void ColorWheel::mouseMoveEvent(QMouseEvent *event)
{
lastPos = event->pos();
if( !mouseDown ) return;
if(wheelRegion.contains(lastPos) && inWheel){
QColor color = posColor(lastPos);
hueChanged(color.hue());
}else if(squareRegion.contains(lastPos) && inSquare){
QColor color = posColor(lastPos);
svChanged(color);
}else{
// TODO: due with cursor out of region after press
// int length = qMin(width(), height());
// QPoint center(length/2, length/2);
// int R = qSqrt(qPow(qAbs(lastPos.x()), 2)
// + qPow(qAbs(lastPos.y()), 2));
// if(inWheel){
// int r = length / 2;
// r += qSqrt(qPow(center.x(), 2) + qPow(center.y(), 2));
// int x0 = r/R * qAbs(lastPos.x());
// int y0 = r/R * qAbs(lastPos.y());
// QColor color = posColor(QPoint(x0, y0));
// hueChanged(color.hue());
// }else if(inSquare){
// //
// }
}
}
void ColorWheel::mouseMoveEvent(QMouseEvent* e) {
lastPos_ = e->pos();
if (!mouseDown_) return;
if (wheelRegion_.contains(lastPos_) && inWheel_) {
QColor color = posColor(lastPos_);
hueChanged(color.hue());
} else if (squareRegion_.contains(lastPos_) && inSquare_) {
QColor color = posColor(lastPos_);
svChanged(color);
} else {
int length = qMin(width(), height());
QPoint center(length/2, length/2);
if (inWheel_) {
int r = length / 2;
double x0 = lastPos_.x()-center.x();
double y0 = lastPos_.y()-center.y();
double vNorm = qSqrt(qPow(x0,2)+qPow(y0,2));
double x1 = r*(x0/vNorm);
double y1 = r*(y0/vNorm);
x1 += center.x();
y1 += center.y();
QColor color = posColor(QPoint(x1, y1));
hueChanged(color.hue());
} else if (inSquare_) {
int w = qMin(width(), height());
// radius of outer circle
qreal r = w/2-margin_;
// radius of inner circle
qreal ir = r-wheelWidth_;
// left corner of square
qreal m = w/2.0-ir/qSqrt(2);
float x0 = 0.0f;
float y0 = 0.0f;
float w0 = squareRegion_.boundingRect().width();
if (lastPos_.x() > m + w0)
x0 = m + w0;
else if (lastPos_.x() < m)
x0 = m;
else
x0 = lastPos_.x();
if (lastPos_.y() > m + w0)
y0 = m + w0;
else if (lastPos_.y() < m)
y0 = m;
else
y0 = lastPos_.y();
QColor color = posColor(QPoint(x0, y0));
svChanged(color);
}
}
}
void ColorWheel::mousePressEvent(QMouseEvent *event)
{
lastPos = event->pos();
if(wheelRegion.contains(lastPos)){
inWheel = true;
inSquare = false;
QColor color = posColor(lastPos);
hueChanged(color.hue());
}else if(squareRegion.contains(lastPos)){
inWheel = false;
inSquare = true;
QColor color = posColor(lastPos);
svChanged(color);
}
mouseDown = true;
}
void ColorWheel::mousePressEvent(QMouseEvent* e) {
lastPos_ = e->pos();
if (wheelRegion_.contains(lastPos_)) {
inWheel_ = true;
inSquare_ = false;
QColor color = posColor(lastPos_);
if (e->button()==Qt::RightButton) hueChanged(color.hue());
else setColor(color);
} else if (squareRegion_.contains(lastPos_)) {
inWheel_ = false;
inSquare_ = true;
QColor color = posColor(lastPos_);
svChanged(color);
}
mouseDown_ = true;
}
Model::Model(const aligned_vector3f &positions, const aligned_vector3f &colors, bool centerAndScale, int mode, float size)
: SceneObject(), mode(mode), positions(positions) {
aligned_vectorPosColor posAndColors;
for (uint i = 0; i < positions.size(); ++i) {
posAndColors.push_back(PositionColor(positions[i], colors[i]));
}
VBOInfo posColor(0,-1,sizeof(Vector3f));
vbo = shared_ptr<VBO>(new VBO(posAndColors, posColor, GL_STATIC_DRAW));
if (centerAndScale)
init(size);
else {
center.setZero(3);
scale = 1.0;
}
}
