MtkApplyRegression.c File Reference

#include "MisrRegression.h"
#include "MisrUtil.h"
#include <stdlib.h>
#include <math.h>

Go to the source code of this file.

Functions
MTKt_status	MtkApplyRegression (const MTKt_DataBuffer *Source, const MTKt_DataBuffer *Source_mask, const MTKt_MapInfo *Source_map_info, const MTKt_RegressionCoeff *Regression_coeff, const MTKt_MapInfo *Regression_coeff_map_info, MTKt_DataBuffer *Regressed, MTKt_DataBuffer *Regressed_mask)
	Apply regression to given data. Uses MtkResampleCubicConvolution to resample regression coefficients to resolution of the input data. Output data is the same size and resolution as the input data. More...

Function Documentation

MtkApplyRegression()

MTKt_status MtkApplyRegression	(	const MTKt_DataBuffer *	Source,
		const MTKt_DataBuffer *	Source_mask,
		const MTKt_MapInfo *	Source_map_info,
		const MTKt_RegressionCoeff *	Regression_coeff,
		const MTKt_MapInfo *	Regression_coeff_map_info,
		MTKt_DataBuffer *	Regressed,
		MTKt_DataBuffer *	Regressed_mask
	)

Apply regression to given data. Uses MtkResampleCubicConvolution to resample regression coefficients to resolution of the input data. Output data is the same size and resolution as the input data.

Returns

MTK_SUCCESS if successful.

Example:

In this example we apply a regression based on the supplied source, source_mask, and source_map_info using regression_coeff and regression_coeff_map_info. The result is regressed and regressed_mask.

status = MtkApplyRegression(&source, &source_mask, &source_map_info, &regression_coeff, &regression_coeff_map_info, &regressed, &regressed_mask);

Note

Parameters

[in]	Source	Input data. (float)
[in]	Source_mask	Valid mask for input data. (uint8)
[in]	Source_map_info	Map info for input data
[in]	Regression_coeff	Regression coefficients
[in]	Regression_coeff_map_info	Map info for regression coefficients
[out]	Regressed	Output data. (float)
[out]	Regressed_mask	Valid mask for output data. (uint8)

Definition at line 36 of file MtkApplyRegression.c.