mtxtb = dou.load_npa(fbtdict[t]['mtxtb'])
print t, np.linalg.norm(w), np.linalg.norm(mtxtb)
def plot_vel_norms(tmesh, veldict):
print 'plotting vel norms'
for t in tmesh:
w = dou.load_npa(veldict[t])
print t, np.linalg.norm(w)
if __name__ == '__main__':
plt.figure(11)
plt.title('stokes')
dtd = "data/drivencavity__stokes__timeall_nu0.005_mesh20_Nts16.0__sigout"
jsf = ocm.load_json_dicts(dtd)
plo.plot_optcont_json(jsf)
plt.figure(12)
plt.title('steady state stokes')
dtd = "data/stst_drivencavity__stokes__timeNone_nu0.005_mesh20_NtsNoneNV3042NY4NU4alphau1e-09gamma0.001__sigout"
jsf = ocm.load_json_dicts(dtd)
plo.plot_optcont_json(jsf)
plt.figure(13)
plt.title('oseen dc')
dtd = "data/tdst_drivencavity__stokes__timeall_nu0.005_mesh20_NtsNoneNV3042NY4NU4alphau1e-09gamma0.001__sigout"
jsf = ocm.load_json_dicts(dtd)
plo.plot_optcont_json(jsf)
plt.figure(14)
plt.title('uncontrolled dc')
import plot_output as plo
import optcont_main as ocm
import matplotlib.pyplot as plt
path = '/home/heiland/work/papers/hei13_daericflow/pics/'
# extra options for tikz
extra = set(['ytick={-0.2, 0, 0.2}', 'xtick={0,0.2}'])
plt.figure(111)
fname = "pubpics/tds1_gamma0.001_alpha1e-9"
jsf = ocm.load_json_dicts(fname)
plo.plot_optcont_json(jsf, extra=extra, fname=path + 'tdgE-3aE-9')
plt.figure(112)
fname = "pubpics/sss1_gamma0.001_alpha1e-9"
jsf = ocm.load_json_dicts(fname)
plo.plot_optcont_json(jsf, extra=extra, fname=path + 'ssgE-3aE-9')