Information from source codes
Cluster.h
#ifndef CLUSTER_H
#define CLUSTER_H
#define CLUSTERLOG_BINARY_FILENAME_FORMAT "%s.%08d.%08d.%08d"
#define CLUSTERLOG_BINARY_NO_CALCULATION_VALUE (-9999)
/* struct begin */
/*
typedef int clusterTypeInteger;
typedef double clusterTypeReal;
*/
typedef float clusterTypeReal;
typedef short clusterTypeInteger;
typedef struct clusterLogOneRecord clusterLogOneRecord;
struct clusterLogOneRecord {
/* Information of this log line in the logfile */
clusterTypeInteger N; /* Current N (shrinked array): Definition: N > M */
clusterTypeInteger M; /* Current M : */
clusterTypeInteger prevN; /* prevN: N: the nearest pair in the below layer */
clusterTypeInteger prevM; /* prevM: M: */
clusterTypeReal distance; /* Distance between N and M */
/* Original File Number */
clusterTypeInteger originalN;
clusterTypeInteger originalM;
/* File Number within the below layer */
clusterTypeInteger firstN;
clusterTypeInteger firstM;
clusterLogOneRecord* belowLayerStart;
clusterLogOneRecord* belowLayer;
clusterLogOneRecord* belowLayerEnd;
/* Upper Layer */
clusterLogOneRecord* upperLayer;
/* Below Layer */
clusterLogOneRecord* belowLayerForN;
clusterLogOneRecord* belowLayerForM;
/* Including the below layer */
clusterTypeInteger clusterSize; /* File Number of the cluster */
/* This Layer */
clusterTypeInteger clusterNumber; /* Cluster Numer of this layer */
/* Set the number of the cluster where this log line attributes in a function of clusterLogClusterNumberSet or Set2 */
clusterLogOneRecord* prev; /* previous record */
clusterLogOneRecord* next; /* Next record */
};
typedef struct clusterLog {
clusterLogOneRecord* top;
clusterLogOneRecord* current;
clusterLogOneRecord* bottom;
} clusterLog;
typedef struct clusterLog2OneRecord clusterLog2OneRecord;
struct clusterLog2OneRecord {
// LogFile Information
clusterTypeInteger N;
clusterTypeInteger M; // N > M: merge N to M
clusterTypeReal distance;
clusterTypeReal linearCorrelation;
// After reading
clusterTypeInteger clusterNumber; // Cluster Number
clusterLog2OneRecord* prev;
clusterLog2OneRecord* next;
};
typedef struct clusterLog2 {
clusterLog2OneRecord* top;
clusterLog2OneRecord* current;
clusterLog2OneRecord* bottom;
} clusterLog2;
typedef struct clusterTreeInfo clusterTreeInfo;
struct clusterTreeInfo {
clusterTypeReal posX;
clusterTypeReal posY;
clusterTypeReal ShoulderScale;
clusterTypeReal ArmScale;
clusterTypeReal ArmOffset;
clusterTypeInteger flagLog;
clusterTypeInteger flagScaling;
char** In;
char** argv;
clusterTypeReal* InPosY;
clusterTypeReal* InPosX;
clusterTypeInteger argc;
clusterTypeInteger* clusterSize;
clusterTypeInteger* clusterNumber;
clusterTypeInteger currentNo;
clusterTypeInteger flagFPTTreeInfo;
FILE* fptTreeInfo;
};
/* struct end */
/* prototype begin */
#ifdef __cplusplus
extern "C" {
#endif
/* in clusterLogRead.c */
extern clusterLogOneRecord* clusterLogRead(clusterLog* cluster, FILE* fpt, int mode);
extern clusterLog* clusterLogReadAll(clusterLog* cluster, FILE* fpt, int mode);
extern clusterLog2OneRecord* clusterLog2Read(clusterLog2* cluster, FILE* fpt, int mode);
extern clusterLog2* clusterLog2ReadAll(clusterLog2* cluster, FILE* fpt, int mode);
extern clusterLogOneRecord* clusterLogReadBinary(clusterLog* cluster, clusterTypeInteger* prevN, clusterTypeInteger* prevM, char* filename, int mode);
extern clusterLog* clusterLogReadAllBinary(clusterLog* cluster, char* basename, int mode);
extern clusterLogOneRecord* clusterLogWriteAllBinary(clusterLog* cluster, char* basename, int mode);
extern clusterLogOneRecord* clusterLogWrite(clusterLog* cluster, FILE* fpt, int mode);
extern clusterLogOneRecord* clusterLogWriteOneRecord(clusterLogOneRecord* cluster, FILE* fpt, int mode);
extern clusterLogOneRecord* clusterLogWriteAll(clusterLog* cluster, FILE* fpt, int mode);
extern clusterLogOneRecord* clusterLogWriteClusterOnly(clusterLog* cluster, FILE* fpt, int mode);
extern void clusterLogWritePS(clusterLog* cluster, clusterTreeInfo* linfo, FILE* fpt, int mode);
/* in clusterLogUtil.c */
extern void clusterLogClusterInformationSet(clusterLog* cluster, clusterTypeInteger lastNum, int mode);
extern void clusterLogClusterNumberSet(clusterLogOneRecord* bottom, clusterTypeInteger lastClusterNum, int mode);
extern void clusterLogClusterNumberSetForLog2(clusterLog* cluster, clusterTypeInteger lastClusterNum, int mode);
extern void clusterLogClusterNumberSet2(clusterLog* top, clusterTypeInteger firstClusterNum, int mode);
extern clusterLogOneRecord* clusterLogGetDistance(clusterLog* cluster, clusterTypeInteger N, clusterTypeInteger M, clusterTypeInteger clusterNum, clusterTypeReal* data);
extern void clusterLogBelowLayerPointerSet(clusterLog* cluster, int mode);
extern clusterLogOneRecord* clusterLogBottomGet(clusterLog* cluster, int mode);
extern int clusterLogClusterSizeGet(clusterLogOneRecord* cluster, int mode);
extern void clusterLogClusterSizeSet(clusterLog* cluster, int mode);
extern void clusterLogBottomSet(clusterLog* cluster, int mode);
extern clusterLog* clusterLogTransformLog2ToLog(clusterLog2* cluster2, clusterTypeInteger lastNum, int mode);
/* in clusterLogInit.c */
extern clusterLog* clusterLogInit(clusterLog * cluster, int mode);
extern clusterLog2* clusterLog2Init(clusterLog2 * cluster, int mode);
extern clusterLogOneRecord* clusterLogInitOneRecord(clusterLogOneRecord * cluster, int mode);
extern clusterLog2OneRecord* clusterLog2InitOneRecord(clusterLog2OneRecord * cluster, int mode);
#ifdef __cplusplus
};
#endif
/* prototype end */
#endif