/********************************************************************
*
* _SendToPrinter
*
* Function description
* Shows the contents of a memory device on the display
* In "real life", this routine would send the contents of the memory
* device to the printer.
*/
static void _SendToPrinter(GUI_MEMDEV_Handle hMem, int yOff) {
int xSize, ySize, x, y, Offset, Bit;
U8 * pData;
/* Get the size of the memory device */
xSize = GUI_MEMDEV_GetXSize(hMem);
ySize = GUI_MEMDEV_GetYSize(hMem);
pData = (U8 *)GUI_MEMDEV_GetDataPtr(hMem); /* Get the data pointer of the memory device */
/* Draw the pixels of the memory device on the screen */
for (y = 0; y < ySize; y++) {
for (x = 0; x < xSize; x++) {
U8 Index;
Offset = x >> 3;
Bit = 7 - (x & 7);
Index = *(pData + Offset);
Index &= (1 << Bit);
/* The index could be 0 or 1, so use black and white */
if (Index == 0 ) {
GUI_SetColor(GUI_BLACK);
} else {
GUI_SetColor(GUI_WHITE);
}
/* Draw the pixel. At this point for example a printer output routine can be called */
GUI_DrawPixel(x, y + yOff);
}
pData += (xSize + 7) / 8;
}
}
void DispFrame(void)
{
uint16_t x,y;
GUI_SetColor(GUI_WHITE);
GUI_DrawRect(13, 19, 265, 221); //这个函数对坐标值有影响
for (x = 0; x < 11; x++) /* 绘制垂直刻度点 */
{
for (y = 0; y < 41; y++)
{
GUI_DrawPixel(14 + (x * 25), 20 + (y * 5));
}
}
for (y = 0; y < 9; y++) /* 绘制水平刻度点 */
{
for (x = 0; x < 51; x++)
{
GUI_DrawPixel(14 + (x * 5), 20 + (y * 25));
}
}
for (y = 0; y < 41; y++) /* 绘制垂直中心刻度点 */
{
GUI_DrawPixel(13 + (5 * 25), 20 + (y * 5));
GUI_DrawPixel(15 + (5 * 25), 20 + (y * 5));
}
for (x = 0; x < 51; x++) /* 绘制水平中心刻度点 */
{
GUI_DrawPixel(14 + (x * 5), 19 + (4 * 25));
GUI_DrawPixel(14 + (x * 5), 21 + (4 * 25));
}
}
void DisplayBattery(void)
{
u16 ADC1_value;
u32 temp_color;
ADC1_value = ADC_GetConversionValue(ADC1);
GUI_SetFont(&GUI_Font6x8);
GUI_SetColor(GUI_WHITE);
GUI_DispStringAt("RFID",3,0);
temp_color=GUI_GetColor();
GUI_SetColor(GUI_GREEN);
if (ADC1_value > 2500)
{
GUI_DrawPixel(80,3);
GUI_DrawPixel(80,4);
GUI_FillRect (81,0,95,7);
}
else if (ADC1_value > 2350)
{
GUI_DrawPixel(80,3);
GUI_DrawPixel(80,4);
GUI_FillRect (81,0,95,7);
GUI_ClearRect(82,1,86,6);
}
else if(ADC1_value > 2300)
{
GUI_DrawPixel(80,3);
GUI_DrawPixel(80,4);
GUI_FillRect (81,0,95,7);
GUI_ClearRect(82,1,90,6);
}
else
{
GUI_SetColor(GUI_RED);
GUI_DrawPixel(80,3);
GUI_DrawPixel(80,4);
GUI_FillRect (81,0,95,7);
GUI_ClearRect(82,1,94,6);
}
GUI_SetColor(temp_color);
GUI_SetFont(&GUI_NOW_FONT);
}
void HelpBrowser(BYTE line, BYTE *str)
{
WORD offset, i;
if(str==(void *)0)
return; /*Nothing to do.*/
else if(str==OldHelpStr)
{
if(line==0)
return; /*The same HELP topic.*/
}
else if(str!=OldHelpStr)
{
HelpDispStartLineNum=0; /*Change to new HELP topic.*/
SearchHelpLineInformation(str);
}
OldHelpStr=str;
if((HelpDispStartLineNum==0)&&(line<0))
return;/*End of message.*/
else if((HelpDispStartLineNum==(HelpMaxLineNum-ShowMaxLine /*-15*/))&&(line>0))
return;/*End of message.*/
else if(((HelpMaxLineNum-ShowMaxLine)<0)&&(line>0))
return;/*End of message.*/
GUI_SetLBorder(HELP_X0); // Setting left start address when be change line
GUI_SetBkColor(GW_BLACK);
GUI_SetColor(ColorDef.MsgText);
//ClearDataBG(GW_BLACK);
//ClearChanBG(GW_BLACK);
ClearP3KChanAllBG(GW_BLACK);
ClearP3KDataAllBG(GW_BLACK);
// ClearHelpBG(GW_BLACK);
// Draw Wave Fomr Area Line
for(i=WaveLineX1;i<=WaveLineX2;i++)
{
GUI_DrawPixel(i,WaveLineY1); // X Line
GUI_DrawPixel(i,WaveLineY2);
}
for(i=WaveLineY1;i<WaveLineY2;i++)
{
GUI_DrawPixel(WaveLineX1,i); // Y Line
GUI_DrawPixel(WaveLineX2,i);
}
HelpDispStartLineNum+=line;
HelpX=0;
HelpY=0;
offset=HelpMaxLineNum-ShowMaxLine; //-15;
if(HelpDispStartLineNum<=0)
HelpDispStartLineNum=0;
if(offset>0)
{
if(HelpDispStartLineNum>offset)
HelpDispStartLineNum=offset;
HelpStr=(BYTE *)HelpLineNum[HelpDispStartLineNum]; /*Point to the variable knob selected line.*/
}
else
HelpStr=(BYTE *)HelpLineNum[0]; /*Point to the first line of HELP message.*/
GUI_GotoXY(HELP_X0+HelpX, HELP_Y0+HelpY);
while(1)
{
if(SetHelpTag()==-1)
{
// HintDelay("HELP parsing error!!");
// printf("HELP parsing error! !"); // take off HintDelay Function
HelpTagC=-1; /*Reset TAG.*/
HelpTagB=-1;
HelpTagF=-1;
break;
}
if(ShowHelp()==-1)
{
HelpTagC=-1; /*Reset TAG.*/
HelpTagB=-1;
HelpTagF=-1;
break;
}
}
//GUI_SetFont(&GUI_GWFont6x8);
GUI_SetFont(Parameter_Font);
GUI_SetLBorder(0);
}
void DrawMenuFrame(BYTE item, BYTE type)
{
int i,y,x;
x= item*64;
switch(type)
{
case 0:
break;
case 0x01: /* Draw frame + separator */
GUI_SetColor(MEM_BLACK);
for(i=x+7;i<x+58;i++)
GUI_DrawPixel(i,222);
GUI_SetColor(GW_WHITE);
for(i=x+7;i<x+58;i++)
GUI_DrawPixel(i,223);
break;
case 0x02: /* Draw frame */
break;
case 0x03:
GUI_SetColor(MEM_BLACK);
GUI_DrawPixel(x-31,235);
GUI_DrawPixel(x-31,236);
GUI_DrawPixel(x-32,236);
GUI_DrawPixel(x-32,237);
GUI_DrawPixel(x-33,238);
GUI_SetColor(GW_WHITE);
GUI_DrawPixel(x-31,238);
GUI_DrawPixel(x-30,236);
GUI_DrawPixel(x-30,237);
GUI_DrawPixel(x-29,238);
break;
case 0x04: /* Pre Menu */
GUI_SetColor(MEM_BLACK);
GUI_DrawPixel(x-31,209);
GUI_DrawPixel(x-31,208);
GUI_DrawPixel(x-30,208);
GUI_DrawPixel(x-30,207);
GUI_DrawPixel(x-29,206);
GUI_SetColor(GW_WHITE);
GUI_DrawPixel(x-31,206);
GUI_DrawPixel(x-32,208);
GUI_DrawPixel(x-32,207);
GUI_DrawPixel(x-33,206);
break;
default:
break;
}
if(type)
{
GUI_SetColor(MEM_BLACK);
for(i=204;i<240;i++)
GUI_DrawPixel(x,i);
GUI_SetColor(GW_WHITE);
for(i=204;i<240;i++)
GUI_DrawPixel(x+1,i);
GUI_SetColor(GW_WHITE);
for(i=x;i<x+65;i++)
GUI_DrawPixel(i,204);
}
if(Soft_Key_Temp)
{
/* Clear Previous Setting*/
for(y=0;y<5;y++)
{
x= y*64;
GUI_SetColor(MEM_BLACK);
for(i=204;i<240;i++)
GUI_DrawPixel(x,i);
GUI_SetColor(GW_WHITE);
for(i=204;i<240;i++)
GUI_DrawPixel(x+1,i);
GUI_SetColor(GW_WHITE);
for(i=x;i<x+65;i++)
GUI_DrawPixel(i,204);
}
/* Using Now Setting*/
y= Soft_Key_Temp-1;
x= y*64;
GUI_SetColor(MEM_BLACK);
for(i=204;i<240;i++)
GUI_DrawPixel(x+1,i);
GUI_SetColor(MEM_BLACK);
for(i=x;i<x+65;i++)
GUI_DrawPixel(i,204);
y++;
x= y*64;
GUI_SetColor(GW_WHITE);
for(i=204;i<240;i++)
GUI_DrawPixel(x,i);
}
}