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Panorama Related Links |
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360°
Panoramas
The panoramas can be viewed
dynamically |
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The panoramas can be viewed
dynamically by clicking on the images |
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www.360hugh.co.uk
Visit Hugh’s world of panoramas …
A
site that is being developed to relate specifically to panoramic
photography to show the potential of this media and how it is
able to convey much more than words or single images.
If a picture is worth a thousand words then a panorama must be
worth ten thousand, especially a 360° (or spherical) panorama
where you can look all around and in any direction you wish to. |
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Taking
Panoramas
If a picture is worth a thousand words
then a panorama must be worth ten thousand, especially a 360° panorama
where you can look all around, but how are they created? |
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Create your own
Panoramas
Panoramas are straightforward to create from images from
just about any camera, with the help of low cost
software. This page is intended to encourage you
to create your own Panoramas. |
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Links
to Panorama Related Sites and Software
Links
include PanoramaStudio, PTGui, Pano2VR, Red Door VR, panoramic tripod head suppliers
and 360° panoramas. |
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Using Panoramas to add Colour to HDS Point
Clouds
The
"native" colours for an HDS (High Definition Survey) point cloud are
based on the reflectivity of the surface the measurement is made to and
are determined by the intensity of the received reflected laser beam.
Whilst this information is useful in its own right it is often desirable
to have the points with their “natural” (RGB) colours. This is an
overview on using 360° Panoramas to add natural colour to an HDS Point
Cloud. |
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Using Thermal Images to create a 360° (Interactive) Panorama for use
with HDS Point Clouds
A
report on an investigation into the possibility of using
images from a Thermal Imaging Camera to create a 360° (Interactive)
Panorama to generate the Cube Images to attach the colours from the
thermal images to an HDS
(High Definition Survey) Point Cloud.
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Making use of the
Nodal Point of a Lens
Comments
on making use of the knowledge of the behaviour and location
of the Nodal point of a lens for various Panorama and
Photographic Intersection applications. |
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Determining the
Nodal Point of a Lens
For a lens
to be used effectively for
Photographic Intersection the
location of the Front Nodal Point
must be
accurately determined. |
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Spherical Panoramas with a Normal Lens
Using a
normal (rectilinear) lens for Spherical (360°) Panoramas. |
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