Class GraphSupportGenerator

Inheritance
Object
GraphSupportGenerator
Inherited Members
Namespace: g3
Assembly: cs.temp.dll.dll
Syntax
public class GraphSupportGenerator

Constructors

GraphSupportGenerator(DMesh3, DMeshAABBTree3, Double)

Declaration
public GraphSupportGenerator(DMesh3 mesh, DMeshAABBTree3 spatial, double cellSize)
Parameters
Type Name Description
DMesh3 mesh
DMeshAABBTree3 spatial
Double cellSize

GraphSupportGenerator(DMesh3, DMeshAABBTree3, Int32)

Declaration
public GraphSupportGenerator(DMesh3 mesh, DMeshAABBTree3 spatial, int grid_resolution)
Parameters
Type Name Description
DMesh3 mesh
DMeshAABBTree3 spatial
Int32 grid_resolution

Fields

CellSize

Declaration
public double CellSize
Field Value
Type Description
Double

DebugPrint

Declaration
public bool DebugPrint
Field Value
Type Description
Boolean

ForceMinY

If this is not set, 'ground' is Mesh.CachedBounds.Min.y (eg, if mesh is floating off ground, set this to 0, otherwise support stops at bottom of mesh)

Declaration
public float ForceMinY
Field Value
Type Description
Single

Graph

Declaration
public DGraph3 Graph
Field Value
Type Description
DGraph3

GraphSurfaceDistanceOffset

Graph vertices will try to stay this far from surface

Declaration
public double GraphSurfaceDistanceOffset
Field Value
Type Description
Double

GroundVertices

Declaration
public HashSet<int> GroundVertices
Field Value
Type Description
HashSet<Int32>

Mesh

Declaration
public DMesh3 Mesh
Field Value
Type Description
DMesh3

MeshSpatial

Declaration
public DMeshAABBTree3 MeshSpatial
Field Value
Type Description
DMeshAABBTree3

OptimizationAlpha

optimization (ie smoothing) "speed"

Declaration
public double OptimizationAlpha
Field Value
Type Description
Double

OptimizationRounds

graph smoothing rounds

Declaration
public int OptimizationRounds
Field Value
Type Description
Int32

OverhangAngleDeg

overhang angle requiring support

Declaration
public double OverhangAngleDeg
Field Value
Type Description
Double

OverhangAngleOptimizeDeg

We will try to maintain at least this angle during graph optimization (does this need to be separate from the one above?)

Declaration
public double OverhangAngleOptimizeDeg
Field Value
Type Description
Double

ProcessBottomUp

Get very different graphs is we generate bottom-up vs top-down

Declaration
public bool ProcessBottomUp
Field Value
Type Description
Boolean

Progress

Set this to be able to cancel running remesher

Declaration
public ProgressCancel Progress
Field Value
Type Description
ProgressCancel

TipBaseVertices

Declaration
public HashSet<int> TipBaseVertices
Field Value
Type Description
HashSet<Int32>

TipVertices

Declaration
public HashSet<int> TipVertices
Field Value
Type Description
HashSet<Int32>

Properties

Dimensions

Declaration
public Vector3i Dimensions { get; }
Property Value
Type Description
Vector3i

Grid

winding-number grid available after calling Compute()

Declaration
public DenseGrid3f Grid { get; }
Property Value
Type Description
DenseGrid3f

GridOrigin

Origin of the winding-number grid, in same coordinates as mesh

Declaration
public Vector3f GridOrigin { get; }
Property Value
Type Description
Vector3f

Item[Int32, Int32, Int32]

Declaration
public float this[int i, int j, int k] { get; }
Parameters
Type Name Description
Int32 i
Int32 j
Int32 k
Property Value
Type Description
Single

Methods

Cancelled()

if this returns true, abort computation.

Declaration
protected virtual bool Cancelled()
Returns
Type Description
Boolean

CellCenter(Int32, Int32, Int32)

Declaration
public Vector3f CellCenter(int i, int j, int k)
Parameters
Type Name Description
Int32 i
Int32 j
Int32 k
Returns
Type Description
Vector3f

Generate()

Declaration
public void Generate()

MakeDebugGraphMesh()

Declaration
protected DMesh3 MakeDebugGraphMesh()
Returns
Type Description
DMesh3

postprocess_graph()

Declaration
protected virtual void postprocess_graph()