//
// Function: spotBarUpdate
//
// Update a single bar (used in Spotfire bar chart and cascade)
//
void spotBarUpdate(u08 x, u08 width, u08 oldVal, u08 newVal, s08 valXOffset,
u08 fillType)
{
u08 oldBarHeight;
u08 newBarHeight;
char barValue[3];
// See if there's any need to update a bar
if (oldVal == newVal && mcClockInit == GLCD_FALSE)
return;
// Get height of old bar and new bar
oldBarHeight =
(u08)((SPOT_BAR_HEIGHT_MAX / (float)SPOT_BAR_VAL_STEPS) * oldVal + 0.5);
newBarHeight =
(u08)((SPOT_BAR_HEIGHT_MAX / (float)SPOT_BAR_VAL_STEPS) * newVal + 0.5);
// If there are no changes in barheight there's no need to repaint the bar
if (oldBarHeight != newBarHeight || mcClockInit == GLCD_TRUE)
{
// Paint new bar
if (fillType == FILL_BLANK)
{
// A FILL_BLANK is in fact drawing the outline of the bar first and
// then fill it with blank
glcdRectangle(x, SPOT_BAR_Y_START - newBarHeight, width,
newBarHeight + 1, mcFgColor);
if (newBarHeight > 1)
glcdFillRectangle2(x + 1, SPOT_BAR_Y_START - newBarHeight + 1,
width - 2, newBarHeight - 1, ALIGN_TOP, fillType, mcFgColor);
}
else
{
glcdFillRectangle2(x, SPOT_BAR_Y_START - newBarHeight, width,
newBarHeight + 1, ALIGN_BOTTOM, fillType, mcFgColor);
}
}
// Add the bar value (depending on bar value font size)
animValToStr(newVal, barValue);
glcdPutStr2(x + valXOffset, SPOT_BAR_Y_START - newBarHeight +
SPOT_BAR_VAL_Y_OFFSET, FONT_5X7N, barValue, mcFgColor);
// Clear the first line between the bar and the bar value
glcdFillRectangle(x, SPOT_BAR_Y_START - newBarHeight - 1, width, 1,
mcBgColor);
// Clear the space left and right of the bar value
glcdFillRectangle(x, SPOT_BAR_Y_START - newBarHeight + SPOT_BAR_VAL_Y_OFFSET,
valXOffset, -SPOT_BAR_VAL_Y_OFFSET - 1, mcBgColor);
glcdFillRectangle(x + width - valXOffset + 1,
SPOT_BAR_Y_START - newBarHeight + SPOT_BAR_VAL_Y_OFFSET, valXOffset - 1,
-SPOT_BAR_VAL_Y_OFFSET - 1, mcBgColor);
// Clear what was above it (if any)
if (oldBarHeight > newBarHeight)
glcdFillRectangle(x, SPOT_BAR_Y_START - oldBarHeight +
SPOT_BAR_VAL_Y_OFFSET, width, oldBarHeight - newBarHeight, mcBgColor);
}
//
// Function: analogAlarmAreaUpdate
//
// Draw update in analog clock alarm area
//
void analogAlarmAreaUpdate(void)
{
u08 inverseAlarmArea = GLCD_FALSE;
u08 newAlmDisplayState = GLCD_FALSE;
if ((mcCycleCounter & 0x0F) >= 8)
newAlmDisplayState = GLCD_TRUE;
if (mcUpdAlarmSwitch == GLCD_TRUE)
{
if (mcAlarmSwitch == ALARM_SWITCH_ON)
{
// Show alarm time in small clock
s08 dxM, dyM, dxH, dyH;
float radM, radH;
// Prepare the analog alarm clock
radM = (2L * M_PI / ANA_SECMIN_STEPS) * mcAlarmM;
dxM = (s08)(sin(radM) * ANA_ALARM_MIN_RADIUS);
dyM = (s08)(-cos(radM) * ANA_ALARM_MIN_RADIUS);
radH = (2L * M_PI / ANA_HOUR_STEPS) * (mcAlarmH % 12) +
(2L * M_PI / ANA_SECMIN_STEPS / ANA_HOUR_STEPS) * mcAlarmM;
dxH = (s08)(sin(radH) * ANA_ALARM_HOUR_RADIUS);
dyH = (s08)(-cos(radH) * ANA_ALARM_HOUR_RADIUS);
// Clear date area
glcdFillRectangle(ANA_DATE_X_START, ANA_DATE_Y_START, ANA_DATE_X_SIZE,
5, mcBgColor);
// Show the alarm time
glcdCircle2(ANA_ALARM_X_START, ANA_ALARM_Y_START, ANA_ALARM_RADIUS,
CIRCLE_FULL, mcFgColor);
glcdLine(ANA_ALARM_X_START, ANA_ALARM_Y_START, ANA_ALARM_X_START + dxM,
ANA_ALARM_Y_START + dyM, mcFgColor);
glcdLine(ANA_ALARM_X_START, ANA_ALARM_Y_START, ANA_ALARM_X_START + dxH,
ANA_ALARM_Y_START + dyH, mcFgColor);
}
else
{
// Show date
u08 pxDone = 0;
char msg[4] = {0};
// Clear alarm area
glcdFillRectangle(ANA_ALARM_X_START - ANA_ALARM_RADIUS - 1,
ANA_ALARM_Y_START - ANA_ALARM_RADIUS - 1, ANA_ALARM_RADIUS * 2 + 3,
ANA_ALARM_RADIUS * 2 + 3, mcBgColor);
mcU8Util1 = GLCD_FALSE;
// Show the date
char *s1, *s2;
#ifdef DATE_MONTHDAY
s1 = (char *)months[mcClockNewDM - 1];
s2 = msg;
msg[0] = ' ';
animValToStr(mcClockNewDD, &(msg[1]));
#else
s1 = msg;
s2 = (char *)months[mcClockNewDM - 1];
animValToStr(mcClockNewDD, msg);
msg[2] = ' ';
#endif
pxDone = glcdPutStr2(ANA_DATE_X_START, ANA_DATE_Y_START, FONT_5X5P,
s1, mcFgColor) + ANA_DATE_X_START;
pxDone = pxDone + glcdPutStr2(pxDone, ANA_DATE_Y_START, FONT_5X5P,
s2, mcFgColor) - ANA_DATE_X_START;
if (pxDone <= ANA_DATE_X_SIZE)
glcdFillRectangle(ANA_DATE_X_START + pxDone, ANA_DATE_Y_START,
ANA_DATE_X_SIZE - pxDone + 1, FILL_BLANK, mcBgColor);
}
}
if (mcAlarming == GLCD_TRUE)
{
// Blink alarm area when we're alarming or snoozing
if (newAlmDisplayState != mcU8Util1)
{
inverseAlarmArea = GLCD_TRUE;
mcU8Util1 = newAlmDisplayState;
}
}
else
{
// Reset inversed alarm area when alarming has stopped
if (mcU8Util1 == GLCD_TRUE)
{
inverseAlarmArea = GLCD_TRUE;
mcU8Util1 = GLCD_FALSE;
}
}
// Inverse the alarm area if needed
if (inverseAlarmArea == GLCD_TRUE)
glcdFillRectangle2(ANA_ALARM_X_START - ANA_ALARM_RADIUS - 1,
ANA_ALARM_Y_START - ANA_ALARM_RADIUS - 1, ANA_ALARM_RADIUS * 2 + 3,
ANA_ALARM_RADIUS * 2 + 3, ALIGN_AUTO, FILL_INVERSE, mcBgColor);
}
