public void LoadData()
{
Names = new NameArray();
Object obj = Resources.Load("names");
Names = JsonUtility.FromJson <NameArray>(obj.ToString());
}
static void Main(string[] args)
{
string[] name = new string[] { "Gill", "Amber", "Roven", "Claire", "Erica", "Frederica", "Jo", "Lindsay", "Morris" };
NameArray nameArray = new NameArray();
nameArray.Name = name;
Console.Write("\nName = ");
for (int i = 0; i < name.Length; i++)
{
Console.Write(name[i] + " ");
}
nameArray.LongestString(); //Print the longest name
System.Collections.ArrayList nameWithC = nameArray.TestStringIncludeC();
Console.Write("\nName(s) include c or C : ");
foreach (string s in nameWithC)
{
Console.Write(s + " ");
}
Console.WriteLine("\n\nThere are {0} names including c or C.", nameWithC.Count);
Console.WriteLine("\n\n");
}
public static PrimitiveData DecodeMorphedPrimitivesUnweighted(Matrix4 bindMatrix, Morph morph)
{
if (!(morph.BaseMeshUrl.GetElement(morph.Root) is Geometry baseMesh))
{
WriteLine("Morph base mesh '" + morph.BaseMeshUrl.TargetID + "' does not point to a valid geometry entry.");
return(null);
}
DecodePrimitives(baseMesh, bindMatrix, null,
out VertexShaderDesc baseInfo, out List <VertexPrimitive> baseLines, out List <VertexPolygon> baseFaces);
var targets = morph.TargetsElement;
InputUnshared morphTargets = null, morphWeights = null;
foreach (InputUnshared input in targets.InputElements)
{
switch (input.CommonSemanticType)
{
case ESemantic.MORPH_TARGET: morphTargets = input; break;
case ESemantic.MORPH_WEIGHT: morphWeights = input; break;
}
}
Source targetSource = morphTargets?.Source?.GetElement <Source>(morphTargets.Root);
Source weightSource = morphWeights?.Source?.GetElement <Source>(morphWeights.Root);
NameArray nameArray = targetSource?.GetArrayElement <NameArray>();
FloatArray weightArray = weightSource?.GetArrayElement <FloatArray>();
string[] geomIds = nameArray?.StringContent?.Values;
float[] weights = weightArray?.StringContent?.Values;
if (geomIds == null || weights == null)
{
WriteLine("Morph set for '" + morph.BaseMeshUrl.TargetID + "' does not have valid target and weight inputs.");
return(null);
}
int count = geomIds.Length;
if (geomIds.Length != weights.Length)
{
WriteLine("Morph set for '" + morph.BaseMeshUrl.TargetID + "' does not have a target count that matches weight count.");
count = Math.Min(geomIds.Length, weights.Length);
}
Geometry geom;
List <VertexPrimitive>[] morphLines = new List <VertexPrimitive> [count];
List <VertexPolygon>[] morphFaces = new List <VertexPolygon> [count];
for (int i = 0; i < count; ++i)
{
geom = targets.Root.GetIDEntry <Geometry>(geomIds[i]);
DecodePrimitives(geom, bindMatrix, null,
out VertexShaderDesc info, out List <VertexPrimitive> lines, out List <VertexPolygon> faces);
morphLines[i] = lines;
morphFaces[i] = faces;
}
//TODO: create data using weights and morphLines or morphFaces array
return(CreateData(baseInfo, baseLines, baseFaces));
}
