/**
* @brief Main program
* @param None
* @retval None
*/
int main(void)
{
lcdInit();
/*
// code from mikorcontroller.net graphics example with jpg pic:
uint16_t x;
uint8_t y;
uint8_t r,g,b;
lcd_area(0, 0, (LCD_WIDTH-1), (LCD_HEIGHT-1));
lcd_drawstart();
for(y = 0; y < LCD_HEIGHT; y++)
{
for(x = 0; x < LCD_WIDTH; x++)
{
r = x + y;
g = x - y;
b = y - x;
lcd_draw(RGB(r,g,b));
}
}
lcd_drawstop();
*/
// mk
lcd_area(1, 1, 20, 20);
lcd_drawstart();
lcd_draw(COLOR_BLACK);
lcd_drawstop();
}
void s_setup_menu_draw(void)
{
int i;
int16_t font, back;
for (i = 0; i < 2; i++) {
if (menu_index == i) {
font = BLACK;
back = WHITE;
}
else {
font = WHITE;
back = BLACK;
}
lcd_area(24, 19 + i * 9, 9, 30, back);
lcd_string(s_setup_menu[i], 25, 20 + i * 9, 1, font, back);
}
}
void lcd_clear(unsigned int color)
{
unsigned int i;
lcd_area(0, 0, (LCD_WIDTH-1), (LCD_HEIGHT-1));
lcd_drawstart();
for(i=(LCD_WIDTH*LCD_HEIGHT/8); i!=0; i--)
{
lcd_draw(color); //1
lcd_draw(color); //2
lcd_draw(color); //3
lcd_draw(color); //4
lcd_draw(color); //5
lcd_draw(color); //6
lcd_draw(color); //7
lcd_draw(color); //8
}
lcd_drawstop();
return;
}
void s_setup_root_draw(void)
{
lcd_area(24, 0, 9, 30, BLUE);
lcd_string("SETUP", 25, 1, 1, WHITE, BLUE);
}
static bool fill_frame_buffer(tDisplay *pDisplay, struct bm_info_header_s *bm_info_header, /*put_str_t *BmpLimits,*/ unsigned char* data_start, signed short X, signed short Y, unsigned char SourceMemory)
{
unsigned int k = 0,l = 0;
unsigned char *bm = data_start;
// unsigned char red = 0,green = 0,blue = 0;
signed short X_Coordinate = 0;
signed short Y_Coordinate = 0;
unsigned int Tmp2 = bm_info_header->biWidth&0x3;
unsigned int Tmp3 = (0 - ((unsigned char)bm_info_header->biWidth &0x3)) & 0x3;
volatile unsigned short BitCount = bm_info_header->biBitCount;
unsigned int Temp;
unsigned int *mask;
unsigned int BitColourUsed;
//struct rgb_8 color;
unsigned int color;
switch(BitCount)
{
case(32):
case(24):
#ifdef LcdArea_Integrated
lcd_area(X, Y, X+bm_info_header->biWidth-1, Y+bm_info_header->biHeight-1);
lcd_drawstart();
#endif
Y_Coordinate = Y;
if(bm_info_header->biHeight > 0)
{
bm += ((BitCount * bm_info_header->biWidth * (bm_info_header->biHeight - 1)) / 8);// (((bm_info_header->biWidth) * (Y+bm_info_header->biHeight-1)) * BitCount >> 3) - ((bm_info_header->biWidth-1) * BitCount >> 3) ;
bm += Tmp2*(bm_info_header->biHeight - 1);
}
for (l = 0 ; l < bm_info_header->biHeight; l++)
{
X_Coordinate = X;
for (k = 0; k < bm_info_header->biWidth; k++)
{
#ifdef Dx_UseMarginLimits
#ifndef LcdArea_Integrated
if(X_Coordinate >= BmpLimits->LeftEdgeLimit && X_Coordinate <= (BmpLimits->LeftEdgeLimit + BmpLimits->RightEdgeLimit) && Y_Coordinate >= BmpLimits->UpEdgeLimit && Y_Coordinate <= (BmpLimits->UpEdgeLimit + BmpLimits->DownEdgeLimit))
{
#endif
#endif
//color.red = (*bm);// >> 3;
//color.green = (*(bm +1));// >> 2;
//color.blue = (*(bm + 2));// >> 3;
color = RGB_TO_UINT((*bm), (*(bm +1)), (*(bm + 2)));
#ifdef LcdArea_Integrated
unsigned short TempColor = ((red>>3)&0b11111) | ((green<<3)&0b11111100000) | ((blue<<8)&0b1111100000000000);
lcd_rw_data(TempColor);
#else
//pContext->ulForeground = color;
put_pixel(pDisplay, X_Coordinate,Y_Coordinate, color);
#endif
#ifdef Dx_UseMarginLimits
#ifndef LcdArea_Integrated
}
#endif
#endif
X_Coordinate++;
bm += BitCount >> 3;
}
Y_Coordinate++;
if(bm_info_header->biHeight < 0)
{
if(BitCount == 24)
{
bm += Tmp2;
}
}
else
{
if(BitCount == 24)
{
bm -= Tmp2;
}
bm -= BitCount * 2 * bm_info_header->biWidth / 8;//bm_info_header->biBitCount *2* bm_info_header->biWidth / 8;
}
}
#ifdef LcdArea_Integrated
lcd_drawstop();
#endif
break;
case(8):
Y_Coordinate = Y;
BitColourUsed = bm_info_header->biClrUsed;
if ((unsigned char)bm_info_header->biClrUsed == 0)
{
BitColourUsed = 256;
}
Temp = 0;
mask = (unsigned int*)(bm - (BitColourUsed * 4));
if(bm_info_header->biHeight > 0)
{
bm += (bm_info_header->biWidth - 1) * (bm_info_header->biHeight - 1);// (((bm_info_header->biWidth) * (Y+bm_info_header->biHeight-1)) * BitCount >> 3) - ((bm_info_header->biWidth-1) * BitCount >> 3) ;
bm += ((Tmp3 & 0x3)+1) * (bm_info_header->biHeight - 1);
}
//if(SourceMemory == BMP_FromFileSystemMemory)
//{
// _FatData_GoToIndex(fileinfo, (unsigned int)(unsigned short)bm);
/// memcpy(IndexBuffer, fileinfo->FileInfo_BufferAddr, 512);
// memcpy(DataBuffer, fileinfo->FileInfo_BufferAddr, 512);
//}
#ifdef LcdArea_Integrated
lcd_area(X, Y, (X+bm_info_header->biWidth), (Y+bm_info_header->biHeight-1));
lcd_drawstart();
#endif
for (l = 0 ; l < bm_info_header->biHeight; l++)
{
X_Coordinate = X;
for (k = 0; k <= bm_info_header->biWidth; k++)
{
#ifdef Dx_UseMarginLimits
#ifdef Dx_UseMarginLimits
if(X_Coordinate >= BmpLimits->LeftEdgeLimit && X_Coordinate <= (BmpLimits->LeftEdgeLimit + BmpLimits->RightEdgeLimit) && Y_Coordinate >= BmpLimits->UpEdgeLimit && Y_Coordinate <= (BmpLimits->UpEdgeLimit + BmpLimits->DownEdgeLimit))
{
#endif
#endif
Temp = *bm;
Temp = Temp<<2;
//color.red = *(mask + Temp);
//color.green = *(mask + Temp + 1);
//color.blue = *(mask + Temp + 2);
color = RGB_TO_UINT(*(mask + Temp), *(mask + Temp + 1), *(mask + Temp + 2));
#ifdef LcdArea_Integrated
unsigned short TempColor = ((blue>>3)&0b11111) | ((green<<3)&0b11111100000) | ((red<<8)&0b1111100000000000);
lcd_rw_data(TempColor);
#else
//pContext->ulForeground = color;
put_pixel(pDisplay, X_Coordinate,Y_Coordinate, color);
#endif
#ifdef Dx_UseMarginLimits
#ifdef Dx_UseMarginLimits
}
#endif
#endif
X_Coordinate++;
bm++;
}
Y_Coordinate++;
if(bm_info_header->biHeight < 0) bm += Tmp3;
else
{
bm -= Tmp3+1;
bm -= 2 * bm_info_header->biWidth;
}
//bm += Tmp3;
}
