I _m3storagestoragesolve2solveindexentrysetEntry setValues setColumnssetFromsetOuter splatDiagonal setDiagonal setUpper2x2toString dimension[][]===hashCoderow0row1row2setRowgetRow setColumn getColumnclonecopyInto*+-setZero setIdentity transposed transposeabsolute determinantdotRow dotColumntrace infinityNorm relativeError absoluteErrorinvert copyInversecopyNormalMatrix setRotationX setRotationY setRotationZ scaleAdjointabsoluteRotateabsoluteRotate2 transform2scalescaledaddsubnegatemultiply multipliedtransposeMultiplymultiplyTranspose transform transformed copyIntoArray copyFromArrayapplyToVector3Arrayrightupforward isIdentityisZeroMatrix39vector_math_64 Float64ListvoidVector2entryxstorageyVector3doublezintzero setValuesList setIdentitysetFrom setColumnssetOuter setRotationX setRotationY setRotationZ _v3storage _m3storageMatrix2 _m2storageoverrideStringboolObjecthashAllcopydynamic ArgumentErroraddsubnegate transposeabs infinityNorm determinantMatrix4 getRotationmathcossin _v2storagescalemultiplyoutoffsetnumilengthjarray applyMatrix3"]ڤ%N(q_Lɀʀ/OPt1Poڂۂ=fjkރ;Zyք<\|}ąڅUVmև=>Vy$3BRVW݉-Z[;ijʟAhƠ9WzԢCoߣ 59:`ã 3\jnoʤ6Y|¥+N^bc̦>D^|T٨ڨ1Jc|ǩ'@Yr֪ 1abx۫2Lf9`խ#Jqٮ]{ȯ3IMNǰCGH}DZ"OSTβ߲'59:гEu{´@FLf۶ "&'_۷+/0h!7;B/// Returns a new vector or matrix by multiplying this with [arg]. p8/// Returns new matrix after component wise this + [arg] pgg8/// Returns new matrix after component wise this - [arg]i rqI/// Returns new matrix -this܁/// Zeros this.$(/// Makes this into the identity matrix.Q;;!/// Returns the tranpose of this.dB/// Transpose this.6/// Returns the component wise absolute value of this.+/// Returns the determinant of this matrix.P//// Returns the dot product of row [i] and [v]. J2/// Returns the dot product of column [j] and [v]. Vb/// Returns the trace of the matrix. The trace of a matrix is the sum of /// the diagonal entries.<鳋E/// Returns infinity norm of the matrix. Used for numerical analysis.)hh5/// Returns relative error between this and [correct]v~2qq5/// Returns absolute error between this and [correct]>Www//// Invert the matrix. Returns the determinant.Q./// Set this matrix to be the inverse of [arg] ++5/// Set this matrix to be the normal matrix of [arg].< ED:/// Turns the matrix into a rotation of [radians] around X@ @M@M:/// Turns the matrix into a rotation of [radians] around Y@Z@b@aAAA:/// Turns the matrix into a rotation of [radians] around ZAAACSCRCR7/// Converts into Adjugate matrix and scales by [scale]C_ CgCfFjFFu/// Rotates [arg] by the absolute rotation of this /// Returns [arg]. /// Primarily used by AABB transformation code.F GGIJJu/// Rotates [arg] by the absolute rotation of this /// Returns [arg]. /// Primarily used by AABB transformation code.J JJK~KK/// Transforms [arg] with this.K KKMM7M7/// Scales this by [scale].M= MEMDNkOO2/// Create a copy of this and scale it by [scale].O O#O"OF ObOb/// Add [o] to this.Of OoOnQVQyQy/// Subtract [o] from this.Q} QQSmjSS/// Negate this.TۄTT/// Multiply this by [arg].U UUYpYY3/// Create a copy of this and multiply it by [arg].Y YYZ ZZZ" Z+Z*^^^_ __cׂud7d7S/// Transform [arg] of type [Vector3] using the transformation defined by /// this.dA dJdIfPYff/// Transform a copy of [arg] of type [Vector3] using the transformation /// defined by this. If a [out] parameter is supplied, the copy is stored in /// [out].g ggg g#g"ggg2/// Copies this into [array] starting at [offset].ghghh h hiiii@/// Copies elements from [array] into this starting at [offset].iiiiiiik6kkL/// Multiply this to each set of xyz values in [array] starting at [offset].kkkkkkknpnn /// Is this the identity matrix?ohpp/// Is this the zero matrix?Lɀʀ/OPt1Poڂۂ=fjkރ;Zyք<\|}ąڅUVmև=>Vy$3BRVW݉-Z[;ijʟAhƠ9WzԢCoߣ 59:`ã 3\jnoʤ6Y|¥+N^bc̦>D^|T٨ڨ1Jc|ǩ'@Yr֪ 1abx۫2Lf9`խ#Jqٮ]{ȯ3IMNǰCGH}DZ"OSTβ߲'59:гEu{´@FLf۶ "&'_۷+/0h!7;