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- import curses
- def mandelbrotTest(c):
- ''''Tests to see if a point is is the mandelbrot set, and assigns it
- a character based on how quickly it escaped, if at all.'''
- iToChar = {5:'@', 4:'O', 3:'*', 2:'.', 1:'`', 0:' '}
- f = lambda z: z ** 2 + c
- Z = f(0)
- i = 0
- while abs(Z) <= 2:
- if i > 500:
- break
- Z = f(Z)
- i += 1
- return iToChar[int(i / 100)]
- def main(stdscr):
- X = 51 # Resolution. Should be an odd number.
- Y = 51
- xMid = X // 2 # This represents the axes on a complex plane.
- yMid = Y // 2
- dx = 2 / xMid # How much each cell represents in the context
- dy = 2 / yMid # of the complex plane.
- conCol = lambda col: -2 + dx * col # Converts a colum/row to the equivalent
- conRow = lambda row: 2 - dy * row # Complex number
- stdscr.clear()
- stdscr.refresh()
- canvas = curses.newpad(Y,X)
- for row in range(Y):
- for col in range(X):
- x, y = conCol(col), conRow(row)
- c = complex(x, y)
- canvas.addstr(row, col, mandelbrotTest(c))
- canvas.refresh(0,0, 0,0, Y,X)
- if __name__ == "__main__":
- curses.wrapper(main)
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