XML Syntax in JSP
Summary of "first batch" Changes
JSP 1.2 has made the XML view of a JSP page available for input, as well as for validation. Below is a summary of the first batch changes that were made to Jasper to support this new feature of the JSP specification.
New Classes
All in org.apache.jasper.compiler
ParserController
* Controller for the parsing of a JSP page.
*
* A translation unit (JSP source file and any files included via the
* include directive) may involve the processing of JSP pages
* written with different syntaxes (currently the original JSP syntax,
* as well as the XML syntax (as of JSP 1.2)). This class encapsulates
* the behavior related to the selection and invocation of
* the proper parser.
ParserXJspSax
* SAX Parser to handle XJsp syntax.
ParserXJspSaxHandler
* The SAX (2.0) parser event handler.
XmlOutputter
* Class responsible for generating the XML stream representing
* the JSP translation unit being compiled.
PageInfoImpl
* Implementation of abstract class javax.servlet.jsp.tagext.PageInfo.
Classes Modified
All in org.apache.jasper.compiler
Compiler
- now uses ParserController which abstracts the selection of the
proper parser.
ParseEventListener
- added setReader() method
- handler methods that have 'text' associated with them now have it
explicitly declared in the method signature so that these methods
can be reused by both the JSP and the XML parser.
- new handler methods: handleRootBegin() and handleRootEnd()
- include behavior changed to use ParserController
BaseJspListener
DelegatingListener
- see ParseEventListener changes
JspParseEventListener
- see ParseEventListener changes
- constructor now takes ParserController as argument
- include directive now calls back into the parser controller
(instead of just pushing new file into the JspReader)
- xml genration code added to handler methods
- validate() method added as a convenience method for XML validation
Parser
- new contructor
(creates the reader and passes it the ctxt)
- we now pass the char[] of text directly to the event listener
so that the listener does not have to refer back to the reader
(so xml parser can also work with listener)
JspReader
- new constructor (now JspReader is created by ParserController)
- supports 'single file' mode (to easily reuse the reader
when figuring out the content of a file)
- changed the logic of 'pushFile()/popFile()' since the input documents
may now be of various syntax, and handled by different parsers.
- logic of resolving filename has been moved to parser controller
so it can be shared among all parsers
Mark
- Added new constructor so it can be used by the XML parser.
TagLibraries
- Added method TagLibInfos() to get the list of TagLibraryInfo's.
TagLibraryInfoImpl
- now handles the new validatorclass tag


Forge Viewer extension to move building elements and update the Revit BIM in real-time using socket.io.
This is a node.js web server implementing a Forge Viewer extension.
Roomedit3dv3
is based
on Philippe Leefsma's
forge-boilers.nodejs
node.js-based boilerplate projects for
the Autodesk Forge Web Services APIs.
The following Forge APIs and components are used to manipuate a Revit BIM model:
Just as Philippe original boilerplate code, this sample illustrates use of the following Forge npm packages:
For a full detailed description of the steps required to set up your own Forge account, install and modify the sample to use your credentials and deploy as a local server or on a platform such as Heroku, please refer to Philippe's original documentation for the boilerplate prerequisites and sample setup.
In brief:
This project uses Webpack and NPM packages to build and generate the frontend code, so an extra build step is required.
On Mac OSX and Linux, run the following in Terminal:
> npm install
> export FORGE_CLIENT_ID=<<YOUR CLIENT ID FROM DEVELOPER PORTAL>>
> export FORGE_CLIENT_SECRET=<<YOUR CLIENT SECRET>>
> npm run build-dev (this runs a dev build and webpack in --watch mode)
> npm run dev (runs the node server, do in another terminal if you want to keep the webpack watcher running)
Under Windows, replace export
by set
.
Open your browser at http://localhost:3000.
Important: the npm start
command is intended for PRODUCTION with HTTPS (SSL) secure cookies.
To run a production build, you can use start command:
> npm start
This will run a production build and start the server.
The production build code is minified and function names are mangled, making it smaller and impractical for debugging or reverse engineering.
To download and view files stored in the OSS, you need a valid callback url to achieve 3-legged oauth authentication.
I recommend you create two separate sets of Forge API keys, one for DEVELOPMENT and one for PRODUCTION, because each set has a different callback url.
To run the project locally (using the DEV API keys):
Run the following commands (mind the DEV!):
> npm install
> set FORGE_DEV_CLIENT_ID=<<YOUR DEV CLIENT ID FROM DEVELOPER PORTAL>>
> set FORGE_DEV_CLIENT_SECRET=<<YOUR DEV CLIENT SECRET>>
> npm run build-dev
> npm run dev
To run in production, the callback url defined for your Forge App needs to match the host url, so, for example, if you run your app from https://mydomain.com:
> npm install
> set HOST_URL=https://mydomain.com
> set FORGE_CLIENT_ID=<<YOUR CLIENT ID FROM DEVELOPER PORTAL>>
> set FORGE_CLIENT_SECRET=<<YOUR CLIENT SECRET>>
> npm start
To deploy this project to Heroku, click on the button below at the Heroku Create New App page:
MyApp
would map to HOST_URL=https://MyApp.herokuapp.com
.The result will look like this, displaying a treeview of your Autodesk Cloud storage that lets you upload designs and perform actions from the context menu:
To load a design in the viewer:
The roomedit3dv3
viewer extension enables interactive selection and movement of selected BIM elements in the model on screen.
The updated elements and their new locations are transferred back from the viewer client to the web server via a REST API call.
The server in turn uses socket.io to broadcast the updates to the rest of the universe.
This broadcast is picked up by the Roomedit3dApp C# .NET Revit add-in client.
This version supersedes its precursor roomedit3d, which was hardwired for a specific model.
In roomedit3dv3
, any model can be selected.
Todo: add a project identifier to the broadcasts to enable the C# add-in broadcoast receivers to igonre all messages not pertaining to the current Revit BIM.
The selected element is identified via its Revit UniqueId.
Roomedit3dv3
is a member of the suite of samples connecting the desktop and the cloud.
Each of the samples consists of a C# .NET Revit API desktop add-in and a web server:
The Roomedit3dTranslationTool
implements a viewer extension that enables the user to select a component and interactively move it around on the screen, defining a translation to be applied to it and communicated back to the source CAD model.
The Forge Viewer itself provides viewing functionality only, no editing.
The pre-defined Forge communication path is one-way only, from the desktop to the cloud, from the source 'seed' CAD model to the translated Forge API bucket and JSON data bubble stream.
This sample demonstrates an interactive modification of the three.js graphics presented by the viewer and a communication path to send updated element location information back to the desktop product in real time.
In this case, the source desktop CAD model is a Revit BIM, and the modifications applied are building element translations.
The viewer client in the browser uses fetch to implement a REST API POST call to communicate the modified element external id and translation back to the node.js server.
The node.js server uses a socket.io broadcast to notify the desktop of the changes.
The dedicated C# .NET Revit add-in Roomedit3dApp subscribes to the socket.io channel, retrieves the updating data and raises an external event to obtain a valid Revit API context and apply it to the BIM.
This sample is licensed under the terms of the MIT License. Please see the LICENSE file for full details.


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| Modifier and Type | Method and Description |
|---|---|
Patient |
Nurse.getAssignedPatient()
Gets the assigned patient of this nurse.
|
Patient |
Doctor.getAssignedPatient()
Gets the assigned patient of this doctor.
|
Patient |
Chair.getAssignedPatient()
Gets the patient that is assigned to the chair.
|
Patient |
Bed.getAssignedPatient()
Gets the patient that is assigned to the bed.
|
| Modifier and Type | Method and Description |
|---|---|
java.util.List<Patient> |
ListTracker.getCallForCheckList()
Gets the list of all patients that require another check by the nurse
|
java.util.List<Patient> |
ListTracker.getCallNurseList()
Gets the list of all patients that have called for a nurse
|
| Modifier and Type | Method and Description |
|---|---|
void |
ListTracker.addPatient(Patient patient)
Adds a patient to the list of all patients
|
void |
Nurse.calmPatient(Patient assignedPatient)
A nurse will be assigned to the patient in the callNurseList to calm the patient.
|
void |
Nurse.checkOnPatient(Patient assignedPatient,
Patient.TriageUrgency urgencyLevel)
When a patient gets sicker, a nurse will be assigned to this patient to redo triage, as
it could happen that the urgency level has changed.
|
void |
Nurse.finishCheck(Patient assignedPatient,
Patient.HealthStatus healthStatus)
Finishes a check and gives a health status to this patient.
|
void |
Nurse.finishTreatment(Patient assignedPatient,
Patient.HealthStatus healthStatus)
Finishes treatment and gives a health status to this patient.
|
void |
Doctor.finishTreatment(Patient assignedPatient,
Patient.HealthStatus healthStatus)
Finishes treatment and gives a health status to this patient.
|
void |
Nurse.finishTriage(Patient assignedPatient,
Patient.HealthStatus healthStatus)
Finishes triage and gives a health status to this patient.
|
void |
Patient.leaveEmergencyRoom(Patient patient)
Releases a patient from the emergency room.
|
void |
Patient.patientDie(Patient patient)
In the unfortunate case that a patient dies during his/her stay in the
emergency room, this method is called.
|
void |
Nurse.performBloodSampling(Patient assignedPatient)
Performs a Blood Sampling on the patient, if the nurse is available to perform treatment,
and the patient is not already treated by another nurse, and the patient is assigned to a bed.
|
void |
Nurse.performBoarding(Patient assignedPatient)
Performs Boarding on the patient, if the nurse is available to perform treatment,
and the patient is not already treated by another nurse, and the patient is assigned to a bed.
|
void |
Doctor.performClinicalExam(Patient assignedPatient)
Performs a Clinical Examination on the patient, if the doctor is available to perform treatment,
and the patient is not already treated by another doctor, and the patient is assigned to a bed.
|
void |
Nurse.performClinicalExam(Patient assignedPatient,
ListTracker lt)
Performs a Clinical Examination on the patient, if the nurse is available to perform treatment,
and the patient is not already treated by another nurse, and the patient is assigned to a bed.
|
void |
Doctor.performDischarge(Patient assignedPatient)
Performs a Discharge on the patient, if the doctor is available to perform treatment,
and the patient is not already treated by another doctor, and the patient is assigned to a bed.
|
void |
Nurse.performDischarge(Patient assignedPatient,
ListTracker lt)
Performs a Discharge on the patient, if the nurse is available to perform treatment,
and the patient is not already treated by another nurse, and the patient is assigned to a bed.
|
void |
Doctor.performExternalMI(Patient assignedPatient)
Performs an External Medical Imaging on the patient, if the doctor is available to perform treatment,
and the patient is not already treated by another doctor, and the patient is assigned to a bed.
|
void |
Nurse.performExternalMI(Patient assignedPatient,
ListTracker lt)
Performs an External Medical Imaging on the patient, if the nurse is available to perform treatment,
and the patient is not already treated by another nurse, and the patient is assigned to a bed.
|
void |
Nurse.performInternalMI(Patient assignedPatient)
Performs an Internal Medical Imaging on the patient, if the nurse is available to perform treatment,
and the patient is not already treated by another nurse, and the patient is assigned to a bed.
|
void |
Doctor.performMedication(Patient assignedPatient)
Performs a Medication on the patient, if the doctor is available to perform treatment,
and the patient is not already treated by another doctor, and the patient is assigned to a bed.
|
void |
Nurse.performMedication(Patient assignedPatient,
ListTracker lt)
Performs a Medication on the patient, if the nurse is available to perform treatment,
and the patient is not already treated by another nurse, and the patient is assigned to a bed.
|
void |
Doctor.performOtherExamTreatment(Patient assignedPatient)
Performs an Other Examination and Treatment on the patient, if the doctor is available to perform treatment,
and the patient is not already treated by another doctor, and the patient is assigned to a bed.
|
void |
Nurse.performOtherExamTreatment(Patient assignedPatient,
ListTracker lt)
Performs an Other Examination and Treatment on the patient, if the nurse is available to perform treatment,
and the patient is not already treated by another nurse, and the patient is assigned to a bed.
|
void |
Nurse.performParametersMonitoring(Patient assignedPatient)
Performs a Parameters Monitoring on the patient, if the nurse is available to perform treatment,
and the patient is not already treated by another nurse, and the patient is assigned to a bed.
|
void |
Nurse.performTriage(Patient assignedPatient,
Bed.Zone zone,
Patient.TriageUrgency urgencyLevel)
The nurse performs triage on a patient.
|
void |
Nurse.releasePatient(Patient assignedPatient)
When a treatment or a triage is finished, the patient should not be assigned to the
nurse anymore.
|
void |
Doctor.releasePatient(Patient assignedPatient)
When a treatment is finished, the patient should not be assigned to the
doctor anymore.
|
void |
Chair.releasePatient(Patient releasedPatient)
Removes the patient from the chair.
|
void |
Bed.releasePatient(Patient assignedPatient)
Removes the patient from the bed.
|
void |
ListTracker.removeCallForCheckList(Patient patient)
Removes a patient from the list of all patients that require another check by the nurse
|
void |
ListTracker.removeCallNurseList(Patient patient)
Removes a patient from the list of patients that have called for a nurse
|
void |
Nurse.setAssignedPatient(Patient assignedPatient)
Assigns the patient to the nurse, if the nurse is not already occupied
with another patient.
|
void |
Doctor.setAssignedPatient(Patient assignedPatient)
Assigns the patient to the doctor, if the doctor is not already occupied
with another patient.
|
void |
Chair.setAssignedPatient(Patient assignedPatient)
Assigns a patient to the chair if the following conditions are met:
the patient is currently not assigned to a chair or a bed
the chair is currently empty
the patient is currently in one of the following states: ENTERED_ER, UNDERGO_TRIAGE, WAITING_FOR_BED
|
void |
Bed.setAssignedPatient(Patient assignedPatient)
Assigns a patient to the bed if the following conditions are met:
The patient's zone is the same as the bed's zone The patient's urgency level is the same as the bed's urgency level The bed is currently empty The patient is currently WAITING_FOR_BED |
void |
ListTracker.setCallForCheckList(Patient patient)
Adds a patient to the list of all patients that require another check by the nurse
|
void |
ListTracker.setCallNurseList(Patient patient)
Adds a patient in the list of patients that have called for a nurse
|
void |
Patient.setHealthStatus(Patient patient,
Patient.HealthStatus healthStatus)
Sets the health status of the patient.
|


Use when you want to create regular RADOS pool. This is the default storage for Ceph.
Raw Block device (RBD) is recommended for traditional applications that expect native block storage. It integrates with Kernel Virtual Machines (KVMs) and allows mounting of block storage devices from Linux or QEMU KVM clients. Data access is via Librados, RBD, and CephFS (POSIX compliant).


Notebooks
Story: The treatment of the 'growing' girl
The treatment of the 'growing' girl
Title
The treatment of the 'growing' girl
Collection
Summary
||kabbo describes the seclusion of the 'growing' (or menstruating) girl in a hut with a tiny door by her mother: she has to lookeep her eyes on the ground when she leaves the hut and cannot go far. When she is 'grown' she is allowed to look about and leave the hut and walk about like other women.
Comments
1) See The girl who made the Milky Way, by throwing ashes into the sky, 2) This story is found in Book II-28
Contributors
Date
January or February 1873
Categories
New maidens, Custom and daily life
Keywords
seclusion (the treatment of the 'growing' girl) , seclusion (and new maidens) , prohibition (the treatment of the 'growing' girl) , prohibition (and new maidens) , menstruation ('growing') , menstruation (the treatment of the 'growing' girl) , menstruation (and new maidens) , new maiden (the treatment of the 'growing' girl) , new maiden (customs and rituals surrounding her) , new maiden (her treatment) , new maiden (the menstruating girl) , new maiden (her seclusion) , new maiden (prohibitions involving her) , hut (that the new maiden is secluded in) , hut (the treatment of the 'growing' girl) , hut (of new maiden) , girl (the treatment of the 'growing' girl) , girl (and new maidens)
Story Pages
2520v & 2521v


{% extends "base.html" %} {% block title %}Doppeldanger{% endblock %} {% load static %} {% block body %}
no worries, we don't store your photo! It will be forgotten after processing


Complete the quiz and acheieve a high score!
Race the timer at the top of the screen to answer as many
questions correctly as you can! Each correct answer will add
more time, whereas wrong answers will deduct time. Your final
score will be based on how many answers were correct and how
quickly you are able to complete the quiz!


Testing admons¶
| Authors: | hpl |
|---|---|
| Date: | Aug 25, 2015 |
Introduction¶
First some ordinary text to compare font sizes in admonitions and the surrounding text.
Note that automake_sphinx.py
fixes the HTML file generated by Sphinx
so that all styles for admonitions have a colored background.
Code¶
Need some code outside admons for color and font comparisons:
def some_code(x):
return sin(x)*exp(1-x)
And some plain text verbatim:
x=1.0 y=0.9 z=0.4
x=1.1 y=0.3 z=0.1
Quotes and boxes¶
Here is a plain quote environment.
Sayre’s law states that “in any dispute the intensity of feeling is inversely proportional to the value of the issues at stake.”
Does quotes with title also work? No...cannot work in LaTeX and HTML and then it does not make sense to support it.
Warning
The boxes below are shown without any extra formatting in reST and Sphinx. We could use an admonition environment, but requires a title.
A plain box is sometimes useful. Let’s show it here for comparison with admons (especially the block admon has much in common with a box). The box is more aimed at framing a law or an equation.
First a simple block with text, an equation, and a list:
A generic equation
must be solved by a numerical method, such as
- Newton’s method
- The Bisection method
- Fixed-point (Picard) iteration by rewriting \(f(x)=x - g(x)\)
- The Secant method
Now test a box with equation only (note that this line continues the box, it is not a new paragraph):
Let’s begin a new paragraph and show a box with code only:
def some_code(x):
return sin(x)*exp(1-x)
Admonitions¶
Let us start with a plain warning environment.
Warning
And here is a warning about something to pay attention to. We test how the heading behave and add quite some extra texts in comparison with the other admons.
- and a list
- with items
We continue with more text to see how that affects the layout. And more and more text. And more and more text. And more and more text. And more and more text. And more and more text. And more and more text.
Test warning with title:
Title ending with math \(\sqrt{2}\approx 1.4\)
And here comes some text with bad news in larger font.
Also some code:
def f(x):
return x
And a complete program
print "Hello, World!"
Test warning with large title with math: (we have no impact on the font size in the title in Sphinx)
Watch out for \(\nabla\cdot\boldsymbol{u}=0\) equations
Divergence freedom is often problematic from a numerical point of view.
Then we test a block, which is guaranteed to never have any admon icon.
Block with title
Here is a block of text with title. It is typeset without any icon and is useful when you want some admons with icon and some without. With the small font size, as used here, one can have more comment-style text or text that really goes deeper or talks about fun facts that are not strictly necessary for the main flow of understanding.
Admonitions must have a title in Sphinx, otherwise they are not
shown. Here, for the following block admon (!bblock
)
we have not specified any title, and DocOnce then
applies the generic title “Notice:” for the Sphinx format:
Notice
Here is a block of text with no title. As above, it is typeset without any icon and is useful when you want some admons with icon and some without.
Note, eventually
Ah, we are soon close to the end (with illegal font size specification!). But first a bit of math where we define \(\theta\) and \(\boldsymbol{r}\):
Point1
Ah, we are soon close to the end.
Question
So, how many admonition environments does DocOnce support?
Question
- Once more, how many admonition environments does DocOnce support?
Tip
It is of outmost important to
- stay cool
- read hints and tips carefully
Because here the thing is to do
import urllib
def grab(url, filename):
urllib.urlretrieve(url, filename=filename)
Next is a warning without a title (“none” implies no title). Admonitions must have a title in Sphinx, otherwise they are not shown. Here, we have not specified any title, and DocOnce then applies the generic title “Notice:”
Notice
And here comes some text with bad news.
Going deeper environments¶
Here is a long notice environment with a custom title and much text, math and code.
Going deeper
We have some equations that should be preceded by much text, so the task is to write and write. The number of words, and not the meaning, is what counts here. We need desperately to fill up the page in the hope that some admonitions will experience a page break, which the LaTeX environment should handle with ease.
Let us start with some equations:
The implementation of such complicated equations in computer code is task that this “Going deeper” environment targets.
def Dudt(u):
r = diff(u, t) + u*grad(u)
return r
half = 0.5
x = 2*n
And some more text that can help going into the next page. Longer computer code requires vertical space:
class Diff:
def __init__(self, f, h=1E-5):
self.f = f
self.h = float(h)
class Forward1(Diff):
def __call__(self, x):
f, h = self.f, self.h
return (f(x+h) - f(x))/h
class Backward1(Diff):
def __call__(self, x):
f, h = self.f, self.h
return (f(x) - f(x-h))/h
class Central2(Diff):
def __call__(self, x):
f, h = self.f, self.h
return (f(x+h) - f(x-h))/(2*h)
class Central4(Diff):
def __call__(self, x):
f, h = self.f, self.h
return (4./3)*(f(x+h) - f(x-h)) /(2*h) - \
(1./3)*(f(x+2*h) - f(x-2*h))/(4*h)
class Central6(Diff):
def __call__(self, x):
f, h = self.f, self.h
return (3./2) *(f(x+h) - f(x-h)) /(2*h) - \
(3./5) *(f(x+2*h) - f(x-2*h))/(4*h) + \
(1./10)*(f(x+3*h) - f(x-3*h))/(6*h)
class Forward3(Diff):
def __call__(self, x):
f, h = self.f, self.h
return (-(1./6)*f(x+2*h) + f(x+h) - 0.5*f(x) - \
(1./3)*f(x-h))/h
And then we add a figure too.
The end¶
A bit of text before the summary, which we now call “Concluding remarks, for the novice”, just because we can.
Concluding remarks, for the novice
We can summarize the most important things with admons: they have a different typesetting, and they may have a symbol. Titles should be optional.
Remark.
The remarks
and hint
environments are not allowed outside
exercises (and problems and projects too).


Uses C++ functions to convert scalar node data into colour node data. Demonstrates now datamap functions can be written.
Input Ports
in Mesh+Node_Data Field data to be colour mapped. Parameters
datamap_function int Function to use to colour map data. Output Ports
out_fld Mesh+Node_Data Output field with colour Node_Data. out_obj DataObject Directly renderable output object.
The datamap_function user macro takes a set of scalar Node data and converts it into colour node data. This colour node data can be included in a DataObject and input into a viewer. Since the AVS/Express renderer uses this colour node data to directly colour the output this effectively provides an alternative to using the standard AVS/Express datamapping system. Directly creating colour node data allows the user total control of how their data is colour mapping at the expense of forcing the user to perform the whole datamapping process themselves.
Although it is possible to use the datamap_function user macro as it is this is not really the intended purpose of the macro. The user macro does provide 7 different datamapping functions. However no user interface is provided to alter how these functions work. Hence they are not really suitable for general use. The datamap_function user macro is really intended as a demonstration of how this technique can be used. It is expected that the user will extend the range of datamapping functions so that they cover their own application area. More details of how this can be done are given in the user_defined_datamap documentation. If you create an interesting new datamapping function that want to submit to the IAC we would be very interested to hear from you.
Generating colour node data in this way is a powerful technique however it does suffer from a number of limitations that should be pointed out. The most important is that creating or modifying datamap functions requires some degree of C or C++ experience. The project has been designed so that editing the source code is easy to do. However changing the datamap functions requires the user to edit the
datmp_fn.cxx
file.Another limitation is that this technique will normally increase the size of the input data. Colour data is represented by 3 floats for red, green and blue values. If we consider the worse case of the input data being bytes. This would result in the output data being 12 times as large as the input data. Whether this is important depends on the type and size of your data, and whether optimizations in the renderer mean that the colour node data is used directly.
The final limitation is that the datamap_function macro does not use the standard AVS/Express datamapping system in any way. This is an intrinsic result of how the project was designed. However it does mean that none of the AVS/Express components that operate on the Datamap object can be used. These include the standard datamap editor and the Legend modules. Instead of using the standard datamap editor it is expected that uses will create user interfaces that are suitable to their own applications. A future update to this project will include a set of specialized Legend modules that work with the datamap_function macro.
in
The input Field data for the datamap_function user macro. This data should contain a least a single set of scalar Node Data. Vector Node Data can be present but will be ignored. The lower-level module DatamapFunctionCore is used, inside the Functional Macro DatamapFunctionFunc, to colour the Node_Data of the input field. This colour Node_Data is then recombined with the original Mesh (if present).
datamap_function
A member of the DatamapFunctionParams parameter group, this integer value specifies which datamap function should be used to colour the data. The following values for this parameter are available. The definitions for all of these functions are contained in the datmp_fn.cxx
file.
out_fld
The output field for the datamap_function macro. This contains the coloured Node_Data combined with the original Mesh (if present). The coloured Node_Data is a vector of 3 float numbers which represents red, green and blue intensities. The Node_Data has an id number of 667 which indicates that the rendered should treat this node data as colour data. Normally the out_obj
output will be used instead of this output.
out_obj
The directly renderable output object of the datamap_function macro. This contains the Field that contains the coloured Node_Data. This output can be directly connected to a viewer.
The User Macro datamap_function combines the Functional Macro DatamapFunctionFunc with the UI Macro DatamapFunctionUI, via the use of the common parameter block DatamapFunctionParams, to provide a usable macro in the visualization library. The Functional Macro uses the low-level module DatamapFunctionCore.
Two example applications are provided with the DatamapFunction project. The DatamapFunctionEg application reads the hydrogen data-set and calculates an isosurface and orthoslice from this data. These are then coloured by two datamap_function user macros. You should be able to select between the various different datamapping functions. You should also be able to notice some stepping between different colours. This is particularly apparent with the banded datamap functions and is caused by the way that the renderer interpolates between widely different colours. It is particularly apparent in this example because of the low resolution of the data-set. This effect also occurs with the standard AVS/Express datamapping system.
The InterpolateDataEg example application shows one way of working around this problem. In this application the
intep_data
module is used to interpolate between node data values and hence great a much higher resolution grid. This is then colour mapped by the datamap_function macro. This produces good results but does greatly increase the number of triangles that have to be displayed. A better solution would be to use the Scalar2Texture IAC project to apply a texture map to the scalar data. This technique does not suffer from these interpolation problems.
xp_comm_proj/datmp_fn/dmfnmods.v contains the V definitions of the low-level module DatamapFunctionCore and the parameter block DatamapFunctionParams.
xp_comm_proj/datmp_fn/dmfnmacs.v contains the V definitions of the Functional Macro DatamapFunctionFunc, the UI Macro DatamapFunctionUI and the User Macros datamap_function and user_defined_datamap.
xp_comm_proj/datmp_fn/dmfnapps.v contains the V definitions of the Example Applications DatamapFunctionEg and InterpolateDataEg.
The low-level DatamapFunctionMods library containing the low-level DatamapFunctionCore module does not specify a process. By default the express process will be used.
Andrew Dodd, International AVS Centre


A SIMPLE PLAN A film review by Mark R. Leeper
Capsule: Three working-class men find a plane wreck with four million dollars and start making plans for how to keep money for themselves. But the bounty is too great for three men to split amicably. Sam Raimi makes a film in the style of the Coen Brothers with a lot of locality atmosphere and understanding of his characters. Rating: 7 (0 to 10), +2 (-4 to +4) New York Critics: 20 positive, 1 negative, 4 mixed
Sam Raimi grew up a close friend of the Coen Brothers. All three want into filmmaking. The Coen Brothers specialized in crime films. Raimi, focusing on a younger audience, made a variety of films, but he was best known for his horror film trilogy, the EVIL DEAD films. Now Sam Raimi is moving into Coen brothers territory with a serious and dark crime thriller set somewhere in the frozen North Central states in the cold of winter. The plot is a familiar one. Three people have come into a lot of money they must keep secret. But three is a big crowd when it comes to four and a half million dollars. The setting is like FARGO, and the basic situation is like THE TREASURE OF THE SIERRA MADRE. The plotting is like a serious version of the too-recent VERY BAD THINGS, but serious makes all the difference.
Scott B. Smith wrote the screenplay based on his own novel. The opening image of the film is a fox making a quick raid on a hen house, snatching what it can get and running with it. While that really is the event that sets the plot in motion, the "grab what you can and run" scene also sets the tone for what is to come. In A SIMPLE PLAN Hank (played by Bill Paxton) works in the feed and grain, but hopes his college education will bring him something better for his wife Sarah (Bridget Fonda) and the daughter he will have in a few days. Sarah has learned to accept Jacob, Hank's grungy brother (Billy Bob Thornton), but not Jacob's redneck friend Lou (Brent Bisscoe). Jacob and Lou similarly are a bit contemptuous of Lou's comparatively manicured existence. Ordinarily these tensions would never be spoken, but events are about to stress all the relationships.
One frosty winter day Hank, Jacob, and Lou come upon a plane crashed in the woods. On board they find a dead pilot and a satchel with 44,000 one hundred-dollar bills. If all three people can cooperate perfectly it should be no problem hanging onto the money. Right? But of course the presence of the money will test each of the men's relationships with the others and Hank's relationship with Sarah. Sarah, Jacob, and Lou each has a different idea of what to do with the money and they do not all mesh.  Jacob sees the money as his opportunity to buy back his father's farm and make it work again. Lou is in unhealthy debt and wants to pay off some loans and live high. Hank will discover entirely different people inside the skins of the people closest to him. And one of them is himself. As Sarah observes to Hank late in the film, "Nobody would ever believe that you would be capable of doing what you've done." The plot is composed like a chain with each event leading to the next and all lead to chaos.
As in FARGO, the icy setting becomes a character in the film itself. These are people who are worn down from just fighting the climate. It casts a pall over the entire film. Raimi accentuates the gray of the weather by filming with muted, depressing colors. A SIMPLE PLAN is a compelling ride through an alien moral landscape. While much of the chaos that is the plot is predictable, some of the places the plot takes us are quite unexpected. I rate it 7 on the 0 to 10 scale and a +2 on the -4 to +4 scale.
Mark R. Leeper<EMAIL_ADDRESS>Copyright 1998 Mark R. Leeper
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
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Please direct comments/criticisms of the review to relevant newsgroups.
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--- layout: post status: publish published: true title: Age 3 and up! Do you know that!? author: Leask author_login: leask author_email<EMAIL_ADDRESS>author_url: https://leaskh.com wordpress_id: 300 wordpress_url: http://leaskh.wordpress.com/2008/03/14/age-3-and-up-do-you-know-that date: '2008-03-14 00:55:35 +0800' date_gmt: '2008-03-14 00:55:35 +0800' categories: tags: [] comments: [] ---


Gold
Historical count of gold medals awarded from 1924 - 2014, divided by gender.
-------
Total golden medals for MEN: 1,310
Total golden medals for WOMEN: 611
The women have had a greater impact and participation in all types of sports in recent decades, and the Winter Olympic Games can demonstrate the increase in this participation over the years. It is true that male participation has won a large part of the Olympic medals in different disciplines, but it can be seen how it has tried to reach a gender balance with the increase in female participation after 1994.
Historical count of gold medals awarded from 1924 - 2014, divided by gender.
-------
Total golden medals for MEN: 1,310
Total golden medals for WOMEN: 611
Historical count of Silver medals awarded from 1924 - 2014, divided by gender.
-------
Total golden medals for MEN: 1,319
Total golden medals for WOMEN: 611
Historical count of Bronze medals awarded from 1924 - 2014, divided by gender.
-------
Total golden medals for MEN: 1,315
Total golden medals for WOMEN: 604
Total medals of the 5 countries that have won the most medals in the Winter Olympics from 1924 to 2014. Gold, Silver and Bronze are included.
-------
USA: 654 / Gold: 167 / Silver: 319 / Bronzer: 167)
CAD: 625 / Gold: 315 / Silver: 203 / Bronzer: 107)
NOR: 457 / Gold: 259 / Silver: 171 / Bronzer: 127)
URS: 440 / Gold: 250 / Silver: 97 / Bronzer:93)
FIN: 434 / Gold: 66 / Silver: 147 / Bronzer: 221)
Number of medals won according to gender in the top 5 of the countries with the most medals awarded between 1924 and 2014. Gold, Silver and Bronze are included.
-------
USA: 654
CAD: 625
NOR: 457
URS: 440
FIN: 434
We can see that in the last years, the women participation has inclesed. In the chart above we can see the number of medals won according to gender in the Winter Olympic games between 1924 and 2014. Gold, Silver and Bronze are included.
-------
Total medals Men won: 3,944
Total medals Women won: 1,826


nips nips2008 nips2008-235 nips2008-235-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Piyush Rai, Hal Daume
Abstract: We propose a nonparametric Bayesian factor regression model that accounts for uncertainty in the number of factors, and the relationship between factors. To accomplish this, we propose a sparse variant of the Indian Buffet Process and couple this with a hierarchical model over factors, based on Kingman’s coalescent. We apply this model to two problems (factor analysis and factor regression) in gene-expression data analysis. 1
[1] M. West. Bayesian Factor Regression Models in the “Large p, Small n” Paradigm. In Bayesian Statistics 7, 2003.
[2] C. Sabatti and G. James. Bayesian Sparse Hidden Components Analysis for Transcription Regulation Networks,. Bioinformatics 22, 2005.
[3] G. Sanguinetti, N. D. Lawrence, and M. Rattray. Probabilistic Inference of Transcription Factor Concentrations and Gene-speciﬁc Regulatory Activities. Bioinformatics, 22(22), 2006.
[4] M. J. Beal, F. Falciani, Z. Ghahramani, C. Rangel, and D. L. Wild. A Bayesian Approach to Reconstructing Genetic Regulatory Networks with Hidden Factors. Bioinformatics, 21(3), 2005.
[5] Z. Ghahramani, T.L. Grifﬁths, and P. Sollich. Bayesian Nonparametric Latent Feature Models. In Bayesian Statistics 8. Oxford University Press, 2007.
[6] J. F. C. Kingman. The coalescent. Stochastic Processes and their Applications, 1982.
[7] T. Grifﬁths and Z. Ghahramani. Inﬁnite Latent Feature Models and the Indian Buffet Process. In Advances in Neural Information Processing Systems 18, 2006.
[8] Y. W. Teh, H. Daum´ III, and D. M. Roy. Bayesian Agglomerative Clustering with Coalescents. In e Advances in Neural Information Processing Systems, volume 20, 2008.
[9] E. Meeds, Z. Ghahramani, R. M. Neal, and S. T. Roweis. Modeling Dyadic Data with Binary Latent Factors. In Advances in Neural Information Processing Systems 19. 2007.
[10] P. Green. Reversible jump markov chain monte carlo computation and bayesian model determination. Biometrica 82, 1995.
[11] C. Carvalho, J. Lucas, Q. Wang, J. Chang, J. Nevins, and M. West. High-Dimensional Sparse Factor Modelling - Applications in Gene Expression Genomics. In JASA, 2008.
[12] D. Knowles and Z. Ghahramani. Inﬁnite Sparse Factor Analysis and Inﬁnite Independent Components Analysis. In ICA 2007, 2007.
[13] Francis R. Bach and Michael I. Jordan. Beyond independent components: trees and clusters. Journal of Machine Learning Research, pages 1205–1233, 2003.
[14] I. Pournara and L. Wernisch. Factor Analysis for Gene Regulatory Networks and Transcription Factor Activity Proﬁles. BMC Bioinformatics, 2007.
[15] J. J. Verbeek, S. T. Roweis, and N. Vlassis. Non-linear CCA and PCA by Alignment of Local Models. In Advances in Neural Information Processing Systems 16. 2004. 8


Free mediation
You might feel you need to go to a hearing now. However, many people resolve their dispute before a hearing by taking part in telephone mediation.
A mediator will:
- listen to each side separately - you won’t talk to directly to the other side
- ask you to consider what the other side says, but won’t make you compromise
- help you reach an agreement, if possible
More about how mediation works
Will you try mediation?
*Source: Money Claim Mediation Service statistics, April 2015 to March 2016.


RethinkDevsThe RethinkDevs are a group of RethinkDB experts who can help you with
RethinkDB server setup & maintenance, RethinkDB security,
RethinkDB training, RethinkDB app development,
and all things RethinkDB.
Who Are the RethinkDevs?
RethinkDevs are a group of RethinkDB experts who can help you:
RethinkDB server setup & maintenance
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RethinkDB is an excellent open source database, and we are your full service RethinkDB specialists for all your RethinkDB setup, maintenance and
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Dear Friend, I am contacting you to front as a co-owner of my late husband's company and beneficiary of funds (US$25,000,000.00)due the company. I am currently a high ranking government official in the ruling cabinet of President Thabo Mbeki (South Africa). I am a widow and mother of two children.My late husband Mr Ronald Tshabalala died 1996. After his death, I recently discovered that an over-invoiced proceeds of a contract I helped his company secured is yet to be paid out by the Reserve Bank of South Africa. This funds emanated as a result of an over-invoiced contract which my husband's company executed with the Government of South Africa.I am afraid that the government of South Africa might start to investigate on contracts awarded from 1995 to date. If they discover this money yet unclaimed with my husband's name linked to it, the government will confiscate the money and seize his assets here in South Africa and this will definately affect my political career in Government. I want your assistance to front as a co-owner of his company (Tshabalala Construction, LTD) to facilitate the release of the funds. I will introduce a very good attorney to assist us with the transfer process without any hitch but he will not be told my interest in the transaction as I play a very sensitive role in my government. As the contract was executed in my present government department, be rest assured that I will use my position to approve the immediate release of the entitlement. As soon as the funds is released to your name, you are expected to move it immediately into your personal bank account in your country. As soon as you have confirmed receipt of the funds into your account, I will arrange to meet with you. If you agree to my proposal, please endeavour to send me an urgent reply. Due to my sensitive position in the South African Government, I would not want you to phone or fax me. All correspondence must be through my private mail address The lawyer I will recommend to assist us will be representing our interest at the Reserve Bank of South Africa and all necessary quarters. All future correspondence must be made either to the attorney or myself.  Upon your reply, we shall dicuss your percentage for your assistance. Because of my sensitive position as serving government official, I will only give you more details of myself when we proceed further and am sure of your personality. Honesty and transparency, they are my best work tools. Thank you. Mrs Stella Sigcau. MINISTER OF PUBLIC WORKS.


March 7, 2020
Sound Sculpture Space Sculpture workshop at The Painted Cloud, research towards new work
February 4, 11, 25, 2020
sessions with Garden Players youth choir, research towards new work
February 19, 2020
performing with Yoshiko Chuma at Haco Gallery
February 3, 2020
performing with HeJin Jang at Movement Research at the Judson Church
August 12-16, 2019
working at Snug Harbor as part of Julie Mayo's residency
July 10, 2019
performing with Yoshiko Chuma's My Diary, Secret Journey to Tipping Utopia at Roulette Intermedium
May 6-11, 2019
Movement Research Global Practice Sharing and Balkan Dance Platform in Vilnius, Lithuania
April 11-13, 2019
Our Epithelium premieres at Danspace Project
April 1-10, 2019
Danspace Project Production Residency
February 24-March 16, 2019
Gibney Dance-in-Process Resident Artist
November 30, 2018
micro-residency at Danspace Project as part of the Movement Research Festival Fall 2018
September 24, 2018
Cudna Suma with Iskra Sukarova and the students of the Cyril & Methodius University Faculty of Music at the Macedonian Philharmonic as part of the Young Open Theatre Festival, Skopje
August 18, 2018
Piece with gaps for each other at Casa del Lago, Mexico City
August 14, 2018
Record Release of the Piece with gaps for each other LP, Mexico City


graphics.
draw_bounding_box
Draw a bounding box around an object.
resize
Resize the image using user provided width and height.
sharpen_image
Return a sharpened version of an image.


The purpose of this template is to generate a Wordpress export file for your blog. Since support for a Wordpress export file is so common, this template will allow you to transfer your blog to a wide variety of other platforms, including Squarespace, Micro.blog and many static site generators.
Features and known issues:
View the source for this template if you would like to contribute.


Ocean [az11], ocean, in Crystal Sea
Last updated Turn #137
Ocean [az11], ocean, in Crystal Sea
------------------------------------------------------------------------
6: The Savvy Aardvark [ha5r], ship, 2 hulls, 1 rowing port, 6 sails,
6: 22% damaged, arrived from Ocean [az10], owner:
6: Phantasm [n4b], Imperial Empire, duke, with two workers,
6: eight sailors
7: The Savvy Aardvark [ha5r], ship, 2 hulls, 1 rowing port, 6 sails,
7: 22% damaged, departed for Open Pampas [az12].
Routes leaving Ocean:
North, plain, to Open Pampas [ay11], Mandoria, 2 days
East, plain, to Open Pampas [az12], Mandoria, 2 days
South, to Ocean [ba11], 6 days
West, to Ocean [az10], 6 days


Shoppers clamouring to get Asda's light-up singing unicorn Christmas stocking
Unicorns are real – and there's one on our mantelpiece!
by Nancy BrownShoppers are loving Asda's new Christmas launch – a light-up singing unicorn stocking.
The pink stocking plays Christmas songs and shakes it ears when one of its hooves is pressed.
Its central pink horn also lights up.
With The Magic Of Christmas written across the stocking, it certainly does what it says on the tin.
Read more: B&M is selling a light-up glittery snow globe for just £10
The stockings cost just £10 and are available in store and online.
"I know a little girl who would like this unicorn stocking," said one shopper.
Another added: "Bought one today for my granddaughter – she loves it."
Asda said the stocking aims to "bring some fun to your fireplace" this Christmas.
Read more: Cadbury responds to claims its £45 selection box is a "rip off"
A video of the stocking, posted in the Facebook group Money Saver Online, has pretty much gone viral.
More than 1,000 shoppers commented on the video in just two days.
One said: "I need this in my life!"
Another added: "Please tell me this is my new stocking?!"
A third commented: "OMG I need this!"
Asda is doing a good job of getting shoppers ready for Christmas, offering everything from snowy Christmas trees to Brussels sprout-flavoured crisps.
Head to our Facebook page @EntertainmentDailyFix and let us know if you'd like one for Christmas.


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Tree Grid allows for the rendering of hierarchical data. In this simple example, we have
a list of customers, their orders, and the products in those orders displayed in a single Tree Grid.
Use the paging buttons to page forward and back through the data.
Notice that whenever a new page is loaded a request is made to the server.


This is an example form demonstrating all of the units offered by Uni–Form, along with suggested message handling, form actions and style.
Author: Dragan Babić
Looks like everything went OK! Yay!
The .form-title class is reserved for styling the title of the form. Any of the heading elements are recommended for this instead of the legend element.
.form-title
This is the default way of laying out form fields where the label is above the input field and the form hint.
This is a form hint.
.small on .input-text
.medium on .input-text
.large on .input-text, makes the .form-hint full width as well.
.auto and size="15" on .input-text
Standard textarea. Height is set in CSS.
Standard select box.
Standard file upload.
* Multifield with select boxes
Default layout of grouped fields. These can have as many fields as you want.
* Alternate multifield Layout
Alternate 2-column layout of grouped fields.
Alternate 3-column layout of grouped fields.
* Multifield with text inputs
These can have as many fields as you want.
* Alternate multifield layout
* Multifield with radios
Laying out radio buttons. These can have as many fields as you want.
* Multifield with checkboxes
Laying out checkboxes. These can have as many fields as you want.
Laying out a single option checkbox without a label.
Ctrl element
It can even have a form hint.
Triggered by class .inline-labels, the alternate form fields layout is used for laying out forms where you want the label to be in line with the form field.
.inline-labels
Using .large in .inline-labels is suitable for forms without labels. Hint: use the placeholder attribute as the label.
Base class is .uni-form-row and classes that determine the number of columns are .columns-2 and .columns-3. Note the usage of width class .large on the input in order to make it span the full width of the column and force the .form-hint to take full width as well.
.uni-form-row
.columns-2
.columns-3
.large
.form-hint


Oh no! It looks we failed to capture the image.
This can happen when you open the extension but navigate away from this tab momentarily.
No worries, close and reopen this extension and try again.
Internet Postcards
Step 1Capture the thing.
This extension lets you send real, physical, stylized postcards from any website for $1.
Greetings from
Wish you were here!
Decorations
Greetings
3D Text
Sent using the Internet Postcards service - internet.com


The tale of the farmer and the mule
(E Jong, 11/05/2017)
An old hillbilly farmer had a wife who nagged him unmercifully. From morning till night (and sometimes later), she was always complaining about something. The only time he got any relief was when he was out plowing with his old mule. He tried to plow a lot. One day, when he was out plowing, his wife brought him lunch in the field. He drove the old mule into the shade, sat down on a stump, and began to eat his lunch. Immediately, his wife began haranguing him again. Complain, nag, nag; it just went on and on. All of a sudden, the old mule lashed out with both hind feet; caught her smack in the back of the head. Killed her dead on the spot. At the funeral several days later, the minister noticed something rather odd.  This was so consistent, the minister decided to ask the old farmer about it. So after the funeral, the minister spoke to the old farmer, and asked him why he nodded his head and agreed with the women, but always shook his head and disagreed with all the men. The old farmer said: "Well, the women would come up and say something about how nice my wife looked, or how pretty her dress was, so I'd nod my head in agreement." "And what about the men?" the minister asked. "They wanted to know if the mule was for sale."


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Nigerian firefighters battle huge blazes at market in Lagos
Nigerian firefighters were battling two fires that broke out almost simultaneously Tuesday at a busy market in central Lagos, the country's largest city and commercial center.
Balogun Market, where the fires erupted, is one of Nigeria's largest textile markets.
"We have split our team in two to fight both fires," Ganiyu Olayiwola, head of the Federal Fire Service in Lagos, told The Associated Press. The two fires don't appear to be related, he said, adding that it wasn't immediately clear if there were any casualties.
Thick black smoke and flames were shooting up from five-story buildings surrounding the market as firetrucks attempted to get access to the fire. Residents were throwing what belongings they could from the buildings and some people on the rooftops were using small buckets of water to try to stop the fire.
The fire started in the morning and became a major blaze by midday, with firefighters trying to keep the flames from spreading.
The Balogun market sprawls across many blocks on Lagos Island. It is well known as one of the best places in Lagos to buy colorful Nigerian fabrics, apparel and shoes.
Fires and other disasters are frequent on Lagos Island where the Balogun market is located. In March, at least 20 people, most of them schoolchildren, died with the collapse of a three-story building housing a school, residential apartments and shops.


x+1
sin(x)
sqrt(x+1)
1+(1-x)/sin(x)
The XML format by which mathematical expressions are internally represented is specified as follows:
The document is <m v="[version]">[component]</m>
The v
attribute contains the Guppy document version in use. See version information.
A [component]
consists of alternating <e>
and <f>
nodes, always starting and ending with <e>
nodes.
<e>
nodes represent expressions and contain only text, as in <e>x+1</e>
<f>
nodes represent symbols and have one attribute: type
, whose value comes from the type
field in symbols.json
. They look like
<f type="symbol_type">[sequence of b nodes][sequence of c or l nodes]</f>

nodes represent methods for rendering a symbol, specified in the p
attribute. They contain text interspersed with <r>
nodes which determine where the editable components of the symbol go. For example, a square root symbol will specify how to render itself in LaTeX by having in its b nodes: \sqrt{<r ref="1" />}
, indicating that it should be rendered as \sqrt{first component goes here}
.
<r>
nodes are references to components inside
nodes, and have only a ref
attribute, whose value is the index of the component that should be rendered in place of that <r>
node.
<c>
nodes are the editable components of a symbol, appearing under an <f>
node after the
nodes, and in order of index (as referenced in the <r>
nodes). They can also appear as children of <l>
nodes, representing the elements of the array. They have whatever attributes are specified in the attrs
key for this symbol in symbols.json
, and they look like <c attrs...>[component]</c>
, where a [component]
is as defined above.
<l>
nodes are arrays, and may appear as children of <f>
nodes or of other <l>
nodes (in the case of a multi-dimensional array). An <l>
node always has an s
attribute indicating how many immediate children it has (e.g., in the case of a 1D array, how many elements the array has, represented by the number of <c>
nodes).
x+1
The simple expression x+1
is represented as:
<m>
<e>x+1</e>
</m>
sin(x)
sin(x)
is represented as:
<m>
<e></e>
<f>
\sin\left(<r ref="1"/>\right)
sin(<r ref="1"/>)
<c><e>x</e></c>
</f>
<e></e>
</m>
sqrt(x+1)
The square root of x+1
is:
<m>
<e></e>
<f>
\sqrt{<r ref="1"/>}
sqrt(<r ref="1"/>)
<c><e>x+1</e></c>
</f>
<e></e>
</m>
1+(1-x)/sin(x)
1+(1-x)/sin(x)
would be represented as:
<m>
<e>1+</e>
<f>
\dfrac{<r ref="1"/>}{<r ref="2"/>}
\frac{<r ref="1"/>}{<r ref="2"/>}
(<r ref="1"/>)/(<r ref="2"/>)
<c up="1" down="2" name="numerator"><e>1-x</e></c>
<c up="1" down="2" name="denominator">
<e></e>
<f>
\sin\left(<r ref="1"/>\right)
sin(<r ref="1"/>)
<c><e>x</e></c>
</f>
<e></e>
</c>
</f>
<e></e>
</m>
The 2x3 matrix [1, 2, 3; x, y, z]
would be represented by:
<m>
<e></e>
<f type="matrix" group="array">
\left(\begin{matrix} <r ref="1" d="2" sep0=" & " sep1="\\"/> \end{matrix}\right)
matrix(<r ref="1" d="2" sep0="," sep1=";"/>)
<l s="2">
<l s="3">
<c><e>1</e></c>
<c><e>2</e></c>
<c><e>3</e></c>
</l>
<l s="3">
<c><e>x</e></c>
<c><e>y</e></c>
<c><e>z</e></c>
</l>
</l>
</f>
<e></e>
</m>


Gayathiri Ramamoorthy
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Chuck
Chuck Bartowski is a computer geek that gets catapulted into a new career as the government's most vital secret agent. When Chuck opens an e-mail subliminally encoded with government secrets, he unwittingly downloads an entire server of sensitive data into his brain. With the government's most precious secrets in Chuck's head, Major John Casey of the National Security Agency assumes the responsibility of protecting him. His partner is the CIA's top agent, Sarah Walker.


x
Favourite Thing
description goes there
Hi! I'm Selena and here are a few of my favourite things...
Favourite Things Section


The first scene should not initialize until after the play button
The first scene should initialize after the engine initialize
View console to see Scene lifecycle events


Activating the button bearing a question mark in the title bar of the window causes the cursor image to change to a question mark with a pointer. If the mouse then clicks a child window, the context help topic in this manual corresponding to that child window appears. These topics appear in the Frame Button Responses, Toolbar and Menu Items, and Client Window Controls sections found in the Contents window.


{% extends "task.html" %}
{% block task %}
Get Friendly
{% endblock %}
{% block taskstory %}
It takes all kinds of people to make this place interesting, but it also
turns out to be a small world, after all. Find something that both of
you have in common, and also something that you disagree about.
We want to hear your epiphany, so share it with us on Facebook or Twitter
with the hashtag #k4hoedown!
{% endblock %}


It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout.
We listen to you passionately because we delight in taking your burden as ours. That is how we get to understand exactly what your ideas are and what you wish to achieve. Thus, we creatively interpret your ideas in graphics.
We are always willing to go all the way to know what you want, explore, and critically examine ‘best practices’ adopted by the most successful brands (locally and internationally) in your field.
Once we know what you want and have discovered the best approach, we use our expertise to strike a balance between both so as to achieve two primary goals;
1. Your satisfaction and
2. The success of your brand


COVID- surgery patients cases thoracic confirmed hospitals {border-style px;} #ffffff;} April number surgical Hong medical outbreak time care healthcare January public Kong elective infection services disease response hospital including situation suspected [], early new people However, March affected clinical lung operating private px; resources total {font-family China Chinese Singapore cancer font-size patient patients. Available SARS Shanghai Thailand Thoracic coronavirus diseases double; operations pandemic pandemic. performed reported wave writing, Taiwan [Cited at: border-color border-width cases. dedicated diagnosed emergency equipment experience government hospitals, intensive normal numbers patients, provision regions respiratory second solid; staff started surgery, {font-style {font-weight Asia Hospital, Mar Wuhan [Internet]. acute admitted bold cardiothoracic case citizens cluster continue control country courier; critical current deaths degree detected em; ensure epidemic health important infectious learned lessons local majority near-normal pt;} reduced returning risk room significant spread surge surgery. test travel treated units viral volume wards, world, â€".


Computes the requested degree measure for each node in the graph.
dgr(graph, cmode = "degree", undirected = getOption("diffnet.undirected", FALSE), self = getOption("diffnet.self", FALSE), valued = getOption("diffnet.valued", FALSE)) # S3 method for diffnet_degSeq plot(x, breaks = min(100L, nrow(x)/5), freq = FALSE, y = NULL, log = "xy", hist.args = list(), slice = ncol(x), xlab = "Degree", ylab = "Freq", ...)
| graph | Any class of accepted graph format (see |
|---|---|
| cmode | Character scalar. Either "indegree", "outdegree" or "degree". |
| undirected | Logical scalar. When |
| self | Logical scalar. When |
| valued | Logical scalar. When |
| x | An |
| breaks | Passed to |
| freq | Logical scalar. When |
| y | Ignored |
| log | |
| hist.args | Arguments passed to |
| slice | Integer scalar. In the case of dynamic graphs, number of time point to plot. |
| xlab | Character scalar. Passed to |
| ylab | Character scalar. Passed to |
| ... | Further arguments passed to |
A numeric matrix of size \(n\times T\). In the case of plot
,
returns an object of class histogram
.
Other statistics: bass
,
classify_adopters
,
cumulative_adopt_count
,
ego_variance
, exposure
,
hazard_rate
, infection
,
moran
, struct_equiv
,
threshold
,
vertex_covariate_dist
Other visualizations: diffusionMap
,
drawColorKey
,
grid_distribution
,
hazard_rate
, plot_adopters
,
plot_diffnet2
, plot_diffnet
,
plot_infectsuscep
,
plot_threshold
,
rescale_vertex_igraph
# Comparing degree measurements --------------------------------------------- # Creating an undirected graph graph <- rgraph_ba() graph#> 11 x 11 sparse Matrix of class "dgCMatrix"#>#> #> 1 1 . . . . . . . . . . #> 2 . 1 .  1 .  1 .


Meralco rates higher this month
by Arlene RiveraELECTRIC consumers will pay higher electricity bills this November, as the Manila Electric Company (Meralco) will implement a power rate increase.
In a statement issued by Meralco yesterday electricity rates will be P0.4717 per kilowatt-hour (kWh), translating to an increase of P94.34 for a typical household consuming 200 kWh.
The upward adjustment brought the overall household rate this month to P9.5579 per kWh from P9.0862 per kWh.
This is the second straight month that the power distributor raised power rates.
Despite the increase, November rate is still P1 lower than April’s rate of P10.56 per kWh, the company said.
Higher WESM charges lead to overall generation charge increase; from P4.5406 per kWh last month, the generation charge for November increased to P5.0317 per kWh, an upward adjustment of P0.4911 per kWh.
Charges from the Wholesale Electricity Spot Market (WESM) increased by P3.8016 per kWh driven by tighter supply conditions in the Luzon grid. The National Grid Corporation of the Philippines (NGCP) placed the grid on Yellow Alert last October 14 and 15 due to forced outages of several power plants and the maintenance shutdown of the Malampaya natural gas facility from October 12 to 15.


Let's get started !
So if you were to write programs in any language, what are the things that u need the most to get you started.?
Any guess? Well, Incase you couldn't come up with anything, lemme help you with it.
I'm not going to ask what you gonna use it for.. I don't care about that anyway. So, say you want to write a simple program, which takes
two numbers, adds them and displays the result; What are the things you'll need to achieve this?
- First of all, you need to know how a program is structured in that particular language
For example, A typical C program would look like this,
#include<stdio.h> //saves you the trouble of writing low level code
int main(){ //this is the main entry point for the program
//do something
return 0; //have to return something because of type signature
}
- So what about Python? What kind of structure does this language follow? Well, Nothing that grand.
What matters the most in python program is Indentation.If you want to know more about python's structure, feel free to google.
-
Now, for any program, you should know atleast how to print stuff to the screen.
>>> print( "Hello World" )
Hello World
>>> print( "%s" % "Hello World")
Hello World
I've shown you two ways to print stuff, for more, well, go on, google it or try this;
-
So, now that you know how to print stuff, let's move on to something else. So how do you store data?
If you have experience with other languages, you should know about variables and constants. So how do you use a variable in python?
Well, just name it and use it :) you don't have to worry about data types and stuf like that.
>>>a = 10
>>>print(a)
10
>>>a="yo"
yo
For more on variables, constants, literals, well google it, or atleast click here!.
-
So what if you want to interact with user? like maybe get input from him? So how do you achieve that?
In python 3.x , you can take input easily using input() func.
>>>a=input("enter a number? ")
enter a number? 15
>>>print(a)
15
-
So, let's go a little fancier, Let's write a function!!!! A function in python starts with def keyword, followed by the name of the function, and then parameters enclosed in (). and in the end, a ': ' This marks the start of the function,
now from next line, all lines that are indented become the body of the function. Function body ends with the indentation.
As always, google if you want to know the specifics.
def add ( p ,q ) :
return p+q
a = input ("Enter a: ")
b = input ("\nEnter b: ")
print("\nSum is %d" % add(a,b))
>>>python3 add.py
Enter a: 10
Enter b: 20
Sum is 30
And if you wanna play around, you can use this online python compiler
-
Maybe we forgot something rather important.. Oh yeah, Loops.!. Well this is how you do it,
for [iterating variable] in [sequence]:
[do something]
>>> for i in range ( 0 , 5 ) :
... print(i)
...
0
1
2
3
4
Don't take those '...' in account, that is just console going to next line and allowing us to write more lines of code.Note however, that indentation has still been done(4 spaces). That's really important.
Well That's it for today, I just thought that knowing these might give you an heads up. Text me when you are done with this.


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Test
Text around the definition list.
 It is a blockquote.


Welcome to Steel Blue's Textbook Exchange! Please log-in to use our services. Do note that you need to have a valid UH Username in order to log-in!


This example creates a Sankey chart to show how traffic flows from the homepage, split by device category.
Steps to achieve this are:
google_analytics_4
to get unique pageviews, split by the secondPagePath dimension. We apply a dimension filter to limit the results only to users landing on our website homepage.googleVis
package library and build a gvisSankey
plot. We set some options to colour traffic paths according to the referring channelGrouping
for our visitors.These examples were built thanks to the excellent articles on r-bloggers.com by Tony Hirst. For more information, see:
Be sure you’ve completed the steps on the Initial Setup page before running this code.
For the setup, we’re going to load a few libraries, load our specific Google Analytics credentials, and then authorize with Google.
# Load the necessary libraries. These libraries aren't all necessarily required for every
# example, but, for simplicity's sake, we're going ahead and including them in every example.
# The "typical" way to load these is simply with "library([package name])." But, the handy
# thing about using the approach below -- which uses the pacman package -- is that it will
# check that each package exists and actually install any that are missing before loading
# the package.
if (!require("pacman")) install.packages("pacman")
pacman::p_load(googleAnalyticsR, # How we actually get the Google Analytics data
tidyverse, # Includes dplyr, ggplot2, and others; very key!
devtools, # Generally handy
googleVis, # Useful for some of the visualizations
scales) # Useful for some number formatting in the visualizations
# Authorize GA. Depending on if you've done this already and a .ga-httr-oauth file has
# been saved or not, this may pop you over to a browser to authenticate.
ga_auth(token = ".ga-httr-oauth")
# Set the view ID and the date range. If you want to, you can swap out the Sys.getenv()
# call and just replace that with a hardcoded value for the view ID. And, the start
# and end date are currently set to choose the last 30 days, but those can be
# hardcoded as well.
view_id <- Sys.getenv("GA_VIEW_ID")
start_date <- Sys.Date() - 31 # 30 days back from yesterday
end_date <- Sys.Date() - 1 # Yesterday
If that all runs with just some messages but no errors, then you’re set for the next chunk of code: pulling the data.
Now we’re ready to make our call to the google_analytics_4
function. We’ll pull the uniquePageViews
metric, combined with the channelGrouping
and secondPagePath
(read about this metric in the GA reporting documentation).
Before making the call, we need to build a filter_clause_ga4
object, containing one dim_filter
to get data only for sessions where our users landed on the homepage of our site. Mark Edmondson has written some very helpful documentation on the new filter clauses - read the documentation here.
The code below will build a list which can be passed as an argument to our google_analytics_4
request. We use a regular expression to identify the homepage. The code below assumes the homepage shows up in your Pages report as simply “/”, but you can adjust the expressions
argument if that’s not actually the case (or, of course, you can run this entire example for any landing page you choose by adjusting that argument. Or… create multiple Sankey charts for each of your top landing pages; oh…the possibilities!) .
# Create page filter object
page_filter <- dim_filter(
dimension = "landingPagePath",
operator = "REGEXP",
expressions = "^/$")
homepage_filter <- filter_clause_ga4(list(page_filter))
# Now, we're ready to pull the data from the GA API. We build a `google_analytics_4` request,
# passing the `homepage_filter` to the `dim_filters` argument.
home_next_pages <- google_analytics(
viewId = view_id,
date_range = c(start_date, end_date),
dimensions = c("secondPagePath", "channelGrouping"),
metrics = "uniquePageviews",
dim_filters = homepage_filter,
max = -1,
anti_sample = TRUE
)
# Go ahead and do a quick inspection of the data that was returned. This isn't required,
# but it's a good check along the way.
head(home_next_pages)
| secondPagePath | channelGrouping | uniquePageviews |
|---|---|---|
| (not set) | (Other) | 4 |
| (not set) | Direct | 354 |
| (not set) | Display | 3 |
| (not set) | 1 | |
| (not set) | Organic Search | 337 |
| (not set) | Referral | 213 |
What we have is a data frame containing unique pageviews per next page for visits which started on your homepage, split by traffic source. The data used here isn’t from a site with the world’s most diverse and interesting set of channels, but, with luck, your data will be!
We have a small problem in the number of possible next pages for our sessions (you don’t need to include this code – it’s just checking the number of unique values for the secondPagePath
dimension in our data set).
length(unique(home_next_pages$secondPagePath))
## [1] 25
We should thin this down to a number which can be easily visualised, which is a two-step process:
# Build the data frame of top 10 pages:
top_10 <- home_next_pages %>%
group_by(secondPagePath) %>%
summarise(upvs = sum(uniquePageviews)) %>%
top_n(10, upvs) %>%
arrange(desc(upvs))
# Using this list of our top 10 pages, use the `semi_join` function from `dplyr` to restrict
# our data to pages & channels that have one of these top 10 pages as the second page viewed.
home_next_pages <- home_next_pages %>%
semi_join(top_10, by = "secondPagePath")
# Check the data again. It's the same structure as it was originally, and the head() is likely
# identical. But, we know that, deeper in the data, the lower-volume pages have been removed.
head(home_next_pages)
| secondPagePath | channelGrouping | uniquePageviews |
|---|---|---|
| (not set) | (Other) | 4 |
| (not set) | Direct | 354 |
| (not set) | Display | 3 |
| (not set) | 1 | |
| (not set) | Organic Search | 337 |
| (not set) | Referral | 213 |
Now we have a data frame ready for plotting, using our top 10 pages. Again, you don’t need to include this code. We’re just showing that we’re now down to 10 unique values for secondPagePath
.
# Only 10 unique URLs are in our results, now
length(unique(home_next_pages$secondPagePath))
## [1] 10
We’ll make use of the gvisSankey
function to build our plot ( read the function documentation ).
# Reordering colums: the gVisSankey function doesn't take kindly
# if our df columns aren't strictly ordered as from:to:weight
home_next_pages <- home_next_pages %>%
select(channelGrouping, secondPagePath, uniquePageviews)
# Build the plot
s <- gvisSankey(home_next_pages)
# chartid = chart_id)
plot(s)
Note how you can actually mouse over the different values to see additional details.
Our first chart is a nice enough start, but pretty messy and hard to discriminate between traffic sources. We should try to colour node links according to the source (channelGrouping
).
You can control the appearance of your sankey chart, including link colours, by passing options
values in using a json object or as part of a list. I find it easier to write the values as json, for readability.
We have multiple possible channel groupings in our GA data. If we know how many we’ll include (which we could have addressed in our Data Munging by forcing just the top X channels), then we could define a list of colors that is exactly that long. For now, we’re going to define 8 colour values, even though that’s more than we actually need.
We can generate these colour values as hex codes using the colorbrewer website. Colorbrewer helps to ensure our colours can be differentiated and follow good practice for data visualisation.
# 8 values from colorbrewer. Note the use of array notation
# colour_opts <- '["#7fc97f", "#beaed4","#fdc086","#ffff99","#386cb0","#f0027f","#bf5b17","#666666"]'
colour_opts <- '["#7fc97f", "#beaed4","#fdc086","#ffff99"]'
# Set colorMode to 'source' to colour by the chart's source
opts <- paste0("{
link: { colorMode: 'source',
colors: ", colour_opts ," }
}" )
# This colour list can now be passed as an option to our `gvisSankey` call. We pass them to the
# `options` argument for our plot.
s <- gvisSankey(home_next_pages,
options = list(sankey = opts))
plot(s)
This is a bit more useful. Still messy, but if you build your own plot, you’ll notice that when you hover over each node, tooltips will appear to give you information about the source, destination, and volume of pageviews.
We may find it useful to limit the use of colour and focus on a subset of the data. Let’s highlight the second channel and wash out the colour for all other traffic sources.
# 25% gray for all sources except the second one.
colour_opts <- '["#999999", "#7fc97f","#999999","#999999","#999999","#999999","#999999","#999999"]'
opts <- paste0("{
link: { colorMode: 'source',
colors: ", colour_opts ," },
node: { colors: '#999999' }
}" )
# This colour list can now be passed as an option to our `gvisSankey` call.
s <- gvisSankey(home_next_pages,
options = list(sankey = opts))
plot(s)
This is a bit easier to read. There is plenty more work that can be done, but hopefully this guide provides enough information to get you started.
Remember that the number of next pages can be controlled to your preference. It could also be interesting to classify traffic by segment rather than channelGrouping
, and use the segment types as your sources.
Full documentation on googleVis
sankey charts can be found at https://developers.google.com/chart/interactive/docs/gallery/sankey#controlling-colors
This site is a sub-site to dartistics.com


| Home |
| These tools allow me to be productive from Mac OS X to iOS. |
|
Productivity application for Mac OS X, which aims to
save you time in searching your local computer and the web. |
|
|
|
Sync your files online and across computers. |
|
|
|
Capture. Sync. Find. Remember everything. |
|
|
|
The stories you need to keep ahead. A single place to
read your favorite newspapers, magazines and blogs. |
|
|
|
Browse the web, Chrome Fast. Google Chrome runs web
pages and applications with lightning speed. |
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Push email, push contacts, push calendar. Everything in
sync.


--- layout: archive title: Zulip Chat Archive permalink: /stream/144837-PR-reviews/topic/.23820.20lexicographic.20orders.html ---
@Reid Barton, could you explain what you meant by
It might be worth also defining the < relations as the obvious thing analogous to <= and supplying the field lt_iff_le_not_le.
I'm not sure what this entails.
there is a prod.lex
function that produces <
relations, and you could define a similar one for <=
Basically lt := \lam (x1, y1) (x2, y2), x1 < x2 \/ (x1 = x2 /\ y1 < y2)
You can actually use lex (<) (<=)
for le too, I think.
Sorry, still confused. Where does something need to be changed/added?
In the definition of the preorder instance there are optional fields you didn't supply
oh! okay
Done. I'm happy with this now.
What do you think about instead using prod.lex
to define the ordering?
It's not used all that widely, but you could reuse lex.decidable
, for example
meh, I'm not that excited to do this.
Would you object if the PR were to magically change to use prod.lex
?
Not at all.
I just don't see the reason for someone to do that work. :-)
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


{% comment %} This is the template for rebases shown in the parent review request's change description. We expect the following context arguments: - old_base: The sha of the old base commit. - new_base: The sha of the new base commit. - repo_path: The base path of the repository to link to. {% endcomment %}
| from | {{ old_base|escape }} |
|---|---|
| to | {{ new_base|escape }} |


- findExpectedResult(Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.DoubleToQuadTester
-
Calculates a BigDecimal
with the value of the expected result of conversion from double
to Quadruple
.
- findExpectedResult(Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.LongToQuadTester
-
Calculates a BigDecimal
with the value of the expected result of conversion from long
to Quadruple
.
- findExpectedResult(Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.QuadToBDToQuadTester
-
Calculates a BigDecimal
with the value of the expected result of conversion
from Quadruple
to BigDecimal
and back to Quadruple
, that is the value of the input parameter.
- findExpectedResult(Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.QuadToDoubleTester
-
Calculates a BigDecimal
value of the expected result of conversion from Quadruple
to double
(the input value rounded to the nearest double as a BigDecimal)
Throws NumberFormatException
for values that can't be represented as BigDecimal
(NaN, Infinity, -Infinity)
- findExpectedResult(Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.QuadToIntTester
-
Calculates a BigDecimal
with the value of the expected result of conversion from Quadruple
to int
.
- findExpectedResult(Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.QuadToLongTester
-
Calculates a BigDecimal
value of the expected result of conversion from Quadruple
to long
.
- findExpectedResult(Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.QuadToStringToQuadTester
-
Calculates a BigDecimal
with the value of the expected result of conversion
from Quadruple
to String
and back to Quadruple
, that is the value of the input parameter.
- findExpectedResult(Quadruple, Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.StaticAdditionTester
-
Calculates a BigDecimal
with the value of the expected result of the addition of the two operands.
- findExpectedResult(Quadruple, Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.StaticDivisionTester
-
Calculates a BigDecimal
with the value of the expected result of the division of the two operands.
- findExpectedResult(Quadruple, Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.StaticMultiplicationTester
-
Calculates a BigDecimal
with the value of the expected result of the multiplication of the two operands.
- findExpectedResult(Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.StaticSqrtTester
-
Calculates a BigDecimal
with the value of the expected result of the sqrt()
function.
- findExpectedResult(Quadruple, Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.StaticSubtractionTester
-
Calculates a BigDecimal
with the value of the expected result of the subtraction of the two operands.
- findExpectedResult(Quadruple, Quadruple) - Method in class com.mvohm.quadruple.test.TesterClasses.BinaryFunctionTester
-
An implementation provided by a descendant should calculate the expected result of the tested operation
applied to the given operands and return its value as BigDecimal
.
- findExpectedResult(Quadruple) - Method in class com.mvohm.quadruple.test.TesterClasses.UnaryFunctionTester
-
The default implementation returns the
BigDecimal
value of the given
Quadruple
operand.
- findExpectedString(Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.QuadToBDToQuadTester
-
for Quadruple
to String
and back to Quadruple
conversion,
Returns "#Error was expected#" in case if the operand is Infinity
,
to avoid counting such cases as source errors
- findExpectedString(Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.QuadToDoubleTester
-
Returns a string representations ("Infinity" or "-Infinity") for values that don't
fall within the range of values allowed for Double
- findExpectedString(Quadruple, Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.StaticAdditionTester
-
Returns a string representation of the expected result of the addition in cases
when one or both operands are not convertible to BigDecimal
.
- findExpectedString(Quadruple, Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.StaticDivisionTester
-
Returns a string representation of the expected result of the division in cases
when one or both operands are not convertible to BigDecimal
or the divisor is zero
- findExpectedString(Quadruple, Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.StaticMultiplicationTester
-
Returns a string representation of the expected result of the multiplication in cases
when one or both operands are not convertible to BigDecimal
.
- findExpectedString(Quadruple, Quadruple) - Method in class com.mvohm.quadruple.test.SpecificTesterClasses.StaticSubtractionTester
-
Returns a string representation of the expected result of the subtraction in cases
when one or both operands are not convertible to BigDecimal
.
- findExpectedString(Quadruple, Quadruple) - Method in class com.mvohm.quadruple.test.TesterClasses.BinaryFunctionTester
-
An implementation provided by a descendant should return a string representation
of the expected result in case when the result can't be expressed as a BigDecimal,
for instance if the result should be NaN or Infinity.
- findExpectedString(Quadruple) - Method in class com.mvohm.quadruple.test.TesterClasses.UnaryFunctionTester
-
Returns a string representation of the calculated expected value.
- formatQuadruple(String, Quadruple) - Static method in class com.mvohm.quadruple.test.AuxMethods
-
Converts the value of the given Quadruple
instance to a String
representation
formatted in accordance with the given format string.
- FULL_BD_LENGTH - Static variable in class com.mvohm.quadruple.test.DataItem
-