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Awful_CursorAndMouse.cpp
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Awful_CursorAndMouse.cpp
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#include "awful.h"
#include "awful_cursorandmouse.h"
#include "awful_elements.h"
#include "awful_panels.h"
#include "awful_preview.h"
Cursor::Cursor()
{
type = CType_UnderVert;
mode = CMODE_UNKNOWN;
last_note = 60;
last_char = 'q';
patt = NULL;
curElem = NULL;
curParam = NULL;
slideparent = NULL;
loc = Loc_UNKNOWN;
trknum = 0;
trk = maintrk = NULL;
fieldposx = 0;
fieldposy = 0;
staticposx = 0;
staticposy = 0;
lastslidelength = 4;
pianokey_num = 0;
pianokey_pressed = false;
pianokey_keybound = -1;
}
void Cursor::SaveState()
{
tmp_line = CLine;
tmp_tick = CTick;
tmp_patt = patt;
tmp_loc = loc;
}
void Cursor::RestoreState()
{
SetPattern(tmp_patt, tmp_loc);
SetPos(tmp_tick, tmp_line);
}
void Cursor::SetPattern(Pattern* pattern, Loc location)
{
patt = pattern;
loc = location;
}
void Cursor::SetPatternContext(int mouse_x, int mouse_y)
{
Pattern* pt;
Element* el = firstElem;
float tx = X2Tick(mouse_x, loc);
int ty = Y2Line(mouse_y, loc);
while(el != NULL)
{
if(el->type == El_Pattern)
{
pt = (Pattern*)el;
if(pt->folded == false)
{
if(tx >= pt->start_tick && tx <= pt->end_tick && ty >= pt->track_line && ty <= pt->track_line_end)
{
patt = (Pattern*)el;
}
}
}
el = el->next;
}
}
void Cursor::PlaceCursor()
{
if(patt == aux_panel->workPt && aux_panel->auxmode != AuxMode_Pattern)
{
type = CType_None;
}
else if(patt != field_pattern && aux_panel->workPt != patt)
{
type = CType_None;
}
else if(patt == aux_panel->workPt && aux_panel->workPt->ptype == Patt_StepSeq)
{
if(curElem != NULL)
{
//curElem->PlaceCursor();
type = CType_None;
}
else
{
type = CType_Quad;
}
}
else if(patt == aux_panel->workPt && aux_panel->workPt->ptype == Patt_Pianoroll)
{
if(curElem != NULL)
{
curElem->PlaceCursor();
}
type = CType_None;
}
else
{
if(mode == CMode_ElemParamEdit || mode == CMode_JustParamEdit)
{
curParam->PlaceCursor();
}
else if(mode == CMode_ElemEdit)
{
curElem->PlaceCursor();
}
else if(mode == CMode_NotePlacing)
{
type = CType_InstanceNote;
}
else if(mode == CMode_Sliding)
{
type = CType_SlideNote;
}
else
{
type = CType_UnderVert;
}
}
}
void Cursor::AdvanceView(float dtick, int dline)
{
if(loc == Loc_MainGrid)
{
if(dtick != 0)
{
OffsTick += dtick;
if(OffsTick < 0)
OffsTick = 0;
}
if(dline != 0)
{
OffsLine += dline;
if(OffsLine < 0)
OffsLine = 0;
else if(OffsLine >= patt->basePattern->num_lines)
{
OffsLine -= dline;
}
}
UpdateElementsVisibility();
R(Refresh_Grid);
if(mixbrowse == false)
{
R(Refresh_MixCenter);
}
if(aux_panel->auxmode == AuxMode_Vols ||
aux_panel->auxmode == AuxMode_Pans)
{
R(Refresh_Aux);
}
}
else if(loc == Loc_SmallGrid)
{
if(dtick != 0)
{
aux_panel->OffsTick += dtick;
if(aux_panel->OffsTick < 0)
aux_panel->OffsTick = 0;
}
/*
if(dline != 0)
{
gAux->OffsLine += dline;
if(gAux->OffsLine < 0)
gAux->OffsLine = 0;
else if(gAux->OffsLine >= patt->OrigPt->num_lines)
{
gAux->OffsLine -= dline;
}
}
*/
R(Refresh_Aux);
}
PosUpdate();
}
void Cursor::AdvanceTick(float dtick)
{
if(qsize > 0)
{
CTick += dtick*qsize;
}
else
{
CursX += (int)dtick;
CTick = X2Tick(CursX, loc);
}
if(CTick < 0)
{
CTick = 0;
}
PosUpdate();
}
void Cursor::AdvanceLine(int dline)
{
if(dline < 0)
{
if(CLine > 0)
{
if(CLine == trk->trk_start_line)
{
if(C.trk->prev != NULL)
{
CLine = trk->prev->trk_end_line;
}
}
else
{
CLine--;
}
}
}
else if(dline > 0)
{
if(CLine == trk->trk_end_line)
{
if(C.trk->next != bottom_trk && !(loc == Loc_SmallGrid && aux_panel->workPt->ptype == Patt_StepSeq && trk->next->defined_instr == NULL))
{
CLine = trk->next->trk_start_line;
}
}
else
{
CLine++;
}
}
PosUpdate();
// Definarium
if(trk != NULL && loc == Loc_SmallGrid && aux_panel->workPt->ptype == Patt_StepSeq && trk->defined_instr != NULL)
{
ChangeCurrentInstrument(trk->defined_instr);
}
}
void Cursor::SetPos(float tick, int line)
{
CTick = tick;
CLine = line;
PosUpdate();
}
void Cursor::PatternUpdate()
{
if(loc == Loc_MainGrid)
{
patt = field_pattern;
}
else if(loc == Loc_SmallGrid)
{
patt = aux_panel->workPt;
}
}
void Cursor::PosUpdate()
{
trk = GetTrkDataForLine(CLine, patt->basePattern);
if(trk != NULL)
{
if(CLine > trk->trk_end_line)
CLine = trk->trk_end_line;
else if(CLine < trk->trk_start_line)
CLine = trk->trk_start_line;
trknum = trk->trknum;
if(trk->trkbunch != NULL)
{
trk = trk->trkbunch->trk_start;
trknum = trk->trknum;
}
}
Element* existel = NULL;
if(loc == Loc_MainGrid)
{
CursX = Tick2X(CTick + patt->start_tick, loc);
CursY = Line2Y(CLine + patt->track_line, loc);
existel = IsElemExists(CTick, CLine, field_pattern);
fieldposx = CTick;
fieldposy = CLine;
maintrk = trk;
}
else if(loc == Loc_SmallGrid)
{
CursX = Tick2X(CTick, loc);
CursY = Line2Y(CLine, loc) - aux_panel->bottomincr;
existel = aux_panel->workPt->basePattern->IsElemExists(CTick, CLine);
}
CursX0 = CursX;
qsize = loc == Loc_SmallGrid ? aux_panel->quantsize : quantsize;
// Activate an element in position if any
if(curElem == NULL && existel != NULL && (type == CType_Vertical || type == CType_UnderVert || type == CType_InstanceNote))
{
//existel->Activate();
}
}
Element* Cursor::CheckVisibility()
{
Element* hiding_element = NULL;
Element* el = firstElem;
float fpx = (float)(CTick + patt->start_tick);
float fpy = (float)(CLine + patt->track_line);
if(mode == CMode_JustParamEdit)
{
return NULL;
}
else if(loc == Loc_SmallGrid)
{
if((CursX < GridXS1)||(CursX > GridXS2)||(CursY < GridYS1)||(CursY > GridYS2 + aux_panel->lineHeight))
{
return aux_panel->workPt;
}
else
{
return NULL;
}
}
else if(loc == Loc_StaticGrid &&
(static_visible == false ||
((CursX < StX1)||(CursX > StX2)||(CursY <= GridY1)||(CursY > GridY2 + lineHeight))))
{
return st->patt;
}
else if(loc == Loc_MainGrid &&
((CursX < GridX1)||(CursX > GridX2)||(CursY <= GridY1)||(CursY > GridY2 + lineHeight)))
{
{
return field_pattern;
}
}
Pattern* pt;
while(el != NULL)
{
if((mode == CMode_TxtDefault)&&(el->type == El_Pattern))
{
pt = (Pattern*)el;
if(pt->folded == false)
{
if(fpx >= pt->start_tick && fpx <= pt->end_tick && fpy >= pt->track_line && fpy <= pt->track_line_end)
{
if(pt != patt)
{
hiding_element = pt;
}
}
}
}
el = el->next;
}
return hiding_element;
}
void Cursor::ExitPerClickInAnotherGridPlace()
{
if(mode == CMode_ElemParamEdit)
{
if(curParam->type == Param_Note &&
!(loc == Loc_SmallGrid && aux_panel->workPt->ptype == Patt_StepSeq)&&
(CursModeCorrespondsToCursorMode()))
{
//if(curElem->type == El_SlideNote)
//{
// ExitToSlidingMode(((SlideNote*)curElem)->parent, ((SlideNote*)curElem)->ed_note->value);
//}
//else
{
ExitToNoteMode(((Samplent*)curElem)->sample, ((Note*)curParam)->value);
}
}
else
{
ExitToCurrentMode();
}
}
else if(mode == CMode_JustParamEdit)
{
ExitToCurrentMode();
}
else if(mode == CMode_ElemEdit)
{
//if(curElem->type == El_SlideNote)
//{
// ExitToSlidingMode(((SlideNote*)curElem)->parent, ((SlideNote*)curElem)->ed_note->value);
//}
//else
{
ExitToCurrentMode();
}
}
}
void Cursor::ExitToDefaultMode()
{
if(curElem != NULL)
{
SetPos(curElem->start_tick, curElem->track_line);
curElem->Leave();
}
if(curParam != NULL)
{
curParam->Leave();
}
SwitchInputMode(CMode_TxtDefault);
// Force TxtDefault mode
mode = CMode_TxtDefault;
curElem = NULL;
curParam = NULL;
}
void Cursor::ExitToCurrentMode()
{
if(curElem != NULL)
{
SetPos(curElem->start_tick, curElem->track_line);
curElem->Leave();
}
if(curParam != NULL)
{
curParam->Leave();;
}
if(loc == Loc_Other)
{
loc = Loc_MainGrid;
}
mode = CMODE_UNKNOWN;
SwitchInputMode(mode);
curElem = NULL;
curParam = NULL;
PosUpdate();
}
void Cursor::ExitToNoteMode(Instrument* instr, int note_num)
{
jassert(curElem != NULL);
if(loc == Loc_MainGrid)
{
if(!(aux_panel->auxmode == AuxMode_Pattern && aux_panel->workPt->basePattern->autopatt))
{
ChangeCurrentInstrument(instr);
}
SetPos(curElem->start_tick, curElem->track_line);
curElem->Leave();
mode = CMode_NotePlacing;
type = CType_InstanceNote;
curElem = NULL;
curParam = NULL;
last_note = note_num;
}
else if(loc == Loc_SmallGrid)
{
if(!(aux_panel->auxmode == AuxMode_Pattern && aux_panel->workPt->basePattern->autopatt))
{
ChangeCurrentInstrument(instr);
}
SetPos(curElem->start_tick, curElem->track_line);
curElem->Leave();
mode = CMode_NotePlacing;
type = CType_InstanceNote;
curElem = NULL;
curParam = NULL;
}
PosUpdate();
}
void Cursor::ExitToSlidingMode(Element* parent, int note_num)
{
if(!(loc == Loc_Other))
{
if(curElem != NULL)
curElem->Leave();
mode = CMode_Sliding;
type = CType_SlideNote;
curElem = NULL;
curParam = NULL;
if(parent != NULL &&
(parent->type == El_GenNote || parent->type == El_Samplent))
{
slideparent = (NoteInstance*)parent;
}
else
{
slideparent = NULL;
}
last_note = note_num;
PosUpdate();
CP->CurrentMode->Release();
CP->CurrentMode = CP->SlideMode;
CP->CurrentMode->Press();
R(Refresh_Buttons);
}
}
SlideNote* Cursor::PlaceSlideNote(char character, unsigned flags)
{
SlideNote* sl = NULL;
sl = CreateElement_SlideNote(true);
/* if(flags & kbd_ctrl && C.curElem != NULL)
{
if(C.curElem->IsInstance())
{
Instance* ii = (Instance*)C.curElem;
ii->AddSlideNote(sl);
}
}*/
if(!(loc == Loc_SmallGrid && aux_panel->workPt->ptype == Patt_Pianoroll))
{
sl->ed_note->Show();
sl->Switch2Param(sl->ed_note);
sl->ed_note->ProcessChar(character);
sl->ed_note->Kreview(character);
}
else
{
sl->ed_note->Hide();
sl->Switch2Param(NULL);
sl->ed_note->Kreview(character);
}
return sl;
}
void Cursor::PosAndCursor2Mouse(int mouse_x, int mouse_y)
{
if(M.snappedTick >= 0 && M.snappedLine < field_pattern->num_lines)
{
if(M.loc == Loc_MainGrid)
{
if(loc != Loc_MainGrid && CP->CurrentMode == CP->SlideMode && slideparent != NULL)
{
SwitchInputMode(CMode_TxtDefault);
}
SetPattern(field_pattern, Loc_MainGrid);
SetPatternContext(mouse_x, mouse_y);
}
else if(M.loc == Loc_SmallGrid)
{
if(loc != Loc_SmallGrid && CP->CurrentMode == CP->SlideMode && slideparent != NULL)
{
SwitchInputMode(CMode_TxtDefault);
}
SetPattern(aux_panel->workPt, Loc_SmallGrid);
}
else if(M.loc == Loc_StaticGrid)
{
SetPattern(st->patt, Loc_StaticGrid);
}
SetPos(M.snappedTick, M.snappedLine);
}
}
Mouse::Mouse()
{
mmode = 0;
selmode = Sel_Usual;
btype = Brw_None;
brwindex = 0;
active_command = NULL;
active_ctrl = NULL;
lasthintctrl = NULL;
patt = NULL;
active_slide = NULL;
active_instr = NULL;
dropinstr1 = NULL;
dropinstr2 = NULL;
dropeff1 = NULL;
dropeff2 = NULL;
active_env = NULL;
active_pnt = NULL;
env_xstart = 0;
active_paramedit = NULL;
active_filedata = NULL;
active_elem = NULL;
resize_elem = NULL;
active_samplent = NULL;
active_longnote = NULL;
active_mixcell = NULL;
active_dropmixcell = NULL;
active_mixchannel = NULL;
active_dropmixchannel = NULL;
on_effects = false;
mixcellindexing = false;
auxcellindexing = false;
active_paramfx = NULL;
active_numba = NULL;
active_panel = NULL;
active_menu = NULL;
skip_menu = false;
v_only = false;
current_track_num = 0;
current_trk = NULL;
current_line = 0;
current_tick = 0;
current_pt_line = 0;
current_pt_tick = 0;
track_bunch = NULL;
dragcount = 0;
selstarted = false;
loostarted = false;
LMB = false; // left mouse button is pressed (if true)
RMB = false; // right mouse button is pressed (if true)
bypass_element_activating = false;
menu_active = false;
at_definer = false;
loc = Loc_UNKNOWN;
lineloc = Loc_UNKNOWN;
pickloc = Loc_UNKNOWN;
selloc = Loc_UNKNOWN;
quanting = false;
on_keys = false;
pianokey_num = 0;
pianokey_pressed = false;
pianokey_vol = 0;
pianokey_slot = 0xFFFF;
contextmenu = NULL;
prbunch = false;
mouse_x = 0;
mouse_y = 0;
prev_x = -1;
prev_y = -1;
snappedTick = 0;
snappedLine = 0;
movetick = 0;
moveline = 0;
current_tick = 0;
lpx = 0;
lpy = 0;
prepianorolling = false;
pickedup = false;
hint_active = false;
mousefix = false;
bpmbig = false;
env_action = ENVUSUAL;
brushbasetick = 0;
brushwidth = 0;
brushmode = Brush_Default;
adtick = -1;
adtrack = -1;
holding = false;
}
void Mouse::PosUpdate(int mx, int my, unsigned flags, bool reset)
{
mouse_x = mx;
mouse_y = my;
//if(skip_after_menu == false)
{
CalcPosition(mx, my);
}
if((RMB == false && LMB == false && holding == false) || reset)
{
PosCheck(mx, my);
}
UpdateElementsVisibility();
SetMouseImage(flags);
C.PosUpdate();
}
void Mouse::CalcTickAndLine(int mx, int my, float * tick, int * line, Loc cloc)
{
float currtick = X2Tick(mx, cloc);
float tk;
if(cloc == Loc_MainGrid)
{
tk = currtick - patt->start_tick;
}
else
{
tk = currtick;
}
*tick = (float)(int)tk;
float q = (cloc == Loc_MainGrid) ? quantsize : aux_panel->quantsize;
if(q < 1)
{
if(q > 0)
{
*tick += (int((tk - *tick)/q))*q;
}
else
{
*tick = tk;
}
}
else if(q > 1)
{
int pos = (int)*tick;
while(pos%(int)q)
{
pos--;
}
*tick = (float)pos;
}
if(cloc == Loc_MainGrid)
{
*line = Y2Line(my, Loc_MainGrid) - patt->track_line;
}
else if(cloc == Loc_SmallGrid)
{
*line = Y2Line(my + aux_panel->bottomincr, Loc_SmallGrid);
}
}
void Mouse::CalcPosition(int mx, int my)
{
loc = Loc_UNKNOWN;
patt = field_pattern;
if(IsMouseOnMainGrid(mx, my) == true)
{
loc = Loc_MainGrid;
//M.patt = CheckPosForPatterns(X2Tick(mouse_x, Loc_MainGrid), Y2Line(mouse_y, Loc_MainGrid), field);
patt = field_pattern;
}
else if(IsMouseOnSmallGrid(mx, my) == true)
{
loc = Loc_SmallGrid;
patt = aux_panel->workPt;
current_line = Y2Line(my + aux_panel->bottomincr, Loc_SmallGrid);
current_trk = GetTrkDataForLine(current_line, aux_panel->workPt->basePattern);
}
if(loc == Loc_MainGrid || loc == Loc_SmallGrid)
{
current_tick = X2Tick(mx, loc);
qsize = (loc == Loc_MainGrid) ? quantsize : aux_panel->quantsize;
CalcTickAndLine(mx, my, &snappedTick, &snappedLine, loc);
}
if(pickedup)
{
CalcTickAndLine(mx, my, &dragTick, &dragLine, pickloc);
}
}
void Mouse::PosCheck(int mx, int my)
{
if(M.mmode & MOUSE_AUXMIXING && M.auxcellindexing)
{
R(Refresh_AuxHighlights);
}
if(M.menu_active == false)
{
M.mmode = 0;
M.on_keys = false;
M.at_definer = false;
M.active_instr = NULL;
M.active_mixcell = NULL;
M.active_mixchannel = NULL;
M.active_effect = NULL;
M.active_numba = NULL;
M.active_panel = NULL;
M.active_elem = NULL;
M.btype = Brw_None;
M.prepianorolling = false;
M.patternbrush = false;
bool skip_controls = false;
Panel* p = firstPanel;
while(p != NULL)
{
if(p->active == true)
{
if(p->CheckMouse(mx, my) == true)
{
M.active_panel = p;
break;
}
}
p = p->next;
}
if(IsMouseOnAux(mx,my) == true)
{
M.mmode |= MOUSE_AUXING;
M.active_panel = aux_panel;
if(aux_panel->auxmode == AuxMode_Pattern)
{
M.on_keys = aux_panel->CheckIfMouseOnKeys(mx, my, &M.pianokey_num, &(M.pianokey_vol));
if(M.on_keys == true)
{
M.current_line = Y2Line(my + aux_panel->bottomincr, Loc_SmallGrid);
M.current_trk = GetTrkDataForLine(M.current_line, aux_panel->workPt->basePattern);
}
if(mx >= GridXS1 && mx <= GridXS2 &&
my > (GridYS2 - 4) && my < (GridYS2 + 4))
{
M.mmode |= MOUSE_LOWAUXEDGE;
}
if(mx >= GridXS1 && mx <= GridXS2 &&
my > (aux_panel->patty2 - aux_panel->eux + 1) && my < aux_panel->patty2)
{
M.mmode |= MOUSE_AUXAUXING;
}
if(aux_panel->ltype == Lane_Pitch)
{
Envelope* env = (Envelope*)aux_panel->workPt->basePattern->pitch->paramedit;
env->Check(mx, my);
}
}
}
if(M.loc == Loc_MainGrid || M.loc == Loc_SmallGrid || M.loc == Loc_StaticGrid)
{
M.mmode |= MOUSE_ON_GRID;
}
if(M.mmode & MOUSE_ON_GRID)
{
CheckGridStuff(mx, my);
}
else if(mx > MainX1 && mx < (MainX1 + 25) && my > GridY1 && my < GridY2)
{
M.mmode |= MOUSE_TRACKING;
M.current_line = Y2Line(my, Loc_MainGrid);
M.current_track_num = GetTrkNumForLine(M.current_line, M.patt);
if(M.current_track_num >= 0 && M.current_track_num <= 999)
{
M.current_trk = GetTrkDataForLine(M.current_line, M.patt);
}
}
if(static_visible == true && abs(mx - (GridX1 - 2)) <= 3 && my > MainY1 && my < MainY2)
{
//M.mmode |= MOUSE_ON_STATIC_EDGE;
}
else if(mx <= MainX1 + 2 && mx >= MainX1 - 6 && my >= MainY1)
{
M.mmode |= MOUSE_GRID_X1;
skip_controls = true;
}
/*
else if(mx <= MainX2 + 6 && mx >= MainX2 - 4 && ((mixbrowse == false && my >= MainY1) || (mixbrowse == true && my > 0)) && my < MainY2)
{
M.mmode |= MOUSE_GRID_X2;
skip_controls = true;
}
else if(mx <= MainX2 + MixCenterWidth+4 + 4 && mx >= MainX2 + MixCenterWidth+4 - 4 && (my >= 0 && my < WindHeight))
{
M.mmode |= MOUSE_GRID_X22;
skip_controls = true;
}
*/
else if(my <= MainY1 - 2 && my >= MainY1 - 5 &&
((mixbrowse == false && mx < MainX2 + MixCenterWidth) ||(mixbrowse == true && mx < MainX2)))
{
M.mmode |= MOUSE_GRID_Y1;
skip_controls = true;
}
else if(my <= MainY2 + 4 && my >= MainY2 - 1 && mx > MainX1 && mx < MainX2 + MixCenterWidth)
{
M.mmode |= MOUSE_GRID_Y2;
skip_controls = true;
}
else if(mx > MainX1 - InstrPanelWidth - 7 && mx < MainX1 - InstrPanelWidth - 1 && my >= MainY1)
{
M.mmode |= MOUSE_ON_GENBROWSER_EDGE;
M.btype = Brw_Generators;
skip_controls = true;
}
else if(genBrw->active == true && (mx > genBrw->x &&
mx < genBrw->x + genBrw->width &&
my > genBrw->y &&
my < genBrw->y + genBrw->height))
{
M.mmode |= MOUSE_BROWSING;
M.active_panel = genBrw;
M.btype = Brw_Generators;
M.brwindex = (my - genBrw->y - (int)genBrw->main_offs)/BrwEntryHeight;
}
else if(mixbrowse && mx >= WindWidth - MixCenterWidth - 4)
{
if(abs(mx - mixBrw->x) < 5 && my > MainY1)
{
M.mmode |= MOUSE_ON_MIXBROWSER_EDGE;
M.btype = Brw_Effects;
skip_controls = true;
}
else if(mx > mixBrw->x &&
mx < mixBrw->x + mixBrw->width &&
my > mixBrw->y &&
my < mixBrw->y + mixBrw->height)
{
M.mmode |= MOUSE_BROWSING;
M.active_panel = mixBrw;
M.btype = Brw_Effects;
M.brwindex = (my - mixBrw->y - (int)mixBrw->main_offs)/BrwEntryHeight;
}
}
/*
else if(mix->visible == true && IsMouseOnMixer(mx, my) == true)
{
M.mmode |= MOUSE_MIXING;
M.active_panel = mix;
CheckMixerStuff(mx, my);
}
*/
else if(aux_panel->auxmode == AuxMode_Mixer && M.mmode & MOUSE_AUXING)
{
M.mmode |= MOUSE_AUXMIXING;
CheckAuxMixerStuff(mx, my);
}
if(M.active_panel == NULL &&
mx >= CP->bpmer->x && mx <= CP->bpmer->x + 54 &&
my >= CP->bpmer->y && my <= CP->bpmer->y + CP->bpmer->height)
{
M.mmode |= MOUSE_BPMING;
beats_per_minute_temp = beats_per_minute;
CP->bpmer->fnum = &beats_per_minute_temp;
CP->bpmer->xs = mx;
CP->bpmer->ys = my;
int intwidth = beats_per_minute_temp > 99 ? int(CP->bpmer->width/2.5) : int(CP->bpmer->width/3.5);
if(mx <= CP->bpmer->x + intwidth)
{
M.bpmbig = true;
}
else
{
M.bpmbig = false;
}
}
if(IsMouseOnLiner(mx, my) == true)
{
M.mmode |= MOUSE_LINING;
M.lineloc = Loc_MainGrid;
}
else if(aux_panel->auxmode == AuxMode_Pattern &&
mx >= GridXS1 && mx <= GridXS2 && my >= AuxY1 + 21 && my <= AuxY1 + 33)
{
M.mmode |= MOUSE_LINING;
M.lineloc = Loc_SmallGrid;
}
else
{
M.lineloc = Loc_UNKNOWN;
}
if(M.mmode & MOUSE_ON_GRID)
{
Element* el = CheckElementsHighlights(mx, my);