public void Load(string json)
{
var forArticulatedCharacter = JsonConvert.DeserializeObject <List <ParseObject> >(json);
//ArticulatedFigure = new StickConnection(forArticulatedCharacter.AnchorPoint.X, forArticulatedCharacter.AnchorPoint.Y, forArticulatedCharacter.DegreesAndLengths[0].X, forArticulatedCharacter.DegreesAndLengths[0].Y);
//for (int i = 1; i < forArticulatedCharacter.DegreesAndLengths.Count; i++)
//{
// ArticulatedFigure.AddLastChild(forArticulatedCharacter.DegreesAndLengths[i].X, forArticulatedCharacter.DegreesAndLengths[i].Y);
//}
double meanX = forArticulatedCharacter.Sum(o => o.position[0]) / forArticulatedCharacter.Count;
double meanY = forArticulatedCharacter.Sum(o => o.position[1]) / forArticulatedCharacter.Count;
meanX = 0;
meanY = 0;
double scale = 10;
var forArticulatedCharacterAlined = forArticulatedCharacter.Select(o =>
{
o.position[0] -= meanX;
o.position[1] -= meanY;
o.position[0] *= scale;
o.position[1] *= scale;
o.length *= scale;
o.position[0] += meanX;
o.position[1] += meanY;
return(o);
});
foreach (var parseObject in forArticulatedCharacterAlined)
{
double centerScreenWidth = 1920 / 4;
double centerScreenHeight = 1080 / 4;
switch (parseObject.type)
{
case "Gear":
Components.Add(new Gear(centerScreenWidth + parseObject.position[0], centerScreenHeight + parseObject.position[1], parseObject.length, parseObject.orientation[2]));
break;
case "Stick":
StickConfiguration config = new StickConfiguration()
{
Length = parseObject.length,
Length2 = 5,
Rotation = 360 - parseObject.orientation[2]
};
config.Anchor = new Point(
centerScreenWidth + ((parseObject.position[0])),
centerScreenHeight + ((parseObject.position[1])));
Components.Add(new Stick(config));
break;
default:
break;
}
}
}
public void Load(AssemblySolver.CurveAssemblyAndAlignments ass)
{
double xOffset = 800 / 2;
double yOffset = 450 / 2;
xOffset = Math.Abs(ass.c_a.Assembly.Components.Min(o =>
{
if (o.type.Contains("Gear"))
{
return((o.position[0] - o.length) * 10);
}
else if (o.type.Contains("Stick"))
{
return((o.position[0] + o.length * Math.Cos(o.orientation[2] * Math.PI / 180)) * 10);
}
return(9999);
})) + 5;
yOffset = Math.Abs(ass.c_a.Assembly.Components.Min(o =>
{
if (o.type.Contains("Gear"))
{
return((o.position[1] - o.length) * 10);
}
else if (o.type.Contains("Stick"))
{
return((o.position[1] + o.length * Math.Sin(o.orientation[2] * Math.PI / 180)) * 10);
}
return(9999);
})) + 5;
double toflip = ass.ToFlip ? -1 : 1;
var forArticulatedCharacterAlined = ass.c_a.Assembly.Components.Select(o =>
{
//var x = (o.position[0]);
//var y = (o.position[1])*toflip;
//o.position[0] = (Math.Cos(-ass.RadRotation) * x -
// Math.Sin(-ass.RadRotation) * y) * ass.Scale + centerScreenWidth;
//o.position[1] = (Math.Cos(-ass.RadRotation) * y +
// Math.Sin(-ass.RadRotation) * x) * ass.Scale + centerScreenHeight;
o.position[0] = o.position[0] * 10 + xOffset;
o.position[1] = o.position[1] * 10 + yOffset;
o.length *= 10;
//o.length *= ass.Scale;
//o.orientation[2] = (360 + o.orientation[2] - ass.RadRotation * 180 / Math.PI) % 360;
return(o);
});
//centerScreenWidth = 0;
//centerScreenHeight = 0;
foreach (var parseObject in forArticulatedCharacterAlined)
{
switch (parseObject.type)
{
case "Gear":
Components.Add(new Gear(parseObject.position[0], parseObject.position[1], parseObject.length, parseObject.orientation[2]));
break;
case "Stick":
StickConfiguration config = new StickConfiguration()
{
Length = parseObject.length,
Length2 = 1,
Rotation = parseObject.orientation[2]
};
config.Anchor = new Point(((parseObject.position[0])), ((parseObject.position[1])));
Components.Add(new Stick(config));
break;
default:
break;
}
}
}
