User manual KODAK RFS2035 PLUS FILM SCANNER

[. . . ] For complete RFS2035 PLUS FILM SCANNER information, refer to the User's Manual on your original Host Software CD. Or, you may obtain a copy of the User's Manual from www. kodak. com. With respect to version 1. 20 Host Software, this version of software has several user interface changes and enhancements. Also, the host computer system requirements have been updated. [. . . ] For MICROSOFT WINDOWS, start ADOBE PHOTOSHOP and open the Memory and Image Cache preference dialog box. Assign a fixed percentage of memory to ADOBE PHOTOSHOP. However, ADOBE PHOTOSHOP will only use the amount of RAM equal to or less than its scratch disk space, no matter how much RAM is installed or allocated to it. " (from www. adobe. com) Additional Resources Review the "ADOBE PHOTOSHOP support knowledgebase" on Adobe's web site, www. adobe. com. In particular, review the documents "RAM Use and Available Hard Disk Space in Photoshop", "Optimizing Performance in Photoshop for Mac OS" and "How to Troubleshoot System Errors or Freezes in Photoshop for Mac OS. " 13 Main Screen When you select the RFS2035 PLUS FILM SCANNER Film Scanner Host Software from the ADOBE PHOTOSHOP Import sub-menu, the Main Screen and Settings tab will appear. Figure 1 is similar to how the main screen will look when the software is started and a filmstrip is in the scanner. All new software features that have been created since the Version 1. 00 Host Software will be discussed in this addendum. To obtain further information regarding all other software features, see the User's Manual on the Host Software CD or download a PDF file copy from www. kodak. com. · Figure 1, Main Screen Changes to the Host Software Main Screen include moving the Scan Profile function to a new location, a re-grouping of the film scan function icons (see Scan Icons) and the addition of new icons and buttons in the lower right corner of the screen (see Scan All, DMin Cal, Light Cal, Resize Window). 14 Settings Tab Most of the Settings Tab features have not been changed. As with Version 1. 20 software, select your film type (Negative, Reversal or Black & White) and then select the correct film term in the drop down box. Make a selection for your Monitor and Output Profile. You may select a Sharpening Level before or after you perform a Prescan. If you have six 6-frame strips from the same 36-frame roll, the DMin value probably will be the same on each 6-frame strip. If you want, you may allow the DMin measurement to be performed on the first strip and disable the DMin measurement for the remaining five strips to save time. If DMin Cal is enabled and a Color Negative or B&W Negative film type is selected, the DMin measurement will be performed on every filmstrip inserted into the film scanner. If Reversal Film Type is selected, the DMin Cal is automatically disabled and may not be enabled. If a Color Negative or B&W Negative type is selected and DMin Cal is disabled, the DMin measurement will not be performed when a filmstrip inserted into the film scanner. However, if a DMin measurement has not been made since the Host Software has been started, one will be performed for the first Color Negative or B&W filmstrip inserted, even if the DMin Cal feature is disabled. If Reversal Film Type is selected and then Color Negative or B&W Film Type is selected, DMin Cal will automatically be enabled. The setting of the DMin Cal button, enabled or disabled, is saved from scan session to scan session. The default setting is "Enabled". 16 When scanning Color Negative or B&W negative filmstrips, be sure the strip has less than one half of the frame completely exposed (i. e. The DMin measurement will fail if the scanner "sees" a full frame of black film. Trim the film strip so that when it is inserted into the scanner, the first frame has some transparent leader. [. . . ] This is a 417% enlargement from the 35mm frame to the 4x6 print. The 35mm frame was scanned at a resolution of 2000 dots per inch (dpi), resulting in a 1920 x 2880 dot (or pixel) digital image. When the 1920 x 2880 digital image is printed on 4x6 inch paper, the resulting output resolution is 480 dpi, 26 which is a 24% reduction from the scan resolution of 2000 dpi. Note that this is also a 417% increase in resolution from Output back to the Scan. [. . . ]