CZI failed

Author: dbirman

source/about/vbl_manual.md

@@ -125,9 +125,9 @@ Information about lab member grant applications is shared here with permission.
 | Source    | Person  | Date applied  | Outcome   | Funding   |
 | ---       | ---     | ---           | ---       | ---       |
 | NSF ACED | DB  | 2024 | Pending |  |
-| UW Mary Gates Scholarship 2x Resubmission | KY  | 2024 | Pending | |
+| UW Mary Gates Scholarship 2x Resubmission | KY  | 2024 | Not funded | |
 | UW Mary Gates Scholarship 2x | KY  | 2023 | Not funded | |
-| CZI Open Source Software | DB  | 2023 | Pending |  |
+| CZI Open Source Software | DB  | 2023 | Not funded |  |
 | SURFiN | JS  | 2023 | Funded | $9,500 |
 | Heroku Open Source Credit Program | DB  | 2023 | Funded | $1000 |
 | UW Mary Gates Scholarship Resubmission | KY  | 2023 | Funded | $5,000 |

source/pinpoint/tutorials/tutorial_basics.md

@@ -24,8 +24,7 @@ specific use case.
 <image src="../../_static/images/tutorial/overview.png" alt="overview image" position="left" style="width:100%">
 
 Pinpoint presents you with an interactive 3D scene where you can plan and test
-different probe insertion trajectories. The scene view shows the mouse brain **(1)** composed of 3D models built from the Allen Common Coordinate Framework annotations and **(2)** the probe 3D model, showing in white the active
-recording region. The scene view and probe can be rotated and moved by clicking
+different probe insertion trajectories. The scene view shows the mouse brain **(1)** composed of 3D models built from the Allen Common Coordinate Framework annotations and **(2)** the probe 3D model, showing in white the active recording region. The scene view and probe can be rotated and moved by clicking
 and dragging with your mouse, see the section titled *Controls*, below. **(3)**
 The rotation gizmo helps you understand the orientation of the brain, with
 Yellow representing the Dorsal-Ventral axis, Red the Anterior-Posterior axis,