se/SE/stuff/P5_Automation-library-dev/ArduinoDeluxeKit/examples/p22_8x8RedLEDMatrixDriver/p22_8x8RedLEDMatrixDriver.ino

/*
  Demo code of P22 - 8x8 Red LED Matrix Driver
  by maker studio
*/
#include "TM1638.h"

TM1638 LED_Matrix(4,5,6);
uint8_t lineDat = 0b11011100;
uint8_t columeDat = 0b11011100;

//demo pic
uint8_t picDat0[] ={	0b11111111,
			0b10000001,
			0b10000001,
			0b10000001,
			0b10000001,
			0b10000001,
			0b10000001,
			0b11111111};
uint8_t picDat1[] ={	0b00000000,
			0b01111110,
			0b01000010,
			0b01000010,
			0b01000010,
			0b01000010,
			0b01111110,
			0b00000000};			
uint8_t picDat2[] ={	0b00000000,
			0b00000000,
			0b00111100,
			0b00100100,
			0b00100100,
			0b00111100,
			0b00000000,
			0b00000000};
uint8_t picDat3[] ={	0b00000000,
			0b00000000,
			0b00000000,
			0b00011000,
			0b00011000,
			0b00000000,
			0b00000000,
			0b00000000};			
void setup()
{
	LED_Matrix.displayAll();
	delay(500);
	LED_Matrix.clear();
}

void loop()
{
	int line =0;
	int colume = 0;
	
	//test set point
	for(line = 0; line < 8;){
		for(colume = 0; colume < 8; colume++){
			LED_Matrix.setPoint(line,colume,1);
			delay(50);
		}
		line++;
		for(colume = 7; colume >= 0; colume--){
			LED_Matrix.setPoint(line,colume,1);
			delay(50);
		}
		line++;
	}
	
	//test clear display
	LED_Matrix.clear();
	delay(500);
	
	//test set line
	for(line = 0; line < 8; line++){
		LED_Matrix.displayLine(line);
		delay(50);
	}
	for(line = 7; line >= 0; line--){
		LED_Matrix.clearLine(line);
		delay(50);
	}
	for(line = 0; line < 8; line++){
		LED_Matrix.setLine(line,lineDat);
		delay(50);
	}
	for(line = 7; line >= 0; line--){
		LED_Matrix.clearLine(line);
		delay(50);
	}
	delay(500);
	
	//test set colume
		//test set line
	for(colume = 0; colume < 8; colume++){
		LED_Matrix.displayColume(colume);
		delay(50);
	}
	for(colume = 7; colume >= 0; colume--){
		LED_Matrix.clearColume(colume);
		delay(50);
	}
	for(colume = 0; colume < 8; colume++){
		LED_Matrix.setColume(colume,columeDat);
		delay(50);
	}
	for(colume = 7; colume >= 0; colume--){
		LED_Matrix.clearColume(colume);
		delay(50);
	}
	delay(500);
	
	//test display pic
	LED_Matrix.displayPic(picDat0);
	delay(150);
	LED_Matrix.displayPic(picDat1);
	delay(150);
	LED_Matrix.displayPic(picDat2);
	delay(150);
	LED_Matrix.displayPic(picDat3);
	delay(150);
	LED_Matrix.displayPic(picDat2);
	delay(150);
	LED_Matrix.displayPic(picDat1);
	delay(150);
	LED_Matrix.displayPic(picDat0);
	delay(500);
	//
		
		for(colume = 0; colume < 8; colume++){
			LED_Matrix.setPoint(0,colume,1);
			delay(50);}		
		for(line = 1; line < 8;line++);{
			LED_Matrix.setPoint(line,7,0);
			delay(50);}
		for(colume = 6; colume >= 0; colume--){
			LED_Matrix.setPoint(7,colume,1);
			delay(50);}
		for(line = 6; line >= 1;line--);{
			LED_Matrix.setPoint(line,0,0);
			delay(50);}//0
			
		
		for(colume = 1; colume < 7; colume++){
			LED_Matrix.setPoint(1,colume,1);
			delay(50);
		}
		for(line = 3; line < 7;line++);
		{LED_Matrix.setPoint(line,6,1);
			delay(50);}
		for(colume = 5; colume >= 2; colume--){
			LED_Matrix.setPoint(6,colume,1);
			delay(50);}
		for(line = 5; line >= 2;line--);
		{LED_Matrix.setPoint(line,1,1);
			delay(50);}//1
			
		
		for(colume = 2; colume < 6; colume++){
			LED_Matrix.setPoint(2,colume,1);
			delay(50);
		}
		for(line = 4; line < 6;line++);
		{LED_Matrix.setPoint(line,5,1);
			delay(50);}
		for(colume = 5; colume >= 3; colume--){
			LED_Matrix.setPoint(5,colume,1);
			delay(50);}
		for(line = 4; line >= 3;line--);
		{LED_Matrix.setPoint(line,2,1);
			delay(50);}//2
			
		
		for(colume = 3; colume < 5; colume++){
			LED_Matrix.setPoint(3,colume,1);
			delay(50);
		}
		for(line = 3; line < 5;line++);
		{LED_Matrix.setPoint(line,4,1);
			delay(50);}
		for(colume = 4; colume >= 4; colume--){
			LED_Matrix.setPoint(4,colume,1);
			delay(50);}
		for(line = 3; line >= 3;line--);
		{LED_Matrix.setPoint(line,3,1);
			delay(50);}//3
			
			
	
}

//this is left for you to implement
void displayZigZag()
{
	
}