public AttributePointSetting(FixtureAttribute attribute)
{
this.Attribute = attribute;
this._value = 0;
this.Snap = true; // TODO: Should snap be on by default?
this._active = false;
}
// TODO: Change name to ActivatePreset ?
public void ActivateCurrentPreset(AttributePreset preset)
{
if (_active)
{
foreach (FixtureWrapperFAOverride fixtureWrapper in _fixtureWrappers)
{
if (fixtureWrapper.IsAffected)
{
foreach (AttributePresetSetting setting in preset.AttributePointSettings)
{
if (setting.Active)
{
FixtureAttribute containsSameType = null;
foreach (FixtureAttribute attr in fixtureWrapper.Fixture.Attributes)
{
if (attr.Type == setting.Type)
{
containsSameType = attr;
break;
}
}
if (containsSameType != null)
{
containsSameType.SetOverride(true);
containsSameType.SetLevel(setting.Value, "_FA_OVERRIDE_nohtp_");
}
}
}
}
}
}
}
public AttributePointSetting(FixtureAttribute attribute)
{
this.Attribute = attribute;
this._value = 0;
this.Snap = true; // TODO: Should snap be on by default?
this._active = false;
}
public void AddAttribute(FixtureAttribute attr)
{
if (attr.Type == ATTRIBUTE_TYPE.PAN_COARSE || attr.Type == ATTRIBUTE_TYPE.PAN_FINE || attr.Type == ATTRIBUTE_TYPE.TILT_COARSE || attr.Type == ATTRIBUTE_TYPE.TILT_FINE)
{
MovingAttributes.Add(attr);
}
else
{
Attributes.Add(attr);
}
}
public void SaveFocusPoint(string Name)
{
// Save a focus point as a new attribute
// (and also add it to _focusPoints)
List <Photon> thePhotons = new List <Photon>();
int panCoarse = (int)currentPan / 256;
int panFine = (int)currentPan % 256;
int tiltCoarse = (int)currentTilt / 256;
int tiltFine = (int)currentTilt % 256;
thePhotons.Add(new Photon(startChannel + 4, panCoarse));
thePhotons.Add(new Photon(startChannel + 5, panFine));
thePhotons.Add(new Photon(startChannel + 6, tiltCoarse));
thePhotons.Add(new Photon(startChannel + 7, tiltFine));
thePhotons.Add(new Photon(startChannel + 2, currentColor));
thePhotons.Add(new Photon(startChannel + 3, currentGobo));
FixtureAttribute newFocusPoint = new FixtureAttribute(ATTRIBUTE_TYPE.OTHER, Name, thePhotons, this);
attributes.Add(newFocusPoint);
_focusPoints.Add(newFocusPoint);
}
// To restore one from a file
public BigPhoton(SerializationInfo info, StreamingContext ctxt)
{
_attribute = (FixtureAttribute)info.GetValue("FixtureAttribute", typeof(FixtureAttribute));
_level = info.GetInt32("Level");
}
// CONSTRUCTORS
public BigPhoton(FixtureAttribute fixtureAttribute, int level)
{
_attribute = fixtureAttribute;
_level = level;
}
public void SaveFocusPoint(string Name)
{
// Save a focus point as a new attribute
// (and also add it to _focusPoints)
List<Photon> thePhotons = new List<Photon>();
int panCoarse = (int)currentPan / 256;
int panFine = (int)currentPan % 256;
int tiltCoarse = (int)currentTilt / 256;
int tiltFine = (int)currentTilt % 256;
thePhotons.Add(new Photon(startChannel + 4, panCoarse));
thePhotons.Add(new Photon(startChannel + 5, panFine));
thePhotons.Add(new Photon(startChannel + 6, tiltCoarse));
thePhotons.Add(new Photon(startChannel + 7, tiltFine));
thePhotons.Add(new Photon(startChannel + 2, currentColor));
thePhotons.Add(new Photon(startChannel + 3, currentGobo));
FixtureAttribute newFocusPoint = new FixtureAttribute(ATTRIBUTE_TYPE.OTHER, Name, thePhotons, this);
attributes.Add(newFocusPoint);
_focusPoints.Add(newFocusPoint);
}
public void AddAttribute(FixtureAttribute attr)
{
if (attr.Type == ATTRIBUTE_TYPE.PAN_COARSE || attr.Type == ATTRIBUTE_TYPE.PAN_FINE || attr.Type == ATTRIBUTE_TYPE.TILT_COARSE || attr.Type == ATTRIBUTE_TYPE.TILT_FINE)
{
MovingAttributes.Add(attr);
}
else
{
Attributes.Add(attr);
}
}
// To restore one from a file
public BigPhoton(SerializationInfo info, StreamingContext ctxt)
{
_attribute = (FixtureAttribute)info.GetValue("FixtureAttribute", typeof(FixtureAttribute));
_level = info.GetInt32("Level");
}
// CONSTRUCTORS
public BigPhoton(FixtureAttribute fixtureAttribute, int level)
{
_attribute = fixtureAttribute;
_level = level;
}
