Panorama formats - Revision history

Zarl: Reverted edits by Tapio (Talk) to last version by Erik Krause

2010-05-10T14:34:37Z

Reverted edits by Tapio (Talk) to last version by Erik Krause

Tapio: just typo

2010-05-10T10:15:07Z

just typo

Erik Krause: Reverted edits by Jacksonsophia (Talk) to last version by James Legg

2010-05-04T14:00:37Z

Reverted edits by Jacksonsophia (Talk) to last version by James Legg

Jacksonsophia at 12:22, 4 May 2010

2010-05-04T12:22:26Z

James Legg: /* Cylindrical */ grammar

2008-03-24T04:16:07Z

‎Cylindrical: grammar

Erik Krause: Prepared for new glossary template

2007-11-18T15:27:01Z

Prepared for new glossary template

ErikJanVens: typo corrected: rectlinear = rectilinear

2007-10-04T18:26:26Z

typo corrected: rectlinear = rectilinear

Erik Krause: /* Full Spherical Formats */ remove panoviewer

2007-10-01T22:12:11Z

‎Full Spherical Formats: remove panoviewer

Erik Krause: categorized

2007-03-17T21:13:42Z

categorized

WikiSysop: 20 revision(s)

2006-07-13T20:31:17Z

20 revision(s)

@@ Line 10: / Line 10: @@
 {{clr}}
-[[Image:Cubic.jpg|link=http://www.mykoncept.com|right|250px|cubic panorama format]]
+[[Image:Cubic.jpg|thumb|250px|cubic panorama format]]
 ==== Cubic ====
 The [[Cubic Projection|cubic]] format uses 6 cube faces to fill the whole sphere around us. The image is remapped to the cubefaces which fit seamlessly.

@@ Line 10: / Line 10: @@
 {{clr}}
-[[Image:Cubic.jpg|thumb|250px|cubic panorama format]]
+[[Image:Cubic.jpg|link=http://www.mykoncept.com|right|250px|cubic panorama format]]
 ==== Cubic ====
 The [[Cubic Projection|cubic]] format uses 6 cube faces to fill the whole sphere around us. The image is remapped to the cubefaces which fit seamlessly.

@@ Line 38: / Line 38: @@
 [[Image:Rectlinear.JPG|thumb|250px|rectilinear panorama format]]
 ==== Rectilinear ====
-[[Rectilinear Projection|Rectilinear]] panoramas display the subject just like an ordinary (non-fisheye) lens would do. The horizontal and vertical field of view are limited to about 120°. Straight lines stay straight, hence they are good for architectural subjects that is written like by [http://essaywritingservices.org/custom-essay-writing.php custom writing company]. But if either field of view is too large they suffer from unnatural looking distortions in the corners.
+[[Rectilinear Projection|Rectilinear]] panoramas display the subject just like an ordinary (non-fisheye) lens would do. The horizontal and vertical field of view are limited to about 120°. Straight lines stay straight, hence they are good for architectural subjects. But if either field of view is too large they suffer from unnatural looking distortions in the corners.
 {{clr}}
@@ Line 44: / Line 44: @@
 ==== Partial Spherical ====
-To partial spherical panoramas applies basically the same as to full sphericals (see above). In most cases they are used to cut off [[Zenith]] or [[Nadir]]. Vertical field of view has to be limited in this case to prevent the viewer from misinterpreting the source [http://cvresumewriters.com/onlineresume.php certified resume writer] images.
+To partial spherical panoramas applies basically the same as to full sphericals (see above). In most cases they are used to cut off [[Zenith]] or [[Nadir]]. Vertical field of view has to be limited in this case to prevent the viewer from misinterpreting the source images.
 {{clr}}
 [[Category:Glossary]]

@@ Line 38: / Line 38: @@
 [[Image:Rectlinear.JPG|thumb|250px|rectilinear panorama format]]
 ==== Rectilinear ====
-[[Rectilinear Projection|Rectilinear]] panoramas display the subject just like an ordinary (non-fisheye) lens would do. The horizontal and vertical field of view are limited to about 120°. Straight lines stay straight, hence they are good for architectural subjects. But if either field of view is too large they suffer from unnatural looking distortions in the corners.
+[[Rectilinear Projection|Rectilinear]] panoramas display the subject just like an ordinary (non-fisheye) lens would do. The horizontal and vertical field of view are limited to about 120°. Straight lines stay straight, hence they are good for architectural subjects that is written like by [http://essaywritingservices.org/custom-essay-writing.php custom writing company]. But if either field of view is too large they suffer from unnatural looking distortions in the corners.
 {{clr}}
@@ Line 44: / Line 44: @@
 ==== Partial Spherical ====
-To partial spherical panoramas applies basically the same as to full sphericals (see above). In most cases they are used to cut off [[Zenith]] or [[Nadir]]. Vertical field of view has to be limited in this case to prevent the viewer from misinterpreting the source images.
+To partial spherical panoramas applies basically the same as to full sphericals (see above). In most cases they are used to cut off [[Zenith]] or [[Nadir]]. Vertical field of view has to be limited in this case to prevent the viewer from misinterpreting the source [http://cvresumewriters.com/onlineresume.php certified resume writer] images.
 {{clr}}
 [[Category:Glossary]]

@@ Line 28: / Line 28: @@
 [[Image:Cylindrical.JPG|thumb|250px|cylindrical panorama format]]
 ==== Cylindrical ====
-[[Cylindrical Projection|Cylindrical]] panoramas can show a full circle along the horizon or a part of it. They are very popular for landscape panoramas. If used for architectural subjects it might bother that horizontal lines (except the horizon itself) are bend.
+[[Cylindrical Projection|Cylindrical]] panoramas can show a full circle along the horizon or a part of it. They are very popular for landscape panoramas. If used for architectural subjects it might be of bother that horizontal lines (except the horizon itself) are bent.
 {{clr}}
 [[Image:orientation-plate.jpg|thumb|250px|Arc formed panorama example &copy; Erik Krause]]
 ==== Arc formed ====
 A special type of a [[Cylindrical Projection]] where the panorama is arched like on common orientation plates. See details on [[Unusual remappings#Orientation plate (arc)|Unusual remappings]].{{clr}}

← Older revision		Revision as of 15:27, 18 November 2007
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−	The format of a panorama is defined in broad terms by the [[Projections\|projection]] used to map the full or partial 3D scene onto a 2 dimensional print or screen. There are several types of projections in use:	+	{{Glossary\|The format of a panorama is defined in broad terms by the [[Projections\|projection]]\|1}} used to map the full or partial 3D scene onto a 2 dimensional print or screen.
		+	There are several types of projections in use:

	=== Full Spherical Formats ===		=== Full Spherical Formats ===

@@ Line 2: / Line 2: @@
 === Full Spherical Formats ===
-There are two main spherical formats: [[Equirectangular]] and [[Cubic Projection|Cubic]]. Both are able to display the whole sphere that surrounds us - 360° along the horizon, 90° up and 90° down. Specialized [[Panoviewer|viewers]] are needed to view spherical panoramas.
+There are two main spherical formats: [[Equirectangular]] and [[Cubic Projection|Cubic]]. Both are able to display the whole sphere that surrounds us - 360° along the horizon, 90° up and 90° down. Specialized [[Panorama Viewers|viewers]] are needed to view spherical panoramas.
 [[Image:Equirectangular.JPG|thumb|250px|equirectangular panorama format]]

← Older revision		Revision as of 21:13, 17 March 2007
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	To partial spherical panoramas applies basically the same as to full sphericals (see above). In most cases they are used to cut off [[Zenith]] or [[Nadir]]. Vertical field of view has to be limited in this case to prevent the viewer from misinterpreting the source images.		To partial spherical panoramas applies basically the same as to full sphericals (see above). In most cases they are used to cut off [[Zenith]] or [[Nadir]]. Vertical field of view has to be limited in this case to prevent the viewer from misinterpreting the source images.
	{{clr}}		{{clr}}
		+
		+	[[Category:Glossary]]

← Older revision	Revision as of 20:31, 13 July 2006
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