public InventoryIssueLine()
{
DtoFields.Add(nameof(lineNumber), new DtoValue(0));
DtoFields.Add(nameof(quantity), new DtoValue(1));
RequiredFields.Add("tranType", new DtoValue("Issue"));
DtoFields.Add("operation", new NotDto <ApiOperation>(ApiOperation.Insert));
}
public InitialSizeSeed()
{
RequiredFields.Add(ParticleFields.Size);
RequiredFields.Add(ParticleFields.RandomSeed);
InheritLocation = InheritLocation.Scale;
}
public InitialSizeSeed()
{
RequiredFields.Add(ParticleFields.Size);
RequiredFields.Add(ParticleFields.RandomSeed);
DisplayParticleScaleUniform = true;
}
public CustomParticleInitializer()
{
DebugDraw = false;
RequiredFields.Add(ParticleFields.Position);
RequiredFields.Add(ParticleFields.Velocity);
RequiredFields.Add(ParticleFields.RandomSeed);
}
public SalesOrderLine()
{
DtoFields.Add(nameof(lineNbr), new DtoValue(0));
DtoFields.Add(nameof(quantity), new DtoValue(1));
RequiredFields.Add("salesOrderOperation", new DtoValue("Issue"));
DtoFields.Add("operation", new NotDto <ApiOperation>(ApiOperation.Insert));
}
/// <summary>
/// Default constructor which also registers the fields required by this updater
/// </summary>
public UpdaterSizeOverTime()
{
RequiredFields.Add(ParticleFields.Size);
var curve = new ComputeAnimationCurveFloat();
SamplerMain.Curve = curve;
}
public SalesOrderLine()
{
DtoFields.Add(nameof(lineNbr), new DtoValue(0));
DtoFields.Add(nameof(quantity), new DtoValue(1));
RequiredFields.Add("warehouse", new DtoValue(null));
RequiredFields.Add("salesOrderOperation", new DtoValue("Issue"));
}
public Initial3DRotationSeed()
{
RequiredFields.Add(ParticleFields.Quaternion);
RequiredFields.Add(ParticleFields.RandomSeed);
InheritLocation = InheritLocation.Rotation;
}
public Initial3DRotationSeed()
{
RequiredFields.Add(ParticleFields.Quaternion);
RequiredFields.Add(ParticleFields.RandomSeed);
DisplayParticleRotation = true;
}
public InitialPositionSeed()
{
RequiredFields.Add(ParticleFields.Position);
RequiredFields.Add(ParticleFields.RandomSeed);
InheritLocation = InheritLocation.Position | InheritLocation.Rotation | InheritLocation.Scale;
}
public UpdaterGravity()
{
// In case of a conventional standard Earth gravitational acceleration, where Y is up. Change it depending on your needs.
GravitationalAcceleration = new Vector3(0, -9.80665f, 0);
RequiredFields.Add(ParticleFields.Position);
RequiredFields.Add(ParticleFields.Velocity);
}
/// <summary>
/// Default constructor which also registers the fields required by this updater
/// </summary>
public UpdaterColorOverTime()
{
RequiredFields.Add(ParticleFields.Color);
var curve = new ComputeAnimationCurveColor4();
SamplerMain.Curve = curve;
}
/// <summary>
/// Default constructor which also registers the fields required by this updater
/// </summary>
public InitialPositionArc()
{
RequiredFields.Add(ParticleFields.Position);
RequiredFields.Add(ParticleFields.RandomSeed);
// DisplayPosition = true; // Always inherit the position and don't allow to opt out
DisplayParticleRotation = true;
}
public InitialVelocitySeed()
{
RequiredFields.Add(ParticleFields.Velocity);
RequiredFields.Add(ParticleFields.RandomSeed);
DisplayParticleRotation = true;
DisplayParticleScaleUniform = true;
}
public InitialDirectionSeed()
{
RequiredFields.Add(ParticleFields.Direction);
RequiredFields.Add(ParticleFields.RandomSeed);
DisplayParticleRotation = true;
DisplayParticleScaleUniform = true;
}
/// <summary>
/// Default constructor which also registers the fields required by this updater
/// </summary>
public InitialSizeParent()
{
RequiredFields.Add(ParticleFields.Size);
RequiredFields.Add(ParticleFields.RandomSeed);
// DisplayPosition = true; // Always inherit the position and don't allow to opt out
DisplayParticleScaleUniform = true;
}
public InitialLaserAttributes()
{
RequiredFields.Add(ParticleFields.Velocity);
RequiredFields.Add(ParticleFields.RandomSeed);
RequiredFields.Add(ParticleFields.Life);
DisplayParticleRotation = true;
DisplayParticleScaleUniform = true;
}
public CustomParticleUpdater()
{
// This is going to be our "input" field
RequiredFields.Add(ParticleFields.Life);
// This is the field we want to update
// It is not part of the basic fields - we created it just for this updater
RequiredFields.Add(CustomParticleFields.RectangleXY);
}
public UpdaterForceField()
{
// A force field operates over the particle's position and velocity, updating them as required
RequiredFields.Add(ParticleFields.Position);
RequiredFields.Add(ParticleFields.Velocity);
// Test purposes only
// RequiredFields.Add(ParticleFields.Color);
}
/// <summary>
/// Default constructor which also registers the fields required by this updater
/// </summary>
public UpdaterForceField()
{
// A force field operates over the particle's position and velocity, updating them as required
RequiredFields.Add(ParticleFields.Position);
RequiredFields.Add(ParticleFields.Velocity);
DisplayParticlePosition = true;
DisplayParticleRotation = true;
DisplayParticleScale = true;
}
/// <summary>
/// Default constructor which also registers the fields required by this updater
/// </summary>
public UpdaterCollider()
{
// The collider shape operates over the particle's position and velocity, updating them as required
RequiredFields.Add(ParticleFields.Position);
RequiredFields.Add(ParticleFields.Velocity);
RequiredFields.Add(ParticleFields.Life);
DisplayParticlePosition = true;
DisplayParticleRotation = true;
DisplayParticleScale = true;
}
public InitialColorSeed()
{
RequiredFields.Add(ParticleFields.Color4);
RequiredFields.Add(ParticleFields.RandomSeed);
}
public Address()
{
RequiredFields.Add("county", new DtoValue(null));
}
public UpdaterOldPosition()
{
RequiredFields.Add(ParticleFields.Position);
RequiredFields.Add(ParticleFields.OldPosition);
}
public UpdaterSpeedToDirection()
{
RequiredFields.Add(ParticleFields.Position);
RequiredFields.Add(ParticleFields.OldPosition);
RequiredFields.Add(ParticleFields.Direction);
}
public InitialVelocitySeed()
{
RequiredFields.Add(ParticleFields.Velocity);
RequiredFields.Add(ParticleFields.RandomSeed);
}
public SalesOrder()
{
IgnoreProperties.Add(nameof(orderNo));
IgnoreProperties.Add("orderNumber");
RequiredFields.Add(nameof(orderType), new DtoValue("SO"));
}
/// <summary>
/// Default constructor which also registers the fields required by this updater
/// </summary>
public InitialRotationSeed()
{
RequiredFields.Add(ParticleFields.Angle);
RequiredFields.Add(ParticleFields.RandomSeed);
}
public SalesOrder(string orderNo, string orderType)
{
this.orderNo = orderNo;
this.orderType = orderType;
RequiredFields.Add(nameof(orderType), new DtoValue(orderType));
}
/// <summary>
/// Default constructor which also registers the fields required by this updater
/// </summary>
public InitialSpawnOrder()
{
spawnOrder = 0;
RequiredFields.Add(ParticleFields.Order);
}