sigma1 added to fit tests

test/examples/single_comp/single_comp_data.csv

@@ -42,8 +42,8 @@ t,measurement,prob.mean,prob.sigma,scenario
 90,0.042708075,r1,1,one
 100,0.03416102,r1,1,one
 110,0.029189964,r1,1,two
-140,0.023795695,r1,1,one
-150,0.023747064,r1,1,two
-170,0.014685676,r1,1,two
-180,0.014041756,r1,1,two
-190,0.014324639,r1,1,two
+140,0.023795695,r1,sigma1,one
+150,0.023747064,r1,sigma1,two
+170,0.014685676,r1,sigma1,two
+180,0.014041756,r1,sigma1,two
+190,0.014324639,r1,sigma1,two

test/single_comp_test.jl

@@ -89,7 +89,7 @@ fscn2 = Scenario(model, (0., 200.); parameters = [:k1=>0.015], observables=[:A,
 data = read_measurements("$HetaSimulatorDir/test/examples/single_comp/single_comp_data.csv")
 add_measurements!(fscn1, data; subset = [:scenario => :one])
 add_measurements!(fscn2, data; subset = [:scenario => :two])
-fres = fit([:one=>fscn1, :two=>fscn2], [:k1=>0.01], progress=:silent)
+fres = fit([:one=>fscn1, :two=>fscn2], [:k1=>0.01, :sigma1=>1.0], progress=:silent)
 
 @test typeof(fres) <: HetaSimulator.FitResult
 @test test_show(fres)
@@ -98,4 +98,4 @@ fres = fit([:one=>fscn1, :two=>fscn2], [:k1=>0.01], progress=:silent)
 @test status(fres) == :FTOL_REACHED
 @test obj(fres) ≈ 146.056244
 @test typeof(optim(fres)) == Vector{Pair{Symbol, Float64}}
-@test length(optim(fres)) == 1
+@test length(optim(fres)) == 2