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chipkit:start: 44 Hits
eln: <code c> const uint8_t LEFT=0; const uint8_t RIGHT=1; uint8_t nP[2][8] = {{0,17, 9,10,11,12,13,14},{... n Pin 2 angeschlossen, kann also über <code c> nP[RIGHT][2] </code> angesprochen werden. Man sieht in de... === <code c> const uint8_t LEFT=0; const uint8_t RIGHT=1; uint8_t nP[2][8] = {{0,17, 9,10,11,12,13,14},{... P32 board definitions void setup() { pinMode(nP[RIGHT][2],OUTPUT); } void loop() { digitalWrite(nP[RI
projekte:nn_bot: 32 Hits
No Obstactle - Obstacle on left - Obstacle on right - Obstacle left and right - Obstacle left and right close Als Input habe ich zwei Sensoren also zwei Werte. Als Output habe ich 2 Motoren also ... Obstacle on left { 1, 0.6 }, // Obstacle on right { 0.6, 0.6 }, // Obstacle left and right { 0.3, 0.3 }, // Obstacle left and right close Ausgabe: { 1, 1 }, // No Obstactle { 1, 0.2
helvepic32bb:bspblink:start: 10 Hits
c blink.ino> const uint8_t LEFT=0; const uint8_t RIGHT=1; uint8_t nP[2][8] = {{0,17, 9,10,11,12,13,14},{... P32 board definitions void setup() { pinMode(nP[RIGHT][2],OUTPUT); } void loop() { digitalWrite(nP[RIGHT][2], HIGH); delay(250); digitalWrite(nP[RIGHT][2], LOW); delay(250); } </code> === 2) Regis... eg |= bitmask const uint8_t LEFT=0; const uint8_t RIGHT=1; uint8_t nP[2][8] = {{0,17, 9,10,11,12,13,14},{
helvepic32:bspblink:start: 10 Hits
c blink.ino> const uint8_t LEFT=0; const uint8_t RIGHT=1; #if defined(_BOARD_DP32_) const uint8_t MAXWIN... ard definition #endif void setup() { pinMode(nP[RIGHT][2],OUTPUT); } void loop() { digitalWrite(nP[RIGHT][2], HIGH); delay(250); digitalWrite(nP[RIGHT][2], LOW); delay(250); } </code> === 2) Regis... eg |= bitmask const uint8_t LEFT=0; const uint8_t RIGHT=1; uint8_t nP[2][8] = {{0,17, 9,10,11,12,13,14},{
helvepic32:bspinterrupt:start: 9 Hits
bunden: ^ Interrupt ^ Pin ^ Kommentar ^ | int_0 | RIGHT - 2 | fest verdrahtet | | int_1 | RIGHT - 4 | PP... int_2 | LEFT - 6 | PPS Voreinstellung| | int_3 | RIGHT - 3 | PPS Voreinstellung| | int_4 | RIGHT - 1 | ... nstellung| Der Interrupt 0 ist fest mit dem Pin RIGHT-2 verbunden, die anderen Interrupts können auf an... Für das Beispile verbinden wir den Encoder A mit RIGHT-4. Da der HelvePic32 keine internen Pull-up Wide
wiki:syntax: 7 Hits
hp.net/images/php.gif?200x50}} By using left or right whitespaces you can choose the alignment. {{ wik... of your text: Add two spaces on the left to align right, two spaces on the right to align left and two sp... Table with alignment ^^^ | right| center |left | |left | right| center | | xxxxxxxxxxxx | xxxxxxxxxxxx | xxxxxxxxxxxx | This is how it looks in
helvepic32:bspgpio:start: 7 Hits
tten Pin auf der rechten Seite des HelvePic32 (nP[RIGHT][3]) Um den Status des Tasters auszulesen gehen wir wie beim Arduino vor: <code c>digitalRead(nP[RIGHT][3])</code> Das bedeutet, dass auch der ganze Cod... Zustand eines Pins durch <code c>digitalWrite(nP[RIGHT][3],HIGH)</code> bzw. <code c>digitalWrite(nP[RIGHT][3],LOW)</code> setzen, was aber an dem Pin für den Taster wenig Sinn ergibt. Also verbinden wir
helvepic32:bsplcd:start: 7 Hits
c domain. */ const uint8_t LEFT=0; const uint8_t RIGHT=1; uint8_t nP[2][8] = {{0,17, 9,10,11,12,13,14},{... version 1.0 using DP32 bootloader #define RS nP[RIGHT][0] #define EN nP[RIGHT][1] #define D4 nP[RIGHT][2] #define D5 nP[RIGHT][3] #define D6 nP[RIGHT][4] #define D7 nP[RIGHT][5] #include <LiquidCrystal.
helvepic32:bspringcoderfinal:start: 7 Hits
paß! <code c>#include #include int spin = nP[RIGHT][3]; volatile int encoderPin1 = nP[RIGHT][4]; ... to INT-1 by default volatile int encoderPin2 = nP[RIGHT][5]; volatile int number = 0; volatile boolean s... pt routines int oldnumber = number; int rpin = nP[RIGHT][2]; int gpin = nP[RIGHT][1]; int bpin = nP[RIGHT][0]; int rval; int gval; int bval; int enPin = nP[LEFT][3]; // Shift registers' Output Enable pin
helvepic32:bsptft:start: 6 Hits
den: <code c> const uint8_t LEFT=0; const uint8_t RIGHT=1; uint8_t nP[2][8] = {{ 0,17, 9,10,11,12,13,14}... , 1, 2, 3, 6, 7, 8}}; const uint8_t TFT_CS = nP[RIGHT][7]; const uint8_t TFT_RST = nP[RIGHT][6]; const uint8_t TFT_RS = nP[RIGHT][5]; const uint8_t TFT_SDA = nP[RIGHT][4]; const uint8_t TFT_SCL = nP[RIGHT][3]; #include <UTFT.h> // Declare which fonts we will be using extern uint8_t SmallFont[]; // U
helvepic32:bspstepper:start: 5 Hits
y terry@yourduino.com */ #define LEFT 0 #define RIGHT 1 uint8_t nP[2][8] = {{0,17, 9,10,11,12,13,14},{1... ne HALFSTEP 8 // motor pins #define motorPin1 nP[RIGHT][3] // Blue - 28BYJ48 pin 1 #define motorPin2 nP[RIGHT][2] // Pink - 28BYJ48 pin 2 #define motorPin3 nP[RIGHT][1] // Yellow - 28BYJ48 pin 3 #define motorPin4 nP[RIGHT][0] // Orange - 28BYJ48 pin 4 // Red - 28
helvepic32:bspanalog:start: 5 Hits
logInput */ const uint8_t LEFT=0; const uint8_t RIGHT=1; uint8_t nP[2][8] = {{0,17, 9,10,11,12,13,14},{... e input pin for the potentiometer int ledPin = nP[RIGHT][2]; // select the pin for the LED int senso... Wilhelm */ const uint8_t LEFT=0; const uint8_t RIGHT=1; uint8_t nP[2][8] = {{0,17, 9,10,11,12,13,14},{... ervo position, in microseconds const int pin = nP[RIGHT][4]; // Choose _any_ pin number on your board int
helvepic32:bspn5110:start: 5 Hits
ePic32 // 1 RST SPI SS Pin 11 10 8 Right 3 // 2 CE CS0 CE Pin 12 9 7 Right 2 // 3 DC SPI MISO Pin 10 12 Right 7 // 4 DN SPI MOSI DIN Pin 9 11 Right 0 // 5 CLK SPI CLK SCK Pin 8 13 Right 6 // 6 VCC // 7 LIGHT // 8 GND #include
helvepic32:bspservo:start: 3 Hits
ach: <code c> const uint8_t LEFT=0; const uint8_t RIGHT=1; uint8_t nP[2][8] = {{0,17, 9,10,11,12,13,14 },... ervo position, in microseconds const int pin = nP[RIGHT][3]; // Choose _any_ pin number on your board, i.e. pin 3, right side void setup() { } void loop() { for(pos = 1000; pos < 2000; pos += 1
helvepic32:bspneopixel:start: 2 Hits
helvepic32bb:bspn5110:start: 2 Hits
helvepic32:bspservod:start: 2 Hits
helvepic32:intro:start: 2 Hits
helvepic32:wingled:start: 2 Hits
helvepic32bb:intro:start: 2 Hits
motor:bidirectional_motorcontrol_arduino: 2 Hits
products:64x32_dot_matrix_rgb_display: 1 Hits
helvepic32:elecfreakskit:start: 1 Hits
helvepic32:bspshiftreg:start: 1 Hits
 
 
 

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