public static bool SuitableFor(Definition definition)
{
return definition.Channels.Any(x => x.Name == "Red") &&
definition.Channels.Any(x => x.Name == "Green") &&
definition.Channels.Any(x => x.Name == "Blue") &&
!definition.Channels.Any(x => x.Name == "UV");
}
public static Definition Load(JObject modelElement)
{
Definition definition = new Definition();
foreach (JObject channelElement in modelElement["channels"])
{
DMXChannel channel = DMXChannel.Load(channelElement);
definition.Channels.Add(channel);
}
definition.Type = (FixtureType)Enum.Parse(typeof(FixtureType), modelElement["type"].Value<string>());
definition.Name = modelElement["name"].Value<string>();
if (modelElement["movements"] != null)
{
foreach (JObject movementAxis in modelElement["movements"])
{
MovementAxis axis = MovementAxis.Load(movementAxis);
definition.Axis.Add(axis);
}
}
if(modelElement["colorWheel"] != null)
{
foreach (JObject colorWheelEntry in modelElement["colorWheel"])
{
ColorWheelEntry entry = ColorWheelEntry.Load(colorWheelEntry);
definition.ColorWheel.Add(entry);
}
}
return definition;
}
public static Definition GetMovingFixtureDefinition(string axisName, int min, int max)
{
Definition definition = new Definition();
definition.Channels.Add(new DMXChannel(axisName, definition.Channels.Count + 1));
definition.Axis.Add(new MovementAxis(axisName, min, max));
definition.Name = "Moving Fixture";
return definition;
}
public static bool SuitableFor(Definition definition)
{
return definition.Channels.Any(x => x.Name == "ColorWheel") &&
definition.ColorWheel.Count > 0 &&
!(definition.Channels.Any(x => x.Name == "Red") &&
definition.Channels.Any(x => x.Name == "Green") &&
definition.Channels.Any(x => x.Name == "Blue")); // suitable if there's a colorwheel but no RGB
}
public static Fixture GetColorWheelFixture(IEnumerable<ColorWheelEntry> colors)
{
Definition definition = new Definition();
definition.Channels.Add(new DMXChannel("ColorWheel", definition.Channels.Count + 1));
definition.Channels.Add(new DMXChannel("Master", definition.Channels.Count + 1));
definition.ColorWheel.AddRange(colors);
Fixture fixture = new Fixture(definition, 1, GroupTests.GetGroup(), new Newtonsoft.Json.Linq.JObject());
return fixture;
}
public static Fixture GetRGBFixture(JObject options = null)
{
var definition = new Definition();
definition.Channels.Add(new DMXChannel("Red", definition.Channels.Count + 1));
definition.Channels.Add(new DMXChannel("Green", definition.Channels.Count + 1));
definition.Channels.Add(new DMXChannel("Blue", definition.Channels.Count + 1));
var fixture = new Fixture(definition, 1, GroupTests.GetGroup(), options ?? new JObject());
return fixture;
}
private static IEnumerable<string> GetRestrictedAxisNames(Definition definition, JObject options)
{
var restrictedNames = from option in options["axisRestrictions"]?.Values<JObject>() ?? Enumerable.Empty<JObject>()
select option["name"].Value<string>();
var restrictedAxis = from name in restrictedNames
where definition.Axis.Any(x => x.Name == name)
select name;
return restrictedAxis;
}
private static IEnumerable<string> GetInvertedAxis(Definition definition, JObject options)
{
var invertOptions = from option in options["axisInversions"]?.Values<string>() ?? Enumerable.Empty<string>()
select option;
var invertedAxis = from option in invertOptions
where definition.Axis.Any(x => x.Name == option)
select option;
return invertedAxis;
}
public static Fixture Get16BitMovingFixture(params string[] axis)
{
var definition = new Definition();
foreach (string axisName in axis)
{
definition.Axis.Add(new MovementAxis(axisName, -90, 90));
definition.Channels.Add(new DMXChannel(axisName + "Coarse", definition.Channels.Count + 1));
definition.Channels.Add(new DMXChannel(axisName + "Fine", definition.Channels.Count + 1));
}
Fixture fixture = new Fixture(definition, 1, GroupTests.GetGroup(), new Newtonsoft.Json.Linq.JObject());
return fixture;
}
public Fixture(Definition definition, int startChannel, Group group, JObject options)
{
Definition = definition;
Solvers = new List<FixtureSolver>();
Settables = new Dictionary<string, Solvers.Attribute>();
FrameSettables = new Dictionary<string, Solvers.Attribute>();
foreach (Solvers.Attribute attribute in Definition.Channels)
{
Settables.Add(attribute.Name, attribute);
FrameSettables.Add(attribute.Name, attribute);
}
MovementAxis = new Dictionary<string, MovementAxis>();
foreach(var axis in Definition.Axis)
{
MovementAxis.Add(axis.Name, axis);
}
Solvers.AddRange(FixtureSolver.GetDefaultSolvers(this, options));
Options = options;
StartChannel = startChannel;
Group = group;
Group.Fixtures.Add(this);
}
internal static bool SuitableFor(Definition definition, JObject options)
{
return options["maxBrightness"]?.Value<float>() < 1f;
}
internal static bool SuitableFor(Definition definition, JObject options)
{
return GetRestrictedAxisNames(definition, options).Count() > 0;
}
internal static bool SuitableFor(Definition definition)
{
return definition.Channels.Any(x => x.Name == "PanCoarse") ||
definition.Channels.Any(x => x.Name == "TiltCoarse");
}
private static IEnumerable<string> Get16BitAxisNames(Definition fixtureDefinition)
{
var names = from movement in fixtureDefinition.Axis
select movement.Name;
return names;
}
internal static bool SuitableFor(Definition definition)
{
return definition.Type == FixtureType.LED &&
!definition.Channels.Any(x => x.Name == "Strobe");
}
internal static bool SuitableFor(Definition definition)
{
return definition.Axis.Count > 0;
}
public static bool SuitableFor(Definition definition)
{
return definition.Channels.Any(x => x.Name == "Master") &&
definition.Channels.Any(x => AllColors.Contains(x.Name));
}
public static bool SuitableFor(Definition definition, JObject options)
{
return GetInvertedAxis(definition, options).Count() > 0;
}
