Version bump

Author: Tokazama

Project.toml

@@ -1,7 +1,7 @@
 name = "AxisIndices"
 uuid = "f52c9ee2-1b1c-4fd8-8546-6350938c7f11"
 authors = ["Tokazama <[email protected]>"]
-version = "0.3.3"
+version = "0.3.4"
 
 [deps]
 ArrayInterface = "4fba245c-0d91-5ea0-9b3e-6abc04ee57a9"

README.md

@@ -17,19 +17,19 @@ This needs context
 ## Cheat Sheet
 
 The following can be replicated by using Unitful seconds (i.e., `using Unitful: s`)
-| Code                                                |    | Result                             |
-|----------------------------------------------------:|----|------------------------------------|
-| `Axis((1:10)s, 2:11)[1s]`                           | -> | `2`                                |
-| `Axis((1:10)s, 2:11)[2]`                            | -> | `2`                                |
-| `Axis((1:10)s, 2:11)[1s..3s]`                       | -> | `Axis((1:3)s, 2:4)`                |
-| `Axis((1:10)s, 2:11)[2:4]`                          | -> | `Axis((1:3)s, 2:4)`                |
-| `Axis((1:10)s, 2:11)[>(5s)]`                        | -> | `Axis((6:10)s, 7:11)`              |
-| `Axis((1:10)s, 2:11)[<(5s)]`                        | -> | `Axis((1:4)s, 2:5)`                |
-| `Axis((1:10)s, 2:11)[==(5s)]`                       | -> | `6`                                |
-| `Axis((1:10)s, 2:11)[!=(5s)]`                       | -> | `[1, 2, 3, 4, 5, 7, 8, 9, 10, 11]` |
-| `Axis((1:10)s, 2:11)[in((1:2)s)]`                   | -> | `Axis((1:2)s, 2:3)`                |
-| `Axis((2:11), 1:10)[Keys(5)]`                       | -> | `5`                                |
-| `Axis((2:11), 1:10)[Indices(<(5))]`                 | -> | `Axis(2:5 => 1:4)`                 |
-| `Axis([pi + 0, pi + 1])[isapprox(3.14, atol=1e-2)]` | -> | `1`                                |
-| `SimpleAxis(1:10)[<(5)]`                            | -> | `SimpleAxis(1:4)`                  |
+|                                                Code |     | Result                             |
+| --------------------------------------------------: | --- | ---------------------------------- |
+|                           `Axis((1:10)s, 2:11)[1s]` | ->  | `2`                                |
+|                            `Axis((1:10)s, 2:11)[2]` | ->  | `2`                                |
+|                       `Axis((1:10)s, 2:11)[1s..3s]` | ->  | `Axis((1:3)s, 2:4)`                |
+|                          `Axis((1:10)s, 2:11)[2:4]` | ->  | `Axis((1:3)s, 2:4)`                |
+|                        `Axis((1:10)s, 2:11)[>(5s)]` | ->  | `Axis((6:10)s, 7:11)`              |
+|                        `Axis((1:10)s, 2:11)[<(5s)]` | ->  | `Axis((1:4)s, 2:5)`                |
+|                       `Axis((1:10)s, 2:11)[==(5s)]` | ->  | `6`                                |
+|                       `Axis((1:10)s, 2:11)[!=(5s)]` | ->  | `[1, 2, 3, 4, 5, 7, 8, 9, 10, 11]` |
+|                   `Axis((1:10)s, 2:11)[in((1:2)s)]` | ->  | `Axis((1:2)s, 2:3)`                |
+|                       `Axis((2:11), 1:10)[Keys(5)]` | ->  | `5`                                |
+|                 `Axis((2:11), 1:10)[Indices(<(5))]` | ->  | `Axis(2:5 => 1:4)`                 |
+| `Axis([pi + 0, pi + 1])[isapprox(3.14, atol=1e-2)]` | ->  | `1`                                |
+|                            `SimpleAxis(1:10)[<(5)]` | ->  | `SimpleAxis(1:4)`                  |
 

test/time_tests.jl

@@ -17,4 +17,3 @@ using AxisIndices.TimeDims
     @test @inferred(sampling_rate(nia)) == 1
     @test_throws ArgumentError timedim(NIArray(reshape(1:6, 2, 3), x = 2:3, y = 3.0:5.0))
 end
-