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466d6980b8203734746040511a6d5659e6ee84b2
sil/SIL/work/SIL_ert_shrlib_rtw/SIL_private.h
T
matt 466d6980b8 update gencode, wind setting pass
2020-12-08 17:29:54 +08:00

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/*
* File: SIL_private.h
*
* Code generated for Simulink model 'SIL'.
*
* Model version : 1.537
* Simulink Coder version : 9.0 (R2018b) 24-May-2018
* C/C++ source code generated on : Tue Dec 8 17:00:08 2020
*
* Target selection: ert_shrlib.tlc
* Embedded hardware selection: Intel->x86-64 (Windows64)
* Code generation objectives: Unspecified
* Validation result: Not run
*/
#ifndef RTW_HEADER_SIL_private_h_
#define RTW_HEADER_SIL_private_h_
void get_sbg_crc16(const unsigned char *u0,
unsigned short *y0,
unsigned short u_width);
#include "rtwtypes.h"
#include "builtin_typeid_types.h"
#include "SIL.h"
/* Private macros used by the generated code to access rtModel */
#ifndef rtmSetFirstInitCond
# define rtmSetFirstInitCond(rtm, val) ((rtm)->Timing.firstInitCondFlag = (val))
#endif
#ifndef rtmIsFirstInitCond
# define rtmIsFirstInitCond(rtm) ((rtm)->Timing.firstInitCondFlag)
#endif
#ifndef rtmIsMajorTimeStep
# define rtmIsMajorTimeStep(rtm) (((rtm)->Timing.simTimeStep) == MAJOR_TIME_STEP)
#endif
#ifndef rtmIsMinorTimeStep
# define rtmIsMinorTimeStep(rtm) (((rtm)->Timing.simTimeStep) == MINOR_TIME_STEP)
#endif
#ifndef rtmSetTPtr
# define rtmSetTPtr(rtm, val) ((rtm)->Timing.t = (val))
#endif
#ifndef UCHAR_MAX
#include <limits.h>
#endif
#if ( UCHAR_MAX != (0xFFU) ) || ( SCHAR_MAX != (0x7F) )
#error Code was generated for compiler with different sized uchar/char. \
Consider adjusting Test hardware word size settings on the \
Hardware Implementation pane to match your compiler word sizes as \
defined in limits.h of the compiler. Alternatively, you can \
select the Test hardware is the same as production hardware option and \
select the Enable portable word sizes option on the Code Generation > \
Verification pane for ERT based targets, which will disable the \
preprocessor word size checks.
#endif
#if ( USHRT_MAX != (0xFFFFU) ) || ( SHRT_MAX != (0x7FFF) )
#error Code was generated for compiler with different sized ushort/short. \
Consider adjusting Test hardware word size settings on the \
Hardware Implementation pane to match your compiler word sizes as \
defined in limits.h of the compiler. Alternatively, you can \
select the Test hardware is the same as production hardware option and \
select the Enable portable word sizes option on the Code Generation > \
Verification pane for ERT based targets, which will disable the \
preprocessor word size checks.
#endif
#if ( UINT_MAX != (0xFFFFFFFFU) ) || ( INT_MAX != (0x7FFFFFFF) )
#error Code was generated for compiler with different sized uint/int. \
Consider adjusting Test hardware word size settings on the \
Hardware Implementation pane to match your compiler word sizes as \
defined in limits.h of the compiler. Alternatively, you can \
select the Test hardware is the same as production hardware option and \
select the Enable portable word sizes option on the Code Generation > \
Verification pane for ERT based targets, which will disable the \
preprocessor word size checks.
#endif
#if ( ULONG_MAX != (0xFFFFFFFFU) ) || ( LONG_MAX != (0x7FFFFFFF) )
#error Code was generated for compiler with different sized ulong/long. \
Consider adjusting Test hardware word size settings on the \
Hardware Implementation pane to match your compiler word sizes as \
defined in limits.h of the compiler. Alternatively, you can \
select the Test hardware is the same as production hardware option and \
select the Enable portable word sizes option on the Code Generation > \
Verification pane for ERT based targets, which will disable the \
preprocessor word size checks.
#endif
/* Skipping ulong_long/long_long check: insufficient preprocessor integer range. */
extern const real_T rtCP_pooled_Y3lCp5zD21tA[6];
extern const real_T rtCP_pooled_EFcVM5alguKR[6];
extern const real_T rtCP_pooled_jCajZwqM7jWe[6];
extern const real_T rtCP_pooled_TP0jmN6R2qNh[6];
extern const real_T rtCP_pooled_FEWufo6vVHrj[9];
extern const real_T rtCP_pooled_B5TQ9jFT4w0p[3];
extern const real_T rtCP_pooled_EsdjLy9HZCOh[9];
extern const real_T rtCP_pooled_lNe8VrimgzRr[9];
extern const real_T rtCP_pooled_YvZ5TPCbhiu1[6];
extern const real_T rtCP_pooled_zi68CWqheLLF[6];
extern const real_T rtCP_pooled_ggbuQsDjzlGA[6];
extern const real_T rtCP_pooled_F7Fj0Jz98F6J[6];
extern const real_T rtCP_pooled_6aIljzmC8seq[6];
extern const real_T rtCP_pooled_HJUpu7noJGrc[6];
extern const real_T rtCP_pooled_BJdk4U1Bhf7G[192];
extern const real_T rtCP_pooled_510aQj9CUNMG[16];
extern const real_T rtCP_pooled_t2T18F7cFuQ1[12];
extern const real_T rtCP_pooled_7JZOx9Tdg1mh[1188];
extern const real_T rtCP_pooled_OFmdmy1yqgT5[12];
extern const real_T rtCP_pooled_KiWPnQ4Q30z8[9];
extern const real_T rtCP_pooled_KcgwWd5kyTBU[11];
extern const real_T rtCP_pooled_6xXxcTtlzY89[1452];
extern const real_T rtCP_pooled_A6D8hXQs6qRZ[11];
extern const real_T rtCP_pooled_3dhvehETtlPr[1320];
extern const real_T rtCP_pooled_3sqycdPa0lQP[10];
extern const real_T rtCP_pooled_aZZsd0uGpV7n[1452];
extern const real_T rtCP_pooled_wVWvKu0cKtgQ[120];
extern const real_T rtCP_pooled_4VolexDeOQH9[5];
extern const real_T rtCP_pooled_AkwhaKSG3BJi[2];
extern const real_T rtCP_pooled_SnkLXHvYMKY3[132];
extern const real_T rtCP_pooled_zaLLLl7KrsrN[1188];
extern const real_T rtCP_pooled_sdXgciYmBEIf[1452];
extern const real_T rtCP_pooled_AmJLBOfapPOq[1452];
extern const real_T rtCP_pooled_ss7I3WTuiKbz[132];
extern const real_T rtCP_pooled_Og3UmZWc1IIY[132];
extern const real_T rtCP_pooled_DvpKxRs9BimS[192];
extern const real_T rtCP_pooled_6p5MbqoERyS0[1188];
extern const real_T rtCP_pooled_lzk84Dt5SFR5[1452];
extern const real_T rtCP_pooled_a0rgCclOacxT[1320];
extern const real_T rtCP_pooled_AwijKydYy6hE[1452];
extern const real_T rtCP_pooled_AFvqXBetCVoy[120];
extern const real_T rtCP_pooled_i7VqVc2QjHz3[1188];
extern const real_T rtCP_pooled_HFGUj7lywJJ0[1452];
extern const real_T rtCP_pooled_tZ7Y6F22i1SD[1452];
extern const real_T rtCP_pooled_ZmrXMsqk3LLd[132];
extern const real_T rtCP_pooled_4WI8ImbLUCCp[132];
extern const real_T rtCP_pooled_9LxbhQtCDGAu[192];
extern const real_T rtCP_pooled_yftYaFd5P11L[1188];
extern const real_T rtCP_pooled_wgHlGXioeYG0[1452];
extern const real_T rtCP_pooled_Rv4xQgbZ6rjn[1320];
extern const real_T rtCP_pooled_2h8ws0oGdcaQ[1452];
extern const real_T rtCP_pooled_pBdDGT0ZBZUD[120];
extern const real_T rtCP_pooled_MOrwNEnlsarU[132];
extern const real_T rtCP_pooled_BJYx0pAYp7ts[1188];
extern const real_T rtCP_pooled_mqhihk0Qi3KG[1452];
extern const real_T rtCP_pooled_bgN2d44PozdQ[1452];
extern const real_T rtCP_pooled_q9xYuZOIGRsA[132];
extern const real_T rtCP_pooled_ncmXBnhm4PT3[132];
extern const real_T rtCP_pooled_Zr87vUglm0jR[160];
extern const real_T rtCP_pooled_6of7idOcGIUG[10];
extern const real_T rtCP_pooled_9d1wyEHLKC6F[16];
extern const real_T rtCP_pooled_LXQm1g6rykWj[3];
extern const real_T rtCP_pooled_IuWi5CgmvR8W[3];
extern const real_T rtCP_pooled_DYcs5MdN9zE9[3];
extern const real_T rtCP_pooled_7mOEGGePz2xm[1920];
extern const real_T rtCP_pooled_ywCCZP562lF9[10];
extern const real_T rtCP_pooled_E0AX1Lz0NDcN[12];
extern const real_T rtCP_pooled_RlS7r0LGt7JQ[160];
extern const real_T rtCP_pooled_1jjca2Oj8nTm[1920];
extern const real_T rtCP_pooled_CZNBGvU8AdwP[8];
extern const real_T rtCP_pooled_XV5wljJs37pb[8];
extern const real_T rtCP_pooled_0HfvtrFi8uTo[1920];
extern const real_T rtCP_pooled_aDZD8UOYGVWw[160];
extern const real32_T rtCP_pooled_HF8NWw8ahBZB[3];
extern const real32_T rtCP_pooled_NsfoROSYwB8n[3];
extern const real32_T rtCP_pooled_A05DoahVwG6e[160];
extern const real32_T rtCP_pooled_CjwZJxM33sUf[10];
extern const real32_T rtCP_pooled_4R9HnDqNNfyC[16];
extern const real32_T rtCP_pooled_YtY2876fJdi4[3];
extern const real32_T rtCP_pooled_8oAFyuceoFlQ[3];
extern const real32_T rtCP_pooled_iDGBVG9z8tBx[3];
extern const real32_T rtCP_pooled_89Nhzifd6aSY[1920];
extern const real32_T rtCP_pooled_ohnMAdtcG72M[10];
extern const real32_T rtCP_pooled_aoFl7QCPgCDt[12];
extern const uint32_T rtCP_pooled_a3Su5DwHejJI[2];
extern const uint32_T rtCP_pooled_rsQCCyrSe0iD[3];
extern const uint32_T rtCP_pooled_qhm2sJNkM8ZA[2];
extern const uint32_T rtCP_pooled_Ba2CSbS20NHS[3];
extern const uint32_T rtCP_pooled_tp41aZnwbpRn[3];
extern const uint32_T rtCP_pooled_ookOwc1aktQs[3];
extern const uint32_T rtCP_pooled_xajQbV3b7pKD[3];
extern const uint32_T rtCP_pooled_m0RoyDA7k6Aj[2];
extern const uint8_T rtCP_pooled_e6HU8n7YauPz;
extern const uint8_T rtCP_pooled_mhMab4fllVU3;
#define rtCP_table1D_CGz_tableData rtCP_pooled_Y3lCp5zD21tA /* Expression: kb3_massbalance_mdl.tab_CGz
* Referenced by: '<S98>/table1D_CGz'
*/
#define rtCP_table1D_CGz_bp01Data rtCP_pooled_EFcVM5alguKR /* Expression: kb3_massbalance_mdl.indep_mass_kg
* Referenced by: '<S98>/table1D_CGz'
*/
#define rtCP_table1D_CGy_tableData rtCP_pooled_jCajZwqM7jWe /* Expression: kb3_massbalance_mdl.tab_CGy
* Referenced by: '<S98>/table1D_CGy'
*/
#define rtCP_table1D_CGy_bp01Data rtCP_pooled_EFcVM5alguKR /* Expression: kb3_massbalance_mdl.indep_mass_kg
* Referenced by: '<S98>/table1D_CGy'
*/
#define rtCP_table1D_CGx_tableData rtCP_pooled_TP0jmN6R2qNh /* Expression: kb3_massbalance_mdl.tab_CGx
* Referenced by: '<S98>/table1D_CGx'
*/
#define rtCP_table1D_CGx_bp01Data rtCP_pooled_EFcVM5alguKR /* Expression: kb3_massbalance_mdl.indep_mass_kg
* Referenced by: '<S98>/table1D_CGx'
*/
#define rtCP_Bias1_Bias rtCP_pooled_FEWufo6vVHrj /* Expression: -eye(3)
* Referenced by: '<S166>/Bias1'
*/
#define rtCP_Bias1_Bias_n rtCP_pooled_FEWufo6vVHrj /* Expression: -eye(3)
* Referenced by: '<S204>/Bias1'
*/
#define rtCP_Constant_Value_d rtCP_pooled_B5TQ9jFT4w0p /* Expression: [0 0 0]
* Referenced by: '<S324>/Constant'
*/
#define rtCP_table1D_mass_tableData rtCP_pooled_EsdjLy9HZCOh /* Expression: kb3_booster_mdl.tab_mass
* Referenced by: '<S91>/table1D_mass'
*/
#define rtCP_table1D_mass_bp01Data rtCP_pooled_lNe8VrimgzRr /* Expression: kb3_booster_mdl.indep_time2
* Referenced by: '<S91>/table1D_mass'
*/
#define rtCP_table1D_Ixx_tableData rtCP_pooled_YvZ5TPCbhiu1 /* Expression: kb3_massbalance_mdl.tab_Ixx
* Referenced by: '<S99>/table1D_Ixx'
*/
#define rtCP_table1D_Ixx_bp01Data rtCP_pooled_EFcVM5alguKR /* Expression: kb3_massbalance_mdl.indep_mass_kg
* Referenced by: '<S99>/table1D_Ixx'
*/
#define rtCP_table1D_Ixy_tableData rtCP_pooled_zi68CWqheLLF /* Expression: kb3_massbalance_mdl.tab_Ixy
* Referenced by: '<S100>/table1D_Ixy'
*/
#define rtCP_table1D_Ixy_bp01Data rtCP_pooled_EFcVM5alguKR /* Expression: kb3_massbalance_mdl.indep_mass_kg
* Referenced by: '<S100>/table1D_Ixy'
*/
#define rtCP_table1D_Ixz_tableData rtCP_pooled_ggbuQsDjzlGA /* Expression: kb3_massbalance_mdl.tab_Ixz
* Referenced by: '<S101>/table1D_Ixz'
*/
#define rtCP_table1D_Ixz_bp01Data rtCP_pooled_EFcVM5alguKR /* Expression: kb3_massbalance_mdl.indep_mass_kg
* Referenced by: '<S101>/table1D_Ixz'
*/
#define rtCP_table1D_Iyy_tableData rtCP_pooled_F7Fj0Jz98F6J /* Expression: kb3_massbalance_mdl.tab_Iyy
* Referenced by: '<S102>/table1D_Iyy'
*/
#define rtCP_table1D_Iyy_bp01Data rtCP_pooled_EFcVM5alguKR /* Expression: kb3_massbalance_mdl.indep_mass_kg
* Referenced by: '<S102>/table1D_Iyy'
*/
#define rtCP_table1D_Iyz_tableData rtCP_pooled_6aIljzmC8seq /* Expression: kb3_massbalance_mdl.tab_Iyz
* Referenced by: '<S103>/table1D_Iyz'
*/
#define rtCP_table1D_Iyz_bp01Data rtCP_pooled_EFcVM5alguKR /* Expression: kb3_massbalance_mdl.indep_mass_kg
* Referenced by: '<S103>/table1D_Iyz'
*/
#define rtCP_table1D_Izz_tableData rtCP_pooled_HJUpu7noJGrc /* Expression: kb3_massbalance_mdl.tab_Izz
* Referenced by: '<S104>/table1D_Izz'
*/
#define rtCP_table1D_Izz_bp01Data rtCP_pooled_EFcVM5alguKR /* Expression: kb3_massbalance_mdl.indep_mass_kg
* Referenced by: '<S104>/table1D_Izz'
*/
#define rtCP_table2D_CL_base_tableData rtCP_pooled_BJdk4U1Bhf7G /* Expression: kb3_aerodynamics_mdl.tab_CL_base
* Referenced by: '<S52>/table2D_CL_base'
*/
#define rtCP_table2D_CL_base_bp01Data rtCP_pooled_510aQj9CUNMG /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg
* Referenced by: '<S52>/table2D_CL_base'
*/
#define rtCP_table2D_CL_base_bp02Data rtCP_pooled_t2T18F7cFuQ1 /* Expression: kb3_aerodynamics_mdl.indep_mach
* Referenced by: '<S52>/table2D_CL_base'
*/
#define rtCP_table3D_CL_aos_tableData rtCP_pooled_7JZOx9Tdg1mh /* Expression: kb3_aerodynamics_mdl.tab_CL_aos
* Referenced by: '<S52>/table3D_CL_aos'
*/
#define rtCP_table3D_CL_aos_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S52>/table3D_CL_aos'
*/
#define rtCP_table3D_CL_aos_bp02Data rtCP_pooled_KiWPnQ4Q30z8 /* Expression: kb3_aerodynamics_mdl.indep_beta_deg
* Referenced by: '<S52>/table3D_CL_aos'
*/
#define rtCP_table3D_CL_aos_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S52>/table3D_CL_aos'
*/
#define rtCP_table3D_CL_da_tableData rtCP_pooled_6xXxcTtlzY89 /* Expression: kb3_aerodynamics_mdl.tab_CL_da
* Referenced by: '<S52>/table3D_CL_da'
*/
#define rtCP_table3D_CL_da_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S52>/table3D_CL_da'
*/
#define rtCP_table3D_CL_da_bp02Data rtCP_pooled_A6D8hXQs6qRZ /* Expression: kb3_aerodynamics_mdl.indep_da_deg
* Referenced by: '<S52>/table3D_CL_da'
*/
#define rtCP_table3D_CL_da_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S52>/table3D_CL_da'
*/
#define rtCP_table3D_CL_de_tableData rtCP_pooled_3dhvehETtlPr /* Expression: kb3_aerodynamics_mdl.tab_CL_de
* Referenced by: '<S52>/table3D_CL_de'
*/
#define rtCP_table3D_CL_de_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S52>/table3D_CL_de'
*/
#define rtCP_table3D_CL_de_bp02Data rtCP_pooled_3sqycdPa0lQP /* Expression: kb3_aerodynamics_mdl.indep_de_deg
* Referenced by: '<S52>/table3D_CL_de'
*/
#define rtCP_table3D_CL_de_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S52>/table3D_CL_de'
*/
#define rtCP_table3D_CL_dr_tableData rtCP_pooled_aZZsd0uGpV7n /* Expression: kb3_aerodynamics_mdl.tab_CL_dr
* Referenced by: '<S52>/table3D_CL_dr'
*/
#define rtCP_table3D_CL_dr_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S52>/table3D_CL_dr'
*/
#define rtCP_table3D_CL_dr_bp02Data rtCP_pooled_A6D8hXQs6qRZ /* Expression: kb3_aerodynamics_mdl.indep_dr_deg
* Referenced by: '<S52>/table3D_CL_dr'
*/
#define rtCP_table3D_CL_dr_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S52>/table3D_CL_dr'
*/
#define rtCP_table3D_CL_df_tableData rtCP_pooled_wVWvKu0cKtgQ /* Expression: kb3_aerodynamics_mdl.tab_CL_df
* Referenced by: '<S52>/table3D_CL_df'
*/
#define rtCP_table3D_CL_df_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S52>/table3D_CL_df'
*/
#define rtCP_table3D_CL_df_bp02Data rtCP_pooled_4VolexDeOQH9 /* Expression: kb3_aerodynamics_mdl.indep_df_deg
* Referenced by: '<S52>/table3D_CL_df'
*/
#define rtCP_table3D_CL_df_bp03Data rtCP_pooled_AkwhaKSG3BJi /* Expression: kb3_aerodynamics_mdl.indep_mach3
* Referenced by: '<S52>/table3D_CL_df'
*/
#define rtCP_table2D_CLq_tableData rtCP_pooled_SnkLXHvYMKY3 /* Expression: kb3_aerodynamics_mdl.tab_CLq
* Referenced by: '<S52>/table2D_CLq'
*/
#define rtCP_table2D_CLq_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S52>/table2D_CLq'
*/
#define rtCP_table2D_CLq_bp02Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S52>/table2D_CLq'
*/
#define rtCP_table3D_CY_aos_tableData rtCP_pooled_zaLLLl7KrsrN /* Expression: kb3_aerodynamics_mdl.tab_CY_aos
* Referenced by: '<S53>/table3D_CY_aos'
*/
#define rtCP_table3D_CY_aos_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S53>/table3D_CY_aos'
*/
#define rtCP_table3D_CY_aos_bp02Data rtCP_pooled_KiWPnQ4Q30z8 /* Expression: kb3_aerodynamics_mdl.indep_beta_deg
* Referenced by: '<S53>/table3D_CY_aos'
*/
#define rtCP_table3D_CY_aos_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S53>/table3D_CY_aos'
*/
#define rtCP_table3D_CY_da_tableData rtCP_pooled_sdXgciYmBEIf /* Expression: kb3_aerodynamics_mdl.tab_CY_da
* Referenced by: '<S53>/table3D_CY_da'
*/
#define rtCP_table3D_CY_da_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S53>/table3D_CY_da'
*/
#define rtCP_table3D_CY_da_bp02Data rtCP_pooled_A6D8hXQs6qRZ /* Expression: kb3_aerodynamics_mdl.indep_da_deg
* Referenced by: '<S53>/table3D_CY_da'
*/
#define rtCP_table3D_CY_da_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S53>/table3D_CY_da'
*/
#define rtCP_table3D_CY_dr_tableData rtCP_pooled_AmJLBOfapPOq /* Expression: kb3_aerodynamics_mdl.tab_CY_dr
* Referenced by: '<S53>/table3D_CY_dr'
*/
#define rtCP_table3D_CY_dr_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S53>/table3D_CY_dr'
*/
#define rtCP_table3D_CY_dr_bp02Data rtCP_pooled_A6D8hXQs6qRZ /* Expression: kb3_aerodynamics_mdl.indep_dr_deg
* Referenced by: '<S53>/table3D_CY_dr'
*/
#define rtCP_table3D_CY_dr_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S53>/table3D_CY_dr'
*/
#define rtCP_table2D_CYp_tableData rtCP_pooled_ss7I3WTuiKbz /* Expression: kb3_aerodynamics_mdl.tab_CYp
* Referenced by: '<S53>/table2D_CYp'
*/
#define rtCP_table2D_CYp_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S53>/table2D_CYp'
*/
#define rtCP_table2D_CYp_bp02Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S53>/table2D_CYp'
*/
#define rtCP_table2D_CYr_tableData rtCP_pooled_Og3UmZWc1IIY /* Expression: kb3_aerodynamics_mdl.tab_CYr
* Referenced by: '<S53>/table2D_CYr'
*/
#define rtCP_table2D_CYr_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S53>/table2D_CYr'
*/
#define rtCP_table2D_CYr_bp02Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S53>/table2D_CYr'
*/
#define rtCP_table2D_CD_base_tableData rtCP_pooled_DvpKxRs9BimS /* Expression: kb3_aerodynamics_mdl.tab_CD_base
* Referenced by: '<S51>/table2D_CD_base'
*/
#define rtCP_table2D_CD_base_bp01Data rtCP_pooled_510aQj9CUNMG /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg
* Referenced by: '<S51>/table2D_CD_base'
*/
#define rtCP_table2D_CD_base_bp02Data rtCP_pooled_t2T18F7cFuQ1 /* Expression: kb3_aerodynamics_mdl.indep_mach
* Referenced by: '<S51>/table2D_CD_base'
*/
#define rtCP_table3D_CD_aos_tableData rtCP_pooled_6p5MbqoERyS0 /* Expression: kb3_aerodynamics_mdl.tab_CD_aos
* Referenced by: '<S51>/table3D_CD_aos'
*/
#define rtCP_table3D_CD_aos_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S51>/table3D_CD_aos'
*/
#define rtCP_table3D_CD_aos_bp02Data rtCP_pooled_KiWPnQ4Q30z8 /* Expression: kb3_aerodynamics_mdl.indep_beta_deg
* Referenced by: '<S51>/table3D_CD_aos'
*/
#define rtCP_table3D_CD_aos_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S51>/table3D_CD_aos'
*/
#define rtCP_table3D_CD_da_tableData rtCP_pooled_lzk84Dt5SFR5 /* Expression: kb3_aerodynamics_mdl.tab_CD_da
* Referenced by: '<S51>/table3D_CD_da'
*/
#define rtCP_table3D_CD_da_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S51>/table3D_CD_da'
*/
#define rtCP_table3D_CD_da_bp02Data rtCP_pooled_A6D8hXQs6qRZ /* Expression: kb3_aerodynamics_mdl.indep_da_deg
* Referenced by: '<S51>/table3D_CD_da'
*/
#define rtCP_table3D_CD_da_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S51>/table3D_CD_da'
*/
#define rtCP_table3D_CD_de_tableData rtCP_pooled_a0rgCclOacxT /* Expression: kb3_aerodynamics_mdl.tab_CD_de
* Referenced by: '<S51>/table3D_CD_de'
*/
#define rtCP_table3D_CD_de_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S51>/table3D_CD_de'
*/
#define rtCP_table3D_CD_de_bp02Data rtCP_pooled_3sqycdPa0lQP /* Expression: kb3_aerodynamics_mdl.indep_de_deg
* Referenced by: '<S51>/table3D_CD_de'
*/
#define rtCP_table3D_CD_de_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S51>/table3D_CD_de'
*/
#define rtCP_table3D_CD_dr_tableData rtCP_pooled_AwijKydYy6hE /* Expression: kb3_aerodynamics_mdl.tab_CD_dr
* Referenced by: '<S51>/table3D_CD_dr'
*/
#define rtCP_table3D_CD_dr_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S51>/table3D_CD_dr'
*/
#define rtCP_table3D_CD_dr_bp02Data rtCP_pooled_A6D8hXQs6qRZ /* Expression: kb3_aerodynamics_mdl.indep_dr_deg
* Referenced by: '<S51>/table3D_CD_dr'
*/
#define rtCP_table3D_CD_dr_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S51>/table3D_CD_dr'
*/
#define rtCP_table3D_CD_df_tableData rtCP_pooled_AFvqXBetCVoy /* Expression: kb3_aerodynamics_mdl.tab_CD_df
* Referenced by: '<S51>/table3D_CD_df'
*/
#define rtCP_table3D_CD_df_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S51>/table3D_CD_df'
*/
#define rtCP_table3D_CD_df_bp02Data rtCP_pooled_4VolexDeOQH9 /* Expression: kb3_aerodynamics_mdl.indep_df_deg
* Referenced by: '<S51>/table3D_CD_df'
*/
#define rtCP_table3D_CD_df_bp03Data rtCP_pooled_AkwhaKSG3BJi /* Expression: kb3_aerodynamics_mdl.indep_mach3
* Referenced by: '<S51>/table3D_CD_df'
*/
#define rtCP_table3D_Cl_aos_tableData rtCP_pooled_i7VqVc2QjHz3 /* Expression: kb3_aerodynamics_mdl.tab_Cl_aos
* Referenced by: '<S54>/table3D_Cl_aos'
*/
#define rtCP_table3D_Cl_aos_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S54>/table3D_Cl_aos'
*/
#define rtCP_table3D_Cl_aos_bp02Data rtCP_pooled_KiWPnQ4Q30z8 /* Expression: kb3_aerodynamics_mdl.indep_beta_deg
* Referenced by: '<S54>/table3D_Cl_aos'
*/
#define rtCP_table3D_Cl_aos_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S54>/table3D_Cl_aos'
*/
#define rtCP_table3D_Cl_da_tableData rtCP_pooled_HFGUj7lywJJ0 /* Expression: kb3_aerodynamics_mdl.tab_Cl_da
* Referenced by: '<S54>/table3D_Cl_da'
*/
#define rtCP_table3D_Cl_da_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S54>/table3D_Cl_da'
*/
#define rtCP_table3D_Cl_da_bp02Data rtCP_pooled_A6D8hXQs6qRZ /* Expression: kb3_aerodynamics_mdl.indep_da_deg
* Referenced by: '<S54>/table3D_Cl_da'
*/
#define rtCP_table3D_Cl_da_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S54>/table3D_Cl_da'
*/
#define rtCP_table3D_Cl_dr_tableData rtCP_pooled_tZ7Y6F22i1SD /* Expression: kb3_aerodynamics_mdl.tab_Cl_dr
* Referenced by: '<S54>/table3D_Cl_dr'
*/
#define rtCP_table3D_Cl_dr_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S54>/table3D_Cl_dr'
*/
#define rtCP_table3D_Cl_dr_bp02Data rtCP_pooled_A6D8hXQs6qRZ /* Expression: kb3_aerodynamics_mdl.indep_dr_deg
* Referenced by: '<S54>/table3D_Cl_dr'
*/
#define rtCP_table3D_Cl_dr_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S54>/table3D_Cl_dr'
*/
#define rtCP_table2D_Clp_tableData rtCP_pooled_ZmrXMsqk3LLd /* Expression: kb3_aerodynamics_mdl.tab_Clp
* Referenced by: '<S54>/table2D_Clp'
*/
#define rtCP_table2D_Clp_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S54>/table2D_Clp'
*/
#define rtCP_table2D_Clp_bp02Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S54>/table2D_Clp'
*/
#define rtCP_table2D_Clr_tableData rtCP_pooled_4WI8ImbLUCCp /* Expression: kb3_aerodynamics_mdl.tab_Clr
* Referenced by: '<S54>/table2D_Clr'
*/
#define rtCP_table2D_Clr_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S54>/table2D_Clr'
*/
#define rtCP_table2D_Clr_bp02Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S54>/table2D_Clr'
*/
#define rtCP_table2D_Cm_base_tableData rtCP_pooled_9LxbhQtCDGAu /* Expression: kb3_aerodynamics_mdl.tab_Cm_base
* Referenced by: '<S55>/table2D_Cm_base'
*/
#define rtCP_table2D_Cm_base_bp01Data rtCP_pooled_510aQj9CUNMG /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg
* Referenced by: '<S55>/table2D_Cm_base'
*/
#define rtCP_table2D_Cm_base_bp02Data rtCP_pooled_t2T18F7cFuQ1 /* Expression: kb3_aerodynamics_mdl.indep_mach
* Referenced by: '<S55>/table2D_Cm_base'
*/
#define rtCP_table3D_Cm_aos_tableData rtCP_pooled_yftYaFd5P11L /* Expression: kb3_aerodynamics_mdl.tab_Cm_aos
* Referenced by: '<S55>/table3D_Cm_aos'
*/
#define rtCP_table3D_Cm_aos_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S55>/table3D_Cm_aos'
*/
#define rtCP_table3D_Cm_aos_bp02Data rtCP_pooled_KiWPnQ4Q30z8 /* Expression: kb3_aerodynamics_mdl.indep_beta_deg
* Referenced by: '<S55>/table3D_Cm_aos'
*/
#define rtCP_table3D_Cm_aos_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S55>/table3D_Cm_aos'
*/
#define rtCP_table3D_Cm_da_tableData rtCP_pooled_wgHlGXioeYG0 /* Expression: kb3_aerodynamics_mdl.tab_Cm_da
* Referenced by: '<S55>/table3D_Cm_da'
*/
#define rtCP_table3D_Cm_da_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S55>/table3D_Cm_da'
*/
#define rtCP_table3D_Cm_da_bp02Data rtCP_pooled_A6D8hXQs6qRZ /* Expression: kb3_aerodynamics_mdl.indep_da_deg
* Referenced by: '<S55>/table3D_Cm_da'
*/
#define rtCP_table3D_Cm_da_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S55>/table3D_Cm_da'
*/
#define rtCP_table3D_Cm_de_tableData rtCP_pooled_Rv4xQgbZ6rjn /* Expression: kb3_aerodynamics_mdl.tab_Cm_de
* Referenced by: '<S55>/table3D_Cm_de'
*/
#define rtCP_table3D_Cm_de_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S55>/table3D_Cm_de'
*/
#define rtCP_table3D_Cm_de_bp02Data rtCP_pooled_3sqycdPa0lQP /* Expression: kb3_aerodynamics_mdl.indep_de_deg
* Referenced by: '<S55>/table3D_Cm_de'
*/
#define rtCP_table3D_Cm_de_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S55>/table3D_Cm_de'
*/
#define rtCP_table3D_Cm_dr_tableData rtCP_pooled_2h8ws0oGdcaQ /* Expression: kb3_aerodynamics_mdl.tab_Cm_dr
* Referenced by: '<S55>/table3D_Cm_dr'
*/
#define rtCP_table3D_Cm_dr_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S55>/table3D_Cm_dr'
*/
#define rtCP_table3D_Cm_dr_bp02Data rtCP_pooled_A6D8hXQs6qRZ /* Expression: kb3_aerodynamics_mdl.indep_dr_deg
* Referenced by: '<S55>/table3D_Cm_dr'
*/
#define rtCP_table3D_Cm_dr_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S55>/table3D_Cm_dr'
*/
#define rtCP_table3D_Cm_df_tableData rtCP_pooled_pBdDGT0ZBZUD /* Expression: kb3_aerodynamics_mdl.tab_Cm_df
* Referenced by: '<S55>/table3D_Cm_df'
*/
#define rtCP_table3D_Cm_df_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S55>/table3D_Cm_df'
*/
#define rtCP_table3D_Cm_df_bp02Data rtCP_pooled_4VolexDeOQH9 /* Expression: kb3_aerodynamics_mdl.indep_df_deg
* Referenced by: '<S55>/table3D_Cm_df'
*/
#define rtCP_table3D_Cm_df_bp03Data rtCP_pooled_AkwhaKSG3BJi /* Expression: kb3_aerodynamics_mdl.indep_mach3
* Referenced by: '<S55>/table3D_Cm_df'
*/
#define rtCP_table2D_Cmq_tableData rtCP_pooled_MOrwNEnlsarU /* Expression: kb3_aerodynamics_mdl.tab_Cmq
* Referenced by: '<S55>/table2D_Cmq'
*/
#define rtCP_table2D_Cmq_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S55>/table2D_Cmq'
*/
#define rtCP_table2D_Cmq_bp02Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S55>/table2D_Cmq'
*/
#define rtCP_table3D_Cn_aos_tableData rtCP_pooled_BJYx0pAYp7ts /* Expression: kb3_aerodynamics_mdl.tab_Cn_aos
* Referenced by: '<S56>/table3D_Cn_aos'
*/
#define rtCP_table3D_Cn_aos_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S56>/table3D_Cn_aos'
*/
#define rtCP_table3D_Cn_aos_bp02Data rtCP_pooled_KiWPnQ4Q30z8 /* Expression: kb3_aerodynamics_mdl.indep_beta_deg
* Referenced by: '<S56>/table3D_Cn_aos'
*/
#define rtCP_table3D_Cn_aos_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S56>/table3D_Cn_aos'
*/
#define rtCP_table3D_Cn_da_tableData rtCP_pooled_mqhihk0Qi3KG /* Expression: kb3_aerodynamics_mdl.tab_Cn_da
* Referenced by: '<S56>/table3D_Cn_da'
*/
#define rtCP_table3D_Cn_da_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S56>/table3D_Cn_da'
*/
#define rtCP_table3D_Cn_da_bp02Data rtCP_pooled_A6D8hXQs6qRZ /* Expression: kb3_aerodynamics_mdl.indep_da_deg
* Referenced by: '<S56>/table3D_Cn_da'
*/
#define rtCP_table3D_Cn_da_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S56>/table3D_Cn_da'
*/
#define rtCP_table3D_Cn_dr_tableData rtCP_pooled_bgN2d44PozdQ /* Expression: kb3_aerodynamics_mdl.tab_Cn_dr
* Referenced by: '<S56>/table3D_Cn_dr'
*/
#define rtCP_table3D_Cn_dr_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S56>/table3D_Cn_dr'
*/
#define rtCP_table3D_Cn_dr_bp02Data rtCP_pooled_A6D8hXQs6qRZ /* Expression: kb3_aerodynamics_mdl.indep_dr_deg
* Referenced by: '<S56>/table3D_Cn_dr'
*/
#define rtCP_table3D_Cn_dr_bp03Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S56>/table3D_Cn_dr'
*/
#define rtCP_table2D_Cnp_tableData rtCP_pooled_q9xYuZOIGRsA /* Expression: kb3_aerodynamics_mdl.tab_Cnp
* Referenced by: '<S56>/table2D_Cnp'
*/
#define rtCP_table2D_Cnp_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S56>/table2D_Cnp'
*/
#define rtCP_table2D_Cnp_bp02Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S56>/table2D_Cnp'
*/
#define rtCP_table2D_Cnr_tableData rtCP_pooled_ncmXBnhm4PT3 /* Expression: kb3_aerodynamics_mdl.tab_Cnr
* Referenced by: '<S56>/table2D_Cnr'
*/
#define rtCP_table2D_Cnr_bp01Data rtCP_pooled_OFmdmy1yqgT5 /* Expression: kb3_aerodynamics_mdl.indep_alpha_deg2
* Referenced by: '<S56>/table2D_Cnr'
*/
#define rtCP_table2D_Cnr_bp02Data rtCP_pooled_KcgwWd5kyTBU /* Expression: kb3_aerodynamics_mdl.indep_mach2
* Referenced by: '<S56>/table2D_Cnr'
*/
#define rtCP_table2D_thrustAB_tableData rtCP_pooled_Zr87vUglm0jR /* Expression: kb3_propulsion_mdl.tab_thrustAB
* Referenced by: '<S315>/table2D_thrustAB'
*/
#define rtCP_table2D_thrustAB_bp01Data rtCP_pooled_6of7idOcGIUG /* Expression: kb3_propulsion_mdl.indep_mach2
* Referenced by: '<S315>/table2D_thrustAB'
*/
#define rtCP_table2D_thrustAB_bp02Data rtCP_pooled_9d1wyEHLKC6F /* Expression: kb3_propulsion_mdl.indep_alt_m
* Referenced by: '<S315>/table2D_thrustAB'
*/
#define rtCP_table1D_thrAB_map_tableData rtCP_pooled_LXQm1g6rykWj/* Expression: kb3_propulsion_mdl.tab_thrAB_map
* Referenced by: '<S313>/table1D_thrAB_map'
*/
#define rtCP_table1D_thrAB_map_bp01Data rtCP_pooled_IuWi5CgmvR8W /* Expression: kb3_propulsion_mdl.indep_throttle
* Referenced by: '<S313>/table1D_thrAB_map'
*/
#define rtCP_table1D_thr_map_tableData rtCP_pooled_DYcs5MdN9zE9 /* Expression: kb3_propulsion_mdl.tab_thr_map
* Referenced by: '<S312>/table1D_thr_map'
*/
#define rtCP_table1D_thr_map_bp01Data rtCP_pooled_IuWi5CgmvR8W /* Expression: kb3_propulsion_mdl.indep_throttle
* Referenced by: '<S312>/table1D_thr_map'
*/
#define rtCP_table3D_thrust_tableData rtCP_pooled_7mOEGGePz2xm /* Expression: kb3_propulsion_mdl.tab_thrust
* Referenced by: '<S317>/table3D_thrust'
*/
#define rtCP_table3D_thrust_bp01Data rtCP_pooled_ywCCZP562lF9 /* Expression: kb3_propulsion_mdl.indep_mach
* Referenced by: '<S317>/table3D_thrust'
*/
#define rtCP_table3D_thrust_bp02Data rtCP_pooled_9d1wyEHLKC6F /* Expression: kb3_propulsion_mdl.indep_alt_m
* Referenced by: '<S317>/table3D_thrust'
*/
#define rtCP_table3D_thrust_bp03Data rtCP_pooled_E0AX1Lz0NDcN /* Expression: kb3_propulsion_mdl.indep_thr
* Referenced by: '<S317>/table3D_thrust'
*/
#define rtCP_table2D_cftAB_tableData rtCP_pooled_RlS7r0LGt7JQ /* Expression: kb3_propulsion_mdl.tab_cftAB
* Referenced by: '<S309>/table2D_cftAB'
*/
#define rtCP_table2D_cftAB_bp01Data rtCP_pooled_6of7idOcGIUG /* Expression: kb3_propulsion_mdl.indep_mach2
* Referenced by: '<S309>/table2D_cftAB'
*/
#define rtCP_table2D_cftAB_bp02Data rtCP_pooled_9d1wyEHLKC6F /* Expression: kb3_propulsion_mdl.indep_alt_m
* Referenced by: '<S309>/table2D_cftAB'
*/
#define rtCP_table3D_cft_tableData rtCP_pooled_1jjca2Oj8nTm /* Expression: kb3_propulsion_mdl.tab_cft
* Referenced by: '<S310>/table3D_cft'
*/
#define rtCP_table3D_cft_bp01Data rtCP_pooled_ywCCZP562lF9 /* Expression: kb3_propulsion_mdl.indep_mach
* Referenced by: '<S310>/table3D_cft'
*/
#define rtCP_table3D_cft_bp02Data rtCP_pooled_9d1wyEHLKC6F /* Expression: kb3_propulsion_mdl.indep_alt_m
* Referenced by: '<S310>/table3D_cft'
*/
#define rtCP_table3D_cft_bp03Data rtCP_pooled_E0AX1Lz0NDcN /* Expression: kb3_propulsion_mdl.indep_thr
* Referenced by: '<S310>/table3D_cft'
*/
#define rtCP_table1D_thrust_tableData rtCP_pooled_CZNBGvU8AdwP /* Expression: kb3_booster_mdl.tab_thrust
* Referenced by: '<S92>/table1D_thrust'
*/
#define rtCP_table1D_thrust_bp01Data rtCP_pooled_XV5wljJs37pb /* Expression: kb3_booster_mdl.indep_time
* Referenced by: '<S92>/table1D_thrust'
*/
#define rtCP_table3D_Nh_tableData rtCP_pooled_0HfvtrFi8uTo /* Expression: kb3_propulsion_mdl.tab_Nh
* Referenced by: '<S307>/table3D_Nh'
*/
#define rtCP_table3D_Nh_bp01Data rtCP_pooled_ywCCZP562lF9 /* Expression: kb3_propulsion_mdl.indep_mach
* Referenced by: '<S307>/table3D_Nh'
*/
#define rtCP_table3D_Nh_bp02Data rtCP_pooled_9d1wyEHLKC6F /* Expression: kb3_propulsion_mdl.indep_alt_m
* Referenced by: '<S307>/table3D_Nh'
*/
#define rtCP_table3D_Nh_bp03Data rtCP_pooled_E0AX1Lz0NDcN /* Expression: kb3_propulsion_mdl.indep_thr
* Referenced by: '<S307>/table3D_Nh'
*/
#define rtCP_table2D_NhAB_tableData rtCP_pooled_aDZD8UOYGVWw /* Expression: kb3_propulsion_mdl.tab_NhAB
* Referenced by: '<S306>/table2D_NhAB'
*/
#define rtCP_table2D_NhAB_bp01Data rtCP_pooled_6of7idOcGIUG /* Expression: kb3_propulsion_mdl.indep_mach2
* Referenced by: '<S306>/table2D_NhAB'
*/
#define rtCP_table2D_NhAB_bp02Data rtCP_pooled_9d1wyEHLKC6F /* Expression: kb3_propulsion_mdl.indep_alt_m
* Referenced by: '<S306>/table2D_NhAB'
*/
#define rtCP_uDLookupTable_tableData rtCP_pooled_HF8NWw8ahBZB /* Computed Parameter: rtCP_uDLookupTable_tableData
* Referenced by: '<S1073>/1-D Lookup Table'
*/
#define rtCP_uDLookupTable_bp01Data rtCP_pooled_NsfoROSYwB8n /* Computed Parameter: rtCP_uDLookupTable_bp01Data
* Referenced by: '<S1073>/1-D Lookup Table'
*/
#define rtCP_uDLookupTable_tableData_m rtCP_pooled_HF8NWw8ahBZB /* Computed Parameter: rtCP_uDLookupTable_tableData_m
* Referenced by: '<S1072>/1-D Lookup Table'
*/
#define rtCP_uDLookupTable_bp01Data_a rtCP_pooled_NsfoROSYwB8n /* Computed Parameter: rtCP_uDLookupTable_bp01Data_a
* Referenced by: '<S1072>/1-D Lookup Table'
*/
#define rtCP_table2D_cftAB_tableData_m rtCP_pooled_A05DoahVwG6e /* Computed Parameter: rtCP_table2D_cftAB_tableData_m
* Referenced by: '<S845>/table2D_cftAB'
*/
#define rtCP_table2D_cftAB_bp01Data_k rtCP_pooled_CjwZJxM33sUf /* Computed Parameter: rtCP_table2D_cftAB_bp01Data_k
* Referenced by: '<S845>/table2D_cftAB'
*/
#define rtCP_table2D_cftAB_bp02Data_l rtCP_pooled_4R9HnDqNNfyC /* Computed Parameter: rtCP_table2D_cftAB_bp02Data_l
* Referenced by: '<S845>/table2D_cftAB'
*/
#define rtCP_table1D_thrAB_map_tableData_a rtCP_pooled_YtY2876fJdi4/* Computed Parameter: rtCP_table1D_thrAB_map_tableData_a
* Referenced by: '<S849>/table1D_thrAB_map'
*/
#define rtCP_table1D_thrAB_map_bp01Data_k rtCP_pooled_8oAFyuceoFlQ/* Computed Parameter: rtCP_table1D_thrAB_map_bp01Data_k
* Referenced by: '<S849>/table1D_thrAB_map'
*/
#define rtCP_table1D_thr_map_tableData_d rtCP_pooled_iDGBVG9z8tBx/* Computed Parameter: rtCP_table1D_thr_map_tableData_d
* Referenced by: '<S848>/table1D_thr_map'
*/
#define rtCP_table1D_thr_map_bp01Data_j rtCP_pooled_8oAFyuceoFlQ /* Computed Parameter: rtCP_table1D_thr_map_bp01Data_j
* Referenced by: '<S848>/table1D_thr_map'
*/
#define rtCP_table3D_cft_tableData_n rtCP_pooled_89Nhzifd6aSY /* Computed Parameter: rtCP_table3D_cft_tableData_n
* Referenced by: '<S846>/table3D_cft'
*/
#define rtCP_table3D_cft_bp01Data_j rtCP_pooled_ohnMAdtcG72M /* Computed Parameter: rtCP_table3D_cft_bp01Data_j
* Referenced by: '<S846>/table3D_cft'
*/
#define rtCP_table3D_cft_bp02Data_n rtCP_pooled_4R9HnDqNNfyC /* Computed Parameter: rtCP_table3D_cft_bp02Data_n
* Referenced by: '<S846>/table3D_cft'
*/
#define rtCP_table3D_cft_bp03Data_j rtCP_pooled_aoFl7QCPgCDt /* Computed Parameter: rtCP_table3D_cft_bp03Data_j
* Referenced by: '<S846>/table3D_cft'
*/
#define rtCP_table2D_cftAB_maxIndex rtCP_pooled_a3Su5DwHejJI /* Computed Parameter: rtCP_table2D_cftAB_maxIndex
* Referenced by: '<S845>/table2D_cftAB'
*/
#define rtCP_table3D_cft_dimSizes rtCP_pooled_rsQCCyrSe0iD /* Computed Parameter: rtCP_table3D_cft_dimSizes
* Referenced by: '<S846>/table3D_cft'
*/
#define rtCP_table2D_CL_base_maxIndex rtCP_pooled_qhm2sJNkM8ZA /* Computed Parameter: rtCP_table2D_CL_base_maxIndex
* Referenced by: '<S52>/table2D_CL_base'
*/
#define rtCP_table3D_CL_aos_dimSizes rtCP_pooled_Ba2CSbS20NHS /* Computed Parameter: rtCP_table3D_CL_aos_dimSizes
* Referenced by: '<S52>/table3D_CL_aos'
*/
#define rtCP_table3D_CL_da_dimSizes rtCP_pooled_tp41aZnwbpRn /* Computed Parameter: rtCP_table3D_CL_da_dimSizes
* Referenced by: '<S52>/table3D_CL_da'
*/
#define rtCP_table3D_CL_de_dimSizes rtCP_pooled_ookOwc1aktQs /* Computed Parameter: rtCP_table3D_CL_de_dimSizes
* Referenced by: '<S52>/table3D_CL_de'
*/
#define rtCP_table3D_CL_dr_dimSizes rtCP_pooled_tp41aZnwbpRn /* Computed Parameter: rtCP_table3D_CL_dr_dimSizes
* Referenced by: '<S52>/table3D_CL_dr'
*/
#define rtCP_table3D_CL_df_dimSizes rtCP_pooled_xajQbV3b7pKD /* Computed Parameter: rtCP_table3D_CL_df_dimSizes
* Referenced by: '<S52>/table3D_CL_df'
*/
#define rtCP_table2D_CLq_maxIndex rtCP_pooled_m0RoyDA7k6Aj /* Computed Parameter: rtCP_table2D_CLq_maxIndex
* Referenced by: '<S52>/table2D_CLq'
*/
#define rtCP_table3D_CY_aos_dimSizes rtCP_pooled_Ba2CSbS20NHS /* Computed Parameter: rtCP_table3D_CY_aos_dimSizes
* Referenced by: '<S53>/table3D_CY_aos'
*/
#define rtCP_table3D_CY_da_dimSizes rtCP_pooled_tp41aZnwbpRn /* Computed Parameter: rtCP_table3D_CY_da_dimSizes
* Referenced by: '<S53>/table3D_CY_da'
*/
#define rtCP_table3D_CY_dr_dimSizes rtCP_pooled_tp41aZnwbpRn /* Computed Parameter: rtCP_table3D_CY_dr_dimSizes
* Referenced by: '<S53>/table3D_CY_dr'
*/
#define rtCP_table2D_CYp_maxIndex rtCP_pooled_m0RoyDA7k6Aj /* Computed Parameter: rtCP_table2D_CYp_maxIndex
* Referenced by: '<S53>/table2D_CYp'
*/
#define rtCP_table2D_CYr_maxIndex rtCP_pooled_m0RoyDA7k6Aj /* Computed Parameter: rtCP_table2D_CYr_maxIndex
* Referenced by: '<S53>/table2D_CYr'
*/
#define rtCP_table2D_CD_base_maxIndex rtCP_pooled_qhm2sJNkM8ZA /* Computed Parameter: rtCP_table2D_CD_base_maxIndex
* Referenced by: '<S51>/table2D_CD_base'
*/
#define rtCP_table3D_CD_aos_dimSizes rtCP_pooled_Ba2CSbS20NHS /* Computed Parameter: rtCP_table3D_CD_aos_dimSizes
* Referenced by: '<S51>/table3D_CD_aos'
*/
#define rtCP_table3D_CD_da_dimSizes rtCP_pooled_tp41aZnwbpRn /* Computed Parameter: rtCP_table3D_CD_da_dimSizes
* Referenced by: '<S51>/table3D_CD_da'
*/
#define rtCP_table3D_CD_de_dimSizes rtCP_pooled_ookOwc1aktQs /* Computed Parameter: rtCP_table3D_CD_de_dimSizes
* Referenced by: '<S51>/table3D_CD_de'
*/
#define rtCP_table3D_CD_dr_dimSizes rtCP_pooled_tp41aZnwbpRn /* Computed Parameter: rtCP_table3D_CD_dr_dimSizes
* Referenced by: '<S51>/table3D_CD_dr'
*/
#define rtCP_table3D_CD_df_dimSizes rtCP_pooled_xajQbV3b7pKD /* Computed Parameter: rtCP_table3D_CD_df_dimSizes
* Referenced by: '<S51>/table3D_CD_df'
*/
#define rtCP_table3D_Cl_aos_dimSizes rtCP_pooled_Ba2CSbS20NHS /* Computed Parameter: rtCP_table3D_Cl_aos_dimSizes
* Referenced by: '<S54>/table3D_Cl_aos'
*/
#define rtCP_table3D_Cl_da_dimSizes rtCP_pooled_tp41aZnwbpRn /* Computed Parameter: rtCP_table3D_Cl_da_dimSizes
* Referenced by: '<S54>/table3D_Cl_da'
*/
#define rtCP_table3D_Cl_dr_dimSizes rtCP_pooled_tp41aZnwbpRn /* Computed Parameter: rtCP_table3D_Cl_dr_dimSizes
* Referenced by: '<S54>/table3D_Cl_dr'
*/
#define rtCP_table2D_Clp_maxIndex rtCP_pooled_m0RoyDA7k6Aj /* Computed Parameter: rtCP_table2D_Clp_maxIndex
* Referenced by: '<S54>/table2D_Clp'
*/
#define rtCP_table2D_Clr_maxIndex rtCP_pooled_m0RoyDA7k6Aj /* Computed Parameter: rtCP_table2D_Clr_maxIndex
* Referenced by: '<S54>/table2D_Clr'
*/
#define rtCP_table2D_Cm_base_maxIndex rtCP_pooled_qhm2sJNkM8ZA /* Computed Parameter: rtCP_table2D_Cm_base_maxIndex
* Referenced by: '<S55>/table2D_Cm_base'
*/
#define rtCP_table3D_Cm_aos_dimSizes rtCP_pooled_Ba2CSbS20NHS /* Computed Parameter: rtCP_table3D_Cm_aos_dimSizes
* Referenced by: '<S55>/table3D_Cm_aos'
*/
#define rtCP_table3D_Cm_da_dimSizes rtCP_pooled_tp41aZnwbpRn /* Computed Parameter: rtCP_table3D_Cm_da_dimSizes
* Referenced by: '<S55>/table3D_Cm_da'
*/
#define rtCP_table3D_Cm_de_dimSizes rtCP_pooled_ookOwc1aktQs /* Computed Parameter: rtCP_table3D_Cm_de_dimSizes
* Referenced by: '<S55>/table3D_Cm_de'
*/
#define rtCP_table3D_Cm_dr_dimSizes rtCP_pooled_tp41aZnwbpRn /* Computed Parameter: rtCP_table3D_Cm_dr_dimSizes
* Referenced by: '<S55>/table3D_Cm_dr'
*/
#define rtCP_table3D_Cm_df_dimSizes rtCP_pooled_xajQbV3b7pKD /* Computed Parameter: rtCP_table3D_Cm_df_dimSizes
* Referenced by: '<S55>/table3D_Cm_df'
*/
#define rtCP_table2D_Cmq_maxIndex rtCP_pooled_m0RoyDA7k6Aj /* Computed Parameter: rtCP_table2D_Cmq_maxIndex
* Referenced by: '<S55>/table2D_Cmq'
*/
#define rtCP_table3D_Cn_aos_dimSizes rtCP_pooled_Ba2CSbS20NHS /* Computed Parameter: rtCP_table3D_Cn_aos_dimSizes
* Referenced by: '<S56>/table3D_Cn_aos'
*/
#define rtCP_table3D_Cn_da_dimSizes rtCP_pooled_tp41aZnwbpRn /* Computed Parameter: rtCP_table3D_Cn_da_dimSizes
* Referenced by: '<S56>/table3D_Cn_da'
*/
#define rtCP_table3D_Cn_dr_dimSizes rtCP_pooled_tp41aZnwbpRn /* Computed Parameter: rtCP_table3D_Cn_dr_dimSizes
* Referenced by: '<S56>/table3D_Cn_dr'
*/
#define rtCP_table2D_Cnp_maxIndex rtCP_pooled_m0RoyDA7k6Aj /* Computed Parameter: rtCP_table2D_Cnp_maxIndex
* Referenced by: '<S56>/table2D_Cnp'
*/
#define rtCP_table2D_Cnr_maxIndex rtCP_pooled_m0RoyDA7k6Aj /* Computed Parameter: rtCP_table2D_Cnr_maxIndex
* Referenced by: '<S56>/table2D_Cnr'
*/
#define rtCP_table2D_thrustAB_maxIndex rtCP_pooled_a3Su5DwHejJI /* Computed Parameter: rtCP_table2D_thrustAB_maxIndex
* Referenced by: '<S315>/table2D_thrustAB'
*/
#define rtCP_table3D_thrust_dimSizes rtCP_pooled_rsQCCyrSe0iD /* Computed Parameter: rtCP_table3D_thrust_dimSizes
* Referenced by: '<S317>/table3D_thrust'
*/
#define rtCP_table2D_cftAB_maxIndex_b rtCP_pooled_a3Su5DwHejJI /* Computed Parameter: rtCP_table2D_cftAB_maxIndex_b
* Referenced by: '<S309>/table2D_cftAB'
*/
#define rtCP_table3D_cft_dimSizes_l rtCP_pooled_rsQCCyrSe0iD /* Computed Parameter: rtCP_table3D_cft_dimSizes_l
* Referenced by: '<S310>/table3D_cft'
*/
#define rtCP_table3D_Nh_dimSizes rtCP_pooled_rsQCCyrSe0iD /* Computed Parameter: rtCP_table3D_Nh_dimSizes
* Referenced by: '<S307>/table3D_Nh'
*/
#define rtCP_table2D_NhAB_maxIndex rtCP_pooled_a3Su5DwHejJI /* Computed Parameter: rtCP_table2D_NhAB_maxIndex
* Referenced by: '<S306>/table2D_NhAB'
*/
#define rtCP_mav_parser_P1 rtCP_pooled_e6HU8n7YauPz /* Expression: Channel
* Referenced by: '<S978>/mav_parser'
*/
#define rtCP_ConstantBP_Value_h rtCP_pooled_mhMab4fllVU3 /* Computed Parameter: rtCP_ConstantBP_Value_h
* Referenced by: '<S6>/Constant BP'
*/
#define rtCP_ConstantBP1_Value_g rtCP_pooled_e6HU8n7YauPz /* Computed Parameter: rtCP_ConstantBP1_Value_g
* Referenced by: '<S6>/Constant BP1'
*/
#ifdef __cplusplus
extern "C" {
#endif
extern void unpack_ecu2ap_Start_wrapper(void);
extern void unpack_ecu2ap_Outputs_wrapper(const uint8_T *recv,
ECU2AP *echo);
extern void unpack_ecu2ap_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void CRC_CheckSum_Start_wrapper(void);
extern void CRC_CheckSum_Outputs_wrapper(const uint8_T *pBuffer,
const uint16_T *len,
uint16_T *crc,
const int_T u_width);
extern void CRC_CheckSum_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_msg2buff_Start_wrapper(void);
extern void mav_msg2buff_Outputs_wrapper(const mavlink_message_t *msg,
uint8_T *buff,
uint16_T *buff_len,
const int_T y_width);
extern void mav_msg2buff_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_param_value_encode_Start_wrapper(void);
extern void mav_param_value_encode_Outputs_wrapper(const mavlink_param_value_t
*heartbeat,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_param_value_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_mission_count_encode_Start_wrapper(void);
extern void mav_mission_count_encode_Outputs_wrapper(const
mavlink_mission_count_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_mission_count_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_mission_item_int_encode_Start_wrapper(void);
extern void mav_mission_item_int_encode_Outputs_wrapper(const
mavlink_mission_item_int_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_mission_item_int_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_mission_ack_encode_Start_wrapper(void);
extern void mav_mission_ack_encode_Outputs_wrapper(const mavlink_mission_ack_t
*obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_mission_ack_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_mission_current_encode_Start_wrapper(void);
extern void mav_mission_current_encode_Outputs_wrapper(const
mavlink_mission_current_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_mission_current_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_mission_request_int_encode_Start_wrapper(void);
extern void mav_mission_request_int_encode_Outputs_wrapper(const
mavlink_mission_request_int_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_mission_request_int_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_command_ack_encode_Start_wrapper(void);
extern void mav_command_ack_encode_Outputs_wrapper(const mavlink_command_ack_t
*obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_command_ack_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_autopilot_version_encode_Start_wrapper(void);
extern void mav_autopilot_version_encode_Outputs_wrapper(const
mavlink_autopilot_version_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_autopilot_version_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void ccm_state_enc_Start_wrapper(void);
extern void ccm_state_enc_Outputs_wrapper(const mavlink_ccmstate_t *u0,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *chan,
mavlink_message_t *y0);
extern void ccm_state_enc_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_attitude_encode_Start_wrapper(void);
extern void mav_attitude_encode_Outputs_wrapper(const mavlink_attitude_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_attitude_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_global_position_int_encode_Start_wrapper(void);
extern void mav_global_position_int_encode_Outputs_wrapper(const
mavlink_global_position_int_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_global_position_int_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_gps_raw_int_encode_Start_wrapper(void);
extern void mav_gps_raw_int_encode_Outputs_wrapper(const mavlink_gps_raw_int_t
*obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_gps_raw_int_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_servo_output_raw_encode_Start_wrapper(void);
extern void mav_servo_output_raw_encode_Outputs_wrapper(const
mavlink_servo_output_raw_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_servo_output_raw_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_nav_controller_output_encode_Start_wrapper(void);
extern void mav_nav_controller_output_encode_Outputs_wrapper(const
mavlink_nav_controller_output_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_nav_controller_output_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_emb_atmo_com_encode_Start_wrapper(void);
extern void mav_emb_atmo_com_encode_Outputs_wrapper(const
mavlink_emb_atmo_com_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_emb_atmo_com_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_vfr_hud_encode_Start_wrapper(void);
extern void mav_vfr_hud_encode_Outputs_wrapper(const mavlink_vfr_hud_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_vfr_hud_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_sys_status_encode_Start_wrapper(void);
extern void mav_sys_status_encode_Outputs_wrapper(const mavlink_sys_status_t
*obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_sys_status_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_ext_sys_stat_encode_Start_wrapper(void);
extern void mav_ext_sys_stat_encode_Outputs_wrapper(const
mavlink_extended_sys_state_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_ext_sys_stat_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_ins1_encode_Start_wrapper(void);
extern void mav_ins1_encode_Outputs_wrapper(const mavlink_ins1_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_ins1_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void turbine_state_enc_Start_wrapper(void);
extern void turbine_state_enc_Outputs_wrapper(const ECU2AP *u0,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *chan,
const uint32_T *boot_time,
mavlink_message_t *y0);
extern void turbine_state_enc_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void bmu_state_enc_Start_wrapper(void);
extern void bmu_state_enc_Outputs_wrapper(const mavlink_bmustate_t *u0,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *chan,
mavlink_message_t *y0);
extern void bmu_state_enc_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_ins2_encode_Start_wrapper(void);
extern void mav_ins2_encode_Outputs_wrapper(const mavlink_ins2_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_ins2_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_scaled_pressure_encode_Start_wrapper(void);
extern void mav_scaled_pressure_encode_Outputs_wrapper(const
mavlink_scaled_pressure_t *obj,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_scaled_pressure_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_heartbeat_encode_Start_wrapper(void);
extern void mav_heartbeat_encode_Outputs_wrapper(const mavlink_heartbeat_t
*heartbeat,
const uint8_T *sys_id,
const uint8_T *comp_id,
const uint8_T *channel,
mavlink_message_t *msg);
extern void mav_heartbeat_encode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_parser_Start_wrapper(const uint8_T *ch, const int_T p_width0);
extern void mav_parser_Outputs_wrapper(const uint8_T *chr,
boolean_T *retcode,
mavlink_message_t *message,
mavlink_status_t *status,
const uint8_T *ch, const int_T p_width0);
extern void mav_parser_Terminate_wrapper(const uint8_T *ch, const int_T
p_width0);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void find_param_idx_Start_wrapper(void);
extern void find_param_idx_Outputs_wrapper(const uint8_T *name,
int16_T *idx);
extern void find_param_idx_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_param_request_read_decode_Start_wrapper(void);
extern void mav_param_request_read_decode_Outputs_wrapper(const
mavlink_message_t *mav_msg,
mavlink_param_request_read_t *msg_dec);
extern void mav_param_request_read_decode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_param_request_list_decode_Start_wrapper(void);
extern void mav_param_request_list_decode_Outputs_wrapper(const
mavlink_message_t *mav_msg,
mavlink_param_request_list_t *msg_dec);
extern void mav_param_request_list_decode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void set_param_val_Start_wrapper(void);
extern void set_param_val_Outputs_wrapper(const uint8_T *name,
const uint8_T *value,
const uint8_T *type,
int16_T *index);
extern void set_param_val_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_param_set_decode_Start_wrapper(void);
extern void mav_param_set_decode_Outputs_wrapper(const mavlink_message_t
*mav_msg,
mavlink_param_set_t *msg_dec);
extern void mav_param_set_decode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_mission_request_decode_Start_wrapper(void);
extern void mav_mission_request_decode_Outputs_wrapper(const mavlink_message_t
*mav_msg,
mavlink_mission_request_t *msg_dec);
extern void mav_mission_request_decode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_mission_set_current_decode_Start_wrapper(void);
extern void mav_mission_set_current_decode_Outputs_wrapper(const
mavlink_message_t *mav_msg,
mavlink_mission_set_current_t *msg_dec);
extern void mav_mission_set_current_decode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_mission_request_list_decode_Start_wrapper(void);
extern void mav_mission_request_list_decode_Outputs_wrapper(const
mavlink_message_t *mav_msg,
mavlink_mission_request_list_t *msg_dec);
extern void mav_mission_request_list_decode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_mission_count_decode_Start_wrapper(void);
extern void mav_mission_count_decode_Outputs_wrapper(const mavlink_message_t
*mav_msg,
mavlink_mission_count_t *msg_dec);
extern void mav_mission_count_decode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_mission_clear_all_decode_Start_wrapper(void);
extern void mav_mission_clear_all_decode_Outputs_wrapper(const
mavlink_message_t *mav_msg,
mavlink_mission_clear_all_t *msg_dec);
extern void mav_mission_clear_all_decode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_mission_item_int_decode_Start_wrapper(void);
extern void mav_mission_item_int_decode_Outputs_wrapper(const
mavlink_message_t *mav_msg,
mavlink_mission_item_int_t *msg_dec);
extern void mav_mission_item_int_decode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_command_long_decode_Start_wrapper(void);
extern void mav_command_long_decode_Outputs_wrapper(const mavlink_message_t
*mav_msg,
mavlink_command_long_t *msg_dec);
extern void mav_command_long_decode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_rc_channels_override_decode_Start_wrapper(void);
extern void mav_rc_channels_override_decode_Outputs_wrapper(const
mavlink_message_t *mav_msg,
mavlink_rc_channels_override_t *msg_dec);
extern void mav_rc_channels_override_decode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_set_mode_decode_Start_wrapper(void);
extern void mav_set_mode_decode_Outputs_wrapper(const mavlink_message_t
*mav_msg,
mavlink_set_mode_t *msg_dec);
extern void mav_set_mode_decode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void mav_gps_rtcm_data_decode_Start_wrapper(void);
extern void mav_gps_rtcm_data_decode_Outputs_wrapper(const mavlink_message_t
*mav_msg,
mavlink_gps_rtcm_data_t *msg_dec);
extern void mav_gps_rtcm_data_decode_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
extern void find_param_val_Start_wrapper(void);
extern void find_param_val_Outputs_wrapper(const uint16_T *idx,
uint8_T *name,
uint8_T *value,
uint8_T *type,
uint16_T *count,
uint16_T *index);
extern void find_param_val_Terminate_wrapper(void);
#ifdef __cplusplus
}
#endif
/* Exported functions */
extern int32_T SIL_pop_c(Queue_CommandMsg *q, Msg_CommandMsg *elementOut);
extern Msg_CommandMsg *SIL_proc_cmd_In1_RecvMsg(void);
extern Msg_CommandMsg *SIL_proc_cmd_In2_RecvMsg(void);
extern void SIL_freeMemPool(MemPool_CommandMsg *memPool, CommandMsg *dataPtr);
extern void SIL_destroyMsg(const Msg_CommandMsg *msg);
extern int32_T SIL_pop(Queue_uint16 *q, Msg_uint16 *elementOut);
extern Msg_uint16 *SIL_proc_set_cur_RecvMsg(void);
extern int32_T SIL_emplace_n2(Queue_CommandAck *q, const CommandAck *dataIn);
extern int32_T SIL_Chart_send_ack_SendData(const CommandAck *data_toSend);
extern CommandMsg *SIL_allocMemPool(MemPool_CommandMsg *memPool);
extern int32_T SIL_emplace_n(Queue_CommandMsg *q, const CommandMsg *dataIn);
extern int32_T SIL_proc_cmd_In2_SendData(const CommandMsg *data_toSend);
extern int32_T SIL_pop_c02u1i(Queue_mavlink_mission_item_int_t *q,
Msg_mavlink_mission_item_int_t *elementOut);
extern Msg_mavlink_mission_item_int_t *SIL_Chart_proc_mission_upload_In2_RecvMsg
(void);
extern int32_T SIL_emplace_n2pydmu(Queue_mavlink_mission_ack_t *q, const
mavlink_mission_ack_t *dataIn);
extern int32_T SIL_merge_ack_In2_SendData(const mavlink_mission_ack_t
*data_toSend);
extern int32_T SIL_emplace_n2pydmuqf(Queue_mavlink_mission_request_int_t *q,
const mavlink_mission_request_int_t *dataIn);
extern int32_T SIL_traffic_ctrl_In8_SendData(const mavlink_mission_request_int_t
*data_toSend);
extern int32_T SIL_pop_c02u1(Queue_mavlink_mission_count_t *q,
Msg_mavlink_mission_count_t *elementOut);
extern Msg_mavlink_mission_count_t *SIL_Chart_proc_mission_upload_In1_RecvMsg
(void);
extern void SIL_freeMemPool_bvx(MemPool_mavlink_mission_item_int_t *memPool,
mavlink_mission_item_int_t *dataPtr);
extern void SIL_destroyMsg_ecw(const Msg_mavlink_mission_item_int_t *msg);
extern int32_T SIL_pop_c02u1irtbrb(Queue_mavlink_message_t *q,
Msg_mavlink_message_t *elementOut);
extern Msg_mavlink_message_t *SIL_proc_queue_RecvMsg(void);
extern int32_T SIL_emplace(Queue_uint16 *q, const uint16_T *dataIn);
extern int32_T SIL_proc_param_value_In1_SendData(const uint16_T *data_toSend);
extern int32_T SIL_proc_param_value_In2_SendData(const uint16_T *data_toSend);
extern int32_T SIL_proc_param_value_In3_SendData(const uint16_T *data_toSend);
extern int32_T SIL_merge_ack_In1_SendData(const mavlink_mission_ack_t
*data_toSend);
extern mavlink_mission_item_int_t *SIL_allocMemPool_fu0
(MemPool_mavlink_mission_item_int_t *memPool);
extern int32_T SIL_emplace_n2pydm(Queue_mavlink_mission_item_int_t *q, const
mavlink_mission_item_int_t *dataIn);
extern int32_T SIL_traffic_ctrl_In5_SendData(const mavlink_mission_item_int_t
*data_toSend);
extern int32_T SIL_req_cur_In1_SendData(const uint16_T *data_toSend);
extern int32_T SIL_emplace_n2pyd(Queue_mavlink_mission_count_t *q, const
mavlink_mission_count_t *dataIn);
extern int32_T SIL_traffic_ctrl_In4_SendData(const mavlink_mission_count_t
*data_toSend);
extern int32_T SIL_Chart_proc_mission_upload_In1_SendData(const
mavlink_mission_count_t *data_toSend);
extern int32_T SIL_merge_ack_In3_SendData(const mavlink_mission_ack_t
*data_toSend);
extern int32_T SIL_Chart_proc_mission_upload_In2_SendData(const
mavlink_mission_item_int_t *data_toSend);
extern int32_T SIL_proc_cmd_In1_SendData(const CommandMsg *data_toSend);
extern mavlink_autopilot_version_t *SIL_allocMemPool_fu0h
(MemPool_mavlink_autopilot_version_t *memPool);
extern int32_T SIL_emplace_n2pydmuqfz(Queue_mavlink_autopilot_version_t *q,
const mavlink_autopilot_version_t *dataIn);
extern int32_T SIL_traffic_ctrl_In10_SendData(const mavlink_autopilot_version_t *
data_toSend);
extern void SIL_freeMemPool_bvxyz(MemPool_mavlink_message_t *memPool,
mavlink_message_t *dataPtr);
extern void SIL_destroyMsg_ecw35(const Msg_mavlink_message_t *msg);
extern Msg_uint16 *SIL_req_cur_In1_RecvMsg(void);
extern int32_T SIL_emplace_n2pydmuq(Queue_mavlink_mission_current_t *q, const
mavlink_mission_current_t *dataIn);
extern int32_T SIL_traffic_ctrl_In7_SendData(const mavlink_mission_current_t
*data_toSend);
extern int32_T SIL_proc_set_cur_SendData(const uint16_T *data_toSend);
extern int32_T SIL_pop_c0(Queue_CommandAck *q, Msg_CommandAck *elementOut);
extern Msg_CommandAck *SIL_Chart_send_ack_RecvMsg(void);
extern mavlink_command_ack_t *SIL_allocMemPool_f(MemPool_mavlink_command_ack_t
*memPool);
extern int32_T SIL_emplace_n2p(Queue_mavlink_command_ack_t *q, const
mavlink_command_ack_t *dataIn);
extern int32_T SIL_traffic_ctrl_In9_SendData(const mavlink_command_ack_t
*data_toSend);
extern mavlink_param_value_t *SIL_allocMemPool_fu(MemPool_mavlink_param_value_t *
memPool);
extern int32_T SIL_emplace_n2py(Queue_mavlink_param_value_t *q, const
mavlink_param_value_t *dataIn);
extern int32_T SIL_traffic_ctrl_In3_SendData(const mavlink_param_value_t
*data_toSend);
extern Msg_uint16 *SIL_proc_param_value_In3_RecvMsg(void);
extern Msg_uint16 *SIL_proc_param_value_In1_RecvMsg(void);
extern Msg_uint16 *SIL_proc_param_value_In2_RecvMsg(void);
extern int32_T SIL_pop_c02u1ir(Queue_mavlink_mission_ack_t *q,
Msg_mavlink_mission_ack_t *elementOut);
extern Msg_mavlink_mission_ack_t *SIL_merge_ack_In1_RecvMsg(void);
extern int32_T SIL_push_bdbzo4t(Queue_mavlink_mission_ack_t *q, const
Msg_mavlink_mission_ack_t *element);
extern int32_T SIL_traffic_ctrl_In6_SendMsg(const Msg_mavlink_mission_ack_t
*msg_toSend);
extern Msg_mavlink_mission_ack_t *SIL_merge_ack_In2_RecvMsg(void);
extern Msg_mavlink_mission_ack_t *SIL_merge_ack_In3_RecvMsg(void);
extern int32_T SIL_pop_c02(Queue_mavlink_command_ack_t *q,
Msg_mavlink_command_ack_t *elementOut);
extern Msg_mavlink_command_ack_t *SIL_traffic_ctrl_In9_RecvMsg(void);
extern int32_T SIL_pop_c02u1irt(Queue_mavlink_mission_current_t *q,
Msg_mavlink_mission_current_t *elementOut);
extern Msg_mavlink_mission_current_t *SIL_traffic_ctrl_In7_RecvMsg(void);
extern Msg_mavlink_mission_count_t *SIL_traffic_ctrl_In4_RecvMsg(void);
extern Msg_mavlink_mission_item_int_t *SIL_traffic_ctrl_In5_RecvMsg(void);
extern Msg_mavlink_mission_ack_t *SIL_traffic_ctrl_In6_RecvMsg(void);
extern int32_T SIL_pop_c02u1irtb(Queue_mavlink_mission_request_int_t *q,
Msg_mavlink_mission_request_int_t *elementOut);
extern Msg_mavlink_mission_request_int_t *SIL_traffic_ctrl_In8_RecvMsg(void);
extern int32_T SIL_pop_c02u(Queue_mavlink_param_value_t *q,
Msg_mavlink_param_value_t *elementOut);
extern Msg_mavlink_param_value_t *SIL_traffic_ctrl_In3_RecvMsg(void);
extern int32_T SIL_pop_c02u1irtbr(Queue_mavlink_autopilot_version_t *q,
Msg_mavlink_autopilot_version_t *elementOut);
extern Msg_mavlink_autopilot_version_t *SIL_traffic_ctrl_In10_RecvMsg(void);
extern void SIL_freeMemPool_bv(MemPool_mavlink_param_value_t *memPool,
mavlink_param_value_t *dataPtr);
extern void SIL_destroyMsg_ec(const Msg_mavlink_param_value_t *msg);
extern void SIL_freeMemPool_b(MemPool_mavlink_command_ack_t *memPool,
mavlink_command_ack_t *dataPtr);
extern void SIL_destroyMsg_e(const Msg_mavlink_command_ack_t *msg);
extern void SIL_freeMemPool_bvxy(MemPool_mavlink_autopilot_version_t *memPool,
mavlink_autopilot_version_t *dataPtr);
extern void SIL_destroyMsg_ecw3(const Msg_mavlink_autopilot_version_t *msg);
extern mavlink_message_t *SIL_allocMemPool_fu0hj(MemPool_mavlink_message_t
*memPool);
extern int32_T SIL_emplace_n2pydmuqfzc(Queue_mavlink_message_t *q, const
mavlink_message_t *dataIn);
extern int32_T SIL_proc_queue_SendData(const mavlink_message_t *data_toSend);
extern void SIL_initQueue_k0qncuyo4n2(Queue_mavlink_message_t *q, QueuePolicy_T
policy, int32_T capacity, Msg_mavlink_message_t *qPool);
extern void SIL_initQueue_k0qnc(Queue_mavlink_mission_count_t *q, QueuePolicy_T
policy, int32_T capacity, Msg_mavlink_mission_count_t *qPool);
extern void SIL_initQueue_k0qncu(Queue_mavlink_mission_item_int_t *q,
QueuePolicy_T policy, int32_T capacity, Msg_mavlink_mission_item_int_t *qPool);
extern void SIL_initQueue(Queue_uint16 *q, QueuePolicy_T policy, int32_T
capacity, Msg_uint16 *qPool);
extern void SIL_initQueue_k(Queue_CommandMsg *q, QueuePolicy_T policy, int32_T
capacity, Msg_CommandMsg *qPool);
extern void SIL_initQueue_k0(Queue_CommandAck *q, QueuePolicy_T policy, int32_T
capacity, Msg_CommandAck *qPool);
extern void SIL_initQueue_k0qn(Queue_mavlink_param_value_t *q, QueuePolicy_T
policy, int32_T capacity, Msg_mavlink_param_value_t *qPool);
extern void SIL_initQueue_k0qncuy(Queue_mavlink_mission_ack_t *q, QueuePolicy_T
policy, int32_T capacity, Msg_mavlink_mission_ack_t *qPool);
extern void SIL_initQueue_k0qncuyo(Queue_mavlink_mission_current_t *q,
QueuePolicy_T policy, int32_T capacity, Msg_mavlink_mission_current_t *qPool);
extern void SIL_initQueue_k0qncuyo4(Queue_mavlink_mission_request_int_t *q,
QueuePolicy_T policy, int32_T capacity, Msg_mavlink_mission_request_int_t
*qPool);
extern void SIL_initQueue_k0q(Queue_mavlink_command_ack_t *q, QueuePolicy_T
policy, int32_T capacity, Msg_mavlink_command_ack_t *qPool);
extern void SIL_initQueue_k0qncuyo4n(Queue_mavlink_autopilot_version_t *q,
QueuePolicy_T policy, int32_T capacity, Msg_mavlink_autopilot_version_t *qPool);
extern void SIL_resetMemPool(MemPool_CommandMsg *memPool);
extern void SIL_resetMemPool_i(MemPool_mavlink_command_ack_t *memPool);
extern void SIL_resetMemPool_ic(MemPool_mavlink_param_value_t *memPool);
extern void SIL_resetMemPool_icu(MemPool_mavlink_mission_item_int_t *memPool);
extern void SIL_resetMemPool_icua(MemPool_mavlink_autopilot_version_t *memPool);
extern void SIL_resetMemPool_icuad(MemPool_mavlink_message_t *memPool);
extern int32_T SIL_push_bdbzo4tvrju(Queue_mavlink_message_t *q, const
Msg_mavlink_message_t *element);
extern int32_T SIL_proc_queue_SendMsg(const Msg_mavlink_message_t *msg_toSend);
extern int32_T SIL_proc_queue_RecvData(mavlink_message_t *data_received);
extern int32_T SIL_push_bdbzo(Queue_mavlink_mission_count_t *q, const
Msg_mavlink_mission_count_t *element);
extern int32_T SIL_Chart_proc_mission_upload_In1_SendMsg(const
Msg_mavlink_mission_count_t *msg_toSend);
extern int32_T SIL_Chart_proc_mission_upload_In1_RecvData
(mavlink_mission_count_t *data_received);
extern int32_T SIL_push_bdbzo4(Queue_mavlink_mission_item_int_t *q, const
Msg_mavlink_mission_item_int_t *element);
extern int32_T SIL_Chart_proc_mission_upload_In2_SendMsg(const
Msg_mavlink_mission_item_int_t *msg_toSend);
extern int32_T SIL_Chart_proc_mission_upload_In2_RecvData
(mavlink_mission_item_int_t *data_received);
extern int32_T SIL_push(Queue_uint16 *q, const Msg_uint16 *element);
extern int32_T SIL_req_cur_In1_SendMsg(const Msg_uint16 *msg_toSend);
extern int32_T SIL_req_cur_In1_RecvData(uint16_T *data_received);
extern int32_T SIL_proc_set_cur_SendMsg(const Msg_uint16 *msg_toSend);
extern int32_T SIL_proc_set_cur_RecvData(uint16_T *data_received);
extern int32_T SIL_push_b(Queue_CommandMsg *q, const Msg_CommandMsg *element);
extern int32_T SIL_proc_cmd_In2_SendMsg(const Msg_CommandMsg *msg_toSend);
extern int32_T SIL_proc_cmd_In2_RecvData(CommandMsg *data_received);
extern int32_T SIL_proc_cmd_In1_SendMsg(const Msg_CommandMsg *msg_toSend);
extern int32_T SIL_proc_cmd_In1_RecvData(CommandMsg *data_received);
extern int32_T SIL_push_bd(Queue_CommandAck *q, const Msg_CommandAck *element);
extern int32_T SIL_Chart_send_ack_SendMsg(const Msg_CommandAck *msg_toSend);
extern int32_T SIL_Chart_send_ack_RecvData(CommandAck *data_received);
extern int32_T SIL_proc_param_value_In1_SendMsg(const Msg_uint16 *msg_toSend);
extern int32_T SIL_proc_param_value_In1_RecvData(uint16_T *data_received);
extern int32_T SIL_proc_param_value_In2_SendMsg(const Msg_uint16 *msg_toSend);
extern int32_T SIL_proc_param_value_In2_RecvData(uint16_T *data_received);
extern int32_T SIL_proc_param_value_In3_SendMsg(const Msg_uint16 *msg_toSend);
extern int32_T SIL_proc_param_value_In3_RecvData(uint16_T *data_received);
extern int32_T SIL_push_bdbz(Queue_mavlink_param_value_t *q, const
Msg_mavlink_param_value_t *element);
extern int32_T SIL_traffic_ctrl_In3_SendMsg(const Msg_mavlink_param_value_t
*msg_toSend);
extern int32_T SIL_traffic_ctrl_In3_RecvData(mavlink_param_value_t
*data_received);
extern int32_T SIL_traffic_ctrl_In4_SendMsg(const Msg_mavlink_mission_count_t
*msg_toSend);
extern int32_T SIL_traffic_ctrl_In4_RecvData(mavlink_mission_count_t
*data_received);
extern int32_T SIL_traffic_ctrl_In5_SendMsg(const Msg_mavlink_mission_item_int_t
*msg_toSend);
extern int32_T SIL_traffic_ctrl_In5_RecvData(mavlink_mission_item_int_t
*data_received);
extern int32_T SIL_merge_ack_In1_SendMsg(const Msg_mavlink_mission_ack_t
*msg_toSend);
extern int32_T SIL_merge_ack_In1_RecvData(mavlink_mission_ack_t *data_received);
extern int32_T SIL_merge_ack_In2_SendMsg(const Msg_mavlink_mission_ack_t
*msg_toSend);
extern int32_T SIL_merge_ack_In2_RecvData(mavlink_mission_ack_t *data_received);
extern int32_T SIL_merge_ack_In3_SendMsg(const Msg_mavlink_mission_ack_t
*msg_toSend);
extern int32_T SIL_merge_ack_In3_RecvData(mavlink_mission_ack_t *data_received);
extern int32_T SIL_traffic_ctrl_In6_SendData(const mavlink_mission_ack_t
*data_toSend);
extern int32_T SIL_traffic_ctrl_In6_RecvData(mavlink_mission_ack_t
*data_received);
extern int32_T SIL_push_bdbzo4tv(Queue_mavlink_mission_current_t *q, const
Msg_mavlink_mission_current_t *element);
extern int32_T SIL_traffic_ctrl_In7_SendMsg(const Msg_mavlink_mission_current_t *
msg_toSend);
extern int32_T SIL_traffic_ctrl_In7_RecvData(mavlink_mission_current_t
*data_received);
extern int32_T SIL_push_bdbzo4tvr(Queue_mavlink_mission_request_int_t *q, const
Msg_mavlink_mission_request_int_t *element);
extern int32_T SIL_traffic_ctrl_In8_SendMsg(const
Msg_mavlink_mission_request_int_t *msg_toSend);
extern int32_T SIL_traffic_ctrl_In8_RecvData(mavlink_mission_request_int_t
*data_received);
extern int32_T SIL_push_bdb(Queue_mavlink_command_ack_t *q, const
Msg_mavlink_command_ack_t *element);
extern int32_T SIL_traffic_ctrl_In9_SendMsg(const Msg_mavlink_command_ack_t
*msg_toSend);
extern int32_T SIL_traffic_ctrl_In9_RecvData(mavlink_command_ack_t
*data_received);
extern int32_T SIL_push_bdbzo4tvrj(Queue_mavlink_autopilot_version_t *q, const
Msg_mavlink_autopilot_version_t *element);
extern int32_T SIL_traffic_ctrl_In10_SendMsg(const
Msg_mavlink_autopilot_version_t *msg_toSend);
extern int32_T SIL_traffic_ctrl_In10_RecvData(mavlink_autopilot_version_t
*data_received);
void InitCalcAtmosCOESA(real_T *temperature76, real_T *pressureRatio76);
void CalcAtmosCOESA(const real_T *altitude, real_T *temp, real_T *pressure,
real_T *density, real_T *speedofsound, real_T *temperature76,
real_T *pressureRatio76, int_T numPoints);
void wgs84_taylor_series(real_T *h, real_T *phi, real_T opt_m2ft, real_T *y,
int_T k);
void CalcPAltCOESA(const real_T *pressure, real_T *altitude, real_T
*temperature76, real_T *pressureRatio76, int_T numPoints);
extern void SIL_IfNotProper(real_T rtp_action);
extern void SIL_ElseIfNotOrthogonal(real_T rtp_action);
extern void SIL_GearGeometryForcesandMoments_Disable(real_T rty_FM[3], real_T
rty_FM_b[3], real_T *rty_GearCmprs, DW_GearGeometryForcesandMoments_SIL_T
*localDW);
extern void SIL_GearGeometryForcesandMoments(RT_MODEL_SIL_T * const SIL_M, const
real_T rtu_plant[9], real_T rtu_plant_b, const real_T rtu_plant_g[3], const
real_T rtu_plant_m[3], real_T rtu_plant_k, const real_T rtu_GearLoc[3], real_T
rtu_brake_cmd, real_T rtu_steer, real_T rtu_ground_m, const real_T
rtu_ground_ve[3], real_T rty_FM[3], real_T rty_FM_b[3], boolean_T *rty_WOW,
real_T *rty_GearCmprs, B_GearGeometryForcesandMoments_SIL_T *localB,
DW_GearGeometryForcesandMoments_SIL_T *localDW, real_T rtp_w, real_T rtp_k_st,
real_T rtp_kd, real_T rtp_kp, real_T rtp_k_r, real_T rtp_k_brk);
extern void SIL_NoseGearGeometryForcesandMoments_Disable(real_T rty_FM[3],
real_T rty_FM_h[3], real_T *rty_GearCmprs,
DW_GearGeometryForcesandMoments_SIL_g_T *localDW);
extern void SIL_NoseGearGeometryForcesandMoments(RT_MODEL_SIL_T * const SIL_M,
const real_T rtu_plant[9], real_T rtu_plant_h, const real_T rtu_plant_o[3],
const real_T rtu_plant_b[3], real_T rtu_plant_c, const real_T rtu_GearLoc[3],
real_T rtu_brake_cmd, real_T rtu_steer, real_T rtu_ground_m, const real_T
rtu_ground_ve[3], real_T rty_FM[3], real_T rty_FM_h[3], boolean_T *rty_WOW,
real_T *rty_GearCmprs, B_GearGeometryForcesandMoments_SIL_f_T *localB,
DW_GearGeometryForcesandMoments_SIL_g_T *localDW, real_T rtp_w, real_T
rtp_k_st, real_T rtp_kd, real_T rtp_kp, real_T rtp_k_r, real_T rtp_k_brk);
extern void SIL_RightMainGearGeometryForcesandMoments_Disable(real_T rty_FM[3],
real_T rty_FM_j[3], real_T *rty_GearCmprs,
DW_GearGeometryForcesandMoments_SIL_i_T *localDW);
extern void SIL_RightMainGearGeometryForcesandMoments(RT_MODEL_SIL_T * const
SIL_M, const real_T rtu_plant[9], real_T rtu_plant_j, const real_T
rtu_plant_o[3], const real_T rtu_plant_b[3], real_T rtu_plant_l, const real_T
rtu_GearLoc[3], real_T rtu_brake_cmd, real_T rtu_steer, real_T rtu_ground_m,
const real_T rtu_ground_ve[3], real_T rty_FM[3], real_T rty_FM_j[3], boolean_T
*rty_WOW, real_T *rty_GearCmprs, B_GearGeometryForcesandMoments_SIL_i_T
*localB, DW_GearGeometryForcesandMoments_SIL_i_T *localDW, real_T rtp_w,
real_T rtp_k_st, real_T rtp_kd, real_T rtp_kp, real_T rtp_k_r, real_T
rtp_k_brk);
extern void SIL_tick_Init(DW_tick_SIL_T *localDW);
extern void SIL_tick(real_T rtu_dt, boolean_T *rty_enabled, DW_tick_SIL_T
*localDW);
extern void SIL_tick_b_Init(DW_tick_SIL_f_T *localDW);
extern void SIL_tick_m(real_T rtu_dt, boolean_T *rty_enabled, DW_tick_SIL_f_T
*localDW);
extern void SIL_Subsystem1(const C2 *rtu_C2_in, C2 *rty_C2_out, uint8_T *rty_ack);
extern void SIL_IfActionSubsystem1(const C2 *rtu_In1, C2 *rty_Out1, uint8_T
*rty_ack);
extern void SIL_auto_sw(uint16_T rtu_in, uint8_T *rty_out);
extern void SIL_brake_sw(uint16_T rtu_in, boolean_T *rty_out);
extern void SIL_valid(const C2 *rtu_C2_in, uint8_T rtu_id, const uint16_T
rtu_channels[18], C2 *rty_C2_out);
extern void SIL_manual(const C2 *rtu_C2_in_Inport_1, C2 *rty_C2_out);
extern void SIL_get_WP(uint16_T rtu_cur_np, boolean_T *rty_is_mission, uint16_T *
rty_command, real32_T rty_params[7], boolean_T *rty_autocont);
extern void SIL_wp(const C2 *rtu_C2_in, boolean_T *rty_valid);
extern void SIL_valid_test_Init(boolean_T *rty_valid);
extern void SIL_valid_test(const C2 *rtu_C2_in, uint16_T rtu_command, boolean_T *
rty_valid);
extern void SIL_psi_err_Init(real32_T *rty_out);
extern void SIL_psi_err_Reset(real32_T *rty_out);
extern void SIL_psi_err(real32_T rtu_in, real32_T *rty_out);
extern void SIL_H(real32_T rtu_h_c, real32_T rtu_asl, real32_T *rty_dH, real32_T
*rty_hdot_des);
extern void SIL_IfActionSubsystem1_e(real32_T rtu_y_in, real32_T rtu_f, real32_T
*rty_y_out);
extern void SIL_theta1_Init(DW_theta1_SIL_T *localDW);
extern void SIL_theta1_Reset(DW_theta1_SIL_T *localDW);
extern real32_T SIL_theta1(real32_T rtu_y, real32_T rtu_max_tht, real32_T
rtu_tht0, DW_theta1_SIL_T *localDW, real32_T rtp_Ts);
extern void SIL_theta2_Init(DW_theta2_SIL_T *localDW);
extern void SIL_theta2_Reset(DW_theta2_SIL_T *localDW);
extern real32_T SIL_theta2(real32_T rtu_y, real32_T rtu_max_tht, real32_T
rtu_tht0, DW_theta2_SIL_T *localDW, real32_T rtp_Ts);
extern void SIL_dummyclear_mission(uint8_T rtu_type, uint8_T *rty_ack);
extern void SIL_find_val_Start(void);
extern void SIL_find_val(uint16_T rtu_idx, uint8_T rty_name[16], uint8_T
rty_value[4], uint8_T *rty_type, uint16_T *rty_count, uint16_T *rty_index);
extern void SIL_u2f(const uint8_T rtu_u[4], real32_T *rty_f);
/* private model entry point functions */
extern void SIL_derivatives(void);
#endif /* RTW_HEADER_SIL_private_h_ */
/*
* File trailer for generated code.
*
* [EOF]
*/
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