public override void SelfRender(int lod, ResourceCollectorXNA.Engine.Render.Materials.Material mat)
{
if (mat!=null)
{
for (int i = 0;i<LODs[lod].subsets.Length;i++)
{
mat.Apply(lod, i);
int tt = 0;
foreach (var pass in ResourceCollectorXNA.Engine.Render.Materials.Material.ObjectRenderEffect.CurrentTechnique.Passes)
{
tt++;
pass.Apply();
LODs[lod].subsets[i].mesh.Render();
}
}
}
else
{
foreach (SubSet s in LODs[lod].subsets)
{
foreach (var pass in ResourceCollectorXNA.Engine.Render.Materials.Material.ObjectRenderEffect.CurrentTechnique.Passes)
{
pass.Apply();
s.mesh.Render();
}
}
}
}
public LevelObject(BehaviourModel.ObjectBehaviourModel _behaviourmodel, RenderObject _renderaspect, ResourceCollectorXNA.Engine.Render.Materials.Material _material, RaycastBoundObject _raycastaspect, EditorData ed)
{
behaviourmodel = _behaviourmodel;
renderaspect = _renderaspect;
raycastaspect = _raycastaspect;
editorAspect = ed;
material = _material;
}
public override void SelfRender(int lod, ResourceCollectorXNA.Engine.Render.Materials.Material mat = null)
{
foreach (var pass in ResourceCollectorXNA.Engine.Render.Materials.Material.ObjectRenderEffect.CurrentTechnique.Passes)
{
pass.Apply();
tm.Render();
}
}
public override void SelfRender(int lod, ResourceCollectorXNA.Engine.Render.Materials.Material mate = null)
{
}
public BB(ResourceCollectorXNA.Content.EngineCollisionMesh cm)
{
//bb from basic collision mesh (not transformed)
if (cm.Vertices.Length > 1)
{
int indexXmin = 0;
int indexXmax = 0;
float sizeXmin = cm.Vertices[0].X;
float sizeXmax = cm.Vertices[0].X;
int indexYmin = 0;
int indexYmax = 0;
float sizeYmin = cm.Vertices[0].Y;
float sizeYmax = cm.Vertices[0].Y;
int indexZmin = 0;
int indexZmax = 0;
float sizeZmin = cm.Vertices[0].Z;
float sizeZmax = cm.Vertices[0].Z;
for (int i = 0; i < cm.Vertices.Length; i++)
{
if (sizeXmin > cm.Vertices[i].X)
{
sizeXmin = cm.Vertices[i].X;
indexXmin = i;
}
if (sizeXmax < cm.Vertices[i].X)
{
sizeXmax = cm.Vertices[i].X;
indexXmax = i;
}
if (sizeYmin > cm.Vertices[i].Y)
{
sizeYmin = cm.Vertices[i].Y;
indexYmin = i;
}
if (sizeYmax < cm.Vertices[i].Y)
{
sizeYmax = cm.Vertices[i].Y;
indexYmax = i;
}
if (sizeZmin > cm.Vertices[i].Z)
{
sizeZmin = cm.Vertices[i].Z;
indexZmin = i;
}
if (sizeZmax < cm.Vertices[i].Z)
{
sizeZmax = cm.Vertices[i].Z;
indexZmax = i;
}
}
wx = sizeXmax - sizeXmin;
hy = sizeYmax - sizeYmin;
lz = sizeZmax - sizeZmin;
BasicPoints = new Vector3[8];
TransformedPoints = new Vector3[8];
BasicPoints[0].Y = sizeYmax;
BasicPoints[1].Y = sizeYmax;
BasicPoints[3].Y = sizeYmax;
BasicPoints[2].Y = sizeYmax;
BasicPoints[4].Y = sizeYmin;
BasicPoints[5].Y = sizeYmin;
BasicPoints[7].Y = sizeYmin;
BasicPoints[6].Y = sizeYmin;
BasicPoints[3].Z = sizeZmax;
BasicPoints[2].Z = sizeZmax;
BasicPoints[7].Z = sizeZmax;
BasicPoints[6].Z = sizeZmax;
BasicPoints[0].Z = sizeZmin;
BasicPoints[1].Z = sizeZmin;
BasicPoints[5].Z = sizeZmin;
BasicPoints[4].Z = sizeZmin;
BasicPoints[0].X = sizeXmax;
BasicPoints[2].X = sizeXmax;
BasicPoints[6].X = sizeXmax;
BasicPoints[4].X = sizeXmax;
BasicPoints[1].X = sizeXmin;
BasicPoints[3].X = sizeXmin;
BasicPoints[7].X = sizeXmin;
BasicPoints[5].X = sizeXmin;
}
else
{
BasicPoints = new Vector3[0];
TransformedPoints = new Vector3[0];
}
}
public SubSet(EngineMesh m, ResourceCollectorXNA.Engine.Render.Materials.Material maa)
{
mesh = m;
}
public LevelWindowVC(ResourceCollectorXNA.LevelWindow lv)
{
this.levelform = lv;
}
public CameraInfo(ResourceCollectorXNA.Engine.Camera cam)
{
_cameraPitch = cam._cameraPitch;
_cameraYaw = cam._cameraYaw;
_view = cam.View;
}
private void SetProperties(ResourceCollectorXNA.Engine.Logic.EditorData editordata)
{
textBox3.Text = editordata.DescriptionName;
textBox4.Text = editordata.group_id.ToString();
textBox3.Text = editordata.id.ToString();
}
