Better wording

doc/source/concepts/pulsetemplates.rst

@@ -3,11 +3,11 @@
 Pulse Templates
 ---------------
 
-The qctoolkit represents pulses as abstract pulse templates. A pulse template can be understood as a class of pulses that share a similar structure but differ in the concrete amplitude or duration of voltage levels. To this end, pulse templates are parametrizable. Pulse templates are also designed to feature easy reusability of existing templates and conditional execution based on hardware triggers, if supported by the devices. The process of plugging in values for a pluse templates parameters is called instantiation.
+The qctoolkit represents pulses as abstract pulse templates. A pulse template can be understood as a class of pulses that share a similar structure but differ in the concrete amplitude or duration of voltage levels. To this end, pulse templates are parameterizable. Pulse templates are also designed to feature easy reusability of existing templates and conditional execution based on hardware triggers, if supported by the devices. The process of plugging in values for a pulse templates parameters is called instantiation.
 
 There are multiple types of different pulse template classes, briefly explained in the following. :class:`.TablePulseTemplate`, :class:`.PointPulseTemplate`: and :class:`.FunctionPulseTemplate` are used to define the atomic building blocks of pulses in the following ways: :class:`.TablePulseTemplate` and :class:`.PointPulseTemplate` allow the user to specify pairs of time and voltage values and choose an interpolation strategy between neighbouring points. Both templates support multiple channels but :class:`.TablePulseTemplate` allows for different time values for different channels meaning that the channels can change their voltages at different times. :class:`.PointPulseTemplate` restricts this to switches at the same time by interpreting the voltage as an vector and provides a more convenient interface for this case.
-:class:`.FunctionPulseTemplate` will accept any mathematical function that maps time to voltage values. Internally it uses :class:`.Expression` for function evaluation.
-All other pulse template variants are then used to construct arbitrarily complex pulses by combining existing ones into new structures: :class:`.SequencePulseTemplate` enables the user to specify a sequence of existing pulse templates (subtemplates) and modify parameter values using a mapping function. :class:`.RepetitionPulseTemplate` is used to simply repeat one existing pulse template a given (constant) number of times. :class:`.ForLoopPulseTemplate` is similar but allows a parametrization of the loop body with the loop index. In the future there will be pulse templates that allow conditional execution like :class:`.BranchPulseTemplate` and :class:`.WhileLoopPulseTemplate`. All of these pulse template variants can be similarly accessed through the common interface declared by :class:`.PulseTemplate`. [#tree]_ [#pattern]_ One special pulse template is the :class:`.MappingPulseTemplate` which allows the renaming of channels and measurements as well as mapping parameters by mathematical expressions.
+:class:`.FunctionPulseTemplate` accepts any mathematical function that maps time to voltage values. Internally it uses :class:`.Expression` for function evaluation.
+All other pulse template variants are then used to construct arbitrarily complex pulses by combining existing ones into new structures: :class:`.SequencePulseTemplate` enables the user to specify a sequence of existing pulse templates (subtemplates) and modify parameter values using a mapping function. :class:`.RepetitionPulseTemplate` is used to simply repeat one existing pulse template a given number of times. :class:`.ForLoopPulseTemplate` is similar but allows a parametrization of the loop body with the loop index. In the future there will be pulse templates that allow conditional execution like :class:`.BranchPulseTemplate` and :class:`.WhileLoopPulseTemplate`. All of these pulse template variants can be similarly accessed through the common interface declared by :class:`.PulseTemplate`. [#tree]_ [#pattern]_ One special pulse template is the :class:`.MappingPulseTemplate` which allows the renaming of channels and measurements as well as mapping parameters by mathematical expressions.
 
 As the class names are quite long the recommended way for abbreviation is to use the aliases defined in :py:mod:`~qctoolkit.pulses`. For example :class:`.FunctionPulseTemplate` is aliased as :class:`.FunctionPT`