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Copy pathactions.c
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1274 lines (1261 loc) · 39.1 KB
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#include <gtk/gtk.h>
#include <math.h>
#include "main.h"
#include "discovery.h"
#include "receiver.h"
#include "sliders.h"
#include "band_menu.h"
#include "diversity_menu.h"
#include "vfo.h"
#include "radio.h"
#include "radio_menu.h"
#include "new_menu.h"
#include "new_protocol.h"
#ifdef PURESIGNAL
#include "ps_menu.h"
#endif
#include "agc.h"
#include "filter.h"
#include "mode.h"
#include "band.h"
#include "bandstack.h"
#include "noise_menu.h"
#include "wdsp.h"
#ifdef CLIENT_SERVER
#include "client_server.h"
#endif
#include "ext.h"
#include "zoompan.h"
#include "actions.h"
#include "gpio.h"
#include "toolbar.h"
#ifdef LOCALCW
#include "iambic.h"
#endif
ACTION_TABLE ActionTable[] = {
{NO_ACTION, "NONE", NULL, TYPE_NONE},
{A_SWAP_B, "A<>B", "A<>B", MIDI_KEY | CONTROLLER_SWITCH},
{A_TO_B, "A>B", "A>B", MIDI_KEY | CONTROLLER_SWITCH},
{AF_GAIN, "AF GAIN", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{AF_GAIN_RX1, "AF GAIN\nRX1", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{AF_GAIN_RX2, "AF GAIN\nRX2", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{AGC, "AGC", "AGC", MIDI_KEY | CONTROLLER_SWITCH},
{AGC_GAIN, "AGC GAIN", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{AGC_GAIN_RX1, "AGC GAIN\nRX1", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{AGC_GAIN_RX2, "AGC GAIN\nRX2", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{ANF, "ANF", "ANF", MIDI_KEY | CONTROLLER_SWITCH},
{ATTENUATION, "ATTEN", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{B_TO_A, "A<B", "A<B", MIDI_KEY | CONTROLLER_SWITCH},
{BAND_10, "BAND 10", "10", MIDI_KEY},
{BAND_12, "BAND 12", "12", MIDI_KEY},
{BAND_1240, "BAND 1240", "1240", MIDI_KEY},
{BAND_144, "BAND 144", "144", MIDI_KEY},
{BAND_15, "BAND 15", "15", MIDI_KEY},
{BAND_160, "BAND 160", "160", MIDI_KEY},
{BAND_17, "BAND 17", "17", MIDI_KEY},
{BAND_20, "BAND 20", "20", MIDI_KEY},
{BAND_220, "BAND 220", "220", MIDI_KEY},
{BAND_2300, "BAND 2300", "2300", MIDI_KEY},
{BAND_30, "BAND 30", "30", MIDI_KEY},
{BAND_3400, "BAND 3400", "3400", MIDI_KEY},
{BAND_40, "BAND 40", "40", MIDI_KEY},
{BAND_430, "BAND 430", "430", MIDI_KEY},
{BAND_6, "BAND 6", "6", MIDI_KEY},
{BAND_60, "BAND 60", "60", MIDI_KEY},
{BAND_70, "BAND 70", "70", MIDI_KEY},
{BAND_80, "BAND 80", "80", MIDI_KEY},
{BAND_902, "BAND 902", "902", MIDI_KEY},
{BAND_AIR, "BAND AIR", "AIR", MIDI_KEY},
{BAND_GEN, "BAND GEN", "GEN", MIDI_KEY},
{BAND_MINUS, "BAND -", "BND-", MIDI_KEY | CONTROLLER_SWITCH},
{BAND_PLUS, "BAND +", "BND+", MIDI_KEY | CONTROLLER_SWITCH},
{BAND_WWV, "BAND WWV", "WWV", MIDI_KEY},
{BANDSTACK_MINUS, "BANDSTACK -", "BSTK-", MIDI_KEY | CONTROLLER_SWITCH},
{BANDSTACK_PLUS, "BANDSTACK +", "BSTK+", MIDI_KEY | CONTROLLER_SWITCH},
{COMP_ENABLE, "COMP ON/OFF", "COMP", MIDI_KEY | CONTROLLER_SWITCH},
{COMPRESSION, "COMPRESSION", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{CTUN, "CTUN", "CTUN", MIDI_KEY | CONTROLLER_SWITCH},
{CW_FREQUENCY, "CW FREQUENCY", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{CW_LEFT, "CW LEFT", "CWL", MIDI_KEY | CONTROLLER_SWITCH},
{CW_RIGHT, "CW RIGHT", "CWR", MIDI_KEY | CONTROLLER_SWITCH},
{CW_SPEED, "CW SPEED", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{DIV, "DIV ON/OFF", "DIV", MIDI_KEY | CONTROLLER_SWITCH},
{DIV_GAIN, "DIV GAIN", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{DIV_GAIN_COARSE, "DIV GAIN\nCOARSE", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{DIV_GAIN_FINE, "DIV GAIN\nFINE", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{DIV_PHASE, "DIV PHASE", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{DIV_PHASE_COARSE, "DIV PHASE\nCOARSE", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{DIV_PHASE_FINE, "DIV PHASE\nFINE", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{DRIVE, "TX DRIVE", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{DUPLEX, "DUPLEX", "DUP", MIDI_KEY | CONTROLLER_SWITCH},
{FILTER_MINUS, "FILTER -", "FL-", MIDI_KEY | CONTROLLER_SWITCH},
{FILTER_PLUS, "FILTER +", "FL+", MIDI_KEY | CONTROLLER_SWITCH},
{FUNCTION, "FUNC", "FUNC", CONTROLLER_SWITCH},
{IF_SHIFT, "IF SHIFT", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{IF_SHIFT_RX1, "IF SHIFT\nRX1", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{IF_SHIFT_RX2, "IF SHIFT\nRX2", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{IF_WIDTH, "IF WIDTH", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{IF_WIDTH_RX1, "IF WIDTH\nRX1", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{IF_WIDTH_RX2, "IF WIDTH\nRX2", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{LINEIN_GAIN, "LINEIN\nGAIN", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{LOCK, "LOCK", "LOCK", MIDI_KEY | CONTROLLER_SWITCH},
{MENU_AGC, "AGC\nMENU", "AGC", MIDI_KEY | CONTROLLER_SWITCH},
{MENU_BAND, "BAND\nMENU", "BAND", MIDI_KEY | CONTROLLER_SWITCH},
{MENU_BANDSTACK, "BSTK\nMENU", "BSTK", MIDI_KEY | CONTROLLER_SWITCH},
{MENU_DIVERSITY, "DIV\nMENU", "DIV", MIDI_KEY | CONTROLLER_SWITCH},
{MENU_FILTER, "FILT\nMENU", "FILT", MIDI_KEY | CONTROLLER_SWITCH},
{MENU_FREQUENCY, "FREQ\nMENU", "FREQ", MIDI_KEY | CONTROLLER_SWITCH},
{MENU_MEMORY, "MEM\nMENU", "MEM", MIDI_KEY | CONTROLLER_SWITCH},
{MENU_MODE, "MODE\nMENU", "MODE", MIDI_KEY | CONTROLLER_SWITCH},
{MENU_NOISE, "NOISE\nMENU", "NOISE", MIDI_KEY | CONTROLLER_SWITCH},
{MENU_PS, "PS MENU", "PS", MIDI_KEY | CONTROLLER_SWITCH},
{MIC_GAIN, "MIC GAIN", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{MODE_MINUS, "MODE -", "MD-", MIDI_KEY | CONTROLLER_SWITCH},
{MODE_PLUS, "MODE +", "MD+", MIDI_KEY | CONTROLLER_SWITCH},
{MOX, "MOX", "MOX", MIDI_KEY | CONTROLLER_SWITCH},
{MUTE, "MUTE", "MUTE", MIDI_KEY | CONTROLLER_SWITCH},
{NB, "NB", "NB", MIDI_KEY | CONTROLLER_SWITCH},
{NR, "NR", "NR", MIDI_KEY | CONTROLLER_SWITCH},
{NUMPAD_0, "NUMPAD 0", "0", MIDI_KEY},
{NUMPAD_1, "NUMPAD 1", "1", MIDI_KEY},
{NUMPAD_2, "NUMPAD 2", "2", MIDI_KEY},
{NUMPAD_3, "NUMPAD 3", "3", MIDI_KEY},
{NUMPAD_4, "NUMPAD 4", "4", MIDI_KEY},
{NUMPAD_5, "NUMPAD 5", "5", MIDI_KEY},
{NUMPAD_6, "NUMPAD 6", "6", MIDI_KEY},
{NUMPAD_7, "NUMPAD 7", "7", MIDI_KEY},
{NUMPAD_8, "NUMPAD 8", "8", MIDI_KEY},
{NUMPAD_9, "NUMPAD 9", "9", MIDI_KEY},
{NUMPAD_CL, "NUMPAD\nCL", "CL", MIDI_KEY},
{NUMPAD_ENTER, "NUMPAD\nENTER", "EN", MIDI_KEY},
{PAN, "PAN", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{PAN_MINUS, "PAN -", "PAN-", MIDI_KEY | CONTROLLER_SWITCH},
{PAN_PLUS, "PAN +", "PAN+", MIDI_KEY | CONTROLLER_SWITCH},
{PANADAPTER_HIGH, "PAN HIGH", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{PANADAPTER_LOW, "PAN LOW", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{PANADAPTER_STEP, "PAN STEP", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{PREAMP, "PREAMP\nON/OFF", "PRE", MIDI_KEY | CONTROLLER_SWITCH},
{PS, "PS ON/OFF", "PS", MIDI_KEY | CONTROLLER_SWITCH},
{PTT, "PTT", "PTT", MIDI_KEY | CONTROLLER_SWITCH},
{RF_GAIN, "RF GAIN", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{RF_GAIN_RX1, "RF GAIN\nRX1", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{RF_GAIN_RX2, "RF GAIN\nRX2", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{RIT, "RIT", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{RIT_CLEAR, "RIT\nCLEAR", "RITCL", MIDI_KEY | CONTROLLER_SWITCH},
{RIT_ENABLE, "RIT\nON/OFF", "RIT", MIDI_KEY | CONTROLLER_SWITCH},
{RIT_MINUS, "RIT +", "RIT-", MIDI_KEY | CONTROLLER_SWITCH},
{RIT_PLUS, "RIT -", "RIT+", MIDI_KEY | CONTROLLER_SWITCH},
{RIT_RX1, "RIT\nRX1", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{RIT_RX2, "RIT\nRX2", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{RIT_STEP, "RIT\nSTEP", "RITST", MIDI_KEY | CONTROLLER_SWITCH},
{RSAT, "RSAT", "RSAT", MIDI_KEY | CONTROLLER_SWITCH},
{SAT, "SAT", "SAT", MIDI_KEY | CONTROLLER_SWITCH},
{SNB, "SNB", "SNB", MIDI_KEY | CONTROLLER_SWITCH},
{SPLIT, "SPLIT", "SPLIT", MIDI_KEY | CONTROLLER_SWITCH},
{SQUELCH, "SQUELCH", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{SQUELCH_RX1, "SQUELCH\nRX1", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{SQUELCH_RX2, "SQUELCH\nRX1", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{SWAP_RX, "SWAP RX", "SWAPRX", MIDI_KEY | CONTROLLER_SWITCH},
{TUNE, "TUNE", "TUNE", MIDI_KEY | CONTROLLER_SWITCH},
{TUNE_DRIVE, "TUNE\nDRV", NULL, MIDI_KNOB | MIDI_WHEEL | CONTROLLER_ENCODER},
{TUNE_FULL, "TUNE\nFUL", "TUNF", MIDI_KEY | CONTROLLER_SWITCH},
{TUNE_MEMORY, "TUNE\nMEM", "TUNM", MIDI_KEY | CONTROLLER_SWITCH},
{TWO_TONE, "TWO TONE", "2TONE", MIDI_KEY | CONTROLLER_SWITCH},
{VFO, "VFO", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{VFO_STEP_MINUS, "VFO STEP -", "STEP-", MIDI_KEY | CONTROLLER_SWITCH},
{VFO_STEP_PLUS, "VFO STEP +", "STEP+", MIDI_KEY | CONTROLLER_SWITCH},
{VFOA, "VFO A", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{VFOB, "VFO B", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{VOX, "VOX\nON/OFF", "VOX", MIDI_KEY | CONTROLLER_SWITCH},
{VOXLEVEL, "VOX\nLEVEL", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{WATERFALL_HIGH, "WFALL\nHIGH", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{WATERFALL_LOW, "WFALL\nLOW", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{XIT , "XIT", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{XIT_CLEAR, "XIT\nCLEAR", "XITCL", MIDI_KEY | CONTROLLER_SWITCH},
{XIT_ENABLE, "XIT\nON/OFF", "XIT", MIDI_KEY | CONTROLLER_SWITCH},
{XIT_MINUS, "XIT -", "XIT-", MIDI_KEY | CONTROLLER_SWITCH},
{XIT_PLUS, "XIT +", "XIT+", MIDI_KEY | CONTROLLER_SWITCH},
{ZOOM, "ZOOM", NULL, MIDI_WHEEL | CONTROLLER_ENCODER},
{ZOOM_MINUS, "ZOOM -", "ZOOM-", MIDI_KEY | CONTROLLER_SWITCH},
{ZOOM_PLUS, "ZOOM +", "ZOOM+", MIDI_KEY | CONTROLLER_SWITCH},
//
// The following actions support external CW keyers generating
// the following messages:
//
// CW Keydown (MIDI and GPIO)
// CW speed (only MIDI)
// CW side tone frequency (only MIDI)
//
{CW_KEYER_KEYDOWN, "CW Key\n(keyer)", NULL, MIDI_KEY | CONTROLLER_SWITCH},
{CW_KEYER_SPEED, "CW Speed\n(keyer)", NULL, MIDI_KNOB},
{CW_KEYER_SIDETONE, "CW pitch\n(keyer)", NULL, MIDI_KNOB},
{ACTIONS, "", NULL, TYPE_NONE}
};
static gint timer=0;
static gboolean timer_released;
static int timeout_cb(gpointer data) {
if(timer_released) {
g_free(data);
timer=0;
return FALSE;
}
// process the action;
process_action(data);
return TRUE;
}
static inline double KnobOrWheel(PROCESS_ACTION *a, double oldval, double minval, double maxval, double inc) {
//
// Knob ("Potentiometer"): set value
// Wheel("Rotary Encoder"): increment/decrement the value (by "inc" per tick)
//
// In both cases, the returned value is
// - in the range minval...maxval
// - rounded to a multiple of inc
//
switch (a->mode) {
case RELATIVE:
oldval += a->val * inc;
break;
case ABSOLUTE:
oldval = minval + a->val*(maxval-minval)*0.01;
break;
default:
// do nothing
break;
}
//
// Round and check range
//
oldval=inc*round(oldval/inc);
if (oldval > maxval) oldval=maxval;
if (oldval < minval) oldval=minval;
return oldval;
}
//
// This interface puts an "action" into the GTK idle queue,
// but CW actions are processed immediately
//
void schedule_action(enum ACTION action, enum ACTION_MODE mode, gint val) {
PROCESS_ACTION *a;
switch (action) {
case CW_LEFT:
case CW_RIGHT:
#ifdef LOCALCW
keyer_event(action==CW_LEFT,mode==PRESSED);
#else
g_print("CW_Left/Right but compiled without LOCALCW\n");
#endif
break;
case CW_KEYER_KEYDOWN:
//
// hard "key-up/down" action WITHOUT break-in
// intended for external keyers (MIDI or GPIO connected)
// which take care of PTT themselves
//
if (mode==PRESSED && cw_keyer_internal==0) {
cw_key_down=960000; // max. 20 sec to protect hardware
cw_key_up=0;
cw_key_hit=1;
} else {
cw_key_down=0;
cw_key_up=0;
}
break;
default:
//
// schedule action through GTK idle queue
//
a=g_new(PROCESS_ACTION, 1);
a->action=action;
a->mode=mode;
a->val=val;
g_idle_add(process_action, a);
break;
}
}
int process_action(void *data) {
PROCESS_ACTION *a=(PROCESS_ACTION *)data;
double value;
int i;
gboolean free_action=TRUE;
//g_print("%s: action=%d mode=%d value=%d\n",__FUNCTION__,a->action,a->mode,a->val);
switch(a->action) {
case A_SWAP_B:
if(a->mode==PRESSED) {
vfo_a_swap_b();
}
break;
case A_TO_B:
if(a->mode==PRESSED) {
vfo_a_to_b();
}
break;
case AF_GAIN:
value=KnobOrWheel(a, active_receiver->volume, 0.0, 1.0, 0.03);
set_af_gain(active_receiver->id,value);
break;
case AF_GAIN_RX1:
value=KnobOrWheel(a, receiver[0]->volume, 0.0, 1.0, 0.01);
set_af_gain(0,value);
break;
case AF_GAIN_RX2:
value=KnobOrWheel(a, receiver[1]->volume, 0.0, 1.0, 0.01);
set_af_gain(1,value);
break;
case AGC:
if(a->mode==PRESSED) {
active_receiver->agc++;
if(active_receiver->agc>+AGC_LAST) {
active_receiver->agc=0;
}
set_agc(active_receiver, active_receiver->agc);
g_idle_add(ext_vfo_update, NULL);
}
break;
case AGC_GAIN:
value=KnobOrWheel(a, active_receiver->agc_gain, -20.0, 120.0, 1.0);
set_agc_gain(active_receiver->id,value);
break;
case AGC_GAIN_RX1:
value=KnobOrWheel(a, receiver[0]->agc_gain, -20.0, 120.0, 1.0);
set_agc_gain(0,value);
break;
case AGC_GAIN_RX2:
value=KnobOrWheel(a, receiver[1]->agc_gain, -20.0, 120.0, 1.0);
set_agc_gain(1,value);
break;
case ANF:
if(a->mode==PRESSED) {
if(active_receiver->anf==0) {
active_receiver->anf=1;
mode_settings[vfo[active_receiver->id].mode].anf=1;
} else {
active_receiver->anf=0;
mode_settings[vfo[active_receiver->id].mode].anf=0;
}
SetRXAANFRun(active_receiver->id, active_receiver->anf);
g_idle_add(ext_vfo_update, NULL);
}
break;
case ATTENUATION:
value=KnobOrWheel(a, adc[active_receiver->adc].attenuation, 0.0, 31.0, 1.0);
set_attenuation_value(value);
break;
case B_TO_A:
if(a->mode==PRESSED) {
vfo_b_to_a();
}
break;
case BAND_10:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band160);
}
break;
case BAND_12:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band12);
}
break;
#ifdef SOAPYSDR
case BAND_1240:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band1240);
}
break;
case BAND_144:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band144);
}
break;
#endif
case BAND_15:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band15);
}
break;
case BAND_160:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band160);
}
break;
case BAND_17:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band17);
}
break;
case BAND_20:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band20);
}
break;
#ifdef SOAPYSDR
case BAND_220:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band220);
}
break;
case BAND_2300:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band2300);
}
break;
#endif
case BAND_30:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band30);
}
break;
#ifdef SOAPYSDR
case BAND_3400:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band3400);
}
break;
#endif
case BAND_40:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band40);
}
break;
#ifdef SOAPYSDR
case BAND_430:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band430);
}
break;
#endif
case BAND_6:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band6);
}
break;
case BAND_60:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band60);
}
break;
#ifdef SOAPYSDR
case BAND_70:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band70);
}
break;
#endif
case BAND_80:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band80);
}
break;
#ifdef SOAPYSDR
case BAND_902:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,band902);
}
break;
case BAND_AIR:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,bandAIR);
}
break;
#endif
case BAND_GEN:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,bandGen);
}
break;
case BAND_MINUS:
if(a->mode==PRESSED) {
long long frequency_min=radio->frequency_min;
long long frequency_max=radio->frequency_max;
int b=vfo[active_receiver->id].band;
BAND *band;
int found=0;
while(!found) {
b--;
if(b<0) b=BANDS+XVTRS-1;
band=(BAND*)band_get_band(b);
if(strlen(band->title)>0) {
if(b<BANDS) {
if(band->frequencyMin<frequency_min || band->frequencyMax>frequency_max) {
continue;
}
}
vfo_band_changed(active_receiver->id,b);
found=1;
}
}
}
break;
case BAND_PLUS:
if(a->mode==PRESSED) {
long long frequency_min=radio->frequency_min;
long long frequency_max=radio->frequency_max;
int b=vfo[active_receiver->id].band;
BAND *band;
int found=0;
while(!found) {
b++;
if(b>=BANDS+XVTRS) b=0;
band=(BAND*)band_get_band(b);
if(strlen(band->title)>0) {
if(b<BANDS) {
if(!(band->frequencyMin==0.0 && band->frequencyMax==0.0)) {
if(band->frequencyMin<frequency_min || band->frequencyMax>frequency_max) {
continue;
}
}
}
vfo_band_changed(active_receiver->id,b);
found=1;
}
}
}
break;
case BAND_WWV:
if(a->mode==PRESSED) {
vfo_band_changed(active_receiver->id,bandWWV);
}
break;
case BANDSTACK_MINUS:
if(a->mode==PRESSED) {
BAND *band=band_get_band(vfo[active_receiver->id].band);
BANDSTACK *bandstack=band->bandstack;
int b=vfo[active_receiver->id].bandstack-1;
if(b<0) b=bandstack->entries-1;;
vfo_bandstack_changed(b);
}
break;
case BANDSTACK_PLUS:
if(a->mode==PRESSED) {
BAND *band=band_get_band(vfo[active_receiver->id].band);
BANDSTACK *bandstack=band->bandstack;
int b=vfo[active_receiver->id].bandstack+1;
if(b>=bandstack->entries) b=0;
vfo_bandstack_changed(b);
}
break;
case COMP_ENABLE:
if(can_transmit && a->mode==PRESSED) {
transmitter_set_compressor(transmitter,transmitter->compressor?FALSE:TRUE);
mode_settings[transmitter->mode].compressor=transmitter->compressor;
}
break;
case COMPRESSION:
if(can_transmit) {
value=KnobOrWheel(a, transmitter->compressor_level, 0.0, 20.0, 1.0);
transmitter_set_compressor_level(transmitter,value);
transmitter_set_compressor(transmitter, value > 0.5);
mode_settings[transmitter->mode].compressor=transmitter->compressor;
mode_settings[transmitter->mode].compressor_level=transmitter->compressor_level;
g_idle_add(ext_vfo_update, NULL);
}
break;
case CTUN:
if(a->mode==PRESSED) {
vfo[active_receiver->id].ctun=!vfo[active_receiver->id].ctun;
if(!vfo[active_receiver->id].ctun) {
vfo[active_receiver->id].offset=0;
}
vfo[active_receiver->id].ctun_frequency=vfo[active_receiver->id].frequency;
set_offset(receiver[active_receiver->id],vfo[active_receiver->id].offset);
g_idle_add(ext_vfo_update, NULL);
}
break;
case CW_FREQUENCY:
value=KnobOrWheel(a, (double)cw_keyer_sidetone_frequency, 300.0, 1000.0, 10.0);
cw_keyer_sidetone_frequency=(int)value;
receiver_filter_changed(active_receiver);
// we may omit the P2 high-prio packet since this is sent out at regular intervals
g_idle_add(ext_vfo_update,NULL);
break;
case CW_SPEED:
value=KnobOrWheel(a, (double)cw_keyer_speed, 1.0, 60.0, 1.0);
cw_keyer_speed=(int)value;
#ifdef LOCALCW
keyer_update();
#endif
g_idle_add(ext_vfo_update,NULL);
break;
case DIV:
if(a->mode==PRESSED) {
diversity_enabled=diversity_enabled==1?0:1;
if (protocol == NEW_PROTOCOL) {
schedule_high_priority();
schedule_receive_specific();
}
g_idle_add(ext_vfo_update, NULL);
}
break;
case DIV_GAIN:
update_diversity_gain((double)a->val * 0.5);
break;
case DIV_GAIN_COARSE:
update_diversity_gain((double)a->val * 2.5);
break;
case DIV_GAIN_FINE:
update_diversity_gain((double)a->val * 0.1);
break;
case DIV_PHASE:
update_diversity_phase((double)a->val* 0.5);
break;
case DIV_PHASE_COARSE:
update_diversity_phase((double)a->val*2.5);
break;
case DIV_PHASE_FINE:
update_diversity_phase((double)a->val*0.1);
break;
case DRIVE:
value=KnobOrWheel(a, getDrive(), 0.0, drive_max, 1.0);
set_drive(value);
break;
case DUPLEX:
if(can_transmit && !isTransmitting() && a->mode == PRESSED) {
duplex=duplex==1?0:1;
g_idle_add(ext_set_duplex, NULL);
}
break;
case FILTER_MINUS:
if(a->mode==PRESSED) {
int f=vfo[active_receiver->id].filter+1;
if(f>=FILTERS) f=0;
vfo_filter_changed(f);
}
break;
case FILTER_PLUS:
if(a->mode==PRESSED) {
int f=vfo[active_receiver->id].filter-1;
if(f<0) f=FILTERS-1;
vfo_filter_changed(f);
}
break;
case FUNCTION:
if(a->mode==PRESSED) {
switch(controller) {
case NO_CONTROLLER:
case CONTROLLER1:
function++;
if(function>=MAX_FUNCTIONS) {
function=0;
}
toolbar_switches=switches_controller1[function];
switches=switches_controller1[function];
update_toolbar_labels();
break;
case CONTROLLER2_V1:
case CONTROLLER2_V2:
function++;
if(function>=MAX_FUNCTIONS) {
function=0;
}
toolbar_switches=switches_controller1[function];
update_toolbar_labels();
break;
}
}
break;
case IF_SHIFT:
filter_shift_changed(active_receiver->id,a->val);
break;
case IF_SHIFT_RX1:
filter_shift_changed(0,a->val);
break;
case IF_SHIFT_RX2:
filter_shift_changed(1,a->val);
break;
case IF_WIDTH:
filter_width_changed(active_receiver->id,a->val);
break;
case IF_WIDTH_RX1:
filter_width_changed(0,a->val);
break;
case IF_WIDTH_RX2:
filter_width_changed(1,a->val);
break;
//case LINEIN_GAIN:
case LOCK:
if(a->mode==PRESSED) {
#ifdef CLIENT_SERVER
if(radio_is_remote) {
send_lock(client_socket,locked==1?0:1);
} else {
#endif
locked=locked==1?0:1;
g_idle_add(ext_vfo_update, NULL);
#ifdef CLIENT_SERVER
}
#endif
}
break;
case MENU_AGC:
if(a->mode==PRESSED) {
start_agc();
}
break;
case MENU_BAND:
if(a->mode==PRESSED) {
start_band();
}
break;
case MENU_BANDSTACK:
if(a->mode==PRESSED) {
start_bandstack();
}
break;
case MENU_DIVERSITY:
if(a->mode==PRESSED) {
start_diversity();
}
break;
case MENU_FILTER:
if(a->mode==PRESSED) {
start_filter();
}
break;
case MENU_FREQUENCY:
if(a->mode==PRESSED) {
start_vfo(active_receiver->id);
}
break;
case MENU_MEMORY:
if(a->mode==PRESSED) {
start_store();
}
break;
case MENU_MODE:
if(a->mode==PRESSED) {
start_mode();
}
break;
case MENU_NOISE:
if(a->mode==PRESSED) {
start_noise();
}
break;
#ifdef PURESIGNAL
case MENU_PS:
if(a->mode==PRESSED) {
start_ps();
}
break;
#endif
case MIC_GAIN:
value=KnobOrWheel(a, mic_gain, -12.0, 50.0, 1.0);
set_mic_gain(value);
break;
case MODE_MINUS:
if(a->mode==PRESSED) {
int mode=vfo[active_receiver->id].mode;
mode--;
if(mode<0) mode=MODES-1;
vfo_mode_changed(mode);
}
break;
case MODE_PLUS:
if(a->mode==PRESSED) {
int mode=vfo[active_receiver->id].mode;
mode++;
if(mode>=MODES) mode=0;
vfo_mode_changed(mode);
}
break;
case MOX:
if(a->mode==PRESSED) {
int state=getMox();
mox_update(!state);
}
break;
case MUTE:
if(a->mode==PRESSED) {
active_receiver->mute_radio=!active_receiver->mute_radio;
}
break;
case NB:
if(a->mode==PRESSED) {
if(active_receiver->nb==0 && active_receiver->nb2==0) {
active_receiver->nb=1;
active_receiver->nb2=0;
mode_settings[vfo[active_receiver->id].mode].nb=1;
mode_settings[vfo[active_receiver->id].mode].nb2=0;
} else if(active_receiver->nb==1 && active_receiver->nb2==0) {
active_receiver->nb=0;
active_receiver->nb2=1;
mode_settings[vfo[active_receiver->id].mode].nb=0;
mode_settings[vfo[active_receiver->id].mode].nb2=1;
} else if(active_receiver->nb==0 && active_receiver->nb2==1) {
active_receiver->nb=0;
active_receiver->nb2=0;
mode_settings[vfo[active_receiver->id].mode].nb=0;
mode_settings[vfo[active_receiver->id].mode].nb2=0;
}
update_noise();
}
break;
case NR:
if(a->mode==PRESSED) {
if(active_receiver->nr==0 && active_receiver->nr2==0) {
active_receiver->nr=1;
active_receiver->nr2=0;
mode_settings[vfo[active_receiver->id].mode].nr=1;
mode_settings[vfo[active_receiver->id].mode].nr2=0;
} else if(active_receiver->nr==1 && active_receiver->nr2==0) {
active_receiver->nr=0;
active_receiver->nr2=1;
mode_settings[vfo[active_receiver->id].mode].nr=0;
mode_settings[vfo[active_receiver->id].mode].nr2=1;
} else if(active_receiver->nr==0 && active_receiver->nr2==1) {
active_receiver->nr=0;
active_receiver->nr2=0;
mode_settings[vfo[active_receiver->id].mode].nr=0;
mode_settings[vfo[active_receiver->id].mode].nr2=0;
}
update_noise();
}
break;
case NUMPAD_0:
if(a->mode==PRESSED) {
g_idle_add(ext_num_pad,GINT_TO_POINTER(0));
}
break;
case NUMPAD_1:
if(a->mode==PRESSED) {
g_idle_add(ext_num_pad,GINT_TO_POINTER(1));
}
break;
case NUMPAD_2:
if(a->mode==PRESSED) {
g_idle_add(ext_num_pad,GINT_TO_POINTER(2));
}
break;
case NUMPAD_3:
if(a->mode==PRESSED) {
g_idle_add(ext_num_pad,GINT_TO_POINTER(3));
}
break;
case NUMPAD_4:
if(a->mode==PRESSED) {
g_idle_add(ext_num_pad,GINT_TO_POINTER(4));
}
break;
case NUMPAD_5:
if(a->mode==PRESSED) {
g_idle_add(ext_num_pad,GINT_TO_POINTER(5));
}
break;
case NUMPAD_6:
if(a->mode==PRESSED) {
g_idle_add(ext_num_pad,GINT_TO_POINTER(6));
}
break;
case NUMPAD_7:
if(a->mode==PRESSED) {
g_idle_add(ext_num_pad,GINT_TO_POINTER(7));
}
break;
case NUMPAD_8:
if(a->mode==PRESSED) {
g_idle_add(ext_num_pad,GINT_TO_POINTER(8));
}
break;
case NUMPAD_9:
if(a->mode==PRESSED) {
g_idle_add(ext_num_pad,GINT_TO_POINTER(9));
}
break;
case NUMPAD_CL:
if(a->mode==PRESSED) {
g_idle_add(ext_num_pad,GINT_TO_POINTER(-1));
}
break;
case NUMPAD_ENTER:
if(a->mode==PRESSED) {
g_idle_add(ext_num_pad,GINT_TO_POINTER(-2));
}
break;
case PAN:
update_pan((double)a->val*100);
break;
case PAN_MINUS:
if(a->mode==PRESSED) {
update_pan(-100.0);
}
break;
case PAN_PLUS:
if(a->mode==PRESSED) {
update_pan(+100.0);
}
break;
case PANADAPTER_HIGH:
value=KnobOrWheel(a, active_receiver->panadapter_high, -60.0, 20.0, 1.0);
active_receiver->panadapter_high=(int)value;
break;
case PANADAPTER_LOW:
value=KnobOrWheel(a, active_receiver->panadapter_low, -160.0, -60.0, 1.0);
active_receiver->panadapter_low=(int)value;
break;
case PANADAPTER_STEP:
value=KnobOrWheel(a, active_receiver->panadapter_step, 5.0, 30.0, 1.0);
active_receiver->panadapter_step=(int)value;
break;
case PREAMP:
break;
case PS:
#ifdef PURESIGNAL
if(a->mode==PRESSED) {
if(can_transmit) {
if(transmitter->puresignal==0) {
tx_set_ps(transmitter,1);
} else {
tx_set_ps(transmitter,0);
}
}
}
#endif
break;
case PTT:
if(a->mode==PRESSED || a->mode==RELEASED) {
mox_update(a->mode==PRESSED);
}
break;
case RF_GAIN:
value=KnobOrWheel(a, adc[active_receiver->adc].gain, adc[active_receiver->adc].min_gain, adc[active_receiver->adc].max_gain, 1.0);
set_rf_gain(active_receiver->id,value);
break;
case RF_GAIN_RX1:
value=KnobOrWheel(a, adc[receiver[0]->adc].gain, adc[receiver[0]->adc].min_gain, adc[receiver[0]->adc].max_gain, 1.0);
set_rf_gain(0,value);
break;
case RF_GAIN_RX2:
value=KnobOrWheel(a, adc[receiver[1]->adc].gain, adc[receiver[1]->adc].min_gain, adc[receiver[1]->adc].max_gain, 1.0);
set_rf_gain(1,value);
break;
case RIT:
vfo_rit(active_receiver->id,a->val);
break;
case RIT_CLEAR:
if(a->mode==PRESSED) {
vfo_rit_clear(active_receiver->id);
}
break;
case RIT_ENABLE:
if(a->mode==PRESSED) {
vfo_rit_update(active_receiver->id);
}
break;
case RIT_MINUS:
if(a->mode==PRESSED) {
vfo_rit(active_receiver->id,-1);
if(timer==0) {
timer=g_timeout_add(250,timeout_cb,a);
timer_released=FALSE;
}
free_action=FALSE;
} else {
timer_released=TRUE;
}
break;
case RIT_PLUS:
if(a->mode==PRESSED) {
vfo_rit(active_receiver->id,1);
if(timer==0) {
timer=g_timeout_add(250,timeout_cb,a);
timer_released=FALSE;
}
free_action=FALSE;
} else {
timer_released=TRUE;
}
break;
case RIT_RX1:
vfo_rit(receiver[0]->id,a->val);
break;
case RIT_RX2:
vfo_rit(receiver[1]->id,a->val);
break;
case RIT_STEP:
switch(a->mode) {
case PRESSED:
a->val=1;
// fall through
case RELATIVE:
if(a->val>0) {
rit_increment=10*rit_increment;
} else {
rit_increment=rit_increment/10;
}
if(rit_increment<1) rit_increment=100;
if(rit_increment>100) rit_increment=1;
break;
default:
// ignore other types
break;
}