Unit OrderedCollectionUnit

DescriptionUsesClasses, Interfaces, Objects and RecordsFunctions and ProceduresTypesConstantsVariables

Description

 

Uses

Overview

Classes, Interfaces, Objects and Records

Name Description
Class TOrderedItem TOrderedItem is designed to allow TOrderedCollection to identify changed and new items during TOrderedCollection.Assign.
Class TOrderedCollection TOrderedCollection is a base class for collections that avoid deleting their collection items during assign whenever they can.
Class TEnhancedOrderedCollection TEnhancedOrderedCollection extends TOrderedCollection by adding IndexOf and Remove.
Class TLayerOwnerCollection TLayerOwnerCollection is a TEnhancedOrderedCollection that stores of list of TDataArrays that it can delete.
Class TModflowParameter TModflowParameter represents a MODFLOW parameter

Functions and Procedures

function ParmeterTypeToStr(ParmType: TParameterType): string;
function CorrectParamName(const Value: string): string;

Types

TParameterType = (...);
TParameterTypes = set of TParameterType;

Description

Functions and Procedures

function ParmeterTypeToStr(ParmType: TParameterType): string;
 
function CorrectParamName(const Value: string): string;
 

Types

TParameterType = (...);

TParameterType defines the types of parameters used in MODFLOW.

Values
  • ptUndefined: ptUndefined represents an undefined type.
  • ptLPF_HK: ptLPF_HK represents the HK parameter type in the LPF package. (Hydraulic conductivity in the horizontal (row) direction.)
  • ptLPF_HANI: ptLPF_HANI represents the HANI parameter type in the LPF package. (Horizontal anisotropy: the ratio of hydraulic conductivity along columns to hydraulic conductivity along rows. The hydraulic conductivity along columns is the product of the values in HK and HANI)
  • ptLPF_VK: ptLPF_VK represents the VK parameter type in the LPF package. (Hydraulic conductivity in the vertical direction.)
  • ptLPF_VANI: ptLPF_VANI represents the VANI parameter type in the LPF package. (Vertical anisotropy: the ratio of hydraulic conductivity along rows to vertical hydraulic conductivity.) HK is divided by VANI to obtain vertical hydraulic conductivity, and values of VANI typically are greater than or equal to 1.0
  • ptLPF_SS: ptLPF_SS represents the SS parameter type in the LPF package. (Specific storage.)
  • ptLPF_SY: ptLPF_SY represents the SY parameter type in the LPF package. (Specific yield.)
  • ptLPF_VKCB: ptLPF_VKCB represents the VKCB parameter type in the LPF package. (Vertical hydraulic conductivity of a Quasi-three-dimensional confining layer.)
  • ptRCH: ptRCH represents the RCH parameter type in the RCH package. (ptRCH defines values of the recharge at the boundary.)
  • ptEVT: ptEVT represents the EVT parameter type in the EVT package. (ptEVT defines values of the maximum evapotranspiration at the boundary.)
  • ptETS: ptETS represents the ETS parameter type in the ETS package. (ptETS defines values of the maximum evapotranspiration at the boundary.)
  • ptCHD: ptCHD represents the CHD parameter type in the CHD package. (ptCHD defines values of the start and end head at the boundary.)
  • ptGHB: ptGHB represents the GHB parameter type in the General-Head Boundary package. (ptGHB defines values of the conductance at the boundary.)
  • ptQ: ptQ represents the Q parameter type in the Well package. (ptQ defines values of the pumping rate at the boundary.)
  • ptRIV: ptRIV represents the RIV parameter type in the River package. (ptRIV defines values of the conductance at the boundary.)
  • ptDRN: ptDRN represents the DRN parameter type in the Drain package. (ptDRN defines values of the conductance at the boundary.)
  • ptDRT: ptDRT represents the DRT parameter type in the Drain Return package. (ptDRT defines values of the conductance at the boundary.)
  • ptSFR: ptSFR represents the SFR parameter type in the SFR package. (ptSFR defines values of the streambed hydraulic conductivity at the boundary.)
  • ptHFB: ptHFB represents the HFB parameter type in the HFB package. (ptHFB defines values of the hydraulic characteristic of the barrier.)
  • ptHUF_HK: ptHUF_HK represents the HK parameter type in the HUF package. (ptHUF_HK defines values of the horizontal hydraulic conductivity of the hydrogeologic unit.)
  • ptHUF_HANI: ptHUF_HANI represents the HANI parameter type in the HUF package. (ptHUF_HANI defines values of the horizontal anisotropy of the hydrogeologic unit.)
  • ptHUF_VK: ptHUF_VK represents the VK parameter type in the HUF package. (ptHUF_VK defines values of the vertical hydraulic conductivity of the hydrogeologic unit.)
  • ptHUF_VANI: ptHUF_VANI represents the VANI parameter type in the HUF package. (ptHUF_VANI defines values of the vertical anisotropy of the hydrogeologic unit.)
  • ptHUF_SS: ptHUF_SS represents the SS parameter type in the HUF package. (ptHUF_SS defines values of the specific storage of the hydrogeologic unit.)
  • ptHUF_SY: ptHUF_SY represents the SY parameter type in the HUF package. (ptHUF_SY defines values of the specific yield of the hydrogeologic unit.)
  • ptHUF_SYTP: ptHUF_SYTP represents the SYTP parameter type in the HUF package. (ptHUF_SYTP defines values of the storage coefficient for the top active cell.)
  • ptHUF_KDEP: ptHUF_KDEP represents the KDEP parameter type in the KDEP package. (ptHUF_KDEP defines values of the depth-dependent hydraulic conductivity coefficient.)
  • ptHUF_LVDA: ptHUF_LVDA represents the LVDA parameter type in the LVDA package. (ptHUF_LVDA defines values of horizontal anisotropy.)
TParameterTypes = set of TParameterType;

TParameterTypes is used to indicate groups of related MODFLOW parameters.


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