interpolate_2_sim.cpp
上传用户：jtjnyq9001
上传日期：2014-11-21
资源大小：3974k
文件大小：10k
- //
- // File = interpolate_2_sim.cpp
- //
- #define SIM_NAME "Interpolate_2 "
- #define SIM_TITLE "Simple Interpolation "
- #include "global_stuff.h"
- #include "tone_gen.h"
- #include "multi_tone_gen.h"
- #include "andf1fir.h"
- #include "cpxtophs.h"
- #include "siganchr.h"
- #include "ms_error_T.h"
- #include "upsampler_T.h"
- #include "downsampler_T.h"
- #include "discrete_delay_T.h"
- #include "spec_analyzer.h"
- #include "correlator.h"
- #include "contin_delay2_T.h"
- #include "add_gaus_noise.h"
- //=========================================================
- main()
- {
- #include "sim_preamble.cpp"
- //=========================================================================
- // Misc special processing
- //=========================================================================
- // Allocate signals
- FLOAT_SIGNAL(test_sig);
- FLOAT_SIGNAL(noisy_test_sig);
- FLOAT_SIGNAL(noise_only_sig);
- FLOAT_SIGNAL(filt_noise_only_sig);
- FLOAT_SIGNAL(filt_noiseless_sig);
- FLOAT_SIGNAL(noise_only_upsamp_sig);
- FLOAT_SIGNAL(ref_sig);
- FLOAT_SIGNAL(delayed_ref_sig);
- FLOAT_SIGNAL(upsamp_test_sig);
- FLOAT_SIGNAL(noiseless_upsamp_sig);
- FLOAT_SIGNAL(filt_sig);
- FLOAT_SIGNAL(correl_out_sig);
- //FLOAT_SIGNAL(interm_filt_sig_1);
- //FLOAT_SIGNAL(interm_filt_sig_2);
- FLOAT_SIGNAL(delayed_filt_sig);
- FLOAT_SIGNAL(power_meas_sig);
- //============================================================
- // Construct, initialize and connect models
- // ToneGener* sig_gen = new ToneGener( "sig_gen ",
- // CommSystem,
- // test_sig );
- // MultipleSineGener* sine_gen_1 = new MultipleSineGener( "sine_gen_1 ",
- // CommSystem,
- // test_sig );
- MultipleToneGener* ref_sine_gen = new MultipleToneGener( "ref_sine_gen ",
- CommSystem,
- ref_sig );
- Downsampler<float> *downsampler = new Downsampler<float>("downsampler ",
- CommSystem,
- ref_sig,
- test_sig);
- AdditiveGaussianNoise<float>* noise_gen = new AdditiveGaussianNoise<float> (
- "noise_gen ",
- CommSystem,
- test_sig,
- noisy_test_sig,
- noise_only_sig,
- power_meas_sig);
- MeanSquareError< float >* noise_meter = new MeanSquareError<float>(
- "noise_meter ",
- CommSystem,
- noisy_test_sig,
- test_sig);
- SpectrumAnalyzer<float>* spec_analyzer_0 =
- new SpectrumAnalyzer<float>( "spec_analyzer_0 ",
- CommSystem,
- ref_sig );
- SpectrumAnalyzer<float>* spec_analyzer_1 =
- new SpectrumAnalyzer<float>( "spec_analyzer_1 ",
- CommSystem,
- noisy_test_sig );
- SpectrumAnalyzer<float>* spec_analyzer_4 =
- new SpectrumAnalyzer<float>( "spec_analyzer_4 ",
- CommSystem,
- test_sig );
- SpectrumAnalyzer<float>* spec_analyzer_5 =
- new SpectrumAnalyzer<float>( "spec_analyzer_5 ",
- CommSystem,
- noise_only_sig );
- Upsampler< float > *upsampler = new Upsampler<float>( "upsampler ",
- CommSystem,
- noisy_test_sig,
- upsamp_test_sig );
- Upsampler< float > *noiseless_upsampler = new Upsampler<float>( "noiseless_upsampler ",
- CommSystem,
- test_sig,
- noiseless_upsamp_sig );
- Upsampler< float > *noise_only_upsampler = new Upsampler<float>( "noise_only_upsampler ",
- CommSystem,
- noise_only_sig,
- noise_only_upsamp_sig );
- MeanSquareError< float >* upsamp_meter = new MeanSquareError<float>(
- "upsamp_meter ",
- CommSystem,
- upsamp_test_sig,
- noiseless_upsamp_sig);
- SpectrumAnalyzer<float>* spec_analyzer_2 =
- new SpectrumAnalyzer<float>( "spec_analyzer_2 ",
- CommSystem,
- upsamp_test_sig );
- SpectrumAnalyzer<float>* spec_analyzer_8 =
- new SpectrumAnalyzer<float>( "spec_analyzer_8 ",
- CommSystem,
- noise_only_upsamp_sig );
- // SincInterpolator* recon_box =
- // new SincInterpolator( "recon_box ",
- // CommSystem,
- // tone_sig);
- AnlgDirectFormFir* direct_fir = new AnlgDirectFormFir( "direct_fir ",
- CommSystem,
- upsamp_test_sig,
- filt_sig );
- AnlgDirectFormFir* direct_fir_2 = new AnlgDirectFormFir( "direct_fir_2 ",
- CommSystem,
- noiseless_upsamp_sig,
- filt_noiseless_sig );
- AnlgDirectFormFir* direct_fir_3 = new AnlgDirectFormFir( "direct_fir_3 ",
- CommSystem,
- noise_only_upsamp_sig,
- filt_noise_only_sig );
- MeanSquareError< float >* filt_meter = new MeanSquareError<float>(
- "filt_meter ",
- CommSystem,
- filt_sig,
- filt_noiseless_sig);
- SpectrumAnalyzer<float>* spec_analyzer_3 =
- new SpectrumAnalyzer<float>( "spec_analyzer_3 ",
- CommSystem,
- filt_sig );
- SpectrumAnalyzer<float>* spec_analyzer_6 =
- new SpectrumAnalyzer<float>( "spec_analyzer_6 ",
- CommSystem,
- filt_noiseless_sig );
- SpectrumAnalyzer<float>* spec_analyzer_7 =
- new SpectrumAnalyzer<float>( "spec_analyzer_7 ",
- CommSystem,
- filt_noise_only_sig );
- Control<float>* delay_at_max_corr = new Control<float>( "delay_at_max_corr ",
- CommSystem );
- Control<int>* samps_delay_at_max_corr = new Control<int>( "samps_delay_at_max_corr ",
- CommSystem );
- // RealCorrelator *ref_correl = new RealCorrelator( "ref_correl ",
- // CommSystem,
- // filt_sig,
- // ref_sig,
- // correl_out_sig,
- // delay_at_max_corr,
- // samps_delay_at_max_corr);
- // ContinuousDelay2< float >* cont_ref_delay = new ContinuousDelay2< float >(
- // "cont_ref_delay ",
- // CommSystem,
- // ref_sig,
- // delayed_ref_sig);
- DiscreteDelay< float >* ref_delay = new DiscreteDelay<float>( "ref_delay ",
- CommSystem,
- ref_sig,
- delayed_ref_sig);
- DiscreteDelay< float >* filt_delay = new DiscreteDelay<float>( "filt_delay ",
- CommSystem,
- filt_sig,
- delayed_filt_sig);
- MeanSquareError< float >* error_meter = new MeanSquareError<float>(
- "error_meter ",
- CommSystem,
- delayed_filt_sig,
- delayed_ref_sig);
- SignalAnchor* temp_ref_anchor = new SignalAnchor( "temp_ref_anchor ",
- CommSystem,
- ref_sig);
- SignalAnchor* temp_anchor = new SignalAnchor( "temp_anchor ",
- CommSystem,
- test_sig);
- //=============================================================
- #include "sim_postamble.cpp"
- return 0;
- }
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