- Add a new combo box and button to camera settings for mesh viewer
- Add a new dialog window for custom axis mappings
- Implement the axis mappings in gl driver (other drivers to come)
* We also add the ability to toggle on/off the replacement being active without
needing to intentionally add a compile error (and this also makes it more
explicitly clear when the shader replacement is enabled or not. This could be
useful for quick A/B testing between the edited version and the original.
In some cases it is easier to know the dispatch thread ID you want to
debug rather than the group/thread IDs. This change adds a new window
when the debug button is clicked, to allow you to specify which thread
to debug in the most convenient way.
* We need to update the scrollbar bounds first based on the current zoom level,
then change the scroll position. Otherwise the scroll will be visually correct
but the scrollbars won't match.
* If we save the current capture from a connection window we want to do that via
the main window so the UI can be properly updated and so we can save it
properly through the replay manager, so the old one can be removed safely.
* When using VS In we want to ignore the W component, but that already happens
explicitly for vulkan/GL in the shader. Mirror that same solution to D3D
instead of trying to force a 3-component format which may not be supported
(e.g. on AMD R16G16B16_*)
* This applies when selecting a marker region, the effective EID is the one
actually replayed to an represented in the UI. As-if it were directly
selected.
* In v1.15 if you upgraded from a previous version and had a renderdoc config
file then the persistent storage storing the filters would get loaded with an
empty variant map, so the defaults could be set. However if you had no config
file at all this wouldn't happen so no defaults would be set.
* We detect the case where we load an old profile and it has blank current
filter or saved filters, and fill in the defaults now. If the filter has been
customised or some saved filters exist, respectively, we don't touch them.
* The UI will become non-functional and the backend will be replaced with a do-
nothing one that keeps things alive without needing error bulletproofing
everywhere in the real backend.
* Instead of storing the API pipeline states in the replay driver and returning
pointers, we store them in the replay controller and write into it from the
replay driver.
* This will allow us to remove the replay driver and still keep any previously
obtained references/pointers to the pipeline state valid.
* On GL you can specify a vertex attribute that's stored as int but gets
converted to float with glVertexAttribFormat instead of glVertexAttribIFormat.
However if the shader accepts an int this is invalid and the value is
undefined - we emulate this as the float bits being read as int directly, but
that's not guaranteed behaviour.
* Normally we don't emulate this kind of mis-cast behaviour and just display the
type of data passed to the shader, but in this case GL lets you specify three
types (stored as int, cast to float, read as int) so our normal behaviour of
just showing the input can be more misleading than normal.
* This means we'll jump to the nearest _visible_ result, rather than just the
next result whether or not it's visible. This also applies to EID searches,
when doing a go-to on a particular EID we'll end up jumping to the next
visible EID.
baldurk