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examples / src / main / java / org / distorted / examples / blur @ 51554e47

Name Size
BlurActivity.java 4.31 KB
BlurRenderer.java 5.48 KB
BlurSurfaceView.java 2.96 KB

Latest revisions

# Date Author Comment
51554e47 04/24/2017 09:51 PM Leszek Koltunski

Convert a few more APPs to the new resolution-independent Matrix Effects.

59540ba2 04/18/2017 03:07 PM Leszek Koltunski

Convert (almost) all remaining Apps to the new API which avoids memory leaks with Surfaces.

Remaining problematic Apps: 15. FBO 16. Star Wars (both leak Tree FBOs) 22. SurfaceView (does not work at all after going to background)

b0ebdf5e 04/18/2017 02:30 PM Leszek Koltunski

Major:

1) in the Library, fix the fact that some applications (those that were creating their DistortedSurface objects outside of onSurfaceCreated or onSurfaceChanged) would not render after the activity went to background (press POWER to see that).
2) in the Apps, call the new 'Distorted.onPause()' API to fix the above problem...

895d2f4f 04/12/2017 11:55 PM Leszek Koltunski

Separate the Postprocessing Effects to their own DistortedEffectsPostprocess queue.
This partly breaks Multiblur (to be debugged)

6f3a9b2a 03/29/2017 12:41 PM Leszek Koltunski

It now automatically chooses OpenGL ES 2.0 and GLSL 100 or OpenGL ES 3.0 and GLSL 300.

Postprocessing effects will not work on OpenGL ES 2.0 contexts.

855ba24e 03/15/2017 10:56 PM Leszek Koltunski

New 'glClearColor' and 'glClearDepthf' APIs in OutputSurface. This fixes the 'transparency' regressions from last commit.

6637d0f2 03/01/2017 12:06 PM Leszek Koltunski

Speed up shaders (both compilation and execution) by explicitly enabling only the needed effects.

fe59d375 02/10/2017 04:11 PM Leszek Koltunski

Change the the render() API!

THis introduces some regressions with the Effects3D app.

d218d64e 02/10/2017 01:15 AM Leszek Koltunski

Major: change of API.

Split DFramebuffer into Framebuffer and Screen; introduce the 'DistortedInputSurface' and 'DistortedOutputSurface' interfaces.

3365725b 01/26/2017 05:11 PM Leszek Koltunski

Separable Gaussian Blur with linear sampling done.

Linear sampling implemented - i.e. blurring by a (2N+1)x(2N+1) gaussian kernel (centeral pixel + N pixels in each direction) requires exactly 2N + (N%2==1 ? 4:2) texture fetches.

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