/
create_func.gml
296 lines (276 loc) · 7.6 KB
/
create_func.gml
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checkpoints = ceil(shapefunc_cp);
blanknew = 1;
xmax = -$ffff;
xmin = $ffff;
ymax = -$ffff;
ymin = $ffff;
dotfreq = 1;
if (blankmode == "dot") or (blankmode == "dotsolid")
{
if (blankmode2 == 0)
dotfreq = checkpoints/(blank_freq_r);
else
dotfreq = blank_period_r/resolution;
if (dotfreq < 1)
dotfreq = 1;
}
else if (blankmode == "dash")
{
if (blankmode2 == 0)
dotfreq = checkpoints/(blank_freq_r+0.5);
else
dotfreq = blank_period_r/resolution;
if (dotfreq < 1)
dotfreq = 1;
}
if (colormode == "dash")
{
if (colormode2 == 0)
colorfreq = checkpoints/(color_freq_r+0.5);
else
colorfreq = color_period_r/resolution;
if (colorfreq < 1)
colorfreq = 1;
}
dotdivcurrent = blank_offset_r/pi/2-0.001;
for (n = 0;n <= checkpoints; n++)
{
makedot = 0;
//XY
ML_VM_SetVarReal(parser_shape,"point",n/checkpoints);
if (func_doaudio != 0)
{
ML_VM_SetVarReal(parser_shape, "audio_wave", buffer_peek(bufferIn, min(n,2047)*4, buffer_f32)/40000);
ML_VM_SetVarReal(parser_shape, "audio_spectrum", buffer_peek(bufferOut, round(min(n/checkpoints*511,511))*4, buffer_f32));
}
result_x = ML_Execute(parser_shape,compiled_x);
if (!ML_ResObj_HasAnswer(result_x))
{
show_message_new("Unexpected value for X at point="+string(n/checkpoints)+" , frame="+string(t));
ML_ResObj_Cleanup(result_x);
ML_CompileCleanup(compiled_x);
ML_CompileCleanup(compiled_y);
return 0;
}
result_y = ML_Execute(parser_shape,compiled_y);
if (!ML_ResObj_HasAnswer(result_y))
{
show_message_new("Unexpected value for Y at point="+string(n/checkpoints)+" , frame="+string(t));
ML_ResObj_Cleanup(result_y);
ML_ResObj_Cleanup(result_x);
ML_CompileCleanup(compiled_x);
ML_CompileCleanup(compiled_y);
return 0;
}
//BLANK
if (blankmode == "solid")
{
blank = 0;
if (n == 0) and (enddots)
makedot = 1;
}
else if (blankmode == "dash")
{
if (blank_dc_r >= 0.98)
{
blank = 0;
if (blanknew != blank) and (enddots)
{
makedot = 2;
blanknew = blank;
}
}
else if (floor(n+blank_offset_r/pi/2*dotfreq) % round(dotfreq) > blank_dc_r*dotfreq) or (blank_dc_r < 0.02)
{
blank = 1;
if (blanknew != blank) and (enddots)
{
makedot = 2;
blanknew = blank;
}
}
else
{
blank = 0;
if (blanknew != blank) and (enddots)
{
makedot = 2;
blanknew = blank;
}
}
}
else if (blankmode == "dot")
{
if ( ((n+blank_offset_r/pi/2*dotfreq) div dotfreq) > dotdivcurrent )
{
makedot = 1;
dotdivcurrent = ((n+blank_offset_r/pi/2*dotfreq) div dotfreq);
}
blank = 1;
}
else if (blankmode == "dotsolid")
{
if ( ((n+blank_offset_r/pi/2*dotfreq) div dotfreq) > dotdivcurrent )
{
makedot = 1;
dotdivcurrent = ((n+blank_offset_r/pi/2*dotfreq) div dotfreq);
}
blank = 0;
}
else if (blankmode == "func")
{
if (!func_blank())
return 0;
if (blanknew != blank) and (enddots)
{
makedot = 2;
blanknew = blank;
}
}
//COLOR
if (colormode == "solid")
{
c = color1_r;
}
else if (colormode == "rainbow")
{
if (colormode2 == 0)
{
colorrb = make_colour_hsv(((color_offset_r/(2*pi)+ (checkpoints-n)*color_freq_r/checkpoints)*255)%255,255,255);
}
else
{
colorrb = make_colour_hsv(((color_offset_r/(2*pi)+ (checkpoints-n)*resolution/color_period_r)*255)%255,255,255);
}
c = colorrb;
}
else if (colormode == "gradient")
{
if (colormode2 == 0)
{
var tt = color_offset_r/(2*pi)+ (checkpoints-n)*color_freq_r/checkpoints;
tt = (tt*2) mod 2;
if (tt > 1) tt = 2-tt;
var colorresult = merge_colour(color1_r,color2_r,tt);
}
else
{
var tt = color_offset_r/(2*pi)+ (checkpoints-n)*resolution/color_period_r;
tt = (tt*2) mod 2;
if (tt > 1) tt = 2-tt;
var colorresult = merge_colour(color1_r,color2_r,tt);
}
c = colorresult;
}
else if (colormode == "dash")
{
if (color_dc_r >= 0.98)
{
c = color1_r;
}
else if (floor(n+color_offset_r/pi/2*colorfreq) % floor(colorfreq) > color_dc_r*colorfreq) or (color_dc_r < 0.02)
{
c = color2_r;
}
else
{
c = color1_r;
}
}
else if (colormode == "func")
if (!func_color())
return 0;
if (enddots)
{
if (!makedot) and (blankmode != "dot") and (n == checkpoints) and (blank == 0)
makedot = 1;
}
if (n)
{
xpprev = xp;
ypprev = yp;
}
xp = ML_ResObj_GetFinalAnswer(result_x);
yp = ML_ResObj_GetFinalAnswer(result_y);
ML_ResObj_Cleanup(result_y);
ML_ResObj_Cleanup(result_x);
if (n == 0)
{
xpprev = xp;
ypprev = yp;
}
if (makedot)
{
if (blankmode == "dot")
{
ds_list_add(new_list,xp);
ds_list_add(new_list,yp);
ds_list_add(new_list,1);
ds_list_add(new_list,c);
repeat (dotmultiply)
{
ds_list_add(new_list,xp);
ds_list_add(new_list,yp);
ds_list_add(new_list,0);
ds_list_add(new_list,c);
}
}
else
{
if (makedot == 2)
{
if (blank)
{
ds_list_add(new_list,xpprev);
ds_list_add(new_list,ypprev);
ds_list_add(new_list,1);
ds_list_add(new_list,c);
}
else
{
ds_list_add(new_list,xpprev);
ds_list_add(new_list,ypprev);
ds_list_add(new_list,0);
ds_list_add(new_list,controller.enddotscolor_r);
}
repeat (dotmultiply)
{
ds_list_add(new_list,xpprev);
ds_list_add(new_list,ypprev);
ds_list_add(new_list,0);
ds_list_add(new_list,controller.enddotscolor_r);
}
}
else
{
ds_list_add(new_list,xp);
ds_list_add(new_list,yp);
ds_list_add(new_list,0);
ds_list_add(new_list,c);
repeat (dotmultiply)
{
ds_list_add(new_list,xp);
ds_list_add(new_list,yp);
ds_list_add(new_list,0);
ds_list_add(new_list,controller.enddotscolor_r);
}
}
}
}
else
{
ds_list_add(new_list,xp);
ds_list_add(new_list,yp);
ds_list_add(new_list,blank);
ds_list_add(new_list,c);
}
if (xp/128 > xmax)
xmax = xp/128;
if (xp/128 < xmin)
xmin = xp/128;
if (yp/128 > ymax)
ymax = yp/128;
if (yp/128 < ymin)
ymin = yp/128;
}
return 1;