example5_acc.h

或许这个代码会对大家有用

/*
 * example5_acc.h
 *
 * Real-Time Workshop code generation for Simulink model "example5_acc.mdl".
 *
 * Model Version                        : 1.35
 * Real-Time Workshop file version      : 5.0 $Date: 2002/05/30 19:21:33 $
 * Real-Time Workshop file generated on : Mon Jan 10 16:29:25 2005
 * TLC version                          : 5.0 (Jun 18 2002)
 * C source code generated on           : Mon Jan 10 16:29:25 2005
 */

#ifndef _RTW_HEADER_example5_acc_h_
# define _RTW_HEADER_example5_acc_h_

#ifndef _example5_acc_COMMON_INCLUDES_
# define _example5_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 "simstruc.h"
#include "rtlibsrc.h"

#endif                                  /* _example5_acc_COMMON_INCLUDES_ */

#include "example5_acc_types.h"

/* Intrinsic types */
#ifndef POINTER_T
# define POINTER_T
typedef void * pointer_T;
#endif

/* Block signals (auto storage) */
typedef struct _example5_BlockIO {
  creal_T Integer_Delay1;               /* '<S3>/Integer Delay1' */
  creal_T M_FSK_Modulator_Baseband;     /* '<S4>/M-FSK Modulator Baseband' */
  creal_T Product1_b;                   /* '<S10>/Product1' */
  creal_T FIR_Decimation1;              /* '<S12>/FIR Decimation1' */
  creal_T FIR_Decimation2;              /* '<S12>/FIR Decimation2' */
  creal_T FIR_Decimation3;              /* '<S12>/FIR Decimation3' */
  real_T Constant;                      /* '<S6>/Constant' */
  real_T Reshape;                       /* '<S2>/Reshape' */
  real_T M_FSK_Demodulator_Baseba;      /* '<S3>/M-FSK Demodulator Baseband' */
  real_T Inherit_Shape1_a;              /* '<S11>/Inherit Shape1' */
  real_T Error_Rate_Calculation[3];     /* '<Root>/Error Rate Calculation' */
  real_T Complex_to_Real_Imag1_o1;      /* '<S14>/Complex to Real-Imag1' */
  real_T Complex_to_Real_Imag1_o2;      /* '<S14>/Complex to Real-Imag1' */
  real_T FIR_Interpolati_a;             /* '<S16>/FIR Interpolation' */
  real_T FIR_Interpolati_b;             /* '<S16>/FIR Interpolation1' */
  real_T FIR_Interpolati_c;             /* '<S16>/FIR Interpolation2' */
  real_T FIR_Interpolati_d;             /* '<S17>/FIR Interpolation' */
  real_T FIR_Interpolati_e;             /* '<S17>/FIR Interpolation1' */
  real_T FIR_Interpolati_f;             /* '<S17>/FIR Interpolation2' */
  real_T Inherit_Shape1_b;              /* '<S15>/Inherit Shape1' */
  real_T Random_Source_b;               /* '<S1>/Random Source' */
  real_T Dynamic_AWGN;                  /* '<S1>/Dynamic AWGN' */
  real_T Buffer[1024];                  /* '<S19>/Buffer' */
  real_T Window_o2[1024];               /* '<S20>/Window' */
  real_T Magnitude_Squared[128];        /* '<S21>/Magnitude Squared' */
  real_T Digital_Filter[128];           /* '<S20>/Digital Filter' */
  real_T Product2_b[128];               /* '<S20>/Product2' */
  real_T Integer_Delay;                 /* '<Root>/Integer Delay' */
  real_T Relational_Operator_b;         /* '<Root>/Relational Operator' */
  real_T Sum;                           /* '<S14>/Sum' */
} example5_BlockIO;

/* Block states (auto storage) for system: '<Root>' */
typedef struct example5_D_Work_tag {
  creal_T Integer_Delay1_BUFF[8];       /* <S3>/Integer Delay1 */
  creal_T FIR_Decimation1_TapDelayBuff[4]; /* <S12>/FIR Decimation1 */
  creal_T FIR_Decimation2_TapDelayBuff[4]; /* <S12>/FIR Decimation2 */
  creal_T FIR_Decimation3_TapDelayBuff[40]; /* <S12>/FIR Decimation3 */
  real_T Buffer_CircBuff[2048];         /* <S19>/Buffer */
  real_T Digital_Filter_FILT_STATES[2560]; /* <S20>/Digital Filter */
  real_T Integer_Delay_BUFF[3];         /* <Root>/Integer Delay */
  real_T FIR_Interpolati_a_TapDelayBuff[5]; /* <S16>/FIR Interpolation */
  real_T FIR_Interpolati_b_TapDelayBuff[5]; /* <S16>/FIR Interpolation1 */
  real_T FIR_Interpolati_c_TapDelayBuff[8]; /* <S16>/FIR Interpolation2 */
  real_T FIR_Interpolati_d_TapDelayBuff[5]; /* <S17>/FIR Interpolation */
  real_T FIR_Interpolati_e_TapDelayBuff[5]; /* <S17>/FIR Interpolation1 */
  real_T FIR_Interpolati_f_TapDelayBuff[8]; /* <S17>/FIR Interpolation2 */
  creal_T M_FSK_Demodulator_Baseba_DWOR_a[2]; /* <S3>/M-FSK Demodulator Baseband */
  creal_T M_FSK_Modulator_Baseband_DWOR_a[8]; /* <S4>/M-FSK Modulator Baseband */
  creal_T FIR_Decimation1_Sums;         /* <S12>/FIR Decimation1 */
  creal_T FIR_Decimation1_OutBuff[2];   /* <S12>/FIR Decimation1 */
  creal_T FIR_Decimation2_Sums;         /* <S12>/FIR Decimation2 */
  creal_T FIR_Decimation2_OutBuff[2];   /* <S12>/FIR Decimation2 */
  creal_T FIR_Decimation3_Sums;         /* <S12>/FIR Decimation3 */
  creal_T FIR_Decimation3_OutBuff[2];   /* <S12>/FIR Decimation3 */
  real_T Random_Source_a_STATE_DWORK[35]; /* <S2>/Random Source */
  real_T M_FSK_Demodulator_Baseba_DWOR_b; /* <S3>/M-FSK Demodulator Baseband */
  real_T M_FSK_Demodulator_Baseba_DWOR_c[2]; /* <S3>/M-FSK Demodulator Baseband */
  real_T M_FSK_Demodulator_Baseba_DWOR_d[2]; /* <S3>/M-FSK Demodulator Baseband */
  real_T M_FSK_Demodulator_Baseba_DWOR_e[2]; /* <S3>/M-FSK Demodulator Baseband */
  real_T Error_Rate_Calculation_DWORK1_a; /* <Root>/Error Rate Calculation */
  real_T Error_Rate_Calculation_DWORK1_b; /* <Root>/Error Rate Calculation */
  real_T Error_Rate_Calculation_DWORK1_c; /* <Root>/Error Rate Calculation */
  real_T Error_Rate_Calculation_DWORK1_d[3]; /* <Root>/Error Rate Calculation */
  real_T M_FSK_Modulator_Baseband_DWOR_b; /* <S4>/M-FSK Modulator Baseband */
  real_T M_FSK_Modulator_Baseband_DWOR_c[2]; /* <S4>/M-FSK Modulator Baseband */
  real_T M_FSK_Modulator_Baseband_DWOR_d[2]; /* <S4>/M-FSK Modulator Baseband */
  real_T FIR_Interpolati_a_OutBuff[2]; /* <S16>/FIR Interpolation */
  real_T FIR_Interpolati_b_OutBuff[2]; /* <S16>/FIR Interpolation1 */
  real_T FIR_Interpolati_c_OutBuff[10]; /* <S16>/FIR Interpolation2 */
  real_T FIR_Interpolati_d_OutBuff[2]; /* <S17>/FIR Interpolation */
  real_T FIR_Interpolati_e_OutBuff[2]; /* <S17>/FIR Interpolation1 */
  real_T FIR_Interpolati_f_OutBuff[10]; /* <S17>/FIR Interpolation2 */
  real_T Dynamic_AWGN_DWORK2;           /* <S1>/Dynamic AWGN */
  pointer_T Buffer_IN_BUF_PTR;          /* <S19>/Buffer */
  pointer_T Buffer_OUT_BUF_PTR;         /* <S19>/Buffer */
  void *Error_Rate_Calculation_PWORK[2]; /* '<Root>/Error Rate Calculation' */
  struct {
    void *LoggedData;
  } Scope_PWORK;                        /* '<Root>/Scope' */
  pointer_T FIR_Decimation1_CoeffPtr;   /* <S12>/FIR Decimation1 */
  pointer_T FIR_Decimation2_CoeffPtr;   /* <S12>/FIR Decimation2 */
  pointer_T FIR_Decimation3_CoeffPtr;   /* <S12>/FIR Decimation3 */
  uint32_T Complex_Carrier_a_CountIdx; /* <S14>/Complex Carrier */
  uint32_T Complex_Carrier_b_CountIdx; /* <S10>/Complex Carrier */
  int32_T Buffer_ShiftPerElem;          /* <S19>/Buffer */
  int32_T Integer_Delay1_BUFF_OFFSET;   /* <S3>/Integer Delay1 */
  int32_T M_FSK_Demodulator_Baseba_DWOR_f; /* <S3>/M-FSK Demodulator Baseband */
  int32_T Digital_Filter_DF_INDX;       /* <S20>/Digital Filter */
  int32_T Error_Rate_Calculation_DWORK1_e; /* <Root>/Error Rate Calculation */
  int32_T Error_Rate_Calculation_DWORK1_f; /* <Root>/Error Rate Calculation */
  int32_T Integer_Delay_BUFF_OFFSET;    /* <Root>/Integer Delay */
  int32_T M_FSK_Modulator_Baseband_DWOR_e; /* <S4>/M-FSK Modulator Baseband */
  int32_T M_FSK_Modulator_Baseband_DWOR_f; /* <S4>/M-FSK Modulator Baseband */
  int32_T FIR_Interpolati_a_TapDelayIndex; /* <S16>/FIR Interpolation */
  int32_T FIR_Interpolati_a_ReadIdx;    /* <S16>/FIR Interpolation */
  int32_T FIR_Interpolati_b_TapDelayIndex; /* <S16>/FIR Interpolation1 */
  int32_T FIR_Interpolati_b_ReadIdx;    /* <S16>/FIR Interpolation1 */
  int32_T FIR_Interpolati_c_TapDelayIndex; /* <S16>/FIR Interpolation2 */
  int32_T FIR_Interpolati_c_ReadIdx;    /* <S16>/FIR Interpolation2 */
  int32_T FIR_Interpolati_d_TapDelayIndex; /* <S17>/FIR Interpolation */
  int32_T FIR_Interpolati_d_ReadIdx;    /* <S17>/FIR Interpolation */
  int32_T FIR_Interpolati_e_TapDelayIndex; /* <S17>/FIR Interpolation1 */
  int32_T FIR_Interpolati_e_ReadIdx;    /* <S17>/FIR Interpolation1 */
  int32_T FIR_Interpolati_f_TapDelayIndex; /* <S17>/FIR Interpolation2 */
  int32_T FIR_Interpolati_f_ReadIdx;    /* <S17>/FIR Interpolation2 */
  int32_T FIR_Decimation1_PhaseIdx;     /* <S12>/FIR Decimation1 */
  int32_T FIR_Decimation1_TapDelayIndex; /* <S12>/FIR Decimation1 */
  int32_T FIR_Decimation1_OutIdx;       /* <S12>/FIR Decimation1 */
  int32_T FIR_Decimation2_PhaseIdx;     /* <S12>/FIR Decimation2 */
  int32_T FIR_Decimation2_TapDelayIndex; /* <S12>/FIR Decimation2 */
  int32_T FIR_Decimation2_OutIdx;       /* <S12>/FIR Decimation2 */
  int32_T FIR_Decimation3_PhaseIdx;     /* <S12>/FIR Decimation3 */
  int32_T FIR_Decimation3_TapDelayIndex; /* <S12>/FIR Decimation3 */
  int32_T FIR_Decimation3_OutIdx;       /* <S12>/FIR Decimation3 */
  uint32_T Random_Source_a_SEED_DWORK; /* <S2>/Random Source */
  uint32_T Random_Source_b_SEED_DWORK; /* <S1>/Random Source */
  uint32_T Random_Source_b_STATE_DWORK[2]; /* <S1>/Random Source */
  boolean_T Error_Rate_Calculation_DWORK1_g[3]; /* <Root>/Error Rate Calculation */
  boolean_T Error_Rate_Calculation_DWORK1_h; /* <Root>/Error Rate Calculation */
  boolean_T Error_Rate_Calculation_DWORK1_i; /* <Root>/Error Rate Calculation */
  boolean_T Error_Rate_Calculation_DWORK1_j; /* <Root>/Error Rate Calculation */
  boolean_T FIR_Interpolati_a_wrtBufIdx; /* <S16>/FIR Interpolation */
  boolean_T FIR_Interpolati_b_wrtBufIdx; /* <S16>/FIR Interpolation1 */
  boolean_T FIR_Interpolati_c_wrtBufIdx; /* <S16>/FIR Interpolation2 */
  boolean_T FIR_Interpolati_d_wrtBufIdx; /* <S17>/FIR Interpolation */
  boolean_T FIR_Interpolati_e_wrtBufIdx; /* <S17>/FIR Interpolation1 */
  boolean_T FIR_Interpolati_f_wrtBufIdx; /* <S17>/FIR Interpolation2 */
  boolean_T FIR_Decimation1_wrtBufIdx; /* <S12>/FIR Decimation1 */
  boolean_T FIR_Decimation1_readBufIdx; /* <S12>/FIR Decimation1 */
  boolean_T FIR_Decimation2_wrtBufIdx; /* <S12>/FIR Decimation2 */
  boolean_T FIR_Decimation2_readBufIdx; /* <S12>/FIR Decimation2 */
  boolean_T FIR_Decimation3_wrtBufIdx; /* <S12>/FIR Decimation3 */
  boolean_T FIR_Decimation3_readBufIdx; /* <S12>/FIR Decimation3 */
  char pad_FIR_Decimation3_readBufIdx[6];
} example5_D_Work;

/* Parameters (auto storage) */
struct _example5_Parameters {
  real_T Random_Source_a_Min;           /* Expression: Min
                                         * '<S2>/Random Source'
                                         */
  real_T Random_Source_a_Max;           /* Expression: Max
                                         * '<S2>/Random Source'
                                         */
  real_T Random_Source_a_DialogSeed;    /* Expression: Seed
                                         * '<S2>/Random Source'
                                         */
  real_T Constant_Value;                /* Expression: Value
                                         * '<S6>/Constant'
                                         */
  real_T Reshape_P1;                    /* Expression: OutputDimensionality
                                         * '<S2>/Reshape'
                                         */