public void AddRandomPoints()
{
string[] clrs = { "black", "lilac", "yellow", "orange", "red" };
if (ranpoints == null)
{
ranpoints = new GameObject("ranpoints");
ranpoints.transform.position = Vector3.zero;
ranpoints.transform.parent = preferedParent.transform;
}
var ska = qmm.triDiag * 0.025f;
//var lmn = 0.1f;
//var lmx = 0.9f;
var lmn = -0.1f;
var lmx = 1.1f;
for (int i = 0; i < 10000; i++)
{
var lambLat = qut.GetRanFloat(lmn, lmx, "ranpoints");
var lambLng = qut.GetRanFloat(lmn, lmx, "ranpoints");
(var vv, var nrm, var istat) = qmm.GetWcMeshPosFromLambda(lambLng, lambLat);
var pos = vv;
var name = "ranpt:" + nranpts;
//SphInfo.DoInfoSphere(ranpoints, name, pos, ska, clrs[istat], addSphInfo: false);
var sphgo = GpuInst.CreateSphereGpu(name, pos, ska, clrs[istat]);
sphgo.transform.parent = ranpoints.transform;
nranpts++;
}
}
public static SphInfo DoInfoCubeSlim(GameObject parent, string sname, Vector3 pos, float ska, string color, LatLng ll = null, bool addSphInfo = true)
{
var sphtran = GpuInst.CreateCubeGpu(sname, pos, ska, color);
sphtran.transform.parent = parent.transform;
SphInfo spi = null;
if (addSphInfo)
{
spi = sphtran.gameObject.AddComponent <SphInfo>();
spi.latLng = ll;
spi.nodeInfo = null;
}
return(spi);
}
public override void Construct()
{
ConstructBase();
var qkm = qmm.qkm;
var ska = 4 * mfw.skamult * qmm.qkm.llbox.diagonalInMeters / 650;
var cylsphthickratio = 10f;
var normlength = 2 * ska;
int imn = 0;
bool drawnorm = true;
var nVertSecs = mfw.nVertSecs;
var nHorzSecs = mfw.nHorzSecs;
var irowstart = mfw.irowstart;
for (int iz = 0; iz <= nVertSecs; iz++)
{
var isOnEdgeZmn = (iz == 0);
var isOnEdgeZmx = (iz == nVertSecs);
var iz1 = irowstart + iz;
for (int ix = 0; ix <= nHorzSecs; ix++)
{
var isOnEdgeXmn = (ix == 0);
var isOnEdgeXmx = (ix == nHorzSecs);
var isOnEdge = isOnEdgeZmn || isOnEdgeZmx || isOnEdgeXmn || isOnEdgeXmx;
if (showJustEdges && !isOnEdge)
{
continue;
}
var pos = qmm.GetMeshNodePos(ix, iz1);
var sname = "node:" + ix + "-" + iz1 + "/" + iz;
//Debug.Log("making " + sname);
var ll = qmm.GetMeshNodeLatLng(ix, iz1);
var clr = GetColor(ix, iz);
var spi = SphInfo.DoInfoSphereSlim(decoroot, sname, pos, ska, clr, ll);
var spni = new SphNodeInfo();
//meshnodespis[ix, iz] = spni;
spni.globalMeshCoord = new MeshCoord(ix, iz1);
spni.localMeshCoord = new MeshCoord(ix, iz);
var spos = mfw.GetPosLocal(ix, iz);
var snrm = mfw.GetNormalLocal(ix, iz);
spni.vertCoord = spos;
spni.normal1 = snrm;
if (drawnorm)
{
var nname = "vorm:" + ix + "-" + iz1 + "/" + iz;
var epos = spos + snrm * normlength;
//var nrmgo = qut.CreatePipe(nname, spos, epos, ska / cylsphthickratio, "yellow");
var nrmgo = GpuInst.CreateCylinderGpu(nname, spos, epos, size: ska / cylsphthickratio, "yellow");
nrmgo.transform.parent = decoroot.transform;
}
var uv = qmm.GetUv(ix, iz1);
spni.textureCoord = new TextureCoord(uv.x, uv.y);
spi.nodeInfo = spni;
imn++;
}
}
Debug.Log("Generated " + imn + " meshwrapnodes");
}
IEnumerator YieldingConstruct()
{
var sw = new StopWatch();
sw.Start();
ConstructBase();
var qkm = qmm.qkm;
// var ska = qmm.nodefak * qkm.llbox.diagonalInMeters / 450;
var ska = qmm.triDiag * 0.075f;
var qtt = qmm.qtt;
int i = 0;
GameObject pipeu, piper, pipeb, pipel;
foreach (var qktile in qkm.qktiles)
{
var llul = qktile.llul;
var llbr = qktile.llbr;
var llur = new LatLng(llul.lat, llbr.lng);
var llbl = new LatLng(llbr.lat, llul.lng);
var pul = qmm.GetPosFromLatLng(llul);
var pur = qmm.GetPosFromLatLng(llur);
var pbl = qmm.GetPosFromLatLng(llbl);
var pbr = qmm.GetPosFromLatLng(llbr);
var qkname = qktile.name;
if (oldway)
{
SphInfo.DoInfoSphere(decoroot, "pur" + i, pur, ska, "navyblue", llur);
pipeu = GpuInst.CreateCylinderGpu(qkname + "-u", pul, pur, ska, "cyan");
pipeu.transform.parent = decoroot.transform;
piper = GpuInst.CreateCylinderGpu(qkname + "-r", pur, pbr, ska, "cyan");
piper.transform.parent = decoroot.transform;
pipeb = GpuInst.CreateCylinderGpu(qkname + "-b", pbr, pbl, ska, "cyan");
pipeb.transform.parent = decoroot.transform;
pipel = GpuInst.CreateCylinderGpu(qkname + "-l", pbl, pul, ska, "cyan");
pipel.transform.parent = decoroot.transform;
}
else
{
SphInfo.DoInfoSphereSlim(decoroot, "pur" + i, pur, ska, "navyblue", llur);
pipeu = qtt.AddFragLine(qkname + "-u", pul, pur, ska, lclr: "blue");
pipeu.transform.parent = decoroot.transform;
piper = qtt.AddFragLine(qkname + "-r", pur, pbr, ska, lclr: "blue");
piper.transform.parent = decoroot.transform;
pipeb = qtt.AddFragLine(qkname + "-b", pbr, pbl, ska, lclr: "blue");
pipeb.transform.parent = decoroot.transform;
pipel = qtt.AddFragLine(qkname + "-l", pbl, pul, ska, lclr: "blue");
pipel.transform.parent = decoroot.transform;
}
if (showQuadkeyLabels)
{
qut.MakeTextGo(pipeu, qkname, yoff: 100, backoff: 0.01f, sfak: 20);
}
if (sw.ElapfOverYieldTime())
{
Debug.Log($"Yielding on qktile frame {i} of {qkm.qktiles.Count}");
yield return(null);
if (earlyTerminate)
{
break;
}
}
i++;
}
sw.Stop();
Debug.Log($"Framed {i} tiles in {sw.ElapSecs(3)} secs");
earlyTerminate = false;
yield return(null);
}
public IEnumerator YieldingConstruct()
{
var sw = new StopWatch();
ConstructBase();
var qkm = qmm.qkm;
var qtt = qmm.qtt;
//var ska = qmm.nodefak * qkm.llbox.diagonalInMeters / 450;
//var pp1 = qmm.GetMeshNodePos(0, 0);
//var pp2 = qmm.GetMeshNodePos(1, 1);
//var triDiag = Vector3.Distance(pp1, pp2);
var ska = qmm.triDiag * 0.05f;
Debug.Log($"Construct Trilinesdeco - ska:{ska} triDiag:{qmm.triDiag}");
var nHorzSecs = qmm.nHorzSecs;
var nVertSecs = qmm.nVertSecs;
var nDiagSecs = nHorzSecs + nVertSecs - 1;
Vector3 p1, p2;
string pname;
int nlines = 0;
int nhlines = 0;
int nvlines = 0;
int ndlines = 0;
int nsegs = 0;
for (int i = 0; i <= nHorzSecs; i++)
{
nlines++;
p1 = qmm.GetMeshNodePos(i, 0);
for (int j = 1; j <= nVertSecs; j++)
{
p2 = qmm.GetMeshNodePos(i, j);
pname = $"horzseg_{i}_{j}";
var cgo = GpuInst.CreateCylinderGpu(pname, p1, p2, ska, "cyan");
cgo.transform.parent = decoroot.transform;
p1 = p2;
nsegs++;
}
nhlines++;
if (sw.ElapfOverYieldTime())
{
Debug.Log($"Yielding at horzlines step:{i}");
yield return(null);
if (earlyTerminate)
{
break;
}
}
}
if (!earlyTerminate)
{
for (int i = 0; i <= nVertSecs; i++)
{
nlines++;
p1 = qmm.GetMeshNodePos(0, i);
for (int j = 1; j <= nHorzSecs; j++)
{
p2 = qmm.GetMeshNodePos(j, i);
pname = $"vertseg_{j}_{i}";
var cgo = GpuInst.CreateCylinderGpu(pname, p1, p2, ska, "yellow");
cgo.transform.parent = decoroot.transform;
p1 = p2;
nsegs++;
}
nvlines++;
if (sw.ElapfOverYieldTime())
{
Debug.Log($"Yielding at vertlines step:{i}");
yield return(null);
if (earlyTerminate)
{
break;
}
}
}
}
if (!earlyTerminate)
{
for (int i = 0; i < nHorzSecs; i++)
{
nlines++;
for (int j = 0; j < nVertSecs; j++)
{
p1 = qmm.GetMeshNodePos(i, j);
p2 = qmm.GetMeshNodePos(i + 1, j + 1);
pname = $"crosseg_{i}_{j}";
var cgo = GpuInst.CreateCylinderGpu(pname, p1, p2, ska, "purple");
cgo.transform.parent = decoroot.transform;
nsegs++;
}
ndlines++;
if (sw.ElapfOverYieldTime())
{
Debug.Log($"Yielding at diaglines step:{i}");
yield return(null);
if (earlyTerminate)
{
break;
}
}
}
}
//for (int i = 1; i <= nDiagSecs; i++)
//{
// var clr = "purple";
// if (i <= nHorzSecs)
// {
// p1 = qmm.GetMeshNodePos(nHorzSecs - i, 0);
// }
// else
// {
// clr = "orange";
// p1 = qmm.GetMeshNodePos(0, i - nHorzSecs);
// }
// if (i <= nVertSecs)
// {
// p2 = qmm.GetMeshNodePos(nHorzSecs, i);
// }
// else
// {
// p2 = qmm.GetMeshNodePos(nHorzSecs - i + nVertSecs, nVertSecs);
// }
// pname = "crosseg_" + i;
// qtt.AddFragLine(pname, p1, p2, ska, lclr:clr);
//}
this.nDiagLines = ndlines;
this.nHorzLines = nhlines;
this.nVertLines = nvlines;
this.nTotalTriLines = nHorzLines + nVertLines + nDiagLines;
this.nTriangles = (qtt.nHorzLines - 1) * (qtt.nVertLines - 1) * 2;
this.nTotalElements = (nDiagLines - 1) * nVertLines + (nVertLines - 1) * nHorzLines + nTriangles;
sw.Stop();
Debug.Log($"Generating {nTotalTriLines} trilines with {nTotalElements} elements took {sw.ElapSecs(3)} secs");
earlyTerminate = false;
//yield return null;
}
