282 lines
7.1 KiB
C++
282 lines
7.1 KiB
C++
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#include "gmastertrack.hxx"
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static void gmastertrack_tempoDial_callback(Fl_Widget *w, void *data)
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{
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Avtk::Dial* b = (Avtk::Dial*)w;
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float bpm = b->value() * 160.f + 60;
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EventTimeBPM e = EventTimeBPM( bpm );
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writeToDspRingbuffer( &e );
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}
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static void gmastertrack_volume_callback(Fl_Widget *w, void *data)
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{
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Avtk::Volume* b = (Avtk::Volume*)w;
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float v = b->value();
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EventMasterVol e( v );
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writeToDspRingbuffer( &e );
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}
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static void gmastertrack_inputVolume_callback(Fl_Widget *w, void *data)
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{
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Avtk::Volume* b = (Avtk::Volume*)w;
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float v = b->value();
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EventMasterInputVol e( v );
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writeToDspRingbuffer( &e );
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}
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static void gmastertrack_sidchainKeyButton_callback(Fl_Widget *w, void *data)
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{
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Avtk::LightButton* b = (Avtk::LightButton*)w;
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b->value( !b->value() );
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EventMasterInputToActive e( INPUT_TO_SIDE_KEY, b->value() );
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writeToDspRingbuffer( &e );
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//printf("Key button\n");
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}
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static void gmastertrack_mixButton_callback(Fl_Widget *w, void *data)
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{
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Avtk::LightButton* b = (Avtk::LightButton*)w;
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b->value( !b->value() );
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EventMasterInputToActive e( INPUT_TO_MIX, b->value() );
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writeToDspRingbuffer( &e );
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//printf("Mix button\n");
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}
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static void gmastertrack_sendButton_callback(Fl_Widget *w, void *data)
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{
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Avtk::LightButton* b = (Avtk::LightButton*)w;
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b->value( !b->value() );
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EventMasterInputToActive e( INPUT_TO_SEND, b->value() );
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writeToDspRingbuffer( &e );
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//printf("Send button\n");
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}
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static void gmastertrack_sendVol_callback(Fl_Widget *w, void *data)
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{
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Avtk::Dial* b = (Avtk::Dial*)w;
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float v = b->value();
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EventMasterInputTo e = EventMasterInputTo( INPUT_TO_SEND, v );
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writeToDspRingbuffer( &e );
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///printf("Send dial\n");
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}
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static void gmastertrack_xSideVol_callback(Fl_Widget *w, void *data)
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{
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Avtk::Dial* b = (Avtk::Dial*)w;
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float v = b->value();
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EventMasterInputTo e = EventMasterInputTo( INPUT_TO_XSIDE, v );
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writeToDspRingbuffer( &e );
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//printf("XSide dial\n");
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}
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/// return volume
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static void gmastertrack_returnVol_callback(Fl_Widget *w, void *data)
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{
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Avtk::Dial* b = (Avtk::Dial*)w;
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float v = b->value();
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EventMasterReturn e( RETURN_MAIN, v );
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writeToDspRingbuffer( &e );
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//printf("Return dial\n");
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}
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static void gmastertrack_mixVol_callback(Fl_Widget *w, void *data)
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{
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Avtk::Dial* b = (Avtk::Dial*)w;
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float v = b->value();
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EventMasterInputTo e = EventMasterInputTo( INPUT_TO_MIX, v );
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writeToDspRingbuffer( &e );
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//printf("MIX dial\n");
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}
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static void gmastertrack_button_callback(Fl_Widget *w, void *data)
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{
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if ( strcmp( w->label(), "Metro" ) == 0 )
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{
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Avtk::LightButton* b = (Avtk::LightButton*)w;
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b->value( !b->value() );
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EventMetronomeActive e = EventMetronomeActive( b->value() );
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writeToDspRingbuffer( &e );
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}
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else if ( strcmp( w->label(), "Tap" ) == 0 )
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{
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EventTimeTempoTap e;
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writeToDspRingbuffer( &e );
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}
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else
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{
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LUPPP_WARN("Error: unknown command string");
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}
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}
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GMasterTrack::GMasterTrack(int x, int y, int w, int h, const char* l ) :
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Fl_Group(x, y, w, h),
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title( strdup(l) ),
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bg( x, y , w, h, title ),
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// with "true" master flag: launches scenes instead of clips on tracks
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clipSel(x + 5, y + 26 + 102, 140, 294,"", true),
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source(x+5, y+26, 140, 100, ""),
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volBox(x+5, y+422, 140, 172, ""),
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tapTempo ( x + w * 2/4.f - 18, y + 426 + 41 * 0, 44,38, "Tap"),
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metronomeButton( x + w * 2/4.f - 18, y + 426 + 41 * 1, 44, 38,"Metro"),
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tempoDial ( x + w * 2/4.f - 18, y + 426 + 41 * 2, 45, 36,"BPM"),
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returnVol ( x + w * 2/4.f - 18, y + 426 + 41 * 3, 45, 36,"Return"),
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inputVolume(x + 9,y + 26 + 4, w - 18, 30,""),
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inputToSend (x + 10,y + 28 + 68, 40, 26,"Snd"),
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inputToSendVol(x + w*0.2-15,y + 28 + 36, 30, 30,""),
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inputToSidechainKey (x + w*0.5-20,y + 28 + 68, 40, 26,"Key"),
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inputToSidechainSignalVol(x + w*0.5-15,y + 28 + 36, 30, 30,""),
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inputToMix (x + w*0.8-20,y + 28 + 68, 40, 26,"Mix"),
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inputToMixVol(x + w*0.8-15,y + 28 + 36, 30, 30,""),
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volume(x+106, y +425, 36, 166, "")
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{
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ID = privateID++;
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bar = 0;
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inputVolume.value(0.5);
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inputVolume.setOrientationHorizontal();
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inputVolume.callback( gmastertrack_inputVolume_callback, 0 );
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tapTempo.callback( gmastertrack_button_callback, &ID );
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metronomeButton.callback( gmastertrack_button_callback, 0 );
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tempoDial.callback( gmastertrack_tempoDial_callback, 0 );
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inputToSend.setColor( 0, 1.0, 0 );
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inputToSend.callback( gmastertrack_sendButton_callback, 0 );
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inputToSendVol.callback( gmastertrack_sendVol_callback, 0 );
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inputToSidechainKey.setColor( 0, 0.6, 1 );
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inputToSidechainKey.callback( gmastertrack_sidchainKeyButton_callback, 0 );
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inputToSidechainSignalVol.value( 0 );
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inputToSidechainSignalVol.callback( gmastertrack_xSideVol_callback, 0 );
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inputToMix.callback ( gmastertrack_mixButton_callback, 0 );
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inputToMixVol.callback ( gmastertrack_mixVol_callback, 0 );
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tempoDial.align( FL_ALIGN_CENTER );
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returnVol.value( 1.f );
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returnVol.align( FL_ALIGN_CENTER );
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returnVol.callback( gmastertrack_returnVol_callback, 0 );
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for(int i = 0; i < 4; i++)
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{
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beatLights[i] = new Avtk::LightButton( x + 11, y + 427 + 41 * i, 38, 38, "" );
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}
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beatLights[0]->setColor( 1.0, 0.0 , 0.0 );
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beatLights[1]->setColor( 1.0, 0.48, 0.0 );
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beatLights[2]->setColor( 1.0, 1.0 , 0.0 );
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beatLights[3]->setColor( 0.0, 1.0 , 0.0 );
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volume.amplitude( 0.0, 0.0 );
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volume.callback( gmastertrack_volume_callback, 0 );
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end(); // close the group
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}
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void GMasterTrack::setBpm( int b )
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{
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bpm = b;
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tempoDial.value( ( bpm - 60 ) / 160.f );
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}
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void GMasterTrack::setInputVol(float f)
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{
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//LUPPP_NOTE(" gmtrck, inputVol %f", f );
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inputVolume.value( f );
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}
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void GMasterTrack::setReturnVol(float f)
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{
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LUPPP_NOTE(" gmtrck, returnVol %f", f );
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returnVol.value( f );
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}
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void GMasterTrack::setInputTo(int to, float f)
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{
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//LUPPP_NOTE(" gmtrck, inputTO %i, %f", to, f );
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if ( to == Event::INPUT_TO_MIX )
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inputToMixVol.value( f );
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else if ( to == Event::INPUT_TO_SEND )
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inputToSendVol.value( f );
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else if ( to == Event::INPUT_TO_XSIDE )
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inputToSidechainSignalVol.value( f );
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}
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void GMasterTrack::setInputToActive(int to, bool f)
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{
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//LUPPP_NOTE(" gmtrck, inputToActive %i, %i", to, int(f) );
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if ( to == Event::INPUT_TO_MIX )
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inputToMix.value( f );
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else if ( to == Event::INPUT_TO_SEND )
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inputToSend.value( f );
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else if ( to == Event::INPUT_TO_SIDE_KEY )
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inputToSidechainKey.value( f );
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}
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void GMasterTrack::metronomeEnable( bool b )
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{
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metronomeButton.value( b );
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}
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int GMasterTrack::getBpm()
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{
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return bpm;
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}
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void GMasterTrack::setTapTempo( bool b )
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{
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tapTempo.setHighlight( b );
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}
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void GMasterTrack::setBarBeat(int b, int beat)
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{
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if ( beat % 4 == 0 )
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{
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bar = bar % 4 + 1;
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}
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int num = (beat % 4) + 1;
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// turn all off
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for( int i = 0; i < 4; i++)
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beatLights[i]->value( 0 );
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// beat starts at 4
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for( int i = 0; i < num; i++)
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beatLights[3-i]->value( 1 );
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}
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Avtk::Volume* GMasterTrack::getInputVolume()
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{
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return &inputVolume;
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}
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Avtk::Volume* GMasterTrack::getVolume()
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{
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return &volume;
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}
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Avtk::ClipSelector* GMasterTrack::getClipSelector()
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{
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return &clipSel;
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}
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GMasterTrack::~GMasterTrack()
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{
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free(title);
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}
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