NanosMath

Une table contenant des fonctions Math utiles et auxiliaires.

🗿Static Class👐Open Source🧑‍💻API Source

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🎒 Exemples

(NanosMath.ClampAxis) Clamping an angle

local axis = NanosMath.ClampAxis(720)

(NanosMath.FInterpTo) Interpolating a number until it reaches 100 with speed 3

local my_value = 0
Client.Subscribe("Tick", function(delta_time)
	my_value = NanosMath.FInterpTo(my_value, 100, delta_time, 3)
end)

(NanosMath.VInterpTo) Interpolating a Vector until it reaches Vector(1000, 200, 100) with speed 5

local my_value = Vector(0, 0, 0)
Client.Subscribe("Tick", function(delta_time)
	my_value = NanosMath.VInterpTo(my_value, Vector(1000, 200, 100), delta_time, 5)
end)

🗿 Fonctions statiques

	Returns	Name	Description
	float	Round	Rounds a number to the nearest value with the given decimal places
	float	Clamp	Effectue une opération "Clamp" (limite la valeur minimale et maximale) sur un nombre
	float	ClampAxis	Clamps an angle to the range of [0, 360]
	float	NormalizeAxis	Clamps an angle to the range of [-180, 180]
	Vector, Rotator	RelativeTo	Calcule la position et la rotation par rapport à un acteur
	Vector, Rotator	LocalToWorld	Converts a local location and rotation to world coordinates based on an actor's transform
	float	RandomFloat	Returns a random float value
	float	FInterpTo	Interpoler le nombre de "Actuel" vers "Cible"
	Rotator	RInterpTo	Interpoler le Rotator de "Actuel" vers "Cible"
	Rotator	RInterpConstantTo	Interpoler le Rotator de "Actuel" vers "Cible" avec une évolution constante
	Vector	VInterpTo	Interpoler le Vector de "Actuel" vers "Cible"
	Vector	VInterpConstantTo	Interpoler le Vector de "Actuel" vers "Cible" avec une évolution constante

---

Optimal

Round

Rounds a number to the nearest value with the given decimal places

local ret = NanosMath.Round(value, decimals?)

Parameters

Type	Parameter	Default	Description
float	value	Required parameter	The number to be rounded
integer	decimals?	0	How many decimal places to keep

Returns

Type	Description
float	the rounded number

---

Optimal

Clamp

Effectue une opération "Clamp" (limite la valeur minimale et maximale) sur un nombre

local ret = NanosMath.Clamp(value, min, max)

Parameters

Type	Parameter	Default	Description
float	value	Required parameter	The number to be clamped
float	min	Required parameter	The min value
float	max	Required parameter	The max value

Returns

Type	Description
float	the number clamped

---

Optimal

ClampAxis

Clamps an angle to the range of [0, 360]

local ret = NanosMath.ClampAxis(value)

Parameters

Type	Parameter	Default	Description
float	value	Required parameter	The number to be clamped

Returns

Type	Description
float	the number clamped

NanosMath.ClampAxis Examples

Clamping an angle

local axis = NanosMath.ClampAxis(720)

---

Optimal

NormalizeAxis

Clamps an angle to the range of [-180, 180]

local ret = NanosMath.NormalizeAxis(value)

Parameters

Type	Parameter	Default	Description
float	value	Required parameter	The number to be clamped

Returns

Type	Description
float	the number clamped

---

Optimal

RelativeTo

Calcule la position et la rotation par rapport à un acteur

local ret_1, ret_2 = NanosMath.RelativeTo(location, rotation, actor)

Parameters

Type	Parameter	Default	Description
Vector	location	Required parameter	The location of the new system
Rotator	rotation	Required parameter	The rotation of the new system
Base Actor	actor	Required parameter	The actor to be translated to the new system

Returns

Type	Description
Vector	the location relative to the actor
Rotator	the rotation relative to the actor

---

Optimal

LocalToWorld

Takes a local position and rotation relative to an actor, applies the actor's location, rotation, and scale to compute world-space location and rotation.

local ret_1, ret_2 = NanosMath.LocalToWorld(local_location, local_rotation, actor)

Parameters

Type	Parameter	Default	Description
Vector	local_location	Required parameter	The local location to convert
Rotator	local_rotation	Required parameter	The local rotation to convert
Base Actor	actor	Required parameter	The actor whose transform defines the local space

Returns

Type	Description
Vector	the location in world coordinates
Rotator	the rotation in world coordinates

---

Optimal

RandomFloat

Returns a random float value

local ret = NanosMath.RandomFloat(min, max)

Parameters

Type	Parameter	Default	Description
float	min	Required parameter	Minimum value
float	max	Required parameter	Maximum value

Returns

Type	Description
float	the random value

---

Optimal

FInterpTo

Interpoler le nombre de "Actuel" vers "Cible"

local ret = NanosMath.FInterpTo(current, target, delta_time, interp_speed)

Parameters

Type	Parameter	Default	Description
float	current	Required parameter	The current value
float	target	Required parameter	The target value
float	delta_time	Required parameter	Time since the last call, usually the Tick delta time
float	interp_speed	Required parameter	Interpolation speed, 0 jumps straight to the target

Returns

Type	Description
float	The interpolated value

NanosMath.FInterpTo Examples

Interpolating a number until it reaches 100 with speed 3

local my_value = 0
Client.Subscribe("Tick", function(delta_time)
	my_value = NanosMath.FInterpTo(my_value, 100, delta_time, 3)
end)

---

Optimal

RInterpTo

Interpoler le Rotator de "Actuel" vers "Cible"

local ret = NanosMath.RInterpTo(current, target, delta_time, interp_speed)

Parameters

Type	Parameter	Default	Description
Rotator	current	Required parameter	The current value
Rotator	target	Required parameter	The target value
float	delta_time	Required parameter	Time since the last call, usually the Tick delta time
float	interp_speed	Required parameter	Interpolation speed, 0 jumps straight to the target

Returns

Type	Description
Rotator	The interpolated Rotator

---

Optimal

RInterpConstantTo

Interpoler le Rotator de "Actuel" vers "Cible" avec une évolution constante

local ret = NanosMath.RInterpConstantTo(current, target, delta_time, interp_speed)

Parameters

Type	Parameter	Default	Description
Rotator	current	Required parameter	The current value
Rotator	target	Required parameter	The target value
float	delta_time	Required parameter	Time since the last call, usually the Tick delta time
float	interp_speed	Required parameter	Interpolation speed, 0 jumps straight to the target

Returns

Type	Description
Rotator	The interpolated Rotator

---

Optimal

VInterpTo

Interpoler le Vector de "Actuel" vers "Cible"

local ret = NanosMath.VInterpTo(current, target, delta_time, interp_speed)

Parameters

Type	Parameter	Default	Description
Vector	current	Required parameter	The current value
Vector	target	Required parameter	The target value
float	delta_time	Required parameter	Time since the last call, usually the Tick delta time
float	interp_speed	Required parameter	Interpolation speed, 0 jumps straight to the target

Returns

Type	Description
Vector	The interpolated Vector

NanosMath.VInterpTo Examples

Interpolating a Vector until it reaches Vector(1000, 200, 100) with speed 5

local my_value = Vector(0, 0, 0)
Client.Subscribe("Tick", function(delta_time)
	my_value = NanosMath.VInterpTo(my_value, Vector(1000, 200, 100), delta_time, 5)
end)

---

Optimal

VInterpConstantTo

Interpoler le Vector de "Actuel" vers "Cible" avec une évolution constante

local ret = NanosMath.VInterpConstantTo(current, target, delta_time, interp_speed)

Parameters

Type	Parameter	Default	Description
Vector	current	Required parameter	The current value
Vector	target	Required parameter	The target value
float	delta_time	Required parameter	Time since the last call, usually the Tick delta time
float	interp_speed	Required parameter	Interpolation speed, 0 jumps straight to the target

Returns

Type	Description
Vector	The interpolated Vector