void InitSliderValues(struct Tracker_Windows *window){
window->leftslider.show=1;
window->bottomslider.show=1;
// twindow->bottomslider.width=twindow->fontwidth;
window->bottomslider.width = SETTINGS_read_int("bottom_slider_height",window->fontheight*2/3);
window->leftslider.width = SETTINGS_read_int("left_slider_width",8);
}
int MIDI_initInstrumentPlugIn(struct Instruments *instrument){
MIDI_set_use_0x90_for_note_off(SETTINGS_read_int("use_0x90_for_note_off",0)==0?false:true);
if(MIDI_New(instrument)==false){
GFX_Message(NULL, "Unable to open MIDI");
return INSTRUMENT_FAILED;
}
instrument->instrumentname = "MIDI instrument";
//instrument->getMaxVelocity = &MIDIgetMaxVelocity;
instrument->getFxNames = MIDI_getFxNames;
instrument->createFX = MIDI_createFX;
instrument->getFX = &MIDIgetFX;
instrument->getPatch = &MIDIgetPatch;
instrument->CloseInstrument = MIDICloseInstrument;
instrument->StopPlaying = MIDIStopPlaying;
instrument->CopyInstrumentData = MIDI_CopyInstrumentData;
instrument->PlayFromStartHook = MIDIPlayFromStartHook;
instrument->LoadFX = MIDILoadFX;
instrument->PP_Update = MIDI_PP_Update;
instrument->handle_fx_when_theres_a_new_patch_for_track = MIDI_handle_fx_when_theres_a_new_patch_for_track;
instrument->remove_patch = MIDI_remove_patch;
instrument->setPatchData = MIDISetPatchData;
instrument->getPatchData = MIDIGetPatchData;
return INSTRUMENT_SUCCESS;
}
static void create_background_realline(const struct Tracker_Windows *window, const struct WBlocks *wblock, const struct WSignatures *wsignature, int realline){
const struct WTracks *last_wtrack = (const struct WTracks*)ListLast1(&wblock->wtracks->l);
const struct LocalZooms *localzoom = wblock->reallines[realline];
//int x1 = wblock->linenumarea.x;
int x1 = wblock->tempocolorarea.x;
int x2 = last_wtrack->x2;
int y1 = get_realline_y1(window, realline);
int y2 = get_realline_y2(window, realline);
// background
{
if(beat_opacity == -1)
beat_opacity = SETTINGS_read_int("beat_opacity", 950);
if(first_beat_opacity == -1)
first_beat_opacity = SETTINGS_read_int("first_beat_opacity", 870);
GE_Context *c;
if (WSIGNATURE_is_first_beat(wsignature))
c = GE_mix_color_z(GE_get_rgb(15), GE_get_rgb(1), first_beat_opacity, Z_BACKGROUND | Z_STATIC_X);
else if (wsignature->beat_num>0)
c = GE_mix_color_z(GE_get_rgb(15), GE_get_rgb(1), beat_opacity, Z_BACKGROUND | Z_STATIC_X);
else {
if(localzoom->level>0 && localzoom->zoomline>0 && localzoom->autogenerated==false)
c = GE_mix_color_z(GE_get_rgb(15), GE_get_rgb(2), 925, Z_BACKGROUND | Z_STATIC_X); // manually splitted line
else
c = GE_color_z(15, Z_BACKGROUND | Z_STATIC_X);
}
GE_filledBox(c,x1,y1,x2,y2);
}
float line_width = 0.6f;
// realline separator line
if(1){
//if(line_opacity == -1)
// line_opacity = SETTINGS_read_int("line_opacity", R_MAX(50, beat_opacity-500));
line_opacity = 900;
if(line_opacity != 1000) {
GE_Context *c;
if (WSIGNATURE_is_first_beat(wsignature))
c = GE_mix_color_z(GE_get_rgb(15), GE_get_rgb(1), first_beat_opacity-250, Z_ABOVE(Z_BACKGROUND) | Z_STATIC_X);
else if (wsignature->beat_num>0)
c = GE_mix_color_z(GE_get_rgb(15), GE_get_rgb(1), beat_opacity-250, Z_ABOVE(Z_BACKGROUND) | Z_STATIC_X);
else
c = GE_mix_color_z(GE_get_rgb(15), GE_get_rgb(1), line_opacity, Z_ABOVE(Z_BACKGROUND) | Z_STATIC_X);
if (true) {
GE_line(c,x1,y1,x2,y1,line_width);
VECTOR_FOR_EACH(float*, f_pointer, &wsignature->how_much_below){
float f = *f_pointer;
if (fabs(f) > 0.1) {
float y_ = scale(f, 0, 1, y1, y2);
float x1_ = wblock->linenumarea.x;
float x2_ = wblock->linenumarea.x2;
GE_line(c,x1_,y_,x2_,y_,line_width);
}
}END_VECTOR_FOR_EACH;
} else {
void P2MUpdateSongPosCallBack(void){
struct Tracker_Windows *window=root->song->tracker_windows;
bool setfirstpos=ATOMIC_GET(root->setfirstpos);
NInt curr_block=ATOMIC_GET(root->curr_blocknum);
struct WBlocks *wblock;
int till_curr_realline;
if(scrolls_per_second==-1)
scrolls_per_second = SETTINGS_read_int("scrolls_per_second", default_scrolls_per_second);
if(pc->playtype==PLAYSONG)
BS_SelectPlaylistPos(root->curr_playlist);
while(window!=NULL){
if(window->playalong==true){
DO_GFX({
wblock=ListFindElement1(&window->wblocks->l,curr_blocknum);
till_curr_realline=ATOMIC_GET(wblock->till_curr_realline);
if(window->curr_block!=curr_block){
if(setfirstpos){
wblock->curr_realline=0;
SetWBlock_Top_And_Bot_Realline(window,wblock);
}
SelectWBlock(
window,
wblock
);
}
if(setfirstpos){ // The player routine (PEQblock.c) sets this one.
ATOMIC_SET(wblock->till_curr_realline, 0);
till_curr_realline=0;
}
//fprintf(stderr,"tilline: %d\n",till_curr_realline);
#if 0
if(wblock->curr_realline != till_curr_realline)
ScrollEditorToRealLine(window,wblock,till_curr_realline);
#else
{
bool do_scrolling = false;
if(wblock != last_wblock)
do_scrolling = true;
else if (last_time > ATOMIC_GET(pc->therealtime))
do_scrolling = true;
else if(till_curr_realline < wblock->curr_realline)
do_scrolling = true;
else if(till_curr_realline > wblock->curr_realline){
STime from_time = (STime) ((double)Place2STime(wblock->block, &wblock->reallines[wblock->curr_realline]->l.p) / wblock->block->reltempo);
STime to_time = (STime) ((double)Place2STime(wblock->block, &wblock->reallines[till_curr_realline]->l.p) / wblock->block->reltempo);
STime time = to_time - from_time;
STime time_necessary_to_scroll = pc->pfreq / scrolls_per_second;
if(time>=time_necessary_to_scroll)
do_scrolling = true;
}
if(do_scrolling==true) {
ScrollEditorToRealLine(window,wblock,till_curr_realline);
last_time = ATOMIC_GET(pc->therealtime);
last_wblock = wblock;
}
}
#endif
});
}
