Weekly Report 4Mar2011

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(Created page with "===RHESSI Website Migration=== Formatting on the new RHESSI Website continued. The following were added. *The ===RHESSI Pixon Albedo Imaging=== ===")
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===RHESSI Website Migration===
===RHESSI Website Migration===
Formatting on the new RHESSI Website continued. The following were added.  
Formatting on the new RHESSI Website continued. The following were added.  
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*The
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*Looked at the overall formatting issues, including changes to the Cascading Style Sheet and Templates
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*Icons for external links were changed
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*Worked on formatting of left side navigation bar. Currently looking for a way to display existence of sub-menus.
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*HTML formatting is not always being displayed on the Front End. Working on fixing this.
===RHESSI Pixon Albedo Imaging===
===RHESSI Pixon Albedo Imaging===
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Clean and Pixon Images were made from the calibrated eventlist files created from the maps of Gaussian compact sources and cosine cubed extended sources. The maps were created with different detector combinations to test for artifacts due to detector response.
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Flux profiles of these images have to be made to look for these artifacts, such as the existence of side lobes. The Visibility Forward Fit algorithm needs to be used as well to create a visibility map for each detector.
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===Goals===
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*Figure out why HTML button formatting is not appearing on the front end
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*Create flux profiles of Clean and Pixon images from simulate data and compare to original maps.
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*Check reasons for artifacts in images, (such as side lobes in original Pixon Images)

Latest revision as of 14:51, 8 March 2011

RHESSI Website Migration

Formatting on the new RHESSI Website continued. The following were added.

RHESSI Pixon Albedo Imaging

Clean and Pixon Images were made from the calibrated eventlist files created from the maps of Gaussian compact sources and cosine cubed extended sources. The maps were created with different detector combinations to test for artifacts due to detector response. Flux profiles of these images have to be made to look for these artifacts, such as the existence of side lobes. The Visibility Forward Fit algorithm needs to be used as well to create a visibility map for each detector.

Goals

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