public ParticleScaleControl(ParticleScaleControlConstructionParams csParam)
: base(csParam)
{
InitConstruction();
NodeName = csParam.NodeName;
//csParam.SetHostNodesContainerEvent -= InitGraphEvent;
//csParam.SetHostNodesContainerEvent += InitGraphEvent;
//InitGraphEvent();
if (string.IsNullOrEmpty(NodeName))
{
NodeName = "ParticleScale";
}
IsOnlyReturnValue = true;
AddLinkPinInfo("ParticleScaleControlDown", mCtrlValueLinkHandleDown, null);
AddLinkPinInfo("ParticleScaleControlUp", mCtrlValueLinkHandleUp, null);
mCtrlValueLinkHandleDown.ResetDefaultFilter("ParticleScaleControlUp");
DataGradient = new ParticleDataGradient("Float3");
Vector3Data v3 = DataGradient.VectorData as Vector3Data;
v3.Max = EngineNS.Vector3.UnitXYZ;
v3.Min = EngineNS.Vector3.UnitXYZ;
}
public ParticleRotationControl(ParticleRotationControlConstructionParams csParam)
: base(csParam)
{
InitConstruction();
NodeName = csParam.NodeName;
//csParam.SetHostNodesContainerEvent -= InitGraphEvent;
//csParam.SetHostNodesContainerEvent += InitGraphEvent;
//InitGraphEvent();
if (string.IsNullOrEmpty(NodeName))
{
NodeName = "Particle Rotation";
}
IsOnlyReturnValue = true;
AddLinkPinInfo("ParticleRotationControlDown", mCtrlValueLinkHandleDown, null);
AddLinkPinInfo("ParticleRotationControlUp", mCtrlValueLinkHandleUp, null);
mCtrlValueLinkHandleDown.ResetDefaultFilter("ParticleRotationControlUp");
DataGradient = new ParticleDataGradient("Float3");
DataGradient.IsRotation = false;
}
public ParticleAcceleratedControl(ParticleAcceleratedControlConstructionParams csParam)
: base(csParam)
{
InitConstruction();
NodeName = csParam.NodeName;
//csParam.SetHostNodesContainerEvent -= InitGraphEvent;
//csParam.SetHostNodesContainerEvent += InitGraphEvent;
//InitGraphEvent();
if (string.IsNullOrEmpty(NodeName))
{
NodeName = "ParticleAccelerated";
}
IsOnlyReturnValue = true;
AddLinkPinInfo("ParticleAcceleratedControlDown", mCtrlValueLinkHandleDown, null);
AddLinkPinInfo("ParticleAcceleratedControlUp", mCtrlValueLinkHandleUp, null);
mCtrlValueLinkHandleDown.ResetDefaultFilter("ParticleAcceleratedControlUp");
DataGradient = new ParticleDataGradient("Float");
FloatData v3 = DataGradient.VectorData as FloatData;
v3.Max = 1f;
v3.Min = 1f;
//需要解绑
//DependencyObject parent = UIColorGradient.Parent;
//if (parent != null)
//{
// var grid = parent as System.Windows.Controls.Grid;
// if (grid != null)
// {
// grid.Children.Clear();
// }
// else
// {
// parent.SetValue(System.Windows.Controls.ContentPresenter.ContentProperty, null);
// }
// //ColorGradient.UIColorGradient = UIColorGradient;
//}
}
public ParticleVelocityByCenterControl(ParticleVelocityByCenterControlConstructionParams csParam)
: base(csParam)
{
InitConstruction();
NodeName = csParam.NodeName;
if (string.IsNullOrEmpty(NodeName))
{
NodeName = "Particle向心运动";
}
IsOnlyReturnValue = true;
AddLinkPinInfo("ParticleVelocityByCenterControlDown", mCtrlValueLinkHandleDown, null);
AddLinkPinInfo("ParticleVelocityByCenterControlUp", mCtrlValueLinkHandleUp, null);
mCtrlValueLinkHandleDown.ResetDefaultFilter("ParticleVelocityByCenterControlUp");
DataGradient = new ParticleDataGradient("Float");
}
