graphics/embree: Wrap README at 72 columns.

Signed-off-by: B. Watson <yalhcru@gmail.com>

1 files changed, 13 insertions, 13 deletions

diff --git a/graphics/embree/README b/graphics/embree/README
index 85e4ce2ad7..f109af6421 100644
--- a/graphics/embree/README
+++ b/graphics/embree/README
@@ -12,25 +12,25 @@ We recommend using Intel® Embree through its API to get the highest
 benefit from future improvements. Intel® Embree is released as Open
 Source under the Apache 2.0 license.
 
-Intel® Embree supports applications written with the Intel® SPMD Program
-Compiler (ISPC, https://ispc.github.io/) by also providing an ISPC
-interface to the core ray tracing algorithms. This makes it possible to
-write a renderer in ISPC that automatically vectorizes and leverages
-SSE, AVX, AVX2, and AVX-512 instructions. ISPC also supports runtime
-code selection, thus ISPC will select the best code path for your
-application.
+Intel® Embree supports applications written with the Intel® SPMD
+Program Compiler (ISPC, https://ispc.github.io/) by also providing
+an ISPC interface to the core ray tracing algorithms. This makes it
+possible to write a renderer in ISPC that automatically vectorizes and
+leverages SSE, AVX, AVX2, and AVX-512 instructions. ISPC also supports
+runtime code selection, thus ISPC will select the best code path for
+your application.
 
 Intel® Embree contains algorithms optimized for incoherent workloads
 (e.g. Monte Carlo ray tracing algorithms) and coherent workloads (e.g.
 primary visibility and hard shadow rays).
 
 The single-ray traversal kernels of Intel® Embree provide high
-performance for incoherent workloads and are very easy to integrate into
-existing rendering applications. Using the stream kernels, even higher
-performance for incoherent rays is possible, but integration might
-require significant code changes to the application to use the stream
-paradigm. In general for coherent workloads, the stream mode with
-coherent flag set gives the best performance.
+performance for incoherent workloads and are very easy to integrate
+into existing rendering applications. Using the stream kernels, even
+higher performance for incoherent rays is possible, but integration
+might require significant code changes to the application to use the
+stream paradigm. In general for coherent workloads, the stream mode
+with coherent flag set gives the best performance.
 
 Intel® Embree also supports dynamic scenes by implementing
 high-performance two-level spatial index structure construction