Tensor

Tensor - Lightweight Numerical Structrue

Constructors

this this(double[] vec, Shape byRow): Constructor of single row or column tensor
this this(double[][] mat): Constructor with array of array
this this(double val, long row, long col): Initialize with single number
this this(long row, long col): Empty Matrix
this this(Tensor m): Copy Matrix
this this(Range r, Shape byRow): Range to Tensor

fmap Tensor fmap(double delegate(double) f): Function apply whole tensor
ncol auto ncol(): Return col (Same as R)
nrow auto nrow(): Return row (Same as R)
opBinary Tensor opBinary(double rhs): Binary Operator with Scalar
opBinary Tensor opBinary(Tensor rhs): Binary Operator with Tensor
opBinaryRight Tensor opBinaryRight(double lhs): Binary Operator (Right) with Scalar
opIndex double opIndex(size_t i, size_t j): Getter
opIndex Tensor opIndex(Range x, Range y): opIndex with Slice
opIndexAssign void opIndexAssign(double value, size_t i, size_t j): Setter
opSlice long[2] opSlice(long start, long end): opSlice
opUnary Tensor opUnary(): Unary Operator
pmap Tensor pmap(double delegate(double) f, Shape byRow): Function apply whole tensor - parallel - choose row or column which contain many components
t Tensor t(): Alias for Transpose
transpose Tensor transpose(): Transpose