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Home PagePHSI422.HomePage HistoryShow minor edits - Show changes to output Changed lines 17-28 from:
Tutorial for Assignment 1 '''Assignment 2''' In the third problem of the second assignment you will need: * data files for the standard CIRA-86 atmospheric model and * a Matlab file which helps you reading these data files. All files can be found in the zip file here. (Attach:CIRA86_StandardAtmosphere.zip) Download this zip file and uncompress it in your preferred directory. You may keep the data files and Matlab file(s) in separate directories, however, in that case the full path of the data directory needs to be specified in the Matlab file. You can modify this Matlab file directly, e.g., delete the comments, and write your own code there. You need to submit all your Matlab work as part of your assignment. to:
Tutorial for Assignment 1 will be held on '''Monday 7 August, 2017''' from '''12:00 to 13:00''' in G400. Changed line 28 from:
Download this zip file and uncompress it in your preferred directory. You may keep the data files and Matlab file(s) in separate directories, however, in that case the full path of the data directory needs to be specified in the Matlab file. You can modify to:
Download this zip file and uncompress it in your preferred directory. You may keep the data files and Matlab file(s) in separate directories, however, in that case the full path of the data directory needs to be specified in the Matlab file. You can modify this Matlab file directly, e.g., delete the comments, and write your own code there. You need to submit all your Matlab work as part of your assignment. Changed lines 27-29 from:
Download this zip file and uncompress it in your preferred directory. You may keep the data files and Matlab file(s) in separate directories, however, in that case the full path of the data directory needs to be specified in the Matlab file. You can modify the Matlab file directly and create your own code there. You need to submit all your Matlab work as part of your assignment. to:
Download this zip file and uncompress it in your preferred directory. You may keep the data files and Matlab file(s) in separate directories, however, in that case the full path of the data directory needs to be specified in the Matlab file. You can modify the Matlab file directly and create your own code there. You need to submit all your Matlab work as part of your assignment. Changed lines 22-23 from:
In the third problem of the second assignment you will need * to:
In the third problem of the second assignment you will need: * data files for the standard CIRA-86 atmospheric model and Changed lines 26-29 from:
to:
All files can be found in the zip file here. (Attach:CIRA86_StandardAtmosphere.zip) Download this zip file and uncompress it in your preferred directory. You may keep the data files and Matlab file(s) in separate directories, however, in that case the full path of the data directory needs to be specified in the Matlab file. You can modify the Matlab file directly and create your own code there. You need to submit all your Matlab work as part of your assignment. Changed line 23 from:
* data files for the standard CIRA-86 atmospheric model and to:
* data files for the standard CIRA-86 atmospheric model Attach:file.ext and Changed lines 17-26 from:
Tutorial for Assignment 1 wil be held on '''Monday 7 August, 2017''' from '''12:00 to 13:00''' in G400. to:
Tutorial for Assignment 1 wil be held on '''Monday 7 August, 2017''' from '''12:00 to 13:00''' in G400. '''Assignment 2''' In the third problem of the second assignment you will need * data files for the standard CIRA-86 atmospheric model and * a Matlab file which helps you reading these data files. Download the zip file and uncompress it in your preferred directory. The full path of this directory needs to be specified in the Matlab file later. Changed lines 4-11 from:
On this page you can find '''Lectures''' Lecture 1: \\ Lecture 2: \\ Lecture 3: Attach:PHSI422Lecture3.pdf\\ Lecture 4: Attach:PHSI422Lecture4.pdf\\ to:
On this page you can find links and files needed for the PHSI422 assignment(s). Changed lines 4-5 from:
On this page you can find copies of the lecture notes to:
On this page you can find copies of the lecture notes as well as links and files needed for the PHSI422 assignment(s). Changed lines 8-11 from:
Lecture 1 Lecture 2 Lecture 3 Lecture 4 Attach:PHSI422Lecture4.pdf\\ to:
Lecture 1: Attach:file.ext\\ Lecture 2: Attach:file.ext\\ Lecture 3: Attach:file.ext\\ Lecture 4: Attach:PHSI422Lecture4.pdf\\ Changed lines 7-10 from:
Lecture 1 Lecture Lecture 4 to:
Lecture 1 \\ Lecture 2 \\ Lecture 3 \\ Lecture 4 \\ Added lines 5-11:
'''Lectures''' Lecture 1 Lecture 2 Lecture 3 Lecture 4 Changed line 4 from:
On this page you can find to:
On this page you can find copies of the lecture notes and links and files necessary for the PHSI422 assignment(s). Changed line 8 from:
Link to the integrated Space Weather Analysis System (iSWA) with instructions and information about the data: [[https://ccmc.gsfc.nasa.gov/iswa/]] to:
Link to the integrated Space Weather Analysis System (iSWA) with instructions and information about the data: [[https://ccmc.gsfc.nasa.gov/iswa/]] \\ Changed lines 8-9 from:
Link to the Link to the [[iSWA layout| https to:
Link to the integrated Space Weather Analysis System (iSWA) with instructions and information about the data: [[https://ccmc.gsfc.nasa.gov/iswa/]] Link to the iSWA layout with the data and models needed for Problem 2: [[https://go.nasa.gov/2unKRio]] Changed line 10 from:
Attach:CIRA86_StandardAtmosphere. to:
Attach:CIRA86_StandardAtmosphere.zip Changed lines 2-9 from:
!PHSI 422: Upper Atmospheric And Space to:
!PHSI 422: Upper Atmospheric And Space Physics On this page you can find the files necessary for the PHSI422 assignment(s). '''Assignment 1''' For problem 4 I provide you with data files (in standard ascii format) and the skeleton of a Matlab script file. Inside the script file you will find comments which help you navigate the script file and indicate where you might want to insert your own code. Added lines 1-2:
(:notitle:) !PHSI 422: Upper Atmospheric And Space Physics |