This release adds the
ISCCPSummarize
program that summarizes ISCCP grid-style data generated by AMSUToGrid
and the ISCCPNormalize
program that normalizes output files from ISCCPSummarize
on a scale of 0.0 to 1.0.This release also fixed a bug in the
AMSUToGrid
class DegreeGrid that was passing grid edge rather than grid center to weights, replaced custom code in DegreeGrid to calculate grid locations with code that uses official ISCCP values, and added mask images and generated grid data to MapToGrid folder. Masks are in the Masks subfolder, generated grid data is in the Generated Grid Data subfolder. There are Masks and generated data for Africa, Antarctica, Arctic Ocean, Asia, Atlantic Ocean, Australia, Europe, Indian Ocean, Land and Water, North America, Pacific Ocean, South America, Southern Ocean, and US Lower 48 States. Generated data is in text, XML, JavaScript, and C code formats.Regional Data
In addition to summarizing data for the entire globe, the
ISCCPSummarize
program provides summaries for the following regions:Africa
Antarctica
Asia
Australia
Europe
North America
South America
Arctic Ocean
Atlantic Ocean
Indian Ocean
Pacific Ocean
Southern Ocean
...and the following UAH-like regions:
● Global Land
● Global Ocean
● Northern Hemisphere
● Northern Hemisphere Land
● Northern Hemisphere Ocean
● Southern Hemisphere
● Southern Hemisphere Land
● Southern Hemisphere Ocean
● Northern Extra Tropics
● Northern Extra Tropics Land
● Northern Extra Tropics Ocean
● Southern Extra Tropics
● Southern Extra Tropics Land
● Southern Extra Tropics Ocean
● North Pole
● North Pole Land
● North Pole Ocean
● South Pole
● South Pole Land
● South Pole Ocean
● U.S.A. Lower 48 States
These UAH regions use the same latitude boundaries as genuine UAH regions do. My thanks to Dr. Christy of UAH for providing me with the UAH region boundary information.
In your "Aqua Satellite" PDF, two items.
ReplyDelete1. team member bios apparently verbatim from NASA site. Credit appropriately?
2. Graphic on UAH monthly temperature. 0.5C error bar is probably individual measurement. Monthly temperature composed of many of these measurements and multiplies error bar by factor of roughly 1/sqrt(number of measurements). See Standard Deviation of the Mean.