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void SmoothRGB(RGB *src,RGB *dst,int width,int height,int m_width,int m_height,double param1,double param2,int Smooth_type){
double *chanel_r=(double*)malloc(sizeof(double)*width*height);
double *chanel_g=(double*)malloc(sizeof(double)*width*height);
double *chanel_b=(double*)malloc(sizeof(double)*width*height);
double *chanel_r_dst=(double*)malloc(sizeof(double)*width*height);
double *chanel_g_dst=(double*)malloc(sizeof(double)*width*height);
double *chanel_b_dst=(double*)malloc(sizeof(double)*width*height);
Split(src, chanel_r, chanel_g, chanel_b, width, height);
switch (Smooth_type) {
case SMOOTH_GAUSSIAN:{
GaussianFilter(chanel_r, chanel_r_dst, width, height, m_width, m_height, param1);
GaussianFilter(chanel_g, chanel_g_dst, width, height, m_width, m_height, param1);
GaussianFilter(chanel_b, chanel_b_dst, width, height, m_width, m_height, param1);
break;
}
case SMOOTH_MEDIAN:{
MedianFilter(chanel_r, chanel_r_dst, width, height, m_width, m_height);
MedianFilter(chanel_g, chanel_g_dst, width, height, m_width, m_height);
MedianFilter(chanel_b, chanel_b_dst, width, height, m_width, m_height);
break;
}
case SMOOTH_BILATERAL:{
BilateralFilter(chanel_r, chanel_r_dst, width, height, m_width, m_height, param1, param2);
BilateralFilter(chanel_g, chanel_g_dst, width, height, m_width, m_height, param1, param2);
BilateralFilter(chanel_b, chanel_b_dst, width, height, m_width, m_height, param1, param2);
break;
}
case SMOOTH_MEAN:{
MeanFilter(chanel_r, chanel_r_dst, width, height, m_width, m_height);
MeanFilter(chanel_g, chanel_g_dst, width, height, m_width, m_height);
MeanFilter(chanel_b, chanel_b_dst, width, height, m_width, m_height);
break;
}
default:
break;
}
Merge(chanel_r_dst, chanel_g_dst, chanel_b_dst, dst, width, height);
free(chanel_r);
free(chanel_g);
free(chanel_b);
free(chanel_r_dst);
free(chanel_g_dst);
free(chanel_b_dst);
}
void SmoothHSI(HSI *src,HSI *dst,int width,int height,int m_width,int m_height,double param1,double param2,int Smooth_type){
double *chanel_i=(double*)malloc(sizeof(double)*width*height);
double *chanel_i_dst=(double*)malloc(sizeof(double)*width*height);
Split(src, NULL, NULL, chanel_i, width, height);
switch (Smooth_type) {
case SMOOTH_GAUSSIAN:{
GaussianFilter(chanel_i, chanel_i_dst, width, height, m_width, m_height, param1);
break;
}
case SMOOTH_MEDIAN:{
MedianFilter(chanel_i, chanel_i_dst, width, height, m_width, m_height);
break;
}
case SMOOTH_BILATERAL:{
BilateralFilter(chanel_i, chanel_i_dst, width, height, m_width, m_height, param1, param2);
break;
}
case SMOOTH_MEAN:{
MeanFilter(chanel_i, chanel_i_dst, width, height, m_width, m_height);
break;
}
default:
break;
}
for(int i=0;i<width*height;i++){
dst[i].c1=src[i].c1;
dst[i].c2=src[i].c2;
dst[i].c3=chanel_i_dst[i];
}
free(chanel_i);
free(chanel_i_dst);
}
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