This Library provide a selection of fast CYTHON methods for generating fisheye rendering.
The fisheye algorithms are compatible for both 24, 32-bit format textures.
- python > 3.0
- numpy arrays
- pygame with SDL version 1.2 (SDL version 2 untested)
Cython
- A compiler such visual studio, MSVC, CGYWIN setup correctly
on your system.
- a C compiler for windows (Visual Studio, MinGW etc) install on your system
and linked to your windows environment.
Note that some adjustment might be needed once a compiler is install on your system,
refer to external documentation or tutorial in order to setup this process.
e.g https://devblogs.microsoft.com/python/unable-to-find-vcvarsall-bat/
The flag OPENMP can be changed any time if you wish to use multiprocessing or not (default True, using multi-processing). Also you can change the number of threads needed with the flag THREAD_NUMBER (default 8 threads)
In a command prompt and under the directory containing the source files
C:\>python setup_FishEye.py build_ext --inplace
If the compilation fail, refers to the requirement section and make sure cython
and a C-compiler are correctly install on your system.
Run the python file FISH_EYE.py for a demonstration.
32-bit Fish eye lens image can be obtain the following way in python
# ------------------------------------------
import pygame
from FISHEYE import fish_eye24, fish_eye32
screen = pygame.display.set_mode((800, 600))
surface32 = pygame.image.load("EMARALD.jpg").convert_alpha()
surface32 = pygame.transform.smoothscale(surface32, (800, 600))
fisheye_surface = fish_eye32(surface32)
screen.blit(fisheye_surface, (0, 0))
pygame.display.flip()
# ------------------------------------------