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e2 docs array

📁 Data StorageUpdated 1 hour ago•0 views
Array = array(...) Creates an array (1 ops) = :vector2( ) Returns the vector2 stored in the array under specified index. Deprecated, use R[N,vector2] instead (5 ops) = :vector( ) Returns the vector st

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Array
= array(...)
Creates an array (1 ops)

= :vector2( )
Returns the vector2 stored in the array under specified index. Deprecated, use R[N,vector2] instead (5 ops)

= :vector( )
Returns the vector stored in the array under specified index. Deprecated, use R[N,vector] instead (5 ops)

= :matrix2( )
Returns the matrix2 stored in the array under specified index. Deprecated, use R[N,matrix2] instead (5 ops)

= :matrix4( )
Returns the matrix4 stored in the array under specified index. Deprecated, use R[N,matrix4] instead (5 ops)

= :wirelink( )
Returns the wirelink stored in the array under specified index. Deprecated, use R[N,wirelink] instead (5 ops)

= :entity( )
Returns the entity stored in the array under specified index. Deprecated, use R[N,entity] instead (5 ops)

= :string( )
Returns the string stored in the array under specified index. Deprecated, use R[N,string] instead (5 ops)

Movedata = :movedata( )
Returns the movedata stored in the array under specified index. Deprecated, use R[N,movedata] instead (5 ops)

= :vector4( )
Returns the vector4 stored in the array under specified index. Deprecated, use R[N,vector4] instead (5 ops)

= :complex( )
Returns the complex stored in the array under specified index. Deprecated, use R[N,complex] instead (5 ops)

= :ranger( )
Returns the ranger stored in the array under specified index. Deprecated, use R[N,ranger] instead (5 ops)

= :angle( )
Returns the angle stored in the array under specified index. Deprecated, use R[N,angle] instead (5 ops)

Function = :function( )
Returns the function stored in the array under specified index. Deprecated, use R[N,function] instead (5 ops)

= :quaternion( )
Returns the quaternion stored in the array under specified index. Deprecated, use R[N,quaternion] instead (5 ops)

Damage = :damage( )
Returns the damage stored in the array under specified index. Deprecated, use R[N,damage] instead (5 ops)

Egpobject = :egpobject( )
Returns the egpobject stored in the array under specified index. Deprecated, use R[N,egpobject] instead (5 ops)

Collision = :collision( )
Returns the collision stored in the array under specified index. Deprecated, use R[N,collision] instead (5 ops)

Effect = :effect( )
Returns the effect stored in the array under specified index. Deprecated, use R[N,effect] instead (5 ops)

= :number( )
Returns the number stored in the array under specified index. Deprecated, use R[N,number] instead (5 ops)

= :bone( )
Returns the bone stored in the array under specified index. Deprecated, use R[N,bone] instead (5 ops)

Usercmd = :usercmd( )
Returns the usercmd stored in the array under specified index. Deprecated, use R[N,usercmd] instead (5 ops)

= :matrix( )
Returns the matrix stored in the array under specified index. Deprecated, use R[N,matrix] instead (5 ops)

= :setNumber( , )
Sets a variable at specified index. Deprecated, use R[N,number] = X instead (5 ops)

= :setMatrix2( , )
Sets a variable at specified index. Deprecated, use R[N,matrix2] = X instead (5 ops)

Movedata = :setMovedata( , Movedata)
Sets a variable at specified index. Deprecated, use R[N,movedata] = X instead (5 ops)

Effect = :setEffect( , Effect)
Sets a variable at specified index. Deprecated, use R[N,effect] = X instead (5 ops)

= :setAngle( , )
Sets a variable at specified index. Deprecated, use R[N,angle] = X instead (5 ops)

Collision = :setCollision( , Collision)
Sets a variable at specified index. Deprecated, use R[N,collision] = X instead (5 ops)

= :setBone( , )
Sets a variable at specified index. Deprecated, use R[N,bone] = X instead (5 ops)

= :setVector4( , )
Sets a variable at specified index. Deprecated, use R[N,vector4] = X instead (5 ops)

= :setString( , )
Sets a variable at specified index. Deprecated, use R[N,string] = X instead (5 ops)

= :setMatrix4( , )
Sets a variable at specified index. Deprecated, use R[N,matrix4] = X instead (5 ops)

Usercmd = :setUsercmd( , Usercmd)
Sets a variable at specified index. Deprecated, use R[N,usercmd] = X instead (5 ops)

= :setWirelink( , )
Sets a variable at specified index. Deprecated, use R[N,wirelink] = X instead (5 ops)

= :setVector2( , )
Sets a variable at specified index. Deprecated, use R[N,vector2] = X instead (5 ops)

= :setEntity( , )
Sets a variable at specified index. Deprecated, use R[N,entity] = X instead (5 ops)

= :setVector( , )
Sets a variable at specified index. Deprecated, use R[N,vector] = X instead (5 ops)

= :setRanger( , )
Sets a variable at specified index. Deprecated, use R[N,ranger] = X instead (5 ops)

= :setQuaternion( , )
Sets a variable at specified index. Deprecated, use R[N,quaternion] = X instead (5 ops)

Function = :setFunction( , Function)
Sets a variable at specified index. Deprecated, use R[N,function] = X instead (5 ops)

= :setComplex( , )
Sets a variable at specified index. Deprecated, use R[N,complex] = X instead (5 ops)

Egpobject = :setEgpobject( , Egpobject)
Sets a variable at specified index. Deprecated, use R[N,egpobject] = X instead (5 ops)

Damage = :setDamage( , Damage)
Sets a variable at specified index. Deprecated, use R[N,damage] = X instead (5 ops)

= :setMatrix( , )
Sets a variable at specified index. Deprecated, use R[N,matrix] = X instead (5 ops)

= :pushString( )
Saves the data at the end of the array (7 ops)

= :pushNumber( )
Saves the data at the end of the array (7 ops)

= :pushVector( )
Saves the data at the end of the array (7 ops)

= :pushQuaternion( )
Saves the data at the end of the array (7 ops)

= :pushWirelink( )
Saves the data at the end of the array (7 ops)

Movedata = :pushMovedata(Movedata)
Saves the data at the end of the array (7 ops)

Effect = :pushEffect(Effect)
Saves the data at the end of the array (7 ops)

Collision = :pushCollision(Collision)
Saves the data at the end of the array (7 ops)

Function = :pushFunction(Function)
Saves the data at the end of the array (7 ops)

Damage = :pushDamage(Damage)
Saves the data at the end of the array (7 ops)

= :pushMatrix2( )
Saves the data at the end of the array (7 ops)

= :pushMatrix( )
Saves the data at the end of the array (7 ops)

= :pushComplex( )
Saves the data at the end of the array (7 ops)

= :pushBone( )
Saves the data at the end of the array (7 ops)

= :pushRanger( )
Saves the data at the end of the array (7 ops)

= :pushEntity( )
Saves the data at the end of the array (7 ops)

= :pushVector2( )
Saves the data at the end of the array (7 ops)

= :pushVector4( )
Saves the data at the end of the array (7 ops)

Egpobject = :pushEgpobject(Egpobject)
Saves the data at the end of the array (7 ops)

= :pushAngle( )
Saves the data at the end of the array (7 ops)

= :pushMatrix4( )
Saves the data at the end of the array (7 ops)

Usercmd = :pushUsercmd(Usercmd)
Saves the data at the end of the array (7 ops)

= :insertNumber( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

Effect = :insertEffect( , Effect)
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

Movedata = :insertMovedata( , Movedata)
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

Damage = :insertDamage( , Damage)
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

Usercmd = :insertUsercmd( , Usercmd)
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertRanger( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertAngle( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertMatrix( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

Egpobject = :insertEgpobject( , Egpobject)
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertVector4( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertMatrix4( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertString( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertBone( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

Collision = :insertCollision( , Collision)
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertEntity( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertComplex( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

Function = :insertFunction( , Function)
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertQuaternion( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertMatrix2( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertWirelink( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertVector( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :insertVector2( , )
Inserts the variable at the specified position. Moves all other indexes up one step to compensate (7 ops)

= :popAngle()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popVector()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popMatrix4()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popEntity()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popRanger()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popBone()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popString()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

Usercmd = :popUsercmd()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popVector4()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popQuaternion()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

Movedata = :popMovedata()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

Damage = :popDamage()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popVector2()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

Collision = :popCollision()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

Function = :popFunction()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popMatrix()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popComplex()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popMatrix2()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popWirelink()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :popNumber()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

Effect = :popEffect()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

Egpobject = :popEgpobject()
Deletes and returns the last entry in the array. Be sure not to use popNumber() on a vector or similar, as the data may be lost (7 ops)

= :unshiftMatrix4( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftVector4( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftAngle( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftWirelink( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

Usercmd = :unshiftUsercmd(Usercmd)
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

Egpobject = :unshiftEgpobject(Egpobject)
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftRanger( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

Function = :unshiftFunction(Function)
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

Movedata = :unshiftMovedata(Movedata)
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

Damage = :unshiftDamage(Damage)
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftVector( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftBone( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftEntity( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftQuaternion( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftVector2( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftString( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftNumber( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

Collision = :unshiftCollision(Collision)
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

Effect = :unshiftEffect(Effect)
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftMatrix( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftComplex( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

= :unshiftMatrix2( )
Adds the data to the beginning of the array. Will move all other entries up one address (7 ops)

Egpobject = :shiftEgpobject()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftEntity()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftAngle()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

Collision = :shiftCollision()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftMatrix2()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

Function = :shiftFunction()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftComplex()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

Damage = :shiftDamage()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftString()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftVector()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftRanger()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftVector2()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftBone()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftMatrix4()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

Usercmd = :shiftUsercmd()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftMatrix()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftVector4()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftNumber()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftQuaternion()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

Effect = :shiftEffect()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :shiftWirelink()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

Movedata = :shiftMovedata()
Deletes and returns the first element of the array, moving other entries down one address to compensate (7 ops)

= :removeVector( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

Function = :removeFunction( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeEntity( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeBone( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeComplex( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeVector2( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeWirelink( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

Damage = :removeDamage( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeMatrix( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeNumber( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeMatrix2( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

Movedata = :removeMovedata( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeVector4( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

Collision = :removeCollision( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeQuaternion( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeRanger( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

Egpobject = :removeEgpobject( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

Usercmd = :removeUsercmd( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeMatrix4( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

Effect = :removeEffect( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeString( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :removeAngle( )
Deletes and returns the specified entry, moving subsequent entries down to compensate (7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf(Damage Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf(Effect Value)
(7 ops)

= :indexOf(Movedata Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf(Collision Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf(Function Value)
(7 ops)

= :indexOf(Usercmd Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :indexOf(Egpobject Value)
(7 ops)

= :indexOf( Value)
(7 ops)

= :pop()
Removes the last entry in the array and returns 1 if removed (2 ops)

= :shift()
Removes the first element of the array; all other entries will move down one address and returns 1 if removed (3 ops)

= :remove( Index)
Removes the specified entry, moving subsequent entries down to compensate and returns 1 if removed (2 ops)

= :unset( Index)
Force removes the specified entry, without moving subsequent entries down and returns 1 if removed (2 ops)

= :exists( Index)
Returns 1 if the array contains any value at specified index (1 ops)

= :count()
Returns the number of entries in the array (3 ops)

:clear()
Clears the array (1 ops)

= :clone()
Returns a copy of the array (1 ops)

= :sum()
Adds all numbers in the array together and returns result (1 ops)

= :average()
Gives the average of all numbers in array (1 ops)

= :min()
Returns the smallest number in array (1 ops)

= :minIndex()
Returns the index of the smallest number in array (1 ops)

= :max()
Returns the largest number in array (1 ops)

= :maxIndex()
Returns the index of the largest number in array (1 ops)

= :concat()
Concatenates all values in the array (1 ops)

= :concat( Delimiter)
Concatenates all values in the array with the specified string in between each (1 ops)

= :concat( Delimiter, Startindex)
Concatenates all values in the array, starting at index N, with string S in between each (1 ops)

= :concat( Delimiter, Startindex, Endindex)
Concatenates all values in the array, starting at index N1 and ending at N2, with string S in between each (1 ops)

= :concat( Startindex)
Concatenates all values in the array, starting at index N (1 ops)

= :concat( Startindex, Endindex)
Concatenates all values in the array, starting at index N1 and ending at N2 (1 ops)

= :id()
Returns the unique ID of the array (1 ops)

= :add( Other)
Adds the contents of the second array to the end of the first array. Returns new array (1 ops)

= :merge( Other)
Merges R2 with R. Any variables with the same indexes are overwritten by R2's variables (1 ops)

= toString( Array)
Returns a string representation of the array and its contents for debugging purposes. Return format may change in the future and should not be relied on. (2 ops)

= :toString()
Returns a string representation of the array and its contents for debugging purposes. Return format may change in the future and should not be relied on. (2 ops)

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