void PlayRangeCurrPos(struct Tracker_Windows *window){
struct WBlocks *wblock;
Place *place;
PlayStopReally(false);
wblock=window->wblock;
if( ! wblock->isranged) return;
root->setfirstpos=false;
if(wblock->rangey1==0) root->setfirstpos=true;
place=getRangeStartPlace(wblock);
pc->seqtime=-Place2STime(wblock->block,place);
// printf("playrange, time: %d\n",pc->seqtime);
Place *place_start = getRangeStartPlace(wblock);
Place *place_end = getRangeEndPlace(wblock);
pc->range_duration = Place2STime(wblock->block, place_end) - Place2STime(wblock->block, place_start);
pc->is_playing_range = true;
PlayBlock(wblock->block,place,true);
}
float lineDuration(int line, int tracknum, int blocknum, int windownum){
struct Tracker_Windows *window;
struct WBlocks *wblock;
struct WTracks *wtrack = getWTrackFromNumA(windownum, &window, blocknum, &wblock, tracknum);
if (wtrack==NULL)
return 1.0;
struct Blocks *block = wblock->block;
if (line < 0){
RError("lineDuration: Line must be 0 or larger: %d",line);
return 1.0;
}
if (line >= block->num_lines){
RError("lineDuration: Line must be less than the number of lines: %d >= %d or larger: %d",line, block->num_lines);
return 1.0;
}
Place p1 = {line, 0, 1};
Place p2 = {line+1, 0, 1};
STime s1 = Place2STime(block, &p1);
STime s2 = Place2STime(block, &p2);
return (double)(s2-s1) / (double)MIXER_get_sample_rate();
}
void InitPEQpitches(
const struct Blocks *block,
const struct Tracks *track,
struct Notes *note,
int playlistaddpos
){
if(track->patch==NULL)
return;
struct Pitches *pitch=note->pitches;
if(pitch==NULL && note->pitch_end==0.0)
return;
struct PEventQueue *peq=GetPEQelement();
peq->block=block;
peq->track=track;
peq->note=note;
peq->pitch=pitch;
peq->time1=Place2STime(block,¬e->l.p);
if (pitch==NULL) {
peq->nextpitch = NULL;
peq->time2=Place2STime(block,¬e->end);
peq->TreatMe=PE_ChangePitchToEnd;
} else {
pitch->doit = pitch->chance==0x100 || pitch->chance > rnd(0x100);
peq->nextpitch = pitch;
peq->time2=Place2STime(block,&pitch->l.p);
peq->TreatMe=PE_ChangePitch;
}
int x;
PC_InsertElement(
peq,playlistaddpos,
PEQ_CalcNextEvent(
peq->time1,
peq->time1,
peq->time2,
1,
&x,
20000000,
note->pitch_first_logtype
)
);
}
void PlaySongCurrPos(struct Tracker_Windows *window){
struct Blocks *block;
struct WBlocks *wblock;
Place *place;
int playpos;
bool changeblock=false;
wblock=window->wblock;
PlayStopReally(false);
root->setfirstpos=false;
playpos=root->curr_playlist;
block=BL_GetBlockFromPos(playpos);
if(block==NULL) return;
if(wblock->l.num!=block->l.num){
wblock=ListFindElement1(&window->wblocks->l,block->l.num);
changeblock=true;
root->setfirstpos=true;
}
if(
! changeblock &&
playpos==root->song->length-1 &&
wblock->curr_realline==wblock->num_reallines // ??. Never supposed to happen.
){
return;
}
if(wblock->curr_realline==0) root->setfirstpos=true;
debug("contsong, playpos: %d , root->curr_block: %d\n",playpos,root->curr_block);
if(changeblock){
place=PlaceGetFirstPos();
pc->seqtime=0;
}else{
place=&wblock->reallines[wblock->curr_realline]->l.p;
pc->seqtime=-Place2STime(wblock->block,place);
}
debug("contsong, time: %d, playpos: %d , root->curr_block: %d\n",pc->seqtime,playpos,root->curr_block);
place->line++;
debug("nextline: %d\n",Place2STime(wblock->block,place));
place->line--;
PlaySong(place,playpos);
}
static void InitPEQfxs(
const struct Blocks *block,
const struct Tracks *track,
struct FXs *fxs
){
struct PEventQueue *peq=GetPEQelement();
peq->TreatMe=PE_HandleFirstFX;
peq->block=block;
peq->track=track;
peq->fxs=fxs;
peq->fxnodeline=fxs->fxnodelines;
peq->nextfxnodeline=NextFXNodeLine(peq->fxnodeline);
peq->time1=Place2STime(block,&peq->fxnodeline->l.p);
peq->time2=Place2STime(block,&peq->nextfxnodeline->l.p);
PC_InsertElement(peq,0,peq->time1);
}
void InitPEQpitches(
const struct Blocks *block,
const struct Tracks *track,
const struct Notes *note,
int playlistaddpos
){
struct PEventQueue *peq;
struct Pitches *pitch=note->pitches;
if(track->patch==NULL)
return;
if(pitch==NULL)
return;
peq=GetPEQelement();
peq->block=block;
peq->track=track;
peq->note=note;
peq->pitch=pitch;
peq->time1=Place2STime(block,¬e->l.p);
peq->nextpitch = pitch;
peq->time2=Place2STime(block,&pitch->l.p);
peq->TreatMe=PE_ChangePitch;
int x;
PC_InsertElement(
peq,playlistaddpos,
PEQ_CalcNextEvent(
peq->time1,
peq->time1,
peq->time2,
1,
&x,
20000000
)
);
}
void PE_HandleFirstFX(struct PEventQueue *peq,int doit){
int x;
STime ntime,btime;
struct FXNodeLines *next;
// Pdebug("fx, start: %d\n",peq->fxnodeline->val);
if(doit){
fxhandle(peq->fxnodeline->val,peq,0,FX_start);
}
btime=PC_TimeToRelBlockStart(pc->end_time);
peq->TreatMe=PE_HandleFX;
if(btime>=peq->time2){
next=NextFXNodeLine(peq->nextfxnodeline);
if(next==NULL){
// Pdebug("fx, slutt: %d\n",peq->nextfxnodeline->val);
if(doit){
fxhandle(peq->nextfxnodeline->val,peq,0,FX_end);
}
ReturnPEQelement(peq);
}else{
peq->fxnodeline=peq->nextfxnodeline;
peq->nextfxnodeline=next;
peq->time1=peq->time2;
peq->time2=Place2STime(peq->block,&next->l.p);
PE_HandleFX(peq,doit);
}
return;
}
ntime=PEQ_CalcNextEvent(
peq->time1,
btime,
peq->time2,
peq->fxnodeline->val,
&x,
peq->nextfxnodeline->val
);
if(ntime>peq->time2) ntime=peq->time2;
PC_InsertElement(peq,0,ntime);
return;
}
/* A debugging function. */
void PrintSTimes(struct Blocks *block){
struct WBlocks *wblock;
struct LocalZooms **reallines;
const struct STimes *stime;
const struct STimeChanges *timechanges;
int lasttime=0;
int nowtime;
int line,realline;
for(line=0;line<=block->num_lines;line++){
stime= &block->times[line];
timechanges=stime->timechanges;
nowtime=stime->time;
printf("%d. %d. Delta: %d, Ch: %p\n",line,nowtime,nowtime-lasttime,timechanges);
while(timechanges!=NULL){
printf(" place: %f, time: %" PRId64 ", tempo1: %f, rel: %f, deltarel: %f\n",
GetDoubleFromPlace(&timechanges->l.p),
timechanges->time,
timechanges->tempo1,
timechanges->rel,
timechanges->deltarel
);
timechanges=NextSTimeChange(timechanges);
}
lasttime=nowtime;
}
printf("--------reallines:----------\n");
if(root->song->tracker_windows!=NULL){
wblock=root->song->tracker_windows->wblock;
if(wblock!=NULL){
reallines=wblock->reallines;
if (reallines!=NULL){
lasttime=0;
for(realline=0;realline<wblock->num_reallines;realline++){
nowtime=Place2STime(block,&reallines[realline]->l.p);
printf("realline: %d, Place: %f, time: %d, delta: %d,\n",realline,GetDoubleFromPlace(&reallines[realline]->l.p),nowtime,nowtime-lasttime);
lasttime=nowtime;
}
}
}
}
}
void PlayBlockCurrPos(struct Tracker_Windows *window){
struct WBlocks *wblock;
Place *place;
PlayStopReally(false);
root->setfirstpos=false;
wblock=window->wblock;
if(wblock->curr_realline==0) root->setfirstpos=true;
place = &wblock->reallines[wblock->curr_realline]->l.p;
pc->seqtime = -Place2STime(wblock->block,place);
// printf("contblock, time: %d\n",pc->seqtime);
PlayBlock(wblock->block,place,true);
}
static void PE_ChangePitch(struct PEventQueue *peq,int doit){
float x;
STime ntime,btime;
struct Pitches *next;
btime=PC_TimeToRelBlockStart(pc->end_time);
if(btime>=peq->time2){
next=NextPitch(peq->nextpitch);
peq->time1=peq->time2;
peq->pitch=peq->nextpitch;
if(next==NULL){
peq->time2=Place2STime(peq->block,&peq->note->end);
peq->TreatMe=PE_ChangePitchToEnd;
PE_ChangePitchToEnd(peq,doit);
}else{
peq->nextpitch=next;
peq->time2=Place2STime(peq->block,&next->l.p);
PE_ChangePitch(peq,doit);
}
return;
}
float pitch1,pitch2;
if(peq->pitch==peq->nextpitch){
pitch1=peq->note->note;
pitch2=peq->pitch->note;
}else{
pitch1=peq->pitch->note;
pitch2=peq->nextpitch->note;
}
ntime=PEQ_CalcNextPitchEvent(
peq,
peq->time1,
btime,
peq->time2,
pitch1,
&x,
pitch2
);
if(btime==ntime){
Pdebug("Samme, stopper, x: %d\n",x);
return;
}
if(ntime>peq->time2)
ntime=peq->time2;
// Pdebug("Player vel->vel, Pitch: %d, ntime: %d, btime: %d, time1: %d, time2: %d\n",x,ntime,btime,peq->time1,peq->time2);
if(doit){
SendPitchChange(x,peq);
}
PC_InsertElement(peq,0,ntime);
return;
}
static void create_peaks(
struct Tracker_Windows *window,
struct WBlocks *wblock,
struct WTracks *wtrack)
{
struct Blocks *block = wblock->block;
int realline;
for(realline=0;realline<wblock->num_reallines;realline++){
struct TrackRealline *trackrealline= &wtrack->trackreallines[realline];
struct TrackReallineElements *element;
for(element=trackrealline->trackreallineelements;element!=NULL;element=element->next){
if(element->type==TRE_VELLINE){
if(TRACK_has_peaks(wtrack->track)==true && (element->y2-element->y1)>0.001){
struct Patch *patch = wtrack->track->patch;
struct Notes *note=element->pointer;
float note_time = Place2STime(block, ¬e->l.p);
element->num_peaks = ((element->y2-element->y1)*NUM_PEAKS_PER_LINE)+1;
if(element->num_peaks<0){
RError("element->num_peaks<0: %d",element->num_peaks);
element->num_peaks=0;
}
if(element->num_peaks>0){
element->num_peaks++; // We're generating coordinates for a polygon, and it needs to stretch to the start of the next node.
float time1 = Place2STime(block, &wblock->reallines[realline]->l.p) - note_time;
float time2;
if(realline<wblock->num_reallines-1){
time2 = Place2STime(block, &wblock->reallines[realline+1]->l.p);
}else{
time2 = block->times[block->num_lines].time;
}
time2 = time2 - note_time;
const int num_channels=PATCH_get_peaks(patch, 0,
-1,
wtrack->track,
0,0,
NULL,NULL);
int ch;
for(ch=0;ch<num_channels;ch++){
APoint *peaks=talloc_atomic(element->num_peaks*2*sizeof(APoint));
element->peaks[ch] = peaks;
int i;
for(i=0;i<element->num_peaks;i++){
float y1 = scale(i,0,element->num_peaks-1,element->y1,element->y2); // -1 is here since we generate 2 points for each node.
float y2 = scale(i+1,0,element->num_peaks-1,element->y1,element->y2);
float track_volume = wtrack->track->volumeonoff ? (float)wtrack->track->volume / MAXTRACKVOL : 1.0f;
float velocity = scale(y2,element->y1,element->y2,element->x1,element->x2);
float min,max;
PATCH_get_peaks(patch,
note->note,
ch,
wtrack->track,
scale(y1,0,1,time1,time2) / block->reltempo,
scale(y2,0,1,time1,time2) / block->reltempo,
&min,
&max);
float bound_x1 = scale(ch,0,num_channels,0.0f,velocity);
float bound_x2 = scale(ch+1,0,num_channels,0.0f,velocity);
peaks[i].x = R_MAX(bound_x1, scale(min*track_volume,-1,1, bound_x1, bound_x2));
peaks[i].y = y1;
peaks[element->num_peaks*2 - 1 - i].x = R_MIN(bound_x2, scale(max*track_volume,-1,1, bound_x1, bound_x2));
peaks[element->num_peaks*2 - 1 - i].y = y1; //max
}
}
}
}
element->velocity_polygon=talloc_atomic(2*2*sizeof(APoint));
element->velocity_polygon[0].x = 0.0f;
element->velocity_polygon[0].y = element->y1;
element->velocity_polygon[1].x = 0.0f;
element->velocity_polygon[1].y = element->y2;
element->velocity_polygon[2].x = element->x2;
element->velocity_polygon[2].y = element->y2;
element->velocity_polygon[3].x = element->x1;
element->velocity_polygon[3].y = element->y1;
}
}
}
}
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
});
}
