def __init__(self, kernel=None, image=None):
self.fftengine = fftengine.fftEngine()
self.kernel = None
self.shape = None
self.image_fft = None
self.kernel_fft = {}
if kernel is not None:
self.setKernel(kernel)
if image is not None:
self.setImage(image)
def __init__(self, kernel=None, image=None):
self.fftengine = fftengine.fftEngine()
self.kernel = None
self.shape = None
self.image_fft = None
self.kernel_fft = {}
if kernel is not None:
self.setKernel(kernel)
if image is not None:
self.setImage(image)
#
import numpy
import quietscipy
import scipy.ndimage
import fftengine
import sys
try:
import numextension
except:
pass
import math
import arraystats
from scipy import stats
ffteng = fftengine.fftEngine()
### wrap some functions that are in numextension
def minmax(image):
return (image.min(), image.max())
def despike(image, size=11, sigma=3.5, debug=0):
'''
size is the neighborhood size. wide spikes require a wider
neighborhood. size = 11 has been shown to work well on spikes
up to 3 or 4 pixels wide.
sigma is the threshold for spike intensity.
the mean and std. dev. are calculated in a neighborhood around
each pixel. if the pixel value varies by more than sigma * std
dev. then the pixel will be set to the mean value.
#
import numpy
import quietscipy
import scipy.ndimage
import fftengine
import sys
try:
import numextension
except:
pass
import math
import arraystats
from scipy import stats
ffteng = fftengine.fftEngine()
### wrap some functions that are in numextension
def minmax(image):
return (image.min(), image.max())
def despike(image, size=11, sigma=3.5, debug=0):
'''
size is the neighborhood size. wide spikes require a wider
neighborhood. size = 11 has been shown to work well on spikes
up to 3 or 4 pixels wide.
sigma is the threshold for spike intensity.
the mean and std. dev. are calculated in a neighborhood around
def __init__(self, pad=False):
self.fftengine = fftengine.fftEngine()
self.clearBuffer()
self.pad = pad
def __init__(self, pad=False): self.fftengine = fftengine.fftEngine() self.clearBuffer() self.pad = pad