void Anushri::makeSequence( byte *sequence, byte *scal, byte scalSize, byte direction, byte octave, byte arp_size, byte offst){
arp_loop_size = arp_size;
offset= offst;
seqSelect=octave;
switch(direction){
case 0:
up( sequence, scal, scalSize);
break;
case 1:
down( sequence, scal, scalSize );
break;
case 2:
upDown( sequence, scal , scalSize);
break;
case 3:
randomArp( sequence, scal, scalSize );
break;
}
}
void loop()
{
if(Serial.available()){
while (Serial.available()) input = Serial.read();
switch(input){
case 'A':
walk(1, 1200);
break;
case 'B':
turnR();
break;
case 'C':
backward();
break;
case 'D':
turnL();
break;
case 'E':
upDown();
break;
case 'F':
punchR();
delay(300);
break;
case 'G':
attack();
delay(300);
break;
case 'H':
punchL();
delay(300);
break;
case 'I':
queno();
break;
case 'J':
nono(1000);
break;
default:
home();
break;
}
Serial.flush();
}
else home();
}
QGestureRecognizer::Result
LoopRecognizer::handleCursorMove (LoopGesture *gesture,
QPointF scenePoint)
{
GEUZEN_PRETTY_DEBUG << gesture << scenePoint;
if (gesture == 0) {
return QGestureRecognizer::Ignore;
}
if (!(user && user->contains(user->mapFromScene(scenePoint)))) {
return QGestureRecognizer::Ignore; // not our point
}
QPointF last = gesture->lastPos;
gesture->lastPos = scenePoint;
if (!gesture->haveStarted) {
gesture->reset ();
gesture->haveStarted = true;
gesture->setHotSpot (scenePoint);
GEUZEN_PRETTY_DEBUG << " ____maybbe " << gesture << gesture->state();
return QGestureRecognizer::Ignore;
}
quint8 leftRight (0);
quint8 upDown (0);
leftRight = last.x() < scenePoint.x() ? 1
: last.x() > scenePoint.x() ? 0xff : 0;
upDown = last.y() < scenePoint.y() ? 0x1
: last.y() > scenePoint.y() ? 0xff : 0;
quint32 segment = (upDown << 8) | leftRight;
qDebug () << hex << " new seg " << segment << dec;
if (leftRight != 0 && upDown != 0) {
if (gesture->sequence.isEmpty()
|| gesture->sequence.last() != segment) {
gesture-> sequence.append (segment);
}
}
qDebug () << hex << gesture->sequence << dec;
if (chopTailCircle(gesture->sequence)) {
qDebug () << " detected CIRCLE";
gesture->sequence.clear();
GEUZEN_PRETTY_DEBUG << " fer SURE " << gesture << gesture->state();
notifyUser();
}
return QGestureRecognizer::Ignore;
}
void Sampler::drawSampleEdit() {
f->draw(10,40,tempc,0,0,0,"Rate");
/*
tempr.x=80; tempr1.x=0;
tempr.y=10; tempr1.y=0;
tempr.w=600; tempr1.w=600;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,spath,&tempr1,&tempr);*/
tSName->setPos(80,10);
tSName->draw();
tempr.x=690; tempr1.x=40*sloadS;
tempr.y=10; tempr1.y=0;
tempr.w=40; tempr1.w=40;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,sload,&tempr1,&tempr);
tempr.x=630; tempr1.x=40*seupS;
tempr.y=40; tempr1.y=0;
SDL_RenderCopy(r,sload,&tempr1,&tempr);
tempr.x=580; tempr1.x=40*sedownS;
SDL_RenderCopy(r,sload,&tempr1,&tempr);
tempr.x=680; tempr1.x=50;
tempr.y=40; tempr1.y=0;
tempr.w=50; tempr1.w=50;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,scancel,&tempr1,&tempr);
tempr.x=10; tempr1.x=60*sselectS;
tempr.y=10; tempr1.y=0;
tempr.w=60; tempr1.w=60;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,sselect,&tempr1,&tempr);
f->draw(40,10,tempc,1,0,0,"Sample");
f->drawf(83,40,tempc,0,0,"%f",s[curSample].rate);
f->draw(710,10,tempc,1,0,0,"Load");
f->draw(705,40,tempc,1,0,0,"Keypad");
f->draw(650,40,tempc,1,0,0,"Up");
f->draw(600,40,tempc,1,0,0,"Down");
/// envelopes ///
// volume //
tempr.x=90; tempr1.x=0;
tempr.y=70; tempr1.y=0;
tempr.w=275; tempr1.w=275;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,spathshort,&tempr1,&tempr);
if (s[curSample].envVol==-1) {
f->draw((180+275)/2,70,tempc,1,0,0,"<-off->");
} else {
f->draw(93,70,tempc,0,0,0,e[s[curSample].envVol].name[0]);
}
tempr.x=10; tempr1.x=70*sevolS;
tempr.y=70; tempr1.y=0;
tempr.w=70; tempr1.w=70;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,senvsel,&tempr1,&tempr);
f->draw(45,70,tempc,1,0,0,"Volume");
kVolAmp->setPos(10,100);
kVolAmp->draw();
f->draw(42,170,tempc,1,0,0,"Amount");
kVolCap->setPos(84,100);
kVolCap->draw();
f->draw(116,170,tempc,1,0,0,"Handicap");
// panning //
tempr.x=455; tempr1.x=0;
tempr.y=70; tempr1.y=0;
tempr.w=275; tempr1.w=275;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,spathshort,&tempr1,&tempr);
if (s[curSample].envPan==-1) {
f->draw((455+455+275)/2,70,tempc,1,0,0,"<-off->");
} else {
f->draw(458,70,tempc,0,0,0,e[s[curSample].envPan].name[0]);
}
tempr.x=375; tempr1.x=70*sepanS;
tempr.y=70; tempr1.y=0;
tempr.w=70; tempr1.w=70;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,senvsel,&tempr1,&tempr);
f->draw(410,70,tempc,1,0,0,"Panning");
kPanAmp->setPos(375,100);
kPanAmp->draw();
f->draw(407,170,tempc,1,0,0,"Amount");
kPanCap->setPos(449,100);
kPanCap->draw();
f->draw(481,170,tempc,1,0,0,"Handicap");
// pitch //
tempr.x=90; tempr1.x=0;
tempr.y=200; tempr1.y=0;
tempr.w=275; tempr1.w=275;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,spathshort,&tempr1,&tempr);
if (s[curSample].envPitch==-1) {
f->draw((180+275)/2,200,tempc,1,0,0,"<-off->");
} else {
f->draw(93,200,tempc,0,0,0,e[s[curSample].envPitch].name[0]);
}
tempr.x=10; tempr1.x=70*sepitchS;
tempr.y=200; tempr1.y=0;
tempr.w=70; tempr1.w=70;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,senvsel,&tempr1,&tempr);
f->draw(45,200,tempc,1,0,0,"Pitch");
kPitchAmp->setPos(10,230);
kPitchAmp->draw();
f->draw(42,300,tempc,1,0,0,"Amount");
kPitchCap->setPos(84,230);
kPitchCap->draw();
f->draw(116,300,tempc,1,0,0,"Handicap");
// cutoff //
tempr.x=455; tempr1.x=0;
tempr.y=200; tempr1.y=0;
tempr.w=275; tempr1.w=275;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,spathshort,&tempr1,&tempr);
if (s[curSample].envCut==-1) {
f->draw((455+455+275)/2,200,tempc,1,0,0,"<-off->");
} else {
f->draw(458,200,tempc,0,0,0,e[s[curSample].envCut].name[0]);
}
tempr.x=375; tempr1.x=70*secutS;
tempr.y=200; tempr1.y=0;
tempr.w=70; tempr1.w=70;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,senvsel,&tempr1,&tempr);
f->draw(410,200,tempc,1,0,0,"Cutoff");
kCutAmp->setPos(375,230);
kCutAmp->draw();
f->draw(407,300,tempc,1,0,0,"Amount");
kCutCap->setPos(449,230);
kCutCap->draw();
f->draw(481,300,tempc,1,0,0,"Handicap");
// resonance //
tempr.x=90; tempr1.x=0;
tempr.y=330; tempr1.y=0;
tempr.w=275; tempr1.w=275;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,spathshort,&tempr1,&tempr);
if (s[curSample].envRes==-1) {
f->draw((180+275)/2,330,tempc,1,0,0,"<-off->");
} else {
f->draw(93,330,tempc,0,0,0,e[s[curSample].envRes].name[0]);
}
tempr.x=10; tempr1.x=70*seresS;
tempr.y=330; tempr1.y=0;
tempr.w=70; tempr1.w=70;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,senvsel,&tempr1,&tempr);
f->draw(45,330,tempc,1,0,0,"Resonan.");
kResAmp->setPos(10,360);
kResAmp->draw();
f->draw(42,430,tempc,1,0,0,"Amount");
kResCap->setPos(84,360);
kResCap->draw();
f->draw(116,430,tempc,1,0,0,"Handicap");
// not exactly envelope, but filter //
tempr.x=455; tempr1.x=0;
tempr.y=330; tempr1.y=0;
tempr.w=275; tempr1.w=275;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,spathshort,&tempr1,&tempr);
switch (s[curSample].filter) {
case 0: f->draw((455+455+275)/2,330,tempc,1,0,0,"<-off->"); break;
case 1: f->draw((455+455+275)/2,330,tempc,1,0,0,"Low Pass"); break;
case 2: f->draw((455+455+275)/2,330,tempc,1,0,0,"High Pass"); break;
case 3: f->draw((455+455+275)/2,330,tempc,1,0,0,"Band Stop"); break;
case 4: f->draw((455+455+275)/2,330,tempc,1,0,0,"Band Pass"); break;
case 5: f->draw((455+455+275)/2,330,tempc,1,0,0,"Low+Band Pass"); break;
case 6: f->draw((455+455+275)/2,330,tempc,1,0,0,"High+Band Pass"); break;
case 7: f->draw((455+455+275)/2,330,tempc,1,0,0,"All Pass"); break;
default: f->draw((455+455+275)/2,330,tempc,1,0,0,""); break;
}
// low
tempr.x=446; tempr1.x=64*sfiltlS;
tempr.y=372; tempr1.y=0;
tempr.w=64; tempr1.w=64;
tempr.h=40; tempr1.h=40;
SDL_RenderCopy(r,(s[curSample].filter&1)?(sfiltactive):(sfilt),&tempr1,&tempr);
f->draw(446+32,372+20,tempc,1,1,0,"Low");
// high
tempr.x=520; tempr1.x=64*sfilthS;
tempr.y=372; tempr1.y=0;
tempr.w=64; tempr1.w=64;
tempr.h=40; tempr1.h=40;
SDL_RenderCopy(r,(s[curSample].filter&2)?(sfiltactive):(sfilt),&tempr1,&tempr);
f->draw(520+32,372+20,tempc,1,1,0,"High");
// band
tempr.x=594; tempr1.x=64*sfiltbS;
tempr.y=372; tempr1.y=0;
tempr.w=64; tempr1.w=64;
tempr.h=40; tempr1.h=40;
SDL_RenderCopy(r,(s[curSample].filter&4)?(sfiltactive):(sfilt),&tempr1,&tempr);
f->draw(594+32,372+20,tempc,1,1,0,"Band");
tempr.x=375; tempr1.x=70*seresS;
tempr.y=330; tempr1.y=0;
tempr.w=70; tempr1.w=70;
tempr.h=20; tempr1.h=20;
SDL_RenderCopy(r,senvsel,&tempr1,&tempr);
f->draw(410,330,tempc,1,0,0,"Filter");
upDown();
}
bool AWin::gestEvent(sf::Event event)
{
std::list<Button*>::iterator it;
std::list<Button*>::iterator itNew;
std::list<Button*>::iterator itEnd;
std::list<Button*> but;
int mX;
int mY;
int i;
bool newCur = false;
but = getButton();
if(event.type == sf::Event::Closed)
{
getWindow().close();
return (false);
}
if (event.type == sf::Event::KeyPressed && event.key.code == sf::Keyboard::Escape)
return (false);
if (event.type == sf::Event::MouseMoved)
{
mX = event.mouseMove.x;
mY = event.mouseMove.y;
it = but.begin();
itEnd = but.end();
while (it != itEnd && but.size() > 0)
{
if ((*it)->isIn(mX, mY) == true)
{
itNew = it;
(*it)->setTarget(true);
newCur = true;
}
it++;
}
it = but.begin();
while (it != itEnd && newCur == true && but.size() > 0)
{
if (it != itNew)
(*it)->setTarget(false);
it++;
}
}
if (event.type == sf::Event::MouseButtonReleased)
{
it = but.begin();
itEnd = but.end();
mX = event.mouseButton.x;
mY = event.mouseButton.y;
std::cout << mX <<"," << mY << std::endl;
std::cout << event.type << std::endl;
while (it != itEnd &&but.size() > 0)
{
if ((*it)->isIn(mX, mY) == true)
{
while (getButton().size() > 0)
getButton().pop_back();
if ((*it) != NULL)
if ((*it)->getWin() != NULL)
{
(*it)->getWin()->mainDraw();
return (false);
}
}
it++;
}
}
if (event.type == sf::Event::Resized)
updateButton();
if (event.type == sf::Event::KeyPressed && event.key.code == sf::Keyboard::Down)
upDown();
if (event.type == sf::Event::KeyPressed && event.key.code == sf::Keyboard::Up)
upUp();
if (event.type == sf::Event::KeyPressed && event.key.code == sf::Keyboard::Return)
{
launchWindow();
return (false);
}
getWindow().clear();
drawContent();
getWindow().display();
usleep(1000);
return (true);
}
void loop()
{
if(Serial.available()){
while (Serial.available()) input = Serial.read();
Serial.println(input);
switch(input){
case 'A':
walk(1, 750);
break;
case 'B':
turnR(1, 800);
break;
case 'C':
backward(1, 800);
break;
case 'D':
turnL(1, 800);
break;
case 'E':
tone(11, 800, 250);
delay(50);
tone(11, 1600, 250);
upDown();
break;
case 'F':
tone(11, 800, 250);
delay(50);
tone(11, 1600, 250);
punchR();
delay(250);
home();
delay(100);
break;
case 'G':
tone(11, 800, 250);
delay(50);
tone(11, 1600, 250);
attack();
delay(250);
home();
delay(100);
break;
case 'H':
tone(11, 800, 250);
delay(50);
tone(11, 1600, 250);
punchL();
delay(250);
home();
delay(100);
break;
case 'I':
ninuninu();
break;
case 'J':
mareo();
break;
default:
home();
break;
}
}
else home();
}
