/*!
\brief Date of the first day of the first week for a year
The first day of a week depends on the current locale
( QLocale::firstDayOfWeek() ).
\param year Year
\param type Option how to identify the first week
\return First day of week 0
\sa QLocale::firstDayOfWeek(), weekNumber()
*/
QDate QwtDate::dateOfWeek0( int year, Week0Type type )
{
const Qt::DayOfWeek firstDayOfWeek = qwtFirstDayOfWeek();
QDate dt0( year, 1, 1 );
// floor to the first day of the week
int days = dt0.dayOfWeek() - firstDayOfWeek;
if ( days < 0 )
days += 7;
dt0 = dt0.addDays( -days );
if ( type == QwtDate::FirstThursday )
{
// according to ISO 8601 the first week is defined
// by the first thursday.
int d = Qt::Thursday - firstDayOfWeek;
if ( d < 0 )
d += 7;
if ( dt0.addDays( d ).year() < year )
dt0 = dt0.addDays( 7 );
}
return dt0;
}
void setDate(void)
{
DateTime dt0(rtc.now());
int year;
int month;
int day;
int res;
myScreen.Panels->BigTime->Hide();
String newtime = myScreen.Keyboard( PSTR("Enter DD/MM[/YY]"),KBPHONE);
myScreen.Panels->BigTime->Show();
/* dbgprint("Current time : Year: ");dbgprint(dt0.year());
dbgprint(" Month: ");dbgprint(dt0.month());
dbgprint(" Day: ");dbgprint(dt0.day());
dbgprint(" Hour: ");dbgprint(dt0.hour());
dbgprint(" Minute: ");dbgprint(dt0.minute());
dbgprint(" Second: ");dbgprintln(dt0.second());*/
res = sscanf(newtime.c_str(),"%2u/%2u/%2u",&day,&month,&year);
if ((month < 13)&&(day<32))
{
if (res ==3)
{
year +=2000;
dbgprint(PSTR("date 3: ")+newtime);dbgprint(PSTR(" Year "));dbgprint(year);dbgprint(PSTR(" Month "));dbgprint(month);dbgprint(PSTR(" Day "));dbgprintln(day);
rtc.adjust(DateTime(year,month,day,dt0.hour(),dt0.minute(),dt0.second()));
}
else if (res == 2)
{
dbgprint(PSTR("date 4: ")+newtime);dbgprint(PSTR(" Year "));dbgprint(dt0.year());dbgprint(PSTR(" Month "));dbgprint(month);dbgprint(PSTR(" Day "));dbgprintln(day);
rtc.adjust(DateTime(dt0.year(),month,day,dt0.hour(),dt0.minute(),dt0.second()));
}
}
}
void setTime(void)
{
DateTime dt0(rtc.now());
int hour;
int min;
int sec =0;
int res;
myScreen.Panels->BigTime->Hide();
String newtime = myScreen.Keyboard( PSTR("Enter HH:MM[:SS]"),KBPHONE);
myScreen.Panels->BigTime->Show();
/* dbgprint(PSTR("Current time : Year: "));dbgprint(dt0.year());
dbgprint(PSTR(" Month: "));dbgprint(dt0.month());
dbgprint(PSTR(" Day: "));dbgprint(dt0.day());
dbgprint(PSTR(" Hour: "));dbgprint(dt0.hour());
dbgprint(PSTR(" Minute: "));dbgprint(dt0.minute());
dbgprint(PSTR(" Second: "));dbgprintln(dt0.second());*/
res = sscanf(newtime.c_str(),"%2u:%2u:%2u",&hour,&min,&sec) ;
if ((hour < 24)&&(min < 60)&&(sec<60))
{
if ((res == 3) || (res == 2))
{
dbgprintln(PSTR("time 3: ")+newtime);
rtc.adjust(DateTime(dt0.year(),dt0.month(),dt0.day(),hour,min,sec));
}
}
}
void TimeInt()
{
char ci[10] ;
DateTime dt0(rtc.now());
myScreen.ESecond.TrigOn();
sprintf(ci,"%02d:%02d:%02d", dt0.hour(),dt0.minute(),dt0.second());
myScreen.StatusBar->Status[3]->Caption(ci);
}
KStarsDateTime modCalcEquinox::findEquinox( int year, bool Spring, KPlotObject *ecl ) {
// Interpolate to find the moment when the Sun crosses the equator
// Set initial guess in February or August to be sure that this
// point is before equinox.
const int month = Spring ? 2 : 8;
int i = QDate( year, month, 1 ).dayOfYear();
double dec1, dec2;
dec2 = ecl->points()[i]->y();
do {
++i;
dec1 = dec2;
dec2 = ecl->points()[i]->y();
} while ( dec1*dec2 > 0.0 ); //when dec1*dec2<0.0, we bracket the zero
double x1 = ecl->points()[i-1]->x();
double x2 = ecl->points()[i]->x();
double d = fabs(dec2 - dec1);
double f = 1.0 - fabs(dec2)/d; //fractional distance of the zero, from point1 to point2
KStarsDateTime dt0( QDate( year, 1, 1 ), QTime(0,0,0) );
KStarsDateTime dt = dt0.addSecs( 86400.0*(x1-1 + f*(x2-x1)) );
return dt;
}
void TBigTime::Draw()
{
// dbgprintln("TBigTime draw");
char ci[24] ,ct[8];
uint16_t atx;
if (!active) return;
if (!isDisplayed())
{
Parent->fillRect(0,top,WIDTH,HEIGHT-LHEIGHT,color) ;
Parent->drawRect(0,top,WIDTH,HEIGHT-LHEIGHT,ILI9341_WHITE) ;
displayed = true;
// return;
}
DateTime dt0(rtc.now());
Parent->setTextColor(ILI9341_WHITE);
Parent->setFont(fixednums15x31);
Parent->setTextArea(0, 0, WIDTH, HEIGHT);
sprintf(ci,"%02d:%02d:%02d", dt0.hour(),dt0.minute(),dt0.second());
Parent->fillRect (WIDTH/2 -((fixednums15x31[2]*strlen(ci))/2 ),HEIGHT/3,fixednums15x31[2]*(strlen(ci)+1),fixednums15x31[3],color) ;
Parent->printAt(ci,WIDTH/2 -((fixednums15x31[2]*strlen(ci))/2 ),HEIGHT/3);
Parent->setFont(Arial_bold_14);
sprintf(ci,"%02d/%02d/%04d", dt0.day(),dt0.month(),dt0.year());
atx = WIDTH/2 -((Arial_bold_14[2]*strlen(ci))/2 );
Parent->fillRect (atx,(HEIGHT/3) +50,Arial_bold_14[2]*(strlen(ci)+1),Arial_bold_14[3],color) ;
Parent->printAt(ci,atx,(HEIGHT/3) +50);
rtc.readTemperature(ct);
sprintf(ci,"%s Celsius",ct);
Parent->fillRect (atx,(HEIGHT/3) +80,Arial_bold_14[2]*(strlen(ci)+1),Arial_bold_14[3],color) ;
Parent->printAt(ci,atx,(HEIGHT/3) +80);
Parent->setTextColor(ILI9341_GRAY);
if (!Options.isActive()) Parent->printAt("Set: touch here",4*WIDTH/8 ,(HEIGHT-30));
}
CDialogHistoryAll::CDialogHistoryAll(
const wxDateTime *pCurrentSelection,
COARfile *pFile,
wxWindow *parent,
wxWindowID id) :
wxDialog( parent,
id,
g_TITLE,
wxDefaultPosition,
g_SIZE,
mainApp::DIALOG_STYLE),
m_timeSelected((time_t)1),
m_pTimeSelected(NULL)
{
const set<wxDateTime> *psetHistory = pFile->GetHistory();
wxArrayString asTime;
int nSelect = 0;
if(pCurrentSelection != NULL)
{
m_timeSelected = *pCurrentSelection;
m_pTimeSelected = &m_timeSelected;
}
asTime.Alloc(psetHistory->size() + 3);
asTime.Add(_T("Current"));
m_vTime.reserve(psetHistory->size() + 1);
for(set<wxDateTime>::const_reverse_iterator itr = psetHistory->rbegin();
itr != psetHistory->rend();
++itr)
{
if(_AppendTime(&asTime,*itr))
{
nSelect = (int) m_vTime.size();
}
}
const wxDateTime &dtBegin(pFile->GetCreationTime());
size_t nSize = m_vTime.size();
if(nSize && (dtBegin < m_vTime.at(nSize - 1)))
{
if(_AppendTime(&asTime,dtBegin))
{
nSelect = (int) m_vTime.size();
}
}
if(nSize)
{
wxDateTime dt0((time_t)0);
if(_AppendTime(&asTime,dt0))
{
nSelect = (int) m_vTime.size();
}
}
// now build it and they will look
m_pList = new wxListBox(this,wxID_ANY,
wxDefaultPosition, wxDefaultSize,
asTime,wxLB_SINGLE | wxLB_NEEDED_SB);
m_pList->Select(nSelect);
wxBoxSizer *pSizer(new wxBoxSizer(wxVERTICAL));
pSizer->Add(m_pList,1,wxALL | wxEXPAND, ID_BORDER);
pSizer->Add(
CreateButtonSizer(wxOK | wxCANCEL),
0,(wxALL ^ wxTOP) | wxALIGN_CENTRE,ID_BORDER);
SetSizer(pSizer);
pSizer->Layout();
}
void create_point_test()
{
// create point with specified parameterization
{
piecewise_curve_type pc;
point_creator_type pt_creator(4);
data_type dt0(3), dt1(2), dt2(3), dt3(2), t0(-1), dt;
point_type p0, ptemp;
// set the point
p0 << 1, 2, 3;
pt_creator.set_point(p0);
// set the times
pt_creator.set_t0(t0);
pt_creator.set_segment_dt(dt0, 0);
pt_creator.set_segment_dt(dt1, 1);
pt_creator.set_segment_dt(dt2, 2);
pt_creator.set_segment_dt(dt3, 3);
// test point setting
ptemp=pt_creator.get_point();
TEST_ASSERT(p0==ptemp);
// test time step settings
TEST_ASSERT(pt_creator.get_t0()==t0);
dt=pt_creator.get_segment_dt(0);
TEST_ASSERT(dt==dt0);
dt=pt_creator.get_segment_dt(1);
TEST_ASSERT(dt==dt1);
dt=pt_creator.get_segment_dt(2);
TEST_ASSERT(dt==dt2);
dt=pt_creator.get_segment_dt(3);
TEST_ASSERT(dt==dt3);
// create the polygon
TEST_ASSERT(pt_creator.create(pc));
}
// create point with default parameterization
{
piecewise_curve_type pc;
point_creator_type pt_creator(4);
data_type dt;
point_type p0, ptemp;
// set the corners
p0 << 1, 0, 0;
pt_creator.set_point(p0);
// test corner settings
ptemp=pt_creator.get_point();
TEST_ASSERT(p0==ptemp);
// test time step settings
TEST_ASSERT(pt_creator.get_t0()==0);
dt=pt_creator.get_segment_dt(0);
TEST_ASSERT(dt==1);
dt=pt_creator.get_segment_dt(1);
TEST_ASSERT(dt==1);
dt=pt_creator.get_segment_dt(2);
TEST_ASSERT(dt==1);
dt=pt_creator.get_segment_dt(3);
TEST_ASSERT(dt==1);
// create the polygon
TEST_ASSERT(pt_creator.create(pc));
}
}
