void registerAllTypes(asIScriptEngine* engine)
{
registerColor(engine);
registerInt(engine);
registerIntVector(engine);
registerFloat(engine);
registerFloatVector(engine);
registerGradient(engine);
registerPoint(engine);
registerRect(engine);
registerString(engine);
registerMesh(engine); // After Point
registerPath(engine); // After Point
registerPolygon(engine); // After Path
registerAnimation(engine);
}
// #################################################################
// グリフ作成のための頂点を生成
void Glyph::generateVertex(const FB::Vec3i idx, const float* pos, const char* str, const int m_bid)
{
FB::Vec3f b; // セルセンターのシフトインデクス
FB::Vec3f c; // セルセンター座標
FB::Vec3f p[8]; // グリフの8頂点
float w = 0.25; // Glyph幅の係数
float d = 0.05; // Glyph厚さの係数
b.assign((float)idx.x-0.5, (float)idx.y-0.5, (float)idx.z-0.5);
c = org + b * pch;
if ( !strcasecmp("x-", str))
{
b.assign( -pos[0], -w, -w); p[0] = c + b * pch;
b.assign(d-pos[0], -w, -w); p[1] = c + b * pch;
b.assign(d-pos[0], w, -w); p[2] = c + b * pch;
b.assign( -pos[0], w, -w); p[3] = c + b * pch;
b.assign( -pos[0], -w, w); p[4] = c + b * pch;
b.assign(d-pos[0], -w, w); p[5] = c + b * pch;
b.assign(d-pos[0], w, w); p[6] = c + b * pch;
b.assign( -pos[0], w, w); p[7] = c + b * pch;
registerPolygon(p, m_bid);
}
else if ( !strcasecmp("x+", str))
{
b.assign(pos[1]-d, -w, -w); p[0] = c + b * pch;
b.assign(pos[1] , -w, -w); p[1] = c + b * pch;
b.assign(pos[1] , w, -w); p[2] = c + b * pch;
b.assign(pos[1]-d, w, -w); p[3] = c + b * pch;
b.assign(pos[1]-d, -w, w); p[4] = c + b * pch;
b.assign(pos[1] , -w, w); p[5] = c + b * pch;
b.assign(pos[1] , w, w); p[6] = c + b * pch;
b.assign(pos[1]-d, w, w); p[7] = c + b * pch;
registerPolygon(p, m_bid);
}
else if ( !strcasecmp("y-", str))
{
b.assign(-w, -pos[2], -w); p[0] = c + b * pch;
b.assign( w, -pos[2], -w); p[1] = c + b * pch;
b.assign( w, d-pos[2], -w); p[2] = c + b * pch;
b.assign(-w, d-pos[2], -w); p[3] = c + b * pch;
b.assign(-w, -pos[2], w); p[4] = c + b * pch;
b.assign( w, -pos[2], w); p[5] = c + b * pch;
b.assign( w, d-pos[2], w); p[6] = c + b * pch;
b.assign(-w, d-pos[2], w); p[7] = c + b * pch;
registerPolygon(p, m_bid);
}
else if ( !strcasecmp("y+", str))
{
b.assign(-w, pos[3]-d, -w); p[0] = c + b * pch;
b.assign( w, pos[3]-d, -w); p[1] = c + b * pch;
b.assign( w, pos[3] , -w); p[2] = c + b * pch;
b.assign(-w, pos[3] , -w); p[3] = c + b * pch;
b.assign(-w, pos[3]-d, w); p[4] = c + b * pch;
b.assign( w, pos[3]-d, w); p[5] = c + b * pch;
b.assign( w, pos[3] , w); p[6] = c + b * pch;
b.assign(-w, pos[3] , w); p[7] = c + b * pch;
registerPolygon(p, m_bid);
}
else if ( !strcasecmp("z-", str))
{
b.assign(-w, -w, -pos[4]); p[0] = c + b * pch;
b.assign( w, -w, -pos[4]); p[1] = c + b * pch;
b.assign( w, w, -pos[4]); p[2] = c + b * pch;
b.assign(-w, w, -pos[4]); p[3] = c + b * pch;
b.assign(-w, -w, d-pos[4]); p[4] = c + b * pch;
b.assign( w, -w, d-pos[4]); p[5] = c + b * pch;
b.assign( w, w, d-pos[4]); p[6] = c + b * pch;
b.assign(-w, w, d-pos[4]); p[7] = c + b * pch;
registerPolygon(p, m_bid);
}
else if ( !strcasecmp("z+", str))
{
b.assign(-w, -w, pos[5]-d); p[0] = c + b * pch;
b.assign( w, -w, pos[5]-d); p[1] = c + b * pch;
b.assign( w, w, pos[5]-d); p[2] = c + b * pch;
b.assign(-w, w, pos[5]-d); p[3] = c + b * pch;
b.assign(-w, -w, pos[5] ); p[4] = c + b * pch;
b.assign( w, -w, pos[5] ); p[5] = c + b * pch;
b.assign( w, w, pos[5] ); p[6] = c + b * pch;
b.assign(-w, w, pos[5] ); p[7] = c + b * pch;
registerPolygon(p, m_bid);
}
else
{
Exit(0);
}
}
