public static VerticeArrayInfo GetColorArray(Vector4[] color, int vbo, bool doubletri = false)
{
string sTemp = color[0].X.ToString() + "x" + color[0].Y.ToString() + "x" + color[0].Z.ToString() + "x" + color[0].W.ToString() + "x" + color[1].X.ToString() + "x" + color[1].Y.ToString() + "x" + color[1].Z.ToString() + "x" + color[1].W.ToString() + "x" + color[2].X.ToString() + "x" + color[2].Y.ToString() + "x" + color[2].Z.ToString() + "x" + color[2].W.ToString() + "x" + color[3].X.ToString() + "x" + color[3].Y.ToString() + "x" + color[3].Z.ToString() + "x" + color[3].W.ToString();
VerticeArrayInfo vaiTemp = null;
if(color_DicSDicIVai.ContainsKey(vbo)) {
color_DicSDicIVai[vbo].TryGetValue(sTemp, out vaiTemp);
}
else {
color_DicSDicIVai.Add(vbo, new Dictionary<string, VerticeArrayInfo>());
}
if(vaiTemp == null) {
vaiTemp = new VerticeArrayInfo(vbo, (doubletri ? 6 : 3), MakeColorArray(color, doubletri));
color_DicSDicIVai[vbo].Add(sTemp, vaiTemp);
}
return vaiTemp;
}
public static int? AddToVBO(int vbo, int offset, VerticeArrayInfo vai)
{
return AddToVBO(vai.VBO, offset, vai.Data);
}
private void NonInterleavedVertex(Vector2 dim)
{
int? errorCheckIN;
vert_Vai = QuadVerticeHandler.GetVertexArray(dim, vBO_I, true);
if(!vert_Vai.InVBO) {
vert_Vai.VBO = vBO_I;
errorCheckIN = VBOHandler.AddToVBO(vBO_I, vert_Vai);
if(errorCheckIN.HasValue) { vert_Vai.Position = errorCheckIN.Value; vert_Vai.InVBO = true; }
else { Console.WriteLine("ERROR: Vert position!"); }
}
else { vBO_I = vert_Vai.VBO; }
vertDataPosition_I = vert_Vai.Position;
}
public static VerticeArrayInfo GetInterleavedVertColorArray(Vector3 pos, Vector2 dim, Vector4[] colors, int vbo, bool doubletri = false)
{
string sTemp = pos.X.ToString() + "x" + pos.Y.ToString() + "x" + pos.Z.ToString() + "x" + dim.X.ToString() + "x" + dim.Y.ToString() + "x" + colors[0].X.ToString() + "x" + colors[0].Y.ToString() + "x" + colors[0].Z.ToString() + "x" + colors[0].W.ToString() + "x" + colors[1].X.ToString() + "x" + colors[1].Y.ToString() + "x" + colors[1].Z.ToString() + "x" + colors[1].W.ToString() + "x" + colors[2].X.ToString() + "x" + colors[2].Y.ToString() + "x" + colors[2].Z.ToString() + "x" + colors[2].W.ToString() + "x" + colors[3].X.ToString() + "x" + colors[3].Y.ToString() + "x" + colors[3].Z.ToString() + "x" + colors[3].W.ToString();
VerticeArrayInfo vaiTemp = null;
if(quadVertices_DicSDicIVai.ContainsKey(vbo)) {
quadVertices_DicSDicIVai[vbo].TryGetValue(sTemp, out vaiTemp);
}
else {
quadVertices_DicSDicIVai.Add(vbo, new Dictionary<string, VerticeArrayInfo>());
}
if(vaiTemp == null) {
vaiTemp = new VerticeArrayInfo(vbo, (doubletri ? 6 : 3), MakeInterleavedVertColorArray(pos, dim, colors, doubletri));
quadVertices_DicSDicIVai[vbo].Add(sTemp, vaiTemp);
}
return vaiTemp;
}
public static VerticeArrayInfo GetVertexArray(Vector2 dim, int vbo, bool doubletri = false)
{
string sTemp = dim.X.ToString() + "x" + dim.Y.ToString(); //Varför inte göra vbo + x + width + x + height här också? (Svar: för att här finns tillgång till en liten extra klass (som inte finns i FontHandler buffer tjosset) - vilket borde vara lite snabbare än att sätta ihop en längre string!)
VerticeArrayInfo vaiTemp = null;
if(quadVertices_DicSDicIVai.ContainsKey(vbo)) {
quadVertices_DicSDicIVai[vbo].TryGetValue(sTemp, out vaiTemp);
}
else {
quadVertices_DicSDicIVai.Add(vbo, new Dictionary<string, VerticeArrayInfo>());
}
if(vaiTemp == null) {
vaiTemp = new VerticeArrayInfo(vbo, (doubletri ? 6 : 3), MakeVertexArray(0f, 0f, 0f, dim.X, dim.Y, doubletri));
quadVertices_DicSDicIVai[vbo].Add(sTemp, vaiTemp);
}
return vaiTemp;
}
public static VerticeArrayInfo GetTexCoordArray(float left, float bottom, float width, float height, int vbo, bool doubletri = false)
{
string sTemp = left.ToString() + "x" + bottom.ToString() + "x" + width.ToString() + "x" + height.ToString();
VerticeArrayInfo vaiTemp = null;
if(texCoords_DicSDicIVai.ContainsKey(vbo)) {
texCoords_DicSDicIVai[vbo].TryGetValue(sTemp, out vaiTemp);
}
else {
texCoords_DicSDicIVai.Add(vbo, new Dictionary<string, VerticeArrayInfo>());
}
if(vaiTemp == null) {
vaiTemp = new VerticeArrayInfo(vbo, (doubletri ? 6 : 3), MakeTexCoordArray(left, bottom, width, height, doubletri));
texCoords_DicSDicIVai[vbo].Add(sTemp, vaiTemp);
}
return vaiTemp;
}
public static VerticeArrayInfo GetInterleavedVertTexCoordArray(Vector3 pos, Vector2 dim, float texcleft, float texcbottom, float texcwidth, float texcheight, int vbo, bool doubletri = false)
{
string sTemp = pos.X.ToString() + "x" + pos.Y.ToString() + "x" + pos.Z.ToString() + "x" + dim.X.ToString() + "x" + dim.Y.ToString() + "x" + texcleft.ToString() + "x" + texcbottom.ToString() + "x" + texcwidth.ToString() + "x" + texcheight.ToString();
VerticeArrayInfo vaiTemp = null;
if(quadVertices_DicSDicIVai.ContainsKey(vbo)) {
quadVertices_DicSDicIVai[vbo].TryGetValue(sTemp, out vaiTemp);
}
else {
quadVertices_DicSDicIVai.Add(vbo, new Dictionary<string, VerticeArrayInfo>());
}
if(vaiTemp == null) {
vaiTemp = new VerticeArrayInfo(vbo, (doubletri ? 6 : 3), MakeInterleavedVertTexCoordArray(pos, dim, texcleft, texcbottom, texcwidth, texcheight, doubletri));
quadVertices_DicSDicIVai[vbo].Add(sTemp, vaiTemp);
}
return vaiTemp;
}
