private bool Draw3DStretched(SpriteBatch3D spriteBatch, Vector3 drawPosition, MouseOverList mouseOverList, Map map)
{
// this is an isometric stretched tile and needs a specialized draw routine.
m_vertexBufferAlternate[0].Position = drawPosition + m_vertex0_yOffset;
m_vertexBufferAlternate[1].Position = drawPosition + m_vertex1_yOffset;
m_vertexBufferAlternate[2].Position = drawPosition + m_vertex2_yOffset;
m_vertexBufferAlternate[3].Position = drawPosition + m_vertex3_yOffset;
if (!spriteBatch.Draw(DrawTexture, m_vertexBufferAlternate, s_Technique))
{
return(false);
}
if ((mouseOverList.PickType & PickType) == PickType)
{
if (mouseOverList.IsMouseInObjectIsometric(m_vertexBufferAlternate))
{
MouseOverItem item = new MouseOverItem(DrawTexture, m_vertexBufferAlternate[0].Position, Entity);
item.Vertices = new Vector3[4] {
m_vertexBufferAlternate[0].Position, m_vertexBufferAlternate[1].Position, m_vertexBufferAlternate[2].Position, m_vertexBufferAlternate[3].Position
};
mouseOverList.Add2DItem(item);
}
}
return(true);
}
private bool Draw3DStretched(Batcher2D batcher, Vector3 position, MouseOverList objectList)
{
Texture.Ticks = Engine.Ticks;
int z = Z * 4;
if (Engine.Profile.Current.HighlightGameObjects)
{
if (IsSelected)
{
if (_storedHue == Vector3.Zero)
{
_storedHue = HueVector;
}
HueVector = ShaderHuesTraslator.SelectedHue;
}
else if (_storedHue != Vector3.Zero)
{
HueVector = _storedHue;
_storedHue = Vector3.Zero;
}
}
Vector3.Add(ref position, ref _vertex0_yOffset, out _vertex[0].Position);
Vector3.Add(ref position, ref _vertex1_yOffset, out _vertex[1].Position);
Vector3.Add(ref position, ref _vertex2_yOffset, out _vertex[2].Position);
Vector3.Add(ref position, ref _vertex3_yOffset, out _vertex[3].Position);
_vertex[0].Position.Y += z;
_vertex[1].Position.Y += z;
_vertex[2].Position.Y += z;
_vertex[3].Position.Y += z;
//HueVector.Z = 1f - (AlphaHue / 255f);
if (HueVector != _vertex[0].Hue)
{
_vertex[0].Hue = HueVector;
_vertex[1].Hue = HueVector;
_vertex[2].Hue = HueVector;
_vertex[3].Hue = HueVector;
}
if (!batcher.DrawSprite(Texture, _vertex))
{
return(false);
}
if (objectList.IsMouseInObjectIsometric(_vertex))
{
objectList.Add(this, _vertex[0].Position);
}
return(true);
}
private unsafe bool Draw3DStretched(Batcher2D batcher, Vector3 position, MouseOverList objectList)
{
Texture.Ticks = Engine.Ticks;
int z = GameObject.Position.Z * 4;
if (IsSelected)
{
if (_storedHue == Vector3.Zero)
{
_storedHue = HueVector;
}
HueVector = ShaderHuesTraslator.SelectedHue;
}
else if (_storedHue != Vector3.Zero)
{
HueVector = _storedHue;
_storedHue = Vector3.Zero;
}
fixed(SpriteVertex *ptr = _vertex)
{
ptr[0].Position = position + _vertex0_yOffset;
ptr[1].Position = position + _vertex1_yOffset;
ptr[2].Position = position + _vertex2_yOffset;
ptr[3].Position = position + _vertex3_yOffset;
ptr[0].Position.Y += z;
ptr[1].Position.Y += z;
ptr[2].Position.Y += z;
ptr[3].Position.Y += z;
if (HueVector != ptr[0].Hue)
{
ptr[0].Hue = HueVector;
ptr[1].Hue = HueVector;
ptr[2].Hue = HueVector;
ptr[3].Hue = HueVector;
}
}
if (!batcher.DrawSprite(Texture, _vertex))
{
return(false);
}
if (objectList.IsMouseInObjectIsometric(_vertex))
{
objectList.Add(GameObject, _vertex[0].Position);
}
return(true);
}
private bool Draw3DStretched(SpriteBatch3D spriteBatch, Vector3 position, MouseOverList objectList)
{
Texture.Ticks = CoreGame.Ticks;
_vertex[0].Position = position + _vertex0_yOffset;
_vertex[1].Position = position + _vertex1_yOffset;
_vertex[2].Position = position + _vertex2_yOffset;
_vertex[3].Position = position + _vertex3_yOffset;
int z = GameObject.Position.Z * 4;
for (int i = 0; i < 4; i++)
{
_vertex[i].Position.Y += z;
}
if (IsSelected)
{
if (_storedHue == Vector3.Zero)
{
_storedHue = HueVector;
}
HueVector = RenderExtentions.SelectedHue;
}
else if (_storedHue != Vector3.Zero)
{
HueVector = _storedHue;
_storedHue = Vector3.Zero;
}
if (HueVector != _vertex[0].Hue)
{
_vertex[0].Hue = _vertex[1].Hue = _vertex[2].Hue = _vertex[3].Hue = HueVector;
}
if (!spriteBatch.DrawSprite(Texture, _vertex))
{
return(false);
}
if (objectList.IsMouseInObjectIsometric(_vertex))
{
objectList.Add(GameObject, _vertex[0].Position);
}
return(true);
}
bool Draw3DStretched(SpriteBatch3D spriteBatch, Vector3 drawPosition, MouseOverList mouseOver, Map map)
{
// this is an isometric stretched tile and needs a specialized draw routine.
m_vertexBufferAlternate[0].Position = drawPosition + m_vertex0_yOffset;
m_vertexBufferAlternate[1].Position = drawPosition + m_vertex1_yOffset;
m_vertexBufferAlternate[2].Position = drawPosition + m_vertex2_yOffset;
m_vertexBufferAlternate[3].Position = drawPosition + m_vertex3_yOffset;
if (!spriteBatch.DrawSprite(DrawTexture, m_vertexBufferAlternate, Technique))
{
return(false);
}
if ((mouseOver.PickType & PickType) == PickType)
{
if (mouseOver.IsMouseInObjectIsometric(m_vertexBufferAlternate))
{
mouseOver.AddItem(Entity, m_vertexBufferAlternate[0].Position);
}
}
return(true);
}
private bool Draw3DStretched(SpriteBatch3D spriteBatch, Vector3 drawPosition, MouseOverList mouseOverList, Map map)
{
// this is an isometric stretched tile and needs a specialized draw routine.
m_vertexBufferAlternate[0].Position = drawPosition + m_vertex0_yOffset;
m_vertexBufferAlternate[1].Position = drawPosition + m_vertex1_yOffset;
m_vertexBufferAlternate[2].Position = drawPosition + m_vertex2_yOffset;
m_vertexBufferAlternate[3].Position = drawPosition + m_vertex3_yOffset;
if (!spriteBatch.DrawSprite(DrawTexture, m_vertexBufferAlternate, s_Technique))
return false;
if ((mouseOverList.PickType & PickType) == PickType)
{
if (mouseOverList.IsMouseInObjectIsometric(m_vertexBufferAlternate))
{
MouseOverItem item = new MouseOverItem(DrawTexture, m_vertexBufferAlternate[0].Position, Entity);
item.Vertices = new Vector3[4] { m_vertexBufferAlternate[0].Position, m_vertexBufferAlternate[1].Position, m_vertexBufferAlternate[2].Position, m_vertexBufferAlternate[3].Position };
mouseOverList.Add2DItem(item);
}
}
return true;
}
private bool Draw3DStretched(SpriteBatch3D sb, Vector3 drawPosition, MouseOverList molist, PickTypes pickType, int maxAlt)
{
// this is an isometric stretched tile and needs a specialized draw routine.
_vertexBufferAlternate[0].Position = drawPosition + _vertex0_yOffset;
_vertexBufferAlternate[1].Position = drawPosition + _vertex1_yOffset;
_vertexBufferAlternate[2].Position = drawPosition + _vertex2_yOffset;
_vertexBufferAlternate[3].Position = drawPosition + _vertex3_yOffset;
if (!sb.Draw(_draw_texture, _vertexBufferAlternate))
return false;
if ((pickType & _pickType) == _pickType)
if (molist.IsMouseInObjectIsometric(_vertexBufferAlternate))
{
MouseOverItem item = new MouseOverItem(_draw_texture, _vertexBufferAlternate[0].Position, this);
item.Vertices = new Vector3[4] { _vertexBufferAlternate[0].Position, _vertexBufferAlternate[1].Position, _vertexBufferAlternate[2].Position, _vertexBufferAlternate[3].Position };
molist.Add2DItem(item);
}
return true;
}
bool Draw3DStretched(SpriteBatch3D spriteBatch, Vector3 drawPosition, MouseOverList mouseOver, Map map)
{
// this is an isometric stretched tile and needs a specialized draw routine.
m_vertexBufferAlternate[0].Position = drawPosition + m_vertex0_yOffset;
m_vertexBufferAlternate[1].Position = drawPosition + m_vertex1_yOffset;
m_vertexBufferAlternate[2].Position = drawPosition + m_vertex2_yOffset;
m_vertexBufferAlternate[3].Position = drawPosition + m_vertex3_yOffset;
if (!spriteBatch.DrawSprite(DrawTexture, m_vertexBufferAlternate, Technique))
{
return false;
}
if ((mouseOver.PickType & PickType) == PickType)
{
if (mouseOver.IsMouseInObjectIsometric(m_vertexBufferAlternate))
{
mouseOver.AddItem(Entity, m_vertexBufferAlternate[0].Position);
}
}
return true;
}
