Anders: Created page with "{{:Vec3ExampleCode}} ==Members== {| class="wikitable" !|type !|variable !|description |- |float |x | |- |float |y | |- |float |z | |- |} ==Constructor== {| class="wikitable" !|function !|description |- |Vec3(float value) | |- |Vec3(float x, float y, float z) | |- |Vec3(Vec2 vec, float z) | |- |Vec3(Vec3 vector) | |- |Vec3() | |- |} ==Functions== {| class="wikitable" !|return !|function !|description |- |float |dot() |Returns the dot product of this ve..."

2025-07-05T12:57:12Z

Created page with "{{:Vec3ExampleCode}} ==Members== {| class="wikitable" !|type !|variable !|description |- |float |x | |- |float |y | |- |float |z | |- |} ==Constructor== {| class="wikitable" !|function !|description |- |Vec3(float value) | |- |Vec3(float x, float y, float z) | |- |Vec3(Vec2 vec, float z) | |- |Vec3(Vec3 vector) | |- |Vec3() | |- |} ==Functions== {| class="wikitable" !|return !|function !|description |- |float |dot() |Returns the dot product of this ve..."

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{{:Vec3ExampleCode}}

==Members==
{| class="wikitable"

!|type
!|variable
!|description
|-
|float
|x
|
|-
|float
|y
|
|-
|float
|z
|
|-
|}

==Constructor==
{| class="wikitable"

!|function
!|description
|-
|Vec3(float value)
|
|-
|Vec3(float x, float y, float z)
|
|-
|Vec3(Vec2 vec, float z)
|
|-
|Vec3(Vec3 vector)
|
|-
|Vec3()
|
|-
|}

==Functions==
{| class="wikitable"
!|return
!|function
!|description
|-
|float
|[[Vec3:dot()|dot]]()
|Returns the dot product of this vec with itself.
|-
|float
|[[Vec3:dot(Vec3 vector)|dot]](Vec3 vector)
|Return the dot product of this with vector.
|-
|float
|[[Vec3:length()|length]]()
|Returns the length of this vector.
|-
|float
|[[Vec3:getXYDist()|getXYDist]]()
|Returns x + y.
|-
|
|[[Vec3:negate()|negate]]()
|negate the vector.
|-
|
|[[Vec3:clear()|clear]]()
|set vector to zero.
|-
|
|[[Vec3:infinity()|infinity]]()
|set vector to infinity.
|-
|float
|[[Vec3:normalize()|normalize]]()
|normalize the vector and return the old length.
|-
|[[Vec3]]
|[[Vec3:normalizeV()|normalizeV]]()
|return a copy and normalize the return vec.
|-
|
|[[Vec3:crossProduct(Vec3 vector)|crossProduct]](Vec3 vector)
|Calculate cross product with the given vector.
|-
|
|[[Vec3:crossProduct(Vec3 vector1, Vec3 vector2)|crossProduct]](Vec3 vector1, Vec3 vector2)
|Calculate cross product with the given vectors.
|-
|Vec3
|[[Vec3:crossProductV(Vec3 vector)|crossProductV]](Vec3 vector)
|Calculate cross product with the given vector.
|-
|
|[[Vec3:interPolate(Vec3 vector1, Vec3 vector2, float weight)|interPolate]](Vec3 vector1, Vec3 vector2, float weight)
|Inter polate a vector bettwen two values. weight 0 returns vector1 and at weight 1 vector2 is returned
|-
|Vec3
|[[Vec3:interPolateV(Vec3 vector1, Vec3 vector2, float weight)|interPolateV]](Vec3 vector1, Vec3 vector2, float weight)
|returns a Inter polate a vector bettwen two values. weight 0 returns vector1 and at weight 1 vector2 is returned
|-
|bool
|[[Vec3:isZero()|isZero]]()
|returns true when vector length is zero
|-
|bool
|[[Vec3:isInfinity()|isInfinity]]()
|returns true when vetor length is infinity
|-
|
|[[Vec3:minimize(Vec3 vector)|minimize]](Vec3 vector)
|Keep the minimum x and y value from this vector and vec
|-
|
|[[Vec3:maximize(Vec3 vector)|maximize]](Vec3 vector)
|Keep the maximum x and y value from this vector and vec
|-
|float
|[[Vec3:angle(Vec3 vector)|angle]](Vec3 vector)
|return angle bettwen this and vec that cen be nonNormalized
|-
|float
|[[Vec3:angle(Vec3 vector1, Vec3 vector2)|angle]](Vec3 vector1, Vec3 vector2)
|return angle bettwen the two given vectors that my be nonNormalized
|-
|Vec2
|[[Vec3:toVec2()|toVec2]]()
|return Vec2(x, y)
|-
|}

==Operators==
{| class="wikitable"

!|return
!|function
!|description
|-
|Vec3
|Vec3 + Vec3
|
|-
|Vec3
|Vec3 - Vec3
|
|-
|Vec3
|Vec3 * float
|
|-
|Vec3
|Vec3 / float
|
|-
|bool
|Vec3 == Vec3
|
|-
|}

Vec3 - Revision history