#include "pedal.h" #include "math.h" Pedal::Pedal(QWidget *parent) : QWidget(parent) { numControls = 0; box = new QGraphicsSvgItem("stompbox.svg"); view.setStyleSheet("background: transparent; border: none"); p = box->renderer()->defaultSize(); box->setTransformOriginPoint(p.width()/2,p.height()/2); myheight = p.height(); mywidth = p.width(); view.setDisabled(true); view.setVerticalScrollBarPolicy(Qt::ScrollBarAlwaysOff); view.setHorizontalScrollBarPolicy(Qt::ScrollBarAlwaysOff); scene.addItem(box); view.setScene(&scene); view.setParent(this,Qt::FramelessWindowHint); } Pedal::Pedal(QString boxFile, QWidget *parent) : QWidget(parent) { numControls = 0; box = new QGraphicsSvgItem(boxFile); view.setStyleSheet("background: transparent; border: none"); p = box->renderer()->defaultSize(); box->setTransformOriginPoint(p.width()/2,p.height()/2); myheight = p.height(); mywidth = p.width(); view.setDisabled(true); view.setVerticalScrollBarPolicy(Qt::ScrollBarAlwaysOff); view.setHorizontalScrollBarPolicy(Qt::ScrollBarAlwaysOff); scene.addItem(box); view.setScene(&scene); view.setParent(this,Qt::FramelessWindowHint); } Pedal::Pedal(skin *skinfile, int effect, QWidget *parent) : QWidget(parent) { numControls = 0; effectNumber = effect; view.setStyleSheet("background: transparent; border: none"); // box->setTransformOriginPoint(p.width()/2,p.height()/2); view.setDisabled(true); view.setVerticalScrollBarPolicy(Qt::ScrollBarAlwaysOff); view.setHorizontalScrollBarPolicy(Qt::ScrollBarAlwaysOff); view.setScene(&scene); view.setParent(this,Qt::FramelessWindowHint); LoadSkin(skinfile,effect); } Pedal::~Pedal() { } void Pedal::resizeEvent(QResizeEvent *re) { view.setFixedSize(this->width(),this->height()); //view.move((this->width()-this->height())/2,(this->width()-this->height())/2); if (this->width()/mywidth>this->height()/myheight) { scale = this->height()/myheight; } else { scale = this->width()/mywidth; } box->setScale(scale); view.centerOn(box); //QWidget::resizeEvent(re); QRect v = PedalPosition(); QRect cpos; for(int i = 0; isetGeometry(v.x()+cpos.x()*scale,v.y()+cpos.y()*scale,cpos.width()*scale,cpos.height()*scale); } } int Pedal::LoadSkin(skin *currentskin, int effect) { int n; QSize p; controlskin *ctl; effectskin fx = currentskin->effects[effect]; box = new QGraphicsSvgItem(fx.file); p = box->renderer()->defaultSize(); box->setTransformOriginPoint(p.width()/2,p.height()/2); scene.addItem(box); view.centerOn(box); myheight = p.height(); mywidth = p.width(); for (int i = 0;iAddControl(ctl->type,ctl->parameter,ctl->x,ctl->y,ctl->w,ctl->h,ctl->filename[0],ctl->filename[1],ctl->filename[2],ctl->filename[3]); } } QWidget* Pedal::AddControl(QString type, QString param, int x, int y, int w, int h, QString file1, QString file2, QString file3, QString file4) { QWidget* control; if (type.toLower() == "dial") { if (!file2.isEmpty()) control = new qSVGDial(file1,file2,this); else control = new qSVGDial(this); } else if (type.toLower() == "button") { if (!file2.isEmpty()) control = new qSVGButton(file1,file2,this); else if (!file1.isEmpty()) control = new qSVGButton(file1,this); else control = new qSVGButton(this); } else if (type.toLower() == "toggle") { qSVGButton *temp; if (!file2.isEmpty()) temp = new qSVGButton(file1,file2,this); else if (!file1.isEmpty()) temp = new qSVGButton(file1,this); else temp = new qSVGButton(this); temp->setCheckable(true); control = temp; } else if (type.toLower() == "slider") { if (!file2.isEmpty()) control = new qSVGSlider(file1,file2,this); else if (!file1.isEmpty()) control = new qSVGSlider(file1,this); else control = new qSVGSlider(this); } else if (type.toLower() == "led") { if (!file2.isEmpty()) control = new qSVGLED(file1,file2,this); else control = new qSVGLED(this); for (int i=0;itoolTip().toLower() == param.toLower()) QObject::connect(controls[i],SIGNAL(clicked()),control, SLOT(toggle())); } } else if (type.toLower() == "meter") { if (!file3.isEmpty()) { QString on1, on2, on3; on1 = file1.replace("Off","On"); on2 = file2.replace("Off","On"); on3 = file3.replace("Off","On"); control = new qSVGMeter(file1,on1,file2,on2,file3,on3,this); // for (int i=0;itoolTip().toLower() == "output") // QObject::connect(controls[i],SIGNAL(valueChanged(int)),control, SLOT(setMeter(int))); // } } }else if (type.toLower() == "lcd") { LCDDisplay* f; if (!file2.isEmpty()) { if (file1.toLower() == "large") f = new LCDDisplay(this, true, file2); else f = new LCDDisplay(this, false, file2); } else { f = new LCDDisplay(this, true, file1); } control = f; f->show(); } control->setToolTip(param); ctrlPos[numControls] = QRect(x,myheight-y-h,w,h); controls[numControls] = control; numControls++; return control; } QRect Pedal::PedalPosition() { QRect mypos; mypos.setWidth(mywidth*scale); mypos.setHeight(myheight*scale); mypos.setX((this->width()-mypos.width())/2); mypos.setY((this->height()-mypos.height())/2); return mypos; } /* QString number2name(int number) { switch(number) { case 0: //EQ1 return "Lineal_EQ"; break; case 1://Compressor return "Compressor"; break; case 2://Distorsion return "Distorsion"; break; case 3://Overdrive return "Overdrive"; break; case 4://Echo return "Echo"; break; case 5://Chorus return "Chorus"; break; case 6://Phaser return "Phaser"; break; case 7://Flanger return "Flanger"; break; case 8://Reverb return "Reverb"; break; case 9://EQ2 return "EQ2"; break; case 10://WahWah return "WahWah"; break; case 11://AlienWah return "AlienWah"; break; case 12://Cabinet return "Cabinet"; break; case 13://Pan return "Pan"; break; case 14://Har return "Har"; break; case 15://MsicalDelay return "MsicalDelay"; break; case 16://NoiseGate return "NoiseGate"; break; case 17://NewDist return "NewDist"; break; case 18://APhaser return "APhaser"; break; case 19://Valve return "Valve"; break; case 20://Dual_Flange return "Dual_Flange"; break; case 21:// Ring return "Ring"; break; case 22:// Exciter return "Exciter"; break; case 23://MBDist return "MBDist"; break; case 24://Arpie return "Arpie"; break; case 25://Expander return "Expander"; break; case 26://Shuffle return "Shuffle"; break; case 27://Synthfilter return "Synthfilter"; break; case 28://VaryBand return "VaryBand"; break; case 29://Convolotron return "Convolotron"; break; case 30://Looper return "Looper"; break; case 31://RyanWah return "RyanWah"; break; case 32:// RBEcho return "RBEcho"; break; case 33:// CoilCrafter return "CoilCrafter"; break; case 34://ShelfBoost return "ShelfBoost"; break; case 35://Vocoder return "Vocoder"; break; case 36://Sustainer return "Sustainer"; break; case 37://Sequence return "Sequence"; break; case 38://Shifter return "Shifter"; break; case 39://StompBox return "StompBox"; break; case 40://Reverbtron return "Reverbtron"; break; case 41://Echotron return "Echotron"; break; case 42://StereoHarm return "StereoHarm"; break; case 43://CompBand return "CompBand"; break; case 44://Opticaltrem return "Opticaltrem"; break; case 45://Vibe return "Vibe"; break; case 46://Infinity return "Infinity"; break; } } Lineal_EQ Compressor Distortion Overdrive Echo Chorus Phaser Analog Phaser Flanger Reverb Parametric EQ Cabinet Emulation AutoPan/Stereo Expander Harmonizer Musical Delay Noise Gate WahWah AlienWah Derelict Valve Dual Flange Ring Exciter DistBand Arpie Expander Shuffle Synthfilter VaryBand Convolotron Looper MuTroMojo Echoverse CoilCrafter ShelfBoost Vocoder Sustainer Sequence Shifter StompBox Reverbtron Echotron StereoHarm CompBand Opticaltrem Vibe */ /* int name2number(QString name) { switch(name.toLower()) { case "lineal_eq": //EQ1 return 0; break; case "compressor"://Compressor return 1; break; case "distorsion"://Distorsion return 2; break; case "overdrive"://Overdrive return 3; break; case "echo"://Echo return 4; break; case "chorus"://Chorus return 5; break; case "phaser"://Phaser return 6; break; case "flanger"://Flanger return 7; break; case "reverb"://Reverb return 8; break; case "eq2"://EQ2 return 9; break; case "wahwah"://WahWah return 10; break; case "alienwah"://AlienWah return 11; break; case "cabinet"://Cabinet return 12; break; case "pan"://Pan return 13; break; case "har"://Har return 14; break; case "msicaldelay"://MsicalDelay return 15; break; case "noisegate"://NoiseGate return 16; break; case "newdist"://NewDist, derelict? return 17; break; case "aphaser"://APhaser return 18; break; case "valve"://Valve return 19; break; case "dual_flange"://Dual_Flange return 20; break; case "ring":// Ring return 21; break; case "exciter":// Exciter return 22; break; case "mbdist"://MBDist return 23; break; case "arpie"://Arpie return 24; break; case "expander"://Expander return 25; break; case "shuffle"://Shuffle return 26; break; case "synthfilter"://Synthfilter return 27; break; case "varyband"://VaryBand return 28; break; case "convolotron"://Convolotron return 29; break; case "looper"://Looper return 30; break; case "ryanwah"://RyanWah return 31; break; case "rbecho":// RBEcho return 32; break; case "coilcrafter":// CoilCrafter return 33; break; case "shelfboost"://ShelfBoost return 34; break; case "vocoder"://Vocoder return 35; break; case "sustainer"://Sustainer return 36; break; case "sequence"://Sequence return 37; break; case "shifter"://Shifter return 38; break; case "stompbox"://StompBox return 39; break; case "reverbtron"://Reverbtron return 40; break; case "echotron"://Echotron return 41; break; case "stereoharm"://StereoHarm return 42; break; case "compband"://CompBand return 43; break; case "opticaltrem"://Opticaltrem return 44; break; case "vibe"://Vibe return 45; break; case "infinity"://Infinity return 46; break; default: return -1; } } */