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lib_wind_obos.cpp
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lib_wind_obos.cpp
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/*
BSD 3-Clause License
Copyright (c) Alliance for Sustainable Energy, LLC. See also https://github.com/NREL/ssc/blob/develop/LICENSE
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
3. Neither the name of the copyright holder nor the names of its
contributors may be used to endorse or promote products derived from
this software without specific prior written permission.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE
FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*/
#include "lib_wind_obos.h"
#include <iostream>
#include <fstream>
#include <sstream>
#include <cmath>
#include <vector>
#include <set>
#include <tuple>
#include <map>
#include <string>
#include <algorithm>
#ifndef M_PI
#define M_PI 3.14159265358979323846264338327
#endif
#ifndef GRAVITY
#define GRAVITY 9.80633
#endif
using namespace std;
// responsibility of developers of this file to fix these warnings
#pragma warning (disable : 4458 ) // https://docs.microsoft.com/en-us/cpp/error-messages/compiler-warnings/compiler-warning-level-4-c4458?view=vs-2017
/*
// For Python wrapping with c_types
extern "C" {
wobos* pywobos_new() {return new wobos();}
void pywobos_run(wobos* obos) {obos->run();}
void pywobos_set_vessel_defaults(wobos* obos) {obos->set_vessel_defaults();}
void pywobos_map2variables(wobos* obos) {obos->map2variables();}
void pywobos_variables2map(wobos* obos) {obos->variables2map();}
void pywobos_set_map_variable(wobos* obos, const char* key, double val) {obos->set_map_variable(key, val);}
double pywobos_get_map_variable(wobos* obos, const char* key) {return obos->get_map_variable(key);}
}
*/
// Default constructor loads values from text file
wobos::wobos() {
// Set cable and vessel templates
set_templates();
/*
// Load in defaults from csv-file and store locally for use in SAM and WISDEM
wobos_default = wind_obos_defaults();
// Store default variables locally
for (int i=0; i<wobos_default.variables.size(); i++) {
string keyStr = wobos_default.variables[i].name;
string valStr = wobos_default.variables[i].valueStr;
if ( (keyStr == "anchor") || (keyStr == "turbInstallMethod") || (keyStr == "substructure") ||
(keyStr == "towerInstallMethod") || (keyStr == "installStrategy") ||
(keyStr == "cableOptimizer") || (keyStr == "arrayCables") || (keyStr == "exportCables") ) {
set_map_variable(keyStr, valStr);
}
else if (mapVars.find(keyStr) == mapVars.end()) {
cout << "CANNOT FIND: " << keyStr << " = " << valStr << endl;
}
else if (wobos_default.variables[i].isDouble()) {
set_map_variable(keyStr, wobos_default.variables[i].value);
}
else {
cout << "CANNOT SET: " << keyStr << " = " << valStr << endl;
}
}
// Store all doubles from map to actual class variables
map2variables();
*/
}
// Take values in string-double map and store them in class variables. This is useful for input from text file and external wrappings.
void wobos::map2variables() {
// Non-double variables
substructure = (int)mapVars["substructure"];
anchor = (int)mapVars["anchor"];
turbInstallMethod = (int)mapVars["turbInstallMethod"];
towerInstallMethod = (int)mapVars["towerInstallMethod"];
installStrategy = (int)mapVars["installStrategy"];
cableOptimizer = (mapVars["cableOptimizer"] == 0.0) ? false : true;
// called here to set values instead of when mapping
set_vessel_defaults();
// Turbine / Plant variables
turbCapEx = mapVars["turbCapEx"];
nTurb = mapVars["nTurb"];
rotorD = mapVars["rotorD"];
turbR = mapVars["turbR"];
hubH = mapVars["hubH"];
waterD = mapVars["waterD"];
distShore = mapVars["distShore"];
distPort = mapVars["distPort"];
distPtoA = mapVars["distPtoA"];
distAtoS = mapVars["distAtoS"];
moorLines = mapVars["moorLines"];
buryDepth = mapVars["buryDepth"];
arrayY = mapVars["arrayY"];
arrayX = mapVars["arrayX"];
substructCont = mapVars["substructCont"];
turbCont = mapVars["turbCont"];
elecCont = mapVars["elecCont"];
interConVolt = mapVars["interConVolt"];
distInterCon = mapVars["distInterCon"];
scrapVal = mapVars["scrapVal"];
number_install_seasons = mapVars["number_install_seasons"];
//General
projLife = mapVars["projLife"];
inspectClear = mapVars["inspectClear"];
plantComm = mapVars["plantComm"];
procurement_contingency = mapVars["procurement_contingency"];
install_contingency = mapVars["install_contingency"];
construction_insurance = mapVars["construction_insurance"];
capital_cost_year_0 = mapVars["capital_cost_year_0"];
capital_cost_year_1 = mapVars["capital_cost_year_1"];
capital_cost_year_2 = mapVars["capital_cost_year_2"];
capital_cost_year_3 = mapVars["capital_cost_year_3"];
capital_cost_year_4 = mapVars["capital_cost_year_4"];
capital_cost_year_5 = mapVars["capital_cost_year_5"];
tax_rate = mapVars["tax_rate"];
interest_during_construction = mapVars["interest_during_construction"];
//Substructure & Foundation
mpileCR = mapVars["mpileCR"];
mtransCR = mapVars["mtransCR"];
mpileD = mapVars["mpileD"];
mpileL = mapVars["mpileL"];
jlatticeCR = mapVars["jlatticeCR"];
jtransCR = mapVars["jtransCR"];
jpileCR = mapVars["jpileCR"];
jlatticeA = mapVars["jlatticeA"];
jpileL = mapVars["jpileL"];
jpileD = mapVars["jpileD"];
spStifColCR = mapVars["spStifColCR"];
spTapColCR = mapVars["spTapColCR"];
ballCR = mapVars["ballCR"];
deaFixLeng = mapVars["deaFixLeng"];
ssStifColCR = mapVars["ssStifColCR"];
ssTrussCR = mapVars["ssTrussCR"];
ssHeaveCR = mapVars["ssHeaveCR"];
sSteelCR = mapVars["sSteelCR"];
moorDia = mapVars["moorDia"];
moorCR = mapVars["moorCR"];
mpEmbedL = mapVars["mpEmbedL"];
scourMat = mapVars["scourMat"];
//Electrical Infrastructure
pwrFac = mapVars["pwrFac"];
buryFac = mapVars["buryFac"];
arrVoltage = mapVars["arrVoltage"];
arrCab1Size = mapVars["arrCab1Size"];
arrCab1Mass = mapVars["arrCab1Mass"];
cab1CurrRating = mapVars["cab1CurrRating"];
cab1CR = mapVars["cab1CR"];
cab1TurbInterCR = mapVars["cab1TurbInterCR"];
arrCab2Size = mapVars["arrCab2Size"];
arrCab2Mass = mapVars["arrCab2Mass"];
cab2CurrRating = mapVars["cab2CurrRating"];
cab2CR = mapVars["cab2CR"];
cab2TurbInterCR = mapVars["cab2TurbInterCR"];
cab2SubsInterCR = mapVars["cab2SubsInterCR"];
catLengFac = mapVars["catLengFac"];
exCabFac = mapVars["exCabFac"];
subsTopFab = mapVars["subsTopFab"];
subsTopDes = mapVars["subsTopDes"];
topAssemblyFac = mapVars["topAssemblyFac"];
subsJackCR = mapVars["subsJackCR"];
subsPileCR = mapVars["subsPileCR"];
dynCabFac = mapVars["dynCabFac"];
shuntCR = mapVars["shuntCR"];
highVoltSG = mapVars["highVoltSG"];
medVoltSG = mapVars["medVoltSG"];
backUpGen = mapVars["backUpGen"];
workSpace = mapVars["workSpace"];
otherAncillary = mapVars["otherAncillary"];
mptCR = mapVars["mptCR"];
expVoltage = mapVars["expVoltage"];
expCabSize = mapVars["expCabSize"];
expCabMass = mapVars["expCabMass"];
expCabCR = mapVars["expCabCR"];
expCurrRating = mapVars["expCurrRating"];
expSubsInterCR = mapVars["expSubsInterCR"];
//Assembly & Installation
moorTimeFac = mapVars["moorTimeFac"];
moorLoadout = mapVars["moorLoadout"];
moorSurvey = mapVars["moorSurvey"];
prepAA = mapVars["prepAA"];
prepSpar = mapVars["prepSpar"];
upendSpar = mapVars["upendSpar"];
prepSemi = mapVars["prepSemi"];
turbFasten = mapVars["turbFasten"];
boltTower = mapVars["boltTower"];
boltNacelle1 = mapVars["boltNacelle1"];
boltNacelle2 = mapVars["boltNacelle2"];
boltNacelle3 = mapVars["boltNacelle3"];
boltBlade1 = mapVars["boltBlade1"];
boltBlade2 = mapVars["boltBlade2"];
boltRotor = mapVars["boltRotor"];
vesselPosTurb = mapVars["vesselPosTurb"];
vesselPosJack = mapVars["vesselPosJack"];
vesselPosMono = mapVars["vesselPosMono"];
subsVessPos = mapVars["subsVessPos"];
monoFasten = mapVars["monoFasten"];
jackFasten = mapVars["jackFasten"];
prepGripperMono = mapVars["prepGripperMono"];
prepGripperJack = mapVars["prepGripperJack"];
placePiles = mapVars["placePiles"];
prepHamMono = mapVars["prepHamMono"];
removeHamMono = mapVars["removeHamMono"];
prepHamJack = mapVars["prepHamJack"];
removeHamJack = mapVars["removeHamJack"];
placeJack = mapVars["placeJack"];
levJack = mapVars["levJack"];
placeTemplate = mapVars["placeTemplate"];
hamRate = mapVars["hamRate"];
placeMP = mapVars["placeMP"];
instScour = mapVars["instScour"];
placeTP = mapVars["placeTP"];
groutTP = mapVars["groutTP"];
tpCover = mapVars["tpCover"];
prepTow = mapVars["prepTow"];
spMoorCon = mapVars["spMoorCon"];
ssMoorCon = mapVars["ssMoorCon"];
spMoorCheck = mapVars["spMoorCheck"];
ssMoorCheck = mapVars["ssMoorCheck"];
ssBall = mapVars["ssBall"];
surfLayRate = mapVars["surfLayRate"];
cabPullIn = mapVars["cabPullIn"];
cabTerm = mapVars["cabTerm"];
cabLoadout = mapVars["cabLoadout"];
buryRate = mapVars["buryRate"];
subsPullIn = mapVars["subsPullIn"];
shorePullIn = mapVars["shorePullIn"];
landConstruct = mapVars["landConstruct"];
expCabLoad = mapVars["expCabLoad"];
subsLoad = mapVars["subsLoad"];
placeTop = mapVars["placeTop"];
pileSpreadDR = mapVars["pileSpreadDR"];
pileSpreadMob = mapVars["pileSpreadMob"];
groutSpreadDR = mapVars["groutSpreadDR"];
groutSpreadMob = mapVars["groutSpreadMob"];
seaSpreadDR = mapVars["seaSpreadDR"];
seaSpreadMob = mapVars["seaSpreadMob"];
compRacks = mapVars["compRacks"];
cabSurveyCR = mapVars["cabSurveyCR"];
cabDrillDist = mapVars["cabDrillDist"];
cabDrillCR = mapVars["cabDrillCR"];
mpvRentalDR = mapVars["mpvRentalDR"];
diveTeamDR = mapVars["diveTeamDR"];
winchDR = mapVars["winchDR"];
civilWork = mapVars["civilWork"];
elecWork = mapVars["elecWork"];
//Port & Staging
nCrane600 = mapVars["nCrane600"];
nCrane1000 = mapVars["nCrane1000"];
crane600DR = mapVars["crane600DR"];
crane1000DR = mapVars["crane1000DR"];
craneMobDemob = mapVars["craneMobDemob"];
entranceExitRate = mapVars["entranceExitRate"];
dockRate = mapVars["dockRate"];
wharfRate = mapVars["wharfRate"];
laydownCR = mapVars["laydownCR"];
//Engineering & Management
estEnMFac = mapVars["estEnMFac"];
//Development
preFEEDStudy = mapVars["preFEEDStudy"];
feedStudy = mapVars["feedStudy"];
stateLease = mapVars["stateLease"];
outConShelfLease = mapVars["outConShelfLease"];
saPlan = mapVars["saPlan"];
conOpPlan = mapVars["conOpPlan"];
nepaEisMet = mapVars["nepaEisMet"];
physResStudyMet = mapVars["physResStudyMet"];
bioResStudyMet = mapVars["bioResStudyMet"];
socEconStudyMet = mapVars["socEconStudyMet"];
navStudyMet = mapVars["navStudyMet"];
nepaEisProj = mapVars["nepaEisProj"];
physResStudyProj = mapVars["physResStudyProj"];
bioResStudyProj = mapVars["bioResStudyProj"];
socEconStudyProj = mapVars["socEconStudyProj"];
navStudyProj = mapVars["navStudyProj"];
coastZoneManAct = mapVars["coastZoneManAct"];
rivsnHarbsAct = mapVars["rivsnHarbsAct"];
cleanWatAct402 = mapVars["cleanWatAct402"];
cleanWatAct404 = mapVars["cleanWatAct404"];
faaPlan = mapVars["faaPlan"];
endSpecAct = mapVars["endSpecAct"];
marMamProtAct = mapVars["marMamProtAct"];
migBirdAct = mapVars["migBirdAct"];
natHisPresAct = mapVars["natHisPresAct"];
addLocPerm = mapVars["addLocPerm"];
metTowCR = mapVars["metTowCR"];
decomDiscRate = mapVars["decomDiscRate"];
// INPUTS OR OUTPUTS
// Inputs if running connected to other modules in WISDEM
// Outputs if running isolated
// Turbine outputs
hubD = mapVars["hubD"];
bladeL = mapVars["bladeL"];
chord = mapVars["chord"];
nacelleW = mapVars["nacelleW"];
nacelleL = mapVars["nacelleL"];
rnaM = mapVars["rnaM"];
towerD = mapVars["towerD"];
towerM = mapVars["towerM"];
//Substructure & Foundation outputs
subTotM = mapVars["subTotM"];
subTotCost = mapVars["subTotCost"];
moorCost = mapVars["moorCost"];
// OUTPUTS
//Electrical Infrastructure outputs
systAngle = mapVars["systAngle"];
freeCabLeng = mapVars["freeCabLeng"];
fixCabLeng = mapVars["fixCabLeng"];
nExpCab = mapVars["nExpCab"];
expCabLeng = mapVars["expCabLeng"];
expCabCost = mapVars["expCabCost"];
nSubstation = mapVars["nSubstation"];
cab1Leng = mapVars["cab1Leng"];
cab2Leng = mapVars["cab2Leng"];
arrCab1Cost = mapVars["arrCab1Cost"];
arrCab2Cost = mapVars["arrCab2Cost"];
subsSubM = mapVars["subsSubM"];
subsPileM = mapVars["subsPileM"];
subsTopM = mapVars["subsTopM"];
totElecCost = mapVars["totElecCost"];
//Assembly & Installation outputs
moorTime = mapVars["moorTime"];
floatPrepTime = mapVars["floatPrepTime"];
turbDeckArea = mapVars["turbDeckArea"];
nTurbPerTrip = mapVars["nTurbPerTrip"];
turbInstTime = mapVars["turbInstTime"];
subDeckArea = mapVars["subDeckArea"];
nSubPerTrip = mapVars["nSubPerTrip"];
subInstTime = mapVars["subInstTime"];
arrInstTime = mapVars["arrInstTime"];
expInstTime = mapVars["expInstTime"];
subsInstTime = mapVars["subsInstTime"];
totInstTime = mapVars["totInstTime"];
cabSurvey = mapVars["cabSurvey"];
array_cable_install_cost = mapVars["array_cable_install_cost"];
export_cable_install_cost = mapVars["export_cable_install_cost"];
substation_install_cost = mapVars["substation_install_cost"];
turbine_install_cost = mapVars["turbine_install_cost"];
substructure_install_cost = mapVars["substructure_install_cost"];
electrical_install_cost = mapVars["electrical_install_cost"];
mob_demob_cost = mapVars["mob_demob_cost"];
//Port & Staging outputs
totPnSCost = mapVars["totPnSCost"];
//Development outputs
totDevCost = mapVars["totDevCost"];
// Main Cost Outputs
bos_capex = mapVars["bos_capex"];
construction_insurance_cost = mapVars["construction_insurance_cost"];
total_contingency_cost = mapVars["total_contingency_cost"];
construction_finance_cost = mapVars["construction_finance_cost"];
construction_finance_factor = mapVars["construction_finance_factor"];
soft_costs = mapVars["soft_costs"];
totAnICost = mapVars["totAnICost"];
totEnMCost = mapVars["totEnMCost"];
commissioning = mapVars["commissioning"];
decomCost = mapVars["decomCost"];
total_bos_cost = mapVars["total_bos_cost"];
}
void wobos::variables2map() {
// Non-double variables
mapVars["substructure"] = (double)substructure;
mapVars["anchor"] = (double)anchor;
mapVars["turbInstallMethod"] = (double)turbInstallMethod;
mapVars["towerInstallMethod"] = (double)towerInstallMethod;
mapVars["installStrategy"] = (double)installStrategy;
mapVars["cableOptimizer"] = (cableOptimizer) ? 1.0 : 0.0;
// Turbine / Plant variables
mapVars["turbCapEx"] = turbCapEx;
mapVars["nTurb"] = nTurb;
mapVars["rotorD"] = rotorD;
mapVars["turbR"] = turbR;
mapVars["hubH"] = hubH;
mapVars["waterD"] = waterD;
mapVars["distShore"] = distShore;
mapVars["distPort"] = distPort;
mapVars["distPtoA"] = distPtoA;
mapVars["distAtoS"] = distAtoS;
mapVars["moorLines"] = moorLines;
mapVars["buryDepth"] = buryDepth;
mapVars["arrayY"] = arrayY;
mapVars["arrayX"] = arrayX;
mapVars["substructCont"] = substructCont;
mapVars["turbCont"] = turbCont;
mapVars["elecCont"] = elecCont;
mapVars["interConVolt"] = interConVolt;
mapVars["distInterCon"] = distInterCon;
mapVars["scrapVal"] = scrapVal;
mapVars["number_install_seasons"] = number_install_seasons;
//General
mapVars["projLife"] = projLife;
mapVars["inspectClear"] = inspectClear;
mapVars["plantComm"] = plantComm;
mapVars["procurement_contingency"] = procurement_contingency;
mapVars["install_contingency"] = install_contingency;
mapVars["construction_insurance"] = construction_insurance;
mapVars["capital_cost_year_0"] = capital_cost_year_0;
mapVars["capital_cost_year_1"] = capital_cost_year_1;
mapVars["capital_cost_year_2"] = capital_cost_year_2;
mapVars["capital_cost_year_3"] = capital_cost_year_3;
mapVars["capital_cost_year_4"] = capital_cost_year_4;
mapVars["capital_cost_year_5"] = capital_cost_year_5;
mapVars["tax_rate"] = tax_rate;
mapVars["interest_during_construction"] = interest_during_construction;
//Substructure & Foundation
mapVars["mpileCR"] = mpileCR;
mapVars["mtransCR"] = mtransCR;
mapVars["mpileD"] = mpileD;
mapVars["mpileL"] = mpileL;
mapVars["jlatticeCR"] = jlatticeCR;
mapVars["jtransCR"] = jtransCR;
mapVars["jpileCR"] = jpileCR;
mapVars["jlatticeA"] = jlatticeA;
mapVars["jpileL"] = jpileL;
mapVars["jpileD"] = jpileD;
mapVars["spStifColCR"] = spStifColCR;
mapVars["spTapColCR"] = spTapColCR;
mapVars["ballCR"] = ballCR;
mapVars["deaFixLeng"] = deaFixLeng;
mapVars["ssStifColCR"] = ssStifColCR;
mapVars["ssTrussCR"] = ssTrussCR;
mapVars["ssHeaveCR"] = ssHeaveCR;
mapVars["sSteelCR"] = sSteelCR;
mapVars["moorDia"] = moorDia;
mapVars["moorCR"] = moorCR;
mapVars["mpEmbedL"] = mpEmbedL;
mapVars["scourMat"] = scourMat;
//Electrical Infrastructure
mapVars["pwrFac"] = pwrFac;
mapVars["buryFac"] = buryFac;
mapVars["arrVoltage"] = arrVoltage;
mapVars["arrCab1Size"] = arrCab1Size;
mapVars["arrCab1Mass"] = arrCab1Mass;
mapVars["cab1CurrRating"] = cab1CurrRating;
mapVars["cab1CR"] = cab1CR;
mapVars["cab1TurbInterCR"] = cab1TurbInterCR;
mapVars["arrCab2Size"] = arrCab2Size;
mapVars["arrCab2Mass"] = arrCab2Mass;
mapVars["cab2CurrRating"] = cab2CurrRating;
mapVars["cab2CR"] = cab2CR;
mapVars["cab2TurbInterCR"] = cab2TurbInterCR;
mapVars["cab2SubsInterCR"] = cab2SubsInterCR;
mapVars["catLengFac"] = catLengFac;
mapVars["exCabFac"] = exCabFac;
mapVars["subsTopFab"] = subsTopFab;
mapVars["subsTopDes"] = subsTopDes;
mapVars["topAssemblyFac"] = topAssemblyFac;
mapVars["subsJackCR"] = subsJackCR;
mapVars["subsPileCR"] = subsPileCR;
mapVars["dynCabFac"] = dynCabFac;
mapVars["shuntCR"] = shuntCR;
mapVars["highVoltSG"] = highVoltSG;
mapVars["medVoltSG"] = medVoltSG;
mapVars["backUpGen"] = backUpGen;
mapVars["workSpace"] = workSpace;
mapVars["otherAncillary"] = otherAncillary;
mapVars["mptCR"] = mptCR;
mapVars["expVoltage"] = expVoltage;
mapVars["expCabSize"] = expCabSize;
mapVars["expCabMass"] = expCabMass;
mapVars["expCabCR"] = expCabCR;
mapVars["expCurrRating"] = expCurrRating;
mapVars["expSubsInterCR"] = expSubsInterCR;
//Assembly & Installation
mapVars["moorTimeFac"] = moorTimeFac;
mapVars["moorLoadout"] = moorLoadout;
mapVars["moorSurvey"] = moorSurvey;
mapVars["prepAA"] = prepAA;
mapVars["prepSpar"] = prepSpar;
mapVars["upendSpar"] = upendSpar;
mapVars["prepSemi"] = prepSemi;
mapVars["turbFasten"] = turbFasten;
mapVars["boltTower"] = boltTower;
mapVars["boltNacelle1"] = boltNacelle1;
mapVars["boltNacelle2"] = boltNacelle2;
mapVars["boltNacelle3"] = boltNacelle3;
mapVars["boltBlade1"] = boltBlade1;
mapVars["boltBlade2"] = boltBlade2;
mapVars["boltRotor"] = boltRotor;
mapVars["vesselPosTurb"] = vesselPosTurb;
mapVars["vesselPosJack"] = vesselPosJack;
mapVars["vesselPosMono"] = vesselPosMono;
mapVars["subsVessPos"] = subsVessPos;
mapVars["monoFasten"] = monoFasten;
mapVars["jackFasten"] = jackFasten;
mapVars["prepGripperMono"] = prepGripperMono;
mapVars["prepGripperJack"] = prepGripperJack;
mapVars["placePiles"] = placePiles;
mapVars["prepHamMono"] = prepHamMono;
mapVars["removeHamMono"] = removeHamMono;
mapVars["prepHamJack"] = prepHamJack;
mapVars["removeHamJack"] = removeHamJack;
mapVars["placeJack"] = placeJack;
mapVars["levJack"] = levJack;
mapVars["placeTemplate"] = placeTemplate;
mapVars["hamRate"] = hamRate;
mapVars["placeMP"] = placeMP;
mapVars["instScour"] = instScour;
mapVars["placeTP"] = placeTP;
mapVars["groutTP"] = groutTP;
mapVars["tpCover"] = tpCover;
mapVars["prepTow"] = prepTow;
mapVars["spMoorCon"] = spMoorCon;
mapVars["ssMoorCon"] = ssMoorCon;
mapVars["spMoorCheck"] = spMoorCheck;
mapVars["ssMoorCheck"] = ssMoorCheck;
mapVars["ssBall"] = ssBall;
mapVars["surfLayRate"] = surfLayRate;
mapVars["cabPullIn"] = cabPullIn;
mapVars["cabTerm"] = cabTerm;
mapVars["cabLoadout"] = cabLoadout;
mapVars["buryRate"] = buryRate;
mapVars["subsPullIn"] = subsPullIn;
mapVars["shorePullIn"] = shorePullIn;
mapVars["landConstruct"] = landConstruct;
mapVars["expCabLoad"] = expCabLoad;
mapVars["subsLoad"] = subsLoad;
mapVars["placeTop"] = placeTop;
mapVars["pileSpreadDR"] = pileSpreadDR;
mapVars["pileSpreadMob"] = pileSpreadMob;
mapVars["groutSpreadDR"] = groutSpreadDR;
mapVars["groutSpreadMob"] = groutSpreadMob;
mapVars["seaSpreadDR"] = seaSpreadDR;
mapVars["seaSpreadMob"] = seaSpreadMob;
mapVars["compRacks"] = compRacks;
mapVars["cabSurveyCR"] = cabSurveyCR;
mapVars["cabDrillDist"] = cabDrillDist;
mapVars["cabDrillCR"] = cabDrillCR;
mapVars["mpvRentalDR"] = mpvRentalDR;
mapVars["diveTeamDR"] = diveTeamDR;
mapVars["winchDR"] = winchDR;
mapVars["civilWork"] = civilWork;
mapVars["elecWork"] = elecWork;
//Port & Staging
mapVars["nCrane600"] = nCrane600;
mapVars["nCrane1000"] = nCrane1000;
mapVars["crane600DR"] = crane600DR;
mapVars["crane1000DR"] = crane1000DR;
mapVars["craneMobDemob"] = craneMobDemob;
mapVars["entranceExitRate"] = entranceExitRate;
mapVars["dockRate"] = dockRate;
mapVars["wharfRate"] = wharfRate;
mapVars["laydownCR"] = laydownCR;
//Engineering & Management
mapVars["estEnMFac"] = estEnMFac;
//Development
mapVars["preFEEDStudy"] = preFEEDStudy;
mapVars["feedStudy"] = feedStudy;
mapVars["stateLease"] = stateLease;
mapVars["outConShelfLease"] = outConShelfLease;
mapVars["saPlan"] = saPlan;
mapVars["conOpPlan"] = conOpPlan;
mapVars["nepaEisMet"] = nepaEisMet;
mapVars["physResStudyMet"] = physResStudyMet;
mapVars["bioResStudyMet"] = bioResStudyMet;
mapVars["socEconStudyMet"] = socEconStudyMet;
mapVars["navStudyMet"] = navStudyMet;
mapVars["nepaEisProj"] = nepaEisProj;
mapVars["physResStudyProj"] = physResStudyProj;
mapVars["bioResStudyProj"] = bioResStudyProj;
mapVars["socEconStudyProj"] = socEconStudyProj;
mapVars["navStudyProj"] = navStudyProj;
mapVars["coastZoneManAct"] = coastZoneManAct;
mapVars["rivsnHarbsAct"] = rivsnHarbsAct;
mapVars["cleanWatAct402"] = cleanWatAct402;
mapVars["cleanWatAct404"] = cleanWatAct404;
mapVars["faaPlan"] = faaPlan;
mapVars["endSpecAct"] = endSpecAct;
mapVars["marMamProtAct"] = marMamProtAct;
mapVars["migBirdAct"] = migBirdAct;
mapVars["natHisPresAct"] = natHisPresAct;
mapVars["addLocPerm"] = addLocPerm;
mapVars["metTowCR"] = metTowCR;
mapVars["decomDiscRate"] = decomDiscRate;
// INPUTS or OUTPUTS
// Inputs if running connected to other modules in WISDEM
// Outputs if running isolated
// Turbine outputs
mapVars["hubD"] = hubD;
mapVars["bladeL"] = bladeL;
mapVars["chord"] = chord;
mapVars["nacelleW"] = nacelleW;
mapVars["nacelleL"] = nacelleL;
mapVars["rnaM"] = rnaM;
mapVars["towerD"] = towerD;
mapVars["towerM"] = towerM;
//Substructure & Foundation outputs
mapVars["subTotM"] = subTotM;
mapVars["subTotCost"] = subTotCost;
mapVars["moorCost"] = moorCost;
// OUTPUTS
//Electrical Infrastructure outputs
mapVars["systAngle"] = systAngle;
mapVars["freeCabLeng"] = freeCabLeng;
mapVars["fixCabLeng"] = fixCabLeng;
mapVars["nExpCab"] = nExpCab;
mapVars["expCabLeng"] = expCabLeng;
mapVars["expCabCost"] = expCabCost;
mapVars["nSubstation"] = nSubstation;
mapVars["cab1Leng"] = cab1Leng;
mapVars["cab2Leng"] = cab2Leng;
mapVars["arrCab1Cost"] = arrCab1Cost;
mapVars["arrCab2Cost"] = arrCab2Cost;
mapVars["subsSubM"] = subsSubM;
mapVars["subsPileM"] = subsPileM;
mapVars["subsTopM"] = subsTopM;
mapVars["totElecCost"] = totElecCost;
//Assembly & Installation outputs
mapVars["moorTime"] = moorTime;
mapVars["floatPrepTime"] = floatPrepTime;
mapVars["turbDeckArea"] = turbDeckArea;
mapVars["nTurbPerTrip"] = nTurbPerTrip;
mapVars["turbInstTime"] = turbInstTime;
mapVars["subDeckArea"] = subDeckArea;
mapVars["nSubPerTrip"] = nSubPerTrip;
mapVars["subInstTime"] = subInstTime;
mapVars["arrInstTime"] = arrInstTime;
mapVars["expInstTime"] = expInstTime;
mapVars["subsInstTime"] = subsInstTime;
mapVars["totInstTime"] = totInstTime;
mapVars["cabSurvey"] = cabSurvey;
mapVars["array_cable_install_cost"] = array_cable_install_cost;
mapVars["export_cable_install_cost"] = export_cable_install_cost;
mapVars["substation_install_cost"] = substation_install_cost;
mapVars["turbine_install_cost"] = turbine_install_cost;
mapVars["substructure_install_cost"] = substructure_install_cost;
mapVars["electrical_install_cost"] = electrical_install_cost;
mapVars["mob_demob_cost"] = mob_demob_cost;
//Port & Staging outputs
mapVars["totPnSCost"] = totPnSCost;
//Development outputs
mapVars["totDevCost"] = totDevCost;
// Main Cost Outputs
mapVars["bos_capex"] = bos_capex;
mapVars["construction_insurance_cost"] = construction_insurance_cost;
mapVars["total_contingency_cost"] = total_contingency_cost;
mapVars["construction_finance_cost"] = construction_finance_cost;
mapVars["construction_finance_factor"] = construction_finance_factor;
mapVars["soft_costs"] = soft_costs;
mapVars["totAnICost"] = totAnICost;
mapVars["totEnMCost"] = totEnMCost;
mapVars["commissioning"] = commissioning;
mapVars["decomCost"] = decomCost;
mapVars["total_bos_cost"] = total_bos_cost;
}
void wobos::set_map_variable(string keyStr, string valStr) {
if (keyStr == "substructure") {
substructure = str2substructure[valStr];
mapVars[keyStr] = (double)substructure;
set_vessel_defaults();
// TODO- if vessels are specified in the text file, this will have to be done before those are read
}
else if (keyStr == "anchor") {
anchor = str2anchor[valStr];
mapVars[keyStr] = (double)anchor;
}
else if (keyStr == "turbInstallMethod") {
turbInstallMethod = str2turbInstallMethod[valStr];
mapVars[keyStr] = (double)turbInstallMethod;
}
else if (keyStr == "towerInstallMethod") {
towerInstallMethod = str2towerInstallMethod[valStr];
mapVars[keyStr] = (double)towerInstallMethod;
}
else if (keyStr == "installStrategy") {
installStrategy = str2installStrategy[valStr];
mapVars[keyStr] = (double)installStrategy;
}
else if (keyStr == "cableOptimizer") {
cableOptimizer = ((valStr=="FALSE") || (valStr=="0")) ? false : true;
mapVars[keyStr] = (cableOptimizer) ? 1.0 : 0.0;
}
else if ( (keyStr == "arrayCables") || (keyStr == "exportCables") ) {
vector<int> cableVoltages;
stringstream iss( valStr );
int temp;
while ( iss >> temp ) {
cableVoltages.push_back( temp );
if (iss.peek() == ' ') iss.ignore();
}
if (keyStr == "arrayCables") arrCables = set_cables(cableVoltages);
else expCables = set_cables(cableVoltages);
}
}
void wobos::set_map_variable(string keyStr, double val) {
if ( (val > 1.0) && (variable_percentage.find(keyStr) != variable_percentage.end()) )
val *= 1e-2;
mapVars[keyStr] = val;
}
void wobos::set_map_variable(const char* key, double val) {set_map_variable(string(key), val);}
double wobos::get_map_variable(const char* key) {return mapVars[string(key)];}
void wobos::set_templates() {
cableFamily arrayCable33kV = cableFamily();
arrayCable33kV.set_all_area( {95.0, 120.0, 150.0, 185.0, 240.0, 300.0, 400.0, 500.0, 630.0, 800.0, 1000.0} );
arrayCable33kV.set_all_mass( {20.384, 21.854, 23.912, 25.676, 28.910, 32.242, 37.142, 42.336, 48.706, 57.428, 66.738} );
arrayCable33kV.set_all_cost( {185.889, 202.788, 208.421, 236.586, 270.384, 315.448, 360.512, 422.475, 478.805, 585.832, 698.492} );
arrayCable33kV.set_all_current_rating( {300.0, 340.0, 375.0, 420.0, 480.0, 530.0, 590.0, 655.0, 715.0, 775.0, 825.0} );
arrayCable33kV.set_all_turbine_interface_cost( {8410., 8615., 8861., 9149., 9600., 10092., 10913., 11733., 12800., 14195., 15836.} );
arrayCable33kV.set_all_substation_interface_cost( {19610., 19815., 20062., 20349., 20800., 21292., 22113., 22933., 24000., 25395., 27036.} );
arrayCable33kV.set_voltage( 33.0 );
arrayTemplates.insert( make_pair(33, arrayCable33kV) );
cableFamily arrayCable66kV = cableFamily();
arrayCable66kV.set_all_area( {95.0, 120.0, 150.0, 185.0, 240.0, 300.0, 400.0, 500.0, 630.0, 800.0, 1000.0} );
arrayCable66kV.set_all_mass( {21.6, 23.8, 25.7, 28.0, 31.3, 34.3, 39.2, 45.4, 52.0, 60.1, 70.7} );
arrayCable66kV.set_all_cost( {225.320, 242.219, 253.485, 281.650, 326.714, 383.044, 433.741, 506.970, 574.566, 704.125, 844.950} );
arrayCable66kV.set_all_current_rating( {300., 340., 375., 420., 480., 530., 590., 655., 715., 775., 825.} );
arrayCable66kV.set_all_turbine_interface_cost( {8830.50, 9045.75, 9304.05, 9606.45, 10080.00, 10596.60, 11458.65, 12319.65, 13440.00, 14904.75, 16627.80} );
arrayCable66kV.set_all_substation_interface_cost( {20590.50, 20805.75, 21065.10, 21366.45, 21840.00, 22356.60, 23218.65, 24079.65, 25200.00, 26664.75, 28387.80} );
arrayCable66kV.set_voltage( 66.0 );
arrayTemplates.insert( make_pair(66, arrayCable66kV) );
cableFamily exportCable132kV = cableFamily();
exportCable132kV.set_all_area( {300.0, 400.0, 500.0, 630.0, 800.0, 1000.0, 1200.0, 1600.0, 2000.0, 2500.0} );
exportCable132kV.set_all_mass( {48.000, 51.100, 58.000, 65.200, 74.000, 85.400, 113.147, 131.387, 149.627, 172.427} );
exportCable132kV.set_all_cost({433.504, 520.489, 596.388, 689.479, 843.823, 1006.054, 1168.284, 1492.745, 1818.332, 2223.908} );
exportCable132kV.set_all_current_rating( {530., 590., 655., 715., 775., 825., 990., 1061., 1299., 1375} );
exportCable132kV.set_all_substation_interface_cost( {57500., 60000., 62500., 65000., 67500., 70000., 72500., 75000., 77500., 80000} );
exportCable132kV.set_voltage( 132.0 );
arrayTemplates.insert( make_pair(132, exportCable132kV) );
cableFamily exportCable220kV = cableFamily();
exportCable220kV.set_all_area( {300.0, 400.0, 500.0, 630.0, 800.0, 1000.0, 1200.0, 1600.0, 2000.0, 2500.0} );
exportCable220kV.set_all_mass( {71.900, 76.500, 81.300, 86.700, 95.300, 104.000, 113.147, 131.387, 149.627, 172.427} );
exportCable220kV.set_all_cost( {495.411, 578.187, 681.863, 788.620, 966.623, 1159.271, 1336.148, 1676.499, 2042.784, 2498.703} );
exportCable220kV.set_all_current_rating( {530., 590., 655., 715., 775., 825., 960., 1025., 1181., 1248} );
exportCable220kV.set_all_substation_interface_cost( {57500., 60000., 62500., 65000., 67500., 70000., 72500., 75000., 77500., 80000} );
exportCable220kV.set_voltage( 220.0 );
arrayTemplates.insert( make_pair(220, exportCable220kV) );
vessel id31 = vessel();
id31.identifier = PERSONNEL_TRANSPORT; // 31
id31.length = 19;
id31.draft = 1.5;
id31.transit_speed = 23;
id31.max_wind_speed = 15;
id31.max_wave_height = 1.75;
id31.day_rate = 3000;
id31.mobilization_time = 1;
id31.number_of_vessels = 1;
id31.crew = 3;
id31.passengers = 13;
vesselTemplates.insert( make_pair("PERSONNEL_TRANSPORT", id31) );
vessel id33 = vessel();
id33.identifier = GUARD; // 33
id33.length = 20.6;
id33.breadth = 5.4;
id33.draft = 3.1;
id33.transit_speed = 15;
id33.max_wave_height = 1.75;
id33.day_rate = 3000;
id33.mobilization_time = 1;
id33.number_of_vessels = 1;
vesselTemplates.insert( make_pair("GUARD", id33) );
vessel id12 = vessel();
id12.identifier = LARGE_AHST; // 12;
id12.length = 87;
id12.breadth = 20.9;
id12.draft = 7.4;
id12.operational_depth = 0;
id12.deck_space = 637;
id12.payload = 1440;
id12.transit_speed = 15.2;
id12.max_wave_height = 2.0;
id12.day_rate = 90000;
id12.mobilization_time = 3;
id12.number_of_vessels = 1;
id12.bollard_pull = 237;
id12.tow_speed = 5;
vesselTemplates.insert( make_pair("LARGE_AHST", id12) );
vessel id11 = vessel();
id11.identifier = MEDIUM_AHST; // 11;
id11.length = 68.2;
id11.breadth = 15.9;
id11.draft = 6.3;
id11.operational_depth = 0;
id11.deck_space = 441;
id11.payload = 738;
id11.transit_speed = 12.7;
id11.max_wave_height = 2.0;
id11.day_rate = 60000;
id11.mobilization_time = 3;
id11.number_of_vessels = 1;
id11.bollard_pull = 152;
id11.tow_speed = 5;
vesselTemplates.insert( make_pair("MEDIUM_AHST", id11) );
vessel id28 = vessel();
id28.identifier = SEA_GOING_SUPPORT_TUG; // 28;
id28.length = 28.2;
id28.breadth = 8.8;
id28.draft = 3.1;
id28.deck_space = 39.3;
id28.payload = 8;
id28.transit_speed = 9.6;
id28.max_wave_height = 2.5;
id28.day_rate = 27500;
id28.mobilization_time = 1;
id28.number_of_vessels = 2;
id28.bollard_pull = 37;
vesselTemplates.insert( make_pair("SEA_GOING_SUPPORT_TUG", id28) );
vessel id22 = vessel();
id22.identifier = LARGE_JACKUP_BARGE; // 22;
id22.length = 75.6;
id22.breadth = 32.5;
id22.draft = 4.2;
id22.operational_depth = 32.5;
id22.leg_length = 50.4;
id22.jackup_speed = 0.9;
id22.deck_space = 2000;
id22.payload = 1930;
id22.lift_capacity = 510;
id22.lift_height = 89.5;
id22.transit_speed = 4;
id22.max_wind_speed = 10;
id22.max_wave_height = 2;
id22.day_rate = 70000;
id22.mobilization_time = 3;
id22.number_of_vessels = 1;
vesselTemplates.insert( make_pair("LARGE_JACKUP_BARGE", id22) );
vessel id5 = vessel();
id5.identifier = HIGH_HEIGHT_LARGE_SIZED_JACKUP; // 5
id5.length = 150.3;
id5.breadth = 47;
id5.draft = 6.2;
id5.operational_depth = 57.8;
id5.leg_length = 99;
id5.jackup_speed = 1.2;
id5.deck_space = 5030;
id5.payload = 8000;
id5.lift_capacity = 1375;
id5.lift_height = 105;
id5.transit_speed = 12.0;
id5.max_wind_speed = 18.0;
id5.max_wave_height = 2.7;
id5.day_rate = 242000;
id5.mobilization_time = 3;
id5.number_of_vessels = 1;
vesselTemplates.insert( make_pair("HIGH_HEIGHT_LARGE_SIZED_JACKUP", id5) );
vessel id8 = vessel();
id8.identifier = SEMISUBMERSIBLE_CRANE; //8
id8.length = 166;
id8.breadth = 72.6;
id8.draft = 24.3;
id8.operational_depth = 0;
id8.lift_capacity = 7826;
id8.transit_speed = 7.3;
id8.max_wind_speed = 20;
id8.max_wave_height = 1.5;
id8.day_rate = 525000;
id8.mobilization_time = 3;
id8.number_of_vessels = 1;
vesselTemplates.insert( make_pair("SEMISUBMERSIBLE_CRANE", id8) );
vessel id39 = vessel();
id39.identifier = SIDE_ROCK_DUMPER; // 39;
id39.length = 71;
id39.breadth = 17.7;
id39.draft = 3.3;
id39.payload = 1490;
id39.transit_speed = 7.8;
id39.max_wave_height = 2.5;
id39.day_rate = 84000;
id39.mobilization_time = 3;
id39.number_of_vessels = 1;
vesselTemplates.insert( make_pair("SIDE_ROCK_DUMPER", id39) );
vessel id21 = vessel();
id21.identifier = MEDIUM_JACKUP_BARGE; // 21;
id21.length = 34.9;
id21.breadth = 20.5;
id21.draft = 2.3;
id21.operational_depth = 25;
id21.leg_length = 45;
id21.jackup_speed = 0.6667;
id21.deck_space = 600;
id21.payload = 395;
id21.transit_speed = 4;
id21.max_wind_speed = 10;
id21.max_wave_height = 1.5;
id21.day_rate = 50000;
id21.mobilization_time = 3;
id21.number_of_vessels = 3;
vesselTemplates.insert( make_pair("MEDIUM_JACKUP_BARGE", id21) );
vessel id40 = vessel();
id40.identifier = BALLASTING; //40;
id40.day_rate = 11500;
id40.mobilization_time = 3;
id40.number_of_vessels = 1;
vesselTemplates.insert( make_pair("BALLASTING", id40) );
vessel id41 = vessel();
id41.identifier = BALLAST_HOPPER; //41;
id41.day_rate = 20500;
id41.mobilization_time = 3;
id41.number_of_vessels = 1;
vesselTemplates.insert( make_pair("BALLAST_HOPPER", id41) );
vessel id16 = vessel();
id16.identifier = LARGE_ARRAY_CABLE_LAY; // 16;
id16.length = 111.1;
id16.breadth = 23.6;
id16.draft = 6.3;
id16.operational_depth = 0;
id16.deck_space = 1520;
id16.transit_speed = 10.2;
id16.max_wind_speed = 25;
id16.max_wave_height = 1;
id16.day_rate = 144000;
id16.mobilization_time = 3;
id16.number_of_vessels = 1;
id16.bollard_pull = 72;
id16.carousel_weight = 5900;