public void Set(MonoLit td, bool bit)
{
if (bit)
{
_bits[td.BitNdx] |= td.BitMask;
}
}
public bool this[MonoLit td]
{
get
{
if (td == null)
{
return(false);
}
return((_bits[td.BitNdx] & td.BitMask) != 0);
}
set
{
if (value)
{
_bits[td.BitNdx] |= td.BitMask;
}
else
{
_bits[td.BitNdx] &= ~td.BitMask;
}
}
}
public void Set(MonoLit td)
{
_bits[td.BitNdx] |= td.BitMask;
}
private static void bldView(XElement root, XElement vu, List <GECEStrand> strndlst, int rowoff, int coloff, Point3D offset,
Func <Lit, float> xexp, Func <Lit, float> yexp, Func <Lit, float> zexp,
Func <Lit, int> cirexp, Func <Lit, float> theexp,
string nm, View view)
{
int blb = 0;
int rgbt = 0;
foreach (XElement lit in vu.Elements())
{
string el = lit.Name.LocalName.ToLower();
switch (el)
{
case "view":
{
XAttribute attrb;
int nurowoff = rowoff, nucoloff = coloff;
attrb = lit.Attribute("rowoff");
if (!string.IsNullOrEmpty((string)attrb))
{
nurowoff += (Int32)attrb;
}
attrb = lit.Attribute("coloff");
if (!string.IsNullOrEmpty((string)attrb))
{
nucoloff += (Int32)attrb;
}
string nunm = nm + ":";
if (lit.Attribute("nm") != null)
{
nunm += (string)lit.Attribute("nm");
}
Point3D nuoffset = new Point3D();
float nuscale = 1.0f;
attrb = lit.Attribute("offset");
if (!string.IsNullOrEmpty((string)attrb))
{
nuoffset = (Point3D)attrb;
}
attrb = lit.Attribute("scale");
if (!string.IsNullOrEmpty((string)attrb))
{
nuscale = (float)attrb;
}
nuoffset = nuoffset + offset;
string vunm = (string)lit.Attribute("view");
XElement vunu = root.Element("Views").Elements("View").Where(x => (string)x.Attribute("nm") == vunm).First();
if (vunu == null)
{
throw new Exception("view required");
}
Func <Lit, float> nuxexp = xexp, nuyexp = yexp, nuzexp = zexp;
object a = xexp;
attrb = vunu.Attribute("xexp") ?? lit.Attribute("xexp");
if (!string.IsNullOrEmpty((string)attrb))
{
nuxexp = SLD.DynamicExpression.CompileLambda <Lit, float>((string)attrb, vu);
}
attrb = vunu.Attribute("yexp") ?? lit.Attribute("yexp");
if (!string.IsNullOrEmpty((string)attrb))
{
nuyexp = SLD.DynamicExpression.CompileLambda <Lit, float>((string)attrb, vu);
}
attrb = vunu.Attribute("zexp") ?? lit.Attribute("zexp");
if (!string.IsNullOrEmpty((string)attrb))
{
nuzexp = SLD.DynamicExpression.CompileLambda <Lit, float>((string)attrb, vu);
}
attrb = vunu.Attribute("cirexp") ?? lit.Attribute("cirexp");
if (!string.IsNullOrEmpty((string)attrb))
{
cirexp = SLD.DynamicExpression.CompileLambda <Lit, int>((string)attrb, lit);
}
attrb = vunu.Attribute("theexp") ?? lit.Attribute("theexp");
if (!string.IsNullOrEmpty((string)attrb))
{
theexp = SLD.DynamicExpression.CompileLambda <Lit, float>((string)attrb, lit);
}
List <GECEStrand> strndnu = strndlst;
if (lit.Attribute("strand") != null)
{
string strnds = (string)lit.Attribute("strand");
strndnu = new List <GECEStrand>();
foreach (string strndnm in strnds.Split(','))
{
GECEStrand strand;
if (!Global.Instance.StrandDict.TryGetValue(strndnm, out strand))
{
throw new Exception($"Strand does not exist: {strndnm}");
}
strndnu.Add(strand);
}
}
bldView(root, vunu, strndnu, nurowoff, nucoloff, nuoffset, nuxexp, nuyexp, nuzexp, cirexp, theexp, nunm, view);
}
break;
case "rgb":
{
if (strndlst == null)
{
throw new Exception($"Strand is required before lite: {nm}:{blb.ToString()}");
}
bool hasexp = (xexp != null) && (yexp != null) && (zexp != null);
int cnt = 0, rowinc = 0, colinc = 0, cirinc = 0;
//float xinc = 0, yinc = 0, zinc = 0;
XAttribute attrb;
Point3D ptoffset = new Point3D();
if (lit.Attribute("repeat") != null)
{
cnt = (Int32)lit.Attribute("repeat");
attrb = lit.Attribute("rowinc");
if (!string.IsNullOrEmpty((string)attrb))
{
rowinc = (Int32)attrb;
}
attrb = lit.Attribute("colinc");
if (!string.IsNullOrEmpty((string)attrb))
{
colinc = (Int32)attrb;
}
if ((colinc == 0) && (rowinc == 0))
{
throw new Exception("rowinc or colinc in required with cnt");
}
attrb = lit.Attribute("cirinc");
if (!string.IsNullOrEmpty((string)attrb))
{
cirinc = (Int32)attrb;
}
attrb = lit.Attribute("ptoffset");
if (string.IsNullOrEmpty((string)attrb))
{
if (!hasexp)
{
throw new ArgumentNullException("ptoffset");
}
}
else
{
ptoffset = (Point3D)attrb;
}
}
int rw = (Int32)lit.Attribute("row");
int cl = (Int32)lit.Attribute("col");
int cir = 0;
if ((string)lit.Attribute("cir") != null)
{
cir = (Int32)lit.Attribute("cir");
}
attrb = lit.Attribute("cirexp");
if (!string.IsNullOrEmpty((string)attrb))
{
cirexp = SLD.DynamicExpression.CompileLambda <Lit, int>((string)attrb, lit);
}
Point3D point = new Point3D();
attrb = lit.Attribute("pt");
if (string.IsNullOrEmpty((string)attrb))
{
if (!hasexp)
{
throw new MissingFieldException("pt");
}
}
else
{
point = (Point3D)attrb;
}
GECEStrand strand;
if (strndlst.Count == 1)
{
strand = strndlst[0];
}
else
{
if (lit.Attribute("strandndx") == null)
{
throw new Exception("strandndx is required.");
}
int strandndx = (Int32)lit.Attribute("strandndx");
strand = strndlst[strandndx];
}
Point3D repoffset = new Point3D();
int cndlndxz = 0;
bool candlesticks = (lit.Attribute("candlestick") != null);
if (candlesticks)
{
Global.Instance.FeatureLitDict.TryGetValue("CandleStick", out FeatureLit flit);
cndlndxz = flit.GlobalIndex;
Global.Instance.FeatureLitDict.TryGetValue("CandleShade", out flit);
cndlndxz |= flit.GlobalIndex << 16;
}
do
{
Clr clr = Colors.DarkGray;
if (lit.Attribute("color") != null)
{
clr = Clr.FromName((string)lit.Attribute("color"));
}
RGBLit rgb = new GECELit(nm + ":" + blb.ToString())
{
Strnd = strand,
Index = strand.lites.Count,
Row = rw,
Column = cl,
Circle = cir,
Clr = clr,
};
if (hasexp)
{
point = new Point3D((xexp != null) ? xexp(rgb) : 0, (yexp != null) ? yexp(rgb) : 0, (zexp != null) ? zexp(rgb) : 0);
}
rgb.Pt = point + offset + repoffset;
if (cirexp != null)
{
rgb.Circle = cirexp(rgb);
}
if (theexp != null)
{
rgb.Theta = theexp(rgb);
}
rgb.Row += rowoff;
rgb.Column += coloff;
if (candlesticks)
{
Global.Instance.CandleVertices.Add(new IndexPoint3D(rgb.Pt, cndlndxz));
}
if ((string)lit.Attribute("ndx") != null)
{
rgb.Index = (Int32)lit.Attribute("ndx");
}
strand.lites.Add(rgb);
view.LitArray.Add(rgb);
blb++;
rw += rowinc;
cl += colinc;
cir += cirinc;
repoffset += ptoffset;
cnt--;
} while (cnt > 0);
}
break;
case "mono":
{
int rw = (Int32)lit.Attribute("row");
int cl = (Int32)lit.Attribute("col");
int cir = 0;
if ((string)lit.Attribute("cir") != null)
{
cir = (Int32)lit.Attribute("cir");
}
Clr clr = Colors.DarkGray;
if (lit.Attribute("color") != null)
{
clr = Clr.FromName((string)lit.Attribute("color"));
}
MonoLit mono = new MonoLit(nm + ":" + blb.ToString(), clr)
{
//Strnd = strnd,
Row = rw + rowoff,
Column = cl + coloff,
Circle = cir,
MarqueNdx = string.IsNullOrEmpty((string)lit.Attribute("mrqrow")) ? -1 : (int)lit.Attribute("mrqrow"),
MarqueMask = (uint)(string.IsNullOrEmpty((string)lit.Attribute("mrqcol")) ? 0 : (1 << (int)lit.Attribute("mrqcol"))),
};
if ((string)lit.Attribute("ndx") != null)
{
mono.Index = (Int32)lit.Attribute("ndx");
}
Point3D point = new Point3D();
XAttribute attrb = lit.Attribute("point");
if (!string.IsNullOrEmpty((string)attrb))
{
point = (Point3D)attrb;
}
else if (xexp != null && yexp != null && zexp != null)
{
point = new Point3D(xexp(mono), yexp(mono), zexp(mono));
}
else
{
throw new MissingFieldException("point");
}
mono.Pt = point + offset;
view.LitArray.Add(mono);
blb++;
}
break;
case "line":
{
XAttribute attrb = lit.Attribute("color");
var clr = FeatureLit.FromName(string.IsNullOrEmpty((string)attrb) ? "Red" : (string)attrb);
int repeat = 1;
Point3D ptoffset = new Point3D();
attrb = lit.Attribute("repeat");
if (!string.IsNullOrEmpty((string)attrb))
{
repeat = (int)attrb;
attrb = lit.Attribute("ptoffset");
if (string.IsNullOrEmpty((string)attrb))
{
throw new ArgumentNullException("ptoffset");
}
ptoffset = (Point3D)attrb;
}
List <Point3D> pts = new List <Point3D>();
for (int ndx = 1; ; ndx++)
{
attrb = lit.Attribute("pt" + ndx.ToString());
if (string.IsNullOrEmpty((string)attrb))
{
break;
}
pts.Add((Point3D)attrb);
}
attrb = lit.Attribute("close");
bool close = (!string.IsNullOrEmpty((string)attrb));
var repoffset = new Point3D();
for (int ndx = 0; ndx < repeat; ndx++)
{
short startNdx = (short)Global.Instance.LineVertices.Count;
foreach (var pt in pts)
{
Global.Instance.LineIndices.Add((short)Global.Instance.LineVertices.Count);
Global.Instance.LineVertices.Add(new IndexPoint3D(pt + offset + repoffset, clr.GlobalIndex));
}
if (close)
{
Global.Instance.LineIndices.Add(startNdx);
}
Global.Instance.LineIndices.Add(-1);
repoffset += ptoffset;
}
}
break;
case "triangle":
{
XAttribute attrb = lit.Attribute("color");
var clr = FeatureLit.FromName(string.IsNullOrEmpty((string)attrb) ? "Red" : (string)attrb);
for (int ndx = 1; ; ndx++)
{
attrb = lit.Attribute("pt" + ndx.ToString());
if (string.IsNullOrEmpty((string)attrb))
{
break;
}
Point3D pt = (Point3D)attrb + offset;
Global.Instance.TriIndices.Add((short)Global.Instance.TriVertices.Count);
Global.Instance.TriVertices.Add(new IndexPoint3D(pt, clr.GlobalIndex));
}
Global.Instance.TriIndices.Add(-1);
}
break;
case "dmx":
{
var dmxStrand = Global.Instance.DMXStrand;
DMXLit dmx = new DMXLit(nm + ":dmx:" + rgbt++)
{
Strnd = dmxStrand,
Index = dmxStrand.lites.Count,
Clr = Clr.FromName("darkred"),
};
dmxStrand.lites.Add(dmx);
view.LitArray.Add(dmx);
foreach (XElement trig in lit.Elements())
{
string tri = trig.Name.LocalName.ToLower();
switch (tri)
{
case "triangle":
{
bool alldark = ((string)trig.Attribute("alldark")) != null;
for (int ndx = 1; ; ndx++)
{
XAttribute attrb = trig.Attribute("pt" + ndx);
if (string.IsNullOrEmpty((string)attrb))
{
break;
}
Point3D pt = (Point3D)attrb + offset;
dmx.AddPoint(pt);
Global.Instance.TriIndices.Add((short)Global.Instance.TriVertices.Count);
Global.Instance.TriVertices.Add(new IndexPoint3D(pt, dmx.GlobalIndex | ((!alldark && ndx == 3) ? 0 : 0x00010000)));
}
Global.Instance.TriIndices.Add(-1);
}
break;
}
}
}
break;
//case "rgbtriangle":
// {
// XAttribute attrb;
// string distance = string.Empty;
// attrb = lit.Attribute("color");
// if (string.IsNullOrEmpty((string)attrb))
// throw new Exception("rgbTriangle requires 'color' attrb.");
// Clr clr = Clr.FromName((string)attrb);
// DMXLit rgb = new DMXLit(nm + ":rgbt:" + rgbt++)
// {
// Strnd = dmxStrand,
// Index = dmxStrand.lites.Count,
// Clr = clr,
// };
// if ((string)lit.Attribute("ndx") != null)
// rgb.Index = (Int32)lit.Attribute("ndx");
// dmxStrand.lites.Add(rgb);
// view.LitArray.Add(rgb);
// for (int ndx = 1; ; ndx++)
// {
// attrb = lit.Attribute("pt" + ndx);
// if (string.IsNullOrEmpty((string)attrb)) break;
// Point3D pt = (Point3D)attrb + offset;
// attrb = lit.Attribute("clr" + ndx);
// if (attrb != null)
// rgb.LiteNdx.Add(Global.Instance.TriVertices.Count);
// else
// rgb.DimNdx.Add(Global.Instance.TriVertices.Count);
// Global.Instance.TriIndices.Add((short)Global.Instance.TriVertices.Count);
// Global.Instance.TriVertices.Add(new ColorPoint3D(pt, clr));
// }
// Global.Instance.TriIndices.Add(-1);
// }
// break;
}
}
//LitGrp.Build(vu, nm, rowoff, coloff);
//LitGrpSeq.Build(vu, nm);
}