Reduce interactions memory

examples/converge_diverge_flow.jl

@@ -1,5 +1,4 @@
-using JLD2, Random, SplitApplyCombine, Statistics, StructArrays, Subzero
-import LibGEOS as LG
+using JLD2, Random, Statistics, Subzero
 
 # User Inputs
 const FT = Float64
@@ -72,6 +71,9 @@ simulation = Simulation(
 # Run simulation
 run!(simulation)
 
-Subzero.create_sim_gif("output/converge_diverge/floes.jld2", 
- "output/converge_diverge/initial_state.jld2",
- "output/converge_diverge/converge_diverge.gif")
+plot_sim(
+ "output/converge_diverge/floes.jld2",
+ "output/converge_diverge/initial_state.jld2",
+ 20,
+ "output/converge_diverge/converge_diverge.mp4",
+)

examples/shear_flow.jl

@@ -1,5 +1,4 @@
-using JLD2, Random, Statistics, StructArrays, Subzero
-import LibGEOS as LG
+using JLD2, Random, Statistics, Subzero
 
 # User Inputs
 const FT = Float64
@@ -79,8 +78,9 @@ simulation = Simulation(
 )
 run_time!(simulation)
 
-#ProfileView.@profview run!(simulation)
-
-Subzero.create_sim_gif("output/shear_flow/floes.jld2", 
- "output/shear_flow/initial_state.jld2",
- "output/shear_flow/shear_flow.gif")
+plot_sim(
+ "output/shear_flow/floes.jld2",
+ "output/shear_flow/initial_state.jld2",
+ 20,
+ "output/shear_flow/shear_flow.mp4",
+)

examples/simple_strait.jl

@@ -1,13 +1,5 @@
-using JLD2, Random, SplitApplyCombine, Statistics, StructArrays, Subzero
-import LibGEOS as LG
+using JLD2, Random, Statistics, Subzero
 
-
-Subzero.plot_sim(
- "output/simple_strait/floes.jld2",
- "output/simple_strait/initial_state.jld2",
- 20,
- "output/simple_strait/simple_strait.mp4",
-)
 # User Inputs
 const FT = Float64
 const Lx = 1e5
@@ -52,7 +44,7 @@ coupling_settings = CouplingSettings(
 # Floe creation
 floe_arr = initialize_floe_field(
  FT,
- 200,
+ 75,
  [0.7],
  domain,
  hmean,
@@ -72,7 +64,7 @@ fracture_settings = FractureSettings(
  criteria = HiblerYieldCurve(floe_arr),
  Δt = 75,
  npieces = 3,
- nhistory = 1000,
+ nhistory = 100,
  deform_on = false,
 )
 
@@ -88,7 +80,7 @@ simulation = Simulation(
  model = model,
  consts = consts,
  Δt = Δt,
- nΔt = 20000,
+ nΔt = 5000,
  verbose = true,
  coupling_settings = coupling_settings,
  fracture_settings = fracture_settings,
@@ -97,9 +89,8 @@ simulation = Simulation(
 
 # Run simulation
 run_time!(simulation)
-#ProfileView.@profview run!(simulation)
 
-Subzero.plot_sim(
+plot_sim(
  "output/simple_strait/floes.jld2",
  "output/simple_strait/initial_state.jld2",
  Δt,

examples/test_run.jl

@@ -1,6 +1,69 @@
-using JLD2, Random, Statistics, Subzero, BenchmarkTools, StructArrays
+using JLD2, Random, Statistics, Subzero, BenchmarkTools, StructArrays, SplitApplyCombine
 import LibGEOS as LG
 
+
+Δt = 10
+Lx = 1e5
+Ly = 1e5
+collision_settings = CollisionSettings()
+grid = RegRectilinearGrid(
+ (-Lx, Lx),
+ (-Lx, Lx),
+ 1e4,
+ 1e4,
+)
+double_periodic_domain = Domain(
+ PeriodicBoundary(North, grid),
+ PeriodicBoundary(South, grid),
+ PeriodicBoundary(East, grid),
+ PeriodicBoundary(West, grid),
+)
+# Parent-parent collison (parents are touching)
+coords1 = splitdims(vcat([5*Lx/8 5*Lx/8 3*Lx/4 3*Lx/4].+1000, [3*Ly/4 5*Ly/4 5*Ly/4 3*Ly/4]))
+coords2 = splitdims(vcat(-[5*Lx/4 5*Lx/4 3*Lx/4-1000 3*Lx/4-1000], -[7*Lx/8 3*Lx/4-1000 3*Lx/4-1000 7*Lx/8]))
+
+floe_arr = StructArray(Floe([c], 0.5, 0.0) for c in [coords1, coords2])
+for i in eachindex(floe_arr)
+ floe_arr.id[i] = Float64(i)
+end
+trans_arr = StructArray([
+ Floe(
+ Subzero.translate([coords1],
+ 0.0, -2Ly),
+ 0.5,
+ 0.0,
+ ),
+ Floe(
+ Subzero.translate([coords2], 2Lx, 0.0),
+ 0.5,
+ 0.0,
+ ),
+])
+for i in eachindex(trans_arr)
+ trans_arr.id[i] = i
+end
+spinlock = Threads.SpinLock()
+Subzero.timestep_collisions!(
+ trans_arr,
+ 2,
+ double_periodic_domain,
+ Subzero.Constants(),
+ Δt,
+ collision_settings,
+ spinlock,
+)
+add_ghosts!(floe_arr, double_periodic_domain)
+Subzero.timestep_collisions!(
+ floe_arr,
+ 2,
+ double_periodic_domain,
+ Subzero.Constants(),
+ Δt,
+ collision_settings,
+ spinlock,
+)
+
+
 # User Inputs
 const FT = Float64
 const Lx = 1e5

examples/uniform_flow.jl

@@ -64,7 +64,10 @@ simulation = Simulation(
  coupling_settings = CouplingSettings(two_way_coupling_on = true),
 )
 run_time!(simulation)
-
-Subzero.create_sim_gif("output/uniform_flow/floes.jld2", 
- "output/uniform_flow/initial_state.jld2",
- "output/uniform_flow/uniform_flow.gif")
+
+Subzero.plot_sim(
+ "output/uniform_flow/floes.jld2",
+ "output/uniform_flow/initial_state.jld2",
+ 20,
+ "output/uniform_flow/uniform_flow.mp4",
+)

src/Subzero.jl

@@ -62,11 +62,12 @@ export
  IceStressCell,
  CellFloes,
  MonteCarloPointsGenerator,
- SubGridPointsGenerator
+ SubGridPointsGenerator,
+ plot_sim
 
 import Base.@kwdef # this is being exported as of version 1.9
 import LibGEOS as LG
-using DataStructures, Dates, GeometryBasics, Interpolations, JLD2,
+using CairoMakie, DataStructures, Dates, GeometryBasics, Interpolations, JLD2,
  LinearAlgebra, Logging, Makie, Measures, NCDatasets, NetCDF,
  PolygonInbounds, Printf, Random, SplitApplyCombine, StaticArrays,
  Statistics, StructArrays, VoronoiCells