void TimeFace::OnPaintAll(Bitmap *destination)
{
int w = destination->Width();
int h = destination->Height();
int cx = w / 2;
int cy = h / 2;
destination->FillRect(0, 0, w, h, false);
{
char buf[10];
int y = cy + 10;
MetaWatch_Combined_8pt.Print(destination, 20, y, daysOfWeek[GetRTCDOW()]);
goodsprintf(buf, "%i/%2i",
GetRTCDAY(),
GetRTCMON()
);
y += MetaWatch_Combined_8pt.Height();
MetaWatch_Small_8pt.Print(destination, 20, y, buf);
goodsprintf(buf, "%4i",
GetRTCYEAR()
);
y += MetaWatch_Small_8pt.Height();
MetaWatch_Small_8pt.Print(destination, 20, y, buf);
}
// Clock markings
for (int i = 0; i < 12; i++)
DrawHand(destination, cx, cy, htTick, GetRadians(i, 12));
int hour = GetRTCHOUR() % 12;
int minute = GetRTCMIN();
int second = GetRTCSEC();
// Hour
int hourFull = (hour * 60) + minute;
DrawHand(destination, cx, cy, htHour, GetRadians(hourFull, 12 * 60));
// Minute
int minuteFull = (minute * 60) + second;
DrawHand(destination, cx, cy, htMinute, GetRadians(minuteFull, 60 * 60));
// Second
DrawHand(destination, cx, cy, htSecond, GetRadians(second, 60));
}
Vector4 CalcRayFromAngle(float AngleX, float Angley)
{
Vector4 result;
GetRadians(AngleX, Angley);
result.X = sin(Angley) * sin(AngleX);
result.Y = cos(Angley);
result.Z = sin(Angley) * cos(AngleX);
return result;
}
// ============================================================================
Value* AngleControl::get_property(Value** arg_list, int count)
{
Value* prop = arg_list[0];
if(prop == n_diameter ||
prop == n_width ||
prop == n_height)
{
if(parent_rollout && parent_rollout->page)
return Integer::intern(GetDiameter());
else
return &undefined;
}
else if(prop == n_degrees)
{
if(parent_rollout && parent_rollout->page)
return Float::intern(GetDegrees());
else
return &undefined;
}
else if(prop == n_radians)
{
if(parent_rollout && parent_rollout->page)
return Float::intern(GetRadians());
else
return &undefined;
}
else if (prop == n_range)
{
if(parent_rollout && parent_rollout->page)
return new Point3Value (m_min, m_max, GetDegrees());
}
else if(prop == n_startDegrees)
{
if(parent_rollout && parent_rollout->page)
return Float::intern(GetStartDegrees());
else
return &undefined;
}
else if(prop == n_startRadians)
{
if(parent_rollout && parent_rollout->page)
return Float::intern(GetStartRadians());
else
return &undefined;
}
else if(prop == n_dir)
{
if(parent_rollout && parent_rollout->page)
return m_dirCCW ? n_CCW : n_CW;
else
return &undefined;
}
else if(prop == n_color)
{
if(parent_rollout && parent_rollout->page)
return ColorValue::intern(AColor(m_color));
else
return &undefined;
}
else if(prop == n_bitmap)
return m_maxBitMap ? (Value*)m_maxBitMap : &undefined;
return RolloutControl::get_property(arg_list, count);
}
float nuiPadGestureRecognizer::GetDegrees() const
{
return 360.0 * GetRadians() / (2 * M_PI);
}
TEST(mylibrary, degreesToRads)
{
float degreeConv = GetRadians(3);
EXPECT_FLOAT_EQ(0.0523598776, degreeConv);
}
