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ProgramStart 

ProgramStart(parent: Optional[Builder] = None)

Bases: Drive, Builder

ProgramStart is the base class for a starting/entry node for building a program.

Source code in .venv/lib/python3.12/site-packages/bloqade/analog/builder/base.py 
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def __init__(
    self,
    parent: Optional["Builder"] = None,
) -> None:
    self.__parent__ = parent

apply 

apply(sequence: SequenceExpr) -> SequenceBuilder

Apply a pre-built sequence to a program.

This allows you to build a program independent of any geometry and then apply the program to said geometry. Or, if you have a program you would like to try on multiple geometries you can trivially do so with this.

Example Usage: 

>>> from numpy import pi
>>> seq = start.rydberg.rabi.amplitude.constant(2.0 * pi, 4.5)
# choose a geometry of interest to apply the program on
>>> from bloqade.analog.atom_arrangement import Chain, Kagome
>>> complete_program = Chain(10).apply(seq)
# you can .apply to as many geometries as you like
>>> another_complete_program = Kagome(3).apply(seq)

  • From here you can now do:
    • ...assign(assignments).bloqade: select the bloqade local emulator backend
    • ...assign(assignments).braket: select braket local emulator or QuEra hardware
    • ...assign(assignments).device(specifier_string): select backend by specifying a string
  • Assign multiple values to a single variable for a parameter sweep:
    • ...assign(assignments).batch_assign(assignments):
  • Parallelize the program register, duplicating the geometry and waveform sequence to take advantage of all available space/qubits on the QPU:
    • ...assign(assignments).parallelize(cluster_spacing)
  • Defer value assignment of certain variables to runtime:
    • ...assign(assignments).args([previously_defined_vars])
Source code in .venv/lib/python3.12/site-packages/bloqade/analog/builder/start.py 
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@beartype
def apply(self, sequence: SequenceExpr) -> SequenceBuilder:
    """
    Apply a pre-built sequence to a program.

    This allows you to build a program independent of any geometry
    and then `apply` the program to said geometry. Or, if you have a
    program you would like to try on multiple geometries you can
    trivially do so with this.

    Example Usage:
    ```
    >>> from numpy import pi
    >>> seq = start.rydberg.rabi.amplitude.constant(2.0 * pi, 4.5)
    # choose a geometry of interest to apply the program on
    >>> from bloqade.analog.atom_arrangement import Chain, Kagome
    >>> complete_program = Chain(10).apply(seq)
    # you can .apply to as many geometries as you like
    >>> another_complete_program = Kagome(3).apply(seq)
    ```

    - From here you can now do:
        - `...assign(assignments).bloqade`: select the bloqade
            local emulator backend
        - `...assign(assignments).braket`: select braket
            local emulator or QuEra hardware
        - `...assign(assignments).device(specifier_string)`: select
            backend by specifying a string
    - Assign multiple values to a single variable for a parameter sweep:
        - `...assign(assignments).batch_assign(assignments)`:
    - Parallelize the program register, duplicating the geometry and waveform
        sequence to take advantage of all available
      space/qubits on the QPU:
        - `...assign(assignments).parallelize(cluster_spacing)`
    - Defer value assignment of certain variables to runtime:
        - `...assign(assignments).args([previously_defined_vars])`

    """
    return SequenceBuilder(sequence, self)