Disclosure: This draft was generated with AI and checked against the cited primary sources, with a separate AI editorial review. It was prepared for the FrameSprite team, which has a commercial interest in FrameSprite. Proposed examples are not executed tests unless explicitly identified as recorded fixture results.
Motion blur and depth of field are separate effects. A static character can have a sharp face and a soft sword tip when those surfaces lie at different distances from the camera's focus plane. Inspect the active camera before increasing resolution or sharpening the entire sprite.
Key Takeaways
- Use a stationary frame to separate defocus from motion over time.
- Check the focus object or distance and the aperture setting.
- Decide whether cinematic focus belongs in the runtime sprite or only in its promotional image.
Compare depth within one frame
Choose a pose with the face, hand and weapon tip visible. Render a candidate from a preserved project copy, keeping the source materials and output size fixed. Compare sharpness across those features. If softness follows distance from the focus plane, camera depth of field is a plausible cause.
The Blender camera manual documents focus object, focal distance and aperture controls. Check which object is the active render camera. A crisp viewport from another perspective does not establish the render camera's focus settings.
Make one controlled focus comparison
Temporarily disable depth of field on the candidate camera and render the same stationary pose. Keep motion blur, image size and material settings unchanged during this comparison. If the tip becomes sharp while the face remains readable, you have evidence for a focus-related repair. If everything remains soft, investigate texture sampling, compositing or output scaling.
The Viewport Shading documentation distinguishes viewport display modes from actual scene rendering. Also inspect the Post Processing settings when the compositor contributes an additional blur. Disabling one camera effect does not bypass every later processing stage.
| Softness pattern | First isolation check |
|---|---|
| Face sharp, forward weapon soft | Camera focus and depth of field |
| Whole sprite uniformly soft | Output size, filtering and processing |
| Only moving poses blur | Motion-related settings and source motion |
| Raw render sharp, delivered PNG soft | Composite/export/resizing stage |
Decide what the delivered sprite needs
Consider an unexecuted example: a 3D creature holds a spear toward the camera. The promotional render intentionally focuses on its eyes, leaving the spear tip soft. The gameplay asset, however, needs a readable attack silhouette at a small size. Disabling or reducing the cinematic focus effect for the gameplay render can be appropriate without changing the model or regenerating its texture.
Do not pick an arbitrary aperture value as a universal sprite preset. The appropriate setting depends on scene scale, pose depth and visual intent. For a complete action set, inspect the poses with the greatest depth variation, not only the first idle frame.
If the source is an image plane containing an already blurred AI painting, a focus adjustment cannot restore missing painted detail. Diagnose softness in the source separately from defocus introduced by the camera.
Reopen the final-size output
Compare the saved candidate at the actual runtime dimensions, including the tip, face and contact silhouette. Avoid judging a larger render before a later downscale. Record whether focus effects are disabled or intentionally retained in the approved delivery.
Related guides cover motion-blurred contact frames, pixel texture sampling on planes and resolution-percentage mismatch. No focus comparison was rendered here; the proposed workflow must be executed on the real scene.
Written by the FrameSprite Workflow Team. Report a correction.
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