public double calculate()
{
Function f = new FunctionImpl();
double from = 1;
double to = 2;
double precision = 0.001;
return getRoot(f, from, to, precision);
}
public static StorageClass Parse(WordReader reader, uint wordCount)
{
var id = (Enumerant)reader.ReadWord();
switch (id)
{
case Enumerant.UniformConstant:
return(UniformConstantImpl.Parse(reader, wordCount - 1));
case Enumerant.Input:
return(InputImpl.Parse(reader, wordCount - 1));
case Enumerant.Uniform:
return(UniformImpl.Parse(reader, wordCount - 1));
case Enumerant.Output:
return(OutputImpl.Parse(reader, wordCount - 1));
case Enumerant.Workgroup:
return(WorkgroupImpl.Parse(reader, wordCount - 1));
case Enumerant.CrossWorkgroup:
return(CrossWorkgroupImpl.Parse(reader, wordCount - 1));
case Enumerant.Private:
return(PrivateImpl.Parse(reader, wordCount - 1));
case Enumerant.Function:
return(FunctionImpl.Parse(reader, wordCount - 1));
case Enumerant.Generic:
return(GenericImpl.Parse(reader, wordCount - 1));
case Enumerant.PushConstant:
return(PushConstantImpl.Parse(reader, wordCount - 1));
case Enumerant.AtomicCounter:
return(AtomicCounterImpl.Parse(reader, wordCount - 1));
case Enumerant.Image:
return(ImageImpl.Parse(reader, wordCount - 1));
case Enumerant.StorageBuffer:
return(StorageBufferImpl.Parse(reader, wordCount - 1));
case Enumerant.CallableDataNV:
return(CallableDataNVImpl.Parse(reader, wordCount - 1));
//CallableDataKHR has the same id as another value in enum.
//case Enumerant.CallableDataKHR :
// return CallableDataKHR.Parse(reader, wordCount - 1);
case Enumerant.IncomingCallableDataNV:
return(IncomingCallableDataNVImpl.Parse(reader, wordCount - 1));
//IncomingCallableDataKHR has the same id as another value in enum.
//case Enumerant.IncomingCallableDataKHR :
// return IncomingCallableDataKHR.Parse(reader, wordCount - 1);
case Enumerant.RayPayloadNV:
return(RayPayloadNVImpl.Parse(reader, wordCount - 1));
//RayPayloadKHR has the same id as another value in enum.
//case Enumerant.RayPayloadKHR :
// return RayPayloadKHR.Parse(reader, wordCount - 1);
case Enumerant.HitAttributeNV:
return(HitAttributeNVImpl.Parse(reader, wordCount - 1));
//HitAttributeKHR has the same id as another value in enum.
//case Enumerant.HitAttributeKHR :
// return HitAttributeKHR.Parse(reader, wordCount - 1);
case Enumerant.IncomingRayPayloadNV:
return(IncomingRayPayloadNVImpl.Parse(reader, wordCount - 1));
//IncomingRayPayloadKHR has the same id as another value in enum.
//case Enumerant.IncomingRayPayloadKHR :
// return IncomingRayPayloadKHR.Parse(reader, wordCount - 1);
case Enumerant.ShaderRecordBufferNV:
return(ShaderRecordBufferNVImpl.Parse(reader, wordCount - 1));
//ShaderRecordBufferKHR has the same id as another value in enum.
//case Enumerant.ShaderRecordBufferKHR :
// return ShaderRecordBufferKHR.Parse(reader, wordCount - 1);
case Enumerant.PhysicalStorageBuffer:
return(PhysicalStorageBufferImpl.Parse(reader, wordCount - 1));
//PhysicalStorageBufferEXT has the same id as another value in enum.
//case Enumerant.PhysicalStorageBufferEXT :
// return PhysicalStorageBufferEXT.Parse(reader, wordCount - 1);
default:
throw new IndexOutOfRangeException("Unknown StorageClass " + id);
}
}
