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本帖最后由 tkdgh1237412 于 2019-9-22 14:41 编辑
[Characteristic]- Synthesis and superposition techniques are required for the Clianian Satellite 1 (COMS/MI) and Himawari Satellite 8 (Himawari-8/AHI) data, and this program is designed to achieve this purpose.
[Function]- Read longitude and binary data for Terra/MODIS data Read Himawari-8/AHI data
- Read raw data and convert to reflectance for Himawari-8/AHI materials
- Calculate solar zenith angle (SZA), solar azimuth (SAA), satellite zenith angle (VZA), satellite azimuth (VAA), and relative azimuth (RAA) for RGB composite images
- Conversion to Red, Green, Blue using reflectance for each channel
- Read raw data for COMS/MI data and convert to aerosol optical thickness
- Aerosol Optical Thickness Mapping After RGB Synthesis
[How to]- Locate Terra/MODIS data in the same directory
- Run source code (idl -e Visualization_Using_Terra_MODIS_Data)
- Check the visualization result
- Stores Cheonlian Satellite 1 and Himawari Satellite 8 data in the same directory
- Run source code (idl -e RGB_Composite_Image_Using_Himawari8_Data_And_Aerosol_Optical_Thickness_Superimposition_Using_COMS_Data)
- Check the visualization result
[OS]
[Language]
[Source Code]
- RGB Synthesis Using Himawari-8/AHI Weather Satellite Data and Superposition of Aerosol Optical Thickness (AOD) From COMS/MI Weather Satellite Data
- https:// + shlee1990.tistory.com/50
- Visualization of RGB Composite Image Using Himawari-8/AHI Weather Satellite Data
- https:// + shlee1990.tistory.com/66
- Visualization Using Terra/MODIS Weather Satellite Data
- https:// + shlee1990.tistory.com/47
- Visualization by Landcover and Cloud Fraction Using Terra/CERES Weather Satellite Data
- https:// + shlee1990.tistory.com/64
- Taylor Diagram Visualization
- https:// + shlee1990.tistory.com/65
[Result]- RGB synthesis using Himawari-8/AHI data and superposition of aerosol optical thickness (AOD) from COMS/MI data
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