void Testdata(ostream &fo)
{
Date now;
string p[]=
{
"--","d--","dd--","-m-",
"d-m-","dd-m-","-mm-","d-mm-",
"dd-mm-","-mmm-","d-mmm-","dd-mmm-",
"--yy","d--yy","dd--yy","-m-yy",
"d-m-yy","dd-m-yy","-mm-yy","d-mm-yy",
"dd-mm-yy","-mmm-yy","d-mmm-yy","dd-mmm-yy",
"--yyyy","d--yyyy","dd--yyyy","-m-yyyy",
"d-m-yyyy","dd-m-yyyy","-mm-yyyy","d-mm-yyyy",
"dd-mm-yyyy","-mmm-yyyy","d-mmm-yyyy","dd-mmm-yyyy"
};
//printing all the date formats
fo<<"********************************************************************************"<<endl;
fo<<"Printing all types formats"<<endl;
DateFormat *format[36];
for(int k=0; k<36; k++)
{
format[k]=checkformat1(fo,p[k]);
fo<<"\n";
}
fo<<"********************************************************************************"<<endl;
fo<<"Printing all types formats if given input in different format"<<endl;
for(int k=0; k<36; k++)
{
int d=p[k].find_first_of("-",0);
int y=p[k].find_first_of("-",d+1);
string a,b,c;
a=p[k].substr(0,d);
b=p[k].substr(d+1,y-d-1);
c=p[k].substr(y+1);
checkformat2(fo,a,b,c);
}
fo<<"********************************************************************************"<<endl;
checkdate1(fo);
fo<<"********************************************************************************"<<endl;
checkdate2(fo);
fo<<"********************************************************************************"<<endl;
Date now2(now);
fo<<"Testing ++,++(int) operators"<<endl;
fo<<++now<<"\n"<<endl;
fo<<now++<<"\n"<<endl;
fo<<"********************************************************************************"<<endl;
fo<<"Testing --,--(int) operators"<<endl;
fo<<--now<<"\n"<<endl;
fo<<now--<<"\n"<<endl;
Date datevar1("10-03-2019");
fo<<"********************************************************************************"<<endl;
fo<<"Testing + operator"<<endl;
Date datevar2(D09,Mar,2016);
fo<<datevar2+1<<"--> ITS MY BIRTHDAY!!!"<<endl;
fo<<"Wish me at https://www.facebook.com/sricharan6996 "<<"\n"<<endl;
try
{
fo<<datevar2+100000<<"\n"<<endl;
}
catch(exception &e)
{
fo<<e.what()<<"\n"<<endl;
}
fo<<"********************************************************************************"<<endl;
fo<<"Testing operator(-) "<<endl;
Date dt1 (D15,Mar,2020),dt2(D30,Sep,2025);
fo<<dt2-dt1<<"\n"<<endl;
fo<<"********************************************************************************"<<endl;
fo<<"Testing Weekday operators"<<endl;
fo<<(WeekDay)dt2<<"\n"<<endl;
fo<<(WeekDay)(dt2+1)<<"\n"<<endl;
fo<<"********************************************************************************"<<endl;
fo<<"Testing weeknumber operators"<<endl;
fo<<(WeekNumber)dt2<<"\n"<<endl;
fo<<(WeekNumber)(dt2+1)<<"\n" <<endl;
fo<<"********************************************************************************"<<endl;
fo<<"Testing month operators"<<endl;
fo<<(Month)now<<"\n"<<endl;
fo<<(Month)(now+365)<<"\n"<<endl;
fo<<now.leapYear()<<"\n"<<endl;
fo<<datevar2.leapYear()<<"\n"<<endl;
fo<<"********************************************************************************"<<endl;
fo<<"Testing == ,!=,<=,<,>=,> operators"<<endl;
fo<<(datevar1==datevar2)<<"\n"<<endl;
fo<<(datevar1!=datevar2)<<"\n"<<endl;
fo<<(datevar1<=datevar2)<<"\n"<<endl;
fo<<(datevar1<datevar2)<<"\n"<<endl;
fo<<(datevar1>=datevar2)<<"\n"<<endl;
fo<<(datevar1>datevar2)<<"\n"<<endl;
fo<<"********************************************************************************"<<endl;
fo<<"Testing set and get formats"<<endl;
for(int k=0; k<36; k++)
{
Date::setFormat(*format[k]);
fo<<Date::getFormat().getdate()<<"\n"<<endl;
fo<<Date::getFormat().getmonth()<<"\n"<<endl;
fo<<Date::getFormat().getyear()<<"\n"<<endl;
}
fo<<"********************************************************************************"<<endl;
fo<<"Testing assignment operator"<<endl;
datevar2=now;
fo<<datevar2<<"\n"<<endl;
fo<<"********************************************************************************"<<endl;
fo<<"Testing operators"<<endl;
for(int k=0; k<36; k++)
{
fo<<p[k];
Date::setFormat(*format[k]);
fo<<now<<"\n"<<endl;
}
delete [] format;
}
/*!
SLCamera::onTouch2Move gets called whenever two fingers move on a handheld
screen.
*/
SLbool SLCamera::onTouch2Move(const SLint x1, const SLint y1,
const SLint x2, const SLint y2)
{
SLScene* s = SLScene::current;
SLSceneView* sv = s->activeSV();
SLVec2f now1((SLfloat)x1, (SLfloat)y1);
SLVec2f now2((SLfloat)x2, (SLfloat)y2);
SLVec2f delta1(now1-_oldTouchPos1);
SLVec2f delta2(now2-_oldTouchPos2);
// Average out the deltas over the last 4 events for correct 1 pixel moves
static SLuint cnt=0;
static SLVec2f d1[4];
static SLVec2f d2[4];
d1[cnt%4] = delta1;
d2[cnt%4] = delta2;
SLVec2f avgDelta1(d1[0].x+d1[1].x+d1[2].x+d1[3].x, d1[0].y+d1[1].y+d1[2].y+d1[3].y);
SLVec2f avgDelta2(d2[0].x+d2[1].x+d2[2].x+d2[3].x, d2[0].y+d2[1].y+d2[2].y+d2[3].y);
avgDelta1 /= 4.0f;
avgDelta2 /= 4.0f;
cnt++;
SLfloat r1, phi1, r2, phi2;
avgDelta1.toPolar(r1, phi1);
avgDelta2.toPolar(r2, phi2);
// Scale the mouse delta by the lookAt distance
SLfloat lookAtDist;
if (_lookAtRay.length < FLT_MAX)
lookAtDist = _lookAtRay.length;
else lookAtDist = _focalDist;
// scale factor depending on the space sice at focal dist
SLfloat spaceH = tan(SL_DEG2RAD*_fov/2) * lookAtDist * 2.0f;
SLfloat spaceW = spaceH * sv->scrWdivH();
//SL_LOG("avgDelta1: (%05.2f,%05.2f), dPhi=%05.2f\n", avgDelta1.x, avgDelta1.y, SL_abs(phi1-phi2));
// if fingers move parallel slide camera vertically or horizontally
if (SL_abs(phi1-phi2) < 0.2f)
{
// Calculate center between finger points
SLVec2f nowCenter((now1+now2)*0.5f);
SLVec2f oldCenter((_oldTouchPos1+_oldTouchPos2)*0.5f);
// For first move set oldCenter = nowCenter
if (oldCenter == SLVec2f::ZERO) oldCenter = nowCenter;
SLVec2f delta(nowCenter - oldCenter);
// scale to 0-1
delta.x /= (SLfloat)sv->scrW();
delta.y /= (SLfloat)sv->scrH();
// scale to space size
delta.x *= spaceW;
delta.y *= spaceH;
if (_camAnim==turntableYUp || _camAnim==turntableZUp)
{
// apply delta to x- and y-position
_vm.translation(_vm.m(12) + delta.x,
_vm.m(13) - delta.y,
_vm.m(14));
setWMandState();
}
else if (_camAnim == walkingYUp || _camAnim == walkingZUp)
{
_maxSpeed.x = delta.x * 100.0f,
_maxSpeed.z = delta.y * 100.0f;
}
} else // Two finger pinch
{
// Calculate vector between fingers
SLVec2f nowDist(now2 - now1);
SLVec2f oldDist(_oldTouchPos2-_oldTouchPos1);
// For first move set oldDist = nowDist
if (oldDist == SLVec2f::ZERO) oldDist = nowDist;
SLfloat delta = oldDist.length() - nowDist.length();
if (_camAnim==turntableYUp)
{ // scale to 0-1
delta /= (SLfloat)sv->scrH();
// scale to space height
delta *= spaceH*2;
// apply delta to the z-position
_vm.translation(_vm.m(12),
_vm.m(13),
_vm.m(14) - delta);
setWMandState();
}
else if (_camAnim == walkingYUp)
{
// change field of view
_fov += SL_sign(delta) * 0.5f;
currentFOV = _fov;
}
}
_oldTouchPos1.set((SLfloat)x1, (SLfloat)y1);
_oldTouchPos2.set((SLfloat)x2, (SLfloat)y2);
return true;
}
