Companion object for B_Spline class provides functions for clamping the the ends of a spline and running timing benchmarks.
Attributes
Members list
Value members
Concrete methods
Gather timing statistics for repeated executions of a block, prints the statistics, and returns the value produced by the block.
Gather timing statistics for repeated executions of a block, prints the statistics, and returns the value produced by the block.
Type parameters
- R
-
result type of block
Value parameters
- block
-
block of code to execute
- reps
-
number of replications
- title
-
title for statistic
- useSeconds
-
record time as seconds instead of milliseconds (default = false)
Attributes
Gather timing statistics for repeated executions of a block and returns a tuple containing the return value produced by the block and the Statistic instance used to gather the statistics.
Gather timing statistics for repeated executions of a block and returns a tuple containing the return value produced by the block and the Statistic instance used to gather the statistics.
Type parameters
- R
-
result type of block
Value parameters
- block
-
block of code to execute
- reps
-
number of replications
- title
-
title for statistic
- useSeconds
-
record time as seconds instead of milliseconds (default = false)
Attributes
Return a "clamped" version of the input vector, augmented to ensure that each end has m-many repeated points. If isInclusive is true, then the first and last values of the vector are repeated; otherwise, the values t(0)-sqrt(EPSILON) and t(t.dim-1)+sqrt(EPSILON) are repeated for the beginning and end, respectively.
Return a "clamped" version of the input vector, augmented to ensure that each end has m-many repeated points. If isInclusive is true, then the first and last values of the vector are repeated; otherwise, the values t(0)-sqrt(EPSILON) and t(t.dim-1)+sqrt(EPSILON) are repeated for the beginning and end, respectively.
Value parameters
- isInclusive
-
repeat end points (default = true)
- m
-
intended B-spline order (degree = m - 1)
- t
-
non-decreasing vector of time points