def main():
X, Y = read_nhefs_data()
N, K = X.shape
print "N <- " + str(N)
print "K <- " + str(K)
print "x <- structure(c" + print_arr(X.T.ravel()) + ", .Dim=c(" + str(N) + ", " + str(K) + "))"
print "y <- c" + print_arr(Y)
def main():
X, Y = read_pima_data()
N, K = X.shape
print "N <- " + str(N)
print "K <- " + str(K)
print "x <- structure(c" + print_arr(
X.T.ravel()) + ", .Dim=c(" + str(N) + ", " + str(K) + "))"
print "y <- c" + print_arr(Y)
def main():
K = int(sys.argv[1])
y = read_old_faithful_data()
N, D = y.shape
print "N <- " + str(N)
print "D <- " + str(D)
print "K <- " + str(K)
print "y <- structure(c" + print_arr(y.T.ravel()) + ", .Dim=c(" + str(N) + ", " + str(D) + "))"
def main():
N, L, D = [int(elem) for elem in sys.argv[1:]]
Y = read_reduced_movielens_data(N, L, D)
print "N <- " + str(N)
print "L <- " + str(L)
print "D <- " + str(D)
print "Y <- structure(c" + print_arr(
Y.T.ravel()) + ", .Dim=c(" + str(N) + ", " + str(D) + "))"
def main():
K = int(sys.argv[1])
y = read_old_faithful_data()
N, D = y.shape
print "N <- " + str(N)
print "D <- " + str(D)
print "K <- " + str(K)
print "y <- structure(c" + print_arr(
y.T.ravel()) + ", .Dim=c(" + str(N) + ", " + str(D) + "))"
def main(): y = read_google_stock_data() print "N <- " + str(len(y)) print "y <- c" + print_arr(y)