Rename handle_global_decay -> handle_decay

Author: umgnunes

src/batch_size.cpp

@@ -67,15 +67,15 @@ main(int argc, char* argv[])
         arguments.top = extract_argument(command, "crop-top", header.height);
 
         Decay event_decay;
-        auto handle_global_decay = [&](Decay decay) { event_decay = decay; };
+        auto handle_decay = [&](Decay decay) { event_decay = decay; };
 
         auto global_decay = make_global_decay<Event>(
             arguments.t_decay_first,
             [](Event event, float decay, float n_decay, float t_decay,
                float rate) -> Decay {
               return {event.t, decay, n_decay, t_decay, rate};
             },
-            handle_global_decay);
+            handle_decay);
 
         auto handle_batch = [](StdVector<Event> batch) {
           std::cout << batch.size() << '\n';

src/batch_timestamp.cpp

@@ -68,15 +68,15 @@ main(int argc, char* argv[])
         arguments.top = extract_argument(command, "crop-top", header.height);
 
         Decay event_decay;
-        auto handle_global_decay = [&](Decay decay) { event_decay = decay; };
+        auto handle_decay = [&](Decay decay) { event_decay = decay; };
 
         auto global_decay = make_global_decay<Event>(
             arguments.t_decay_first,
             [](Event event, float decay, float n_decay, float t_decay,
                float rate) -> Decay {
               return {event.t, decay, n_decay, t_decay, rate};
             },
-            handle_global_decay);
+            handle_decay);
 
         auto handle_batch = [](StdVector<Event> batch) {
           std::cout << batch.back().t << '\n';

src/runtime_benchmark/batch.cpp

@@ -43,15 +43,15 @@ main(int argc, char* argv[])
         TicToc t;
 
         Decay event_decay;
-        auto handle_global_decay = [&](Decay decay) { event_decay = decay; };
+        auto handle_decay = [&](Decay decay) { event_decay = decay; };
 
         auto global_decay = make_global_decay<Event>(
             arguments.t_decay_first,
             [](Event event, float decay, float n_decay, float t_decay,
                float rate) -> Decay {
               return {event.t, decay, n_decay, t_decay, rate};
             },
-            handle_global_decay);
+            handle_decay);
 
         StdVector<Event> event_batch;
         auto handle_batch = [&](StdVector<Event> batch) {

src/runtime_benchmark/global_decay.cpp

@@ -38,15 +38,15 @@ main(int argc, char* argv[])
         TicToc t;
 
         Decay event_decay;
-        auto handle_global_decay = [&](Decay decay) { event_decay = decay; };
+        auto handle_decay = [&](Decay decay) { event_decay = decay; };
 
         auto global_decay = make_global_decay<Event>(
             arguments.t_decay_first,
             [](Event event, float decay, float n_decay, float t_decay,
                float rate) -> Decay {
               return {event.t, decay, n_decay, t_decay, rate};
             },
-            handle_global_decay);
+            handle_decay);
 
         t.tic();
         sepia::join_observable<Type>(sepia::filename_to_ifstream(filename),

test/batch.cpp

@@ -13,15 +13,15 @@ TEST(event_batch, Batch)
   const float weight_thresh = 1.0;
 
   Decay event_decay;
-  auto handle_global_decay = [&](Decay decay) { event_decay = decay; };
+  auto handle_decay = [&](Decay decay) { event_decay = decay; };
 
   auto global_decay = make_global_decay<Event>(
       t_decay_first,
       [](Event event, float decay, float n_decay, float t_decay,
          float rate) -> Decay {
         return {event.t, decay, n_decay, t_decay, rate};
       },
-      handle_global_decay);
+      handle_decay);
 
   StdVector<Event> event_batch;
   auto handle_batch = [&](StdVector<Event> batch) { event_batch = batch; };

test/global_decay.cpp

@@ -11,15 +11,15 @@ TEST(event_batch, GlobalDecay)
   const uint64_t t_decay_first = 10000;
 
   Decay event_decay;
-  auto handle_global_decay = [&](Decay decay) { event_decay = decay; };
+  auto handle_decay = [&](Decay decay) { event_decay = decay; };
 
   auto global_decay = make_global_decay<Event>(
       t_decay_first,
       [](Event event, float decay, float n_decay, float t_decay,
          float rate) -> Decay {
         return {event.t, decay, n_decay, t_decay, rate};
       },
-      handle_global_decay);
+      handle_decay);
 
   global_decay({0, 120, 90, 0});
   EXPECT_EQ(event_decay.t, 0);