tug: julia: Remove time measurement

src/benchmarks/tug/julia/src/tug/simulation.jl

@@ -15,12 +15,6 @@ end
     CONSOLE_OUTPUT_VERBOSE # print all concentration matrices to console
 end
 
-# Enum holding different options for time measurement.
-@enum TIME_MEASURE begin
-    TIME_MEASURE_OFF # do not print any time measures
-    TIME_MEASURE_ON  # print time measure after last iteration
-end
-
 # The class forms the interface for performing the diffusion simulations and contains all the
 # methods for controlling the desired parameters, such as time step, number of simulations, etc.
 #
@@ -33,7 +27,6 @@ mutable struct Simulation{T<:Real}
     innerIterations::Int
     csv_output::CSV_OUTPUT
     console_output::CONSOLE_OUTPUT
-    time_measure::TIME_MEASURE
 
     grid::Grid{T}
     bc::Boundary{T}
@@ -59,7 +52,6 @@ mutable struct Simulation{T<:Real}
             1,
             CSV_OUTPUT_OFF,
             CONSOLE_OUTPUT_OFF,
-            TIME_MEASURE_OFF,
             grid,
             bc,
         )
@@ -82,11 +74,6 @@ function setSimulationOutputConsole!(this::Simulation{T}, console_output::CONSOL
     this.console_output = console_output
 end
 
-# Set the Time Measure option. Off by default.
-function setSimulationTimeMeasure!(this::Simulation{T}, time_measure::TIME_MEASURE) where {T}
-    this.time_measure = time_measure
-end
-
 # Setting the time step for each iteration step. Time step must be greater than zero.
 # Setting the timestep is required.
 #
@@ -254,9 +241,4 @@ function runSimulation!(this::Simulation{T}) where {T}
     if this.csv_output != CSV_OUTPUT_OFF
         printConcentrationsCSV(this, filename)
     end
-
-    if this.time_measure != TIME_MEASURE_OFF
-        dimString::String = @sprintf "%dD" getGridDim(this.grid)
-        println(stdout, dimString, ":: run() finished in ", Int(milliseconds), "ms")
-    end
 end