docs/api/reactivity-core.md

@@ -50,16 +50,16 @@ Creates a new source with the given value.
     count(count() + 1) -- 1
     ```
 
-## watch()
+## effect()
 
 Runs a callback on source update.
 
 - **Type**
 
     ```lua
-    function watch(source: () -> ()): Unwatch
+    function effect(source: () -> ()): Uneffect
 
-    type Unwatch = () -> ()
+    type Uneffect = () -> ()
     ```
 
 - **Details**
@@ -70,7 +70,7 @@ Runs a callback on source update.
     Any time a source referenced in the callback is changed, the callback will
     be reran.
 
-    Also returns a function that when called, stops the watcher immediately.
+    Also returns a function that when called, stops the effecter immediately.
 
     ::: warning
     `source()` cannot yield.
@@ -81,7 +81,7 @@ Runs a callback on source update.
     ```lua
     local state = source(1)
 
-    watch(function()
+    effect(function()
         print(state())
     end)
 

docs/api/reactivity-utility.md

@@ -15,7 +15,7 @@ Runs a callback anytime a reactive scope is re-ran.
     ```lua
     local data = source(1)
 
-    watch(function()
+    effect(function()
         local label = create "TextLabel" { Text = data() }
 
         cleanup(function()

docs/api/strict-mode.md

@@ -12,14 +12,14 @@ and identifying improper usage.
 Currently, strict mode will:
 
 1. Run derived sources twice a source updates.
-2. Run watchers twice when a source updates.
+2. Run effecters twice when a source updates.
 3. Throw an error if yields occur where they are not allowed.
 4. Checks for `indexes()` and `values()` returning primitive values.
 5. Checks for duplicate nested properties at same depth.
 6. Better error reporting and stack traces.
 7. Checks for multiple `cleanup()` calls in the same function scope.
 
-By rerunning sources and watchers, any side-effects are made more apparent.
+By rerunning sources and effecters, any side-effects are made more apparent.
 This also helps ensure that cleanups are being handled correctly.
 
 Accidental yielding within reactive scopes can break Vide's reactive graph,