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More heading fixes in various README.md files
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#SIM\_cannon\_analytic
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# SIM\_cannon\_analytic
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---
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This is first of eight Trick-based simulations that one builds in the Trick
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Tutorial (Section 3). It's purpose is to introduce some of the fundamentals
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#SIM\_cannon\_integ
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# SIM\_cannon\_integ
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![CannonPicture](images/CannonInit.png)
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###The Simulation
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### The Simulation
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This is a simulation of a cannon shooting a cannonball. Given the initial position of the cannon ball, the muzzle velocity (speed) of the cannon ball, and the elevation angle of the cannon barrel the simulation computes the cannon ball's trajectory and time of impact with the ground.
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@ -12,4 +12,4 @@ The acceleration of gravity is assumed to be -9.81 m/s<sup>2</sup>.
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@ -42,11 +42,11 @@ sun\_predictor.sun.utc | CALENDAR\_DATE | --
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**NOTE:** 0 <= Solar Azimuth < 360 degrees. North = 0, East = 90, South = 180, West = 270.
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###Scenarios
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### Scenarios
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####[RUN_Winter](RUN_Winter/RESULTS.md)
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#### [RUN_Winter](RUN_Winter/RESULTS.md)
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####[RUN_Summer](RUN_Summer/RESULTS.md)
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#### [RUN_Summer](RUN_Summer/RESULTS.md)
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### References
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Meeus, Jean, (1998) "Astronomical Algorithms", Willmann-Bell, Inc. ISBN 0-943396-61-1.
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