MouseEventResult Entity::onMouseMove(const Ray &ray, int timestamp) {
MouseEventResult ret;
ret.hit = false;
ret.blocked = false;
Number hitDistance;
if(processInputEvents && enabled) {
Vector3 localCoordinate = Vector3(ray.origin.x,ray.origin.y,0);
Matrix4 inverse = getConcatenatedMatrix().Inverse();
localCoordinate = inverse * localCoordinate;
hitDistance = ray.boxIntersect(bBox, getAnchorAdjustedMatrix());
if(hitDistance >= 0.0) {
//setColor(1.0, 0.0, 0.0, 1.0);
ret.hit = true;
InputEvent *inputEvent = new InputEvent(Vector2(localCoordinate.x, localCoordinate.y*yAdjust), timestamp);
inputEvent->hitDistance = hitDistance;
dispatchEvent(inputEvent, InputEvent::EVENT_MOUSEMOVE);
if(!mouseOver) {
InputEvent *inputEvent = new InputEvent(Vector2(localCoordinate.x, localCoordinate.y*yAdjust), timestamp);
inputEvent->hitDistance = hitDistance;
dispatchEvent(inputEvent, InputEvent::EVENT_MOUSEOVER);
mouseOver = true;
}
if(blockMouseInput) {
ret.blocked = true;
}
} else {
if(mouseOver) {
dispatchEvent(new InputEvent(Vector2(localCoordinate.x, localCoordinate.y), timestamp), InputEvent::EVENT_MOUSEOUT);
mouseOver = false;
}
}
for(int i=children.size()-1; i>=0; i--) {
MouseEventResult childRes = children[i]->onMouseMove(ray, timestamp);
if(childRes.hit)
ret.hit = true;
if(childRes.blocked) {
ret.blocked = true;
break;
}
}
}
return ret;
}
MouseEventResult Entity::onMouseDown(const Ray &ray, int mouseButton, int timestamp) {
MouseEventResult ret;
ret.hit = false;
ret.blocked = false;
Number hitDistance;
if(processInputEvents && enabled) {
hitDistance = ray.boxIntersect(bBox, getAnchorAdjustedMatrix());
if(hitDistance >= 0.0) {
if(customHitDetection(ray)) {
ret.hit = true;
Vector3 localCoordinate = Vector3(ray.origin.x,ray.origin.y,0);
Matrix4 inverse = getConcatenatedMatrix().Inverse();
localCoordinate = inverse * localCoordinate;
InputEvent *inputEvent = new InputEvent(Vector2(localCoordinate.x, localCoordinate.y*yAdjust), timestamp);
inputEvent->hitDistance = hitDistance;
inputEvent->mouseButton = mouseButton;
dispatchEvent(inputEvent, InputEvent::EVENT_MOUSEDOWN);
if(timestamp - lastClickTicks < 400) {
InputEvent *inputEvent = new InputEvent(Vector2(localCoordinate.x, localCoordinate.y*yAdjust), timestamp);
inputEvent->mouseButton = mouseButton;
dispatchEvent(inputEvent, InputEvent::EVENT_DOUBLECLICK);
}
lastClickTicks = timestamp;
if(blockMouseInput) {
ret.blocked = true;
}
}
}
for(int i=children.size()-1; i>=0; i--) {
MouseEventResult childRes = children[i]->onMouseDown(ray, mouseButton, timestamp);
if(childRes.hit)
ret.hit = true;
if(childRes.blocked) {
ret.blocked = true;
break;
}
}
}
return ret;
}
MouseEventResult Entity::onMouseUp(const Ray &ray, int mouseButton, int timestamp) {
MouseEventResult ret;
ret.hit = false;
ret.blocked = false;
Number hitDistance;
if(processInputEvents && enabled) {
Vector3 localCoordinate = Vector3(ray.origin.x,ray.origin.y,0);
Matrix4 inverse = getConcatenatedMatrix().Inverse();
localCoordinate = inverse * localCoordinate;
InputEvent *inputEvent = new InputEvent(Vector2(localCoordinate.x, localCoordinate.y*yAdjust), timestamp);
inputEvent->mouseButton = mouseButton;
hitDistance = ray.boxIntersect(bBox, getAnchorAdjustedMatrix());
if(hitDistance >= 0.0) {
ret.hit = true;
inputEvent->hitDistance = hitDistance;
dispatchEvent(inputEvent, InputEvent::EVENT_MOUSEUP);
if(blockMouseInput) {
ret.blocked = true;
}
} else {
dispatchEvent(inputEvent, InputEvent::EVENT_MOUSEUP_OUTSIDE);
}
for(int i=children.size()-1; i>=0; i--) {
MouseEventResult childRes = children[i]->onMouseUp(ray, mouseButton, timestamp);
if(childRes.hit)
ret.hit = true;
if(childRes.blocked) {
ret.blocked = true;
break;
}
}
}
return ret;
}
