64 lines
2.7 KiB
Python
64 lines
2.7 KiB
Python
import math
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import random
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def main():
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f = open("output.css", "w")
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n = 25
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initial = []
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for i in range(n): # Top Light
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t, b = round(100*i/(n-2) + 2, 2), round(4*math.sin((1/5)*math.pi*i) + 20)
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l = round(t - (1/2)*b, 2)
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l2 = round(t - (1/2)*(b+1), 2)
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p0 = f'-webkit-clip-path: polygon({t}% 0, {round(t+0.1, 2)}% 0, {l}% {b}%, {round(l-0.1, 2)}% {b}%);'
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p1 = f'-webkit-clip-path: polygon({t}% 0, {round(t+0.1, 2)}% 0, {l2}% {b+1}%, {round(l2-0.1, 2)}% {b+1}%);'
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f.write(f'@keyframes s{i+1} {{\n\t0% {{ {p0} }}\n\t100% {{ {p1} }}\n}}\n\n')
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initial.append(p0)
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for i in range(n): # Bottom Light
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t, b = round(100*i/(n-2) - 9.5, 2) , round(4*math.sin((1/5)*math.pi*i) + 20)
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r = round(t + (1/2)*b, 2)
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r2 = round(t + (1/2)*(b+1), 2)
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p0 = f'-webkit-clip-path: polygon({t}% 100%, {round(t+0.1, 2)}% 100%, {r}% {100-b}%, {round(r-0.1, 2)}% {100-b}%);'
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p1 = f'-webkit-clip-path: polygon({t}% 100%, {round(t+0.1, 2)}% 100%, {r2}% {99-b}%, {round(r2-0.1, 2)}% {99-b}%);'
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f.write(f'@keyframes s{i+n+1} {{\n\t0% {{ {p0} }}\n\t100% {{ {p1} }}\n}}\n\n')
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initial.append(p0)
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for i in range(n): # Top Dark
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t, b = round(100*i/(n-2) + 3, 2), round(4*math.sin((1/5)*math.pi*i) + 20 + random.randint(3, 5))
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l = round(t - (1/2)*b, 2)
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l2 = round(t - (1/2)*(b+1), 2)
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p0 = f'-webkit-clip-path: polygon({t}% 0, {round(t+0.1, 2)}% 0, {l}% {b}%, {round(l-0.1, 2)}% {b}%);'
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p1 = f'-webkit-clip-path: polygon({t}% 0, {round(t+0.1, 2)}% 0, {l2}% {b+1}%, {round(l2-0.1, 2)}% {b+1}%);'
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f.write(f'@keyframes s{i+2*n+1} {{\n\t0% {{ {p0} }}\n\t100% {{ {p1} }}\n}}\n\n')
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initial.append(p0)
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for i in range(n): # Bottom Dark
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t, b = round(100*i/(n-2) - 6.5, 2) , round(4*math.sin((1/5)*math.pi*i) + 20 + random.randint(3, 5))
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r = round(t + (1/2)*b, 2)
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r2 = round(t + (1/2)*(b+1), 2)
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p0 = f'-webkit-clip-path: polygon({t}% 100%, {round(t+0.1, 2)}% 100%, {r}% {100-b}%, {round(r-0.1, 2)}% {100-b}%);'
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p1 = f'-webkit-clip-path: polygon({t}% 100%, {round(t+0.1, 2)}% 100%, {r2}% {99-b}%, {round(r2-0.1, 2)}% {99-b}%);'
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f.write(f'@keyframes s{i+3*n+1} {{\n\t0% {{ {p0} }}\n\t100% {{ {p1} }}\n}}\n\n')
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initial.append(p0)
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for i in range(4*n): # Animations
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f.write(f'#bgWrap div:nth-child({i+1}) {{\n\tanimation: s{i+1} ease-in-out 3s infinite alternate;\n\t')
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if i in range(17, 25): f.write(f'background-color: #272727;')
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if i in range(33, 50): f.write(f'background-color: #272727;')
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if i in range(50, 67): f.write(f'background-color: #272727;')
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if i in range(67, 75): f.write(f'background-color: #b5b5b5;')
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if i in range(75, 83): f.write(f'background-color: #272727;')
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if i in range(83, 100): f.write(f'background-color: #b5b5b5;')
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f.write(f'\n\t{initial[i]}\n}}\n\n')
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if __name__ == "__main__":
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main() |