mirror of
https://github.com/ciphervance/supercell-wx.git
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215 lines
8.9 KiB
C++
215 lines
8.9 KiB
C++
#pragma once
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#include <scwx/wsr88d/rda/message.hpp>
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namespace scwx
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{
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namespace wsr88d
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{
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namespace rda
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{
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class RdaAdaptationDataImpl;
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class RdaAdaptationData : public Message
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{
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public:
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explicit RdaAdaptationData();
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~RdaAdaptationData();
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RdaAdaptationData(const Message&) = delete;
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RdaAdaptationData& operator=(const RdaAdaptationData&) = delete;
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RdaAdaptationData(RdaAdaptationData&&) noexcept;
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RdaAdaptationData& operator=(RdaAdaptationData&&) noexcept;
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const std::string& adap_file_name() const;
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const std::string& adap_format() const;
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const std::string& adap_revision() const;
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const std::string& adap_date() const;
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const std::string& adap_time() const;
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float lower_pre_limit() const;
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float az_lat() const;
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float upper_pre_limit() const;
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float el_lat() const;
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float parkaz() const;
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float parkel() const;
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float a_fuel_conv(unsigned i) const;
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float a_min_shelter_temp() const;
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float a_max_shelter_temp() const;
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float a_min_shelter_ac_temp_diff() const;
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float a_max_xmtr_air_temp() const;
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float a_max_rad_temp() const;
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float a_max_rad_temp_rise() const;
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float lower_dead_limit() const;
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float upper_dead_limit() const;
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float a_min_gen_room_temp() const;
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float a_max_gen_room_temp() const;
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float spip_5v_reg_lim() const;
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float spip_15v_reg_lim() const;
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bool rpg_co_located() const;
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bool spec_filter_installed() const;
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bool tps_installed() const;
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bool rms_installed() const;
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uint32_t a_hvdl_tst_int() const;
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uint32_t a_rpg_lt_int() const;
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uint32_t a_min_stab_util_pwr_time() const;
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uint32_t a_gen_auto_exer_interval() const;
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uint32_t a_util_pwr_sw_req_interval() const;
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float a_low_fuel_level() const;
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uint32_t config_chan_number() const;
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uint32_t redundant_chan_config() const;
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float atten_table(unsigned i) const;
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float path_losses(unsigned i) const;
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float h_coupler_xmt_loss() const;
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float h_coupler_cw_loss() const;
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float v_coupler_xmt_loss() const;
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float ame_ts_bias() const;
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float v_coupler_cw_loss() const;
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float pwr_sense_bias() const;
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float ame_v_noise_enr() const;
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float chan_cal_diff() const;
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float v_ts_cw() const;
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float h_rnscale(unsigned i) const;
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float atmos(unsigned i) const;
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float el_index(unsigned i) const;
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uint32_t tfreq_mhz() const;
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float base_data_tcn() const;
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float refl_data_tover() const;
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float tar_h_dbz0_lp() const;
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float tar_v_dbz0_lp() const;
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uint32_t init_phi_dp() const;
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uint32_t norm_init_phi_dp() const;
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float lx_lp() const;
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float lx_sp() const;
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float meteor_param() const;
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float antenna_gain() const;
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float vel_degrad_limit() const;
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float wth_degrad_limit() const;
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float h_noisetemp_dgrad_limit() const;
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uint32_t h_min_noisetemp() const;
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float v_noisetemp_dgrad_limit() const;
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uint32_t v_min_noisetemp() const;
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float kly_degrade_limit() const;
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float ts_coho() const;
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float h_ts_cw() const;
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float ts_stalo() const;
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float ame_h_noise_enr() const;
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float xmtr_peak_pwr_high_limit() const;
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float xmtr_peak_pwr_low_limit() const;
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float h_dbz0_delta_limit() const;
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float threshold1() const;
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float threshold2() const;
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float clut_supp_dgrad_lim() const;
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float range0_value() const;
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float xmtr_pwr_mtr_scale() const;
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float v_dbz0_delta_limit() const;
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float tar_h_dbz0_sp() const;
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float tar_v_dbz0_sp() const;
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uint32_t deltaprf() const;
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uint32_t tau_sp() const;
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uint32_t tau_lp() const;
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uint32_t nc_dead_value() const;
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uint32_t tau_rf_sp() const;
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uint32_t tau_rf_lp() const;
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float seg1_lim() const;
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float slatsec() const;
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float slonsec() const;
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uint32_t slatdeg() const;
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uint32_t slatmin() const;
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uint32_t slondeg() const;
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uint32_t slonmin() const;
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char slatdir() const;
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char slondir() const;
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float az_correction_factor() const;
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float el_correction_factor() const;
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const std::string& site_name() const;
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float ant_manual_setup_ielmin() const;
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float ant_manual_setup_ielmax() const;
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uint32_t ant_manual_setup_fazvelmax() const;
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uint32_t ant_manual_setup_felvelmax() const;
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int32_t ant_manual_setup_ignd_hgt() const;
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uint32_t ant_manual_setup_irad_hgt() const;
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float az_pos_sustain_drive() const;
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float az_neg_sustain_drive() const;
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float az_nom_pos_drive_slope() const;
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float az_nom_neg_drive_slope() const;
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float az_feedback_slope() const;
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float el_pos_sustain_drive() const;
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float el_neg_sustain_drive() const;
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float el_nom_pos_drive_slope() const;
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float el_nom_neg_drive_slope() const;
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float el_feedback_slope() const;
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float el_first_slope() const;
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float el_second_slope() const;
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float el_third_slope() const;
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float el_droop_pos() const;
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float el_off_neutral_drive() const;
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float az_intertia() const;
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float el_inertia() const;
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uint32_t rvp8nv_iwaveguide_length() const;
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float v_rnscale(unsigned i) const;
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float vel_data_tover() const;
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float width_data_tover() const;
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float doppler_range_start() const;
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uint32_t max_el_index() const;
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float seg2_lim() const;
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float seg3_lim() const;
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float seg4_lim() const;
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uint32_t nbr_el_segments() const;
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float h_noise_long() const;
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float ant_noise_temp() const;
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float h_noise_short() const;
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float h_noise_tolerance() const;
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float min_h_dyn_range() const;
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bool gen_installed() const;
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bool gen_exercise() const;
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float v_noise_tolerance() const;
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float min_v_dyn_range() const;
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float zdr_bias_dgrad_lim() const;
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float baseline_zdr_bias() const;
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float v_noise_long() const;
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float v_noise_short() const;
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float zdr_data_tover() const;
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float phi_data_tover() const;
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float rho_data_tover() const;
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float stalo_power_dgrad_limit() const;
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float stalo_power_maint_limit() const;
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float min_h_pwr_sense() const;
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float min_v_pwr_sense() const;
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float h_pwr_sense_offset() const;
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float v_pwr_sense_offset() const;
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float ps_gain_ref() const;
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float rf_pallet_broad_loss() const;
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float ame_ps_tolerance() const;
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float ame_max_temp() const;
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float ame_min_temp() const;
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float rcvr_mod_max_temp() const;
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float rcvr_mod_min_temp() const;
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float bite_mod_max_temp() const;
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float bite_mod_min_temp() const;
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uint32_t default_polarization() const;
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float tr_limit_dgrad_limit() const;
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float tr_limit_fail_limit() const;
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bool rfp_stepper_enabled() const;
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float ame_current_tolerance() const;
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uint32_t h_only_polarization() const;
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uint32_t v_only_polarization() const;
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float sun_bias() const;
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float a_min_shelter_temp_warn() const;
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float power_meter_zero() const;
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float txb_baseline() const;
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float txb_alarm_thresh() const;
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bool Parse(std::istream& is);
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static std::shared_ptr<RdaAdaptationData> Create(MessageHeader&& header,
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std::istream& is);
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private:
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std::unique_ptr<RdaAdaptationDataImpl> p;
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};
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} // namespace rda
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} // namespace wsr88d
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} // namespace scwx
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