Calibration

Calibration channels carry a CalibrationTable encoded as a Base64 binary payload on the wire. The server transparently decodes and encodes that payload, so you always work with plain CalibrationTableDto objects.

Both NetName and Alias are accepted wherever a channel name is required.

Methods

Typical Workflow

from accordionq2 import AccordionQ2Client, CalibrationRowDto
import dataclasses

with AccordionQ2Client("http://agent64.local:5000") as client:

    # 1. Discover available Calibration channels
    channels = client.calibration.get_channels()
    for ch in channels:
        print(f"{ch.net_name}  ({ch.alias})")

    # 2. Read the current table (by NetName or Alias)
    table = client.calibration.get_table(channels[0].net_name)
    print(f"Product: {table.product_id}  Rev: {table.revision}  S/N: {table.serial_number}")
    for row in table.cal_data:
        print(f"  {row.key:<40} gain={row.gain:.6f}  offset={row.offset:.6f}")

    # 3. Modify a row and write back
    new_rows = tuple(
        dataclasses.replace(row, gain=1.0012, offset=0.001) if row.key == "ADC0" else row
        for row in table.cal_data
    )
    updated = dataclasses.replace(table, cal_data=new_rows)
    client.calibration.set_table(channels[0].net_name, updated)

Alias Support

The channel can be addressed by either its NetName or its friendly Alias:

# These two calls are equivalent
t1 = client.calibration.get_table("0.8.ESH10000590.CAL0")
t2 = client.calibration.get_table("FRONT AIR CALIBRATION")

Models

CalibrationChannelDto

CalibrationTableDto

CalibrationRowDto