def ask_xml_file(message, object_type=""):
""" Ask for an XML file and do some checks """
verif_choix = False
while not verif_choix:
filename = ask_input_file(message)
verif_choix = filename.endswith(".xml")
if not verif_choix:
print(filename+" is not a XML file !")
# Some checks
if object_type == "engine" or object_type == "building":
# Build an empty project
Project.create()
import_infra(filename, object_type)
return filename
def test_import_infra(self):
""" Test loading an infrastructure """
project = Project.create()
# Read an engine and check
infra = import_infra("A320.xml", "engine")
self.assertEqual(len(infra.engines), 1)
engine = infra.engines[0]
self.assertEqual(engine.name, "Machine 0")
self.assertEqual(engine.hauteur, 0.0)
# Local frame:
self.assertEqual(engine.position.x, 0.0)
self.assertEqual(engine.position.y, 0.0)
self.assertEqual(engine.position.z, 0.0)
# Read a building and check
infra = import_infra("Building.xml", "building")
self.assertEqual(len(infra.buildings), 1)
building = infra.buildings[0]
self.assertEqual(building.name, "MyBuilding")
self.assertEqual(building.hauteur, 0.0)
# Local frame:
self.assertEqual(building.position.x, 0.0)
self.assertEqual(building.position.y, 0.0)
self.assertEqual(building.position.z, 0.0)
# Check a no radiant building is refused:
try:
infra = import_infra("Building_no_radiant.xml", "building")
except:
print("Ok, non radiant building is refused as expected.")
else:
print("Non radiant building should be refused.")
sys.exit(-1)
import os
from tympan.models.project import Project
if __name__ == "__main__":
print("Tentative de création d'un projet TYMPAN ex nihilo")
proj = Project(Project.create())
proj.create()
proj.to_xml("toto.xml")
print("That's all folks !")
def main(object_file_list, object_positions_file_list, object_type_list,
object_name_list, input_xml, output_xml):
"""
Import csv file with TYMPAN coordinates and create new project with objects
Or add objects to an existing project
"""
# Create new project if no project entered by user
project = Project.create() if input_xml == '' else Project.from_xml(
input_xml)
# Loop on objects
for object_file, object_positions_file, object_type, object_name in zip(
object_file_list, object_positions_file_list, object_type_list,
object_name_list):
# Import the object read in the xml file:
if object_file != "":
# Import the elements from XML file:
elements = import_infra(object_file, object_type)
# Create numpy array with csv file containing TYMPAN coordinates of the objects
my_data = np.genfromtxt(object_positions_file,
dtype='float',
delimiter=';',
skip_header=1)
if my_data.shape[1] < 3:
print("Error! Should read x,y,z or x,y,z,angle in " +
object_positions_file)
sys.exit(-1)
# Add object to project site for each position
site = project.site
rotation = Point3D(0, 0, 0)
for i in range(len(my_data[:, 0])):
position = Point3D()
height = my_data[i, 2]
position.set_x(my_data[i, 0])
position.set_y(my_data[i, 1])
position.set_z(height)
# Add rotation if found
if my_data.shape[1] == 4:
rotation.set_z(my_data[i, 3])
name = object_name + str(i)
# Add object:
if object_type == "source":
# Source
src = User_source(height, name, position)
site.add_user_source(src, position, height)
elif object_type == "receptor":
# Receptor
project.add_user_receptor(position, height, name)
elif object_type == "engine":
# Engine
site.add_engine(elements.engines[0], position, rotation,
height)
elif object_type == "building":
# Building
site.add_building(elements.buildings[0], position, rotation,
height)
else:
print("Error: Unknown object type: ", object_type)
sys.exit(-1)
# Add project user_receptors to the last computation
if object_type == "receptor":
calcul = project.computations[-1]
for rec in project.user_receptors:
calcul.addReceptor(rec)
# Write the project
project.to_xml(output_xml)
print('Project saved to ', output_xml)