[python] Re: Lean disturbances (and Dirk's code)
- From: mtb@xxxxxxx
- To: python@xxxxxxxxxxxxx
- Date: Mon, 28 Feb 2005 16:29:16 -0800
At 08:25 PM 2/28/2005 +0100, you wrote:
OUTPUT:
riseAngle: 0.279327deg, mass rise: 0.487159cm
frontMassFall: 4.331108cm
Hello Ray,
what could these numbers tell us?
I still need to compute the balance of the forces; can the front mass
"leverage" due to the greater fall significantly counteract the seat rise
force? They act against each other and the result will depend on weight and
leverage - I'm not sure what the lever arm is, at the moment.
I'm also not sure if the methodology is generally true, maybe Dirk can
help. His matrix math is a bit more complex.
Dirk once said that there exists a specific angle for
every frame geometry where the pivot rise is maximal.
Which data does one need to calculate this angle and
how is it done?
I remember reading that, I think I just need to iterate over the ranges of
the input space.
Lots of questions ...
Yes, I'm procrastinating cutting up and welding for now.
PS: If are working on a config file for your program, could
you please include flags for metric/imperial and maybe the
possibility of changing the limiting values for the sliders.
I'll make a config file, but saving one from the current state is common
but a lot of code; it will have to be edited manually for now.
Ray
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- References:
- [python] Lean disturbances (IGNORE PREVIOUS POST)
- From: ebooth
- [python] Re: Lean disturbances (and Dirk's code)
- From: mtb
- [python] Re: Lean disturbances (and Dirk's code)
- From: Jürgen Mages
Other related posts:
- » [python] Re: Lean disturbances (and Dirk's code)
- » [python] Re: Lean disturbances (and Dirk's code)
- » [python] Re: Lean disturbances (and Dirk's code)
- » [python] Re: Lean disturbances (and Dirk's code)
- » [python] Re: Lean disturbances (and Dirk's code)
- » [python] Re: Lean disturbances (and Dirk's code)
- » [python] Re: Lean disturbances (and Dirk's code)
- » [python] Re: Lean disturbances (and Dirk's code)
- » [python] Re: Lean disturbances (and Dirk's code)
OUTPUT: riseAngle: 0.279327deg, mass rise: 0.487159cm frontMassFall: 4.331108cm
Hello Ray,
what could these numbers tell us?
Dirk once said that there exists a specific angle for every frame geometry where the pivot rise is maximal.
Which data does one need to calculate this angle and how is it done?
Yes, I'm procrastinating cutting up and welding for now.
PS: If are working on a config file for your program, could you please include flags for metric/imperial and maybe the possibility of changing the limiting values for the sliders.
- [python] Lean disturbances (IGNORE PREVIOUS POST)
- From: ebooth
- [python] Re: Lean disturbances (and Dirk's code)
- From: mtb
- [python] Re: Lean disturbances (and Dirk's code)
- From: Jürgen Mages