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Using double precision version of functions from standard math library fails to compile with the following error,
The code
// does not compile
ExecutionBuffer codeAllocator(8192);
Allocator allocator(8192);
FunctionBuffer code(codeAllocator, 8192);
Function<double, double> scalers(allocator, code);
auto & sinFunction = scalers.Immediate(sin);
causes the compiler error
func.cpp:25:34: error: no matching member function for call to 'Immediate'
auto & sinFunction = scalers.Immediate(sin);
./jit/Include/NativeJIT/ExpressionNodeFactory.h:67:46: note: candidate template ignored: couldn't
infer template argument 'T'
ImmediateNode<T>& ExpressionNodeFactory::Immediate(T value)
meanwhile the code,
// works perfectly fine
Function<float, float> scalers(allocator, code);
auto & sinFunction = scalers.Immediate(sinf);
works entirely as expected. I am compiling with Apple clang 11.0.3 on x86_64
Is there a workaround for this?
The text was updated successfully, but these errors were encountered:
Using double precision version of functions from standard math library fails to compile with the following error,
The code
causes the compiler error
meanwhile the code,
works entirely as expected. I am compiling with Apple clang 11.0.3 on x86_64
Is there a workaround for this?
The text was updated successfully, but these errors were encountered: