Stap 11: Code aan Syncronize de LEDs
Nota: Zorg om stap 13: "Last Minute Changes" waar heb ik nota genomen van een ten minste één verandering tot nu toe die werd gemaakt na dit Instructable was 99% afgewerkt.
Hier ga je! Het huidige codebestand vastzit en zal laden automatisch in de Arduino interface voor u, enkel klik het dossier tweemaal.
De commentaren hieronder, zal aan begin van codebestand, hopelijk antwoord op de vragen over hoe dit alles samenkomt. Hoewel ik hier nog een keer, een opmerking over de POT op de correcte sensor toevoegen zal. Vrienden geworden met die POT, neem contact op met diner (en/of dranken), slaap mee, doen wat je aan hebt om te begrijpen hoe pietluttige ze is (je getrouwd kerels begrijpt). Dames - JUST KIDDING! :-)
Sommige saai specificaties zijn in de volgende stap, dus ik zeg vaarwel hier. Allerbest mazzel moet u uitproberen zulks men. Ik weet dat je zult zweren dat ik gek ben en dit niet werkt, dat is totdat u deze correcte sensor POT onder controle krijgen. Ik ben altijd bereid om vragen te beantwoorden of hulp op welke manier die ik kan dus wees niet verlegen zijn, hebt u een vraag (limiet 2 per klant) :-)
// written by Bradley S. Worthington-White 01/13/2016 /* * The functionality of this sketch is as follows; * * The "average" sensor value is the average of three contiguous readings * of the sensors current value. That value is then used within a range * of values to turn on specific LEDs. * * The "ON" statements that turn the LEDs on are read multiple times * before any "OFF" statements are read. How many times the "ON" * statements are read is determined by the value of "count" * under the "CheckCount" section. * * "UseSeq" determines which "ON" statements are read. There are * two choices for turning on the LEDs. Sequence one turns on * each LED individually, while sequence two groups the LEDs * together (two per group) and turns the groups on. * * Once the value in count is met the "OFF" statements are read. * There are four individual "OFF" sequences, which one is read * is determined by the value of OFFcount. Because each "OFF" sequence * resets "count" to zero and returns to "CheckCount" only one "OFF" * sequence is read before the program returns to the "ON" statements * and the process starts all over again. * */ /* NOTE: DO NOT make any adjustments to the values in this script if you * have turned on the serial monitor (Serial.begin). Running the serial * monitor greatly reduces the speed of the program and will throw * everything off. Use the serial monitor if you need to, but remember * to turn it off before changing any values in the script. */ const int SenOut = A1; // output from sensor to Analog Pin A1 const int RLED1 = 3; // assigning LEDs to digital pins 3 - 12 const int RLED2 = 4; const int RLED3 = 5; const int RLED4 = 6; const int RLED5 = 7; const int RLED6 = 8; const int RLED7 = 9; const int RLED8 = 10; const int RLED9 = 11; const int RLED10 = 12; int count = 0; // counter for # of times the "ON" functions are read int UseSeq = 0; // which "ON" function sequence to use int OFFcount = 0; // counter for "OFF" functions int sensVal [3]; // creates array for sensor data int i, j; // counter variables long average; // stores average sensor value void setup() { pinMode(RLED1, OUTPUT); // setting digital pins as OUTPUT pinMode(RLED2, OUTPUT); pinMode(RLED3, OUTPUT); pinMode(RLED4, OUTPUT); pinMode(RLED5, OUTPUT); pinMode(RLED6, OUTPUT); pinMode(RLED7, OUTPUT); pinMode(RLED8, OUTPUT); pinMode(RLED9, OUTPUT); pinMode(RLED10, OUTPUT); } void loop() { CheckCount: if (count > 1100) goto ledsOFF;// times "ON" statements read prior to "OFF" statements count = (count + 1);// increments "count" by 1 each run through the "ON" statements sensVal[(i++) % 3] = analogRead(SenOut); // Begin averaging sensor value average = 0; for (j = 0; j < 3; j++) { average += sensVal[j]; } average = average / 3; // End averaging sensor value UseSeq = 1; // determines which "ON" sequence to use if (UseSeq == 1) goto ON1; if (UseSeq == 2) goto ON2; ON1: // first "ON" sequence if (average > 875 && average < 885) digitalWrite (RLED1, HIGH); if (average > 800 && average < 815) digitalWrite (RLED2, HIGH); if (average > 700 && average < 703) digitalWrite (RLED3, HIGH); if (average > 600 && average < 604) digitalWrite (RLED4, HIGH); if (average > 500 && average < 503) digitalWrite (RLED5, HIGH); if (average > 400 && average < 404) digitalWrite (RLED6, HIGH); if (average > 300 && average < 303) digitalWrite (RLED7, HIGH); if (average > 200 && average < 203) digitalWrite (RLED8, HIGH); if (average > 100 && average < 103) digitalWrite (RLED9, HIGH); if (average > 50 && average < 52) digitalWrite (RLED10, HIGH); goto CheckCount; // returns to CheckCount ON2: // second "ON" sequence if (average > 875 && average < 878) digitalWrite (RLED1, HIGH); if (average > 875 && average < 878) digitalWrite (RLED2, HIGH); if (average > 700 && average < 703) digitalWrite (RLED3, HIGH); if (average > 700 && average < 703) digitalWrite (RLED4, HIGH); if (average > 500 && average < 503) digitalWrite (RLED5, HIGH); if (average > 500 && average < 503) digitalWrite (RLED6, HIGH); if (average > 300 && average < 303) digitalWrite (RLED7, HIGH); if (average > 300 && average < 303) digitalWrite (RLED8, HIGH); if (average > 100 && average < 103) digitalWrite (RLED9, HIGH); if (average > 100 && average < 103) digitalWrite (RLED10, HIGH); goto CheckCount; ledsOFF: // OFF sequences for LEDs OFFcount = (OFFcount + 1); // counts number of times "OFF" statements have been read if(OFFcount == 1) goto OFF1; // which "OFF" sequence is run else if (OFFcount == 2) goto OFF3; else if (OFFcount == 3) goto OFF2; else if (OFFcount == 4) goto OFF4; OFF1: // first "OFF" sequence digitalWrite (RLED1, LOW); digitalWrite (RLED2, LOW); digitalWrite (RLED3, LOW); digitalWrite (RLED4, LOW); digitalWrite (RLED5, LOW); count = 0; // resets the value of count under "CheckCount" to zero goto CheckCount; // returns to CheckCount OFF2: // second "OFF" sequence digitalWrite (RLED6, LOW); digitalWrite (RLED7, LOW); digitalWrite (RLED8, LOW); digitalWrite (RLED9, LOW); digitalWrite (RLED10, LOW); count = 0; goto CheckCount; OFF3: // third "OFF" sequence digitalWrite (RLED1, LOW); digitalWrite (RLED2, LOW); digitalWrite (RLED3, LOW); digitalWrite (RLED4, LOW); digitalWrite (RLED5, LOW); digitalWrite (RLED6, LOW); digitalWrite (RLED7, LOW); digitalWrite (RLED8, LOW); digitalWrite (RLED9, LOW); digitalWrite (RLED10, LOW); count = 0; goto CheckCount; OFF4: // fourth "OFF" sequence digitalWrite (RLED10, LOW); digitalWrite (RLED9, LOW); digitalWrite (RLED8, LOW); digitalWrite (RLED7, LOW); digitalWrite (RLED6, LOW); digitalWrite (RLED5, LOW); digitalWrite (RLED4, LOW); digitalWrite (RLED3, LOW); digitalWrite (RLED2, LOW); digitalWrite (RLED1, LOW); OFFcount = 0; // resets OFFcount to zero count = 0; goto CheckCount; }
