Initial commit

Makefile.am

+AUTOMAKE_OPTIONS = foreign
+SUBDIRS = route height sql doc utils

autogen.sh

+#!/bin/sh
+
+aclocal
+autoconf
+automake --copy --add-missing
+
+rm -r autom4te.cache/
+rm aclocal.m4

configure.ac

+#                                               -*- Autoconf -*-
+# Process this file with autoconf to produce a configure script.
+
+AC_PREREQ([2.68])
+AC_INIT([rv], [0.0.1], [jben@jben.info])
+AM_INIT_AUTOMAKE([rv], [0.0])
+AC_CONFIG_SRCDIR([])
+#AC_CONFIG_HEADERS([config.h])
+
+# Checks for programs.
+AC_PROG_CXX
+AC_PROG_CC
+AC_LANG_PUSH([C++])
+
+# Checks for libraries.
+AC_CHECK_LIB([pqxx], [main], [], [AC_MSG_ERROR(You need the pqxx library.)])
+
+# Checks for header files.
+AC_CHECK_HEADERS([pqxx/pqxx],[],[AC_MSG_ERROR(File needed)])
+
+
+# Checks for typedefs, structures, and compiler characteristics.
+AC_HEADER_STDBOOL
+AC_C_INLINE
+
+# Checks for library functions.
+AC_CHECK_FUNCS([sqrt floor])
+
+#AC_CONFIG_FILES([Makefile
+#                 man/Makefile
+#                 src/Makefile])
+
+AC_OUTPUT([Makefile
+           height/Makefile
+           route/Makefile
+           sql/Makefile
+           doc/Makefile
+           utils/Makefile])

doc/Makefile.am

+
+docdir = $(datadir)/@PACKAGE@/doc
+dist_doc_DATA = *.md
+

doc/create_database.md

+
+Prérequis sur le serveurs
+=========================
+
+
+Postgres
+--------
+
+    apt-get install \
+        postgis \
+        postgresql-9.1-postgis \
+        osmosis \
+        postgresql-contrib \
+        postgresql-plperl
+
+rv
+--
+
+    apt-get install \
+        build-essential \
+        autoconf \
+        automake \
+        libpqxx3-dev
+    git clone http://git.jblg.fr/rv.git
+
+    cd rv
+    sh autogen.sh
+    ./configure --prefix=$HOME/local
+    make
+    make install
+
+
+Import des données
+==================
+
+Création de la database
+-----------------------
+    
+    # en tps que postgres
+    createuser rv
+
+    # creation database
+    createdb rv
+
+    createlang plperl rv
+    createlang plpgsql rv # inutile pour postgres >= 9.1
+
+Schéma de la base
+
+    psql -d rv -c 'CREATE EXTENSION hstore;'
+    psql -d rv \
+        -f /usr/share/postgresql/9.1/contrib/postgis-1.5/postgis.sql
+    psql -d rv \
+        -f /usr/share/postgresql/9.1/contrib/postgis-1.5/spatial_ref_sys.sql
+    psql -d rv \
+        -f /usr/share/doc/osmosis/examples/pgsnapshot_schema_0.6.sql
+    psql -d rv \
+        -f /usr/share/doc/osmosis/examples/pgsnapshot_schema_0.6_action.sql
+
+Ajouts pour rv
+
+    psql -d rv -f rv/sql/00-schema.sql
+    cat rv/sql/10-fonctions-*.sql | psql -d rv
+
+Import des données OSM
+----------------------
+
+Téléchargement :
+
+    mkdir data/
+    mkdir data/import
+    wget -P data/  \
+        http://download.openstreetmap.fr/extracts/europe/france.osm.pbf
+        
+    osmosis \
+        --read-pbf file=data/framce.osm.pbf \
+        --write-pgsql-dump directory=data/import/
+
+Import initial:
+
+    dir=$(pwd)/data/import
+    (
+        echo "COPY nodes FROM '$dir/nodes.txt';"
+        echo "COPY relation_members FROM '$dir/relation_members.txt';"
+        echo "COPY relations FROM '$dir/relations.txt';"
+        echo "COPY users FROM '$dir/users.txt';"
+        echo "COPY way_nodes FROM '$dir/way_nodes.txt';"
+        echo "COPY ways FROM '$dir/ways.txt';"
+    ) \
+        | xargs -d '\n' -i -P 0 psql -d rv -c {}
+
+Une petite analyse de ce qu'on a mis :
+
+    psql -d rv -c "VACUUM ANALYZE;"
+
+On se casse :
+
+    cd ..
+
+Import des données SRTM
+-----------------------
+    
+Récuperer la liste des tiles srtm necessaires
+    
+    psql -d rv \
+        -t -F ' ' -A \
+        -c 'SELECT DISTINCT floor(ST_X(geom)),floor(ST_Y(geom)) from nodes;' \
+        > data/list_needed_srtm
+
+
+Telecharger les données srtm
+
+    mkdir data/srtmzip
+    rv/utils/dlsrtm data/list_needed_srtm data/srtmzip/
+
+Dézippage
+
+    mkdir data/srtm
+    rv/utils/unzipsrtm data/srtmzip/ data/srtm/
+
+Remplissage paralelle de la database
+
+    rv/utils/populate_height_table_parallel \
+        data/list_needed_srtm 12 \
+        rv/height/rv_populate_height_table dbname=rv data/srtm/
+
+
+Une petite analyse de ce qu'on a mis :
+
+    psql -d rv -c "VACUUM ANALYZE;"
+
+
+Remplissage initial des tables perso
+------------------------------------
+
+    psql -d rv -f rv/sql/90-initial-import.sql
+
+Une petite analyse de ce qu'on a mis :
+
+    psql -d rv -c "VACUUM ANALYZE;"
+
+
+Ménage
+------
+
+Un petit coup de balai
+
+    rm -r data/
+

doc/versions.md

+
+Versions du programme de routage
+================================
+
+Forme
+-----
+
+La forme est x.y.z .
+
+ * x est un entier naturel, la version majeure
+ * y est un entier naturel, la version majeure de la base de donnée associée
+ * z est un entier naturel, la révision
+
+Version majeure
+---------------
+
+Un changement de version majeure implique un changement de la façon dont
+le programme de routage s'utilise ou un changement de la façon dont le programme
+de routage retourne ses résultats.
+
+Un changement de ce numéro de version entraîne probablement un changement dans
+les frontends.
+
+Version majeure de la base de donnée associée
+---------------------------------------------
+
+Il s'agit de la version majeure de la base de donnée que le programme de routage
+s'attend à trouver lors de ces requêtes. La base de donnée DOIT avoir même
+version majeure.
+
+Révisions
+---------
+
+Un changement de ce numéro implique aucune modification destructive dans
+l'interface avec l'utilisateur, et aucun changement dans ce qui est attendu dans
+la base de données.
+
+Attention, si il est garanti qu'un frontend fonctionnant avec la version x.y.z
+fonctionne avec la version x.y.(z+1), la réciproque pourra être fausse en cas
+d'ajout de nouvelles possiblilités.
+
+
+Version de la base de données
+=============================
+
+Forme
+-----
+
+La forme est a.b
+
+ * a est un entier naturel, la version majeur
+ * b est un entier naturel, la révision
+
+Version majeure
+---------------
+
+Un changement dans ce numéro de version indique un changement dans le stockage
+des données accessibles au moteur de routage, ou un changement dans les
+fonctions utilisées par le moteur de routage.
+
+Révision
+--------
+
+Un changement dans ce numéro de version indique que les changements ne
+concernent que le stockage des données non utilisées par le moteur de routage,
+ou des fonctions internes.
+
+
+Condition suffisante sur les versions
+=====================================
+
+(Qui peut ne pas être necessaire, mais c'est à vos risques et périls)
+
+Il suffit que y=a pour que le moteur de routage puisse travailler avec la base
+de données.
+
+

height/Makefile.am

+
+utilsdir = $(datadir)/@PACKAGE@/bin
+utils_PROGRAMS = populate_height_table
+populate_height_table_SOURCES = populate_height_table.cc populate_height_table.h
+populate_height_table_CPPFLAGS = $(LIBPQXX_CFLAGS)
+populate_height_table_LDADD = $(LIBPQXX_LIBS)

height/populate_height_table.cc

+#include "populate_height_table.h"
+
+int main(int argc, char* argv[])
+{
+    if(argc!=7)
+    {
+        fprintf(stderr,"Usage : %s \"database connection string\" srtm_dir/ lon_min lat_min lon_max lat_max\n",argv[0]);
+        return(1);
+    }
+
+    std::string s_db = argv[1];
+    std::string s_srtm_dir = argv[2];
+    int lon_min, lon_max, lat_min, lat_max;
+    sscanf(argv[3],"%i",&lon_min);
+    sscanf(argv[4],"%i",&lat_min);
+    sscanf(argv[5],"%i",&lon_max);
+    sscanf(argv[6],"%i",&lat_max);
+
+
+    fprintf(stderr,"Openning database\n");
+    pqxx::connection db(s_db);
+
+
+    fprintf(stderr,"Deleting points of non original points of grid\n");
+
+    {
+        pqxx::work txn(db);
+
+        txn.exec("DELETE FROM rv_height WHERE approx;");
+        
+        txn.commit();
+    }
+    /*
+    fprintf(stderr,"Unset node heights computed with non orignal points of grid\n");
+
+    {
+        pqxx::work txn(db);
+
+        txn.exec("UPDATE nodes SET (height,height_version,height_with_only_originals)=(NULL,0,TRUE) WHERE NOT height_with_only_originals;");
+        
+        txn.commit();
+    }
+    */
+
+    for(int lon_iter=lon_min; lon_iter<lon_max; lon_iter++)
+    {
+        for(int lat_iter=lat_min; lat_iter<lat_max; lat_iter++)
+        {
+            fprintf(stderr,"Inserting grid points where (lon,lat) in [%i,%i[ x [%i,%i[\n",lon_iter,lon_iter+1,lat_iter,lat_iter+1);
+
+            std::string s_dfilename = s_srtm_dir;
+            {
+                char dN = (lat_iter>=0) ? 'N' : 'S' ;
+                int dNs = (lat_iter>=0) ? 1 : -1 ;
+                char dE = (lon_iter>=0) ? 'E' : 'W' ;
+                int dEs = (lon_iter>=0) ? 1 : -1 ;
+
+                char fname[1024];
+                snprintf(fname,1024, "/%c%02u%c%03u.hgt",dN,dNs*lat_iter,dE,dEs*lon_iter);
+                s_dfilename.append(fname);
+            }
+
+            
+            fprintf(stderr,"    Opening %s\n",s_dfilename.c_str());
+            std::ifstream ifs(s_dfilename.c_str());
+
+            if(!ifs.is_open())
+            {
+                fprintf(stderr,"    Error openning file %s\n",s_dfilename.c_str());
+                fprintf(stderr,"    Skipping...\n");
+                continue;
+            }
+
+            pqxx::work txn(db);
+
+            for(int lat_iter_3=3600; lat_iter_3>=0; lat_iter_3-=3)
+            {
+                for(int lon_iter_3=0; lon_iter_3<=3600; lon_iter_3+=3)
+                {
+                    if(ifs.eof())
+                    {
+                        fprintf(stderr,"Unexpected end of file, lat_iter_3 = %i ; lon_iter_3 = %i\n",lat_iter_3,lon_iter_3);
+                        abort();
+                    }
+
+                    char c[2];
+                    ifs.read(c,2);
+
+                    short s;
+                    s=(unsigned char)(c[0]);
+                    s=s<<8;
+                    s+=(unsigned char)(c[1]);
+                    
+                    if(s!=-32768 && lon_iter_3!=3600 && lat_iter_3!=3600)
+                    {
+                        int lon_s=3600*lon_iter+lon_iter_3;
+                        int lat_s=3600*lat_iter+lat_iter_3;
+
+                        double lon = lon_s * 1.0/3600;
+                        double lat = lat_s * 1.0/3600;
+
+                        char req2[1024];
+                        snprintf(req2,1024,"INSERT INTO rv_height (lon_s,lat_s,height,geom,approx) VALUES (%i,%i,%i,'SRID=4326;POINT(%.6f %.6f)'::geometry,FALSE);",lon_s,lat_s,s,lon,lat);
+                        
+                        txn.exec(req2);
+                    }
+
+                }
+            }
+
+            txn.commit();
+        }
+    }
+
+
+    fprintf(stderr,"\nDone!\n");
+    return(0);
+
+}

height/populate_height_table.h

+#ifndef H_CREATE_HEIGHT_DB
+#define H_CREATE_HEIGHT_DB 1
+
+#include <iostream>
+#include <fstream>
+#include <stdlib.h>
+#include <stdio.h>
+#include <string>
+
+#include <pqxx/pqxx>
+
+#endif

route/Makefile.am

+
+# this lists the binaries to produce, the (non-PHONY, binary) targets in
+# the previous manual Makefile
+bin_PROGRAMS = rv_route
+rv_route_SOURCES = database.cc main.cc model.cc node.cc node_parcouru.cc queue.h route.h database.h Makefile.am model.h node.h node_parcouru.h route.cc edge.h
+rv_route_CPPFLAGS = $(LIBPQXX_CFLAGS)
+rv_route_LDADD = $(LIBPQXX_LIBS)
+

route/calc_model.cc

+#include<cmath>
+
+void model::calc_model(double & d_V1, double & d_Ea, double & d_Ec, double d_V0, double d_vent, double d_d, double d_Ep, double d_Er) const
+{
+    double d_provV1_0 = std::pow(d_rho_air,4.0); // d_rho_air^4.0
+    double d_provV1_1 = std::pow(d_SCx,4.0); // d_SCx^4.0
+    double d_provV1_2 = std::pow(d_V0,5.0); // d_V0^5.0
+    double d_provV1_3 = std::pow(d_rho_air,2.0); // d_rho_air^2.0
+    double d_provV1_4 = std::pow(d_Ep,2.0); // d_Ep^2.0
+    double d_provV1_5 = std::pow(d_SCx,2.0); // d_SCx^2.0
+    double d_provV1_6 = std::pow(d_Er,3.0); // d_Er^3.0
+    double d_provV1_7 = std::pow(d_vent,5.0); // d_vent^5.0
+    double d_provV1_8 = std::pow(d_masse,3.0); // d_masse^3.0
+    double d_provV1_9 = std::pow(d_vent,3.0); // d_vent^3.0
+    double d_provV1_10 = std::pow(d_masse,2.0); // d_masse^2.0
+    double d_provV1_11 = std::pow(d_Er,2.0); // d_Er^2.0
+    double d_provV1_12 = std::pow(d_Ep,3.0); // d_Ep^3.0
+    double d_provV1_13 = std::pow(d_SCx,3.0); // d_SCx^3.0
+    double d_provV1_14 = std::pow(d_V0,4.0); // d_V0^4.0
+    double d_provV1_15 = std::pow(d_vent,2.0); // d_vent^2.0
+    double d_provV1_16 = std::pow(d_V0,3.0); // d_V0^3.0
+    double d_provV1_17 = std::pow(d_rho_air,3.0); // d_rho_air^3.0
+    double d_provV1_18 = std::pow(d_vent,6.0); // d_vent^6.0
+    double d_provV1_19 = std::pow(d_V0,6.0); // d_V0^6.0
+    double d_provV1_20 = std::pow(d_d,4.0); // d_d^4.0
+    double d_provV1_21 = std::pow(d_P,2.0); // d_P^2.0
+    double d_provV1_22 = std::pow(d_V0,2.0); // d_V0^2.0
+    double d_provV1_23 = std::pow(d_vent,4.0); // d_vent^4.0
+    double d_provV1_24 = std::pow(d_d,2.0); // d_d^2.0
+    double d_provV1_25 = std::pow(d_d,3.0); // d_d^3.0
+
+    d_V1=std::pow((std::sqrt((d_provV1_20 * d_provV1_0 * d_provV1_1 - 12.0 * d_provV1_24 * d_provV1_10 * d_provV1_3 * d_provV1_5) * d_provV1_19 + (2.0 * d_provV1_20 * d_provV1_0 * d_vent * d_provV1_1 + 12.0 * d_provV1_25 * d_masse * d_provV1_17 * d_vent * d_provV1_13) * d_provV1_2 + (7.0 * d_provV1_20 * d_provV1_0 * d_provV1_15 * d_provV1_1 + (20.0 * d_provV1_25 * d_provV1_17 * d_Er + 20.0 * d_provV1_25 * d_provV1_17 * d_Ep + 12.0 * d_provV1_25 * d_masse * d_provV1_17 * d_provV1_15) * d_provV1_13 + (24.0 * d_provV1_24 * d_masse * d_provV1_3 * d_Er + 24.0 * d_provV1_24 * d_masse * d_provV1_3 * d_Ep - 72.0 * d_provV1_24 * d_provV1_10 * d_provV1_3 * d_provV1_15) * d_provV1_5 + ( - 144.0 * d_d * d_provV1_10 * d_rho_air * d_Er - 144.0 * d_d * d_provV1_10 * d_rho_air * d_Ep) * d_SCx) * d_provV1_14 + (12.0 * d_provV1_20 * d_provV1_0 * d_provV1_9 * d_provV1_1 + ( - 56.0 * d_provV1_20 * d_provV1_17 * d_P + 24.0 * d_provV1_25 * d_provV1_17 * d_vent * d_Er + 24.0 * d_provV1_25 * d_provV1_17 * d_vent * d_Ep + 72.0 * d_provV1_25 * d_masse * d_provV1_17 * d_provV1_9) * d_provV1_13 + ( - 360.0 * d_provV1_25 * d_masse * d_provV1_3 * d_P + 144.0 * d_provV1_24 * d_masse * d_provV1_3 * d_vent * d_Er + 144.0 * d_provV1_24 * d_masse * d_provV1_3 * d_vent * d_Ep) * d_provV1_5 + 432.0 * d_provV1_24 * d_provV1_10 * d_rho_air * d_P * d_SCx + 3456.0 * d_d * d_provV1_8 * d_P) * d_provV1_16 + (15.0 * d_provV1_20 * d_provV1_0 * d_provV1_23 * d_provV1_1 + (72.0 * d_provV1_20 * d_provV1_17 * d_vent * d_P + 96.0 * d_provV1_25 * d_provV1_17 * d_provV1_15 * d_Er + 96.0 * d_provV1_25 * d_provV1_17 * d_provV1_15 * d_Ep + 72.0 * d_provV1_25 * d_masse * d_provV1_17 * d_provV1_23) * d_provV1_13 + ( - 1080.0 * d_provV1_25 * d_masse * d_provV1_3 * d_vent * d_P + 132.0 * d_provV1_24 * d_provV1_3 * d_provV1_11 + (264.0 * d_provV1_24 * d_provV1_3 * d_Ep + 288.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_15) * d_Er + 132.0 * d_provV1_24 * d_provV1_3 * d_provV1_4 + 288.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_15 * d_Ep - 108.0 * d_provV1_24 * d_provV1_10 * d_provV1_3 * d_provV1_23) * d_provV1_5 + ( - 5184.0 * d_provV1_24 * d_provV1_10 * d_rho_air * d_vent * d_P + 288.0 * d_d * d_masse * d_rho_air * d_provV1_11 + (576.0 * d_d * d_masse * d_rho_air * d_Ep - 432.0 * d_d * d_provV1_10 * d_rho_air * d_provV1_15) * d_Er + 288.0 * d_d * d_masse * d_rho_air * d_provV1_4 - 432.0 * d_d * d_provV1_10 * d_rho_air * d_provV1_15 * d_Ep) * d_SCx - 432.0 * d_provV1_10 * d_provV1_11 - 864.0 * d_provV1_10 * d_Ep * d_Er - 432.0 * d_provV1_10 * d_provV1_4) * d_provV1_22 + (18.0 * d_provV1_20 * d_provV1_0 * d_provV1_7 * d_provV1_1 + (216.0 * d_provV1_20 * d_provV1_17 * d_provV1_15 * d_P + 72.0 * d_provV1_25 * d_provV1_17 * d_provV1_9 * d_Er + 72.0 * d_provV1_25 * d_provV1_17 * d_provV1_9 * d_Ep + 108.0 * d_provV1_25 * d_masse * d_provV1_17 * d_provV1_7) * d_provV1_13 + (( - 432.0 * d_provV1_25 * d_provV1_3 * d_Er - 432.0 * d_provV1_25 * d_provV1_3 * d_Ep + 648.0 * d_provV1_25 * d_masse * d_provV1_3 * d_provV1_15) * d_P + 72.0 * d_provV1_24 * d_provV1_3 * d_vent * d_provV1_11 + (144.0 * d_provV1_24 * d_provV1_3 * d_vent * d_Ep + 432.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_9) * d_Er + 72.0 * d_provV1_24 * d_provV1_3 * d_vent * d_provV1_4 + 432.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_9 * d_Ep) * d_provV1_5 + (( - 3888.0 * d_provV1_24 * d_masse * d_rho_air * d_Er - 3888.0 * d_provV1_24 * d_masse * d_rho_air * d_Ep - 3888.0 * d_provV1_24 * d_provV1_10 * d_rho_air * d_provV1_15) * d_P + 432.0 * d_d * d_masse * d_rho_air * d_vent * d_provV1_11 + 864.0 * d_d * d_masse * d_rho_air * d_vent * d_Ep * d_Er + 432.0 * d_d * d_masse * d_rho_air * d_vent * d_provV1_4) * d_SCx + ( - 7776.0 * d_d * d_provV1_10 * d_Er - 7776.0 * d_d * d_provV1_10 * d_Ep) * d_P) * d_V0 + 9.0 * d_provV1_20 * d_provV1_0 * d_provV1_18 * d_provV1_1 + (216.0 * d_provV1_20 * d_provV1_17 * d_provV1_9 * d_P + 108.0 * d_provV1_25 * d_provV1_17 * d_provV1_23 * d_Er + 108.0 * d_provV1_25 * d_provV1_17 * d_provV1_23 * d_Ep + 108.0 * d_provV1_25 * d_masse * d_provV1_17 * d_provV1_18) * d_provV1_13 + (1296.0 * d_provV1_20 * d_provV1_3 * d_provV1_21 + (1296.0 * d_provV1_25 * d_provV1_3 * d_vent * d_Er + 1296.0 * d_provV1_25 * d_provV1_3 * d_vent * d_Ep + 1944.0 * d_provV1_25 * d_masse * d_provV1_3 * d_provV1_9) * d_P + 324.0 * d_provV1_24 * d_provV1_3 * d_provV1_15 * d_provV1_11 + (648.0 * d_provV1_24 * d_provV1_3 * d_provV1_15 * d_Ep + 648.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_23) * d_Er + 324.0 * d_provV1_24 * d_provV1_3 * d_provV1_15 * d_provV1_4 + 648.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_23 * d_Ep) * d_provV1_5 + (7776.0 * d_provV1_25 * d_masse * d_rho_air * d_provV1_21 + (3888.0 * d_provV1_24 * d_masse * d_rho_air * d_vent * d_Er + 3888.0 * d_provV1_24 * d_masse * d_rho_air * d_vent * d_Ep) * d_P + 288.0 * d_d * d_rho_air * d_provV1_6 + (864.0 * d_d * d_rho_air * d_Ep + 1296.0 * d_d * d_masse * d_rho_air * d_provV1_15) * d_provV1_11 + (864.0 * d_d * d_rho_air * d_provV1_4 + 2592.0 * d_d * d_masse * d_rho_air * d_provV1_15 * d_Ep) * d_Er + 288.0 * d_d * d_rho_air * d_provV1_12 + 1296.0 * d_d * d_masse * d_rho_air * d_provV1_15 * d_provV1_4) * d_SCx + 11664.0 * d_provV1_24 * d_provV1_10 * d_provV1_21 + 864.0 * d_masse * d_provV1_6 + 2592.0 * d_masse * d_Ep * d_provV1_11 + 2592.0 * d_masse * d_provV1_4 * d_Er + 864.0 * d_masse * d_provV1_12) / (6.0 * std::pow((d_d * d_rho_air * d_SCx + 3.0 * d_masse),2.0)) + (d_provV1_24 * (d_masse * (d_provV1_3 * ( - 45.0 * d_provV1_5 * d_provV1_16 - 135.0 * d_vent * d_provV1_5 * d_provV1_22 + 81.0 * d_provV1_15 * d_provV1_5 * d_V0 + 243.0 * d_provV1_9 * d_provV1_5) + 1944.0 * d_rho_air * d_P * d_SCx) + d_provV1_3 * ( - 54.0 * d_Er * d_provV1_5 * d_V0 - 54.0 * d_Ep * d_provV1_5 * d_V0 + d_vent * (162.0 * d_Er * d_provV1_5 + 162.0 * d_Ep * d_provV1_5))) + d_d * (d_provV1_10 * (d_rho_air * (54.0 * d_SCx * d_provV1_16 - 648.0 * d_vent * d_SCx * d_provV1_22 - 486.0 * d_provV1_15 * d_SCx * d_V0) + 2916.0 * d_P) + d_masse * d_rho_air * ( - 486.0 * d_Er * d_SCx * d_V0 - 486.0 * d_Ep * d_SCx * d_V0 + d_vent * (486.0 * d_Er * d_SCx + 486.0 * d_Ep * d_SCx))) + d_provV1_25 * (d_provV1_17 * ( - 7.0 * d_provV1_13 * d_provV1_16 + 9.0 * d_vent * d_provV1_13 * d_provV1_22 + 27.0 * d_provV1_15 * d_provV1_13 * d_V0 + 27.0 * d_provV1_9 * d_provV1_13) + 324.0 * d_provV1_3 * d_P * d_provV1_5) + 432.0 * d_provV1_8 * d_provV1_16 + d_provV1_10 * ( - 972.0 * d_Er * d_V0 - 972.0 * d_Ep * d_V0)) / (54.0 * d_provV1_25 * d_provV1_17 * d_provV1_13 + 486.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_5 + 1458.0 * d_d * d_provV1_10 * d_rho_air * d_SCx + 1458.0 * d_provV1_8)),(1.0 / 3.0)) - (d_d * (d_masse * d_rho_air * ( - 3.0 * d_SCx * d_provV1_22 + 36.0 * d_vent * d_SCx * d_V0 + 27.0 * d_provV1_15 * d_SCx) + d_rho_air * (18.0 * d_Er * d_SCx + 18.0 * d_Ep * d_SCx)) + d_provV1_24 * d_provV1_3 * (2.0 * d_provV1_5 * d_provV1_22 + 6.0 * d_vent * d_provV1_5 * d_V0) - 36.0 * d_provV1_10 * d_provV1_22 + d_masse * (54.0 * d_Er + 54.0 * d_Ep)) / ((9.0 * d_provV1_24 * d_provV1_3 * d_provV1_5 + 54.0 * d_d * d_masse * d_rho_air * d_SCx + 81.0 * d_provV1_10) * std::pow((std::sqrt((d_provV1_20 * d_provV1_0 * d_provV1_1 - 12.0 * d_provV1_24 * d_provV1_10 * d_provV1_3 * d_provV1_5) * d_provV1_19 + (2.0 * d_provV1_20 * d_provV1_0 * d_vent * d_provV1_1 + 12.0 * d_provV1_25 * d_masse * d_provV1_17 * d_vent * d_provV1_13) * d_provV1_2 + (7.0 * d_provV1_20 * d_provV1_0 * d_provV1_15 * d_provV1_1 + (20.0 * d_provV1_25 * d_provV1_17 * d_Er + 20.0 * d_provV1_25 * d_provV1_17 * d_Ep + 12.0 * d_provV1_25 * d_masse * d_provV1_17 * d_provV1_15) * d_provV1_13 + (24.0 * d_provV1_24 * d_masse * d_provV1_3 * d_Er + 24.0 * d_provV1_24 * d_masse * d_provV1_3 * d_Ep - 72.0 * d_provV1_24 * d_provV1_10 * d_provV1_3 * d_provV1_15) * d_provV1_5 + ( - 144.0 * d_d * d_provV1_10 * d_rho_air * d_Er - 144.0 * d_d * d_provV1_10 * d_rho_air * d_Ep) * d_SCx) * d_provV1_14 + (12.0 * d_provV1_20 * d_provV1_0 * d_provV1_9 * d_provV1_1 + ( - 56.0 * d_provV1_20 * d_provV1_17 * d_P + 24.0 * d_provV1_25 * d_provV1_17 * d_vent * d_Er + 24.0 * d_provV1_25 * d_provV1_17 * d_vent * d_Ep + 72.0 * d_provV1_25 * d_masse * d_provV1_17 * d_provV1_9) * d_provV1_13 + ( - 360.0 * d_provV1_25 * d_masse * d_provV1_3 * d_P + 144.0 * d_provV1_24 * d_masse * d_provV1_3 * d_vent * d_Er + 144.0 * d_provV1_24 * d_masse * d_provV1_3 * d_vent * d_Ep) * d_provV1_5 + 432.0 * d_provV1_24 * d_provV1_10 * d_rho_air * d_P * d_SCx + 3456.0 * d_d * d_provV1_8 * d_P) * d_provV1_16 + (15.0 * d_provV1_20 * d_provV1_0 * d_provV1_23 * d_provV1_1 + (72.0 * d_provV1_20 * d_provV1_17 * d_vent * d_P + 96.0 * d_provV1_25 * d_provV1_17 * d_provV1_15 * d_Er + 96.0 * d_provV1_25 * d_provV1_17 * d_provV1_15 * d_Ep + 72.0 * d_provV1_25 * d_masse * d_provV1_17 * d_provV1_23) * d_provV1_13 + ( - 1080.0 * d_provV1_25 * d_masse * d_provV1_3 * d_vent * d_P + 132.0 * d_provV1_24 * d_provV1_3 * d_provV1_11 + (264.0 * d_provV1_24 * d_provV1_3 * d_Ep + 288.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_15) * d_Er + 132.0 * d_provV1_24 * d_provV1_3 * d_provV1_4 + 288.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_15 * d_Ep - 108.0 * d_provV1_24 * d_provV1_10 * d_provV1_3 * d_provV1_23) * d_provV1_5 + ( - 5184.0 * d_provV1_24 * d_provV1_10 * d_rho_air * d_vent * d_P + 288.0 * d_d * d_masse * d_rho_air * d_provV1_11 + (576.0 * d_d * d_masse * d_rho_air * d_Ep - 432.0 * d_d * d_provV1_10 * d_rho_air * d_provV1_15) * d_Er + 288.0 * d_d * d_masse * d_rho_air * d_provV1_4 - 432.0 * d_d * d_provV1_10 * d_rho_air * d_provV1_15 * d_Ep) * d_SCx - 432.0 * d_provV1_10 * d_provV1_11 - 864.0 * d_provV1_10 * d_Ep * d_Er - 432.0 * d_provV1_10 * d_provV1_4) * d_provV1_22 + (18.0 * d_provV1_20 * d_provV1_0 * d_provV1_7 * d_provV1_1 + (216.0 * d_provV1_20 * d_provV1_17 * d_provV1_15 * d_P + 72.0 * d_provV1_25 * d_provV1_17 * d_provV1_9 * d_Er + 72.0 * d_provV1_25 * d_provV1_17 * d_provV1_9 * d_Ep + 108.0 * d_provV1_25 * d_masse * d_provV1_17 * d_provV1_7) * d_provV1_13 + (( - 432.0 * d_provV1_25 * d_provV1_3 * d_Er - 432.0 * d_provV1_25 * d_provV1_3 * d_Ep + 648.0 * d_provV1_25 * d_masse * d_provV1_3 * d_provV1_15) * d_P + 72.0 * d_provV1_24 * d_provV1_3 * d_vent * d_provV1_11 + (144.0 * d_provV1_24 * d_provV1_3 * d_vent * d_Ep + 432.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_9) * d_Er + 72.0 * d_provV1_24 * d_provV1_3 * d_vent * d_provV1_4 + 432.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_9 * d_Ep) * d_provV1_5 + (( - 3888.0 * d_provV1_24 * d_masse * d_rho_air * d_Er - 3888.0 * d_provV1_24 * d_masse * d_rho_air * d_Ep - 3888.0 * d_provV1_24 * d_provV1_10 * d_rho_air * d_provV1_15) * d_P + 432.0 * d_d * d_masse * d_rho_air * d_vent * d_provV1_11 + 864.0 * d_d * d_masse * d_rho_air * d_vent * d_Ep * d_Er + 432.0 * d_d * d_masse * d_rho_air * d_vent * d_provV1_4) * d_SCx + ( - 7776.0 * d_d * d_provV1_10 * d_Er - 7776.0 * d_d * d_provV1_10 * d_Ep) * d_P) * d_V0 + 9.0 * d_provV1_20 * d_provV1_0 * d_provV1_18 * d_provV1_1 + (216.0 * d_provV1_20 * d_provV1_17 * d_provV1_9 * d_P + 108.0 * d_provV1_25 * d_provV1_17 * d_provV1_23 * d_Er + 108.0 * d_provV1_25 * d_provV1_17 * d_provV1_23 * d_Ep + 108.0 * d_provV1_25 * d_masse * d_provV1_17 * d_provV1_18) * d_provV1_13 + (1296.0 * d_provV1_20 * d_provV1_3 * d_provV1_21 + (1296.0 * d_provV1_25 * d_provV1_3 * d_vent * d_Er + 1296.0 * d_provV1_25 * d_provV1_3 * d_vent * d_Ep + 1944.0 * d_provV1_25 * d_masse * d_provV1_3 * d_provV1_9) * d_P + 324.0 * d_provV1_24 * d_provV1_3 * d_provV1_15 * d_provV1_11 + (648.0 * d_provV1_24 * d_provV1_3 * d_provV1_15 * d_Ep + 648.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_23) * d_Er + 324.0 * d_provV1_24 * d_provV1_3 * d_provV1_15 * d_provV1_4 + 648.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_23 * d_Ep) * d_provV1_5 + (7776.0 * d_provV1_25 * d_masse * d_rho_air * d_provV1_21 + (3888.0 * d_provV1_24 * d_masse * d_rho_air * d_vent * d_Er + 3888.0 * d_provV1_24 * d_masse * d_rho_air * d_vent * d_Ep) * d_P + 288.0 * d_d * d_rho_air * d_provV1_6 + (864.0 * d_d * d_rho_air * d_Ep + 1296.0 * d_d * d_masse * d_rho_air * d_provV1_15) * d_provV1_11 + (864.0 * d_d * d_rho_air * d_provV1_4 + 2592.0 * d_d * d_masse * d_rho_air * d_provV1_15 * d_Ep) * d_Er + 288.0 * d_d * d_rho_air * d_provV1_12 + 1296.0 * d_d * d_masse * d_rho_air * d_provV1_15 * d_provV1_4) * d_SCx + 11664.0 * d_provV1_24 * d_provV1_10 * d_provV1_21 + 864.0 * d_masse * d_provV1_6 + 2592.0 * d_masse * d_Ep * d_provV1_11 + 2592.0 * d_masse * d_provV1_4 * d_Er + 864.0 * d_masse * d_provV1_12) / (6.0 * std::pow((d_d * d_rho_air * d_SCx + 3.0 * d_masse),2.0)) + (d_provV1_24 * (d_masse * (d_provV1_3 * ( - 45.0 * d_provV1_5 * d_provV1_16 - 135.0 * d_vent * d_provV1_5 * d_provV1_22 + 81.0 * d_provV1_15 * d_provV1_5 * d_V0 + 243.0 * d_provV1_9 * d_provV1_5) + 1944.0 * d_rho_air * d_P * d_SCx) + d_provV1_3 * ( - 54.0 * d_Er * d_provV1_5 * d_V0 - 54.0 * d_Ep * d_provV1_5 * d_V0 + d_vent * (162.0 * d_Er * d_provV1_5 + 162.0 * d_Ep * d_provV1_5))) + d_d * (d_provV1_10 * (d_rho_air * (54.0 * d_SCx * d_provV1_16 - 648.0 * d_vent * d_SCx * d_provV1_22 - 486.0 * d_provV1_15 * d_SCx * d_V0) + 2916.0 * d_P) + d_masse * d_rho_air * ( - 486.0 * d_Er * d_SCx * d_V0 - 486.0 * d_Ep * d_SCx * d_V0 + d_vent * (486.0 * d_Er * d_SCx + 486.0 * d_Ep * d_SCx))) + d_provV1_25 * (d_provV1_17 * ( - 7.0 * d_provV1_13 * d_provV1_16 + 9.0 * d_vent * d_provV1_13 * d_provV1_22 + 27.0 * d_provV1_15 * d_provV1_13 * d_V0 + 27.0 * d_provV1_9 * d_provV1_13) + 324.0 * d_provV1_3 * d_P * d_provV1_5) + 432.0 * d_provV1_8 * d_provV1_16 + d_provV1_10 * ( - 972.0 * d_Er * d_V0 - 972.0 * d_Ep * d_V0)) / (54.0 * d_provV1_25 * d_provV1_17 * d_provV1_13 + 486.0 * d_provV1_24 * d_masse * d_provV1_3 * d_provV1_5 + 1458.0 * d_d * d_provV1_10 * d_rho_air * d_SCx + 1458.0 * d_provV1_8)),(1.0 / 3.0))) - (d_d * d_rho_air * (2.0 * d_SCx * d_V0 + 3.0 * d_vent * d_SCx) + 3.0 * d_masse * d_V0) / (3.0 * (d_d * d_rho_air * d_SCx + 3.0 * d_masse));
+
+    if(d_V1<0)
+        d_V1=0;
+
+    if(std::isnan(d_V1))
+        d_V1=d_V0;
+
+    double d_provEa_0 = std::pow(d_V1,2.0); // d_V1^2.0
+    double d_provEa_1 = std::pow(d_vent,2.0); // d_vent^2.0
+    double d_provEa_2 = std::pow(d_V0,2.0); // d_V0^2.0
+
+    d_Ea=d_d * d_rho_air * d_SCx * (d_provEa_0 + d_V0 * d_V1 + 3.0 * d_vent * d_V1 + d_provEa_2 + 3.0 * d_vent * d_V0 + 3.0 * d_provEa_1) / 6.0;
+
+    double d_provEc_0 = std::pow(d_V1,2.0); // d_V1^2.0
+    double d_provEc_1 = std::pow(d_V0,2.0); // d_V0^2.0
+
+    d_Ec=d_masse * (d_provEc_0 - d_provEc_1) / 2.0;
+
+}

route/database.cc

+#include "database.h"
+#include<iostream>
+
+node database::get_node(const unsigned long long & ull_id)
+{
+    pqxx::work txn(db);
+    char z_req[1024];
+    snprintf(z_req,1024,"SELECT ST_X(geom),ST_Y(geom),height FROM rv_nodes WHERE id=%lld;",ull_id);
+
+    pqxx::result r=txn.exec(z_req);
+
+    if(r.size()==0)
+    {
+        fprintf(stderr,"\nMissing node %llu\n",ull_id);
+        abort();
+    }
+
+
+    double d_lon    = r[0][0].as<double>();
+    double d_lat    = r[0][1].as<double>();
+    double d_height = r[0][2].as<double>();
+
+    node n_result(ull_id,d_lon,d_lat,d_height);
+    return(n_result);
+}
+
+unsigned long long database::find_node(const double & d_lon, const double & d_lat)
+{
+    unsigned long long ull_id_node=0;
+    double diam = 0.015;
+
+    do
+    {
+        pqxx::work txn(db);
+        
+        char z_req[1024];
+
+        snprintf(z_req,1024,"SELECT id FROM rv_nodes WHERE geom && ST_Expand('SRID=4326;POINT(%.8f %.8f)'::geometry,%f) ORDER BY ST_Distance(geom,'POINT(%.8f %.8f)'::geography) LIMIT 1;",d_lon,d_lat,diam,d_lon,d_lat);
+  
+        pqxx::result res = txn.exec(z_req);
+
+        if(res.size()>0)
+            ull_id_node = res[0][0].as<unsigned long long>();
+        else
+            diam*=2;
+    } while(ull_id_node==0);
+        
+
+    fprintf(stderr,"%llu\n",ull_id_node);
+    return(ull_id_node);
+}
+
+
+edge database::get_edge(const unsigned long long & ull_from, const unsigned long long & ull_to)
+{
+    pqxx::work txn(db);
+    char z_req[1024];
+    snprintf(z_req,1024,"SELECT way_id FROM rv_edges WHERE from_id=%lld AND to_id=%lld;",ull_from,ull_to);
+
+    pqxx::result r=txn.exec(z_req);
+    if(r.size()==0)
+    {
+        fprintf(stderr,"\nMissing edge (%llu,%llu)\n",ull_from,ull_to);
+        abort();
+    }
+
+
+    unsigned long long ull_id_way    = r[0][0].as<unsigned long long>();
+
+    edge E_result(ull_from,ull_to,ull_id_way);
+    return(E_result);
+}
+
+std::list<unsigned long long> database::get_adjoining(const unsigned long long & ull_id)
+{
+    pqxx::work txn(db);
+    char z_req[1024];
+    snprintf(z_req,1024,"SELECT to_id FROM rv_edges WHERE from_id=%lld;",ull_id);
+
+    std::list<unsigned long long> lull_adj;
+    pqxx::result r=txn.exec(z_req);
+
+    for(pqxx::result::iterator it=r.begin();it!=r.end();it++)
+    {
+        lull_adj.push_back(it[0].as<unsigned long long>());
+    }
+    
+    return(lull_adj);
+}