private void AffectorWindow_FormClosing(object sender, FormClosingEventArgs e)
{
switch (m_type)
{
case AffectorType.Colour:
SFML.Graphics.Color start = new SFML.Graphics.Color();
start.R = panelColourStart.BackColor.R;
start.G = panelColourStart.BackColor.G;
start.B = panelColourStart.BackColor.B;
SFML.Graphics.Color end = new SFML.Graphics.Color();
end.R = panelColourEnd.BackColor.R;
end.G = panelColourEnd.BackColor.G;
end.B = panelColourEnd.BackColor.B;
Affector = new ColourAffector(start, end, (float)numericUpDownColour.Value);
break;
case AffectorType.Force:
Affector = new ForceAffector(new SFML.Window.Vector2f((float)numericUpDownForceX.Value, (float)numericUpDownForceY.Value));
break;
case AffectorType.Rotation:
Affector = new RotationAffector((float)numericUpDownRotation.Value);
break;
case AffectorType.Scale:
Affector = new ScaleAffector(new SFML.Window.Vector2f((float)numericUpDownScaleX.Value, (float)numericUpDownScaleY.Value));
break;
case AffectorType.Velocity:
Affector = new VelocityAffector(new SFML.Window.Vector2f((float)numericUpDownVelX.Value, (float)numericUpDownVelY.Value));
break;
}
}
protected WorkflowGrain(Func <WorkflowIdentity, Activity> workflowDefinitionFactory, WorkflowIdentity workflowDefinitionIdentity)
{
// TODO
// it's not possible to force at compile time that the WorkflowGrain implementation should implement TEffector
// it would be great to check all the WorkflowGrain implementations at assembly load time (Orleans bootstrap? DI? module initilizer .cctor?)
// AffectorProxy<> and EffectorProxy<> cctor also executes checks on TAffector and TEffector method signatures, but called only at first usage and not load time
// Fody/ModuleInit: https://github.com/fody/moduleinit
// Module Initializer: http://einaregilsson.com/module-initializers-in-csharp/
if (!(this is TEffector))
{
throw new InvalidProgramException($"Type '{GetType().GetFriendlyName()}' must explicitly implement interface '{typeof(TEffector).GetFriendlyName()}'!");
}
workflowHost = new WorkflowHost(new WorkflowGrainEffector(this), workflowDefinitionFactory, workflowDefinitionIdentity);
workflowHostAffector = AffectorProxy <TAffector> .CreateProxy(workflowHost);
}
public void addAffector(IAffector affector)
{
m_affectors.Add(affector);
}
private void AffectorWindow_FormClosing(object sender, FormClosingEventArgs e)
{
switch (m_type)
{
case AffectorType.Colour:
SFML.Graphics.Color start = new SFML.Graphics.Color();
start.R = panelColourStart.BackColor.R;
start.G = panelColourStart.BackColor.G;
start.B = panelColourStart.BackColor.B;
SFML.Graphics.Color end = new SFML.Graphics.Color();
end.R = panelColourEnd.BackColor.R;
end.G = panelColourEnd.BackColor.G;
end.B = panelColourEnd.BackColor.B;
Affector = new ColourAffector(start, end, (float)numericUpDownColour.Value);
break;
case AffectorType.Force:
Affector = new ForceAffector(new SFML.Window.Vector2f((float)numericUpDownForceX.Value, (float)numericUpDownForceY.Value));
break;
case AffectorType.Rotation:
Affector = new RotationAffector((float)numericUpDownRotation.Value);
break;
case AffectorType.Scale:
Affector = new ScaleAffector(new SFML.Window.Vector2f((float)numericUpDownScaleX.Value, (float)numericUpDownScaleY.Value));
break;
case AffectorType.Velocity:
Affector = new VelocityAffector(new SFML.Window.Vector2f((float)numericUpDownVelX.Value, (float)numericUpDownVelY.Value));
break;
}
}
public void addAffector(IAffector affector)
{
m_affectors.Add(affector);
}
public static void BindTo(this IAffectable target, IAffector affector)
{
target.BindAffectorPose = Matrix.Invert(affector.GlobalPose);
target.Affector = affector;
affector.Affectable = target;
}
public static void UnBindFrom(this IAffectable target, IAffector affector)
{
target.BindAffectorPose = Matrix.Identity;
target.Affector = null;
affector.Affectable = null;
}
void IAffectedMethod.AddTrigger(IAffector affector, ITrigger trigger)
{
affector.AddTrigger(trigger);
}
IAffector IAffectedMethod.AddAffector(IAffector affector)
{
Affectors.Add(affector);
return(affector);
}
