///----------------------------------------------------------------------------
/// Function Break
///----------------------------------------------------------------------------
void BatteryMnDsply(WND_LAYOUT_STRUCT *wnd_layout_ptr)
{
char spaceBuff[25];
uint8 batt_buff[20];
uint32 x = 0;
float curr_batt_volts;
float batt_rng;
uint8 length;
memset(&(g_mmap[0][0]), 0, sizeof(g_mmap));
// Add in a title for the menu
length = sprintf((char*)g_spareBuffer, "-%s-", getLangText(BATTERY_VOLTAGE_TEXT));
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_ZERO;
wnd_layout_ptr->curr_col = (uint16)(((wnd_layout_ptr->end_col)/2) - ((length * SIX_COL_SIZE)/2));
WndMpWrtString(g_spareBuffer, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
wnd_layout_ptr->curr_col = wnd_layout_ptr->start_col;
wnd_layout_ptr->next_row = wnd_layout_ptr->start_row;
wnd_layout_ptr->next_col = wnd_layout_ptr->start_col;
curr_batt_volts = GetExternalVoltageLevelAveraged(BATTERY_VOLTAGE);
// ********** Print Battery text **********
sprintf((char*)g_spareBuffer, "%.2f %s", curr_batt_volts, getLangText(VOLTS_TEXT));
debug("Battery: %s\r\n", (char*)g_spareBuffer);
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_TWO;
WndMpWrtString(g_spareBuffer, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
// ********** Print the Low and Full text **********
memset(&spaceBuff[0], 0, sizeof(spaceBuff));
memset(&spaceBuff[0], ' ', sizeof(spaceBuff) - 1);
length = (uint8)(strlen(getLangText(LOW_TEXT)) + strlen(getLangText(FULL_TEXT)));
spaceBuff[(20 - length)] = '\0';
sprintf((char*)g_spareBuffer, "%s%s%s", getLangText(LOW_TEXT), (char*)&spaceBuff[0], getLangText(FULL_TEXT));
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_FOUR;
WndMpWrtString(g_spareBuffer, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
// ********** E========F **********
memset(&batt_buff[0], 0, sizeof(batt_buff));
memset(&batt_buff[0], ' ', (sizeof(batt_buff) - 1));
batt_rng = (float).25;
x = 0;
if (curr_batt_volts > BATT_MIN_VOLTS)
{
curr_batt_volts = (float)(curr_batt_volts - BATT_MIN_VOLTS);
}
else
{
curr_batt_volts = 0;
}
// Creating a string to give the appearance of a battery metter. Using '=' as the bar
for (x = 0; x < 10; x++)
{
if ((curr_batt_volts > batt_rng) && (x < 9))
{
batt_buff[x] = '=';
curr_batt_volts -= batt_rng;
}
else
{
batt_buff[x] = '|';
break;
}
}
batt_buff[10] = 0; // Assign to null
length = (uint8)sprintf((char*)g_spareBuffer, "[%s]", batt_buff);
wnd_layout_ptr->curr_col =(uint16)(((wnd_layout_ptr->end_col)/2) - ((length * SIX_COL_SIZE)/2));
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_FIVE;
WndMpWrtString(g_spareBuffer, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
// ********** Print other battery voltages **********
curr_batt_volts = GetExternalVoltageLevelAveraged(EXT_CHARGE_VOLTAGE);
// Check if the external charge voltage is above 0.5 volts indicating that it's active
if (curr_batt_volts < 3.5)
{
curr_batt_volts = 0;
}
length = (uint8)sprintf((char*)g_spareBuffer, "(%.2f %s)", curr_batt_volts, getLangText(VOLTS_TEXT));
wnd_layout_ptr->curr_col =(uint16)(((wnd_layout_ptr->end_col)/2) - ((length * SIX_COL_SIZE)/2));
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_SEVEN;
WndMpWrtString(g_spareBuffer, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
}
///----------------------------------------------------------------------------
/// Function Break
///----------------------------------------------------------------------------
void SummaryMenuDisplay(WND_LAYOUT_STRUCT *wnd_layout_ptr)
{
SUMMARY_MENU_EVENT_CACHE_STRUCT* eventInfo;
char dateBuff[25];
char lineBuff[30];
char modeBuff[2];
uint16 itemsDisplayed = 1;
uint16 length;
uint16 tempSummaryIndex = 0;
// Clear the LCD map
memset(&(g_mmap[0][0]), 0, sizeof(g_mmap));
// Display the Title centered on the Top line
sprintf(lineBuff, "-%s-", getLangText(LIST_OF_SUMMARIES_TEXT));
length = (uint8)strlen((char*)lineBuff);
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_ZERO;
wnd_layout_ptr->curr_col = (uint16)(((wnd_layout_ptr->end_col)/2) - ((length * SIX_COL_SIZE)/2));
WndMpWrtString((uint8*)(&lineBuff[0]), wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
// Setup layout
wnd_layout_ptr->curr_row = wnd_layout_ptr->start_row;
wnd_layout_ptr->curr_col = wnd_layout_ptr->start_col;
wnd_layout_ptr->next_row = wnd_layout_ptr->start_row;
wnd_layout_ptr->next_col = wnd_layout_ptr->start_col;
// Check if s_topMenuSummaryIndex is valid
if (s_topMenuSummaryIndex == s_totalRamSummaries)
{
debug("Summary List: No valid summary found for display\r\n");
sprintf(lineBuff, "<%s>", getLangText(EMPTY_TEXT));
WndMpWrtString((uint8*)(&lineBuff[0]), wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
// We're done
}
else // s_topMenuSummaryIndex is a valid index indicating valid events in storage
{
tempSummaryIndex = s_topMenuSummaryIndex;
while ((itemsDisplayed <= SUMMARY_MENU_ACTIVE_ITEMS) && (tempSummaryIndex < s_totalRamSummaries))
{
// Check if entry is cached to prevent long delay reading files
eventInfo = GetSummaryEventInfo(tempSummaryIndex);
// Clear and setup the time stamp string for the current event
memset(&dateBuff[0], 0, sizeof(dateBuff));
ConvertTimeStampToString(dateBuff, &(eventInfo->eventTime), REC_DATE_TIME_DISPLAY);
// Clear and setup the mode string for the curent event
memset(&modeBuff[0], 0, sizeof(modeBuff));
switch (eventInfo->mode)
{
case WAVEFORM_MODE: strcpy(modeBuff, "W"); break;
case BARGRAPH_MODE: strcpy(modeBuff, "B"); break;
case COMBO_MODE: strcpy(modeBuff, "C"); break;
case MANUAL_CAL_MODE: strcpy(modeBuff, "P"); break;
case MANUAL_TRIGGER_MODE: strcpy(modeBuff, "M"); break;
}
// Clear and setup the event line string for the curent event
memset(&lineBuff[0], 0, sizeof(lineBuff));
sprintf(lineBuff, "E%03d %s %s", (int)eventInfo->eventNumber, dateBuff, modeBuff);
// Check if the current line is to be highlighted
if (tempSummaryIndex == s_currentSummaryIndex)
{
WndMpWrtString((uint8*)(&lineBuff[0]), wnd_layout_ptr, SIX_BY_EIGHT_FONT, CURSOR_LN);
}
else // Print as a regular line
{
WndMpWrtString((uint8*)(&lineBuff[0]), wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
}
// Set the current row as the next row
wnd_layout_ptr->curr_row = wnd_layout_ptr->next_row;
// Increment the items displayed
itemsDisplayed++;
tempSummaryIndex = GetNextValidRamSummaryIndex(tempSummaryIndex);
}
// Check if the summary index is at the end of the list and still room on the LCD
if ((itemsDisplayed <= SUMMARY_MENU_ACTIVE_ITEMS) && (tempSummaryIndex == s_totalRamSummaries))
{
debug("Summary List: End of the list\r\n");
sprintf(lineBuff, "<%s>", getLangText(END_TEXT));
WndMpWrtString((uint8*)(&lineBuff[0]), wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
}
}
}
///----------------------------------------------------------------------------
/// Function Break
///----------------------------------------------------------------------------
void TimerModeDateMenuDisplay(REC_MN_STRUCT *rec_ptr, WND_LAYOUT_STRUCT *wnd_layout_ptr, MN_LAYOUT_STRUCT *mn_layout_ptr)
{
uint8 sbuff[50];
uint8 top;
uint8 menu_ln;
uint8 length = 0;
memset(&(g_mmap[0][0]), 0, sizeof(g_mmap));
menu_ln = 0;
top = (uint8)mn_layout_ptr->top_ln;
// Add in a title for the menu
memset(&sbuff[0], 0, sizeof(sbuff));
sprintf((char*)sbuff, "-%s-", getLangText(ACTIVE_DATE_PERIOD_TEXT));
length = (uint8)strlen((char*)sbuff);
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_ZERO;
wnd_layout_ptr->curr_col = (uint16)(((wnd_layout_ptr->end_col)/2) - ((length * SIX_COL_SIZE)/2));
WndMpWrtString(sbuff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
// Add in a title for the menu
memset(&sbuff[0], 0, sizeof(sbuff));
sprintf((char*)sbuff, "(%s)", getLangText(DAY_MONTH_YEAR_TEXT));
length = (uint8)strlen((char*)sbuff);
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_ONE;
wnd_layout_ptr->curr_col = (uint16)(((wnd_layout_ptr->end_col)/2) - ((length * SIX_COL_SIZE)/2));
WndMpWrtString(sbuff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
memset(&sbuff[0], 0, sizeof(sbuff));
wnd_layout_ptr->curr_row = wnd_layout_ptr->start_row;
wnd_layout_ptr->curr_col = wnd_layout_ptr->start_col;
wnd_layout_ptr->next_row = wnd_layout_ptr->start_row;
wnd_layout_ptr->next_col = wnd_layout_ptr->start_col;
rec_ptr[TMD_START_DAY].numrec.nmax = GetDaysPerMonth((uint8)(rec_ptr[TMD_START_MONTH].numrec.tindex),
(uint8)(rec_ptr[TMD_START_YEAR].numrec.tindex));
if (rec_ptr[TMD_START_DAY].numrec.tindex > rec_ptr[TMD_START_DAY].numrec.nmax)
rec_ptr[TMD_START_DAY].numrec.tindex = rec_ptr[TMD_START_DAY].numrec.nmax;
rec_ptr[TMD_STOP_DAY].numrec.nmax = GetDaysPerMonth((uint8)(rec_ptr[TMD_STOP_MONTH].numrec.tindex),
(uint8)(rec_ptr[TMD_STOP_YEAR].numrec.tindex));
if (rec_ptr[TMD_STOP_DAY].numrec.tindex > rec_ptr[TMD_STOP_DAY].numrec.nmax)
rec_ptr[TMD_STOP_DAY].numrec.tindex = rec_ptr[TMD_STOP_DAY].numrec.nmax;
// ---------------------------------------------------------------------------------
// Write out the start date line which includes the start date text, day, month, and year values
// ---------------------------------------------------------------------------------
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_THREE;
wnd_layout_ptr->curr_col = wnd_layout_ptr->start_col;
// Display the start date text
sprintf((char*)sbuff, "%s: ", getLangText(START_DATE_TEXT));
WndMpWrtString(sbuff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_FOUR;
wnd_layout_ptr->curr_col = (uint16)(((wnd_layout_ptr->end_col)/2) - ((9 * SIX_COL_SIZE)/2));
// Display the day
sprintf((char*)sbuff, "%02d", (uint16)(uint16)rec_ptr[TMD_START_DAY].numrec.tindex);
WndMpWrtString(sbuff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, (mn_layout_ptr->curr_ln == TMD_START_DAY) ? CURSOR_LN : REG_LN);
wnd_layout_ptr->curr_col = wnd_layout_ptr->next_col;
WndMpWrtString((uint8*)("-"), wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
wnd_layout_ptr->curr_col = wnd_layout_ptr->next_col;
// Display the month text
sprintf((char*)sbuff, "%s", (char*)&(g_monthTable[(uint8)(rec_ptr[TMD_START_MONTH].numrec.tindex)].name[0]));
WndMpWrtString(sbuff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, (mn_layout_ptr->curr_ln == TMD_START_MONTH) ? CURSOR_LN : REG_LN);
wnd_layout_ptr->curr_col = wnd_layout_ptr->next_col;
WndMpWrtString((uint8*)("-"), wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
wnd_layout_ptr->curr_col = wnd_layout_ptr->next_col;
// Display the year
sprintf((char*)sbuff, "%02d", (uint16)(uint16)rec_ptr[TMD_START_YEAR].numrec.tindex);
WndMpWrtString(sbuff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, (mn_layout_ptr->curr_ln == TMD_START_YEAR) ? CURSOR_LN : REG_LN);
// ---------------------------------------------------------------------------------
// Write out the stop date line which includes the stop date text, day, month, and year values
// ---------------------------------------------------------------------------------
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_FIVE;
wnd_layout_ptr->curr_col = wnd_layout_ptr->start_col;
// Display the date text
sprintf((char*)sbuff, "%s: ", getLangText(STOP_DATE_TEXT));
WndMpWrtString(sbuff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_SIX;
wnd_layout_ptr->curr_col = (uint16)(((wnd_layout_ptr->end_col)/2) - ((9 * SIX_COL_SIZE)/2));
// Display the day
sprintf((char*)sbuff, "%02d", (uint16)(uint16)rec_ptr[TMD_STOP_DAY].numrec.tindex);
WndMpWrtString(sbuff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, (mn_layout_ptr->curr_ln == TMD_STOP_DAY) ? CURSOR_LN : REG_LN);
wnd_layout_ptr->curr_col = wnd_layout_ptr->next_col;
WndMpWrtString((uint8*)("-"), wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
wnd_layout_ptr->curr_col = wnd_layout_ptr->next_col;
// Display the month text
sprintf((char*)sbuff, "%s", (char*)&(g_monthTable[(uint8)(rec_ptr[TMD_STOP_MONTH].numrec.tindex)].name[0]));
WndMpWrtString(sbuff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, (mn_layout_ptr->curr_ln == TMD_STOP_MONTH) ? CURSOR_LN : REG_LN);
wnd_layout_ptr->curr_col = wnd_layout_ptr->next_col;
WndMpWrtString((uint8*)("-"), wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
wnd_layout_ptr->curr_col = wnd_layout_ptr->next_col;
// Display the year
sprintf((char*)sbuff, "%02d", (uint16)(uint16)rec_ptr[TMD_STOP_YEAR].numrec.tindex);
WndMpWrtString(sbuff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, (mn_layout_ptr->curr_ln == TMD_STOP_YEAR) ? CURSOR_LN : REG_LN);
}
///----------------------------------------------------------------------------
/// Function Break
///----------------------------------------------------------------------------
void DisplayUserMenu(WND_LAYOUT_STRUCT *wnd_layout_ptr, MN_LAYOUT_STRUCT *mn_layout_ptr, uint8 titlePosition)
{
uint8 buff[50]; /* made it bigger then NUM_CHAR_PER_LN just in case someone trys to make a big string.*/
uint16 top;
uint8 menu_ln;
uint32 length;
// Clear out LCD map buffer
memset(&(g_mmap[0][0]), 0, sizeof(g_mmap));
// Init var's
menu_ln = 0;
top = 0;
// Copy Menu Title into buffer
strcpy((char*)(&buff[0]), (g_userMenuCachePtr + top + menu_ln)->text);
// Get length of title
length = strlen((char*)(&buff[0]));
// Set current row to the top row
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_ZERO;
// Check if title position is specified as left justified
if (titlePosition == TITLE_LEFT_JUSTIFIED)
{
wnd_layout_ptr->curr_col = wnd_layout_ptr->start_col;
}
else // titlePosition is TITLE_CENTERED
{
wnd_layout_ptr->curr_col =(uint16)(((wnd_layout_ptr->end_col)/2) - ((length * SIX_COL_SIZE)/2));
}
// Write string to LCD map
WndMpWrtString(buff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
// Reset var's... purpose?
menu_ln = 0;
top = mn_layout_ptr->top_ln;
// Reset menu display parameters
wnd_layout_ptr->curr_row = wnd_layout_ptr->start_row;
wnd_layout_ptr->curr_col = wnd_layout_ptr->start_col;
wnd_layout_ptr->next_row = wnd_layout_ptr->start_row;
wnd_layout_ptr->next_col = wnd_layout_ptr->start_col;
// Handle the rest of the menu table
while (wnd_layout_ptr->curr_row <= wnd_layout_ptr->end_row)
{
// Copy the next menu text into the buffer
strcpy((char*)(&buff[0]), (g_userMenuCachePtr + top + menu_ln)->text);
// Check if we have reached the end of the menu text
if (strcmp((char*)(&buff[0]), ".end."))
{
// If the incrementing menu line matches the current line minus the top line
if (menu_ln == (mn_layout_ptr->curr_ln - mn_layout_ptr->top_ln))
{
if (mn_layout_ptr->sub_ln == 0)
{
// Write the text to the LCD map highlighted
WndMpWrtString(buff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, CURSOR_LN);
}
else
{
// Write just one char highlighted
wnd_layout_ptr->index = mn_layout_ptr->sub_ln;
WndMpWrtString(buff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, CURSOR_CHAR);
}
}
else // Write text as a regular line
{
WndMpWrtString(buff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
}
}
else // Reached end of menu text
break;
// Set current row to already advanced next row
wnd_layout_ptr->curr_row = wnd_layout_ptr->next_row;
// Advance menu line
menu_ln++;
}
}
///----------------------------------------------------------------------------
/// Function Break
///----------------------------------------------------------------------------
void DisplaySelectMenu(WND_LAYOUT_STRUCT *wnd_layout_ptr, MN_LAYOUT_STRUCT *mn_layout_ptr, uint8 titlePosition)
{
uint8 buff[50];
uint8 top;
uint8 menu_ln;
uint32 length;
memset(&(g_mmap[0][0]), 0, sizeof(g_mmap));
menu_ln = 0;
top = 0;
strcpy((char*)buff, (char*)(g_menuPtr + top + menu_ln)->data);
length = strlen((char*)buff);
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_ZERO;
if (titlePosition == TITLE_LEFT_JUSTIFIED)
{
wnd_layout_ptr->curr_col = wnd_layout_ptr->start_col;
}
else // titlePosition is TITLE_CENTERED
{
wnd_layout_ptr->curr_col =(uint16)(((wnd_layout_ptr->end_col)/2) - ((length * SIX_COL_SIZE)/2));
}
WndMpWrtString(buff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
menu_ln = 0;
top = (uint8)mn_layout_ptr->top_ln;
wnd_layout_ptr->curr_row = wnd_layout_ptr->start_row;
wnd_layout_ptr->curr_col = wnd_layout_ptr->start_col;
wnd_layout_ptr->next_row = wnd_layout_ptr->start_row;
wnd_layout_ptr->next_col = wnd_layout_ptr->start_col;
while (wnd_layout_ptr->curr_row <= wnd_layout_ptr->end_row)
{
strcpy((char*)buff, (char*)(g_menuPtr + top + menu_ln)->data);
if (strcmp((char*)buff, ".end."))
{
if (menu_ln == (mn_layout_ptr->curr_ln - mn_layout_ptr->top_ln))
{
if (mn_layout_ptr->sub_ln == 0)
{
WndMpWrtString(buff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, CURSOR_LN);
}
else
{
wnd_layout_ptr->index = mn_layout_ptr->sub_ln;
WndMpWrtString(buff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, CURSOR_CHAR);
}
}
else
{
WndMpWrtString(buff, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
}
}
else
break;
wnd_layout_ptr->curr_row = wnd_layout_ptr->next_row;
menu_ln++;
}/* END OF WHILE LOOP */
}
///----------------------------------------------------------------------------
/// Function Break
///----------------------------------------------------------------------------
void TimerModeTimeMenuDisplay(REC_MN_STRUCT *rec_ptr, WND_LAYOUT_STRUCT *wnd_layout_ptr, MN_LAYOUT_STRUCT *mn_layout_ptr)
{
uint8 top;
uint8 menu_ln;
uint8 length = 0;
memset(&(g_mmap[0][0]), 0, sizeof(g_mmap));
menu_ln = 0;
top = (uint8)mn_layout_ptr->top_ln;
// Add in a title for the menu
length = sprintf((char*)g_spareBuffer, "-%s-", getLangText(ACTIVE_TIME_PERIOD_TEXT));
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_ZERO;
wnd_layout_ptr->curr_col =(uint16)(((wnd_layout_ptr->end_col)/2) - ((length * SIX_COL_SIZE)/2));
WndMpWrtString(g_spareBuffer, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
// Add in unit format for the menu
length = sprintf((char*)g_spareBuffer, "(24 %s:%s)", getLangText(HOUR_TEXT), getLangText(MINUTE_TEXT));
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_ONE;
wnd_layout_ptr->curr_col =(uint16)(((wnd_layout_ptr->end_col)/2) - ((length * SIX_COL_SIZE)/2));
WndMpWrtString(g_spareBuffer, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
wnd_layout_ptr->curr_row = wnd_layout_ptr->start_row;
wnd_layout_ptr->curr_col = wnd_layout_ptr->start_col;
wnd_layout_ptr->next_row = wnd_layout_ptr->start_row;
wnd_layout_ptr->next_col = wnd_layout_ptr->start_col;
// ---------------------------------------------------------------------------------
// Write out the start time line which includes the start time text, hour and min values
// ---------------------------------------------------------------------------------
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_THREE;
wnd_layout_ptr->curr_col = wnd_layout_ptr->start_col;
// Display the start time text
sprintf((char*)g_spareBuffer, "%s: ", getLangText(START_TIME_TEXT));
WndMpWrtString(g_spareBuffer, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_FOUR;
wnd_layout_ptr->curr_col = (uint16)(((wnd_layout_ptr->end_col)/2) - ((5 * SIX_COL_SIZE)/2));
// Display the start hour
sprintf((char*)g_spareBuffer, "%02d", (uint16)rec_ptr[TMT_START_HOUR].numrec.tindex);
WndMpWrtString(g_spareBuffer, wnd_layout_ptr, SIX_BY_EIGHT_FONT, (mn_layout_ptr->curr_ln == TMT_START_HOUR) ? CURSOR_LN : REG_LN);
wnd_layout_ptr->curr_col = wnd_layout_ptr->next_col;
WndMpWrtString((uint8*)(":"), wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
wnd_layout_ptr->curr_col = wnd_layout_ptr->next_col;
// Display the start min
sprintf((char*)g_spareBuffer, "%02d", (uint16)rec_ptr[TMT_START_MIN].numrec.tindex);
WndMpWrtString(g_spareBuffer, wnd_layout_ptr, SIX_BY_EIGHT_FONT, (mn_layout_ptr->curr_ln == TMT_START_MIN) ? CURSOR_LN : REG_LN);
// ---------------------------------------------------------------------------------
// Write out the stop time line which includes the stop time text, hour and min values
// ---------------------------------------------------------------------------------
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_FIVE;
wnd_layout_ptr->curr_col = wnd_layout_ptr->start_col;
// Display the stop time text
sprintf((char*)g_spareBuffer, "%s: ", getLangText(STOP_TIME_TEXT));
WndMpWrtString(g_spareBuffer, wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
wnd_layout_ptr->curr_row = DEFAULT_MENU_ROW_SIX;
wnd_layout_ptr->curr_col = (uint16)(((wnd_layout_ptr->end_col)/2) - ((5 * SIX_COL_SIZE)/2));
// Display the stop hour
sprintf((char*)g_spareBuffer, "%02d", (uint16)rec_ptr[TMT_STOP_HOUR].numrec.tindex);
WndMpWrtString(g_spareBuffer, wnd_layout_ptr, SIX_BY_EIGHT_FONT, (mn_layout_ptr->curr_ln == TMT_STOP_HOUR) ? CURSOR_LN : REG_LN);
wnd_layout_ptr->curr_col = wnd_layout_ptr->next_col;
WndMpWrtString((uint8*)(":"), wnd_layout_ptr, SIX_BY_EIGHT_FONT, REG_LN);
wnd_layout_ptr->curr_col = wnd_layout_ptr->next_col;
// Display the stop min
sprintf((char*)g_spareBuffer, "%02d", (uint16)rec_ptr[TMT_STOP_MIN].numrec.tindex);
WndMpWrtString(g_spareBuffer, wnd_layout_ptr, SIX_BY_EIGHT_FONT, (mn_layout_ptr->curr_ln == TMT_STOP_MIN) ? CURSOR_LN : REG_LN);
}
