Unit ModflowUnitNumbers

Description

Uses

Classes, Interfaces, Objects and Records

Functions and Procedures

Types

Constants

Variables

Description

Uses

SysUtils
Classes
GoPhastTypes

Overview

Classes, Interfaces, Objects and Records

Name	Description
Class `TCustomUnitNumberItem`
Class `TUnitNumberItem`
Class `TExternalFileItem`
Class `TCustomUnitNumbers`
Class `TUnitNumbers`	`TUnitNumbers` stores instances of TUnitNumberItem.
Class `TExternalFiles`	`TExternalFiles` stores instances of TExternalFileItem.

Constants

StrLIST = 'LIST';

StrDIS = 'DIS';

StrCBC = 'CBC';

StrBAS = 'BAS6';

StrLPF = 'LPF';

StrHUF2 = 'HUF2';

StrZONE = 'ZONE';

StrMULT = 'MULT';

StrCHD = 'CHD';

StrPCG = 'PCG';

StrPCGN = 'PCGN';

StrGHB = 'GHB';

StrWEL = 'WEL';

StrRIV = 'RIV';

StrDRN = 'DRN';

StrDRT = 'DRT';

StrRCH = 'RCH';

StrEVT = 'EVT';

StrETS = 'ETS';

StrRES = 'RES';

StrLAK = 'LAK';

StrSFR = 'SFR';

StrUZF = 'UZF';

StrGMG = 'GMG';

StrIUNITMHC = 'IUNITMHC';

StrSIP = 'SIP';

StrDE4 = 'DE4';

StrHEAD = 'HEAD';

StrDRAWDOWN = 'DRAWDOWN';

StrOC = 'OC';

StrGAG = 'GAGE';

StrHOB = 'HOB';

StrIUHOBSV = 'IUHOBSV';

StrHFB = 'HFB6';

StrUNIT = 'UNIT';

StrDROB = 'DROB';

StrIUDROBSV = 'IUDROBSV';

StrGBOB = 'GBOB';

StrIUGBOBSV = 'IUGBOBSV';

StrRVOB = 'RVOB';

StrIURVOBSV = 'IURVOBSV';

StrCHOB = 'CHOB';

StrIUCHOBSV = 'IUCHOBSV';

StrPVAL = 'PVAL';

StrIOHUFHEADS = 'IOHUFHEADS';

StrIOHUFFLOWS = 'IOHUFFLOWS';

StrKDEP = 'KDEP';

StrLVDA = 'LVDA';

StrISTCB2 = 'ISTCB2';

StrMNW2 = 'MNW2';

StrMNWI = 'MNWI';

StrMNWI_Wells = 'MNWI_Wells';

StrMNWI_SummarizeByWell = 'MNWI_SummarizeByWell';

StrMNWI_SummarizeByNode = 'MNWI_SummarizeByNode';

StrBCF = 'BCF6';

StrSUB = 'SUB';

StrSWT = 'SWT';

StrSUBSaveRestart = 'SUB_SaveRestart';

StrSUBReadRestart = 'SUB_ReadRestart';

StrHydmodOut = 'HYDMOD_OUT';

StrSubSUB_Out = 'SUB_SUB_OUT';

StrSubCOM_ML_Out = 'SUB_COM_ML_OUT';

StrSubCOM_IS_Out = 'SUB_COM_IS_OUT';

StrSub_VD_Out = 'SUB_VD_OUT';

StrSub_NDPCH_Out = 'SUB_NDPCH_OUT';

StrSub_DPCH_Out = 'SUB_DPCH_OUT';

StrZoneBudget = 'ZONEBUDGET';

StrHYD = 'HYD';

StrSwtSUB_Out = 'SWT_SUB_OUT';

StrSwtComML_Out = 'SWT_COM_ML_OUT';

StrSwtCOM_IS_Out = 'SWT_COM_IS_OUT';

StrSwt_VD_Out = 'SWT_VD_OUT';

StrSwt_PreCon_Out = 'SWT_PreCon_OUT';

StrSwt_DeltaPreCon_Out = 'SWT_DeltaPreCon_OUT';

StrSwt_GeoStat_Out = 'SWT_GeoStat_OUT';

StrSwt_DeltaGeoStat_Out = 'SWT_DeltaGeoStat_OUT';

StrSwt_EffStress_Out = 'SWT_EffStress_OUT';

StrSwt_DeltaEffStress_Out = 'SWT_DeltaEffStress_OUT';

StrSwt_VoidRatio_Out = 'SWT_VoidRatio_OUT';

StrSwt_ThickCompSed_Out = 'SWT_ThickCompSed_OUT';

StrSwt_LayerCentElev_Out = 'SWT_LayerCentElev_OUT';

BAS_InitialHeads = 'BAS_InitialHeads';

BFH_Heads = 'BFH_Heads';

BFH_Fluxes = 'BFH_Fluxes';

StrNWT = 'NWT';

StrUPW = 'UPW';

StrBTN = 'BTN';

StrADV = 'ADV';

StrDSP = 'DSP';

StrSSM = 'SSM';

StrRCT = 'RCT';

StrGCG = 'GCG';

StrTOB = 'TOB';

StrLMT6 = 'LMT6';

StrFTL = 'FTL';

StrCNF = 'CNF';

StrPHIRAMPOut = 'PHIRAMP_Out';

Solvers: array[0..5] of string = (StrPCG, StrPCGN, StrGMG, StrSIP, StrDE4, StrNWT);

FlowPackages: array[0..3] of string = (StrLPF, StrHUF2, StrBCF, StrUPW);

Mt3dList = 16;

Mt3dBtn = 1;

Mt3dFtl = 10;

Mt3dAdv = 2;

Mt3dDsp = 3;

Mt3dSSM = 4;

Mt3dRct = 8;

Mt3dGcg = 9;

Mt3dTob = 7;

Mt3dCnf = 17;

Mt3dUcnMobileStart = 201;

Mt3dUcnImmobileStart = 301;

Mt3dObsStart = 401;

Mt3dMassStart = 601;

Mt3dTob_inConcObs = 21;

Mt3dTob_inFluxObs = 22;

Mt3dTob_inSaveObs = 23;

CellFlowsUnitNumber = 9;

ListFileUnit = 11;

DiscretizationUnit = 12;

BasicUnit = 13;

LPF_Unit = 14;

ZoneUnit = 15;

MultUnit = 16;

CHD_Unit = 17;

PCG_Unit = 18;

GHB_Unit = 19;

WEL_Unit = 20;

RIV_Unit = 21;

DRN_Unit = 22;

DRT_Unit = 23;

RCH_Unit = 24;

EVT_Unit = 25;

ETS_Unit = 26;

RES_Unit = 27;

LAK_Unit = 28;

SFR_Unit = 29;

UZF_Unit = 31;

GMG_Unit = 33;

GMG_HeadChangeUnit = 34;

SIP_Unit = 35;

DE4_Unit = 36;

HeadDataUnit = 37;

DrawdownDataUnit = 38;

OC_Unit = 39;

GAG_Unit = 40;

HOB_Unit = 41;

HOB_Output_Unit = 42;

HFB_Unit = 43;

DROB_Unit = 44;

IUDROBSV = 45;

GBOB_Unit = 46;

IUGBOBSV = 47;

RVOB_Unit = 48;

IURVOBSV = 49;

CHOB_Unit = 50;

IUCHOBSV = 51;

PVAL_Unit = 52;

HUF_Unit = 53;

IOHUFHEADS = 54;

IOHUFFLOWS = 55;

KDEP_Unit = 56;

LVDA_Unit = 57;

StreamFlows = 58;

MNW2_Unit = 59;

MNWI_Unit = 60;

MNWI_Wells_Unit = 61;

MNWI_SummarizeByWell_Unit = 62;

MNWI_SummarizeByNode_Unit = 63;

BcfUnit = 64;

SubUnit = 65;

SubUnitSave = 66;

SubUnitRead = 67;

SWT_Unit = 68;

HYD_Unit = 69;

SubSUB_Out = 110;

SubCOM_ML_Out = 111;

SubCOM_IS_Out = 112;

Sub_VD_Out = 113;

Sub_NDPCH_Out = 114;

Sub_DPCH_Out = 115;

SwtSUB_Out = 116;

SwtComML_Out = 117;

SwtCOM_IS_Out = 118;

Swt_VD_Out = 119;

Swt_PreCon_Out = 120;

Swt_DeltaPreCon_Out = 121;

Swt_GeoStat_Out = 122;

Swt_DeltaGeoStat_Out = 123;

Swt_EffStress_Out = 124;

Swt_DeltaEffStress_Out = 125;

Swt_VoidRatio_Out = 126;

Swt_ThickCompSed_Out = 127;

Swt_LayerCentElev_Out = 128;

Hydmod_Out = 129;

BasInitialHeads = 130;

BFH_Head = 131;

BFH_Flux = 132;

NWT_Unit = 133;

UPW_Unit = 134;

LMT6_Unit = 135;

FTL_Unit = 136;

PCGN_Unit = 137;

PCGN_UNIT_PC = 138;

PCGN_UNIT_TS = 139;

PCGN_IPUNIT = 140;

NwtPhrampOut = 141;

GageOutputStartUnit = 205;

Description

Constants

StrLIST = 'LIST';

StrDIS = 'DIS';

StrCBC = 'CBC';

StrBAS = 'BAS6';

StrLPF = 'LPF';

StrHUF2 = 'HUF2';

StrZONE = 'ZONE';

StrMULT = 'MULT';

StrCHD = 'CHD';

StrPCG = 'PCG';

StrPCGN = 'PCGN';

StrGHB = 'GHB';

StrWEL = 'WEL';

StrRIV = 'RIV';

StrDRN = 'DRN';

StrDRT = 'DRT';

StrRCH = 'RCH';

StrEVT = 'EVT';

StrETS = 'ETS';

StrRES = 'RES';

StrLAK = 'LAK';

StrSFR = 'SFR';

StrUZF = 'UZF';

StrGMG = 'GMG';

StrIUNITMHC = 'IUNITMHC';

StrSIP = 'SIP';

StrDE4 = 'DE4';

StrHEAD = 'HEAD';

StrDRAWDOWN = 'DRAWDOWN';

StrOC = 'OC';

StrGAG = 'GAGE';

StrHOB = 'HOB';

StrIUHOBSV = 'IUHOBSV';

StrHFB = 'HFB6';

StrUNIT = 'UNIT';

StrDROB = 'DROB';

StrIUDROBSV = 'IUDROBSV';

StrGBOB = 'GBOB';

StrIUGBOBSV = 'IUGBOBSV';

StrRVOB = 'RVOB';

StrIURVOBSV = 'IURVOBSV';

StrCHOB = 'CHOB';

StrIUCHOBSV = 'IUCHOBSV';

StrPVAL = 'PVAL';

StrIOHUFHEADS = 'IOHUFHEADS';

StrIOHUFFLOWS = 'IOHUFFLOWS';

StrKDEP = 'KDEP';

StrLVDA = 'LVDA';

StrISTCB2 = 'ISTCB2';

StrMNW2 = 'MNW2';

StrMNWI = 'MNWI';

StrMNWI_Wells = 'MNWI_Wells';

StrMNWI_SummarizeByWell = 'MNWI_SummarizeByWell';

StrMNWI_SummarizeByNode = 'MNWI_SummarizeByNode';

StrBCF = 'BCF6';

StrSUB = 'SUB';

StrSWT = 'SWT';

StrSUBSaveRestart = 'SUB_SaveRestart';

StrSUBReadRestart = 'SUB_ReadRestart';

StrHydmodOut = 'HYDMOD_OUT';

StrSubSUB_Out = 'SUB_SUB_OUT';

StrSubCOM_ML_Out = 'SUB_COM_ML_OUT';

StrSubCOM_IS_Out = 'SUB_COM_IS_OUT';

StrSub_VD_Out = 'SUB_VD_OUT';

StrSub_NDPCH_Out = 'SUB_NDPCH_OUT';

StrSub_DPCH_Out = 'SUB_DPCH_OUT';

StrZoneBudget = 'ZONEBUDGET';

StrHYD = 'HYD';

StrSwtSUB_Out = 'SWT_SUB_OUT';

StrSwtComML_Out = 'SWT_COM_ML_OUT';

StrSwtCOM_IS_Out = 'SWT_COM_IS_OUT';

StrSwt_VD_Out = 'SWT_VD_OUT';

StrSwt_PreCon_Out = 'SWT_PreCon_OUT';

StrSwt_DeltaPreCon_Out = 'SWT_DeltaPreCon_OUT';

StrSwt_GeoStat_Out = 'SWT_GeoStat_OUT';

StrSwt_DeltaGeoStat_Out = 'SWT_DeltaGeoStat_OUT';

StrSwt_EffStress_Out = 'SWT_EffStress_OUT';

StrSwt_DeltaEffStress_Out = 'SWT_DeltaEffStress_OUT';

StrSwt_VoidRatio_Out = 'SWT_VoidRatio_OUT';

StrSwt_ThickCompSed_Out = 'SWT_ThickCompSed_OUT';

StrSwt_LayerCentElev_Out = 'SWT_LayerCentElev_OUT';

BAS_InitialHeads = 'BAS_InitialHeads';

BFH_Heads = 'BFH_Heads';

BFH_Fluxes = 'BFH_Fluxes';

StrNWT = 'NWT';

StrUPW = 'UPW';

StrBTN = 'BTN';

StrADV = 'ADV';

StrDSP = 'DSP';

StrSSM = 'SSM';

StrRCT = 'RCT';

StrGCG = 'GCG';

StrTOB = 'TOB';

StrLMT6 = 'LMT6';

StrFTL = 'FTL';

StrCNF = 'CNF';

StrPHIRAMPOut = 'PHIRAMP_Out';

Solvers: array[0..5] of string = (StrPCG, StrPCGN, StrGMG, StrSIP, StrDE4, StrNWT);

FlowPackages: array[0..3] of string = (StrLPF, StrHUF2, StrBCF, StrUPW);

Mt3dList = 16;

Mt3dBtn = 1;

Mt3dFtl = 10;

Mt3dAdv = 2;

Mt3dDsp = 3;

Mt3dSSM = 4;

Mt3dRct = 8;

Mt3dGcg = 9;

Mt3dTob = 7;

Mt3dCnf = 17;

Mt3dUcnMobileStart = 201;

Mt3dUcnImmobileStart = 301;

Mt3dObsStart = 401;

Mt3dMassStart = 601;

Mt3dTob_inConcObs = 21;

Mt3dTob_inFluxObs = 22;

Mt3dTob_inSaveObs = 23;

CellFlowsUnitNumber = 9;

unit numbers that were used previously. GlobalFileUnit = 10; SFR_PrintUnit = 30; UZF_GageStartUnit = 32;

MODPATH reserves several numbers in the range 80 to 99 for internal use.

ListFileUnit = 11;

ListFileUnit is the unit number in MODFLOW on which the listing file will be printed.

DiscretizationUnit = 12;

BasicUnit = 13;

LPF_Unit = 14;

ZoneUnit = 15;

MultUnit = 16;

CHD_Unit = 17;

PCG_Unit = 18;

GHB_Unit = 19;

WEL_Unit = 20;

RIV_Unit = 21;

DRN_Unit = 22;

DRT_Unit = 23;

RCH_Unit = 24;

EVT_Unit = 25;

ETS_Unit = 26;

RES_Unit = 27;

LAK_Unit = 28;

SFR_Unit = 29;

UZF_Unit = 31;

GMG_Unit = 33;

GMG_HeadChangeUnit = 34;

SIP_Unit = 35;

DE4_Unit = 36;

HeadDataUnit = 37;

DrawdownDataUnit = 38;

OC_Unit = 39;

GAG_Unit = 40;

HOB_Unit = 41;

HOB_Output_Unit = 42;

HFB_Unit = 43;

DROB_Unit = 44;

IUDROBSV = 45;

GBOB_Unit = 46;

IUGBOBSV = 47;

RVOB_Unit = 48;

IURVOBSV = 49;

CHOB_Unit = 50;

IUCHOBSV = 51;

PVAL_Unit = 52;

HUF_Unit = 53;

IOHUFHEADS = 54;

IOHUFFLOWS = 55;

KDEP_Unit = 56;

LVDA_Unit = 57;

StreamFlows = 58;

MNW2_Unit = 59;

MNWI_Unit = 60;

MNWI_Wells_Unit = 61;

MNWI_SummarizeByWell_Unit = 62;

MNWI_SummarizeByNode_Unit = 63;

BcfUnit = 64;

SubUnit = 65;

SubUnitSave = 66;

SubUnitRead = 67;

SWT_Unit = 68;

HYD_Unit = 69;

SubSUB_Out = 110;

MT3DMS Input/Output Files File Type Preserved Unit Output Listing File* LIST 16 Package Options Basic Transport* BTN 1 Flow-Transport Link* FTL 10 Advection ADV 2 Dispersion DSP 3 Sink/Source Mixing SSM 4 Reaction RCT 8 Generalized Conjugate Gradient GCG 9 Transport Observation TOB 7 HSS Time-Varying Source HSS 13 Output Files Model Configuration File CNF 17 Unformatted Concentration File (dissolved phase) UCN 200+species index Unformatted Concentration File (sorbed/immobile phase) UCN 300+species index Concentrations Observation File OBS 400+species index Mass Budget Summary File MAS 600+species index *Note: these files are always required for every simulation.

SubCOM_ML_Out = 111;

SubCOM_IS_Out = 112;

Sub_VD_Out = 113;

Sub_NDPCH_Out = 114;

Sub_DPCH_Out = 115;

SwtSUB_Out = 116;

SwtComML_Out = 117;

SwtCOM_IS_Out = 118;

Swt_VD_Out = 119;

Swt_PreCon_Out = 120;

Swt_DeltaPreCon_Out = 121;

Swt_GeoStat_Out = 122;

Swt_DeltaGeoStat_Out = 123;

Swt_EffStress_Out = 124;

Swt_DeltaEffStress_Out = 125;

Swt_VoidRatio_Out = 126;

Swt_ThickCompSed_Out = 127;

Swt_LayerCentElev_Out = 128;

Hydmod_Out = 129;

BasInitialHeads = 130;

BFH_Head = 131;

BFH_Flux = 132;

NWT_Unit = 133;

UPW_Unit = 134;

LMT6_Unit = 135;

FTL_Unit = 136;

PCGN_Unit = 137;

PCGN_UNIT_PC = 138;

PCGN_UNIT_TS = 139;

PCGN_IPUNIT = 140;

NwtPhrampOut = 141;

GageOutputStartUnit = 205;

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