From 00eb9caf187f861c880e178f0f5e0eb8dab4b66c Mon Sep 17 00:00:00 2001
From: =?UTF-8?q?Chi-Tu=C3=A2n=20Pham?= <chi-tuan.pham@edf.fr>
Date: Wed, 26 Mar 2025 12:12:05 +0100
Subject: [PATCH 1/4] [fix] Update after deletion of keyword, new default
value, modifications to be used for other modules different from T2D+T3D
---
scripts/python3/pretel/check_cas.py | 324 ++++++++++++----------------
1 file changed, 141 insertions(+), 183 deletions(-)
diff --git a/scripts/python3/pretel/check_cas.py b/scripts/python3/pretel/check_cas.py
index 6cdefb2b77..b7b0aa057b 100644
--- a/scripts/python3/pretel/check_cas.py
+++ b/scripts/python3/pretel/check_cas.py
@@ -5,7 +5,6 @@ from datetime import datetime, timedelta
import re
import numpy as np
from data_manip.extraction.telemac_file import TelemacFile
-from utils.exceptions import TelemacException
def check_cas(module, cas):
"""
@@ -45,16 +44,16 @@ def get_simulation_date(module, cas):
ntimestep = max(ntimestep, int(duration/time_step + 0.5))
- previous_comp = cas.get('COMPUTATION CONTINUED')
+ previous_file = cas.get("PREVIOUS COMPUTATION FILE")
tel_date = get_cas_date(module, cas)
- if previous_comp:
+ if previous_file != '':
# Get time from previous computation file
- previous_file = cas.get("PREVIOUS COMPUTATION FILE")
record_prev = cas.get('RECORD NUMBER FOR RESTART')
# Record are starting from 0 in python 1 n the steering file
- # 0 in steering file means last time step
- record_prev -= 1
+ # -1 in steering file means last time step
+ if record_prev != -1:
+ record_prev -= 1
date, _, time = get_file_date(previous_file, last=record_prev)
start_date = date + timedelta(seconds=time)
else:
@@ -152,47 +151,6 @@ def get_lid_date(file_name):
return time_start, time_end, date
-def check_previous_comp(module, cas, comp_cont="COMPUTATION CONTINUED",
- prev_file="PREVIOUS COMPUTATION FILE"):
- """
- Check for compuration continued
- """
- # Checking that same date in steering file and previous computation file
- previous_comp = cas.get(comp_cont)
-
-
- if previous_comp:
- print(" ~> Checking {} coherence".format(comp_cont.lower()))
-
- tel_date = get_cas_date(module, cas)
- reset_time = cas.get('INITIAL TIME SET TO ZERO')
- record_prev = cas.get('RECORD NUMBER FOR RESTART')
- # Record are starting from 0 in python 1 n the steering file
- # 0 in steering file means last time step
- record_prev -= 1
-
- previous_file = cas.get(prev_file)
- prev_date, _, end = get_file_date(previous_file, last=record_prev)
-
- prev_date = prev_date + timedelta(seconds=end)
-
-
- if not reset_time:
- tel_date = tel_date + timedelta(seconds=end)
-
- if tel_date != prev_date:
- raise TelemacException(
- "Warning:\nMissmatch between previous computation date ({}) "
- "and steering file date ({})\n"
- "The good values should be:\n"
- "if reset time to zero:\n"
- "steering date = previous_file date + last_timestep"
- "else\n"
- "steering date = previous_file date"
- .format(prev_date, tel_date))
-
-
-
def check_time(module, cas):
"""
Checking time coherence between input files and steering file info
@@ -202,144 +160,144 @@ def check_time(module, cas):
passed = True
- if module in ['telemac2d', 'telemac3d']:
- check_previous_comp(module, cas)
-
- if module == 'telemac3d':
- # Checkgin for 2d continuation
- check_previous_comp(module, cas, comp_cont="2D CONTINUATION",
- prev_file="FILE FOR 2D CONTINUATION")
-
print(" ~> Displaying simulation date")
start_date, end_date = get_simulation_date(module, cas)
print("Starting date: {}".format(start_date))
print("Ending date: {}".format(end_date))
- atmospheric_file = cas.get('BINARY ATMOSPHERIC DATA FILE')
- if atmospheric_file != '' and module in ['telemac2d', 'telemac3d']:
- print(' ~> Checking atmo binary file time coherence')
- meteo_date, time_start, time_end = get_file_date(atmospheric_file)
- meteo_start = meteo_date + timedelta(seconds=time_start)
- meteo_end = meteo_date + timedelta(seconds=time_end)
- print("Time range of the atmospheric data {} to {}"
- .format(meteo_start, meteo_end))
-
- if start_date < meteo_start:
- print("The simulation start at {} wheras the atmo binary "
- "file start at {}"
- .format(start_date, meteo_start))
- passed = False
- if end_date > meteo_end:
- print("The simulation ends at {} wheras the atmo binary "
- "file ends at {}"
- .format(end_date, meteo_end))
- passed = False
-
- if passed:
- print(" ~> OK")
- else:
- print(" ~> Failed")
-
- ascii_meteo_file = cas.get('ASCII ATMOSPHERIC DATA FILE')
- if ascii_meteo_file != '' and module in ['telemac2d', 'telemac3d']:
- print(' ~> Checking atmo ascii file time coherence')
- time_start, time_end, date = get_lid_date(ascii_meteo_file)
-
- meteo_start = date + timedelta(seconds=time_start)
- meteo_end = date + timedelta(seconds=time_end)
- print("Time range of the atmospheric data {} to {}"
- .format(meteo_start, meteo_end))
-
- if start_date < meteo_start:
- print("The simulation start at {} wheras the atmo ascii "
- "file start at {}"
- .format(start_date, meteo_start))
- passed = False
- if end_date > meteo_end:
- print("The simulation ends at {} wheras the atmo ascii "
- "file ends at {}"
- .format(end_date, meteo_end))
- passed = False
-
- if passed:
- print(" ~> OK")
- else:
- print(" ~> Failed")
-
- liq_bnd_file = cas.get('LIQUID BOUNDARIES FILE')
- if liq_bnd_file != '' and module in ['telemac2d', 'telemac3d']:
- print(' ~> Checking liquid boundaries file time coherence')
- time_start, time_end, date = get_lid_date(liq_bnd_file)
-
- liq_start = date + timedelta(seconds=time_start)
- liq_end = date + timedelta(seconds=time_end)
- print("Time range of the liquid boundary data {} to {}"
- .format(liq_start, liq_end))
-
- if start_date < liq_start:
- print("The simulation start at {} wheras the liquid boundaries "
- "file start at {}"
- .format(start_date, liq_start))
- passed = False
- if end_date > liq_end:
- print("The simulation ends at {} wheras the liquid boundaries "
- "file ends at {}"
- .format(end_date, liq_end))
- passed = False
-
- if passed:
- print(" ~> OK")
- else:
- print(" ~> Failed")
-
-
- src_file = cas.get('SOURCES FILE')
- if src_file != '' and module in ['telemac2d', 'telemac3d']:
- print(' ~> Checking liquid boundaries file time coherence')
- time_start, time_end, date = get_lid_date(src_file)
-
- src_start = date + timedelta(seconds=time_start)
- src_end = date + timedelta(seconds=time_end)
- print("Time range of the source data {} to {}"
- .format(src_start, src_end))
-
- if start_date < src_start:
- print("The simulation start at {} wheras the sources "
- "file start at {}"
- .format(start_date, src_start))
- passed = False
- if end_date > src_end:
- print("The simulation ends at {} wheras the sources "
- "file ends at {}"
- .format(end_date, src_end))
- passed = False
-
- if passed:
- print(" ~> OK")
- else:
- print(" ~> Failed")
-
- bnd_bin_file = cas.get('BINARY BOUNDARY DATA FILE', '')
- if bnd_bin_file != '' and module in ['telemac3d']:
- print(' ~> Checking atmo binary file time coherence')
- bnd_bin_date, time_start, time_end = get_file_date(bnd_bin_file)
- bnd_bin_start = bnd_bin_date + timedelta(seconds=time_start)
- bnd_bin_end = bnd_bin_date + timedelta(seconds=time_end)
- print("Time range of the atmospheric data {} to {}"
- .format(bnd_bin_start, bnd_bin_end))
-
- if start_date < bnd_bin_start:
- print("The simulation start at {} wheras the binary boundary"
- "file start at {}"
- .format(start_date, bnd_bin_start))
- passed = False
- if end_date > bnd_bin_end:
- print("The simulation ends at {} wheras the binary boundary "
- "file ends at {}"
- .format(end_date, bnd_bin_end))
- passed = False
-
- if passed:
- print(" ~> OK")
- else:
- print(" ~> Failed")
+ if module in ['telemac2d', 'telemac3d']:
+ atmospheric_file = cas.get('BINARY ATMOSPHERIC DATA FILE')
+ if atmospheric_file != '':
+ print(' ~> Checking atmo binary file time coherence')
+ meteo_date, time_start, time_end = get_file_date(atmospheric_file)
+ meteo_start = meteo_date + timedelta(seconds=time_start)
+ meteo_end = meteo_date + timedelta(seconds=time_end)
+ print("Time range of the atmospheric data {} to {}"
+ .format(meteo_start, meteo_end))
+
+ if start_date < meteo_start:
+ print("The simulation starts at {} whereas the atmo binary "
+ "file starts at {}"
+ .format(start_date, meteo_start))
+ passed = False
+ if end_date > meteo_end:
+ print("The simulation ends at {} whereas the atmo binary "
+ "file ends at {}"
+ .format(end_date, meteo_end))
+ passed = False
+
+ if passed:
+ print(" ~> OK")
+ else:
+ print(" ~> Failed")
+
+ if module in ['telemac2d', 'telemac3d']:
+ ascii_meteo_file = cas.get('ASCII ATMOSPHERIC DATA FILE')
+ if ascii_meteo_file != '':
+ free_atmo = cas.get('FREE FORMAT FOR ATMOSPHERIC DATA FILE')
+ if free_atmo == False:
+ print(' ~> Checking atmo ascii file time coherence')
+ time_start, time_end, date = get_lid_date(ascii_meteo_file)
+
+ meteo_start = date + timedelta(seconds=time_start)
+ meteo_end = date + timedelta(seconds=time_end)
+ print("Time range of the atmospheric data {} to {}"
+ .format(meteo_start, meteo_end))
+
+ if start_date < meteo_start:
+ print("The simulation starts at {} whereas the atmo ascii "
+ "file starts at {}"
+ .format(start_date, meteo_start))
+ passed = False
+ if end_date > meteo_end:
+ print("The simulation ends at {} whereas the atmo ascii "
+ "file ends at {}"
+ .format(end_date, meteo_end))
+ passed = False
+
+ if passed:
+ print(" ~> OK")
+ else:
+ print(" ~> Failed")
+ else:
+ print(' ~> No checking atmo ascii file time coherence as free format')
+
+ if module in ['telemac2d', 'telemac3d']:
+ liq_bnd_file = cas.get('LIQUID BOUNDARIES FILE')
+ if liq_bnd_file != '':
+ print(' ~> Checking liquid boundaries file time coherence')
+ time_start, time_end, date = get_lid_date(liq_bnd_file)
+
+ liq_start = date + timedelta(seconds=time_start)
+ liq_end = date + timedelta(seconds=time_end)
+ print("Time range of the liquid boundary data {} to {}"
+ .format(liq_start, liq_end))
+
+ if start_date < liq_start:
+ print("The simulation starts at {} whereas the liquid boundaries "
+ "file starts at {}"
+ .format(start_date, liq_start))
+ passed = False
+ if end_date > liq_end:
+ print("The simulation ends at {} whereas the liquid boundaries "
+ "file ends at {}"
+ .format(end_date, liq_end))
+ passed = False
+
+ if passed:
+ print(" ~> OK")
+ else:
+ print(" ~> Failed")
+
+ if module in ['telemac2d', 'telemac3d']:
+ src_file = cas.get('SOURCES FILE')
+ if src_file != '':
+ print(' ~> Checking sources file time coherence')
+ time_start, time_end, date = get_lid_date(src_file)
+
+ src_start = date + timedelta(seconds=time_start)
+ src_end = date + timedelta(seconds=time_end)
+ print("Time range of the source data {} to {}"
+ .format(src_start, src_end))
+
+ if start_date < src_start:
+ print("The simulation starts at {} whereas the sources "
+ "file starts at {}"
+ .format(start_date, src_start))
+ passed = False
+ if end_date > src_end:
+ print("The simulation ends at {} whereas the sources "
+ "file ends at {}"
+ .format(end_date, src_end))
+ passed = False
+
+ if passed:
+ print(" ~> OK")
+ else:
+ print(" ~> Failed")
+
+ if module in ['telemac3d']:
+ bnd_bin_file = cas.get('BINARY BOUNDARY DATA FILE', '')
+ if bnd_bin_file != '':
+ print(' ~> Checking binary boundary file time coherence')
+ bnd_bin_date, time_start, time_end = get_file_date(bnd_bin_file)
+ bnd_bin_start = bnd_bin_date + timedelta(seconds=time_start)
+ bnd_bin_end = bnd_bin_date + timedelta(seconds=time_end)
+ print("Time range of the atmospheric data {} to {}"
+ .format(bnd_bin_start, bnd_bin_end))
+
+ if start_date < bnd_bin_start:
+ print("The simulation starts at {} whereas the binary boundary"
+ "file starts at {}"
+ .format(start_date, bnd_bin_start))
+ passed = False
+ if end_date > bnd_bin_end:
+ print("The simulation ends at {} whereas the binary boundary "
+ "file ends at {}"
+ .format(end_date, bnd_bin_end))
+ passed = False
+
+ if passed:
+ print(" ~> OK")
+ else:
+ print(" ~> Failed")
--
GitLab
From 50bd26fc852be737274ffa9b897deabdbd0d8972 Mon Sep 17 00:00:00 2001
From: =?UTF-8?q?Chi-Tu=C3=A2n=20Pham?= <chi-tuan.pham@edf.fr>
Date: Wed, 26 Mar 2025 12:38:49 +0100
Subject: [PATCH 2/4] Update NEWS.txt file
---
NEWS.txt | 3 +++
1 file changed, 3 insertions(+)
diff --git a/NEWS.txt b/NEWS.txt
index 84d80f3356..4ec8d4a1b8 100644
--- a/NEWS.txt
+++ b/NEWS.txt
@@ -1,6 +1,9 @@
Latest changes
==============
+Python: fix several bugs when using manip_cas.py script to check steering files
+and time consistence with input files
+
HERMES: read boundary information in MED files regardless of the presence or
not of a boundary conditions file
--
GitLab
From a180c85690754383c2b2e8fc71451e69d681e266 Mon Sep 17 00:00:00 2001
From: =?UTF-8?q?Chi-Tu=C3=A2n=20Pham?= <chi-tuan.pham@edf.fr>
Date: Wed, 26 Mar 2025 12:40:59 +0100
Subject: [PATCH 3/4] [scripts] Change after running last pylint
---
scripts/python3/pretel/check_cas.py | 2 +-
1 file changed, 1 insertion(+), 1 deletion(-)
diff --git a/scripts/python3/pretel/check_cas.py b/scripts/python3/pretel/check_cas.py
index b7b0aa057b..6631d3f53e 100644
--- a/scripts/python3/pretel/check_cas.py
+++ b/scripts/python3/pretel/check_cas.py
@@ -195,7 +195,7 @@ def check_time(module, cas):
ascii_meteo_file = cas.get('ASCII ATMOSPHERIC DATA FILE')
if ascii_meteo_file != '':
free_atmo = cas.get('FREE FORMAT FOR ATMOSPHERIC DATA FILE')
- if free_atmo == False:
+ if free_atmo is False:
print(' ~> Checking atmo ascii file time coherence')
time_start, time_end, date = get_lid_date(ascii_meteo_file)
--
GitLab
From 1f00d381c30ca1ecb7d299edca1e6256a14c2cc1 Mon Sep 17 00:00:00 2001
From: =?UTF-8?q?Chi-Tu=C3=A2n=20Pham?= <chi-tuan.pham@edf.fr>
Date: Wed, 2 Apr 2025 12:28:15 +0200
Subject: [PATCH 4/4] Apply suggestions from reviewer Boris Basic
---
scripts/python3/pretel/check_cas.py | 241 ++++++++++++++--------------
1 file changed, 121 insertions(+), 120 deletions(-)
diff --git a/scripts/python3/pretel/check_cas.py b/scripts/python3/pretel/check_cas.py
index 6631d3f53e..a84d9da562 100644
--- a/scripts/python3/pretel/check_cas.py
+++ b/scripts/python3/pretel/check_cas.py
@@ -165,23 +165,53 @@ def check_time(module, cas):
print("Starting date: {}".format(start_date))
print("Ending date: {}".format(end_date))
- if module in ['telemac2d', 'telemac3d']:
- atmospheric_file = cas.get('BINARY ATMOSPHERIC DATA FILE')
- if atmospheric_file != '':
- print(' ~> Checking atmo binary file time coherence')
- meteo_date, time_start, time_end = get_file_date(atmospheric_file)
- meteo_start = meteo_date + timedelta(seconds=time_start)
- meteo_end = meteo_date + timedelta(seconds=time_end)
+ if module not in ['telemac2d', 'telemac3d']:
+ return
+
+ atmospheric_file = cas.get('BINARY ATMOSPHERIC DATA FILE')
+ if atmospheric_file != '':
+ print(' ~> Checking atmo binary file time coherence')
+ meteo_date, time_start, time_end = get_file_date(atmospheric_file)
+ meteo_start = meteo_date + timedelta(seconds=time_start)
+ meteo_end = meteo_date + timedelta(seconds=time_end)
+ print("Time range of the atmospheric data {} to {}"
+ .format(meteo_start, meteo_end))
+
+ if start_date < meteo_start:
+ print("The simulation starts at {} whereas the atmo binary "
+ "file starts at {}"
+ .format(start_date, meteo_start))
+ passed = False
+ if end_date > meteo_end:
+ print("The simulation ends at {} whereas the atmo binary "
+ "file ends at {}"
+ .format(end_date, meteo_end))
+ passed = False
+
+ if passed:
+ print(" ~> OK")
+ else:
+ print(" ~> Failed")
+
+ ascii_meteo_file = cas.get('ASCII ATMOSPHERIC DATA FILE')
+ if ascii_meteo_file != '':
+ free_atmo = cas.get('FREE FORMAT FOR ATMOSPHERIC DATA FILE')
+ if free_atmo is False:
+ print(' ~> Checking atmo ascii file time coherence')
+ time_start, time_end, date = get_lid_date(ascii_meteo_file)
+
+ meteo_start = date + timedelta(seconds=time_start)
+ meteo_end = date + timedelta(seconds=time_end)
print("Time range of the atmospheric data {} to {}"
.format(meteo_start, meteo_end))
if start_date < meteo_start:
- print("The simulation starts at {} whereas the atmo binary "
+ print("The simulation starts at {} whereas the atmo ascii "
"file starts at {}"
.format(start_date, meteo_start))
passed = False
if end_date > meteo_end:
- print("The simulation ends at {} whereas the atmo binary "
+ print("The simulation ends at {} whereas the atmo ascii "
"file ends at {}"
.format(end_date, meteo_end))
passed = False
@@ -190,114 +220,85 @@ def check_time(module, cas):
print(" ~> OK")
else:
print(" ~> Failed")
-
- if module in ['telemac2d', 'telemac3d']:
- ascii_meteo_file = cas.get('ASCII ATMOSPHERIC DATA FILE')
- if ascii_meteo_file != '':
- free_atmo = cas.get('FREE FORMAT FOR ATMOSPHERIC DATA FILE')
- if free_atmo is False:
- print(' ~> Checking atmo ascii file time coherence')
- time_start, time_end, date = get_lid_date(ascii_meteo_file)
-
- meteo_start = date + timedelta(seconds=time_start)
- meteo_end = date + timedelta(seconds=time_end)
- print("Time range of the atmospheric data {} to {}"
- .format(meteo_start, meteo_end))
-
- if start_date < meteo_start:
- print("The simulation starts at {} whereas the atmo ascii "
- "file starts at {}"
- .format(start_date, meteo_start))
- passed = False
- if end_date > meteo_end:
- print("The simulation ends at {} whereas the atmo ascii "
- "file ends at {}"
- .format(end_date, meteo_end))
- passed = False
-
- if passed:
- print(" ~> OK")
- else:
- print(" ~> Failed")
- else:
- print(' ~> No checking atmo ascii file time coherence as free format')
-
- if module in ['telemac2d', 'telemac3d']:
- liq_bnd_file = cas.get('LIQUID BOUNDARIES FILE')
- if liq_bnd_file != '':
- print(' ~> Checking liquid boundaries file time coherence')
- time_start, time_end, date = get_lid_date(liq_bnd_file)
-
- liq_start = date + timedelta(seconds=time_start)
- liq_end = date + timedelta(seconds=time_end)
- print("Time range of the liquid boundary data {} to {}"
- .format(liq_start, liq_end))
-
- if start_date < liq_start:
- print("The simulation starts at {} whereas the liquid boundaries "
- "file starts at {}"
- .format(start_date, liq_start))
- passed = False
- if end_date > liq_end:
- print("The simulation ends at {} whereas the liquid boundaries "
- "file ends at {}"
- .format(end_date, liq_end))
- passed = False
-
- if passed:
- print(" ~> OK")
- else:
- print(" ~> Failed")
-
- if module in ['telemac2d', 'telemac3d']:
- src_file = cas.get('SOURCES FILE')
- if src_file != '':
- print(' ~> Checking sources file time coherence')
- time_start, time_end, date = get_lid_date(src_file)
-
- src_start = date + timedelta(seconds=time_start)
- src_end = date + timedelta(seconds=time_end)
- print("Time range of the source data {} to {}"
- .format(src_start, src_end))
-
- if start_date < src_start:
- print("The simulation starts at {} whereas the sources "
- "file starts at {}"
- .format(start_date, src_start))
- passed = False
- if end_date > src_end:
- print("The simulation ends at {} whereas the sources "
- "file ends at {}"
- .format(end_date, src_end))
- passed = False
-
- if passed:
- print(" ~> OK")
- else:
- print(" ~> Failed")
-
- if module in ['telemac3d']:
- bnd_bin_file = cas.get('BINARY BOUNDARY DATA FILE', '')
- if bnd_bin_file != '':
- print(' ~> Checking binary boundary file time coherence')
- bnd_bin_date, time_start, time_end = get_file_date(bnd_bin_file)
- bnd_bin_start = bnd_bin_date + timedelta(seconds=time_start)
- bnd_bin_end = bnd_bin_date + timedelta(seconds=time_end)
- print("Time range of the atmospheric data {} to {}"
- .format(bnd_bin_start, bnd_bin_end))
-
- if start_date < bnd_bin_start:
- print("The simulation starts at {} whereas the binary boundary"
- "file starts at {}"
- .format(start_date, bnd_bin_start))
- passed = False
- if end_date > bnd_bin_end:
- print("The simulation ends at {} whereas the binary boundary "
- "file ends at {}"
- .format(end_date, bnd_bin_end))
- passed = False
-
- if passed:
- print(" ~> OK")
- else:
- print(" ~> Failed")
+ else:
+ print(' ~> No checking atmo ascii file time coherence as free format')
+
+ liq_bnd_file = cas.get('LIQUID BOUNDARIES FILE')
+ if liq_bnd_file != '':
+ print(' ~> Checking liquid boundaries file time coherence')
+ time_start, time_end, date = get_lid_date(liq_bnd_file)
+
+ liq_start = date + timedelta(seconds=time_start)
+ liq_end = date + timedelta(seconds=time_end)
+ print("Time range of the liquid boundary data {} to {}"
+ .format(liq_start, liq_end))
+
+ if start_date < liq_start:
+ print("The simulation starts at {} whereas the liquid boundaries "
+ "file starts at {}"
+ .format(start_date, liq_start))
+ passed = False
+ if end_date > liq_end:
+ print("The simulation ends at {} whereas the liquid boundaries "
+ "file ends at {}"
+ .format(end_date, liq_end))
+ passed = False
+
+ if passed:
+ print(" ~> OK")
+ else:
+ print(" ~> Failed")
+
+ src_file = cas.get('SOURCES FILE')
+ if src_file != '':
+ print(' ~> Checking sources file time coherence')
+ time_start, time_end, date = get_lid_date(src_file)
+
+ src_start = date + timedelta(seconds=time_start)
+ src_end = date + timedelta(seconds=time_end)
+ print("Time range of the source data {} to {}"
+ .format(src_start, src_end))
+
+ if start_date < src_start:
+ print("The simulation starts at {} whereas the sources "
+ "file starts at {}"
+ .format(start_date, src_start))
+ passed = False
+ if end_date > src_end:
+ print("The simulation ends at {} whereas the sources "
+ "file ends at {}"
+ .format(end_date, src_end))
+ passed = False
+
+ if passed:
+ print(" ~> OK")
+ else:
+ print(" ~> Failed")
+
+ if module != 'telemac3d':
+ return
+
+ bnd_bin_file = cas.get('BINARY BOUNDARY DATA FILE', '')
+ if bnd_bin_file != '':
+ print(' ~> Checking binary boundary file time coherence')
+ bnd_bin_date, time_start, time_end = get_file_date(bnd_bin_file)
+ bnd_bin_start = bnd_bin_date + timedelta(seconds=time_start)
+ bnd_bin_end = bnd_bin_date + timedelta(seconds=time_end)
+ print("Time range of the atmospheric data {} to {}"
+ .format(bnd_bin_start, bnd_bin_end))
+
+ if start_date < bnd_bin_start:
+ print("The simulation starts at {} whereas the binary boundary"
+ "file starts at {}"
+ .format(start_date, bnd_bin_start))
+ passed = False
+ if end_date > bnd_bin_end:
+ print("The simulation ends at {} whereas the binary boundary "
+ "file ends at {}"
+ .format(end_date, bnd_bin_end))
+ passed = False
+
+ if passed:
+ print(" ~> OK")
+ else:
+ print(" ~> Failed")
--
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