526互联

升级页面的动画制作

发布时间 2023-11-09 17:52:43作者: 月笼纱
  1. 图片准备
    1. 　图片需要BMP格式，这种格式的显示效果好

    2. 　　　　使用Image2Lcd将图片转换成bin文件：

      　　　　只需2步就可得到bin文件

  2. 合并bin文件
    1. 打开合成Bin文件包，将新增的Bin按顺序序号放到文件夹里
    2. 修改marge.bat，修改文件最大值
    3. 双击bat即可
  3. 将dat文件烧进SPI FLASH里
  4.  修改驱动程序
    1. 　　 
      #include "gd32f450z_lcd.h"

//#include "800480.c"

//#include "turnoff_long.c"
//#include "turnoff.c"
#include "wating1.c"

#define PIC_SIZE_MAX 4096
#define PIC_NUM	8

#define PIC_TOTAL_SIZE	62244


//一下宏定义要跟GD2工程的一致
#define BIN_SIZE_BOOT_ONE 0x9647
#define MULTIEDIT_KB_SIZE 11590
#define ALGO_PIC_SIZE (3592+4)
#define ALGO_NUM (146+4)
#define BIN_ADDR_BOOT_MV 0x100000



UINT8  __EXRAM UpdatePicBuf[PIC_TOTAL_SIZE];
uint16_t  __EXRAM lcd_framebuf_t[800*480];

typedef enum
{
	UPDATE_PIC_TURNOFF,
	UPDATE_PIC_REBOOT,
	UPDATE_PIC_UPDATED,
	UPDATE_PIC_UPDATING1,
	UPDATE_PIC_UPDATING2,
	UPDATE_PIC_UPDATING3,
	UPDATE_PIC_WAITING1,
	UPDATE_PIC_WAITING2,
	UPDATE_PIC_WAITING3,

	UPDATE_PIC_NUM
}ENUM_UPDATE_PIC;

typedef struct 
{
	UINT16 x;
	UINT16 y;
}UPDATE_PIC_SIZE_TYPE;

UPDATE_PIC_SIZE_TYPE UpdatePicSize[UPDATE_PIC_NUM] = 
{
	{258,26},
	{125,26},
	{109,26},
	{121,26},
	{121,26},
	{121,26},
	{105,26},
	{105,26},
	{105,26},
};

UINT32 UpdatePicAddr[UPDATE_PIC_NUM+1] =
{
	0,
	13416,
	13416+7904,
	13416+7904+5668,
	13416+7904+5668+6292,
	13416+7904+5668+6292+6292,
	13416+7904+5668+6292+6292+6292,
	13416+7904+5668+6292+6292+6292+5460,
	13416+7904+5668+6292+6292+6292+5460+5460,
	13416+7904+5668+6292+6292+6292+5460+5460+5460,
};


UINT8 g_UpdageState = 0;
/*
	0 = wating		进入升级界面，但未进行文件烧写时进入此模式
	1 = updating	正在烧写文件
	2 = updated		文件烧写完成
	3 = turnoff		理论上应该跟1一起显示
	4 = reboot		烧写完成后1s
*/
void UpdateStateSet(UINT8 state)
{
	g_UpdageState = state;
}
UINT8 UpdateStateGet(void)
{
	return g_UpdageState;
}


void UpdatePicLoad(void)
{
	UINT32 picsize = BIN_SIZE_BOOT_ONE*74+(MULTIEDIT_KB_SIZE+4)*5 + ALGO_PIC_SIZE*ALGO_NUM;
	
	SpiFlashReadData((UINT8*)UpdatePicBuf,  BIN_ADDR_BOOT_MV+picsize, PIC_TOTAL_SIZE);
}

void PictureLoad(UINT8 picId)
{
	memset(lcd_framebuf_t, 0, 800*480*2);
	
	UINT32 w =  UpdatePicSize[picId].x;
	UINT32 h =  UpdatePicSize[picId].y;
	UINT32 hs = 240-h/2;
	UINT32 ws = 400-w/2;
	UINT32 sourceAddr = UpdatePicAddr[picId]/2;
	UINT16 * ptr = (UINT16 *)UpdatePicBuf;
	UINT32 addr =0;
	
	for(UINT32 i=hs; i<h+hs; i++)
	{
		for(UINT32 j=ws; j<w+ws; j++)
		{
			lcd_framebuf_t[i*800+j] = ptr[sourceAddr+addr];

			addr++;
		}
	}

	lcd_pic_show1(lcd_framebuf_t);
}

void WaitDisplay(void)
{
	static UINT32 timer = 0, state = 0;

	if(get_time_ms()-timer<500)
	{
		return;
	}

	if(state == 0)
	{
		PictureLoad(UPDATE_PIC_WAITING1);
		
		state = 1;
	}
	else if(state ==1)
	{		
		PictureLoad(UPDATE_PIC_WAITING2);
		
		state = 2;
	}
	else if(state ==2)
	{
		PictureLoad(UPDATE_PIC_WAITING3);
		
		state = 0;
	}

	timer = get_time_ms();
}
void UpdatingDisplay(void)
{
	static UINT32 timer = 0, state = 0;

	if(get_time_ms()-timer<500)
	{
		return;
	}

	if(state == 0)
	{
		PictureLoad(UPDATE_PIC_UPDATING1);
				
		state = 1;
	}
	else if(state ==1)
	{		
		PictureLoad(UPDATE_PIC_UPDATING2);
		
		state = 2;
	}
	else if(state ==2)
	{
		PictureLoad(UPDATE_PIC_UPDATING3);
		
		state = 0;
	}

	timer = get_time_ms();
}

void UpdatedDisplay(void)
{
	PictureLoad(UPDATE_PIC_UPDATED);
}
void RebootDisplay(void)
{
	PictureLoad(UPDATE_PIC_REBOOT);
}

void UpdatePicDisplay(void)
{
	UINT8 state = UpdateStateGet();

	if(state == 0)//wating
	{
		WaitDisplay();
	}
	else if(state == 1)//updating
	{
		UpdatingDisplay();
	}
	else if(state == 2)//updated
	{
		UpdatedDisplay();
	}
	else if(state == 3)//turnoff
	{
	}
	else if(state == 4)//reboot
	{
		RebootDisplay();
	}
}

      　　

  5. 完成