# Guarneri-style device YAML configuration

# Simulators to demonstrate and test a working installation.
apsbits.utils.sim_creator.predefined_device:
- { creator: ophyd.sim.motor, name: sim_motor }
- { creator: ophyd.sim.noisy_det, name: sim_det }

apstools.devices.ad_creator:
  # Eiger2 500k
  - name: eiger2
    prefix: "dp_eiger_sn:"
    labels: ["area_detector", "detectors"]
    plugins:
      - cam:
          class: id3c.devices.area_detector.EigerDetectorCam_V34
      - image
      - pva
      - hdf1:
          class: apstools.devices.AD_EpicsFileNameHDF5Plugin
          write_path_template: "/home/sector3/s3ida/XRD/"
          read_path_template: "/net/s3data/export/sector3/s3ida/XRD/"
      - tiff1:
          class: apstools.devices.AD_EpicsFileNameTIFFPlugin
          write_path_template: "/home/sector3/s3ida/XRD/"
          read_path_template: "/net/s3data/export/sector3/s3ida/XRD/"
      - roi1
      - stats1

apstools.devices.ApsPssShutter:
- name: shutterc
  prefix: "3ida:shutterC:"
  labels: ["shutters", "baseline"]
  # PVs: 3ida:shutterC:Open and 3ida:shutterC:Close
  # ApsPssShutter has no status readback; state is reported as "unknown".
  # Use ApsPssShutterWithStatus if/when a status PV is identified.

apstools.devices.motor_factory.mb_creator:
- name: sample_stage
  labels: [ "baseline" ]
  prefix: ""
  class_name: SampleStage
  motors:
    xprime: "3idxps1:m4"  # translation
    base_y: "3idc:m42"    # translation (vertical)
    zprime: "3idxps1:m3"  # translation (beam direction)
    # omega is interlocked against laser_optics; see
    # setup_omega_laser_interlock in
    # src/id3c/devices/omega_laser_interlock.py (called from
    # src/id3c/startup.py).  The 'class' key here makes mb_creator
    # instantiate this axis as InterlockedEpicsMotor.
    omega:
      prefix: "3idxps1:m5"  # rotation around vertical
      class: id3c.devices.interlocked_motor.InterlockedEpicsMotor
      interlock_description: "laser_optics OUT"
- name: detector_stage
  labels: [ "baseline" ]
  prefix: ""
  class_name: DetectorStage
  motors:
    det_x: "3idc:m43"  # translation
    eiger_y: "3idc:m35"  # translation Eiger2
    eiger_z: "3idc:m36"  # translation Eiger2

# laser_optics axes are interlocked against sample_stage.omega (both
# directions).  See setup_omega_laser_interlock in
# src/id3c/devices/omega_laser_interlock.py (called from
# src/id3c/startup.py).
# Position semantics: IN = +75 mm, OUT = -75 mm, tolerance = +/- 1 mm
# (defaults defined on the LaserOptics class).
id3c.devices.laser_optics.LaserOptics:
- name: laser_optics
  labels: [ "baseline" ]
  prefix: "3idxps1:"

## THIS ARE EXAMPLES OF OTHER DEVICES THAT YOU CAN USE
# ophyd.Signal:
# - name: test
#   value: 50.7
# - name: t2
#   value: 2

# apstools.synApps.Optics2Slit2D_HV:
# - name: slit1
#   prefix: ioc:Slit1
#   labels: ["slits", "baseline"]

# hkl.SimulatedE4CV:
# - name: sim4c
#   prefix: ""
#   labels: ["diffractometer"]

# ophyd.scaler.ScalerCH:
# - name: scaler1
#   prefix: vme:scaler1
#   labels: ["scalers", "detectors"]

# ophyd.EpicsMotor:
# - {name: m1, prefix: gp:m1, labels: ["motor"]}
# - {name: m2, prefix: gp:m2, labels: ["motor"]}
# - {name: m3, prefix: gp:m3, labels: ["motor"]}
# - {name: m4, prefix: gp:m4, labels: ["motor"]}

# ophyd.EpicsSignalRO:
# - {name: i0_voltage, prefix: ???, labels: ["monitor"]}