Class Parametrics

Functions that return Vector2.

Inheritance

System.Object

Parametrics

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 Parametrics

Methods

AddAtAngle(ExBPY, ExBPY, ExTP)

Multiply a unit vector at a given angle from the target function by the magnitude, and add it to the target function.

Declaration

public static ExTP AddAtAngle(ExBPY angle, ExBPY magnitude, ExTP tp)

Parameters

Type	Name	Description
ExBPY	angle	Angle offset (degrees)
ExBPY	magnitude	Magnitude of offset vector
ExTP	tp	Target function

Returns

Type	Description
ExTP

AddY(ExBPY, ExTP)

Add a function of input to the y-component of a parametric equation.

Declaration

public static ExTP AddY(ExBPY f, ExTP tp)

Parameters

Type	Name	Description
ExBPY	f	Function of input
ExTP	tp	Parametric equation

Returns

Type	Description
ExTP

CR(Single, Single)

Returns a constant vector equal to the Cartesian coordinates for the polar coordinates (r,theta).
Equivalent to PolarToXY(tfloat, tfloat) with constants.

Declaration

public static ExTP CR(float r, float theta)

Parameters

Type	Name	Description
System.Single	r	Radius
System.Single	theta	Theta, in degrees

Returns

Type	Description
ExTP

CX(Single)

Returns a constant vector with the y-component set to zero.

Declaration

public static ExTP CX(float x)

Parameters

Type	Name	Description
System.Single	x	X-component

Returns

Type	Description
ExTP

CXY(Single, Single)

Returns a constant vector.

Declaration

public static ExTP CXY(float x, float y)

Parameters

Type	Name	Description
System.Single	x	X-component
System.Single	y	Y-component

Returns

Type	Description
ExTP

CY(Single)

Returns a constant vector with the x-component set to zero.

Declaration

public static ExTP CY(float y)

Parameters

Type	Name	Description
System.Single	y	Y-component

Returns

Type	Description
ExTP

Divide(ExBPY, ExTP)

Divide a vector equation by a float equation.

Declaration

public static ExTP Divide(ExBPY by, ExTP tp)

Parameters

Type	Name	Description
ExBPY	by	Float equation multiplier
ExTP	tp	Base vector equation

Returns

Type	Description
ExTP

EaseDVHomeT(String, Single, ExTP)

Short for eased EASE TIME ss0 vhometime TIME LOCATION.
Note: EaseToTarget with NROFFSET is preferred. It has the same signature and avoids Riemann errors.

Declaration

public static ExTP EaseDVHomeT(string smoother, float time, ExTP location)

Parameters

Type	Name	Description
System.String	smoother
System.Single	time
ExTP	location

Returns

Type	Description
ExTP

EaseToTarget(Func<TExArgCtx, TEx<Func<Single, Single>>>, ExBPY, ExTP)

Short for * smooth / t TIME ss0 - LOCATION loc. Use with NROFFSET.

Declaration

public static ExTP EaseToTarget(Func<TExArgCtx, TEx<Func<float, float>>> ease, ExBPY time, ExTP location)

Parameters

Type	Name	Description
System.Func<TExArgCtx, TEx<System.Func<System.Single, System.Single>>>	ease
ExBPY	time
ExTP	location

Returns

Type	Description
ExTP

goDown()

Declaration

public static ExTP goDown()

Returns

Type	Description
ExTP

goLeft()

Declaration

public static ExTP goLeft()

Returns

Type	Description
ExTP

goOtherSide(ExBPY)

Declaration

public static ExTP goOtherSide(ExBPY y)

Parameters

Type	Name	Description
ExBPY	y

Returns

Type	Description
ExTP

goRight()

Declaration

public static ExTP goRight()

Returns

Type	Description
ExTP

goSide(ExBPY)

Declaration

public static ExTP goSide(ExBPY y)

Parameters

Type	Name	Description
ExBPY	y

Returns

Type	Description
ExTP

goUp()

Declaration

public static ExTP goUp()

Returns

Type	Description
ExTP

goX(ExBPY)

Declaration

public static ExTP goX(ExBPY x)

Parameters

Type	Name	Description
ExBPY	x

Returns

Type	Description
ExTP

goY(ExBPY)

Declaration

public static ExTP goY(ExBPY y)

Parameters

Type	Name	Description
ExBPY	y

Returns

Type	Description
ExTP

LaserRotateLerp(ExBPY, ExTP, ExTP)

Declaration

public static ExTP LaserRotateLerp(ExBPY rate, ExTP from, ExTP to)

Parameters

Type	Name	Description
ExBPY	rate
ExTP	from
ExTP	to

Returns

Type	Description
ExTP

LerpIn(Single, Single, ExTP)

Lerp from zero to the target parametric.

Declaration

public static ExTP LerpIn(float from_time, float end_time, ExTP p)

Parameters

Type	Name	Description
System.Single	from_time	Time to start lerping
System.Single	end_time	Time to end lerping
ExTP	p	Target parametric

Returns

Type	Description
ExTP

LerpOut(Single, Single, ExTP)

Lerp from the target parametric to zero.

Declaration

public static ExTP LerpOut(float from_time, float end_time, ExTP p)

Parameters

Type	Name	Description
System.Single	from_time	Time to start lerping
System.Single	end_time	Time to end lerping
ExTP	p	Target parametric

Returns

Type	Description
ExTP

LNearestEnemy()

Get the location of the closest enemy. If no enemies exist, default to (0, 50).
WARNING: It is inoptimal to use this in .. Instead, use with this function, and use the saved value in Dynamic.

Declaration

public static ExTP LNearestEnemy()

Returns

Type	Description
ExTP

LNearestEnemyDefault(ExTP)

Get the location of the closest enemy. If no enemies exist, default to the provided location.
WARNING: It is inoptimal to use this in .. Instead, use with this function, and use the saved value in Dynamic.

Declaration

public static ExTP LNearestEnemyDefault(ExTP deflt)

Parameters

Type	Name	Description
ExTP	deflt

Returns

Type	Description
ExTP

Loc()

Return the global location of the entity.

Declaration

public static ExTP Loc()

Returns

Type	Description
ExTP

LSaveNearestEnemy()

Get the location of the closest enemy, preferring the one that was chosen in the previous frame. If no enemies exist, default to (0, 50).

Declaration

public static ExTP LSaveNearestEnemy()

Returns

Type	Description
ExTP

LSaveNearestEnemyDefault(ExTP)

Get the location of the closest enemy, preferring the one that was chosen in the previous frame. If no enemies exist, default to the provided location.

Declaration

public static ExTP LSaveNearestEnemyDefault(ExTP deflt)

Parameters

Type	Name	Description
ExTP	deflt

Returns

Type	Description
ExTP

MultiplyX(ExBPY, ExTP)

Multiply the x-component of a parametric equation by a function of input.

Declaration

public static ExTP MultiplyX(ExBPY f, ExTP tp)

Parameters

Type	Name	Description
ExBPY	f	Function of input
ExTP	tp	Parametric equation

Returns

Type	Description
ExTP

MultiplyY(ExBPY, ExTP)

Multiply the y-component of a parametric equation by a function of input.

Declaration

public static ExTP MultiplyY(ExBPY f, ExTP tp)

Parameters

Type	Name	Description
ExBPY	f	Function of input
ExTP	tp	Parametric equation

Returns

Type	Description
ExTP

Pivot(ExBPY, ExBPY, ExTP, ExTP)

Switch between two functions such that the second function continues where the first left off. Eg. Switching from the polar equation (r=1, th=90t) to the xy equation (x=t,y=0) yields: t = 3 -> (0, -1) t = 4 -> (1, -1) t = 5 -> (2, -1)

Declaration

public static ExTP Pivot(ExBPY pivotVar, ExBPY pivot, ExTP f1, ExTP f2)

Parameters

Type	Name	Description
ExBPY	pivotVar	The variable upon which pivoting is performed. Should be either "p" (firing index) or "t" (time).
ExBPY	pivot	The value of the variable at which pivoting is performed
ExTP	f1	Starting equation
ExTP	f2	Equation after pivot

Returns

Type	Description
ExTP

PX(ExBPY)

= PXY x 0

Declaration

public static ExTP PX(ExBPY x)

Parameters

Type	Name	Description
ExBPY	x

Returns

Type	Description
ExTP

PXY(ExBPY, ExBPY)

Derive a Vector2 from two floats.

Declaration

public static ExTP PXY(ExBPY x, ExBPY y)

Parameters

Type	Name	Description
ExBPY	x	Float assigned to X-component
ExBPY	y	Float assigned to Y-component

Returns

Type	Description
ExTP

PY(ExBPY)

= PXY 0 y

Declaration

public static ExTP PY(ExBPY y)

Parameters

Type	Name	Description
ExBPY	y

Returns

Type	Description
ExTP

Root()

The starting position of a bullet.

Declaration

public static ExTP Root()

Returns

Type	Description
ExTP

RotateLerpPercent(ExBPY, ExTP, ExTP)

Rotate between two parametrics (the magnitude of the resulting vector is the magnitude of the from vector), closing ratio fraction of the gap per second.

Declaration

public static ExTP RotateLerpPercent(ExBPY ratio, ExTP from, ExTP to)

Parameters

Type	Name	Description
ExBPY	ratio	Fraction of gap to close per second
ExTP	from	Source parametric
ExTP	to	Target parametric

Returns

Type	Description
ExTP

Remarks

In many cases, TrueRotateLerp is more accurate. If you're experiencing strange behavior, try those functions instead.

RotateLerpRate(ExBPY, ExTP, ExTP)

Rotate between two parametrics (the magnitude of the resulting vector is the magnitude of the from vector), closing rate degrees of the gap per second.

Declaration

public static ExTP RotateLerpRate(ExBPY rate, ExTP from, ExTP to)

Parameters

Type	Name	Description
ExBPY	rate	Degrees of gap to close per second
ExTP	from	Source parametric
ExTP	to	Target parametric

Returns

Type	Description
ExTP

Remarks

In many cases, TrueRotateLerp is more accurate. If you're experiencing strange behavior, try those functions instead.

Rotify(ExTP)

Rotate a Cartesian parametric function by the firing angle of the entity.
tprot p = tpnrot rotify p

Declaration

public static ExTP Rotify(ExTP p)

Parameters

Type	Name	Description
ExTP	p	Target parametric

Returns

Type	Description
ExTP

SSVHomeT(ExBPY, ExTP)

Short for ss0 vhometime TIME LOCATION.

Declaration

public static ExTP SSVHomeT(ExBPY time, ExTP location)

Parameters

Type	Name	Description
ExBPY	time
ExTP	location

Returns

Type	Description
ExTP

Switch(Single, ExTP, ExTP)

Switch between two parametrics based on time.

Declaration

public static ExTP Switch(float at_time, ExTP from, ExTP to)

Parameters

Type	Name	Description
System.Single	at_time	Switch reference
ExTP	from	Parametric to return before switch
ExTP	to	Parametric to return after switch

Returns

Type	Description
ExTP

TP(ExTP3)

Derive a Vector2 from a Vector3 by dropping the Z-component.

Declaration

public static ExTP TP(ExTP3 xyz)

Parameters

Type	Name	Description
ExTP3	xyz

Returns

Type	Description
ExTP

TrueRotateLerpPercent(ExBPY, ExTP, ExTP)

Rotate between two parametrics (the magnitude of the resulting vector is the magnitude of the from vector), closing ratio fraction of the gap per second.
This function uses the last returned value as its rotation source, only sampling the source parametric once.

Declaration

public static ExTP TrueRotateLerpPercent(ExBPY ratio, ExTP from, ExTP to)

Parameters

Type	Name	Description
ExBPY	ratio	Fraction of gap to close per second
ExTP	from	Source parametric
ExTP	to	Target parametric

Returns

Type	Description
ExTP

Remarks

Ratio is not multiplicative as in RotateLerpPercent. Instead, it accumulates like the function 1-e^-rt. This means that the rotation is faster during the first second than the second second, and so on. Use TrueRotateLerpRate for constant rotation rates.

TrueRotateLerpRate(ExBPY, ExTP, ExTP)

Rotate between two parametrics (the magnitude of the resulting vector is the magnitude of the from vector), closing rate degrees of the gap per second.
This function uses the last returned value as its rotation source, only sampling the source parametric once.

Declaration

public static ExTP TrueRotateLerpRate(ExBPY rate, ExTP from, ExTP to)

Parameters

Type	Name	Description
ExBPY	rate	Degrees of gap to close per second
ExTP	from	Source parametric
ExTP	to	Target parametric

Returns

Type	Description
ExTP

VHome(ExBPY, ExTP)

Home towards a target location at a fixed speed.

Declaration

public static ExTP VHome(ExBPY speed, ExTP location)

Parameters

Type	Name	Description
ExBPY	speed	Speed
ExTP	location	Target location

Returns

Type	Description
ExTP

Remarks

Use with StopSampling to home for only a few seconds.
This is primarily for use with non-rotational velocity. Rotational use creates: contracting spirals (0,90), circle around player [90], expanding spiral (90,180).

VHomeTime(ExBPY, ExTP)

Home towards a target location at a speed such that the target will be reached in time seconds. Do not set time to 0. Best used with stopsampling 0.

Declaration

public static ExTP VHomeTime(ExBPY time, ExTP location)

Parameters

Type	Name	Description
ExBPY	time	Time in seconds
ExTP	location	Target location

Returns

Type	Description
ExTP

Zero()

The zero vector.

Declaration

public static ExTP Zero()

Returns

Type	Description
ExTP