FloPy is a Python package to create, run, and post-process MODFLOW-based models
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Package-specific color mapping
PlotMapView instantiation
100%
100%
Grid visualization
100%
100%
plot_bc method usage
100%
100%
Color specification
100%
100%
Legend labels
100%
100%
Matplotlib integration
100%
100%
Model file writing
MFSimulation creation
100%
100%
ModflowTdis usage
100%
100%
ModflowGwf creation
100%
100%
ModflowGwfdis usage
100%
100%
ModflowGwfic usage
100%
100%
ModflowGwfnpf usage
100%
100%
ModflowGwfsto usage
100%
100%
ModflowGwfchd usage
100%
100%
ModflowGwfrcha usage
100%
100%
ModflowIms usage
100%
100%
write_simulation call
100%
100%
Flow properties (hydraulic conductivity, storage)
NPF package creation
0%
100%
Hydraulic conductivity (k)
100%
100%
Vertical k (k33)
100%
100%
Cell type (icelltype)
100%
100%
Specific discharge option
100%
100%
STO package creation
0%
100%
Specific yield (sy)
100%
100%
Specific storage (ss)
100%
100%
Transient configuration
100%
100%
Steady-state period 1
100%
100%
Binary file byte-order handling
Uses HeadFile class
0%
0%
Byte-order parameter usage
0%
0%
Precision parameter
100%
100%
Data retrieval methods
50%
0%
Header information extraction
0%
0%
File resource management
100%
60%
Time series and time-array series
Time series file format
100%
100%
Simulation structure
100%
100%
Time series file registration
100%
100%
Time series reference
100%
100%
Variable-density flow (Buoyancy package)
Simulation creation
100%
100%
Time discretization
100%
100%
Model creation
100%
100%
Grid discretization
100%
100%
Initial conditions
100%
100%
Node property flow
100%
100%
Storage package
100%
100%
Constant head boundaries
100%
100%
Buoyancy package addition
100%
100%
Reference density
100%
100%
Density slope
100%
100%
IMS solver
100%
100%
Output control
100%
100%
File writing
100%
100%
GWT solute transport models
Simulation Setup
50%
100%
Temporal Discretization
100%
100%
GWT Model Creation
0%
100%
Spatial Discretization
0%
100%
Initial Conditions
0%
100%
Mobile Storage
0%
100%
Advection Scheme
0%
100%
Dispersion Configuration
0%
100%
Constant Concentration BC
0%
100%
Basic coordinate reference system support
CRS Initialization
100%
0%
Projected CRS Validation
100%
0%
Coordinate Transformation
0%
0%
Single Point Handling
100%
0%
Multiple Points Handling
40%
0%
CRS Comparison
100%
0%
Structured grid handling
Grid Initialization
0%
100%
Grid Rotation/Offset
0%
100%
Cell Center Extraction
0%
0%
Vertex Extraction
0%
0%
Volume Calculation
0%
60%
Point Query
0%
0%
Cross-Section Vertices
0%
0%
External file management
MFSimulation Creation
0%
0%
TDIS Package Setup
0%
0%
GWF Model Creation
0%
0%
DIS Package Configuration
0%
0%
NPF External File
0%
0%
IC External File
0%
0%
STO External File
0%
0%
CHD Boundary Condition
0%
0%
WEL Package
0%
0%
Output Control
0%
0%
Simulation Write Call
0%
0%
Install with Tessl CLI
npx tessl i tessl/pypi-flopyTable of Contents