HL_interface.h
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00001 /*
00002 
00003 Copyright (c) 2011, Markus Achtelik, ASL, ETH Zurich, Switzerland
00004 You can contact the author at <markus dot achtelik at mavt dot ethz dot ch>
00005 
00006 All rights reserved.
00007 
00008 Redistribution and use in source and binary forms, with or without
00009 modification, are permitted provided that the following conditions are met:
00010 * Redistributions of source code must retain the above copyright
00011 notice, this list of conditions and the following disclaimer.
00012 * Redistributions in binary form must reproduce the above copyright
00013 notice, this list of conditions and the following disclaimer in the
00014 documentation and/or other materials provided with the distribution.
00015 * Neither the name of ETHZ-ASL nor the
00016 names of its contributors may be used to endorse or promote products
00017 derived from this software without specific prior written permission.
00018 
00019 THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
00020 ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
00021 WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
00022 DISCLAIMED. IN NO EVENT SHALL ETHZ-ASL BE LIABLE FOR ANY
00023 DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
00024 (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
00025 LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
00026 ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
00027 (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
00028 SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
00029 
00030 */
00031 
00032 
00033 #ifndef __HL_INTERFACE__
00034 #define __HL_INTERFACE__
00035 
00036 #include "extPositionCtrl.h"
00037 #include "HL_SSDK.h"
00038 #include <inttypes.h>
00039 
00040 // Packet descriptors -----------------------------------------------
00041 // don't use more than 255 packet types!
00042 #define HLI_PACKET_ID_IMU                       0x01    ///< imu packet
00043 #define HLI_PACKET_ID_STATUS                    0x02    ///< status packet
00044 #define HLI_PACKET_ID_GPS                       0x03    ///< gps
00045 #define HLI_PACKET_ID_RC                        0x04    ///< rc data
00046 #define HLI_PACKET_ID_SSDK_DEBUG                0x05    ///< debug data from datafusion/position controller
00047 #define HLI_PACKET_ID_CONTROL_LL                0x06    ///< this is for commands that get forwarded to the LL processor i.e. acceleration/attitude and gps velocities
00048 #define HLI_PACKET_ID_CONTROL_HL                0x07    ///< commands for control by the HL
00049 #define HLI_PACKET_ID_POSITION_UPDATE           0x08    ///< (absolute) position update from external reference
00050 #define HLI_PACKET_ID_MOTORS                    0x09    ///< motor on/off commands
00051 #define HLI_PACKET_ID_BAUDRATE                  0x0a    ///< set baudrate
00052 #define HLI_PACKET_ID_SSDK_PARAMETERS           0x0b    ///< set params for matlab onboard controller
00053 #define HLI_PACKET_ID_TIMESYNC                  0x0c    ///< timesync packet indentifier
00054 #define HLI_PACKET_ID_CONTROL_ENABLE            0x0d    ///< packet to enable single axis for control
00055 #define HLI_PACKET_ID_EKF_STATE                 0x0e    ///< packet to exchange the state of the position/attitude ekf
00056 #define HLI_PACKET_ID_SUBSCRIPTION              0x0f    ///< packet to define the periods the packets are sent with
00057 #define HLI_PACKET_ID_SSDK_STATUS               0x10    ///< SSDK status packet
00058 #define HLI_PACKET_ID_ACK                       0x11    ///< Acknowledge packet
00059 #define HLI_PACKET_ID_CONFIG                    0x12    ///< Acknowledge packet
00060 #define HLI_PACKET_ID_MAG                       0x13    ///< Magnetic compass data packet
00061 
00062 
00063 // flight mode defines for communication with LL processor ----------------------------------------------
00064 #define HLI_FLIGHTMODE_ACC                      0x01
00065 #define HLI_FLIGHTMODE_HEIGHT                   0x03
00066 #define HLI_FLIGHTMODE_GPS                      0x07
00067 #define HLI_SERIALINTERFACE_ENABLED_BIT         0x20
00068 #define HLI_SERIALINTERFACE_ACTIVE_BIT          0x40
00069 #define HLI_PITCH_BIT                           0x01
00070 #define HLI_ROLL_BIT                            0x02
00071 #define HLI_YAW_BIT                             0x04
00072 #define HLI_THRUST_BIT                          0x08
00073 #define HLI_HEIGHT_BIT                          0x10
00074 #define HLI_GPS_BIT                             0x20
00075 
00076 // communication defaults
00077 #define HLI_COMMUNICATION_TIMEOUT               3
00078 #define HLI_DEFAULT_BAUDRATE                    57600
00079 #define HLI_DEFAULT_PERIOD_IMU                  20
00080 #define HLI_DEFAULT_PERIOD_GPS                  200
00081 #define HLI_DEFAULT_PERIOD_SSDK_DEBUG           200
00082 #define HLI_DEFAULT_PERIOD_RCDATA               100
00083 #define HLI_DEFAULT_PERIOD_EKF_STATE            0
00084 
00085 // position control mode and state estimation defines
00086 #define HLI_MODE_STATE_ESTIMATION_OFF           0x01    ///< switches state estimation on the HL off
00087 #define HLI_MODE_STATE_ESTIMATION_HL_SSDK       0x02    ///< state estimation is performed on the HL in the SSDK based on positions that are sent to it
00088 #define HLI_MODE_STATE_ESTIMATION_HL_EKF        0x04    ///< state estimation is performed on the HL based on the state prediction of an EKF
00089 #define HLI_MODE_STATE_ESTIMATION_EXT           0x08    ///< state estimation is performed externally, e.g. on the host computer
00090 #define HLI_MODE_POSCTRL_OFF                    0x10    ///< position control switched off
00091 #define HLI_MODE_POSCTRL_LL                     0x20    ///< position control in performed on the LL controller. This just works if GPS is available
00092 #define HLI_MODE_POSCTRL_HL                     0x40    ///< use position controller on the HL based on state estimation on the HL or external state estimation
00093 
00094 // communication flags
00095 #define HLI_COMM_ACK                            0x01    ///< defines that a packet has to be acknowledged when received
00096 
00098 typedef struct
00099 __attribute__((packed))
00100 {
00101 
00103   int64_t timestamp;
00104 
00106   int16_t acc_x;
00107   int16_t acc_y;
00108   int16_t acc_z;
00109 
00111   int16_t ang_vel_roll;
00112   int16_t ang_vel_pitch;
00113   int16_t ang_vel_yaw;
00114 
00116   int16_t ang_roll;
00117   int16_t ang_pitch;
00118 
00120   uint16_t ang_yaw;
00121 
00123   int32_t height;
00124 
00126   int16_t differential_height;
00127 
00129   uint8_t motors[6];
00130 } HLI_IMU;
00131 
00133 typedef struct
00134 __attribute__((packed))
00135 {
00137 
00139   int64_t timestamp;
00140 
00142   int32_t latitude;
00143   int32_t longitude;
00144 
00146   uint32_t height;
00147 
00149   int32_t pressure_height;
00150 
00152   int32_t speedX;
00153   int32_t speedY;
00154 
00156   uint16_t heading;
00157 
00159   uint32_t horizontalAccuracy;
00160   uint32_t verticalAccuracy;
00161   uint32_t speedAccuracy;
00162 
00164 
00170   int32_t status;
00171 
00173   uint32_t numSatellites;
00174 }HLI_GPS;
00175 
00177 typedef struct
00178 __attribute__((packed))
00179 {
00181   int64_t timestamp;
00182 
00184   int16_t battery_voltage;
00185 
00186   uint16_t state_estimation;
00187   uint16_t position_control;
00188   uint16_t flight_mode;
00189 
00191   uint16_t flight_time;
00192 
00194   uint16_t cpu_load;
00195 
00196   int32_t debug1;
00197   int32_t debug2;
00198 
00200 
00206   int8_t motors;
00207 
00209   uint32_t rx_packets;
00210 
00212   uint32_t rx_packets_good;
00213 
00215   int8_t have_SSDK_parameters;
00216 
00217   int64_t timesync_offset;
00218 
00219 } HLI_STATUS;
00220 
00221 #define HLI_NUMBER_RC_CHANNELS 8
00222 
00223 typedef struct
00224 __attribute__((packed))
00225 {
00227   int64_t timestamp;
00228 
00229   uint16_t channel[HLI_NUMBER_RC_CHANNELS];
00240 }HLI_RCDATA;
00241 
00243 typedef struct
00244 __attribute__((packed))
00245 {
00247   int16_t x;
00249   int16_t y;
00251   int16_t yaw;
00253   int16_t z;
00254 } HLI_CMD_LL;
00255 
00256 typedef struct
00257 __attribute__((packed))
00258 {
00260   uint8_t motors;
00261 } HLI_MOTORS;
00262 
00263 typedef struct
00264 __attribute__((packed))
00265 {
00266   uint32_t state;
00267   uint32_t baudrate;
00268 } HLI_BAUDRATE;
00269 
00271 typedef struct EXT_POSITION HLI_EXT_POSITION;
00272 
00274 typedef struct EXT_POSITION_CMD HLI_CMD_HL;
00275 
00277 
00287 typedef struct
00288 __attribute__((packed))
00289 {
00290   int64_t tc1;
00291   int64_t ts1;
00292 } HLI_TIMESYNC;
00293 
00294 #define HLI_EKF_STATE_SIZE 16
00295 #define HLI_EKF_STATE_CURRENT_STATE 1
00296 #define HLI_EKF_STATE_INITIALIZATION 2
00297 #define HLI_EKF_STATE_STATE_CORRECTION 3
00298 
00299 typedef struct
00300 __attribute__((packed))
00301 {
00302   int64_t timestamp;
00303 
00305   int16_t acc_x;
00306   int16_t acc_y;
00307   int16_t acc_z;
00308 
00310   int16_t ang_vel_roll;
00311   int16_t ang_vel_pitch;
00312   int16_t ang_vel_yaw;
00313 
00315   float state[HLI_EKF_STATE_SIZE];
00316 
00317   uint32_t flag;
00318 }HLI_EKF_STATE;
00319 
00321 typedef struct
00322 __attribute__((packed))
00323 {
00324   uint16_t imu; 
00325   uint16_t rcdata; 
00326   uint16_t ssdk_debug; 
00327   uint16_t gps; 
00328   uint16_t ekf_state; 
00329   uint16_t mag; 
00330 }HLI_SUBSCRIPTION;
00331 
00333 typedef struct
00334 __attribute__((packed))
00335 {
00336   uint16_t mode_state_estimation;
00337   uint16_t mode_position_control;
00338   uint16_t position_control_axis_enable;
00339   uint16_t battery_warning_voltage;
00340 }HLI_CONFIG;
00341 
00343 typedef struct
00344 __attribute__((packed))
00345 {
00346   uint8_t have_parameters;
00347 }HLI_SSDK_STATUS;
00348 
00350 typedef struct
00351 __attribute__((packed))
00352 {
00353   uint8_t ack_packet;
00354 }HLI_ACK;
00355 
00357 typedef struct
00358 __attribute__((packed))
00359 {
00360   int64_t timestamp;
00361 
00362   int16_t x;
00363   int16_t y;
00364   int16_t z;
00365 }HLI_MAG;
00366 
00367 
00368 #endif


asctec_hl_comm
Author(s): Markus Achtelik, Michael Achtelik, Stephan Weiss, Laurent Kneip
autogenerated on Thu Jun 6 2019 20:57:06