pyquil 2.26.0 on Python PyPI

Announcements

Quil-T brings the dimension of time to your quantum programs! Quil-T is an extension of
Quil which allows one to develop quantum programs at the level of pulses and waveforms
and brings an unprecedented level of fine-grained control over the QPU.

Unpacking bitstrings is significantly faster (@mhodson-rigetti, @notmgsk, #1276).
Parsing is now performed using Lark rather than ANTLR, often allowing a 10x improvement
in parsing large and complex programs (@notmgsk, #1278).
Gates now generally allow a "formal" qubit label as in DEFCIRCUIT, rather than
requiring a numeric index (#1257).
Program objects come with additional Quil-T related properties, such as
calibrations, waveforms, and frames (#1257).
The AbstractCompiler classes come with tools for performing calibration of
programs. Namely, get_calibration_program provides a program for calibrating against
recent QPU settings (#1257).
rewrite_arithmetic now converts phase angle from radians to revolutions (#1257).
Readout is more permissive, and does not require the destination to be named "ro"
(#1257).
The default value for QPU_COMPILER_URL has been updated to point to Rigetti's
translation service. This changes allows one to use the translation service to translate
a Quil-T program and receive the binary payload without having a QPU reservation
(#1257).