fix: resolve lint issues

Author: hrshya

lib/node_modules/@stdlib/math/base/special/besselj0f/test/fixtures/julia/huge_positive.json

@@ -36,11 +36,11 @@ julia> x = range( -1000, stop = 1000, length = 2001 );
 julia> gen( x, \"data.json\" );
 ```
 """
-function gen( domain, name )
-	x = collect( Float32.( domain ) );
+function gen( x, name )
+	x = Float32.( x );
 	y = Array{Float32}( undef, length(x) );
 	for i in eachindex(x)
-		y[i] = besselj0f( x[i] );
+	y[i] = Float32.( besselj0( x[i] ) );
 	end
 
 	# Store data to be written to file as a collection:
@@ -65,46 +65,35 @@ file = @__FILE__;
 # Extract the directory in which this file resides:
 dir = dirname( file );
 
-# Subnormal values:
-x = range( 1.0e-309, stop = 1.0e-324, length = 5003 );
-gen( x, "subnormal.json" );
+# Subnormal values (Float32 subnormal range is approx 1e-45 to 1e-38)
+x = range(1.0f-45, stop = 1.0f-38, length = 5003); gen(x, "subnormal.json");
 
-# Positive tiny values:
-x = range( 1.0e-300, stop = 1.0e-308, length = 5003 );
-gen( x, "tiny_positive.json" );
+# Positive tiny values
+x = range(1.0f-38, stop = 1.0f-30, length = 5003); gen(x, "tiny_positive.json");
 
-# Small(er) values:
-x = range( 0.0, stop = 0.8, length = 5003 );
-gen( x, "smaller.json" );
+# Small(er) values
+x = range(0.0f0, stop = 0.8f0, length = 5003); gen(x, "smaller.json");
 
-# Positive small values:
-x = range( 0.8, stop = 3.0, length = 5003 );
-gen( x, "small_positive.json" );
+# Positive small values
+x = range(0.8f0, stop = 3.0f0, length = 5003); gen(x, "small_positive.json");
 
-# Positive medium values:
-x = range( 3.0, stop = 20.0, length = 5003 );
-gen( x, "medium_positive.json" );
+# Positive medium values
+x = range(3.0f0, stop = 20.0f0, length = 5003); gen(x, "medium_positive.json");
 
-# Large positive values:
-x = range( 20.0, stop = 50.0, length = 5003 );
-gen( x, "large_positive.json" );
+# Large positive values
+x = range(20.0f0, stop = 50.0f0, length = 5003); gen(x, "large_positive.json");
 
-# Very large positive values:
-x = range( 50.0, stop = 500.0, length = 5003 );
-gen( x, "very_large_positive.json" );
+# Very large positive values
+x = range(50.0f0, stop = 500.0f0, length = 5003); gen(x, "very_large_positive.json");
 
-# Huge positive values:
-x = range( 1.0e300, stop = 1.0e308, length = 5003 );
-gen( x, "huge_positive.json" );
+# Huge positive values (Float32 max is approx 3.4e38)
+x = range(1.0f30, stop = 3.0f38, length = 5003); gen(x, "huge_positive.json");
 
-# Negative small values:
-x = range( -0.8, stop = -3.0, length = 5003 );
-gen( x, "small_negative.json" );
+# Negative small values
+x = range(-0.8f0, stop = -3.0f0, length = 5003); gen(x, "small_negative.json");
 
-# The full gamut of positive magnitudes:
-x = [ 10.0^x for x in range( -323.0, stop = 308.0, length = 632 ) ];
-gen( x, "positive_gamut.json" );
+# The full gamut of positive magnitudes (Float32 exponents roughly -45 to +38)
+x = [10.0f0^x for x in range(-45.0f0, stop = 38.0f0, length = 632)]; gen(x, "positive_gamut.json");
 
-# The full gamut of negative magnitudes:
-x = [ -( 10.0^x ) for x in range( -323.0, stop = 308.0, length = 632 ) ];
-gen( x, "negative_gamut.json" );
+# The full gamut of negative magnitudes
+x = [-(10.0f0^x) for x in range(-45.0f0, stop = 38.0f0, length = 632)]; gen(x, "negative_gamut.json");