[DOC] fix typo

docs/examples/viz_skinning.py

@@ -32,7 +32,7 @@
 
 # After we get the timeline object, We want to initialise the skinning process.
 # You can set `bones=true` to visualize each bone transformation. Additionally,
-# you can set `lenght` of bones in the `initialise_skin` method.
+# you can set `length` of bones in the `initialise_skin` method.
 # Note: Make sure to call this method before you initialize ShowManager, else
 # bones won't be added to the scene.
 

docs/experimental/viz_canvas.py

@@ -194,7 +194,7 @@ def test_sh():
             vec3 lin  = 2.5*occ*vec3(1.0,1.00,1.00)*(0.6+0.4*nor.y);
                  lin += 1.0*sss*vec3(1.0,0.95,0.70)*occ;
 
-            // surface-light interacion
+            // surface-light interaction
             col = mate.xyz * lin;
         }
 

docs/source/posts/2021/2021-06-28-gsoc-devmessias-4.rst

@@ -156,7 +156,7 @@ must have a way to lock the write/read if the memory resource is busy.
 Meanwhile the
 `multiprocessing.Arrays <https://docs.python.org/3/library/multiprocessing.html#multiprocessing.Array>`__
 already has a context which allows lock (.get_lock()) SharedMemory
-dosen’t[2]. The use of abstract class allowed me to deal with those
+doesn’t[2]. The use of abstract class allowed me to deal with those
 peculiarities. `commit
 358402e <https://github.com/fury-gl/fury/pull/437/commits/358402ea2f06833f66f45f3818ccc3448b2da9cd>`__
 

docs/source/posts/2021/2021-07-05-gsoc-devmessias-5.rst

@@ -35,7 +35,7 @@ tasks related with this PR:
    `#424`_ now is possible to control all the visual characteristics at
    runtime.
 -  2D Layout: Meanwhile 3d network representations are very usefully
-   for exploring a dataset is hard to convice a group of network
+   for exploring a dataset is hard to convince a group of network
    scientists to use a visualization system which doesn't allow 2d
    representations. Because of that I started to coding the 2d behavior
    in the network visualization system.

docs/source/posts/2021/2021-08-23-final-work-antriksh.rst

@@ -83,7 +83,7 @@ Objectives Completed
 
 - **Add Accordion2D UI element to the UI sub-module**
 
-  Added Accordion2D to the UI sub-module. This Ui element allows users to visulize data in a tree with depth of one. Each node has a title and a content panel. The children for each node can be N if and only if the children are not nodes themselves. The child UIs can be placed inside the content panel by passing some coordinates, which can be absolute or normalized w.r.t the node content panel size. Tests and two demos were added for this UI element. Below is a screenshot for reference
+  Added Accordion2D to the UI sub-module. This Ui element allows users to visualize data in a tree with depth of one. Each node has a title and a content panel. The children for each node can be N if and only if the children are not nodes themselves. The child UIs can be placed inside the content panel by passing some coordinates, which can be absolute or normalized w.r.t the node content panel size. Tests and two demos were added for this UI element. Below is a screenshot for reference
 
   .. image:: https://camo.githubusercontent.com/9395d0ea572d7f253a051823f02496450c9f79d19ff0baf32841ec648b6f2860/68747470733a2f2f692e696d6775722e636f6d2f7854754f645a742e706e67
         :width: 200

docs/source/posts/2023/2023-01-24-final-report-praneeth.rst

@@ -133,7 +133,7 @@ Other Objectives
 
 -  **Grouping Shapes**
 
-   Many times we need to perform some actions on a group of shapes so here we are with the grouping feature using which you can group shapes together, reposition them, rotate them and delete them together. To activate grouping of shapes you have to be on selection mode then by holding **Ctrl** key select the required shapes and they will get highlighted. To remove shape from the group just hold the **Ctrl** and click the shape again it will get deselected. Then once eveything is grouped you can use the normal transformation as normal i.e. for translation just drag the shapes around and for rotation the rotation slider appears at usual lower left corner which can be used.
+   Many times we need to perform some actions on a group of shapes so here we are with the grouping feature using which you can group shapes together, reposition them, rotate them and delete them together. To activate grouping of shapes you have to be on selection mode then by holding **Ctrl** key select the required shapes and they will get highlighted. To remove shape from the group just hold the **Ctrl** and click the shape again it will get deselected. Then once everything is grouped you can use the normal transformation as normal i.e. for translation just drag the shapes around and for rotation the rotation slider appears at usual lower left corner which can be used.
 
    *Pull Requests:*
 

fury/transform.py

@@ -149,7 +149,7 @@ def sphere2cart(r, theta, phi):
     Returns
     ---------
     x : array
-       x coordinate(s) in Cartesion space
+       x coordinate(s) in Cartesian space
     y : array
        y coordinate(s) in Cartesian space
     z : array

fury/ui/tests/test_helpers.py

@@ -22,7 +22,7 @@ def test_clip_overflow():
     clip_overflow(text, text.size[0])
     npt.assert_equal('Hello', text.message)
 
-    text.message = 'Hello wassup'
+    text.message = "Hello what's up?"
     clip_overflow(text, text.size[0])
     npt.assert_equal('He...', text.message)
 
@@ -63,9 +63,9 @@ def test_wrap_overflow():
     wrap_overflow(text, text.size[0])
     npt.assert_equal('Hello', text.message)
 
-    text.message = 'Hello wassup'
+    text.message = "Hello what's up?"
     wrap_overflow(text, text.size[0])
-    npt.assert_equal('Hello\n wass\nup', text.message)
+    npt.assert_equal("Hello\n what's\nup", text.message)
 
     text.message = 'A very very long message to clip text overflow'
     wrap_overflow(text, text.size[0])