static void drawTickerNum2(image_s* img, byte val, byte maxValue, bool moving)
{
byte arraySize = (img->width * img->height) / 8;
byte yPos = img->offsetY;
const byte* bitmap = img->bitmap;
img->bitmap = &bitmap[val * arraySize];
if(!moving || yPos == 0 || yPos == 255)
{
img->offsetY = 0;
draw_bitmap_s2(&img);
}
else
{
byte prev = val - 1;
if(prev == 255)
prev = maxValue;
img->offsetY = yPos - img->height - TICKER_GAP;
draw_bitmap_s2(&img);
img->offsetY = yPos;
img->bitmap = &bitmap[prev * arraySize];
draw_bitmap_s2(&img);
}
img->offsetY = yPos;
img->bitmap = bitmap;
}
void drawBattery()
{
uint battLevel = battery_voltage();
const byte* battIcon;
if(battLevel < 3200)
battIcon = battIconEmpty;
else if(battLevel < 3700)
battIcon = battIconLow;
else if(battLevel < 4000)
battIcon = battIconHigh;
else
battIcon = battIconFull;
draw_bitmap_s2(&newImage(0, FRAME_HEIGHT - 8, battIcon, 16, 8, WHITE, NOINVERT, 0));
}
void draw_string(char* string, bool invert, byte x, byte y)
{
s_image img = newImage(0, y, NULL, SMALLFONT_WIDTH, SMALLFONT_HEIGHT, WHITE, invert, 0);
byte charCount = 0;
while(*string)
{
char c = *string - 0x20;
byte xx = x + (charCount*7);
img.x = xx;
img.bitmap = smallFont[(byte)c];
draw_bitmap_s2(&img);
if(invert)
{
if(xx > 0)
setBuffByte(oledBuffer, xx-1, y, 0xFF);//, WHITE);
if(xx < FRAME_WIDTH - 5)
setBuffByte(oledBuffer, xx+5, y, 0xFF);//, WHITE);
}
string++;
charCount++;
}
}
static display_t draw()
{
#if COMPILE_ANIMATIONS
static byte usbImagePos = FRAME_HEIGHT;
static byte chargeImagePos = FRAME_HEIGHT;
#endif
// Draw date
drawDate();
// Draw time animated
display_t busy = ticker();
// Draw battery icon
drawBattery();
byte fix = 20;
// Draw USB icon
image_s icon = newImage(fix, FRAME_HEIGHT - 9, usbIcon, 16, 8, WHITE, NOINVERT, 0);
draw_bitmap_set(&icon);
#if COMPILE_ANIMATIONS
if(animateIcon(USB_CONNECTED(), &usbImagePos))
{
icon.y = usbImagePos;
draw_bitmap_s2(NULL);
icon.x += 20;
}
#else
if(USB_CONNECTED())
{
draw_bitmap_s2(NULL);
icon.x += 20;
}
#endif
// Draw charging icon
icon.width = 8;
#if COMPILE_ANIMATIONS
if(animateIcon(CHARGING(), &chargeImagePos))
{
icon.bitmap = chargeIcon;
icon.y = chargeImagePos;
draw_bitmap_s2(NULL);
icon.x += 12;
}
#else
if(CHARGING())
{
icon.bitmap = chargeIcon;
draw_bitmap_s2(NULL);
icon.x += 12;
}
#endif
icon.y = FRAME_HEIGHT - 8;
#if COMPILE_STOPWATCH
// Stopwatch icon
if(stopwatch_active())
{
icon.bitmap = stopwatch;
draw_bitmap_s2(&icon);
icon.x += 12;
}
#endif
// Draw next alarm
alarm_s nextAlarm;
if(alarm_getNext(&nextAlarm))
{
time_s alarmTime;
alarmTime.hour = nextAlarm.hour;
alarmTime.mins = nextAlarm.min;
alarmTime.ampm = CHAR_24;
time_timeMode(&alarmTime, appConfig.timeMode);
char buff[9];
sprintf_P(buff, PSTR("%02hhu:%02hhu%c"), alarmTime.hour, alarmTime.mins, alarmTime.ampm);
draw_string(buff, false, icon.x, FRAME_HEIGHT - 8);
icon.x += (alarmTime.ampm == CHAR_24) ? 35 : 42;
icon.bitmap = dowImg[alarm_getNextDay()];
draw_bitmap_s2(&icon);
// icon.x += 9;
}
return busy;
}
static display_t ticker()
{
static byte yPos;
static byte yPos_secs;
static bool moving = false;
static bool moving2[5];
#if COMPILE_ANIMATIONS
static byte hour2;
static byte mins;
static byte secs;
if(appConfig.animations)
{
if(timeDate.time.secs != secs)
{
yPos = 0;
yPos_secs = 0;
moving = true;
moving2[0] = div10(timeDate.time.hour) != div10(hour2);
moving2[1] = mod10(timeDate.time.hour) != mod10(hour2);
moving2[2] = div10(timeDate.time.mins) != div10(mins);
moving2[3] = mod10(timeDate.time.mins) != mod10(mins);
moving2[4] = div10(timeDate.time.secs) != div10(secs);
//memcpy(&timeDateLast, &timeDate, sizeof(timeDate_s));
hour2 = timeDate.time.hour;
mins = timeDate.time.mins;
secs = timeDate.time.secs;
}
if(moving)
{
if(yPos <= 3)
yPos++;
else if(yPos <= 6)
yPos += 3;
else if(yPos <= 16)
yPos += 5;
else if(yPos <= 22)
yPos += 3;
else if(yPos <= 24 + TICKER_GAP)
yPos++;
if(yPos >= MIDFONT_HEIGHT + TICKER_GAP)
yPos = 255;
if(yPos_secs <= 1)
yPos_secs++;
else if(yPos_secs <= 13)
yPos_secs += 3;
else if(yPos_secs <= 16 + TICKER_GAP)
yPos_secs++;
if(yPos_secs >= FONT_SMALL2_HEIGHT + TICKER_GAP)
yPos_secs = 255;
if(yPos_secs > FONT_SMALL2_HEIGHT + TICKER_GAP && yPos > MIDFONT_HEIGHT + TICKER_GAP)
{
yPos = 0;
yPos_secs = 0;
moving = false;
memset(moving2, false, sizeof(moving2));
}
}
}
else
#endif
{
yPos = 0;
yPos_secs = 0;
moving = false;
memset(moving2, false, sizeof(moving2));
}
// Set up image
image_s img = newImage(104, 28, (const byte*)&small2Font, FONT_SMALL2_WIDTH, FONT_SMALL2_HEIGHT, WHITE, false, yPos_secs);
draw_bitmap_set(&img);
// Seconds
drawTickerNum2(&img, div10(timeDate.time.secs), 5, moving2[4]);
img.x = 116;
drawTickerNum2(&img, mod10(timeDate.time.secs), 9, moving);
// Set new font data for hours and minutes
img.y = TIME_POS_Y;
img.width = MIDFONT_WIDTH;
img.height = MIDFONT_HEIGHT;
img.bitmap = (const byte*)&midFont;
img.offsetY = yPos;
// Minutes
img.x = 60;
drawTickerNum2(&img, div10(timeDate.time.mins), 5, moving2[2]);
img.x = 83;
drawTickerNum2(&img, mod10(timeDate.time.mins), 9, moving2[3]);
// Hours
img.x = 1;
drawTickerNum2(&img, div10(timeDate.time.hour), 5, moving2[0]);
img.x = 24;
drawTickerNum2(&img, mod10(timeDate.time.hour), 9, moving2[1]);
// Draw colon for half a second
if(RTC_HALFSEC())
{
img.x = TIME_POS_X + 46 + 2;
img.bitmap = colon;
img.width = FONT_COLON_WIDTH;
img.height = FONT_COLON_HEIGHT;
img.offsetY = 0;
draw_bitmap_s2(NULL);
}
// Draw AM/PM character
char tmp[2];
tmp[0] = timeDate.time.ampm;
tmp[1] = 0x00;
draw_string(tmp, false, 104, 20);
// char buff[12];
// sprintf_P(buff, PSTR("%lu"), time_getTimestamp());
// draw_string(buff, false, 30, 50);
return (moving ? DISPLAY_BUSY : DISPLAY_DONE);
}
