public static Fixture GetMovingFixture(string axisName, int axisMin, int axisMax, JObject options = null)
{
Definition definition = FixtureDefinitionTests.GetMovingFixtureDefinition(axisName, axisMin, axisMax);
Group group = GroupTests.GetGroup();
Fixture fixture = new Fixture(definition, 1, group, options ?? new JObject());
return fixture;
}
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;
}
public RandomMove(Fixture fixture) : base(fixture, "RandomMove" )
{
Axis = new Dictionary<string, AnimatableAxis>();
foreach (string name in fixture.MovementAxis.Keys)
{
AnimatableAxis animAxis = new AnimatableAxis(name);
Axis.Add(name, animAxis);
}
}
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 MovementRestrictionSolver(Fixture fixture, JObject options) : base(fixture)
{
Axis = new Dictionary<string, RestrictableMovementAxis>();
foreach(JObject obj in options["axisRestrictions"].Values<JObject>())
{
MovementAxis movement = fixture.MovementAxis[obj["name"].Value<string>()];
int min = obj["min"].Value<int>();
int max = obj["max"].Value<int>();
var axis = new RestrictableMovementAxis(movement, min, max);
Axis.Add(movement.Name, axis);
}
}
public static IEnumerable<FixtureSolver> GetDefaultSolvers(Fixture fixture, JObject options)
{
List<FixtureSolver> solvers = new List<FixtureSolver>();
if (MasterAtFullSolver.SuitableFor(fixture.Definition))
{
solvers.Add(new MasterAtFullSolver(fixture));
}
if(FakeUVSolver.SuitableFor(fixture.Definition))
{
solvers.Add(new FakeUVSolver(fixture));
}
if (FakeStrobeSolver.SuitableFor(fixture.Definition))
{
solvers.Add(new FakeStrobeSolver(fixture));
}
if(ApeshitFixtureSolver.SuitableFor(fixture.Definition))
{
solvers.Add(new ApeshitFixtureSolver(fixture));
}
if (HSBtoRGBSolver.SuitableFor(fixture.Definition))
{
solvers.Add(new HSBtoRGBSolver(fixture));
}
if (HSBtoColorWheelSolver.SuitableFor(fixture.Definition))
{
solvers.Add(new HSBtoColorWheelSolver(fixture));
}
if (BrightnessLimiterSolver.SuitableFor(fixture.Definition, options))
{
solvers.Add(new BrightnessLimiterSolver(fixture, options));
}
if (RandomMove.SuitableFor(fixture.Definition))
{
solvers.Add(new RandomMove(fixture));
}
if (MovementRestrictionSolver.SuitableFor(fixture.Definition, options))
{
solvers.Add(new MovementRestrictionSolver(fixture, options));
}
if (MovementInversionSolver.SuitableFor(fixture.Definition, options))
{
solvers.Add(new MovementInversionSolver(fixture, options));
}
if (PanTilt16BitSolver.SuitableFor(fixture.Definition))
{
solvers.Add(new PanTilt16BitSolver(fixture));
}
return solvers;
}
public FakeStrobeSolver(Fixture fixture, Strobe strobe) : base(fixture, "Strobe")
{
Strobe = strobe;
}
public FixtureSolver(Fixture fixture, params string[] attributes) : base(fixture.Settables, fixture.FrameSettables, attributes)
{ }
public MasterAtFullSolver(Fixture fixture) : base(fixture)
{
}
public HSBtoColorWheelSolver(Fixture fixture) : base(fixture, "Hue", "Saturation", "Brightness")
{
ColorWheel = fixture.Definition.ColorWheel;
}
public PanTilt16BitSolver(Fixture fixture) : base(fixture, Get16BitAxisNames(fixture.Definition).ToArray())
{
AxisNames = from axis in fixture.Definition.Axis
select axis.Name;
}
public HSBtoRGBSolver(Fixture fixture) : base(fixture, "Hue", "Saturation", "Brightness")
{
}
public static Fixture Load(JObject obj)
{
int startChannel = obj["channel"].Value<int>();
string type = obj["type"].Value<string>();
Definition definition = Definition.Load(type);
string groupName = obj["group"].Value<string>();
Group group = MasterController.Instance.Groups.ContainsKey(groupName) ? MasterController.Instance.Groups[groupName] : MasterController.Instance.Groups.Values.First();
JObject options = obj["options"].Value<JObject>();
Fixture fixture = new Fixture(definition, startChannel, group, options);
return fixture;
}
public FakeStrobeSolver(Fixture fixture) : this(fixture, MasterController.Instance?.Strobe ?? new Strobe(20)) { }
public ApeshitFixtureSolver(Fixture fixture) : base(fixture, "Apeshit", "ApeshitFixtureSelected")
{
}
public FakeUVSolver(Fixture fixture) : base(fixture, "UV")
{
}
public BrightnessLimiterSolver(Fixture fixture, JObject options) : base(fixture)
{
MaxBrightness = options["maxBrightness"].Value<float>();
}
public MovementInversionSolver(Fixture fixture, JObject options) : base(fixture)
{
InvertedAxis = GetInvertedAxis(fixture.Definition, options);
}
