Difference between revisions of "Hardware-Triggered Sequences in Micro-Manager"

 				Difference between revisions of "Hardware-Triggered Sequences in Micro-Manager"
		
			
									
			
				
				
				
				
				
				Revision as of 19:34, 28 September 2012 (view source)
Arthuredelstein  (Talk | contribs)
 (→‎Supported Devices)
← Older edit
				Latest revision as of 06:31, 11 April 2017 (view source) 
Thomas  (Talk | contribs) 
 (adding a link to MCL NanoDrive)
 
				
(15 intermediate revisions by one other user not shown)
Line 1:
Line 1:
− Micro-Manager features a triggering framework that permits the precise and rapid synchronization of some hardware components with a camera. + __NOTOC__
−   + Micro-Manager provides for the precise and rapid triggering of sequences of channels and focus positions by the camera.
− ===Supported Controller Devices=== + 
− * [[Arduino]] -- Allows triggered sequencing of TTL and DAC states + 
− * [[ASIStage]] -- Allows triggered sequencing of ASI piezo focus drives + 
− * [[AgilentLaserCombiner]] -- Accepts TTL pulses for laser channel switching, as well as DAC control of piezo cofus drives + 
− * [[ESIOImagingControllers]] -- controls AOTFs (laser combiners) and piezo focus drives + 
− * [[Marzhauser]] -- triggering of focus drive + 
    
  ===Channels===   ===Channels===
  LED illuminators and AOTF-based laser combiners both have very fast switching times, and are thus prime candidates for hardware synchronization.     LED illuminators and AOTF-based laser combiners both have very fast switching times, and are thus prime candidates for hardware synchronization.  
  + 
  + ===Focal drives===
  + Piezo z stages move rapidly enough such that a sequence of z positions can be synchronized with a camera running at tens of frames per second.
    
  ===Multi-Dimensional Acquisition===   ===Multi-Dimensional Acquisition===
  + Micro-Manager's multi-dimensional acquisition (MDA) engine practices opportunistic triggering: that is, if a triggered sequence is possible, then triggering will be carried out. Thus the user interface for triggered MDA is exactly the same as that for non-triggered MDA.
  + 
  + ===Controller devices that currently support triggered sequences===
  + * [[AgilentLaserCombiner]] -- Laser channel switching
  + * [[Arduino]] -- TTL and DAC output states
  + * [[ASIStage]] -- ASI piezo focus drives
  + * [[ESIOImagingControllers]] -- AOTFs (laser combiners) and piezo focus drives
  + * [[MCL NanoDrive]] --  MadCityLabs piezo XY and Z drives
  + * [[Marzhauser]] (TANGO controller) --  Märzhäuser piezo focus drive

		Latest revision as of 06:31, 11 April 2017
Micro-Manager provides for the precise and rapid triggering of sequences of channels and focus positions by the camera.

Channels
LED illuminators and AOTF-based laser combiners both have very fast switching times, and are thus prime candidates for hardware synchronization. 

Focal drives
Piezo z stages move rapidly enough such that a sequence of z positions can be synchronized with a camera running at tens of frames per second.

Multi-Dimensional Acquisition
Micro-Manager's multi-dimensional acquisition (MDA) engine practices opportunistic triggering: that is, if a triggered sequence is possible, then triggering will be carried out. Thus the user interface for triggered MDA is exactly the same as that for non-triggered MDA.

Controller devices that currently support triggered sequences

 AgilentLaserCombiner -- Laser channel switching

 Arduino -- TTL and DAC output states

 ASIStage -- ASI piezo focus drives

 ESIOImagingControllers -- AOTFs (laser combiners) and piezo focus drives

 MCL NanoDrive --  MadCityLabs piezo XY and Z drives

 Marzhauser (TANGO controller) --  Märzhäuser piezo focus drive







Retrieved from "https://micro-manager.org/w/index.php?title=Hardware-Triggered_Sequences_in_Micro-Manager&oldid=10779"
 				Difference between revisions of "Hardware-Triggered Sequences in Micro-Manager"
		
			
									
			
				
				
				
				
				
				Revision as of 19:34, 28 September 2012 (view source)
Arthuredelstein  (Talk | contribs)
 (→‎Supported Devices)
← Older edit
				Latest revision as of 06:31, 11 April 2017 (view source) 
Thomas  (Talk | contribs) 
 (adding a link to MCL NanoDrive)
 
				
(15 intermediate revisions by one other user not shown)
Line 1:
Line 1:
− Micro-Manager features a triggering framework that permits the precise and rapid synchronization of some hardware components with a camera. + __NOTOC__
−   + Micro-Manager provides for the precise and rapid triggering of sequences of channels and focus positions by the camera.
− ===Supported Controller Devices=== + 
− * [[Arduino]] -- Allows triggered sequencing of TTL and DAC states + 
− * [[ASIStage]] -- Allows triggered sequencing of ASI piezo focus drives + 
− * [[AgilentLaserCombiner]] -- Accepts TTL pulses for laser channel switching, as well as DAC control of piezo cofus drives + 
− * [[ESIOImagingControllers]] -- controls AOTFs (laser combiners) and piezo focus drives + 
− * [[Marzhauser]] -- triggering of focus drive + 
    
  ===Channels===   ===Channels===
  LED illuminators and AOTF-based laser combiners both have very fast switching times, and are thus prime candidates for hardware synchronization.     LED illuminators and AOTF-based laser combiners both have very fast switching times, and are thus prime candidates for hardware synchronization.  
  + 
  + ===Focal drives===
  + Piezo z stages move rapidly enough such that a sequence of z positions can be synchronized with a camera running at tens of frames per second.
    
  ===Multi-Dimensional Acquisition===   ===Multi-Dimensional Acquisition===
  + Micro-Manager's multi-dimensional acquisition (MDA) engine practices opportunistic triggering: that is, if a triggered sequence is possible, then triggering will be carried out. Thus the user interface for triggered MDA is exactly the same as that for non-triggered MDA.
  + 
  + ===Controller devices that currently support triggered sequences===
  + * [[AgilentLaserCombiner]] -- Laser channel switching
  + * [[Arduino]] -- TTL and DAC output states
  + * [[ASIStage]] -- ASI piezo focus drives
  + * [[ESIOImagingControllers]] -- AOTFs (laser combiners) and piezo focus drives
  + * [[MCL NanoDrive]] --  MadCityLabs piezo XY and Z drives
  + * [[Marzhauser]] (TANGO controller) --  Märzhäuser piezo focus drive

		Latest revision as of 06:31, 11 April 2017
Micro-Manager provides for the precise and rapid triggering of sequences of channels and focus positions by the camera.

Channels
LED illuminators and AOTF-based laser combiners both have very fast switching times, and are thus prime candidates for hardware synchronization. 

Focal drives
Piezo z stages move rapidly enough such that a sequence of z positions can be synchronized with a camera running at tens of frames per second.

Multi-Dimensional Acquisition
Micro-Manager's multi-dimensional acquisition (MDA) engine practices opportunistic triggering: that is, if a triggered sequence is possible, then triggering will be carried out. Thus the user interface for triggered MDA is exactly the same as that for non-triggered MDA.

Controller devices that currently support triggered sequences

 AgilentLaserCombiner -- Laser channel switching

 Arduino -- TTL and DAC output states

 ASIStage -- ASI piezo focus drives

 ESIOImagingControllers -- AOTFs (laser combiners) and piezo focus drives

 MCL NanoDrive --  MadCityLabs piezo XY and Z drives

 Marzhauser (TANGO controller) --  Märzhäuser piezo focus drive







Retrieved from "https://micro-manager.org/w/index.php?title=Hardware-Triggered_Sequences_in_Micro-Manager&oldid=10779"
@@ Line 1: / Line 1: @@
-Micro-Manager features a triggering framework that permits the precise and rapid synchronization of some hardware components with a camera.
+__NOTOC__
+Micro-Manager provides for the precise and rapid triggering of sequences of channels and focus positions by the camera.
-===Supported Controller Devices===
-* [[Arduino]] -- Allows triggered sequencing of TTL and DAC states
-* [[ASIStage]] -- Allows triggered sequencing of ASI piezo focus drives
-* [[AgilentLaserCombiner]] -- Accepts TTL pulses for laser channel switching, as well as DAC control of piezo cofus drives
-* [[ESIOImagingControllers]] -- controls AOTFs (laser combiners) and piezo focus drives
-* [[Marzhauser]] -- triggering of focus drive
 ===Channels===
 LED illuminators and AOTF-based laser combiners both have very fast switching times, and are thus prime candidates for hardware synchronization.
+===Focal drives===
+Piezo z stages move rapidly enough such that a sequence of z positions can be synchronized with a camera running at tens of frames per second.
 ===Multi-Dimensional Acquisition===
+Micro-Manager's multi-dimensional acquisition (MDA) engine practices opportunistic triggering: that is, if a triggered sequence is possible, then triggering will be carried out. Thus the user interface for triggered MDA is exactly the same as that for non-triggered MDA.
+===Controller devices that currently support triggered sequences===
+* [[AgilentLaserCombiner]] -- Laser channel switching
+* [[Arduino]] -- TTL and DAC output states
+* [[ASIStage]] -- ASI piezo focus drives
+* [[ESIOImagingControllers]] -- AOTFs (laser combiners) and piezo focus drives
+* [[MCL NanoDrive]] --  MadCityLabs piezo XY and Z drives
+* [[Marzhauser]] (TANGO controller) --  Märzhäuser piezo focus drive