Improve RELEASE_NOTES wording and formatting

Mainly format words referring to code as such.

Signed-off-by: Leandro Lucarella <[email protected]>

Author: llucax

RELEASE_NOTES.md

@@ -12,12 +12,10 @@
   battery_power_receiver = microgrid.battery_pool().power.new_receiver()
   ```
 
-+ Formulas composition has changed (#327) -
-  - receivers from formulas are no longer composable.
-  - formula composition is now done by composing FormulaEngine instances.
-  - Automatic formulas from the logical meter and *pools, are now
-    properties, and return `FormulaEngine` instances, which can be
-    composed further, or can provide a receiver to fetch values.
+* Formulas composition has changed (#327)
+  * Receivers from formulas are no longer composable.
+  * Formula composition is now done by composing FormulaEngine instances.
+  * Automatic formulas from the logical meter and \*pools, are now properties, and return `FormulaEngine` instances, which can be composed further, or can provide a receiver to fetch values.
 
   ``` python
   grid_power_receiver = microgrid.logical_meter().grid_power.new_receiver()
@@ -30,15 +28,15 @@
   inverter_power_receiver = self._inverter_power.new_receiver()
   ```
 
-* Update BatteryStatus to mark battery with unknown capacity as not working (#263)
+* Update `BatteryStatus` to mark battery with unknown capacity as not working (#263)
 * The channels dependency was updated to v0.14.0 (#292)
 * Some properties for `PowerDistributingActor` results were renamed to be more consistent between `Success` and `PartialFailure`:
   * The `Success.used_batteries` property was renamed to `succeeded_batteries`.
   * The `PartialFailure.success_batteries` property was renamed to `succeeded_batteries`.
   * The `succeed_power` property was renamed to `succeeded_power` for both `Success` and `PartialFailure`.
-* Update MovingWindow to accept size parameter as timedelta instead of int (#269).
+* Update `MovingWindow` to accept the `size` parameter as `timedelta` instead of `int` (#269).
   This change allows users to define the time span of the moving window more intuitively, representing the duration over which samples will be stored.
-* Add a resampler in the MovingWindow to control the granularity of the samples to be stored in the underlying buffer (#269).
+* Add a resampler in the `MovingWindow` to control the granularity of the samples to be stored in the underlying buffer (#269).
   Notice that the parameter `sampling_period` has been renamed to `input_sampling_period`
   to better distinguish it from the sampling period parameter in the resampler.
 * The serialization feature for the ringbuffer was made more flexible. The `dump` and `load` methods can now work directly with a ringbuffer instance.
@@ -47,9 +45,11 @@
 
 ## New Features
 
-* Automatic creation of core data-pipeline actors, to eliminate a lot
-  of boiler plate code.  This makes it much simpler to deploy apps
-  (#270).  For example:
+* The core data-pipeline actors are now created automatically (#270).
+
+  This eliminates a lot of boiler plate code and makes it much simpler to deploy apps.
+
+  For example:
 
   ``` python
   async def run():
@@ -59,9 +59,9 @@
       grid_power = microgrid.logical_meter().grid_power()
   ```
 
-* The `Result` class (and subclasses) for the `PowerDistributingActor` are now dataclasses, so logging them will produce a more detailed output.
+* The `Result` class (and subclasses) for the `PowerDistributingActor` are now `dataclass`es, so logging them will produce a more detailed output.
 
 ## Bug Fixes
 
-* Change PowerDistributor to use all batteries if none is working (#258)
-* Update the ordered ring buffer to fix the len() function so that it returns a value equal to or greater than zero, as expected (#274)
+* Change `PowerDistributor` to use all batteries when none are working (#258)
+* Update the ordered ring buffer to fix the `len()` function so that it returns a value equal to or greater than zero, as expected (#274)