# Repository: https://gitlab.com/qblox/packages/software/qblox-scheduler
# Licensed according to the LICENSE file on the main branch
#
# Copyright 2020-2025, Quantify Consortium
# Copyright 2025, Qblox B.V.
"""
Module containing the standard library of commonly used operations as well as the
:class:`.Operation` class.
.. tip::
Quantify scheduler can trivially be extended by creating custom operations. Take a
look at e.g., the pulse library for examples on how to implement custom pulses.
"""
from .acquisition_library import (
Acquisition,
DualThresholdedTriggerCount,
NumericalSeparatedWeightedIntegration,
NumericalWeightedIntegration,
SSBIntegrationComplex,
ThresholdedAcquisition,
ThresholdedTriggerCount,
Timetag,
TimetagTrace,
Trace,
TriggerCount,
WeightedIntegratedSeparated,
WeightedThresholdedAcquisition,
)
from .conditional_reset import ConditionalReset
from .control_flow_library import (
ConditionalOperation,
ControlFlowOperation,
ControlFlowSpec,
LoopOperation,
LoopStrategy,
)
from .expressions import DType
from .gate_library import (
CNOT,
CZ,
X90,
Y90,
Z90,
H,
Measure,
Reset,
Rxy,
Rz,
S,
SDagger,
T,
TDagger,
X,
Y,
Z,
)
from .hardware_operations import (
InlineQ1ASM,
long_chirp_pulse,
long_ramp_pulse,
long_square_pulse,
staircase_pulse,
)
from .hardware_operations.pulse_library import LatchReset, SimpleNumericalPulse
from .loop_domains import arange, linspace
from .nv_native_library import ChargeReset, CRCount
from .operation import Operation
from .pulse_compensation_library import (
PulseCompensation,
)
from .pulse_factories import (
composite_square_pulse,
non_implemented_pulse,
nv_spec_pulse_mw,
phase_shift,
rxy_drag_pulse,
rxy_gauss_pulse,
rxy_pulse,
spin_init_pulse,
)
from .pulse_library import (
ChirpPulse,
DRAGPulse,
GaussPulse,
IdlePulse,
MarkerPulse,
NumericalPulse,
RampPulse,
ReferenceMagnitude,
ResetClockPhase,
SetClockFrequency,
ShiftClockPhase,
SkewedHermitePulse,
SoftSquarePulse,
SquarePulse,
StaircasePulse,
SuddenNetZeroPulse,
Timestamp,
VoltageOffset,
WindowOperation,
)
__all__ = [
"CNOT",
"CZ",
"X90",
"Y90",
"Z90",
"Acquisition",
"CRCount",
"ChargeReset",
"ChirpPulse",
"ConditionalOperation",
"ConditionalReset",
"ControlFlowOperation",
"ControlFlowSpec",
"DRAGPulse",
"DType",
"DualThresholdedTriggerCount",
"GaussPulse",
"H",
"IdlePulse",
"InlineQ1ASM",
"LatchReset",
"LoopOperation",
"LoopStrategy",
"MarkerPulse",
"Measure",
"NumericalPulse",
"NumericalSeparatedWeightedIntegration",
"NumericalSeparatedWeightedIntegration",
"NumericalSeparatedWeightedIntegration",
"NumericalWeightedIntegration",
"NumericalWeightedIntegration",
"NumericalWeightedIntegration",
"Operation",
"PulseCompensation",
"RampPulse",
"ReferenceMagnitude",
"Reset",
"ResetClockPhase",
"Rxy",
"Rz",
"S",
"SDagger",
"SSBIntegrationComplex",
"SetClockFrequency",
"ShiftClockPhase",
"SimpleNumericalPulse",
"SkewedHermitePulse",
"SoftSquarePulse",
"SquarePulse",
"StaircasePulse",
"SuddenNetZeroPulse",
"T",
"TDagger",
"ThresholdedAcquisition",
"ThresholdedTriggerCount",
"Timestamp",
"Timetag",
"TimetagTrace",
"Trace",
"TriggerCount",
"TriggerCount",
"TriggerCount",
"VoltageOffset",
"WeightedIntegratedSeparated",
"WeightedThresholdedAcquisition",
"WindowOperation",
"X",
"Y",
"Z",
"arange",
"composite_square_pulse",
"linspace",
"long_chirp_pulse",
"long_ramp_pulse",
"long_square_pulse",
"non_implemented_pulse",
"nv_spec_pulse_mw",
"phase_shift",
"rxy_drag_pulse",
"rxy_gauss_pulse",
"rxy_pulse",
"spin_init_pulse",
"staircase_pulse",
]
