Michael Hewitt / Mbed 2 deprecated microbit_serialDisplay

to verify the position of the LEDs

Dependencies:   mbed

This is an attempt to address all the 25 LEDs. This has been done but only on rows. I need to arrange the column calls in some form of array which can be indexed.

main.cpp@6:83feebd43ec8, 2019-10-22 (annotated)

Committer:
matrixmike
Date:
Tue Oct 22 03:50:13 2019 +0000
Revision:
6:83feebd43ec8
Parent:
5:7881d6e0732f
Child:
7:0f62c513f003
all columns and all rows

Who changed what in which revision?

UserRevisionLine numberNew contents of line
matrixmike 0:699a0e5dc3ab 1 #include "mbed.h"
matrixmike 0:699a0e5dc3ab 2 /*
matrixmike 0:699a0e5dc3ab 3 * All the LEDs on the micro:bit are part of the LED Matrix,
matrixmike 0:699a0e5dc3ab 4 * In order to get simple blinking behaviour, we set column 0
matrixmike 0:699a0e5dc3ab 5 * to be permanently at ground. If you want to use the LEDs as
matrixmike 0:699a0e5dc3ab 6 * a screen, there is a display driver in the micro:bit 'DAL',
matrixmike 0:699a0e5dc3ab 7 */
matrixmike 0:699a0e5dc3ab 8 // 21 Oct 2019
matrixmike 2:71c7441b477a 9 int seq[5] = {P0_15,P0_13,P0_14,P0_11};
matrixmike 2:71c7441b477a 10 void myLedBlink(int led)
matrixmike 2:71c7441b477a 11 {
matrixmike 2:71c7441b477a 12 led = 1;
matrixmike 2:71c7441b477a 13 wait(0.2);
matrixmike 2:71c7441b477a 14 led = 0;
matrixmike 2:71c7441b477a 15 wait(0.2);
matrixmike 2:71c7441b477a 16 }
matrixmike 3:c6d14249d784 17 // https://www.iot-programmer.com/index.php/books/27-micro-bit-iot-in-c/chapters-micro-bit-iot-in-c/54-micro-bit-iot-in-c-the-led-display
matrixmike 4:0dc3e04090ab 18 DigitalOut col1(P0_4,0);
matrixmike 4:0dc3e04090ab 19 DigitalOut col2(P0_5,0);
matrixmike 3:c6d14249d784 20 DigitalOut col3(P0_6,0);
matrixmike 4:0dc3e04090ab 21 DigitalOut col4(P0_7,0);
matrixmike 4:0dc3e04090ab 22 DigitalOut col5(P0_8,0);
matrixmike 4:0dc3e04090ab 23 DigitalOut col6(P0_9,0);
matrixmike 4:0dc3e04090ab 24 DigitalOut col7(P0_10,0);
matrixmike 4:0dc3e04090ab 25 DigitalOut col8(P0_11,0);
matrixmike 4:0dc3e04090ab 26 DigitalOut col9(P0_12,0);
matrixmike 4:0dc3e04090ab 27 //DigitalOut myled3(P0_15); // something
matrixmike 4:0dc3e04090ab 28
matrixmike 1:bd2be1824e78 29 DigitalOut myled1(P0_13); // something
matrixmike 1:bd2be1824e78 30 DigitalOut myled2(P0_14); // guessing the layout of the LEDs ATM
matrixmike 4:0dc3e04090ab 31 DigitalOut myled3(P0_15); // something
matrixmike 0:699a0e5dc3ab 32 int main()
matrixmike 0:699a0e5dc3ab 33 {
matrixmike 0:699a0e5dc3ab 34 while(1) {
matrixmike 4:0dc3e04090ab 35 // for (int cv = 0; cv < 4 ; cv++) {
matrixmike 4:0dc3e04090ab 36 // myLedBlink(seq[cv]);
matrixmike 4:0dc3e04090ab 37 // }
matrixmike 4:0dc3e04090ab 38 // myled1 = 1;
matrixmike 4:0dc3e04090ab 39 // myled2 = 1;
matrixmike 1:bd2be1824e78 40 myled3 = 1;
matrixmike 4:0dc3e04090ab 41 // myled4 = 1;
matrixmike 0:699a0e5dc3ab 42 wait(0.2);
matrixmike 4:0dc3e04090ab 43 // myled1 = 0;
matrixmike 1:bd2be1824e78 44 myled3 = 0;
matrixmike 4:0dc3e04090ab 45 // myled4 = 0;
matrixmike 0:699a0e5dc3ab 46 wait(0.2);
matrixmike 6:83feebd43ec8 47 // **
matrixmike 5:7881d6e0732f 48 myled2 = 1;
matrixmike 5:7881d6e0732f 49 // myled4 = 1;
matrixmike 5:7881d6e0732f 50 wait(0.2);
matrixmike 5:7881d6e0732f 51 // myled1 = 0;
matrixmike 5:7881d6e0732f 52 myled2 = 0;
matrixmike 5:7881d6e0732f 53 // myled4 = 0;
matrixmike 5:7881d6e0732f 54 wait(0.2);
matrixmike 6:83feebd43ec8 55 // **
matrixmike 6:83feebd43ec8 56 myled1 = 1;
matrixmike 6:83feebd43ec8 57 // myled4 = 1;
matrixmike 6:83feebd43ec8 58 wait(0.2);
matrixmike 6:83feebd43ec8 59 // myled1 = 0;
matrixmike 6:83feebd43ec8 60 myled1 = 0;
matrixmike 6:83feebd43ec8 61 // myled4 = 0;
matrixmike 6:83feebd43ec8 62 wait(0.2);
matrixmike 6:83feebd43ec8 63 // **
matrixmike 2:71c7441b477a 64 //}
matrixmike 2:71c7441b477a 65 // for (int cv = 0; cv < 3 ; cv++) {
matrixmike 2:71c7441b477a 66 // myLedBlink(cv);
matrixmike 2:71c7441b477a 67 // }
matrixmike 0:699a0e5dc3ab 68 }
matrixmike 2:71c7441b477a 69 }