linspace#
Return a range of linearly-spaced numbers using first and last value. The step size is determined by the shape.
-
template<int Dim, typename ShapeType, typename T, std::enable_if_t<!std::is_array_v<typename remove_cvref<ShapeType>::type>, bool> = true>
inline auto matx::linspace(ShapeType &&s, T first, T last)# Create a linearly-spaced range of values.
Creates a set of values using a start and end that are linearly- spaced apart over the set of values. Distance is determined by the shape and selected dimension.
- Template Parameters:
T – Operator type
Dim – Dimension to operate over
ShapeType – Shape type
- Parameters:
s – Shape object
first – First value
last – Last value
- Returns:
Operator with linearly-spaced values
-
template<int Dim, int RANK, typename T>
inline auto matx::linspace(const index_t (&s)[RANK], T first, T last)# Create a linearly-spaced range of values.
Creates a set of values using a start and end that are linearly- spaced apart over the set of values. Distance is determined by the shape and selected dimension.
- Template Parameters:
Dim – Dimension to operate over
RANK – Rank of shape
T – Operator type
- Parameters:
s – Array of sizes
first – First value
last – Last value
- Returns:
Operator with linearly-spaced values
Examples#
index_t count = 100;
auto t1 = make_tensor<TestType>({count});
// Create a set of linearly-spaced numbers starting at 1, ending at 100, and
// with `count` points in between
(t1 = linspace<0>(t1.Shape(), (TestType)1, (TestType)100)).run(exec);