/**
* Add the a recording to the selected sample starting in the first event year and ending in the
* last year of the sample.
*
* @param recording
*/
public static void addRecordingFromFirstEventToEnd() {
if (SampleController.getSelectedSampleIndex() > -1) {
FHX2_Recording newRecording = new FHX2_Recording();
FHX2_Sample selectedSample =
IOController.getFile()
.getRequiredPart()
.getSample(SampleController.getSelectedSampleIndex());
@SuppressWarnings("unchecked")
ArrayList<FHX2_Event> events = (ArrayList<FHX2_Event>) selectedSample.getEvents().clone();
if (events.size() == 0) return;
Collections.sort(events, new CompareEventYears());
FHX2_Event event = events.get(0);
int firstyear = event.getEventYear();
int lastyear = selectedSample.getSampleLastYear();
// Handle year 0
if (firstyear == 0) firstyear++;
if (lastyear == 0) lastyear--;
newRecording.setStartYear(firstyear);
newRecording.setEndYear(lastyear);
selectedSample.addRecording(newRecording);
}
SampleController.setSelectedSampleIndex(SampleController.getSelectedSampleIndex());
}
/**
* Removes a recording from the currently selected sample.
*
* @param index
*/
public static void deleteRecording(int index) {
FHX2_Sample selectedSample =
IOController.getFile()
.getRequiredPart()
.getSample(SampleController.getSelectedSampleIndex());
selectedSample.removeRecording(index);
}
/** Delete all recordings from the currently selected sample but don't delete any events. */
public static void deleteAllRecordingsButNotEvents() {
FHX2_Sample selectedSample =
IOController.getFile()
.getRequiredPart()
.getSample(SampleController.getSelectedSampleIndex());
while (selectedSample.getNumOfRecordings() > 0) {
selectedSample.removeRecording(0, true);
}
}
/** Adds a new recording to the currently selected sample. */
public static void addNewRecording() {
if (SampleController.getSelectedSampleIndex() > -1) {
FHX2_Recording newRecording = null;
FHX2_Sample selectedSample =
IOController.getFile()
.getRequiredPart()
.getSample(SampleController.getSelectedSampleIndex());
if (selectedSample.getNumOfRecordings() > 0) {
FHX2_Recording prevRecording =
selectedSample.getRecording(selectedSample.getNumOfRecordings() - 1);
int year = selectedSample.getNextAvailableRecordingYear(prevRecording.getEndYear() + 1);
if (year != 0) {
newRecording = new FHX2_Recording(year, year);
}
} else {
int firstyear = selectedSample.getNextAvailableRecordingYear();
int lastyear = selectedSample.getSampleLastYear() - 1;
if (firstyear != 0 && lastyear != 0) {
newRecording = new FHX2_Recording(firstyear, lastyear);
}
}
if (newRecording != null) {
selectedSample.addRecording(newRecording);
}
}
SampleController.setSelectedSampleIndex(SampleController.getSelectedSampleIndex());
}
/**
* Add the a recording to the selected sample starting in the first event year and ending in the
* last year of the sample.
*
* @param recording
*/
public static void addRecordingFromBeginningToEnd() {
if (SampleController.getSelectedSampleIndex() > -1) {
FHX2_Recording newRecording = new FHX2_Recording();
FHX2_Sample selectedSample =
IOController.getFile()
.getRequiredPart()
.getSample(SampleController.getSelectedSampleIndex());
int firstyear = selectedSample.getSampleFirstYear();
int lastyear = selectedSample.getSampleLastYear();
// Handle year 0
if (firstyear == 0) firstyear++;
if (lastyear == 0) lastyear--;
newRecording.setStartYear(firstyear);
newRecording.setEndYear(lastyear);
selectedSample.addRecording(newRecording);
}
SampleController.setSelectedSampleIndex(SampleController.getSelectedSampleIndex());
}