Math helpers More...

Static Public Member Functions
static void	Spring (ref float currentValue, float targetValue, ref float velocity, float damping, float frequency, float speed, float deltaTime)
	Springs a float towards a target value More...

static void	Spring (ref Vector2 currentValue, Vector2 targetValue, ref Vector2 velocity, float damping, float frequency, float speed, float deltaTime)
	Springs a Vector2 towards a target value More...

static void	Spring (ref Vector3 currentValue, Vector3 targetValue, ref Vector3 velocity, float damping, float frequency, float speed, float deltaTime)
	Springs a Vector3 towards a target value More...

static void	Spring (ref Vector4 currentValue, Vector4 targetValue, ref Vector4 velocity, float damping, float frequency, float speed, float deltaTime)
	Springs a Vector4 towards a target value More...

static float	Lerp (float value, float target, float rate, float deltaTime)
	Lerps a float towards a target at the specified rate More...

static Vector2	Lerp (Vector2 value, Vector2 target, float rate, float deltaTime)
	Lerps a Vector2 towards a target at the specified rate More...

static Vector3	Lerp (Vector3 value, Vector3 target, float rate, float deltaTime)
	Lerps a Vector3 towards a target at the specified rate More...

static Vector4	Lerp (Vector4 value, Vector4 target, float rate, float deltaTime)
	Lerps a Vector4 towards a target at the specified rate More...

static Quaternion	Lerp (Quaternion value, Quaternion target, float rate, float deltaTime)
	Lerps a Quaternion towards a target at the specified rate More...

static Color	Lerp (Color value, Color target, float rate, float deltaTime)
	Lerps a Color towards a target at the specified rate More...

static Color32	Lerp (Color32 value, Color32 target, float rate, float deltaTime)
	Lerps a Color32 towards a target at the specified rate More...

static float	Clamp (float value, float min, float max, bool clampMin, bool clampMax)
	Clamps a float between min and max, both bounds being optional and driven by clampMin and clampMax respectively More...

static float	RoundToNearestHalf (float a)
	Rounds a float to the nearest half value : 1, 1.5, 2, 2.5 etc More...

static Quaternion	LookAt2D (Vector2 direction)

static Vector2	Vector3ToVector2 (Vector3 target)
	Takes a Vector3 and turns it into a Vector2 More...

static Vector3	Vector2ToVector3 (Vector2 target)
	Takes a Vector2 and turns it into a Vector3 with a null z value More...

static Vector3	Vector2ToVector3 (Vector2 target, float newZValue)
	Takes a Vector2 and turns it into a Vector3 with the specified z value More...

static Vector3	RoundVector3 (Vector3 vector)
	Rounds all components of a Vector3. More...

static Vector2	RandomVector2 (Vector2 minimum, Vector2 maximum)
	Returns a random Vector2 from 2 defined Vector2. More...

static Vector3	RandomVector3 (Vector3 minimum, Vector3 maximum)
	Returns a random Vector3 from 2 defined Vector3. More...

static Vector2	RandomPointOnCircle (float circleRadius)
	Returns a random point on the circle of the specified radius More...

static Vector3	RandomPointOnSphere (float sphereRadius)
	Returns a random point on the sphere of the specified radius More...

static Vector3	RotatePointAroundPivot (Vector3 point, Vector3 pivot, float angle)
	Rotates a point around the given pivot. More...

static Vector3	RotatePointAroundPivot (Vector3 point, Vector3 pivot, Vector3 angle)
	Rotates a point around the given pivot. More...

static Vector3	RotatePointAroundPivot (Vector3 point, Vector3 pivot, Quaternion quaternion)
	Rotates a point around the given pivot. More...

static Vector2	RotateVector2 (Vector2 vector, float angle)
	Rotates a vector2 by the angle (in degrees) specified and returns it More...

static float	AngleBetween (Vector2 vectorA, Vector2 vectorB)
	Computes and returns the angle between two vectors, on a 360° scale More...

static float	AngleDirection (Vector3 vectorA, Vector3 vectorB, Vector3 up)
	Computes and returns the direction between two vector3, used to check if a vector is pointing left or right of another one More...

static float	DistanceBetweenPointAndLine (Vector3 point, Vector3 lineStart, Vector3 lineEnd)
	Returns the distance between a point and a line. More...

static Vector3	ProjectPointOnLine (Vector3 point, Vector3 lineStart, Vector3 lineEnd)
	Projects a point on a line (perpendicularly) and returns the projected point. More...

static int	Sum (params int[] thingsToAdd)
	Returns the sum of all the int passed in parameters More...

static int	RollADice (int numberOfSides)
	Returns the result of rolling a dice of the specified number of sides More...

static bool	Chance (int percent)
	Returns a random success based on X% of chance. More...

static float	Approach (float from, float to, float amount)
	Moves from "from" to "to" by the specified amount and returns the corresponding value More...

static float	Remap (float x, float A, float B, float C, float D)
	Remaps a value x in interval [A,B], to the proportional value in interval [C,D] More...

static float	ClampAngle (float angle, float minimumAngle, float maximumAngle)
	Clamps the angle in parameters between a minimum and maximum angle (all angles expressed in degrees) More...

static float	RoundToDecimal (float value, int numberOfDecimals)

static float	RoundToClosest (float value, float[] possibleValues, bool pickSmallestDistance=false)
	Rounds the value passed in parameters to the closest value in the parameter array More...

static Vector3	DirectionFromAngle (float angle, float additionalAngle)
	Returns a vector3 based on the angle in parameters More...

static Vector3	DirectionFromAngle2D (float angle, float additionalAngle)
	Returns a vector3 based on the angle in parameters More...

Detailed Description

Math helpers

Member Function Documentation

◆ AngleBetween()

static float MoreMountains.Tools.MMMaths.AngleBetween	(	Vector2	vectorA,
		Vector2	vectorB
	)

static

Computes and returns the angle between two vectors, on a 360° scale

Returns: The System.Single.

Parameters

vectorA	Vector a.
vectorB	Vector b.

◆ AngleDirection()

static float MoreMountains.Tools.MMMaths.AngleDirection	(	Vector3	vectorA,
		Vector3	vectorB,
		Vector3	up
	)

static

Computes and returns the direction between two vector3, used to check if a vector is pointing left or right of another one

Returns: The System.Single.

Parameters

vectorA	Vector a.
vectorB	Vector b.

◆ Approach()

static float MoreMountains.Tools.MMMaths.Approach	(	float	from,
		float	to,
		float	amount
	)

static

Moves from "from" to "to" by the specified amount and returns the corresponding value

Parameters

from	From.
to	To.
amount	Amount.

◆ Chance()

static bool MoreMountains.Tools.MMMaths.Chance ( int percent )

static

Returns a random success based on X% of chance.

Example : I have 20% of chance to do X, Chance(20) > true, yay!

Parameters

percent Percent of chance.

◆ Clamp()

static float MoreMountains.Tools.MMMaths.Clamp	(	float	value,
		float	min,
		float	max,
		bool	clampMin,
		bool	clampMax
	)

static

Clamps a float between min and max, both bounds being optional and driven by clampMin and clampMax respectively

Parameters

value
min
max
clampMin
clampMax

Returns

◆ ClampAngle()

static float MoreMountains.Tools.MMMaths.ClampAngle	(	float	angle,
		float	minimumAngle,
		float	maximumAngle
	)

static

Clamps the angle in parameters between a minimum and maximum angle (all angles expressed in degrees)

Parameters

angle
minimumAngle
maximumAngle

Returns

◆ DirectionFromAngle()

static Vector3 MoreMountains.Tools.MMMaths.DirectionFromAngle	(	float	angle,
		float	additionalAngle
	)

static

Returns a vector3 based on the angle in parameters

Parameters

angle

Returns

◆ DirectionFromAngle2D()

static Vector3 MoreMountains.Tools.MMMaths.DirectionFromAngle2D	(	float	angle,
		float	additionalAngle
	)

static

Returns a vector3 based on the angle in parameters

Parameters

angle

Returns

◆ DistanceBetweenPointAndLine()

static float MoreMountains.Tools.MMMaths.DistanceBetweenPointAndLine	(	Vector3	point,
		Vector3	lineStart,
		Vector3	lineEnd
	)

static

Returns the distance between a point and a line.

Returns: The between point and line.

Parameters

point	Point.
lineStart	Line start.
lineEnd	Line end.

◆ Lerp() [1/7]

static Color MoreMountains.Tools.MMMaths.Lerp	(	Color	value,
		Color	target,
		float	rate,
		float	deltaTime
	)

static

Lerps a Color towards a target at the specified rate

Parameters

value
target
rate

Returns

◆ Lerp() [2/7]

static Color32 MoreMountains.Tools.MMMaths.Lerp	(	Color32	value,
		Color32	target,
		float	rate,
		float	deltaTime
	)

static

Lerps a Color32 towards a target at the specified rate

Parameters

value
target
rate

Returns

◆ Lerp() [3/7]

static float MoreMountains.Tools.MMMaths.Lerp	(	float	value,
		float	target,
		float	rate,
		float	deltaTime
	)

static

Lerps a float towards a target at the specified rate

Parameters

value
target
rate

Returns

◆ Lerp() [4/7]

static Quaternion MoreMountains.Tools.MMMaths.Lerp	(	Quaternion	value,
		Quaternion	target,
		float	rate,
		float	deltaTime
	)

static

Lerps a Quaternion towards a target at the specified rate

Parameters

value
target
rate

Returns

◆ Lerp() [5/7]

static Vector2 MoreMountains.Tools.MMMaths.Lerp	(	Vector2	value,
		Vector2	target,
		float	rate,
		float	deltaTime
	)

static

Lerps a Vector2 towards a target at the specified rate

Parameters

value
target
rate

Returns

◆ Lerp() [6/7]

static Vector3 MoreMountains.Tools.MMMaths.Lerp	(	Vector3	value,
		Vector3	target,
		float	rate,
		float	deltaTime
	)

static

Lerps a Vector3 towards a target at the specified rate

Parameters

value
target
rate

Returns

◆ Lerp() [7/7]

static Vector4 MoreMountains.Tools.MMMaths.Lerp	(	Vector4	value,
		Vector4	target,
		float	rate,
		float	deltaTime
	)

static

Lerps a Vector4 towards a target at the specified rate

Parameters

value
target
rate

Returns

◆ LookAt2D()

static Quaternion MoreMountains.Tools.MMMaths.LookAt2D ( Vector2 direction )

static

Parameters

direction

Returns

◆ ProjectPointOnLine()

static Vector3 MoreMountains.Tools.MMMaths.ProjectPointOnLine	(	Vector3	point,
		Vector3	lineStart,
		Vector3	lineEnd
	)

static

Projects a point on a line (perpendicularly) and returns the projected point.

Returns: The point on line.

Parameters

point	Point.
lineStart	Line start.
lineEnd	Line end.

◆ RandomPointOnCircle()

static Vector2 MoreMountains.Tools.MMMaths.RandomPointOnCircle ( float circleRadius )

static

Returns a random point on the circle of the specified radius

Parameters

circleRadius

Returns

◆ RandomPointOnSphere()

static Vector3 MoreMountains.Tools.MMMaths.RandomPointOnSphere ( float sphereRadius )

static

Returns a random point on the sphere of the specified radius

Parameters

sphereRadius

Returns

◆ RandomVector2()

static Vector2 MoreMountains.Tools.MMMaths.RandomVector2	(	Vector2	minimum,
		Vector2	maximum
	)

static

Returns a random Vector2 from 2 defined Vector2.

Returns: The random Vector2.

Parameters

min	Minimum.
max	Maximum.

◆ RandomVector3()

static Vector3 MoreMountains.Tools.MMMaths.RandomVector3	(	Vector3	minimum,
		Vector3	maximum
	)

static

Returns a random Vector3 from 2 defined Vector3.

Returns: The random Vector3.

Parameters

min	Minimum.
max	Maximum.

◆ Remap()

static float MoreMountains.Tools.MMMaths.Remap	(	float	x,
		float	A,
		float	B,
		float	C,
		float	D
	)

static

Remaps a value x in interval [A,B], to the proportional value in interval [C,D]

Parameters

x	The value to remap.
A	the minimum bound of interval [A,B] that contains the x value
B	the maximum bound of interval [A,B] that contains the x value
C	the minimum bound of target interval [C,D]
D	the maximum bound of target interval [C,D]

◆ RollADice()

static int MoreMountains.Tools.MMMaths.RollADice ( int numberOfSides )

static

Returns the result of rolling a dice of the specified number of sides

Returns: The result of the dice roll.

Parameters

numberOfSides Number of sides of the dice.

◆ RotatePointAroundPivot() [1/3]

static Vector3 MoreMountains.Tools.MMMaths.RotatePointAroundPivot	(	Vector3	point,
		Vector3	pivot,
		float	angle
	)

static

Rotates a point around the given pivot.

Returns: The new point position.

Parameters

point	The point to rotate.
pivot	The pivot's position.
angle	The angle we want to rotate our point.

◆ RotatePointAroundPivot() [2/3]

static Vector3 MoreMountains.Tools.MMMaths.RotatePointAroundPivot	(	Vector3	point,
		Vector3	pivot,
		Quaternion	quaternion
	)

static

Rotates a point around the given pivot.

Returns: The new point position.

Parameters

point	The point to rotate.
pivot	The pivot's position.
angles	The angle as a Vector3.

◆ RotatePointAroundPivot() [3/3]

static Vector3 MoreMountains.Tools.MMMaths.RotatePointAroundPivot	(	Vector3	point,
		Vector3	pivot,
		Vector3	angle
	)

static

Rotates a point around the given pivot.

Returns: The new point position.

Parameters

point	The point to rotate.
pivot	The pivot's position.
angles	The angle as a Vector3.

◆ RotateVector2()

static Vector2 MoreMountains.Tools.MMMaths.RotateVector2	(	Vector2	vector,
		float	angle
	)

static

Rotates a vector2 by the angle (in degrees) specified and returns it

Returns: The rotated Vector2.

Parameters

vector	The vector to rotate.
angle	Degrees.

◆ RoundToClosest()

static float MoreMountains.Tools.MMMaths.RoundToClosest	(	float	value,
		float[]	possibleValues,
		bool	pickSmallestDistance = `false`
	)

static

Rounds the value passed in parameters to the closest value in the parameter array

Parameters

value
possibleValues

Returns

◆ RoundToDecimal()

static float MoreMountains.Tools.MMMaths.RoundToDecimal	(	float	value,
		int	numberOfDecimals
	)

static

◆ RoundToNearestHalf()

static float MoreMountains.Tools.MMMaths.RoundToNearestHalf ( float a )

static

Rounds a float to the nearest half value : 1, 1.5, 2, 2.5 etc

Parameters

a

Returns

◆ RoundVector3()

static Vector3 MoreMountains.Tools.MMMaths.RoundVector3 ( Vector3 vector )

static

Rounds all components of a Vector3.

Returns: The vector3.

Parameters

vector Vector.

◆ Spring() [1/4]

static void MoreMountains.Tools.MMMaths.Spring	(	ref float	currentValue,
		float	targetValue,
		ref float	velocity,
		float	damping,
		float	frequency,
		float	speed,
		float	deltaTime
	)

static

Springs a float towards a target value

Parameters

currentValue	the current value to spring, passed as a ref
targetValue	the target value we're aiming for
velocity	a velocity value, passed as ref, used to compute the current speed of the springed value
damping	the damping, between 0.01f and 1f, the higher the daming, the less springy it'll be
frequency	the frequency, in Hz, so the amount of periods the spring should go over in 1 second
speed	the speed (between 0 and 1) at which the spring should operate
deltaTime	the delta time (usually Time.deltaTime or Time.unscaledDeltaTime)

◆ Spring() [2/4]

static void MoreMountains.Tools.MMMaths.Spring	(	ref Vector2	currentValue,
		Vector2	targetValue,
		ref Vector2	velocity,
		float	damping,
		float	frequency,
		float	speed,
		float	deltaTime
	)

static

Springs a Vector2 towards a target value

Parameters

currentValue	the current value to spring, passed as a ref
targetValue	the target value we're aiming for
velocity	a velocity value, passed as ref, used to compute the current speed of the springed value
damping	the damping, between 0.01f and 1f, the higher the daming, the less springy it'll be
frequency	the frequency, in Hz, so the amount of periods the spring should go over in 1 second
speed	the speed (between 0 and 1) at which the spring should operate
deltaTime	the delta time (usually Time.deltaTime or Time.unscaledDeltaTime)

◆ Spring() [3/4]

static void MoreMountains.Tools.MMMaths.Spring	(	ref Vector3	currentValue,
		Vector3	targetValue,
		ref Vector3	velocity,
		float	damping,
		float	frequency,
		float	speed,
		float	deltaTime
	)

static

Springs a Vector3 towards a target value

Parameters

currentValue	the current value to spring, passed as a ref
targetValue	the target value we're aiming for
velocity	a velocity value, passed as ref, used to compute the current speed of the springed value
damping	the damping, between 0.01f and 1f, the higher the daming, the less springy it'll be
frequency	the frequency, in Hz, so the amount of periods the spring should go over in 1 second
speed	the speed (between 0 and 1) at which the spring should operate
deltaTime	the delta time (usually Time.deltaTime or Time.unscaledDeltaTime)

◆ Spring() [4/4]

static void MoreMountains.Tools.MMMaths.Spring	(	ref Vector4	currentValue,
		Vector4	targetValue,
		ref Vector4	velocity,
		float	damping,
		float	frequency,
		float	speed,
		float	deltaTime
	)

static

Springs a Vector4 towards a target value

Parameters

currentValue	the current value to spring, passed as a ref
targetValue	the target value we're aiming for
velocity	a velocity value, passed as ref, used to compute the current speed of the springed value
damping	the damping, between 0.01f and 1f, the higher the daming, the less springy it'll be
frequency	the frequency, in Hz, so the amount of periods the spring should go over in 1 second
speed	the speed (between 0 and 1) at which the spring should operate
deltaTime	the delta time (usually Time.deltaTime or Time.unscaledDeltaTime)

◆ Sum()

static int MoreMountains.Tools.MMMaths.Sum ( params int[] thingsToAdd )

static

Returns the sum of all the int passed in parameters

Parameters

thingsToAdd Things to add.

◆ Vector2ToVector3() [1/2]

static Vector3 MoreMountains.Tools.MMMaths.Vector2ToVector3 ( Vector2 target )

static

Takes a Vector2 and turns it into a Vector3 with a null z value

Returns: The vector3.

Parameters

target The Vector2 to turn into a Vector3.

◆ Vector2ToVector3() [2/2]

static Vector3 MoreMountains.Tools.MMMaths.Vector2ToVector3	(	Vector2	target,
		float	newZValue
	)

static

Takes a Vector2 and turns it into a Vector3 with the specified z value

Returns: The vector3.

Parameters

target	The Vector2 to turn into a Vector3.
newZValue	New Z value.

◆ Vector3ToVector2()

static Vector2 MoreMountains.Tools.MMMaths.Vector3ToVector2 ( Vector3 target )

static

Takes a Vector3 and turns it into a Vector2

Returns: The vector2.

Parameters

target The Vector3 to turn into a Vector2.

The documentation for this class was generated from the following file:

E:/Github/Store/NiceTouchStore/Assets/NiceTouch/Common/Scripts/MMTools/MMHelpers/MMMaths.cs

Static Public Member Functions

Detailed Description

Member Function Documentation

◆ AngleBetween()

◆ AngleDirection()

◆ Approach()

◆ Chance()

◆ Clamp()

◆ ClampAngle()

◆ DirectionFromAngle()

◆ DirectionFromAngle2D()

◆ DistanceBetweenPointAndLine()

◆ Lerp() [1/7]

◆ Lerp() [2/7]

◆ Lerp() [3/7]

◆ Lerp() [4/7]

◆ Lerp() [5/7]

◆ Lerp() [6/7]

◆ Lerp() [7/7]

◆ LookAt2D()

◆ ProjectPointOnLine()

◆ RandomPointOnCircle()

◆ RandomPointOnSphere()

◆ RandomVector2()

◆ RandomVector3()

◆ Remap()

◆ RollADice()

◆ RotatePointAroundPivot() [1/3]

◆ RotatePointAroundPivot() [2/3]

◆ RotatePointAroundPivot() [3/3]

◆ RotateVector2()

◆ RoundToClosest()

◆ RoundToDecimal()

◆ RoundToNearestHalf()

◆ RoundVector3()

◆ Spring() [1/4]

◆ Spring() [2/4]

◆ Spring() [3/4]

◆ Spring() [4/4]

◆ Sum()

◆ Vector2ToVector3() [1/2]

◆ Vector2ToVector3() [2/2]

◆ Vector3ToVector2()