BLAS.md

@@ -5,8 +5,7 @@ All these operations are now supported for CPU and GPU memory, real and complex.
 | SWAP   |`blas::swap(x, y)`      | $`x_i \leftrightarrow y_i`$ | `(x^y)` |    | `swap_ranges(begin(x), end(x), begin(y))` |
 | COPY   |`blas::copy(x, y)`      | $`y_i \leftrightarrow x_i`$ | `y << x` |  `y = blas::copy(x)` | `copy(begin(x), end(x), begin(y))` |
 | ASUM   |`blas::asum(x, res)`    | $`r \leftarrow \sum_i \|\Re x_i\| + \|\Im x_i\|`$ | `x==0`/`x!=0` `isinf(x)` `isnan(x)` | `res = blas::asum(x)` | `transform_reduce(begin(x), end(x), 0.0, plus<>{}, [](auto const& e){return abs(e.real()) + abs(e.imag());})` |
-| NRM2   |`blas::
-nrm2(x, res)`     | $`r \leftarrow \sqrt{\sum_i \|x_i\|^2}`$ | `abs(x)` | `res = blas::nrm2(x);` | `sqrt(trasnform_reduce(begin(x), end(x), 0.0, plus<>{}, [](auto const& e){return norm(e);}));` |
+| NRM2   |`blas::nrm2(x, res)`     | $`r \leftarrow \sqrt{\sum_i \|x_i\|^2}`$ | `abs(x)` | `res = blas::nrm2(x);` | `sqrt(trasnform_reduce(begin(x), end(x), 0.0, plus<>{}, [](auto const& e){return norm(e);}));` |
 | SCAL   |`blas::scal(aa, x);`    | $`x_i \leftarrow \alpha x_i`$ | `x*=aa;`           |                 | `for_each(begin(x), end(x), [aa](auto& e){return e*=aa;})` |
 | AXPY   |`blas::axpy(aa, x, y)`  | $`y_i \leftarrow \alpha x_i + y_i`$ | `y+=x` `y-=x` `y+=aa*x` `y-=aa*x` |     | `transform(x.begin(), x.end(), y.begin(), y.begin(), [aa](auto ex, auto ey) {return aa*ex + ey;}` |
 | DOT    | `blas::dot(x, y, res)` | $`r = \sum_i x_i y_i`$        | `res = (x, y);`       | `res = blas::dot(x, y)`                | `inner_product(begin(x), end(x), begin(y), T{});` |