add missing syms

Author: ChrisRackauckas

test/plot_vars.jl

@@ -16,24 +16,25 @@ tspan = (0., 100.)
 prob = ODEProblem(lorenz, u0, tspan)
 dt = 0.1
 sol = solve(prob,InternalEuler.FwdEulerAlg(), tstops=0:dt:1)
+syms = [:x,:y,:z]
 
 @test DiffEqBase.has_syms(prob.f) == true
-@test DiffEqBase.interpret_vars([(0,1), (1,3), (4,5)],sol) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,1,3), (DiffEqBase.DEFAULT_PLOT_FUNC,4,5)]
-@test DiffEqBase.interpret_vars([1, (1,3), (4,5)],sol) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,1,3), (DiffEqBase.DEFAULT_PLOT_FUNC,4,5)]
-@test DiffEqBase.interpret_vars([1, 3, 4],sol) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,0,3), (DiffEqBase.DEFAULT_PLOT_FUNC,0,4)]
-@test DiffEqBase.interpret_vars(([1,2,3], [4,5,6]),sol) == [(DiffEqBase.DEFAULT_PLOT_FUNC,1,4), (DiffEqBase.DEFAULT_PLOT_FUNC,2,5), (DiffEqBase.DEFAULT_PLOT_FUNC,3,6)]
-@test DiffEqBase.interpret_vars((1, [2,3,4]),sol) == [(DiffEqBase.DEFAULT_PLOT_FUNC,1,2), (DiffEqBase.DEFAULT_PLOT_FUNC,1,3), (DiffEqBase.DEFAULT_PLOT_FUNC,1,4)]
+@test DiffEqBase.interpret_vars([(0,1), (1,3), (4,5)],sol,syms) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,1,3), (DiffEqBase.DEFAULT_PLOT_FUNC,4,5)]
+@test DiffEqBase.interpret_vars([1, (1,3), (4,5)],sol,syms) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,1,3), (DiffEqBase.DEFAULT_PLOT_FUNC,4,5)]
+@test DiffEqBase.interpret_vars([1, 3, 4],sol,syms) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,0,3), (DiffEqBase.DEFAULT_PLOT_FUNC,0,4)]
+@test DiffEqBase.interpret_vars(([1,2,3], [4,5,6]),sol,syms) == [(DiffEqBase.DEFAULT_PLOT_FUNC,1,4), (DiffEqBase.DEFAULT_PLOT_FUNC,2,5), (DiffEqBase.DEFAULT_PLOT_FUNC,3,6)]
+@test DiffEqBase.interpret_vars((1, [2,3,4]),sol,syms) == [(DiffEqBase.DEFAULT_PLOT_FUNC,1,2), (DiffEqBase.DEFAULT_PLOT_FUNC,1,3), (DiffEqBase.DEFAULT_PLOT_FUNC,1,4)]
 
-@test DiffEqBase.interpret_vars([(:t,:x),(:t,:y)],sol) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,0,2)]
-@test DiffEqBase.interpret_vars([:x, (0,:x), (:x,:y)],sol) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,1,2)]
-@test DiffEqBase.interpret_vars([:x, :y, :z],sol) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,0,2), (DiffEqBase.DEFAULT_PLOT_FUNC,0,3)]
-@test DiffEqBase.interpret_vars(([:x,:x], [:y,:z]),sol) == [(DiffEqBase.DEFAULT_PLOT_FUNC,1,2), (DiffEqBase.DEFAULT_PLOT_FUNC,1,3)]
-@test DiffEqBase.interpret_vars((:x, [:y,:z]),sol) == [(DiffEqBase.DEFAULT_PLOT_FUNC,1,2), (DiffEqBase.DEFAULT_PLOT_FUNC,1,3)]
+@test DiffEqBase.interpret_vars([(:t,:x),(:t,:y)],sol,syms) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,0,2)]
+@test DiffEqBase.interpret_vars([:x, (0,:x), (:x,:y)],sol,syms) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,1,2)]
+@test DiffEqBase.interpret_vars([:x, :y, :z],sol,syms) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,0,2), (DiffEqBase.DEFAULT_PLOT_FUNC,0,3)]
+@test DiffEqBase.interpret_vars(([:x,:x], [:y,:z]),sol,syms) == [(DiffEqBase.DEFAULT_PLOT_FUNC,1,2), (DiffEqBase.DEFAULT_PLOT_FUNC,1,3)]
+@test DiffEqBase.interpret_vars((:x, [:y,:z]),sol,syms) == [(DiffEqBase.DEFAULT_PLOT_FUNC,1,2), (DiffEqBase.DEFAULT_PLOT_FUNC,1,3)]
 
 f(x,y) = (x+y,y)
-@test DiffEqBase.interpret_vars([(f,0,1), (1,3), (4,5)],sol) == [(f,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,1,3), (DiffEqBase.DEFAULT_PLOT_FUNC,4,5)]
-@test DiffEqBase.interpret_vars([1, (f,1,3), (4,5)],sol) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (f,1,3), (DiffEqBase.DEFAULT_PLOT_FUNC,4,5)]
-@test DiffEqBase.interpret_vars([(f,:t,:x),(:t,:y)],sol) == [(f,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,0,2)]
-@test DiffEqBase.interpret_vars([:x, (f,0,:x), (:x,:y)],sol) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (f,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,1,2)]
-@test DiffEqBase.interpret_vars([(:x,:y)],sol) == [(DiffEqBase.DEFAULT_PLOT_FUNC,1,2)]
-@test DiffEqBase.interpret_vars((f,:x,:y),sol) == [(f,1,2)]
+@test DiffEqBase.interpret_vars([(f,0,1), (1,3), (4,5)],sol,syms) == [(f,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,1,3), (DiffEqBase.DEFAULT_PLOT_FUNC,4,5)]
+@test DiffEqBase.interpret_vars([1, (f,1,3), (4,5)],sol,syms) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (f,1,3), (DiffEqBase.DEFAULT_PLOT_FUNC,4,5)]
+@test DiffEqBase.interpret_vars([(f,:t,:x),(:t,:y)],sol,syms) == [(f,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,0,2)]
+@test DiffEqBase.interpret_vars([:x, (f,0,:x), (:x,:y)],sol,syms) == [(DiffEqBase.DEFAULT_PLOT_FUNC,0,1), (f,0,1), (DiffEqBase.DEFAULT_PLOT_FUNC,1,2)]
+@test DiffEqBase.interpret_vars([(:x,:y)],sol,syms) == [(DiffEqBase.DEFAULT_PLOT_FUNC,1,2)]
+@test DiffEqBase.interpret_vars((f,:x,:y),sol,syms) == [(f,1,2)]