Étape 42 : Code de Test - contrôle du PC via le port USB
Nous utilisons rapidement vers le haut les broches de l’arduino première. Nous devrons utiliser plusieurs cartes et communiquer entre eux. Pour obtenir cela a commencé, j’ai ajouté des entrées pour le code de test. Une structure de cas-témoins de commutateur appelle la fonction basée sur l’entrée série.Le code est ci-dessous :
Maintenant les commandes suivantes contrôlent les mouvements. Ils sont envoyés en utilisant le moniteur de la série. À l’aide de minuscules (c’est en fait les codes ascii pour les lettres qui sont envoyées, donc affaire questions)
f = avant
b = arrière
r = le bras droit vers le haut
t = bras droit vers le bas
w = bras gauche vers le haut
e = bras gauche vers le bas
z = courbe de taille vers le bas
x = courbe de taille vers le haut
/////////////////////////////Arduino Code //////////////////////////////
////// Robot test with little routines made into functions////// ////// Added serial control /////VARIABLES/////////// Direction low = towards body or Foward//Direction High = away from body or Backwardint RightArmDir = 2; int RightArmSpeed = 3; int LeftArmDir = 4; int LeftArmSpeed = 5; int WaistDir = 7; int WaistSpeed = 6; int RightWheelDir = 8; int RightWheelSpeed = 9; int LeftWheelDir = 12; int LeftWheelSpeed = 10; int Slow = 100; int Fast = 200; int t1 = 200; int t2 = 1000; int WheelSpeed =75; int incomingByte; ///////// SETUP /////////voidsetup() { pinMode(RightArmDir, OUTPUT); pinMode(RightArmSpeed, OUTPUT); pinMode(LeftArmDir, OUTPUT); pinMode(LeftArmSpeed, OUTPUT); pinMode(WaistDir, OUTPUT); pinMode(WaistSpeed, OUTPUT); pinMode(RightWheelDir, OUTPUT); pinMode(RightWheelSpeed, OUTPUT); pinMode(LeftWheelDir, OUTPUT); pinMode(LeftWheelSpeed, OUTPUT); Serial.begin(9600); } //////// MAIN LOOP ///////voidloop() { Serial.println("...."); delay(2000); if(Serial.available()>0){ incomingByte = Serial.read(); switch(incomingByte){ case'f': Foward(); break; case'b': Backward(); break; case'r': RightArmUp(); break; case't': RightArmDown(); break; case'w': LeftArmUp(); break; case'e': LeftArmDown(); break; case'z': WaistBendDown(); break; case'x': WaistBendUp(); break; } } } //////////////////////////////////////////////////////// BASIC FUNCTIONS ////////////////////////////////////////////////////////////////// void RightArmUp(){ // Test Right Arm Serial.println("Right Arm"); //Right Arm Up Serial.println("Up"); digitalWrite(RightArmDir, HIGH); analogWrite(RightArmSpeed, Slow); delay (t1); analogWrite(RightArmSpeed,Fast); delay (2*t2); analogWrite(RightArmSpeed,Slow); delay(t1); analogWrite(RightArmSpeed, 0); delay(t1); } void RightArmDown(){ //Right Arm Down Serial.println("Right Arm Down"); digitalWrite(RightArmDir, LOW); analogWrite(RightArmSpeed, Slow); delay (t1); analogWrite(RightArmSpeed, Fast); delay (2*t2); analogWrite(RightArmSpeed, Slow); delay(t1); analogWrite(RightArmSpeed, 0); delay(2*t1); } void LeftArmUp(){ // Test Left Arm Serial.println("Left Arm Up"); //Left Arm Up digitalWrite(LeftArmDir, HIGH); analogWrite(LeftArmSpeed, Slow); delay (t1); analogWrite(LeftArmSpeed, Fast); delay (2*t2); analogWrite(LeftArmSpeed, Slow); delay (t1); analogWrite(LeftArmSpeed, 0); delay(t1); } void LeftArmDown(){ //Left Arm Down Serial.println("Left Arm Down"); digitalWrite(LeftArmDir, LOW); analogWrite(LeftArmSpeed, Slow); delay (t1); analogWrite(LeftArmSpeed, Fast); delay (2*t2); analogWrite(LeftArmSpeed,Slow); delay(t1); analogWrite(LeftArmSpeed, 0); delay(2*t1); } void WaistBendDown(){ // Test Waist Serial.println("Waist Bend Down"); digitalWrite(WaistDir, HIGH); analogWrite(WaistSpeed, Slow); delay (t1); analogWrite(WaistSpeed, Fast); delay (2*t2); analogWrite(WaistSpeed, Slow); delay(t1); analogWrite(WaistSpeed, 0); delay(t1); } void WaistBendUp(){ //Bend Up Serial.println("Up"); digitalWrite(WaistDir, LOW); analogWrite(WaistSpeed, Slow); delay (t1); analogWrite(WaistSpeed, Fast); delay (2*t2); analogWrite(WaistSpeed, Slow); delay(t1); analogWrite(WaistSpeed, 0); delay(2*t1); } void Spin(){ Serial.println("SPIN"); digitalWrite(LeftWheelDir, LOW); digitalWrite(RightWheelDir,HIGH); analogWrite(RightWheelSpeed, WheelSpeed/2); analogWrite(LeftWheelSpeed, WheelSpeed/2); delay (t1); analogWrite(RightWheelSpeed, WheelSpeed); analogWrite(LeftWheelSpeed, WheelSpeed); delay (t2); analogWrite(RightWheelSpeed, WheelSpeed/2); analogWrite(LeftWheelSpeed, WheelSpeed/2); delay(t1); analogWrite(LeftWheelSpeed, 0); analogWrite(RightWheelSpeed, 0); } void Spin2(){ Serial.println("SPIN2"); digitalWrite(LeftWheelDir, HIGH); digitalWrite(RightWheelDir,LOW); analogWrite(RightWheelSpeed, WheelSpeed/2); analogWrite(LeftWheelSpeed, WheelSpeed/2); delay (t1); analogWrite(RightWheelSpeed, WheelSpeed); analogWrite(LeftWheelSpeed, WheelSpeed); delay (t2); analogWrite(RightWheelSpeed, WheelSpeed/2); analogWrite(LeftWheelSpeed, WheelSpeed/2); delay(t1); analogWrite(LeftWheelSpeed, 0); analogWrite(RightWheelSpeed, 0); } void Foward(){ Serial.println("Go Foward"); digitalWrite(LeftWheelDir, HIGH); digitalWrite(RightWheelDir,HIGH); analogWrite(RightWheelSpeed, WheelSpeed/2); analogWrite(LeftWheelSpeed, WheelSpeed/2); delay (t1); analogWrite(RightWheelSpeed, WheelSpeed); analogWrite(LeftWheelSpeed, WheelSpeed); delay (t2); analogWrite(RightWheelSpeed, WheelSpeed/2); analogWrite(LeftWheelSpeed, WheelSpeed/2); delay(t1); analogWrite(LeftWheelSpeed, 0); analogWrite(RightWheelSpeed, 0); } void Backward(){ Serial.println("Go Backward"); digitalWrite(LeftWheelDir, LOW); digitalWrite(RightWheelDir,LOW); analogWrite(RightWheelSpeed, WheelSpeed/2); analogWrite(LeftWheelSpeed, WheelSpeed/2); delay (t1); analogWrite(RightWheelSpeed, WheelSpeed); analogWrite(LeftWheelSpeed, WheelSpeed); delay (t2); analogWrite(RightWheelSpeed, WheelSpeed/2); analogWrite(LeftWheelSpeed, WheelSpeed/2); delay(t1); analogWrite(LeftWheelSpeed, 0); analogWrite(RightWheelSpeed, 0); }
