7331e45eea
Added dynamic simulation for use with distributed systems and incremental simulations Added module based exports Added test for distributed systems [skip ci]
68 lines
2.4 KiB
Julia
68 lines
2.4 KiB
Julia
using Printf
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include("Boundary.jl")
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include("Grid.jl")
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@enum APPROACH BTCS FTCS
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@enum CONSOLE_OUTPUT CONSOLE_OUTPUT_OFF CONSOLE_OUTPUT_ON CONSOLE_OUTPUT_VERBOSE
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@enum CSV_OUTPUT CSV_OUTPUT_OFF CSV_OUTPUT_ON CSV_OUTPUT_VERBOSE CSV_OUTPUT_XTREME
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abstract type AbstractSimulation{T} end
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function createCSVfile(simulation::AbstractSimulation{T}, grid::Union{Grid{T},Nothing}=nothing)::IOStream where {T}
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grid = grid === nothing ? simulation.grid : grid
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approachString = string(simulation.approach)
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rows = getRows(grid)
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cols = getCols(grid)
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numIterations = simulation.iterations
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filename = string(approachString, "_", rows, "_", cols, "_", numIterations, ".csv")
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appendIdent = 0
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while isfile(filename)
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appendIdent += 1
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filename = string(approachString, "_", rows, "_", cols, "_", numIterations, "-", appendIdent, ".csv")
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end
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# Write boundary conditions if required
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if simulation.csvOutput >= CSV_OUTPUT_XTREME
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open(filename, "w") do file
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writeBoundarySideValuesToCSV(file, simulation.bc, LEFT)
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writeBoundarySideValuesToCSV(file, simulation.bc, RIGHT)
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if getDim(grid) == 2
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writeBoundarySideValuesToCSV(file, simulation.bc, TOP)
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writeBoundarySideValuesToCSV(file, simulation.bc, BOTTOM)
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end
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write(file, "\n\n")
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end
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end
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file = open(filename, "a")
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return file
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end
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function writeBoundarySideValuesToCSV(file::IOStream, bc::Boundary{T}, side) where {T}
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values::Vector{BoundaryElement} = getBoundarySide(bc, side)
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formatted_values = join(map(getValue, values), " ")
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write(file, formatted_values, "\n")
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end
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function writeConcentrationsToCLI(simulation::AbstractSimulation{T}, grid::Union{Grid{T},Nothing}=nothing) where {T}
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grid = grid === nothing ? simulation.grid : grid
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println(getConcentrations(grid))
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end
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function writeConcentrationsToCSV(file::IOStream, simulation::AbstractSimulation{T}, grid::Union{Grid{T},Nothing}=nothing) where {T}
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grid = grid === nothing ? simulation.grid : grid
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concentrations = getConcentrations(grid)
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for row in eachrow(concentrations)
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formatted_row = [Printf.@sprintf("%.6g", x) for x in row] # Format each element like is done in the C++ version using Eigen3
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println(file, join(formatted_row, " "))
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end
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println(file)
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println(file)
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end
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