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Copy pathOPTION_3.ino
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OPTION_3.ino
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void option3(){// couleur uni qui ne change pas appuyer sur les bouton pour faire varier couleur. faire un attachinterrupt
//definir les borne
int XNborneM = 380;
int XNborneP = 540;
int XPborneM = 610;
int XPborneP = 1023;
int XMborneM = 0;
int XMborneP = 200;
int YNborneM = 380;
int YNborneP = 540;
int YPborneM = 610;
int YPborneP = 1023;
int YMborneM = 0;
int YMborneP = 200;
int Vitesse_Changement = 5;
int X;
int Y;
X= analogRead(pinXc);
Y = analogRead(pinYc);
/*Serial.println(X);
Serial.println(Y);*/
//fonction commence ici
switch (compter_pour_changer_leds) {
case 0://modifie led ordi seulement et allume seulement led ordi
ledOrdi.clear();
ledBureau.clear();
ledOrdi.show();
ledBureau.show();
Serial.println("Option 3 :n'allume rien");
changer_option();
break;
case 1://modifie led ordi seulement et allume seulement led ordi
X= analogRead(pinXc);
Y = analogRead(pinYc);
/*Serial.println(X);
Serial.println(Y);*/
if ( redOR > 80 ){
redOR = 80;
delay(50);}
if ( greenOR > 80 ){
greenOR = 80;
delay(50);}
if ( blueOR > 80 ){
blueOR = 80;
delay(50);}
if ( redOR < 1 ){
redOR = 0;
delay(50);}
if ( blueOR < 1 ){
blueOR = 0;
delay(50);}
if ( greenOR < 1 ){
greenOR = 0;
delay(50);}
if ( (Y >= YPborneM and Y <= YPborneP) and (X >= XMborneM and X<= XMborneP ) ){ //Y+ et X-
redOR +=Vitesse_Changement;
delay(50);}
else if ( (Y >= YPborneM and Y <= YPborneP) and (X >= XNborneM and X <= XNborneP)){ //Y+ et Xneutre
blueOR += Vitesse_Changement;
delay(50);}
else if ((Y >= YPborneM and Y <= YPborneP) and (X >= XPborneM and X<= XPborneP )){// Y+ et X+
greenOR += Vitesse_Changement;
delay(50);}
if (( Y >= YMborneM and Y <= YMborneP) and (X >= XMborneM and X<= XMborneP )){//Y- X-
redOR -=Vitesse_Changement;
delay(50);}
else if (( Y >= YMborneM and Y <= YMborneP) and (X >= XNborneM and X <= XNborneP) ){ //Y- et Xneutre
blueOR -= Vitesse_Changement;
delay(50);}
else if (( Y >= YMborneM and Y <= YMborneP) and (X >= XPborneM and X<= XPborneP )){// Y- et X+
greenOR -= Vitesse_Changement;
delay(50);}
for (int i = 0; i<= nbledOrdi; i++){ ledOrdi.setPixelColor(i, ledOrdi.Color(redOR,greenOR,blueOR)); }
ledOrdi.show();
Serial.print(" Option 3 led 1 ");Serial.print("redORdi : " );Serial.print(redOR);Serial.print(" blueordi: ");Serial.print(blueOR);Serial.print(" greenORdi: ");Serial.println(greenOR);
break;
// changer_option();
case 2://modifie led bureau et allume seulement led bureau
X= analogRead(pinXc);
Y = analogRead(pinYc);
/*Serial.println(X);
Serial.println(Y);*/
if ( redBU > 80 ){
redBU = 80;
delay(50);}
if ( greenBU > 80 ){
greenBU = 80;
delay(50);}
if ( blueBU > 80 ){
blueBU = 80;
delay(50);}
if ( redBU < 1 ){
redBU = 0;
delay(50);}
if ( blueBU < 1 ){
blueBU = 0;
delay(50);}
if ( greenBU < 1 ){
greenBU = 0;
delay(50);}
if ( (Y >= YPborneM and Y <= YPborneP) and (X >= XMborneM and X<= XMborneP ) ){ //Y+ et X-
redBU +=Vitesse_Changement;
delay(50);}
else if ( (Y >= YPborneM and Y <= YPborneP) and (X >= XNborneM and X <= XNborneP)){ //Y+ et Xneutre
blueBU += Vitesse_Changement;
delay(50);}
else if ((Y >= YPborneM and Y <= YPborneP) and (X >= XPborneM and X<= XPborneP )){// Y+ et X+
greenBU += Vitesse_Changement;
delay(50);}
if (( Y >= YMborneM and Y <= YMborneP) and (X >= XMborneM and X<= XMborneP )){//Y- X-
redBU -=Vitesse_Changement;
delay(50);}
else if (( Y >= YMborneM and Y <= YMborneP) and (X >= XNborneM and X <= XNborneP) ){ //Y- et Xneutre
blueBU -= Vitesse_Changement;
delay(50);}
else if (( Y >= YMborneM and Y <= YMborneP) and (X >= XPborneM and X<= XPborneP )){// Y- et X+
greenBU -= Vitesse_Changement;
delay(50);}
for (int i = 0; i<= nbledBureau; i++){ ledBureau.setPixelColor(i, ledBureau.Color(redBU,greenBU,blueBU)); }
ledBureau.show();
Serial.print(" Option 3 led2 ");Serial.print("redBUreau : " );Serial.print(redBU);Serial.print(" bluebureau: ");Serial.print(blueBU);Serial.print(" greenBUreau: ");Serial.println(greenBU);
//changer_option();
break;
case 3:// modifie led bureau et allume les deux
X= analogRead(pinXc);
Y = analogRead(pinYc);
/*Serial.println(X);
Serial.println(Y);*/
if ( redBU > 80 ){
redBU = 80;
delay(50);}
if ( greenBU > 80 ){
greenBU = 80;
delay(50);}
if ( blueBU > 80 ){
blueBU = 80;
delay(50);}
if ( redBU < 1 ){
redBU = 0;
delay(50);}
if ( blueBU < 1 ){
blueBU = 0;
delay(50);}
if ( greenBU < 1 ){
greenBU = 0;
delay(50);}
if ( (Y >= YPborneM and Y <= YPborneP) and (X >= XMborneM and X<= XMborneP ) ){ //Y+ et X-
redBU +=Vitesse_Changement;
delay(50);}
else if ( (Y >= YPborneM and Y <= YPborneP) and (X >= XNborneM and X <= XNborneP)){ //Y+ et Xneutre
blueBU += Vitesse_Changement;
delay(50);}
else if ((Y >= YPborneM and Y <= YPborneP) and (X >= XPborneM and X<= XPborneP )){// Y+ et X+
greenBU += Vitesse_Changement;
delay(50);}
if (( Y >= YMborneM and Y <= YMborneP) and (X >= XMborneM and X<= XMborneP )){//Y- X-
redBU -=Vitesse_Changement;
delay(50);}
else if (( Y >= YMborneM and Y <= YMborneP) and (X >= XNborneM and X <= XNborneP) ){ //Y- et Xneutre
blueBU -= Vitesse_Changement;
delay(50);}
else if (( Y >= YMborneM and Y <= YMborneP) and (X >= XPborneM and X<= XPborneP )){// Y- et X+
greenBU -= Vitesse_Changement;
delay(50);}
for (int i = 0; i<= nbledBureau; i++){ ledBureau.setPixelColor(i, ledBureau.Color(redBU,greenBU,blueBU)); }
ledBureau.show();
Serial.print(" Option 3 led4 ");Serial.print("redBUreau : " );Serial.print(redBU);Serial.print(" bluebureau: ");Serial.print(blueBU);Serial.print(" greenBUreau: ");Serial.println(greenBU);
//changer_option();
break;
case 4://allume les deux et modifie led ordi
X= analogRead(pinXc);
Y = analogRead(pinYc);
/*Serial.println(X);
Serial.println(Y);*/
if ( redOR > 80 ){
redOR = 80;
delay(50);}
if ( greenOR > 80 ){
greenOR = 80;
delay(50);}
if ( blueOR > 80 ){
blueOR = 80;
delay(50);}
if ( redOR < 1 ){
redOR = 0;
delay(50);}
if ( blueOR < 1 ){
blueOR = 0;
delay(50);}
if ( greenOR < 1 ){
greenOR = 0;
delay(50);}
if ( (Y >= YPborneM and Y <= YPborneP) and (X >= XMborneM and X<= XMborneP ) ){ //Y+ et X-
redOR +=Vitesse_Changement;
delay(50);}
else if ( (Y >= YPborneM and Y <= YPborneP) and (X >= XNborneM and X <= XNborneP)){ //Y+ et Xneutre
blueOR += Vitesse_Changement;
delay(50);}
else if ((Y >= YPborneM and Y <= YPborneP) and (X >= XPborneM and X<= XPborneP )){// Y+ et X+
greenOR += Vitesse_Changement;
delay(50);}
if (( Y >= YMborneM and Y <= YMborneP) and (X >= XMborneM and X<= XMborneP )){//Y- X-
redOR -=Vitesse_Changement;
delay(50);}
else if (( Y >= YMborneM and Y <= YMborneP) and (X >= XNborneM and X <= XNborneP) ){ //Y- et Xneutre
blueOR -= Vitesse_Changement;
delay(50);}
else if (( Y >= YMborneM and Y <= YMborneP) and (X >= XPborneM and X<= XPborneP )){// Y- et X+
greenOR -= Vitesse_Changement;
delay(50);}
for (int i = 0; i<= nbledOrdi; i++){ ledOrdi.setPixelColor(i, ledOrdi.Color(redOR,greenOR,blueOR)); }
ledOrdi.show();
Serial.print(" Option 3 led3 ");Serial.print("redORdi : " );Serial.print(redOR);Serial.print(" blueordi: ");Serial.print(blueOR);Serial.print(" greenORdi: ");Serial.println(greenOR);
// changer_option();
break;
case 5://allume les deux et modifie les deux
X= analogRead(pinXc);
Y = analogRead(pinYc);
/*Serial.println(X);
Serial.println(Y);*/
if ( redOR > 80 ){
redOR = 80;
delay(50);}
if ( greenOR > 80 ){
greenOR = 80;
delay(50);}
if ( blueOR > 80 ){
blueOR = 80;
delay(50);}
if ( redOR < 1 ){
redOR = 0;
delay(50);}
if ( blueOR < 1 ){
blueOR = 0;
delay(50);}
if ( greenOR < 1 ){
greenOR = 0;
delay(50);}
if ( (Y >= YPborneM and Y <= YPborneP) and (X >= XMborneM and X<= XMborneP ) ){ //Y+ et X-
redOR +=Vitesse_Changement;
delay(50);}
else if ( (Y >= YPborneM and Y <= YPborneP) and (X >= XNborneM and X <= XNborneP)){ //Y+ et Xneutre
blueOR += Vitesse_Changement;
delay(50);}
else if ((Y >= YPborneM and Y <= YPborneP) and (X >= XPborneM and X<= XPborneP )){// Y+ et X+
greenOR += Vitesse_Changement;
delay(50);}
if (( Y >= YMborneM and Y <= YMborneP) and (X >= XMborneM and X<= XMborneP )){//Y- X-
redOR -=Vitesse_Changement;
delay(50);}
else if (( Y >= YMborneM and Y <= YMborneP) and (X >= XNborneM and X <= XNborneP) ){ //Y- et Xneutre
blueOR -= Vitesse_Changement;
delay(50);}
else if (( Y >= YMborneM and Y <= YMborneP) and (X >= XPborneM and X<= XPborneP )){// Y- et X+
greenOR -= Vitesse_Changement;
delay(50);}
redBU = redOR;
greenBU = greenOR;
blueBU = blueOR;
for (int i = 0; i<= nbledOrdi; i++){ ledOrdi.setPixelColor(i, ledOrdi.Color(redOR,greenOR,blueOR)); }
for (int i = 0; i<= nbledBureau; i++){ ledBureau.setPixelColor(i, ledBureau.Color(redBU,greenBU,blueBU)); }
ledOrdi.show();
ledBureau.show();
Serial.print(" Option 3 led4 ");Serial.print("redORdi : " );Serial.print(redOR);Serial.print(" blueordi: ");Serial.print(blueOR);Serial.print(" greenORdi: ");Serial.println(greenOR);
//changer_option();
break;
}
//changer_option();
}