stevester94

double** multiplyMatrices(double** A, int Am, int An, double** B, int Bm, int Bn) {
	int i, j, k, l;

	double** retAr = create2DDoubleArray(Am, Bn);

	if(An != Bm) {
		printf("OH FUCK YO\n");
		return NULL;
	}

stevester94

import math

frequencies = {
	('blank', 0.183),
	('e', 0.102),
	('t', 0.077),
	('a', 0.068),
	('o', 0.059),
	('i', 0.058),
	('n', 0.055),

stevester94

_	111
E	010
T	1100
A	1010
O	1000
I	0111
N	0110
S	0011
H	0001
R	0000

stevester94

Going to use:
artist familiarity	float	algorithmic estimation	url
artist hotttnesss	float	algorithmic estimation	url
beats start	array float	result of beat tracking	url
danceability	float	algorithmic estimation	
duration	float	in seconds	
end of fade in	float	seconds at the beginning of the song	url
energy	float	energy from listener point of view	
key	int	key the song is in	url
loudness	float	overall loudness in dB	url

stevester94

import math

def calcPlaneNormal(x1, y1, z1, x2, y2, z2, x3, y3, z3):
    nx1 = x1 - x2
    ny1 = y1 - y2
    nz1 = z1 - z2
    
    mag1 = math.sqrt(nx1*nx1 + ny1*ny1 + nz1*nz1)
    
    nx2 = x1 - x3

stevester94

ECN 110B:20706
ECN 134:20741
ECS 152:44031
ECS 193:21237

stevester94

lel

stevester94

function total = rectest(n, constant, divisibleBy)
    if(n <= divisibleBy)
        total = constant;
    else
        total = recTest(n/4, constant, divisibleBy);
		total = total + recTest(n/4, constant, divisibleBy);
		total = total + recTest(n/4, constant, divisibleBy);
		total = total + recTest(n/4, constant, divisibleBy);
    end
end

stevester94

def recTest(n, constant, divisibleBy):
	if n <= divisibleBy:
		return constant
	else:
		total = recTest(n/4, constant, divisibleBy)
		total = total + recTest(n/4, constant, divisibleBy)
		total = total + recTest(n/4, constant, divisibleBy)
		total = total + recTest(n/4, constant, divisibleBy)

		return total