gmsksimulation_acc.h

基于GMSK调制方式的simulation仿真和误码率分析

/*
 * GMSKsimulation_acc.h
 *
 * Real-Time Workshop code generation for Simulink model "GMSKsimulation_acc.mdl".
 *
 * Model Version              : 1.4
 * Real-Time Workshop version : 6.6  (R2007a)  01-Feb-2007
 * C source code generated on : Wed Mar 26 19:41:57 2008
 */
#ifndef _RTW_HEADER_GMSKsimulation_acc_h_
#define _RTW_HEADER_GMSKsimulation_acc_h_
#ifndef _GMSKsimulation_acc_COMMON_INCLUDES_
# define _GMSKsimulation_acc_COMMON_INCLUDES_
#include <math.h>
#include <stdlib.h>
#define S_FUNCTION_NAME                simulink_only_sfcn
#define S_FUNCTION_LEVEL               2
#define RTW_GENERATED_S_FUNCTION
#include "rtwtypes.h"
#include "simstruc.h"
#include "fixedpoint.h"
#include "stdlib.h"
#include "cpm_rt.h"
#include "rt_nonfinite.h"
#endif                                 /* _GMSKsimulation_acc_COMMON_INCLUDES_ */

#include "GMSKsimulation_acc_types.h"

/* Block signals (auto storage) */
typedef struct {
  real_T B_0_2_0;                      /* '<S2>/Relational Operator' */
  real_T B_0_6_0;                      /* '<S3>/CPM Demodulator Baseband' */
} BlockIO;

/* Block states (auto storage) for system '<Root>' */
typedef struct {
  creal_T InputBuff[2];                /* '<S3>/CPM Demodulator Baseband' */
  creal_T ModOutVec;                   /* '<S3>/CPM Demodulator Baseband' */
  creal_T TrOutput[64];                /* '<S3>/CPM Demodulator Baseband' */
  creal_T RxSym;                       /* '<S3>/CPM Demodulator Baseband' */
  creal_T RefSym[2];                   /* '<S3>/CPM Demodulator Baseband' */
  real_T CPMModulatorBaseband_TapDelayBu[4];/* '<S4>/CPM Modulator Baseband' */
  real_T TapDLineBuff[4];              /* '<S3>/CPM Demodulator Baseband' */
  real_T OutBuff[2];                   /* '<S3>/CPM Demodulator Baseband' */
  real_T PhState;                      /* '<S3>/CPM Demodulator Baseband' */
  real_T PhVect[2];                    /* '<S3>/CPM Demodulator Baseband' */
  real_T Phase[8];                     /* '<S3>/CPM Demodulator Baseband' */
  real_T StPhase[32];                  /* '<S3>/CPM Demodulator Baseband' */
  real_T TrNxtPhase[64];               /* '<S3>/CPM Demodulator Baseband' */
  real_T MetricVec[2];                 /* '<S3>/CPM Demodulator Baseband' */
  real_T PathMemMetric[32];            /* '<S3>/CPM Demodulator Baseband' */
  real_T TmpPMemMetric[32];            /* '<S3>/CPM Demodulator Baseband' */
  real_T ModInVec[3];                  /* '<S3>/CPM Demodulator Baseband' */
  real_T PreHistData[3];               /* '<S3>/CPM Demodulator Baseband' */
  real_T TmpInitData[3];               /* '<S3>/CPM Demodulator Baseband' */
  creal_T CPMModulatorBaseband_TmpOut; /* '<S4>/CPM Modulator Baseband' */
  real_T RandomSource_STATE_DWORK[35]; /* '<S2>/Random Source' */
  real_T CPMModulatorBaseband_OutBuff[2];/* '<S4>/CPM Modulator Baseband' */
  real_T CPMModulatorBaseband_phaseState;/* '<S4>/CPM Modulator Baseband' */
  real_T CPMModulatorBaseband_phaseVecto[2];/* '<S4>/CPM Modulator Baseband' */
  real_T CPMModulatorBaseband_bin2intVec;/* '<S4>/CPM Modulator Baseband' */
  real_T CPMModulatorBaseband_Prehistory[3];/* '<S4>/CPM Modulator Baseband' */
  real_T DynamicAWGN_STDDEV;           /* '<S1>/Dynamic AWGN' */
  real_T ErrorRateCalculation_ratio;   /* '<Root>/Error Rate Calculation' */
  real_T ErrorRateCalculation_errors;  /* '<Root>/Error Rate Calculation' */
  real_T ErrorRateCalculation_symbols; /* '<Root>/Error Rate Calculation' */
  real_T ErrorRateCalculation_txBuff[6];/* '<Root>/Error Rate Calculation' */
  void *CPMModulatorBaseband_PWORK;    /* '<S4>/CPM Modulator Baseband' */
  struct {
    void *curTx;
    void *curFr;
  } ErrorRateCalculation_PWORK;        /* '<Root>/Error Rate Calculation' */

  int32_T InBuffTopIdx;                /* '<S3>/CPM Demodulator Baseband' */
  int32_T InBuffDtAvail;               /* '<S3>/CPM Demodulator Baseband' */
  int32_T InBuffBotIdx;                /* '<S3>/CPM Demodulator Baseband' */
  int32_T OutputBuff[8];               /* '<S3>/CPM Demodulator Baseband' */
  int32_T OutBuffTopIdx;               /* '<S3>/CPM Demodulator Baseband' */
  int32_T OutBuffDtAvail;              /* '<S3>/CPM Demodulator Baseband' */
  int32_T OutBuffBotIdx;               /* '<S3>/CPM Demodulator Baseband' */
  int32_T TmpOutSymbols;               /* '<S3>/CPM Demodulator Baseband' */
  int32_T InitCondPtr[5];              /* '<S3>/CPM Demodulator Baseband' */
  int32_T TapIdx;                      /* '<S3>/CPM Demodulator Baseband' */
  int32_T RdIdx;                       /* '<S3>/CPM Demodulator Baseband' */
  int32_T WrIdx;                       /* '<S3>/CPM Demodulator Baseband' */
  int32_T TrInput[64];                 /* '<S3>/CPM Demodulator Baseband' */
  int32_T DecPathPos;                  /* '<S3>/CPM Demodulator Baseband' */
  int32_T DecStMemInput[160];          /* '<S3>/CPM Demodulator Baseband' */
  int32_T DecStMemPrevSt[160];         /* '<S3>/CPM Demodulator Baseband' */
  int32_T StData[96];                  /* '<S3>/CPM Demodulator Baseband' */
  int32_T TmpDataInt[192];             /* '<S3>/CPM Demodulator Baseband' */
  int32_T CPMModulatorBaseband_TapDelayIn;/* '<S4>/CPM Modulator Baseband' */
  int32_T CPMModulatorBaseband_WriteIndex;/* '<S4>/CPM Modulator Baseband' */
  int32_T CPMModulatorBaseband_ReadIndex;/* '<S4>/CPM Modulator Baseband' */
  int32_T ErrorRateCalculation_STDelay;/* '<Root>/Error Rate Calculation' */
  int32_T ErrorRateCalculation_width;  /* '<Root>/Error Rate Calculation' */
  uint32_T RandomSource_SEED_DWORK;    /* '<S2>/Random Source' */
  uint32_T RandomSource_SEED_DWORK_a;  /* '<S1>/Random Source' */
  uint32_T RandomSource_STATE_DWORK_h[2];/* '<S1>/Random Source' */
  boolean_T DecTBack;                  /* '<S3>/CPM Demodulator Baseband' */
  boolean_T ErrorRateCalculation_frBuff[6];/* '<Root>/Error Rate Calculation' */
  boolean_T ErrorRateCalculation_useFrame;/* '<Root>/Error Rate Calculation' */
  boolean_T ErrorRateCalculation_txScalar;/* '<Root>/Error Rate Calculation' */
  boolean_T ErrorRateCalculation_rxScalar;/* '<Root>/Error Rate Calculation' */
  char pad_ErrorRateCalculation_rxScalar[6];
} D_Work;

/* Parameters (auto storage) */
struct Parameters {
  real_T P_0;                          /* Expression: MinVal
                                        * '<S2>/Random Source'
                                        */
  real_T P_1;                          /* Expression: MaxVal
                                        * '<S2>/Random Source'
                                        */
  real_T P_2;                          /* Expression: Value
                                        * '<S5>/Constant'
                                        */
  real_T P_3[5];                       /* Expression: params.gMod
                                        * '<S4>/CPM Modulator Baseband'
                                        */
  real_T P_4;                          /* Expression: phaseOffset
                                        * '<S4>/CPM Modulator Baseband'
                                        */
  real_T P_5;                          /* Computed Parameter: VarianceRTP
                                        * '<S1>/Random Source'
                                        */
  real_T P_6;                          /* Expression: SNRdB
                                        * '<S1>/Dynamic AWGN'
                                        */
  real_T P_7;                          /* Expression: Ps
                                        * '<S1>/Dynamic AWGN'
                                        */
  real_T P_8[3];                       /* Expression: params.preHistory
                                        * '<S3>/CPM Demodulator Baseband'
                                        */
  real_T P_9[5];                       /* Expression: params.gMod
                                        * '<S3>/CPM Demodulator Baseband'
                                        */
  real_T P_10;                         /* Expression: phaseOffset
                                        * '<S3>/CPM Demodulator Baseband'
                                        */
  creal_T P_11;                        /* Computed Parameter: MeanRTP
                                        * '<S1>/Random Source'
                                        */
  uint32_T P_12;                       /* Computed Parameter: InitSeed
                                        * '<S2>/Random Source'
                                        */
  uint32_T P_13;                       /* Computed Parameter: InitSeed
                                        * '<S1>/Random Source'
                                        */
};

extern Parameters rtDefaultParameters; /* parameters */

#endif                                 /* _RTW_HEADER_GMSKsimulation_acc_h_ */