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Add position and rotation components to Camera entities #3

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cart opened this issue May 6, 2020 · 1 comment
Closed

Add position and rotation components to Camera entities #3

cart opened this issue May 6, 2020 · 1 comment
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C-Feature A new feature, making something new possible
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Open Source Release

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@cart
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cart commented May 6, 2020

Currently camera position and rotation must be handled by directly modifying the Transform component.

This should be reconciled with manually setting the Transform (ex: calling look_at()). We don't want position and rotation components overriding manually set transforms.
@cart cart added the C-Feature A new feature, making something new possible label May 6, 2020
@cart cart added this to the Open Source Release milestone May 6, 2020
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cart commented May 31, 2020

Fixed by 21a79c5, which adds the ability to toggle syncing from pos/rot components to transforms. But this isn't an ideal solution. I would prefer it if changes to LocalToWorld transforms automatically synced to Translation, Rotation, Scale components and vice-versa, but I'm pretty sure we need component change events for that to work properly.

@cart cart closed this as completed May 31, 2020
@aclysma aclysma mentioned this issue Aug 24, 2020
Closed
aclysma added a commit to aclysma/bevy that referenced this issue Aug 29, 2020
@aclysma
Bevy tasks (bevyengine#3)
6227612 
* Address some feedback for the bevy_tasks PR
 - Add a general clamp fn to bevy_math
 - Expose num_cpus in bevy_tasks
 - Fill out empty doc comment

* Add comments and clean up pinning in bevy_tasks, fix a couple tests
@NathanSWard NathanSWard mentioned this issue Jun 5, 2021
Closed
4 tasks
superdump referenced this issue in superdump/bevy Jun 19, 2021
@superdump
StandardMaterial flat values (#3)
334a857 
StandardMaterial flat values
cart pushed a commit that referenced this issue Jul 24, 2021
@superdump @cart
StandardMaterial flat values (#3)
1b81a54 
StandardMaterial flat values
cart pushed a commit that referenced this issue Jul 24, 2021
@superdump @cart
StandardMaterial flat values (#3)
01116b1 
StandardMaterial flat values
@dman-os dman-os mentioned this issue Aug 15, 2021
Open
bors bot pushed a commit that referenced this issue Oct 3, 2021
@Frizi
Merge pull request #3 from TheRawMeatball/fix-derive-component-again
fd62374
bilsen added a commit to bilsen/bevy that referenced this issue Oct 4, 2021
@bilsen
code dump bevyengine#3
6f6eacd
bors bot pushed a commit that referenced this issue Mar 29, 2022
@Looooong @james7132 @mockersf
Mesh Skinning. Attempt #3 (#4238)
31bd4ec 
# Objective
Load skeletal weights and indices from GLTF files. Animate meshes.

## Solution
 - Load skeletal weights and indices from GLTF files.
 - Added `SkinnedMesh` component and ` SkinnedMeshInverseBindPose` asset
 - Added `extract_skinned_meshes` to extract joint matrices.
 - Added queue phase systems for enqueuing the buffer writes.

Some notes:

 -  This ports part of # #2359 to the current main.
 -  This generates new `BufferVec`s and bind groups every frame. The expectation here is that the number of `Query::get` calls during extract is probably going to be the stronger bottleneck, with up to 256 calls per skinned mesh. Until that is optimized, caching buffers and bind groups is probably a non-concern.
 - Unfortunately, due to the uniform size requirements, this means a 16KB buffer is allocated for every skinned mesh every frame. There's probably a few ways to get around this, but most of them require either compute shaders or storage buffers, which are both incompatible with WebGL2.

Co-authored-by: james7132 <[email protected]>
Co-authored-by: François <[email protected]>
Co-authored-by: James Liu <[email protected]>
aevyrie pushed a commit to aevyrie/bevy that referenced this issue Jun 7, 2022
@Looooong @james7132
@mockersf @aevyrie
Mesh Skinning. Attempt bevyengine#3 (bevyengine#4238)
a370aef 
# Objective
Load skeletal weights and indices from GLTF files. Animate meshes.

## Solution
 - Load skeletal weights and indices from GLTF files.
 - Added `SkinnedMesh` component and ` SkinnedMeshInverseBindPose` asset
 - Added `extract_skinned_meshes` to extract joint matrices.
 - Added queue phase systems for enqueuing the buffer writes.

Some notes:

 -  This ports part of # bevyengine#2359 to the current main.
 -  This generates new `BufferVec`s and bind groups every frame. The expectation here is that the number of `Query::get` calls during extract is probably going to be the stronger bottleneck, with up to 256 calls per skinned mesh. Until that is optimized, caching buffers and bind groups is probably a non-concern.
 - Unfortunately, due to the uniform size requirements, this means a 16KB buffer is allocated for every skinned mesh every frame. There's probably a few ways to get around this, but most of them require either compute shaders or storage buffers, which are both incompatible with WebGL2.

Co-authored-by: james7132 <[email protected]>
Co-authored-by: François <[email protected]>
Co-authored-by: James Liu <[email protected]>
bors bot pushed a commit that referenced this issue Nov 3, 2022
@JMS55
Merge pull request #3 from DGriffin91/bloom-node-new
cea7545 
support for camera_2d
ItsDoot pushed a commit to ItsDoot/bevy that referenced this issue Feb 1, 2023
@Looooong @james7132
@mockersf @ItsDoot
Mesh Skinning. Attempt bevyengine#3 (bevyengine#4238)
14913f1 
# Objective
Load skeletal weights and indices from GLTF files. Animate meshes.

## Solution
 - Load skeletal weights and indices from GLTF files.
 - Added `SkinnedMesh` component and ` SkinnedMeshInverseBindPose` asset
 - Added `extract_skinned_meshes` to extract joint matrices.
 - Added queue phase systems for enqueuing the buffer writes.

Some notes:

 -  This ports part of # bevyengine#2359 to the current main.
 -  This generates new `BufferVec`s and bind groups every frame. The expectation here is that the number of `Query::get` calls during extract is probably going to be the stronger bottleneck, with up to 256 calls per skinned mesh. Until that is optimized, caching buffers and bind groups is probably a non-concern.
 - Unfortunately, due to the uniform size requirements, this means a 16KB buffer is allocated for every skinned mesh every frame. There's probably a few ways to get around this, but most of them require either compute shaders or storage buffers, which are both incompatible with WebGL2.

Co-authored-by: james7132 <[email protected]>
Co-authored-by: François <[email protected]>
Co-authored-by: James Liu <[email protected]>
Selene-Amanita added a commit to Selene-Amanita/bevy that referenced this issue May 27, 2023
@Selene-Amanita @harudagondi
Document query errors suggested change bevyengine#3
28c9b52 
Co-authored-by: harudagondi <[email protected]>
@Patryk27 Patryk27 mentioned this issue Nov 18, 2023
Closed
tigregalis pushed a commit to tigregalis/bevy that referenced this issue Jun 17, 2024
@TotalKrill
Merge pull request bevyengine#3 from nicoburns/cosmic-text-no-buffer-…
b8fcd5e 
…mutex

Remove Mutex around `Buffer`
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