ophyd.areadetector.cam.ProsilicaDetectorCam

class ophyd.areadetector.cam.ProsilicaDetectorCam(prefix='', *, name, kind=None, read_attrs=None, configuration_attrs=None, parent=None, **kwargs)
__init__(prefix='', *, name, kind=None, read_attrs=None, configuration_attrs=None, parent=None, **kwargs)

Methods

__init__([prefix, kind, read_attrs, …])

add_instantiation_callback(callback[, …])

Register a callback which will receive each OphydObject instance.

check_value(value, **kwargs)

Check if the value is valid for this object

clear_sub(cb[, event_type])

Remove a subscription, given the original callback function

configure(d)

Configure the device for something during a run

describe()

Provide schema and meta-data for read().

describe_configuration()

Provide schema & meta-data for read_configuration()

destroy()

Disconnect and destroy all signals on the Device

find_signal(text[, use_re, case_sensitive, …])

Search through the signal docs on this detector for the string text

get(**kwargs)

Get the value of all components in the device

get_asyn_digraph()

Get the directed graph of the ASYN ports

get_asyn_port_dictionary()

Return port name : component map

get_device_tuple()

The device tuple type associated with an Device class

get_instantiated_signals(*[, attr_prefix])

Yields all of the instantiated signals in a device hierarchy

get_plugin_by_asyn_port(port_name)

Get the plugin which has the given asyn port name

missing_plugins()

Find missing ports

pause()

Attempt to ‘pause’ the device.

put(dev_t, **kwargs)

Put a value to all components of the device

read()

Read data from the device.

read_configuration()

Dictionary mapping names to value dicts with keys: value, timestamp

resume()

Resume a device from a ‘paused’ state.

stage(*args, **kwargs)

Stage the device for data collection.

stop(*[, success])

Stop the Device and all (instantiated) subdevices

subscribe(callback[, event_type, run])

Subscribe to events this event_type generates.

summary()

trigger()

Trigger the device and return status object.

unstage()

Unstage the device.

unsubscribe(cid)

Remove a subscription

unsubscribe_all()

validate_asyn_ports()

Validate that all components of pipeline are known

visualize_asyn_digraph([ax])

This generates a figure showing the current asyn port layout.

wait_for_connection([all_signals, timeout])

Wait for signals to connect

walk_components()

Walk all components in the Device hierarchy

walk_signals(*[, include_lazy])

Walk all signals in the Device hierarchy

walk_subdevice_classes()

Walk all sub-Devices classes in the Device hierarchy

walk_subdevices(*[, include_lazy])

Walk all sub-Devices in the hierarchy

Attributes

SUB_ACQ_DONE

acquire

acquire_period

acquire_time

ad_root

array_callbacks

array_counter

array_rate

array_size

An Device component that dynamically creates an ophyd Device

array_size_bytes

asyn_io

attr_name

bin_x

bin_y

color_mode

component_names

configuration_attrs

configuration_names

A descriptor representing a device component (or signal)

connected

If the device is connected.

data_type

detector_state

dotted_name

Return the dotted name

event_types

Events that can be subscribed to via obj.subscribe

frame_type

gain

hints

image_mode

kind

lazy_wait_for_connection

manufacturer

max_size

An Device component that dynamically creates an ophyd Device

min_x

min_y

model

name

name of the device

nd_attributes_file

num_exposures

num_exposures_counter

num_images

num_images_counter

parent

The parent of the ophyd object.

pool_alloc_buffers

pool_free_buffers

pool_max_buffers

pool_max_mem

pool_used_buffers

pool_used_mem

port_name

ps_bad_frame_counter

ps_byte_rate

ps_driver_type

ps_filter_version

ps_frame_rate

ps_frames_completed

ps_frames_dropped

ps_packet_size

ps_packets_erroneous

ps_packets_missed

ps_packets_received

ps_packets_requested

ps_packets_resent

ps_read_statistics

ps_reset_timer

ps_timestamp_type

read_attrs

read_status

report

A report on the object.

reverse

An Device component that dynamically creates an ophyd Device

root

Walk parents to find ultimate ancestor (parent’s parent…).

shutter_close_delay

shutter_close_epics

shutter_control

shutter_control_epics

shutter_fanout

shutter_mode

shutter_open_delay

shutter_open_epics

shutter_status

shutter_status_epics

signal_names

size

An Device component that dynamically creates an ophyd Device

status_message

string_from_server

string_to_server

strobe1_ctl_duration

strobe1_delay

strobe1_duration

strobe1_mode

sync_in1_level

sync_in2_level

sync_out1_invert

sync_out1_level

sync_out1_mode

sync_out2_invert

sync_out2_level

sync_out2_mode

sync_out3_invert

sync_out3_level

sync_out3_mode

temperature

temperature_actual

time_remaining

trigger_delay

trigger_event

trigger_mode

trigger_overlap

trigger_signals

trigger_software