Change capitalization

test/testCoupled.jl

@@ -76,8 +76,8 @@ println("StratMetropolisDist with systematic uncertainties:")
 
 ## --- As above, but with hiata
 
-nHiatuses = 2 # The number of hiatuses you have data for
-hiatus = HiatusData(nHiatuses) # Struct to hold data
+nhiatuses = 2 # The number of hiatuses you have data for
+hiatus = HiatusData(nhiatuses) # Struct to hold data
 hiatus.Height         = [-7.0, 35.0 ]
 hiatus.Height_sigma   = [ 0.0,  0.0 ]
 hiatus.Duration       = [ 0.3,  0.3 ]
@@ -95,7 +95,7 @@ println("StratMetropolisDist with hiata:")
 # Test that all age-depth models are in stratigraphic order
 @test all([issorted(x, rev=true) for x in eachcol(agedist)])
 @test all(!isnan, agedist)
-@test size(hiatusdist) == (nHiatuses, config.nsteps)
+@test size(hiatusdist) == (nhiatuses, config.nsteps)
 @test mean(hiatusdist, dims=2) ≈ [0.064; 0.061;;] atol=0.3
 @test size(lldist) == (config.nsteps,)
 @test !isnan(mean(lldist))

test/testRadiocarbon.jl

@@ -69,8 +69,8 @@ config.sieve = round(Int,npoints_approx) # Record one out of every nsieve steps
 
 
 # Data about hiatuses
-nHiatuses = 2 # The number of hiatuses you have data for
-hiatus = HiatusData(nHiatuses) # Struct to hold data
+nhiatuses = 2 # The number of hiatuses you have data for
+hiatus = HiatusData(nhiatuses) # Struct to hold data
 hiatus.Height         = [-371.5, -405.0 ]
 hiatus.Height_sigma   = [   0.0,    0.0 ]
 hiatus.Duration       = [ 100.0,  123.0 ]
@@ -87,7 +87,7 @@ hiatus.Duration_sigma = [  30.5,   20.0 ]
 # Test that all age-depth models are in stratigraphic order
 @test all([issorted(x, rev=true) for x in eachcol(agedist)])
 @test all(!isnan, agedist)
-@test size(hiatusdist) == (nHiatuses, config.nsteps)
+@test size(hiatusdist) == (nhiatuses, config.nsteps)
 @test mean(hiatusdist, dims=2) ≈ [108.4; 189.0;;] atol=20
 @test -Inf < mean(lldist) < 0
 
@@ -143,8 +143,8 @@ config.sieve = round(Int,npoints_approx) # Record one out of every nsieve steps
 
 
 # Data about hiatuses
-nHiatuses = 2 # The number of hiatuses you have data for
-hiatus = HiatusData(nHiatuses) # Struct to hold data
+nhiatuses = 2 # The number of hiatuses you have data for
+hiatus = HiatusData(nhiatuses) # Struct to hold data
 hiatus.Height         = [-371.5, -405.0 ]
 hiatus.Height_sigma   = [   0.0,    0.0 ]
 hiatus.Duration       = [ 100.0,  123.0 ]
@@ -161,6 +161,6 @@ hiatus.Duration_sigma = [  30.5,   20.0 ]
 # Test that all age-depth models are in stratigraphic order
 @test all([issorted(x, rev=true) for x in eachcol(agedist)])
 @test all(!isnan, agedist)
-@test size(hiatusdist) == (nHiatuses, config.nsteps)
+@test size(hiatusdist) == (nhiatuses, config.nsteps)
 @test mean(hiatusdist, dims=2) ≈ [110.5; 187.3;;]  atol=20
 @test -Inf < mean(lldist) < 0

test/testStratOnly.jl

@@ -39,8 +39,8 @@ config.sieve = round(Int,npoints_approx) # Record one out of every nsieve steps
 @test NamedTuple(mdl) isa NamedTuple
 
 # Data about hiatuses
-nHiatuses = 2 # The number of hiatuses you have data for
-hiatus = HiatusData(nHiatuses) # Struct to hold data
+nhiatuses = 2 # The number of hiatuses you have data for
+hiatus = HiatusData(nhiatuses) # Struct to hold data
 hiatus.Height         = [-371.5, -405.0 ]
 hiatus.Height_sigma   = [   0.0,    0.0 ]
 hiatus.Duration       = [  10.0,   12.3 ]
@@ -57,6 +57,6 @@ hiatus.Duration_sigma = [   3.1,    2.0 ]
 # Test that all age-depth models are in stratigraphic order
 @test all([issorted(x, rev=true) for x in eachcol(agedist)])
 @test all(!isnan, agedist)
-@test size(hiatusdist) == (nHiatuses, config.nsteps)
+@test size(hiatusdist) == (nhiatuses, config.nsteps)
 @test mean(hiatusdist, dims=2) ≈ [10.580012942504894; 18.96167245288326;;] atol=2
 @test -Inf < mean(lldist) < 0

test/testStratOnlyGeneral.jl

@@ -36,8 +36,8 @@ config.sieve = round(Int,npoints_approx) # Record one out of every nsieve steps
 @test NamedTuple(mdl) isa NamedTuple
 
 # Data about hiatuses
-nHiatuses = 2 # The number of hiatuses you have data for
-hiatus = HiatusData(nHiatuses) # Struct to hold data
+nhiatuses = 2 # The number of hiatuses you have data for
+hiatus = HiatusData(nhiatuses) # Struct to hold data
 hiatus.Height         = [ 150.0,  350.0 ]
 hiatus.Height_sigma   = [   0.0,    0.0 ]
 hiatus.Duration       = [   1.0,    2.3 ]
@@ -54,6 +54,6 @@ hiatus.Duration_sigma = [   1.0,    0.5 ]
 # Test that all age-depth models are in stratigraphic order
 @test all([issorted(x, rev=true) for x in eachcol(agedist)])
 @test all(!isnan, agedist)
-@test size(hiatusdist) == (nHiatuses, config.nsteps)
+@test size(hiatusdist) == (nhiatuses, config.nsteps)
 @test mean(hiatusdist, dims=2) ≈ [0.9662452348821302; 1.9517040131111487;;] atol=2
 @test -Inf < mean(lldist) < 0