Image-Generation
Comparing Microscopic Images


There exist a great variety of microscopes which generate differing images [11]. For our interests, images taken by Electron Microscopes [12] can not be taken into account since the imaging process kills the bacteria and thus no dynamics can be captured.
Microscopic images
Surface of the Cell
List of Imaging Efects
Effect |
CG Equivalent |
Description |
---|---|---|
Sensory Noise |
Uniform noise at each pixel |
Sensors are noisy? |
“Smudges” |
Distortion Layers |
Persistent across single time-series |
Lensing |
||
Angle of Lighting |
||
Intensity |
||
Indirect Lighting/Refraction |
||
Optical Aberration |
3D Rendering
Which effects can we capture with that?
Calculating Masks
parallel projection
- maybe switch to something less calculation-instense (such as matplotlib)
can we still trust that the generated image and the masks match?