Package | Description |
---|---|
ome.model.acquisition |
Modifier and Type | Field and Description |
---|---|
protected java.util.List<LightPathExcitationFilterLink> |
LightPath.excitationFilterLink |
Modifier and Type | Method and Description |
---|---|
LightPathExcitationFilterLink |
LightPath.getLightPathExcitationFilterLink(int index)
Gets the ome.model.acquisition.LightPathExcitationFilterLink at the given index.
|
LightPathExcitationFilterLink |
LightPath.getPrimaryLightPathExcitationFilterLink()
Gets the first element of excitationFilterLink which can be interpreted as the
primary or default element in some situations.
|
LightPathExcitationFilterLink |
LightPath.linkExcitationFilter(Filter addition)
Adds a ome.model.acquisition.LightPathExcitationFilterLink to excitationFilterLink .
|
LightPathExcitationFilterLink |
LightPathExcitationFilterLink.newInstance() |
LightPathExcitationFilterLink |
LightPathExcitationFilterLink.proxy() |
LightPathExcitationFilterLink |
LightPath.setLightPathExcitationFilterLink(int index,
LightPathExcitationFilterLink element)
Sets the ome.model.acquisition.LightPathExcitationFilterLink at the given index.
|
LightPathExcitationFilterLink |
LightPath.setPrimaryLightPathExcitationFilterLink(LightPathExcitationFilterLink element)
Swaps the first element of excitationFilterLink with the first instance of the
given element.
|
Modifier and Type | Method and Description |
---|---|
java.util.Set<LightPathExcitationFilterLink> |
LightPath.findLightPathExcitationFilterLink(Filter target)
find all ome.model.acquisition.LightPathExcitationFilterLink which have the argument as their child.
|
protected java.util.List<LightPathExcitationFilterLink> |
LightPath.getExcitationFilterLink()
returns excitationFilterLink .
|
java.util.Iterator<LightPathExcitationFilterLink> |
LightPath.iterateExcitationFilterLink()
should be used rather than accessing the excitationFilterLink set directly.
|
java.util.Collection<LightPathExcitationFilterLink> |
LightPath.unmodifiableExcitationFilterLink()
Returns an unmodifiable collection-view
|
Modifier and Type | Method and Description |
---|---|
void |
LightPath.addLightPathExcitationFilterLink(LightPathExcitationFilterLink target)
use instead of setExcitationFilterLink .
|
void |
LightPath.addLightPathExcitationFilterLink(LightPathExcitationFilterLink link,
boolean bothSides)
Adds a ome.model.acquisition.LightPathExcitationFilterLink to excitationFilterLink, allowing for recursion -- whether
or not addLightPathExcitationFilterLink will be called on the addition if it is loaded
|
void |
LightPath.removeLightPathExcitationFilterLink(LightPathExcitationFilterLink target)
removes a single element from this set and makes the inverse call on ome.model.acquisition.LightPathExcitationFilterLink
|
void |
LightPath.removeLightPathExcitationFilterLink(LightPathExcitationFilterLink link,
boolean bothSides)
removes the given LightPathExcitationFilterLink from excitationFilterLink, allowing for recursion -- whether
or not the removal will call unlinkLightPath again if loaded.
|
LightPathExcitationFilterLink |
LightPath.setLightPathExcitationFilterLink(int index,
LightPathExcitationFilterLink element)
Sets the ome.model.acquisition.LightPathExcitationFilterLink at the given index.
|
LightPathExcitationFilterLink |
LightPath.setPrimaryLightPathExcitationFilterLink(LightPathExcitationFilterLink element)
Swaps the first element of excitationFilterLink with the first instance of the
given element.
|
Modifier and Type | Method and Description |
---|---|
void |
LightPath.addLightPathExcitationFilterLinkSet(java.util.Collection<LightPathExcitationFilterLink> targets)
use like addLightPathExcitationFilterLink.
|
void |
LightPath.removeLightPathExcitationFilterLinkSet(java.util.Collection<LightPathExcitationFilterLink> targets)
use like removeLightPathExcitationFilterLink
|
protected void |
LightPath.setExcitationFilterLink(java.util.List<LightPathExcitationFilterLink> excitationFilterLink)
setter for excitationFilterLink should be avoided.
|
Version: 5.4.10-ice35-b105
Copyright © 2019 The University of Dundee & Open Microscopy Environment. All Rights Reserved.