def cobar_simp(x,f,n):
for i in range(n):
xx = CobarMonomial.random(x,f)
print xx
xx.simplify()
print xx
for term in xx.factors:
print term
def cobar_simp(x, f, n):
for i in range(n):
xx = CobarMonomial.random(x, f)
print xx
xx.simplify()
print xx
for term in xx.factors:
print term
def summand_test(x, y, f, n):
for i in range(n):
xx = CobarMonomial.random(x, f)
yy = CobarPolynomial.random(x, y, f)
xx.simplify()
yy.simplify()
print xx
print yy
print yy.is_summand(xx), "\n"
def summand_test(x,y,f,n):
for i in range(n):
xx = CobarMonomial.random(x,f)
yy = CobarPolynomial.random(x,y,f)
xx.simplify()
yy.simplify()
print xx
print yy
print yy.is_summand(xx), "\n"
def vfe_test(x, f, n):
C = CobarComplex(7)
print "calculating complex"
cplx = C.get_cplx()
for i in range(n):
xx = CobarMonomial.random(x, f)
print "finding good xx"
while xx.get_degree()[0] > opts.bounds:
xx = CobarMonomial.random(x, f)
yy = xx._map()
vect = C.vector_from_element(yy)
deg = yy.get_degree()[0]
wt = yy.get_degree()[1]
for thing in C.get_cplx()[f + 1]._dict[(deg, wt)]:
print thing
print "\n"
print xx
print yy
print vect
def vfe_test(x,f,n):
C= CobarComplex(7)
print "calculating complex"
cplx = C.get_cplx()
for i in range(n):
xx = CobarMonomial.random(x,f)
print "finding good xx"
while xx.get_degree()[0] > opts.bounds:
xx = CobarMonomial.random(x,f)
yy = xx._map()
vect = C.vector_from_element(yy)
deg = yy.get_degree()[0]
wt = yy.get_degree()[1]
for thing in C.get_cplx()[f+1]._dict[(deg,wt)]:
print thing
print "\n"
print xx
print yy
print vect
def map_test(f, x, n):
for i in range(n):
xx = CobarMonomial.random(x, f)
print xx
print xx._map_reduced()
def cobar_mon(x, f, n):
for i in range(n):
xx = CobarMonomial.random(x, f)
print xx, "\n"
print xx.get_degree(), "\n"
def map_test(f,x,n):
for i in range(n):
xx = CobarMonomial.random(x,f)
print xx
print xx._map_reduced()
def cobar_mon(x,f,n):
for i in range(n):
xx = CobarMonomial.random(x,f)
print xx, "\n"
print xx.get_degree(), "\n"