SYMBOL INDEX (67 symbols across 7 files)

FILE: SoftFloat/libm/Arithmetic.cs
  class libm (line 4) | public static partial class libm
    method remquof (line 9) | public static void remquof(sfloat x, sfloat y, out sfloat remainder, o...
    method remainderf (line 149) | public static sfloat remainderf(sfloat x, sfloat y)
    method fmodf (line 158) | public static sfloat fmodf(sfloat x, sfloat y)
    method roundf (line 274) | public static sfloat roundf(sfloat x)
    method floorf (line 320) | public static sfloat floorf(sfloat x)
    method ceilf (line 361) | public static sfloat ceilf(sfloat x)
    method truncf (line 402) | public static sfloat truncf(sfloat x)
    method sqrtf (line 431) | public static sfloat sqrtf(sfloat x)

FILE: SoftFloat/libm/Transcendental.cs
  class libm (line 4) | public static partial class libm
    method scalbnf (line 6) | private static sfloat scalbnf(sfloat x, int n)
    method expf (line 47) | public static sfloat expf(sfloat x)
    method logf (line 140) | public static sfloat logf(sfloat x)
    method log2f (line 206) | public static sfloat log2f(sfloat x)
    method powf (line 292) | public static sfloat powf(sfloat x, sfloat y)

FILE: SoftFloat/libm/Trigonometry.cs
  class libm (line 4) | public static partial class libm
    method sinf (line 15) | public static sfloat sinf(sfloat x)
    method cosf (line 50) | public static sfloat cosf(sfloat x) => sinf(x + sfloat.FromRaw(half_pi));
    method tanf (line 55) | public static sfloat tanf(sfloat x) => sinf(x) / cosf(x);
    method hypotf (line 60) | public static sfloat hypotf(sfloat x, sfloat y)
    method atanf (line 199) | public unsafe static sfloat atanf(sfloat x)
    method atan2f (line 288) | public static sfloat atan2f(sfloat y, sfloat x)
    method acosf (line 395) | public static sfloat acosf(sfloat x)
    method asinf (line 470) | public static sfloat asinf(sfloat x) => sfloat.FromRaw(half_pi) - acos...

FILE: SoftFloat/sfloat.cs
  method sfloat (line 40) | [MethodImpl(MethodImplOptions.AggressiveInlining)]
  method FromRaw (line 49) | [MethodImpl(MethodImplOptions.AggressiveInlining)]
  method ToString (line 106) | public override string ToString() => ((float)this).ToString();
  method FromParts (line 115) | public static sfloat FromParts(bool sign, uint exponent, uint mantissa)
  method clz (line 206) | private static int clz(int x)
  method InternalAdd (line 225) | private static sfloat InternalAdd(sfloat f1, sfloat f2)
  method BitScanReverse8 (line 740) | [MethodImpl(MethodImplOptions.AggressiveInlining)]

FILE: SoftFloatTest/PCG.cs
  type PCG (line 8) | public struct PCG
    method Advance (line 13) | private void Advance()
    method Uint32 (line 19) | public uint Uint32()
    method Int32 (line 33) | public int Int32()
    method Int32Positive (line 39) | public int Int32Positive()
    method Uint32RangeInclusive (line 45) | public uint Uint32RangeInclusive(uint minInclusive, uint maxInclusive)
    method Int32RangeInclusive (line 51) | public int Int32RangeInclusive(int minInclusive, int maxInclusive)
    method Uint32 (line 57) | public uint Uint32(uint maxExclusive)
    method Uint32 (line 63) | public uint Uint32(uint minInclusive, uint maxExclusive)
    method Uint64 (line 69) | public ulong Uint64()
    method Uint64 (line 75) | public ulong Uint64(ulong maxExclusive)
    method PCG (line 80) | public PCG(ulong state, ulong seed)
    method FloatInclusive (line 88) | public float FloatInclusive(float minInclusive, float maxInclusive)
    method FloatExclusive (line 95) | public float FloatExclusive(float minInclusive, float maxExclusive)
    method SFloatInclusive (line 102) | public sfloat SFloatInclusive(sfloat minInclusive, sfloat maxInclusive)
    method SFloatExclusive (line 109) | public sfloat SFloatExclusive(sfloat minInclusive, sfloat maxExclusive)

FILE: SoftFloatTest/Program.cs
  class Program (line 5) | class Program
    method Main (line 7) | static void Main(string[] args)

FILE: SoftFloatTest/Tests.cs
  class Tests (line 7) | public static class Tests
    method RunAllTests (line 11) | public static void RunAllTests()
    method RandomTestUnaryOperations (line 22) | private static void RandomTestUnaryOperations()
    method RandomTestBinaryOperations (line 50) | private static void RandomTestBinaryOperations()
    type BinaryOperationType (line 65) | private enum BinaryOperationType : int
    method TestBinaryOperationFloatExact (line 81) | private static void TestBinaryOperationFloatExact(float a, float b, fl...
    method TestBinaryOperationFloatApproximate (line 89) | private static void TestBinaryOperationFloatApproximate(float a, float...
    type UnaryOperationType (line 113) | private enum UnaryOperationType : int
    method TestUnaryOperationFloatExact (line 138) | private static void TestUnaryOperationFloatExact(float x, float expect...
    method TestUnaryOperationFloatApproximate (line 146) | private static void TestUnaryOperationFloatApproximate(float x, float ...
    method TestTrigonometryOperationApproximate (line 184) | private static void TestTrigonometryOperationApproximate(float x, floa...
    method RandomTestBinaryOperation (line 210) | private static void RandomTestBinaryOperation(BinaryOperationType op)
    method RandomTestUnaryOperation (line 267) | private static void RandomTestUnaryOperation(UnaryOperationType op, fl...
    method RandomTestTrigonometryOperation (line 318) | private static void RandomTestTrigonometryOperation(UnaryOperationType...
    method TestAddition (line 345) | public static void TestAddition()
    method TestSubtraction (line 373) | public static void TestSubtraction()
    method TestMultiplication (line 400) | public static void TestMultiplication()
    method TestDivision (line 431) | public static void TestDivision()