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History

John M. Penn ae55e7f5ab Update input files to be happy with Python 3. #1280 #706		2022-06-02 15:46:38 -05:00
..
images	Add SIM_lander README to explain what it is, and how to use. REF#997	2020-05-06 17:41:07 -05:00
models	Disambiguate python use #1250 (#1251 )	2022-03-22 15:15:40 -05:00
Modified_data	Disambiguate python use #1250 (#1251 )	2022-03-22 15:15:40 -05:00
RUN_test	Update input files to be happy with Python 3. #1280 #706	2022-06-02 15:46:38 -05:00
README.md	Add SIM_lander README to explain what it is, and how to use. REF#997	2020-05-06 17:41:07 -05:00
S_define	Disambiguate python use #1250 (#1251 )	2022-03-22 15:15:40 -05:00
S_overrides.mk	Disambiguate python use #1250 (#1251 )	2022-03-22 15:15:40 -05:00

SIM_lander

SIM_lander simulates a lunar lander, with manual and automatic controls.

In the SIM_lander directory, type trick-CP to build the simulation executable. When it's complete, you should see:

=== Simulation make complete ===

Now cd into models/graphics/ and type make. This builds the display client for the simulation.

In the SIM_lander directory:

% S_main_*.exe RUN_test/input.py

The Sim Control Panel, and a GUI called "Lander Range" should appear.

Click the Start on the Trick Sim Control Panel.

Using the controls shown below have fun!

Initial Conditions

To set the initial state of the lander, edit the following variables in the input file.