So... this is obviously totally, 100%, like for. real. not. supported. by. Apple. …yet?
But still... I thought it was pretty badass. And, seeing how there's already a Swift buildpack for Heroku you could move some slow code into Swift can call it as a library function. But, you know, not in production or anything. That would be silly, right?
Now, having said that, the actual Python/Swift interop may have bugs. I'll leave that as an exercise to the reader.
| axes.facecolor : eeeeee | |
| axes.edgecolor : bcbcbc | |
| axes.linewidth : 1 | |
| axes.grid : True | |
| axes.labelcolor : 555555 | |
| axes.axisbelow : True | |
| axes.prop_cycle : cycler('color', ['204a87', 'cc0000', 'c88a00', '4e9a06', '7a68a6', 'cf4457', '188487']) | |
| xtick.major.size : 0 | |
| xtick.minor.size : 0 |
| example.md: example.Rmd | |
| ./knit | |
| example.ipynb: example.md | |
| notedown example.md | sed 's/%%r/%%R/' > example.ipynb |
| #!/usr/local/bin/python | |
| # -*- coding: utf-8 -*- | |
| """ Um cliente python para a API Olho Vivo """ | |
| import requests | |
| class SPTransClient(object): | |
| """ Um cliente python para a API Olho Vivo """ |
| # Instantiation. | |
| # Make a solver object, created automatically with default options. The solve is instantiated | |
| # only with the variables that are common to all of the solvers. This means 1) the r.h.s. of | |
| # function to solve, 2) a start time, 3) initial conditions, 4) Jacobian function. Strictly | |
| # speaking the Jacobian is optional here because only some solvers will require it. As a | |
| # compromise lets pass it as a keyword argument, this also gets around any awkward 'use_jac' | |
| # options because the solver either has a Jacobian function at init time or it does not. | |
| solver = odesolver("cvodes", ode_function, time_start, initial_conditions, jacobian_function=None) | |
| # Solver options. |
| # -*- coding: utf-8 -*- | |
| """Parsing the Fortran files to create raw docstrings | |
| Created on Tue Sep 03 10:11:10 2013 | |
| Author: Josef Perktold | |
| open problems | |
| cumnor.f doesn't define segment headers besides "Function" |
| # put this after the imports on your .py files | |
| try: # py2 | |
| str, range, input = unicode, xrange, raw_input # lint:ok | |
| except NameError: # py3 | |
| buffer, long = memoryview, int # lint:ok |
| # -*- coding: utf-8 -*- | |
| ## Basado en el script originalmente publicado en | |
| ## http://www.jansipke.nl/using-python-to-add-new-posts-in-wordpress/ | |
| import datetime | |
| import xmlrpclib | |
| from xml.sax.saxutils import escape | |
| import json | |
| import markdown |
| // redbull stratos fall simulation | |
| // node fall.js > fall.json | |
| // | |
| // port to js from python by @pybonacci | |
| // more info: http://pybonacci.wordpress.com/2012/10/15/el-salto-de-felix-baumgartner-en-python/ | |
| // | |
| // >> [ std_atm.alt2density(h, alt_units='m', density_units='kg/m**3') for h in xrange(0, 43000, 1000)] | |
| // air density each 1000 meters | |
| var AIR_DENSITY = [1.225, 1.1116425767380347, 1.0064902527218418, 0.9091220810460088, 0.8191294202172186, 0.7361158590983954, 0.6596971404886504, 0.5895010832794331, 0.5251675031230921, 0.4663481315454516, 0.41270653342889785, 0.3639180227868754, 0.3108281589022067, 0.2654832635841079, 0.22675346883692057, 0.19367373647373748, 0.16541981206327336, 0.14128768681425868, 0.1206760556449457, 0.10307133434187116, 0.08803486247736621, 0.07487366111494297, 0.06372734460638993, 0.05428027105802167, 0.046267360336640966, 0.039465817649795336, 0.03368824062938579, 0.02877687388504317, 0.024598816068418232, 0.021042018277291016, 0.018011940446444, 0.01542875529531276, 0.0132250083 |
