- Added operator+(Matrix3x4), operator*(float), RetrieveScaleSq and GetReciprocalScaled to Matrix3x4. Used by Cloth CPU Linear Skinning. These operation will be performant as they use SIMD.
- Modified so there are no virtual functions calls at vertex level.
- Caching indices to simplify the loop when applying skinning.
- Caching static variables Matrix3x4 zero and DualQuaternion zero to avoid creating it for every vertex.
- Removing branching to skip joints when the weight is zero, these cases are rarely and this improves performance by removing branching from loops at vertex level.
- Changing skinning influences so it's a continuous block of memory.
- Caching the vector size() if a variable instead of directly using it in a for loop.
* LYN-2537 Updated the AssetBundler code to looks for the AssetSeedList
files within the Assets/Engine directory
Updated the MissingDependencyScanner GetXMLDependenciesFile functions to
use the Assets/Engine directory as well
Also fixed the MissingDependencyScanner to properly located dependency
xml files within gem directories
* Adding back input argument validation for the AssetBundler command options.
Also added an application_options settings registry file that contains the list of valid command options for the ComponentApplication
* Adding missing end of file newline for applications_options.setreg
* Fixed the AssetBundler help output for the bundleSeed command
* LYN-2578: Updates cmake install for 'scripts' directory. Updates destination of certain binaries.
* LYN-2578: Updates to cmake install based on feedback.
This is cherry-picked from #311
When processing meshes with blend shapes, the mesh optimizer disables the
optimize duplicates setting, to prevent potential vertex reodering that
could cause the base mesh vertices to become out of sync with the blend
shape. However, it will still reorder vertices based on their material.
It places all triangles that use the same material in the same submesh,
grouping them together in the resulting mesh. The SceneAPI does not track
material ids for blend shapes. To ensure that the blend shape triangles are
reordered in the same way as the base shape, this change makes the blend
shape optimization use the material id from the base shape.
* Removed legacy components
* More legacy render component removal
* Starting removal of legacy mesh component dependencies
* Removed old light components that were allowing Atom test to succeed
* Testing increasing the timeout to see if it lets it pass in Jenkins
* put original timeout back
* reordered components to test if it is component specific or not
* Testing disabiling the test to see if we get a green
* Fixed the removal of the test to sandbox
* Removed Legacy Mesh Component and associated tendrils
* Removed some missed references
* Fixed some issues with unity builds and ambiguous naming
* Addressed review feedback
EMotionFX has user-customizable hotkeys. These hotkeys are registered by
individual plugins, and then the user can set what they want the hotkey to
be. The way this was implemented was by reimplementing `keyPressEvent` and
`keyReleaseEvent` for each widget that used customizable hotkeys, and in
there call `KeyboardShortcutManager::Check` to see if key press matched any
existing hotkey mapping.
However, the main Editor has behavior that prevents events from reaching
EMotionFX's `keyPressEvent` method, if a keypress matches a hotkey that is
also used by the main Editor. This is due to the global event filter
defined in `ShortcutDispatcher::eventFilter`. This event filter takes a Qt
`Shortcut` event, and will re-dispatch that event to all parent widgets of
a given receiver. So if a parent widget, like the main Editor, *does* have
a QAction that matches a given key sequence, that widget will receive the
event, the event is marked as processed, and no `KeyPress` event is ever
sent to the original widget where the event occurred.
All this means that processing hotkeys in a `keyPressEvent` won't work
reliably. The main editor defines a hotkey for the `delete` key, so that
can never be received in a `keyPressEvent` by any child widget of the
Editor.
This change removes all the hotkey logic from the `keyPressEvent` methods,
and replaces them with `QAction` instances. Hotkeys are defined with
`QAction::setShortcut`, and added to each widget that they apply to.
In addition, the `KeyboardShortcutManager` class had to be adjusted to suit
this new way of defining the hotkeys. It now has a pointer to each
`QAction*` that can have a customizable hotkey. It has also been greatly
simplified, since it can use a `QKeySequence` instead of separate variables
for `int key; bool hasCtrlModifier; bool hasAltModifier`.
Applying user-defined hotkeys now has to be done after the hotkeys are
registered from a plugin. It is the plugin's responsibility to reload the
user-defined hotkeys after registering all of its actions.
Multi-threaded software skinning by splitting the mesh up into batches of 10,000 vertices, which results in 27 jobs being spawned and executed using a character asset from a customer having 262,676 vertices and a speed improvement of 12x on a 32-core machine.
Single-threaded: 11,61 ms
Multi-threaded (27 jobs): 0,96 ms
* Created a SkinRange() function that can skin a part of the vertices.
* The actual skinning is now using the job system to split up the skinning into several pieces and executes them in parallel.
* Ported the bone info array to AzCore.
* Fixed some issues with the mesh based bounds update in the actor instance.
* The asset source filename is now displayed instead of the product filename.
* Fixed a stylesheet issue with screen scaling on 4K monitors for the saved changed files window.
* Cleaned up surrounding code.
* GraphObjectProxy is now hidden from Script Canvas
* the IGraphObject has been added to the BC
Jira: https://jira.agscollab.com/browse/LYN-3365
Tests: manual testing the node type is not in the SC editor
Moved the code that automatically appended a script variable name to a property description out of the dynamic property class and into the material property conversion utility functions.
Added proper descriptions for the material type and parent material placeholder properties
https://jira.agscollab.com/browse/ATOM-14065
This replaces grid hub usage in the material editor. It allows material editor and other tools to intercommunicate on the local host. This will allow enforcing that there is only one instance of the material editor running. Opening a second instance will forward command line options to the first instance running a local server.
https://jira.agscollab.com/browse/ATOM-15439https://jira.agscollab.com/browse/ATOM-13742
* Created the Project Manager project with a barebone styled window and rough sketch of first screen
* Renamed to Project Manager, ect.
* Corrected string name for projectmanager and added comments on getting engine path
* Changed output name for Project Manager to lowercase o3de
* Added header guards
Aristo7
Aaron Ruiz Mora
Tom Hulton-Harrop
Chris Burel
Esteban Papp
lumberyard-employee-dm
cgalvan
Gene Walters
Vincent Liu
Eric Phister
Luis Sempé
Terry Michaels
Mike Balfour
Chris Galvan
Gene Walters
michabr
Guthrie Adams
Brian Herrera
guthadam
SJ
jjjoness
Benjamin Jillich
chcurran
chcurran
AMZN-koppersr
jackalbe
galibzon
AMZN-nggieber
dmcdiarmid-ly