public TVector3 Copy()
{
TVector3 ret = new TVector3(_v.x, _v.y, _v.z, this.Tag);
return(ret);
}
public TVector3 this[int index]
{
get
{
switch (index)
{
case 0:
return this.a;
case 1:
return this.b;
case 2:
return this.c;
default:
throw new System.IndexOutOfRangeException("Invalid Triangle3 index!");
}
}
set
{
switch (index)
{
case 0:
this.a = value;
break;
case 1:
this.b = value;
break;
case 2:
this.c = value;
break;
default:
throw new System.IndexOutOfRangeException("Invalid Triangle3 index!");
}
}
}
public TVector3 Copy()
{
TVector3 ret = new TVector3(_v.x, _v.y, _v.z, this.Tag);
return ret;
}
public UnityEngine.Vector3 Center()
{
UnityEngine.Vector3 c = UnityEngine.Vector3.zero;
c = new UnityEngine.Vector3((this.a.Value.x + this.b.Value.x + this.c.Value.x) / 3.0f, (this.a.Value.y + this.b.Value.y + this.c.Value.y) / 3.0f, (this.a.Value.z + this.b.Value.z + this.c.Value.z) / 3.0f);
return(c);
}
public string Accept(TVector3 type)
{
if (DefAssemblyBase.IsUseUnityVectors)
{
return("UnityEngine.Vector3");
}
return("System.Numerics.Vector3");
}
void MarchCube(int x, int y, int z, float[] cube)
{
int i, j, vert, idx;
int flagIndex = 0;
float offset = 0.0f;
for (int e = 0; e < 12; e++)
{
edgeVertex[e] = new TVector3();
}
for (i = 0; i < 8; i++)
{
if (cube[i] <= target)
{
flagIndex |= 1 << i;
}
}
int edgeFlags = cubeEdgeFlags[flagIndex];
if (edgeFlags == 0)
{
return;
}
for (i = 0; i < 12; i++)
{
if ((edgeFlags & (1 << i)) != 0)
{
offset = GetOffset(cube[edgeConnection[i, 0]], cube[edgeConnection[i, 1]]);
edgeVertex[i].X = x + (vertexOffset[edgeConnection[i, 0], 0] + offset * edgeDirection[i, 0]);
edgeVertex[i].Y = y + (vertexOffset[edgeConnection[i, 0], 1] + offset * edgeDirection[i, 1]);
edgeVertex[i].Z = z + (vertexOffset[edgeConnection[i, 0], 2] + offset * edgeDirection[i, 2]);
}
}
for (i = 0; i < 5; i++)
{
if (triangleConnectionTable[flagIndex, 3 * i] < 0)
{
break;
}
idx = mb.vertices.Count;
for (j = 0; j < 3; j++)
{
vert = triangleConnectionTable[flagIndex, 3 * i + j];
mb.triangles.Add(idx + order[j]);
mb.vertices.Add(edgeVertex[vert]);
}
}
}
public DType Accept(TVector3 type, ExcelStream x)
{
var d = x.Read();
if (CheckNull(type.IsNullable, d))
{
return(null);
}
return(DataUtil.CreateVector(type, d.ToString()));
}
public DType Accept(TVector3 type, object converter, ExcelStream x, DefAssembly ass)
{
var d = x.Read();
if (CheckNull(type.IsNullable, d))
{
return(null);
}
return(DataUtil.CreateVector(type, d.ToString()));
}
public Triangle3()
{
this.a = TVector3.Tzero;
this.b = TVector3.Tzero;
this.c = TVector3.Tzero;
this.Tag = "";
this.Complement = null;
}
public override void WriteJson(JsonWriter writer, object value, JsonSerializer serializer)
{
//这里懒得写Json文本的转换方法了,所以借助了TVector3这个类型
var obj = (Vector3)value;
TVector3 tobj = new TVector3()
{
x = obj.x, y = obj.y, z = obj.z
};
serializer.Serialize(writer, tobj);
}
public Triangle3()
{
this.a = TVector3.Tzero;
this.b = TVector3.Tzero;
this.c = TVector3.Tzero;
this.Tag = "";
this.Complement = null;
}
public override bool Equals(object obj)
{
bool ret = false;
TVector3 comp = (TVector3)obj;
if (comp.Value.x == this.Value.x && comp.Value.y == this.Value.y && comp.Value.z == this.Value.z)
{
ret = true;
}
return(ret);
}
public static TVector3 Parse(string str)
{
var sps = str.Trim('(', ')').Split(',');
var data = new TVector3
{
x = float.Parse(sps[0]),
y = float.Parse(sps[1]),
z = float.Parse(sps[2])
};
return(data);
}
public MarchingCubes(int size, float target, int[] order)
{
mb = new MeshBuffer();
this.size = size;
rS = size + 1;
this.target = target;
this.order = order;
for (int e = 0; e < 12; e++)
{
edgeVertex[e] = new TVector3();
}
}
public TVector3 this[int index]
{
get
{
switch (index)
{
case 0:
return(this.a);
case 1:
return(this.b);
case 2:
return(this.c);
case 3:
return(this.d);
default:
throw new System.IndexOutOfRangeException("Invalid Quad3D index!");
}
}
set
{
switch (index)
{
case 0:
this.a = value;
break;
case 1:
this.b = value;
break;
case 2:
this.c = value;
break;
case 3:
this.d = value;
break;
default:
throw new System.IndexOutOfRangeException("Invalid Quad3D index!");
}
}
}
public void ConvertMesh()
{
vertBuffer.Clear();
for (int i = 0; i < marchingCubes.mb.vertices.Count; i++)
{
TVector3 vert = marchingCubes.mb.vertices[i];
vertBuffer.Add(new Vector3(vert.X, vert.Y, vert.Z));
}
m.Clear();
m.SetVertices(vertBuffer);
m.SetTriangles(marchingCubes.mb.triangles, 0);
m.RecalculateNormals();
mf.sharedMesh = m;
mc.sharedMesh = m;
}
public string Accept(TVector3 type)
{
return("System.Numerics.Vector3");
}
public string Accept(TVector3 type, string jsonVarName, string fieldName)
{
return($"{fieldName} = Vector3.fromJson({jsonVarName})");
}
public string Accept(TVector3 type)
{
return("FJsonValueObject");
}
public string Accept(TVector3 type)
{
return("readVector3");
}
Triangle3[] GetStraightSpokes (string TagTop1,string TagTop2, string TagBottom1, string TagBottom2)
{
TVector3 origin1 = new TVector3(0,0, ((-_spokeIndent/2)), GearRenderer.VERT_origin);
TVector3 origin2 = new TVector3(0, 0, ((-_height + _spokeIndent / 2)), GearRenderer.VERT_origin);
System.Collections.Generic.List<Triangle3> tris = new System.Collections.Generic.List<Triangle3>();
Triangle3[] p1tris = GetStraightSpokePlane(origin1.Copy(), (+_spokeIndent / 2), TagTop1, TagTop2);
Triangle3[] p2tris = GetStraightSpokePlane(origin2.Copy(), (-_spokeIndent / 2), TagBottom1, TagBottom2);
MirrorVertTags(p2tris);
Triangle3 trinew;
for (int i = 0; i < p1tris.Length; i++) //Works since both arrays are same len.
{
var tri1 = p1tris[i].Copy();
var tri2 = p2tris[i].Copy();
trinew = new Triangle3();
trinew.a = tri1.a;
trinew.b = tri1.b;
trinew.c = tri1.c;
trinew.Tag = tri1.Tag;
trinew.SortOrder = _triOrder;
_triOrder += 2;
tris.Add(trinew);
trinew = new Triangle3();
trinew.a = tri2.c;
trinew.b = tri2.b;
trinew.c = tri2.a;
trinew.Tag = tri2.Tag;
trinew.SortOrder = _triOrder + 1;
trinew.Complement = tri1;
tris.Add(trinew);
}
if(_hubRadius != 0){
Triangle3[] p3tris = GetHubPlane(origin1.Copy(), (+_hubHeight / 2.0f), TRI_HubTop);
Triangle3[] p4tris = GetHubPlane(origin2.Copy(), (-_hubHeight / 2.0f), TRI_HubBottom);
MirrorVertTags(p4tris);
for (int i = 0; i < p3tris.Length; i++) //Works since both arrays are same len.
{
var tri1 = p3tris[i].Copy();
var tri2 = p4tris[i].Copy();
trinew = new Triangle3();
trinew.a = tri1.a;
trinew.b = tri1.b;
trinew.c = tri1.c;
trinew.Tag = tri1.Tag;
trinew.SortOrder = _triOrder;
_triOrder += 2;
tris.Add(trinew);
trinew = new Triangle3();
trinew.a = tri2.c;
trinew.b = tri2.b;
trinew.c = tri2.a;
trinew.Tag = tri2.Tag;
trinew.Complement = tri1;
trinew.SortOrder = _triOrder + 1;
tris.Add(trinew);
}
}
return tris.ToArray();
}
public string Accept(TVector3 type)
{
return("VECTOR3");
}
public override bool Accept(TVector3 type)
{
return(false);
}
TVector3 RotatePoint(float Rotation, TVector3 pt){
TVector3 ret;
float Rot = Mathf.Deg2Rad * Rotation;
if (Rotation == 0 || pt.Value == Vector3.zero){
ret = pt.Copy();
}else{
ret = new TVector3(pt.Value.x * Mathf.Cos(Rot) - pt.Value.y * Mathf.Sin(Rot),
pt.Value.x * Mathf.Sin(Rot) + pt.Value.y * Mathf.Cos(Rot), pt.Value.z, pt.Tag);
}
return ret;
}
public virtual void Accept(TVector3 type, T x)
{
DoAccept(type, x);
}
public string Accept(TVector3 type, string x)
{
throw new NotImplementedException();
}
public Triangle3[] GetStraightSpokePlane (TVector3 origin, float zOffset, string Tag1, string Tag2)
{
System.Collections.Generic.List<Triangle3> tris = new List<Triangle3> ();
//Calc the angle to sweep...
float inctheta = 2 * Mathf.PI / ((float)_spokeCount);
float theta = 0.0f;
float adjAngle = 0.0f;
System.Collections.Generic.List<LineSegment2D> spokelines = new System.Collections.Generic.List<LineSegment2D> ();
for (int i = 0; i < (_spokeCount + 1); i++) {
adjAngle = inctheta;
TVector2 pt1;
TVector2 pt2;
if(_hubRadius !=0){
pt1 = new TVector2((_hubRadius) * Mathf.Cos(theta) + origin.Value.x, (_hubRadius) * Mathf.Sin(theta) + origin.Value.y, VERT_SpokeEdgeTop);
}else{
pt1 = new TVector2(origin.Value.x, origin.Value.y, VERT_SpokeEdgeTop);
}
pt2 = new TVector2(_ringRadius * Mathf.Cos(theta) + origin.Value.x, _ringRadius * Mathf.Sin(theta) + origin.Value.y, VERT_SpokeEdgeTop);
LineSegment2D ls = new LineSegment2D ();
ls.a = pt1;
ls.b = pt2;
spokelines.Add (ls);
theta += (adjAngle);
}
theta = 0.0f;
for (int i = 0; i < (_spokeCount); i++) {
Quad3D q3;
var q2 = CreateQuadFromLineSegment (spokelines [i], _spokeWidthInner, _spokeWidthOuter);
q3 = new Quad3D().Create(q2, origin.Value.z);
q3.Tag = Tag1;
var qtris = q3.GetTris ();
qtris[0].Tag = q3.Tag;
qtris[0].SortOrder = _triOrder;
_triOrder += 2;
qtris[1].Tag = Tag2;
qtris[1].SortOrder = _triOrder;
_triOrder += 2;
tris.AddRange (qtris);
}
return tris.ToArray ();
}
public Triangle3[] GetHubPlane(TVector3 Origin, float zOffset, string Tag){
System.Collections.Generic.List<Triangle3> tris = new List<Triangle3> ();
float inctheta = 2 * Mathf.PI / ((float) _hubSides);
float theta = 0.0f;
float adjAngle = 0.0f;
float r = Mathf.Sqrt((_spokeWidthInner) * (_spokeWidthInner) + (_hubRadius * _hubRadius)); //Get dist to corner of spoke.
for (int i = 0; i < (_hubSides); i++) {
Triangle3 tri = new Triangle3();
adjAngle = inctheta;
tri.a = new TVector3(Origin.Value.x, Origin.Value.y, Origin.Value.z + zOffset, VERT_origin);
tri.b = new TVector3(r * Mathf.Cos(theta) + Origin.Value.x, r * Mathf.Sin(theta) + Origin.Value.y, Origin.Value.z + zOffset, VERT_HubPerimeterTop);
tri.c = new TVector3(r * Mathf.Cos(theta + adjAngle) + Origin.Value.x, r * Mathf.Sin(theta + adjAngle) + Origin.Value.y, Origin.Value.z + zOffset, VERT_HubPerimeterTop);
tri.SortOrder = _triOrder;
_triOrder += 2;
tri.Tag = Tag;
tris.Add(tri);
theta += (adjAngle);
}
return tris.ToArray();
}
public Shape3D GetRingGear()
{
System.Collections.Generic.List<Triangle3> tris = new List<Triangle3> ();
float OuterWidth = 0.0f;
float ToothBaseWidth = 0.0f;
Shape3D ret;
_origin.Tag = VERT_origin;
ToothBaseWidth = (float)(_innerRadius * 2 * Mathf.PI / (((float)(_qtyTeeth)) * (_outerWidthPct + 1)));
OuterWidth = ToothBaseWidth * _outerWidthPct;
//Calc the angle to sweep...
float inctheta = 2 * Mathf.PI / ((float)_qtyTeeth * (_outerWidthPct + 1));
float theta = 0.0f;
float ToothRotAngle = _toothRot * Mathf.PI / 360.0f;
float phi = (inctheta *_outerRadius - OuterWidth) / (2 *_outerRadius);
for (int i = 0; i < _qtyTeeth * 2; i++) {
TVector3 a;
TVector3 b;
TVector3 c;
TVector3 ta;
TVector3 tb;
TVector3 tc;
float adjAngle = 0.0f;
float angleBuffera = 0;
float angleBufferc = 0;
Triangle3 t = new Triangle3();
if (i % 2 == 0) {
adjAngle = inctheta;
angleBuffera = inctheta / 2.0f; //LargePoints
angleBufferc = inctheta + _outerWidthPct * inctheta / 2.0f;
} else {
adjAngle = _outerWidthPct * inctheta;
angleBuffera = _outerWidthPct * inctheta / 2.0f; // Small points
angleBufferc = inctheta / 2.0f + inctheta * _outerWidthPct;
}
b = new TVector3 (_innerRadius * Mathf.Cos (theta) +_origin.Value.x, _innerRadius * Mathf.Sin (theta) +_origin.Value.y,_origin.Value.z, VERT_OuterRingBorderTop);
c = new TVector3 (_innerRadius * Mathf.Cos (theta + adjAngle) +_origin.Value.x, _innerRadius * Mathf.Sin (theta + adjAngle) +_origin.Value.y,_origin.Value.z, VERT_OuterRingBorderTop);
a =_origin.Copy();
if (_ringRadius != 0) {
if (_outerWidthPct != 0)
{
a = new TVector3(_ringRadius * Mathf.Cos(theta + angleBuffera) + a.Value.x, _ringRadius * Mathf.Sin(theta + angleBuffera) + a.Value.y, a.Value.z, VERT_InnerRingBorderTop);
}
else
{
a = new TVector3(_ringRadius * Mathf.Cos(theta + angleBuffera) + a.Value.x, _ringRadius * Mathf.Sin(theta + angleBuffera) + a.Value.y, a.Value.z, VERT_InnerRingBorderTop);
}
}
t.a = a;
t.b = b;
t.c = c;
t.SortOrder = _triOrder;
_triOrder += 2;
if (i % 2 == 0) {
t.Tag = TRI_GearPlaneTopA1;
}else{
t.Tag = TRI_GearPlaneTopA2;
}
tris.Add(t);
t = new Triangle3();
if (_ringRadius != 0)
{
if (_outerWidthPct != 0)
{
Triangle3 tFill = new Triangle3();
tFill.a = a.Copy();
tFill.b = c.Copy();
tFill.c = new TVector3(_ringRadius * Mathf.Cos(theta + angleBufferc) + _origin.Value.x, _ringRadius * Mathf.Sin(theta + angleBufferc) + _origin.Value.y, _origin.Value.z, VERT_InnerRingBorderTop);
tFill.Tag = TRI_GearPlaneTopB;
tFill.SortOrder = _triOrder;
_triOrder += 2;
tris.Add(tFill);
}else{
Triangle3 tFill = new Triangle3();
tFill.a = a.Copy();
tFill.b = c.Copy();
tFill.c = new TVector3(_ringRadius * Mathf.Cos(theta + angleBufferc) + _origin.Value.x, _ringRadius * Mathf.Sin(theta + angleBufferc) + _origin.Value.y, _origin.Value.z, VERT_InnerRingBorderTop);
tFill.Tag = TRI_GearPlaneTopC;
tFill.SortOrder = _triOrder;
_triOrder += 2;
tris.Add(tFill);
}
}
if (_outerWidthPct == 0 && i % 2 != 0)
{
continue; //If no 'squared' teeth, then bail quickly.
}
if (i % 2 == 0) {
Triangle3 t1 = new Triangle3();
Triangle3 t2 = new Triangle3();
ta = b.Copy(); //First corner of tooth.
tb = new TVector3 (_outerRadius * Mathf.Cos (theta + phi + ToothRotAngle) +_origin.Value.x,_outerRadius * Mathf.Sin (theta + phi + ToothRotAngle) +_origin.Value.y,_origin.Value.z, VERT_ToothBorderTop);
tc = c.Copy();
t1.a = ta;
t1.b = tb;
t1.c = tc;
t1.Tag = TRI_GearPlaneTopD;
t1.SortOrder = _triOrder;
_triOrder += 2;
tris.Add (t1);
tb = new TVector3 (_outerRadius * Mathf.Cos (theta + inctheta - phi + ToothRotAngle) +_origin.Value.x,_outerRadius * Mathf.Sin (theta + inctheta - phi + ToothRotAngle) +_origin.Value.y,_origin.Value.z, VERT_ToothBorderTop); //Second Corner of Outer Tooth.
ta = new TVector3 (_outerRadius * Mathf.Cos (theta + phi + ToothRotAngle) +_origin.Value.x,_outerRadius * Mathf.Sin (theta + phi + ToothRotAngle) +_origin.Value.y,_origin.Value.z, VERT_ToothBorderTop); //First corner of outer tooth.
tc = c.Copy();
t2.a = ta;
t2.b = tb;
t2.c = tc;
t2.Tag = TRI_GearPlaneTopE;
t2.SortOrder = _triOrder;
_triOrder += 2;
tris.Add (t2);
}
theta += adjAngle;
//If next to last tooth then set theta = 0 (for full circle...);
if (i == (_qtyTeeth * 2 - 1)) {
theta = 0;
}
}
var opptris = BuildOppositePlane(tris.ToArray(), new string[] { TRI_GearPlaneTopA1 }, TRI_GearPlaneBottomA1, _topScale, _topRotation);
tris.AddRange(opptris);
opptris = BuildOppositePlane(tris.ToArray(), new string[] { TRI_GearPlaneTopA2 }, TRI_GearPlaneBottomA2, _topScale, _topRotation);
tris.AddRange(opptris);
opptris = BuildOppositePlane(tris.ToArray(), new string[] { TRI_GearPlaneTopE }, TRI_GearPlaneBottomE, _topScale, _topRotation);
tris.AddRange(opptris);
opptris = BuildOppositePlane(tris.ToArray(), new string[] { TRI_GearPlaneTopD }, TRI_GearPlaneBottomD, _topScale, _topRotation);
tris.AddRange(opptris);
opptris = BuildOppositePlane(tris.ToArray(), new string[] { TRI_GearPlaneTopB }, TRI_GearPlaneBottomB, _topScale, _topRotation);
tris.AddRange(opptris);
opptris = BuildOppositePlane(tris.ToArray(), new string[] { TRI_GearPlaneTopC }, TRI_GearPlaneBottomC, _topScale, _topRotation);
tris.AddRange(opptris);
tris.AddRange(GetSpokes());
//Stitch Teeth
System.Collections.Generic.List<Triangle3> stitching = new List<Triangle3>();
System.Collections.Generic.SortedList<int, Triangle3> sortedTris = new SortedList<int, Triangle3>();
foreach (Triangle3 item in tris) {
if(sortedTris.ContainsKey(item.SortOrder)){
Debug.Log("Item exists: " + item.SortOrder.ToString() + " " + item.Tag);
}
sortedTris.Add(item.SortOrder, item);
}
foreach (Triangle3 item in sortedTris.Values) {
stitching.AddRange(StitchEdge(item, TRI_GearPlaneTopA2, TRI_GearPlaneBottomA2, "b", "c", "a", "b", TRI_SideOuterTop, TRI_SideOuterBottom));
stitching.AddRange(StitchEdge(item, TRI_GearPlaneTopD, TRI_GearPlaneBottomD, "a", "b", "b", "c", TRI_SideOuterTop, TRI_SideOuterBottom));
stitching.AddRange(StitchEdge(item, TRI_GearPlaneTopE, TRI_GearPlaneBottomE, "a", "b", "b", "c", TRI_SideOuterTop, TRI_SideOuterBottom));
stitching.AddRange(StitchEdge(item, TRI_GearPlaneTopE, TRI_GearPlaneBottomE, "b", "c", "a", "b", TRI_SideOuterTop, TRI_SideOuterBottom));
//Stitch Inner Ring.
stitching.AddRange(StitchEdge(item, TRI_GearPlaneTopB, TRI_GearPlaneBottomB, "c", "a", "c", "a", TRI_SideInnerTop, TRI_SideInnerBottom));
stitching.AddRange(StitchEdge(item, TRI_GearPlaneTopC, TRI_GearPlaneBottomC, "c", "a", "c", "a", TRI_SideInnerTop, TRI_SideInnerBottom));
//Stitch Straight Spokes
stitching.AddRange(StitchEdge(item, TRI_SpokeTop1, TRI_SpokeBottom1, "a", "b", "b", "c", TRI_SpokeSideTop, TRI_SpokeSideBottom));
stitching.AddRange(StitchEdge(item, TRI_SpokeTop2, TRI_SpokeBottom2, "b", "c", "a", "b", TRI_SpokeSideTop, TRI_SpokeSideBottom));
//Stitch Hub
stitching.AddRange(StitchEdge(item, TRI_HubTop, TRI_HubBottom, "b", "c", "a", "b", TRI_HubSideTop, TRI_HubSideBottom));
}
tris.AddRange(stitching.ToArray());
ret.UV = BuildUVs(tris);
ret.tris = tris.ToArray();
return ret;
}
public GearRenderer(){
_origin = TVector3.Tzero.Copy();
_VertMap.Clear();
_VertMap.Add(VERT_HubPerimeterBottom, VERT_HubPerimeterTop);
_VertMap.Add(VERT_HubPerimeterTop, VERT_HubPerimeterBottom);
_VertMap.Add(VERT_InnerRingBorderBottom, VERT_InnerRingBorderTop);
_VertMap.Add(VERT_InnerRingBorderTop, VERT_InnerRingBorderBottom);
_VertMap.Add(VERT_OuterRingBorderBottom, VERT_OuterRingBorderTop);
_VertMap.Add(VERT_OuterRingBorderTop, VERT_OuterRingBorderBottom);
_VertMap.Add(VERT_SpokeEdgeBottom, VERT_SpokeEdgeTop);
_VertMap.Add(VERT_SpokeEdgeTop, VERT_SpokeEdgeBottom);
_VertMap.Add(VERT_SpokePerimeterBottom, VERT_SpokePerimeterTop);
_VertMap.Add(VERT_SpokePerimeterTop, VERT_SpokePerimeterBottom);
_VertMap.Add(VERT_ToothBorderBottom, VERT_ToothBorderTop);
_VertMap.Add(VERT_ToothBorderTop, VERT_ToothBorderBottom);
_VertMap.Add(VERT_origin, VERT_origin);
}
public UnityEngine.Vector3 Center(){
UnityEngine.Vector3 c = UnityEngine.Vector3.zero;
c = new UnityEngine.Vector3((this.a.Value.x + this.b.Value.x + this.c.Value.x) / 3.0f, (this.a.Value.y + this.b.Value.y + this.c.Value.y) / 3.0f, (this.a.Value.z + this.b.Value.z + this.c.Value.z) / 3.0f);
return c;
}
public void Accept(TVector3 type, Dictionary <string, DefTypeBase> x)
{
}
public string Accept(TVector3 type, string bufName, string fieldName)
{
return($"if(!{bufName}.readVector3({fieldName})) return false;");
}
public DType Accept(TVector3 type, XElement x, DefAssembly ass)
{
return(DataUtil.CreateVector(type, x.Value));
}
public Triangle3[] GetSolidSpokePlane (TVector3 origin, string Tag, float scale)
{
System.Collections.Generic.List<Triangle3> tris = new List<Triangle3> ();
//Calc the angle to sweep...
float inctheta = 2 * Mathf.PI / ((float)_qtyTeeth * 2.0f);
float theta = 0.0f;
_origin.Tag = VERT_origin;
float width = _ringRadius * 1.05f;
for (int i = 0; i < (_qtyTeeth * 2); i++) {
TVector3 a;
TVector3 b;
TVector3 c;
float adjAngle = 0.0f;
Triangle3 t = new Triangle3();
adjAngle = inctheta;
a =origin.Copy();
b = new TVector3(width * Mathf.Cos(theta) + origin.Value.x, width * Mathf.Sin(theta) + origin.Value.y, a.Value.z, VERT_SpokePerimeterTop);
b = new TVector3(b.Value.x * scale, b.Value.y * scale, b.Value.z, b.Tag);
c = new TVector3(width * Mathf.Cos(theta + adjAngle) + origin.Value.x, width * Mathf.Sin(theta + adjAngle) + origin.Value.y, a.Value.z, VERT_SpokePerimeterTop);
c = new TVector3(c.Value.x * scale, c.Value.y * scale, c.Value.z, c.Tag);
t.a = a;
t.b = b;
t.c = c;
t.Tag = Tag;
t.SortOrder = _triOrder;
_triOrder += 2;
tris.Add (t);
theta += adjAngle;
//If next to last tooth then set theta = 0 (for full circle...);
if (i == (_qtyTeeth * 2 - 1)) {
theta = 0;
}
}
return tris.ToArray ();
}
public string Accept(TVector3 type, string json, string field)
{
return(DefaultLoad(json, field));
}
public string Accept(TVector3 type)
{
return($"serialization.Vector3");
}
public string Accept(TVector3 type, string fieldName, string tablesName)
{
throw new NotImplementedException();
}
public void Accept(TVector3 type, HashSet <DefTypeBase> x)
{
}
Triangle3[] GetSolidSpokes (string TagTop, string TagBottom)
{
TVector3 origin1 = new TVector3(0,0, ((-_spokeIndent/2)), GearRenderer.VERT_origin);
TVector3 origin2 = new TVector3(0,0, ((-_height + _spokeIndent/2)), GearRenderer.VERT_origin);
System.Collections.Generic.List<Triangle3> tris = new System.Collections.Generic.List<Triangle3>();
Triangle3 newtri;
Triangle3[] p1tris = GetSolidSpokePlane(origin1, TagTop, 1.0f);
Triangle3[] p2tris = GetSolidSpokePlane(origin2, TagBottom,1.0f);
MirrorVertTags(p2tris);
foreach(var tri in p1tris){
var t1 = tri.Copy();
newtri = new Triangle3();
newtri.a = t1.a;
newtri.b = t1.b;
newtri.c = t1.c;
newtri.Tag = TagTop;
newtri.SortOrder = _triOrder;
_triOrder += 2;
tris.Add(newtri);
}
foreach(var tri in p2tris){
var t2 = tri.Copy();
newtri = new Triangle3();
newtri.a = t2.c;
newtri.b = t2.b;
newtri.c = t2.a;
newtri.Tag = TagBottom;
newtri.SortOrder = tri.SortOrder + 1;
tris.Add(newtri);
}
return tris.ToArray();
}
public string Accept(TVector3 type, string bufName, string fieldName)
{
return($"{fieldName} = {bufName}.ReadVector3();");
}
public string Accept(TVector3 type)
{
return("writeVector3");
}
