PSOL | code repository of “ Rethinking the Route Towards Weakly | Internationalization library

I don't see where t is defined in your code but the issue appears to be arising (as you suggest) from t[200] != 200. This would be relatively easy to check by just adding a print t[200] line.

If this is indeed the case, you'll want to either determine the index for which t==200 or interpolate. I'd lean toward interpolating with numpy.interp since this will allow you to investigate times that are not integer multiples of your timestep.

For unstructured mesh, griddata is the right interpolation tool. However, the triangulation (Delaunay) and the interpolation is performed each time. One workaround is to use either CloughTocher2DInterpolator for a C1 smooth interpolation or LinearNDInterpolator for a linear interpolation. These are the functions actually used by griddata. The difference is that it is possible to use as input a Delaunay object and it returns an interpolation function.

Here is an example based on your code:

I'm no bash expert, but wouldn't the second line negate the first?

Yes, first line will be redundant.

Echo the variable again, but this time it returns "1.12.34.2-". Seriously, what is going on here?

This is bash substutution. Construction ${VAR/substring/to replace} just replaces substring to to replace in $VAR. So, you just stripped "stable" string, this behavior is correct.

I'm starting to think that something is seriously wrong with the documentation. I thought it was just me, but the fact that the variable "NPS_RELEASE_NUMBER" is returning such odd results leads me to believe that something else is going on here.

Looks like this script is over-engineered. Ignore it. Just download/unpack sources of nginx and your modules and then, in directory of nginx do:

OK, I have sort of figured it out. The error 63 exception is raised when one attempts to create a new nonzero element in a sparse matrix, if the option

Your plots for each planet are line plots with a single point (plot3(0,0,0,'k.',...)). This means that when you specify a marker, your single point will be equipped with a marker and that is how you see it. Currently, you are using the dot marker ('k.'). If you remove the dot, there is no more marker and also no line since there are no two points to connect.

Your set(...) updates the plot not by adding points to it but by moving the single point you plotted originally. To see what happens, type inspect(h_mercury), you will notice that its XData, YData, ZData contains only a single point.

If you want to draw lines with the previous points, you need to add them to the plot. There are at least two ways:

• Add a plot3(p_mercury(1),p_mercury(2),p_mercury(3),'k.')) to your loop. This will put additional plot points at all the positions that were already visited. Though this is simple it's not necessarily the best: there will not be a solid line connecting the dots and if you make a lot of steps this will add a lot of points and hence make the animation slow. If you want to use this, you also have to delete the hold off command at the end of the loop since otherwise the plot3 clears the plot.
• Better: Memorize the trajectory in an array and have two plots, one for the current position (dot marker), one for the trajectory (line). Something like this:

.