Skip to main content
mobile

Heritázs

  • Search
  • Collections
Englishen
  • Magyarhu
  • Српскиsr
  • Serbo-Croatiansh
LoginRegister
  • Volume Overview
  • Page
  • Text
  • Metadata
  • Clipping
Preview
srb_000007/0000

Charisma - J_Dyer_G_Verri_and_J_Cupitt_Multispectral

  • Preview
  • Show Metadata
  • Show Permalink
Total Pages
192
Collection
Presentations of MSI conference in Serbia
srb_000007/0188
  • Volume Overview
  • Page
  • Text
  • Metadata
  • Clipping
Page 189 [189]
  • Preview
  • Show Permalink
  • JPG
  • TIFF
  • Prev
  • Next
srb_000007/0188

OCR

Appendix 3 i. Quick reference instructions for the operation of the postprocessing workspace Below are some quick reference instructions intended for use once familiarity with the operation of the workspace and the various workflows for the correction of the image types described has been achieved. Before commencing check that the all images or other information required in order to run the workspace are available. For more details refer to workflows indicated. Open the workspace and load the input images 1) Start nip2 and open the workspace as shown above. Under the “input” tab upload all the relevant images required to complete the workflows of interest. If available, upload the images of the corresponding uniform reflective boards under experimental conditions for flat fielding and check the associated “flatfield” boxes. Straighten and extract the Macbeth chart and diffuse reflectance standards from the linearized, flat-fielded VIS image 2) Click on the “markup” tab to the right. Straighten and extract the Macbeth chart from the linearized, flat-fielded VIS image (see Workflow for the correction of visible-reflected (VIS) images). 3) Straighten and mark the position of the Spectralon diffuse reflectance grey scale or any number of Spectralon diffuse reflectance standards as available (see Workflow for the correction of visible-reflected (VIS) images). Check on the average AE on generation of the colour calibration matrix 4) Click on the “viscalib” tab to the right. Check that the average AE (colour error) is less than or close to 5 available (see Workflow for the correction of visible-reflected (VIS) images). Apply the camera colour calibration and white-point adjustment to the UVL images 5) If processing UVL images, click on the “uvicalib” tab to the right. Set the slider to the colour temperature of the illuminant used to capture the VIS image, e.g. for a D50 flash, choose the 5000K or as measured with a colour temperature meter (see Workflow for the correction of UV-induced visible luminescence (UVL) images). Image registration: align the images to the VIS image 6) Click on the “align” tab to the right. Align the images in each column to the VIS image (see Workflow for the correction of IR and/or UV-reflected images and the generation of IR and/or UV-reflected false-colour images etc.). Version No. 1.0 181 Date : 14/10/2013

Structural

Custom

Image Metadata

Image width
2481 px
Image height
3508 px
Image resolution
300 px/inch
Original File Size
1.52 MB
Permalink to jpg
srb_000007/0188.jpg
Permalink to ocr
srb_000007/0188.ocr

Privacy

  • Privacy policies
  • Cookies

  • https://facebook.com/tripont

Website

  • heritazs.hu
  • phaseone.hu
  • tripont.hu
  • tripont.hu/problog

Contact

  • +36 30 462 23 40
  • klinger.gabor@tripont.hu
  • 1131 Budapest,
  • Reitter Ferenc utca 132/J.

  • Copyright © 2023 Tripont Kft.
  • Copyright © 2024 Tripont Kft.

Heritázs

LoginRegister

User login

I forgot my password
  • Search
  • Collections
Englishen
  • Magyarhu
  • Српскиsr
  • Serbo-Croatiansh