angusb

function Gaussian()

h = .5;
d = 1;

hold on

load Hw3data2a.txt;
[n colSize] = size(Hw3data2a);
x = sort(Hw3data2a);

angusb

function ParzenBiVarUp()

h = .5;
d = 2;

load Hw3data2c.txt
[n colSize] = size(Hw3data2c);
input = Hw3data2c;

minD_x = min(Hw3data2c(:,1));

angusb

 int whichSet = -1;
    int wordBase = word;
    int i;
    int hit = 0;
    
    while(1) {
	if (wordBase % cache->blockSizeInWords == 0)
	    break;
	wordBase--;
    }

angusb

[Pp][Rr][Oo][Gg][Rr][Aa][Mm]                fprintf(yyout,"%s 7 ",yytext);
([\"][^\"]*[\"])|([\'][^\']*[\'])                fprintf(yyout,"%s 15 ",yytext);
("\(\*"[^\)\*]*"\)\*")|"(*)" (for whitespace)

replace the top two lines with their corresponding fprintf's in the lexfile provided. 

angusb

notes =  'Recreate the problem: %(What do we need to do to recreate the problem? )s \n \n \
          Expected behavior: %(What behaviour were you expecting (vs what is actually happening)?)s \n \n \
          Priority: %(Priority)s \n \n \
          Browswer: %(What browser were you using?)s \n \n \
          Other information: %(Is there any other information that would help us troubleshoot this?)s' \
          % bug_details

angusb

class ChannelStaticMeta(models.Model):
    cstmid = models.AutoField(primary_key=True)
    channels_cid = models.ForeignKey(Channel, db_column="cid", unique=True)
    regex = models.CharField(max_length=255, null=False, blank=True)
    
    class Meta:
        db_table = u"channels_static_meta"
        verbose_name = "Channel Static Meta"
        verbose_name_plural = "Channel Static Metas"

angusb

(defn fib[x]
  (loop [n 0 r ()]
    (println n, r)
    (cond (= x n) r
          (or (= n 0) (= n 1)) (recur (inc n) (conj 1 r))
          :else (recur (inc n) (conj (+ (last r) (butlast r)) r)))))

angusb

; Given a string of comma separated integers, write a function which 
; returns a new comma separated string that only contains the numbers 
; which are perfect squares.

(fn [s]
  (apply str 
   (interpose \, 
     (filter #(= (Math/sqrt %) 
                 (Math/floor (Math/sqrt %))) 
             (map #(Integer/parseInt %) 

angusb

class AsanaResource(object):
    def __init__(self):
        # stuff

    def get(self, endpoint=""):
        """Submits a get to the Asana API and returns the result.

        Returns:
            dict: json response from Asana
        """

angusb

msgs = []
for begin, length in piece.empty_blocks():
    msgs.append(Msg('request', 
                    index=piece_num_to_fetch, 
                    begin=begin, 
                    length=length)) 
return msgs