/// <summary>
/// Loads the animations from a file.
/// </summary>
/// <param name="filename">Name of animfile</param>
/// <param name="contentSubfolder">Folder where content is stored</param>
private void LoadAnimation(string filename, string contentSubfolder)
{
filename = String.Format("Content/{0}/{1}", contentSubfolder, filename);
if (!File.Exists(filename))
{
throw new Exception(String.Format("Animation file {0} does not exist.", filename));
}
XDocument doc = XDocument.Load(filename);
foreach (var frame in doc.Descendants("Frame"))
{
SpriteFrame sf = new SpriteFrame();
string[] sp = frame.Attribute("TLPos").Value.Split(',');
sf.StartPos = new Vector2(float.Parse(sp[0]), float.Parse(sp[1]));
///image
string file = frame.Attribute("SpriteSheet").Value;
sf.Image = This.Game.Content.Load<Texture2D>(String.Format("{0}/{1}", contentSubfolder, file));
/** sets frame delay */
sf.Pause = int.Parse(frame.Attribute("FrameDelay").Value);
//Image's width and height
sf.Width = int.Parse(frame.Attribute("Width").Value);
sf.Height = int.Parse(frame.Attribute("Height").Value);
var point = frame.Attribute("AnimationPeg").Value.Split(new char[] { ',' }, StringSplitOptions.RemoveEmptyEntries);
float pegX = float.Parse(point.First());
float pegY = float.Parse(point.Last());
/** Set the animation Peg*/
sf.AnimationPeg = new Vector2(pegX + (float)sf.Width / 2, pegY + (float)sf.Height / 2);
Frames.Add(sf);
}
//add collision data
int idCount = 0;
foreach (var collision in doc.Descendants("Collision"))
{
if (collision.Attribute("Type").Value == "Circle")
{
string[] pt = collision.Attribute("Pos").Value.Split(',');
var col = new Collision_BoundingCircle(
idCount++,
new Vector2(float.Parse(pt[0]), float.Parse(pt[1])),
float.Parse(collision.Attribute("Radius").Value));
CollisionData.Add(col);
objects.Add(new Background_Collision(col));
}
else if (collision.Attribute("Type").Value == "Rectangle")
{
string[] tl = collision.Attribute("TLPos").Value.Split(',');
float tlx = float.Parse(tl[0]);
float tly = float.Parse(tl[1]);
string[] br = collision.Attribute("BRPos").Value.Split(',');
float brx = float.Parse(br[0]);
float bry = float.Parse(br[1]);
var col = new Collision_AABB(
idCount++,
new Vector2(tlx, tly),
new Vector2(brx, bry)
);
CollisionData.Add(col);
objects.Add(new Background_Collision(col));
}
else if (collision.Attribute("Type").Value == "OBB")
{
string[] c1 = collision.Attribute("Corner1").Value.Split(',');
float c1x = float.Parse(c1[0]);
float c1y = float.Parse(c1[1]);
string[] c2 = collision.Attribute("Corner2").Value.Split(',');
float c2x = float.Parse(c2[0]);
float c2y = float.Parse(c2[1]);
float thickness = float.Parse(collision.Attribute("Thickness").Value.ToString());
var col = new Collision_OBB(
idCount++,
new Vector2(c1x, c1y),
new Vector2(c2x, c2y),
thickness
);
CollisionData.Add(col);
objects.Add(new Background_Collision(col));
}
}
}
/// <summary>
/// Creates an "animation" with no image.
/// Needs to load no content.
/// </summary>
/// <param name="name">Name of the animation</param>
/// <param name="width">Width of the "animation"</param>
/// <param name="height">Height of the "animation"</param>
internal DummyAnimation(string name, int width, int height)
{
Name = name;
Built = true;
SpriteFrame frame = new SpriteFrame();
frame.Width = width;
frame.Height = height;
Frames.Add(frame);
}
/// <summary>
/// Loads the animations from a file.
/// </summary>
/// <param name="filename">Name of animfile</param>
/// <param name="contentSubfolder">Folder where content is stored</param>
private void LoadAnimation(string filename, string contentSubfolder)
{
filename = String.Format("Content/{0}/{1}", contentSubfolder, filename);
if (!File.Exists(filename))
{
throw new Exception(String.Format("Animation file {0} does not exist.", filename));
}
XDocument doc = XDocument.Load(filename);
foreach (var frame in doc.Descendants("Frame"))
{
SpriteFrame sf = new SpriteFrame();
string[] sp = frame.Attribute("TLPos").Value.Split(',');
sf.StartPos = new Vector2(float.Parse(sp[0]), float.Parse(sp[1]));
///image
string file = frame.Attribute("SpriteSheet").Value;
sf.Image = This.Game.Content.Load <Texture2D>(String.Format("{0}/{1}", contentSubfolder, file));
/** sets frame delay */
sf.Pause = int.Parse(frame.Attribute("FrameDelay").Value);
//Image's width and height
sf.Width = int.Parse(frame.Attribute("Width").Value);
sf.Height = int.Parse(frame.Attribute("Height").Value);
var point = frame.Attribute("AnimationPeg").Value.Split(new char[] { ',' }, StringSplitOptions.RemoveEmptyEntries);
float pegX = float.Parse(point.First());
float pegY = float.Parse(point.Last());
/** Set the animation Peg*/
sf.AnimationPeg = new Vector2(pegX + (float)sf.Width / 2, pegY + (float)sf.Height / 2);
Frames.Add(sf);
}
//add collision data
int idCount = 0;
foreach (var collision in doc.Descendants("Collision"))
{
if (collision.Attribute("Type").Value == "Circle")
{
string[] pt = collision.Attribute("Pos").Value.Split(',');
var col = new Collision_BoundingCircle(
idCount++,
new Vector2(float.Parse(pt[0]), float.Parse(pt[1])),
float.Parse(collision.Attribute("Radius").Value));
CollisionData.Add(col);
objects.Add(new Background_Collision(col));
}
else if (collision.Attribute("Type").Value == "Rectangle")
{
string[] tl = collision.Attribute("TLPos").Value.Split(',');
float tlx = float.Parse(tl[0]);
float tly = float.Parse(tl[1]);
string[] br = collision.Attribute("BRPos").Value.Split(',');
float brx = float.Parse(br[0]);
float bry = float.Parse(br[1]);
var col = new Collision_AABB(
idCount++,
new Vector2(tlx, tly),
new Vector2(brx, bry)
);
CollisionData.Add(col);
objects.Add(new Background_Collision(col));
}
else if (collision.Attribute("Type").Value == "OBB")
{
string[] c1 = collision.Attribute("Corner1").Value.Split(',');
float c1x = float.Parse(c1[0]);
float c1y = float.Parse(c1[1]);
string[] c2 = collision.Attribute("Corner2").Value.Split(',');
float c2x = float.Parse(c2[0]);
float c2y = float.Parse(c2[1]);
float thickness = float.Parse(collision.Attribute("Thickness").Value.ToString());
var col = new Collision_OBB(
idCount++,
new Vector2(c1x, c1y),
new Vector2(c2x, c2y),
thickness
);
CollisionData.Add(col);
objects.Add(new Background_Collision(col));
}
}
}
/// <summary>
/// Loads the animations from a file.
/// </summary>
/// <param name="filename">Name of animfile</param>
/// <param name="contentSubfolder">Folder where content is stored</param>
private void LoadAnimation(string filename, string contentSubfolder)
{
filename = String.Format("Content/{0}/{1}", contentSubfolder, filename);
if (!File.Exists(filename))
{
throw new Exception(String.Format("Animation file {0} does not exist.", filename));
}
XDocument doc = XDocument.Load(filename);
foreach (var frame in doc.Descendants("Frame"))
{
SpriteFrame sf = new SpriteFrame();
string[] sp = frame.Attribute("TLPos").Value.Split(',');
sf.StartPos = new Vector2(float.Parse(sp[0]), float.Parse(sp[1]));
///image
string file = frame.Attribute("SpriteSheet").Value;
sf.Image = This.Game.Content.Load<Texture2D>(String.Format("{0}/{1}", contentSubfolder, file));
/** sets frame delay */
sf.Pause = int.Parse(frame.Attribute("FrameDelay").Value);
//Image's width and height
sf.Width = int.Parse(frame.Attribute("Width").Value);
sf.Height = int.Parse(frame.Attribute("Height").Value);
/** Set the animation Peg*/
sf.AnimationPeg = Index2D.Parse(frame.Attribute("AnimationPeg").Value).Vector;
//add the mirror offset if there is one
if (frame.Attribute("MirrorOffset") != null)
{
sf.MirrorOffset = Index2D.Parse(frame.Attribute("MirrorOffset").Value).Vector;
}
foreach (var hotspot in frame.Descendants("HotSpot"))
{
sf.HotSpots.Add(Index2D.Parse(hotspot.Value).Vector);
}
int idCount = 0;
foreach (var collision in frame.Descendants("Collision"))
{
if (collision.Attribute("Type").Value == "Circle")
{
string[] pt = collision.Attribute("Pos").Value.Split(',');
sf.CollisionData.Add(new Collision_BoundingCircle(
idCount++,
new Vector2(float.Parse(pt[0]), float.Parse(pt[1])),
float.Parse(collision.Attribute("Radius").Value)));
}
else if (collision.Attribute("Type").Value == "Rectangle")
{
string[] tl = collision.Attribute("TLPos").Value.Split(',');
float tlx = float.Parse(tl[0]);
float tly = float.Parse(tl[1]);
string[] br = collision.Attribute("BRPos").Value.Split(',');
float brx = float.Parse(br[0]);
float bry = float.Parse(br[1]);
sf.CollisionData.Add(new Collision_AABB(
idCount++,
new Vector2(tlx, tly),
new Vector2(brx, bry)
));
}
else if (collision.Attribute("Type").Value == "OBB")
{
string[] c1 = collision.Attribute("Corner1").Value.Split(',');
float c1x = float.Parse(c1[0]);
float c1y = float.Parse(c1[1]);
string[] c2 = collision.Attribute("Corner2").Value.Split(',');
float c2x = float.Parse(c2[0]);
float c2y = float.Parse(c2[1]);
float thickness = float.Parse(collision.Attribute("Thickness").Value.ToString());
sf.CollisionData.Add(new Collision_OBB(
idCount++,
new Vector2(c1x, c1y),
new Vector2(c2x, c2y),
thickness
));
}
}
Frames.Add(sf);
}
}
/// <summary>
/// Loads the animations from a file.
/// </summary>
/// <param name="filename">Name of animfile</param>
/// <param name="contentSubfolder">Folder where content is stored</param>
private void LoadAnimation(string filename, string contentSubfolder)
{
filename = String.Format("Content/{0}/{1}", contentSubfolder, filename);
if (!File.Exists(filename))
{
throw new Exception(String.Format("Animation file {0} does not exist.", filename));
}
XDocument doc = XDocument.Load(filename);
foreach (var frame in doc.Descendants("Frame"))
{
SpriteFrame sf = new SpriteFrame();
string[] sp = frame.Attribute("TLPos").Value.Split(',');
sf.StartPos = new Vector2(float.Parse(sp[0]), float.Parse(sp[1]));
///image
string file = frame.Attribute("SpriteSheet").Value;
sf.Image = This.Game.Content.Load <Texture2D>(String.Format("{0}/{1}", contentSubfolder, file));
/** sets frame delay */
sf.Pause = int.Parse(frame.Attribute("FrameDelay").Value);
//Image's width and height
sf.Width = int.Parse(frame.Attribute("Width").Value);
sf.Height = int.Parse(frame.Attribute("Height").Value);
/** Set the animation Peg*/
sf.AnimationPeg = Index2D.Parse(frame.Attribute("AnimationPeg").Value).Vector;
//add the mirror offset if there is one
if (frame.Attribute("MirrorOffset") != null)
{
sf.MirrorOffset = Index2D.Parse(frame.Attribute("MirrorOffset").Value).Vector;
}
foreach (var hotspot in frame.Descendants("HotSpot"))
{
sf.HotSpots.Add(Index2D.Parse(hotspot.Value).Vector);
}
int idCount = 0;
foreach (var collision in frame.Descendants("Collision"))
{
if (collision.Attribute("Type").Value == "Circle")
{
string[] pt = collision.Attribute("Pos").Value.Split(',');
sf.CollisionData.Add(new Collision_BoundingCircle(
idCount++,
new Vector2(float.Parse(pt[0]), float.Parse(pt[1])),
float.Parse(collision.Attribute("Radius").Value)));
}
else if (collision.Attribute("Type").Value == "Rectangle")
{
string[] tl = collision.Attribute("TLPos").Value.Split(',');
float tlx = float.Parse(tl[0]);
float tly = float.Parse(tl[1]);
string[] br = collision.Attribute("BRPos").Value.Split(',');
float brx = float.Parse(br[0]);
float bry = float.Parse(br[1]);
sf.CollisionData.Add(new Collision_AABB(
idCount++,
new Vector2(tlx, tly),
new Vector2(brx, bry)
));
}
else if (collision.Attribute("Type").Value == "OBB")
{
string[] c1 = collision.Attribute("Corner1").Value.Split(',');
float c1x = float.Parse(c1[0]);
float c1y = float.Parse(c1[1]);
string[] c2 = collision.Attribute("Corner2").Value.Split(',');
float c2x = float.Parse(c2[0]);
float c2y = float.Parse(c2[1]);
float thickness = float.Parse(collision.Attribute("Thickness").Value.ToString());
sf.CollisionData.Add(new Collision_OBB(
idCount++,
new Vector2(c1x, c1y),
new Vector2(c2x, c2y),
thickness
));
}
}
Frames.Add(sf);
}
}
