public override void Draw(DevicePanel d, SceneEntity entity, EditorEntity e, int x, int y, int Transparency)
{
int type = (int)entity.attributesMap["type"].ValueVar;
int speed = (int)entity.attributesMap["speed"].ValueVar;
int angle = (int)entity.attributesMap["angle"].ValueInt32;
int amplitudeX = (int)entity.attributesMap["amplitude"].ValuePosition.X.High;
int amplitudeY = (int)entity.attributesMap["amplitude"].ValuePosition.Y.High;
bool fliph = false;
bool flipv = false;
int animID = 0;
var editorAnim = e.LoadAnimation2("CircleBumper", d, animID, -1, fliph, flipv, false);
if (editorAnim != null && editorAnim.Frames.Count != 0 && animID >= 0)
{
var frame = editorAnim.Frames[e.index];
//e.ProcessAnimation(frame.Entry.FrameSpeed, frame.Entry.Frames.Count, frame.Frame.Duration);
if (type == 2)
{
//Something is wrong here, wait untill I figure this out to define them
//e.ProcessMovingPlatform(angle,speed);
e.ProcessMovingPlatform(angle);
}
if ((amplitudeX != 0 || amplitudeY != 0))
{
double xd = x;
double yd = y;
double x2 = x + amplitudeX - amplitudeX / 3.7;
double y2 = y + amplitudeY - amplitudeY / 3.7;
double radius = Math.Pow(x2 - xd, 2) + Math.Pow(y2 - yd, 2);
int radiusInt = (int)Math.Sqrt(radius);
int newX = (int)(radiusInt * Math.Cos(Math.PI * e.angle / 128));
int newY = (int)(radiusInt * Math.Sin(Math.PI * e.angle / 128));
d.DrawBitmap(frame.Texture, (x + newX) + frame.Frame.CenterX, (y - newY) + frame.Frame.CenterY,
frame.Frame.Width, frame.Frame.Height, false, Transparency);
}
else
{
d.DrawBitmap(frame.Texture,
x + frame.Frame.CenterX,
y + frame.Frame.CenterY,
frame.Frame.Width, frame.Frame.Height, false, Transparency);
}
}
}
public override void Draw(DevicePanel d, SceneEntity entity, EditorEntity e, int x, int y, int Transparency)
{
int type = (int)entity.attributesMap["type"].ValueVar;
int moveType = (int)entity.attributesMap["moveType"].ValueVar;
int angle = (int)entity.attributesMap["angle"].ValueInt32;
bool fliph = false;
bool flipv = false;
int amplitudeX = (int)entity.attributesMap["amplitude"].ValuePosition.X.High;
int amplitudeY = (int)entity.attributesMap["amplitude"].ValuePosition.Y.High;
int angleStateX = 0;
int angleStateY = 0;
int animID;
switch (type)
{
case 0:
animID = 0;
break;
case 1:
animID = 1;
break;
case 2:
animID = 2;
break;
default:
animID = 0;
break;
}
var editorAnim = e.LoadAnimation2("Ring", d, animID, -1, fliph, flipv, false);
if (editorAnim != null && editorAnim.Frames.Count != 0 && animID >= 0)
{
var frame = editorAnim.Frames[0];
if (moveType != 2)
{
e.ProcessMovingPlatform(angle);
angle = e.angle;
}
if (type != 2)
{
frame = editorAnim.Frames[e.index];
e.ProcessAnimation(frame.Entry.FrameSpeed, frame.Entry.Frames.Count, frame.Frame.Duration);
}
if ((amplitudeX != 0 || amplitudeY != 0))
{
double xd = x;
double yd = y;
double x2 = x + amplitudeX - amplitudeX / 3.7;
double y2 = y + amplitudeY - amplitudeY / 3.7;
double radius = Math.Pow(x2 - xd, 2) + Math.Pow(y2 - yd, 2);
int radiusInt = (int)Math.Sqrt(radius);
int newX = (int)(radiusInt * Math.Cos(Math.PI * angle / 128));
int newY = (int)(radiusInt * Math.Sin(Math.PI * angle / 128));
d.DrawBitmap(frame.Texture, (x + newX) + frame.Frame.CenterX, (y - newY) + frame.Frame.CenterY,
frame.Frame.Width, frame.Frame.Height, false, Transparency);
}
else
{
d.DrawBitmap(frame.Texture,
x + frame.Frame.CenterX + (angleStateX),
y + frame.Frame.CenterY - (angleStateY),
frame.Frame.Width, frame.Frame.Height, false, Transparency);
}
}
}
public override void Draw(DevicePanel d, SceneEntity entity, EditorEntity e, int x, int y, int Transparency)
{
int frameID = 0;
int targetFrameID = -1;
var attribute = entity.attributesMap["frameID"];
int angle = (int)entity.attributesMap["angle"].ValueInt32;
int angleRotate = (int)entity.attributesMap["angle"].ValueInt32;
int type = (int)entity.attributesMap["type"].ValueVar;
int amplitudeX = (int)entity.attributesMap["amplitude"].ValuePosition.X.High;
int amplitudeY = (int)entity.attributesMap["amplitude"].ValuePosition.Y.High;
int angleStateX = 0;
int angleStateY = 0;
switch (attribute.Type)
{
case AttributeTypes.UINT8:
targetFrameID = attribute.ValueUInt8;
break;
case AttributeTypes.INT8:
targetFrameID = attribute.ValueInt8;
break;
case AttributeTypes.VAR:
targetFrameID = (int)attribute.ValueVar;
break;
}
int aminID = 0;
EditorEntity.EditorAnimation editorAnim = null;
while (true)
{
try
{
editorAnim = e.LoadAnimation("Platform", d, aminID, -1, false, false, false);
if (editorAnim == null)
{
return; // no animation, bail out
}
frameID += editorAnim.Frames.Count;
if (targetFrameID < frameID)
{
int aminStart = (frameID - editorAnim.Frames.Count);
frameID = targetFrameID - aminStart;
break;
}
aminID++;
}
catch (Exception i)
{
throw new ApplicationException($"Pop Loading Platforms! {aminID}", i);
}
}
if (editorAnim.Frames.Count != 0)
{
EditorEntity.EditorAnimation.EditorFrame frame = null;
EditorEntity.EditorAnimation.EditorFrame frame2 = null;
if (editorAnim.Frames[0].Entry.FrameSpeed > 0)
{
frame = editorAnim.Frames[e.index];
frame2 = editorAnim.Frames[0];
}
else
{
frame = editorAnim.Frames[frameID > 0 ? frameID : 0];
frame2 = editorAnim.Frames[0];
}
e.ProcessAnimation(frame.Entry.FrameSpeed, frame.Entry.Frames.Count, frame.Frame.Duration);
if ((amplitudeX != 0 || amplitudeY != 0) && type == 2 && e.Selected)
{
d.DrawBitmap(frame.Texture, x + frame.Frame.CenterX + amplitudeX, y + frame.Frame.CenterY + amplitudeY,
frame.Frame.Width, frame.Frame.Height, false, 125);
d.DrawBitmap(frame.Texture, x + frame.Frame.CenterX - amplitudeX, y + frame.Frame.CenterY - amplitudeY,
frame.Frame.Width, frame.Frame.Height, false, 125);
d.DrawBitmap(frame.Texture, x + frame.Frame.CenterX, y + frame.Frame.CenterY,
frame.Frame.Width, frame.Frame.Height, false, Transparency);
}
/*if ((amplitudeX != 0 || amplitudeY != 0) && type == 2)
* {
* e.ProcessMovingPlatform2(amplitudeX,amplitudeY);
* d.DrawBitmap(frame.Texture, x + frame.Frame.CenterX + e.positionX, y + frame.Frame.CenterY - e.positionY,
* frame.Frame.Width, frame.Frame.Height, false, Transparency);
* }*/
else if ((amplitudeX != 0 || amplitudeY != 0) && type == 3)
{
e.ProcessMovingPlatform(angle);
angle = e.angle;
double xd = x;
double yd = y;
double x2 = x + amplitudeX - amplitudeX / 3.7;
double y2 = y + amplitudeY - amplitudeY / 3.7;
double radius = Math.Pow(x2 - xd, 2) + Math.Pow(y2 - yd, 2);
int radiusInt = (int)Math.Sqrt(radius);
int newX = (int)(radiusInt * Math.Cos(Math.PI * angle / 128));
int newY = (int)(radiusInt * Math.Sin(Math.PI * angle / 128));
d.DrawBitmap(frame.Texture, (x + newX) + frame.Frame.CenterX, (y - newY) + frame.Frame.CenterY,
frame.Frame.Width, frame.Frame.Height, false, Transparency);
}
else
{
d.DrawBitmap(frame.Texture, x + frame.Frame.CenterX + angleStateX, y + frame.Frame.CenterY - angleStateY,
frame.Frame.Width, frame.Frame.Height, false, Transparency);
}
}
}