flc3_samplea_acc_data.c

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/*
 * flc3_sampleA_acc_data.c
 *
 * Real-Time Workshop code generation for Simulink model "flc3_sampleA_acc.mdl".
 *
 * Model Version              : 1.109
 * Real-Time Workshop version : 6.1  (R14SP1)  05-Sep-2004
 * C source code generated on : Sun May 29 10:57:23 2005
 */

#include "flc3_sampleA_acc.h"
#include "flc3_sampleA_acc_private.h"

/* Block parameters (auto storage) */
flc3_sampleA_Parameters flc3_sampleA_DefaultParameters = {
  1.0 ,                                 /* PulseGenerator_Amp : '<Root>/Pulse Generator' */
  40.0 ,                                /* PulseGenerator_Period : '<Root>/Pulse Generator' */
  50.0 ,                                /* PulseGenerator_Duty : '<Root>/Pulse Generator' */
  -0.5 ,                                /* Constant_Value : '<Root>/Constant' */
  2.0 ,                                 /* Gain_Gain : '<Root>/Gain' */
  /*  TransferFcn2_A : '<Root>/Transfer Fcn2' */
  { -3.0, -3.0, -1.0, 1.0, 1.0 } ,
  1.0 ,                                 /* TransferFcn2_B : '<Root>/Transfer Fcn2' */
  1.0 ,                                 /* TransferFcn2_C : '<Root>/Transfer Fcn2' */
  1.0 ,                                 /* Weight_Value : '<S6>/Weight' */
  1.3982100587464035E+000 ,             /* Gain1_Gain : '<S1>/Gain1' */
  2.0 ,                                 /* Saturation_UpperSat : '<S2>/Saturation' */
  -2.0 ,                                /* Saturation_LowerSat : '<S2>/Saturation' */
  -2.0 ,                                /* mu_Value : '<S23>/mu' */
  0.85 ,                                /* sigma_Value : '<S23>/sigma' */
  -0.5 ,                                /* Gain_Gain_g : '<S23>/Gain' */
  2.3274125498894112E+000 ,             /* Gain2_Gain : '<S1>/Gain2' */
  1.0 ,                                 /* Saturation1_UpperSat : '<S2>/Saturation1' */
  -1.0 ,                                /* Saturation1_LowerSat : '<S2>/Saturation1' */
  -1.0 ,                                /* mu_Value_b : '<S20>/mu' */
  0.425 ,                               /* sigma_Value_p : '<S20>/sigma' */
  -0.5 ,                                /* Gain_Gain_p : '<S20>/Gain' */
  1.0 ,                                 /* Weight_Value_j : '<S7>/Weight' */
  0.0 ,                                 /* mu_Value_o : '<S22>/mu' */
  0.425 ,                               /* sigma_Value_pa : '<S22>/sigma' */
  -0.5 ,                                /* Gain_Gain_f : '<S22>/Gain' */
  1.0 ,                                 /* Weight_Value_p : '<S8>/Weight' */
  1.0 ,                                 /* mu_Value_m : '<S21>/mu' */
  0.425 ,                               /* sigma_Value_b : '<S21>/sigma' */
  -0.5 ,                                /* Gain_Gain_a : '<S21>/Gain' */
  1.0 ,                                 /* Weight_Value_n : '<S9>/Weight' */
  0.0 ,                                 /* mu_Value_mz : '<S25>/mu' */
  0.85 ,                                /* sigma_Value_k : '<S25>/sigma' */
  -0.5 ,                                /* Gain_Gain_e : '<S25>/Gain' */
  1.0 ,                                 /* Weight_Value_o : '<S10>/Weight' */
  1.0 ,                                 /* Weight_Value_f : '<S11>/Weight' */
  1.0 ,                                 /* Weight_Value_b : '<S12>/Weight' */
  2.0 ,                                 /* mu_Value_n : '<S24>/mu' */
  0.85 ,                                /* sigma_Value_c : '<S24>/sigma' */
  -0.5 ,                                /* Gain_Gain_fi : '<S24>/Gain' */
  1.0 ,                                 /* Weight_Value_k : '<S13>/Weight' */
  1.0 ,                                 /* Weight_Value_ne : '<S14>/Weight' */
  /*  LinearCoeff_Value : '<S26>/Linear Coeff' */
  { 0.0, 0.0 } ,
  -3.0 ,                                /* ConstantCoeff_Value : '<S26>/Constant Coeff' */
  /*  LinearCoeff_Value_b : '<S27>/Linear Coeff' */
  { 0.0, 0.0 } ,
  -3.0 ,                                /* ConstantCoeff_Value_d : '<S27>/Constant Coeff' */
  /*  LinearCoeff_Value_a : '<S30>/Linear Coeff' */
  { 0.0, 0.0 } ,
  0.0 ,                                 /* ConstantCoeff_Value_g : '<S30>/Constant Coeff' */
  /*  LinearCoeff_Value_i : '<S29>/Linear Coeff' */
  { 0.0, 0.0 } ,
  3.0 ,                                 /* ConstantCoeff_Value_m : '<S29>/Constant Coeff' */
  /*  LinearCoeff_Value_m : '<S28>/Linear Coeff' */
  { 0.0, 0.0 } ,
  3.0 ,                                 /* ConstantCoeff_Value_e : '<S28>/Constant Coeff' */
  0.0 ,                                 /* MidRange_Value : '<S4>/MidRange' */
  0.0 ,                                 /* Zero_Value : '<S4>/Zero' */
  1.0 ,                                 /* Switch_Threshold : '<S4>/Switch' */
  8.1466692998333947E-003 ,             /* Gain3_Gain : '<S1>/Gain3' */
  8.1466692998333947E-003 ,             /* Gain4_Gain : '<S1>/Gain4' */
  0.0 ,                                 /* Integrator_IC : '<S1>/Integrator' */
  1.7536456654818058E-001 ,             /* Gain4_Gain_e : '<Root>/Gain4' */
  0.0 ,                                 /* Out1_Y0 : 'synthesized block' */
  1.0                                   /* One_Value : '<S18>/One' */
};