void GXConsole::Draw()
{
if(Background)
Background->Draw();
int PositionX = GetLeft();
int PositionY = GetTop();
int PositionZ = GetZPosition();
for(u32 i = 0; i < ConsoleRow.size(); i++)
{
fontSystem->drawText(PositionX, PositionY+i*(HeightBetweenLines+fontSize), PositionZ, ConsoleRow.at(i)->c_str(), fontSize, color, style);
}
}
int wxJoystick::GetPosition(unsigned axis) const
{
switch (axis) {
case 0:
return GetPosition().x;
case 1:
return GetPosition().y;
case 2:
return GetZPosition();
case 3:
return GetRudderPosition();
case 4:
return GetUPosition();
case 5:
return GetVPosition();
default:
return 0;
}
}
void Window::Draw()
{
// If the title is held, move the window
if (isMovable && isMoving)
{
POINT prevPoint = clickedPoint;
// Get the current point
clickedPoint.x = userInput[clickedChannel].wpad->ir.x;
clickedPoint.y = userInput[clickedChannel].wpad->ir.y;
// Move the window, based on the top and left of this window
// Therefor, we need to calculate the difference between the mouse down point and the topleft point of this window
int newX = GetLeft() + (clickedPoint.x - prevPoint.x);
int newY = GetTop() + (clickedPoint.y - prevPoint.y);
// Move the window to newX and newY, but stay within the boundaries
if (newX > 0 && newY > 0 && (GetParent() == NULL || (newX + GetWidth() < GetParent() -> GetWidth() && newY + GetHeight() < GetParent() -> GetHeight()))) {
SetPosition(newX, newY);
}
}
GXColor backgroundColor = (GXColor){226, 230, 237, 255};
Menu_DrawRectangle(this->GetLeft()+window_tile_vertical_left->GetWidth(), this->GetTop()+window_tile_horizontal_top->GetHeight(), GetZPosition(), width-window_tile_vertical_left->GetWidth()*2, height-window_tile_horizontal_top->GetHeight()*2, &backgroundColor, false, true);
GuiFrame::Draw();
}
