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- # Script to precalculate dir and plane values, as this keeps them in sync
- # However, this means no dynamic adjustments of the FOV,
- # as this is determined by the ratio between dir and plane vectors
- # currently resulting in an FOV of 2*atan(0.66/1.0)=66°
- from math import cos, sin, pi, pow
- import numpy as np
- from PIL import Image
- TEXTURE_NAME = "colorstone"
- rmap = [0,36,72,109,145,182,218,255]
- gmap = [0,36,72,109,145,182,218,255]
- bmap = [0,85,170,255]
- # print(str(doubleToFP16(planeY)) + ", ", end='')
- im = Image.open("Textures/" + TEXTURE_NAME + ".png")
- tex_array = np.array(im)
- print("{")
- for x in range(tex_array.shape[0]):
- for y in range(tex_array.shape[1]):
- r = tex_array[x][y][0]
- g = tex_array[x][y][1]
- b = tex_array[x][y][2]
- rval = min(range(len(rmap)), key=lambda i: abs(rmap[i]-r))
- gval = min(range(len(gmap)), key=lambda i: abs(gmap[i]-g))
- bval = min(range(len(bmap)), key=lambda i: abs(bmap[i]-b))
- print(str(rval*32+gval*4+bval) + ", ", end='')
- print()
- print("},")
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