Thomas Pettet
Whack a Mole game! Features: - LCD graphics display - Touch pad input - Speaker effects through a class D audio amplifier\ - A high score page maintained by the SD card file system - Analog noise used to seed random numbers
Dependencies: 4DGL-uLCD-SE SDFileSystem mbed
Fork of
MPR121_Demo
by 
jim hamblen
Diff: main.cpp
- Revision:
- 1:89fd0d713ffc
- Parent:
- 0:e09703934ff4
- Child:
- 2:d85c5ce4d397
diff -r e09703934ff4 -r 89fd0d713ffc main.cpp
--- a/main.cpp Wed Mar 16 01:49:13 2011 +0000
+++ b/main.cpp Mon Mar 14 03:28:28 2016 +0000
@@ -23,23 +23,40 @@
#include <mbed.h>
#include <string>
#include <list>
+#include "uLCD_4DGL.h"
+#include <mpr121.h>
+#include "rtos.h"
-#include <mpr121.h>
+uLCD_4DGL lcd(p9, p10, p30); // tx, rx, reset
DigitalOut led1(LED1);
DigitalOut led2(LED2);
DigitalOut led3(LED3);
DigitalOut led4(LED4);
+AnalogIn Ain(p15);
// Create the interrupt receiver object on pin 26
InterruptIn interrupt(p26);
-
+Mutex POS_MUTTEX;
// Setup the Serial to the PC for debugging
Serial pc(USBTX, USBRX);
// Setup the i2c bus on pins 28 and 27
-I2C i2c(p9, p10);
+I2C i2c(p28, p27);
+int pos1;
+int pos2;
+int pos3;
+int pos4;
+int pos5;
+int pos6;
+int score = 0;
+int hole1 = 0x100;
+int hole2 = 0x10;
+int hole3 = 0x1;
+int hole4 = 0x200;
+int hole5 = 0x20;
+int hole6 = 0x2;
// Setup the Mpr121:
// constructor(i2c object, i2c address of the mpr121)
Mpr121 mpr121(&i2c, Mpr121::ADD_VSS);
@@ -50,18 +67,72 @@
int value=mpr121.read(0x00);
value +=mpr121.read(0x01)<<8;
// LED demo mod by J. Hamblen
- //pc.printf("MPR value: %x \r\n", value);
- i=0;
+ POS_MUTEX.lock;
+ if (value==hole1&&pos1==1)
+ {
+ score++;
+ }
+ POS_MUTEX.lock;
+ pc.printf("MPR value: %x \r\n", value);
+ /*if (value == 1)
+ {
+ led1 = !led1;
+ }
+ if (value == 2)
+ {
+ led2 = !led2;
+ }
+ if (value == 16)
+ {
+ led3 = !led3;
+ }
+ if (value == 32)
+ {
+ led4 = !led4;
+ }
+
+ if (value == 256)
+ {
+ led3 = !led3;
+ }
+ if (value == 512)
+ {
+ led4 = !led4;
+ }*/
+ //i=0;
// puts key number out to LEDs for demo
- for (i=0; i<12; i++) {
+ /* for (i=0; i<12; i++) {
if (((value>>i)&0x01)==1) key_code=i+1;
}
led4=key_code & 0x01;
led3=(key_code>>1) & 0x01;
led2=(key_code>>2) & 0x01;
- led1=(key_code>>3) & 0x01;
+ led1=(key_code>>3) & 0x01;*/
}
+float arand;
+unsigned int state;
+
int main() {
+lcd.baudrate(300000);
+
+int out = 0xFF0000;// outline color
+int fill = 0x0000;// fill color. aka no mole
+int col1 = 21;
+int col2 = 64;
+int col3=107;
+int row1=107;
+int row2=64;
+int row3=21;
+int r = 20;
+int rmole=18;//radius mole
+int mole= 0xD3D3D3;//mole color like gray
+
+lcd.circle(col1, row1 , r, out);// all empty
+lcd.circle(col1, row2 , r, out);
+lcd.circle(col2, row1 , r, out);
+lcd.circle(col2, row2 , r, out);
+lcd.circle(col3, row1 , r, out);
+lcd.circle(col3, row2 , r, out);
pc.printf("\nHello from the mbed & mpr121\n\r");
@@ -114,12 +185,309 @@
interrupt.fall(&fallInterrupt);
interrupt.mode(PullUp);
-
- while (1) {
- wait(5);
- pc.printf(".");
+ int counter = 0;
+ while (counter < 5) {
+ arand = Ain.read()*1000000;
+ state = arand;
+ srand(state);
+ state = rand()%15;
+ pc.printf("%i\n\r",state);
+ switch(state)
+ {
+ case 0:
+ Mutex POS_MUTEX.lock;
+ pos1=1;
+ pos2=0;
+ pos3=0;
+ pos4=0;
+ pos5=0;
+ pos6=0;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 0 \n\r",state);
+lcd.filled_circle(col1, row1 , rmole, fill);// 1
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col1, row1 , rmole, mole);
+ break;
+ case 1:
+ Mutex POS_MUTEX.lock;
+ pos1=0;
+ pos2=1;
+ pos3=0;
+ pos4=0;
+ pos5=0;
+ pos6=0;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 1 \n\r",state);
+lcd.filled_circle(col1, row1 , rmole, fill);// 2
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, mole);
+ break;
+ case 2:
+ Mutex POS_MUTEX.lock;
+ pos1=0;
+ pos2=0;
+ pos3=1;
+ pos4=0;
+ pos5=0;
+ pos6=0;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 2 \n\r",state);
+ lcd.filled_circle(col1, row1 , rmole, fill);// 3
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, mole);
+ break;
+ case 3:
+ Mutex POS_MUTEX.lock;
+ pos1=0;
+ pos2=0;
+ pos3=0;
+ pos4=1;
+ pos5=0;
+ pos6=0;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 3 \n\r",state);
+ lcd.filled_circle(col1, row1 , rmole, fill);// 4
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col1, row2 , rmole, mole);
+ break;
+ case 4:
+ Mutex POS_MUTEX.lock;
+ pos1=0;
+ pos2=0;
+ pos3=0;
+ pos4=0;
+ pos5=1;
+ pos6=0;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 4 \n\r",state);
+ lcd.filled_circle(col1, row1 , rmole, fill);// 5
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, mole);
+ break;
+ case 5:
+ Mutex POS_MUTEX.lock;
+ pos1=0;
+ pos2=0;
+ pos3=0;
+ pos4=0;
+ pos5=0;
+ pos6=1;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 5 \n\r",state);
+
+lcd.filled_circle(col1, row1 , rmole, fill);// 6
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, mole);
+ break;
+ case 6:
+ Mutex POS_MUTEX.lock;
+ pos1=0;
+ pos2=1;
+ pos3=0;
+ pos4=0;
+ pos5=0;
+ pos6=1;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 6 \n\r",state);
+ lcd.filled_circle(col1, row1 , rmole, fill);// 2,6
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, mole);
+lcd.filled_circle(col3, row2 , rmole, mole);
+ break;
+ case 7:
+ Mutex POS_MUTEX.lock;
+ pos1=1;
+ pos2=0;
+ pos3=1;
+ pos4=0;
+ pos5=0;
+ pos6=0;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 7 \n\r",state);
+ lcd.filled_circle(col1, row1 , rmole, fill);// 1,3
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col1, row1 , rmole, mole);
+lcd.filled_circle(col3, row1 , rmole, mole);
+ break;
+ case 8:
+ Mutex POS_MUTEX.lock;
+ pos1=0;
+ pos2=1;
+ pos3=0;
+ pos4=1;
+ pos5=0;
+ pos6=1;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 8 \n\r",state);
+
+lcd.filled_circle(col1, row1 , rmole, fill);// 2,4,6
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, mole);
+lcd.filled_circle(col2, row2 , rmole, mole);
+lcd.filled_circle(col3, row2 , rmole, mole);
+ break;
+ case 9:
+ Mutex POS_MUTEX.lock;
+ pos1=0;
+ pos2=0;
+ pos3=1;
+ pos4=1;
+ pos5=0;
+ pos6=1;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 9 \n\r",state);
+ lcd.filled_circle(col1, row1 , rmole, fill);// 3,4,6
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, mole);
+lcd.filled_circle(col1, row2 , rmole, mole);
+lcd.filled_circle(col3, row2 , rmole, mole);
+ break;
+ case 10:
+ Mutex POS_MUTEX.lock;
+ pos1=1;
+ pos2=0;
+ pos3=0;
+ pos4=0;
+ pos5=0;
+ pos6=1;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 10 \n\r",state);
+ lcd.filled_circle(col1, row1 , rmole, fill);// 1,6
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col1, row1 , rmole, mole);
+lcd.filled_circle(col3, row2 , rmole, mole);
+ break;
+ case 11:
+ Mutex POS_MUTEX.lock;
+ pos1=0;
+ pos2=1;
+ pos3=1;
+ pos4=0;
+ pos5=1;
+ pos6=1;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 11 \n\r",state);
+ lcd.filled_circle(col1, row1 , rmole, fill);// 2,3,5,6
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, mole);
+lcd.filled_circle(col3, row1 , rmole, mole);
+lcd.filled_circle(col2, row2 , rmole, mole);
+lcd.filled_circle(col3, row2 , rmole, mole);
+ break;
+ case 12:
+ Mutex POS_MUTEX.lock;
+ pos1=0;
+ pos2=0;
+ pos3=1;
+ pos4=0;
+ pos5=1;
+ pos6=0;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 12 \n\r",state);
+ lcd.filled_circle(col1, row1 , rmole, fill);// 3,5
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, mole);
+lcd.filled_circle(col2, row2 , rmole, mole);
+ break;
+ case 13:
+ Mutex POS_MUTEX.lock;
+ pos1=1;
+ pos2=0;
+ pos3=0;
+ pos4=1;
+ pos5=1;
+ pos6=0;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 13 \n\r",state);
+ lcd.filled_circle(col1, row1 , rmole, fill);// 1,4,5
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col1, row1 , rmole, mole);
+lcd.filled_circle(col1, row2 , rmole, mole);
+lcd.filled_circle(col2, row2 , rmole, mole);
+ break;
+ case 14:
+ Mutex POS_MUTEX.lock;
+ pos1=0;
+ pos2=1;
+ pos3=0;
+ pos4=0;
+ pos5=1;
+ pos6=0;
+ Mutex POS_MUTEX.unlock;
+ pc.printf("%i should be 14 \n\r",state);
+
+lcd.filled_circle(col1, row1 , rmole, fill);// 2,5
+lcd.filled_circle(col1, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, fill);
+lcd.filled_circle(col2, row2 , rmole, fill);
+lcd.filled_circle(col3, row1 , rmole, fill);
+lcd.filled_circle(col3, row2 , rmole, fill);
+lcd.filled_circle(col2, row1 , rmole, mole);
+lcd.filled_circle(col2, row2 , rmole, mole);
+ break;
+ }
+ wait(2);
+ counter++;
+ }
+ pc.printf("you scored %i \n\r",score);
}
-}
+