I was wondering how the travel calculator measures distances between two system components. Is the date considered, meaning that the distance changes between say earth and mars? Or is it a fixed value?
When using the acceleration (g or M/s^2), does the calculator take into account the turn around and deceleration? Or is it straight thrust the whole way?
I just installed the trial version of AstroSynthesis and was playing around with
the travel calculator (using the local sector map). Reading the previous replies,
and a post about AS not being a sim, does AS keep track of the positions in the
orbit at a particular time (when set by the Set Sector Date)?
I just set the Sector date to today and did a travel calculation from Earth
to Saturn->Titan. At 0.000054 c, I get 2 yrs 312 days. (With that hyperlight
travel, I get 81 minutes and some seconds in change). Is the relative positions
in the orbit taken into account, or is it an average?
Also, with regards to the intersystem hyperlight travel, what kind of 'propulsion'
system was used to calculate this?
The positions of the bodies at the current sector time are what are used when calculating travel times. It does not try to adjust for changes of positions during travel. For inter-system hyperlight, I believe its just % of c.
Comments
When using the acceleration (g or M/s^2), does the calculator take into account the turn around and deceleration? Or is it straight thrust the whole way?
I just installed the trial version of AstroSynthesis and was playing around with
the travel calculator (using the local sector map). Reading the previous replies,
and a post about AS not being a sim, does AS keep track of the positions in the
orbit at a particular time (when set by the Set Sector Date)?
I just set the Sector date to today and did a travel calculation from Earth
to Saturn->Titan. At 0.000054 c, I get 2 yrs 312 days. (With that hyperlight
travel, I get 81 minutes and some seconds in change). Is the relative positions
in the orbit taken into account, or is it an average?
Also, with regards to the intersystem hyperlight travel, what kind of 'propulsion'
system was used to calculate this?
Thanks!
Ed