Detail Man
New Member
Thanks to Alan ("Lemon Soju") for permission to post these DxO processed portions of his micro 4:3 image-sensor DMC-GH1 RW2 "raw" image-files at:
http://lemon.soju.co.uk/g1/panasonic-gh1-raw-samples/
Here is a crop of one of Alan's images. The first image was processed using Dxo Optics Pro 6.12 ("raw" conversion using DMC-GH1 Optics Correction Module) to 16-bit TIF, Artizen HDR 2.86 (down-sizing to 1024x768 pixel-size using 16-bit Lanczos re-sampling), and XnView 1.974 (conversion to JPG using no chroma sub-sampling, and optimized Huffman Tables). The amount of Noise Reduction used in DxO Optics Pro was approximately equal to (Chrominance and Luminance) amounts recommended by DxO's "Auto" tuning divided by a factor of three. Deconvolution Deblurring (in DxO's "Lens Softness" correction tools) was used in the original conversion, but no Unsharp Masking was utilized at any point in the processing ...
Looks like Artizen HDR 2.86 is stripping-off nearly as much EXIF information as does Sagelight 3.102 ...
This is a 100% crop processed at the original full-size without any re-sampling applied:
http://lemon.soju.co.uk/g1/panasonic-gh1-raw-samples/
Here is a crop of one of Alan's images. The first image was processed using Dxo Optics Pro 6.12 ("raw" conversion using DMC-GH1 Optics Correction Module) to 16-bit TIF, Artizen HDR 2.86 (down-sizing to 1024x768 pixel-size using 16-bit Lanczos re-sampling), and XnView 1.974 (conversion to JPG using no chroma sub-sampling, and optimized Huffman Tables). The amount of Noise Reduction used in DxO Optics Pro was approximately equal to (Chrominance and Luminance) amounts recommended by DxO's "Auto" tuning divided by a factor of three. Deconvolution Deblurring (in DxO's "Lens Softness" correction tools) was used in the original conversion, but no Unsharp Masking was utilized at any point in the processing ...
Looks like Artizen HDR 2.86 is stripping-off nearly as much EXIF information as does Sagelight 3.102 ...
This is a 100% crop processed at the original full-size without any re-sampling applied:
