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@@ -12,9 +12,9 @@ See the [GoGi Wiki](https://github.com/goki/gi/wiki) for more detailed documenta
 
 There are extensive `examples` demo applications showing and testing the GUI elements included in the GoGi repository, and the following major applications:
 
-* The [emergent](https://EmerSim.org) neural network simulation system ([on github](https://github.com/emer/emergent) uses 2D and 3D GoGi GUI elements to provide interactive control and visualization of complex neural models of the brain.  These models can be run directly in Go, or via Python, and GoGi itself can be fully accessed directly through Python using the [GoPy](https://github.com/go-python/gopy) tool.
+* The [emergent](https://EmerSim.org) neural network simulation system ([on github](https://github.com/emer/emergent)) uses 2D and 3D GoGi GUI elements to provide interactive control and visualization of complex neural models of the brain.  These models can be run directly in Go, or via Python, and GoGi itself can be fully accessed directly through Python using the [GoPy](https://github.com/go-python/gopy) tool.
 
-* [Gide](https://github.com/gide) is a Go-based IDE (interactive development environment), which serves as the daily testing platform for GoGi, and features a strongly *emacs*-inspired design and functionality.  It is not fancy, but everything can be accessed by keyboard shortcuts so it is very efficient once learned (and emacs users should be fluent right away).  It has full knowledge of the Go language (via the [GoPi interactive parser](https://github.com/goki/pi)) and supports completion, lookup, interactive debugging via the [delve](https://github.com/go-delve/delve) debugger, etc.
+* [Gide](https://github.com/goki/gide) is a Go-based IDE (interactive development environment), which serves as the daily testing platform for GoGi, and features a strongly *emacs*-inspired design and functionality.  It is not fancy, but everything can be accessed by keyboard shortcuts so it is very efficient once learned (and emacs users should be fluent right away).  It has full knowledge of the Go language (via the [GoPi interactive parser](https://github.com/goki/pi)) and supports completion, lookup, interactive debugging via the [delve](https://github.com/go-delve/delve) debugger, etc.
 
 * [GoPix](https://github.com/gopix) is a picture viewing and organizing app, under development but currently usable for basic tasks.  Its primary advantage is in providing full keyboard-based usability, and a generic file-based framework, that avoids any kind of lock-in into complex databases.  For example, it creates symbolic links to create folders of selected images from the full collection of files, and it takes full advantage of the `exif` metadata to update and organize picture files.  Image files can be systematically renamed by their date taken to avoid having a 100's of files all named `Image-1.jpg`.