Kinoshita at 00:50, 5 September 2014

2014-09-05T00:50:45Z

Kinoshita: Created page with "DataManip/mrcImage/src/'''lmrcSinogramFET''' is API for SinogramFET. It is used by mrcSinogramFET. == constant == Number of kind of feature value #define NumOfFeature 3..."

2014-09-05T00:28:42Z

Created page with "DataManip/mrcImage/src/'''lmrcSinogramFET''' is API for SinogramFET. It is used by mrcSinogramFET. == constant == Number of kind of feature value #define NumOfFeature 3..."

New page

DataManip/mrcImage/src/'''lmrcSinogramFET''' is API for SinogramFET. It is used by [[mrcSinogramFET]].

== constant ==
Number of kind of feature value
#define NumOfFeature 3
Width
#define FETwidth 0
[[Skewness]]
#define FETasymmetry 1
[[Kurtosis]]
#define FETkur 2

== struct ==
For lmrcSinogramFETSetting
typedef struct lmrcSinogramFETInfo {
int flagOutC;
mrcImage* OutC;
int flagsm;
int sm;
int outmode; // 1: ordinary 8 features 0: new 3 features
int mode;
}lmrcSinogramFETInfo;

lmrcSinogramFETPCASetting for .
typedef struct lmrcSinogramFETPCAInfo{
FILE* inList;
int flagInImage;
mrcImage* inImage;
Array X;
Array Ave;
Array C;
Array u;
Array lambda;
Array fetpcad;
FILE* Out;
int mode;
}lmrcSinogramFETPCAInfo;

== API ==
===SinogramFETの算出===
SinogramのFeaturesを算出します.
extern void lmrcSinogramFET(mrcImage* in, mrcImage* out, lmrcSinogramFETInfo info, int mode);

===ラインの切り出し===
Featuresを算出に使用するdataをSinogramから切り出します.<br>
各θ毎で平均値によった値を上回ったdataのみを取り出します.
extern void lmrcSinogramFETcutout(mrcImage* in, mrcImage* out, int mode);

===スムージング===
算出したFeaturesにスムージングを掛けます.
extern void sinogramFETsmoothing(mrcImage* in, mrcImage* out, int sm, int mode);

===正規化===
それぞれのFeaturesを平均値を基準に正規化します.
extern void lmrcSinogramFETc(mrcImage* out, mrcImage* OutC, int mode);

それぞれのFeaturesを最小値が0になるように正規化します.
extern void lmrcSinogramFETminimam_Zero(mrcImage* in, mrcImage* out, int mode);

===Principal Component Analysis===
extern void lmrcSinogramFETPCA(lmrcSinogramFETPCAInfo in, int mode);

@@ Line 1: / Line 1: @@
-DataManip/mrcImage/src/'''lmrcSinogramFET''' is API for SinogramFET. It is used by [[mrcSinogramFET]].
+DataManip/mrcImage/src/'''lmrcSinogramFET''' is API for Sinogram Features. It is used by [[mrcSinogramFET]].
 == constant ==
@@ Line 22: / Line 22: @@
   }lmrcSinogramFETInfo;
-lmrcSinogramFETPCASetting for .
+For lmrcSinogramFETPCASetting
   typedef struct lmrcSinogramFETPCAInfo{
   	FILE* inList;
@@ Line 38: / Line 38: @@
 == API ==
-===SinogramFETの算出===
+===Calculation of Sinogram Features===
-SinogramのFeaturesを算出します.
+Calculate Sinogram feature value.
   extern void lmrcSinogramFET(mrcImage* in, mrcImage* out, lmrcSinogramFETInfo info, int mode);
-===ラインの切り出し===
+===Cut out line===
-Featuresを算出に使用するdataをSinogramから切り出します.<br>
+Cut out data in Sinogram for calculation of Features.<br>
-各θ毎で平均値によった値を上回ったdataのみを取り出します.
+Cut out only data that is above value depending on mean for each θ.
   extern void lmrcSinogramFETcutout(mrcImage* in, mrcImage* out, int mode);
-===スムージング===
+===Smoothing===
-算出したFeaturesにスムージングを掛けます.
+Perform smoothing to calculated Features.
   extern void sinogramFETsmoothing(mrcImage* in, mrcImage* out, int sm, int mode);
-===正規化===
+===Normalize===
-それぞれのFeaturesを平均値を基準に正規化します.
+Normalize each Feature at using mean.
   extern void lmrcSinogramFETc(mrcImage* out, mrcImage* OutC, int mode);
-それぞれのFeaturesを最小値が0になるように正規化します.
+Normalize each Feature as minimum value is 0.
   extern void lmrcSinogramFETminimam_Zero(mrcImage* in, mrcImage* out, int mode);
 ===Principal Component Analysis===
   extern void lmrcSinogramFETPCA(lmrcSinogramFETPCAInfo in, int mode);

lmrcSinogramFET(API) - Revision history

Kinoshita at 00:50, 5 September 2014

Kinoshita: Created page with "DataManip/mrcImage/src/'''lmrcSinogramFET''' is API for SinogramFET. It is used by mrcSinogramFET. == constant == Number of kind of feature value #define NumOfFeature 3..."