private void enableStereoSettings(SidTune tune) {
EmulationSection emulationSection = util.getConfig().getEmulationSection();
boolean second = SidTune.isSIDUsed(emulationSection, tune, 1);
boolean third = SidTune.isSIDUsed(emulationSection, tune, 2);
int sidBase = SidTune.getSIDAddress(emulationSection, tune, 0);
int dualSidBase = SidTune.getSIDAddress(emulationSection, tune, 1);
boolean isForcedStereo = second && emulationSection.isForceStereoTune();
boolean isFakeStereo = isForcedStereo && dualSidBase == sidBase;
boolean isForced3Sid = third && emulationSection.isForce3SIDTune();
if (isFakeStereo) {
stereoMode.getSelectionModel().select(StereoMode.FAKE_STEREO);
} else if (isForced3Sid) {
stereoMode.getSelectionModel().select(StereoMode.THREE_SID);
} else if (isForcedStereo) {
stereoMode.getSelectionModel().select(StereoMode.STEREO);
} else {
stereoMode.getSelectionModel().select(StereoMode.AUTO);
}
// stereo, only:
mainBalance.setDisable(!second);
secondVolume.setDisable(!second);
secondBalance.setDisable(!second);
sid2Emulation.setDisable(!second);
sid2Model.setDisable(!second);
secondFilter.setDisable(!second);
secondFilterCurve.setDisable(!second);
// 3-SID, only:
thirdVolume.setDisable(!third);
thirdBalance.setDisable(!third);
sid3Emulation.setDisable(!third);
sid3Model.setDisable(!third);
thirdFilter.setDisable(!third);
thirdFilterCurve.setDisable(!third);
// fake stereo, only:
sidToRead.setDisable(!(isFakeStereo));
// forced stereo or forced 3-SID, only:
baseAddress.setDisable(!(isForcedStereo || isForced3Sid));
// forced 3-SID, only:
thirdAddress.setDisable(!isForced3Sid);
}
/**
* Draw filter curve of the specified SID number and filter name
*
* @param filterBox filter combo box
* @param num SID chip number
*/
private void drawFilterCurve(
final ComboBox<String> filterBox, LineChart<Number, Number> filterCurve) {
EmulationSection emulationSection = util.getConfig().getEmulationSection();
XYChart.Series<Number, Number> series = new XYChart.Series<Number, Number>();
series.setName(util.getBundle().getString("FILTERCURVE_TITLE"));
filterCurve.getData().clear();
SidTune tune = util.getPlayer().getTune();
boolean second = SidTune.isSIDUsed(emulationSection, tune, 1);
boolean third = SidTune.isSIDUsed(emulationSection, tune, 2);
Optional<FilterSection> optFilter =
util.getConfig()
.getFilterSection()
.stream()
.filter(f -> f.getName().equals(filterBox.getSelectionModel().getSelectedItem()))
.findFirst();
if (optFilter.isPresent()) {
FilterSection filter = optFilter.get();
// stereo curve or 3-SID curve currently not used?
if (!((filterCurve == secondFilterCurve && !second)
|| (filterCurve == thirdFilterCurve && !third))) {
for (int fc = 0; fc < SIDChip.FC_MAX; fc += STEP) {
if (filter.isReSIDFilter6581() || filter.isReSIDFilter8580()) {
double data = resid_builder.resid.FilterModelConfig.estimateFrequency(filter, fc);
series.getData().add(new XYChart.Data<Number, Number>(fc, (int) data));
} else if (filter.isReSIDfpFilter6581() || filter.isReSIDfpFilter8580()) {
double data = resid_builder.residfp.FilterModelConfig.estimateFrequency(filter, fc);
series.getData().add(new XYChart.Data<Number, Number>(fc, (int) data));
}
}
}
}
filterCurve.getData().add(series);
}
/**
* Detect CPU clock of specific tune.
*
* <OL>
* <LI>forced CPU clock
* <LI>CPU clock provided by tune information
* <LI>default CPU clock
* </OL>
*
* @return CPU clock to be used for the tune
*/
public static CPUClock getCPUClock(IEmulationSection emulation, SidTune tune) {
CPUClock forcedCPUClock = emulation.getUserClockSpeed();
Clock tuneCPUClock = tune != null ? tune.getInfo().getClockSpeed() : null;
CPUClock defaultCPUClock = emulation.getDefaultClockSpeed();
if (forcedCPUClock != null) {
return forcedCPUClock;
}
if (tuneCPUClock == null) {
return defaultCPUClock;
}
switch (tuneCPUClock) {
case PAL:
case NTSC:
return valueOf(tuneCPUClock.toString());
default:
return defaultCPUClock;
}
}
