mildsunrise

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mildsunrise

# Returns `True` if the square at `a` is in one of the
# **eight surrounding squares** of `b`; `False` otherwise.

def nextTo(a, b):
  x = a[0] - b[0]
  y = a[1] - b[1]

  d = x*x + y*y
  return 0 < d < 3

mildsunrise

/**
   Shadow effects
   ==============
   
   Multiple text-shadows can be stacked to
   create wonderful, realistic effects.
   
   Oh, and CSS allows for expressiveness too.
   Try zooming in and disabling some shadows!
   

mildsunrise

/**
   Shadow effects
   ==============
   
   Multiple text-shadows can be stacked to
   create wonderful, realistic effects.
   
   Oh, and CSS allows for expressiveness too.
   Try zooming in and disabling some shadows!
   

mildsunrise

determinant = (M) ->
  k = M.length
  return 1 unless k

  # copy child matrix
  N = []
  for y in [1...k]
    N.push M[y].slice 1

  # recurse

mildsunrise

#!/usr/bin/python
import alsaseq, alsamidi, requests, time, math
from lxml import etree

INTERVAL = 70e-3
URL = "http://root:dreamboxx@10.139.205.104/xml/streaminfo"
alsaseq.client('sat-align', 0, 1, True)

map = lambda x, s, e: s + x * (e-s)
clamp = lambda x, s, e: max(min(x, e), s)

mildsunrise

// Barebones program that reads a video file, extracts
// the video stream, processes it someway and then encodes
// it (alone) to another file.

#include <stdio.h>
#include <libavutil/opt.h>
#include <libavformat/avformat.h>
#include <libavcodec/avcodec.h>
#include <libavfilter/avfilter.h>

mildsunrise

/**
 * Program I hacked up to produce timelapses with dynamic speedup
 * factor. The `get_speed` function will be called periodically
 * to decide what speedup should be applied at that point of the
 * input video.
 *
 * This works by simply duplicating / dropping frames just as the
 * `fps` filter would (zero-order hold). The program is based on
 * the `transcoding.c` example, and is dirty. Make sure the input
 * contains no streams other than the video stream to process.

mildsunrise

Siglas	Nombre	Logo
ALCD	ALIANZA DE CENTRO DEMOCRÁTICO	http://resultados2016.infoelecciones.es/99imgs/LOGOCO990001.gif
AND	PARTIDO SOMOS ANDALUCES POR ANDALUCÍA Y LOS PUEBLOS	http://resultados2016.infoelecciones.es/99imgs/LOGOCO990002.gif
BNG-NÓS	BNG-NÓS CANDIDATURA GALEGA	http://resultados2016.infoelecciones.es/99imgs/LOGOCO990005.gif
C's	CIUDADANOS-PARTIDO DE LA CIUDADANÍA	http://resultados2016.infoelecciones.es/99imgs/LOGOCO990013.gif
CCa-PNC	COALICIÓN CANARIA-PARTIDO NACIONALISTA CANARIO	http://resultados2016.infoelecciones.es/99imgs/LOGOCO990007.gif
CCD	CIUDADANOS DE CENTRO DEMOCRÁTICO	http://resultados2016.infoelecciones.es/99imgs/LOGOCO990008.gif
CCD-CI	CIUDADANOS DE CENTRO DEMOCRÁTICO-CANDIDATURA INDEPENDIENTE	http://resultados2016.infoelecciones.es/99imgs/LOGOCO990009.gif
CDC	CONVERGÈNCIA DEMOCRÀTICA DE CATALUNYA	http://resultados2016.infoelecciones.es/99imgs/LOGOCO990010.gif
CENTRO MODERADO	LOS VERDES-ECOPACIFISTAS	http://resultados2016.infoelecciones.es/99imgs/LOGOCO990011.gif

mildsunrise

import math

# Basic "convert to binomial, then back to polar" stuff, nothing interesting
def radial_avg(angles):
  dx, dy = (0, 0)
  for angle in angles:
    dx += math.cos(angle)
    dy += math.sin(angle)
  return math.atan2(dy, dx)