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Awful_events_triggers.cpp
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Awful_events_triggers.cpp
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#include "awful.h"
#include "awful_audio.h"
#include "awful_instruments.h"
#include "awful_elements.h"
#include "awful_paramedit.h"
#include "awful_controls.h"
#include "awful_panels.h"
#include "awful_events_triggers.h"
#include "awful_utils_common.h"
#include "awful_preview.h"
void PreInitEnvelopes(tframe frame, Pattern* pt, Event* firstev, bool activate_env, bool paraminit);
void ProcessPlacedEnvelopes(Pattern* pt, long buffframe, long num_frames, long curr_frame);
extern void SetMixcell4Trigger(Trigger* tg);
extern void SetMixChannel4Trigger(Trigger* tg);
extern void AddAutopatternInstance(Trigger* tg, NoteInstance* ii, bool add);
extern void DisableAllPlaybacks();
extern void GlobalAddActiveTrigger(Trigger* tg);
extern void GlobalRemoveActiveTrigger(Trigger* tg);
extern void DeactivatePlayback(Playback* pbk);
extern void ActivatePlayback(Playback* pbk);
extern void ActivateCommandTrigger(Trigger* tg);
extern void DeactivateCommandTrigger(Trigger* tg);
extern void DeactivateSymbolTrigger(Trigger* efftg);
extern void ActivateSymbolTrigger(Trigger* efftg);
extern void UpdateEventsFrames(Pattern* pt);
extern void RemoveTriggerFromEvent(Trigger* c);
extern void MakeTriggersForElement(Element* el, Pattern* ptmain);
extern void RemoveTriggerFromEvent(Trigger* c);
extern void Locate_Trigger(Trigger* tg);
extern void Del_Element_Triggers(Element* el);
extern bool IsTriggerOutOfPlayback(Trigger* tg);
extern bool IsSymbolTrigger(Trigger* tg);
extern bool IsInstantTrigger(Trigger* tg);
Event::Event()
{
next = NULL;
prev = NULL;
tg_first = NULL;
tg_last = NULL;
to_be_deleted = false;
}
void Event::AddTrigger(Trigger* tg)
{
tg->ev = this;
if(tg_first == NULL && tg_last == NULL)
{
tg->ev_prev = NULL;
tg->ev_next = NULL;
tg_first = tg;
}
else
{
tg_last->ev_next = tg;
tg->ev_prev = tg_last;
tg->ev_next = NULL;
}
tg_last = tg;
}
bool Event::RemoveTrigger(Trigger* tg)
{
bool no_more = false;
if(tg == tg_first && tg == tg_last)
{
no_more = true;
tg_first = NULL;
tg_last = NULL;
}
else if(tg == tg_first)
{
tg_first = tg->ev_next;
tg_first->ev_prev = NULL;
}
else if(tg == tg_last)
{
tg_last = tg->ev_prev;
tg_last->ev_next = NULL;
}
else
{
tg->ev_prev->ev_next = tg->ev_next;
tg->ev_next->ev_prev = tg->ev_prev;
}
return no_more;
}
// Looks like for both below functions we consider all element's and pattern's triggers are deactivated and
// not playing, but if we gonna support forced deletion, need to check and perform deactivation here, eh?
void Del_Element_Triggers(Element* el)
{
Trigger* tg = el->tg_first;
Trigger* tgnext;
while(tg != NULL)
{
tg->Deactivate();
RemoveTriggerFromEvent(tg);
tg->patt->RemoveInternalTrigger(tg);
if(tg->apatt_instance != NULL)
{
// Take care of autopattern playback, if any. Pattern doesn't care about this, when being deleted.
if(tg->apatt_instance->IsPlaybackActive())
{
DeactivatePlayback(tg->apatt_instance->pbk);
}
DeleteElement(tg->apatt_instance, true, true);
}
tgnext = tg->el_next;
delete tg;
tg = tgnext;
}
el->tg_first = el->tg_last = NULL;
}
void Del_Pattern_Internal_Triggers(Pattern* pt, bool skipelremove)
{
Trigger* tg = pt->tg_internal_first;
Trigger* tgnext;
while(tg != NULL)
{
tgnext = tg->pt_next;
tg->Deactivate();
RemoveTriggerFromEvent(tg);
if(!skipelremove)
tg->el->RemoveTrigger(tg);
if(tg->apatt_instance != NULL)
{
// Take care of autopattern playback, if any. Pattern doesn't care about this, when being deleted.
if(tg->apatt_instance->IsPlaybackActive())
{
DeactivatePlayback(tg->apatt_instance->pbk);
}
DeleteElement(tg->apatt_instance, true, true);
}
delete tg;
tg = tgnext;
}
pt->tg_internal_first = pt->tg_internal_last = NULL;
}
long GetGlobalFrame4Trigger(Trigger* tg)
{
// Get global pattern data for this trigger
if(tg->activator == true)
{
//return tg->el->start_frame + tg->patt->start_frame;
return Tick2Frame(tg->patt->start_tick + tg->el->start_tick);
}
else
{
if((tg->el->type == El_SlideNote)||
(tg->el->type == El_Slider)||
(tg->el->type == El_Mute)||
(tg->el->type == El_Vibrate)||
(tg->el->type == El_Transpose)||
(tg->el->type == El_Command)||
(tg->el->type == El_GenNote))
{
return Tick2Frame(tg->patt->start_tick + tg->el->end_tick);
}
else
{
jassertfalse;
return -1;
}
}
}
void SetMixcell4Trigger(Trigger* tg)
{
/*
if(tg->trkdata == NULL)
{
tg->mcell = &mix->m_cell;
}
else
{
tg->mcell = tg->trkdata->mcell;
}
if((tg->el->IsInstance()) && mix->trkfxcell[tg->trkdata->trknum] == &mix->m_cell)
{
tg->mcell = ((Instance*)tg->el)->instr->fxcell;
}
*/
}
void SetMixChannel4Trigger(Trigger* tg)
{
if(tg->trkdata == NULL)
{
tg->mchan = &aux_panel->masterchan;
}
else
{
tg->mchan = tg->trkdata->mchan;
}
if((tg->el->IsInstance()) && (tg->mchan == NULL || tg->mchan == &aux_panel->masterchan))
{
tg->mchan = ((NoteInstance*)tg->el)->instr->fx_channel;
}
}
void Locate_Trigger(Trigger* tg)
{
long frame = GetGlobalFrame4Trigger(tg);
float tick = tg->activator ? tg->patt->start_tick + tg->el->start_tick : tg->patt->start_tick + tg->el->end_tick;
Pattern* evpatt;
Event** firstEv;
Event** lastEv;
if(tg->patt->basePattern== NULL || tg->patt->basePattern->autopatt == false)
{
firstEv = &field_pattern->first_ev;
lastEv = &field_pattern->last_ev;
evpatt = field_pattern;
}
else
{
firstEv = &tg->patt->first_ev;
lastEv = &tg->patt->last_ev;
evpatt = tg->patt;
}
// Determine the target global trackdata
if(tg->patt == field_pattern)
{
tg->trkdata = tg->el->field_trkdata;
}
else
{
tg->trkdata = tg->patt->field_trkdata;
}
//SetMixcell4Trigger(tg);
if((*firstEv == NULL)&&(*lastEv == NULL))
{
Event* ev = new Event;
ev->AddTrigger(tg);
ev->frame = frame;
ev->vick = tick;
ev->patt = evpatt;
ev->prev = NULL;
ev->next = NULL;
*firstEv = ev;
*lastEv = ev;
}
else
{
Event* ev = *firstEv;
while(ev != NULL)
{
if(frame < ev->frame)
{
Event* n_ev = new Event;
n_ev->AddTrigger(tg);
n_ev->frame = frame;
n_ev->vick = tick;
n_ev->patt = evpatt;
if(ev == *firstEv)
{
*firstEv = n_ev;
}
else
{
ev->prev->next = n_ev;
}
n_ev->next = ev;
n_ev->prev = ev->prev;
ev->prev = n_ev;
break;
}
else if(frame == ev->frame)
{
//jassert(ev->vick == tick);
ev->AddTrigger(tg);
if(ev->to_be_deleted == true)
{
ev->to_be_deleted = false;
}
break;
}
else if(ev == *lastEv)
{
Event* n_ev = new Event;
n_ev->AddTrigger(tg);
n_ev->frame = frame;
n_ev->vick = tick;
n_ev->patt = evpatt;
n_ev->next = NULL;
n_ev->prev = ev;
ev->next = n_ev;
*lastEv = n_ev;
break;
}
else
{
ev = ev->next;
}
}
}
}
void AddAutopatternInstance(Trigger* tg, NoteInstance* ii, bool add)
{
if(ii->instr->autoPatt != NULL)
{
tg->apatt_instance = new Pattern("autoinstance", ii->instr->autoPatt->StartTick(),
ii->instr->autoPatt->EndTick(),
ii->track_line,
ii->track_line,
false);
tg->apatt_instance->patt = tg->patt;
tg->apatt_instance->displayable = false;
tg->apatt_instance->parent_trigger = tg;
tg->apatt_instance->folded = true;
tg->apatt_instance->Update();
ii->instr->autoPatt->AddDerivedPattern(tg->apatt_instance, add == false);
tg->apatt_instance->AddPlayback();
if(add)
{
AddNewElement(tg->apatt_instance, true);
}
}
}
/*==================================================================================================
BRIEF: This function creates and locates triggers for an element per single child pattern. Every
editable and playable pattern does not actually contain any element, but only triggers of elements.
Also, we add an auto-pattern instance here, if applicable.
PARAMETERS:
[IN]
el - element to create triggers for.
pt - pattern to create element's triggers at.
[OUT]
N/A
OUTPUT: N/A
==================================================================================================*/
void CreateElementTriggersPerPattern(Pattern* pt, Element* el, bool skipaddtoelement)
{
// if this is not autopattern inside autopattern (excluding original pattern case when pt == pt->OrigPt)
if(el->IsInstance() && pt != pt->basePattern && pt->patt != NULL && pt->patt->basePattern != NULL &&
pt->patt->basePattern->autopatt == true)
{
return;
}
else
{
Trigger* tg_start = new Trigger;
tg_start->activator = true;
tg_start->el = el;
tg_start->patt = pt;
if(!skipaddtoelement)
el->AddTrigger(tg_start);
pt->AddInternalTrigger(tg_start);
Locate_Trigger(tg_start);
if(((el->type == El_GenNote) && ((NoteInstance*)el)->instr->instrtype == Instr_VSTPlugin)||
(el->type == El_Mute)||
(el->type == El_SlideNote)||
(el->type == El_Slider)||
(el->type == El_Vibrate)||
(el->type == El_Transpose))
{
Trigger* tg_end = new Trigger;
tg_end->el = el;
tg_end->patt = pt;
tg_end->tgact = tg_start;
if(!skipaddtoelement)
el->AddTrigger(tg_end);
pt->AddInternalTrigger(tg_end);
Locate_Trigger(tg_end);
}
if(el->IsInstance() && pt->basePattern->autopatt == false)
{
AddAutopatternInstance(tg_start, (NoteInstance*)el, true);
}
}
}
void MakeTriggersForElement(Element* el, Pattern* ptmain)
{
Pattern* pt = ptmain->der_first;
while(pt != NULL)
{
CreateElementTriggersPerPattern(pt, el);
pt = pt->der_next;
}
}
void UpdateEventsFrames(Pattern* pt)
{
Event* ev = pt->first_ev;
while(ev != NULL)
{
{
ev->frame = Tick2Frame(ev->vick);
}
ev = ev->next;
}
}
void CleanupEvents(Pattern* pt)
{
Event* ev_d;
Event* ev = pt->first_ev;
while(ev != NULL)
{
if(ev->to_be_deleted == true)
{
// Do not delete yet if queued or if pattern's playback is still active
if(ev->queued == false && !(ev->patt->pbk != NULL && ev->patt->pbk->dworking == true))
{
if(ev == pt->first_ev && ev == pt->last_ev)
{
pt->first_ev = pt->last_ev = NULL;
}
else if (ev == pt->first_ev)
{
pt->first_ev = ev->next;
pt->first_ev->prev = NULL;
}
else if(ev == pt->last_ev)
{
pt->last_ev = ev->prev;
pt->last_ev->next = NULL;
}
else
{
ev->prev->next = ev->next;
ev->next->prev = ev->prev;
}
ev_d = ev;
ev = ev->next;
delete ev_d;
continue;
}
}
ev = ev->next;
}
}
void RemoveTriggerFromEvent(Trigger* tg)
{
Event** firstEv;
Event** lastEv;
if(tg->patt->basePattern== NULL || tg->patt->basePattern->autopatt == false)
{
firstEv = &field_pattern->first_ev;
lastEv = &field_pattern->last_ev;
}
else
{
firstEv = &tg->patt->first_ev;
lastEv = &tg->patt->last_ev;
}
Event* ev = tg->ev;
bool last = ev->RemoveTrigger(tg);
if(last == true)
{
if(Playing == true || aux_panel->playing == true || ev->queued == true ||
(ev->patt->pbk != NULL && ev->patt->pbk->dworking == true))
{
ev->to_be_deleted = true;
}
else if(ev->queued == false)
{
if(ev == *firstEv && ev == *lastEv)
{
*firstEv = *lastEv = NULL;
}
else if (ev == *firstEv)
{
*firstEv = ev->next;
(*firstEv)->prev = NULL;
}
else if(ev == *lastEv)
{
*lastEv = ev->prev;
(*lastEv)->next = NULL;
}
else
{
ev->prev->next = ev->next;
ev->next->prev = ev->prev;
}
jassert(ev->queued == false);
delete ev;
}
}
}
void GlobalAddActiveTrigger(Trigger* tg)
{
Trigger* tgg = first_global_active_trigger;
while(tgg != NULL)
{
jassert(tgg != tg);
tgg = tgg->act_next;
}
tg->listed_globally = true;
if(last_global_active_trigger == NULL)
{
tg->act_prev = NULL;
tg->act_next = NULL;
first_global_active_trigger = tg;
}
else
{
last_global_active_trigger->act_next = tg;
tg->act_prev = last_global_active_trigger;
tg->act_next = NULL;
}
last_global_active_trigger = tg;
}
void GlobalRemoveActiveTrigger(Trigger* tg)
{
if(tg == first_global_active_trigger && tg == last_global_active_trigger)
{
first_global_active_trigger= NULL;
last_global_active_trigger= NULL;
}
else if(tg == first_global_active_trigger)
{
first_global_active_trigger= tg->act_next;
first_global_active_trigger->act_prev = NULL;
}
else if(tg == last_global_active_trigger)
{
last_global_active_trigger= tg->act_prev;
last_global_active_trigger->act_next = NULL;
}
else
{
if(tg->act_prev != NULL)
{
tg->act_prev->act_next = tg->act_next;
}
if(tg->act_next != NULL)
{
tg->act_next->act_prev = tg->act_prev;
}
}
tg->listed_globally = false;
}
void ActivateCommandTrigger(Trigger* tg)
{
tg->tgworking = true;
tg->frame_phase = 0;
if(last_active_command_trigger == NULL)
{
tg->loc_act_prev = NULL;
tg->loc_act_next = NULL;
first_active_command_trigger = tg;
}
else
{
last_active_command_trigger->loc_act_next = tg;
tg->loc_act_prev = last_active_command_trigger;
tg->loc_act_next = NULL;
}
last_active_command_trigger = tg;
}
void DeactivateCommandTrigger(Trigger* tg)
{
if(tg == first_active_command_trigger && tg == last_active_command_trigger)
{
first_active_command_trigger = NULL;
last_active_command_trigger = NULL;
}
else if(tg == first_active_command_trigger)
{
first_active_command_trigger = tg->loc_act_next;
first_active_command_trigger->loc_act_prev = NULL;
}
else if(tg == last_active_command_trigger)
{
last_active_command_trigger = tg->loc_act_prev;
last_active_command_trigger->loc_act_next = NULL;
}
else
{
if(tg->loc_act_prev != NULL)
{
tg->loc_act_prev->loc_act_next = tg->loc_act_next;
}
if(tg->loc_act_next != NULL)
{
tg->loc_act_next->loc_act_prev = tg->loc_act_prev;
}
}
tg->tgworking = false;
}
// Activates effect-element's trigger
inline void ActivateSymbolTrigger(Trigger* stg)
{
stg->tgworking = true;
stg->frame_phase = 0;
FXState* fxstate;
if(stg->patt->basePattern->autopatt)
{
fxstate = &stg->patt->fxstate;
}
else
{
fxstate = &stg->trkdata->fxstate;
}
jassert(fxstate->t_mutecount >= 0);
switch(stg->el->type)
{
case El_Break:
{
fxstate->t_break = true;
}break;
case El_Reverse:
{
fxstate->t_reversed = true;
}break;
case El_Transpose:
{
fxstate->t_freq_mult *= ((Transpose*)stg->el)->freq_mult;
}break;
case El_Mute:
{
fxstate->t_mutecount++;
}break;
case El_Slider:
case El_Vibrate:
{
if(fxstate->freqtrig != NULL)
{
fxstate->freqtrig->loc_act_next = stg;
}
stg->loc_act_prev = fxstate->freqtrig;
stg->loc_act_next = NULL;
fxstate->freqtrig = stg;
}break;
case El_SlideNote:
{
SlideNote* sn = (SlideNote*)stg->el;
stg->vol_base = sn->loc_vol->outval;
stg->pan_base = sn->loc_pan->outval;
stg->freq = sn->ed_note->freq;
if(sn->ed_note->relative == true)
{
NoteInstance* pi = (NoteInstance*)stg->patt->parent_trigger->el;
stg->freq = NoteToFreq(pi->ed_note->value + sn->ed_note->value);
}
if(stg->tgsparent != NULL)
{
stg->tgsparent->tgsactnum++;
if(stg->tgsparent->tgsactive != NULL)
{
stg->tgsparent->tgsactive->loc_act_next = stg;
}
stg->loc_act_prev = stg->tgsparent->tgsactive;
stg->loc_act_next = NULL;
stg->tgsparent->tgsactive = stg;
}
else
{
if(fxstate->freqtrig != NULL)
{
fxstate->freqtrig->loc_act_next = stg;
}
stg->loc_act_prev = fxstate->freqtrig;
stg->loc_act_next = NULL;
fxstate->freqtrig = stg;
}
}break;
}
}
inline void DeactivateSymbolTrigger(Trigger* stg)
{
FXState* fxstate;
if(stg->patt->basePattern->autopatt)
{
fxstate = &stg->patt->fxstate;
}
else
{
fxstate = &stg->trkdata->fxstate;
}
switch(stg->el->type)
{
case El_Break:
{
fxstate->t_break = false;
}break;
case El_Reverse:
{
fxstate->t_reversed = false;
}break;
case El_Transpose:
{
fxstate->t_freq_mult /= ((Transpose*)stg->el)->freq_mult;
}break;
case El_Mute:
{
fxstate->t_mutecount--;
}break;
case El_Slider:
case El_Vibrate:
{
if(fxstate->freqtrig == stg)
{
fxstate->freqtrig = stg->loc_act_prev;
}
if(stg->loc_act_prev != NULL)
{
stg->loc_act_prev->loc_act_next = stg->loc_act_next;
stg->loc_act_prev = NULL;
}
if(stg->loc_act_next != NULL)
{
stg->loc_act_next->loc_act_prev = stg->loc_act_prev;
stg->loc_act_next = NULL;
}
}break;
case El_SlideNote:
{
if(stg->tgsparent != NULL)
{
stg->tgsparent->tgsactnum--;
if(stg->tgsparent->tgsactive == stg)
{
stg->tgsparent->tgsactive = stg->loc_act_prev;
}
if(stg->loc_act_prev != NULL)
{
stg->loc_act_prev->loc_act_next = stg->loc_act_next;
stg->loc_act_prev = NULL;
}
if(stg->loc_act_next != NULL)
{
stg->loc_act_next->loc_act_prev = stg->loc_act_prev;
stg->loc_act_next = NULL;
}
}
else
{
if(fxstate->freqtrig == stg)
{
fxstate->freqtrig = stg->loc_act_prev;
}
if(stg->loc_act_prev != NULL)
{
stg->loc_act_prev->loc_act_next = stg->loc_act_next;
stg->loc_act_prev = NULL;
}
if(stg->loc_act_next != NULL)
{
stg->loc_act_next->loc_act_prev = stg->loc_act_prev;
stg->loc_act_next = NULL;
}
}
}break;
}
stg->tgworking = false;
}
void DeactivatePatternTrigger(Trigger* ptg)
{
if(ptg == first_active_pattern_trigger && ptg == last_active_pattern_trigger)
{
first_active_pattern_trigger = NULL;
last_active_pattern_trigger = NULL;
}
else if(ptg == first_active_pattern_trigger)
{
first_active_pattern_trigger = ptg->loc_act_next;
first_active_pattern_trigger->loc_act_prev = NULL;
}
else if(ptg == last_active_pattern_trigger)
{
last_active_pattern_trigger = ptg->loc_act_prev;
last_active_pattern_trigger->loc_act_next = NULL;
}
else
{
if(ptg->loc_act_prev != NULL)
{
ptg->loc_act_prev->loc_act_next = ptg->loc_act_next;
}
if(ptg->loc_act_next != NULL)
{
ptg->loc_act_next->loc_act_prev = ptg->loc_act_prev;
}
}
ptg->tgworking = false;
}
void ActivatePatternTrigger(Trigger* ptg)
{
ptg->tgworking = true;
ptg->frame_phase = 0;
if(last_active_pattern_trigger == NULL)
{
ptg->loc_act_prev = NULL;
ptg->loc_act_next = NULL;
first_active_pattern_trigger = ptg;
}
else
{
last_active_pattern_trigger->loc_act_next = ptg;
ptg->loc_act_prev = last_active_pattern_trigger;
ptg->loc_act_next = NULL;
}
last_active_pattern_trigger = ptg;
}
Trigger::Trigger()
{
Initialize();
}
void Trigger::Initialize()
{
tgworking = activator = rev = skip = muted = broken = toberemoved = listed_globally = outsync = false;
loc_act_prev = loc_act_next = ev_prev = ev_next = el_prev = el_next = group_prev = group_next = act_prev = act_next = NULL;
aaIN = aaOUT = false;
pslot = NULL;
mcell = NULL;
trkdata = NULL;
pt_prev = pt_next = NULL;
ev = NULL;
el = NULL;
patt = NULL;
tgsparent = tgsactive = first_tgslide = NULL;
tgsactnum = 0;
voicenum = 0;
mchan = NULL;
mcell = NULL;
freq_incr_sgn = 1;
vol_val = pan_val = 0;
frame_phase = 0;
freq_incr_base = freq_incr_active = 0;
wt_pos = 0;
apatt_instance = NULL;
lcount = 0;
tgstate = TgState_Initial;
}
void Trigger::Activate()
{
// reset remove flag
toberemoved = false;
if(tgworking == false && listed_globally == false)
{
switch(el->type)
{
case El_Samplent:
case El_GenNote:
((NoteInstance*)el)->instr->ActivateTrigger(this);
break;
case El_Command:
{
Command* cmd = (Command*)el;
if((cmd->cmdtype == Cmd_VolEnv ||
cmd->cmdtype == Cmd_PanEnv ||
cmd->cmdtype == Cmd_ParamEnv) && cmd->param != NULL) // long commands
{
prev_value = -123.0f; // Undefined value for further redefinition
if(cmd->cmdtype == Cmd_ParamEnv)
{
if(cmd->scope->instr != NULL)
{
cmd->scope->instr->EnqueueParamEnvelopeTrigger(this);
}
else if(cmd->scope->eff != NULL)
{
cmd->scope->eff->EnqueueParamEnvelopeTrigger(this);
}
else
{
cmd->param->EnqueueEnvelopeTrigger(this);
}
}
else
{
cmd->param->EnqueueEnvelopeTrigger(this);
}
}
/*
else if(cmd->cmdtype == Cmd_LocVolEnv ||
cmd->cmdtype == Cmd_LocPanEnv) // long commands
{
tg->prev_value = -123.0f; // Undefined value for further redefinition
if(tg->patt->parent_trigger != NULL)
{
tg->patt->EnqueueEnvelopeTrigger(tg);
}
}
*/
ActivateCommandTrigger(this);
}break;
case El_Transpose:
case El_Mute:
case El_Break:
case El_SlideNote:
case El_Slider:
case El_Reverse:
case El_Repeat:
case El_Vibrate:
ActivateSymbolTrigger(this);
break;
case El_Pattern:
ActivatePatternTrigger(this);
break;
}
GlobalAddActiveTrigger(this);
}
}
void Trigger::Deactivate()
{
if(listed_globally)
{
GlobalRemoveActiveTrigger(this);
}
if(tgworking)
{
switch(el->type)
{
case El_Samplent:
case El_GenNote:
if(((NoteInstance*)el)->preview == true)
{
pslot->state = PState_Stopped;
}
if(((NoteInstance*)el)->instr != NULL)
((NoteInstance*)el)->instr->DeactivateTrigger(this);
break;
case El_Command:
{
Command* cmd = (Command*)el;
if((cmd->cmdtype == Cmd_VolEnv ||
cmd->cmdtype == Cmd_PanEnv ||
cmd->cmdtype == Cmd_ParamEnv) && cmd->param != NULL) // long commands
{
if(cmd->cmdtype == Cmd_ParamEnv)
{
if(cmd->scope->instr != NULL)
{
cmd->scope->instr->DequeueParamEnvelopeTrigger(this);