public override void CreateFramesFromXML(string dir)
{
base.CreateFramesFromXML(dir);
dir = "Content/" + dir + ".xml";
m_Animations = new Dictionary<string, AnimaionSet>();
//m_Animations = LoadAnim(dir);
Dictionary<string, AnimaionSet> dic = LoadAnim(dir);
foreach (KeyValuePair<string, AnimaionSet> set in dic)
{
AnimaionSet newset = new AnimaionSet();
AnimaionSet curset = set.Value;
for (int i = 0; i < curset.animFrames.Count; i++)
{
newset.animFrames.Add(curset.animFrames[i]);
}
newset.curFrame = curset.curFrame;
newset.Speed = curset.Speed;
m_Animations.Add(set.Key, newset);
}
return;
XDocument doc = XDocument.Load(dir);
foreach (XElement animPart in doc.Descendants())
{
if (animPart.Name == "Animations")
{
foreach (XElement animSet in animPart.Descendants())
{
if (animSet.Name == "AnimSet")
{
AnimaionSet set = new AnimaionSet();
string name = "";
foreach (XElement animBit in animSet.Descendants())
{
if (animBit.Name == "Name")
{
name = animBit.Value;
}
if (animBit.Name == "Speed")
{
set.Speed = float.Parse(animBit.Value);
}
if (animBit.Name == "AnimFrames")
{
string first = "";
string last = "";
bool regularFrame = false;
bool frameLoop = false;
foreach (XElement frame in animBit.Descendants())
{
if (frame.Name == "Frame")
{
foreach (XElement frameElem in frame.Descendants())
{
if (frameElem.Name == "Key")
{
regularFrame = true;
set.animFrames.Add(frameElem.Value);
}
}
}
else if (frame.Name == "FrameStart")
{
first = frame.Value;
}
else if (frame.Name == "FrameEnd")
{
last = frame.Value;
}
else if (frame.Name == "Loop")
{
frameLoop = true;
}
}
if (first != "" && last == "" || first == "" && last != "" || ((first != "" || last != "") && regularFrame))
{
throw new InvalidOperationException("error: start frame defined and last frame not, or a key frame was deifned along side a start and end frame, for shame!");
}
if (first != "" && last != "")
{
string start = first;
string end = last;
// match constant part and ending digits
var matchstart = Regex.Match(start, @"^(.*?)(\d+)$");
int numberstart = int.Parse(matchstart.Groups[2].Value);
var matchend = Regex.Match(end, @"^(.*?)(\d+)$");
int numberend = int.Parse(matchend.Groups[2].Value);
// constant parts must be the same
if (matchstart.Groups[1].Value != matchend.Groups[1].Value)
throw new ArgumentException("");
// create a format string with same number of digits as original
string format = new string('0', matchstart.Groups[2].Length);
for (int ii = numberstart; ii <= numberend; ++ii)
set.animFrames.Add(matchstart.Groups[1].Value + ii.ToString(format));// Console.WriteLine(matchstart.Groups[1].Value + ii.ToString(format));
}
if (frameLoop)
{
for (int i = set.animFrames.Count - 2; i > 0; i--)
{
set.animFrames.Add(set.animFrames[i]);
}
}
}
}
m_Animations.Add(name, set);
}
}
}
}
}
public override void CreateFramesFromXML(string dir)
{
base.CreateFramesFromXML(dir);
dir = "Content/" + dir + ".xml";
XDocument doc = XDocument.Load(dir);
foreach (XElement animPart in doc.Descendants())
{
if (animPart.Name == "Animations")
{
foreach (XElement animSet in animPart.Descendants())
{
if (animSet.Name == "AnimSet")
{
AnimaionSet set = new AnimaionSet();
string name = "";
foreach (XElement animBit in animSet.Descendants())
{
if (animBit.Name == "Name")
{
name = animBit.Value;
}
if (animBit.Name == "Speed")
{
set.Speed = float.Parse(animBit.Value);
}
if (animBit.Name == "AnimFrames")
{
string first = "";
string last = "";
bool regularFrame = false;
bool frameLoop = false;
foreach (XElement frame in animBit.Descendants())
{
if (frame.Name == "Frame")
{
foreach (XElement frameElem in frame.Descendants())
{
if (frameElem.Name == "Key")
{
regularFrame = true;
set.animFrames.Add(frameElem.Value);
}
}
}
else if (frame.Name == "FrameStart")
{
first = frame.Value;
}
else if (frame.Name == "FrameEnd")
{
last = frame.Value;
}
else if (frame.Name == "Loop")
{
frameLoop = true;
}
}
if (first != "" && last == "" || first == "" && last != "" || ((first != "" || last != "") && regularFrame))
{
throw new InvalidOperationException("error: start frame defined and last frame not, or a key frame was deifned along side a start and end frame, for shame!");
}
if (first != "" && last != "")
{
string start = first;
string end = last;
// match constant part and ending digits
var matchstart = Regex.Match(start, @"^(.*?)(\d+)$");
int numberstart = int.Parse(matchstart.Groups[2].Value);
var matchend = Regex.Match(end, @"^(.*?)(\d+)$");
int numberend = int.Parse(matchend.Groups[2].Value);
// constant parts must be the same
if (matchstart.Groups[1].Value != matchend.Groups[1].Value)
{
throw new ArgumentException("");
}
// create a format string with same number of digits as original
string format = new string('0', matchstart.Groups[2].Length);
for (int ii = numberstart; ii <= numberend; ++ii)
{
set.animFrames.Add(matchstart.Groups[1].Value + ii.ToString(format));// Console.WriteLine(matchstart.Groups[1].Value + ii.ToString(format));
}
}
if (frameLoop)
{
for (int i = set.animFrames.Count - 2; i > 0; i--)
{
set.animFrames.Add(set.animFrames[i]);
}
}
}
}
m_Animations.Add(name, set);
}
}
}
}
}
static Dictionary<string, AnimaionSet> LoadAnim(string dir)
{
if (loadedAnims.ContainsKey(dir))
{
return loadedAnims[dir];
}
XDocument doc = DocumentLoad(dir);
Dictionary<string, AnimaionSet> thisset = new Dictionary<string, AnimaionSet>();
foreach (XElement animPart in doc.Descendants())
{
if (animPart.Name == "Animations")
{
foreach (XElement animSet in animPart.Descendants())
{
if (animSet.Name == "AnimSet")
{
AnimaionSet set = new AnimaionSet();
string name = "";
foreach (XElement animBit in animSet.Descendants())
{
if (animBit.Name == "Name")
{
name = animBit.Value;
}
if (animBit.Name == "Speed")
{
set.Speed = float.Parse(animBit.Value);
}
if (animBit.Name == "AnimFrames")
{
string first = "";
string last = "";
bool regularFrame = false;
bool frameLoop = false;
foreach (XElement frame in animBit.Descendants())
{
if (frame.Name == "Frame")
{
foreach (XElement frameElem in frame.Descendants())
{
if (frameElem.Name == "Key")
{
regularFrame = true;
set.animFrames.Add(frameElem.Value);
}
}
}
else if (frame.Name == "FrameStart")
{
first = frame.Value;
}
else if (frame.Name == "FrameEnd")
{
last = frame.Value;
}
else if (frame.Name == "Loop")
{
frameLoop = true;
}
}
if (first != "" && last == "" || first == "" && last != "" || ((first != "" || last != "") && regularFrame))
{
throw new InvalidOperationException("error: start frame defined and last frame not, or a key frame was deifned along side a start and end frame, for shame!");
}
if (first != "" && last != "")
{
string start = first;
string end = last;
// match constant part and ending digits
var matchstart = Regex.Match(start, @"^(.*?)(\d+)$");
int numberstart = int.Parse(matchstart.Groups[2].Value);
var matchend = Regex.Match(end, @"^(.*?)(\d+)$");
int numberend = int.Parse(matchend.Groups[2].Value);
// constant parts must be the same
if (matchstart.Groups[1].Value != matchend.Groups[1].Value)
throw new ArgumentException("");
// create a format string with same number of digits as original
string format = new string('0', matchstart.Groups[2].Length);
for (int ii = numberstart; ii <= numberend; ++ii)
set.animFrames.Add(matchstart.Groups[1].Value + ii.ToString(format));// Console.WriteLine(matchstart.Groups[1].Value + ii.ToString(format));
}
if (frameLoop)
{
for (int i = set.animFrames.Count - 2; i > 0; i--)
{
set.animFrames.Add(set.animFrames[i]);
}
}
}
}
thisset.Add(name, set);
}
}
}
}
loadedAnims.Add(dir, thisset);
return thisset;
}
