void ToolWindowManager::setToolWindowProperties(QWidget *toolWindow,
ToolWindowManager::ToolWindowProperty properties)
{
m_toolWindowProperties[toolWindow] = properties;
ToolWindowManagerArea *area = areaOf(toolWindow);
if(area)
area->updateToolWindow(toolWindow);
}
bool Rect::pointInRect(const vec::Vector2& point, vec::Vector2& normal) const
{
//float rSum = tl.dist(tr) * tl.dist(bl);
float rSum = areaOf(tl, tr, bl) + areaOf(tr, br, bl);
float a1 = areaOf(tl, point, bl);
float a2 = areaOf(bl, point, br);
float a3 = areaOf(br, point, tr);
float a4 = areaOf(point, tr, tl);
float pSum = a1 + a2 + a3 + a4;
if (pSum - rSum > 2)
return false;
// Figure out which line is being intersected with
vec::Vector2 p1, p2;
float minArea = minVal(a1, a2, a3, a4);
if (minArea == a1)
{
p1 = tl;
p2 = bl;
}
else if (minArea == a2)
{
p1 = bl;
p2 = br;
}
else if (minArea == a3)
{
p1 = br;
p2 = tr;
}
else if (minArea == a4)
{
p1 = tr;
p2 = tl;
}
// Calculate the normal of this line
normal = (p1 - p2).rotate(PI / 2).setMag(1);
normal *= -1;
// Make sure the normal is pointing outwards
vec::Vector2 difC = point - this->getPos();
if (normal.angleBetween(difC) > 90)
normal *= -1;
return true;
}
bool Rect::pointInRect(const vec::Vector2& point) const
{
bool colliding = true;
//float rSum = tl.dist(tr) * tl.dist(bl);
float rSum = areaOf(tl, tr, bl) + areaOf(tr, br, bl);
float a1 = areaOf(tl, point, bl);
float a2 = areaOf(bl, point, br);
float a3 = areaOf(br, point, tr);
float a4 = areaOf(point, tr, tl);
float pSum = a1 + a2 + a3 + a4;
if (pSum - rSum > 2)
colliding = false;
return colliding;
}
