Class VTPRepo

Repository for movement functions.
All functions are in two dimensions unless they have the "3D" suffix.

Inheritance

System.Object

VTPRepo

Inherited Members

System.Object.ToString()

System.Object.Equals(System.Object)

System.Object.Equals(System.Object, System.Object)

System.Object.ReferenceEquals(System.Object, System.Object)

System.Object.GetHashCode()

System.Object.GetType()

System.Object.MemberwiseClone()

Namespace: Danmokou.DMath.Functions

Assembly: cs.temp.dll.dll

Syntax

public static class VTPRepo

Fields

ExNoVTP

Declaration

public static readonly ExVTP ExNoVTP

Field Value

Type	Description
ExVTP

NoVTP

Declaration

public static readonly VTP NoVTP

Field Value

Type	Description
VTP

Methods

DOffset(ReflectEx.Hoist<Vector2>, ReflectEx.Hoist<Vector2>, ExBPY, ExBPY)

Offset function for dependent (empty-guided) fires. Reduces to offset (* RADIUS (@ HOISTDIR p)) (@ HOISTLOC p)

Declaration

public static ExVTP DOffset(ReflectEx.Hoist<Vector2> hoistLoc, ReflectEx.Hoist<Vector2> hoistDir, ExBPY indexer, ExBPY radius)

Parameters

Type	Name	Description
ReflectEx.Hoist<Vector2>	hoistLoc	Location of empty guider
ReflectEx.Hoist<Vector2>	hoistDir	Direction of empty guider
ExBPY	indexer	Indexer function for public hoisting
ExBPY	radius	Radial offset of guided

Returns

Type	Description
ExVTP

DTPOffset(ReflectEx.Hoist<Vector2>, ReflectEx.Hoist<Vector2>, ExBPY, ExTP)

Offset function for dependent (empty-guided) fires. Reduces to offset (rotatev (@ HOISTDIR p) OFFSET) (@ HOISTLOC p)

Declaration

public static ExVTP DTPOffset(ReflectEx.Hoist<Vector2> hoistLoc, ReflectEx.Hoist<Vector2> hoistDir, ExBPY indexer, ExTP offset)

Parameters

Type	Name	Description
ReflectEx.Hoist<Vector2>	hoistLoc	Location of empty guider
ReflectEx.Hoist<Vector2>	hoistDir	Direction of empty guider
ExBPY	indexer	Indexer function for public hoisting
ExTP	offset	Parametric offset of guided

Returns

Type	Description
ExVTP

If(ExPred, ExVTP, ExVTP)

Switch between path functions based on a condition.
You can use this to smoothly switch from offset to velocity equations, but switching from velocity to offset will give you strange results.

Declaration

public static ExVTP If(ExPred cond, ExVTP ifTrue, ExVTP ifFalse)

Parameters

Type	Name	Description
ExPred	cond
ExVTP	ifTrue
ExVTP	ifFalse

Returns

Type	Description
ExVTP

IsNone(VTP)

Declaration

public static bool IsNone(this VTP func)

Parameters

Type	Name	Description
VTP	func

Returns

Type	Description
System.Boolean

Let(ReflectEx.Alias[], ExVTP)

Bind values to the aliases and then execute the inner content with those aliases.

Declaration

public static ExVTP Let(ReflectEx.Alias[] aliases, ExVTP inner)

Parameters

Type	Name	Description
ReflectEx.Alias[]	aliases
ExVTP	inner

Returns

Type	Description
ExVTP

LetFloats((String, ExBPY)[], ExVTP)

Bind float values to the aliases and then execute the inner content with those aliases.

Declaration

public static ExVTP LetFloats((string, ExBPY)[] aliases, ExVTP inner)

Parameters

Type	Name	Description
System.ValueTuple<System.String, ExBPY>[]	aliases
ExVTP	inner

Returns

Type	Description
ExVTP

LetV2s((String, ExTP)[], ExVTP)

Bind vector2 values to the aliases and then execute the inner content with those aliases.

Declaration

public static ExVTP LetV2s((string, ExTP)[] aliases, ExVTP inner)

Parameters

Type	Name	Description
System.ValueTuple<System.String, ExTP>[]	aliases
ExVTP	inner

Returns

Type	Description
ExVTP

None()

No movement.

Declaration

public static ExVTP None()

Returns

Type	Description
ExVTP

NROffset(ExTP)

Movement with Cartesian nonrotational offset only.

Declaration

public static ExVTP NROffset(ExTP nrp)

Parameters

Type	Name	Description
ExTP	nrp	Nonrotational offset parametric

Returns

Type	Description
ExVTP

NRVelocity(ExTP)

Movement with Cartesian nonrotational velocity only.

Declaration

public static ExVTP NRVelocity(ExTP nrv)

Parameters

Type	Name	Description
ExTP	nrv	Nonrotational velocity parametric

Returns

Type	Description
ExVTP

Null()

No movement.

Declaration

public static ExVTP Null()

Returns

Type	Description
ExVTP

Offset(ExTP, ExTP)

Movement with Cartesian rotational offset and nonrotational offset.

Declaration

public static ExVTP Offset(ExTP rp, ExTP nrp)

Parameters

Type	Name	Description
ExTP	rp	Rotational offset parametric
ExTP	nrp	Nonrotational offset parametric

Returns

Type	Description
ExVTP

Offset3D(ExTP3, ExTP3)

Movement with Cartesian rotational offset and nonrotational offset in three dimensions.

Declaration

public static ExVTP Offset3D(ExTP3 rp, ExTP3 nrp)

Parameters

Type	Name	Description
ExTP3	rp	Rotational offset parametric
ExTP3	nrp	Nonrotational offset parametric

Returns

Type	Description
ExVTP

Polar(ExBPY, ExBPY)

Movement with polar rotational offset.

Declaration

public static ExVTP Polar(ExBPY radius, ExBPY theta)

Parameters

Type	Name	Description
ExBPY	radius	Radius function
ExBPY	theta	Theta function (degrees)

Returns

Type	Description
ExVTP

Polar2(ExTP)

Movement with polar rotational offset. Uses a vector2 instead of two floats. (This is slower.)

Declaration

public static ExVTP Polar2(ExTP rt)

Parameters

Type	Name	Description
ExTP	rt	Radius function (X), Theta function (Y) (degrees)

Returns

Type	Description
ExVTP

ROffset(ExTP)

Movement with Cartesian rotational offset only.

Declaration

public static ExVTP ROffset(ExTP rp)

Parameters

Type	Name	Description
ExTP	rp	Rotational offset parametric

Returns

Type	Description
ExVTP

RVelocity(ExTP)

Movement with Cartesian rotational velocity only.

Declaration

public static ExVTP RVelocity(ExTP rv)

Parameters

Type	Name	Description
ExTP	rv	Rotational velocity parametric

Returns

Type	Description
ExVTP

Velocity(ExTP, ExTP)

Movement with Cartesian rotational velocity and nonrotational velocity.

Declaration

public static ExVTP Velocity(ExTP rv, ExTP nrv)

Parameters

Type	Name	Description
ExTP	rv	Rotational velocity parametric
ExTP	nrv	Nonrotational velocity parametric

Returns

Type	Description
ExVTP

Velocity3D(ExTP3, ExTP3)

Movement with Cartesian rotational velocity and nonrotational velocity in three dimensions.

Declaration

public static ExVTP Velocity3D(ExTP3 rv, ExTP3 nrv)

Parameters

Type	Name	Description
ExTP3	rv	Rotational velocity parametric
ExTP3	nrv	Nonrotational velocity parametric

Returns

Type	Description
ExVTP

VPolar(ExBPY, ExBPY)

Movement with polar rotational velocity.
Note: I'm pretty sure this doesn't work at all.

Declaration

public static ExVTP VPolar(ExBPY radius, ExBPY theta)

Parameters

Type	Name	Description
ExBPY	radius	Radius derivative function
ExBPY	theta	Theta derivative function (degrees)

Returns

Type	Description
ExVTP