB CAR-B
0.131 8.846 USB CAR-B
0.132 11.33 USB CAR-B
0.133 11.387 USB CAR-B
0.134 17.907 USB CAR-B
0.135 3.479 USB E_SAM
0.136 5.526 USB E_SAM
0.137 8.855 USB E_SAM
0.138 10.096 USB E_SAM
0.139 13.297 USB E_SAM
0.140 17.907 USB E_SAM
0.141 2.944 USB W_SAM
0.142 4.669 USB W_SAM
0.143 6.549 USB W_SAM
0.144 10.024 USB W_SAM
0.145 11.36 USB W_SAM
0.146 17.907 USB W_SAM
0.147 2.854 USB SAT-2
0.148 5.565 USB SAT-2
0.149 11.291 USB SAT-2
0.150 13.315 USB SAT-2
0.151 17.955 USB SAT-2
0.152 3.016 USB EA-1
0.153 6.571 USB EA-1
0.154 8.897 USB EA-1
0.155 10.042 USB EA-1
0.156 17.958 USB EA-1
0.157 3.47 USB SEA-1/3
0.158 6.556 USB SEA-1/3
0.159 10.066 USB SEA-1/3
0.160 11.396 USB SEA-1/3
0.161 13.318 USB SEA-1/3
0.162 17.907 USB SEA-1/3
0.163 3.485 USB SEA/EA
0.164 5.649 USB SEA/EA
0.165 5.655 USB SEA/EA
0.166 8.942 USB SEA/EA
0.167 11.396 USB SEA/EA
0.168 13.309 USB SEA/EA
0.169 17.907 USB SEA/EA
0.170 3.485 USB MET-NAT
0.171 6.604 USB MET-NAT
0.172 10.051 USB MET-NAT
0.173 13.27 USB MET-NAT
0.174 3.413 USB MET-EU
0.175 5.505 USB MET-EU
0.176 8.957 USB MET-EU
0.177 13.264 USB MET-EU
0.178 2.863 USB MET-PAC
0.179 6.679 USB MET-PAC
0.180 8.828 USB MET-PAC
0.181 13.282 USB MET-PAC
0.182 5.529 USB Houston
0.183 6.637 USB Houston
0.184 10.075 USB Houston
0.185 11.342 USB Houston
0.186 13.33 USB Houston
0.187 17.94 USB Houston
0.188 3.013 USB Honolulu
0.189 6.64 USB Honolulu
0.190 10.033 USB Honolulu
0.191 11.342 USB Honolulu
0.192 13.348 USB Honolulu
0.193 13.354 USB Honolulu
0.194 17.925 USB Honolulu
0.195 21.964 USB Honolulu
0.196 3.494 USB New_York
0.197 6.526 USB New_York
0.198 6.64 USB New_York
0.199 11.342 USB New_York
0.200 13.33 USB New_York
0.201 13.354 USB New_York
0.202 17.925 USB New_York
0.203 3.013 USB San_Fran
0.204 3.413 USB San_Fran
0.205 6.64 USB San_Fran
0.206 8.843 USB San_Fran
0.207 11.342 USB San_Fran
0.208 13.3 USB San_Fran
0.209 13.348 USB San_Fran
0.210 13.354 USB San_Fran
0.211 17.925 USB San_Fran
0.212 4.55 USB Gulf_Mex
0.213 6.82 USB Gulf_Mex
0.214 8.07 USB Gulf_Mex
0.215 13.354 USB Gulf_Mex
0.216 3.485 USB St_Johns
0.217 5.604 USB St_Johns
0.218 8.819 USB St_Johns
0.219 13.285 USB St_Johns
0.220 13.42 USB St_Johns
0.221 17.91 USB St_Johns
0.222 3.01 USB Berne
0.223 4.654 USB Berne
0.224 4.67 USB Berne
0.225 4.702 USB Berne
0.226 6.526 USB Berne
0.227 6.643 USB Berne
0.228 6.705 USB Berne
0.229 6.742 USB Berne
0.230 8.936 USB Berne
0.231 9.211 USB Berne
0.232 10.069 USB Berne
0.233 13.205 USB Berne
0.234 13.266 USB Berne
0.235 13.324 USB Berne
0.236 15.046 USB Berne
0.237 15.05 USB Berne
0.238 15.835 USB Berne
0.239 17.931 USB Berne
0.240 18.023 USB Berne
0.241 18.48 USB Berne
0.242 19.554 USB Berne
0.243 20.035 USB Berne
0.244 20.87 USB Berne
0.245 21.933 USB Berne
0.246 21.988 USB Berne
0.247 23.285 USB Berne
0.248 25.5 USB Berne
0.249 3.482 USB London
0.250 4.807 USB London
0.251 5.61 USB London
0.252 6.634 USB London
0.253 8.17 USB London
0.254 8.96 USB London
0.255 10.291 USB London
0.256 11.306 USB London
0.257 12.133 USB London
0.258 13.865 USB London
0.259 14.89 USB London
0.260 17.405 USB London
0.261 19.51 USB London
0.262 2.5 AM WWV2
0.263 5 AM WWV5
0.264 10 AM WWV10
0.265 15 AM WWV15
0.266 20 AM WWV20
0.267 3.33 AM CHU3
0.268 7.335 AM CHU5
0.269 14.67 AM CHU14
0.270 0.66 AM WFAN
0.271 0.8 AM NONAME
0.272 0.83 AM NONAME
0.273 0.88 AM NONAME
0.274 0.95 AM WPEN
0.275 1.03 AM WBZ
0.276 1.06 AM KYW
0.277 1.09 AM WBAL
0.278 1.1 AM NONAME
0.279 1.11 AM NONAME
0.280 1.15 AM WDEL
0.281 1.17 AM NONAME
0.282 1.21 AM WPHT
0.283 1.26 AM WNRK
0.284 1.29 AM WJBR
0.285 1.33 AM NONAME
0.286 1.38 AM WTMC
0.287 1.45 AM WILM
0.288 1.51 AM NONAME
0.289 1.55 AM WSER
0.290 89.9 WFM NONAME
0.291 91.3 WFM WVUD
0.292 93.7 WFM WSTW
0.293 94.1 WFM NONAME
0.294 94.7 WFM NONAME
0.295 95.7 WFM NONAME
0.296 99.5 WFM WJBR
0.297 103.7 WFM WXCY
0.298 107.7 WFM NONAME
19.0 493.75 WFM C17
19.1 523.75 WFM C22
19.2 529.75 WFM C23
19.3 679.75 WFM C48
19.4 757.75 WFM C61
19.5 781.75 WFM C65
19.6 565.75 WFM C29
19.7 649.75 WFM C43
19.8 661.75 WFM C45
19.9 733.75 WFM C57
19.10 59.75 WFM C2
19.11 197.75 WFM C10
19.12 203.75 WFM C11
19.13 209.75 WFM C12
19.14 215.75 WFM C13
19.15 493.75 WFM C17
19.16 523.75 WFM C22
19.17 529.75 WFM C23
19.18 679.75 WFM C48
19.19 757.75 WFM C61
19.20 781.75 WFM C65
19.21 565.75 WFM C29
19.22 649.75 WFM C43
19.23 661.75 WFM C45
19.24 733.75 WFM C57
icom-20120228/arinc_world.MCH 0000744 0001750 0001750 00000040627 10376731213 014546 0 ustar colin colin [REV],,,,,,,,,
ID=1.0.0,,,,,,,,,
APP=IC-PCR1000 Revision 2.0,,,,,,,,,
[BANK00],,,,,,,,,
BANKNAME=Africa,,,,,,,,,
ACTIVECH=0,,,,,,,,,
00=AFI-1/SAT-1,,3.452,USB,3k,OFF,3kHz,OFF,OFF,OFF
01=AFI-1/SAT-1,,6.535,USB,3k,OFF,3kHz,OFF,OFF,OFF
02=AFI-1/SAT-1,,8.861,USB,3k,OFF,3kHz,OFF,OFF,OFF
03=AFI-1/SAT-1,,13.357,USB,3k,OFF,3kHz,OFF,OFF,OFF
04=AFI-1/SAT-1,,17.955,USB,3k,OFF,3kHz,OFF,OFF,OFF
05=AFI-2,,3.419,USB,3k,OFF,3kHz,OFF,OFF,OFF
06=AFI-2,,5.652,USB,3k,OFF,3kHz,OFF,OFF,OFF
07=AFI-2,,8.894,USB,3k,OFF,3kHz,OFF,OFF,OFF
08=AFI-2,,13.273,USB,3k,OFF,3kHz,OFF,OFF,OFF
09=AFI-2,,17.961,USB,3k,OFF,3kHz,OFF,OFF,OFF
10=AFI-3/MID-2,,3.467,USB,3k,OFF,3kHz,OFF,OFF,OFF
11=AFI-3/MID-2,,5.658,USB,3k,OFF,3kHz,OFF,OFF,OFF
12=AFI-3/MID-2,,10.018,USB,3k,OFF,3kHz,OFF,OFF,OFF
13=AFI-3/MID-2,,11.3,USB,3k,OFF,3kHz,OFF,OFF,OFF
14=AFI-3/MID-2,,13.288,USB,3k,OFF,3kHz,OFF,OFF,OFF
15=AFI-3/MID-2,,17.961,USB,3k,OFF,3kHz,OFF,OFF,OFF
16=AFI-4,,2.878,USB,3k,OFF,3kHz,OFF,OFF,OFF
17=AFI-4,,5.493,USB,3k,OFF,3kHz,OFF,OFF,OFF
18=AFI-4,,8.903,USB,3k,OFF,3kHz,OFF,OFF,OFF
19=AFI-4,,13.294,USB,3k,OFF,3kHz,OFF,OFF,OFF
20=AFI-4,,17.961,USB,3k,OFF,3kHz,OFF,OFF,OFF
21=AFI-5/INO-1,,3.476,USB,3k,OFF,3kHz,OFF,OFF,OFF
22=AFI-5/INO-1,,5.634,USB,3k,OFF,3kHz,OFF,OFF,OFF
23=AFI-5/INO-1,,8.879,USB,3k,OFF,3kHz,OFF,OFF,OFF
24=AFI-5/INO-1,,13.306,USB,3k,OFF,3kHz,OFF,OFF,OFF
25=AFI-5/INO-1,,17.961,USB,3k,OFF,3kHz,OFF,OFF,OFF
[BANK01],,,,,,,,,
BANKNAME=Pacific,,,,,,,,,
ACTIVECH=0,,,,,,,,,
00=CEP-1/2,,2.869,USB,3k,OFF,3kHz,OFF,OFF,OFF
01=CEP-1/2,,3.413,USB,3k,OFF,3kHz,OFF,OFF,OFF
02=CEP-1/2,,5.547,USB,3k,OFF,3kHz,OFF,OFF,OFF
03=CEP-1/2,,5.574,USB,3k,OFF,3kHz,OFF,OFF,OFF
04=CEP-1/2,,8.843,USB,3k,OFF,3kHz,OFF,OFF,OFF
05=CEP-1/2,,11.282,USB,3k,OFF,3kHz,OFF,OFF,OFF
06=CEP-1/2,,13.261,USB,3k,OFF,3kHz,OFF,OFF,OFF
07=CEP-1/2,,13.354,USB,3k,OFF,3kHz,OFF,OFF,OFF
08=CEP-1/2,,17.904,USB,3k,OFF,3kHz,OFF,OFF,OFF
09=CWP-1/2,,2.998,USB,3k,OFF,3kHz,OFF,OFF,OFF
10=CWP-1/2,,4.666,USB,3k,OFF,3kHz,OFF,OFF,OFF
11=CWP-1/2,,6.532,USB,3k,OFF,3kHz,OFF,OFF,OFF
12=CWP-1/2,,6.562,USB,3k,OFF,3kHz,OFF,OFF,OFF
13=CWP-1/2,,8.903,USB,3k,OFF,3kHz,OFF,OFF,OFF
14=CWP-1/2,,11.384,USB,3k,OFF,3kHz,OFF,OFF,OFF
15=CWP-1/2,,13.3,USB,3k,OFF,3kHz,OFF,OFF,OFF
16=CWP-1/2,,17.904,USB,3k,OFF,3kHz,OFF,OFF,OFF
17=CWP-1/2,,21.985,USB,3k,OFF,3kHz,OFF,OFF,OFF
18=NP,,2.932,USB,3k,OFF,3kHz,OFF,OFF,OFF
19=NP,,5.628,USB,3k,OFF,3kHz,OFF,OFF,OFF
20=NP,,5.667,USB,3k,OFF,3kHz,OFF,OFF,OFF
21=NP,,6.665,USB,3k,OFF,3kHz,OFF,OFF,OFF
22=NP,,8.915,USB,3k,OFF,3kHz,OFF,OFF,OFF
23=NP,,10.048,USB,3k,OFF,3kHz,OFF,OFF,OFF
24=NP,,13.294,USB,3k,OFF,3kHz,OFF,OFF,OFF
25=NP,,17.904,USB,3k,OFF,3kHz,OFF,OFF,OFF
26=NP,,17.946,USB,3k,OFF,3kHz,OFF,OFF,OFF
27=NP,,21.925,USB,3k,OFF,3kHz,OFF,OFF,OFF
28=SP,,3.467,USB,3k,OFF,3kHz,OFF,OFF,OFF
29=SP,,5.643,USB,3k,OFF,3kHz,OFF,OFF,OFF
30=SP,,5.667,USB,3k,OFF,3kHz,OFF,OFF,OFF
31=SP,,8.867,USB,3k,OFF,3kHz,OFF,OFF,OFF
32=SP,,13.273,USB,3k,OFF,3kHz,OFF,OFF,OFF
33=SP,,17.904,USB,3k,OFF,3kHz,OFF,OFF,OFF
[BANK02],,,,,,,,,
BANKNAME=Eur/W_Asia,,,,,,,,,
ACTIVECH=0,,,,,,,,,
00=EUR-A,,3.479,USB,3k,OFF,3kHz,OFF,OFF,OFF
01=EUR-A,,5.661,USB,3k,OFF,3kHz,OFF,OFF,OFF
02=EUR-A,,6.598,USB,3k,OFF,3kHz,OFF,OFF,OFF
03=EUR-A,,10.084,USB,3k,OFF,3kHz,OFF,OFF,OFF
04=EUR-A,,13.288,USB,3k,OFF,3kHz,OFF,OFF,OFF
05=EUR-A,,17.961,USB,3k,OFF,3kHz,OFF,OFF,OFF
06=MID-1,,2.992,USB,3k,OFF,3kHz,OFF,OFF,OFF
07=MID-1,,4.669,USB,3k,OFF,3kHz,OFF,OFF,OFF
08=MID-1,,6.631,USB,3k,OFF,3kHz,OFF,OFF,OFF
09=MID-1,,8.951,USB,3k,OFF,3kHz,OFF,OFF,OFF
10=MID-1,,11.375,USB,3k,OFF,3kHz,OFF,OFF,OFF
11=MID-1,,17.961,USB,3k,OFF,3kHz,OFF,OFF,OFF
12=MID-3,,2.944,USB,3k,OFF,3kHz,OFF,OFF,OFF
13=MID-3,,4.669,USB,3k,OFF,3kHz,OFF,OFF,OFF
14=MID-3,,6.631,USB,3k,OFF,3kHz,OFF,OFF,OFF
15=MID-3,,8.951,USB,3k,OFF,3kHz,OFF,OFF,OFF
16=MID-3,,11.375,USB,3k,OFF,3kHz,OFF,OFF,OFF
17=MID-3,,17.961,USB,3k,OFF,3kHz,OFF,OFF,OFF
18=NCA-1,,3.019,USB,3k,OFF,3kHz,OFF,OFF,OFF
19=NCA-1,,5.646,USB,3k,OFF,3kHz,OFF,OFF,OFF
20=NCA-1,,13.315,USB,3k,OFF,3kHz,OFF,OFF,OFF
21=NCA-1,,17.958,USB,3k,OFF,3kHz,OFF,OFF,OFF
22=NCA-2,,2.851,USB,3k,OFF,3kHz,OFF,OFF,OFF
23=NCA-2,,4.678,USB,3k,OFF,3kHz,OFF,OFF,OFF
24=NCA-2,,6.592,USB,3k,OFF,3kHz,OFF,OFF,OFF
25=NCA-2,,10.096,USB,3k,OFF,3kHz,OFF,OFF,OFF
26=NCA-2,,17.958,USB,3k,OFF,3kHz,OFF,OFF,OFF
27=NCA-3,,3.004,USB,3k,OFF,3kHz,OFF,OFF,OFF
28=NCA-3,,5.664,USB,3k,OFF,3kHz,OFF,OFF,OFF
29=NCA-3,,10.039,USB,3k,OFF,3kHz,OFF,OFF,OFF
30=NCA-3,,13.303,USB,3k,OFF,3kHz,OFF,OFF,OFF
31=NCA-3,,17.958,USB,3k,OFF,3kHz,OFF,OFF,OFF
[BANK03],,,,,,,,,
BANKNAME=N_Atlantic,,,,,,,,,
ACTIVECH=0,,,,,,,,,
00=NAT-A,,3.016,USB,3k,OFF,3kHz,OFF,OFF,OFF
01=NAT-A,,5.598,USB,3k,OFF,3kHz,OFF,OFF,OFF
02=NAT-A,,8.906,USB,3k,OFF,3kHz,OFF,OFF,OFF
03=NAT-A,,13.306,USB,3k,OFF,3kHz,OFF,OFF,OFF
04=NAT-A,,17.946,USB,3k,OFF,3kHz,OFF,OFF,OFF
05=NAT-B,,2.899,USB,3k,OFF,3kHz,OFF,OFF,OFF
06=NAT-B,,5.616,USB,3k,OFF,3kHz,OFF,OFF,OFF
07=NAT-B,,8.864,USB,3k,OFF,3kHz,OFF,OFF,OFF
08=NAT-B,,13.291,USB,3k,OFF,3kHz,OFF,OFF,OFF
09=NAT-B,,17.946,USB,3k,OFF,3kHz,OFF,OFF,OFF
10=NAT-C,,2.862,USB,3k,OFF,3kHz,OFF,OFF,OFF
11=NAT-C,,5.649,USB,3k,OFF,3kHz,OFF,OFF,OFF
12=NAT-C,,8.879,USB,3k,OFF,3kHz,OFF,OFF,OFF
13=NAT-C,,13.306,USB,3k,OFF,3kHz,OFF,OFF,OFF
14=NAT-C,,17.946,USB,3k,OFF,3kHz,OFF,OFF,OFF
15=NAT-D,,2.971,USB,3k,OFF,3kHz,OFF,OFF,OFF
16=NAT-D,,4.675,USB,3k,OFF,3kHz,OFF,OFF,OFF
17=NAT-D,,8.891,USB,3k,OFF,3kHz,OFF,OFF,OFF
18=NAT-D,,11.279,USB,3k,OFF,3kHz,OFF,OFF,OFF
19=NAT-D,,13.291,USB,3k,OFF,3kHz,OFF,OFF,OFF
20=NAT-D,,17.946,USB,3k,OFF,3kHz,OFF,OFF,OFF
21=NAT-E,,2.962,USB,3k,OFF,3kHz,OFF,OFF,OFF
22=NAT-E,,6.628,USB,3k,OFF,3kHz,OFF,OFF,OFF
23=NAT-E,,8.825,USB,3k,OFF,3kHz,OFF,OFF,OFF
24=NAT-E,,11.309,USB,3k,OFF,3kHz,OFF,OFF,OFF
25=NAT-E,,13.354,USB,3k,OFF,3kHz,OFF,OFF,OFF
26=NAT-F,,3.476,USB,3k,OFF,3kHz,OFF,OFF,OFF
27=NAT-F,,6.622,USB,3k,OFF,3kHz,OFF,OFF,OFF
28=NAT-F,,8.831,USB,3k,OFF,3kHz,OFF,OFF,OFF
[BANK04],,,,,,,,,
BANKNAME=Carr/S_Am,,,,,,,,,
ACTIVECH=0,,,,,,,,,
00=CAR-A,,2.887,USB,3k,OFF,3kHz,OFF,OFF,OFF
01=CAR-A,,5.55,USB,3k,OFF,3kHz,OFF,OFF,OFF
02=CAR-A,,6.577,USB,3k,OFF,3kHz,OFF,OFF,OFF
03=CAR-A,,8.918,USB,3k,OFF,3kHz,OFF,OFF,OFF
04=CAR-A,,11.396,USB,3k,OFF,3kHz,OFF,OFF,OFF
05=CAR-A,,13.297,USB,3k,OFF,3kHz,OFF,OFF,OFF
06=CAR-A,,17.907,USB,3k,OFF,3kHz,OFF,OFF,OFF
07=CAR-B,,3.455,USB,3k,OFF,3kHz,OFF,OFF,OFF
08=CAR-B,,5.52,USB,3k,OFF,3kHz,OFF,OFF,OFF
09=CAR-B,,6.586,USB,3k,OFF,3kHz,OFF,OFF,OFF
10=CAR-B,,8.846,USB,3k,OFF,3kHz,OFF,OFF,OFF
11=CAR-B,,11.33,USB,3k,OFF,3kHz,OFF,OFF,OFF
12=CAR-B,,11.387,USB,3k,OFF,3kHz,OFF,OFF,OFF
13=CAR-B,,17.907,USB,3k,OFF,3kHz,OFF,OFF,OFF
14=E_SAM,,3.479,USB,3k,OFF,3kHz,OFF,OFF,OFF
15=E_SAM,,5.526,USB,3k,OFF,3kHz,OFF,OFF,OFF
16=E_SAM,,8.855,USB,3k,OFF,3kHz,OFF,OFF,OFF
17=E_SAM,,10.096,USB,3k,OFF,3kHz,OFF,OFF,OFF
18=E_SAM,,13.297,USB,3k,OFF,3kHz,OFF,OFF,OFF
19=E_SAM,,17.907,USB,3k,OFF,3kHz,OFF,OFF,OFF
20=W_SAM,,2.944,USB,3k,OFF,3kHz,OFF,OFF,OFF
21=W_SAM,,4.669,USB,3k,OFF,3kHz,OFF,OFF,OFF
22=W_SAM,,6.549,USB,3k,OFF,3kHz,OFF,OFF,OFF
23=W_SAM,,10.024,USB,3k,OFF,3kHz,OFF,OFF,OFF
24=W_SAM,,11.36,USB,3k,OFF,3kHz,OFF,OFF,OFF
25=W_SAM,,17.907,USB,3k,OFF,3kHz,OFF,OFF,OFF
26=SAT-2,,2.854,USB,3k,OFF,3kHz,OFF,OFF,OFF
27=SAT-2,,5.565,USB,3k,OFF,3kHz,OFF,OFF,OFF
28=SAT-2,,11.291,USB,3k,OFF,3kHz,OFF,OFF,OFF
29=SAT-2,,13.315,USB,3k,OFF,3kHz,OFF,OFF,OFF
30=SAT-2,,17.955,USB,3k,OFF,3kHz,OFF,OFF,OFF
[BANK05],,,,,,,,,
BANKNAME=E/S_Asia,,,,,,,,,
ACTIVECH=0,,,,,,,,,
00=EA-1,,3.016,USB,3k,OFF,3kHz,OFF,OFF,OFF
01=EA-1,,6.571,USB,3k,OFF,3kHz,OFF,OFF,OFF
02=EA-1,,8.897,USB,3k,OFF,3kHz,OFF,OFF,OFF
03=EA-1,,10.042,USB,3k,OFF,3kHz,OFF,OFF,OFF
04=EA-1,,17.958,USB,3k,OFF,3kHz,OFF,OFF,OFF
05=SEA-1/3,,3.47,USB,3k,OFF,3kHz,OFF,OFF,OFF
06=SEA-1/3,,6.556,USB,3k,OFF,3kHz,OFF,OFF,OFF
07=SEA-1/3,,10.066,USB,3k,OFF,3kHz,OFF,OFF,OFF
08=SEA-1/3,,11.396,USB,3k,OFF,3kHz,OFF,OFF,OFF
09=SEA-1/3,,13.318,USB,3k,OFF,3kHz,OFF,OFF,OFF
10=SEA-1/3,,17.907,USB,3k,OFF,3kHz,OFF,OFF,OFF
11=SEA-2/EA-2,,3.485,USB,3k,OFF,3kHz,OFF,OFF,OFF
12=SEA-2/EA-2,,5.649,USB,3k,OFF,3kHz,OFF,OFF,OFF
13=SEA-2/EA-2,,5.655,USB,3k,OFF,3kHz,OFF,OFF,OFF
14=SEA-2/EA-2,,8.942,USB,3k,OFF,3kHz,OFF,OFF,OFF
15=SEA-2/EA-2,,11.396,USB,3k,OFF,3kHz,OFF,OFF,OFF
16=SEA-2/EA-2,,13.309,USB,3k,OFF,3kHz,OFF,OFF,OFF
17=SEA-2/EA-2,,17.907,USB,3k,OFF,3kHz,OFF,OFF,OFF
[BANK06],,,,,,,,,
BANKNAME=VOLMET,,,,,,,,,
ACTIVECH=1,,,,,,,,,
00=VOLMET-NAT,,3.485,USB,3k,OFF,3kHz,OFF,OFF,OFF
01=VOLMET-NAT,,6.604,USB,3k,OFF,3kHz,OFF,OFF,OFF
02=VOLMET-NAT,,10.051,USB,3k,OFF,3kHz,OFF,OFF,OFF
03=VOLMET-NAT,,13.27,USB,3k,OFF,3kHz,OFF,OFF,OFF
04=VOLMET-EU,,3.413,USB,3k,OFF,3kHz,OFF,OFF,OFF
05=VOLMET-EU,,5.505,USB,3k,OFF,3kHz,OFF,OFF,OFF
06=VOLMET-EU,,8.957,USB,3k,OFF,3kHz,OFF,OFF,OFF
07=VOLMET-EU,,13.264,USB,3k,OFF,3kHz,OFF,OFF,OFF
08=VOLMET-PAC,,2.863,USB,3k,OFF,3kHz,OFF,OFF,OFF
09=VOLMET-PAC,,6.679,USB,3k,OFF,3kHz,OFF,OFF,OFF
10=VOLMET-PAC,,8.828,USB,3k,OFF,3kHz,OFF,OFF,OFF
11=VOLMET-PAC,,13.282,USB,3k,OFF,3kHz,OFF,OFF,OFF
[BANK07],,,,,,,,,
BANKNAME=Comp-1,,,,,,,,,
ACTIVECH=0,,,,,,,,,
00=Houston,,5.529,USB,3k,OFF,3kHz,OFF,OFF,OFF
01=Houston,,6.637,USB,3k,OFF,3kHz,OFF,OFF,OFF
02=Houston,,10.075,USB,3k,OFF,3kHz,OFF,OFF,OFF
03=Houston,,11.342,USB,3k,OFF,3kHz,OFF,OFF,OFF
04=Houston,,13.33,USB,3k,OFF,3kHz,OFF,OFF,OFF
05=Houston,,17.94,USB,3k,OFF,3kHz,OFF,OFF,OFF
06=Houston,,21.964,USB,3k,OFF,3kHz,OFF,OFF,OFF
07=ARINC_Honolulu,,3.013,USB,3k,OFF,3kHz,OFF,OFF,OFF
08=ARINC_Honolulu,,6.64,USB,3k,OFF,3kHz,OFF,OFF,OFF
09=ARINC_Honolulu,,10.033,USB,3k,OFF,3kHz,OFF,OFF,OFF
10=ARINC_Honolulu,,11.342,USB,3k,OFF,3kHz,OFF,OFF,OFF
11=ARINC_Honolulu,,13.348,USB,3k,OFF,3kHz,OFF,OFF,OFF
12=ARINC_Honolulu,,13.354,USB,3k,OFF,3kHz,OFF,OFF,OFF
13=ARINC_Honolulu,,17.925,USB,3k,OFF,3kHz,OFF,OFF,OFF
14=ARINC_Honolulu,,21.964,USB,3k,OFF,3kHz,OFF,OFF,OFF
15=ARINC_New_York,,3.494,USB,3k,OFF,3kHz,OFF,OFF,OFF
16=ARINC_New_York,,6.526,USB,3k,OFF,3kHz,OFF,OFF,OFF
17=ARINC_New_York,,6.64,USB,3k,OFF,3kHz,OFF,OFF,OFF
18=ARINC_New_York,,11.342,USB,3k,OFF,3kHz,OFF,OFF,OFF
19=ARINC_New_York,,13.33,USB,3k,OFF,3kHz,OFF,OFF,OFF
20=ARINC_New_York,,13.354,USB,3k,OFF,3kHz,OFF,OFF,OFF
21=ARINC_New_York,,17.925,USB,3k,OFF,3kHz,OFF,OFF,OFF
22=ARINC_New_York,,21.964,USB,3k,OFF,3kHz,OFF,OFF,OFF
23=ARINC_San_Fran,,3.013,USB,3k,OFF,3kHz,OFF,OFF,OFF
24=ARINC_San_Fran,,3.413,USB,3k,OFF,3kHz,OFF,OFF,OFF
25=ARINC_San_Fran,,6.64,USB,3k,OFF,3kHz,OFF,OFF,OFF
26=ARINC_San_Fran,,8.843,USB,3k,OFF,3kHz,OFF,OFF,OFF
27=ARINC_San_Fran,,11.342,USB,3k,OFF,3kHz,OFF,OFF,OFF
28=ARINC_San_Fran,,13.3,USB,3k,OFF,3kHz,OFF,OFF,OFF
29=ARINC_San_Fran,,13.348,USB,3k,OFF,3kHz,OFF,OFF,OFF
30=ARINC_San_Frano,,13.354,USB,3k,OFF,3kHz,OFF,OFF,OFF
31=ARINC_San_Fran,,17.925,USB,3k,OFF,3kHz,OFF,OFF,OFF
32=ARINC_San_Fran,,21.964,USB,3k,OFF,3kHz,OFF,OFF,OFF
33=ARINC_Gulf_Mex,,4.55,USB,3k,OFF,3kHz,OFF,OFF,OFF
34=ARINC_Gulf_Mex,,6.82,USB,3k,OFF,3kHz,OFF,OFF,OFF
35=ARINC_Gulf_Mex,,8.07,USB,3k,OFF,3kHz,OFF,OFF,OFF
36=ARINC_Gulf_Mex,,13.354,USB,3k,OFF,3kHz,OFF,OFF,OFF
37=Rainbow_St_Johns,,3.485,USB,3k,OFF,3kHz,OFF,OFF,OFF
38=Rainbow_St_Johns,,5.604,USB,3k,OFF,3kHz,OFF,OFF,OFF
39=Rainbow_St_Johns,,8.819,USB,3k,OFF,3kHz,OFF,OFF,OFF
40=Rainbow_St_Johns,,13.285,USB,3k,OFF,3kHz,OFF,OFF,OFF
41=Rainbow_St_Johns,,13.42,USB,3k,OFF,3kHz,OFF,OFF,OFF
42=Rainbow_St_Johns,,17.91,USB,3k,OFF,3kHz,OFF,OFF,OFF
[BANK08],,,,,,,,,
BANKNAME=Comp-2,,,,,,,,,
ACTIVECH=42,,,,,,,,,
00=Berne,,3.01,USB,3k,OFF,3kHz,OFF,OFF,OFF
01=Berne,,4.654,USB,3k,OFF,3kHz,OFF,OFF,OFF
02=Berne,,4.67,USB,3k,OFF,3kHz,OFF,OFF,OFF
03=Berne,,4.702,USB,3k,OFF,3kHz,OFF,OFF,OFF
04=Berne,,6.526,USB,3k,OFF,3kHz,OFF,OFF,OFF
05=Berne,,6.643,USB,3k,OFF,3kHz,OFF,OFF,OFF
06=Berne,,6.705,USB,3k,OFF,3kHz,OFF,OFF,OFF
07=Berne,,6.742,USB,3k,OFF,3kHz,OFF,OFF,OFF
08=Berne,,8.936,USB,3k,OFF,3kHz,OFF,OFF,OFF
09=Berne,,9.211,USB,3k,OFF,3kHz,OFF,OFF,OFF
10=Berne,,10.069,USB,3k,OFF,3kHz,OFF,OFF,OFF
11=Berne,,13.205,USB,3k,OFF,3kHz,OFF,OFF,OFF
12=Berne,,13.266,USB,3k,OFF,3kHz,OFF,OFF,OFF
13=Berne,,13.324,USB,3k,OFF,3kHz,OFF,OFF,OFF
14=Berne,,15.046,USB,3k,OFF,3kHz,OFF,OFF,OFF
15=Berne,,15.05,USB,3k,OFF,3kHz,OFF,OFF,OFF
16=Berne,,15.835,USB,3k,OFF,3kHz,OFF,OFF,OFF
17=Berne,,17.931,USB,3k,OFF,3kHz,OFF,OFF,OFF
18=Berne,,18.023,USB,3k,OFF,3kHz,OFF,OFF,OFF
19=Berne,,18.48,USB,3k,OFF,3kHz,OFF,OFF,OFF
20=Berne,,19.554,USB,3k,OFF,3kHz,OFF,OFF,OFF
21=Berne,,20.035,USB,3k,OFF,3kHz,OFF,OFF,OFF
22=Berne,,20.87,USB,3k,OFF,3kHz,OFF,OFF,OFF
23=Berne,,21.933,USB,3k,OFF,3kHz,OFF,OFF,OFF
24=Berne,,21.988,USB,3k,OFF,3kHz,OFF,OFF,OFF
25=Berne,,23.285,USB,3k,OFF,3kHz,OFF,OFF,OFF
26=Berne,,25.5,USB,3k,OFF,3kHz,OFF,OFF,OFF
27=Portishead,,3.482,USB,3k,OFF,3kHz,OFF,OFF,OFF
28=Portishead,,4.807,USB,3k,OFF,3kHz,OFF,OFF,OFF
29=Portishead,,5.61,USB,3k,OFF,3kHz,OFF,OFF,OFF
30=Portishead,,6.634,USB,3k,OFF,3kHz,OFF,OFF,OFF
31=Portishead,,8.17,USB,3k,OFF,3kHz,OFF,OFF,OFF
32=Portishead,,8.96,USB,3k,OFF,3kHz,OFF,OFF,OFF
33=Portishead,,10.291,USB,3k,OFF,3kHz,OFF,OFF,OFF
34=Portishead,,11.306,USB,3k,OFF,3kHz,OFF,OFF,OFF
35=Portishead,,12.133,USB,3k,OFF,3kHz,OFF,OFF,OFF
36=Portishead,,13.865,USB,3k,OFF,3kHz,OFF,OFF,OFF
37=Portishead,,14.89,USB,3k,OFF,3kHz,OFF,OFF,OFF
38=Portishead,,17.405,USB,3k,OFF,3kHz,OFF,OFF,OFF
39=Portishead,,19.51,USB,3k,OFF,3kHz,OFF,OFF,OFF
40=Portishead,,20.065,USB,3k,OFF,3kHz,OFF,OFF,OFF
41=Portishead,,21.765,USB,3k,OFF,3kHz,OFF,OFF,OFF
[BANK09],,,,,,,,,
BANKNAME=,,,,,,,,,
ACTIVECH=7,,,,,,,,,
00=WWV2,,2.5,AM,6k,ON,5kHz,OFF,OFF,OFF
01=WWV5,,5,AM,6k,ON,5kHz,OFF,OFF,OFF
02=WWV10,,10,AM,6k,ON,5kHz,OFF,OFF,OFF
03=WWV15,,15,AM,6k,ON,5kHz,OFF,OFF,OFF
04=WWV20,,20,AM,6k,ON,5kHz,OFF,OFF,OFF
05=CHU3,,3.33,AM,6k,ON,5kHz,OFF,OFF,OFF
06=CHU5,,7.335,AM,6k,ON,5kHz,OFF,OFF,OFF
07=CHU14,,14.67,AM,6k,ON,20kHz,OFF,OFF,OFF
[BANK10],,,,,,,,,
BANKNAME=,,,,,,,,,
ACTIVECH=0,,,,,,,,,
00=WFAN,,0.66,AM,15k,OFF,10kHz,OFF,OFF,OFF
01=NONAME,,0.83,AM,15k,OFF,10kHz,OFF,OFF,OFF
02=WPEN,,0.95,AM,15k,OFF,10kHz,OFF,OFF,OFF
03=WBZ,,1.03,AM,15k,OFF,20kHz,OFF,OFF,OFF
04=KYW,,1.06,AM,15k,OFF,10kHz,OFF,OFF,OFF
05=WBAL,,1.09,AM,15k,OFF,10kHz,OFF,OFF,OFF
06=NONAME,,1.1,AM,15k,OFF,10kHz,OFF,OFF,OFF
07=NONAME,,1.11,AM,15k,OFF,10kHz,OFF,OFF,OFF
08=WDEL,,1.15,AM,15k,OFF,10kHz,OFF,OFF,OFF
09=NONAME,,1.17,AM,15k,OFF,10kHz,OFF,OFF,OFF
10=WPHT,,1.21,AM,15k,OFF,10kHz,OFF,OFF,OFF
11=WNRK,,1.26,AM,15k,OFF,10kHz,OFF,OFF,OFF
12=WJBR,,1.29,AM,15k,OFF,10kHz,OFF,OFF,OFF
13=NONAME,,1.33,AM,15k,OFF,10kHz,OFF,OFF,OFF
14=WTMC,,1.38,AM,15k,OFF,10kHz,OFF,OFF,OFF
15=WILM,,1.45,AM,15k,OFF,10kHz,OFF,OFF,OFF
16=NONAME,,1.51,AM,15k,OFF,10kHz,OFF,OFF,OFF
17=WSER,,1.55,AM,15k,OFF,10kHz,OFF,OFF,OFF
18=NONAME,,0.88,AM,15k,OFF,10kHz,OFF,OFF,OFF
19=NONAME,,0.8,AM,15k,OFF,10kHz,OFF,OFF,OFF
20=NONAME,,89.9,WFM,230k,OFF,200kHz,OFF,OFF,OFF
21=WVUD,,91.3,WFM,230k,OFF,200kHz,OFF,OFF,OFF
22=WSTW,,93.7,WFM,230k,OFF,200kHz,OFF,OFF,OFF
23=NONAME,,94.1,WFM,230k,OFF,200kHz,OFF,OFF,OFF
24=NONAME,,94.7,WFM,230k,OFF,200kHz,OFF,OFF,OFF
25=NONAME,,95.7,WFM,230k,OFF,200kHz,OFF,OFF,OFF
26=WJBR,,99.5,WFM,230k,OFF,200kHz,OFF,OFF,OFF
27=WXCY,,103.7,WFM,230k,OFF,200kHz,OFF,OFF,OFF
28=NONAME,,107.7,WFM,230k,OFF,200kHz,OFF,OFF,OFF
[BANK14],,,,,,,,,
BANKNAME=,,,,,,,,,
ACTIVECH=0,,,,,,,,,
[BANK15],,,,,,,,,
BANKNAME=,,,,,,,,,
ACTIVECH=0,,,,,,,,,
[BANK16],,,,,,,,,
BANKNAME=,,,,,,,,,
ACTIVECH=0,,,,,,,,,
[BANK17],,,,,,,,,
BANKNAME=,,,,,,,,,
ACTIVECH=0,,,,,,,,,
[BANK18],,,,,,,,,
BANKNAME=,,,,,,,,,
ACTIVECH=0,,,,,,,,,
[BANK19],,,,,,,,,
BANKNAME=scan,,,,,,,,,
ACTIVECH=7,,,,,,,,,
02=C17,,493.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
04=C22,,523.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
05=C23,,529.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
07=C48,,679.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
08=C61,,757.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
10=C65,,781.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
13=C29,,565.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
16=C43,,649.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
17=C45,,661.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
20=C57,,733.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
[COMMON],,,,,,,,,
ACTIVEBANK=11,,,,,,,,,
[BANK11],,,,,,,,,
BANKNAME=,,,,,,,,,
ACTIVECH=10,,,,,,,,,
00=C2,,59.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
01=C10,,197.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
02=C11,,203.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
03=C12,,209.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
04=C13,,215.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
05=C17,,493.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
06=C22,,523.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
07=C23,,529.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
08=C48,,679.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
09=C61,,757.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
10=C65,,781.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
11=C29,,565.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
12=C43,,649.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
13=C45,,661.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
14=C57,,733.75,WFM,230k,OFF,6MHz,OFF,OFF,OFF
icom-20120228/noaa_wx.txt 0000744 0001750 0001750 00000001202 10364255440 014071 0 ustar colin colin ÿþ1 6 2 . 4 0 0 F M # N O A A w e a t h e r 1 B a l t i m o r e M D , A t l a n t i c C i t y N J , A l l e n t o w n P A
1 6 2 . 4 2 5 F M # N O A A w e a t h e r 2
1 6 2 . 4 5 0 F M # N O A A w e a t h e r 3 S o u t h a r d N J
1 6 2 . 4 7 5 F M # N O A A w e a t h e r 4 P h i l a d e l p h i a P A , S a l i s b u r y M D
1 6 2 . 5 0 0 F M # N O A A w e a t h e r 5 S u d l e r s v i l l e M D
1 6 2 . 5 2 5 F M # N O A A w e a t h e r 6
1 6 2 . 5 5 0 F M # N O A A w e a t h e r 7 H a r r i s b u r g P A
icom-20120228/arinc_freq 0000644 0001750 0001750 00000005372 10424306430 013734 0 ustar colin colin # Company Radio
+ 3010 USB name "Berne" # Berne
+ 3013 USB name "San Fran" # ARINC San Fransisco, Honolulu
+ 3482 USB name "Portis" # Portishead
+ 3485 USB name "St Johns" # Rainbow St Johns
+ 3494 USB name "New York" # ARINC New York
# 4550 USB name "Gulf Mex" # ARINC Gulf Mexico
+ 4654 USB name "Berne" # Berne
+ 4670 USB name "Berne" # Berne
# 4702 USB name "Berne" # Berne
# 4807 USB name "Portis" # Portishead
+ 5529 USB name "Houston" # Houston
+ 5604 USB name "St Johns" # Rainbow St Johns
+ 5610 USB name "Portis" # Portishead
+ 6526 USB name "New York" # ARINC New York, Berne
+ 6634 USB name "Portis" # Portishead
+ 6637 USB name "Houston" # Houston
+ 6640 USB name "ARINC" # ARINC New York, San Fransisco, Honolulu
+ 6643 USB name "Berne" # Berne
# 6705 USB name "Berne" # Berne
# 6742 USB name "Berne" # Berne
# 6820 USB name "Gulf Mex" # ARINC Gulf Mexico
# 8070 USB name "Gulf Mex" # ARINC Gulf Mexico
# 8170 USB name "Portis" # Portishead
+ 8819 USB name "St Johns" # Rainbow St Johns
+ 8843 USB name "San Fran" # ARINC San Fransisco
+ 8936 USB name "Berne" # Berne
+ 8960 USB name "Portis" # Portishead
# 9211 USB name "Berne" # Berne
+ 10033 USB name "Honolulu" # ARINC Honolulu
+ 10069 USB name "Berne" # Berne
+ 10075 USB name "Houston" # Houston
# 10291 USB name "Portis" # Portishead
+ 11306 USB name "Portis" # Portishead
+ 11342 USB name "ARINC" # ARINC New York, Honolulu, San Fransisco
# 12133 USB name "Portis" # Portishead
# 13205 USB name "Berne" # Berne
# 13266 USB name "Berne" # Berne
+ 13285 USB name "St Johns" # Rainbow St Johns
+ 13300 USB name "San Fran" # ARINC San Fransisco
+ 13324 USB name "Berne" # Berne
+ 13330 USB name "New York" # ARINC New York, Houston
+ 13348 USB name "San Fran" # ARINC San Fransisco, Honolulu
+ 13354 USB name "ARINC" # ARINC New York, San Fransisco, Honolulu, Gulf Mexico
# 13420 USB name "St Johns" # Rainbow St Johns
# 13865 USB name "Portis" # Portishead
# 14890 USB name "Portis" # Portishead
# 15046 USB name "Berne" # Berne
# 15050 USB name "Berne" # Berne
# 15835 USB name "Berne" # Berne
# 17405 USB name "Portis" # Portishead
+ 17910 USB name "St Johns" # Rainbow St Johns
+ 17925 USB name "ARINC" # ARINC New York, San Fransisco, Honolulu
+ 17931 USB name "Berne" # Berne
+ 17940 USB name "Houston" # Houston
# 18023 USB name "Berne" # Berne
# 18480 USB name "Berne" # Berne
# 19510 USB name "Portis" # Portishead
# 19554 USB name "Berne" # Berne
# 20035 USB name "Berne" # Berne
# 20065 USB name "Portis" # Portishead
# 20870 USB name "Berne" # Berne
# 21765 USB name "Portis" # Portishead
+ 21933 USB name "Berne" # Berne
+ 21964 USB name "ARINC" # ARINC New York, San Fransisco, Honolulu, Houston
+ 21988 USB name "Berne" # Berne
# 23285 USB name "Berne" # Berne
# 25500 USB name "Berne" # Berne
icom-20120228/TAB.C 0000744 0001750 0001750 00000071070 10453534053 012417 0 ustar colin colin /*
* Program to control ICOM radios
*
* Tables and chairs
*/
#include "icom.h"
#include
#include
/*
* Commands
*/
#define ARG2(y, x) (((y) << 8) | (x))
#define ARG3(z, y, x) (((z) << 16) | ((y) << 8) | (x))
#define M_CTL(z, x) ARG3((z), V_WRCTL, (x))
#define M_MTR(z, x) ARG3((z), V_RMTR, (x))
#define M_TOG(z, x) ARG3((z), V_TOGL, (x))
#define M_SET(z, x) ARG2((z), (x))
/*
* Keyboard mode commands
*/
struct cmdtable cmd[] = {
{"agc", C_AGC, "AGC fast/medium/slow"},
{"ant", C_ANT, "select antenna"},
{"atten", C_ATTEN, "select attenuator"},
{"band", C_BAND, "set band limits"},
{"bank", C_BANK, "read/write bank/name"},
{"bfocomp", C_BCOMP, "set BFO compensation"},
{"break", C_BREAK, "break off/semi/full"},
{"chan", C_READ, "read channels"},
{"ctl", C_CTRL, "control commands"},
{"default", C_DEFLT, "set default arguments"},
{"dial", C_DIAL, "set dial tuning step"},
{"dtcs", C_DTCS, "set digital tone squelch code"},
{"dump", C_DUMP, "dump VFO (debug)"},
{"duplex", C_DUPLEX, "set transmit duplex"},
{"empty", C_EMPTY, "empty channel"},
{"include", C_INCLD, "include file"},
{"key", C_KEY, "send CW message"},
{"meter", C_METER, "read meters and squelch"},
{"misc", C_MISC, "miscellaneous control"},
{"mode", C_MODE, "set mode"},
{"mvfo", C_VFOM, "memory -> VFO"},
{"name", C_NAME, "set channel name"},
{"pad", C_KEYPAD, "switch to keypad mode"},
{"power", C_POWER, "power on/off"},
{"preamp", C_PAMP, "preamp off/1/2f"},
{"ptt", C_PTT, "push to talk"},
{"quit", C_QUIT, "exit program"},
{"radio", C_RADIO, "select radio"},
{"rate", C_RATE, "set tuning rate"},
{"restore", C_RESTORE, "restore channels"},
{"rx", C_RX, "receive"},
{"save", C_SAVE, "save channels"},
{"say", C_ANNC, "announce control"},
{"scan", C_SCAN, "scan control"},
{"set", C_SWTCH, "set/clear switches"},
{"split", C_SPLIT, "split/duplex commands"},
{"step", C_STEP, "set tuning step"},
{"swap", C_SWAP, "VFO A <-> VFO B"},
{"test", C_TEST, "send CI-V test message"},
{"tone", C_TONE, "set repeater tone frequency"},
{"trace", C_DEBUG, "trace CI-V messages"},
{"tsql", C_TSQL, "set tone squelch frequency"},
{"tx", C_TX, "transmit"},
{"utc", C_TIME, "set/display date and time"},
{"verbose", C_VERB, "set verbose"},
{"vfo", C_VFO, "vfo commands"},
{"vfocomp", C_VCOMP, "set VFO compensation"},
{"write", C_WRITE, "write channels"},
{"\0", C_FREQX, "set VFO frequency/mode"}
};
/*
* Keypad mode commands
*/
struct cmdtable key[] = {
{{KILL, '\0'}, C_ERASE, "erase input"},
{"[11", C_ANT, "F1 ant status"},
{"[12", C_AGC, "F2 agc status"},
{"[13", C_ATTEN, "F3 atten status"},
{"[14", C_PAMP, "F4 preamp status"},
{"[15", C_BREAK, "F5 break status"},
{"[17", C_ANNC, "F6 say status"},
{"[18", C_METER, "F7 display meters"},
{"[19", C_SWTCH, "F8 display switches"},
{"[20", C_CTRL, "F9 display controls"},
{"[a", C_UP, "UP step up"},
{"[b", C_DOWN, "DOWN step down"},
{"[c", C_RUP, "RIGHT tuning rate up"},
{"[d", C_RDOWN, "LEFT tuning rate down"},
{"c", C_READ, "read channel"},
{"e", C_EMPTY, "empty channel"},
{"q", C_KEYBD, "switch to keyboard mode"},
{"r", C_RX, "receive"},
{"s", C_SPLIT, "split mode with offset"},
{"t", C_TX, "transmit"},
{"u", C_TIME, "display date and time"},
{"w", C_WRITE, "write channel"},
{"x", C_SWAP, "VFO A <-> VFO B"},
{"\0", C_FREQX, "set VFO frequency/mode"}
};
/*
* dummy argument
*/
struct cmdtable dummy[] = {
{"\0", R_NOP, "invalid command"}
};
/*
* channel/bank arguments
*/
struct cmdtable argch[] = {
{"[empty]", 0x00, "current bank/chan"},
{"$", 0x00, "current bank, all chans"},
{"b.$", 0x00, "bank b, all chans"},
{"$:$", 0x00, "all banks, all chans"},
{"+", 0x00, "current bank/chan plus 1"},
{"-", 0x00, "current bank/chan minus 1"},
{"c", 0x00, "current bank, chan c"},
{"b.c", 0x00, "bank b, chan c"},
{"c1:c2", 0x00, "current bank, block c1-c2"},
{"b1.c1:b2.c2", 0x00, "block b1.c1-b2.c2"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "verbose" arguments
*/
struct cmdtable verbx[] = {
{"off", 0, "terse"},
{"on", P_VERB, "verbose"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "trace" arguments
*/
struct cmdtable dbx[] = {
{"all", P_TRACE|P_ERMSG, "trace bus, errors"},
{"bus", P_TRACE, "trace bus"},
{"off", 0, "trace none"},
{"packet", P_ERMSG, "trace errors"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "vfo" subcommands (V_SVFO 0x07 command)
*/
struct cmdtable vfo[] = {
{"a", 0x00, "select VFO A"},
{"b", 0x01, "select VFO B"},
{"btoa", 0xa0, "VFO B -> VFO A"},
{"equal", 0xb1, "main VFO -> sub VFO"},
{"main", 0xd0, "select main VFO"},
{"nowatch", 0xc0, "dual-watch off"},
{"sub", 0xd1, "select sub VFO"},
{"swap", 0xb0, "VFO A <-> VFO B"},
{"watch", 0xc1, "dual-watch on"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "split" subcommands (V_SPLIT 0x0f command)
*/
struct cmdtable split[] = {
{"dup+", 0x12, "duplex up"},
{"dup-", 0x11, "duplex down"},
{"off", 0x00, "split off"},
{"on", 0x01, "split on"},
{"simplex", 0x10, "simplex"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "atten" subcommands (V_ATTEN 0x11 command)
*/
struct cmdtable atten[] = {
{"0", 0x00, "off"},
{"6", 0x06, "6 dB"},
{"10", 0x10, "10 dB"},
{"12", 0x12, "12 dB"},
{"18", 0x18, "18 dB"},
{"20", 0x20, "20 dB"},
{"30", 0x30, "30 dB"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "ant" subcommands (V_SANT 0x12 command)
*/
struct cmdtable ant[] = {
{"1", ARG2(0x00,0x00), "xmt/rec antenna 1"},
{"1R", ARG2(0x01,0x00), "xmt antenna 1/rec antenna R"},
{"2", ARG2(0x00,0x01), "xmt/rec antenna 2"},
{"2R", ARG2(0x01,0x01), "xmt antenna 2/rec antenna R"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "say" subcommands (V_ANNC 0x13 command)
*/
struct cmdtable say[] = {
{"all", 0x00, "all data"},
{"freq", 0x01, "S meter, frequency and mode"},
{"mode", 0x02, "receive mode"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "ctl" subcommands (V_WRCTL 0x14 command)
*/
struct cmdtable ctlc[] = {
{"af", M_CTL(G,0x01), "af gain"},
{"antivox", M_CTL(G,0x17), "anti-vox gain"},
{"balance", M_CTL(G,0x10), "balance"},
{"blank", M_CTL(G,0x12), "noise blanker threshold"},
{"bright", M_CTL(G,0x19), "LCD brightness"},
{"comp", M_CTL(G,0x0e), "speech compressor gain"},
{"contrast", M_CTL(G,0x18), "LCD contrast"},
{"delay", M_CTL(G,0x0f), "break delay"},
{"mic", M_CTL(G,0x0b), "microphone gain"},
{"monitor", M_CTL(G,0x15), "monitor gain"},
{"nf1", M_CTL(F,0x0d), "manual notch nf1 frequency"},
{"nf2", M_CTL(F,0x1a), "manual notch nf2 frequency"},
{"nr", M_CTL(G,0x06), "noise reduction"},
{"pbti", M_CTL(F,0x07), "passband tuning (inner"},
{"pbto", M_CTL(F,0x08), "passband tuning (outer"},
{"pitch", M_CTL(F,0x09), "cw pitch"},
{"power", M_CTL(G,0x0a), "rf power"},
{"rf", M_CTL(G,0x02), "rf gain"},
{"speed", M_CTL(G,0x0c), "key speed"},
{"sql", M_CTL(G,0x03), "squelch threshold"},
{"vox", M_CTL(G,0x16), "vox gain"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "meter" subcommands (V_RMTR 0x15 command)
*/
struct cmdtable meter[] = {
{"alc", M_MTR(G,0x13), "read ALC meter"},
{"comp", M_MTR(G,0x14), "read COMP meter"},
{"power", M_MTR(G,0x11), "read RF power meter"},
{"signal", M_MTR(S,0x02), "read S meter"},
{"sql", M_MTR(Q,0x01), "read squelch condition"},
{"swr", M_MTR(G,0x12), "read SWR meter"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "set" subcommands (V_TOGL 0x16 command)
*/
struct cmdtable switches[] = {
{"agc", M_TOG(A,0x12), "agc fast/mid/slow"},
{"agcfast", M_TOG(P,0x11), "agc fast (R8500)"},
{"agcslow", M_TOG(P,0x10), "agc slow (R8500)"},
{"an", M_TOG(W,0x41), "auto notch"},
{"apfoff", M_TOG(W,0x30), "auto peak filter off (R8500)"},
{"apfon", M_TOG(W,0x31), "auto peak filter on (R8500)"},
{"break", M_TOG(B,0x47), "break off/semi/full"},
{"comp", M_TOG(W,0x44), "speech compressor"},
{"dcts", M_TOG(W,0x4b), "digital tone squelch"},
{"lock", M_TOG(W,0x50), "dial lock"},
{"monitor", M_TOG(W,0x45), "monitor"},
{"nb", M_TOG(W,0x22), "noise blanker"},
{"nboff", M_TOG(P,0x20), "noise blanker off (R8500)"},
{"nbon", M_TOG(P,0x21), "noise blanker on(R8500)"},
{"nf1", M_TOG(W,0x48), "manual notch nf1"},
{"nf2", M_TOG(W,0x51), "manual notch nf2"},
{"nr", M_TOG(W,0x40), "noise reduction"},
{"peak", M_TOG(W,0x4f), "twin peak filter"},
{"preamp", M_TOG(P,0x02), "preamp off/1/2"},
{"rtty", M_TOG(W,0x49), "RTTY filter"},
{"tone", M_TOG(W,0x42), "repeater tone"},
{"tsql", M_TOG(W,0x43), "tone squelch"},
{"vcs", M_TOG(W,0x4c), "voice squelch"},
{"vox", M_TOG(W,0x46), "voice break"},
{"\0", R_NOP, "invalid argument"},
};
struct cmdtable fmtw[] = {
{"off", M_SET(W,0x00), "switch off"},
{"on", M_SET(W,0x01), "switch on"},
{"\0", R_NOP, "invalid argument"},
};
/*
* "power" subcommands (V_POWER 0x18 command)
*/
struct cmdtable power[] = {
{"off", 0x00, "power off at sleep timeout"},
{"on", 0x01, "power on"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "tone" and "tsql" subcommands (V_TONE 0x1b command)
*
* The CTSS tone frequency is in tenths of a Hertz. The vollowing
* frequencies are valid for both the repeater tone (tone command) and
* tone squelch (tsql command) functions.
*/
struct cmdtable tone[] = {
{"off", 0x00, "CTSS off)"},
{"on", 0x01, "CTSS on)"},
{"67.0", 0x0670, "XZ (67.0 Hz)"},
{"69.3", 0x0693, "WZ (69.3 Hz)"},
{"71.9", 0x0719, "XA (71.9 Hz)"},
{"74.4", 0x0744, "WA (74.4 Hz)"},
{"77.0", 0x0770, "XB (77.0 Hz)"},
{"79.7", 0x0797, "WB (79.7 Hz)"},
{"82.5", 0x0825, "YZ (82.5 Hz)"},
{"85.4", 0x0854, "YA (85.4 Hz)"},
{"88.5", 0x0885, "YB (88.5 Hz)"},
{"91.5", 0x0915, "ZZ (91.5 Hz)"},
{"94.8", 0x0948, "ZA (94.8 Hz)"},
{"97.4", 0x0974, "ZB (97.4 Hz)"},
{"100.0", 0x1000, "1Z (100.0 Hz)"},
{"103.5", 0x1035, "1A (103.5 Hz)"},
{"107.2", 0x1072, "1B (107.2 Hz)"},
{"110.9", 0x1109, "2Z (110.9 Hz)"},
{"114.8", 0x1148, "2A (114.8 Hz)"},
{"118.8", 0x1188, "2B (118.8 Hz)"},
{"123.0", 0x1230, "3Z (123.0 Hz)"},
{"127.3", 0x1273, "3A (127.3 Hz)"},
{"131.8", 0x1318, "3B (131.8 Hz)"},
{"136.5", 0x1365, "4Z (136.5 Hz)"},
{"141.3", 0x1413, "4A (141.3 Hz)"},
{"146.2", 0x1462, "4B (146.2 Hz)"},
{"151.4", 0x1514, "5Z (151.4 Hz)"},
{"156.7", 0x1567, "5A (156.7 Hz)"},
{"159.8", 0x1598, "-- (159.8 Hz)"},
{"162.2", 0x1622, "5B (162.2 Hz)"},
{"165.5", 0x1655, "-- (165.5 Hz)"},
{"167.9", 0x1679, "6Z (167.9 Hz)"},
{"171.3", 0x1713, "-- (171.3 Hz)"},
{"173.8", 0x1738, "6A (173.8 Hz)"},
{"177.3", 0x1773, "-- (177.3 Hz)"},
{"179.9", 0x1799, "6B (179.9 Hz)"},
{"183.5", 0x1835, "-- (183.5 Hz)"},
{"186.2", 0x1862, "7Z (186.2 Hz)"},
{"189.9", 0x1899, "-- (189.9 Hz)"},
{"192.8", 0x1928, "7A (192.8 Hz)"},
{"196.6", 0x1968, "-- (196.6 Hz)"},
{"199.5", 0x1995, "-- (199.5 Hz)"},
{"203.5", 0x2035, "M1 (203.5 Hz)"},
{"206.5", 0x2065, "-- (206.5 Hz)"},
{"210.7", 0x2107, "M2 (210.7 Hz)"},
{"218.1", 0x2181, "M3 (218.1 Hz)"},
{"225.7", 0x2257, "M4 (225.7 Hz)"},
{"229.1", 0x2291, "9Z (229.1 Hz)"},
{"233.6", 0x2336, "M5 (233.6 Hz)"},
{"241.8", 0x2418, "M6 (241.8 Hz)"},
{"250.3", 0x2503, "M7 (250.3 Hz)"},
{"254.1", 0x2541, "0Z (254.1 Hz)"},
{"\0", R_NOP, "invalid argument"}
};
/*
* tone command on/off
*/
struct cmdtable toneon[] = {
{"off", 0x00, "tone off"},
{"on", 0x01, "tone on"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "dtcs" subcommands (V_TONE 0x1b command)
*
* Thd DTCS code is nnn-pq, where nnn is 3 decimal digits, p is the
* transmit polarity and q is the receive polarity. Polarity is N for
* normal and R for reversed. The following codes are valid for the
* digital tone squelch function (dtcs command).
*/
struct cmdtable dtcs[] = {
{"off", 0x00, "DTCS off)"},
{"on", 0x01, "DTCS on)"},
{"023", 0x0023, "DTCS 023"},
{"025", 0x0025, "DTCS 025"},
{"026", 0x0026, "DTCS 026"},
{"031", 0x0031, "DTCS 031"},
{"032", 0x0032, "DTCS 032"},
{"036", 0x0036, "DTCS 036"},
{"043", 0x0043, "DTCS 043"},
{"047", 0x0047, "DTCS 047"},
{"051", 0x0051, "DTCS 051"},
{"053", 0x0053, "DTCS 054"},
{"054", 0x0054, "DTCS 055"},
{"055", 0x0055, "DTCS 071"},
{"071", 0x0071, "DTCS 071"},
{"072", 0x0072, "DTCS 072"},
{"073", 0x0073, "DTCS 073"},
{"074", 0x0074, "DTCS 074"},
{"114", 0x0114, "DTCS 114"},
{"115", 0x0115, "DTCS 115"},
{"116", 0x0116, "DTCS 116"},
{"122", 0x0122, "DTCS 122"},
{"125", 0x0125, "DTCS 125"},
{"131", 0x0131, "DTCS 131"},
{"132", 0x0132, "DTCS 132"},
{"134", 0x0134, "DTCS 134"},
{"143", 0x0143, "DTCS 143"},
{"145", 0x0145, "DTCS 145"},
{"152", 0x0152, "DTCS 152"},
{"155", 0x0155, "DTCS 155"},
{"156", 0x0156, "DTCS 156"},
{"162", 0x0162, "DTCS 162"},
{"165", 0x0165, "DTCS 165"},
{"172", 0x0172, "DTCS 172"},
{"174", 0x0174, "DTCS 174"},
{"205", 0x0205, "DTCS 205"},
{"212", 0x0212, "DTCS 212"},
{"223", 0x0223, "DTCS 223"},
{"225", 0x0225, "DTCS 225"},
{"226", 0x0226, "DTCS 226"},
{"243", 0x0243, "DTCS 243"},
{"244", 0x0244, "DTCS 244"},
{"245", 0x0245, "DTCS 245"},
{"246", 0x0246, "DTCS 246"},
{"251", 0x0251, "DTCS 251"},
{"252", 0x0252, "DTCS 252"},
{"255", 0x0255, "DTCS 255"},
{"261", 0x0261, "DTCS 261"},
{"263", 0x0263, "DTCS 263"},
{"265", 0x0265, "DTCS 265"},
{"266", 0x0266, "DTCS 266"},
{"271", 0x0271, "DTCS 271"},
{"274", 0x0274, "DTCS 274"},
{"306", 0x0306, "DTCS 306"},
{"311", 0x0311, "DTCS 311"},
{"315", 0x0315, "DTCS 315"},
{"325", 0x0325, "DTCS 325"},
{"331", 0x0331, "DTCS 331"},
{"332", 0x0332, "DTCS 332"},
{"343", 0x0343, "DTCS 343"},
{"346", 0x0346, "DTCS 346"},
{"351", 0x0351, "DTCS 351"},
{"356", 0x0356, "DTCS 356"},
{"364", 0x0364, "DTCS 364"},
{"365", 0x0365, "DTCS 365"},
{"371", 0x0371, "DTCS 371"},
{"411", 0x0411, "DTCS 411"},
{"412", 0x0412, "DTCS 412"},
{"413", 0x0413, "DTCS 413"},
{"423", 0x0423, "DTCS 423"},
{"431", 0x0431, "DTCS 431"},
{"432", 0x0432, "DTCS 432"},
{"445", 0x0445, "DTCS 445"},
{"446", 0x0446, "DTCS 446"},
{"452", 0x0452, "DTCS 452"},
{"454", 0x0454, "DTCS 454"},
{"455", 0x0455, "DTCS 455"},
{"462", 0x0462, "DTCS 462"},
{"464", 0x0464, "DTCS 464"},
{"465", 0x0465, "DTCS 465"},
{"466", 0x0466, "DTCS 466"},
{"503", 0x0503, "DTCS 503"},
{"506", 0x0506, "DTCS 506"},
{"516", 0x0516, "DTCS 516"},
{"523", 0x0523, "DTCS 523"},
{"526", 0x0526, "DTCS 526"},
{"532", 0x0532, "DTCS 532"},
{"546", 0x0546, "DTCS 546"},
{"565", 0x0565, "DTCS 565"},
{"606", 0x0606, "DTCS 606"},
{"612", 0x0612, "DTCS 612"},
{"624", 0x0624, "DTCS 624"},
{"627", 0x0627, "DTCS 627"},
{"631", 0x0631, "DTCS 631"},
{"632", 0x0632, "DTCS 632"},
{"654", 0x0654, "DTCS 654"},
{"662", 0x0662, "DTCS 662"},
{"664", 0x0664, "DTCS 664"},
{"703", 0x0703, "DTCS 703"},
{"712", 0x0712, "DTCS 712"},
{"723", 0x0723, "DTCS 723"},
{"731", 0x0731, "DTCS 731"},
{"732", 0x0732, "DTCS 732"},
{"734", 0x0734, "DTCS 734"},
{"743", 0x0743, "DTCS 743"},
{"754", 0x0754, "DTCS 754"},
{"\0", R_NOP, "invalid argument"}
};
/*
* DTCS polarity codes
*
* These codes are used with the DTCS codes given above. An "N" codes
* for normal polarity, "R" reversed.
*/
struct cmdtable polar[] = {
{"NN", 0x00, "+ transmit, + receive"},
{"NR", 0x01, "+ transmit, - receive"},
{"RN", 0x10, "- transmit, + receive"},
{"RR", 0x11, "- transmit, - receive"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "tx" subcommands (V_TX 0x1c command)
*/
struct cmdtable tx[] = {
{"off", 0x00, "receive"},
{"on", 0x01, "transmit"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "misc" subcommands (775)
*/
struct cmdtable misc[] = {
{"ctss", 0x06, "read CTSS"},
{"dcs", 0x07, "read DCS"},
{"dtmf", 0x08, "read DTMF"},
{"id", 0x09, "read ID"},
{"local", 0x01, "local control"},
{"next", 0x0e, "next frequency"},
{"nosearch", 0x10, "disable search"},
{"nospeaker", 0x0b, "mute speaker"},
{"notape", 0x04, "disable tape recorder"},
{"nowindow", 0x0d, "disable search window"},
{"opto", 0x05, "read OPTO"},
{"remote", 0x02, "remote control"},
{"search", 0x0f, "enable search"},
{"speaker", 0x0a, "unmute speaker"},
{"tape", 0x03, "enable tape recorder"},
{"window", 0x0c, "enable search window"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "agc" subcommands
*/
struct cmdtable agc[] = {
{"fast", M_SET(A,0x01), "agc fast"},
{"medium", M_SET(A,0x02), "agc mid"},
{"slow", M_SET(A,0x03), "agc slow"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "preamp" subcommands
*/
struct cmdtable preamp[] = {
{"off", 0x00, "preamp off"},
{"1", 0x01, "preamp 1"},
{"2", 0x02, "preamp 2"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "break" subcommands
*/
struct cmdtable fmtb[] = {
{"full", M_SET(B,0x02), "break full"},
{"off", M_SET(B,0x00), "break off"},
{"semi", M_SET(B,0x01), "break semi"},
{"\0", R_NOP, "invalid argument"},
};
/*
* "scan" subcommands
*/
struct cmdtable scan[] = {
{"10", 0xa3, "delta-f 10 kHz"},
{"2.5", 0xa1, "delta-f 2.5 kHz"},
{"20", 0xa4, "delta-f 20 kHz"},
{"5", 0xa2, "delta-f 5 kHz"},
{"50", 0xa5, "delta-f 50 kHz"},
{"autowrite", 0x04, "auto write scan"},
{"deltaf", 0x03, "delta-f scan"},
{"finedeltaf", 0x13, "fine delta-f scan start"},
{"fineprog", 0x12, "fine program scan start"},
{"fix", 0xaa, "fix center frequency"},
{"mem", 0x22, "memory scan start"},
{"memchan", 0xb2, "memory channel scan number"},
{"memnum", 0x23, "select memory scan start"},
{"nofix", 0xa0, "unfix center frequency"},
{"noresume", 0xd1, "scan resume off"},
{"noskip", 0xb1, "select memory channel"},
{"noresume", 0xd0, "scan resume never"},
{"novsc", 0xc0, "VSC off"},
{"priority", 0x42, "priority scan"},
{"prog", 0x02, "program scan"},
{"resume", 0xd3, "scan resume after delay"},
{"resumeb", 0xd2, "scan resume b"},
{"select", 0x24, "selected mode memory scan"},
{"skip", 0xb0, "deselect memory channel"},
{"start", 0x01, "scan start"},
{"stop", 0x00, "scan stop"},
{"vsc", 0xc1, "VSC on"},
{"\0", R_NOP, "invalid argument"}
};
/*
* "dial" subcommands
*/
struct cmdtable diala[] = { /* R8500 */
{".01", 0x00, "10 Hz"},
{".05", 0x01, "50 Hz"},
{".1", 0x02, "100 Hz"},
{"1", 0x03, "1 kHz"},
{"2.5", 0x04, "2.5 kHz"},
{"5", 0x05, "5 kHz"},
{"9", 0x06, "9 kHz"},
{"10", 0x07, "10 kHz"},
{"12.5", 0x08, "12.5 kHz"},
{"20", 0x09, "20 kHz"},
{"25", 0x10, "25 kHz"},
{"100", 0x11, "100 kHz"},
{"1000", 0x12, "1 MHz"},
{"*", 0x13, "* kHz"},
{"\0", R_NOP, "invalid argument"}
};
struct cmdtable dialb[] = { /* 775 */
{".01", 0x00, "10 Hz"},
{"1", 0x01, "1 kHz"},
{"2", 0x02, "2 kHz"},
{"3", 0x03, "3 kHz"},
{"4", 0x04, "4 kHz"},
{"5", 0x05, "5 kHz"},
{"6", 0x06, "6 kHz"},
{"7", 0x07, "7 kHz"},
{"8", 0x08, "8 kHz"},
{"9", 0x09, "9 kHz"},
{"10", 0x10, "10 kHz"},
{"\0", R_NOP, "invalid argument"}
};
struct cmdtable dialc[] = { /* 706G, 756, 7000 */
{".01", 0x00, "10 Hz"},
{".1", 0x01, "100 Hz"},
{"1", 0x02, "1 kHz"},
{"5", 0x03, "5 kHz"},
{"9", 0x04, "9 kHz"},
{"10", 0x05, "10 kHz"},
{"12.5", 0x06, "12.5 kHz"},
{"20", 0x07, "20 kHz"},
{"25", 0x08, "25 kHz"},
{"100", 0x09, "100 kHz"},
{"\0", R_NOP, "invalid argument"}
};
/*
* bank, restore and save subcommands
*/
struct cmdtable loadtab[] = {
{"atten", C_ATTEN, "set attenuator"},
{"default", C_DEFLT, "set default arguments"},
{"dial", C_DIAL, "set tuning step"},
{"dtcs", C_DTCS, "set digital tone squelch code"},
{"name", C_NAME, "set channel name"},
{"set", C_SWTCH, "set commands"},
{"split", C_SPLIT, "split/duplex commands"},
{"tone", C_TONE, "set repeater tone frequency"},
{"tsql", C_TSQL, "set tone squelch frequency"},
{"\0", C_FREQX, "set VFO frequency/mode"}
};
/*
* Radio identifier decode
*/
struct cmdtable identab[] = {
{"1271", 0x24, "1271 UHF Transceiver"},
{"1275", 0x18, "1275 UHF Transceiver"},
{"271", 0x20, "271 VHF Transceiver"},
{"275", 0x10, "275 VHF Transceiver"},
{"375", 0x12, "375 VHF Transceiver"},
{"471", 0x22, "471 UHF Transceiver"},
{"475", 0x14, "475 UHF Transceiver"},
{"575", 0x16, "575 VHF Transceiver"},
{"575", 0x28, "725 HF Transceiver"},
{"706", 0x4e, "706 HF Transceiver"},
{"706G", 0x58, "706MKIIG HF Transceiver"},
{"726", 0x30, "726 HF Transceiver"},
{"735", 0x04, "735 HF Transceiver"},
{"746", 0x66, "746 HF Transceiver"},
{"751", 0x1c, "751 HF Transceiver"},
{"756", 0x64, "756 HF Transceiver"},
{"761", 0x1e, "761 HF Transceiver"},
{"765", 0x2c, "765 HF Transceiver"},
{"775", 0x46, "775 HF Transceiver"},
{"781", 0x26, "781 HF Transceiver"},
{"970", 0x2e, "970 HF Transceiver"},
{"7000", 0x70, "7000 HF/VHF/UHF Transceiver"},
{"7800", 0x6a, "7800 HF/VHF/UHF Transceiver"},
{"R7000", 0x08, "R7000 VHF/UHF Receiver"},
{"R71", 0x1A, "R71 HF Receiver"},
{"R7100", 0x34, "R7100 VHF/UHF Receiver"},
{"R72", 0x32, "R72 HF Receiver"},
{"R75", 0x5a, "R75 HF Receiver"},
{"R8500", 0x4a, "R8500 HF/VHF/UHF Receiver"},
{"R9000", 0x2a, "R9000 VHF/UHF Receiver"},
{"probe", 0x00, "Probe all radios"},
{"\0", R_NOP, "unknown radio"}
};
/*
* Broadband HF/VHF/UHF receiver mode decode (R7000)
*
* Note that panel FM mode is really wideband FM and panel FMn mode is
* really FM mode on other radios. Emptying a channel changes the mode
* to 0xff, but does not change the frequency. Reactivate the channel
* by loading valid mode.
*/
static struct cmdtable mode2[] = {
{"AM", 0x0002, "AM"},
{"a", 0x0002, "AM (keypad)"},
{"FMn", 0x8205, "FM"},
{"WFM", 0x0005, "WFM"},
{"f", 0x8205, "FM (keypad)"},
{"SSB", 0x8005, "SSB"},
{"s", 0x8005, "SSB (keypad)"},
{"\0", R_NOP, "invalid command"}
};
/*
* Broadband MF/HF/VHF/UHF receiver mode decode (R8500/R9000)
*/
static struct cmdtable mode3[] = {
{"AM", 0x0202, "AM"},
{"a", 0x0202, "AM"},
{"AMn", 0x0302, "AM narrow"},
{"AMw", 0x0102, "AM wide"},
{"CW", 0x0103, "CW"},
{"k", 0x0103, "CW (keypad)"},
{"CWn", 0x0203, "CW narrow"},
{"FM", 0x0105, "FM"},
{"f", 0x0105, "FM (keypad)"},
{"FMn", 0x0205, "FM narrow"},
{"LSB", 0x0100, "LSB"},
{"l", 0x0100, "LSB (keypad)"},
{"USB", 0x0101, "USB"},
{"u", 0x0101, "USB (keypad)"},
{"WFM", 0x0106, "WFM"},
{"\0", R_NOP, "invalid command"}
};
/*
* Narrowband MF/HF/VHF/UHF transceiver and receiver mode decode
*
* The 7000 can do all of these, the 756 all but WFM, the 706g most
* except the -R (reverse) modes.
*/
static struct cmdtable mode1[] = {
{"AM", 0x0202, "AM"},
{"a", 0x0202, "AM (keypad)"},
{"AMn", 0x0302, "AM narrow"},
{"AMw", 0x0102, "AM wide"},
{"CW", 0x0203, "CW"},
{"k", 0x0203, "CW (keypad)"},
{"CW-R", 0x0207, "CW reverse"},
{"CW-Rn", 0x0307, "CW reverse narrow"},
{"CW-Rw", 0x0107, "CW reverse wide"},
{"CWn", 0x0303, "CW narrow"},
{"CWw", 0x0103, "CW wide"},
{"FM", 0x0205, "FM"},
{"f", 0x0205, "FM (keypad)"},
{"FMn", 0x0305, "FM narrow"},
{"FMw", 0x0105, "FM wide"},
{"LSB", 0x0200, "LSB"},
{"l", 0x0200, "LSB (keypad)"},
{"LSBn", 0x0300, "LSB narrow"},
{"LSBw", 0x0100, "LSB wide"},
{"RTTY", 0x0204, "RTTY"},
{"RTTY-R", 0x0208, "RTTY reverse"},
{"RTTY-Rn", 0x0308, "RTTY reverse narrow"},
{"RTTY-Rw", 0x0108, "RTTY reverse wide"},
{"RTTYn", 0x0304, "RTTY narrow"},
{"RTTYw", 0x0104, "RTTY wide"},
{"USB", 0x0201, "USB"},
{"u", 0x0201, "USB (keypad)"},
{"USBn", 0x0301, "USB narrow"},
{"USBw", 0x0101, "USB wide"},
{"WFM", 0x0106, "wideband FM"},
{"\0", R_NOP, "invalid command"}
};
/*
* IC 7000 MF/HF/VHF/UHF transceiver and receiver mode decode
*/
static struct cmdtable mode4[] = {
{"AM", 0x0202, "AM 6.0"},
{"a", 0x0202, "AM 6.0 (keypad)"},
{"AMn", 0x0302, "AM 3.0"},
{"AMw", 0x0102, "AM 9.0"},
{"CW", 0x0203, "CW 500"},
{"k", 0x0203, "CW 500 (keypad)"},
{"CW-R", 0x0207, "CW-R 500"},
{"CW-Rn", 0x0307, "CW-R 250"},
{"CW-Rw", 0x0107, "CW-R 1.2"},
{"CWn", 0x0303, "CW 250"},
{"CWw", 0x0103, "CW 1.2"},
{"FM", 0x0205, "FM 10.0"},
{"f", 0x0205, "FM 10.0 (keypad)"},
{"FMn", 0x0305, "FM 7.0"},
{"FMw", 0x0105, "FM 15.0"},
{"LSB", 0x0200, "LSB 2.4"},
{"l", 0x0200, "LSB 2.4 (keypad)"},
{"LSBn", 0x0100, "LSB 1.8"},
{"LSBw", 0x0300, "LSB 3.0"},
{"RTTY", 0x0204, "RTTY 500"},
{"RTTY-R", 0x0208, "RTTY-R 500"},
{"RTTY-Rn", 0x0308, "RTTY-R 250"},
{"RTTY-Rw", 0x0108, "RTTY-R 2.4"},
{"RTTYn", 0x0304, "RTTY 250"},
{"RTTYw", 0x0104, "RTTY 2.4"},
{"USB", 0x0201, "USB 2.4"},
{"u", 0x0201, "USB 2.4 (keypad)"},
{"USBn", 0x0301, "USB 1.8"},
{"USBw", 0x0101, "USB 3.0"},
{"WFM", 0x0106, "WFM 280.0"},
{"\0", R_NOP, "invalid command"}
};
/*
* CI-V bit rate control
*/
struct cmdtable baud[] = {
{"300", B300, "300 b/s"},
{"600", B600, "600 b/s"},
{"1200", B1200, "1200 b/s"},
{"2400", B2400, "2400 b/s"},
{"4800", B4800, "4800 b/s"},
{"9600", B9600, "9600 b/s"},
{"19200", B19200, "19200 b/s"},
{"38400", B38400, "38400 b/s"},
{"\0", R_NOP, "invalid argument"}
};
/*
* Radio control initialization
*
* model ident ch bk init mode step flag ptr
*/
struct namestruct name[] = {
{"1271", 0x24, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"1275", 0x18, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"271", 0x20, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"275", 0x10, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"375", 0x12, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"471", 0x22, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"475", 0x14, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"575", 0x16, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"706", 0x4e, B9600, 10, 0, dummy, mode1, dummy, 0, NULL},
{"706G", 0x58, B19200,99, 0, dummy, mode1, dialc, 0, NULL},
{"725", 0x28, B1200, 26, 0, dummy, mode1, dummy, 0, NULL},
{"726", 0x30, B1200, 26, 0, dummy, mode1, dummy, 0, NULL},
{"735", 0x04, B1200, 12, 0, dummy, mode1, dummy, F_735, NULL},
{"746", 0x66, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"751", 0x1c, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"756", 0x64, B19200,99, 0, ctlc, mode1, dialc, F_756, NULL},
{"761", 0x1e, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"765", 0x2c, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"775", 0x46, B1200, 99, 0, dummy, mode1, dialb, 0, NULL},
{"781", 0x26, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"970", 0x2e, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"7000", 0x70, B19200,99, 5, ctlc, mode4, dialc, F_7000, NULL},
{"7800", 0x6a, B1200, 99, 5, ctlc, mode4, dialc, F_7000, NULL},
{"R7000", 0x08, B1200, 99, 0, dummy, mode2, dummy, 0, NULL},
{"R71", 0x1A, B1200, 32, 0, dummy, mode1, dummy, 0, NULL},
{"R7100", 0x34, B1200, 99, 0, dummy, mode2, dummy, 0, NULL},
{"R72", 0x32, B1200, 99, 0, dummy, mode1, dummy, 0, NULL},
{"R75", 0x5a, B19200,99, 0, dummy, mode1, dummy, 0, NULL},
{"R8500", 0x4a, B19200,39, 19, ctlc, mode3, diala, F_8500, NULL},
{"R9000", 0x2a, B1200, 99, 0, dummy, mode3, diala, F_8500, NULL},
{"\0", 0x0, 0, 0, 0, 0, 0, NULL, 0, NULL}
};
double logtab[] = { /* tuning rate table */
1., 2., 5., /* 0.000000 */
10., 25., 50., /* 0.00000 */
1e2, 2.5e2, 5e2, /* 0.0000 */
1e3, 2.5e3, 5e3, /* 0.000 */
1e4, 2.5e4, 5e4, /* 0.00 */
1e5, 2.5e5, 5e5, /* 0.0 */
1e6, 2.5e6, 5e6 /* 0. */
};
int sigtab[] = { /* significant digits table */
6, 6, 6, /* 0.000000 */
5, 6, 5, /* 0.00000 */
4, 5, 4, /* 0.0000 */
3, 4, 3, /* 0.000 */
2, 3, 2, /* 0.00 */
1, 2, 1, /* 0.0 */
0, 0, 0 /* 0. */
};
struct metertab mtab[] = {
{0, "S0"}, /* 0.4-1.3 uv */
{12, "S1"},
{32, "S2"},
{46, "S3"}, /* 0.79-2.0 uV */
{64, "S4"},
{78, "S5"}, /* 3.2 uV */
{94, "S6"},
{110, "S7"}, /* 13 uV */
{126, "S8"},
{140, "S9"}, /* 50 uV */
{156, "S9+10"},
{174, "S9+20"}, /* 0.5 mv */
{190, "S9+30"},
{208, "S9+40"}, /* 5 mv */
{230, "S9+50"},
{999, "S9+60"} /* 50 mV */
};
icom-20120228/RAD_R.DOC 0000744 0001750 0001750 00000001220 10054016660 013105 0 ustar colin colin # Radio
#
20 1150 mode AMw # name WDEL-AM #
+ 1260 mode AMw name WNRK-AM # Newark
+ 1290 mode AMw name WJBR-AM # Wilmington
+ 1450 mode AMw name WILM-AM #
+ 1550 mode AMw name WSER-AM #
#
+ 5975 mode AMw name BBC # London
+ 7325 mode AMw name BBC # London
+ 12095 mode AMw name BBC # London
+ 15070 mode AMw name BBC # London
#
+ 2500 mode USB name WWV # Ft. Collins
+ 5000 mode USB name WWV # Ft. Collins
+ 10000 mode USB name WWV # Ft. Collins
+ 15000 mode USB name WWV # Ft. Collins
+ 20000 mode USB name WWV # Ft. Collins
#
+ 3330 mode USB name CHU # Ottawa
+ 7335 mode USB name CHU # Ottawa
+ 14670 mode USB name CHU # Ottawa
icom-20120228/r8500_dump 0000644 0001750 0001750 00000057244 10410642516 013436 0 ustar colin colin 0.0 19.51000 MHz USB name "Portis"
0.1 20.06500 MHz USB name "Portis"
0.2 21.76500 MHz USB name "Portis"
0.3 5.55000 MHz USB name "CAR A"
0.4 6.57700 MHz USB name "CAR A"
0.5 6.58600 MHz USB name "CAR B"
0.6 8.84600 MHz USB name "CAR B"
0.7 8.91800 MHz USB name "CAR A"
0.8 11.33000 MHz USB name "CAR B"
0.9 11.38700 MHz USB name "CAR B"
0.10 2.88700 MHz USB name "CAR A"
0.11 13.29700 MHz USB name "CAR A"
0.12 17.90700 MHz USB name "CAR A/B"
0.13 2.86200 MHz USB name "NAT C"
0.14 2.89900 MHz USB name "NAT B"
0.15 2.96200 MHz USB name "NAT E"
0.16 2.97100 MHz USB name "NAT D"
0.17 3.01600 MHz USB name "NAT A"
0.18 3.47600 MHz USB name "NAT F"
0.19 4.67500 MHz USB name "NAT D"
0.20 5.59800 MHz USB name "NAT A"
0.21 5.61600 MHz USB name "NAT B"
0.22 5.64900 MHz USB name "NAT C"
0.23 6.62200 MHz USB name "NAT F"
0.24 6.62800 MHz USB name "NAT E"
0.25 8.82500 MHz USB name "NAT E"
0.26 8.83100 MHz USB name "NAT F"
0.27 8.86400 MHz USB name "NAT B"
0.28 8.87900 MHz USB name "NAT C"
0.29 8.89100 MHz USB name "NAT D"
0.30 8.90600 MHz USB name "NAT A"
0.31 11.27900 MHz USB name "NAT D"
0.32 11.30900 MHz USB name "NAT E"
0.33 13.29100 MHz USB name "NAT B/D"
0.34 3.40000 MHz USB
0.35 13.35400 MHz USB name "NAT E"
0.36 17.94600 MHz USB name "NAT A-D"
0.37 2.86300 MHz USB name "VOL PAC"
0.38 3.41300 MHz USB name "VOL EU"
0.39 3.48500 MHz USB name "VOL NAT"
1.0 5.50500 MHz USB name "VOL EU"
1.1 6.60400 MHz USB name "VOL NAT"
1.2 6.67900 MHz USB name "VOL PAC"
1.3 8.82800 MHz USB name "VOL PAC"
1.4 8.95700 MHz USB name "VOL EU"
1.5 10.05100 MHz USB name "VOL NAT"
1.6 13.26400 MHz USB name "VOL EU"
1.7 13.27000 MHz USB name "VOL NAT"
1.8 13.28200 MHz USB name "VOL PAC"
1.9 10.04800 MHz USB name "NP"
1.10 13.29400 MHz USB name "NP"
1.11 17.90400 MHz USB name "NP"
1.12 17.94600 MHz USB name "NP"
1.13 21.92500 MHz USB name "NP"
1.14 3.46700 MHz USB name "SP"
1.15 5.64300 MHz USB name "SP"
1.16 5.66700 MHz USB name "SP"
1.17 8.86700 MHz USB name "SP"
1.18 13.27300 MHz USB name "SP"
1.19 17.90400 MHz USB name "SP"
1.20 3.47900 MHz USB name "EUR-A"
1.21 5.66100 MHz USB name "EUR-A"
1.22 6.59800 MHz USB name "EUR-A"
1.23 10.08400 MHz USB name "EUR-A"
1.24 13.28800 MHz USB name "EUR-A"
1.25 17.96100 MHz USB name "EUR-A"
1.26 2.99200 MHz USB name "MID-1"
1.27 4.66900 MHz USB name "MID-1"
1.28 6.63100 MHz USB name "MID-1"
1.29 8.95100 MHz USB name "MID-1"
1.30 11.37500 MHz USB name "MID-1"
1.31 17.96100 MHz USB name "MID-1"
1.32 2.94400 MHz USB name "MID-3"
1.33 4.66900 MHz USB name "MID-3"
1.34 3.50000 MHz USB name "MID-3"
1.35 8.95100 MHz USB name "MID-3"
1.36 11.37500 MHz USB name "MID-3"
1.37 17.96100 MHz USB name "MID-3"
1.38 3.01900 MHz USB name "NCA-1"
1.39 5.64600 MHz USB name "NCA-1"
2.0 13.31500 MHz USB name "NCA-1"
2.1 17.95800 MHz USB name "NCA-1"
2.2 2.85100 MHz USB name "NCA-2"
2.3 4.67800 MHz USB name "NCA-2"
2.4 6.59200 MHz USB name "NCA-2"
2.5 10.09600 MHz USB name "NCA-2"
2.6 17.95800 MHz USB name "NCA-2"
2.7 3.00400 MHz USB name "NCA-3"
2.8 5.66400 MHz USB name "NCA-3"
2.9 10.03900 MHz USB name "NCA-3"
2.10 13.30300 MHz USB name "NCA-3"
2.11 17.95800 MHz USB name "NCA-3"
2.12 3.01600 MHz USB name "NAT-A"
2.13 5.59800 MHz USB name "NAT-A"
2.14 8.90600 MHz USB name "NAT-A"
2.15 13.30600 MHz USB name "NAT-A"
2.16 17.94600 MHz USB name "NAT-A"
2.17 2.89900 MHz USB name "NAT-B"
2.18 5.61600 MHz USB name "NAT-B"
2.19 8.86400 MHz USB name "NAT-B"
2.20 13.29100 MHz USB name "NAT-B"
2.21 17.94600 MHz USB name "NAT-B"
2.22 2.86200 MHz USB name "NAT-C"
2.23 5.64900 MHz USB name "NAT-C"
2.24 8.87900 MHz USB name "NAT-C"
2.25 13.30600 MHz USB name "NAT-C"
2.26 17.94600 MHz USB name "NAT-C"
2.27 2.97100 MHz USB name "NAT-D"
2.28 4.67500 MHz USB name "NAT-D"
2.29 8.89100 MHz USB name "NAT-D"
2.30 11.27900 MHz USB name "NAT-D"
2.31 13.29100 MHz USB name "NAT-D"
2.32 17.94600 MHz USB name "NAT-D"
2.33 2.96200 MHz USB name "NAT-E"
2.34 6.62800 MHz USB name "NAT-E"
2.35 8.82500 MHz USB name "NAT-E"
2.36 11.30900 MHz USB name "NAT-E"
2.37 13.35400 MHz USB name "NAT-E"
2.38 3.47600 MHz USB name "NAT-F"
2.39 6.62200 MHz USB name "NAT-F"
3.0 8.83100 MHz USB name "NAT-F"
3.1 2.88700 MHz USB name "CAR-A"
3.2 5.55000 MHz USB name "DGWGDGWG"
3.3 6.57700 MHz USB name "CAR-A"
3.4 8.91800 MHz USB name "CAR-A"
3.5 11.39600 MHz USB name "CAR-A"
3.6 13.29700 MHz USB name "CAR-A"
3.7 17.90700 MHz USB name "CAR-A"
3.8 3.45500 MHz USB name "CAR-B"
3.9 5.52000 MHz USB name "CAR-B"
3.10 6.58600 MHz USB name "CAR-B"
3.11 8.84600 MHz USB name "CAR-B"
3.12 11.33000 MHz USB name "CAR-B"
3.13 11.38700 MHz USB name "CAR-B"
3.14 17.90700 MHz USB name "CAR-B"
3.15 3.47900 MHz USB name "E_SAM"
3.16 5.52600 MHz USB name "E_SAM"
3.17 8.85500 MHz USB name "E_SAM"
3.18 10.09600 MHz USB name "E_SAM"
3.19 13.29700 MHz USB name "E_SAM"
3.20 17.90700 MHz USB name "E_SAM"
3.21 2.94400 MHz USB name "W_SAM"
3.22 4.66900 MHz USB name "W_SAM"
3.23 6.54900 MHz USB name "W_SAM"
3.24 10.02400 MHz USB name "W_SAM"
3.25 11.36000 MHz USB name "W_SAM"
3.26 17.90700 MHz USB name "W_SAM"
3.27 2.85400 MHz USB name "SAT-2"
3.28 5.56500 MHz USB name "SAT-2"
3.29 11.29100 MHz USB name "SAT-2"
3.30 13.31500 MHz USB name "SAT-2"
3.31 17.95500 MHz USB name "SAT-2"
3.32 3.01600 MHz USB name "EA-1"
3.33 6.57100 MHz USB name "EA-1"
3.34 8.89700 MHz USB name "EA-1"
3.35 10.04200 MHz USB name "EA-1"
3.36 17.95800 MHz USB name "EA-1"
3.37 3.47000 MHz USB name "SEA-1/3"
3.38 6.55600 MHz USB name "SEA-1/3"
3.39 3.45500 MHz USB name "CAR B"
4.0 11.39600 MHz USB name "SEA-1/3"
4.1 13.31800 MHz USB name "SEA-1/3"
4.2 17.90700 MHz USB name "SEA-1/3"
4.3 3.48500 MHz USB name "SEA/EA"
4.4 5.64900 MHz USB name "SEA/EA"
4.5 5.65500 MHz USB name "SEA/EA"
4.6 8.94200 MHz USB name "SEA/EA"
4.7 11.39600 MHz USB name "SEA/EA"
4.8 13.30900 MHz USB name "SEA/EA"
4.9 17.90700 MHz USB name "SEA/EA"
4.10 3.48500 MHz USB name "MET-NAT"
4.11 6.60400 MHz USB name "MET-NAT"
4.12 10.05100 MHz USB name "MET-NAT"
4.13 13.27000 MHz USB name "MET-NAT"
4.14 3.41300 MHz USB name "MET-EU"
4.15 5.50500 MHz USB name "MET-EU"
4.16 8.95700 MHz USB name "MET-EU"
4.17 13.26400 MHz USB name "MET-EU"
4.18 2.86300 MHz USB name "MET-PAC"
4.19 6.67900 MHz USB name "MET-PAC"
4.20 8.82800 MHz USB name "MET-PAC"
4.21 13.28200 MHz USB name "MET-PAC"
4.22 5.52900 MHz USB name "Houston"
4.23 6.63700 MHz USB name "Houston"
4.24 10.07500 MHz USB name "Houston"
4.25 11.34200 MHz USB name "Houston"
4.26 13.33000 MHz USB name "Houston"
4.27 17.94000 MHz USB name "Houston"
4.28 3.01300 MHz USB name "Honolulu"
4.29 6.64000 MHz USB name "Honolulu"
4.30 10.03300 MHz USB name "Honolulu"
4.31 11.34200 MHz USB name "Honolulu"
4.32 13.34800 MHz USB name "Honolulu"
4.33 13.35400 MHz USB name "Honolulu"
4.34 17.92500 MHz USB name "Honolulu"
4.35 21.96400 MHz USB name "Honolulu"
4.36 3.49400 MHz USB name "New_York"
4.37 6.52600 MHz USB name "New_York"
4.38 6.64000 MHz USB name "New_York"
4.39 11.34200 MHz USB name "New_York"
5.0 6.57700 MHz USB name "6.57700"
5.1 11.33000 MHz USB name "xxx"
5.2 11.33000 MHz USB name "yyy"
5.3 8.91800 MHz USB
5.4 8.84600 MHz USB
5.5 6.58600 MHz USB
5.6 6.57700 MHz USB
5.7 5.55000 MHz USB
5.8 5.52000 MHz USB
5.9 3.45500 MHz USB
5.10 6.57700 MHz USB
5.11 6.57700 MHz USB
5.12 4.55000 MHz USB name "Gulf_Mex"
5.13 6.82000 MHz USB name "Gulf_Mex"
5.14 8.07000 MHz USB name "Gulf_Mex"
5.15 13.35400 MHz USB name "Gulf_Mex"
5.16 3.48500 MHz USB name "St_Johns"
5.17 5.60400 MHz USB name "St_Johns"
5.18 8.81900 MHz USB name "St_Johns"
5.19 2.88700 MHz USB name "CAR A"
5.20 13.42000 MHz USB name "St_Johns"
5.21 17.91000 MHz USB name "St_Johns"
5.22 3.01000 MHz USB name "Berne"
5.23 4.65400 MHz USB name "Berne"
5.24 4.67000 MHz USB name "Berne"
5.25 4.70200 MHz USB name "Berne"
5.26 6.52600 MHz USB name "Berne"
5.27 6.64300 MHz USB name "Berne"
5.28 6.70500 MHz USB name "Berne"
5.29 6.74200 MHz USB name "Berne"
5.30 8.93600 MHz USB name "Berne"
5.31 9.21100 MHz USB name "Berne"
5.32 10.06900 MHz USB name "Berne"
5.33 13.30000 MHz USB name "CWP-1/2"
5.37 15.05000 MHz USB name "Berne"
5.38 15.83500 MHz USB name "Berne"
6.0 18.02300 MHz USB name "Berne"
6.1 18.48000 MHz USB name "Berne"
6.2 19.55400 MHz USB name "Berne"
6.3 20.03500 MHz USB name "Berne"
6.4 20.87000 MHz USB name "Berne"
6.5 21.93300 MHz USB name "Berne"
6.6 21.98800 MHz USB name "Berne"
6.7 23.28500 MHz USB name "Berne"
6.8 25.50000 MHz USB name "Berne"
6.9 3.48200 MHz USB name "London"
6.10 4.80700 MHz USB name "London"
6.11 5.61000 MHz USB name "London"
6.12 6.63400 MHz USB name "London"
6.13 8.17000 MHz USB name "London"
6.14 8.96000 MHz USB name "London"
6.15 10.29100 MHz USB name "London"
6.16 11.30600 MHz USB name "London"
6.17 12.13300 MHz USB name "London"
6.18 13.86500 MHz USB name "London"
6.19 14.89000 MHz USB name "London"
6.20 17.40500 MHz USB name "London"
6.21 19.51000 MHz USB name "London"
6.22 2.50000 MHz AM name "WWV2"
6.23 5.00000 MHz AM name "WWV5"
6.24 10.00000 MHz AM name "WWV10"
6.25 15.00000 MHz AM name "WWV15"
6.26 20.00000 MHz AM name "WWV20"
6.27 3.33000 MHz AM name "CHU3"
6.28 7.33500 MHz AM name "CHU5"
6.29 14.67000 MHz AM name "CHU14"
6.30 0.66000 MHz AM name "WFAN"
6.31 0.80000 MHz AM name "NONAME"
6.32 0.83000 MHz AM name "NONAME"
6.33 0.88000 MHz AM name "NONAME"
6.34 0.95000 MHz AM name "WPEN"
6.35 1.03000 MHz AM name "WBZ"
6.36 1.06000 MHz AM name "KYW"
6.37 1.09000 MHz AM name "WBAL"
6.38 1.10000 MHz AM name "NONAME"
6.39 1.11000 MHz AM name "NONAME"
7.0 1.15000 MHz AM name "WDEL"
7.1 1.17000 MHz AM name "NONAME"
7.2 1.21000 MHz AM name "WPHT"
7.3 1.26000 MHz AM name "WNRK"
7.4 1.29000 MHz AM name "WJBR"
7.5 1.33000 MHz AM name "NONAME"
7.6 1.38000 MHz AM name "WTMC"
7.7 1.45000 MHz AM name "WILM"
7.8 1.51000 MHz AM name "NONAME"
7.9 1.55000 MHz AM name "WSER"
7.10 90.90000 MHz WFM name "NONAME"
7.11 91.30000 MHz WFM name "WVUD"
7.12 93.70000 MHz WFM name "WSTW"
7.13 94.10000 MHz WFM name "NONAME"
7.14 94.70000 MHz WFM name "NONAME"
7.15 95.70000 MHz WFM name "NONAME"
7.16 99.50000 MHz WFM name "WJBR"
7.17 103.70000 MHz WFM name "WXCY"
7.18 107.70000 MHz WFM name "NONAME"
7.19 493.75000 MHz WFM name "C17"
7.20 523.75000 MHz WFM name "C22"
7.21 529.75000 MHz WFM name "C23"
7.22 679.75000 MHz WFM name "C48"
7.23 757.75000 MHz WFM name "C61"
7.24 781.75000 MHz WFM name "C65"
7.25 565.75000 MHz WFM name "C29"
7.26 649.75000 MHz WFM name "C43"
7.27 661.75000 MHz WFM name "C45"
7.28 733.75000 MHz WFM name "C57"
7.29 59.75000 MHz WFM name "C2"
7.30 197.75000 MHz WFM name "C10"
7.31 203.75000 MHz WFM name "C11"
7.32 209.75000 MHz WFM name "C12"
7.33 215.75000 MHz WFM name "C13"
7.34 493.75000 MHz WFM name "C17"
7.35 523.75000 MHz WFM name "C22"
7.36 529.75000 MHz WFM name "C23"
7.37 679.75000 MHz WFM name "C48"
7.38 757.75000 MHz WFM name "C61"
7.39 781.75000 MHz WFM name "C65"
8.0 1.15000 MHz AM name "WDEL-AM"
8.1 1.21000 MHz AM name "AM"
8.2 1.26000 MHz AM name "WNRK-AM"
8.3 1.29000 MHz AM name "WJBR-AM"
8.4 1.33000 MHz AM name "AM"
8.5 1.38000 MHz AM name "AM"
8.6 1.45000 MHz AM name "WILM-AM"
8.7 1.51000 MHz AM name "AM"
8.8 1.55000 MHz AM name "WSER-AM"
8.9 1.59000 MHz AM name "AM"
8.10 89.90000 MHz WFM name "FM"
8.11 91.30000 MHz WFM name "WVUD-FM"
8.12 93.70000 MHz WFM name "WSTW-FM"
8.13 94.70000 MHz WFM name "FM"
8.14 97.90000 MHz WFM name "FM"
8.15 98.10000 MHz WFM name "FM"
8.16 98.90000 MHz WFM name "FM"
8.17 99.50000 MHz WFM name "WJBR-FM"
8.18 101.10000 MHz WFM name "FM"
8.19 102.90000 MHz WFM name "FM"
8.20 103.50000 MHz WFM name "WJYN-FM"
8.21 103.70000 MHz WFM name "WXCY-FM"
8.22 104.30000 MHz WFM name "FM"
8.23 104.50000 MHz WFM name "FM"
8.24 105.30000 MHz WFM name "FM"
8.25 105.70000 MHz WFM name "FM"
8.26 945.40000 MHz WFM name "FM"
8.27 5.97500 MHz AM name "BBC"
8.28 7.32500 MHz AM name "BBC"
8.29 12.09500 MHz AM name "BBC"
8.30 15.07000 MHz AM name "BBC"
8.31 2.50000 MHz AM name "WWV"
8.32 5.00000 MHz AM name "WWV"
8.33 10.00000 MHz AM name "WWV"
8.34 15.00000 MHz AM name "WWV"
8.35 20.00000 MHz AM name "WWV"
8.36 3.33000 MHz USB name "CHU"
8.37 7.33500 MHz USB name "CHU"
8.38 14.67000 MHz USB name "CHU"
9.0 59.75000 MHz WFM name "TV-2"
9.1 65.75000 MHz WFM name "CBS-3"
9.2 71.75000 MHz WFM name "FOX-4"
9.3 81.75000 MHz WFM name "TV-5"
9.4 87.75000 MHz WFM name "ABC-6"
9.5 179.75000 MHz WFM name "WB-7"
9.6 185.75000 MHz WFM name "CN-8"
9.7 191.75000 MHz WFM name "TV-9"
9.8 197.75000 MHz WFM name "NBC-10"
9.9 203.75000 MHz WFM name "PBS-11"
9.10 209.75000 MHz WFM name "PBS-12"
9.11 215.75000 MHz WFM name "TV-13"
9.12 493.75000 MHz WFM name "WB-17"
9.13 523.75000 MHz WFM name "TV-22"
9.14 529.75000 MHz WFM name "WNJS-23"
9.15 565.75000 MHz WFM name "WTXF-29"
9.16 601.75000 MHz WFM name "WYBE-35"
9.17 679.75000 MHz WFM name "WGTW-48"
9.18 733.75000 MHz WFM name "WPSG-57"
9.19 757.75000 MHz WFM name "WPPX-61"
9.20 781.75000 MHz WFM name "TV-65"
10.0 0.66000 MHz AM
10.1 0.80000 MHz AM
10.2 0.83000 MHz AM
10.3 0.88000 MHz AM
10.4 0.95000 MHz AM
10.5 1.03000 MHz AM
10.6 1.06000 MHz AM
10.7 1.09000 MHz AM
10.8 1.10000 MHz AM
10.9 1.11000 MHz AM
10.10 99.50000 MHz WFM
10.11 1.17000 MHz AM
10.12 1.21000 MHz AM
10.13 1.26000 MHz AM
10.14 1.29000 MHz AM
10.15 1.33000 MHz AM
10.16 1.38000 MHz AM
10.17 1.45000 MHz AM
10.18 1.51000 MHz AM
10.19 1.55000 MHz AM
10.20 89.90000 MHz WFM
10.21 91.30000 MHz WFM
10.22 93.70000 MHz WFM
10.23 94.10000 MHz WFM
10.24 94.70000 MHz WFM
10.25 95.70000 MHz WFM
10.26 99.50000 MHz WFM
10.27 103.70000 MHz WFM
10.28 107.70000 MHz WFM
11.0 59.75000 MHz WFM
11.1 197.75000 MHz WFM
11.2 203.75000 MHz WFM
11.3 52.85000 MHz FM
11.4 215.75000 MHz WFM
11.5 493.75000 MHz WFM
11.6 523.75000 MHz WFM
11.7 529.75000 MHz WFM
11.8 679.75000 MHz WFM
11.9 757.75000 MHz WFM
11.10 781.75000 MHz WFM
11.11 565.75000 MHz WFM
11.12 649.75000 MHz WFM
11.13 661.75000 MHz WFM
11.14 733.75000 MHz WFM
12.1 3.45200 MHz USB name "AFI/SAT"
12.2 6.53500 MHz USB name "AFI/SAT"
12.3 8.86100 MHz USB name "AFI/SAT"
12.4 13.35700 MHz USB name "AFI/SAT"
12.5 17.95500 MHz USB name "AFI/SAT"
12.6 3.41900 MHz USB name "AFI 2"
12.7 5.65200 MHz USB name "AFI 2"
12.8 8.89400 MHz USB name "AFI 2"
12.9 13.27300 MHz USB name "AFI 2"
12.10 17.96100 MHz USB name "AFI 2"
12.11 3.46700 MHz USB name "AFI/MID"
12.12 5.65800 MHz USB name "AFI/MID"
12.13 10.01800 MHz USB name "AFI/MID"
12.14 11.30000 MHz USB name "AFI/MID"
12.15 13.28800 MHz USB name "AFI/MID"
12.16 17.96100 MHz USB name "AFI/MID"
12.17 2.87800 MHz USB name "AFI 4"
12.18 5.49300 MHz USB name "AFI 4"
12.19 8.90300 MHz USB name "AFI 4"
12.20 13.29400 MHz USB name "AFI 4"
12.21 17.96100 MHz USB name "AFI 4"
12.22 3.47600 MHz USB name "AFI/INO"
12.23 5.63400 MHz USB name "AFI/INO"
12.24 8.87900 MHz USB name "AFI/INO"
12.25 13.30600 MHz USB name "AFI/INO"
12.26 17.96100 MHz USB name "AFI/INO"
13.0 2.88700 MHz USB name "CAR A"
13.1 3.45500 MHz USB name "CAR B"
13.2 5.52000 MHz USB name "CAR B"
13.3 5.55000 MHz USB name "CAR A"
13.4 6.57700 MHz USB name "CAR A"
13.5 6.58600 MHz USB name "CAR B"
13.6 8.84600 MHz USB name "CAR B"
13.7 8.91800 MHz USB name "CAR A"
13.8 11.33000 MHz USB name "CAR B"
13.9 11.38700 MHz USB name "CAR B"
13.10 11.39600 MHz USB name "CAR A"
13.11 13.29700 MHz USB name "CAR A"
13.12 17.90700 MHz USB name "CAR A/B"
13.13 3.48500 MHz USB name "VOLM NAT"
13.14 6.60400 MHz USB name "VOLM NAT"
13.15 10.05100 MHz USB name "VOLM NAT"
13.16 13.27000 MHz USB name "VOLM NAT"
13.17 3.41300 MHz USB name "VOLM EU"
13.18 5.50500 MHz USB name "VOLM EU"
13.19 8.95700 MHz USB name "VOLM EU"
13.20 13.26400 MHz USB name "VOLM EU"
13.21 2.86300 MHz USB name "VOLM PAC"
13.22 6.67900 MHz USB name "VOLM PAC"
13.23 8.82800 MHz USB name "VOLM PAC"
13.24 13.28200 MHz USB name "VOLM PAC"
13.25 5.45000 MHz USB name "VOLM ME"
13.26 3.47900 MHz USB name "E SAM"
13.27 5.52600 MHz USB name "E SAM"
13.28 8.85500 MHz USB name "E SAM"
13.29 10.09600 MHz USB name "E SAM"
13.30 13.29700 MHz USB name "E SAM"
13.31 17.90700 MHz USB name "E SAM"
13.32 2.94400 MHz USB name "W SAM"
13.33 4.66900 MHz USB name "W SAM"
13.34 6.54900 MHz USB name "W SAM"
13.35 10.02400 MHz USB name "W SAM"
13.36 11.36000 MHz USB name "W SAM"
13.37 17.90700 MHz USB name "W SAM"
14.0 3.01600 MHz USB name "NAT A"
14.1 5.59800 MHz USB name "NAT A"
14.2 8.90600 MHz USB name "NAT A"
14.3 13.30600 MHz USB name "NAT A"
14.4 17.94600 MHz USB name "NAT A"
14.5 2.89900 MHz USB name "NAT B"
14.6 5.61600 MHz USB name "NAT B"
14.7 8.86400 MHz USB name "NAT B"
14.8 13.29100 MHz USB name "NAT B"
14.9 17.94600 MHz USB name "NAT B"
14.10 2.86200 MHz USB name "NAT C"
14.11 5.64900 MHz USB name "NAT C"
14.12 8.87900 MHz USB name "NAT C"
14.13 13.30600 MHz USB name "NAT C"
14.14 17.94600 MHz USB name "NAT C"
14.15 2.97100 MHz USB name "NAT D"
14.16 4.67500 MHz USB name "NAT D"
14.17 8.89100 MHz USB name "NAT D"
14.18 11.27900 MHz USB name "NAT D"
14.19 13.29100 MHz USB name "NAT D"
14.20 17.94600 MHz USB name "NAT D"
14.21 2.96200 MHz USB name "NAT E"
14.22 6.62800 MHz USB name "NAT E"
14.23 8.82500 MHz USB name "NAT E"
14.24 11.30900 MHz USB name "NAT E"
14.25 13.35400 MHz USB name "NAT E"
14.26 3.47600 MHz USB name "NAT F"
14.27 6.62200 MHz USB name "NAT F"
14.28 8.83100 MHz USB name "NAT F"
14.29 5.66400 MHz USB name "NCA 3"
14.30 10.03900 MHz USB name "NCA 3"
14.31 13.30300 MHz USB name "NCA 3"
14.32 17.95800 MHz USB name "NCA 3"
15.0 2.86900 MHz USB name "CEP"
15.1 3.41300 MHz USB name "CEP"
15.2 5.54700 MHz USB name "CEP"
15.3 5.57400 MHz USB name "CEP"
15.4 8.84300 MHz USB name "CEP"
15.5 11.28200 MHz USB name "CEP"
15.6 13.26100 MHz USB name "CEP"
15.7 13.35400 MHz USB name "CEP"
15.8 17.90400 MHz USB name "CEP"
15.9 2.99800 MHz USB name "CWP"
15.10 4.66600 MHz USB name "CWP"
15.11 6.53200 MHz USB name "CWP"
15.12 6.56200 MHz USB name "CWP"
15.13 8.90300 MHz USB name "CWP"
15.14 11.38400 MHz USB name "CWP"
15.15 13.30000 MHz USB name "CWP"
15.16 17.90400 MHz USB name "CWP"
15.17 21.98500 MHz USB name "CWP"
15.18 2.93200 MHz USB name "NP"
15.19 5.62800 MHz USB name "NP"
15.20 5.66700 MHz USB name "NP"
15.21 6.66500 MHz USB name "NP"
15.22 8.91500 MHz USB name "NP"
15.23 10.04800 MHz USB name "NP"
15.24 13.29400 MHz USB name "NP"
15.25 17.90400 MHz USB name "NP"
15.26 17.94600 MHz USB name "NP"
15.27 21.92500 MHz USB name "NP"
15.28 3.46700 MHz USB name "SP"
15.29 5.64300 MHz USB name "SP"
15.30 5.66700 MHz USB name "SP"
15.31 8.86700 MHz USB name "SP"
15.32 13.27300 MHz USB name "SP"
15.33 17.90400 MHz USB name "SP"
15.34 28.15000 MHz CW name "CW"
15.35 28.30000 MHz USB name "PHONE"
15.36 50.00000 MHz CW name "CW"
15.37 50.10000 MHz USB name "PHONE"
15.38 144.00000 MHz CW name "CW"
15.39 144.10000 MHz USB name "PHONE"
16.0 2.85400 MHz USB name "SAT 2"
16.1 5.56500 MHz USB name "SAT 2"
16.2 11.29100 MHz USB name "SAT 2"
16.3 13.31500 MHz USB name "SAT 2"
16.4 17.95500 MHz USB name "SAT 2"
16.5 3.45200 MHz USB name "AFI/SAT"
16.6 6.53500 MHz USB name "AFI/SAT"
16.7 8.86100 MHz USB name "AFI/SAT"
16.8 13.35700 MHz USB name "AFI/SAT"
16.9 17.95500 MHz USB name "AFI/SAT"
16.10 3.41900 MHz USB name "AFI 2"
16.11 5.65200 MHz USB name "AFI 2"
16.12 8.89400 MHz USB name "AFI 2"
16.13 13.27300 MHz USB name "AFI 2"
16.14 17.96100 MHz USB name "AFI 2"
16.15 3.46700 MHz USB name "AFI/MID"
16.16 5.65800 MHz USB name "AFI/MID"
16.17 10.01800 MHz USB name "AFI/MID"
16.18 11.30000 MHz USB name "AFI/MID"
16.19 13.28800 MHz USB name "AFI/MID"
16.20 17.96100 MHz USB name "AFI/MID"
16.21 2.87800 MHz USB name "AFI 4"
16.22 5.49300 MHz USB name "AFI 4"
16.23 8.90300 MHz USB name "AFI 4"
16.24 13.29400 MHz USB name "AFI 4"
16.25 17.96100 MHz USB name "AFI 4"
16.26 3.47600 MHz USB name "AFI/INO"
16.27 5.63400 MHz USB name "AFI/INO"
16.28 8.87900 MHz USB name "AFI/INO"
16.29 13.30600 MHz USB name "AFI/INO"
16.30 17.96100 MHz USB name "AFI/INO"
16.31 17.95500 MHz USB name "SAT 2"
17.0 3.47900 MHz USB name "EUR A"
17.1 5.66100 MHz USB name "EUR A"
17.2 6.59800 MHz USB name "EUR A"
17.3 10.08400 MHz USB name "EUR A"
17.4 13.28800 MHz USB name "EUR A"
17.5 17.96100 MHz USB name "EUR A"
17.6 2.99200 MHz USB name "MID 1"
17.7 4.66900 MHz USB name "MID 1"
17.8 6.63100 MHz USB name "MID 1"
17.9 8.95100 MHz USB name "MID 1"
17.10 11.37500 MHz USB name "MID 1"
17.11 17.96100 MHz USB name "MID 1"
17.12 2.94400 MHz USB name "MID 3"
17.13 4.66900 MHz USB name "MID 3"
17.14 6.63100 MHz USB name "MID 3"
17.15 8.95100 MHz USB name "MID 3"
17.16 11.37500 MHz USB name "MID 3"
17.17 17.96100 MHz USB name "MID 3"
17.18 3.01900 MHz USB name "NCA 1"
17.19 5.64600 MHz USB name "NCA 1"
17.20 13.31500 MHz USB name "NCA 1"
17.21 17.95800 MHz USB name "NCA 1"
17.22 2.85100 MHz USB name "NCA 2"
17.23 4.67800 MHz USB name "NCA 2"
17.24 6.59200 MHz USB name "NCA 2"
17.25 10.09600 MHz USB name "NCA 2"
17.26 17.95800 MHz USB name "NCA 2"
17.27 3.00400 MHz USB name "NCA 3"
17.28 5.66400 MHz USB name "NCA 3"
17.29 10.03900 MHz USB name "NCA 3"
17.30 13.30300 MHz USB name "NCA 3"
17.31 17.95800 MHz USB name "NCA 3"
18.0 3.01600 MHz USB name "EA 1"
18.1 6.57100 MHz USB name "EA 1"
18.2 8.89700 MHz USB name "EA 1"
18.3 10.04200 MHz USB name "EA 1"
18.4 17.95800 MHz USB name "EA 1"
18.5 3.47000 MHz USB name "SEA 1/3"
18.6 6.55600 MHz USB name "SEA 1/3"
18.7 10.06600 MHz USB name "SEA 1/3"
18.8 11.39600 MHz USB name "SEA 1/3"
18.9 13.31800 MHz USB name "SEA 1/3"
18.10 17.90700 MHz USB name "SEA 1/3"
18.11 3.48500 MHz USB name "SEA/EA"
18.12 5.64900 MHz USB name "SEA/EA"
18.13 5.65500 MHz USB name "SEA/EA"
18.14 8.94200 MHz USB name "SEA/EA"
18.15 11.39600 MHz USB name "SEA/EA"
18.16 13.30900 MHz USB name "SEA/EA"
18.17 17.90700 MHz USB name "SEA/EA"
18.18 6.64000 MHz USB name "New York"
18.19 11.34200 MHz USB name "New York"
18.20 13.33000 MHz USB name "New York"
18.21 13.35400 MHz USB name "New York"
18.22 17.92500 MHz USB name "New York"
18.23 21.96400 MHz USB name "New York"
18.24 3.01300 MHz USB name "San Fran"
18.25 3.41300 MHz USB name "San Fran"
18.26 6.64000 MHz USB name "San Fran"
18.27 8.84300 MHz USB name "San Fran"
18.28 11.34200 MHz USB name "San Fran"
18.29 13.30000 MHz USB name "San Fran"
18.30 13.34800 MHz USB name "San Fran"
18.31 13.35400 MHz USB name "San Fran"
18.32 17.92500 MHz USB name "San Fran"
18.33 21.96400 MHz USB name "San Fran"
18.34 4.55000 MHz USB name "Gulf Mex"
18.35 6.82000 MHz USB name "Gulf Mex"
18.36 8.07000 MHz USB name "Gulf Mex"
18.37 13.35400 MHz USB name "Gulf Mex"
18.38 3.48500 MHz USB name "St Johns"
18.39 5.60400 MHz USB name "St Johns"
19.0 3.01000 MHz USB name "Berne"
19.1 3.01300 MHz USB name "San Fran"
19.2 3.48200 MHz USB name "Portis"
19.3 3.48500 MHz USB name "St Johns"
19.4 3.49400 MHz USB name "New York"
19.5 4.65400 MHz USB name "Berne"
19.6 4.67000 MHz USB name "Berne"
19.7 5.52900 MHz USB name "Houston"
19.8 5.60400 MHz USB name "St Johns"
19.9 5.61000 MHz USB name "Portis"
19.10 6.52600 MHz USB name "New York"
19.11 6.63400 MHz USB name "Portis"
19.12 6.63700 MHz USB name "Houston"
19.13 6.64000 MHz USB name "ARINC"
19.14 6.64300 MHz USB name "Berne"
19.15 8.81900 MHz USB name "St Johns"
19.16 8.84300 MHz USB name "San Fran"
19.17 8.93600 MHz USB name "Berne"
19.18 8.96000 MHz USB name "Portis"
19.19 10.03300 MHz USB name "Honolulu"
19.20 10.06900 MHz USB name "Berne"
19.21 10.07500 MHz USB name "Houston"
19.22 11.30600 MHz USB name "Portis"
19.23 11.34200 MHz USB name "ARINC"
19.24 13.28500 MHz USB name "St Johns"
19.25 13.30000 MHz USB name "San Fran"
19.26 13.32400 MHz USB name "Berne"
19.27 13.33000 MHz USB name "New York"
19.28 13.34800 MHz USB name "San Fran"
19.29 13.35400 MHz USB name "ARINC"
19.30 17.91000 MHz USB name "St Johns"
19.31 17.92500 MHz USB name "ARINC"
19.32 17.93100 MHz USB name "Berne"
19.33 17.94000 MHz USB name "Houston"
19.34 21.93300 MHz USB name "Berne"
19.35 21.96400 MHz USB name "ARINC"
19.36 21.98800 MHz USB name "Berne"