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1
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//Allumer la premi?re led
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2
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//Propager un niveau 0
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3
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#include "panneauLeds2.h"
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4
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5
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int main()
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6
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{
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7
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pulse(RESET);
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8
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//Index pour les colonnes
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9
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int j = 0;
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10
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//tableau de bool?ens
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11
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bool tab1D_L0[NCOLONN] = {0,1,1,1,1,1,0,1,0,0,0,1,0,1,1,1,1,1,0,1,1,1,1,0,0,0,0,0,1,0,};
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12
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bool tab1D_L1[NCOLONN] = {0,1,0,0,0,0,0,1,1,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,1,0,};
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13
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bool tab1D_L2[NCOLONN] = {0,1,0,0,0,0,0,1,0,1,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,1,0,1,0,};
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14
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bool tab1D_L3[NCOLONN] = {0,1,0,0,0,0,0,1,0,1,0,1,0,0,0,1,0,0,0,1,1,1,1,0,0,1,0,0,1,0,};
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15
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bool tab1D_L4[NCOLONN] = {0,1,1,1,1,1,0,1,0,1,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,0,1,0,};
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16
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bool tab1D_L5[NCOLONN] = {0,0,0,0,0,1,0,1,0,1,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,0,1,0,};
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17
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bool tab1D_L6[NCOLONN] = {0,0,0,0,0,1,0,1,0,0,1,1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,0,1,0,};
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18
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bool tab1D_L7[NCOLONN] = {0,1,1,1,1,1,0,1,0,0,0,1,0,1,1,1,1,1,0,1,0,0,0,1,0,0,0,0,1,0,};
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19
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configPanel();
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20
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clearPanel();
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21
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//Initialiser le compteur de ligne
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22
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//Pour commencer ? la premi?re ligne
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23
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24
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while(1)
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25
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{
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26
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27
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//M?moriser les ?tats des leds avec les valeurs du tableau
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28
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digitalWrite(STROBE1,HIGH);
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29
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for(j = 0; j < NCOLONN; j++)
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30
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{
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31
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//On pousse un niveau 1
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32
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if(tab1D_L0[j] == 1)
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33
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{
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34
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digitalWrite(DATA_V1,LEDON);
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35
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digitalWrite(DATA_R1,LEDOFF);
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36
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pulse(HRD1);
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37
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}
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38
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//On pousse un niveau 0
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39
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else
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40
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{
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41
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digitalWrite(DATA_V1,LEDOFF);
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42
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digitalWrite(DATA_R1,LEDOFF);
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43
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pulse(HRD1);
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44
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}
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45
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}
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46
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//On active les sorties
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47
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digitalWrite(OE,HIGH);
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48
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delay(DELAY);
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49
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//On change de ligne
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50
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digitalWrite(OE,LOW);
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51
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52
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//M?moriser les ?tats des leds avec les valeurs du tableau
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53
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digitalWrite(STROBE1,HIGH);
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54
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for(j = 0; j < NCOLONN; j++)
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55
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{
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56
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//On pousse un niveau 1
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57
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if(tab1D_L1[j] == 1)
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58
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{
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59
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digitalWrite(DATA_V1,LEDON);
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60
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digitalWrite(DATA_R1,LEDOFF);
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61
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pulse(HRD1);
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62
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}
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63
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//On pousse un niveau 0
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64
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else
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65
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{
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66
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digitalWrite(DATA_V1,LEDOFF);
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67
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digitalWrite(DATA_R1,LEDOFF);
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68
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pulse(HRD1);
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69
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}
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70
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}
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71
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//On active les sorties
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72
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digitalWrite(OE,HIGH);
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73
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delay(DELAY);
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74
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//On change de ligne
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75
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digitalWrite(OE,LOW);
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76
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77
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//M?moriser les ?tats des leds avec les valeurs du tableau
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78
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digitalWrite(STROBE1,HIGH);
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79
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for(j = 0; j < NCOLONN; j++)
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80
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{
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81
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//On pousse un niveau 1
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82
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if(tab1D_L2[j] == 1)
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83
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{
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84
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digitalWrite(DATA_V1,LEDON);
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85
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digitalWrite(DATA_R1,LEDOFF);
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86
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pulse(HRD1);
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87
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}
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88
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//On pousse un niveau 0
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89
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else
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90
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{
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91
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digitalWrite(DATA_V1,LEDOFF);
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92
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digitalWrite(DATA_R1,LEDOFF);
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93
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pulse(HRD1);
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94
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}
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95
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}
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96
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//On active les sorties
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97
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digitalWrite(OE,HIGH);
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98
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delay(DELAY);
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99
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//On change de ligne
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100
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digitalWrite(OE,LOW);
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101
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102
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//M?moriser les ?tats des leds avec les valeurs du tableau
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103
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digitalWrite(STROBE1,HIGH);
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104
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for(j = 0; j < NCOLONN; j++)
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105
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{
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106
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//On pousse un niveau 1
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107
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if(tab1D_L3[j] == 1)
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108
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{
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109
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digitalWrite(DATA_V1,LEDON);
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110
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digitalWrite(DATA_R1,LEDOFF);
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111
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pulse(HRD1);
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112
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}
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113
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//On pousse un niveau 0
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114
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else
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115
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{
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116
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digitalWrite(DATA_V1,LEDOFF);
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117
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digitalWrite(DATA_R1,LEDOFF);
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118
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pulse(HRD1);
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119
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}
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120
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}
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121
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//On active les sorties
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122
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digitalWrite(OE,HIGH);
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123
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delay(DELAY);
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124
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//On change de ligne
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125
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digitalWrite(OE,LOW);
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126
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127
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//M?moriser les ?tats des leds avec les valeurs du tableau
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128
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digitalWrite(STROBE1,HIGH);
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129
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//On pousse les valeurs du tableau sans activer les sorties
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130
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for(j = 0; j < NCOLONN; j++)
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131
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{
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132
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//On pousse un niveau 1
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133
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if(tab1D_L4[j] == 1)
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134
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{
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135
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digitalWrite(DATA_V1,LEDON);
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136
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digitalWrite(DATA_R1,LEDOFF);
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137
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pulse(HRD1);
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138
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}
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139
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//On pousse un niveau 0
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140
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else
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141
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{
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142
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digitalWrite(DATA_V1,LEDOFF);
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143
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digitalWrite(DATA_R1,LEDOFF);
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144
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pulse(HRD1);
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145
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}
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146
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}
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147
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//On active les sorties
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148
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digitalWrite(OE,HIGH);
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149
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delay(DELAY);
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150
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//On change de ligne
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151
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digitalWrite(OE,LOW);
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152
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153
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//M?moriser les ?tats des leds avec les valeurs du tableau
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154
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digitalWrite(STROBE1,HIGH);
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155
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//On pousse les valeurs du tableau sans activer les sorties
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156
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for(j = 0; j < NCOLONN; j++)
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157
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{
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158
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//On pousse un niveau 1
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159
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if(tab1D_L5[j] == 1)
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160
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{
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161
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digitalWrite(DATA_V1,LEDON);
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162
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digitalWrite(DATA_R1,LEDOFF);
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163
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pulse(HRD1);
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164
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}
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165
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//On pousse un niveau 0
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166
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else
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167
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{
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168
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digitalWrite(DATA_V1,LEDOFF);
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169
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digitalWrite(DATA_R1,LEDOFF);
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170
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pulse(HRD1);
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171
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}
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172
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}
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173
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//On active les sorties
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174
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digitalWrite(OE,HIGH);
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175
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delay(DELAY);
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176
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//On change de ligne
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177
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digitalWrite(OE,LOW);
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178
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179
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//M?moriser les ?tats des leds avec les valeurs du tableau
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180
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digitalWrite(STROBE1,HIGH);
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181
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//On pousse les valeurs du tableau sans activer les sorties
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182
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for(j = 0; j < NCOLONN; j++)
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183
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{
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184
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//On pousse un niveau 1
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185
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if(tab1D_L6[j] == 1)
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186
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{
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187
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digitalWrite(DATA_V1,LEDON);
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188
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digitalWrite(DATA_R1,LEDOFF);
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189
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pulse(HRD1);
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190
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}
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191
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//On pousse un niveau 0
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192
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else
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193
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{
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194
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digitalWrite(DATA_V1,LEDOFF);
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195
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digitalWrite(DATA_R1,LEDOFF);
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196
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pulse(HRD1);
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197
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}
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198
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}
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199
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//On active les sorties
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200
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digitalWrite(OE,HIGH);
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201
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delay(DELAY);
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202
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//On change de ligne
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203
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digitalWrite(OE,LOW);
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204
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205
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//M?moriser les ?tats des leds avec les valeurs du tableau
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206
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digitalWrite(STROBE1,HIGH);
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207
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//On pousse les valeurs du tableau sans activer les sorties
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208
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for(j = 0; j < NCOLONN; j++)
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209
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{
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210
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//On pousse un niveau 1
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211
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if(tab1D_L7[j] == 1)
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212
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{
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213
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digitalWrite(DATA_V1,LEDON);
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214
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digitalWrite(DATA_R1,LEDOFF);
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215
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pulse(HRD1);
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216
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}
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217
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//On pousse un niveau 0
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218
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else
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219
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{
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220
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digitalWrite(DATA_V1,LEDOFF);
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221
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digitalWrite(DATA_R1,LEDOFF);
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222
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pulse(HRD1);
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223
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}
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224
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}
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225
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//On active les sorties
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226
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digitalWrite(OE,HIGH);
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227
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delay(DELAY);
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228
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//On change de ligne
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229
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digitalWrite(OE,LOW);
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230
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}
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231
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return(0);
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232
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}
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