public void _decodeRecursive(LCMDataInputStream ins)
{
byte[] __strbuf = null;
__strbuf = new byte[ins.ReadInt32() - 1]; ins.ReadFully(__strbuf); ins.ReadByte(); this.publisher = System.Text.Encoding.GetEncoding("US-ASCII").GetString(__strbuf);
this.cam1_timestamp = ins.ReadDouble();
this.cam2_timestamp = ins.ReadDouble();
this.left_utime = ins.ReadInt64();
this.right_utime = ins.ReadInt64();
this.sequence = ins.ReadInt64();
this.camera_orientation = ins.ReadInt32();
this.width = ins.ReadInt32();
this.height = ins.ReadInt32();
this.row_stride = ins.ReadInt32();
this.pixelformat = ins.ReadInt32();
this.size = ins.ReadInt32();
this.data = new byte[(int)size];
for (int a = 0; a < this.size; a++)
{
this.data[a] = ins.ReadByte();
}
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.header = mwt.header_t._decodeRecursiveFactory(ins);
this.auto_head = ins.ReadBoolean();
this.auto_vert = ins.ReadBoolean();
this.adv_nav = ins.ReadBoolean();
this.auto_head_sp = ins.ReadDouble();
this.auto_depth_sp = ins.ReadDouble();
this.x_pilot = ins.ReadDouble();
this.y_pilot = ins.ReadDouble();
this.z_pilot = ins.ReadDouble();
this.yaw_pilot = ins.ReadDouble();
this.x_effort = ins.ReadDouble();
this.y_effort = ins.ReadDouble();
this.z_effort = ins.ReadDouble();
this.yaw_effort = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
byte[] __strbuf = null;
this.timestamp = ins.ReadInt64();
this.position = new double[(int)3];
for (int a = 0; a < 3; a++)
{
this.position[a] = ins.ReadDouble();
}
this.orientation = new double[(int)4];
for (int a = 0; a < 4; a++)
{
this.orientation[a] = ins.ReadDouble();
}
this.num_ranges = ins.ReadInt32();
this.ranges = new short[(int)num_ranges];
for (int a = 0; a < this.num_ranges; a++)
{
this.ranges[a] = ins.ReadInt16();
}
__strbuf = new byte[ins.ReadInt32() - 1]; ins.ReadFully(__strbuf); ins.ReadByte(); this.name = System.Text.Encoding.GetEncoding("US-ASCII").GetString(__strbuf);
this.enabled = ins.ReadBoolean();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.input = ins.ReadDouble();
this.output = ins.ReadDouble();
this.tau = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.header = mwt.header_t._decodeRecursiveFactory(ins);
this.depth = ins.ReadDouble();
this.pressure = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.header = mwt.header_t._decodeRecursiveFactory(ins);
this.range_control = mwt.controller_status_t._decodeRecursiveFactory(ins);
this.lateral_control = mwt.controller_status_t._decodeRecursiveFactory(ins);
this.vertical_control = mwt.controller_status_t._decodeRecursiveFactory(ins);
this.bearing_control = mwt.controller_status_t._decodeRecursiveFactory(ins);
this.range_traj = mwt.trajectory_status_t._decodeRecursiveFactory(ins);
this.lateral_traj = mwt.trajectory_status_t._decodeRecursiveFactory(ins);
this.vertical_traj = mwt.trajectory_status_t._decodeRecursiveFactory(ins);
this.bearing_traj = mwt.trajectory_status_t._decodeRecursiveFactory(ins);
this.range_filter = mwt.filter_status_t._decodeRecursiveFactory(ins);
this.lateral_filter = mwt.filter_status_t._decodeRecursiveFactory(ins);
this.vertical_filter = mwt.filter_status_t._decodeRecursiveFactory(ins);
this.bearing_filter = mwt.filter_status_t._decodeRecursiveFactory(ins);
this.range_gs_filter = mwt.filter_status_t._decodeRecursiveFactory(ins);
this.heading_gs_filter = mwt.filter_status_t._decodeRecursiveFactory(ins);
this.bearing_gs_filter = mwt.filter_status_t._decodeRecursiveFactory(ins);
this.lateral_gs = mwt.gain_scale_status_t._decodeRecursiveFactory(ins);
this.bearing_gs = mwt.gain_scale_status_t._decodeRecursiveFactory(ins);
this.is_pilot_enabled = ins.ReadBoolean();
this.is_control_enabled = ins.ReadBoolean();
this.is_x_effort_enabled = ins.ReadBoolean();
this.is_y_effort_enabled = ins.ReadBoolean();
this.is_z_effort_enabled = ins.ReadBoolean();
this.is_psi_effort_enabled = ins.ReadBoolean();
this.control_exec_ms = ins.ReadDouble();
this.other_exec_ms = ins.ReadDouble();
this.percent_idle = ins.ReadDouble();
this.missed_updates = ins.ReadInt64();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.header = mwt.header_t._decodeRecursiveFactory(ins);
this.roll_deg = ins.ReadDouble();
this.pitch_deg = ins.ReadDouble();
this.yaw_deg = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.set_point = ins.ReadDouble();
this.goal = ins.ReadDouble();
this.slew_rate = ins.ReadDouble();
this.is_moving = ins.ReadBoolean();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.header = mwt.header_t._decodeRecursiveFactory(ins);
this.latitude_deg = ins.ReadDouble();
this.longitude_deg = ins.ReadDouble();
this.altitude_m = ins.ReadDouble();
this.gps_status = mwt.gps_status_t._decodeRecursiveFactory(ins);
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.header = mwt.header_t._decodeRecursiveFactory(ins);
this.ts_centi_sec = ins.ReadDouble();
this.x_vel_mm_sec = ins.ReadDouble();
this.y_vel_mm_sec = ins.ReadDouble();
this.z_vel_mm_sec = ins.ReadDouble();
this.altitude_mm = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.utc_time_secs = ins.ReadDouble();
this.position_fix_ind = ins.ReadInt16();
this.satellites_used = ins.ReadInt16();
this.hdop = ins.ReadDouble();
this.undulation_m = ins.ReadDouble();
this.diff_correction_age_s = ins.ReadDouble();
this.diff_station_id = ins.ReadInt16();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
byte[] __strbuf = null;
__strbuf = new byte[ins.ReadInt32() - 1]; ins.ReadFully(__strbuf); ins.ReadByte(); this.publisher = System.Text.Encoding.GetEncoding("US-ASCII").GetString(__strbuf);
this.timestamp = ins.ReadDouble();
this.sequence = ins.ReadInt64();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.goals = new double[(int)4, (int)5];
for (int a = 0; a < 4; a++)
{
for (int b = 0; b < 5; b++)
{
this.goals[a, b] = ins.ReadDouble();
}
}
}
public void _decodeRecursive(LCMDataInputStream ins)
{
byte[] __strbuf = null;
this.left = ins.ReadDouble();
this.top = ins.ReadDouble();
this.width = ins.ReadDouble();
this.height = ins.ReadDouble();
this.num_classes = ins.ReadSByte();
this.scores = new double[(int)num_classes];
for (int a = 0; a < this.num_classes; a++)
{
this.scores[a] = ins.ReadDouble();
}
__strbuf = new byte[ins.ReadInt32() - 1]; ins.ReadFully(__strbuf); ins.ReadByte(); this.class_name = System.Text.Encoding.GetEncoding("US-ASCII").GetString(__strbuf);
}
public void _decodeRecursive(LCMDataInputStream ins)
{
byte[] __strbuf = null;
__strbuf = new byte[ins.ReadInt32() - 1]; ins.ReadFully(__strbuf); ins.ReadByte(); this.header = System.Text.Encoding.GetEncoding("US-ASCII").GetString(__strbuf);
this.decoderoutput = new double[(int)4];
for (int a = 0; a < 4; a++)
{
this.decoderoutput[a] = ins.ReadDouble();
}
this.timestamp = ins.ReadInt64();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.cmd = ins.ReadDouble();
this.measure = ins.ReadDouble();
this.integral = ins.ReadDouble();
this.derivative = ins.ReadDouble();
this.output = ins.ReadDouble();
this.kp = ins.ReadDouble();
this.ki = ins.ReadDouble();
this.kd = ins.ReadDouble();
this.tau = ins.ReadDouble();
this.output_scale = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.header = mwt.header_t._decodeRecursiveFactory(ins);
this.heading_deg = ins.ReadDouble();
this.turns = ins.ReadDouble();
this.depth_m = ins.ReadDouble();
this.altitude_m = ins.ReadDouble();
this.delta_m = ins.ReadDouble();
this.oxygen_um = ins.ReadDouble();
this.analog_1 = ins.ReadDouble();
this.autohead_sp_deg = ins.ReadDouble();
this.autohead_enable = ins.ReadBoolean();
this.camera_tilt_deg = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.header = mwt.header_t._decodeRecursiveFactory(ins);
this.x = ins.ReadDouble();
this.y = ins.ReadDouble();
this.z = ins.ReadDouble();
this.phi = ins.ReadDouble();
this.theta = ins.ReadDouble();
this.psi = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.enabled = ins.ReadBoolean();
this.kp_in = ins.ReadDouble();
this.ki_in = ins.ReadDouble();
this.kd_in = ins.ReadDouble();
this.kp_out = ins.ReadDouble();
this.ki_out = ins.ReadDouble();
this.kd_out = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.header = mwt.header_t._decodeRecursiveFactory(ins);
this.range_meters = ins.ReadDouble();
this.bearing_degrees = ins.ReadDouble();
this.z_meters = ins.ReadDouble();
this.range_valid = ins.ReadBoolean();
this.bearing_valid = ins.ReadBoolean();
this.z_valid = ins.ReadBoolean();
this.left_pix_x = ins.ReadDouble();
this.left_pix_y = ins.ReadDouble();
this.right_pix_x = ins.ReadDouble();
this.right_pix_y = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.header = mwt.header_t._decodeRecursiveFactory(ins);
this.roi_width = ins.ReadDouble();
this.roi_height = ins.ReadDouble();
this.roi_left_age = ins.ReadDouble();
this.roi_right_age = ins.ReadDouble();
this.conf_left = ins.ReadDouble();
this.conf_right = ins.ReadDouble();
this.target_left_x = ins.ReadDouble();
this.target_left_y = ins.ReadDouble();
this.target_right_x = ins.ReadDouble();
this.target_right_y = ins.ReadDouble();
this.range_meters = ins.ReadDouble();
this.bearing_deg = ins.ReadDouble();
this.z_err_meters = ins.ReadDouble();
this.epi_error = ins.ReadDouble();
this.roi_reinit_cnt = ins.ReadInt64();
this.ext_target_rx_cnt = ins.ReadInt64();
this.target_left_located = ins.ReadBoolean();
this.target_right_located = ins.ReadBoolean();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.header = mwt.header_t._decodeRecursiveFactory(ins);
this.tracking_mode = ins.ReadInt32();
this.check_epi_err = ins.ReadBoolean();
this.check_euc_dist = ins.ReadBoolean();
this.use_wf_tracking = ins.ReadBoolean();
this.epi_err = ins.ReadDouble();
this.euc_dist = ins.ReadDouble();
this.max_epi_err = ins.ReadDouble();
this.max_euc_dist = ins.ReadDouble();
this.current_vf_x = ins.ReadDouble();
this.current_vf_y = ins.ReadDouble();
this.current_vf_z = ins.ReadDouble();
this.current_wf_x = ins.ReadDouble();
this.current_wf_y = ins.ReadDouble();
this.current_wf_z = ins.ReadDouble();
this.filter_cached_vf = ins.ReadBoolean();
this.filter_cached_wf = ins.ReadBoolean();
this.cached_vf_x = ins.ReadDouble();
this.cached_vf_y = ins.ReadDouble();
this.cached_vf_z = ins.ReadDouble();
this.cached_wf_x = ins.ReadDouble();
this.cached_wf_y = ins.ReadDouble();
this.cached_wf_z = ins.ReadDouble();
this.target_source = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.mode = ins.ReadDouble();
this.impedance_scale = ins.ReadDouble();
this.balance_scale = ins.ReadDouble();
this.enable = ins.ReadDouble();
this.emergency_damp = ins.ReadDouble();
this.p_des = new double[(int)3];
for (int a = 0; a < 3; a++)
{
this.p_des[a] = ins.ReadDouble();
}
this.v_des = new double[(int)3];
for (int a = 0; a < 3; a++)
{
this.v_des[a] = ins.ReadDouble();
}
this.rpy_des = new double[(int)3];
for (int a = 0; a < 3; a++)
{
this.rpy_des[a] = ins.ReadDouble();
}
this.omega_des = new double[(int)3];
for (int a = 0; a < 3; a++)
{
this.omega_des[a] = ins.ReadDouble();
}
this.p_des_slew_min = new double[(int)3];
for (int a = 0; a < 3; a++)
{
this.p_des_slew_min[a] = ins.ReadDouble();
}
this.p_des_slew_max = new double[(int)3];
for (int a = 0; a < 3; a++)
{
this.p_des_slew_max[a] = ins.ReadDouble();
}
this.rpy_des_slew_max = new double[(int)3];
for (int a = 0; a < 3; a++)
{
this.rpy_des_slew_max[a] = ins.ReadDouble();
}
this.v_des_slew_min = new double[(int)3];
for (int a = 0; a < 3; a++)
{
this.v_des_slew_min[a] = ins.ReadDouble();
}
this.v_des_slew_max = new double[(int)3];
for (int a = 0; a < 3; a++)
{
this.v_des_slew_max[a] = ins.ReadDouble();
}
this.omegab_des_slew_max = new double[(int)3];
for (int a = 0; a < 3; a++)
{
this.omegab_des_slew_max[a] = ins.ReadDouble();
}
this.bonus_knee_torque = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
byte[] __strbuf = null;
this.header = mwt.header_t._decodeRecursiveFactory(ins);
this.left_utime = ins.ReadInt64();
this.right_utime = ins.ReadInt64();
__strbuf = new byte[ins.ReadInt32() - 1]; ins.ReadFully(__strbuf); ins.ReadByte(); this.left_class_name = System.Text.Encoding.GetEncoding("US-ASCII").GetString(__strbuf);
__strbuf = new byte[ins.ReadInt32() - 1]; ins.ReadFully(__strbuf); ins.ReadByte(); this.right_class_name = System.Text.Encoding.GetEncoding("US-ASCII").GetString(__strbuf);
this.left_x = ins.ReadDouble();
this.left_y = ins.ReadDouble();
this.right_x = ins.ReadDouble();
this.right_y = ins.ReadDouble();
this.left_box_width = ins.ReadDouble();
this.left_box_height = ins.ReadDouble();
this.right_box_width = ins.ReadDouble();
this.right_box_height = ins.ReadDouble();
this.conf_left = ins.ReadDouble();
this.conf_right = ins.ReadDouble();
this.source = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
byte[] __strbuf = null;
this.utime = ins.ReadInt64();
this.deg_celsius = ins.ReadDouble();
}
public void _decodeRecursive(LCMDataInputStream ins)
{
this.turns = ins.ReadDouble();
}
