Showing content from http://www.arrayfire.org/docs/group__image__func__medfilt.htm below:
ArrayFire: medfilt
Median Filter. More...
AFAPI array medfilt (const array &in, const dim_t wind_length=3, const dim_t wind_width=3, const borderType edge_pad=AF_PAD_ZERO) C++ Interface for median filter. More...
AFAPI array medfilt1 (const array &in, const dim_t wind_width=3, const borderType edge_pad=AF_PAD_ZERO) C++ Interface for median filter. More...
AFAPI array medfilt2 (const array &in, const dim_t wind_length=3, const dim_t wind_width=3, const borderType edge_pad=AF_PAD_ZERO) C++ Interface for median filter. More...
AFAPI af_err af_medfilt (af_array *out, const af_array in, const dim_t wind_length, const dim_t wind_width, const af_border_type edge_pad) C Interface for median filter. More...
AFAPI af_err af_medfilt1 (af_array *out, const af_array in, const dim_t wind_width, const af_border_type edge_pad) C Interface for 1D median filter. More...
AFAPI af_err af_medfilt2 (af_array *out, const af_array in, const dim_t wind_length, const dim_t wind_width, const af_border_type edge_pad) C Interface for median filter. More...
Median Filter.
A median filter is similar to the arbitrary filter except that instead of a weighted sum, the median value of the pixels covered by the kernel is returned.
◆ af_medfilt()
C Interface for median filter.
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Parameters
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[out] out array is the processed image [in] in array is the input image [in] wind_length is the kernel height [in] wind_width is the kernel width [in] edge_pad value will decide what happens to border when running filter in their neighborhood. It takes one of the values [AF_PAD_ZERO | AF_PAD_SYM]
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Returns
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AF_SUCCESS if the median filter is applied successfully, otherwise an appropriate error code is returned.
◆ af_medfilt1()
C Interface for 1D median filter.
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Parameters
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[out] out array is the processed signal [in] in array is the input signal [in] wind_width is the kernel width [in] edge_pad value will decide what happens to border when running filter in their neighborhood. It takes one of the values [AF_PAD_ZERO | AF_PAD_SYM]
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Returns
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AF_SUCCESS if the median filter is applied successfully, otherwise an appropriate error code is returned.
◆ af_medfilt2()
C Interface for median filter.
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Parameters
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[out] out array is the processed image [in] in array is the input image [in] wind_length is the kernel height [in] wind_width is the kernel width [in] edge_pad value will decide what happens to border when running filter in their neighborhood. It takes one of the values [AF_PAD_ZERO | AF_PAD_SYM]
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Returns
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AF_SUCCESS if the median filter is applied successfully, otherwise an appropriate error code is returned.
◆ medfilt()
C++ Interface for median filter.
A multi dimensional data container.
@ AF_PAD_ZERO
Out of bound values are 0.
AFAPI array medfilt(const array &in, const dim_t wind_length=3, const dim_t wind_width=3, const borderType edge_pad=AF_PAD_ZERO)
C++ Interface for median filter.
-
Parameters
-
[in] in array is the input image [in] wind_length is the kernel height [in] wind_width is the kernel width [in] edge_pad value will decide what happens to border when running filter in their neighborhood. It takes one of the values [AF_PAD_ZERO | AF_PAD_SYM]
-
Returns
-
the processed image
◆ medfilt1()
C++ Interface for median filter.
-
Parameters
-
[in] in array is the input signal [in] wind_width is the kernel width [in] edge_pad value will decide what happens to border when running filter in their neighborhood. It takes one of the values [AF_PAD_ZERO | AF_PAD_SYM]
-
Returns
-
the processed signal
◆ medfilt2()
C++ Interface for median filter.
-
Parameters
-
[in] in array is the input image [in] wind_length is the kernel height [in] wind_width is the kernel width [in] edge_pad value will decide what happens to border when running filter in their neighborhood. It takes one of the values [AF_PAD_ZERO | AF_PAD_SYM]
-
Returns
-
the processed image
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