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cn A B 7 6) Note that if an image of a uniform reflective board under the same experimental conditions of the images was not uploaded (or the options in the "input" tab indicated above were not checked), the images in the “targets” and "object" thumbnails are in linear light but no flat field correction has been applied to them. Generating monochrome images 7) Scroll right to column K. This generates monochrome images (Figure 3-44) based on the output from a single channel (the red channel for IRR images and the blue channel for UVR images). This is the procedure described as “mono-izing” in Chapter 1. 8) The resultant images can be observed in K1 (IRR images) and K2 (UVR images). Elle Edit View Tookits Help | input | linear | markup / viscalb uvicalb , align specden falsecolour , uvistray _uvkm viltray vikm results + + st 2 ay | 22) (correct pair (Pair_load “Visible reflectance"), Correct pair (Pair. load "IR... | >| k8 label | IR reflectance A v} 913} | label | visible reflectance targets_label | IR reflectance with calibration targets, just band 0 | targets_label | visible reflectance with calibration targets S targets A en | J | object label | IR reflectance of object, just band 0 | object label | visible reflectance of object iS object ". ANN | Mono. pair 0.314 3270 S| Ke label | UV reflectance Cl] | label | IR reflectance targets_label | UV reflectance with calibration targets, just band 2 targets_label | IR reflectance with calibration targets S targets S targets 1 | | object label | UV reflectance of object, just band 2 | object label | IR reflectance of object § object |. 2 "B J | F Mono. pair 2.215 3221 v| Ko label | visible-induced IR luminescence v5) | label | UV reflectance targets label | visible-induced IR luminescence with calibration targets, just band 0 | targets_label | UV reflectance with calibration targets S targets i a EF | LD) Aston] @€aGo O)ehn (GPozzo...] (W] chapt...| 38 unsav...[[ddocrAr [Pvisw... | (P)imRu... | ¥ "Far... | | Search Desktop [08 HWSO B E 1517 Figure 3-44 Image registration: aligning the calibrated VIS image and the IRR or UVR image. 9) Click on the “align” tab to the right. Columns D and E register the VIS image and the IRR or UVR images, respectively (Figure 3-45). 10) Two sets of images are observed in each column to allow the independent registration of the Spectralon diffuse reflectance standards in the images containing these (D26 and E8) and the images themselves (D1 and E9). This allows greater flexibility in order to address various scenarios, e.g.: (a) Where the images used for calibration are the same images to be calibrated and no alteration in the position of the standards has occurred in the VIS vs. the IRR and/or UVR images (as in Figure 3-45). This would be the expected situation in a studio setting; Version No. 1.0 140 Date : 14/10/2013
