16bit workflow with hugin - Revision history

Bruno: vignetting is handled in hugin

2007-06-19T20:51:36Z

vignetting is handled in hugin

2007-03-21T18:09:00Z

1 revision(s)

2007-03-21T18:07:00Z

clean up redirecting links

2007-03-15T23:07:03Z

clean up redirecting links

2007-03-11T11:07:34Z

categorise

2007-02-11T21:11:54Z

typo

2007-02-11T21:09:36Z

update enblend gamma info

2007-02-09T17:16:57Z

typo and clarification

2007-02-07T21:34:54Z

Arggh, never want to see libicu again

2007-02-07T12:00:59Z

fix gamma link

@@ Line 31: / Line 31: @@
 Alternatively [[UFRaw]] can be used for the entire conversion from [[RAW]].
-If necessary, correct [[chromatic aberration]] and [[vignetting]] with [[fulla]] at this stage.
+If necessary, correct [[chromatic aberration]] with [[fulla]] at this stage.
 == Stitching with hugin ==

@@ Line 64: / Line 64: @@
    tifficc -i mycamera.icm myproject.tif output.tif
-[[Category:Tutorial]][[Category:Tutorial:Specialised]]
+[[Category:Tutorial:Specialised]]
 [[Category:Software:Hugin]]

@@ Line 37: / Line 37: @@
 The [[TIFF]] images can be loaded into [[hugin]] as per usual except:
-[[EXIF]] information about the [[field of view]] was lost during the [[PPM]] stage, so the field of view will need to be re-entered manually, re-optimised with [[PTOptimizer]] or transferred from the RAW file using [[exiftool]]:
+[[EXIF]] information about the [[Field of View]] was lost during the [[PPM]] stage, so the field of view will need to be re-entered manually, re-optimised with [[PTOptimizer]] or transferred from the RAW file using [[exiftool]]:
    exiftool -tagsfromfile DSCN3088.nef -overwrite_original_in_place -exif:all DSCN3088.tif

← Older revision		Revision as of 11:07, 11 March 2007
Line 65:		Line 65:

	[[Category:Tutorial]][[Category:Tutorial:Specialised]]		[[Category:Tutorial]][[Category:Tutorial:Specialised]]
		+	[[Category:Software:Hugin]]

@@ Line 44: / Line 44: @@
 final step.
-If you are working with linear ([[gamma]]) = 1 data, then you should apply a gamma of 2.2 on the
+If you are working with linear ([[gamma]] = 1) data, then you should apply a gamma of 2.2 on the
 remapped images after stitching with nona but before running [[enblend]]:

@@ Line 26: / Line 26: @@
 [[Gamma]] correction is also applied at this stage since [[RAW]] data is generally linear
 and difficult to view without [[colour profile]] management (not yet supported by [[hugin]]).
 You can now delete the intermediate [[PPM]] files.
@@ Line 40: / Line 37: @@
 The [[TIFF]] images can be loaded into [[hugin]] as per usual except:
-[[EXIF]] information about the [[field of view]] was lost during the [[PPM]] stage, so the field of view will need to be re-entered manually, re-optimised with [[PTOptimizer]] or transfered from the RAW file using [[exiftool]]:
+[[EXIF]] information about the [[field of view]] was lost during the [[PPM]] stage, so the field of view will need to be re-entered manually, re-optimised with [[PTOptimizer]] or transferred from the RAW file using [[exiftool]]:
    exiftool -tagsfromfile DSCN3088.nef -overwrite_original_in_place -exif:all DSCN3088.tif
@@ Line 46: / Line 43: @@
 Stitch the images as per usual into a [[TIFF]] file, you can use [[enblend]] as the
 final step.
 == Post processing ==
@@ Line 57: / Line 59: @@
 Alternatively you can get very good results by simply applying the ICC [[colour profile]]
-for your camera and converting to sRGB colourspace, [[lcms]] provides the tifficc tool
+for your camera and converting to sRGB colour-space, [[lcms]] provides the tifficc tool
 for doing just this:
    tifficc -i mycamera.icm myproject.tif output.tif
 [[Category:Tutorial]][[Category:Tutorial:Specialised]]

@@ Line 24: / Line 24: @@
 Note that I rotated them at the same time since these are [[portrait]] shots.
-[[Gamma correction]] is also applied at this stage since [[RAW]] data is generally linear
+[[Gamma]] correction is also applied at this stage since [[RAW]] data is generally linear
 and difficult to view without [[colour profile]] management (not yet supported by [[hugin]]).
@@ Line 62: / Line 62: @@
    tifficc -i mycamera.icm myproject.tif output.tif
-If you are not working with gamma corrected data, then you can apply this now:
+If you are not working with [[gamma]] corrected data, then you can apply this now:
    mogrify -gamma 2.2 output.tif
 [[Category:Tutorial]][[Category:Tutorial:Specialised]]