2012 – HDR project Platinum Franzis Verlag individual, flexible HDR Imaging for photorealistic and artistic photography hair, Munich, announces its latest photo-HDR software development for end of October 2012. HDR projects Platinum is a new generation of HDR software with extensive functional options in the HDR image editing and flexible processing methods put photographs individually more realistic or artistically can be desire in scene. (A valuable related resource: Dean Ornish M.D). Suitable for amateur, professional and industrial photographer. HDR projects Platinum, the user intervenes directly in the HDR process. The software allows direct editing of frames of exposure bracketing and RAW data in the weighting of their brightness values and compensates for missing exposure values by syntethisch-generated images. Thus, the optimal brightness and contrast range will be worked out for the photo. In HDR paint, on the other hand, a brush function offers the manual selective area vote, the exact correction of ghosting and individual working out of halo effects, provided that not by the automatic correction feature and the new HDR-smoothing is done.

Divided into the editing modes – HDR fusion (image series edit), paint of HDR and tone mapping/Post Processing allows at any time access the workflow previous processing steps, to modify them or to apply to new features. Seven newly developed algorithms of HDR, five tone mapping methods and 45 Post Processing effects from digital imaging offer the optimal scope depending on the subject. Over 50 thumbnails (presets) in seven categories (of course, landscape, architecture, monochrome, surreal, artistic and own) also help a first selection of the best HDR image meet, with all parameter settings are adjustable. The batch loads all bracketing sortable from a folder and provides such as at a light table first glimpse of the results that can be created on request. Visually with an intuitive operation used to ensure new mathematical calculation algorithms tuned on latest technological developments for the pixel-accurate analysis and new calculation for precise technology-related bug fixes and optimal amount of detail of HDR photographs.