/**
* @brief Callback when a vfo button is pressed
*
* @param widget
* @param data
*/
void vfoCallback(GtkWidget* widget,gpointer data) {
long long f;
GtkWidget* label;
if(widget==buttonAtoB) {
setBFrequency(frequencyA);
} else if(widget==buttonBtoA) {
setAFrequency(frequencyB);
} else if(widget==buttonAswapB) {
f=frequencyA;
setAFrequency(frequencyB);
setBFrequency(f);
} else if(widget==buttonSplit) {
label=gtk_bin_get_child((GtkBin*)buttonSplit);
if(bSplit) {
bSplit=0;
//gtk_widget_modify_fg(label, GTK_STATE_NORMAL, &white);
//gtk_widget_modify_fg(label, GTK_STATE_PRELIGHT, &white);
splitChanged=1;
frequencyAChanged=1;
} else {
bSplit=1;
//gtk_widget_modify_fg(label, GTK_STATE_NORMAL, &red);
//gtk_widget_modify_fg(label, GTK_STATE_PRELIGHT, &red);
splitChanged=1;
frequencyBChanged=1;
}
}
}
/**
* @brief Increment the frequency
*
* @param increment
*/
void vfoIncrementFrequency(long increment) {
if(subrx) {
subrxIncrementFrequency(increment);
} else {
setAFrequency(frequencyA+(long long)increment);
}
}
/**
* @brief Increment the A frequency
*
* @param increment
*/
void vfoIncrementAFrequency(long increment) {
setAFrequency(frequencyA+(long long)increment);
}
/* ----------------------------------------------------------------------------*/
void selectBand(GtkWidget* widget) {
GtkWidget* label;
BANDSTACK_ENTRY* entry;
XVTR_ENTRY* xvtr_entry;
int current;
resetSubRx();
if(currentBandButton) {
label=gtk_bin_get_child((GtkBin*)currentBandButton);
gtk_widget_modify_fg(label, GTK_STATE_NORMAL, &black);
gtk_widget_modify_fg(label, GTK_STATE_PRELIGHT, &white);
}
label=gtk_bin_get_child((GtkBin*)widget);
gtk_widget_modify_fg(label, GTK_STATE_NORMAL, &buttonSelected);
gtk_widget_modify_fg(label, GTK_STATE_PRELIGHT, &buttonSelected);
//save current
if(currentBandButton) {
if(displayHF) {
currentHFButton=currentBandButton;
current=bandstack[band].current_entry;
entry=&bandstack[band].entry[current];
entry->frequencyA=frequencyA;
entry->mode=mode;
entry->filter=filter;
entry->var1Low=filterVar1Low;
entry->var1High=filterVar1High;
entry->var2Low=filterVar2Low;
entry->var2High=filterVar2High;
entry->step=frequencyIncrement;
entry->preamp=preamp;
entry->spectrumHigh=spectrumMAX;
entry->spectrumLow=spectrumMIN;
entry->spectrumStep=spectrumSTEP;
entry->waterfallHigh=waterfallHighThreshold;
entry->waterfallLow=waterfallLowThreshold;
} else {
currentXVTRButton=currentBandButton;
xvtr_entry=&xvtr[xvtr_band];
xvtr_entry->rxFrequency=frequencyA;
xvtr_entry->txFrequency=frequencyB;
xvtr_entry->mode=mode;
xvtr_entry->filter=filter;
xvtr_entry->var1Low=filterVar1Low;
xvtr_entry->var1High=filterVar1High;
xvtr_entry->var2Low=filterVar2Low;
xvtr_entry->var2High=filterVar2High;
xvtr_entry->step=frequencyIncrement;
xvtr_entry->preamp=preamp;
xvtr_entry->spectrumHigh=spectrumMAX;
xvtr_entry->spectrumLow=spectrumMIN;
xvtr_entry->spectrumStep=spectrumSTEP;
xvtr_entry->waterfallHigh=waterfallHighThreshold;
xvtr_entry->waterfallLow=waterfallLowThreshold;
}
}
if(widget==buttonBand14) {
// XVTR / HF
displayHF=!displayHF;
if(displayHF) {
currentBandButton=NULL;
setHFTitles();
setBand(band);
//selectBand(currentHFButton);
} else {
currentBandButton=NULL;
setXVTRTitles();
setBand(xvtr_band);
//selectBand(currentXVTRButton);
}
} else {
if(displayHF) {
setLOFrequency(0LL);
if(currentBandButton==widget) {
bandstack[band].current_entry++;
if(bandstack[band].current_entry>=bandstack[band].entries) {
bandstack[band].current_entry=0;
}
} else {
currentBandButton=widget;
if(widget==buttonBand1) {
band=band160;
} else if(widget==buttonBand2) {
band=band80;
} else if(widget==buttonBand3) {
band=band60;
} else if(widget==buttonBand4) {
band=band40;
} else if(widget==buttonBand5) {
band=band30;
} else if(widget==buttonBand6) {
band=band20;
} else if(widget==buttonBand7) {
band=band17;
} else if(widget==buttonBand8) {
band=band15;
} else if(widget==buttonBand9) {
band=band12;
} else if(widget==buttonBand10) {
band=band10;
} else if(widget==buttonBand11) {
band=band6;
} else if(widget==buttonBand12) {
band=bandGen;
} else if(widget==buttonBand13) {
band=bandWWV;
} else if(widget==buttonBand14) {
band=bandXVTR;
}
}
current=bandstack[band].current_entry;
entry=&bandstack[band].entry[current];
{
int *m=malloc(sizeof(int));
*m=entry->mode;
setMode(m);
}
filterVar1Low=entry->var1Low;
filterVar1High=entry->var1High;
filterVar2Low=entry->var2Low;
filterVar2High=entry->var2High;
setFilter(entry->filter);
{
long long *f=malloc(sizeof(long long));
*f=entry->frequencyA;
setAFrequency(f);
}
setIncrement(entry->step);
//setPreamp(entry->preamp);
forcePreamp(entry->preamp);
spectrumMAX=entry->spectrumHigh;
spectrumMIN=entry->spectrumLow;
spectrumSTEP=entry->spectrumStep;
waterfallHighThreshold=entry->waterfallHigh;
waterfallLowThreshold=entry->waterfallLow;
} else {
currentBandButton=widget;
if(widget==buttonBand1) {
xvtr_band=band160;
} else if(widget==buttonBand2) {
xvtr_band=band80;
} else if(widget==buttonBand3) {
xvtr_band=band60;
} else if(widget==buttonBand4) {
xvtr_band=band40;
} else if(widget==buttonBand5) {
xvtr_band=band30;
} else if(widget==buttonBand6) {
xvtr_band=band20;
} else if(widget==buttonBand7) {
xvtr_band=band17;
} else if(widget==buttonBand8) {
xvtr_band=band15;
} else if(widget==buttonBand9) {
xvtr_band=band12;
} else if(widget==buttonBand10) {
xvtr_band=band10;
} else if(widget==buttonBand11) {
xvtr_band=band6;
} else if(widget==buttonBand12) {
xvtr_band=bandGen;
}
xvtr_entry=&xvtr[xvtr_band];
{
int *m=malloc(sizeof(int));
*m=xvtr_entry->mode;
setMode(m);
}
filterVar1Low=xvtr_entry->var1Low;
filterVar1High=xvtr_entry->var1High;
filterVar2Low=xvtr_entry->var2Low;
filterVar2High=xvtr_entry->var2High;
setFilter(xvtr_entry->filter);
setLOFrequency(xvtr_entry->rxFrequencyLO);
{
long long *f=malloc(sizeof(long long));
*f=xvtr_entry->rxFrequency;
setAFrequency(f);
}
setIncrement(xvtr_entry->step);
//setPreamp(xvtr_entry->preamp);
forcePreamp(xvtr_entry->preamp);
spectrumMAX=xvtr_entry->spectrumHigh;
spectrumMIN=xvtr_entry->spectrumLow;
spectrumSTEP=xvtr_entry->spectrumStep;
waterfallHighThreshold=xvtr_entry->waterfallHigh;
waterfallLowThreshold=xvtr_entry->waterfallLow;
}
}
}
