def test_get_stat_plot_name():
# Independently test getting the
# a more formalized statistic name
# Test 1
stat = 'bias'
expected_stat_plot_name = 'Bias'
test_stat_plot_name = plot_util.get_stat_plot_name(logger, stat)
assert (test_stat_plot_name == expected_stat_plot_name)
# Test 2
stat = 'rmse_md'
expected_stat_plot_name = 'Root Mean Square Error from Mean Error'
test_stat_plot_name = plot_util.get_stat_plot_name(logger, stat)
assert (test_stat_plot_name == expected_stat_plot_name)
# Test 3
stat = 'fbar_obar'
expected_stat_plot_name = 'Forecast and Observation Averages'
test_stat_plot_name = plot_util.get_stat_plot_name(logger, stat)
assert (test_stat_plot_name == expected_stat_plot_name)
# Test 4
stat = 'acc'
expected_stat_plot_name = 'Anomaly Correlation Coefficient'
test_stat_plot_name = plot_util.get_stat_plot_name(logger, stat)
assert (test_stat_plot_name == expected_stat_plot_name)
# Test 5
stat = 'vdiff_speed'
expected_stat_plot_name = 'Difference Vector Speed'
test_stat_plot_name = plot_util.get_stat_plot_name(logger, stat)
assert (test_stat_plot_name == expected_stat_plot_name)
# Test 6
stat = 'baser'
expected_stat_plot_name = 'Base Rate'
test_stat_plot_name = plot_util.get_stat_plot_name(logger, stat)
assert (test_stat_plot_name == expected_stat_plot_name)
# Test 7
stat = 'fbias'
expected_stat_plot_name = 'Frequency Bias'
test_stat_plot_name = plot_util.get_stat_plot_name(logger, stat)
assert (test_stat_plot_name == expected_stat_plot_name)
file_handler.setFormatter(formatter)
logger.addHandler(file_handler)
nmodels = len(model_name_list)
fcst_var_thresh_val_array = np.asarray(fcst_var_thresh_val_list, dtype=float)
CI_bar_max_widths = np.append(
np.diff(fcst_var_thresh_counts),
fcst_var_thresh_counts[-1] - fcst_var_thresh_counts[-2]) / 1.5
CI_bar_min_widths = np.append(
np.diff(fcst_var_thresh_counts),
fcst_var_thresh_counts[-1] - fcst_var_thresh_counts[-2]) / nmodels
CI_bar_intvl_widths = ((CI_bar_max_widths - CI_bar_min_widths) / nmodels)
# Read and plot data
for stat in plot_stats_list:
logger.debug("Working on " + stat)
stat_plot_name = plot_util.get_stat_plot_name(logger, stat)
stat_min_max_dict = {
'ax1_stat_min': np.ma.masked_invalid(np.nan),
'ax1_stat_max': np.ma.masked_invalid(np.nan),
'ax2_stat_min': np.ma.masked_invalid(np.nan),
'ax2_stat_max': np.ma.masked_invalid(np.nan)
}
logger.info("Reading in model data")
for model in model_info:
model_num = model_info.index(model) + 1
model_index = model_info.index(model)
model_name = model[0]
model_plot_name = model[1]
model_plot_settings_dict = (
model_obs_plot_settings_dict['model' + str(model_num)])
if stat == "fbar_obar":
