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Can anyone recommend a good on line resource for review of basic
spherical trig and solid geometry. I'm interested in diving into the
math for determining location by knowing the distance to a set of points
(ie satellites) in space. I'm fine with solving systems of equations but
haven't touched solid geometry since 1/2 credit course in high school
forty years ago ;)
I doubt that you will find very much unless you buy a book or take a
course...
Most people would just go for the actual application that they are
interested in and then filter down from there...
But here's a link:
http://www.colorado.edu/geography/gcraft/notes/gps/gps.html
Note Map Projection, Geodetic Datum, and Coordinate Systems...
And here's a one pager:
http://www.sjsu.edu/faculty/watkins/sphere.htm
KBH wrote:
>>Can anyone recommend a good on line resource for review of basic spherical
>>trig and solid geometry. I'm interested in diving into the math for
>>determining location by knowing the distance to a set of points (ie
>>satellites) in space. I'm fine with solving systems of equations but
>>haven't touched solid geometry since 1/2 credit course in high school
>>forty years ago ;)
>>trig and solid geometry. I'm interested in diving into the math for
>>determining location by knowing the distance to a set of points (ie
>>satellites) in space. I'm fine with solving systems of equations but
>>haven't touched solid geometry since 1/2 credit course in high school
>>forty years ago ;)
>
>
> I doubt that you will find very much unless you buy a book or take a
> course...
>
> Most people would just go for the actual application that they are
> interested in and then filter down from there...
>
> I doubt that you will find very much unless you buy a book or take a
> course...
>
> Most people would just go for the actual application that they are
> interested in and then filter down from there...
So who said I was normal ;)
And, I haven't found a package that does exactly what I want and
presents the results exactly the way I want. So I'm going to roll my
own. Also I have a very large curiosity bump.
>
> But here's a link:
>
> http://www.colorado.edu/geography/gcraft/notes/gps/gps.html
>
> Note Map Projection, Geodetic Datum, and Coordinate Systems...
> But here's a link:
>
> http://www.colorado.edu/geography/gcraft/notes/gps/gps.html
>
> Note Map Projection, Geodetic Datum, and Coordinate Systems...
Have that.
>
> And here's a one pager:
>
> http://www.sjsu.edu/faculty/watkins/sphere.htm
>
> And here's a one pager:
>
> http://www.sjsu.edu/faculty/watkins/sphere.htm
>
That's the point of view I was looking for. It doesn't have everything
but jars me in the right direction to be able to derive the rest of what
I want. Thanks.
Mr. Watkins nicely summarizes my point of view saying:
"This lack of recent texts on spherical geometry and trigonometry is
puzzling because the use of computers should shift the emphasis from
numerical computation to theory. This page is an attempt to present
derivations of important results from spherical geometry and trigonometry."
>> I doubt that you will find very much unless you buy a book or take a
>> course...
>> Most people would just go for the actual application that they are
>> interested in and then filter down from there...
>> course...
>> Most people would just go for the actual application that they are
>> interested in and then filter down from there...
> So who said I was normal ;)
> And, I haven't found a package that does exactly what I want and presents
> the results exactly the way I want. So I'm going to roll my own. Also I
> have a very large curiosity bump.
> And, I haven't found a package that does exactly what I want and presents
> the results exactly the way I want. So I'm going to roll my own. Also I
> have a very large curiosity bump.
Yeah...just work towards a degree...
>> But here's a link:
>> http://www.colorado.edu/geography/gcraft/notes/gps/gps.html
>> Note Map Projection, Geodetic Datum, and Coordinate Systems...
>> http://www.colorado.edu/geography/gcraft/notes/gps/gps.html
>> Note Map Projection, Geodetic Datum, and Coordinate Systems...
> Have that.
>> And here's a one pager:
>> http://www.sjsu.edu/faculty/watkins/sphere.htm
>> http://www.sjsu.edu/faculty/watkins/sphere.htm
> That's the point of view I was looking for. It doesn't have everything but
> jars me in the right direction to be able to derive the rest of what I
> want. Thanks.
> Mr. Watkins nicely summarizes my point of view saying:
> "This lack of recent texts on spherical geometry and trigonometry is
> puzzling because the use of computers should shift the emphasis from
> numerical computation to theory. This page is an attempt to present
> derivations of important results from spherical geometry and
> trigonometry."
> jars me in the right direction to be able to derive the rest of what I
> want. Thanks.
> Mr. Watkins nicely summarizes my point of view saying:
> "This lack of recent texts on spherical geometry and trigonometry is
> puzzling because the use of computers should shift the emphasis from
> numerical computation to theory. This page is an attempt to present
> derivations of important results from spherical geometry and
> trigonometry."
Well add the subject Geodesy...
- CGAL 3.9 Released, Computational Geometry Algorithms Library
- Geographic Information Systems (GIS)
- 2011-09-28
- Software for determining static position from RINEX pseudorange data
- Satellite Navigation
- 2010-11-15
- CGAL 3.8 Released, Computational Geometry Algorithms Library
- Geographic Information Systems (GIS)
- 2011-04-19
- GPS Review Centre
- Garmin GPS
- 2011-01-06
- CGAL 3.7 Released, Computational Geometry Algorithms Library
- Geographic Information Systems (GIS)
- 2010-10-18
- Excellent Garmin nüvi 855 Review
- Garmin GPS
- 2009-12-19
- Vertical displacement speed
- Garmin GPS
- 2009-02-01






> trig and solid geometry. I'm interested in diving into the math for
> determining location by knowing the distance to a set of points (ie
> satellites) in space. I'm fine with solving systems of equations but
> haven't touched solid geometry since 1/2 credit course in high school
> forty years ago ;)