diff --git a/doc/cpp/probe_sample.rst b/doc/cpp/probe_sample.rst index 6e7a21b959a7135ee3abd2ac3bf8a4ed504cf4f7..912ab99b423276f2d477709d3edce3d725d1e2a9 100644 --- a/doc/cpp/probe_sample.rst +++ b/doc/cpp/probe_sample.rst @@ -52,7 +52,7 @@ disabled. Cable cell probes that contingently do not correspond to a valid measurable quantity are ignored: samplers attached to them will receive no values. -Mechanism state queries however will throw a ``cable_cell_error`` exception at +Mechanism state queries, however will throw a ``cable_cell_error`` exception at simulation initialization if the requested state variable does not exist on the mechanism. @@ -82,7 +82,7 @@ Queries cell membrane potential at each site in ``locations``. struct cable_probe_membrane_voltage_cell {}; -Queries cell membrane potential across whole cell. +Queries cell membrane potential across the whole cell. * Sample value: ``cable_sample_range``. Each value is the average membrane potential in millivolts across an unbranched @@ -173,7 +173,7 @@ Membrane current _excluding_ capacitive currents and stimuli across components o struct cable_probe_total_current_cell {}; -Total membrance current excluding current stimuli across components of the cell. +Total membrane current excluding current stimuli across components of the cell. * Sample value: ``cable_sample_range``. Each value is the current in nanoamperes across an unbranched component of the cell, as determined @@ -609,7 +609,7 @@ the same sequence of time points, that is, it must exhibit repeatable and deterministic behaviour. The ``schedule`` object itself uses type-erasure to wrap any schedule -implementation class, which can be any copy--constructable class that +implementation class, which can be any copy--constructible class that provides the methods ``reset()`` and ``events(t0, t1)`` above. Three schedule implementations are provided by the engine: