private void CheckRegisterType(VfpuRegisterType registerType)
{
if (RegisterType != registerType)
{
throw new InvalidOperationException($"CheckRegisterType: {RegisterType} != {registerType}");
}
}
private static string[] GetRegisterNames(VfpuRegisterType type, int size)
{
if (type == VfpuRegisterType.Cell && size == 1)
{
return(VfpuSregNames);
}
if (type == VfpuRegisterType.Vector && size == 2)
{
return(VfpuVpregNames);
}
if (type == VfpuRegisterType.Vector && size == 3)
{
return(VfpuVtregNames);
}
if (type == VfpuRegisterType.Vector && size == 4)
{
return(VfpuVqregNames);
}
if (type == VfpuRegisterType.Matrix && size == 2)
{
return(VfpuMpregNames);
}
if (type == VfpuRegisterType.Matrix && size == 3)
{
return(VfpuMtregNames);
}
if (type == VfpuRegisterType.Matrix && size == 4)
{
return(VfpuMqregNames);
}
throw new InvalidOperationException($"{type} + {size}");
}
public static uint GetRegisterIndexByName(VfpuRegisterType type, int size, string name)
{
// @TODO: Create a dictionary.
var names = GetRegisterNames(type, size);
return((uint)Array.IndexOf(names, name));
}
public static VfpuRegisterInfo FromVfpuRegisterInt(VfpuRegisterType type, int size, VfpuRegisterInt register)
{
if (type == VfpuRegisterType.Vector && size == 1)
{
type = VfpuRegisterType.Cell;
}
return(Parse(size, VfpuConstants.GetRegisterNameByIndex(type, size, register.Value)));
}
public static string GetRegisterNameByIndex(VfpuRegisterType type, int size, uint register)
{
var registerName = GetRegisterNames(type, size)[register];
if (registerName == "")
{
throw new InvalidOperationException($"Invalid register {type}, {size}, {register}");
}
return(registerName);
}
private static string[] GetRegisterNames(VfpuRegisterType Type, int Size)
{
if (Type == VfpuRegisterType.Cell && Size == 1) return vfpu_sreg_names;
if (Type == VfpuRegisterType.Vector && Size == 2) return vfpu_vpreg_names;
if (Type == VfpuRegisterType.Vector && Size == 3) return vfpu_vtreg_names;
if (Type == VfpuRegisterType.Vector && Size == 4) return vfpu_vqreg_names;
if (Type == VfpuRegisterType.Matrix && Size == 2) return vfpu_mpreg_names;
if (Type == VfpuRegisterType.Matrix && Size == 3) return vfpu_mtreg_names;
if (Type == VfpuRegisterType.Matrix && Size == 4) return vfpu_mqreg_names;
throw (new InvalidOperationException(String.Format("{0} + {1}", Type, Size)));
}
public static string GetRegisterNameByIndex(VfpuRegisterType Type, int Size, uint Register)
{
var RegisterName = GetRegisterNames(Type, Size)[Register];
if (RegisterName == "") throw (new InvalidOperationException(String.Format("Invalid register {0}, {1}, {2}", Type, Size, Register)));
return RegisterName;
}
public static uint GetRegisterIndexByName(VfpuRegisterType Type, int Size, string Name)
{
// @TODO: Create a dictionary.
var Names = GetRegisterNames(Type, Size);
return (uint)Array.IndexOf(Names, Name);
}
private void CheckRegisterType(VfpuRegisterType RegisterType)
{
if (this.RegisterType != RegisterType)
{
throw (new InvalidOperationException(String.Format("CheckRegisterType: {0} != {1}", this.RegisterType, RegisterType)));
}
}
public static VfpuRegisterInfo FromVfpuRegisterInt(VfpuRegisterType Type, int Size, VfpuRegisterInt Register)
{
if (Type == VfpuRegisterType.Vector && Size == 1) Type = VfpuRegisterType.Cell;
return Parse(Size, VfpuConstants.GetRegisterNameByIndex(Type, Size, Register.Value));
throw (new NotImplementedException("FromVfpuRegisterInt"));
}
