void Keyboard::updateChannels(char side) {
Fl_Group *group;
gClick *add;
if (side == 0) {
group = gChannelsL;
add = addChannelL;
}
else {
group = gChannelsR;
add = addChannelR;
}
//printf("[keyboard::updateChannels] side %d has %d widgets\n", side, group->children());
for (int i=0; i<group->children(); i++) {
gChannel *gch = (gChannel*) group->child(i);
gch->position(gch->x(), group->y()+(i*24));
}
group->size(group->w(), group->children()*24);
add->position(add->x(), group->y()+group->h());
redraw();
}
gdSampleEditor::gdSampleEditor(m::SampleChannel* ch)
: gdWindow(640, 480),
ch(ch)
{
using namespace giada::m;
Fl_Group* upperBar = createUpperBar();
waveTools = new geWaveTools(G_GUI_OUTER_MARGIN, upperBar->y()+upperBar->h()+G_GUI_OUTER_MARGIN,
w()-16, h()-128, ch);
Fl_Group* bottomBar = createBottomBar(G_GUI_OUTER_MARGIN, waveTools->y()+waveTools->h()+G_GUI_OUTER_MARGIN,
h()-waveTools->h()-upperBar->h()-32);
add(upperBar);
add(waveTools);
add(bottomBar);
resizable(waveTools);
u::gui::setFavicon(this);
set_non_modal();
copy_label(ch->name.c_str());
size_range(720, 480);
if (conf::sampleEditorX)
resize(conf::sampleEditorX, conf::sampleEditorY, conf::sampleEditorW,
conf::sampleEditorH);
show();
}
Fl_Group* gdSampleEditor::createPreviewBox(int x, int y, int h)
{
Fl_Group* g = new Fl_Group(x, y, 110, h);
g->begin();
rewind = new geButton(g->x(), g->y()+(g->h()/2)-12, 25, 25, "", rewindOff_xpm, rewindOn_xpm);
play = new geButton(rewind->x()+rewind->w()+4, g->y()+(g->h()/2)-12, 25, 25, "", play_xpm, pause_xpm);
loop = new geCheck(play->x()+play->w()+6, g->y()+(g->h()/2)-6, 12, 12, "Loop");
g->end();
play->callback(cb_togglePreview, (void*)this);
rewind->callback(cb_rewindPreview, (void*)this);
ch->onPreviewEnd = [this] {
play->value(0);
};
return g;
}
Fl_Group* gdSampleEditor::createBottomBar(int x, int y, int h)
{
Fl_Group* g = new Fl_Group(8, waveTools->y()+waveTools->h()+8, w()-16, h);
g->begin();
Fl_Group* previewBox = createPreviewBox(g->x(), g->y(), g->h());
geBox* divisor1 = new geBox(previewBox->x()+previewBox->w()+8, g->y(), 1, g->h());
divisor1->box(FL_BORDER_BOX);
Fl_Group* opTools = createOpTools(divisor1->x()+divisor1->w()+12, g->y(), g->h());
geBox* divisor2 = new geBox(opTools->x()+opTools->w()+8, g->y(), 1, g->h());
divisor2->box(FL_BORDER_BOX);
createInfoBox(divisor2->x()+divisor2->w()+8, g->y(), g->h());
g->end();
g->resizable(0);
return g;
}
Fl_Group* gdSampleEditor::createInfoBox(int x, int y, int h)
{
Fl_Group* g = new Fl_Group(x, y, 400, h);
g->begin();
info = new geBox(g->x(), g->y(), g->w(), g->h());
g->end();
info->align(FL_ALIGN_LEFT | FL_ALIGN_INSIDE | FL_ALIGN_TOP);
updateInfo();
return g;
}
Fl_Group* gdSampleEditor::createUpperBar()
{
using namespace giada::m;
Fl_Group* g = new Fl_Group(G_GUI_OUTER_MARGIN, G_GUI_OUTER_MARGIN, w()-16, G_GUI_UNIT);
g->begin();
grid = new geChoice(g->x(), g->y(), 50, G_GUI_UNIT);
snap = new geCheck(grid->x()+grid->w()+4, g->y()+3, 12, 12, "Snap");
sep1 = new geBox(snap->x()+snap->w()+4, g->y(), 506, G_GUI_UNIT);
zoomOut = new geButton(sep1->x()+sep1->w()+4, g->y(), G_GUI_UNIT, G_GUI_UNIT, "", zoomOutOff_xpm, zoomOutOn_xpm);
zoomIn = new geButton(zoomOut->x()+zoomOut->w()+4, g->y(), G_GUI_UNIT, G_GUI_UNIT, "", zoomInOff_xpm, zoomInOn_xpm);
g->end();
g->resizable(sep1);
grid->add("(off)");
grid->add("2");
grid->add("3");
grid->add("4");
grid->add("6");
grid->add("8");
grid->add("16");
grid->add("32");
grid->add("64");
if (conf::sampleEditorGridVal == 0)
grid->value(0);
else
grid->value(grid->find_item(u::string::iToString(conf::sampleEditorGridVal).c_str()));
grid->callback(cb_changeGrid, (void*)this);
snap->value(conf::sampleEditorGridOn);
snap->callback(cb_enableSnap, (void*)this);
/* TODO - redraw grid if != (off) */
zoomOut->callback(cb_zoomOut, (void*)this);
zoomIn->callback(cb_zoomIn, (void*)this);
return g;
}
gChannel *Keyboard::addChannel(char side, Channel *ch) {
Fl_Group *group;
gClick *add;
if (side == 0) {
group = gChannelsL;
add = addChannelL;
}
else {
group = gChannelsR;
add = addChannelR;
}
gChannel *gch = NULL;
if (ch->type == CHANNEL_SAMPLE)
gch = (gSampleChannel*) new gSampleChannel(
group->x(),
group->y() + group->children() * 24,
group->w(),
20,
(SampleChannel*) ch);
else
gch = (gMidiChannel*) new gMidiChannel(
group->x(),
group->y() + group->children() * 24,
group->w(),
20,
(MidiChannel*) ch);
group->add(gch);
group->size(group->w(), group->children() * 24);
add->position(group->x(), group->y()+group->h());
fixRightColumn();
redraw();
return gch;
}
Fl_Group* gdSampleEditor::createOpTools(int x, int y, int h)
{
Fl_Group* g = new Fl_Group(x, y, 572, h);
g->begin();
g->resizable(0);
volumeTool = new geVolumeTool(g->x(), g->y(), ch);
boostTool = new geBoostTool(volumeTool->x()+volumeTool->w()+4, g->y(), ch);
panTool = new gePanTool(boostTool->x()+boostTool->w()+4, g->y(), ch);
pitchTool = new gePitchTool(g->x(), panTool->y()+panTool->h()+8, ch);
rangeTool = new geRangeTool(g->x(), pitchTool->y()+pitchTool->h()+8, ch);
shiftTool = new geShiftTool(rangeTool->x()+rangeTool->w()+4, pitchTool->y()+pitchTool->h()+8, ch);
reload = new geButton(g->x()+g->w()-70, shiftTool->y(), 70, 20, "Reload");
g->end();
if (ch->wave->isLogical()) // Logical samples (aka takes) cannot be reloaded.
reload->deactivate();
reload->callback(cb_reload, (void*)this);
return g;
}
uiBasis:: uiBasis( Fl_Group &tabs, const BasisInfo &bi ) :
name( bi.name ),
group( new Fl_Group( tabs.x(), tabs.y()+24, tabs.w(), tabs.h()-24, bi.name.c_str() ) ),
input()
{
//--------------------------------------------------------------------------
// record the new tab
//--------------------------------------------------------------------------
tabs.add(group);
group->labelfont( FL_COURIER );
group->labelsize( 14 );
static const int bh = 23;
//--------------------------------------------------------------------------
// create the parameters
//--------------------------------------------------------------------------
const int h = group->h();
const size_t nb = bi.param.size();
const int hfree = h - nb * bh;
const int hskip = hfree/(nb+1);
int y = group->y();
const int x = group->x() + 8;
for( size_t i=1; i <= nb; ++i )
{
y += hskip;
const string ¶m = bi.param[i];
Fl_Input *box = new Fl_Input(x,y,100,bh,param.c_str());
box->input_type(FL_FLOAT_INPUT);
box->labeltype( FL_NORMAL_LABEL );
box->align(FL_ALIGN_RIGHT);
box->labelfont(FL_HELVETICA);
box->labelsize(12);
box->textsize(12);
box->textfont(FL_HELVETICA);
group->add(box);
box->value("0.0");
y += bh;
input.push_back(box);
box->callback(ChangeCB);
box->when(FL_WHEN_RELEASE);
}
}
gdEditor::gdEditor(SampleChannel *ch)
: gWindow(640, 480),
ch(ch)
{
set_non_modal();
if (G_Conf.sampleEditorX)
resize(G_Conf.sampleEditorX, G_Conf.sampleEditorY, G_Conf.sampleEditorW, G_Conf.sampleEditorH);
/* top bar: grid and zoom tools */
Fl_Group *bar = new Fl_Group(8, 8, w()-16, 20);
bar->begin();
grid = new gChoice(bar->x(), bar->y(), 50, 20);
snap = new gCheck(grid->x()+grid->w()+4, bar->y()+4, 12, 12);
zoomOut = new gClick(bar->x()+bar->w()-20, bar->y(), 20, 20, "", zoomOutOff_xpm, zoomOutOn_xpm);
zoomIn = new gClick(zoomOut->x()-24, bar->y(), 20, 20, "", zoomInOff_xpm, zoomInOn_xpm);
bar->end();
bar->resizable(new gBox(grid->x()+grid->w()+4, bar->y(), 80, bar->h()));
/* waveform */
waveTools = new gWaveTools(8, 36, w()-16, h()-120, ch);
waveTools->end();
/* other tools */
Fl_Group *tools = new Fl_Group(8, waveTools->y()+waveTools->h()+8, w()-16, 130);
tools->begin();
volume = new gDial (tools->x()+50, tools->y(), 20, 20, "Volume");
volumeNum = new gInput(volume->x()+volume->w()+4, tools->y(), 46, 20, "dB");
boost = new gDial (volumeNum->x()+volumeNum->w()+108, tools->y(), 20, 20, "Boost");
boostNum = new gInput(boost->x()+boost->w()+4, tools->y(), 44, 20, "dB");
normalize = new gClick(boostNum->x()+boostNum->w()+54, tools->y(), 70, 20, "Normalize");
pan = new gDial (normalize->x()+normalize->w()+40, tools->y(), 20, 20, "Pan");
panNum = new gInput(pan->x()+pan->w()+4, tools->y(), 45, 20, "%");
pitch = new gDial (tools->x()+50, volume->y()+volume->h()+4, 20, 20, "Pitch");
pitchNum = new gInput(pitch->x()+pitch->w()+4, volume->y()+volume->h()+4, 46, 20);
pitchToBar = new gClick(pitchNum->x()+pitchNum->w()+4, volume->y()+volume->h()+4, 60, 20, "To bar");
pitchToSong = new gClick(pitchToBar->x()+pitchToBar->w()+4, volume->y()+volume->h()+4, 60, 20, "To song");
pitchHalf = new gClick(pitchToSong->x()+pitchToSong->w()+4, volume->y()+volume->h()+4, 20, 20, "", divideOff_xpm, divideOn_xpm);
pitchDouble = new gClick(pitchHalf->x()+pitchHalf->w()+4, volume->y()+volume->h()+4, 20, 20, "", multiplyOff_xpm, multiplyOn_xpm);
pitchReset = new gClick(pitchDouble->x()+pitchDouble->w()+4, volume->y()+volume->h()+4, 46, 20, "Reset");
reload = new gClick(pitchReset->x()+pitchReset->w()+4, volume->y()+volume->h()+4, 70, 20, "Reload");
chanStart = new gInput(tools->x()+60, pitch->y()+pitch->h()+4, 60, 20, "Range");
chanEnd = new gInput(chanStart->x()+chanStart->w()+4, pitch->y()+pitch->h()+4, 60, 20, "");
resetStartEnd = new gClick(chanEnd->x()+chanEnd->w()+4, pitch->y()+pitch->h()+4, 60, 20, "Reset");
tools->end();
tools->resizable(new gBox(panNum->x()+panNum->w()+4, tools->y(), 80, tools->h()));
/* grid tool setup */
grid->add("(off)");
grid->add("2");
grid->add("3");
grid->add("4");
grid->add("6");
grid->add("8");
grid->add("16");
grid->add("32");
grid->add("64");
grid->value(G_Conf.sampleEditorGridVal);
grid->callback(cb_changeGrid, (void*)this);
snap->value(G_Conf.sampleEditorGridOn);
snap->callback(cb_enableSnap, (void*)this);
/* TODO - redraw grid if != (off) */
char buf[16];
sprintf(buf, "%d", ch->begin / 2); // divided by 2 because stereo
chanStart->value(buf);
chanStart->type(FL_INT_INPUT);
chanStart->callback(cb_setChanPos, this);
/* inputs callback: fire when they lose focus or Enter is pressed. */
chanStart->when(FL_WHEN_RELEASE | FL_WHEN_ENTER_KEY);
chanEnd ->when(FL_WHEN_RELEASE | FL_WHEN_ENTER_KEY);
sprintf(buf, "%d", ch->end / 2); // divided by 2 because stereo
chanEnd->value(buf);
chanEnd->type(FL_INT_INPUT);
chanEnd->callback(cb_setChanPos, this);
resetStartEnd->callback(cb_resetStartEnd, this);
volume->callback(cb_setVolume, (void*)this);
volume->value(ch->guiChannel->vol->value());
float dB = 20*log10(ch->volume); // dB = 20*log_10(linear value)
if (dB > -INFINITY) sprintf(buf, "%.2f", dB);
else sprintf(buf, "-inf");
volumeNum->value(buf);
volumeNum->align(FL_ALIGN_RIGHT);
volumeNum->callback(cb_setVolumeNum, (void*)this);
boost->range(1.0f, 10.0f);
boost->callback(cb_setBoost, (void*)this);
if (ch->boost > 10.f)
boost->value(10.0f);
else
boost->value(ch->boost);
boost->when(FL_WHEN_CHANGED | FL_WHEN_RELEASE);
float boost = 20*log10(ch->boost); // dB = 20*log_10(linear value)
sprintf(buf, "%.2f", boost);
boostNum->value(buf);
boostNum->align(FL_ALIGN_RIGHT);
boostNum->callback(cb_setBoostNum, (void*)this);
normalize->callback(cb_normalize, (void*)this);
pan->range(0.0f, 2.0f);
pan->callback(cb_panning, (void*)this);
pitch->range(0.01f, 4.0f);
pitch->value(ch->pitch);
pitch->callback(cb_setPitch, (void*)this);
pitch->when(FL_WHEN_RELEASE);
sprintf(buf, "%.4f", ch->pitch); // 4 digits
pitchNum->value(buf);
pitchNum->align(FL_ALIGN_RIGHT);
pitchNum->callback(cb_setPitchNum, (void*)this);
pitchNum->when(FL_WHEN_RELEASE | FL_WHEN_ENTER_KEY);
pitchToBar->callback(cb_setPitchToBar, (void*)this);
pitchToSong->callback(cb_setPitchToSong, (void*)this);
pitchHalf->callback(cb_setPitchHalf, (void*)this);
pitchDouble->callback(cb_setPitchDouble, (void*)this);
pitchReset->callback(cb_resetPitch, (void*)this);
reload->callback(cb_reload, (void*)this);
zoomOut->callback(cb_zoomOut, (void*)this);
zoomIn->callback(cb_zoomIn, (void*)this);
/* logical samples (aka takes) cannot be reloaded. So far. */
if (ch->wave->isLogical)
reload->deactivate();
if (ch->panRight < 1.0f) {
char buf[8];
sprintf(buf, "%d L", (int) std::abs((ch->panRight * 100.0f) - 100));
pan->value(ch->panRight);
panNum->value(buf);
}
else if (ch->panRight == 1.0f && ch->panLeft == 1.0f) {
pan->value(1.0f);
panNum->value("C");
}
else {
char buf[8];
sprintf(buf, "%d R", (int) std::abs((ch->panLeft * 100.0f) - 100));
pan->value(2.0f - ch->panLeft);
panNum->value(buf);
}
panNum->align(FL_ALIGN_RIGHT);
panNum->readonly(1);
panNum->cursor_color(FL_WHITE);
gu_setFavicon(this);
size_range(640, 480);
resizable(waveTools);
label(ch->wave->name.c_str());
show();
}
gdEditor::gdEditor(SampleChannel *ch)
: gWindow(640, 480),
ch(ch)
{
set_non_modal();
if (G_Conf.sampleEditorX)
resize(G_Conf.sampleEditorX, G_Conf.sampleEditorY, G_Conf.sampleEditorW, G_Conf.sampleEditorH);
Fl_Group *bar = new Fl_Group(8, 8, w()-16, 20);
bar->begin();
reload = new gClick(bar->x(), bar->y(), 50, 20, "Reload");
zoomOut = new gClick(bar->x()+bar->w()-20, bar->y(), 20, 20, "-");
zoomIn = new gClick(zoomOut->x()-24, bar->y(), 20, 20, "+");
bar->end();
bar->resizable(new gBox(reload->x()+reload->w()+4, bar->y(), 80, bar->h()));
waveTools = new gWaveTools(8, 36, w()-16, h()-120, ch);
waveTools->end();
Fl_Group *tools = new Fl_Group(8, waveTools->y()+waveTools->h()+8, w()-16, 130);
tools->begin();
volume = new gDial (tools->x()+42, tools->y(), 20, 20, "Volume");
volumeNum = new gInput(volume->x()+volume->w()+4, tools->y(), 46, 20, "dB");
boost = new gDial (volumeNum->x()+volumeNum->w()+80, tools->y(), 20, 20, "Boost");
boostNum = new gInput(boost->x()+boost->w()+4, tools->y(), 46, 20, "dB");
normalize = new gClick(boostNum->x()+boostNum->w()+40, tools->y(), 70, 20, "Normalize");
pan = new gDial (normalize->x()+normalize->w()+40, tools->y(), 20, 20, "Pan");
panNum = new gInput(pan->x()+pan->w()+4, tools->y(), 45, 20, "%");
pitch = new gDial (tools->x()+42, volume->y()+volume->h()+4, 20, 20, "Pitch");
pitchNum = new gInput (pitch->x()+pitch->w()+4, volume->y()+volume->h()+4, 46, 20);
pitchToBar = new gClick (pitchNum->x()+pitchNum->w()+4, volume->y()+volume->h()+4, 46, 20, "To bar");
pitchToSong = new gClick (pitchToBar->x()+pitchToBar->w()+4, volume->y()+volume->h()+4, 46, 20, "To song");
pitchReset = new gClick (pitchToSong->x()+pitchToSong->w()+4, volume->y()+volume->h()+4, 46, 20, "Reset");
chanStart = new gInput(tools->x()+52, pitch->y()+pitch->h()+4, 60, 20, "Start");
chanEnd = new gInput(chanStart->x()+chanStart->w()+40, pitch->y()+pitch->h()+4, 60, 20, "End");
resetStartEnd = new gClick(chanEnd->x()+chanEnd->w()+4, pitch->y()+pitch->h()+4, 46, 20, "Reset");
tools->end();
tools->resizable(new gBox(chanStart->x()+chanStart->w()+4, tools->y(), 80, tools->h()));
char buf[16];
///sprintf(buf, "%d", ch->beginTrue / 2); // divided by 2 because stereo
sprintf(buf, "%d", ch->begin / 2); // divided by 2 because stereo
chanStart->value(buf);
chanStart->type(FL_INT_INPUT);
chanStart->callback(cb_setChanPos, this);
/* inputs callback: fire when they lose focus or Enter is pressed. */
chanStart->when(FL_WHEN_RELEASE | FL_WHEN_ENTER_KEY);
chanEnd ->when(FL_WHEN_RELEASE | FL_WHEN_ENTER_KEY);
///sprintf(buf, "%d", ch->endTrue / 2); // divided by 2 because stereo
sprintf(buf, "%d", ch->end / 2); // divided by 2 because stereo
chanEnd->value(buf);
chanEnd->type(FL_INT_INPUT);
chanEnd->callback(cb_setChanPos, this);
resetStartEnd->callback(cb_resetStartEnd, this);
volume->callback(cb_setVolume, (void*)this);
volume->value(ch->guiChannel->vol->value());
float dB = 20*log10(ch->volume); // dB = 20*log_10(linear value)
if (dB > -INFINITY) sprintf(buf, "%.2f", dB);
else sprintf(buf, "-inf");
volumeNum->value(buf);
volumeNum->align(FL_ALIGN_RIGHT);
volumeNum->callback(cb_setVolumeNum, (void*)this);
boost->range(1.0f, 10.0f);
boost->callback(cb_setBoost, (void*)this);
if (ch->boost > 10.f)
boost->value(10.0f);
else
boost->value(ch->boost);
boost->when(FL_WHEN_CHANGED | FL_WHEN_RELEASE);
float boost = 20*log10(ch->boost); // dB = 20*log_10(linear value)
sprintf(buf, "%.2f", boost);
boostNum->value(buf);
boostNum->align(FL_ALIGN_RIGHT);
boostNum->callback(cb_setBoostNum, (void*)this);
normalize->callback(cb_normalize, (void*)this);
pan->range(0.0f, 2.0f);
pan->callback(cb_panning, (void*)this);
pitch->range(0.01f, 4.0f);
pitch->value(ch->pitch);
pitch->callback(cb_setPitch, (void*)this);
pitch->when(FL_WHEN_RELEASE);
sprintf(buf, "%.4f", ch->pitch); // 4 digits
pitchNum->value(buf);
pitchNum->align(FL_ALIGN_RIGHT);
pitchNum->callback(cb_setPitchNum, (void*)this);
pitchNum->when(FL_WHEN_RELEASE | FL_WHEN_ENTER_KEY);
pitchToBar->callback(cb_setPitchToBar, (void*)this);
pitchToSong->callback(cb_setPitchToSong, (void*)this);
pitchReset->callback(cb_resetPitch, (void*)this);
reload->callback(cb_reload, (void*)this);
zoomOut->callback(cb_zoomOut, (void*)this);
zoomIn->callback(cb_zoomIn, (void*)this);
/* logical samples (aka takes) cannot be reloaded. So far. */
if (ch->wave->isLogical)
reload->deactivate();
if (ch->panRight < 1.0f) {
char buf[8];
sprintf(buf, "%d L", abs((ch->panRight * 100.0f) - 100));
pan->value(ch->panRight);
panNum->value(buf);
}
else if (ch->panRight == 1.0f && ch->panLeft == 1.0f) {
pan->value(1.0f);
panNum->value("C");
}
else {
char buf[8];
sprintf(buf, "%d R", abs((ch->panLeft * 100.0f) - 100));
pan->value(2.0f - ch->panLeft);
panNum->value(buf);
}
panNum->align(FL_ALIGN_RIGHT);
panNum->readonly(1);
panNum->cursor_color(FL_WHITE);
gu_setFavicon(this);
size_range(640, 480);
resizable(waveTools);
label(ch->wave->name.c_str());
show();
}
gdMidiInputMaster::gdMidiInputMaster()
: gdMidiInputBase(0, 0, 300, 284, "MIDI Input Setup (global)")
{
set_modal();
Fl_Group* groupHeader = new Fl_Group(G_GUI_OUTER_MARGIN, G_GUI_OUTER_MARGIN, w(), 20);
groupHeader->begin();
enable = new geCheck(G_GUI_OUTER_MARGIN, G_GUI_OUTER_MARGIN, 120, G_GUI_UNIT,
"enable MIDI input");
channel = new geChoice(enable->x()+enable->w()+44, G_GUI_OUTER_MARGIN, 120, G_GUI_UNIT);
groupHeader->resizable(nullptr);
groupHeader->end();
Fl_Pack* pack = new Fl_Pack(G_GUI_OUTER_MARGIN, groupHeader->y()+groupHeader->h()+G_GUI_OUTER_MARGIN,
LEARNER_WIDTH, 212);
pack->spacing(G_GUI_INNER_MARGIN);
pack->begin();
new geMidiLearner(0, 0, LEARNER_WIDTH, "rewind", &cb_learn, &conf::midiInRewind, nullptr);
new geMidiLearner(0, 0, LEARNER_WIDTH, "play/stop", &cb_learn, &conf::midiInStartStop, nullptr);
new geMidiLearner(0, 0, LEARNER_WIDTH, "action recording", &cb_learn, &conf::midiInActionRec, nullptr);
new geMidiLearner(0, 0, LEARNER_WIDTH, "input recording", &cb_learn, &conf::midiInInputRec, nullptr);
new geMidiLearner(0, 0, LEARNER_WIDTH, "metronome", &cb_learn, &conf::midiInMetronome, nullptr);
new geMidiLearner(0, 0, LEARNER_WIDTH, "input volume", &cb_learn, &conf::midiInVolumeIn, nullptr);
new geMidiLearner(0, 0, LEARNER_WIDTH, "output volume", &cb_learn, &conf::midiInVolumeOut, nullptr);
new geMidiLearner(0, 0, LEARNER_WIDTH, "sequencer ×2", &cb_learn, &conf::midiInBeatDouble, nullptr);
new geMidiLearner(0, 0, LEARNER_WIDTH, "sequencer ÷2", &cb_learn, &conf::midiInBeatHalf, nullptr);
pack->end();
ok = new geButton(w()-88, pack->y()+pack->h()+G_GUI_OUTER_MARGIN, 80, G_GUI_UNIT, "Close");
end();
ok->callback(cb_close, (void*)this);
enable->value(conf::midiIn);
enable->callback(cb_enable, (void*)this);
channel->add("Channel (any)");
channel->add("Channel 1");
channel->add("Channel 2");
channel->add("Channel 3");
channel->add("Channel 4");
channel->add("Channel 5");
channel->add("Channel 6");
channel->add("Channel 7");
channel->add("Channel 8");
channel->add("Channel 9");
channel->add("Channel 10");
channel->add("Channel 11");
channel->add("Channel 12");
channel->add("Channel 13");
channel->add("Channel 14");
channel->add("Channel 15");
channel->add("Channel 16");
channel->value(conf::midiInFilter -1 ? 0 : conf::midiInFilter + 1);
channel->callback(cb_setChannel, (void*)this);
u::gui::setFavicon(this);
show();
}
gdActionEditor::gdActionEditor(channel *chan)
: gWindow(640, 284), chan(chan), zoom(100)
{
if (G_Conf.actionEditorW) {
resize(G_Conf.actionEditorX, G_Conf.actionEditorY, G_Conf.actionEditorW, G_Conf.actionEditorH);
zoom = G_Conf.actionEditorZoom;
}
/* compute values */
calc();
/* container with zoom buttons and the action type selector. Scheme of
* the resizable boxes: |[--b1--][actionType][--b2--][+][-]| */
Fl_Group *upperArea = new Fl_Group(8, 8, w()-16, 20);
upperArea->begin();
if (chan->type == CHANNEL_SAMPLE) {
actionType = new gChoice(8, 8, 80, 20);
gridTool = new gGridTool(actionType->x()+actionType->w()+4, 8, this);
}
else
gridTool = new gGridTool(8, 8, this);
gBox *b1 = new gBox(gridTool->x()+gridTool->w()+4, 8, 300, 20); // padding actionType - zoomButtons
zoomIn = new gClick(w()-8-40-4, 8, 20, 20, "+");
zoomOut = new gClick(w()-8-20, 8, 20, 20, "-");
upperArea->end();
upperArea->resizable(b1);
if (chan->type == CHANNEL_SAMPLE) {
actionType->add("key press");
actionType->add("key release");
actionType->add("kill chan");
actionType->value(0);
}
gridTool->init(G_Conf.actionEditorGridVal, G_Conf.actionEditorGridOn);
gridTool->calc();
if (chan->type == CHANNEL_SAMPLE &&
(chan->mode == SINGLE_PRESS ||
chan->mode & LOOP_ANY))
actionType->deactivate();
zoomIn->callback(cb_zoomIn, (void*)this);
zoomOut->callback(cb_zoomOut, (void*)this);
/* main scroller: contains all widgets */
scroller = new gScroll(8, 36, this->w()-16, this->h()-44);
if (chan->type == CHANNEL_SAMPLE) {
ac = new gActionChannel (scroller->x(), upperArea->y()+upperArea->h()+8, this);
mc = new gMuteChannel (scroller->x(), ac->y()+ac->h()+8, this);
vc = new gEnvelopeChannel (scroller->x(), mc->y()+mc->h()+8, this, ACTION_VOLUME, RANGE_FLOAT, "volume");
scroller->add(ac);
//scroller->add(new gResizerBar(ac->x(), ac->y()+ac->h(), scroller->w(), 8));
scroller->add(mc);
//scroller->add(new gResizerBar(mc->x(), mc->y()+mc->h(), scroller->w(), 8));
scroller->add(vc);
//scroller->add(new gResizerBar(vc->x(), vc->y()+vc->h(), scroller->w(), 8));
/* fill volume envelope with actions from recorder */
vc->fill();
/* if channel is LOOP_ANY, deactivate it: a loop mode channel cannot
* hold keypress/keyrelease actions */
if (chan->mode & LOOP_ANY)
ac->deactivate();
}
else {
pr = new gPianoRollContainer(scroller->x(), upperArea->y()+upperArea->h()+8, this);
scroller->add(pr);
scroller->add(new gResizerBar(pr->x(), pr->y()+pr->h(), scroller->w(), 8));
}
end();
gu_setFavicon(this);
char buf[256];
sprintf(buf, "Edit Actions in Channel %d", chan->index+1);
label(buf);
set_non_modal();
size_range(640, 284);
resizable(scroller);
show();
}
Fl_Double_Window* ResonanceUI::make_window() {
{ resonancewindow = new Fl_Double_Window(780, 305, "Resonance");
resonancewindow->user_data((void*)(this));
{ khzvalue = new Fl_Value_Output(415, 264, 45, 18, "kHz");
khzvalue->labelsize(12);
khzvalue->minimum(0.001);
khzvalue->maximum(48);
khzvalue->step(0.01);
khzvalue->textfont(1);
khzvalue->textsize(12);
khzvalue->align(FL_ALIGN_RIGHT);
//this widget must be before the calling widgets
} // Fl_Value_Output* khzvalue
{ dbvalue = new Fl_Value_Output(415, 282, 45, 18, "dB");
dbvalue->labelsize(12);
dbvalue->minimum(-150);
dbvalue->maximum(150);
dbvalue->step(0.1);
dbvalue->textfont(1);
dbvalue->textsize(12);
dbvalue->align(FL_ALIGN_RIGHT);
//this widget must be before the calling widgets
} // Fl_Value_Output* dbvalue
{ Fl_Group* o = new Fl_Group(6, 5, 768, 256);
o->box(FL_BORDER_BOX);
rg=new ResonanceGraph(o->x(),o->y(),o->w(),o->h(),"");
rg->init(respar,khzvalue,dbvalue);
rg->show();
o->end();
} // Fl_Group* o
{ Fl_Button* o = new Fl_Button(690, 283, 84, 17, "Close");
o->box(FL_THIN_UP_BOX);
o->callback((Fl_Callback*)cb_Close);
} // Fl_Button* o
{ Fl_Button* o = new Fl_Button(491, 264, 66, 15, "Zero");
o->tooltip("Clear the resonance function");
o->box(FL_THIN_UP_BOX);
o->labelfont(1);
o->labelsize(12);
o->callback((Fl_Callback*)cb_Zero);
} // Fl_Button* o
{ Fl_Button* o = new Fl_Button(491, 282, 66, 18, "Smooth");
o->tooltip("Smooth the resonance function");
o->box(FL_THIN_UP_BOX);
o->labelfont(1);
o->labelsize(12);
o->callback((Fl_Callback*)cb_Smooth);
} // Fl_Button* o
{ Fl_Check_Button* o = enabled = new Fl_Check_Button(6, 270, 78, 27, "Enable");
enabled->box(FL_THIN_UP_BOX);
enabled->down_box(FL_DOWN_BOX);
enabled->callback((Fl_Callback*)cb_enabled);
o->value(respar->Penabled);
} // Fl_Check_Button* enabled
{ maxdb = new Fl_Roller(90, 282, 84, 15);
maxdb->type(1);
maxdb->minimum(1);
maxdb->maximum(90);
maxdb->step(1);
maxdb->value(30);
maxdb->callback((Fl_Callback*)cb_maxdb);
} // Fl_Roller* maxdb
{ Fl_Value_Output* o = maxdbvo = new Fl_Value_Output(126, 264, 24, 18, "Max.");
maxdbvo->tooltip("The Maximum amplitude (dB)");
maxdbvo->labelsize(12);
maxdbvo->minimum(1);
maxdbvo->maximum(127);
maxdbvo->step(1);
maxdbvo->value(30);
maxdbvo->textfont(1);
maxdbvo->textsize(12);
maxdbvo->callback((Fl_Callback*)cb_maxdbvo);
o->value(respar->PmaxdB);
} // Fl_Value_Output* maxdbvo
{ new Fl_Box(150, 264, 24, 18, "dB");
} // Fl_Box* o
{ Fl_Value_Output* o = centerfreqvo = new Fl_Value_Output(210, 264, 33, 18, "C.f.");
centerfreqvo->tooltip("Center Frequency (kHz)");
centerfreqvo->labelsize(12);
centerfreqvo->minimum(1);
centerfreqvo->maximum(10);
centerfreqvo->step(0.01);
centerfreqvo->value(1);
centerfreqvo->textfont(1);
centerfreqvo->textsize(12);
centerfreqvo->callback((Fl_Callback*)cb_centerfreqvo);
centerfreqvo->when(3);
o->value(respar->getcenterfreq()/1000.0);
} // Fl_Value_Output* centerfreqvo
{ Fl_Value_Output* o = octavesfreqvo = new Fl_Value_Output(210, 282, 33, 18, "Oct.");
octavesfreqvo->tooltip("No. of octaves");
octavesfreqvo->labelsize(12);
octavesfreqvo->minimum(1);
octavesfreqvo->maximum(127);
octavesfreqvo->step(1);
octavesfreqvo->value(30);
octavesfreqvo->textfont(1);
octavesfreqvo->textsize(12);
octavesfreqvo->callback((Fl_Callback*)cb_octavesfreqvo);
octavesfreqvo->when(3);
o->value(respar->getoctavesfreq());
} // Fl_Value_Output* octavesfreqvo
{ Fl_Button* o = new Fl_Button(566, 276, 42, 12, "RND2");
o->tooltip("Randomize the resonance function");
o->box(FL_THIN_UP_BOX);
o->labelfont(1);
o->labelsize(10);
o->callback((Fl_Callback*)cb_RND2);
} // Fl_Button* o
{ Fl_Button* o = new Fl_Button(566, 264, 42, 12, "RND1");
o->tooltip("Randomize the resonance function");
o->box(FL_THIN_UP_BOX);
o->labelfont(1);
o->labelsize(10);
o->callback((Fl_Callback*)cb_RND1);
} // Fl_Button* o
{ Fl_Button* o = new Fl_Button(566, 288, 42, 12, "RND3");
o->tooltip("Randomize the resonance function");
o->box(FL_THIN_UP_BOX);
o->labelfont(1);
o->labelsize(10);
o->callback((Fl_Callback*)cb_RND3);
} // Fl_Button* o
{ Fl_Check_Button* o = p1st = new Fl_Check_Button(365, 285, 45, 15, "P.1st");
p1st->tooltip("Protect the fundamental frequency (do not damp the first harmonic)");
p1st->down_box(FL_DOWN_BOX);
p1st->labelsize(10);
p1st->callback((Fl_Callback*)cb_p1st);
o->value(respar->Pprotectthefundamental);
} // Fl_Check_Button* p1st
{ Fl_Button* o = new Fl_Button(365, 265, 46, 15, "InterpP");
o->tooltip("Interpolate the peaks");
o->box(FL_THIN_UP_BOX);
o->labelfont(1);
o->labelsize(10);
o->callback((Fl_Callback*)cb_InterpP);
} // Fl_Button* o
{ WidgetPDial* o = centerfreq = new WidgetPDial(master, 245, 265, 30, 30, "C.f.");
centerfreq->box(FL_ROUND_UP_BOX);
centerfreq->color(FL_BACKGROUND_COLOR);
centerfreq->selection_color(FL_INACTIVE_COLOR);
centerfreq->labeltype(FL_NORMAL_LABEL);
centerfreq->labelfont(0);
centerfreq->labelsize(10);
centerfreq->labelcolor(FL_FOREGROUND_COLOR);
centerfreq->maximum(127);
centerfreq->step(1);
centerfreq->callback((Fl_Callback*)cb_centerfreq);
centerfreq->align(FL_ALIGN_BOTTOM);
centerfreq->when(FL_WHEN_CHANGED);
o->value(respar->Pcenterfreq);
} // WidgetPDial* centerfreq
{ WidgetPDial* o = octavesfreq = new WidgetPDial(master, 280, 265, 30, 30, "Oct.");
octavesfreq->box(FL_ROUND_UP_BOX);
octavesfreq->color(FL_BACKGROUND_COLOR);
octavesfreq->selection_color(FL_INACTIVE_COLOR);
octavesfreq->labeltype(FL_NORMAL_LABEL);
octavesfreq->labelfont(0);
octavesfreq->labelsize(10);
octavesfreq->labelcolor(FL_FOREGROUND_COLOR);
octavesfreq->maximum(127);
octavesfreq->step(1);
octavesfreq->callback((Fl_Callback*)cb_octavesfreq);
octavesfreq->align(FL_ALIGN_BOTTOM);
octavesfreq->when(FL_WHEN_CHANGED);
o->value(respar->Poctavesfreq);
} // WidgetPDial* octavesfreq
{ Fl_Button* o = new Fl_Button(625, 275, 25, 15, "C");
o->box(FL_THIN_UP_BOX);
o->color((Fl_Color)179);
o->labelfont(1);
o->labelsize(11);
o->labelcolor(FL_BACKGROUND2_COLOR);
o->callback((Fl_Callback*)cb_C);
} // Fl_Button* o
{ Fl_Button* o = new Fl_Button(655, 275, 25, 15, "P");
o->box(FL_THIN_UP_BOX);
o->color((Fl_Color)179);
o->labelfont(1);
o->labelsize(11);
o->labelcolor(FL_BACKGROUND2_COLOR);
o->callback((Fl_Callback*)cb_P);
} // Fl_Button* o
{ applybutton = new Fl_Button(690, 265, 85, 15, "Apply");
applybutton->box(FL_THIN_UP_BOX);
applybutton->labelfont(1);
applybutton->labelsize(11);
applybutton->callback((Fl_Callback*)cb_applybutton);
} // Fl_Button* applybutton
resonancewindow->end();
} // Fl_Double_Window* resonancewindow
return resonancewindow;
}
ClusterView2D::ClusterView2D(int x, int y, int w, int h, int inResolution, cxVolume * pVolume) : Fl_Gl_Window(x, y, w, h-COLOR_CHOOSER_HEIGHT){
//mode(FL_ALPHA | FL_DEPTH | FL_DOUBLE | FL_RGB8 );
// Fl::add_idle(&idle_cp, (void*)this);
opacityDisp = 0;
histogram1D = 0;
m_dataPts = NULL;
m_cluster = NULL;
m_ctrs = NULL;
m_pVolume = pVolume;
m_percentHeight = (float)COLOR_CHOOSER_HEIGHT / (float) h;
m_percentWidth = (float)COLOR_CHOOSER_WIDTH / (float) w;
ClusterView2D *ihateptrs = this; // this is necessary because &this doesnt work.
//m_buttonA = new Fl_Button(x+MARGIN+COLOR_CHOOSER_WIDTH, y+(h-COLOR_CHOOSER_HEIGHT)+MARGIN, BUTTON_WIDTH,BUTTON_HEIGHT, "Reset");
//m_buttonA->callback((Fl_Callback*)cb_buttonA, this);
//m_buttonA->resizable(0);
Fl_Group* o = new Fl_Group( 2,
y+(h-COLOR_CHOOSER_HEIGHT)+MARGIN,
COLOR_CHOOSER_WIDTH*3,
COLOR_CHOOSER_HEIGHT*4,"K-Means settings");
o->box(FL_ENGRAVED_FRAME);
o->align(FL_ALIGN_TOP_LEFT);
m_pInputA = new Fl_Input( o->x()+3,
o->y()+MARGIN,
BUTTON_WIDTH*2 + 3*2,
BUTTON_HEIGHT,"Filename");
m_pInputA->value("");
m_pInputA->align(FL_ALIGN_RIGHT);
m_pButtonChooser = new Fl_Button( (m_pInputA->x()+m_pInputA->w()),
o->y()+ MARGIN,
BUTTON_WIDTH, BUTTON_HEIGHT,"Browse..");
m_pButtonChooser->callback((Fl_Callback *)cb_ButtonChooser, this);
m_pFileChooser = NULL;
m_inp_tch = new Fl_Input(o->x() + 3, m_pInputA->y()+ BUTTON_HEIGHT*2, BUTTON_WIDTH, BUTTON_HEIGHT, "timesteps intervals");
m_inp_tch->align(FL_ALIGN_TOP_LEFT);
m_inp_tch->value("12");
m_inp_t = new Fl_Input(o->x() + 3, m_pInputA->y()+ BUTTON_HEIGHT*3 + MARGIN, BUTTON_WIDTH, BUTTON_HEIGHT, "algorithm");
m_inp_t->align(FL_ALIGN_TOP_LEFT);
m_inp_t->value("0");
m_inp_k = new Fl_Input(m_inp_tch->x()+m_inp_tch->w() + 3, m_pInputA->y()+ BUTTON_HEIGHT*2, BUTTON_WIDTH, BUTTON_HEIGHT, "clusters");
m_inp_k->align(FL_ALIGN_TOP_LEFT);
m_inp_k->value("3");
m_inp_s = new Fl_Input(m_inp_t->x()+m_inp_t->w() + 3, m_pInputA->y()+ BUTTON_HEIGHT*3 + MARGIN, BUTTON_WIDTH, BUTTON_HEIGHT, "stages");
m_inp_s->align(FL_ALIGN_TOP_LEFT);
m_inp_s->value("300");
m_inp_start_time = new Fl_Input(m_inp_k->x()+m_inp_k->w() + 3, m_pInputA->y()+ BUTTON_HEIGHT*2,
BUTTON_WIDTH, BUTTON_HEIGHT, "start timestep");
m_inp_start_time->align(FL_ALIGN_TOP_LEFT);
m_inp_start_time->value("0");
m_inp_total_time = new Fl_Input(m_inp_s->x()+m_inp_s->w() + 3, m_pInputA->y()+ BUTTON_HEIGHT*3 +
MARGIN, BUTTON_WIDTH, BUTTON_HEIGHT, "number of timesteps");
m_inp_total_time->align(FL_ALIGN_TOP_LEFT);
m_inp_total_time->value("120");
Fl_Button* bt_save = new Fl_Button( m_inp_tch->x()+m_inp_tch->w() + 3,
m_pInputA->y()+ BUTTON_HEIGHT*5 + MARGIN*3,
BUTTON_WIDTH, BUTTON_HEIGHT,"Create new cluster");
bt_save->callback((Fl_Callback *)cb_ButtonSave, this);
Fl_Button* bt_load = new Fl_Button( bt_save->x()+bt_save->w()+3,
m_pInputA->y()+ BUTTON_HEIGHT*5 + MARGIN*3,
BUTTON_WIDTH, BUTTON_HEIGHT,"Load cluster");
bt_load->callback((Fl_Callback *)cb_ButtonLoad, this);
o->end();
m_pLB = new Fl_Light_Button(o->x() + o->w() + 3,
(y+(h-COLOR_CHOOSER_HEIGHT)+MARGIN),
BUTTON_WIDTH,BUTTON_HEIGHT, "Show all clusters");
//m_pLB->labelsize(TEXTSIZE);
m_pLB->callback((Fl_Callback *)cb_LB, this);
m_pLB->set();
m_bshowall = true;
m_pButtonNext = new Fl_Button( o->x() + o->w() + 3,
(y+(h-COLOR_CHOOSER_HEIGHT)+MARGIN + BUTTON_HEIGHT + 3),
BUTTON_WIDTH, BUTTON_HEIGHT,"Next Cluster");
m_pButtonNext->callback((Fl_Callback *)cb_ButtonNext, this);
#ifdef CHANGES
m_pButtonClear = new Fl_Light_Button( o->x() + o->w() + 3,
(y+(h-COLOR_CHOOSER_HEIGHT)+MARGIN + BUTTON_HEIGHT*2 + 6),
BUTTON_WIDTH, BUTTON_HEIGHT,"Clear Cluster");
m_pButtonClear->callback((Fl_Callback *)cb_ButtonClear, this);
m_pButtonClear->set();
m_bClear = true;
#endif
/*
int tch = 0; // use all timesteps in calculating KMeans (use only 1 chunk) -tch
int alg = 0; // use Lloyd by default -t option
int k = 4; // number of centers -k option
int dim = 2; // dimension
int stages = 1000; // number of stages -s option
strcpy(params[0],"");
strcpy(params[1],"-t");
strcpy(params[2],"3");
strcpy(params[3],"-tch");
strcpy(params[4],"12");
strcpy(params[5],"-tac");
strcpy(params[6],filename);
strcpy(params[7],"-k");
strcpy(params[8],"3");
strcpy(params[9],"-s");
strcpy(params[10],"300");
main_cluster(nparams, params);
*/
m_total_size = 0;
m_dim = 0;
m_selcluster = 0;
m_bInit = false;
m_nClusters = 0;
m_xblock = 1;
m_yblock = 1;
m_zblock = 1;
m_datamin = -100;
m_datamax = 100;
#ifdef SHOW_CLUSTER
pVolume->SetClusterView(this);
#endif
srand((unsigned)time( NULL ));
}
