#include?“write.h“
#include?“stdarg.h“
#include?“stdio.h“
void?hmi_cls（unsigned?int?color）
{
	hmiprintf（“cls?%d%c%c%c“color0xff0xff0xff）;
}
void?hmi_pic（unsigned?int?xunsigned?int?yunsigned?int?picid）
{
	hmiprintf（“pic?%d%d%d%c%c%c“xypicid0xff0xff0xff）;
}
void?hmi_picq（unsigned?int?xunsigned?int?yunsigned?int?wunsigned?int?hunsigned?int?picid）
{
	hmiprintf（“picq?%d%d%d%d%d%c%c%c“xywhpicid0xff0xff0xff）;
}
void?hmi_xpic（unsigned?int?xunsigned?int?yunsigned?int?wunsigned?int?hunsigned?int?x0unsigned?int?y0unsigned?int?picid）
{
	hmiprintf（“xpic?%d%d%d%d%d%d%d%c%c%c“xywhx0y0picid0xff0xff0xff）;
}
void?hmi_xstr_number（unsigned?int?xunsigned?int?yunsigned?int?wunsigned?int?hunsigned?int?pointcolorunsigned?int?backcolorlong?int?number）
{
	hmiprintf（“xstr?%d%d%d%d0%d%d011%c%d%c%c%c%c“xywhpointcolorbackcolor‘“‘number‘“‘0xff0xff0xff）;
}
void?hmi_xstr_str（unsigned?int?xunsigned?int?yunsigned?int?wunsigned?int?hunsigned?int?pointcolorunsigned?int?backcolorchar*?str）
{
	hmiprintf（“xstr?%d%d%d%d0%d%d011%c%s%c%c%c%c“xywhpointcolorbackcolor‘“‘str‘“‘0xff0xff0xff）;
}
void?hmi_fill（unsigned?int?xunsigned?int?yunsigned?int?wunsigned?int?hunsigned?int?color）
{
	hmiprintf（“fill?%d%d%d%d%d%c%c%c“xywhcolor0xff0xff0xff）;
}
void?him_line（unsigned?int?xunsigned?int?yunsigned?int?x2unsigned?int?y2unsigned?int?color）
{
	hmiprintf（“l(fā)ine?%d%d%d%d%d%c%c%c“xyx2y2color0xff0xff0xff）;
}
void?him_draw（unsigned?int?xunsigned?int?yunsigned?int?x2unsigned?int?y2unsigned?int?color）
{
	hmiprintf（“draw?%d%d%d%d%d%c%c%c“xyx2y2color0xff0xff0xff）;
}
void?hmi_cir（unsigned?int?xunsigned?int?yunsigned?int?runsigned?int?color）
{
	hmiprintf（“cir?%d%d%d%d%c%c%c“xyrcolor0xff0xff0xff）;
}
void?hmi_cirs（unsigned?int?xunsigned?int?yunsigned?int?runsigned?int?color）
{
	hmiprintf（“cirs?%d%d%d%d%c%c%c“xyrcolor0xff0xff0xff）;
}
//UART?發(fā)送字符串
void?UART_SendString（char?*s）
{
????while（*s）//檢測字符串結束符
????{
????????USART_SendData（USART1*s++）;//用stm32時對應使用的串口
		while（USART_GetFlagStatus（USART1USART_FLAG_TXE）?==?RESET）;//用stm32時等待發(fā)送完成
		
//		WByte（*s++）;//用51時
????}
}

//PRINTF?輸出函數
void?hmiprintf（const?char?*fmt...）??
{??
????va_list?ap;??
????char?string[100];
//	char?xdata?string[100];//用51時
????va_start（apfmt）;??
????vsprintf（stringfmtap）;//此處也可以使用sprintf函數，用法差不多，稍加修改即可，此處略去??
????UART_SendString（string）;??
????va_end（ap）;??
}??


//用51時的發(fā)送函數

//void?WByte（unsigned?char?output）
//{
//		ES=0;???????????//用51時關串口中斷
//		SBUF=output;???????????
//		while（TI!=1）;???//用51時等待發(fā)送成功
//		TI=0;???????????//用51時清除發(fā)送中斷標志
//		ES=1;???????????//用51時開串口中斷
//}

////51單片機IO口模擬串口發(fā)送

////************波特率間隔時間計算**************//
////********波特率為9600時，11.0592M晶振********//
////間隔機器周期s=（1000000/9600）/（12/11.0592）=96//

//sbit?txd=P1^0;

////********************

?屬性????????????大小?????日期????時間???名稱
-----------?---------??----------?-----??----
?????文件????????2523??2018-07-18?17:40??write.h
?????文件????????7717??2018-07-18?18:46??write.c