public Vec2 this[int index]
{
get
{
Vec2 vec = new Vec2();
FCE_Spline_GetPoint(this.m_splinePtr, index, out vec.X, out vec.Y);
return vec;
}
set
{
FCE_Spline_SetPoint(this.m_splinePtr, index, value.X, value.Y);
}
}
public static void DrawScreenRectangleOutlined(RectangleF rect, float z, float penWidth, Color color)
{
SizeF size = rect.Size;
Vec2 vec = new Vec2(rect.X + (size.Width / 2f), rect.Y + (size.Height / 2f));
FCE_Draw_ScreenRectangleOutlined(vec.X, vec.Y, z, size.Width, size.Height, penWidth, ((float)color.R) / 255f, ((float)color.G) / 255f, ((float)color.B) / 255f, ((float)color.A) / 255f);
}
public static void DrawScreenCircleOutlined(Vec2 center, float z, float radius, float penWidth, Color color)
{
FCE_Draw_ScreenCircleOutlined(center.X, center.Y, z, radius, penWidth, ((float)color.R) / 255f, ((float)color.G) / 255f, ((float)color.B) / 255f, ((float)color.A) / 255f);
}
public void AddPoint(Vec2 point)
{
FCE_Spline_AddPoint(this.m_splinePtr, point.X, point.Y);
}
public void InsertPoint(Vec2 point, int index)
{
FCE_Spline_InsertPoint(this.m_splinePtr, point.X, point.Y, index);
}
public static float Dot(Vec2 v1, Vec2 v2)
{
return ((v1.X * v2.X) + (v1.Y * v2.Y));
}
public bool HitTestSegments(Vec2 center, float radius, out int hitIndex, out Vec2 hitPos)
{
return FCE_Spline_HitTestSegments(this.m_splinePtr, center.X, center.Y, radius, out hitIndex, out hitPos.X, out hitPos.Y);
}
public static bool RayCastTerrainFromScreenPoint(Vec2 screenPoint, out Vec3 hitPos)
{
Vec3 vec;
Vec3 vec2;
float num;
GetWorldRayFromScreenPoint(screenPoint, out vec, out vec2);
return RayCastTerrain(vec, vec2, out hitPos, out num);
}
private void Viewport_MouseMove(object sender, MouseEventArgs e)
{
if (!this.CaptureMouse)
{
this.m_normalizedMousePos = new Vec2(((float)e.X) / ((float)base.ClientSize.Width), ((float)e.Y) / ((float)base.ClientSize.Height));
Editor.OnMouseEvent(Editor.MouseEvent.MouseMove, e);
}
else if (true)
{
Point point = base.PointToScreen(new Point(base.Width / 2, base.Height / 2));
int x = Cursor.Position.X - point.X;
int y = Cursor.Position.Y - point.Y;
if ((x != 0) || (y != 0))
{
switch (this.CameraMode)
{
case CameraModes.Lookaround:
Camera.Rotate((EditorSettings.InvertMouseView ? ((float)y) : ((float)-y)) * 0.005f, 0f, -x * 0.005f);
break;
case CameraModes.Panning:
Camera.Position += (Vec3)(((Camera.RightVector * x) * 0.125f) + ((Camera.UpVector * (EditorSettings.InvertMousePan ? ((float)y) : ((float)-y))) * 0.125f));
break;
default:
Editor.OnMouseEvent(Editor.MouseEvent.MouseMoveDelta, new MouseEventArgs(e.Button, e.Clicks, x, y, e.Delta));
break;
}
Cursor.Position = point;
}
}
}
public static void GetWorldRayFromScreenPoint(Vec2 screenPoint, out Vec3 raySrc, out Vec3 rayDir)
{
FCE_Editor_GetWorldRayFromScreenPoint(screenPoint.X, screenPoint.Y, out raySrc.X, out raySrc.Y, out raySrc.Z, out rayDir.X, out rayDir.Y, out rayDir.Z);
}
public static bool RayCastPhysicsFromScreenPoint(Vec2 screenPoint, out Vec3 hitPos)
{
Vec3 vec;
Vec3 vec2;
float num;
GetWorldRayFromScreenPoint(screenPoint, out vec, out vec2);
return RayCastPhysics(vec, vec2, EditorObject.Null, out hitPos, out num);
}
public static bool GetScreenPointFromWorldPos(Vec3 worldPos, out Vec2 screenPoint, bool clipped)
{
bool flag = FCE_Editor_GetScreenPointFromWorldPos(worldPos.X, worldPos.Y, worldPos.Z, out screenPoint.X, out screenPoint.Y);
if (flag && clipped)
{
screenPoint.X = Math.Min(Math.Max(0f, screenPoint.X), 1f);
screenPoint.Y = Math.Min(Math.Max(0f, screenPoint.Y), 1f);
}
return flag;
}
public static bool GetScreenPointFromWorldPos(Vec3 worldPos, out Vec2 screenPoint)
{
return GetScreenPointFromWorldPos(worldPos, out screenPoint, false);
}
// Methods
public static void ApplyScreenDeltaToWorldPos(Vec2 screenDelta, ref Vec3 worldPos)
{
Vec3 frontVector = Camera.FrontVector;
if ((Math.Abs(frontVector.X) < 0.001) && (Math.Abs(frontVector.Y) < 0.001))
{
frontVector = Camera.UpVector;
}
Vec2 vec2 = -(frontVector.XY);
vec2.Normalize();
Vec2 vec3 = new Vec2(-vec2.Y, vec2.X);
float num = (float) ((Vec3.Dot(worldPos - Camera.Position, Camera.FrontVector) * Math.Tan((double) Camera.HalfFOV)) * 2.0);
worldPos.X += ((num * screenDelta.X) * vec3.X) + ((num * screenDelta.Y) * vec2.X);
worldPos.Y += ((num * screenDelta.X) * vec3.Y) + ((num * screenDelta.Y) * vec2.Y);
}
public static void DrawTerrainSquare(Vec2 center, float radius, float penWidth, Color color, float zOrder)
{
FCE_Draw_Terrain_Square(center.X, center.Y, radius, penWidth, ((float)color.R) / 255f, ((float)color.G) / 255f, ((float)color.B) / 255f, ((float)color.A) / 255f, zOrder);
}
public bool HitTestPoints(Vec2 point, float penWidth, float hitWidth, out int hitIndex, out Vec2 hitPos)
{
return FCE_Spline_HitTestPoints(this.m_splinePtr, point.X, point.Y, penWidth, hitWidth, out hitIndex, out hitPos.X, out hitPos.Y);
}
public void MoveSelection(Vec2 delta)
{
FCE_SplineController_MoveSelection(this.m_controllerPtr, delta.X, delta.Y);
}
static Vec2()
{
Zero = new Vec2(0f, 0f);
}