Robootika lahenduste esitlus

1. Robootika lahenduste esitlus Raul Liinev Martin Ligema Siim Suu Martin Tõnne

2. Idee Arduino, ColorPal, Joystickja tinkerkit seadmete kombineerimine õppimise eesmärgil.

3. Kasutus Arduino, ColorPal, Joystickja tinkerkit seadmete kombineerimine. Värvide skännimineja nende liigutamine veebis.

4. Arendus Arduino, ColorPal, Joystickja tinkerkit seadmete kombineerimine. Värvide skännimineja nende liigutamine veebis.

12. KOOD

13. ARDUINO.TXT #include <SoftwareSerial.h> constintsio = 2; // ColorPALconnectedtopin 2 constintunused = 255; // Non-existantpin # forSoftwareSerial constintsioBaud = 4800; constintwaitDelay = 200; // Received RGB valuesfromColorPAL intred; intgrn; intblu; #include <TinkerKit.h> TKButton button(I2); TKLightSensor ldr(I1); TKJoystick joystick(I0, I1); int x = 0; int y = 0; char buf[10]; // Setuptwosoftwareserials on thesamepin. SoftwareSerialserin(sio, unused); SoftwareSerialserout(unused, sio); voidsetup() { Serial.begin(9600); // reset(); // SendresettoColorPal serout.begin(sioBaud); pinMode(sio, OUTPUT); serout.print("= (00 $ m) !"); // Loop print values, see ColorPALdocumentation serout.end(); // Discontinueserial port fortransmitting serin.begin(sioBaud); // Setupserial port forreceiving pinMode(sio, INPUT); } voidloop() { //delay(2000); if (button.readSwitch() == HIGH) { x = joystick.readX(); y = joystick.readY(); sprintf(buf, "%d,", x); Serial.print(buf); sprintf(buf, "%d", y); Serial.println(buf); delay(500) ; //Serial.println(ldr.read()); //readData(); } } // ResetColorPAL; see ColorPALdocumentationforsequence voidreset() { delay(200); pinMode(sio, OUTPUT); digitalWrite(sio, LOW); pinMode(sio, INPUT); while (digitalRead(sio) != HIGH); pinMode(sio, OUTPUT); digitalWrite(sio, LOW); delay(80); pinMode(sio, INPUT); delay(waitDelay); } voidreadData() { char buffer[32]; if (serin.available() > 0) { // Waitfor a $ character, then read three 3 digithexnumbers buffer[0] = serin.read(); if (buffer[0] == '$') { for(int i = 0; i < 9; i++) { while (serin.available() == 0); // Waitfornextinputcharacter buffer[i] = serin.read(); if (buffer[i] == '$') // Returnearlyif $ characterencountered return; } parseAndPrint(buffer); delay(10); } } } // Parsethehexdataintointegers voidparseAndPrint(char * data) { sscanf (data, "%3x%3x%3x", &red, &grn, &blu); char buffer[32]; sprintf(buffer, "%4.4d_%4.4d_%4.4d", red, grn, blu); Serial.println(buffer); }

14. PROCESS.TXT import processing.serial.*; SerialmyPort; // Theserial port intxPos = 1; // horizontalpositionofthegraph voidsetup () { // setthewindowsize: size(400, 300); // List all theavailableserial ports println(Serial.list()); // I knowthatthefirst port intheserial list on mymac // isalwaysmyArduino, so I open Serial.list()[0]. // Openwhatever port istheoneyou'reusing. myPort = newSerial(this, Serial.list()[2], 9600); // don'tgenerate a serialEvent() unlessyouget a newlinecharacter: myPort.bufferUntil('\n'); // setinitalbackground: background(0); } voiddraw () { } voidserialEvent (SerialmyPort) { // getthe ASCII string: String inString = myPort.readStringUntil('\n'); loadStrings("http://greeny.cs.tlu.ee/~liinevra/Robootika/11-11-13/index2.php/?tekst="+inString); if (inString != null) { println(inString); } }

15. KOOD