static void Main(string[] args)
{
string sample = args[0];
AnimReader anim = new AnimReader(sample);
anim.SaveRecord();
}
public Animation_Picker(string FileName, string Animation)
{
InitializeComponent();
Text = Animation;
foreach (cAnimation cAnimation in AnimReader.ReadFile(FileName).Animation)
{
LbAnimationList.Items.Add(cAnimation.AnimeName);
}
}
protected int OnExecute(CommandLineApplication app)
{
FramePerSecond = Math.Max(1, FramePerSecond);
if (Timeline == null || Timeline?.Length == 0)
{
Timeline = new string[] { $"Linear,{FrameLoop},0,0,0", $"Linear,{FrameEnd},100,0,0" };
}
var mdlxFile = MdlxMaker.CreateMdlxHaving2Bones(tx: MatrixValue);
var motion = Motion.CreateInterpolatedFromScratch();
var interpolated = motion.Interpolated;
interpolated.ModelBoneAnimation.Add(
new BoneAnimationTable
{
JointIndex = 1,
Channel = (byte)(6 | ((3 & Pre) << 4) | ((3 & Post) << 6)),
TimelineStartIndex = 0,
TimelineCount = Convert.ToByte(Timeline.Length),
}
);
interpolated.BoneCount = 2;
interpolated.FrameCount = FrameCount;
interpolated.FrameEnd = FrameEnd;
interpolated.FrameLoop = FrameLoop;
interpolated.FramePerSecond = FramePerSecond;
interpolated.StaticPose.Add(
new Motion.StaticPoseTable
{
BoneIndex = 1,
Channel = 6,
Value = InitialValue,
}
);
interpolated.Joints.Add(new JointTable {
JointIndex = 0,
});
interpolated.Joints.Add(new JointTable {
JointIndex = 1,
});
interpolated.TotalFrameCount = TotalFrameCount;
interpolated.Footer.Unknown = new int[9];
var converter = new TimelineTableConverter();
interpolated.Timeline.AddRange(
(Timeline ?? new string[0])
.Select(text => converter.ConvertFromInvariantString(text))
.Cast <TimelineTable>()
);
var motionBin = new MemoryStream();
Motion.Write(motionBin, motion);
motionBin.Position = 0;
var anbFile = new MemoryStream();
var anbBarEntries = new Bar.Entry[]
{
new Bar.Entry
{
Type = Bar.EntryType.Motion,
Stream = motionBin,
Name = "A000",
},
};
Bar.Write(
anbFile,
anbBarEntries
);
anbFile.Position = 0;
var msetFile = new MemoryStream();
Bar.Write(
msetFile,
new Bar.Entry[]
{
new Bar.Entry
{
Type = Bar.EntryType.Anb,
Stream = anbFile,
Name = "A000",
},
}
);
msetFile.Position = 0;
if (!string.IsNullOrEmpty(OutputMset))
{
File.WriteAllBytes(OutputMset, msetFile.ToArray());
}
motionBin.Position = 0;
var animReader = new AnimReader(motionBin);
mdlxFile.Position = 0;
var outFiles = new Dictionary <string, object>();
{
var dat = new StringWriter();
var gnuplot = new StringWriter();
gnuplot.WriteLine($"set terminal png");
gnuplot.WriteLine($"set title '{Prefix}'");
gnuplot.WriteLine($"set output '{Prefix}.png'");
gnuplot.WriteLine($"plot '{Prefix}.dat' index 0 title 'out' with lines, \\");
gnuplot.WriteLine($" '' index 1 title 'in' with points");
outFiles[$"{Prefix}.dat"] = dat;
outFiles[$"{Prefix}.txt"] = gnuplot;
var provider = (IAnimMatricesProvider) new EmuBasedAnimMatricesProvider(animReader, mdlxFile, motionBin);
dat.WriteLine("# X Y");
foreach (var x in Enumerable.Range(0, (int)((FrameEnd - FrameLoop + 1) * FramePerSecond)))
{
var matrices = provider.ProvideMatrices((x == 0) ? 0 : 1);
var xVal = FrameLoop + (x / FramePerSecond);
var yVal = matrices[1].M41;
dat.WriteLine($"{xVal} {yVal}");
}
dat.WriteLine();
dat.WriteLine();
dat.WriteLine("# X Y");
interpolated.Timeline
.ForEach(
indir =>
{
dat.WriteLine($"{indir.KeyFrame} {indir.Value}");
}
);
}
if (!string.IsNullOrEmpty(Prefix))
{
outFiles.ForEach(
pair => File.WriteAllText(
pair.Key,
"" + pair.Value,
new UTF8Encoding(encoderShouldEmitUTF8Identifier: false)
)
);
Console.WriteLine($"Run: gnuplot {Prefix}.txt");
}
return(0);
}
