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Commit 678ad895 authored by Henrik Grythe's avatar Henrik Grythe
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Added main function.

parent c039e298
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Emissions_Calculations_SSB.m
View file @ 678ad895
......@@ -55,9 +55,9 @@ uKomm = unique(KommunerS);
% actual EF:
%-----------------------------------
TPD =[1.0, 0.0, 0.0, 0.0, 0.0;...
0.6, 0.4, 0.0, 0.0, 0.0;...
0.6, 0.2, 0.2, 0.0, 0.0;...
0.2, 0.2, 0.2, 0.4, 0.0];
0.6, 0.3, 0.1, 0.0, 0.0;...
0.6, 0.2, 0.1, 0.1, 0.0;...
0.2, 0.2, 0.2, 0.2, 0.2];
TPD_L = TPD;
TPD_H = TPD;
TPD_B = TPD;
......
NERVE_Emissions_Statistical_Oputput.m
View file @ 678ad895
......@@ -30,7 +30,7 @@ else
end
pathn = sprintf('%s/Emission_Group/Emission_Models/HEDGE/',bp);
tfold = sprintf('%sTemp/' ,pathn);
ofold = sprintf('%sOutput2/',pathn);
ofold = sprintf('%sOutputNewCong/',pathn);
ifold = sprintf('%sInput/' ,pathn);
pfold = sprintf('%sPlots/' ,pathn);
......@@ -283,7 +283,7 @@ for com = 1:length(comps)
grid on
xlabel('Distanse kjørt med biler med opphave i kommune x')
ylabel('Utslippsfaktor (g/km)')
tn = sprintf('Trafikkarbeid og Utslippsfaktor Alle Biler og kommuner %i %s',Tyear,,char(comps(com)));
tn = sprintf('Trafikkarbeid og Utslippsfaktor Alle Biler og kommuner %i %s',Tyear,char(comps(com)));
hold on
scatter((L_IN+H_IN+B_IN)',nansum(EM_IN,2)./(L_IN+H_IN+B_IN)',5,'w','filled')
title(tn)
......
Traffic_Emission_model.m 0 → 100644
View file @ 678ad895
clear all; close all; clc
%--------------------------------------------------------------------------
% GLOBAL PARAMETERS
% options
global do_preProcessing_HBEFA debug_mode use_temporary_files ofiles tfiles
global Vehicle_source remove_NoTrafficRoads Vehicle_weight Subtract_bio_from_CO2
% folders
global ifold tfold ofold HBEFA_path HBEFA_roads Kartverket
% files
global traffile tettfile Komm_shape Light_traff_years Heavy_traff_years
global Buses_traff_years HBEFA_vehicles SSB_vehicle tfiles traff_exchange
global traff_exchange_sh SSB_Vehicle_dist input Bio_mix_file
% variables
global Ryear Tyear Myear comps Vehicle_dist RLinks
%--------------------------------------------------------------------------
% PATHS
%--------------------------------------------------------------------------
% Toggle Linux/Windows path
if ispc
bp = 'N:\Inby\Emission_Group\Emission_Models\HEDGE\';
else
bp = '/storage/nilu/Inby/Emission_Group/Emission_Models/HEDGE/';
end
% Subfolders within Model
ifold = sprintf('%s%s',bp,'Input/');
tfold = sprintf('%s%s',bp,'Temp/');
ofold = sprintf('%s%s',bp,'OutputNewCong/');
addpath(strcat(pwd,'/Source'))
% Set the year to which traffic volume should be scaled:
for Tyear = 2019:2019
% Tyear = 2018;
% set the year from which traffic volume is collected:
Ryear = 2017;
% path outside Model "sphere"
HBEFA_path = sprintf('%s%s','/storage/nilu','/Inby/Emission_Group/Emission_Factors/Traffic/HBEFA_Raw_data/HOT_HBEFA_41/');
%--------------------------------------------------------------------------
% FILES
%--------------------------------------------------------------------------
% set the year from which Municipalities are collected:
Myear = 2020;
% All input file names within "Model sphere"
traffile = sprintf('%s%s',ifold,'Roads/NORWAY_testFilledRoads');
% traffile = sprintf('%s%s',ifold,'Roads/Norway02Dec2019');
% traffile = sprintf('%s%s',ifold,'Roads/Norway25Feb2020');
tettfile = sprintf('%s%s',ifold,'Administrative_Borders/Tettsted2016');
Komm_shape = sprintf('%s%s%4i',ifold,'Administrative_Borders/Kommuner',Myear);
Light_traff_years = sprintf('%s%s',ifold,'Annual_Scaling_Light_2009_2019.csv');
Heavy_traff_years = sprintf('%s%s',ifold,'Annual_Scaling_Heavy_2009_2019.csv');
Buses_traff_years = sprintf('%s%s',ifold,'Annual_Scaling_Heavy_2009_2019.csv');
traff_exchange = sprintf('%s%s',ifold,'RTM_Trafikkutveksling_2020.xlsx');
traff_exchange_sh = '2020_Utveksling';
HBEFA_roads = sprintf('%s%s',ifold,'Convert_RTM_roads_to_Match_HBEFA.xlsx');
SSB_vehicle = sprintf('%s%s',ifold,'SSB_Kjorelengder/Kjørelengder_2005_2019_prikket.csv');
HBEFA_vehicles = sprintf('%s%s',ifold,'HBEFA_4_National_Vehicle_Distribution.xlsx');
SSB_Vehicle_dist = sprintf('%s%s',ifold,'Model_Vehicles_Merge_SSB_and_HBEFA_Vehicles2.xlsx');
Kartverket = sprintf('%s%s',ifold,'Kartverket_fylker_og_kommuner_2020.xlsx');
Bio_mix_file = sprintf('%s%s',ifold,'Andel_biodrivstoff_2009_2019.xlsx');
%Bio_mix_sheet =
%--------------------------------------------------------------------------
% OPTIONS
%--------------------------------------------------------------------------
% % Set Model options:
% List of compounds calculations should be done for:
% %
% comps = [{'FC_MJ'},{'BC'},{'PM'},{'HC'},{'CO'},{'NOx'},{'Be'},{'NMHC'},{'NO2'},{'PN'},{'N2O'},{'NH3'},{'CO2'},{'FC'},{'CH4'}];
comps = [{'FC'},{'CH4'},{'CO2'},{'NO2'},{'BC'},{'FC_MJ'},{'PM'},{'HC'},{'CO'},{'NOx'},{'Be'},{'NMHC'}];
% comps = [{'N2O'},{'NH3'},{'PN'}];
% comps = [{'CO2'},{'FC'},{'N2O'},{'CH4'}];
% comps = [{'CO2'},{'FC'}];
% comps = [{'NOx'},{'NO2'},{'PM'}];
% Vehicle_weight = 'Uniform';
% Vehicle_weight = 'HBEFA';
Vehicle_weight = 'NERVE';
Subtract_bio_from_CO2 = 1;
Vehicle_source = {'SSB'};
use_temporary_files = 1;
remove_NoTrafficRoads = 1;
do_preProcessing_HBEFA = 0;
debug_mode = 0; % debug_mode = Toggle what is written to screen (1= Alot 0 = Less)
% Heavy_load_factor = 0.6;
% Buses_load_factor = 0.6;
% Set the filenames to be used:
[input,tfiles,ofiles] = Set_FileName_Struct();
%--------------------------------------------------------------------------
PreProcess_Emission_Factors_HBEFA();
%--------------------------------------------------------------------------
[Vehicle_dist] = PreProcess_Vehicle_Distribution();
RLinks = PreProcess_Roads_Input_Traffic();
[EM_Links] = Emissions_Calculations();
Save_shape(EM_Links,ofiles.RLShape,traffile)
end
% %--------------------------------------------------------------------------
% % Find the Distribution of Vehicles from SSB :
% % Get or make the Roadlinks:
%
% %--------------------------------------------------------------------------
% Bio as before, December2019 roads
% ---- NORGE --- 2019 CO2 NAN
% ---- NORGE --- 2018 CO2
% ---- NORGE --- 2017 CO2
% ---- NORGE --- 2016 CO2
% ---- NORGE --- 2015 CO2
% ---- NORGE --- 2014 CO2
% ---- NORGE --- 2013 CO2
% ---- NORGE --- 2012 CO2
% ---- NORGE --- 2011 CO2
% ---- NORGE --- 2010 CO2
% ---- NORGE --- 2009 CO2
% Bio as before, December2019 roads
% ---- NORGE --- 2019 CO2 6366.4
% ---- NORGE --- 2018 CO2 6895.1
% ---- NORGE --- 2017 CO2 6654.8
% ---- NORGE --- 2016 CO2 7165.1
% ---- NORGE --- 2015 CO2 7585.0
% ---- NORGE --- 2014 CO2 7644.6
% ---- NORGE --- 2013 CO2 7641.1
% ---- NORGE --- 2012 CO2
% ---- NORGE --- 2011 CO2
% ---- NORGE --- 2010 CO2
% ---- NORGE --- 2009 CO2 7858.1
% NEW ROADS NEW Bio
% ---- NORGE --- 2019 CO2
% ---- NORGE --- 2018 CO2
% ---- NORGE --- 2017 CO2
% ---- NORGE --- 2016 CO2
% ---- NORGE --- 2015 CO2
% ---- NORGE --- 2014 CO2
% ---- NORGE --- 2013 CO2 7704.8
% ---- NORGE --- 2012 CO2 7667.6
% ---- NORGE --- 2011 CO2 7751.8
% ---- NORGE --- 2010 CO2 7826.5
% ---- NORGE --- 2009 CO2 7917.6
% NEW ROADS NEW Bio + Light
% ---- NORGE --- 2019 CO2 6574.0
% ---- NORGE --- 2018 CO2 7023.7
% ---- NORGE --- 2017 CO2 6796.0
% ---- NORGE --- 2016 CO2 7297.1
% ---- NORGE --- 2015 CO2 7676.1
% ---- NORGE --- 2014 CO2 7732.3
% ---- NORGE --- 2013 CO2 7714.5
% ---- NORGE --- 2012 CO2 7674.6
% ---- NORGE --- 2011 CO2 7755.9
% ---- NORGE --- 2010 CO2 7827.9
% ---- NORGE --- 2009 CO2 7917.6
% NEW ROADS NEW Bio + Light + Congestion
% ---- NORGE --- 2019 CO2 6718.6
% ---- NORGE --- 2018 CO2 7183.6
% ---- NORGE --- 2017 CO2 6964.9
% ---- NORGE --- 2016 CO2 7480.2
% ---- NORGE --- 2015 CO2 7871.4
% ---- NORGE --- 2014 CO2 7932.2
% ---- NORGE --- 2013 CO2 7918.3
% ---- NORGE --- 2012 CO2 7881.8
% ---- NORGE --- 2011 CO2 7971.3
% ---- NORGE --- 2010 CO2 8049.5
% ---- NORGE --- 2009 CO2 8142.6
%
%
%
% ---- NORGE --- 2019 NOx
% ---- Lette 17.9 (1000)Ton NOx ( 61%)
% ---- Tunge 9.9 (1000)Ton NOx ( 34%)
% ---- Busser 1.5 (1000)Ton NOx ( 5%)
% ---- Totalt 29.3 (1000)Ton NOx 27.121 gG 2018ceip
%
%
% ---- NORGE --- 2019 NO2
% ---- Lette 6.0 (1000)Ton NO2 ( 82%)
% ---- Tunge 1.1 (1000)Ton NO2 ( 16%)
% ---- Busser 0.2 (1000)Ton NO2 ( 3%)
% ---- Totalt 7.4 (1000)Ton NO2
%
%
% ---- NORGE --- 2019 PM
% ---- Lette 0.4 (1000)Ton PM ( 61%)
% ---- Tunge 0.2 (1000)Ton PM ( 34%)
% ---- Busser 0.0 (1000)Ton PM ( 5%)
% ---- Totalt 0.6 (1000)Ton PM 1.114 gG 2018ceip
%
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