Update Julia scripts

Author: Planeshifter

lib/node_modules/@stdlib/complex/conj/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark conj( Complex128( rand(), rand() ) ) samples=1e6
+	t = BenchmarkTools.@benchmark conj( ComplexF64( rand(), rand() ) ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/complex/float64/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark Complex128( rand(), rand() ) samples=1e6
+	t = BenchmarkTools.@benchmark ComplexF64( rand(), rand() ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/complex/imag/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark imag( Complex128( rand(), rand() ) ) samples=1e6
+	t = BenchmarkTools.@benchmark imag( ComplexF64( rand(), rand() ) ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/complex/real/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark real( Complex128( rand(), rand() ) ) samples=1e6
+	t = BenchmarkTools.@benchmark real( ComplexF64( rand(), rand() ) ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/complex/reim/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark reim( Complex128( rand(), rand() ) ) samples=1e6
+	t = BenchmarkTools.@benchmark reim( ComplexF64( rand(), rand() ) ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/abs/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark abs( Complex128( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ) ) samples=1e6
+	t = BenchmarkTools.@benchmark abs( ComplexF64( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ) ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/abs2/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark abs2( Complex128( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ) ) samples=1e6
+	t = BenchmarkTools.@benchmark abs2( ComplexF64( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ) ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/add/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark Complex128( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) + Complex128( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) samples=1e6
+	t = BenchmarkTools.@benchmark ComplexF64( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) + ComplexF64( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/cis/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark cis(Complex128( (rand()*100.0)-50.0, (rand()*100.0)-50.0 )) samples=1e6
+	t = BenchmarkTools.@benchmark cis(ComplexF64( (rand()*100.0)-50.0, (rand()*100.0)-50.0 )) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/divide/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark Complex128( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) / Complex128( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) samples=1e6
+	t = BenchmarkTools.@benchmark ComplexF64( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) / ComplexF64( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/exp/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark exp(Complex128( (rand()*100.0)-50.0, (rand()*100.0)-50.0 )) samples=1e6
+	t = BenchmarkTools.@benchmark exp(ComplexF64( (rand()*100.0)-50.0, (rand()*100.0)-50.0 )) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/flipsign/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark flipsign( Complex128( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ), (rand()*1000.0) - 500.0 ) samples=1e6
+	t = BenchmarkTools.@benchmark flipsign( ComplexF64( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ), (rand()*1000.0) - 500.0 ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/inv/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark inv(Complex128( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 )) samples=1e6
+	t = BenchmarkTools.@benchmark inv(ComplexF64( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 )) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/multiply/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark Complex128( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) * Complex128( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) samples=1e6
+	t = BenchmarkTools.@benchmark ComplexF64( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) * ComplexF64( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/negate/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark -( Complex128( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ) ) samples=1e6
+	t = BenchmarkTools.@benchmark -( ComplexF64( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ) ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/phase/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark angle( Complex128( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ) ) samples=1e6
+	t = BenchmarkTools.@benchmark angle( ComplexF64( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ) ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/round/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark round( Complex128( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ) ) samples=1e6
+	t = BenchmarkTools.@benchmark round( ComplexF64( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ) ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/roundn/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark round( Complex128( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ), -2 ) samples=1e6
+	t = BenchmarkTools.@benchmark round( ComplexF64( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ), -2 ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/signum/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark sign( Complex128( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ) ) samples=1e6
+	t = BenchmarkTools.@benchmark sign( ComplexF64( (rand()*1000.0) - 500.0, (rand()*1000.0) - 500.0 ) ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;

lib/node_modules/@stdlib/math/base/complex/subtract/benchmark/julia/benchmark.jl

@@ -107,7 +107,7 @@ julia> out = benchmark();
 ```
 """
 function benchmark()
-	t = BenchmarkTools.@benchmark Complex128( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) - Complex128( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) samples=1e6
+	t = BenchmarkTools.@benchmark ComplexF64( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) - ComplexF64( (rand()*1000.0)-500.0, (rand()*1000.0)-500.0 ) samples=1e6
 
 	# Compute the total "elapsed" time and convert from nanoseconds to seconds:
 	s = sum( t.times ) / 1.0e9;