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OptParser.cpp
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OptParser.cpp
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/*
* File: EpaNetLink.cpp
* Author: jnewman
*
* Created on April 6, 2010, 2:24 PM
*/
#define FUSION_MAX_VECTOR_SIZE 20
#include <iostream>
#include <fstream>
#include <boost/spirit/include/qi.hpp>
#include <boost/config/warning_disable.hpp>
#include <boost/spirit/include/phoenix_core.hpp>
#include <boost/spirit/include/phoenix_operator.hpp>
#include <boost/spirit/include/phoenix_stl.hpp>
#include <boost/fusion/include/std_pair.hpp>
//#include <bits/stl_algobase.h>
#include "OptParser.h"
#include <exception>
IFException::IFException() : std::runtime_error("input file error")
{
}
IFException::IFException(std::string what) : std::runtime_error(what)
{
}
ObjectiveInputError::ObjectiveInputError() : IFException()
{
}
ObjectiveInputError::ObjectiveInputError(std::string what)
: IFException(what)
{
}
OptFileParser::OptFileParser() :
OptFileParser::base_type(start), optData(new OptData()) {
this->init();
}
OptFileParser::OptFileParser(boost::shared_ptr <OptData> _optData) :
OptFileParser::base_type(start), optData(_optData) {
this->init();
}
Skipper::Skipper() : Skipper::base_type(skip_it)
{
comment_char = ';';
skip_it = (qi::space | comment);
comment = qi::lexeme[qi::lit(comment_char) >> *(qi::char_ - qi::eol) >> qi::eol ];
}
No_eol_skip::No_eol_skip() : No_eol_skip::base_type(skip_it)
{
comment_char = ';';
//Skip spaces or comments, except if they are end of line spaces.
skip_it = ((qi::space - qi::eol) | comment);
comment = qi::lexeme[qi::lit(comment_char) >> *(qi::char_ - qi::eol)];
}
void
OptFileParser::init() {
using qi::double_;
using qi::int_;
using qi::char_;
using qi::eol;
using qi::lexeme;
using qi::space;
using qi::lit;
using qi::_val;
using qi::_1;
using qi::eps;
using qi::omit;
using qi::no_case;
using phoenix::ref;
using phoenix::push_back;
using phoenix::insert;
//Some general parsers we make frequent use of
headers = lit("[SPECIFICATION]") //
| lit("[PIPE_DATA]") //
| lit("[LINK_GROUPS]") //
| lit("[PIPE_CHOICES]") //
| lit("[PENALTIES]") //
| lit("[EVALUATION]") //
| lit("[VELOCITIES]") //
| lit("[PRESSURES]") //
| lit("[TREATMENTS]") //
| lit("[PUMPING]") //
| lit("[HEADS]") //
| lit("[VSP]") //
| lit("[STORAGE_TANK_CHOICES]") //
| lit("[STORAGE_TANK_DATA]") //
| lit("[NODE_GROUPS]");
//white_seperated_string = lexeme[+(char_ - (space | '['))];
white_seperated_string = lexeme[(+(char_ - space))] - headers;
white_seperated_string_then_eol = lexeme[(+(char_ - space))
>> omit[*(space - eol)] >> eol] - headers;
//list_white_seperated_string = lexeme[*white_seperated_string >> *(space - eol)) >> eol] ;
list_white_seperated_string = lexeme[*(+(char_ - (space | '['))
>> omit[*(space - eol)]) >> eol];
//lexeme[skip(customSkipper)]
double_then_end_of_line = (lexeme[double_[_val = _1]
>> *(space - eol) >> eol])[_val += 0];
int_then_end_of_line = (lexeme[int_[_val = _1] >> *(space - eol)
>> eol])[_val += 0];
isDistSystem_rule = no_case[lit("Distribution")[_val = true]];
isCollSystem_rule = no_case[lit("Collection")[_val = true]];
isWtrBalSystem_rule = no_case[lit("WaterBalance")[_val = true]];
isOptPipes_rule = no_case[lit("Pipes")[_val = true]];
isOptVSP_rule = no_case[lit("VSPStations")[_val = true]];
isOptTanks_rule = no_case[lit("Tanks")[_val = true]];
allTanksSameSize_rule = no_case[lit("All consistent size")[_val = true]];
allowVariableSize_rule = no_case[lit("Allow variable sizes")[_val = false]];
isCostObj_rule = no_case[lit("Cost")[_val = true]];
isNetworkResiliency_rule = no_case[lit("NetworkResiliency")[_val=true]];
isEnergyObj_rule = no_case[lit("Energy")[_val = true]];
isWtrObj_rule = no_case[lit("WaterSavings")[_val = true]];
isPressureConstraint_rule = no_case[lit("Pressure")[_val = true]];
isHeadConstraint_rule = no_case[lit("Head")[_val = true]];
isVelocityConstraint_rule = no_case[lit("Velocity")[_val = true]];
en_inp_rule =
lit("EpanetFile:")
>> lexeme['\"' >> +(char_ - '\"') >> '\"' /*>> *(space - eol) >> eol*/]
- headers;
// working_dir_rule =
// lit("EpanetDylibLoc")
// >> lexeme['\"' >> +(char_ - '\"') >> '\"' /*>> *(space - eol) >> eol*/]
// - headers;
iuwmod_inp_rule =
lit("IUWModFile:")
>> lexeme['\"' >> +(char_ - '\"') >> '\"' /*>> *(space - eol) >> eol*/]
- headers;
systemRule = no_case[lit("Systems:")] >> //
*( //
isDistSystem_rule[phoenix::ref(optData->isDistSystem) = _1] //
| isCollSystem_rule[phoenix::ref(optData->isCollSystem) = _1] //
| isWtrBalSystem_rule[phoenix::ref(optData->isWtrBalSystem) = _1] //
| lit(",") //
);
OptimiseRule = no_case[lit("Optimise:")] >> //
*( //
isOptPipes_rule[phoenix::ref(optData->isOptPipes) = _1] //
| isOptVSP_rule[phoenix::ref(optData->isOptVSP) = _1] //
| (isOptTanks_rule[phoenix::ref(optData->isOptTanks) = _1]
>> (allTanksSameSize_rule[phoenix::ref(
optData->allTankChoicesTheSame) = _1]
| allowVariableSize_rule[phoenix::ref(
optData->allTankChoicesTheSame) = _1]))//
| lit(",") //
);
ObjectivesRule = no_case[lit("Objectives:")] >> //
*( //
isCostObj_rule[phoenix::ref(optData->isCostObj) = _1] //
| isNetworkResiliency_rule[phoenix::ref(optData->isNetworkResiliencyObj) = _1] //
| isEnergyObj_rule[phoenix::ref(optData->isEnergyObj) = _1] //
| isWtrObj_rule[phoenix::ref(optData->isWtrObj) = _1] //
| lit(",") //
);
ConstraintsRule = no_case[lit("Constraints:")] >> //
*( //
isPressureConstraint_rule[phoenix::ref(
optData->isPressureConstraint) =
_1] //
| isHeadConstraint_rule[phoenix::ref(
optData->isHeadConstraint) = _1] //
| isVelocityConstraint_rule[phoenix::ref(
optData->isVelocityConstraint) = _1] //
| lit(",") //
);
specification_header = lexeme[lit("[SPECIFICATION]")
>> *(space - eol) >> eol];
specification_rule = specification_header
>> *(systemRule | OptimiseRule | ObjectivesRule
| ConstraintsRule
| en_inp_rule[phoenix::ref(optData->epanetFile) = _1]
| iuwmod_inp_rule[phoenix::ref(optData->iuwmodFile) = _1]);
//Pipe data parser rules
pipe_data_header = lexeme[lit("[PIPE_DATA]") >> *(space - eol)
>> eol];
pipe_datum_id = white_seperated_string;
pipe_data_description = white_seperated_string;
pipe_datum_info = pipe_data_description >> double_ // roughness (mm)
>> double_ // diameter (mm)
>> double_ // cost of pipe per m
>> double_ // repair cost of pipe per m per year
>> double_ // embodied energy of pipe per m
>> double_ // embodied energy for repairs per year per m
>> double_ // greenhouse gas emissions of pipe per m
>> double_ // required top cover of pipe (mm)
>> double_ // required side cover of pipe (mm)
>> double_then_end_of_line; // required bottom fill of pipe (mm)
pipe_datum = pipe_datum_id >> pipe_datum_info;
pipe_data = pipe_data_header
>> *(pipe_datum[insert(phoenix::ref(optData->pipe_data_map), _1)]);
//Treatments parser rules
treatments_header = lexeme[lit("[TREATMENTS]") >> *(space - eol)
>> eol];
treatment_id = white_seperated_string;
treatment_description = white_seperated_string;
capacity = double_;
capital_cost = double_;
operate_cost = double_then_end_of_line;
treatment_info = treatment_description >> capacity >> capital_cost
>> operate_cost;
treatment_datum = treatment_id >> treatment_info;
treatment_data =
treatments_header
>> *(treatment_datum[insert(
phoenix::ref(optData->treatments_data), _1)]);
tanks_header = lexeme[lit("[STORAGE_TANK_DATA]") >> *(space - eol)
>> eol];
tank_id = white_seperated_string;
// tank_info1 = qi::double_ >> qi::double_ >> qi::double_
// >> qi::attr(0) >> qi::attr(0) >> qi::attr(0) >> qi::attr(0)
// >> qi::attr(0);
// tank_info2 = qi::double_ >> qi::double_ >> qi::double_
// >> qi::double_ >> qi::double_ >> double_ >> qi::attr(0)
// >> qi::attr(0);
tank_info3 = qi::double_ // initial storage
>> qi::double_ // surface area
>> qi::double_ // height
>> qi::double_ // peakAllotmentDemand
>> qi::double_ // peak Supply
>> qi::double_ // peak external supply per allotment
>> qi::double_ // avg Supply
>> qi::double_ // avg Allotment Demand
>> qi::double_ // avg external supply per allotment
>> qi::double_ // net External Supply per Allotment
>> qi::double_ // cost of tank
>> qi::double_ // embodied energy of tank
>> qi::double_ // other costs (dist. coll. networks)
>> qi::double_ // other EE (ditto)
>> int_then_end_of_line; // Number of allotments that this tank services.
tank_datum = tank_id >> tank_info3;
// tank_datum = tank_id >> (tank_info3 | tank_info2 | tank_info1);
// tank_datum = tank_id >> tank_info2;
tank_data = tanks_header
>> *(tank_datum[insert(phoenix::ref(optData->storage_tank_data), _1)]);
//Pumping parser rules
pumping_header = lexeme[lit("[PUMPING]") >> *(space - eol) >> eol];
pump_id = white_seperated_string;
pump_description = white_seperated_string;
head = double_;
efficiency = double_then_end_of_line;
pump_info = pump_description >> head >> efficiency;
pump_datum = pump_id >> pump_info;
pump_data =
pumping_header
>> *(pump_datum[push_back(
phoenix::ref(optData->pump_options_data), _1)]);
//Pipe group rules
pipe_group_header = lexeme[lit("[LINK_GROUPS]") >> *(space - eol)
>> eol];
pipe_group_id = white_seperated_string;
epanet_pipe_ids = list_white_seperated_string;
pipe_group = pipe_group_id >> epanet_pipe_ids;
pipe_groups = pipe_group_header
>> *(pipe_group[insert(phoenix::ref(optData->link_groups_data), _1)]);
//Pipe choices rules
pipe_choices_header = lexeme[lit("[PIPE_CHOICES]") >> *(space - eol)
>> eol];
pipe_data_ids = list_white_seperated_string;
pipe_choice = pipe_group_id >> pipe_data_ids;
pipe_choices =
pipe_choices_header
>> *(pipe_choice[insert(
phoenix::ref(optData->pipe_availOpt_data), _1)]);
//Node group rules
node_group_header = lexeme[lit("[NODE_GROUPS]") >> *(space - eol)
>> eol];
node_group_id = white_seperated_string;
epanet_node_ids = list_white_seperated_string;
node_group = node_group_id >> epanet_node_ids;
node_groups = node_group_header
>> *(node_group[insert(phoenix::ref(optData->node_groups_data), _1)]);
// tank chocies
tank_choices_header = lexeme[lit("[STORAGE_TANK_CHOICES]")
>> *(space - eol) >> eol];
potDemandPatternID_rule = white_seperated_string;
potNodeGroup_rule = white_seperated_string;
rcylDemandPatternID_rule = white_seperated_string;
rcylNodeGroup_rule = white_seperated_string;
tank_data_ids = lexeme[*(+((char_ - (space | '[' | ']')) - ']')
>> omit[*(space - eol)] - ']')];
tank_choice_info = potDemandPatternID_rule >> potNodeGroup_rule
>> rcylDemandPatternID_rule >> rcylNodeGroup_rule
>> lit("[")
>> tank_data_ids
>> lit("]");
tank_choice_datum = white_seperated_string >> tank_choice_info;
tank_choices = tank_choices_header
>> *(tank_choice_datum[insert(
phoenix::ref(optData->tank_availOpt_data), _1)]);
dist_groups_header = lexeme[lit("[DIST_NETWORKS]") >> *(space - eol) >> eol];
dist_group_ID_rule = white_seperated_string;
groups_in_sys_ids_rule = lexeme[*(+((char_ - (space | '[' | ']')) - ']')
>> omit[*(space - eol)] - ']')];
dist_groups_info = int_ >> lit("[") >> groups_in_sys_ids_rule >> lit("]");
dist_groups_datum = dist_group_ID_rule >> dist_groups_info;
dist_groups = dist_groups_header
>> *(dist_groups_datum[insert(
phoenix::ref(optData->dist_groups_data), _1)]);
penalties_header = lexeme[lit("[PENALTIES]") >> *(space - eol)
>> eol];
pressureConstraintPenalty_rule = lit("PressureConstraintPenalty")
>> double_[phoenix::ref(optData->PressurePenaltyCost) = _1]
>> double_[phoenix::ref(optData->PressurePenaltyEE) = _1]
>> double_then_end_of_line[phoenix::ref(optData->PressurePenaltyWtr) =
_1];
headConstraintPenalty_rule = lit("HeadConstraintPenalty")
>> double_[phoenix::ref(optData->HeadPenaltyCost) = _1]
>> double_[phoenix::ref(optData->HeadPenaltyEE) = _1]
>> double_then_end_of_line[phoenix::ref(optData->HeadPenaltyWtr) = _1];
velocityConstraintPenalty_rule = lit("VelocityConstraintPenalty")
>> double_[phoenix::ref(optData->VelocityPenaltyCost) = _1]
>> double_[phoenix::ref(optData->VelocityPenaltyEE) = _1]
>> double_then_end_of_line[phoenix::ref(optData->VelocityPenaltyWtr) =
_1];
treatmentConstraintPenalty_rule = lit("TreatmentConstraintPenalty")
>> double_[phoenix::ref(optData->TreatmentPenaltyCost) = _1]
>> double_[phoenix::ref(optData->TreatmentPenaltyEE) = _1]
>> double_then_end_of_line[phoenix::ref(optData->TreatmentPenaltyWtr) =
_1];
penalties = penalties_header
>> *(pressureConstraintPenalty_rule
| velocityConstraintPenalty_rule
| treatmentConstraintPenalty_rule
| headConstraintPenalty_rule);
// Variable speed pumping rules
vsp_header = lexeme[lit("[VSP]") >> *(space - eol) >> eol];
vsp_avg_rule = no_case[lit("Average")[_val = "Average"]];
vsp_ts_rule = no_case[lit("Timestep")[_val = "Timestep"]];
vsp_info1 = white_seperated_string // VSP description
>> white_seperated_string // EPANET Reservoir ID
>> white_seperated_string // EPANET Pressure reducing valve ID
>> white_seperated_string // EPANET Link ID
>> white_seperated_string // EPANET Intermediate node ID (connects reservoir outlet pipe to PRV)
>> white_seperated_string // EPANET Outlet node ID (outlet from PRV)
>> vsp_ts_rule
>> int_ //Now we need to know how to calculate average pumping costs.... this could be based on average of other time steps, or based on a particular time step
>> white_seperated_string; //THE NODE GROUP THAT THIS VSP INFLUENCES
vsp_info2 = white_seperated_string // VSP description
>> white_seperated_string // EPANET Reservoir ID
>> white_seperated_string // EPANET Pressure reducing valve ID
>> white_seperated_string // EPANET Link ID
>> white_seperated_string // EPANET Intermediate node ID (connects reservoir outlet pipe to PRV)
>> white_seperated_string // EPANET Outlet node ID (outlet from PRV)
>> vsp_avg_rule >> qi::attr(
int(-9)) //Now we need to know how to calculate average pumping costs.... this could be based on average of other time steps, or based on a particular time step
>> white_seperated_string; //THE NODE GROUP THAT THIS VSP INFLUENCES
vsp_datum1 = white_seperated_string >> vsp_info1; // First entity is the ID of the VSP
vsp_datum2 = white_seperated_string >> vsp_info2; // First entity is the ID of the VSP
vsp_data_rule = vsp_header
>> *(vsp_datum1[insert(phoenix::ref(optData->vsp_data), _1)]
| vsp_datum2[insert(phoenix::ref(optData->vsp_data), _1)]);
evaluation_header = lexeme[lit("[EVALUATION]") >> *(space - eol)
>> eol];
trenchingCost_rule = lit("TrenchingCost")
>> double_then_end_of_line[phoenix::ref(optData->TrenchingCost) = _1];
fittingsCost_rule = lit("FittingsCost")
>> double_then_end_of_line[phoenix::ref(optData->FittingsCost) = _1];
fittingsEE_rule = lit("FittingsEE")
>> double_then_end_of_line[phoenix::ref(optData->FittingsEE) = _1];
greywaterSysCost_rule =
lit("GreywaterSysCost")
>> double_then_end_of_line[phoenix::ref(
optData->GreywaterSysCost) = _1];
houseConnectionsCost_rule =
lit("HouseConnectionsCost")
>> double_then_end_of_line[phoenix::ref(
optData->HouseConnectionsCost) = _1];
greywaterEE_rule = lit("GreywaterEE")
>> double_then_end_of_line[phoenix::ref(optData->GreywaterEE) = _1];
//en_dll_rule = lit("EpanetDylibLoc") >> lexeme[lit("\"") >> (char_ - lit("\"")) >> lit("\"") >> *(space - eol) >> eol];/*[phoenix::ref(epanet_dylib_loc) = _1]*/;
//en_dll_rule = lit("EpanetDylibLoc") >> white_seperated_string;/*[phoenix::ref(epanet_dylib_loc) = _1]*/;
en_lib_rule = lit("EpanetLib:") >> (lit("OWA_EPANET_Version2:")[phoenix::ref(optData->en_lib_version) = OWA_EN2]
| lit("OWA_EPANET_Version3:")[phoenix::ref(optData->en_lib_version) = OWA_EN3]
| lit("Ibanevs_EPANET:")[phoenix::ref(optData->en_lib_version) = Ibanev_EN2])
>> en_lib_path_rule[phoenix::ref(optData->epanet_dylib_loc) = _1];
en_lib_path_rule = lexeme['\"' >> +(char_ - '\"') >> '\"' /*>> *(space - eol) >> eol*/]
- headers;
iuwm_nodeext_rule =
lit("IUWMod_NodeExt_Loc")
>> lexeme['\"' >> +(char_ - '\"') >> '\"' /*>> *(space - eol) >> eol*/]
- headers;
iuwm_linkext_rule =
lit("IUWMod_LinkExt_Loc")
>> lexeme['\"' >> +(char_ - '\"') >> '\"' /*>> *(space - eol) >> eol*/]
- headers;
//en_dll_rule = lit("EpanetDylibLoc") >> lexeme[ +(char_ - eol) >> eol] - headers;
trenchEE_rule = lit("TrenchEE")
>> double_then_end_of_line[phoenix::ref(optData->trenchEE) = _1];
discountEE_rule = lit("DiscoutEE")
>> double_then_end_of_line[phoenix::ref(optData->drateEE) = _1];
discountCost_rule = lit("DiscoutCost")
>> double_then_end_of_line[phoenix::ref(optData->drateCost) = _1];
netWaterDemand_rule = lit("NetWaterDemand")
>> double_then_end_of_line[phoenix::ref(optData->netWaterDemand) = _1];
greywaterContrib_rule =
lit("GreywaterContrib")
>> double_then_end_of_line[phoenix::ref(
optData->greywaterContrib) = _1];
numAllotments_rule = lit("numAllotments")
>> int_then_end_of_line[phoenix::ref(optData->numAllotments) = _1];
energyCost_rule = lit("EnergyCost")
>> double_then_end_of_line[phoenix::ref(optData->energyCost) = _1];
planPeriod_rule = lit("PlanPeriod")
>> int_then_end_of_line[phoenix::ref(optData->planHorizon) = _1];
peakPumpEfficiency_rule = lit("PeakPumpEfficiency")
>> double_then_end_of_line[phoenix::ref(optData->peakPumpEfficiency) =
_1];
avgPumpEfficiency_rule = lit("AvgPumpEfficiency")
>> double_then_end_of_line[phoenix::ref(optData->avgPumpEfficiency) =
_1];
pumpElectricsLife_rule = lit("PumpElectricsLife")
>> int_then_end_of_line[phoenix::ref(optData->pumpElectricsLife) = _1];
pumpMechanicsLife_rule = lit("PumpMechanicsLife")
>> int_then_end_of_line[phoenix::ref(optData->pumpMechanicsLife) = _1];
pumpCivilLife_rule = lit("PumpCivilLife")
>> int_then_end_of_line[phoenix::ref(optData->pumpCivilLife) = _1];
treatmentLife_rule = lit("TreatmentLife")
>> int_then_end_of_line[phoenix::ref(optData->treatmentLife) = _1];
dailyPumpOpHours_rule = lit("DailyPumpOperationHours")
>> double_then_end_of_line[phoenix::ref(optData->dailyPumpOpHours) =
_1];
dayPeak_hourPeakRatio_rule = lit("DayHourPeakRatio")
>> double_then_end_of_line[phoenix::ref(optData->dayPeak_hourPeakRatio) =
_1];
treatLogReduction_rule = lit("TreatmentLogReduction")
>> double_then_end_of_line[phoenix::ref(
optData->treatementLogReduction) = _1];
iuwm_topupNde_rule =
lit("IUWMod_topup_name")
>> lexeme['\"' >> +(char_ - '\"') >> '\"' /*>> *(space - eol) >> eol*/]
- headers;
en_pat_id_rule =
lit("Epanet_pattern_id")
>> lexeme['\"' >> +(char_ - '\"') >> '\"' /*>> *(space - eol) >> eol*/]
- headers;
extWaterEnergyRule = lit("ExternalWaterEnergyRequirement")
>> double_then_end_of_line[phoenix::ref(optData->externalWaterEnergy) = _1];
extTreatEnergyRule = lit("ExternalTreatmentEnergyRequirement")
>> double_then_end_of_line[phoenix::ref(optData->externalTreatmentEnergy) = _1];
extTreatCostRule = lit("ExternalTreatmentCostRequirement")
>> double_then_end_of_line[phoenix::ref(optData->externalTreatmentCost) = _1];
tarifPairRule = qi::lit("(") >> qi::int_ >> qi::lit(",") >> qi::double_ >> qi::lit(")");
extWaterCostRule = qi::lit("waterTarifStructure")
>> +(tarifPairRule[phoenix::insert(phoenix::ref(optData->waterTariffs), qi::_1)]);
evaluation = evaluation_header >> *(trenchingCost_rule //
| fittingsCost_rule //
| fittingsEE_rule //
| greywaterSysCost_rule //
| houseConnectionsCost_rule | greywaterEE_rule //
| en_lib_rule //
| iuwm_nodeext_rule[phoenix::ref(optData->iuwmod_nodeext_loc) = _1] //
| iuwm_linkext_rule[phoenix::ref(optData->iuwmod_linkext_loc) = _1] //
| trenchEE_rule //
| discountEE_rule //
| discountCost_rule //
| netWaterDemand_rule //
| greywaterContrib_rule //
| numAllotments_rule //
| energyCost_rule //
| planPeriod_rule //
| peakPumpEfficiency_rule //
| avgPumpEfficiency_rule //
| pumpElectricsLife_rule //
| pumpMechanicsLife_rule //
| pumpCivilLife_rule //
| treatmentLife_rule //
| dailyPumpOpHours_rule //
| treatLogReduction_rule //
| dayPeak_hourPeakRatio_rule //
| iuwm_topupNde_rule[phoenix::ref(optData->pot_topup_node_name) = _1] //
| extTreatEnergyRule //
| extTreatCostRule //
| extWaterCostRule //
| extWaterEnergyRule //
| en_pat_id_rule[phoenix::ref(optData->en_pat_id) = _1]);
pressures_header = lexeme[lit("[PRESSURES]") >> *(space - eol)
>> eol];
node_id = white_seperated_string;
min_pressure = double_;
max_pressure = double_then_end_of_line;
mm_pressure_constraint = min_pressure >> max_pressure;
pressure_constraint = node_id >> mm_pressure_constraint;
pressure_constraints_r = pressures_header
>> *(pressure_constraint[insert(
phoenix::ref(optData->pressure_constraints), _1)]);
heads_header = lexeme[lit("[HEADS]") >> *(space - eol) >> eol];
min_head = double_;
max_head = double_then_end_of_line;
mm_head_constraint = min_head >> max_head;
head_constraint = node_id >> mm_head_constraint;
head_constraints_r = heads_header
>> *(head_constraint[insert(phoenix::ref(optData->head_constraints),
_1)]);
velocities_header = lexeme[lit("[VELOCITIES]") >> *(space - eol)
>> eol];
pipe_id = white_seperated_string;
max_velocity = double_then_end_of_line;
velocity_constraint = pipe_id >> max_velocity;
velocity_constraints_r = velocities_header
>> *(velocity_constraint[insert(
phoenix::ref(optData->velocity_constraints), _1)]);
start = *(pipe_data //
| pipe_groups //
| pipe_choices //
| penalties //
| evaluation //
| pressure_constraints_r //
| velocity_constraints_r //
| treatment_data //
| pump_data //
| specification_rule //
| head_constraints_r //
| vsp_data_rule //
| tank_data //
| tank_choices //
| dist_groups //
| node_groups);
}
std::ostream &
operator<<(std::ostream &os, const OptData &optdata) {
os << "; OPTIMISER FILE GENERATED" << std::endl;
os << "; THE AUTHOR DOES NOT WARRANTEE THE PROGRAM FOR ANY PURPOSE "
<< std::endl;
os << "; (c) JEFFREY NEWMAN 2010 " << std::endl;
os
<< "; INTELECTUAL PROPERTY (IP) BELONGS TO JEFF NEWMAN, PROF. HOLGER MAIER, PROF. GRAEME DANDY "
<< std::endl;
os << "; AND THE UNIVERSITY OF ADELAIDE " << std::endl;
os
<< "; DISTRIBUTION OF EXECUTABLES AND SOURCE CODE IS STRICTLY FORBIDDEN WITHOUT CONSENT FROM THE IP OWNERS "
<< std::endl << std::endl;
os << std::endl << std::endl << std::endl;
os << "[SPECIFICATION]" << std::endl;
os << "Systems:" << "\t";
if (optdata.isDistSystem) os << "Distribution" << "\t";
if (optdata.isCollSystem) os << "Collection" << "\t";
if (optdata.isWtrBalSystem) os << "WaterBalance" << "\t";
os << std::endl;
os << "Optimise:" << "\t";
if (optdata.isOptPipes) os << "Pipes" << "\t";
if (optdata.isOptVSP) os << "VSPStations" << "\t";
if (optdata.isOptTanks) os << "Tanks" << "\t";
os << std::endl;
os << "Objectives:" << "\t";
if (optdata.isCostObj) os << "Cost" << "\t";
if (optdata.isEnergyObj) os << "Energy" << "\t";
if (optdata.isWtrObj) os << "WaterSavings" << "\t";
os << std::endl;
os << "Constraints:" << "\t";
if (optdata.isPressureConstraint) os << "Pressure" << "\t";
if (optdata.isHeadConstraint) os << "Head" << "\t";
if (optdata.isVelocityConstraint) os << "Velocity" << "\t";
os << std::endl;
if (!(optdata.epanetFile.empty()))
os << "EpanetFile:" << "\t\""
<< optdata.epanetFile << "\"\t" << std::endl;
if (!(optdata.iuwmodFile.empty()))
os << "IUWModFile:" << "\t\""
<< optdata.iuwmodFile << "\"\t" << std::endl;
os << std::endl << std::endl;
os << "[PIPE_DATA]" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
os
<< "; PipeOptionID Desc roughness diam. cost repairCost Emb.Energy GHG topCover sideCover bottomFill "
<< std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
for (PipeDataType::const_iterator pipe =
optdata.pipe_data_map.begin();
pipe != optdata.pipe_data_map.end(); ++pipe) {
os << pipe->first << "\t" << pipe->second.description << "\t"
<< pipe->second.roughnessHeight << "\t"
<< pipe->second.diameter << "\t" << pipe->second.cost
<< "\t" << pipe->second.repairCost << "\t"
<< pipe->second.embodiedEnergy << "\t" << pipe->second.repairEE << "\t" << pipe->second.ghg
<< "\t" << pipe->second.topCover << "\t"
<< pipe->second.sideCover << "\t"
<< pipe->second.bottomCover << "\t" << std::endl;
}
os << std::endl;
os << "[LINK_GROUPS]" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
os << "; LinkGroupID EpanetPipeIDs" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
for (LinkGroupsType::const_iterator lnGroup =
optdata.link_groups_data.begin();
lnGroup != optdata.link_groups_data.end(); ++lnGroup) {
os << lnGroup->first << "\t";
for (std::vector<std::string>::const_iterator ln =
lnGroup->second.begin(); ln != lnGroup->second.end(); ++ln) {
os << *ln << "\t";
}
os << std::endl;
}
os << std::endl;
os << "[NODE_GROUPS]" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
os << "; NodeGroupID EpanetNodeIDs" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
for (NodeGroupsType::const_iterator ndGroup =
optdata.node_groups_data.begin();
ndGroup != optdata.node_groups_data.end(); ++ndGroup) {
os << ndGroup->first << "\t";
for (std::vector<std::string>::const_iterator nd =
ndGroup->second.begin(); nd != ndGroup->second.end(); ++nd) {
os << *nd << "\t";
}
os << std::endl;
}
os << std::endl;
os << "[PIPE_CHOICES]" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
os << "; LinkGroupID PipeOptionID(List)... " << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
for (PipeAvailOptionsType::const_iterator optn =
optdata.pipe_availOpt_data.begin();
optn != optdata.pipe_availOpt_data.end(); ++optn) {
os << optn->first << "\t";
for (std::vector<std::string>::const_iterator optnId =
optn->second.begin(); optnId != optn->second.end();
++optnId) {
os << *optnId << "\t";
}
os << std::endl;
}
os << std::endl;
os << "[STORAGE_TANK_CHOICES]" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
os
<< "; StorageID PotableDemandPatternID PotableNodeGroup RecycledPatternID RecycledNodeGroup TankOptionID(List)... "
<< std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
for (TankAvailableOptionsType::const_iterator optn =
optdata.tank_availOpt_data.begin();
optn != optdata.tank_availOpt_data.end(); ++optn) {
os << optn->first << "\t";
os << optn->second.potDemandPatternID << "\t";
os << optn->second.potNodeGroup << "\t";
os << optn->second.rcylDemandPatternID << "\t";
os << optn->second.rcylNodeGroup << "\t";
for (std::vector<std::string>::const_iterator optnId =
optn->second.tankOptionIDs.begin();
optnId != optn->second.tankOptionIDs.end(); ++optnId) {
os << *optnId << "\t";
}
os << std::endl;
}
os << std::endl;
//Now write down the available pipe choices for each pipe group.
os << "[TREATMENTS]" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
os
<< "; Treat.ID Description(single_word) Capacity cap_cost ongoing_cost "
<< std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
for (TreatmentsType::const_iterator treat =
optdata.treatments_data.begin();
treat != optdata.treatments_data.end(); ++treat) {
os << treat->first << "\t" << treat->second.description << "\t"
<< treat->second.waterload << "\t"
<< treat->second.capitalcost << "\t"
<< treat->second.annualOpCost << "\t" << std::endl;
}
os << std::endl;
//Now write down the available pipe choices for each pipe group.
os << "[STORAGE_TANK_DATA]" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
os << "; Tank.ID init_storage surface_area height "
<< std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
for (TanksType::const_iterator tank =
optdata.storage_tank_data.begin();
tank != optdata.storage_tank_data.end(); ++tank) {
os << tank->first << "\t" //
<< tank->second.init_storage << "\t" //
<< tank->second.surface_area << "\t" //
<< tank->second.height << "\t" //
<< tank->second.peakAllotmentDemand << "\t" //
<< tank->second.avgAllotmentDemand << "\t" //
<< tank->second.peakSupply << "\t" //
<< tank->second.avgSupply << "\t" //
<< tank->second.peakExternalSupplyPerAllot << "/t" //
<< tank->second.avgExternalSupplyPerAllot << "/t" //
<< tank->second.netExternalSupplyPerAllot << "\t" //
<< tank->second.cost << "\t" //
<< tank->second.embodied_energy << "\t" //
<< tank->second.numAllots << "\t" //
<< std::endl;
}
os << std::endl;
os << "[DIST_NETWORKS]" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
os << "; Dist.Sys.ID numAllots LinkGroupIDs "
<< std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
typedef const std::pair<const std::string, DistSysPipeGroups> DistSysPair;
BOOST_FOREACH(DistSysPair & sysData, optdata.dist_groups_data)
{
os << sysData.first << "\t" << sysData.second.numAllotments;
BOOST_FOREACH(
const std::string &grpID, sysData.second.pipeGroupIDs)
{
os << "\t" << grpID;
}
os << std::endl;
}
os << "[PUMPING]" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
os
<< "; PumpID Description(single_word) Head Efficiency "
<< std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
for (PumpingOptionsType::const_iterator pump =
optdata.pump_options_data.begin();
pump != optdata.pump_options_data.end(); ++pump) {
os << pump->first << "\t" << pump->second.description << "\t"
<< pump->second.head << "\t" << pump->second.efficiency
<< "\t" << std::endl;
}
os << std::endl;
os << "[VSP]" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
os
<< "; VSPID Description(single_word) EN_Res_ID EN_PRV_ID EN_Link_ID EN_IntNode_ID EN_OutletNode_ID T"
<< std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
for (VSPType::const_iterator vsp = optdata.vsp_data.begin();
vsp != optdata.vsp_data.end(); ++vsp) {
os << vsp->first << "\t" << vsp->second.description << "\t"
<< vsp->second.resID << "\t" << vsp->second.prvID << "\t"
<< vsp->second.linkID << "\t" << vsp->second.interNode
<< "\t" << vsp->second.outletNode << "\t"
<< vsp->second.determineAvgBy << "\t";
if (vsp->second.determineAvgBy == "Timestep") {
os << vsp->second.timestep << "\t";
}
os << vsp->second.NodeGroupID << "\t" << std::endl;
}
os << std::endl;
//Now write the pressure constraints - these apply at demand nodes.
os << "[HEADS]" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
os << "; NODE_ID Min_Head Max_Head" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
for (NodeConstraintsT::const_iterator hconst =
optdata.head_constraints.begin();
hconst != optdata.head_constraints.end(); ++hconst) {
os << hconst->first << "\t" << hconst->second.first << "\t"
<< hconst->second.second << "\t" << std::endl;
}
os << std::endl;
//Now write the pressure constraints - these apply at demand nodes.
os << "[PRESSURES]" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
os << "; NODE_ID Min_Pressure Max_Pressure" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
for (NodeConstraintsT::const_iterator pconst =
optdata.pressure_constraints.begin();
pconst != optdata.pressure_constraints.end(); ++pconst) {
os << pconst->first << "\t" << pconst->second.first << "\t"
<< pconst->second.second << "\t" << std::endl;
}
os << std::endl;
//Now write the velocity constraints - these apply at all links.
os << "[VELOCITIES]" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
os << "; PIPE_ID Max_Velocity" << std::endl;
os
<< ";-----------------------------------------------------------------------------------------------------------------------------"
<< std::endl;
for (VelocityConstraintsT::const_iterator vconst =
optdata.velocity_constraints.begin();
vconst != optdata.velocity_constraints.end(); ++vconst) {
os << vconst->first << "\t" << vconst->second << "\t"
<< std::endl;
}
os << std::endl;
os << "[PENALTIES]" << std::endl;
os << "PressureConstraintPenalty" << "\t"
<< optdata.PressurePenaltyCost << "\t"
<< optdata.PressurePenaltyEE << "\t"
<< optdata.PressurePenaltyWtr << "\t" << std::endl;
os << "VelocityConstraintPenalty" << "\t"
<< optdata.VelocityPenaltyCost << "\t"
<< optdata.VelocityPenaltyEE << "\t"
<< optdata.VelocityPenaltyWtr << "\t" << std::endl;
os << "TreatmentConstraintPenalty" << "\t"
<< optdata.TreatmentPenaltyCost << "\t"
<< optdata.TreatmentPenaltyEE << "\t"
<< optdata.TreatmentPenaltyWtr << "\t" << std::endl;
os << "HeadConstraintPenalty" << "\t" << optdata.HeadPenaltyCost
<< "\t" << optdata.HeadPenaltyEE
<< "\t" << optdata.HeadPenaltyWtr << "\t" << std::endl;
os << std::endl;
// Now we add to the Evaluation section
os << std::endl << std::endl << std::endl;
os << "[EVALUATION]" << std::endl;
if (optdata.TrenchingCost != -9)
os << "TrenchingCost" << "\t"
<< optdata.TrenchingCost << "\t" << std::endl;
if (optdata.FittingsCost != -9)
os << "FittingsCost" << "\t"
<< optdata.FittingsCost << "\t" << std::endl;
if (optdata.FittingsEE != -9)
os << "FittingsEE" << "\t"
<< optdata.FittingsEE << "\t" << std::endl;
if (optdata.GreywaterSysCost != -9)
os << "GreywaterSysCost" << "\t"
<< optdata.GreywaterSysCost << "\t" << std::endl;
if (optdata.HouseConnectionsCost != -9)
os << "HouseConnectionsCost"
<< "\t" << optdata.HouseConnectionsCost << "\t" << std::endl;
if (optdata.GreywaterEE != -9)
os << "GreywaterEE" << "\t"
<< optdata.GreywaterEE << "\t" << std::endl;
if (!optdata.epanet_dylib_loc.empty())
os << "EpanetDylibLoc"
<< "\t\"" << optdata.epanet_dylib_loc << "\"\t" << std::endl;
if (optdata.trenchEE != -9)
os << "TrenchEE" << "\t"
<< optdata.trenchEE << "\t" << std::endl;
if (optdata.drateEE != -9)
os << "DiscoutEE" << "\t"
<< optdata.drateEE << "\t" << std::endl;
if (optdata.drateCost != -9)
os << "DiscoutCost" << "\t"
<< optdata.drateCost << "\t" << std::endl;
if (optdata.netWaterDemand != -9)
os << "NetWaterDemand" << "\t"
<< optdata.netWaterDemand << "\t" << std::endl;
if (optdata.greywaterContrib != -9)
os << "GreywaterContrib" << "\t"
<< optdata.greywaterContrib << "\t" << std::endl;
if (optdata.numAllotments != -9)
os << "numAllotments" << "\t"
<< optdata.numAllotments << "\t" << std::endl;
if (optdata.energyCost != -9)
os << "EnergyCost" << "\t"
<< optdata.energyCost << "\t" << std::endl;
if (optdata.planHorizon != -9)
os << "PlanPeriod" << "\t"
<< optdata.planHorizon << "\t" << std::endl;
if (optdata.peakPumpEfficiency != -9)
os << "PeakPumpEfficiency"
<< "\t" << optdata.peakPumpEfficiency << "\t" << std::endl;
if (optdata.avgPumpEfficiency != -9)
os << "AvgPumpEfficiency"
<< "\t" << optdata.avgPumpEfficiency << "\t" << std::endl;
if (optdata.pumpElectricsLife != -9)
os << "PumpElectricsLife"
<< "\t" << optdata.pumpElectricsLife << "\t" << std::endl;
if (optdata.pumpMechanicsLife != -9)
os << "PumpMechanicsLife"
<< "\t" << optdata.pumpMechanicsLife << "\t" << std::endl;
if (optdata.pumpCivilLife != -9)
os << "PumpCivilLife" << "\t"
<< optdata.pumpCivilLife << "\t" << std::endl;
os << std::endl;
os << std::endl << std::endl;
return (os);
}
void
printOptToFile(const OptData &optdata, std::string fileName) {
std::cout << fileName << "\n";
std::string cpy = fileName;
std::ofstream fout(cpy.c_str());
if (fout.is_open()) {
fout << optdata;
}
if (fout.is_open()) {
fout.close();
}
}