f14_data.c

matlab实用教程

/*
 * f14_data.c
 *
 * Real-Time Workshop code generation for Simulink model "f14.mdl".
 *
 * Model Version              : 1.10
 * Real-Time Workshop version : 6.6  (R2007a)  01-Feb-2007
 * C source code generated on : Fri Aug 10 13:58:53 2007
 */

#include "f14.h"
#include "f14_private.h"

/* Block parameters (auto storage) */
Parameters_f14 f14_P = {
  -0.6385,                             /* TransferFcn2_A : '<S1>/Transfer Fcn.2'
                                        */
  1.0,                                 /* TransferFcn2_C : '<S1>/Transfer Fcn.2'
                                        */
  1.4505366985784740E-003,             /* Gain5_Gain : '<Root>/Gain5'
                                        */
  -0.6571,                             /* TransferFcn1_A : '<S1>/Transfer Fcn.1'
                                        */
  1.0,                                 /* TransferFcn1_C : '<S1>/Transfer Fcn.1'
                                        */
  22.8,                                /* Gain1_Gain : '<S4>/Gain1'
                                        */
  6.894E+002,                          /* Constant_Value : '<S4>/Constant'
                                        */
  3.1055900621118009E-002,             /* Gain2_Gain : '<S4>/Gain2'
                                        */
  1.0,                                 /* Pilot_Amplitude : '<Root>/Pilot'
                                        */
  7.9577471545947673E-002,             /* Pilot_Frequency : '<Root>/Pilot'
                                        */
  -20.0,                               /* ActuatorModel_A : '<Root>/Actuator Model'
                                        */
  20.0,                                /* ActuatorModel_C : '<Root>/Actuator Model'
                                        */
  6.894E+002,                          /* Gain3_Gain : '<S1>/Gain3'
                                        */
  -0.00592,                            /* Gain4_Gain : '<S1>/Gain4'
                                        */
  -63.9979,                            /* Gain5_Gain_k : '<S1>/Gain5'
                                        */
  -6.8847,                             /* Gain6_Gain : '<S1>/Gain6'
                                        */

  /*  Wgustmodel_A : '<S3>/W-gust model'
   */
  { -7.8901688496133815E-001, -1.5563691118852338E-001 },

  /*  Wgustmodel_C : '<S3>/W-gust model'
   */
  { 3.2636985073652349E+000, 7.4337115819042854E-001 },
  -0.6385,                             /* Gain_Gain : '<Root>/Gain'
                                        */
  -0.00592,                            /* Gain2_Gain_c : '<Root>/Gain2'
                                        */
  -8.4553078435926761E+000,            /* Qgustmodel_A : '<S3>/Q-gust model'
                                        */
  -1.0355189850799512E-001,            /* Qgustmodel_C : '<S3>/Q-gust model'
                                        */
  1.2246969645991710E-002,             /* Qgustmodel_D : '<S3>/Q-gust model'
                                        */
  -0.6571,                             /* Gain1_Gain_e : '<Root>/Gain1'
                                        */
  -2.5258903763576663E+000,            /* AlphasensorLowpassFilt_A : '<S2>/Alpha-sensor Low-pass Filter'
                                        */
  2.5258903763576663E+000,             /* AlphasensorLowpassFilt_C : '<S2>/Alpha-sensor Low-pass Filter'
                                        */
  -10.0,                               /* StickPrefilter_A : '<S2>/Stick Prefilter'
                                        */
  10.0,                                /* StickPrefilter_C : '<S2>/Stick Prefilter'
                                        */
  -4.144,                              /* PitchRateLeadFilter_A : '<S2>/Pitch Rate Lead Filter'
                                        */
  -1.173,                              /* PitchRateLeadFilter_C : '<S2>/Pitch Rate Lead Filter'
                                        */
  1.0,                                 /* PitchRateLeadFilter_D : '<S2>/Pitch Rate Lead Filter'
                                        */
  0.8156,                              /* Gain2_Gain_n : '<S2>/Gain2'
                                        */
  0.677,                               /* Gain3_Gain_k : '<S2>/Gain3'
                                        */
  -1.746,                              /* Gain_Gain_a : '<S2>/Gain'
                                        */
  0.0,                                 /* Proportionalplusintegral_A : '<S2>/Proportional plus integral compensator'
                                        */
  -3.864,                              /* Proportionalplusintegral_C : '<S2>/Proportional plus integral compensator'
                                        */
  0.0,                                 /* WhiteNoise_Mean : '<S5>/White Noise'
                                        */
  1.0,                                 /* WhiteNoise_StdDev : '<S5>/White Noise'
                                        */
  23341.0,                             /* WhiteNoise_Seed : '<S5>/White Noise'
                                        */
  3.1622776601683791E+000              /* Output_Gain : '<S5>/Output'
                                        */
};