FRA221_2015
/
Project_PokPakGame
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Dependencies: mbed
Fork of
Project_PokPakGame
by 
FRA221_7B
main.cpp
- Committer:
- lolopo008
- Date:
- 2015-12-05
- Revision:
- 1:374cc7a8fcf0
- Parent:
- 0:e282add6146d
File content as of revision 1:374cc7a8fcf0:
#include "mbed.h"
SPI DataPack(SPI_MOSI, SPI_MISO, SPI_SCK);
DigitalOut Latch(D10);
AnalogIn VR0(A0);
AnalogIn VR1(A1);
Serial pc(USBTX, USBRX);
float VR_value0,VR_value1;
int Row[8]= {1,2,4,8,16,32,64,128};
int Col[8]= {254,253,251,247,239,223,191,127};
int x;
void Player1()
{
VR_value0 = VR0.read();
VR_value0 = VR_value0*6;
Latch=0;
if(VR_value0<=1) {
//D1
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x1F);
wait_us(1);
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x01);
wait_us(1);
} else if(VR_value0>1&&VR_value0<=2) {
//D2
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x8F);
wait_us(1);
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x01);
wait_us(1);
} else if(VR_value0>2&&VR_value0<=3) {
//D3
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xC7);
wait_us(1);
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x01);
wait_us(1);
} else if(VR_value0>3&&VR_value0<=4) {
//D4
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xE3);
wait_us(1);
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x01);
wait_us(1);
} else if(VR_value0>4&&VR_value0<=5) {
//D5
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xF1);
wait_us(1);
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x01);
wait_us(1);
} else if(VR_value0>5&&VR_value0<=6) {
//D6
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xF8);
wait_us(1);
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x01);
wait_us(1);
}
Latch=1;
}
void Player2()
{
VR_value1 = VR1.read();
VR_value1 = VR_value1*6;
Latch=0;
if(VR_value1<=1) {
//U1
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x1F);
wait_us(1);
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x80);
wait_us(1);
} else if(VR_value1>1&&VR_value1<=2) {
//U2
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x8F);
wait_us(1);
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x80);
wait_us(1);
} else if(VR_value0>2&&VR_value0<=3) {
//U3
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xC7);
wait_us(1);
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x80);
wait_us(1);
} else if(VR_value1>3&&VR_value1<=4) {
//U4
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xE3);
wait_us(1);
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x80);
wait_us(1);
} else if(VR_value1>4&&VR_value1<=5) {
//U5
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xF1);
wait_us(1);
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x80);
wait_us(1);
} else if(VR_value1>5&&VR_value1<=6) {
//U6
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xF8);
wait_us(1);
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x80);
wait_us(1);
}
Latch=1;
}
void Count()
{
//3
for(x=0; x<3000; x++) {
Latch=0;
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x1F);
wait_us(1);
DataPack.write(0x1F);
wait_us(1);
DataPack.write(0x40);
wait_us(1);
Latch=1;
Latch=0;
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x78);
wait_us(1);
DataPack.write(0x78);
wait_us(1);
DataPack.write(0x28);
wait_us(1);
Latch=1;
Latch=0;
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x1E);
wait_us(1);
DataPack.write(0x1E);
wait_us(1);
DataPack.write(0x14);
wait_us(1);
Latch=1;
Latch=0;
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xF8);
wait_us(1);
DataPack.write(0xF8);
wait_us(1);
DataPack.write(0x02);
wait_us(1);
Latch=1;
}
//2
for(x=0; x<2200; x++) {
Latch=0;
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x1F);
wait_us(1);
DataPack.write(0x1F);
wait_us(1);
DataPack.write(0x40);
wait_us(1);
Latch=1;
Latch=0;
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xD8);
wait_us(1);
DataPack.write(0xD8);
wait_us(1);
DataPack.write(0x20);
wait_us(1);
Latch=1;
Latch=0;
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x1E);
wait_us(1);
DataPack.write(0x1E);
wait_us(1);
DataPack.write(0x10);
wait_us(1);
Latch=1;
Latch=0;
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x78);
wait_us(1);
DataPack.write(0x78);
wait_us(1);
DataPack.write(0x08);
wait_us(1);
Latch=1;
Latch=0;
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0x1B);
wait_us(1);
DataPack.write(0x1B);
wait_us(1);
DataPack.write(0x04);
wait_us(1);
Latch=1;
Latch=0;
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xF8);
wait_us(1);
DataPack.write(0xF8);
wait_us(1);
DataPack.write(0x02);
wait_us(1);
Latch=1;
}
//1
for(x=0; x<4000; x++) {
Latch=0;
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xBF);
wait_us(1);
DataPack.write(0xBF);
wait_us(1);
DataPack.write(0x40);
wait_us(1);
Latch=1;
Latch=0;
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xBD);
wait_us(1);
DataPack.write(0xBD);
wait_us(1);
DataPack.write(0x3C);
wait_us(1);
Latch=1;
Latch=0;
DataPack.write(0xFF);
wait_us(1);
DataPack.write(0xFD);
wait_us(1);
DataPack.write(0xFD);
wait_us(1);
DataPack.write(0x02);
wait_us(1);
Latch=1;
}
}
int main()
{
DataPack.frequency(100000);
DataPack.format(8,0);
Count();
while(1) {
Player1();
Player2();
}
}