static duk_ret_t Line_Ctor_Selector(duk_context* ctx)
{
int numArgs = duk_get_top(ctx);
if (numArgs == 2 && GetValueObject<float3>(ctx, 0, float3_ID) && GetValueObject<float3>(ctx, 1, float3_ID))
return Line_Ctor_float3_float3(ctx);
if (numArgs == 1 && GetValueObject<Ray>(ctx, 0, Ray_ID))
return Line_Ctor_Ray(ctx);
if (numArgs == 1 && GetValueObject<LineSegment>(ctx, 0, LineSegment_ID))
return Line_Ctor_LineSegment(ctx);
if (numArgs == 0)
return Line_Ctor(ctx);
duk_error(ctx, DUK_ERR_ERROR, "Could not select function overload");
}
void MovingSquare_Ctor(MovingSquare* synth) {
World* world = synth -> mWorld;
QImage** resources = new QImage*[1];
ReadRef* readRef = new ReadRef();
int** readRefInIntBuffer = new int*[1];
readRefInIntBuffer[0] = synth->mIntParams[3];
Unit_Ctor(readRef, world, NULL, NULL, readRefInIntBuffer, NULL, NULL, resources);
ReadRef_Ctor(readRef);
// Line from 255 to 0 over n frames
float* lineXStart = synth->mFloatParams[2];
float* lineXEnd = synth->mFloatParams[3];
float* lineXSteps = synth->mFloatParams[6];
float* lineXOut = new float(0);
float** lineXInFloatBuffer = new float*[3];
lineXInFloatBuffer[0] = lineXStart;
lineXInFloatBuffer[1] = lineXEnd;
lineXInFloatBuffer[2] = lineXSteps;
float** lineXOutFloatBuffer = new float*[1];
lineXOutFloatBuffer[0] = lineXOut;
Line* lineX = new Line();
Unit_Ctor(lineX, world, lineXInFloatBuffer, lineXOutFloatBuffer, NULL, NULL, NULL, NULL);
Line_Ctor(lineX);
float* lineYStart = synth->mFloatParams[4];
float* lineYEnd = synth->mFloatParams[5];
float* lineYSteps = synth->mFloatParams[6];
float* lineYOut = new float(0);
float** lineYInFloatBuffer = new float*[3];
lineYInFloatBuffer[0] = lineYStart;
lineYInFloatBuffer[1] = lineYEnd;
lineYInFloatBuffer[2] = lineYSteps;
float** lineYOutFloatBuffer = new float*[1];
lineYOutFloatBuffer[0] = lineYOut;
Line* lineY = new Line();
Unit_Ctor(lineY, world, lineYInFloatBuffer, lineYOutFloatBuffer, NULL, NULL, NULL, NULL);
Line_Ctor(lineY);
int* colorR = synth->mIntParams[0];
int* colorG = synth->mIntParams[1];
int* colorB = synth->mIntParams[2];
int** colorInIntBuffer = new int*[4];
colorInIntBuffer[0] = colorR;
colorInIntBuffer[1] = colorG;
colorInIntBuffer[2] = colorB;
colorInIntBuffer[3] = new int(255);
int* colorOut = new int(0);
int** colorOutIntBuffer = new int*[1];
colorOutIntBuffer[0] = colorOut;
Color* color = new Color();
Unit_Ctor(color, world, NULL, NULL, colorInIntBuffer, colorOutIntBuffer, NULL, NULL);
Color_Ctor(color);
// Draw a rectangle to the image
float* rectX = lineXOut;
float* rectY = lineYOut;
float* rectWidth = synth->mFloatParams[0];
float* rectHeight = synth->mFloatParams[1];
float** rectInFloatBuffer = new float*[4];
rectInFloatBuffer[0] = rectX;
rectInFloatBuffer[1] = rectY;
rectInFloatBuffer[2] = rectWidth;
rectInFloatBuffer[3] = rectHeight;
int** intInBuffer = new int*[1];
intInBuffer[0] = colorOutIntBuffer[0];
RectFast* rect = new RectFast();
Unit_Ctor(rect, world, rectInFloatBuffer, NULL, intInBuffer, NULL, NULL, resources);
RectFast_Ctor(rect);
synth -> mNumberOfUnits = 5;
synth -> mUnits = new Unit*[synth -> mNumberOfUnits];
synth -> mUnits[0] = readRef;
synth -> mUnits[1] = lineX;
synth -> mUnits[2] = lineY;
synth -> mUnits[3] = color;
synth -> mUnits[4] = rect;
}