public Model Convert()
{
var mb = new ModelLoader.ModelBase();
foreach (TCNModel x in Models)
{
foreach (TCNFolder y in x.Geometry)
{
foreach (TCNShape z in y.Shapes)
{
mb.textureWidth = (int)x.TextureSize.X;
mb.textureHeight = (int)x.TextureSize.Y;
if (z.RenderData == null)
continue;
if (z.RenderData is TCNRenderBox)
{
var box = (TCNRenderBox)z.RenderData;
var renderer = new ModelLoader.ModelRenderer(mb, (int)box.TextureOffset.X, (int)box.TextureOffset.Y, box.Part);
renderer.mirror = box.IsMirrored;
renderer.addBox(z.name, box.Offset.X, box.Offset.Y, box.Offset.Z, (int)box.Size.X, (int)box.Size.Y,
(int)box.Size.Z, box.Scale);
renderer.setRotationPoint(box.Position.X, box.Position.Y, box.Position.Z);
renderer.rotateAngleX = MathHelper.DegreesToRadians(box.Rotation.X);
renderer.rotateAngleY = MathHelper.DegreesToRadians(box.Rotation.Y);
renderer.rotateAngleZ = MathHelper.DegreesToRadians(box.Rotation.Z);
renderer.isSolid = box.IsSolid;
}
else if (z.RenderData is TCNRenderPlane)
{
var box = (TCNRenderPlane)z.RenderData;
var renderer = new ModelLoader.PlaneRenderer(mb, z.name, (int)box.TextureOffset.X, (int)box.TextureOffset.Y,
box.Part);
renderer.mirror = box.IsMirrored;
renderer.setRotationPoint(box.Position.X, box.Position.Y, box.Position.Z);
renderer.rotateAngleX = MathHelper.DegreesToRadians(box.Rotation.X);
renderer.rotateAngleY = MathHelper.DegreesToRadians(box.Rotation.Y);
renderer.rotateAngleZ = MathHelper.DegreesToRadians(box.Rotation.Z);
switch (box.Side)
{
case 0:
renderer.addBackPlane(box.Offset.X, box.Offset.Y, box.Offset.Z, (int)box.Size.X, (int)box.Size.Y,
(int)box.Size.Z, box.Scale);
break;
case 1:
renderer.addSidePlane(box.Offset.X, box.Offset.Y, box.Offset.Z, (int)box.Size.X, (int)box.Size.Y,
(int)box.Size.Z, box.Scale);
break;
case 2:
renderer.addTopPlane(box.Offset.X, box.Offset.Y, box.Offset.Z, (int)box.Size.X, (int)box.Size.Y,
(int)box.Size.Z, box.Scale);
break;
}
}
}
}
}
return mb.Compile(Name, 1, (int)Models[0].TextureSize.X, (int)Models[0].TextureSize.Y);
}
public Model Convert()
{
var mb = new ModelLoader.ModelBase();
foreach (TCNModel x in Models)
{
foreach (TCNFolder y in x.Geometry)
{
foreach (TCNShape z in y.Shapes)
{
mb.textureWidth = (int)x.TextureSize.X;
mb.textureHeight = (int)x.TextureSize.Y;
if (z.RenderData == null)
{
continue;
}
if (z.RenderData is TCNRenderBox)
{
var box = (TCNRenderBox)z.RenderData;
var renderer = new ModelLoader.ModelRenderer(mb, (int)box.TextureOffset.X, (int)box.TextureOffset.Y, box.Part);
renderer.mirror = box.IsMirrored;
renderer.addBox(z.name, box.Offset.X, box.Offset.Y, box.Offset.Z, (int)box.Size.X, (int)box.Size.Y,
(int)box.Size.Z, box.Scale);
renderer.setRotationPoint(box.Position.X, box.Position.Y, box.Position.Z);
renderer.rotateAngleX = MathHelper.DegreesToRadians(box.Rotation.X);
renderer.rotateAngleY = MathHelper.DegreesToRadians(box.Rotation.Y);
renderer.rotateAngleZ = MathHelper.DegreesToRadians(box.Rotation.Z);
renderer.isSolid = box.IsSolid;
}
else if (z.RenderData is TCNRenderPlane)
{
var box = (TCNRenderPlane)z.RenderData;
var renderer = new ModelLoader.PlaneRenderer(mb, z.name, (int)box.TextureOffset.X, (int)box.TextureOffset.Y,
box.Part);
renderer.mirror = box.IsMirrored;
renderer.setRotationPoint(box.Position.X, box.Position.Y, box.Position.Z);
renderer.rotateAngleX = MathHelper.DegreesToRadians(box.Rotation.X);
renderer.rotateAngleY = MathHelper.DegreesToRadians(box.Rotation.Y);
renderer.rotateAngleZ = MathHelper.DegreesToRadians(box.Rotation.Z);
switch (box.Side)
{
case 0:
renderer.addBackPlane(box.Offset.X, box.Offset.Y, box.Offset.Z, (int)box.Size.X, (int)box.Size.Y,
(int)box.Size.Z, box.Scale);
break;
case 1:
renderer.addSidePlane(box.Offset.X, box.Offset.Y, box.Offset.Z, (int)box.Size.X, (int)box.Size.Y,
(int)box.Size.Z, box.Scale);
break;
case 2:
renderer.addTopPlane(box.Offset.X, box.Offset.Y, box.Offset.Z, (int)box.Size.X, (int)box.Size.Y,
(int)box.Size.Z, box.Scale);
break;
}
}
}
}
}
return(mb.Compile(Name, 1, (int)Models[0].TextureSize.X, (int)Models[0].TextureSize.Y));
}