public override List <Meshable> ExecuteShape(ShapeObject so)
{
float d = ((ParameterGroup)paramGroups["Position"]).parameters[0].Value;
int axis = (int)((ParameterGroup)paramGroups["Axis"]).parameters[0].Value;
//get scale
Vector3 scale = new Vector3(1, 1, 1);
scale[axis] = d;
Vector3[] vects = so.Vects;
Vector3 origin = so.transform.position;
//get the splited meshables
Meshable mb = so.meshable;
Meshable scaledMb = mb.Scale(scale, vects, origin, true);
//TODO: just scale the bbox
scaledMb.bbox = BoundingBox.CreateFromPoints(scaledMb.vertices, so.meshable.bbox);
//outMeshables.Add(scaledMb);
List <Meshable> outs = new List <Meshable>();
outs.Add(scaledMb);
AssignNames(outs);
//AssignNames(outMeshables.ToArray());
return(outs);
//Rule.Execute() will take care of the outMeshables
}
public override List <Meshable> ExecuteShape(ShapeObject so)
{
float dx = ((ParameterGroup)paramGroups["SizeAddition"]).parameters[0].Value;
float dy = ((ParameterGroup)paramGroups["SizeAddition"]).parameters[1].Value;
float dz = ((ParameterGroup)paramGroups["SizeAddition"]).parameters[2].Value;
//get Size
Vector3 size = new Vector3(dx, dy, dz);
if (randRange.HasValue)
{
float min = randRange.Value[0];
float max = randRange.Value[1];
for (int i = 0; i < 3; i++)
{
size[i] = size[i] * (1 + Random.Range(min, max));
}
}
if (size.z > size.x)
{
size.x = size.z;
}
Vector3 scale = new Vector3(1, 1, 1);
Vector3 soSize = so.transform.localScale;
for (int i = 0; i < 3; i++)
{
scale[i] = 1 + (size[i] / soSize[i]);
}
Vector3[] vects = so.Vects;
Vector3 origin = so.transform.position;
//get the splited meshables
Meshable mb = so.meshable;
Meshable scaledMb = mb.Scale(scale, vects, origin, true);
//TODO: just scale the bbox
scaledMb.bbox = BoundingBox.CreateFromPoints(scaledMb.vertices, so.meshable.bbox);
//outMeshables.Add(scaledMb);
List <Meshable> outs = new List <Meshable>();
outs.Add(scaledMb);
AssignNames(outs);
//AssignNames(outMeshables.ToArray());
return(outs);
//Rule.Execute() will take care of the outMeshables
}
public override List <Meshable> ExecuteShape(ShapeObject so)
{
float dx = ((ParameterGroup)paramGroups["Scale"]).parameters[0].Value;
float dy = ((ParameterGroup)paramGroups["Scale"]).parameters[1].Value;
float dz = ((ParameterGroup)paramGroups["Scale"]).parameters[2].Value;
//round to divisible by 4
float h = so.Size[1] * dy;
h -= h % 4;
dy = h / so.Size[1];
Vector3 scale = new Vector3(dx, dy, dz);
if (randRange.HasValue)
{
float min = randRange.Value[0];
float max = randRange.Value[1];
for (int i = 0; i < 3; i++)
{
scale[i] = scale[i] * (1 + Random.Range(min, max));
}
}
Vector3[] vects = so.Vects;
Vector3 origin = so.transform.position;
if (alignment.HasValue)
{
origin = so.meshable.bbox.GetOriginFromAlignment(alignment.Value);
}
//get the splited meshables
Meshable mb = so.meshable;
Meshable scaledMb = mb.Scale(scale, vects, origin, true);
//TODO: just scale the bbox
scaledMb.bbox = BoundingBox.CreateFromPoints(scaledMb.vertices, so.meshable.bbox);
//outMeshables.Add(scaledMb);
List <Meshable> outs = new List <Meshable>();
outs.Add(scaledMb);
AssignNames(outs);
//AssignNames(outMeshables.ToArray());
return(outs);
//Rule.Execute() will take care of the outMeshables
}
public static void ScaleForm(Meshable mb, Vector3 scale, Alignment?alignment = null)
{
Vector3 org = mb.bbox.GetOriginFromAlignment(alignment);
mb.Scale(scale, mb.bbox.vects, org, false);
}
