Wed Mar 2 01:44:34 2016 options author Jacek Lipkowski SQ5BPF window_size 2048, 2048 category Custom comment description _enabled True _coordinate (10, 10) _rotation 0 generate_options wx_gui hier_block_src_path .: id top_block max_nouts 0 qt_qss_theme realtime_scheduling run_command {python} -u {filename} run_options prompt run True thread_safe_setters title SQ5BPF Tetra live receiver 1ch simple UDP demo with fixed offset (gnuradio 3.7 version) variable comment _enabled True _coordinate (547, 15) _rotation 0 id first_decim value 32 variable_text_box comment converver float_converter value 426e6 _enabled True formatter None _coordinate (15, 118) _rotation 0 grid_pos 2,0,1,1 id freq label Frequency notebook variable_static_text comment converver float_converter value freq+xlate_offset_fine1 _enabled True formatter None _coordinate (48, 552) _rotation 0 grid_pos 3,0,1,1 id frx1 label Receive frequency notebook variable comment _enabled True _coordinate (315, 18) _rotation 0 id if_samp_rate value samp_rate/first_decim variable comment _enabled True _coordinate (654, 18) _rotation 0 id options_low_pass value 12500 variable comment _enabled True _coordinate (419, 18) _rotation 0 id out_sample_rate value 36000 variable_slider comment converver float_converter value 0 _enabled True _coordinate (17, 368) _rotation 0 grid_pos 2,1,1,1 id ppm_corr label ppm max 100 min -100 notebook num_steps 200 style wx.SL_HORIZONTAL variable comment _enabled True _coordinate (223, 19) _rotation 0 id samp_rate value 2000000 variable_slider comment converver float_converter value 20 _enabled True _coordinate (16, 672) _rotation 0 grid_pos 2,2,1,1 id sdr_gain label SDR Input Gain max 100 min 0 notebook num_steps 50 style wx.SL_HORIZONTAL variable_slider comment converver float_converter value 20 _enabled True _coordinate (208, 514) _rotation 0 grid_pos 2,3,1,1 id sdr_ifgain label SDR IF Gain max 30 min 0 notebook num_steps 30 style wx.SL_HORIZONTAL variable comment _enabled True _coordinate (416, 868) _rotation 0 id udp_dest_addr value "127.0.0.1" variable comment _enabled True _coordinate (320, 772) _rotation 0 id udp_first_port value 42001 variable_static_text comment converver str_converter value "Please use M (mega) , k (kilo) sufixes where appropriate and press Enter after inputing text.\nPlease look at the gnuradio-companion console for possible errors (like PLL unlock etc)" _enabled True formatter None _coordinate (841, 14) _rotation 0 grid_pos 4,0,2,5 id variable_static_text_0 label Notice notebook variable_slider comment converver float_converter value 625000 _enabled True _coordinate (176, 368) _rotation 0 grid_pos id xlate_offset1 label xlate_offset1 max 1e6 min -1e6 notebook num_steps 1000 style wx.SL_HORIZONTAL variable_slider comment converver float_converter value 0 _enabled True _coordinate (176, 728) _rotation 0 grid_pos 3,1,1,4 id xlate_offset_fine1 label Fine Tune max 10000 min -10000 notebook num_steps 200 style wx.SL_HORIZONTAL blocks_udp_sink alias comment affinity ipaddr udp_dest_addr port udp_first_port _enabled True _coordinate (616, 335) _rotation 0 id blocks_udp_sink_0 type complex psize 1472 eof False vlen 1 fir_filter_xxx alias comment affinity decim 1 _enabled True _coordinate (368, 380) _rotation 0 id fir_filter_xxx_0 maxoutbuf 0 minoutbuf 0 samp_delay 0 taps 1 type ccc fractional_resampler_xx alias comment affinity _enabled True _coordinate (568, 232) _rotation 0 id fractional_resampler_xx_0 maxoutbuf 0 minoutbuf 0 phase_shift 0 resamp_ratio float(float(if_samp_rate)/float(out_sample_rate)) type complex freq_xlating_fir_filter_xxx alias center_freq xlate_offset1+xlate_offset_fine1 comment affinity decim first_decim _enabled True _coordinate (520, 95) _rotation 0 id freq_xlating_fir_filter_xxx_0 maxoutbuf 0 minoutbuf 0 samp_rate samp_rate taps firdes.low_pass(1, samp_rate, options_low_pass, options_low_pass*0.2) type ccc uhd_usrp_source alias ant0 TX/RX bw0 2e6 center_freq0 freq dc_offs_enb0 "" iq_imbal_enb0 "" norm_gain0 False gain0 sdr_gain lo_export0 False lo_source0 internal ant10 bw10 0 center_freq10 0 dc_offs_enb10 "" iq_imbal_enb10 "" norm_gain10 False gain10 0 lo_export10 False lo_source10 internal ant11 bw11 0 center_freq11 0 dc_offs_enb11 "" iq_imbal_enb11 "" norm_gain11 False gain11 0 lo_export11 False lo_source11 internal ant12 bw12 0 center_freq12 0 dc_offs_enb12 "" iq_imbal_enb12 "" norm_gain12 False gain12 0 lo_export12 False lo_source12 internal ant13 bw13 0 center_freq13 0 dc_offs_enb13 "" iq_imbal_enb13 "" norm_gain13 False gain13 0 lo_export13 False lo_source13 internal ant14 bw14 0 center_freq14 0 dc_offs_enb14 "" iq_imbal_enb14 "" norm_gain14 False gain14 0 lo_export14 False lo_source14 internal ant15 bw15 0 center_freq15 0 dc_offs_enb15 "" iq_imbal_enb15 "" norm_gain15 False gain15 0 lo_export15 False lo_source15 internal ant16 bw16 0 center_freq16 0 dc_offs_enb16 "" iq_imbal_enb16 "" norm_gain16 False gain16 0 lo_export16 False lo_source16 internal ant17 bw17 0 center_freq17 0 dc_offs_enb17 "" iq_imbal_enb17 "" norm_gain17 False gain17 0 lo_export17 False lo_source17 internal ant18 bw18 0 center_freq18 0 dc_offs_enb18 "" iq_imbal_enb18 "" norm_gain18 False gain18 0 lo_export18 False lo_source18 internal ant19 bw19 0 center_freq19 0 dc_offs_enb19 "" iq_imbal_enb19 "" norm_gain19 False gain19 0 lo_export19 False lo_source19 internal ant1 bw1 0 center_freq1 0 dc_offs_enb1 "" iq_imbal_enb1 "" norm_gain1 False gain1 0 lo_export1 False lo_source1 internal ant20 bw20 0 center_freq20 0 dc_offs_enb20 "" iq_imbal_enb20 "" norm_gain20 False gain20 0 lo_export20 False lo_source20 internal ant21 bw21 0 center_freq21 0 dc_offs_enb21 "" iq_imbal_enb21 "" norm_gain21 False gain21 0 lo_export21 False lo_source21 internal ant22 bw22 0 center_freq22 0 dc_offs_enb22 "" iq_imbal_enb22 "" norm_gain22 False gain22 0 lo_export22 False lo_source22 internal ant23 bw23 0 center_freq23 0 dc_offs_enb23 "" iq_imbal_enb23 "" norm_gain23 False gain23 0 lo_export23 False lo_source23 internal ant24 bw24 0 center_freq24 0 dc_offs_enb24 "" iq_imbal_enb24 "" norm_gain24 False gain24 0 lo_export24 False lo_source24 internal ant25 bw25 0 center_freq25 0 dc_offs_enb25 "" iq_imbal_enb25 "" norm_gain25 False gain25 0 lo_export25 False lo_source25 internal ant26 bw26 0 center_freq26 0 dc_offs_enb26 "" iq_imbal_enb26 "" norm_gain26 False gain26 0 lo_export26 False lo_source26 internal ant27 bw27 0 center_freq27 0 dc_offs_enb27 "" iq_imbal_enb27 "" norm_gain27 False gain27 0 lo_export27 False lo_source27 internal ant28 bw28 0 center_freq28 0 dc_offs_enb28 "" iq_imbal_enb28 "" norm_gain28 False gain28 0 lo_export28 False lo_source28 internal ant29 bw29 0 center_freq29 0 dc_offs_enb29 "" iq_imbal_enb29 "" norm_gain29 False gain29 0 lo_export29 False lo_source29 internal ant2 bw2 0 center_freq2 0 dc_offs_enb2 "" iq_imbal_enb2 "" norm_gain2 False gain2 0 lo_export2 False lo_source2 internal ant30 bw30 0 center_freq30 0 dc_offs_enb30 "" iq_imbal_enb30 "" norm_gain30 False gain30 0 lo_export30 False lo_source30 internal ant31 bw31 0 center_freq31 0 dc_offs_enb31 "" iq_imbal_enb31 "" norm_gain31 False gain31 0 lo_export31 False lo_source31 internal ant3 bw3 0 center_freq3 0 dc_offs_enb3 "" iq_imbal_enb3 "" norm_gain3 False gain3 0 lo_export3 False lo_source3 internal ant4 bw4 0 center_freq4 0 dc_offs_enb4 "" iq_imbal_enb4 "" norm_gain4 False gain4 0 lo_export4 False lo_source4 internal ant5 bw5 0 center_freq5 0 dc_offs_enb5 "" iq_imbal_enb5 "" norm_gain5 False gain5 0 lo_export5 False lo_source5 internal ant6 bw6 0 center_freq6 0 dc_offs_enb6 "" iq_imbal_enb6 "" norm_gain6 False gain6 0 lo_export6 False lo_source6 internal ant7 bw7 0 center_freq7 0 dc_offs_enb7 "" iq_imbal_enb7 "" norm_gain7 False gain7 0 lo_export7 False lo_source7 internal ant8 bw8 0 center_freq8 0 dc_offs_enb8 "" iq_imbal_enb8 "" norm_gain8 False gain8 0 lo_export8 False lo_source8 internal ant9 bw9 0 center_freq9 0 dc_offs_enb9 "" iq_imbal_enb9 "" norm_gain9 False gain9 0 lo_export9 False lo_source9 internal clock_rate 0.0 comment affinity dev_addr "" dev_args "" _enabled True _coordinate (216, 216) _rotation 0 id uhd_usrp_source_0 maxoutbuf 0 clock_source0 sd_spec0 A:0 time_source0 clock_source1 sd_spec1 time_source1 clock_source2 sd_spec2 time_source2 clock_source3 sd_spec3 time_source3 clock_source4 sd_spec4 time_source4 clock_source5 sd_spec5 time_source5 clock_source6 sd_spec6 time_source6 clock_source7 sd_spec7 time_source7 minoutbuf 0 nchan 1 num_mboards 1 type fc32 samp_rate 2e6 hide_cmd_port False hide_lo_controls True stream_args stream_chans [] sync otw wxgui_fftsink2 avg_alpha 0.1 average True baseband_freq freq alias comment affinity _enabled True fft_size 512 freqvar freq _coordinate (576, 504) _rotation 0 grid_pos 1,0,1,5 id wxgui_fftsink2_0 notebook peak_hold False ref_level 0 ref_scale 2.0 fft_rate 15 samp_rate samp_rate title Full Spectrum\n(click to tune) type complex win_size win None y_divs 10 y_per_div 10 wxgui_fftsink2 avg_alpha 0.1 average True baseband_freq 0 alias comment affinity _enabled True fft_size 256 freqvar None _coordinate (853, 137) _rotation 0 grid_pos 0,0,1,5 id wxgui_fftsink2_0_0_0 notebook peak_hold False ref_level 0 ref_scale 2.0 fft_rate 32 samp_rate if_samp_rate title Channel 1 FFT type complex win_size win None y_divs 10 y_per_div 10 fir_filter_xxx_0 freq_xlating_fir_filter_xxx_0 0 0 fir_filter_xxx_0 wxgui_fftsink2_0 0 0 fractional_resampler_xx_0 blocks_udp_sink_0 0 0 freq_xlating_fir_filter_xxx_0 fractional_resampler_xx_0 0 0 freq_xlating_fir_filter_xxx_0 wxgui_fftsink2_0_0_0 0 0 uhd_usrp_source_0 fir_filter_xxx_0 0 0