English
- //
- // File = anlg_filt_iir.h
- //
- #ifndef _ANLG_FILT_IIR_H_
- #define _ANLG_FILT_IIR_H_
- #include <complex>
- #include "signal_T.h"
- #include "filter_proto.h"
- #include "denorm_proto.h"
- #include "psmodel.h"
- #include "filter_types.h"
- //======================================================
- template <class T>
- class AnalogFilterByIir : public PracSimModel
- {
- public:
- // Normal Constructor
- AnalogFilterByIir( char* instance_name,
- PracSimModel *outer_model,
- Signal<T> *in_sig,
- Signal<T> *out_sig );
- // Subordinate Constructor
- AnalogFilterByIir( char* instance_name,
- PracSimModel *outer_model);
- ~AnalogFilterByIir(void);
- // Normal Initialize
- virtual void Initialize(void);
- // Subordinate Initialize
- void Initialize( int proc_block_size,
- double samp_intvl);
- virtual int Execute();
- // Used instead of 'Execute' for subordinate form
- T ProcessSample(T input_val);
- protected:
- // Implements functionality common to both ctors
- void Constructor_Core( char *instance_name);
- // Implements functionality common to both
- // forms of 'Initialize'
- void Init_Kernel(void);
- Signal<T> *In_Sig;
- Signal<T> *Out_Sig;
- float Estim_Delay;
- std::complex<double> *Out_Mem;
- std::complex<double> *In_Mem;
- std::complex<double> *Input_Buffer;
- std::complex<double> *Output_Buffer;
- int Input_Write_Idx;
- int Output_Write_Idx;
- bool Bypass_Enabled;
- double Samp_Rate;
- double Samp_Intvl;
- DenormalizedPrototype *Denorm_Proto_Filt;
- AnalogFilterPrototype *Lowpass_Proto_Filt;
- int Filt_Shape;
- FILT_BAND_CONFIG_T Filt_Band_Config;
- int Filt_Order;
- bool Resp_Plot_Enabled;
- bool Db_Scale_Enabled;
- int Prototype_Order;
- int Upper_Summation_Limit;
- float Upper_Cutoff_NFU;
- float Lower_Cutoff_NFU;
- float Passband_Ripple;
- float Stopband_Ripple;
- float Stopband_Atten;
- float Norm_Hz_Pass_Edge;
- float Norm_Hz_Pass_Edge_2;
- float Warped_Rad_Pass_Edge;
- float Warped_Rad_Pass_Edge_2;
- float Norm_Hz_Stop_Edge;
- float Lower_Stopband_Edge;
- float Upper_Trans_Width;
- float Lower_Trans_Width;
- double *A_Coefs;
- double *B_Coefs;
- double *A_Coef_Precess_Buf;
- double *B_Coef_Precess_Buf;
- int Num_Poles;
- int Num_Zeros;
- int Cumul_Samp_Count;
- int Proc_Block_Size;
- bool Using_Signal_Objects;
- };
- #endif
