sumolib.scenario.scenarios.rilsa1_out_tls

 1# Eclipse SUMO, Simulation of Urban MObility; see https://eclipse.dev/sumo
 2# Copyright (C) 2012-2026 German Aerospace Center (DLR) and others.
 3# This program and the accompanying materials are made available under the
 4# terms of the Eclipse Public License 2.0 which is available at
 5# https://www.eclipse.org/legal/epl-2.0/
 6# This Source Code may also be made available under the following Secondary
 7# Licenses when the conditions for such availability set forth in the Eclipse
 8# Public License 2.0 are satisfied: GNU General Public License, version 2
 9# or later which is available at
10# https://www.gnu.org/licenses/old-licenses/gpl-2.0-standalone.html
11# SPDX-License-Identifier: EPL-2.0 OR GPL-2.0-or-later
12
13# @file    rilsa1_out_tls.py
14# @author  Daniel Krajzewicz
15# @date    2014-09-01
16
17
18from __future__ import absolute_import
19
20
21from . import fileNeedsRebuild, Scenario
22import os
23import shutil
24import subprocess
25import sumolib.net.generator.demand as demandGenerator
26import sumolib
27
28
29flowsRiLSA1 = [
30    ["nmp", [
31        ["ms2", 359, 9],
32        ["me2", 59, 9],
33        ["mw2", 64, 12]
34    ]],
35
36    ["wmp", [
37        ["me2", 508, 10],
38        ["mn2", 80, 14],
39        ["ms2", 130, 2]
40    ]],
41
42    ["emp", [
43        ["mw2", 571, 10],
44        ["mn2", 57, 9],
45        ["ms2", 47, 3]
46    ]],
47
48    ["smp", [
49        ["mn2", 354, 2],
50        ["me2", 49, 2],
51        ["mw2", 92, 2]
52    ]]
53
54]
55
56
57class Scenario_RiLSA1OutTLS(Scenario):
58    NAME = "RiLSA1OutTLS"
59    THIS_DIR = os.path.join(os.path.abspath(os.path.dirname(__file__)), NAME)
60    TLS_FILE = "tls.add.xml"
61    NET_FILE = "rilsa1.net.xml"
62
63    def __init__(self, params, withDefaultDemand=True):
64        Scenario.__init__(self, self.THIS_DIR)
65        self.params = params
66        if "equipment-rate" not in self.params:
67            self.params["equipment-rate"] = 1
68        # network
69        if fileNeedsRebuild(os.path.join(self.THIS_DIR, self.NET_FILE), "netconvert"):
70            netconvert = sumolib.checkBinary("netconvert")
71            subprocess.call([netconvert, "-c", os.path.join(self.THIS_DIR, "build.netc.cfg")])
72        # build the demand model (streams)
73        if withDefaultDemand:
74            self.demand = demandGenerator.Demand()
75            for f in flowsRiLSA1:
76                for rel in f[1]:
77                    prob = rel[2] / 100.
78                    iprob = 1. - prob
79
80                    pkwEprob = iprob * self.params["equipment-rate"]
81                    pkwNprob = iprob - pkwEprob
82                    lkwEprob = prob * self.params["equipment-rate"]
83                    lkwNprob = prob - lkwEprob
84
85                    self.demand.addStream(demandGenerator.Stream(f[0] + "__" + rel[0], 0, 3600, rel[1], f[0], rel[0],
86                                                                 {"passenger": pkwEprob,
87                                                                  "COLOMBO_undetectable_passenger": pkwNprob,
88                                                                  "hdv": lkwEprob,
89                                                                  "COLOMBO_undetectable_hdv": lkwNprob}))
90            if fileNeedsRebuild(self.fullPath("routes.rou.xml"), "duarouter"):
91                self.demand.build(
92                    0, 3600, self.fullPath(self.NET_FILE), self.fullPath("routes.rou.xml"))
93            self.demandName = self.fullPath("routes.rou.xml")
94
95        self.netName = self.sandboxPath(self.NET_FILE)
96        shutil.copy(
97            self.fullPath(self.NET_FILE), self.sandboxPath(self.NET_FILE))
98        # shutil.copy(self.fullPath(self.TLS_FILE), self.sandboxPath(self.TLS_FILE))