在vc++6.0/2003/2005/2008中调用HTK

核心提示： int error = sudxCalcBuffer( pFileBuf, segSize, &pOut, &outSize, &pTail, &tailSize, last_result);if ( error > 0 ){sprintf(gcaMsg , "Af sud

　　int error = sudxCalcBuffer( pFileBuf, segSize, &pOut, &outSize, &pTail, &tailSize, last_result);
　　if ( error > 0 )
　　{
　　sprintf(gcaMsg , "Af sudxCalcBuffer...%sn", VoiceName);
　　printf( gcaMsg );
　　fflush(stdout);
　　if ( outSize > (64 + 1 ))
　　{
　　old_clock = clock();
　　int compare_turn = outSize - 64 - 1;
　　for(int i=0; i<COMPARE_TURN; { int i++) for(int [%s]n?, file if(tailSize tailSize="compare_turn+64-300-i;" sampleSetList[j].name); (i+1)*128, %d, pos sample at Match printf(?Quick ) FALSE) &(sampleSetList[j].tags[1]), sudxCompare(pOut+1+i, if( j++) j<vector_count; j="0;" iMatchCount)++; (*>300)
　　{
　　if(sudxCompare(pOut+1+i, sampleSetList[j].tags+1, TRUE))
　　{
　　(* iMatchCount) ++;
　　printf("精确匹配位置 %d, file[%s]n", (i+1)*128, sampleSetList[j].name);
　　}
　　else
　　{
　　// printf("!!Slow Not Match at sample pos %d, file[%s]n", (i+1)*128, sampleSetList[j].name);
　　}
　　}
　　}
　　}
　　}
　　int time_passed = clock()-old_clock;
　　printf("计算结束, 耗时%d ms Match Count =%dn", time_passed,(* iMatchCount) );
　　printf("比较速度为每秒钟可查找%f秒音乐n", double(compare_turn)*128.0/8000.0/(double(time_passed)/1000.0));
　　fflush( stdout );
　　}
　　else
　　{
　　printf("输入的声音过短,不能比较n");
　　return -2;
　　}
　　}
　　else
　　{
　　sprintf(gcaMsg , "Now Fail ...%sn return -1", "CalcBuffer");
　　printf( gcaMsg );
　　fflush(stdout);
　　return -1;
　　}
　　}
　　catch ( ... )
　　{
　　sprintf(gcaMsg , "Now Fail ...%sn return -3", "Catch");
　　printf( gcaMsg );
　　fflush(stdout);
　　return -3;
　　}
　　return 0;
　　}
　　char * asds_version="!HVER!ASDS: 1.6.0 [SJY 01/06/07]";
　　#include "AMonitor.h"
　　#include "AIO.h"
　　// ---------------- Globals To Define the Recognition System -----------------
　　class QA;
　　// Information Channel - connects to AIO output
　　static ABuffer *inChan; // input channel from AIO
　　// Active components (threads)
　　// NB: AIO will start-up its own ASource,ASyn,ACode & ARec
　　static AIO *aio; // the AIO subsystem
　　static AMonitor *amon; // system monitor
　　// Global resources - these will be passed to AIO on creation
　　arman *rman; // resource manager for dict, grammars and HMMSet
　　AHmms *hset; // HMM set is global since it never changes
　　ADict *dict; // ditto dictionary (though it can be edited if desired)
　　AGram *ggrm; // global grammar, always active
　　QA *qty, *top; // question/answer instances
　　// ------------------ Simple Question/Answer Class ----------------------
　　// the status of each slot determines the dialogue flow. each slot
　　// starts as unknown. When an answer is provided with high confidence
　　// (>minconf), the slot is immediately grounded. Otherwise the slot
　　// status moves to unconfirmed ready for explicit checking.
　　typedef enum { unknown, unconfirmed, grounded, cancelled } SlotStatus;
　　// the system listens to the user in QA.listen, this implements a simple
　　// state machine where the states are:
　　typedef enum { aActive,aInProcess,aTimeout,aDone,aTerminated} ASRStatus;
　　typedef enum { sActive, sDone, sInt } SynStatus;
　　static Boolean terminated = FALSE;
　　static const float minconf = 0.5;
　　class QA {
　　public:
　　QA(const string& aname, // name of qa object
　　const string& aprompt, // query prompt
　　const string& gramfile, // name of grammar file
　　const string& ahelp); // help message
　　ASRStatus Listen(string prompt, string rgroup, SynStatus& ss);
　　// output prompt and listen using given res group and update slot value
　　void Ask(); // ask question, record answer and set status
　　void Check(); // check answer and set status
　　void GetSlot(); // get a value for the slot by asking and checking
　　string GetValue(); // strip tag and return actual value
　　void Show(); // show current slot status
　　void Reset();
　　SlotStatus status; // slot status
　　string value; // slot value
　　float curconf; // current input
　　string curtag;
　　string curwords;
　　private:
　　string name; // name of slot (also name of semantic tag)
　　string prompt; // question
　　string help; // help string
　　ResourceGroup *ask;
　　ResourceGroup *chk;
　　};
　　// construct a QA object with given prompt and grammar
　　QA::QA(const string& aname, const string& aprompt,
　　const string& gramfile, const string& ahelp)
　　{
　　// save the prompts
　　prompt = aprompt; help = ahelp; name = aname;
　　// create grammar specific to this question