|
fop 1.1 | |||||||||
| PREV NEXT | FRAMES NO FRAMES |
| Packages that use org.apache.fop.afp.modca | |
|---|---|
| org.apache.fop.afp | Contains an AFP library. |
| org.apache.fop.afp.goca | Contains a collection of AFP font related classes. |
| org.apache.fop.afp.ioca | Contains a collection of AFP Image Object Content Architecture (IOCA) structured objects. |
| org.apache.fop.afp.modca | Contains a collection of AFP Mixed Object Document Content Architecture (MO:DCA) structured objects. |
| org.apache.fop.afp.modca.triplets | Contains a collection of AFP Mixed Object Document Content Architecture (MO:DCA) triplet classes. |
| Classes in org.apache.fop.afp.modca used by org.apache.fop.afp | |
|---|---|
| AbstractNamedAFPObject
This is the base class for all named data stream objects. |
|
| AbstractPageObject
Pages contain the data objects that comprise a presentation document. |
|
| ActiveEnvironmentGroup
An Active Environment Group (AEG) is associated with each page, and is contained in the page's begin-end envelope in the data stream. |
|
| ContainerDataDescriptor
Container data descriptor (to maintain compatibility with pre-year 2000 applications) |
|
| Document
The document is the highest level of the MO:DCA data-stream document component hierarchy. |
|
| GraphicsDataDescriptor
GOCA Graphics Data Descriptor |
|
| GraphicsObject
Top-level GOCA graphics object. |
|
| ImageDataDescriptor
ImageDataDescriptor |
|
| ImageObject
An IOCA Image Data Object |
|
| IMImageObject
An IM image data object specifies the contents of a raster image and its placement on a page, overlay, or page segment. |
|
| IncludeObject
An Include Object structured field references an object on a page or overlay. |
|
| IncludePageSegment
The Include Page Segment structured field references a page segment resource object that is to be presented on the page or overlay presentation space. |
|
| InterchangeSet
MO:DCA Interchange Set |
|
| InvokeMediumMap
The Invoke Medium Map structured field identifies the Medium Map that is to become active for the document. |
|
| MapCodedFont
The Map Coded Font structured field maps a unique coded font resource local ID, which may be embedded one or more times within an object's data and descriptor, to the identifier of a coded font resource object. |
|
| MapContainerData
The Map Container Data structured field specifies how a presentation data object that is carried in an Object Container is mapped into its object area. |
|
| MapDataResource
The Map Data Resource structured field specifies resources that are required for presentation. |
|
| ObjectAreaDescriptor
The Object Area Descriptor structured field specifies the size and attributes of an object area presentation space. |
|
| ObjectAreaPosition
The Object Area Position structured field specifies the origin and orientation of the object area, and the origin and orientation of the object content within the object area. |
|
| ObjectContainer
Object containers are MO:DCA objects that envelop and carry object data. |
|
| ObjectEnvironmentGroup
An Object Environment Group (OEG) may be associated with an object and is contained within the object's begin-end envelope. |
|
| Overlay
An overlay is a MO:DCA-P resource object. |
|
| PageDescriptor
The Page Descriptor structured field specifies the size and attributes of a page or overlay presentation space. |
|
| PageGroup
A page group is used in the data stream to define a named, logical grouping of sequential pages. |
|
| PageObject
Pages contain the data objects that comprise a presentation document. |
|
| PresentationEnvironmentControl
The Presentation Environment Control structured field specifies parameters that affect the rendering of presentation data and the appearance that is to be assumed by the presentation device. |
|
| PresentationTextDescriptor
The Presentation Text Descriptor specifies the units of measure for the Presentation Text object space, the size of the Presentation Text object space, and the initial values for modal parameters, called initial text conditions. |
|
| PresentationTextObject
The Presentation Text object is the data object used in document processing environments for representing text which has been prepared for presentation. |
|
| Registry.ObjectType
Encapsulates a MOD:CA Registry Object Type entry |
|
| ResourceEnvironmentGroup
A Resource Environment Group contains a set of resources for a document or for a group of pages in a document. |
|
| ResourceGroup
A Resource Group contains a set of overlays. |
|
| ResourceObject
This resource structured field begins an envelope that is used to carry resource objects in print-file-level (external) resource groups. |
|
| StreamedResourceGroup
A print-file resource group |
|
| TagLogicalElement
A Tag Logical Element structured field assigns an attribute name and an attribute value to a page or page group. |
|
| TagLogicalElementBean
The TagLogicalElementBean provides a bean for holding the attributes of a tag logical element as key value pairs. |
| Classes in org.apache.fop.afp.modca used by org.apache.fop.afp.goca | |
|---|---|
| AbstractAFPObject
This is the base class for all data stream objects. |
|
| AbstractNamedAFPObject
This is the base class for all named data stream objects. |
|
| AbstractStructuredObject
An abstract class encapsulating an MODCA structured object |
|
| AbstractTripletStructuredObject
A MODCA structured object base class providing support for Triplets |
| Classes in org.apache.fop.afp.modca used by org.apache.fop.afp.ioca | |
|---|---|
| AbstractAFPObject
This is the base class for all data stream objects. |
|
| AbstractNamedAFPObject
This is the base class for all named data stream objects. |
|
| AbstractStructuredObject
An abstract class encapsulating an MODCA structured object |
|
| AbstractTripletStructuredObject
A MODCA structured object base class providing support for Triplets |
| Classes in org.apache.fop.afp.modca used by org.apache.fop.afp.modca | |
|---|---|
| AbstractAFPObject
This is the base class for all data stream objects. |
|
| AbstractDataObject
Abstract base class used by the ImageObject and GraphicsObject which both have define an ObjectEnvironmentGroup |
|
| AbstractDescriptor
Base class for AFP descriptor objects |
|
| AbstractEnvironmentGroup
A base class that encapsulates common features of ActiveEnvironmentGroup and ResourceEnvironmentGroup |
|
| AbstractNamedAFPObject
This is the base class for all named data stream objects. |
|
| AbstractPageObject
Pages contain the data objects that comprise a presentation document. |
|
| AbstractResourceEnvironmentGroupContainer
An abstract class which encapsulates the common features of Document and PageGroup resource containers |
|
| AbstractResourceGroupContainer
An abstract container of resource objects |
|
| AbstractStructuredObject
An abstract class encapsulating an MODCA structured object |
|
| AbstractTripletStructuredObject
A MODCA structured object base class providing support for Triplets |
|
| ActiveEnvironmentGroup
An Active Environment Group (AEG) is associated with each page, and is contained in the page's begin-end envelope in the data stream. |
|
| AxisOrientation
Represents the 4 bytes that specify the axis-area rotation reference coordinate system |
|
| InterchangeSet
MO:DCA Interchange Set |
|
| MapContainerData
The Map Container Data structured field specifies how a presentation data object that is carried in an Object Container is mapped into its object area. |
|
| MapDataResource
The Map Data Resource structured field specifies resources that are required for presentation. |
|
| MapImageObject
The Map Image Object (MIO) structured field specifies how an image data object is mapped into its object area. |
|
| MaximumSizeExceededException
An exception to handle maximum sizes being exceeded. |
|
| ObjectAreaDescriptor
The Object Area Descriptor structured field specifies the size and attributes of an object area presentation space. |
|
| ObjectAreaPosition
The Object Area Position structured field specifies the origin and orientation of the object area, and the origin and orientation of the object content within the object area. |
|
| ObjectEnvironmentGroup
An Object Environment Group (OEG) may be associated with an object and is contained within the object's begin-end envelope. |
|
| PageDescriptor
The Page Descriptor structured field specifies the size and attributes of a page or overlay presentation space. |
|
| PageGroup
A page group is used in the data stream to define a named, logical grouping of sequential pages. |
|
| PageObject
Pages contain the data objects that comprise a presentation document. |
|
| PresentationEnvironmentControl
The Presentation Environment Control structured field specifies parameters that affect the rendering of presentation data and the appearance that is to be assumed by the presentation device. |
|
| PresentationTextDescriptor
The Presentation Text Descriptor specifies the units of measure for the Presentation Text object space, the size of the Presentation Text object space, and the initial values for modal parameters, called initial text conditions. |
|
| PresentationTextObject
The Presentation Text object is the data object used in document processing environments for representing text which has been prepared for presentation. |
|
| Registry
MOD:CA Registry of object types |
|
| Registry.ObjectType
Encapsulates a MOD:CA Registry Object Type entry |
|
| ResourceEnvironmentGroup
A Resource Environment Group contains a set of resources for a document or for a group of pages in a document. |
|
| ResourceGroup
A Resource Group contains a set of overlays. |
|
| Rotation
Represents a rotation value |
| Classes in org.apache.fop.afp.modca used by org.apache.fop.afp.modca.triplets | |
|---|---|
| AbstractAFPObject
This is the base class for all data stream objects. |
|
| Registry.ObjectType
Encapsulates a MOD:CA Registry Object Type entry |
|
fop 1.1 | |||||||||
| PREV NEXT | FRAMES NO FRAMES |


emnlp emnlp2013 emnlp2013-186 emnlp2013-186-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Victor Chahuneau ; Eva Schlinger ; Noah A. Smith ; Chris Dyer
Abstract: Translation into morphologically rich languages is an important but recalcitrant problem in MT. We present a simple and effective approach that deals with the problem in two phases. First, a discriminative model is learned to predict inflections of target words from rich source-side annotations. Then, this model is used to create additional sentencespecific word- and phrase-level translations that are added to a standard translation model as “synthetic” phrases. Our approach relies on morphological analysis of the target language, but we show that an unsupervised Bayesian model of morphology can successfully be used in place of a supervised analyzer. We report significant improvements in translation quality when translating from English to Russian, Hebrew and Swahili.


settings_interface module¶
- platform
Unix, Windows
- synopsis
This module contains all get/set methods for settings. It’s not particularly interesting but facilitates clean code.
- moduleauthor
Michael Eller<EMAIL_ADDRESS>-
settings_interface.
fieldnames
= ['window_samples', 'sample_rate', 'x_axis_size', 'y_axis_min', 'y_axis_max']¶ static fieldnames for the settings dict / csv file
-
settings_interface.
default_window_samples
= 1¶ default number of samples to average in a moving average filter
-
settings_interface.
default_sample_rate
= 10¶ default sample rate in samples / sec
-
settings_interface.
default_x_axis_size
= 30¶ default x axis range in seconds
-
settings_interface.
default_y_axis_min
= 0¶ default y-axis minimum in volts
-
settings_interface.
default_y_axis_max
= 60¶ default y-axis maximum in volts
-
settings_interface.
m1
= 14.3¶ slope of V_measured vs. V_in for V_in < 10 V
-
settings_interface.
b1
= -1¶ intercept of V_measured vs. V_in for V_in < 10 V
-
settings_interface.
m2
= 14.976¶ slope of V_measured vs. V_in for V_in > 10 V
-
settings_interface.
b2
= -3.7¶ slope of V_measured vs. V_in for V_in > 10 V
-
settings_interface.
generate_plotting_configuration_file
()[source]¶ Will write a new plot configuration (settings) file in the appropriate location. This will overwrite any existing settings. This is used when the user restores default settings from within the GUI.
-
settings_interface.
read_plotting_configuration
()[source]¶ Read the current settings configuration. If the file doesn’t exist, generate the default.
- Returns
Dict object containing the GUI’s settings.
-
settings_interface.
save_plotting_configuration
(settings)[source]¶ This function will edit the file based on the dict of settings passed.
- Parameters
settings – Dict of settings
-
settings_interface.
set_window_samples
(num)[source]¶ Sets the number of samples to use in the moving average filter.
- Parameters
num – number of samples
- Returns
bool indicating whether or not the operation was successful
-
settings_interface.
get_window_samples
()[source]¶ Read the saved window samples setting from the file.
- Returns
saved window samples
-
settings_interface.
set_sample_rate
(rate)[source]¶ Set the sample rate and save it in the settings file.
- Parameters
rate – ADC sample rate in samples per second. 1 < rate < 100.
- Returns
bool indicating whether or not the operation was successful.
-
settings_interface.
get_sample_rate
()[source]¶ Get the saved ADC sample rate.
- Returns
the ADC sample rate (float)
-
settings_interface.
set_x_axis_size
(size)[source]¶ Set the total width of the live plot in seconds. The number of samples depends on this and the sample rate. Total number of samples in the plot is equal to the x-axis size * sample rate.
- Parameters
size – x-axis size in seconds. 5 < int(size) < 3600.
- Returns
bool indicating whether or not the operation was successful.
-
settings_interface.
get_x_axis_size
()[source]¶ Get the x-axis length in seconds.
- Returns
x-axis size (int)
-
settings_interface.
set_y_axis_min
(minimum)[source]¶ Set the lower limit of the y-axis data in volts.
- Parameters
minimum – lower limit of data y-axis. -60 < minimum < 69.9
- Returns
bool indicating if the operation was so successful or not
-
settings_interface.
get_y_axis_min
()[source]¶ Get the y-axis lower limit in volts.
- Returns
y-axis minimum (float)
-
settings_interface.
set_y_axis_max
(maximum)[source]¶ Set the upper limit of the y-axis in volts. 1 < maximum < 70
- Parameters
maximum – upper limit of the y-axis in volts
- Returns
bool indicating whether or not the operation was successful
-
settings_interface.
get_y_axis_max
()[source]¶ Get the y-axis upper limit in volts.
- Returns
the y-axis maximum (float)
-
settings_interface.
save_port_configuration
(port)[source]¶ This function sets the separate file that indicates which serial port to use.
- Parameters
port – ADC serial port (string)


Hypothesis 1 Final Layout
A less flexible layout of the DRD (that could potentially be generated) is sufficient for our customers