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| ==== mrt-lx8 - Pako-Terminal ==== | ==== mrt-lx7 - PAKO-Terminal ==== |
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| * Select KDE Windows-Manager * login * gopako, pakodisplay, pako * to open another terminal window, click on xterm.desktop * ssh -X mrt-lx3 * xemacs, class, greg will work on mrt-lx3 |
* Select the XFCE Session * login the project * open a terminal (Applications Menu -> Terminal Emulator) * if the promt is not shown properly go to Edit -> Profile preferences -> Colors and uncheck the option "Use colors from system theme" * be sure that you are in the home directory (just type cd) * change to mrt-lx1 (ssh -X mrt-lx1) * type 'gopako', 'pakodisplay', and 'pako' |
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| ==== mrt-lx7 - XEphem-Terminal ==== | ==== mrt-lx7 - CLASS, MIRA, etc-Terminal ==== ==== CLASS ==== * open a terminal * be sure that you are in the home directory (type 'cd') * change to mrt-lx2 or mrt-lx3 (ssh -X mrt-lx2; ssh -X mrt-lx3) * type 'cd observationData/mira' * type 'CLASS' |
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| * Select GNOME Windows-Manager * login * to start browser, click on Activities, iceweasel * see below on how to start XEphem * change to mrt-lx3 or mrt-lx1 if you want to use class, greg, etc. using 'ssh -X mr-lx3' |
==== MIRA ==== * open a terminal * be sure that you are in the home directory (type 'cd') * change to mrt-lx2 or mrt-lx3 (ssh -X mrt-lx2; ssh -X mrt-lx3) * type 'cd mira' * type 'MIRA' * Some tricks: * type '@demo' to load all the data * type 'ftd' to load the data of that day (ftd means find today) ==== mrt-lx8 - XEphem-Terminal ==== * Select the XFCE Session * login the project * open a teminal * be sure that you are in the home directory (just type cd) * change to mrt-lx3 (ssh -X mrt-lx3) * type '.xephem/xephem.exe &' * If telescope position is not shown, type 'azElToXephem.py' * Some tricks: * view, skyview * Start automatic, regular updates of the sky display: press 'RT' next to Looping * plot sources: Data - Files - Select Catalog * plot visibility tracks: right click on course, create trail * plot position of one source: Data - Index - enter name - click on Sky Point |
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| * Information on Topo Low/High: [[attachment:topolowhihg.png]] (created by J.Santiago) === XEphem === * ssh -X mrt-lx3 ! work on mrt-lx3 * cd .xephem/ * ./xephem.exe & ! telescope position should already be shown * If telescope position is not shown, type 'azElToXephem.py' * Some tricks: * Start automatic, regular updates of the sky display: press 'RT' next to Looping * plot sources: Data - Files - Select Catalog * plot visibility tracks: right click on course, create trail * plot position of one source: Data - Index - enter name - click on Sky Point |
* Information on Topo Low/High: [[attachment:topolowhihg.png]] (created by J.Santiago) |
Information on Observations with the 30m
Login
mrt-lx7 - PAKO-Terminal
- Select the XFCE Session
- login the project
open a terminal (Applications Menu -> Terminal Emulator)
if the promt is not shown properly go to Edit -> Profile preferences ->
Colors and uncheck the option "Use colors from system theme"
- be sure that you are in the home directory (just type cd)
- change to mrt-lx1 (ssh -X mrt-lx1)
- type 'gopako', 'pakodisplay', and 'pako'
mrt-lx7 - CLASS, MIRA, etc-Terminal
- ==== CLASS ====
- open a terminal
- be sure that you are in the home directory (type 'cd')
- change to mrt-lx2 or mrt-lx3 (ssh -X mrt-lx2; ssh -X mrt-lx3)
- type 'cd observationData/mira'
- type 'CLASS'
- ==== MIRA ====
- open a terminal
- be sure that you are in the home directory (type 'cd')
- change to mrt-lx2 or mrt-lx3 (ssh -X mrt-lx2; ssh -X mrt-lx3)
- type 'cd mira'
- type 'MIRA'
- Some tricks:
- type '@demo' to load all the data
- type 'ftd' to load the data of that day (ftd means find today)
mrt-lx8 - XEphem-Terminal
- Select the XFCE Session
- login the project
- open a teminal
- be sure that you are in the home directory (just type cd)
- change to mrt-lx3 (ssh -X mrt-lx3)
type '.xephem/xephem.exe &'
- If telescope position is not shown, type 'azElToXephem.py'
- Some tricks:
- view, skyview
- Start automatic, regular updates of the sky display: press 'RT' next
to Looping
- plot sources: Data - Files - Select Catalog
- plot visibility tracks: right click on course, create trail
- plot position of one source: Data - Index - enter name - click on Sky
Point
Misc.
Information on Topo Low/High: topolowhihg.png (created
by J.Santiago)