Python ExperimentStarter._extract_config示例

示例#1

文件： demo_resest_navierlame.py 项目： SpuqTeam/spuq

# propagate config values
for sec in config.keys():
    if sec == "LOGGING":
        continue
    secconf = config[sec]
    for key, val in secconf.iteritems():
        print "CONF_" + key + "= secconf['" + key + "'] =", secconf[key]
        exec "CONF_" + key + "= secconf['" + key + "']"

# setup logging
print "LOG_LEVEL = logging." + config["LOGGING"]["level"]
exec "LOG_LEVEL = logging." + config["LOGGING"]["level"]
logger = setup_logging(LOG_LEVEL)

# save current settings
ExperimentStarter._extract_config(globals(), savefile=os.path.join(path, "demo_resest_navierlame-save.conf"))


# ============================================================
# PART A: Simulation Options
# ============================================================

# flags for residual, projection, new mi refinement 
REFINEMENT = {"RES":CONF_refine_residual, "PROJ":CONF_refine_projection, "MI":CONF_refine_Lambda}

# initial mesh elements
initial_mesh_N = CONF_initial_mesh_N

# plotting flag
PLOT_SOLUTION = True

示例#2

文件： demo_resest_poisson.py 项目： SpuqTeam/spuq

# propagate config values
for sec in config.keys():
    if sec == "LOGGING":
        continue
    secconf = config[sec]
    for key, val in secconf.iteritems():
        print "CONF_" + key + "= secconf['" + key + "'] =", secconf[key]
        exec "CONF_" + key + "= secconf['" + key + "']"

# setup logging
print "LOG_LEVEL = logging." + config["LOGGING"]["level"]
exec "LOG_LEVEL = logging." + config["LOGGING"]["level"]
logger = setup_logging(LOG_LEVEL)

# save current settings
ExperimentStarter._extract_config(globals(), savefile="demo_resest_poisson-save.conf")


# ============================================================
# PART A: Simulation Options
# ============================================================

# flags for residual, projection, new mi refinement 
REFINEMENT = {"RES":CONF_refine_residual, "PROJ":CONF_refine_projection, "MI":CONF_refine_Lambda}

# initial mesh elements
initial_mesh_N = CONF_initial_mesh_N

# plotting flag
PLOT_SOLUTION = True
MAYAVI_PLOTTING = True

示例#3

文件： test_elasticity_pcg.py 项目： SpuqTeam/spuq

# propagate config values
for sec in config.keys():
    if sec == "LOGGING":
        continue
    secconf = config[sec]
    for key, val in secconf.iteritems():
        print "CONF_" + key + "= secconf['" + key + "'] =", secconf[key]
        exec "CONF_" + key + "= secconf['" + key + "']"

# setup logging
print "LOG_LEVEL = logging." + config["LOGGING"]["level"]
exec "LOG_LEVEL = logging." + config["LOGGING"]["level"]
logger = setup_logging(LOG_LEVEL)

# save current settings
ExperimentStarter._extract_config(globals(), savefile=os.path.join(path, "test_elasticity_pcg-save.conf"))

# ------------------------------------------------------------

# ============================================================
# PART A: Simulation Options
# ============================================================

# initial mesh elements
initial_mesh_N = CONF_initial_mesh_N

# plotting flag
PLOT_SOLUTION = False


# ============================================================

示例#4

文件： test_neumann_pcg.py 项目： SpuqTeam/spuq

# propagate config values
for sec in config.keys():
    if sec == "LOGGING":
        continue
    secconf = config[sec]
    for key, val in secconf.iteritems():
        print "CONF_" + key + "= secconf['" + key + "'] =", secconf[key]
        exec "CONF_" + key + "= secconf['" + key + "']"

# setup logging
print "LOG_LEVEL = logging." + config["LOGGING"]["level"]
exec "LOG_LEVEL = logging." + config["LOGGING"]["level"]
logger = setup_logging(LOG_LEVEL)

# save current settings
ExperimentStarter._extract_config(globals(), savefile="test_neumann_pcg-save.conf")


# ============================================================
# PART A: Simulation Options
# ============================================================

# initial mesh elements
initial_mesh_N = CONF_initial_mesh_N

# plotting flag
PLOT_SOLUTION = True


# ============================================================
# PART B: Problem Setup