Can_codec_can_2

Collaboration diagram for Can_codec_can_2:

Data Structures
struct	can_2_vnav_tv_inputs
	Unpacked vnav_tv_inputs signal values. More...
struct	can_2_vnav_vel_accel
	Unpacked vnav_vel_accel signal values. More...
struct	can_2_vnav_pos_stat
	Unpacked vnav_pos_stat signal values. More...
struct	can_2_vnav_status
	Unpacked vnav_status signal values. More...
struct	can_2_safety_tv_mz
	Unpacked safety_tv_mz signal values. More...
struct	can_2_safety_tv_ctrl_feedback
	Unpacked safety_tv_ctrl_feedback signal values. More...
struct	can_2_safety_tv_inputs_filt
	Unpacked safety_tv_inputs_filt signal values. More...
struct	can_2_safety_tv_pwr
	Unpacked safety_tv_pwr signal values. More...
struct	can_2_safety_tv_speed_filt
	Unpacked safety_tv_speed_filt signal values. More...
struct	can_2_safety_tv_gains
	Unpacked safety_tv_gains signal values. More...
struct	can_2_safety_tv_regen_tq
	Unpacked safety_tv_regen_tq signal values. More...
struct	can_2_fsb_analog_ch_1
	Unpacked fsb_analog_ch_1 signal values. More...
struct	can_2_fsb_analog_ch_2
	Unpacked fsb_analog_ch_2 signal values. More...
struct	can_2_fsb_analog_ch_3
	Unpacked fsb_analog_ch_3 signal values. More...
struct	can_2_fsb_analog_ch_4
	Unpacked fsb_analog_ch_4 signal values. More...
struct	can_2_fsb_analog_ch_5
	Unpacked fsb_analog_ch_5 signal values. More...
struct	can_2_fsb_analog_ch_6
	Unpacked fsb_analog_ch_6 signal values. More...
struct	can_2_fsb_analog_ch_7
	Unpacked fsb_analog_ch_7 signal values. More...
struct	can_2_fsb_analog_ch_8
	Unpacked fsb_analog_ch_8 signal values. More...
struct	can_2_fsb_analog_ch_9
	Unpacked fsb_analog_ch_9 signal values. More...
struct	can_2_fsb_analog_ch_10
	Unpacked fsb_analog_ch_10 signal values. More...
struct	can_2_fsb_analog_ch_11
	Unpacked fsb_analog_ch_11 signal values. More...
struct	can_2_fsb_analog_ch_12
	Unpacked fsb_analog_ch_12 signal values. More...
struct	can_2_fsb_analog_ch_13
	Unpacked fsb_analog_ch_13 signal values. More...
struct	can_2_fsb_analog_ch_14
	Unpacked fsb_analog_ch_14 signal values. More...
struct	can_2_fsb_analog_ch_15
	Unpacked fsb_analog_ch_15 signal values. More...
struct	can_2_fsb_analog_ch_16
	Unpacked fsb_analog_ch_16 signal values. More...
struct	can_2_fsb_analog_ch_17
	Unpacked fsb_analog_ch_17 signal values. More...
struct	can_2_fsb_pwm_in_ch_1
	Unpacked fsb_pwm_in_ch_1 signal values. More...
struct	can_2_fsb_pwm_in_ch_2
	Unpacked fsb_pwm_in_ch_2 signal values. More...
struct	can_2_fsb_pwm_in_ch_3
	Unpacked fsb_pwm_in_ch_3 signal values. More...
struct	can_2_fsb_pwm_out_ch_1
	Unpacked fsb_pwm_out_ch_1 signal values. More...
struct	can_2_fsb_pwm_out_ch_2
	Unpacked fsb_pwm_out_ch_2 signal values. More...
struct	can_2_fsb_pwm_out_ch_3
	Unpacked fsb_pwm_out_ch_3 signal values. More...
struct	can_2_rsb_analog_ch_1
	Unpacked rsb_analog_ch_1 signal values. More...
struct	can_2_rsb_analog_ch_2
	Unpacked rsb_analog_ch_2 signal values. More...
struct	can_2_rsb_analog_ch_3
	Unpacked rsb_analog_ch_3 signal values. More...
struct	can_2_rsb_analog_ch_4
	Unpacked rsb_analog_ch_4 signal values. More...
struct	can_2_rsb_analog_ch_5
	Unpacked rsb_analog_ch_5 signal values. More...
struct	can_2_rsb_analog_ch_6
	Unpacked rsb_analog_ch_6 signal values. More...
struct	can_2_rsb_analog_ch_7
	Unpacked rsb_analog_ch_7 signal values. More...
struct	can_2_rsb_analog_ch_8
	Unpacked rsb_analog_ch_8 signal values. More...
struct	can_2_rsb_analog_ch_9
	Unpacked rsb_analog_ch_9 signal values. More...
struct	can_2_rsb_analog_ch_10
	Unpacked rsb_analog_ch_10 signal values. More...
struct	can_2_rsb_analog_ch_11
	Unpacked rsb_analog_ch_11 signal values. More...
struct	can_2_rsb_analog_ch_12
	Unpacked rsb_analog_ch_12 signal values. More...
struct	can_2_rsb_analog_ch_13
	Unpacked rsb_analog_ch_13 signal values. More...
struct	can_2_rsb_analog_ch_14
	Unpacked rsb_analog_ch_14 signal values. More...
struct	can_2_rsb_analog_ch_15
	Unpacked rsb_analog_ch_15 signal values. More...
struct	can_2_rsb_analog_ch_16
	Unpacked rsb_analog_ch_16 signal values. More...
struct	can_2_rsb_analog_ch_17
	Unpacked rsb_analog_ch_17 signal values. More...
struct	can_2_rsb_pwm_in_ch_1
	Unpacked rsb_pwm_in_ch_1 signal values. More...
struct	can_2_rsb_pwm_in_ch_2
	Unpacked rsb_pwm_in_ch_2 signal values. More...
struct	can_2_rsb_pwm_in_ch_3
	Unpacked rsb_pwm_in_ch_3 signal values. More...
struct	can_2_rsb_pwm_out_ch_1
	Unpacked rsb_pwm_out_ch_1 signal values. More...
struct	can_2_rsb_pwm_out_ch_2
	Unpacked rsb_pwm_out_ch_2 signal values. More...
struct	can_2_rsb_pwm_out_ch_3
	Unpacked rsb_pwm_out_ch_3 signal values. More...
struct	can_2_vnav_tv_inputs_packed
	Packed vnav_tv_inputs signal values. More...
struct	can_2_vnav_vel_accel_packed
	Packed vnav_vel_accel signal values. More...
struct	can_2_vnav_pos_stat_packed
	Packed vnav_pos_stat signal values. More...
struct	can_2_vnav_status_packed
	Packed vnav_status signal values. More...
struct	can_2_safety_tv_mz_packed
	Packed safety_tv_mz signal values. More...
struct	can_2_safety_tv_ctrl_feedback_packed
	Packed safety_tv_ctrl_feedback signal values. More...
struct	can_2_safety_tv_inputs_filt_packed
	Packed safety_tv_inputs_filt signal values. More...
struct	can_2_safety_tv_pwr_packed
	Packed safety_tv_pwr signal values. More...
struct	can_2_safety_tv_speed_filt_packed
	Packed safety_tv_speed_filt signal values. More...
struct	can_2_safety_tv_gains_packed
	Packed safety_tv_gains signal values. More...
struct	can_2_safety_tv_regen_tq_packed
	Packed safety_tv_regen_tq signal values. More...
struct	can_2_fsb_analog_ch_1_packed
	Packed fsb_analog_ch_1 signal values. More...
struct	can_2_fsb_analog_ch_2_packed
	Packed fsb_analog_ch_2 signal values. More...
struct	can_2_fsb_analog_ch_3_packed
	Packed fsb_analog_ch_3 signal values. More...
struct	can_2_fsb_analog_ch_4_packed
	Packed fsb_analog_ch_4 signal values. More...
struct	can_2_fsb_analog_ch_5_packed
	Packed fsb_analog_ch_5 signal values. More...
struct	can_2_fsb_analog_ch_6_packed
	Packed fsb_analog_ch_6 signal values. More...
struct	can_2_fsb_analog_ch_7_packed
	Packed fsb_analog_ch_7 signal values. More...
struct	can_2_fsb_analog_ch_8_packed
	Packed fsb_analog_ch_8 signal values. More...
struct	can_2_fsb_analog_ch_9_packed
	Packed fsb_analog_ch_9 signal values. More...
struct	can_2_fsb_analog_ch_10_packed
	Packed fsb_analog_ch_10 signal values. More...
struct	can_2_fsb_analog_ch_11_packed
	Packed fsb_analog_ch_11 signal values. More...
struct	can_2_fsb_analog_ch_12_packed
	Packed fsb_analog_ch_12 signal values. More...
struct	can_2_fsb_analog_ch_13_packed
	Packed fsb_analog_ch_13 signal values. More...
struct	can_2_fsb_analog_ch_14_packed
	Packed fsb_analog_ch_14 signal values. More...
struct	can_2_fsb_analog_ch_15_packed
	Packed fsb_analog_ch_15 signal values. More...
struct	can_2_fsb_analog_ch_16_packed
	Packed fsb_analog_ch_16 signal values. More...
struct	can_2_fsb_analog_ch_17_packed
	Packed fsb_analog_ch_17 signal values. More...
struct	can_2_fsb_pwm_in_ch_1_packed
	Packed fsb_pwm_in_ch_1 signal values. More...
struct	can_2_fsb_pwm_in_ch_2_packed
	Packed fsb_pwm_in_ch_2 signal values. More...
struct	can_2_fsb_pwm_in_ch_3_packed
	Packed fsb_pwm_in_ch_3 signal values. More...
struct	can_2_fsb_pwm_out_ch_1_packed
	Packed fsb_pwm_out_ch_1 signal values. More...
struct	can_2_fsb_pwm_out_ch_2_packed
	Packed fsb_pwm_out_ch_2 signal values. More...
struct	can_2_fsb_pwm_out_ch_3_packed
	Packed fsb_pwm_out_ch_3 signal values. More...
struct	can_2_rsb_analog_ch_1_packed
	Packed rsb_analog_ch_1 signal values. More...
struct	can_2_rsb_analog_ch_2_packed
	Packed rsb_analog_ch_2 signal values. More...
struct	can_2_rsb_analog_ch_3_packed
	Packed rsb_analog_ch_3 signal values. More...
struct	can_2_rsb_analog_ch_4_packed
	Packed rsb_analog_ch_4 signal values. More...
struct	can_2_rsb_analog_ch_5_packed
	Packed rsb_analog_ch_5 signal values. More...
struct	can_2_rsb_analog_ch_6_packed
	Packed rsb_analog_ch_6 signal values. More...
struct	can_2_rsb_analog_ch_7_packed
	Packed rsb_analog_ch_7 signal values. More...
struct	can_2_rsb_analog_ch_8_packed
	Packed rsb_analog_ch_8 signal values. More...
struct	can_2_rsb_analog_ch_9_packed
	Packed rsb_analog_ch_9 signal values. More...
struct	can_2_rsb_analog_ch_10_packed
	Packed rsb_analog_ch_10 signal values. More...
struct	can_2_rsb_analog_ch_11_packed
	Packed rsb_analog_ch_11 signal values. More...
struct	can_2_rsb_analog_ch_12_packed
	Packed rsb_analog_ch_12 signal values. More...
struct	can_2_rsb_analog_ch_13_packed
	Packed rsb_analog_ch_13 signal values. More...
struct	can_2_rsb_analog_ch_14_packed
	Packed rsb_analog_ch_14 signal values. More...
struct	can_2_rsb_analog_ch_15_packed
	Packed rsb_analog_ch_15 signal values. More...
struct	can_2_rsb_analog_ch_16_packed
	Packed rsb_analog_ch_16 signal values. More...
struct	can_2_rsb_analog_ch_17_packed
	Packed rsb_analog_ch_17 signal values. More...
struct	can_2_rsb_pwm_in_ch_1_packed
	Packed rsb_pwm_in_ch_1 signal values. More...
struct	can_2_rsb_pwm_in_ch_2_packed
	Packed rsb_pwm_in_ch_2 signal values. More...
struct	can_2_rsb_pwm_in_ch_3_packed
	Packed rsb_pwm_in_ch_3 signal values. More...
struct	can_2_rsb_pwm_out_ch_1_packed
	Packed rsb_pwm_out_ch_1 signal values. More...
struct	can_2_rsb_pwm_out_ch_2_packed
	Packed rsb_pwm_out_ch_2 signal values. More...
struct	can_2_rsb_pwm_out_ch_3_packed
	Packed rsb_pwm_out_ch_3 signal values. More...

Macros
#define	CAN_2_VNAV_TV_INPUTS_ID   0x100
#define	CAN_2_VNAV_TV_INPUTS_LENGTH   8U
#define	CAN_2_VNAV_TV_INPUTS_IS_EXT   false
#define	CAN_2_VNAV_VEL_ACCEL_ID   0x101
#define	CAN_2_VNAV_VEL_ACCEL_LENGTH   7U
#define	CAN_2_VNAV_VEL_ACCEL_IS_EXT   false
#define	CAN_2_VNAV_POS_STAT_ID   0x102
#define	CAN_2_VNAV_POS_STAT_LENGTH   8U
#define	CAN_2_VNAV_POS_STAT_IS_EXT   false
#define	CAN_2_VNAV_STATUS_ID   0x103
#define	CAN_2_VNAV_STATUS_LENGTH   6U
#define	CAN_2_VNAV_STATUS_IS_EXT   false
#define	CAN_2_SAFETY_TV_MZ_ID   0x106
#define	CAN_2_SAFETY_TV_MZ_LENGTH   6U
#define	CAN_2_SAFETY_TV_MZ_IS_EXT   false
#define	CAN_2_SAFETY_TV_CTRL_FEEDBACK_ID   0x10E
#define	CAN_2_SAFETY_TV_CTRL_FEEDBACK_LENGTH   7U
#define	CAN_2_SAFETY_TV_CTRL_FEEDBACK_IS_EXT   false
#define	CAN_2_SAFETY_TV_INPUTS_FILT_ID   0x10F
#define	CAN_2_SAFETY_TV_INPUTS_FILT_LENGTH   8U
#define	CAN_2_SAFETY_TV_INPUTS_FILT_IS_EXT   false
#define	CAN_2_SAFETY_TV_PWR_ID   0x110
#define	CAN_2_SAFETY_TV_PWR_LENGTH   8U
#define	CAN_2_SAFETY_TV_PWR_IS_EXT   false
#define	CAN_2_SAFETY_TV_SPEED_FILT_ID   0x111
#define	CAN_2_SAFETY_TV_SPEED_FILT_LENGTH   8U
#define	CAN_2_SAFETY_TV_SPEED_FILT_IS_EXT   false
#define	CAN_2_SAFETY_TV_GAINS_ID   0x112
#define	CAN_2_SAFETY_TV_GAINS_LENGTH   7U
#define	CAN_2_SAFETY_TV_GAINS_IS_EXT   false
#define	CAN_2_SAFETY_TV_REGEN_TQ_ID   0x113
#define	CAN_2_SAFETY_TV_REGEN_TQ_LENGTH   8U
#define	CAN_2_SAFETY_TV_REGEN_TQ_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_1_ID   0x681
#define	CAN_2_FSB_ANALOG_CH_1_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_1_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_2_ID   0x682
#define	CAN_2_FSB_ANALOG_CH_2_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_2_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_3_ID   0x683
#define	CAN_2_FSB_ANALOG_CH_3_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_3_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_4_ID   0x684
#define	CAN_2_FSB_ANALOG_CH_4_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_4_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_5_ID   0x685
#define	CAN_2_FSB_ANALOG_CH_5_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_5_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_6_ID   0x686
#define	CAN_2_FSB_ANALOG_CH_6_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_6_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_7_ID   0x687
#define	CAN_2_FSB_ANALOG_CH_7_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_7_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_8_ID   0x688
#define	CAN_2_FSB_ANALOG_CH_8_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_8_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_9_ID   0x689
#define	CAN_2_FSB_ANALOG_CH_9_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_9_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_10_ID   0x68A
#define	CAN_2_FSB_ANALOG_CH_10_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_10_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_11_ID   0x68B
#define	CAN_2_FSB_ANALOG_CH_11_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_11_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_12_ID   0x68C
#define	CAN_2_FSB_ANALOG_CH_12_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_12_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_13_ID   0x68D
#define	CAN_2_FSB_ANALOG_CH_13_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_13_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_14_ID   0x68E
#define	CAN_2_FSB_ANALOG_CH_14_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_14_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_15_ID   0x68F
#define	CAN_2_FSB_ANALOG_CH_15_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_15_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_16_ID   0x690
#define	CAN_2_FSB_ANALOG_CH_16_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_16_IS_EXT   false
#define	CAN_2_FSB_ANALOG_CH_17_ID   0x691
#define	CAN_2_FSB_ANALOG_CH_17_LENGTH   2U
#define	CAN_2_FSB_ANALOG_CH_17_IS_EXT   false
#define	CAN_2_FSB_PWM_IN_CH_1_ID   0x6D1
#define	CAN_2_FSB_PWM_IN_CH_1_LENGTH   3U
#define	CAN_2_FSB_PWM_IN_CH_1_IS_EXT   false
#define	CAN_2_FSB_PWM_IN_CH_2_ID   0x6D2
#define	CAN_2_FSB_PWM_IN_CH_2_LENGTH   3U
#define	CAN_2_FSB_PWM_IN_CH_2_IS_EXT   false
#define	CAN_2_FSB_PWM_IN_CH_3_ID   0x6D3
#define	CAN_2_FSB_PWM_IN_CH_3_LENGTH   3U
#define	CAN_2_FSB_PWM_IN_CH_3_IS_EXT   false
#define	CAN_2_FSB_PWM_OUT_CH_1_ID   0x6E1
#define	CAN_2_FSB_PWM_OUT_CH_1_LENGTH   1U
#define	CAN_2_FSB_PWM_OUT_CH_1_IS_EXT   false
#define	CAN_2_FSB_PWM_OUT_CH_2_ID   0x6E2
#define	CAN_2_FSB_PWM_OUT_CH_2_LENGTH   1U
#define	CAN_2_FSB_PWM_OUT_CH_2_IS_EXT   false
#define	CAN_2_FSB_PWM_OUT_CH_3_ID   0x6E3
#define	CAN_2_FSB_PWM_OUT_CH_3_LENGTH   1U
#define	CAN_2_FSB_PWM_OUT_CH_3_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_1_ID   0x781
#define	CAN_2_RSB_ANALOG_CH_1_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_1_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_2_ID   0x782
#define	CAN_2_RSB_ANALOG_CH_2_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_2_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_3_ID   0x783
#define	CAN_2_RSB_ANALOG_CH_3_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_3_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_4_ID   0x784
#define	CAN_2_RSB_ANALOG_CH_4_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_4_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_5_ID   0x785
#define	CAN_2_RSB_ANALOG_CH_5_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_5_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_6_ID   0x786
#define	CAN_2_RSB_ANALOG_CH_6_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_6_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_7_ID   0x787
#define	CAN_2_RSB_ANALOG_CH_7_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_7_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_8_ID   0x788
#define	CAN_2_RSB_ANALOG_CH_8_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_8_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_9_ID   0x789
#define	CAN_2_RSB_ANALOG_CH_9_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_9_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_10_ID   0x78A
#define	CAN_2_RSB_ANALOG_CH_10_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_10_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_11_ID   0x78B
#define	CAN_2_RSB_ANALOG_CH_11_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_11_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_12_ID   0x78C
#define	CAN_2_RSB_ANALOG_CH_12_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_12_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_13_ID   0x78D
#define	CAN_2_RSB_ANALOG_CH_13_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_13_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_14_ID   0x78E
#define	CAN_2_RSB_ANALOG_CH_14_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_14_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_15_ID   0x78F
#define	CAN_2_RSB_ANALOG_CH_15_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_15_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_16_ID   0x790
#define	CAN_2_RSB_ANALOG_CH_16_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_16_IS_EXT   false
#define	CAN_2_RSB_ANALOG_CH_17_ID   0x791
#define	CAN_2_RSB_ANALOG_CH_17_LENGTH   2U
#define	CAN_2_RSB_ANALOG_CH_17_IS_EXT   false
#define	CAN_2_RSB_PWM_IN_CH_1_ID   0x7D1
#define	CAN_2_RSB_PWM_IN_CH_1_LENGTH   3U
#define	CAN_2_RSB_PWM_IN_CH_1_IS_EXT   false
#define	CAN_2_RSB_PWM_IN_CH_2_ID   0x7D2
#define	CAN_2_RSB_PWM_IN_CH_2_LENGTH   3U
#define	CAN_2_RSB_PWM_IN_CH_2_IS_EXT   false
#define	CAN_2_RSB_PWM_IN_CH_3_ID   0x7D3
#define	CAN_2_RSB_PWM_IN_CH_3_LENGTH   3U
#define	CAN_2_RSB_PWM_IN_CH_3_IS_EXT   false
#define	CAN_2_RSB_PWM_OUT_CH_1_ID   0x7E1
#define	CAN_2_RSB_PWM_OUT_CH_1_LENGTH   1U
#define	CAN_2_RSB_PWM_OUT_CH_1_IS_EXT   false
#define	CAN_2_RSB_PWM_OUT_CH_2_ID   0x7E2
#define	CAN_2_RSB_PWM_OUT_CH_2_LENGTH   1U
#define	CAN_2_RSB_PWM_OUT_CH_2_IS_EXT   false
#define	CAN_2_RSB_PWM_OUT_CH_3_ID   0x7E3
#define	CAN_2_RSB_PWM_OUT_CH_3_LENGTH   1U
#define	CAN_2_RSB_PWM_OUT_CH_3_IS_EXT   false

Functions
int	can_2_vnav_tv_inputs_pack (uint8_t *dst_ptr, const struct can_2_vnav_tv_inputs *src_ptr, size_t size)
	Packs vnav_tv_inputs signal values from a struct of unpacked values into a uint8_t array.
int	can_2_vnav_tv_inputs_unpack (struct can_2_vnav_tv_inputs *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks vnav_tv_inputs signal values from a uint8_t array into a struct of unpacked values.
int	can_2_vnav_vel_accel_pack (uint8_t *dst_ptr, const struct can_2_vnav_vel_accel *src_ptr, size_t size)
	Packs vnav_vel_accel signal values from a struct of unpacked values into a uint8_t array.
int	can_2_vnav_vel_accel_unpack (struct can_2_vnav_vel_accel *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks vnav_vel_accel signal values from a uint8_t array into a struct of unpacked values.
int	can_2_vnav_pos_stat_pack (uint8_t *dst_ptr, const struct can_2_vnav_pos_stat *src_ptr, size_t size)
	Packs vnav_pos_stat signal values from a struct of unpacked values into a uint8_t array.
int	can_2_vnav_pos_stat_unpack (struct can_2_vnav_pos_stat *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks vnav_pos_stat signal values from a uint8_t array into a struct of unpacked values.
int	can_2_vnav_status_pack (uint8_t *dst_ptr, const struct can_2_vnav_status *src_ptr, size_t size)
	Packs vnav_status signal values from a struct of unpacked values into a uint8_t array.
int	can_2_vnav_status_unpack (struct can_2_vnav_status *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks vnav_status signal values from a uint8_t array into a struct of unpacked values.
int	can_2_safety_tv_mz_pack (uint8_t *dst_ptr, const struct can_2_safety_tv_mz *src_ptr, size_t size)
	Packs safety_tv_mz signal values from a struct of unpacked values into a uint8_t array.
int	can_2_safety_tv_mz_unpack (struct can_2_safety_tv_mz *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks safety_tv_mz signal values from a uint8_t array into a struct of unpacked values.
int	can_2_safety_tv_ctrl_feedback_pack (uint8_t *dst_ptr, const struct can_2_safety_tv_ctrl_feedback *src_ptr, size_t size)
	Packs safety_tv_ctrl_feedback signal values from a struct of unpacked values into a uint8_t array.
int	can_2_safety_tv_ctrl_feedback_unpack (struct can_2_safety_tv_ctrl_feedback *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks safety_tv_ctrl_feedback signal values from a uint8_t array into a struct of unpacked values.
int	can_2_safety_tv_inputs_filt_pack (uint8_t *dst_ptr, const struct can_2_safety_tv_inputs_filt *src_ptr, size_t size)
	Packs safety_tv_inputs_filt signal values from a struct of unpacked values into a uint8_t array.
int	can_2_safety_tv_inputs_filt_unpack (struct can_2_safety_tv_inputs_filt *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks safety_tv_inputs_filt signal values from a uint8_t array into a struct of unpacked values.
int	can_2_safety_tv_pwr_pack (uint8_t *dst_ptr, const struct can_2_safety_tv_pwr *src_ptr, size_t size)
	Packs safety_tv_pwr signal values from a struct of unpacked values into a uint8_t array.
int	can_2_safety_tv_pwr_unpack (struct can_2_safety_tv_pwr *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks safety_tv_pwr signal values from a uint8_t array into a struct of unpacked values.
int	can_2_safety_tv_speed_filt_pack (uint8_t *dst_ptr, const struct can_2_safety_tv_speed_filt *src_ptr, size_t size)
	Packs safety_tv_speed_filt signal values from a struct of unpacked values into a uint8_t array.
int	can_2_safety_tv_speed_filt_unpack (struct can_2_safety_tv_speed_filt *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks safety_tv_speed_filt signal values from a uint8_t array into a struct of unpacked values.
int	can_2_safety_tv_gains_pack (uint8_t *dst_ptr, const struct can_2_safety_tv_gains *src_ptr, size_t size)
	Packs safety_tv_gains signal values from a struct of unpacked values into a uint8_t array.
int	can_2_safety_tv_gains_unpack (struct can_2_safety_tv_gains *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks safety_tv_gains signal values from a uint8_t array into a struct of unpacked values.
int	can_2_safety_tv_regen_tq_pack (uint8_t *dst_ptr, const struct can_2_safety_tv_regen_tq *src_ptr, size_t size)
	Packs safety_tv_regen_tq signal values from a struct of unpacked values into a uint8_t array.
int	can_2_safety_tv_regen_tq_unpack (struct can_2_safety_tv_regen_tq *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks safety_tv_regen_tq signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_1_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_1 *src_ptr, size_t size)
	Packs fsb_analog_ch_1 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_1_unpack (struct can_2_fsb_analog_ch_1 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_1 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_2_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_2 *src_ptr, size_t size)
	Packs fsb_analog_ch_2 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_2_unpack (struct can_2_fsb_analog_ch_2 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_2 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_3_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_3 *src_ptr, size_t size)
	Packs fsb_analog_ch_3 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_3_unpack (struct can_2_fsb_analog_ch_3 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_3 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_4_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_4 *src_ptr, size_t size)
	Packs fsb_analog_ch_4 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_4_unpack (struct can_2_fsb_analog_ch_4 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_4 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_5_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_5 *src_ptr, size_t size)
	Packs fsb_analog_ch_5 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_5_unpack (struct can_2_fsb_analog_ch_5 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_5 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_6_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_6 *src_ptr, size_t size)
	Packs fsb_analog_ch_6 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_6_unpack (struct can_2_fsb_analog_ch_6 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_6 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_7_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_7 *src_ptr, size_t size)
	Packs fsb_analog_ch_7 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_7_unpack (struct can_2_fsb_analog_ch_7 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_7 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_8_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_8 *src_ptr, size_t size)
	Packs fsb_analog_ch_8 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_8_unpack (struct can_2_fsb_analog_ch_8 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_8 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_9_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_9 *src_ptr, size_t size)
	Packs fsb_analog_ch_9 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_9_unpack (struct can_2_fsb_analog_ch_9 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_9 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_10_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_10 *src_ptr, size_t size)
	Packs fsb_analog_ch_10 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_10_unpack (struct can_2_fsb_analog_ch_10 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_10 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_11_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_11 *src_ptr, size_t size)
	Packs fsb_analog_ch_11 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_11_unpack (struct can_2_fsb_analog_ch_11 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_11 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_12_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_12 *src_ptr, size_t size)
	Packs fsb_analog_ch_12 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_12_unpack (struct can_2_fsb_analog_ch_12 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_12 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_13_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_13 *src_ptr, size_t size)
	Packs fsb_analog_ch_13 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_13_unpack (struct can_2_fsb_analog_ch_13 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_13 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_14_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_14 *src_ptr, size_t size)
	Packs fsb_analog_ch_14 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_14_unpack (struct can_2_fsb_analog_ch_14 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_14 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_15_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_15 *src_ptr, size_t size)
	Packs fsb_analog_ch_15 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_15_unpack (struct can_2_fsb_analog_ch_15 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_15 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_16_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_16 *src_ptr, size_t size)
	Packs fsb_analog_ch_16 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_16_unpack (struct can_2_fsb_analog_ch_16 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_16 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_analog_ch_17_pack (uint8_t *dst_ptr, const struct can_2_fsb_analog_ch_17 *src_ptr, size_t size)
	Packs fsb_analog_ch_17 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_analog_ch_17_unpack (struct can_2_fsb_analog_ch_17 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_analog_ch_17 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_pwm_in_ch_1_pack (uint8_t *dst_ptr, const struct can_2_fsb_pwm_in_ch_1 *src_ptr, size_t size)
	Packs fsb_pwm_in_ch_1 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_pwm_in_ch_1_unpack (struct can_2_fsb_pwm_in_ch_1 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_pwm_in_ch_1 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_pwm_in_ch_2_pack (uint8_t *dst_ptr, const struct can_2_fsb_pwm_in_ch_2 *src_ptr, size_t size)
	Packs fsb_pwm_in_ch_2 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_pwm_in_ch_2_unpack (struct can_2_fsb_pwm_in_ch_2 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_pwm_in_ch_2 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_pwm_in_ch_3_pack (uint8_t *dst_ptr, const struct can_2_fsb_pwm_in_ch_3 *src_ptr, size_t size)
	Packs fsb_pwm_in_ch_3 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_pwm_in_ch_3_unpack (struct can_2_fsb_pwm_in_ch_3 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_pwm_in_ch_3 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_pwm_out_ch_1_pack (uint8_t *dst_ptr, const struct can_2_fsb_pwm_out_ch_1 *src_ptr, size_t size)
	Packs fsb_pwm_out_ch_1 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_pwm_out_ch_1_unpack (struct can_2_fsb_pwm_out_ch_1 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_pwm_out_ch_1 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_pwm_out_ch_2_pack (uint8_t *dst_ptr, const struct can_2_fsb_pwm_out_ch_2 *src_ptr, size_t size)
	Packs fsb_pwm_out_ch_2 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_pwm_out_ch_2_unpack (struct can_2_fsb_pwm_out_ch_2 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_pwm_out_ch_2 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_fsb_pwm_out_ch_3_pack (uint8_t *dst_ptr, const struct can_2_fsb_pwm_out_ch_3 *src_ptr, size_t size)
	Packs fsb_pwm_out_ch_3 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_fsb_pwm_out_ch_3_unpack (struct can_2_fsb_pwm_out_ch_3 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks fsb_pwm_out_ch_3 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_1_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_1 *src_ptr, size_t size)
	Packs rsb_analog_ch_1 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_1_unpack (struct can_2_rsb_analog_ch_1 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_1 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_2_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_2 *src_ptr, size_t size)
	Packs rsb_analog_ch_2 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_2_unpack (struct can_2_rsb_analog_ch_2 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_2 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_3_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_3 *src_ptr, size_t size)
	Packs rsb_analog_ch_3 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_3_unpack (struct can_2_rsb_analog_ch_3 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_3 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_4_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_4 *src_ptr, size_t size)
	Packs rsb_analog_ch_4 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_4_unpack (struct can_2_rsb_analog_ch_4 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_4 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_5_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_5 *src_ptr, size_t size)
	Packs rsb_analog_ch_5 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_5_unpack (struct can_2_rsb_analog_ch_5 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_5 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_6_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_6 *src_ptr, size_t size)
	Packs rsb_analog_ch_6 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_6_unpack (struct can_2_rsb_analog_ch_6 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_6 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_7_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_7 *src_ptr, size_t size)
	Packs rsb_analog_ch_7 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_7_unpack (struct can_2_rsb_analog_ch_7 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_7 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_8_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_8 *src_ptr, size_t size)
	Packs rsb_analog_ch_8 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_8_unpack (struct can_2_rsb_analog_ch_8 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_8 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_9_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_9 *src_ptr, size_t size)
	Packs rsb_analog_ch_9 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_9_unpack (struct can_2_rsb_analog_ch_9 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_9 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_10_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_10 *src_ptr, size_t size)
	Packs rsb_analog_ch_10 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_10_unpack (struct can_2_rsb_analog_ch_10 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_10 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_11_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_11 *src_ptr, size_t size)
	Packs rsb_analog_ch_11 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_11_unpack (struct can_2_rsb_analog_ch_11 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_11 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_12_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_12 *src_ptr, size_t size)
	Packs rsb_analog_ch_12 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_12_unpack (struct can_2_rsb_analog_ch_12 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_12 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_13_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_13 *src_ptr, size_t size)
	Packs rsb_analog_ch_13 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_13_unpack (struct can_2_rsb_analog_ch_13 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_13 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_14_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_14 *src_ptr, size_t size)
	Packs rsb_analog_ch_14 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_14_unpack (struct can_2_rsb_analog_ch_14 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_14 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_15_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_15 *src_ptr, size_t size)
	Packs rsb_analog_ch_15 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_15_unpack (struct can_2_rsb_analog_ch_15 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_15 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_16_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_16 *src_ptr, size_t size)
	Packs rsb_analog_ch_16 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_16_unpack (struct can_2_rsb_analog_ch_16 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_16 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_analog_ch_17_pack (uint8_t *dst_ptr, const struct can_2_rsb_analog_ch_17 *src_ptr, size_t size)
	Packs rsb_analog_ch_17 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_analog_ch_17_unpack (struct can_2_rsb_analog_ch_17 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_analog_ch_17 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_pwm_in_ch_1_pack (uint8_t *dst_ptr, const struct can_2_rsb_pwm_in_ch_1 *src_ptr, size_t size)
	Packs rsb_pwm_in_ch_1 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_pwm_in_ch_1_unpack (struct can_2_rsb_pwm_in_ch_1 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_pwm_in_ch_1 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_pwm_in_ch_2_pack (uint8_t *dst_ptr, const struct can_2_rsb_pwm_in_ch_2 *src_ptr, size_t size)
	Packs rsb_pwm_in_ch_2 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_pwm_in_ch_2_unpack (struct can_2_rsb_pwm_in_ch_2 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_pwm_in_ch_2 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_pwm_in_ch_3_pack (uint8_t *dst_ptr, const struct can_2_rsb_pwm_in_ch_3 *src_ptr, size_t size)
	Packs rsb_pwm_in_ch_3 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_pwm_in_ch_3_unpack (struct can_2_rsb_pwm_in_ch_3 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_pwm_in_ch_3 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_pwm_out_ch_1_pack (uint8_t *dst_ptr, const struct can_2_rsb_pwm_out_ch_1 *src_ptr, size_t size)
	Packs rsb_pwm_out_ch_1 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_pwm_out_ch_1_unpack (struct can_2_rsb_pwm_out_ch_1 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_pwm_out_ch_1 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_pwm_out_ch_2_pack (uint8_t *dst_ptr, const struct can_2_rsb_pwm_out_ch_2 *src_ptr, size_t size)
	Packs rsb_pwm_out_ch_2 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_pwm_out_ch_2_unpack (struct can_2_rsb_pwm_out_ch_2 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_pwm_out_ch_2 signal values from a uint8_t array into a struct of unpacked values.
int	can_2_rsb_pwm_out_ch_3_pack (uint8_t *dst_ptr, const struct can_2_rsb_pwm_out_ch_3 *src_ptr, size_t size)
	Packs rsb_pwm_out_ch_3 signal values from a struct of unpacked values into a uint8_t array.
int	can_2_rsb_pwm_out_ch_3_unpack (struct can_2_rsb_pwm_out_ch_3 *dst_ptr, const uint8_t *src_ptr, size_t size)
	Unpacks rsb_pwm_out_ch_3 signal values from a uint8_t array into a struct of unpacked values.

Variables
float	can_2_vnav_tv_inputs::ax
	ax. Unit: m/s/s, Start: 0, Scale: 0.0009155413138, Offset: -30, Range: -30 - 30 (Packed: 0 - 65535)
float	can_2_vnav_tv_inputs::ay
	ay. Unit: m/s/s, Start: 16, Scale: 0.0009155413138, Offset: -30, Range: -30 - 30 (Packed: 0 - 65535)
float	can_2_vnav_tv_inputs::gz
	gz. Unit: rad/s, Start: 32, Scale: 0.00010681315328, Offset: -3.5, Range: -3.5 - 3.5 (Packed: 0 - 65535)
float	can_2_vnav_tv_inputs::vx
	vx. Unit: m/s, Start: 48, Scale: 0.00274674967955, Offset: -5, Range: -5 - 40 (Packed: 0 - 16383)
uint32_t	can_2_vnav_tv_inputs::vnav_status
	vnav_status. Start: 62, Scale: 1, Offset: 0, Range: 0 - 2 (Packed: 0 - 2)
float	can_2_vnav_vel_accel::gx
	gx. Unit: rad/s, Start: 0, Scale: 0.01176470588235, Offset: -1.5, Range: -1.5 - 1.5 (Packed: 0 - 255)
float	can_2_vnav_vel_accel::gy
	gy. Unit: rad/s, Start: 8, Scale: 0.01176470588235, Offset: -1.5, Range: -1.5 - 1.5 (Packed: 0 - 255)
float	can_2_vnav_vel_accel::vy
	vy. Unit: m/s, Start: 16, Scale: 0.11764705882353, Offset: -15, Range: -15 - 15 (Packed: 0 - 255)
float	can_2_vnav_vel_accel::vz
	vz. Unit: m/s, Start: 24, Scale: 0.0156862745098, Offset: -2, Range: -2 - 2 (Packed: 0 - 255)
float	can_2_vnav_vel_accel::az
	az. Unit: m/s/s, Start: 32, Scale: 0.00854700854701, Offset: -30, Range: -30 - 5 (Packed: 0 - 4095)
uint32_t	can_2_vnav_vel_accel::ins_mode
	ins_mode. Start: 48, Scale: 1, Offset: 0, Range: 0 - 3 (Packed: 0 - 3)
bool	can_2_vnav_vel_accel::gnss_heading_ins
	gnss_heading_ins. Start: 50, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_vel_accel::gnss_err
	gnss_err. Start: 51, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_vel_accel::gnss_fix
	gnss_fix. Start: 52, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_vel_accel::imu_err
	imu_err. Start: 53, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_vel_accel::mag_pres_err
	mag_pres_err. Start: 54, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_vel_accel::vnav_active
	vnav_active. Start: 55, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
float	can_2_vnav_pos_stat::pos_latitude
	pos_latitude. Unit: deg, Start: 0, Scale: 3.0518044e-07, Offset: -0.01, Range: -0.01 - 0.01 (Packed: 0 - 65535)
float	can_2_vnav_pos_stat::pos_longitude
	pos_longitude. Unit: deg, Start: 16, Scale: 3.0518044e-07, Offset: -0.01, Range: -0.01 - 0.01 (Packed: 0 - 65535)
float	can_2_vnav_pos_stat::pos_altitude
	pos_altitude. Unit: m, Start: 32, Scale: 0.3921568627451, Offset: -50, Range: -50 - 50 (Packed: 0 - 255)
float	can_2_vnav_pos_stat::v_east
	v_east. Unit: m/s, Start: 40, Scale: 0.019536019536, Offset: -40, Range: -40 - 40 (Packed: 0 - 4095)
float	can_2_vnav_pos_stat::v_north
	v_north. Unit: m/s, Start: 52, Scale: 0.019536019536, Offset: -40, Range: -40 - 40 (Packed: 0 - 4095)
uint32_t	can_2_vnav_status::time_since_start
	time_since_start. Unit: ms, Start: 0, Scale: 1, Offset: 0, Range: 0 - 16777215 (Packed: 0 - 16777215)
uint32_t	can_2_vnav_status::vnav_gnss_fix_type
	vnav_gnss_fix_type. Start: 24, Scale: 1, Offset: 0, Range: 0 - 6 (Packed: 0 - 6)
bool	can_2_vnav_status::vnav_uart_err_parity
	vnav_uart_err_parity. Start: 27, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_status::vnav_uart_err_noise
	vnav_uart_err_noise. Start: 28, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_status::vnav_uart_err_frame
	vnav_uart_err_frame. Start: 29, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_status::vnav_uart_err_overrun
	vnav_uart_err_overrun. Start: 30, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_status::vnav_uart_err_dma
	vnav_uart_err_dma. Start: 31, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_status::vnav_uart_err_rcvr_timeout
	vnav_uart_err_rcvr_timeout. Start: 32, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_status::sensor_sat_ax
	sensor_sat_ax. Start: 33, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_status::sensor_sat_ay
	sensor_sat_ay. Start: 34, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_status::sensor_sat_az
	sensor_sat_az. Start: 35, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_status::sensor_sat_gx
	sensor_sat_gx. Start: 36, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_status::sensor_sat_gy
	sensor_sat_gy. Start: 37, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_status::sensor_sat_gz
	sensor_sat_gz. Start: 38, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
bool	can_2_vnav_status::vnav_sync_out_timeout
	vnav_sync_out_timeout. Start: 39, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)
uint32_t	can_2_vnav_status::vnav_gnss_sat_cnt
	vnav_gnss_sat_cnt. Start: 40, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)
float	can_2_safety_tv_mz::mz_raw
	mz_raw. Start: 0, Scale: 0.04577636719, Offset: -1500, Range: -1500 - 1500 (Packed: 0 - 65536)
float	can_2_safety_tv_mz::mz_scaled
	mz_scaled. Start: 16, Scale: 0.04577636719, Offset: -1500, Range: -1500 - 1500 (Packed: 0 - 65536)
float	can_2_safety_tv_mz::beta_est
	beta_est. Start: 32, Scale: 6.103515625e-05, Offset: -2, Range: -2 - 2 (Packed: 0 - 65536)
float	can_2_safety_tv_ctrl_feedback::gz_target
	gz_target. Unit: rad/s, Start: 0, Scale: 0.000191747598, Offset: -6.28318530717959, Range: -6.28318530717959 - 6.28299352775041 (Packed: 0 - 65535)
float	can_2_safety_tv_ctrl_feedback::tq_req_driver
	tq_req_driver. Unit: N.m, Start: 16, Scale: 0.009765625, Offset: -40, Range: -40 - 40 (Packed: 0 - 8192)
float	can_2_safety_tv_ctrl_feedback::pwr_limit_tq_scale
	pwr_limit_tq_scale. Start: 29, Scale: 0.0009765625, Offset: 0, Range: 0 - 1 (Packed: 0 - 1024)
float	can_2_safety_tv_ctrl_feedback::tq_split_tv
	tq_split_tv. Start: 40, Scale: 0.009765625, Offset: -40, Range: -40 - 40 (Packed: 0 - 8192)
float	can_2_safety_tv_inputs_filt::ax_filt
	ax_filt. Unit: m/s/s, Start: 0, Scale: 0.000915541313802, Offset: -30, Range: -30 - 30 (Packed: 0 - 65535)
float	can_2_safety_tv_inputs_filt::ay_filt
	ay_filt. Unit: m/s/s, Start: 16, Scale: 0.000915541313802, Offset: -30, Range: -30 - 30 (Packed: 0 - 65535)
float	can_2_safety_tv_inputs_filt::vx_filt
	vx_filt. Unit: m/s, Start: 32, Scale: 0.002746749679546, Offset: -5, Range: -5 - 40 (Packed: 0 - 16383)
float	can_2_safety_tv_inputs_filt::gz_filt
	gz_filt. Unit: rad/s, Start: 48, Scale: 0.000106837607, Offset: -3.5, Range: -3.5 - 3.5 (Packed: 0 - 65520)
float	can_2_safety_tv_pwr::tq_rr_pre_pwr_limit
	tq_rr_pre_pwr_limit. Unit: N.m, Start: 0, Scale: 0.011233211233211, Offset: -23, Range: -23 - 23 (Packed: 0 - 4095)
float	can_2_safety_tv_pwr::tq_rl_pre_pwr_limit
	tq_rl_pre_pwr_limit. Unit: N.m, Start: 12, Scale: 0.011233211233211, Offset: -23, Range: -23 - 23 (Packed: 0 - 4095)
float	can_2_safety_tv_pwr::tq_fr_pre_pwr_limit
	tq_fr_pre_pwr_limit. Unit: N.m, Start: 24, Scale: 0.011233211233211, Offset: -23, Range: -23 - 23 (Packed: 0 - 4095)
float	can_2_safety_tv_pwr::tq_fl_pre_pwr_limit
	tq_fl_pre_pwr_limit. Unit: N.m, Start: 36, Scale: 0.011233211233211, Offset: -23, Range: -23 - 23 (Packed: 0 - 4095)
float	can_2_safety_tv_pwr::pwr_tv_estimate
	pwr_tv_estimate. Unit: kW, Start: 48, Scale: 0.068376068376068, Offset: -140, Range: -140 - 140 (Packed: 0 - 4095)
float	can_2_safety_tv_speed_filt::spd_rr_filt
	spd_rr_filt. Unit: rpm, Start: 0, Scale: 0.343327992675669, Offset: -500, Range: -500 - 22000 (Packed: 0 - 65535)
float	can_2_safety_tv_speed_filt::spd_rl_filt
	spd_rl_filt. Unit: rpm, Start: 16, Scale: 0.343327992675669, Offset: -500, Range: -500 - 22000 (Packed: 0 - 65535)
float	can_2_safety_tv_speed_filt::spd_fr_filt
	spd_fr_filt. Unit: rpm, Start: 32, Scale: 0.343327992675669, Offset: -500, Range: -500 - 22000 (Packed: 0 - 65535)
float	can_2_safety_tv_speed_filt::spd_fl_filt
	spd_fl_filt. Unit: rpm, Start: 48, Scale: 0.343327992675669, Offset: -500, Range: -500 - 22000 (Packed: 0 - 65535)
float	can_2_safety_tv_gains::loss_scalar_tv
	loss_scalar_tv. Start: 0, Scale: 0.001953125, Offset: 0, Range: 0 - 2 (Packed: 0 - 1024)
float	can_2_safety_tv_gains::inverter_efficiency
	inverter_efficiency. Start: 10, Scale: 0.0009765625, Offset: 0, Range: 0 - 1 (Packed: 0 - 1024)
float	can_2_safety_tv_gains::vy_filt
	vy_filt. Unit: m/s, Start: 20, Scale: 0.0073529411764706, Offset: -15, Range: -15 - 15 (Packed: 0 - 4080)
float	can_2_safety_tv_gains::tv_ku
	tv_ku. Start: 32, Scale: 0.009765625, Offset: -10, Range: -10 - 10 (Packed: 0 - 2048)
float	can_2_safety_tv_regen_tq::tq_regen_rr
	tq_regen_rr. Unit: N.m, Start: 0, Scale: 0.000701904297, Offset: -23, Range: -23 - 23 (Packed: 0 - 65536)
float	can_2_safety_tv_regen_tq::tq_regen_rl
	tq_regen_rl. Unit: N.m, Start: 16, Scale: 0.000701904297, Offset: -23, Range: -23 - 23 (Packed: 0 - 65536)
float	can_2_safety_tv_regen_tq::tq_regen_fr
	tq_regen_fr. Unit: N.m, Start: 32, Scale: 0.000701904297, Offset: -23, Range: -23 - 23 (Packed: 0 - 65536)
float	can_2_safety_tv_regen_tq::tq_regen_fl
	tq_regen_fl. Unit: N.m, Start: 48, Scale: 0.000701904297, Offset: -23, Range: -23 - 23 (Packed: 0 - 65536)
float	can_2_fsb_analog_ch_1::v_fsb_analog_ch1
	v_fsb_analog_ch1. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_2::v_fsb_analog_ch2
	v_fsb_analog_ch2. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_3::v_fsb_analog_ch3
	v_fsb_analog_ch3. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_4::v_fsb_fl_ride_height
	v_fsb_fl_ride_height. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_5::v_fsb_analog_ch5
	v_fsb_analog_ch5. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_6::v_fsb_analog_ch6
	v_fsb_analog_ch6. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_7::v_fsb_f_heave_lpot
	v_fsb_f_heave_lpot. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_8::v_fsb_pitot_tube
	v_fsb_pitot_tube. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_9::v_fsb_analog_ch9
	v_fsb_analog_ch9. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_10::v_fsb_analog_ch10
	v_fsb_analog_ch10. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_11::v_fsb_fr_ride_height
	v_fsb_fr_ride_height. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_12::v_fsb_steering_lpot
	v_fsb_steering_lpot. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_13::v_fsb_f_roll_lpot
	v_fsb_f_roll_lpot. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_14::v_fsb_fr_oil_temp
	v_fsb_fr_oil_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_15::v_fsb_motor_inlet_temp
	v_fsb_motor_inlet_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_16::v_fsb_motor_outlet_temp
	v_fsb_motor_outlet_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_fsb_analog_ch_17::v_fsb_fl_oil_temp
	v_fsb_fl_oil_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
uint32_t	can_2_fsb_pwm_in_ch_1::duty_pwm_in_fsb_ch1
	duty_pwm_in_fsb_ch1. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)
float	can_2_fsb_pwm_in_ch_1::hz_pwm_in_fsb_ch1
	hz_pwm_in_fsb_ch1. Unit: Hz, Start: 8, Scale: 0.01, Offset: 0, Range: 0 - 655.35 (Packed: 0 - 65535)
uint32_t	can_2_fsb_pwm_in_ch_2::duty_pwm_in_fsb_ch2
	duty_pwm_in_fsb_ch2. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)
float	can_2_fsb_pwm_in_ch_2::hz_pwm_in_fsb_ch2
	hz_pwm_in_fsb_ch2. Unit: Hz, Start: 8, Scale: 0.01, Offset: 0, Range: 0 - 655.35 (Packed: 0 - 65535)
uint32_t	can_2_fsb_pwm_in_ch_3::duty_pwm_in_fsb_ch3
	duty_pwm_in_fsb_ch3. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)
float	can_2_fsb_pwm_in_ch_3::hz_pwm_in_fsb_ch3
	hz_pwm_in_fsb_ch3. Unit: Hz, Start: 8, Scale: 0.01, Offset: 0, Range: 0 - 655.35 (Packed: 0 - 65535)
uint32_t	can_2_fsb_pwm_out_ch_1::duty_pwm_out_fsb_ch1
	duty_pwm_out_fsb_ch1. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 100 (Packed: 0 - 100)
uint32_t	can_2_fsb_pwm_out_ch_2::duty_pwm_out_fsb_ch2
	duty_pwm_out_fsb_ch2. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 100 (Packed: 0 - 100)
uint32_t	can_2_fsb_pwm_out_ch_3::duty_pwm_out_fsb_ch3
	duty_pwm_out_fsb_ch3. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 100 (Packed: 0 - 100)
float	can_2_rsb_analog_ch_1::v_rsb_analog_ch1
	v_rsb_analog_ch1. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_2::v_rsb_analog_ch2
	v_rsb_analog_ch2. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_3::v_rsb_rl_motor_out_temp
	v_rsb_rl_motor_out_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_4::v_rsb_rl_ride_height
	v_rsb_rl_ride_height. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_5::v_rsb_analog_ch5
	v_rsb_analog_ch5. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_6::v_rsb_analog_ch6
	v_rsb_analog_ch6. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_7::v_rsb_r_heave_lpot
	v_rsb_r_heave_lpot. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_8::v_rsb_analog_ch8
	v_rsb_analog_ch8. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_9::v_rsb_pump_temp
	v_rsb_pump_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_10::v_rsb_rl_motor_in_temp
	v_rsb_rl_motor_in_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_11::v_rsb_rr_ride_height
	v_rsb_rr_ride_height. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_12::v_rsb_analog_ch12
	v_rsb_analog_ch12. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_13::v_rsb_r_roll_lpot
	v_rsb_r_roll_lpot. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_14::v_rsb_rr_oil_temp
	v_rsb_rr_oil_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_15::v_rsb_coldplate_in_temp
	v_rsb_coldplate_in_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_16::v_rsb_coldplate_out_temp
	v_rsb_coldplate_out_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
float	can_2_rsb_analog_ch_17::v_rsb_rr_oil_temp
	v_rsb_rr_oil_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)
uint32_t	can_2_rsb_pwm_in_ch_1::duty_pwm_in_rsb_ch1
	duty_pwm_in_rsb_ch1. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)
float	can_2_rsb_pwm_in_ch_1::hz_pwm_in_rsb_ch1
	hz_pwm_in_rsb_ch1. Unit: Hz, Start: 8, Scale: 0.01, Offset: 0, Range: 0 - 655.35 (Packed: 0 - 65535)
uint32_t	can_2_rsb_pwm_in_ch_2::duty_pwm_in_rsb_ch2
	duty_pwm_in_rsb_ch2. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)
float	can_2_rsb_pwm_in_ch_2::hz_pwm_in_rsb_ch2
	hz_pwm_in_rsb_ch2. Unit: Hz, Start: 8, Scale: 0.01, Offset: 0, Range: 0 - 655.35 (Packed: 0 - 65535)
uint32_t	can_2_rsb_pwm_in_ch_3::duty_pwm_in_rsb_ch3
	duty_pwm_in_rsb_ch3. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)
float	can_2_rsb_pwm_in_ch_3::hz_pwm_in_rsb_ch3
	hz_pwm_in_rsb_ch3. Unit: Hz, Start: 8, Scale: 0.01, Offset: 0, Range: 0 - 655.35 (Packed: 0 - 65535)
uint32_t	can_2_rsb_pwm_out_ch_1::duty_pwm_out_rsb_ch1
	duty_pwm_out_rsb_ch1. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 100 (Packed: 0 - 100)
uint32_t	can_2_rsb_pwm_out_ch_2::duty_pwm_out_rsb_ch2
	duty_pwm_out_rsb_ch2. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 100 (Packed: 0 - 100)
uint32_t	can_2_rsb_pwm_out_ch_3::duty_pwm_out_rsb_ch3
	duty_pwm_out_rsb_ch3. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 100 (Packed: 0 - 100)
uint16_t	can_2_vnav_tv_inputs_packed::ax: 16
uint16_t	can_2_vnav_tv_inputs_packed::ay: 16
uint16_t	can_2_vnav_tv_inputs_packed::gz: 16
uint16_t	can_2_vnav_tv_inputs_packed::vx: 14
uint8_t	can_2_vnav_tv_inputs_packed::vnav_status: 2
uint8_t	can_2_vnav_vel_accel_packed::gx: 8
uint8_t	can_2_vnav_vel_accel_packed::gy: 8
uint8_t	can_2_vnav_vel_accel_packed::vy: 8
uint8_t	can_2_vnav_vel_accel_packed::vz: 8
uint16_t	can_2_vnav_vel_accel_packed::az: 12
uint8_t	can_2_vnav_vel_accel_packed::_padding_0: 4
uint8_t	can_2_vnav_vel_accel_packed::ins_mode: 2
uint8_t	can_2_vnav_vel_accel_packed::gnss_heading_ins: 1
uint8_t	can_2_vnav_vel_accel_packed::gnss_err: 1
uint8_t	can_2_vnav_vel_accel_packed::gnss_fix: 1
uint8_t	can_2_vnav_vel_accel_packed::imu_err: 1
uint8_t	can_2_vnav_vel_accel_packed::mag_pres_err: 1
uint8_t	can_2_vnav_vel_accel_packed::vnav_active: 1
uint16_t	can_2_vnav_pos_stat_packed::pos_latitude: 16
uint16_t	can_2_vnav_pos_stat_packed::pos_longitude: 16
uint8_t	can_2_vnav_pos_stat_packed::pos_altitude: 8
uint16_t	can_2_vnav_pos_stat_packed::v_east: 12
uint16_t	can_2_vnav_pos_stat_packed::v_north: 12
uint32_t	can_2_vnav_status_packed::time_since_start: 24
uint8_t	can_2_vnav_status_packed::vnav_gnss_fix_type: 3
uint8_t	can_2_vnav_status_packed::vnav_uart_err_parity: 1
uint8_t	can_2_vnav_status_packed::vnav_uart_err_noise: 1
uint8_t	can_2_vnav_status_packed::vnav_uart_err_frame: 1
uint8_t	can_2_vnav_status_packed::vnav_uart_err_overrun: 1
uint8_t	can_2_vnav_status_packed::vnav_uart_err_dma: 1
uint8_t	can_2_vnav_status_packed::vnav_uart_err_rcvr_timeout: 1
uint8_t	can_2_vnav_status_packed::sensor_sat_ax: 1
uint8_t	can_2_vnav_status_packed::sensor_sat_ay: 1
uint8_t	can_2_vnav_status_packed::sensor_sat_az: 1
uint8_t	can_2_vnav_status_packed::sensor_sat_gx: 1
uint8_t	can_2_vnav_status_packed::sensor_sat_gy: 1
uint8_t	can_2_vnav_status_packed::sensor_sat_gz: 1
uint8_t	can_2_vnav_status_packed::vnav_sync_out_timeout: 1
uint8_t	can_2_vnav_status_packed::vnav_gnss_sat_cnt: 8
uint16_t	can_2_safety_tv_mz_packed::mz_raw: 16
uint16_t	can_2_safety_tv_mz_packed::mz_scaled: 16
uint16_t	can_2_safety_tv_mz_packed::beta_est: 16
uint16_t	can_2_safety_tv_ctrl_feedback_packed::gz_target: 16
uint16_t	can_2_safety_tv_ctrl_feedback_packed::tq_req_driver: 13
uint16_t	can_2_safety_tv_ctrl_feedback_packed::pwr_limit_tq_scale: 10
uint8_t	can_2_safety_tv_ctrl_feedback_packed::_padding_0: 1
uint16_t	can_2_safety_tv_ctrl_feedback_packed::tq_split_tv: 13
uint8_t	can_2_safety_tv_ctrl_feedback_packed::_padding_1: 3
uint16_t	can_2_safety_tv_inputs_filt_packed::ax_filt: 16
uint16_t	can_2_safety_tv_inputs_filt_packed::ay_filt: 16
uint16_t	can_2_safety_tv_inputs_filt_packed::vx_filt: 14
uint8_t	can_2_safety_tv_inputs_filt_packed::_padding_0: 2
uint16_t	can_2_safety_tv_inputs_filt_packed::gz_filt: 16
uint16_t	can_2_safety_tv_pwr_packed::tq_rr_pre_pwr_limit: 12
uint16_t	can_2_safety_tv_pwr_packed::tq_rl_pre_pwr_limit: 12
uint16_t	can_2_safety_tv_pwr_packed::tq_fr_pre_pwr_limit: 12
uint16_t	can_2_safety_tv_pwr_packed::tq_fl_pre_pwr_limit: 12
uint16_t	can_2_safety_tv_pwr_packed::pwr_tv_estimate: 12
uint8_t	can_2_safety_tv_pwr_packed::_padding_0: 4
uint16_t	can_2_safety_tv_speed_filt_packed::spd_rr_filt: 16
uint16_t	can_2_safety_tv_speed_filt_packed::spd_rl_filt: 16
uint16_t	can_2_safety_tv_speed_filt_packed::spd_fr_filt: 16
uint16_t	can_2_safety_tv_speed_filt_packed::spd_fl_filt: 16
uint16_t	can_2_safety_tv_gains_packed::loss_scalar_tv: 10
uint16_t	can_2_safety_tv_gains_packed::inverter_efficiency: 10
uint16_t	can_2_safety_tv_gains_packed::vy_filt: 12
uint16_t	can_2_safety_tv_gains_packed::tv_ku: 11
uint16_t	can_2_safety_tv_gains_packed::_padding_0: 13
uint16_t	can_2_safety_tv_regen_tq_packed::tq_regen_rr: 16
uint16_t	can_2_safety_tv_regen_tq_packed::tq_regen_rl: 16
uint16_t	can_2_safety_tv_regen_tq_packed::tq_regen_fr: 16
uint16_t	can_2_safety_tv_regen_tq_packed::tq_regen_fl: 16
uint16_t	can_2_fsb_analog_ch_1_packed::v_fsb_analog_ch1: 16
uint16_t	can_2_fsb_analog_ch_2_packed::v_fsb_analog_ch2: 16
uint16_t	can_2_fsb_analog_ch_3_packed::v_fsb_analog_ch3: 16
uint16_t	can_2_fsb_analog_ch_4_packed::v_fsb_fl_ride_height: 16
uint16_t	can_2_fsb_analog_ch_5_packed::v_fsb_analog_ch5: 16
uint16_t	can_2_fsb_analog_ch_6_packed::v_fsb_analog_ch6: 16
uint16_t	can_2_fsb_analog_ch_7_packed::v_fsb_f_heave_lpot: 16
uint16_t	can_2_fsb_analog_ch_8_packed::v_fsb_pitot_tube: 16
uint16_t	can_2_fsb_analog_ch_9_packed::v_fsb_analog_ch9: 16
uint16_t	can_2_fsb_analog_ch_10_packed::v_fsb_analog_ch10: 16
uint16_t	can_2_fsb_analog_ch_11_packed::v_fsb_fr_ride_height: 16
uint16_t	can_2_fsb_analog_ch_12_packed::v_fsb_steering_lpot: 16
uint16_t	can_2_fsb_analog_ch_13_packed::v_fsb_f_roll_lpot: 16
uint16_t	can_2_fsb_analog_ch_14_packed::v_fsb_fr_oil_temp: 16
uint16_t	can_2_fsb_analog_ch_15_packed::v_fsb_motor_inlet_temp: 16
uint16_t	can_2_fsb_analog_ch_16_packed::v_fsb_motor_outlet_temp: 16
uint16_t	can_2_fsb_analog_ch_17_packed::v_fsb_fl_oil_temp: 16
uint8_t	can_2_fsb_pwm_in_ch_1_packed::duty_pwm_in_fsb_ch1: 8
uint16_t	can_2_fsb_pwm_in_ch_1_packed::hz_pwm_in_fsb_ch1: 16
uint8_t	can_2_fsb_pwm_in_ch_2_packed::duty_pwm_in_fsb_ch2: 8
uint16_t	can_2_fsb_pwm_in_ch_2_packed::hz_pwm_in_fsb_ch2: 16
uint8_t	can_2_fsb_pwm_in_ch_3_packed::duty_pwm_in_fsb_ch3: 8
uint16_t	can_2_fsb_pwm_in_ch_3_packed::hz_pwm_in_fsb_ch3: 16
uint8_t	can_2_fsb_pwm_out_ch_1_packed::duty_pwm_out_fsb_ch1: 8
uint8_t	can_2_fsb_pwm_out_ch_2_packed::duty_pwm_out_fsb_ch2: 8
uint8_t	can_2_fsb_pwm_out_ch_3_packed::duty_pwm_out_fsb_ch3: 8
uint16_t	can_2_rsb_analog_ch_1_packed::v_rsb_analog_ch1: 16
uint16_t	can_2_rsb_analog_ch_2_packed::v_rsb_analog_ch2: 16
uint16_t	can_2_rsb_analog_ch_3_packed::v_rsb_rl_motor_out_temp: 16
uint16_t	can_2_rsb_analog_ch_4_packed::v_rsb_rl_ride_height: 16
uint16_t	can_2_rsb_analog_ch_5_packed::v_rsb_analog_ch5: 16
uint16_t	can_2_rsb_analog_ch_6_packed::v_rsb_analog_ch6: 16
uint16_t	can_2_rsb_analog_ch_7_packed::v_rsb_r_heave_lpot: 16
uint16_t	can_2_rsb_analog_ch_8_packed::v_rsb_analog_ch8: 16
uint16_t	can_2_rsb_analog_ch_9_packed::v_rsb_pump_temp: 16
uint16_t	can_2_rsb_analog_ch_10_packed::v_rsb_rl_motor_in_temp: 16
uint16_t	can_2_rsb_analog_ch_11_packed::v_rsb_rr_ride_height: 16
uint16_t	can_2_rsb_analog_ch_12_packed::v_rsb_analog_ch12: 16
uint16_t	can_2_rsb_analog_ch_13_packed::v_rsb_r_roll_lpot: 16
uint16_t	can_2_rsb_analog_ch_14_packed::v_rsb_rr_oil_temp: 16
uint16_t	can_2_rsb_analog_ch_15_packed::v_rsb_coldplate_in_temp: 16
uint16_t	can_2_rsb_analog_ch_16_packed::v_rsb_coldplate_out_temp: 16
uint16_t	can_2_rsb_analog_ch_17_packed::v_rsb_rr_oil_temp: 16
uint8_t	can_2_rsb_pwm_in_ch_1_packed::duty_pwm_in_rsb_ch1: 8
uint16_t	can_2_rsb_pwm_in_ch_1_packed::hz_pwm_in_rsb_ch1: 16
uint8_t	can_2_rsb_pwm_in_ch_2_packed::duty_pwm_in_rsb_ch2: 8
uint16_t	can_2_rsb_pwm_in_ch_2_packed::hz_pwm_in_rsb_ch2: 16
uint8_t	can_2_rsb_pwm_in_ch_3_packed::duty_pwm_in_rsb_ch3: 8
uint16_t	can_2_rsb_pwm_in_ch_3_packed::hz_pwm_in_rsb_ch3: 16
uint8_t	can_2_rsb_pwm_out_ch_1_packed::duty_pwm_out_rsb_ch1: 8
uint8_t	can_2_rsb_pwm_out_ch_2_packed::duty_pwm_out_rsb_ch2: 8
uint8_t	can_2_rsb_pwm_out_ch_3_packed::duty_pwm_out_rsb_ch3: 8

Detailed Description

Macro Definition Documentation

CAN_2_FSB_ANALOG_CH_10_ID

#define CAN_2_FSB_ANALOG_CH_10_ID   0x68A

CAN_2_FSB_ANALOG_CH_10_IS_EXT

#define CAN_2_FSB_ANALOG_CH_10_IS_EXT   false

CAN_2_FSB_ANALOG_CH_10_LENGTH

#define CAN_2_FSB_ANALOG_CH_10_LENGTH   2U

CAN_2_FSB_ANALOG_CH_11_ID

#define CAN_2_FSB_ANALOG_CH_11_ID   0x68B

CAN_2_FSB_ANALOG_CH_11_IS_EXT

#define CAN_2_FSB_ANALOG_CH_11_IS_EXT   false

CAN_2_FSB_ANALOG_CH_11_LENGTH

#define CAN_2_FSB_ANALOG_CH_11_LENGTH   2U

CAN_2_FSB_ANALOG_CH_12_ID

#define CAN_2_FSB_ANALOG_CH_12_ID   0x68C

CAN_2_FSB_ANALOG_CH_12_IS_EXT

#define CAN_2_FSB_ANALOG_CH_12_IS_EXT   false

CAN_2_FSB_ANALOG_CH_12_LENGTH

#define CAN_2_FSB_ANALOG_CH_12_LENGTH   2U

CAN_2_FSB_ANALOG_CH_13_ID

#define CAN_2_FSB_ANALOG_CH_13_ID   0x68D

CAN_2_FSB_ANALOG_CH_13_IS_EXT

#define CAN_2_FSB_ANALOG_CH_13_IS_EXT   false

CAN_2_FSB_ANALOG_CH_13_LENGTH

#define CAN_2_FSB_ANALOG_CH_13_LENGTH   2U

CAN_2_FSB_ANALOG_CH_14_ID

#define CAN_2_FSB_ANALOG_CH_14_ID   0x68E

CAN_2_FSB_ANALOG_CH_14_IS_EXT

#define CAN_2_FSB_ANALOG_CH_14_IS_EXT   false

CAN_2_FSB_ANALOG_CH_14_LENGTH

#define CAN_2_FSB_ANALOG_CH_14_LENGTH   2U

CAN_2_FSB_ANALOG_CH_15_ID

#define CAN_2_FSB_ANALOG_CH_15_ID   0x68F

CAN_2_FSB_ANALOG_CH_15_IS_EXT

#define CAN_2_FSB_ANALOG_CH_15_IS_EXT   false

CAN_2_FSB_ANALOG_CH_15_LENGTH

#define CAN_2_FSB_ANALOG_CH_15_LENGTH   2U

CAN_2_FSB_ANALOG_CH_16_ID

#define CAN_2_FSB_ANALOG_CH_16_ID   0x690

CAN_2_FSB_ANALOG_CH_16_IS_EXT

#define CAN_2_FSB_ANALOG_CH_16_IS_EXT   false

CAN_2_FSB_ANALOG_CH_16_LENGTH

#define CAN_2_FSB_ANALOG_CH_16_LENGTH   2U

CAN_2_FSB_ANALOG_CH_17_ID

#define CAN_2_FSB_ANALOG_CH_17_ID   0x691

CAN_2_FSB_ANALOG_CH_17_IS_EXT

#define CAN_2_FSB_ANALOG_CH_17_IS_EXT   false

CAN_2_FSB_ANALOG_CH_17_LENGTH

#define CAN_2_FSB_ANALOG_CH_17_LENGTH   2U

CAN_2_FSB_ANALOG_CH_1_ID

#define CAN_2_FSB_ANALOG_CH_1_ID   0x681

CAN_2_FSB_ANALOG_CH_1_IS_EXT

#define CAN_2_FSB_ANALOG_CH_1_IS_EXT   false

CAN_2_FSB_ANALOG_CH_1_LENGTH

#define CAN_2_FSB_ANALOG_CH_1_LENGTH   2U

CAN_2_FSB_ANALOG_CH_2_ID

#define CAN_2_FSB_ANALOG_CH_2_ID   0x682

CAN_2_FSB_ANALOG_CH_2_IS_EXT

#define CAN_2_FSB_ANALOG_CH_2_IS_EXT   false

CAN_2_FSB_ANALOG_CH_2_LENGTH

#define CAN_2_FSB_ANALOG_CH_2_LENGTH   2U

CAN_2_FSB_ANALOG_CH_3_ID

#define CAN_2_FSB_ANALOG_CH_3_ID   0x683

CAN_2_FSB_ANALOG_CH_3_IS_EXT

#define CAN_2_FSB_ANALOG_CH_3_IS_EXT   false

CAN_2_FSB_ANALOG_CH_3_LENGTH

#define CAN_2_FSB_ANALOG_CH_3_LENGTH   2U

CAN_2_FSB_ANALOG_CH_4_ID

#define CAN_2_FSB_ANALOG_CH_4_ID   0x684

CAN_2_FSB_ANALOG_CH_4_IS_EXT

#define CAN_2_FSB_ANALOG_CH_4_IS_EXT   false

CAN_2_FSB_ANALOG_CH_4_LENGTH

#define CAN_2_FSB_ANALOG_CH_4_LENGTH   2U

CAN_2_FSB_ANALOG_CH_5_ID

#define CAN_2_FSB_ANALOG_CH_5_ID   0x685

CAN_2_FSB_ANALOG_CH_5_IS_EXT

#define CAN_2_FSB_ANALOG_CH_5_IS_EXT   false

CAN_2_FSB_ANALOG_CH_5_LENGTH

#define CAN_2_FSB_ANALOG_CH_5_LENGTH   2U

CAN_2_FSB_ANALOG_CH_6_ID

#define CAN_2_FSB_ANALOG_CH_6_ID   0x686

CAN_2_FSB_ANALOG_CH_6_IS_EXT

#define CAN_2_FSB_ANALOG_CH_6_IS_EXT   false

CAN_2_FSB_ANALOG_CH_6_LENGTH

#define CAN_2_FSB_ANALOG_CH_6_LENGTH   2U

CAN_2_FSB_ANALOG_CH_7_ID

#define CAN_2_FSB_ANALOG_CH_7_ID   0x687

CAN_2_FSB_ANALOG_CH_7_IS_EXT

#define CAN_2_FSB_ANALOG_CH_7_IS_EXT   false

CAN_2_FSB_ANALOG_CH_7_LENGTH

#define CAN_2_FSB_ANALOG_CH_7_LENGTH   2U

CAN_2_FSB_ANALOG_CH_8_ID

#define CAN_2_FSB_ANALOG_CH_8_ID   0x688

CAN_2_FSB_ANALOG_CH_8_IS_EXT

#define CAN_2_FSB_ANALOG_CH_8_IS_EXT   false

CAN_2_FSB_ANALOG_CH_8_LENGTH

#define CAN_2_FSB_ANALOG_CH_8_LENGTH   2U

CAN_2_FSB_ANALOG_CH_9_ID

#define CAN_2_FSB_ANALOG_CH_9_ID   0x689

CAN_2_FSB_ANALOG_CH_9_IS_EXT

#define CAN_2_FSB_ANALOG_CH_9_IS_EXT   false

CAN_2_FSB_ANALOG_CH_9_LENGTH

#define CAN_2_FSB_ANALOG_CH_9_LENGTH   2U

CAN_2_FSB_PWM_IN_CH_1_ID

#define CAN_2_FSB_PWM_IN_CH_1_ID   0x6D1

CAN_2_FSB_PWM_IN_CH_1_IS_EXT

#define CAN_2_FSB_PWM_IN_CH_1_IS_EXT   false

CAN_2_FSB_PWM_IN_CH_1_LENGTH

#define CAN_2_FSB_PWM_IN_CH_1_LENGTH   3U

CAN_2_FSB_PWM_IN_CH_2_ID

#define CAN_2_FSB_PWM_IN_CH_2_ID   0x6D2

CAN_2_FSB_PWM_IN_CH_2_IS_EXT

#define CAN_2_FSB_PWM_IN_CH_2_IS_EXT   false

CAN_2_FSB_PWM_IN_CH_2_LENGTH

#define CAN_2_FSB_PWM_IN_CH_2_LENGTH   3U

CAN_2_FSB_PWM_IN_CH_3_ID

#define CAN_2_FSB_PWM_IN_CH_3_ID   0x6D3

CAN_2_FSB_PWM_IN_CH_3_IS_EXT

#define CAN_2_FSB_PWM_IN_CH_3_IS_EXT   false

CAN_2_FSB_PWM_IN_CH_3_LENGTH

#define CAN_2_FSB_PWM_IN_CH_3_LENGTH   3U

CAN_2_FSB_PWM_OUT_CH_1_ID

#define CAN_2_FSB_PWM_OUT_CH_1_ID   0x6E1

CAN_2_FSB_PWM_OUT_CH_1_IS_EXT

#define CAN_2_FSB_PWM_OUT_CH_1_IS_EXT   false

CAN_2_FSB_PWM_OUT_CH_1_LENGTH

#define CAN_2_FSB_PWM_OUT_CH_1_LENGTH   1U

CAN_2_FSB_PWM_OUT_CH_2_ID

#define CAN_2_FSB_PWM_OUT_CH_2_ID   0x6E2

CAN_2_FSB_PWM_OUT_CH_2_IS_EXT

#define CAN_2_FSB_PWM_OUT_CH_2_IS_EXT   false

CAN_2_FSB_PWM_OUT_CH_2_LENGTH

#define CAN_2_FSB_PWM_OUT_CH_2_LENGTH   1U

CAN_2_FSB_PWM_OUT_CH_3_ID

#define CAN_2_FSB_PWM_OUT_CH_3_ID   0x6E3

CAN_2_FSB_PWM_OUT_CH_3_IS_EXT

#define CAN_2_FSB_PWM_OUT_CH_3_IS_EXT   false

CAN_2_FSB_PWM_OUT_CH_3_LENGTH

#define CAN_2_FSB_PWM_OUT_CH_3_LENGTH   1U

CAN_2_RSB_ANALOG_CH_10_ID

#define CAN_2_RSB_ANALOG_CH_10_ID   0x78A

CAN_2_RSB_ANALOG_CH_10_IS_EXT

#define CAN_2_RSB_ANALOG_CH_10_IS_EXT   false

CAN_2_RSB_ANALOG_CH_10_LENGTH

#define CAN_2_RSB_ANALOG_CH_10_LENGTH   2U

CAN_2_RSB_ANALOG_CH_11_ID

#define CAN_2_RSB_ANALOG_CH_11_ID   0x78B

CAN_2_RSB_ANALOG_CH_11_IS_EXT

#define CAN_2_RSB_ANALOG_CH_11_IS_EXT   false

CAN_2_RSB_ANALOG_CH_11_LENGTH

#define CAN_2_RSB_ANALOG_CH_11_LENGTH   2U

CAN_2_RSB_ANALOG_CH_12_ID

#define CAN_2_RSB_ANALOG_CH_12_ID   0x78C

CAN_2_RSB_ANALOG_CH_12_IS_EXT

#define CAN_2_RSB_ANALOG_CH_12_IS_EXT   false

CAN_2_RSB_ANALOG_CH_12_LENGTH

#define CAN_2_RSB_ANALOG_CH_12_LENGTH   2U

CAN_2_RSB_ANALOG_CH_13_ID

#define CAN_2_RSB_ANALOG_CH_13_ID   0x78D

CAN_2_RSB_ANALOG_CH_13_IS_EXT

#define CAN_2_RSB_ANALOG_CH_13_IS_EXT   false

CAN_2_RSB_ANALOG_CH_13_LENGTH

#define CAN_2_RSB_ANALOG_CH_13_LENGTH   2U

CAN_2_RSB_ANALOG_CH_14_ID

#define CAN_2_RSB_ANALOG_CH_14_ID   0x78E

CAN_2_RSB_ANALOG_CH_14_IS_EXT

#define CAN_2_RSB_ANALOG_CH_14_IS_EXT   false

CAN_2_RSB_ANALOG_CH_14_LENGTH

#define CAN_2_RSB_ANALOG_CH_14_LENGTH   2U

CAN_2_RSB_ANALOG_CH_15_ID

#define CAN_2_RSB_ANALOG_CH_15_ID   0x78F

CAN_2_RSB_ANALOG_CH_15_IS_EXT

#define CAN_2_RSB_ANALOG_CH_15_IS_EXT   false

CAN_2_RSB_ANALOG_CH_15_LENGTH

#define CAN_2_RSB_ANALOG_CH_15_LENGTH   2U

CAN_2_RSB_ANALOG_CH_16_ID

#define CAN_2_RSB_ANALOG_CH_16_ID   0x790

CAN_2_RSB_ANALOG_CH_16_IS_EXT

#define CAN_2_RSB_ANALOG_CH_16_IS_EXT   false

CAN_2_RSB_ANALOG_CH_16_LENGTH

#define CAN_2_RSB_ANALOG_CH_16_LENGTH   2U

CAN_2_RSB_ANALOG_CH_17_ID

#define CAN_2_RSB_ANALOG_CH_17_ID   0x791

CAN_2_RSB_ANALOG_CH_17_IS_EXT

#define CAN_2_RSB_ANALOG_CH_17_IS_EXT   false

CAN_2_RSB_ANALOG_CH_17_LENGTH

#define CAN_2_RSB_ANALOG_CH_17_LENGTH   2U

CAN_2_RSB_ANALOG_CH_1_ID

#define CAN_2_RSB_ANALOG_CH_1_ID   0x781

CAN_2_RSB_ANALOG_CH_1_IS_EXT

#define CAN_2_RSB_ANALOG_CH_1_IS_EXT   false

CAN_2_RSB_ANALOG_CH_1_LENGTH

#define CAN_2_RSB_ANALOG_CH_1_LENGTH   2U

CAN_2_RSB_ANALOG_CH_2_ID

#define CAN_2_RSB_ANALOG_CH_2_ID   0x782

CAN_2_RSB_ANALOG_CH_2_IS_EXT

#define CAN_2_RSB_ANALOG_CH_2_IS_EXT   false

CAN_2_RSB_ANALOG_CH_2_LENGTH

#define CAN_2_RSB_ANALOG_CH_2_LENGTH   2U

CAN_2_RSB_ANALOG_CH_3_ID

#define CAN_2_RSB_ANALOG_CH_3_ID   0x783

CAN_2_RSB_ANALOG_CH_3_IS_EXT

#define CAN_2_RSB_ANALOG_CH_3_IS_EXT   false

CAN_2_RSB_ANALOG_CH_3_LENGTH

#define CAN_2_RSB_ANALOG_CH_3_LENGTH   2U

CAN_2_RSB_ANALOG_CH_4_ID

#define CAN_2_RSB_ANALOG_CH_4_ID   0x784

CAN_2_RSB_ANALOG_CH_4_IS_EXT

#define CAN_2_RSB_ANALOG_CH_4_IS_EXT   false

CAN_2_RSB_ANALOG_CH_4_LENGTH

#define CAN_2_RSB_ANALOG_CH_4_LENGTH   2U

CAN_2_RSB_ANALOG_CH_5_ID

#define CAN_2_RSB_ANALOG_CH_5_ID   0x785

CAN_2_RSB_ANALOG_CH_5_IS_EXT

#define CAN_2_RSB_ANALOG_CH_5_IS_EXT   false

CAN_2_RSB_ANALOG_CH_5_LENGTH

#define CAN_2_RSB_ANALOG_CH_5_LENGTH   2U

CAN_2_RSB_ANALOG_CH_6_ID

#define CAN_2_RSB_ANALOG_CH_6_ID   0x786

CAN_2_RSB_ANALOG_CH_6_IS_EXT

#define CAN_2_RSB_ANALOG_CH_6_IS_EXT   false

CAN_2_RSB_ANALOG_CH_6_LENGTH

#define CAN_2_RSB_ANALOG_CH_6_LENGTH   2U

CAN_2_RSB_ANALOG_CH_7_ID

#define CAN_2_RSB_ANALOG_CH_7_ID   0x787

CAN_2_RSB_ANALOG_CH_7_IS_EXT

#define CAN_2_RSB_ANALOG_CH_7_IS_EXT   false

CAN_2_RSB_ANALOG_CH_7_LENGTH

#define CAN_2_RSB_ANALOG_CH_7_LENGTH   2U

CAN_2_RSB_ANALOG_CH_8_ID

#define CAN_2_RSB_ANALOG_CH_8_ID   0x788

CAN_2_RSB_ANALOG_CH_8_IS_EXT

#define CAN_2_RSB_ANALOG_CH_8_IS_EXT   false

CAN_2_RSB_ANALOG_CH_8_LENGTH

#define CAN_2_RSB_ANALOG_CH_8_LENGTH   2U

CAN_2_RSB_ANALOG_CH_9_ID

#define CAN_2_RSB_ANALOG_CH_9_ID   0x789

CAN_2_RSB_ANALOG_CH_9_IS_EXT

#define CAN_2_RSB_ANALOG_CH_9_IS_EXT   false

CAN_2_RSB_ANALOG_CH_9_LENGTH

#define CAN_2_RSB_ANALOG_CH_9_LENGTH   2U

CAN_2_RSB_PWM_IN_CH_1_ID

#define CAN_2_RSB_PWM_IN_CH_1_ID   0x7D1

CAN_2_RSB_PWM_IN_CH_1_IS_EXT

#define CAN_2_RSB_PWM_IN_CH_1_IS_EXT   false

CAN_2_RSB_PWM_IN_CH_1_LENGTH

#define CAN_2_RSB_PWM_IN_CH_1_LENGTH   3U

CAN_2_RSB_PWM_IN_CH_2_ID

#define CAN_2_RSB_PWM_IN_CH_2_ID   0x7D2

CAN_2_RSB_PWM_IN_CH_2_IS_EXT

#define CAN_2_RSB_PWM_IN_CH_2_IS_EXT   false

CAN_2_RSB_PWM_IN_CH_2_LENGTH

#define CAN_2_RSB_PWM_IN_CH_2_LENGTH   3U

CAN_2_RSB_PWM_IN_CH_3_ID

#define CAN_2_RSB_PWM_IN_CH_3_ID   0x7D3

CAN_2_RSB_PWM_IN_CH_3_IS_EXT

#define CAN_2_RSB_PWM_IN_CH_3_IS_EXT   false

CAN_2_RSB_PWM_IN_CH_3_LENGTH

#define CAN_2_RSB_PWM_IN_CH_3_LENGTH   3U

CAN_2_RSB_PWM_OUT_CH_1_ID

#define CAN_2_RSB_PWM_OUT_CH_1_ID   0x7E1

CAN_2_RSB_PWM_OUT_CH_1_IS_EXT

#define CAN_2_RSB_PWM_OUT_CH_1_IS_EXT   false

CAN_2_RSB_PWM_OUT_CH_1_LENGTH

#define CAN_2_RSB_PWM_OUT_CH_1_LENGTH   1U

CAN_2_RSB_PWM_OUT_CH_2_ID

#define CAN_2_RSB_PWM_OUT_CH_2_ID   0x7E2

CAN_2_RSB_PWM_OUT_CH_2_IS_EXT

#define CAN_2_RSB_PWM_OUT_CH_2_IS_EXT   false

CAN_2_RSB_PWM_OUT_CH_2_LENGTH

#define CAN_2_RSB_PWM_OUT_CH_2_LENGTH   1U

CAN_2_RSB_PWM_OUT_CH_3_ID

#define CAN_2_RSB_PWM_OUT_CH_3_ID   0x7E3

CAN_2_RSB_PWM_OUT_CH_3_IS_EXT

#define CAN_2_RSB_PWM_OUT_CH_3_IS_EXT   false

CAN_2_RSB_PWM_OUT_CH_3_LENGTH

#define CAN_2_RSB_PWM_OUT_CH_3_LENGTH   1U

CAN_2_SAFETY_TV_CTRL_FEEDBACK_ID

#define CAN_2_SAFETY_TV_CTRL_FEEDBACK_ID   0x10E

CAN_2_SAFETY_TV_CTRL_FEEDBACK_IS_EXT

#define CAN_2_SAFETY_TV_CTRL_FEEDBACK_IS_EXT   false

CAN_2_SAFETY_TV_CTRL_FEEDBACK_LENGTH

#define CAN_2_SAFETY_TV_CTRL_FEEDBACK_LENGTH   7U

CAN_2_SAFETY_TV_GAINS_ID

#define CAN_2_SAFETY_TV_GAINS_ID   0x112

CAN_2_SAFETY_TV_GAINS_IS_EXT

#define CAN_2_SAFETY_TV_GAINS_IS_EXT   false

CAN_2_SAFETY_TV_GAINS_LENGTH

#define CAN_2_SAFETY_TV_GAINS_LENGTH   7U

CAN_2_SAFETY_TV_INPUTS_FILT_ID

#define CAN_2_SAFETY_TV_INPUTS_FILT_ID   0x10F

CAN_2_SAFETY_TV_INPUTS_FILT_IS_EXT

#define CAN_2_SAFETY_TV_INPUTS_FILT_IS_EXT   false

CAN_2_SAFETY_TV_INPUTS_FILT_LENGTH

#define CAN_2_SAFETY_TV_INPUTS_FILT_LENGTH   8U

CAN_2_SAFETY_TV_MZ_ID

#define CAN_2_SAFETY_TV_MZ_ID   0x106

CAN_2_SAFETY_TV_MZ_IS_EXT

#define CAN_2_SAFETY_TV_MZ_IS_EXT   false

CAN_2_SAFETY_TV_MZ_LENGTH

#define CAN_2_SAFETY_TV_MZ_LENGTH   6U

CAN_2_SAFETY_TV_PWR_ID

#define CAN_2_SAFETY_TV_PWR_ID   0x110

CAN_2_SAFETY_TV_PWR_IS_EXT

#define CAN_2_SAFETY_TV_PWR_IS_EXT   false

CAN_2_SAFETY_TV_PWR_LENGTH

#define CAN_2_SAFETY_TV_PWR_LENGTH   8U

CAN_2_SAFETY_TV_REGEN_TQ_ID

#define CAN_2_SAFETY_TV_REGEN_TQ_ID   0x113

CAN_2_SAFETY_TV_REGEN_TQ_IS_EXT

#define CAN_2_SAFETY_TV_REGEN_TQ_IS_EXT   false

CAN_2_SAFETY_TV_REGEN_TQ_LENGTH

#define CAN_2_SAFETY_TV_REGEN_TQ_LENGTH   8U

CAN_2_SAFETY_TV_SPEED_FILT_ID

#define CAN_2_SAFETY_TV_SPEED_FILT_ID   0x111

CAN_2_SAFETY_TV_SPEED_FILT_IS_EXT

#define CAN_2_SAFETY_TV_SPEED_FILT_IS_EXT   false

CAN_2_SAFETY_TV_SPEED_FILT_LENGTH

#define CAN_2_SAFETY_TV_SPEED_FILT_LENGTH   8U

CAN_2_VNAV_POS_STAT_ID

#define CAN_2_VNAV_POS_STAT_ID   0x102

CAN_2_VNAV_POS_STAT_IS_EXT

#define CAN_2_VNAV_POS_STAT_IS_EXT   false

CAN_2_VNAV_POS_STAT_LENGTH

#define CAN_2_VNAV_POS_STAT_LENGTH   8U

CAN_2_VNAV_STATUS_ID

#define CAN_2_VNAV_STATUS_ID   0x103

CAN_2_VNAV_STATUS_IS_EXT

#define CAN_2_VNAV_STATUS_IS_EXT   false

CAN_2_VNAV_STATUS_LENGTH

#define CAN_2_VNAV_STATUS_LENGTH   6U

CAN_2_VNAV_TV_INPUTS_ID

#define CAN_2_VNAV_TV_INPUTS_ID   0x100

CAN_2_VNAV_TV_INPUTS_IS_EXT

#define CAN_2_VNAV_TV_INPUTS_IS_EXT   false

CAN_2_VNAV_TV_INPUTS_LENGTH

#define CAN_2_VNAV_TV_INPUTS_LENGTH   8U

CAN_2_VNAV_VEL_ACCEL_ID

#define CAN_2_VNAV_VEL_ACCEL_ID   0x101

CAN_2_VNAV_VEL_ACCEL_IS_EXT

#define CAN_2_VNAV_VEL_ACCEL_IS_EXT   false

CAN_2_VNAV_VEL_ACCEL_LENGTH

#define CAN_2_VNAV_VEL_ACCEL_LENGTH   7U

Function Documentation

can_2_fsb_analog_ch_10_pack()

int can_2_fsb_analog_ch_10_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_10 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_10 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_10_LENGTH (2U)

can_2_fsb_analog_ch_10_unpack()

int can_2_fsb_analog_ch_10_unpack	(	struct can_2_fsb_analog_ch_10 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_10 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_10_LENGTH (2U)

can_2_fsb_analog_ch_11_pack()

int can_2_fsb_analog_ch_11_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_11 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_11 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_11_LENGTH (2U)

can_2_fsb_analog_ch_11_unpack()

int can_2_fsb_analog_ch_11_unpack	(	struct can_2_fsb_analog_ch_11 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_11 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_11_LENGTH (2U)

can_2_fsb_analog_ch_12_pack()

int can_2_fsb_analog_ch_12_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_12 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_12 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_12_LENGTH (2U)

can_2_fsb_analog_ch_12_unpack()

int can_2_fsb_analog_ch_12_unpack	(	struct can_2_fsb_analog_ch_12 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_12 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_12_LENGTH (2U)

can_2_fsb_analog_ch_13_pack()

int can_2_fsb_analog_ch_13_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_13 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_13 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_13_LENGTH (2U)

can_2_fsb_analog_ch_13_unpack()

int can_2_fsb_analog_ch_13_unpack	(	struct can_2_fsb_analog_ch_13 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_13 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_13_LENGTH (2U)

can_2_fsb_analog_ch_14_pack()

int can_2_fsb_analog_ch_14_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_14 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_14 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_14_LENGTH (2U)

can_2_fsb_analog_ch_14_unpack()

int can_2_fsb_analog_ch_14_unpack	(	struct can_2_fsb_analog_ch_14 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_14 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_14_LENGTH (2U)

can_2_fsb_analog_ch_15_pack()

int can_2_fsb_analog_ch_15_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_15 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_15 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_15_LENGTH (2U)

can_2_fsb_analog_ch_15_unpack()

int can_2_fsb_analog_ch_15_unpack	(	struct can_2_fsb_analog_ch_15 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_15 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_15_LENGTH (2U)

can_2_fsb_analog_ch_16_pack()

int can_2_fsb_analog_ch_16_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_16 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_16 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_16_LENGTH (2U)

can_2_fsb_analog_ch_16_unpack()

int can_2_fsb_analog_ch_16_unpack	(	struct can_2_fsb_analog_ch_16 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_16 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_16_LENGTH (2U)

can_2_fsb_analog_ch_17_pack()

int can_2_fsb_analog_ch_17_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_17 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_17 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_17_LENGTH (2U)

can_2_fsb_analog_ch_17_unpack()

int can_2_fsb_analog_ch_17_unpack	(	struct can_2_fsb_analog_ch_17 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_17 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_17_LENGTH (2U)

can_2_fsb_analog_ch_1_pack()

int can_2_fsb_analog_ch_1_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_1 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_1 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_1_LENGTH (2U)

can_2_fsb_analog_ch_1_unpack()

int can_2_fsb_analog_ch_1_unpack	(	struct can_2_fsb_analog_ch_1 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_1 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_1_LENGTH (2U)

can_2_fsb_analog_ch_2_pack()

int can_2_fsb_analog_ch_2_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_2 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_2 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_2_LENGTH (2U)

can_2_fsb_analog_ch_2_unpack()

int can_2_fsb_analog_ch_2_unpack	(	struct can_2_fsb_analog_ch_2 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_2 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_2_LENGTH (2U)

can_2_fsb_analog_ch_3_pack()

int can_2_fsb_analog_ch_3_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_3 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_3 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_3_LENGTH (2U)

can_2_fsb_analog_ch_3_unpack()

int can_2_fsb_analog_ch_3_unpack	(	struct can_2_fsb_analog_ch_3 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_3 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_3_LENGTH (2U)

can_2_fsb_analog_ch_4_pack()

int can_2_fsb_analog_ch_4_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_4 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_4 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_4_LENGTH (2U)

can_2_fsb_analog_ch_4_unpack()

int can_2_fsb_analog_ch_4_unpack	(	struct can_2_fsb_analog_ch_4 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_4 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_4_LENGTH (2U)

can_2_fsb_analog_ch_5_pack()

int can_2_fsb_analog_ch_5_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_5 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_5 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_5_LENGTH (2U)

can_2_fsb_analog_ch_5_unpack()

int can_2_fsb_analog_ch_5_unpack	(	struct can_2_fsb_analog_ch_5 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_5 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_5_LENGTH (2U)

can_2_fsb_analog_ch_6_pack()

int can_2_fsb_analog_ch_6_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_6 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_6 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_6_LENGTH (2U)

can_2_fsb_analog_ch_6_unpack()

int can_2_fsb_analog_ch_6_unpack	(	struct can_2_fsb_analog_ch_6 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_6 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_6_LENGTH (2U)

can_2_fsb_analog_ch_7_pack()

int can_2_fsb_analog_ch_7_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_7 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_7 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_7_LENGTH (2U)

can_2_fsb_analog_ch_7_unpack()

int can_2_fsb_analog_ch_7_unpack	(	struct can_2_fsb_analog_ch_7 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_7 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_7_LENGTH (2U)

can_2_fsb_analog_ch_8_pack()

int can_2_fsb_analog_ch_8_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_8 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_8 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_8_LENGTH (2U)

can_2_fsb_analog_ch_8_unpack()

int can_2_fsb_analog_ch_8_unpack	(	struct can_2_fsb_analog_ch_8 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_8 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_8_LENGTH (2U)

can_2_fsb_analog_ch_9_pack()

int can_2_fsb_analog_ch_9_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_analog_ch_9 *	src_ptr,
		size_t	size )

Packs fsb_analog_ch_9 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_9_LENGTH (2U)

can_2_fsb_analog_ch_9_unpack()

int can_2_fsb_analog_ch_9_unpack	(	struct can_2_fsb_analog_ch_9 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_analog_ch_9 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_ANALOG_CH_9_LENGTH (2U)

can_2_fsb_pwm_in_ch_1_pack()

int can_2_fsb_pwm_in_ch_1_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_pwm_in_ch_1 *	src_ptr,
		size_t	size )

Packs fsb_pwm_in_ch_1 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_PWM_IN_CH_1_LENGTH (3U)

can_2_fsb_pwm_in_ch_1_unpack()

int can_2_fsb_pwm_in_ch_1_unpack	(	struct can_2_fsb_pwm_in_ch_1 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_pwm_in_ch_1 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_PWM_IN_CH_1_LENGTH (3U)

can_2_fsb_pwm_in_ch_2_pack()

int can_2_fsb_pwm_in_ch_2_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_pwm_in_ch_2 *	src_ptr,
		size_t	size )

Packs fsb_pwm_in_ch_2 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_PWM_IN_CH_2_LENGTH (3U)

can_2_fsb_pwm_in_ch_2_unpack()

int can_2_fsb_pwm_in_ch_2_unpack	(	struct can_2_fsb_pwm_in_ch_2 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_pwm_in_ch_2 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_PWM_IN_CH_2_LENGTH (3U)

can_2_fsb_pwm_in_ch_3_pack()

int can_2_fsb_pwm_in_ch_3_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_pwm_in_ch_3 *	src_ptr,
		size_t	size )

Packs fsb_pwm_in_ch_3 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_PWM_IN_CH_3_LENGTH (3U)

can_2_fsb_pwm_in_ch_3_unpack()

int can_2_fsb_pwm_in_ch_3_unpack	(	struct can_2_fsb_pwm_in_ch_3 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_pwm_in_ch_3 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_PWM_IN_CH_3_LENGTH (3U)

can_2_fsb_pwm_out_ch_1_pack()

int can_2_fsb_pwm_out_ch_1_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_pwm_out_ch_1 *	src_ptr,
		size_t	size )

Packs fsb_pwm_out_ch_1 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_PWM_OUT_CH_1_LENGTH (1U)

can_2_fsb_pwm_out_ch_1_unpack()

int can_2_fsb_pwm_out_ch_1_unpack	(	struct can_2_fsb_pwm_out_ch_1 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_pwm_out_ch_1 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_PWM_OUT_CH_1_LENGTH (1U)

can_2_fsb_pwm_out_ch_2_pack()

int can_2_fsb_pwm_out_ch_2_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_pwm_out_ch_2 *	src_ptr,
		size_t	size )

Packs fsb_pwm_out_ch_2 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_PWM_OUT_CH_2_LENGTH (1U)

can_2_fsb_pwm_out_ch_2_unpack()

int can_2_fsb_pwm_out_ch_2_unpack	(	struct can_2_fsb_pwm_out_ch_2 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_pwm_out_ch_2 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_PWM_OUT_CH_2_LENGTH (1U)

can_2_fsb_pwm_out_ch_3_pack()

int can_2_fsb_pwm_out_ch_3_pack	(	uint8_t *	dst_ptr,
		const struct can_2_fsb_pwm_out_ch_3 *	src_ptr,
		size_t	size )

Packs fsb_pwm_out_ch_3 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_PWM_OUT_CH_3_LENGTH (1U)

can_2_fsb_pwm_out_ch_3_unpack()

int can_2_fsb_pwm_out_ch_3_unpack	(	struct can_2_fsb_pwm_out_ch_3 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks fsb_pwm_out_ch_3 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_FSB_PWM_OUT_CH_3_LENGTH (1U)

can_2_rsb_analog_ch_10_pack()

int can_2_rsb_analog_ch_10_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_10 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_10 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_10_LENGTH (2U)

can_2_rsb_analog_ch_10_unpack()

int can_2_rsb_analog_ch_10_unpack	(	struct can_2_rsb_analog_ch_10 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_10 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_10_LENGTH (2U)

can_2_rsb_analog_ch_11_pack()

int can_2_rsb_analog_ch_11_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_11 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_11 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_11_LENGTH (2U)

can_2_rsb_analog_ch_11_unpack()

int can_2_rsb_analog_ch_11_unpack	(	struct can_2_rsb_analog_ch_11 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_11 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_11_LENGTH (2U)

can_2_rsb_analog_ch_12_pack()

int can_2_rsb_analog_ch_12_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_12 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_12 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_12_LENGTH (2U)

can_2_rsb_analog_ch_12_unpack()

int can_2_rsb_analog_ch_12_unpack	(	struct can_2_rsb_analog_ch_12 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_12 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_12_LENGTH (2U)

can_2_rsb_analog_ch_13_pack()

int can_2_rsb_analog_ch_13_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_13 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_13 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_13_LENGTH (2U)

can_2_rsb_analog_ch_13_unpack()

int can_2_rsb_analog_ch_13_unpack	(	struct can_2_rsb_analog_ch_13 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_13 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_13_LENGTH (2U)

can_2_rsb_analog_ch_14_pack()

int can_2_rsb_analog_ch_14_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_14 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_14 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_14_LENGTH (2U)

can_2_rsb_analog_ch_14_unpack()

int can_2_rsb_analog_ch_14_unpack	(	struct can_2_rsb_analog_ch_14 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_14 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_14_LENGTH (2U)

can_2_rsb_analog_ch_15_pack()

int can_2_rsb_analog_ch_15_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_15 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_15 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_15_LENGTH (2U)

can_2_rsb_analog_ch_15_unpack()

int can_2_rsb_analog_ch_15_unpack	(	struct can_2_rsb_analog_ch_15 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_15 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_15_LENGTH (2U)

can_2_rsb_analog_ch_16_pack()

int can_2_rsb_analog_ch_16_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_16 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_16 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_16_LENGTH (2U)

can_2_rsb_analog_ch_16_unpack()

int can_2_rsb_analog_ch_16_unpack	(	struct can_2_rsb_analog_ch_16 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_16 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_16_LENGTH (2U)

can_2_rsb_analog_ch_17_pack()

int can_2_rsb_analog_ch_17_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_17 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_17 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_17_LENGTH (2U)

can_2_rsb_analog_ch_17_unpack()

int can_2_rsb_analog_ch_17_unpack	(	struct can_2_rsb_analog_ch_17 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_17 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_17_LENGTH (2U)

can_2_rsb_analog_ch_1_pack()

int can_2_rsb_analog_ch_1_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_1 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_1 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_1_LENGTH (2U)

can_2_rsb_analog_ch_1_unpack()

int can_2_rsb_analog_ch_1_unpack	(	struct can_2_rsb_analog_ch_1 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_1 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_1_LENGTH (2U)

can_2_rsb_analog_ch_2_pack()

int can_2_rsb_analog_ch_2_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_2 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_2 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_2_LENGTH (2U)

can_2_rsb_analog_ch_2_unpack()

int can_2_rsb_analog_ch_2_unpack	(	struct can_2_rsb_analog_ch_2 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_2 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_2_LENGTH (2U)

can_2_rsb_analog_ch_3_pack()

int can_2_rsb_analog_ch_3_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_3 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_3 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_3_LENGTH (2U)

can_2_rsb_analog_ch_3_unpack()

int can_2_rsb_analog_ch_3_unpack	(	struct can_2_rsb_analog_ch_3 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_3 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_3_LENGTH (2U)

can_2_rsb_analog_ch_4_pack()

int can_2_rsb_analog_ch_4_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_4 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_4 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_4_LENGTH (2U)

can_2_rsb_analog_ch_4_unpack()

int can_2_rsb_analog_ch_4_unpack	(	struct can_2_rsb_analog_ch_4 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_4 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_4_LENGTH (2U)

can_2_rsb_analog_ch_5_pack()

int can_2_rsb_analog_ch_5_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_5 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_5 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_5_LENGTH (2U)

can_2_rsb_analog_ch_5_unpack()

int can_2_rsb_analog_ch_5_unpack	(	struct can_2_rsb_analog_ch_5 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_5 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_5_LENGTH (2U)

can_2_rsb_analog_ch_6_pack()

int can_2_rsb_analog_ch_6_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_6 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_6 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_6_LENGTH (2U)

can_2_rsb_analog_ch_6_unpack()

int can_2_rsb_analog_ch_6_unpack	(	struct can_2_rsb_analog_ch_6 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_6 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_6_LENGTH (2U)

can_2_rsb_analog_ch_7_pack()

int can_2_rsb_analog_ch_7_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_7 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_7 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_7_LENGTH (2U)

can_2_rsb_analog_ch_7_unpack()

int can_2_rsb_analog_ch_7_unpack	(	struct can_2_rsb_analog_ch_7 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_7 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_7_LENGTH (2U)

can_2_rsb_analog_ch_8_pack()

int can_2_rsb_analog_ch_8_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_8 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_8 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_8_LENGTH (2U)

can_2_rsb_analog_ch_8_unpack()

int can_2_rsb_analog_ch_8_unpack	(	struct can_2_rsb_analog_ch_8 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_8 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_8_LENGTH (2U)

can_2_rsb_analog_ch_9_pack()

int can_2_rsb_analog_ch_9_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_analog_ch_9 *	src_ptr,
		size_t	size )

Packs rsb_analog_ch_9 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_9_LENGTH (2U)

can_2_rsb_analog_ch_9_unpack()

int can_2_rsb_analog_ch_9_unpack	(	struct can_2_rsb_analog_ch_9 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_analog_ch_9 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_ANALOG_CH_9_LENGTH (2U)

can_2_rsb_pwm_in_ch_1_pack()

int can_2_rsb_pwm_in_ch_1_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_pwm_in_ch_1 *	src_ptr,
		size_t	size )

Packs rsb_pwm_in_ch_1 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_PWM_IN_CH_1_LENGTH (3U)

can_2_rsb_pwm_in_ch_1_unpack()

int can_2_rsb_pwm_in_ch_1_unpack	(	struct can_2_rsb_pwm_in_ch_1 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_pwm_in_ch_1 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_PWM_IN_CH_1_LENGTH (3U)

can_2_rsb_pwm_in_ch_2_pack()

int can_2_rsb_pwm_in_ch_2_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_pwm_in_ch_2 *	src_ptr,
		size_t	size )

Packs rsb_pwm_in_ch_2 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_PWM_IN_CH_2_LENGTH (3U)

can_2_rsb_pwm_in_ch_2_unpack()

int can_2_rsb_pwm_in_ch_2_unpack	(	struct can_2_rsb_pwm_in_ch_2 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_pwm_in_ch_2 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_PWM_IN_CH_2_LENGTH (3U)

can_2_rsb_pwm_in_ch_3_pack()

int can_2_rsb_pwm_in_ch_3_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_pwm_in_ch_3 *	src_ptr,
		size_t	size )

Packs rsb_pwm_in_ch_3 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_PWM_IN_CH_3_LENGTH (3U)

can_2_rsb_pwm_in_ch_3_unpack()

int can_2_rsb_pwm_in_ch_3_unpack	(	struct can_2_rsb_pwm_in_ch_3 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_pwm_in_ch_3 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_PWM_IN_CH_3_LENGTH (3U)

can_2_rsb_pwm_out_ch_1_pack()

int can_2_rsb_pwm_out_ch_1_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_pwm_out_ch_1 *	src_ptr,
		size_t	size )

Packs rsb_pwm_out_ch_1 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_PWM_OUT_CH_1_LENGTH (1U)

can_2_rsb_pwm_out_ch_1_unpack()

int can_2_rsb_pwm_out_ch_1_unpack	(	struct can_2_rsb_pwm_out_ch_1 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_pwm_out_ch_1 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_PWM_OUT_CH_1_LENGTH (1U)

can_2_rsb_pwm_out_ch_2_pack()

int can_2_rsb_pwm_out_ch_2_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_pwm_out_ch_2 *	src_ptr,
		size_t	size )

Packs rsb_pwm_out_ch_2 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_PWM_OUT_CH_2_LENGTH (1U)

can_2_rsb_pwm_out_ch_2_unpack()

int can_2_rsb_pwm_out_ch_2_unpack	(	struct can_2_rsb_pwm_out_ch_2 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_pwm_out_ch_2 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_PWM_OUT_CH_2_LENGTH (1U)

can_2_rsb_pwm_out_ch_3_pack()

int can_2_rsb_pwm_out_ch_3_pack	(	uint8_t *	dst_ptr,
		const struct can_2_rsb_pwm_out_ch_3 *	src_ptr,
		size_t	size )

Packs rsb_pwm_out_ch_3 signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_PWM_OUT_CH_3_LENGTH (1U)

can_2_rsb_pwm_out_ch_3_unpack()

int can_2_rsb_pwm_out_ch_3_unpack	(	struct can_2_rsb_pwm_out_ch_3 *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks rsb_pwm_out_ch_3 signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_RSB_PWM_OUT_CH_3_LENGTH (1U)

can_2_safety_tv_ctrl_feedback_pack()

int can_2_safety_tv_ctrl_feedback_pack	(	uint8_t *	dst_ptr,
		const struct can_2_safety_tv_ctrl_feedback *	src_ptr,
		size_t	size )

Packs safety_tv_ctrl_feedback signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_CTRL_FEEDBACK_LENGTH (7U)

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can_2_safety_tv_ctrl_feedback_unpack()

int can_2_safety_tv_ctrl_feedback_unpack	(	struct can_2_safety_tv_ctrl_feedback *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks safety_tv_ctrl_feedback signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_CTRL_FEEDBACK_LENGTH (7U)

can_2_safety_tv_gains_pack()

int can_2_safety_tv_gains_pack	(	uint8_t *	dst_ptr,
		const struct can_2_safety_tv_gains *	src_ptr,
		size_t	size )

Packs safety_tv_gains signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_GAINS_LENGTH (7U)

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can_2_safety_tv_gains_unpack()

int can_2_safety_tv_gains_unpack	(	struct can_2_safety_tv_gains *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks safety_tv_gains signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_GAINS_LENGTH (7U)

can_2_safety_tv_inputs_filt_pack()

int can_2_safety_tv_inputs_filt_pack	(	uint8_t *	dst_ptr,
		const struct can_2_safety_tv_inputs_filt *	src_ptr,
		size_t	size )

Packs safety_tv_inputs_filt signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_INPUTS_FILT_LENGTH (8U)

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can_2_safety_tv_inputs_filt_unpack()

int can_2_safety_tv_inputs_filt_unpack	(	struct can_2_safety_tv_inputs_filt *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks safety_tv_inputs_filt signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_INPUTS_FILT_LENGTH (8U)

can_2_safety_tv_mz_pack()

int can_2_safety_tv_mz_pack	(	uint8_t *	dst_ptr,
		const struct can_2_safety_tv_mz *	src_ptr,
		size_t	size )

Packs safety_tv_mz signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_MZ_LENGTH (6U)

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can_2_safety_tv_mz_unpack()

int can_2_safety_tv_mz_unpack	(	struct can_2_safety_tv_mz *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks safety_tv_mz signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_MZ_LENGTH (6U)

can_2_safety_tv_pwr_pack()

int can_2_safety_tv_pwr_pack	(	uint8_t *	dst_ptr,
		const struct can_2_safety_tv_pwr *	src_ptr,
		size_t	size )

Packs safety_tv_pwr signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_PWR_LENGTH (8U)

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can_2_safety_tv_pwr_unpack()

int can_2_safety_tv_pwr_unpack	(	struct can_2_safety_tv_pwr *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks safety_tv_pwr signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_PWR_LENGTH (8U)

can_2_safety_tv_regen_tq_pack()

int can_2_safety_tv_regen_tq_pack	(	uint8_t *	dst_ptr,
		const struct can_2_safety_tv_regen_tq *	src_ptr,
		size_t	size )

Packs safety_tv_regen_tq signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_REGEN_TQ_LENGTH (8U)

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can_2_safety_tv_regen_tq_unpack()

int can_2_safety_tv_regen_tq_unpack	(	struct can_2_safety_tv_regen_tq *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks safety_tv_regen_tq signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_REGEN_TQ_LENGTH (8U)

can_2_safety_tv_speed_filt_pack()

int can_2_safety_tv_speed_filt_pack	(	uint8_t *	dst_ptr,
		const struct can_2_safety_tv_speed_filt *	src_ptr,
		size_t	size )

Packs safety_tv_speed_filt signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_SPEED_FILT_LENGTH (8U)

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can_2_safety_tv_speed_filt_unpack()

int can_2_safety_tv_speed_filt_unpack	(	struct can_2_safety_tv_speed_filt *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks safety_tv_speed_filt signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_SAFETY_TV_SPEED_FILT_LENGTH (8U)

can_2_vnav_pos_stat_pack()

int can_2_vnav_pos_stat_pack	(	uint8_t *	dst_ptr,
		const struct can_2_vnav_pos_stat *	src_ptr,
		size_t	size )

Packs vnav_pos_stat signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_VNAV_POS_STAT_LENGTH (8U)

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can_2_vnav_pos_stat_unpack()

int can_2_vnav_pos_stat_unpack	(	struct can_2_vnav_pos_stat *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks vnav_pos_stat signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_VNAV_POS_STAT_LENGTH (8U)

can_2_vnav_status_pack()

int can_2_vnav_status_pack	(	uint8_t *	dst_ptr,
		const struct can_2_vnav_status *	src_ptr,
		size_t	size )

Packs vnav_status signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_VNAV_STATUS_LENGTH (6U)

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can_2_vnav_status_unpack()

int can_2_vnav_status_unpack	(	struct can_2_vnav_status *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks vnav_status signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_VNAV_STATUS_LENGTH (6U)

can_2_vnav_tv_inputs_pack()

int can_2_vnav_tv_inputs_pack	(	uint8_t *	dst_ptr,
		const struct can_2_vnav_tv_inputs *	src_ptr,
		size_t	size )

Packs vnav_tv_inputs signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_VNAV_TV_INPUTS_LENGTH (8U)

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can_2_vnav_tv_inputs_unpack()

int can_2_vnav_tv_inputs_unpack	(	struct can_2_vnav_tv_inputs *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks vnav_tv_inputs signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_VNAV_TV_INPUTS_LENGTH (8U)

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can_2_vnav_vel_accel_pack()

int can_2_vnav_vel_accel_pack	(	uint8_t *	dst_ptr,
		const struct can_2_vnav_vel_accel *	src_ptr,
		size_t	size )

Packs vnav_vel_accel signal values from a struct of unpacked values into a uint8_t array.

Returns

0 if the message was packed successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_VNAV_VEL_ACCEL_LENGTH (7U)

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can_2_vnav_vel_accel_unpack()

int can_2_vnav_vel_accel_unpack	(	struct can_2_vnav_vel_accel *	dst_ptr,
		const uint8_t *	src_ptr,
		size_t	size )

Unpacks vnav_vel_accel signal values from a uint8_t array into a struct of unpacked values.

Returns

0 if the message was unpacked successfully.

Return values

EINVAL

If dst_ptr or src_ptr are NULL, or if size is smaller than CAN_2_VNAV_VEL_ACCEL_LENGTH (7U)

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Variable Documentation

_padding_0 [1/5]

uint8_t can_2_safety_tv_ctrl_feedback_packed::_padding_0

_padding_0 [2/5]

uint16_t can_2_safety_tv_gains_packed::_padding_0

_padding_0 [3/5]

uint8_t can_2_safety_tv_inputs_filt_packed::_padding_0

_padding_0 [4/5]

uint8_t can_2_safety_tv_pwr_packed::_padding_0

_padding_0 [5/5]

uint8_t can_2_vnav_vel_accel_packed::_padding_0

_padding_1

uint8_t can_2_safety_tv_ctrl_feedback_packed::_padding_1

ax [1/2]

float can_2_vnav_tv_inputs::ax

ax. Unit: m/s/s, Start: 0, Scale: 0.0009155413138, Offset: -30, Range: -30 - 30 (Packed: 0 - 65535)

ax [2/2]

uint16_t can_2_vnav_tv_inputs_packed::ax

ax_filt [1/2]

float can_2_safety_tv_inputs_filt::ax_filt

ax_filt. Unit: m/s/s, Start: 0, Scale: 0.000915541313802, Offset: -30, Range: -30 - 30 (Packed: 0 - 65535)

ax_filt [2/2]

uint16_t can_2_safety_tv_inputs_filt_packed::ax_filt

ay [1/2]

float can_2_vnav_tv_inputs::ay

ay. Unit: m/s/s, Start: 16, Scale: 0.0009155413138, Offset: -30, Range: -30 - 30 (Packed: 0 - 65535)

ay [2/2]

uint16_t can_2_vnav_tv_inputs_packed::ay

ay_filt [1/2]

float can_2_safety_tv_inputs_filt::ay_filt

ay_filt. Unit: m/s/s, Start: 16, Scale: 0.000915541313802, Offset: -30, Range: -30 - 30 (Packed: 0 - 65535)

ay_filt [2/2]

uint16_t can_2_safety_tv_inputs_filt_packed::ay_filt

az [1/2]

float can_2_vnav_vel_accel::az

az. Unit: m/s/s, Start: 32, Scale: 0.00854700854701, Offset: -30, Range: -30 - 5 (Packed: 0 - 4095)

az [2/2]

uint16_t can_2_vnav_vel_accel_packed::az

beta_est [1/2]

float can_2_safety_tv_mz::beta_est

beta_est. Start: 32, Scale: 6.103515625e-05, Offset: -2, Range: -2 - 2 (Packed: 0 - 65536)

beta_est [2/2]

uint16_t can_2_safety_tv_mz_packed::beta_est

duty_pwm_in_fsb_ch1 [1/2]

uint32_t can_2_fsb_pwm_in_ch_1::duty_pwm_in_fsb_ch1

duty_pwm_in_fsb_ch1. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)

duty_pwm_in_fsb_ch1 [2/2]

uint8_t can_2_fsb_pwm_in_ch_1_packed::duty_pwm_in_fsb_ch1

duty_pwm_in_fsb_ch2 [1/2]

uint32_t can_2_fsb_pwm_in_ch_2::duty_pwm_in_fsb_ch2

duty_pwm_in_fsb_ch2. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)

duty_pwm_in_fsb_ch2 [2/2]

uint8_t can_2_fsb_pwm_in_ch_2_packed::duty_pwm_in_fsb_ch2

duty_pwm_in_fsb_ch3 [1/2]

uint32_t can_2_fsb_pwm_in_ch_3::duty_pwm_in_fsb_ch3

duty_pwm_in_fsb_ch3. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)

duty_pwm_in_fsb_ch3 [2/2]

uint8_t can_2_fsb_pwm_in_ch_3_packed::duty_pwm_in_fsb_ch3

duty_pwm_in_rsb_ch1 [1/2]

uint32_t can_2_rsb_pwm_in_ch_1::duty_pwm_in_rsb_ch1

duty_pwm_in_rsb_ch1. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)

duty_pwm_in_rsb_ch1 [2/2]

uint8_t can_2_rsb_pwm_in_ch_1_packed::duty_pwm_in_rsb_ch1

duty_pwm_in_rsb_ch2 [1/2]

uint32_t can_2_rsb_pwm_in_ch_2::duty_pwm_in_rsb_ch2

duty_pwm_in_rsb_ch2. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)

duty_pwm_in_rsb_ch2 [2/2]

uint8_t can_2_rsb_pwm_in_ch_2_packed::duty_pwm_in_rsb_ch2

duty_pwm_in_rsb_ch3 [1/2]

uint32_t can_2_rsb_pwm_in_ch_3::duty_pwm_in_rsb_ch3

duty_pwm_in_rsb_ch3. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)

duty_pwm_in_rsb_ch3 [2/2]

uint8_t can_2_rsb_pwm_in_ch_3_packed::duty_pwm_in_rsb_ch3

duty_pwm_out_fsb_ch1 [1/2]

uint32_t can_2_fsb_pwm_out_ch_1::duty_pwm_out_fsb_ch1

duty_pwm_out_fsb_ch1. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 100 (Packed: 0 - 100)

duty_pwm_out_fsb_ch1 [2/2]

uint8_t can_2_fsb_pwm_out_ch_1_packed::duty_pwm_out_fsb_ch1

duty_pwm_out_fsb_ch2 [1/2]

uint32_t can_2_fsb_pwm_out_ch_2::duty_pwm_out_fsb_ch2

duty_pwm_out_fsb_ch2. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 100 (Packed: 0 - 100)

duty_pwm_out_fsb_ch2 [2/2]

uint8_t can_2_fsb_pwm_out_ch_2_packed::duty_pwm_out_fsb_ch2

duty_pwm_out_fsb_ch3 [1/2]

uint32_t can_2_fsb_pwm_out_ch_3::duty_pwm_out_fsb_ch3

duty_pwm_out_fsb_ch3. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 100 (Packed: 0 - 100)

duty_pwm_out_fsb_ch3 [2/2]

uint8_t can_2_fsb_pwm_out_ch_3_packed::duty_pwm_out_fsb_ch3

duty_pwm_out_rsb_ch1 [1/2]

uint32_t can_2_rsb_pwm_out_ch_1::duty_pwm_out_rsb_ch1

duty_pwm_out_rsb_ch1. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 100 (Packed: 0 - 100)

duty_pwm_out_rsb_ch1 [2/2]

uint8_t can_2_rsb_pwm_out_ch_1_packed::duty_pwm_out_rsb_ch1

duty_pwm_out_rsb_ch2 [1/2]

uint32_t can_2_rsb_pwm_out_ch_2::duty_pwm_out_rsb_ch2

duty_pwm_out_rsb_ch2. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 100 (Packed: 0 - 100)

duty_pwm_out_rsb_ch2 [2/2]

uint8_t can_2_rsb_pwm_out_ch_2_packed::duty_pwm_out_rsb_ch2

duty_pwm_out_rsb_ch3 [1/2]

uint32_t can_2_rsb_pwm_out_ch_3::duty_pwm_out_rsb_ch3

duty_pwm_out_rsb_ch3. Unit: %, Start: 0, Scale: 1, Offset: 0, Range: 0 - 100 (Packed: 0 - 100)

duty_pwm_out_rsb_ch3 [2/2]

uint8_t can_2_rsb_pwm_out_ch_3_packed::duty_pwm_out_rsb_ch3

gnss_err [1/2]

bool can_2_vnav_vel_accel::gnss_err

gnss_err. Start: 51, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

gnss_err [2/2]

uint8_t can_2_vnav_vel_accel_packed::gnss_err

gnss_fix [1/2]

bool can_2_vnav_vel_accel::gnss_fix

gnss_fix. Start: 52, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

gnss_fix [2/2]

uint8_t can_2_vnav_vel_accel_packed::gnss_fix

gnss_heading_ins [1/2]

bool can_2_vnav_vel_accel::gnss_heading_ins

gnss_heading_ins. Start: 50, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

gnss_heading_ins [2/2]

uint8_t can_2_vnav_vel_accel_packed::gnss_heading_ins

gx [1/2]

float can_2_vnav_vel_accel::gx

gx. Unit: rad/s, Start: 0, Scale: 0.01176470588235, Offset: -1.5, Range: -1.5 - 1.5 (Packed: 0 - 255)

gx [2/2]

uint8_t can_2_vnav_vel_accel_packed::gx

gy [1/2]

float can_2_vnav_vel_accel::gy

gy. Unit: rad/s, Start: 8, Scale: 0.01176470588235, Offset: -1.5, Range: -1.5 - 1.5 (Packed: 0 - 255)

gy [2/2]

uint8_t can_2_vnav_vel_accel_packed::gy

gz [1/2]

float can_2_vnav_tv_inputs::gz

gz. Unit: rad/s, Start: 32, Scale: 0.00010681315328, Offset: -3.5, Range: -3.5 - 3.5 (Packed: 0 - 65535)

gz [2/2]

uint16_t can_2_vnav_tv_inputs_packed::gz

gz_filt [1/2]

float can_2_safety_tv_inputs_filt::gz_filt

gz_filt. Unit: rad/s, Start: 48, Scale: 0.000106837607, Offset: -3.5, Range: -3.5 - 3.5 (Packed: 0 - 65520)

gz_filt [2/2]

uint16_t can_2_safety_tv_inputs_filt_packed::gz_filt

gz_target [1/2]

float can_2_safety_tv_ctrl_feedback::gz_target

gz_target. Unit: rad/s, Start: 0, Scale: 0.000191747598, Offset: -6.28318530717959, Range: -6.28318530717959 - 6.28299352775041 (Packed: 0 - 65535)

gz_target [2/2]

uint16_t can_2_safety_tv_ctrl_feedback_packed::gz_target

hz_pwm_in_fsb_ch1 [1/2]

float can_2_fsb_pwm_in_ch_1::hz_pwm_in_fsb_ch1

hz_pwm_in_fsb_ch1. Unit: Hz, Start: 8, Scale: 0.01, Offset: 0, Range: 0 - 655.35 (Packed: 0 - 65535)

hz_pwm_in_fsb_ch1 [2/2]

uint16_t can_2_fsb_pwm_in_ch_1_packed::hz_pwm_in_fsb_ch1

hz_pwm_in_fsb_ch2 [1/2]

float can_2_fsb_pwm_in_ch_2::hz_pwm_in_fsb_ch2

hz_pwm_in_fsb_ch2. Unit: Hz, Start: 8, Scale: 0.01, Offset: 0, Range: 0 - 655.35 (Packed: 0 - 65535)

hz_pwm_in_fsb_ch2 [2/2]

uint16_t can_2_fsb_pwm_in_ch_2_packed::hz_pwm_in_fsb_ch2

hz_pwm_in_fsb_ch3 [1/2]

float can_2_fsb_pwm_in_ch_3::hz_pwm_in_fsb_ch3

hz_pwm_in_fsb_ch3. Unit: Hz, Start: 8, Scale: 0.01, Offset: 0, Range: 0 - 655.35 (Packed: 0 - 65535)

hz_pwm_in_fsb_ch3 [2/2]

uint16_t can_2_fsb_pwm_in_ch_3_packed::hz_pwm_in_fsb_ch3

hz_pwm_in_rsb_ch1 [1/2]

float can_2_rsb_pwm_in_ch_1::hz_pwm_in_rsb_ch1

hz_pwm_in_rsb_ch1. Unit: Hz, Start: 8, Scale: 0.01, Offset: 0, Range: 0 - 655.35 (Packed: 0 - 65535)

hz_pwm_in_rsb_ch1 [2/2]

uint16_t can_2_rsb_pwm_in_ch_1_packed::hz_pwm_in_rsb_ch1

hz_pwm_in_rsb_ch2 [1/2]

float can_2_rsb_pwm_in_ch_2::hz_pwm_in_rsb_ch2

hz_pwm_in_rsb_ch2. Unit: Hz, Start: 8, Scale: 0.01, Offset: 0, Range: 0 - 655.35 (Packed: 0 - 65535)

hz_pwm_in_rsb_ch2 [2/2]

uint16_t can_2_rsb_pwm_in_ch_2_packed::hz_pwm_in_rsb_ch2

hz_pwm_in_rsb_ch3 [1/2]

float can_2_rsb_pwm_in_ch_3::hz_pwm_in_rsb_ch3

hz_pwm_in_rsb_ch3. Unit: Hz, Start: 8, Scale: 0.01, Offset: 0, Range: 0 - 655.35 (Packed: 0 - 65535)

hz_pwm_in_rsb_ch3 [2/2]

uint16_t can_2_rsb_pwm_in_ch_3_packed::hz_pwm_in_rsb_ch3

imu_err [1/2]

bool can_2_vnav_vel_accel::imu_err

imu_err. Start: 53, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

imu_err [2/2]

uint8_t can_2_vnav_vel_accel_packed::imu_err

ins_mode [1/2]

uint32_t can_2_vnav_vel_accel::ins_mode

ins_mode. Start: 48, Scale: 1, Offset: 0, Range: 0 - 3 (Packed: 0 - 3)

ins_mode [2/2]

uint8_t can_2_vnav_vel_accel_packed::ins_mode

inverter_efficiency [1/2]

float can_2_safety_tv_gains::inverter_efficiency

inverter_efficiency. Start: 10, Scale: 0.0009765625, Offset: 0, Range: 0 - 1 (Packed: 0 - 1024)

inverter_efficiency [2/2]

uint16_t can_2_safety_tv_gains_packed::inverter_efficiency

loss_scalar_tv [1/2]

float can_2_safety_tv_gains::loss_scalar_tv

loss_scalar_tv. Start: 0, Scale: 0.001953125, Offset: 0, Range: 0 - 2 (Packed: 0 - 1024)

loss_scalar_tv [2/2]

uint16_t can_2_safety_tv_gains_packed::loss_scalar_tv

mag_pres_err [1/2]

bool can_2_vnav_vel_accel::mag_pres_err

mag_pres_err. Start: 54, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

mag_pres_err [2/2]

uint8_t can_2_vnav_vel_accel_packed::mag_pres_err

mz_raw [1/2]

float can_2_safety_tv_mz::mz_raw

mz_raw. Start: 0, Scale: 0.04577636719, Offset: -1500, Range: -1500 - 1500 (Packed: 0 - 65536)

mz_raw [2/2]

uint16_t can_2_safety_tv_mz_packed::mz_raw

mz_scaled [1/2]

float can_2_safety_tv_mz::mz_scaled

mz_scaled. Start: 16, Scale: 0.04577636719, Offset: -1500, Range: -1500 - 1500 (Packed: 0 - 65536)

mz_scaled [2/2]

uint16_t can_2_safety_tv_mz_packed::mz_scaled

pos_altitude [1/2]

float can_2_vnav_pos_stat::pos_altitude

pos_altitude. Unit: m, Start: 32, Scale: 0.3921568627451, Offset: -50, Range: -50 - 50 (Packed: 0 - 255)

pos_altitude [2/2]

uint8_t can_2_vnav_pos_stat_packed::pos_altitude

pos_latitude [1/2]

float can_2_vnav_pos_stat::pos_latitude

pos_latitude. Unit: deg, Start: 0, Scale: 3.0518044e-07, Offset: -0.01, Range: -0.01 - 0.01 (Packed: 0 - 65535)

pos_latitude [2/2]

uint16_t can_2_vnav_pos_stat_packed::pos_latitude

pos_longitude [1/2]

float can_2_vnav_pos_stat::pos_longitude

pos_longitude. Unit: deg, Start: 16, Scale: 3.0518044e-07, Offset: -0.01, Range: -0.01 - 0.01 (Packed: 0 - 65535)

pos_longitude [2/2]

uint16_t can_2_vnav_pos_stat_packed::pos_longitude

pwr_limit_tq_scale [1/2]

float can_2_safety_tv_ctrl_feedback::pwr_limit_tq_scale

pwr_limit_tq_scale. Start: 29, Scale: 0.0009765625, Offset: 0, Range: 0 - 1 (Packed: 0 - 1024)

pwr_limit_tq_scale [2/2]

uint16_t can_2_safety_tv_ctrl_feedback_packed::pwr_limit_tq_scale

pwr_tv_estimate [1/2]

float can_2_safety_tv_pwr::pwr_tv_estimate

pwr_tv_estimate. Unit: kW, Start: 48, Scale: 0.068376068376068, Offset: -140, Range: -140 - 140 (Packed: 0 - 4095)

pwr_tv_estimate [2/2]

uint16_t can_2_safety_tv_pwr_packed::pwr_tv_estimate

sensor_sat_ax [1/2]

bool can_2_vnav_status::sensor_sat_ax

sensor_sat_ax. Start: 33, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

sensor_sat_ax [2/2]

uint8_t can_2_vnav_status_packed::sensor_sat_ax

sensor_sat_ay [1/2]

bool can_2_vnav_status::sensor_sat_ay

sensor_sat_ay. Start: 34, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

sensor_sat_ay [2/2]

uint8_t can_2_vnav_status_packed::sensor_sat_ay

sensor_sat_az [1/2]

bool can_2_vnav_status::sensor_sat_az

sensor_sat_az. Start: 35, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

sensor_sat_az [2/2]

uint8_t can_2_vnav_status_packed::sensor_sat_az

sensor_sat_gx [1/2]

bool can_2_vnav_status::sensor_sat_gx

sensor_sat_gx. Start: 36, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

sensor_sat_gx [2/2]

uint8_t can_2_vnav_status_packed::sensor_sat_gx

sensor_sat_gy [1/2]

bool can_2_vnav_status::sensor_sat_gy

sensor_sat_gy. Start: 37, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

sensor_sat_gy [2/2]

uint8_t can_2_vnav_status_packed::sensor_sat_gy

sensor_sat_gz [1/2]

bool can_2_vnav_status::sensor_sat_gz

sensor_sat_gz. Start: 38, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

sensor_sat_gz [2/2]

uint8_t can_2_vnav_status_packed::sensor_sat_gz

spd_fl_filt [1/2]

float can_2_safety_tv_speed_filt::spd_fl_filt

spd_fl_filt. Unit: rpm, Start: 48, Scale: 0.343327992675669, Offset: -500, Range: -500 - 22000 (Packed: 0 - 65535)

spd_fl_filt [2/2]

uint16_t can_2_safety_tv_speed_filt_packed::spd_fl_filt

spd_fr_filt [1/2]

float can_2_safety_tv_speed_filt::spd_fr_filt

spd_fr_filt. Unit: rpm, Start: 32, Scale: 0.343327992675669, Offset: -500, Range: -500 - 22000 (Packed: 0 - 65535)

spd_fr_filt [2/2]

uint16_t can_2_safety_tv_speed_filt_packed::spd_fr_filt

spd_rl_filt [1/2]

float can_2_safety_tv_speed_filt::spd_rl_filt

spd_rl_filt. Unit: rpm, Start: 16, Scale: 0.343327992675669, Offset: -500, Range: -500 - 22000 (Packed: 0 - 65535)

spd_rl_filt [2/2]

uint16_t can_2_safety_tv_speed_filt_packed::spd_rl_filt

spd_rr_filt [1/2]

float can_2_safety_tv_speed_filt::spd_rr_filt

spd_rr_filt. Unit: rpm, Start: 0, Scale: 0.343327992675669, Offset: -500, Range: -500 - 22000 (Packed: 0 - 65535)

spd_rr_filt [2/2]

uint16_t can_2_safety_tv_speed_filt_packed::spd_rr_filt

time_since_start [1/2]

uint32_t can_2_vnav_status::time_since_start

time_since_start. Unit: ms, Start: 0, Scale: 1, Offset: 0, Range: 0 - 16777215 (Packed: 0 - 16777215)

time_since_start [2/2]

uint32_t can_2_vnav_status_packed::time_since_start

tq_fl_pre_pwr_limit [1/2]

float can_2_safety_tv_pwr::tq_fl_pre_pwr_limit

tq_fl_pre_pwr_limit. Unit: N.m, Start: 36, Scale: 0.011233211233211, Offset: -23, Range: -23 - 23 (Packed: 0 - 4095)

tq_fl_pre_pwr_limit [2/2]

uint16_t can_2_safety_tv_pwr_packed::tq_fl_pre_pwr_limit

tq_fr_pre_pwr_limit [1/2]

float can_2_safety_tv_pwr::tq_fr_pre_pwr_limit

tq_fr_pre_pwr_limit. Unit: N.m, Start: 24, Scale: 0.011233211233211, Offset: -23, Range: -23 - 23 (Packed: 0 - 4095)

tq_fr_pre_pwr_limit [2/2]

uint16_t can_2_safety_tv_pwr_packed::tq_fr_pre_pwr_limit

tq_regen_fl [1/2]

float can_2_safety_tv_regen_tq::tq_regen_fl

tq_regen_fl. Unit: N.m, Start: 48, Scale: 0.000701904297, Offset: -23, Range: -23 - 23 (Packed: 0 - 65536)

tq_regen_fl [2/2]

uint16_t can_2_safety_tv_regen_tq_packed::tq_regen_fl

tq_regen_fr [1/2]

float can_2_safety_tv_regen_tq::tq_regen_fr

tq_regen_fr. Unit: N.m, Start: 32, Scale: 0.000701904297, Offset: -23, Range: -23 - 23 (Packed: 0 - 65536)

tq_regen_fr [2/2]

uint16_t can_2_safety_tv_regen_tq_packed::tq_regen_fr

tq_regen_rl [1/2]

float can_2_safety_tv_regen_tq::tq_regen_rl

tq_regen_rl. Unit: N.m, Start: 16, Scale: 0.000701904297, Offset: -23, Range: -23 - 23 (Packed: 0 - 65536)

tq_regen_rl [2/2]

uint16_t can_2_safety_tv_regen_tq_packed::tq_regen_rl

tq_regen_rr [1/2]

float can_2_safety_tv_regen_tq::tq_regen_rr

tq_regen_rr. Unit: N.m, Start: 0, Scale: 0.000701904297, Offset: -23, Range: -23 - 23 (Packed: 0 - 65536)

tq_regen_rr [2/2]

uint16_t can_2_safety_tv_regen_tq_packed::tq_regen_rr

tq_req_driver [1/2]

float can_2_safety_tv_ctrl_feedback::tq_req_driver

tq_req_driver. Unit: N.m, Start: 16, Scale: 0.009765625, Offset: -40, Range: -40 - 40 (Packed: 0 - 8192)

tq_req_driver [2/2]

uint16_t can_2_safety_tv_ctrl_feedback_packed::tq_req_driver

tq_rl_pre_pwr_limit [1/2]

float can_2_safety_tv_pwr::tq_rl_pre_pwr_limit

tq_rl_pre_pwr_limit. Unit: N.m, Start: 12, Scale: 0.011233211233211, Offset: -23, Range: -23 - 23 (Packed: 0 - 4095)

tq_rl_pre_pwr_limit [2/2]

uint16_t can_2_safety_tv_pwr_packed::tq_rl_pre_pwr_limit

tq_rr_pre_pwr_limit [1/2]

float can_2_safety_tv_pwr::tq_rr_pre_pwr_limit

tq_rr_pre_pwr_limit. Unit: N.m, Start: 0, Scale: 0.011233211233211, Offset: -23, Range: -23 - 23 (Packed: 0 - 4095)

tq_rr_pre_pwr_limit [2/2]

uint16_t can_2_safety_tv_pwr_packed::tq_rr_pre_pwr_limit

tq_split_tv [1/2]

float can_2_safety_tv_ctrl_feedback::tq_split_tv

tq_split_tv. Start: 40, Scale: 0.009765625, Offset: -40, Range: -40 - 40 (Packed: 0 - 8192)

tq_split_tv [2/2]

uint16_t can_2_safety_tv_ctrl_feedback_packed::tq_split_tv

tv_ku [1/2]

float can_2_safety_tv_gains::tv_ku

tv_ku. Start: 32, Scale: 0.009765625, Offset: -10, Range: -10 - 10 (Packed: 0 - 2048)

tv_ku [2/2]

uint16_t can_2_safety_tv_gains_packed::tv_ku

v_east [1/2]

float can_2_vnav_pos_stat::v_east

v_east. Unit: m/s, Start: 40, Scale: 0.019536019536, Offset: -40, Range: -40 - 40 (Packed: 0 - 4095)

v_east [2/2]

uint16_t can_2_vnav_pos_stat_packed::v_east

v_fsb_analog_ch1 [1/2]

float can_2_fsb_analog_ch_1::v_fsb_analog_ch1

v_fsb_analog_ch1. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_analog_ch1 [2/2]

uint16_t can_2_fsb_analog_ch_1_packed::v_fsb_analog_ch1

v_fsb_analog_ch10 [1/2]

float can_2_fsb_analog_ch_10::v_fsb_analog_ch10

v_fsb_analog_ch10. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_analog_ch10 [2/2]

uint16_t can_2_fsb_analog_ch_10_packed::v_fsb_analog_ch10

v_fsb_analog_ch2 [1/2]

float can_2_fsb_analog_ch_2::v_fsb_analog_ch2

v_fsb_analog_ch2. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_analog_ch2 [2/2]

uint16_t can_2_fsb_analog_ch_2_packed::v_fsb_analog_ch2

v_fsb_analog_ch3 [1/2]

float can_2_fsb_analog_ch_3::v_fsb_analog_ch3

v_fsb_analog_ch3. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_analog_ch3 [2/2]

uint16_t can_2_fsb_analog_ch_3_packed::v_fsb_analog_ch3

v_fsb_analog_ch5 [1/2]

float can_2_fsb_analog_ch_5::v_fsb_analog_ch5

v_fsb_analog_ch5. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_analog_ch5 [2/2]

uint16_t can_2_fsb_analog_ch_5_packed::v_fsb_analog_ch5

v_fsb_analog_ch6 [1/2]

float can_2_fsb_analog_ch_6::v_fsb_analog_ch6

v_fsb_analog_ch6. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_analog_ch6 [2/2]

uint16_t can_2_fsb_analog_ch_6_packed::v_fsb_analog_ch6

v_fsb_analog_ch9 [1/2]

float can_2_fsb_analog_ch_9::v_fsb_analog_ch9

v_fsb_analog_ch9. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_analog_ch9 [2/2]

uint16_t can_2_fsb_analog_ch_9_packed::v_fsb_analog_ch9

v_fsb_f_heave_lpot [1/2]

float can_2_fsb_analog_ch_7::v_fsb_f_heave_lpot

v_fsb_f_heave_lpot. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_f_heave_lpot [2/2]

uint16_t can_2_fsb_analog_ch_7_packed::v_fsb_f_heave_lpot

v_fsb_f_roll_lpot [1/2]

float can_2_fsb_analog_ch_13::v_fsb_f_roll_lpot

v_fsb_f_roll_lpot. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_f_roll_lpot [2/2]

uint16_t can_2_fsb_analog_ch_13_packed::v_fsb_f_roll_lpot

v_fsb_fl_oil_temp [1/2]

float can_2_fsb_analog_ch_17::v_fsb_fl_oil_temp

v_fsb_fl_oil_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_fl_oil_temp [2/2]

uint16_t can_2_fsb_analog_ch_17_packed::v_fsb_fl_oil_temp

v_fsb_fl_ride_height [1/2]

float can_2_fsb_analog_ch_4::v_fsb_fl_ride_height

v_fsb_fl_ride_height. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_fl_ride_height [2/2]

uint16_t can_2_fsb_analog_ch_4_packed::v_fsb_fl_ride_height

v_fsb_fr_oil_temp [1/2]

float can_2_fsb_analog_ch_14::v_fsb_fr_oil_temp

v_fsb_fr_oil_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_fr_oil_temp [2/2]

uint16_t can_2_fsb_analog_ch_14_packed::v_fsb_fr_oil_temp

v_fsb_fr_ride_height [1/2]

float can_2_fsb_analog_ch_11::v_fsb_fr_ride_height

v_fsb_fr_ride_height. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_fr_ride_height [2/2]

uint16_t can_2_fsb_analog_ch_11_packed::v_fsb_fr_ride_height

v_fsb_motor_inlet_temp [1/2]

float can_2_fsb_analog_ch_15::v_fsb_motor_inlet_temp

v_fsb_motor_inlet_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_motor_inlet_temp [2/2]

uint16_t can_2_fsb_analog_ch_15_packed::v_fsb_motor_inlet_temp

v_fsb_motor_outlet_temp [1/2]

float can_2_fsb_analog_ch_16::v_fsb_motor_outlet_temp

v_fsb_motor_outlet_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_motor_outlet_temp [2/2]

uint16_t can_2_fsb_analog_ch_16_packed::v_fsb_motor_outlet_temp

v_fsb_pitot_tube [1/2]

float can_2_fsb_analog_ch_8::v_fsb_pitot_tube

v_fsb_pitot_tube. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_pitot_tube [2/2]

uint16_t can_2_fsb_analog_ch_8_packed::v_fsb_pitot_tube

v_fsb_steering_lpot [1/2]

float can_2_fsb_analog_ch_12::v_fsb_steering_lpot

v_fsb_steering_lpot. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_fsb_steering_lpot [2/2]

uint16_t can_2_fsb_analog_ch_12_packed::v_fsb_steering_lpot

v_north [1/2]

float can_2_vnav_pos_stat::v_north

v_north. Unit: m/s, Start: 52, Scale: 0.019536019536, Offset: -40, Range: -40 - 40 (Packed: 0 - 4095)

v_north [2/2]

uint16_t can_2_vnav_pos_stat_packed::v_north

v_rsb_analog_ch1 [1/2]

float can_2_rsb_analog_ch_1::v_rsb_analog_ch1

v_rsb_analog_ch1. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_analog_ch1 [2/2]

uint16_t can_2_rsb_analog_ch_1_packed::v_rsb_analog_ch1

v_rsb_analog_ch12 [1/2]

float can_2_rsb_analog_ch_12::v_rsb_analog_ch12

v_rsb_analog_ch12. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_analog_ch12 [2/2]

uint16_t can_2_rsb_analog_ch_12_packed::v_rsb_analog_ch12

v_rsb_analog_ch2 [1/2]

float can_2_rsb_analog_ch_2::v_rsb_analog_ch2

v_rsb_analog_ch2. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_analog_ch2 [2/2]

uint16_t can_2_rsb_analog_ch_2_packed::v_rsb_analog_ch2

v_rsb_analog_ch5 [1/2]

float can_2_rsb_analog_ch_5::v_rsb_analog_ch5

v_rsb_analog_ch5. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_analog_ch5 [2/2]

uint16_t can_2_rsb_analog_ch_5_packed::v_rsb_analog_ch5

v_rsb_analog_ch6 [1/2]

float can_2_rsb_analog_ch_6::v_rsb_analog_ch6

v_rsb_analog_ch6. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_analog_ch6 [2/2]

uint16_t can_2_rsb_analog_ch_6_packed::v_rsb_analog_ch6

v_rsb_analog_ch8 [1/2]

float can_2_rsb_analog_ch_8::v_rsb_analog_ch8

v_rsb_analog_ch8. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_analog_ch8 [2/2]

uint16_t can_2_rsb_analog_ch_8_packed::v_rsb_analog_ch8

v_rsb_coldplate_in_temp [1/2]

float can_2_rsb_analog_ch_15::v_rsb_coldplate_in_temp

v_rsb_coldplate_in_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_coldplate_in_temp [2/2]

uint16_t can_2_rsb_analog_ch_15_packed::v_rsb_coldplate_in_temp

v_rsb_coldplate_out_temp [1/2]

float can_2_rsb_analog_ch_16::v_rsb_coldplate_out_temp

v_rsb_coldplate_out_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_coldplate_out_temp [2/2]

uint16_t can_2_rsb_analog_ch_16_packed::v_rsb_coldplate_out_temp

v_rsb_pump_temp [1/2]

float can_2_rsb_analog_ch_9::v_rsb_pump_temp

v_rsb_pump_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_pump_temp [2/2]

uint16_t can_2_rsb_analog_ch_9_packed::v_rsb_pump_temp

v_rsb_r_heave_lpot [1/2]

float can_2_rsb_analog_ch_7::v_rsb_r_heave_lpot

v_rsb_r_heave_lpot. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_r_heave_lpot [2/2]

uint16_t can_2_rsb_analog_ch_7_packed::v_rsb_r_heave_lpot

v_rsb_r_roll_lpot [1/2]

float can_2_rsb_analog_ch_13::v_rsb_r_roll_lpot

v_rsb_r_roll_lpot. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_r_roll_lpot [2/2]

uint16_t can_2_rsb_analog_ch_13_packed::v_rsb_r_roll_lpot

v_rsb_rl_motor_in_temp [1/2]

float can_2_rsb_analog_ch_10::v_rsb_rl_motor_in_temp

v_rsb_rl_motor_in_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_rl_motor_in_temp [2/2]

uint16_t can_2_rsb_analog_ch_10_packed::v_rsb_rl_motor_in_temp

v_rsb_rl_motor_out_temp [1/2]

float can_2_rsb_analog_ch_3::v_rsb_rl_motor_out_temp

v_rsb_rl_motor_out_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_rl_motor_out_temp [2/2]

uint16_t can_2_rsb_analog_ch_3_packed::v_rsb_rl_motor_out_temp

v_rsb_rl_ride_height [1/2]

float can_2_rsb_analog_ch_4::v_rsb_rl_ride_height

v_rsb_rl_ride_height. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_rl_ride_height [2/2]

uint16_t can_2_rsb_analog_ch_4_packed::v_rsb_rl_ride_height

v_rsb_rr_oil_temp [1/4]

float can_2_rsb_analog_ch_14::v_rsb_rr_oil_temp

v_rsb_rr_oil_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_rr_oil_temp [2/4]

uint16_t can_2_rsb_analog_ch_14_packed::v_rsb_rr_oil_temp

v_rsb_rr_oil_temp [3/4]

float can_2_rsb_analog_ch_17::v_rsb_rr_oil_temp

v_rsb_rr_oil_temp. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_rr_oil_temp [4/4]

uint16_t can_2_rsb_analog_ch_17_packed::v_rsb_rr_oil_temp

v_rsb_rr_ride_height [1/2]

float can_2_rsb_analog_ch_11::v_rsb_rr_ride_height

v_rsb_rr_ride_height. Unit: V, Start: 0, Scale: 8.01099e-05, Offset: 0, Range: 0 - 5.2500022965 (Packed: 0 - 65535)

v_rsb_rr_ride_height [2/2]

uint16_t can_2_rsb_analog_ch_11_packed::v_rsb_rr_ride_height

vnav_active [1/2]

bool can_2_vnav_vel_accel::vnav_active

vnav_active. Start: 55, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

vnav_active [2/2]

uint8_t can_2_vnav_vel_accel_packed::vnav_active

vnav_gnss_fix_type [1/2]

uint32_t can_2_vnav_status::vnav_gnss_fix_type

vnav_gnss_fix_type. Start: 24, Scale: 1, Offset: 0, Range: 0 - 6 (Packed: 0 - 6)

vnav_gnss_fix_type [2/2]

uint8_t can_2_vnav_status_packed::vnav_gnss_fix_type

vnav_gnss_sat_cnt [1/2]

uint32_t can_2_vnav_status::vnav_gnss_sat_cnt

vnav_gnss_sat_cnt. Start: 40, Scale: 1, Offset: 0, Range: 0 - 255 (Packed: 0 - 255)

vnav_gnss_sat_cnt [2/2]

uint8_t can_2_vnav_status_packed::vnav_gnss_sat_cnt

vnav_status [1/2]

uint32_t can_2_vnav_tv_inputs::vnav_status

vnav_status. Start: 62, Scale: 1, Offset: 0, Range: 0 - 2 (Packed: 0 - 2)

vnav_status [2/2]

uint8_t can_2_vnav_tv_inputs_packed::vnav_status

vnav_sync_out_timeout [1/2]

bool can_2_vnav_status::vnav_sync_out_timeout

vnav_sync_out_timeout. Start: 39, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

vnav_sync_out_timeout [2/2]

uint8_t can_2_vnav_status_packed::vnav_sync_out_timeout

vnav_uart_err_dma [1/2]

bool can_2_vnav_status::vnav_uart_err_dma

vnav_uart_err_dma. Start: 31, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

vnav_uart_err_dma [2/2]

uint8_t can_2_vnav_status_packed::vnav_uart_err_dma

vnav_uart_err_frame [1/2]

bool can_2_vnav_status::vnav_uart_err_frame

vnav_uart_err_frame. Start: 29, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

vnav_uart_err_frame [2/2]

uint8_t can_2_vnav_status_packed::vnav_uart_err_frame

vnav_uart_err_noise [1/2]

bool can_2_vnav_status::vnav_uart_err_noise

vnav_uart_err_noise. Start: 28, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

vnav_uart_err_noise [2/2]

uint8_t can_2_vnav_status_packed::vnav_uart_err_noise

vnav_uart_err_overrun [1/2]

bool can_2_vnav_status::vnav_uart_err_overrun

vnav_uart_err_overrun. Start: 30, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

vnav_uart_err_overrun [2/2]

uint8_t can_2_vnav_status_packed::vnav_uart_err_overrun

vnav_uart_err_parity [1/2]

bool can_2_vnav_status::vnav_uart_err_parity

vnav_uart_err_parity. Start: 27, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

vnav_uart_err_parity [2/2]

uint8_t can_2_vnav_status_packed::vnav_uart_err_parity

vnav_uart_err_rcvr_timeout [1/2]

bool can_2_vnav_status::vnav_uart_err_rcvr_timeout

vnav_uart_err_rcvr_timeout. Start: 32, Scale: 1, Offset: 0, Range: 0 - 1 (Packed: 0 - 1)

vnav_uart_err_rcvr_timeout [2/2]

uint8_t can_2_vnav_status_packed::vnav_uart_err_rcvr_timeout

vx [1/2]

float can_2_vnav_tv_inputs::vx

vx. Unit: m/s, Start: 48, Scale: 0.00274674967955, Offset: -5, Range: -5 - 40 (Packed: 0 - 16383)

vx [2/2]

uint16_t can_2_vnav_tv_inputs_packed::vx

vx_filt [1/2]

float can_2_safety_tv_inputs_filt::vx_filt

vx_filt. Unit: m/s, Start: 32, Scale: 0.002746749679546, Offset: -5, Range: -5 - 40 (Packed: 0 - 16383)

vx_filt [2/2]

uint16_t can_2_safety_tv_inputs_filt_packed::vx_filt

vy [1/2]

float can_2_vnav_vel_accel::vy

vy. Unit: m/s, Start: 16, Scale: 0.11764705882353, Offset: -15, Range: -15 - 15 (Packed: 0 - 255)

vy [2/2]

uint8_t can_2_vnav_vel_accel_packed::vy

vy_filt [1/2]

float can_2_safety_tv_gains::vy_filt

vy_filt. Unit: m/s, Start: 20, Scale: 0.0073529411764706, Offset: -15, Range: -15 - 15 (Packed: 0 - 4080)

vy_filt [2/2]

uint16_t can_2_safety_tv_gains_packed::vy_filt

vz [1/2]

float can_2_vnav_vel_accel::vz

vz. Unit: m/s, Start: 24, Scale: 0.0156862745098, Offset: -2, Range: -2 - 2 (Packed: 0 - 255)

vz [2/2]

uint8_t can_2_vnav_vel_accel_packed::vz