Correcting plurals

docs/source/using_yosys/more_scripting/interactive_investigation.rst

@@ -134,12 +134,12 @@ when the individual bits of of a signal vector are accessed.
 
 The key elements in understanding this circuit diagram are of course the boxes
 with round corners and rows labeled ``<MSB_LEFT>:<LSB_LEFT> -
-<MSB_RIGHT>:<LSB_RIGHT>``. Each of this boxes has one signal per row on one side
+<MSB_RIGHT>:<LSB_RIGHT>``. Each of these boxes have one signal per row on one
-and a common signal for all rows on the other side. The ``<MSB>:<LSB>`` tuples
+side and a common signal for all rows on the other side. The ``<MSB>:<LSB>``
-specify which bits of the signals are broken out and connected. So the top row
+tuples specify which bits of the signals are broken out and connected. So the
-of the box connecting the signals ``a`` and ``x`` indicates that the bit 0 (i.e.
+top row of the box connecting the signals ``a`` and ``x`` indicates that the bit
-the range 0:0) from signal ``a`` is connected to bit 1 (i.e. the range 1:1) of
+0 (i.e. the range 0:0) from signal ``a`` is connected to bit 1 (i.e. the range
-signal ``x``.
+1:1) of signal ``x``.
 
 Lines connecting such boxes together and lines connecting such boxes to cell
 ports have a slightly different look to emphasise that they are not actual
@@ -213,11 +213,11 @@ the ``pdf`` and ``ps`` format are the only formats that support plotting
 multiple modules in one run.
 
 In densely connected circuits it is sometimes hard to keep track of the
-individual signal wires. For this cases it can be useful to call :cmd:ref:`show`
+individual signal wires. For these cases it can be useful to call
-with the ``-colors <integer>`` argument, which randomly assigns colors to the
+:cmd:ref:`show` with the ``-colors <integer>`` argument, which randomly assigns
-nets. The integer (> 0) is used as seed value for the random color assignments.
+colors to the nets. The integer (> 0) is used as seed value for the random color
-Sometimes it is necessary it try some values to find an assignment of colors
+assignments. Sometimes it is necessary it try some values to find an assignment
-that looks good.
+of colors that looks good.
 
 The command ``help show`` prints a complete listing of all options supported by
 the :cmd:ref:`show` command.
@@ -531,7 +531,7 @@ Note that the :cmd:ref:`eval` command (as well as the :cmd:ref:`sat` command
 discussed in the next sections) does only operate on flattened modules. It can
 not analyze signals that are passed through design hierarchy levels. So the
 :cmd:ref:`flatten` command must be used on modules that instantiate other
-modules before this commands can be applied.
+modules before these commands can be applied.
 
 Solving combinatorial SAT problems
 ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^

docs/source/using_yosys/more_scripting/selections.rst

@@ -187,7 +187,7 @@ all cells and signals that are used to generate the signal ``sum``. The ``%ci``
 action can be used to select the input cones of all object in the top selection
 in the stack maintained by the :cmd:ref:`select` command.
 
-As with the ``%x`` action, this commands broadens the selection by one "step".
+As with the ``%x`` action, these commands broaden the selection by one "step".
 But this time the operation only works against the direction of data flow. That
 means, wires only select cells via output ports and cells only select wires via
 input ports.
@@ -329,7 +329,7 @@ Similar to ``%ci`` exists an action ``%co`` to select output cones that accepts
 the same syntax for pattern and repetition. The ``%x`` action mentioned
 previously also accepts this advanced syntax.
 
-This actions for traversing the circuit graph, combined with the actions for
+These actions for traversing the circuit graph, combined with the actions for
 boolean operations such as intersection (``%i``) and difference (``%d``) are
 powerful tools for extracting the relevant portions of the circuit under
 investigation.

docs/source/yosys_internals/flow/index.rst

@@ -4,7 +4,7 @@ Internal flow
 
 A (usually short) synthesis script controls Yosys.
 
-This scripts contain three types of commands:
+These scripts contain three types of commands:
 
 - **Frontends**, that read input files (usually Verilog);
 - **Passes**, that perform transformations on the design in memory;

docs/source/yosys_internals/techmap.rst

@@ -279,9 +279,9 @@ Notes on using techmap
 ~~~~~~~~~~~~~~~~~~~~~~
 
 - Don't use positional cell parameters in map modules.
-- You can use the ``$__``-prefix for internal cell types to avoid
+- You can use the ``$__``-prefix for internal cell types to avoid collisions
-  collisions with the user-namespace. But always use two underscores or the
+  with the user-namespace. But always use two underscores or the internal
-  internal consistency checker will trigger on this cells.
+  consistency checker will trigger on these cells.
 - Techmap has two major use cases:
 
     - Creating good logic-level representation of arithmetic functions. This