- Generated by
1.16.1
|
spandsp 3.0.0
|
Public Attributes | |
| bool | calling_party |
| True if this is the calling side modem. | |
| bool | duplex |
| True if this is a full duplex modem. | |
| bool | half_duplex_source |
| bool | half_duplex_state |
| int | bit_rate |
| span_put_bit_func_t | put_bit |
| The callback function used to put each bit received. | |
| void * | put_bit_user_data |
| A user specified opaque pointer passed to the put_bit routine. | |
| span_put_bit_func_t | put_aux_bit |
| The callback function used to put each aux bit received. | |
| void * | put_aux_bit_user_data |
| A user specified opaque pointer passed to the put_aux_bit routine. | |
| qam_report_handler_t | qam_report |
| A callback function which may be enabled to report every symbol's constellation position. | |
| void * | qam_user_data |
| A user specified opaque pointer passed to the qam_report callback routine. | |
| int | baud_rate |
| The current baud rate selection, as a value from 0 to 5. | |
| bool | high_carrier |
| True if using the higher of the two carrier frequency options. | |
| int | stage |
| int | received_event |
| uint32_t | scramble_reg |
| The register for the data scrambler. | |
| int | scrambler_tap |
| The scrambler tap which selects between the caller and answerer scramblers. | |
| uint16_t | v0_pattern |
| power_meter_t | power |
| A power meter, to measure the HPF'ed signal power in the channel. | |
| int32_t | carrier_on_power |
| The power meter level at which carrier on is declared. | |
| int32_t | carrier_off_power |
| The power meter level at which carrier off is declared. | |
| bool | signal_present |
| bitstream_state_t | bs |
| uint32_t | bitstream |
| uint32_t | r0 |
| Mapping frame output. | |
| uint16_t | qbits [8] |
| uint16_t | ibits [4] |
| int | mjk [8] |
| (x0,y0) (x1,y1)... | |
| int | step_2d |
| v34_parameters_t | parms |
| Parameters for the current bit rate and baud rate. | |
| complexi16_t | yt |
| yt's are the noise corrupted points fed to the viterbi decoder. Assumed to have format 9:7 (7 fractional bits) | |
| complexi16_t | xt [4] |
| complexi16_t | x [3] |
| complexi16_t | h [3] |
| complexi16_t | xy [2][4] |
| These are quantized points in the respective 2D coset (0,1,2,3). | |
| viterbi_t | viterbi |
| int16_t | ww [3] |
| ww contains old z, current z and current w | |
| uint32_t | carrier_phase |
| The current phase of the carrier (i.e. the DDS parameter). | |
| int32_t | carrier_phase_rate_save |
| The carrier update rate saved for reuse when using short training. | |
| int32_t | cc_carrier_phase_rate |
| The update rate for the phase of the control channel carrier (i.e. the DDS increment). | |
| int32_t | v34_carrier_phase_rate |
| The update rate for the phase of the V.34 carrier (i.e. the DDS increment). | |
| float | rrc_filter [27] |
| The root raised cosine (RRC) pulse shaping filter buffer. | |
| int | rrc_filter_step |
| Current offset into the RRC pulse shaping filter buffer. | |
| int | eq_step |
| Current read offset into the equalizer buffer. | |
| int | eq_put_step |
| Current write offset into the equalizer buffer. | |
| int | shaper_sets |
| float | agc_scaling |
| The scaling factor assessed by the AGC algorithm. | |
| float | agc_scaling_save |
| The previous value of agc_scaling, needed to reuse old training. | |
| ted_t | pri_ted |
| ted_t | cc_ted |
| float | carrier_track_p |
| The proportional part of the carrier tracking filter. | |
| float | carrier_track_i |
| The integral part of the carrier tracking filter. | |
| const v34_rx_shaper_t * | shaper_re |
| const v34_rx_shaper_t * | shaper_im |
| int | total_baud_timing_correction |
| The total symbol timing correction since the carrier came up. This is only for performance analysis purposes. | |
| int | baud_half |
| The current half of the baud. | |
| int | round_trip_delay_estimate |
| The measured round trip delay estimate, in sample times. | |
| int | duration |
| int | bit_count |
| int | target_bits |
| uint16_t | crc |
| uint32_t | last_angles [2] |
| uint8_t | info_buf [25] |
| Buffer for receiving info frames. | |
| int | super_frame |
| int | data_frame |
| int | s_bit_cnt |
| int | aux_bit_cnt |
| uint8_t | rxbuf [50] |
| int | rxbits |
| int | rxptr |
| int | blip_duration |
| v34_capabilities_t | far_capabilities |
| int | carrier_drop_pending |
| Whether or not a carrier drop was detected and the signal delivery is pending. | |
| int | low_samples |
| A count of the current consecutive samples below the carrier off threshold. | |
| int16_t | high_sample |
| A highest magnitude sample seen. | |
| bool | info0_acknowledgement |
| union { | |
| info1a_t info1a | |
| info1c_t info1c | |
| infoh_t infoh | |
| }; | |
| int | step |
| int | persistence1 |
| int | persistence2 |
| int | mp_count |
| int | mp_len |
| int | mp_and_fill_len |
| int | mp_seen |
| int | dft_ptr |
| complexf_t | dft_buffer [160] |
| float | l1_l2_gains [25] |
| float | l1_l2_phases [25] |
| float | base_phase |
| complexf_t | last_sample |
| int | l1_l2_duration |
| int | current_demodulator |
| span_sample_timer_t | sample_time |
| Used to align the transmit and receive positions, to ensure things like round trip delay are properly handled. | |
| span_sample_timer_t | tone_ab_hop_time |
| logging_state_t * | logging |
| bool v34_rx_state_t::half_duplex_source |
The current source end when in half-duplex mode
Referenced by v34_half_duplex_change_mode(), and v34_restart().
| bool v34_rx_state_t::half_duplex_state |
The current operating state when in half-duplex mode
Referenced by v34_half_duplex_change_mode().
1.16.1