Meteor trajectories -- Interested in computing them?

In summary, the conversation revolved around the topic of computing meteor trajectories. The speaker mentioned being deeply involved in the development of software for this purpose, specifically a rewrite of Fortran IV into Fortran 90. They also mentioned that the code consists of two parts, plate reduction and meteor orbits, with the orbit code being finished and the reduction code still incomplete. The speaker expressed interest in sharing the software as open-source and asked if this forum has a depository for material like this. The other person replied that there is no code depository on the forum, but some members do share software projects through links to external sites like GitHub.
  • #1
solarblast
152
2
Is anyone in this forum interested in computing meteor trajectories?
 
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  • #2
is this something you have already got involved in ?
 
  • #3
Yes, deeply into the software. It's a rewrite of fortran iv, the late1960 era, into fortran 90. The code consists of two parts, plate reduction and meteor orbits. The reduction code deals with imagery from a doubly observed meteor. That is, from two stations. The reduction f90 code is incomplete. The orbit code is finished. The software would be open-source. i. e, free. A possible location for the code and documentation is in this forum, So my next question is does this forum have a depository for this material?
 
  • #4
There is no code depository here as far as I know.
However some members do share software projects with links to sites such as github.
 
  • #5
I'll give it a look.
 

1. What is a meteor trajectory?

A meteor trajectory is the path that a meteor takes as it travels through Earth's atmosphere.

2. How are meteor trajectories computed?

Meteor trajectories are computed using mathematical equations and computer simulations that take into account factors such as the meteor's velocity, angle of entry, and atmospheric conditions.

3. What tools or software are used to compute meteor trajectories?

There are various tools and software programs that can be used to compute meteor trajectories, such as Matlab, Python, and specialized meteor tracking software like Sonotaco's UFOCapture.

4. Can meteor trajectories be predicted accurately?

While meteor trajectories can be simulated and predicted based on various factors, there are always uncertainties and variables that can affect the accuracy of the prediction.

5. Why is computing meteor trajectories important?

Computing meteor trajectories can help scientists study and understand the behavior of meteors, which can provide insights into the composition and origins of these celestial objects. It can also aid in tracking potentially hazardous meteors and predicting their impact locations.

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