Improved: Most of the time-consuming operations are now performed using parallel processing, to the effect that opening a file and computing statistics and histogram is 3 to 5 time faster if performed on a 4-core processor.
New: Display of blown-out and underexposed areas. The values for under- and overexposure can be adjusted through Preferences -> Over/Under Exposure Please see the manual for the detailed description.
New: Open Next or Previous file in the current directory. This can be done either through File menu or using the hotkeys: Ctrl + Arrow Right, Ctrl + Arrow Left on a Windows platform; Cmd + Arrow Right, Cmd + Arrow Left on OS X. The sorting order for these commands is set in Preferences - Misc Options - File sort order for Next/Previous.
New: To open Raw files RawDigger now defaults to RawSpeed library, which is much faster than the standard one. The user can change this default through Preferences -> Data Processing -> Use RawSpeed library for file decoding. If using RawSpeed the following options can't be changed:
Data Processing -> Sony ARW2 Hack is always On,
Data Processing -> Linear Raw Curve is always Off.
In order to set these options differently the user needs to switch off the option to use RawSpeed library. This is because RawSpeed library does not support all the options standard processing does.
New: On a Windows platform the user has the control to allow and disallow running multiple instances of the program, using Preferences - Misc Options - Run single Program instance. If single instance mode is On, starting a new RawDigger process results in the following:
The new process passes the file name that was used to start it (if the file name was passed to to the process as a command-line parameter) to the already existing process.
New process is terminated normally.
The user can force mode off if RawDigger is started with newinstance parameter like: RawDigger -newinstance [file name]. This will cause the new RawDigger process to start; the process started like that will not accept file names from other RawDigger processes. On an OS X platform new RawDigger instances can be started via Terminal.
The histogram for an image and the overexposure warning are meant (in theory) for objective verification of the image while shooting and adjustment of shooting parameters according to the indications in the preview window one can see the overexposed areas right away, and the histogram displays the overall distribution of tones on the shot.
The goal of this article is to elaborate on the procedure of juxtaposing the camera histogram and the real raw data, as opposed to merely provide settings and numbers. This, among other reasons, was why the shooting conditions were not exactly typical.
We used a 5D Mark II camera with a 2.0.9 firmware and at 200 ISO. For other cameras, different shooting conditions, possibly other ISOs, and other firmware, separate measurements are to be performed.
Added an option to set selection in pixel coordinates (Menu-Selection-Set Selection by Numbers)
Changed the behavior of Preferences dialogue to make it more intuitive
Reduced the amount of memory used
Data Processing settings (Subtract Black and its modes, Linear Curve) now affect the RGB on-screen rendering
When "Masked Pixels" parameter is changed:
the selection area is re-calculated to preserve the selection position relative to the image (that is, selection coordinates are changed)
if "Masked Pixels" is turned off the selection areas that include masked pixels are deleted
New Preferences parameter: Use Regional settings when saving CSV/CGATS.
If it is switched on, the decimal separator is set in accordance to the system settings; and if decimal separator is set to period (".") in system settings - a semicolon (";") is used for separating fields in CSV/CGATS files
If the parameter is switched off, period (".") is used as the decimal separator, and comma (",") is used as the field separator.
Unlike film sensitivity, which can be measured using a standard procedure, the sensitivity of a digital camera is somewhat a fuzzy concept.
Moreover, the sensitivity of the camera turns out to be a pretty random variable, and the camera manufacturers do not make it easier for the user, adding quirks of their own.
Further on we will discuss a simple method, which allows us to calibrate the exposure meter in such a way that on different cameras (or on different sensitivity settings of the same camera) the results are predictable.
Unlike its film-using predecessors, modern digital cameras present us with a challenge of a non-replaceable sensor. Due to this, the given amount of light, which falls on an element of the sensor (pixel), creates the same charge irrespective of ISO sensitivity setting resulting in an identical output signal. The response of the sensor itself depends only on the light, and not on the digital camera sensitivity (ISO) setting.
It would seem that this contradicts everyday photographic practices: if there is not much light, you have to set the sensitivity (ISO value) higher, and the picture will come out right, but if you set the sensitivity low, then it won t come out right. Lets have a closer look.
Fast Raw Viewer is the first and the only dedicated tool specifically designed and developed for extremely fast display, visual and technical analysis, basic corrections, sorting and setting aside or directly transferring for further processing of RAW images.