ting Y coordinate bands[rowstart+1] = Y1; // ending Y coordinate - endY > startY bands[rowstart+2] = N; // number of X bands - N >= 1 bands[rowstart+3] = X10; // starting X coordinate of first band bands[rowstart+4] = X11; // ending X coordinate of first band bands[rowstart+5] = X20; // starting X coordinate of second band bands[rowstart+6] = X21; // ending X coordinate of second band ... bands[rowstart+3+N*2-2] = XN0; // starting X coord of last band bands[rowstart+3+N*2-1] = XN1; // ending X coord of last band bands[rowstart+3+N*2] = ... // start of next Y row
A Region defines a localized mask that can be associated to Operations.
A Region is like two Shapes: an inner Shape within which the Operation should be fully effective; and an outer Shape outside of which the Operation should be off. The area bounded by these two Shapes defines a transition zone where Operations should somehow interpolate between on and off behavior.
Many aspects of business, algorithms and contracts are specific to a region. The region may be of any size, from a municipality to a super-national group.
This interface is read-only. Implementations may be mutable.
Created by IntelliJ IDEA. User: Rustem Date: 02.07.2008 Time: 21:21:11 To change this template use File | Settings | File Templates.
@hibernate.class table="regions"
A region contains a bounding box () that describes an area of interest defined by geographic coordinates and altitudes. In addition, a Region contains an LOD (level of detail) extent () that defines a validity range of the associated Region in terms of projected screen size. A Region is said to be "active" when the bounding box is within the user's view and the LOD requirements are met. Objects associated with a Region are drawn only when the Region is active. When the is onRegion, the Link or Icon is loaded only when the Region is active. See the "Topics in KML" page on Regions for more details. In a Container or NetworkLink hierarchy, this calculation uses the Region that is the closest ancestor in the hierarchy.
Features and geometry associated with a Region are drawn only when the Region is active. See .
A Region is a rectangle of a source image that is of interest to us. This can be something that has been identified as containing a face or other object that we have been trained to look for. A Region has the ability to create thumbnail images for the area it represents employing caching techniquest to reduce processing.
Region.java Author: Barry Maturkanich Code to represent an entire Hierarchical Temporal Memory (HTM) Region of Columns that implement Numenta's new Cortical Learning Algorithms (CLA). The Region is defined by a matrix of columns, each of which contains several cells. The main idea is that given a matrix of input bits, the Region will first sparsify the input such that only a few Columns will become 'active'. As the input matrix changes over time, different sets of Columns will become active in sequence. The Cells inside the Columns will attempt to learn these temporal transitions and eventually the Region will be able to make predictions about what may happen next given what has happened in the past. For (much) more information, visit www.numenta.com. SpatialPooling snippet from the Numenta docs: The code computes activeColumns(t) = the list of columns that win due to the bottom-up input at time t. This list is then sent as input to the temporal pooler routine. Phase 1: compute the overlap with the current input for each column Phase 2: compute the winning columns after inhibition Phase 3: update synapse permanence and internal variables 1) Start with an input consisting of a fixed number of bits. These bits might represent sensory data or they might come from another region lower in the hierarchy. 2) Assign a fixed number of columns to the region receiving this input. Each column has an associated dendrite segment. Each dendrite segment has a set of potential synapses representing a subset of the input bits. Each potential synapse has a permanence value. Based on their permanence values, some of the potential synapses will be valid. 3) For any given input, determine how many valid synapses on each column are connected to active input bits. 4) The number of active synapses is multiplied by a 'boosting' factor which is dynamically determined by how often a column is active relative to its neighbors. 5) The columns with the highest activations after boosting disable all but a fixed percentage of the columns within an inhibition radius. The inhibition radius is itself dynamically determined by the spread (or 'fan-out') of input bits. There is now a sparse set of active columns. 6) For each of the active columns, we adjust the permanence values of all the potential synapses. The permanence values of synapses aligned with active input bits are increased. The permanence values of synapses aligned with inactive input bits are decreased. The changes made to permanence values may change some synapses from being valid to not valid, and vice-versa.
A distinct rendering area of a Swing component. A component may support one or more regions. Specific component regions are defined by the typesafe enumeration in this class.
Regions are typically used as a way to identify the Components and areas a particular style is to apply to. Synth's file format allows you to bind styles based on the name of a Region. The name is derived from the field name of the constant:
Map all characters to lowercase.
Map the first character to uppercase.
Map the first character after underscores to uppercase.
Remove all underscores.
For example, to identify the SPLIT_PANERegion you would use SplitPane. The following shows a custom SynthStyleFactory that returns a specific style for split panes:
public SynthStyle getStyle(JComponent c, Region id) { if (id == Region.SPLIT_PANE) { return splitPaneStyle; } ... }
Node within Neocortex tree. A Region object is an undirected graph of Neuron nodes. Input to Region: activity of Cells within a SensorCellLayer or lower Region. For example, VisionCellLayer, AudioCellLayer, etc. Output from Region: activity of Cells within this Region created by one or more of the Pooler algorithms.
@author Quinn Liu (quinnliu@vt.edu)
@version July 29, 2013
A server can have implementations for multiple regions (such as Imdb.com has). This class specifies such a region, holding the region code and the URL location of the region.
@author Robert Jan van der Waals
A Region is used to implement the different QOS options available to a broker. A Broker is composed of multiple message processing Regions that provide different QOS options.
@version $Revision$
Represents a from/to row/col square. This is a object primitive that can be used to represent row,col - row,col just as one would use String to represent a string of characters. Its really only useful for HSSF though.
@author Andrew C. Oliver acoliver at apache dot org
Represents a from/to row/col square. This is a object primitive that can be used to represent row,col - row,col just as one would use String to represent a string of characters. Its really only useful for HSSF though.
@author Andrew C. Oliver acoliver at apache dot org
@deprecated (Aug-2008) use {@link CellRangeAddress}
The skeleton for this class was autogenerated by Torque on: [Tue Jul 27 22:00:39 CEST 2004] You should add additional methods to this class to meet the application requirements. This class will only be generated as long as it does not already exist in the output directory.
Defines characteristics such as class loading and eviction of {@link org.jboss.cache.Node}s belonging to a Region in a {@link Cache}. A Region is described by an {@link #getFqn() Fqn} relative to the root of the cache.All nodes and child nodes of this Fqn belong to this region. If a region is to be recognised as an eviction region (region of type {@link Type#EVICTION} thenit must have an {@link org.jboss.cache.config.EvictionRegionConfig} set using {@link #setEvictionRegionConfig(org.jboss.cache.config.EvictionRegionConfig)}. Similarly, to be recognised as a marshalling region (region of type {@link Type#MARSHALLING} then it must have a{@link ClassLoader} registered using {@link #registerContextClassLoader(ClassLoader)}. Note that a single region can be both an eviction and marshalling region at the same time.
@author Manik Surtani (manik AT jboss DOT org)
@see RegionManager
@since 2.0.0
A region is a collection of tree cache nodes that share the same eviction policy configurations, e.g., maxNodes, etc. The region is specified via Fqn.
@author Ben Wang 2-2004
@author Daniel Huang (dhuang@jboss.org)
@version $Revision: 2054 $
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