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macro_rules! define_generic_operations_forward { (from: $name:ident, to: $gen_type:ident, $($data_type:ident),*) => { $( impl GenericVectorOperations<$data_type> for $name<$data_type> { fn add_vector(self, summand: &Self) -> VecResult<Self> { Self::from_genres(self.to_gen().add_vector(&summand.to_gen_borrow())) } fn add_smaller_vector(self, summand: &Self) -> VecResult<Self> { Self::from_genres(self.to_gen().add_smaller_vector(&summand.to_gen_borrow())) } fn subtract_vector(self, subtrahend: &Self) -> VecResult<Self> { Self::from_genres(self.to_gen().subtract_vector(&subtrahend.to_gen_borrow())) } fn subtract_smaller_vector(self, subtrahend: &Self) -> VecResult<Self> { Self::from_genres(self.to_gen().subtract_smaller_vector(&subtrahend.to_gen_borrow())) } fn multiply_vector(self, factor: &Self) -> VecResult<Self> { Self::from_genres(self.to_gen().multiply_vector(&factor.to_gen_borrow())) } fn multiply_smaller_vector(self, factor: &Self) -> VecResult<Self> { Self::from_genres(self.to_gen().multiply_smaller_vector(&factor.to_gen_borrow())) } fn divide_vector(self, divisor: &Self) -> VecResult<Self> { Self::from_genres(self.to_gen().divide_vector(&divisor.to_gen_borrow())) } fn divide_smaller_vector(self, divisor: &Self) -> VecResult<Self> { Self::from_genres(self.to_gen().divide_smaller_vector(&divisor.to_gen_borrow())) } fn zero_pad(self, points: usize, option: PaddingOption) -> VecResult<Self> { Self::from_genres(self.to_gen().zero_pad(points, option)) } fn reverse(self) -> VecResult<Self> { Self::from_genres(self.to_gen().reverse()) } fn zero_interleave(self, factor: u32) -> VecResult<Self> { Self::from_genres(self.to_gen().zero_interleave(factor)) } fn diff(self) -> VecResult<Self> { Self::from_genres(self.to_gen().diff()) } fn diff_with_start(self) -> VecResult<Self> { Self::from_genres(self.to_gen().diff_with_start()) } fn cum_sum(self) -> VecResult<Self> { Self::from_genres(self.to_gen().cum_sum()) } fn sqrt(self) -> VecResult<Self> { Self::from_genres(self.to_gen().sqrt()) } fn square(self) -> VecResult<Self> { Self::from_genres(self.to_gen().square()) } fn root(self, degree: $data_type) -> VecResult<Self> { Self::from_genres(self.to_gen().root(degree)) } fn power(self, exponent: $data_type) -> VecResult<Self> { Self::from_genres(self.to_gen().power(exponent)) } fn logn(self) -> VecResult<Self> { Self::from_genres(self.to_gen().logn()) } fn expn(self) -> VecResult<Self> { Self::from_genres(self.to_gen().expn()) } fn log_base(self, base: $data_type) -> VecResult<Self> { Self::from_genres(self.to_gen().log_base(base)) } fn sin(self) -> VecResult<Self> { Self::from_genres(self.to_gen().sin()) } fn cos(self) -> VecResult<Self> { Self::from_genres(self.to_gen().cos()) } fn tan(self) -> VecResult<Self> { Self::from_genres(self.to_gen().tan()) } fn asin(self) -> VecResult<Self> { Self::from_genres(self.to_gen().asin()) } fn acos(self) -> VecResult<Self> { Self::from_genres(self.to_gen().acos()) } fn atan(self) -> VecResult<Self> { Self::from_genres(self.to_gen().atan()) } fn sinh(self) -> VecResult<Self> { Self::from_genres(self.to_gen().sinh()) } fn cosh(self) -> VecResult<Self> { Self::from_genres(self.to_gen().cosh()) } fn tanh(self) -> VecResult<Self> { Self::from_genres(self.to_gen().tanh()) } fn asinh(self) -> VecResult<Self> { Self::from_genres(self.to_gen().asinh()) } fn acosh(self) -> VecResult<Self> { Self::from_genres(self.to_gen().acosh()) } fn atanh(self) -> VecResult<Self> { Self::from_genres(self.to_gen().atanh()) } fn swap_halves(self) -> VecResult<Self> { Self::from_genres(self.to_gen().swap_halves()) } fn exp_base(self, base: $data_type) -> VecResult<Self> { Self::from_genres(self.to_gen().exp_base(base)) } fn override_data(self, data: &[$data_type]) -> VecResult<Self> { Self::from_genres(self.to_gen().override_data(data)) } fn split_into(&self, targets: &mut [Box<Self>]) -> VoidResult { unsafe { self.to_gen_borrow().split_into(mem::transmute(targets)) } } fn merge(self, sources: &[Box<Self>]) -> VecResult<Self> { unsafe { Self::from_genres(self.to_gen().merge(mem::transmute(sources))) } } } )* } }