If you write more than one application, you may find yourself repeating a lot of effort. You may end up writing the same routines several times, or defining very similar classes for different applications.
For this reason, GEOS lets you define libraries . Libraries are much like applications. However, they don't do anything on their own; instead, they must be loaded by other geodes. They provide applications with routines and object classes. This lets applications share code easily and efficiently.
1 Design Philosophy
2 Library Basics
3 The Library Entry Point
4 Exported Routines and Classes
5 Header Files
6 Compiler Directives
GEOS libraries are designed to make code-sharing simple and efficient. They allow several different applications to make use of the same routines and classes while using the minimum amount of space.
Conventional libraries are fully included in each application. The usual technique is to write a header file which contains the code for the library's routines. Any application which needs to use the routines can then include this library. This has one main advantage: The code can be written and tested once, and applications can then rely on it to work. However, there is a severe drawback to this approach: every application which uses the library will contain identical code. This is not a problem for non-multitasking environments; if only a single application can run at a time, then there will be only a single copy of each library. In a multithreaded environment like GEOS, however, this is a very inefficient use of resources.
GEOS libraries solve this problem. Each geode specifies which libraries it will use, either at compile-time (in the
.gp
file) or at run-time (with
GeodeUseLibrary()
). The kernel will see to it that the library is loaded when necessary. This means that if a dozen applications are all using the same library, the code needs only be loaded once.
Conventional libraries contain only routines. GEOS libraries, on the other hand, may contain both routines and object classes. There are several advantages to defining a class in a library instead of in an application. First, there is the same code-sharing benefit that routines have. If a class is defined in a library, the heap will contain at most one copy of each of the class's methods, no matter how many applications use objects from that class. There is another advantage as well; all applications which use that class can be sure that they are using objects whose definitions are identical. This makes it possible for applications to send messages to objects owned by other geodes.
Writing a library is very much like writing an application. There are only a few differences, which are covered in this appendix. You should already be familiar with writing applications before you try to write a library.
A library is a geode, much like an application geode. However, its behavior is slightly different. In particular, libraries do not have any threads of their own, unless they explicitly create them.
When a geode calls a routine which is exported from a library, the routine is run by the thread which made the call, not by the library's thread. This has several implications. First, it means that a library's response time is not dependent on the number of applications which use the library. An application which uses the library a lot will do so on its own time and may have its priority reduced accordingly. Indeed, a library with many users is likely to perform better than one with few users, since its code will be less likely to be swapped out of the global heap. Similarly, library routines will use the stack of the calling thread; this means that the same routine can be called by several different threads at once, with less danger of a synchronization problem.
Another consequence is that if a library routine allocates memory, that memory will belong to the owning geode. Thus, when the application exits, the memory will automatically be freed; on the other hand, if the library exits before the application does, the memory block will remain. If a library wants to have the block owned by the library geode, it must set the owner explicitly.
Geodes which use a library are said to be its "clients." A client may declare that it uses a library in its
.gp
file, or it may load the library at runtime by calling
GeodeUseLibrary()
. One library may be a client of another; in this case, when the first library is loaded, the second will be as well.
A library may have a single special routine, known as its entry point . The kernel calls this routine to inform the library when it is launched or freed, when it acquires a new client, or when a client is unloaded. The entry point routine is described more fully in The Library Entry Point .
A library may export object classes or routines. If a routine is exported, it may be called by any geode which uses the library. If an object class is exported, any geode which uses the library may instantiate objects of that class, and may define a subclass of it.
Every library should have a library header file. This header file contains declarations for all exported routines and classes, as well as definitions of any appropriate macros, constants, structures, etc. Every geode which uses the library will need to include this header file. If the library exports any object classes, the header file should be a Goc header file with the suffix .goh ; otherwise it should be a standard C header file with the suffix .h . The header file is described in more detail in Header Files .
LibraryEntry(), LibraryCallType
A library may need to do bookkeeping when it is launched, when a client is attached, or at other times. For this reason, some libraries will have an entry point routine. The entry point routine is called by the kernel; it should never be called by other geodes. Some of the calls are made in the kernel thread, while others are made by a geode's thread. All of the calls are made automatically by the kernel.
An entry point routine must take two arguments. The format of an entry point is shown in A Library Entry Point .
Code Display C-1 A Library Entry Point
Boolean _pascal LibraryEntry(LibraryCallType ty, GeodeHandle client);
When the kernel calls the entry point routine, it passes the following arguments:
LibraryCallType
enumerated type. This specifies why the kernel is calling the routine. This type is described below.
LibraryCallType
values are passed.The entry point should return true if an error occurs; otherwise it should return false (i.e. zero).
LibraryCallType
contains the following members:
GeodeUseLibrary()
, or a geode which depends on the library is being launched. The
client
parameter contains the
GeodeHandle
of the new client. The call is made in the kernel thread.
GeodeHandle
of the thread's owner. The call is made in the new thread.
GeodeHandle
of the thread's owner. The call is made in the soon-to-be destroyed thread.
GeodeUseLibrary()
has just called
GeodeFreeLibrary()
. The
client
parameter contains the
GeodeHandle
of the former client. The call is made in the kernel thread.
Sometimes a single action can prompt several calls to the entry point, each with a different
LibraryCallType
value. For example, suppose FooWrite is launched. This application's
.gp
file specifies that it uses the BarObj library. At the time FooWrite is launched, BarObj has not been loaded. The kernel will automatically launch BarObj and immediately call the entry point with parameter LCT_ATTACH. The kernel will then call the entry point again with parameter LCT_NEW_CLIENT, passing FooWrite's
GeodeHandle
. It will then call the entry point once for each FooWrite thread, passing LCT_NEW_CLIENT_THREAD; it will make these calls as each thread is started.
Some libraries will not need to take any actions when the entry point is called; these libraries need not have an entry point routine. On the other hand, some libraries will need to do bookkeeping chores. This is left entirely to the library's discretion.
The entry point should take care not to perform any actions with side effects outside the library. If the entry point allocates memory, it should make sure to make the library's geode the block's owner. Similarly, the entry point should not change the working directory; instead, it should use
FilePushDir()
and
FilePopDir()
to make temporary changes to the working directory.
Writing routines for a library is very much like writing them for an application. Simply export the routine in the .gp file and any geode which uses the library will be able to call the routine.
It is important when writing routines for export to document the routines exhaustively. Remember that the library will probably be used by other programmers; they will rely on the routines to behave exactly as specified. Exported routines should also minimize side effects; for example, it is a bad idea for a library routine to change the working directory without changing it back, unless that is the routine's main purpose.
Most libraries will have a number of routines which are not for export, but are used by routines that are exported. These are simply written normally, and are not exported in the
.gp
or declared in the header file. Remember that programmers will not see these routines; their side effects should thus be fully documented with the exported routines which call them.
Some libraries will declare classes of objects. In this case, the library should specify in the
.gp
file that it uses whichever library defines the superclass of the object. For example, if a library defines a subclass of
GenClass
, it should specify that it uses the
UI
library. It should then export the new class.
Some libraries will declare classes that are not intended to be used by clients. For example, the Impex library declares
ImportExportClass
. This class is never instantiated; it contains code and instance data that are used by its subclasses (
ImportControlClass
and
ExportControlClass
). Such "hidden" classes need not be exported. However, the classes must be fully declared in the header files so the subclasses can be defined accurately and consistently.
Every library should have at least one header file. This file contains declarations and definitions which are needed by each of the geodes which uses the library.
If a library exports routines but does not export object classes, its header will be a standard C header file. This file should contain declarations of every exported routine. It should also contain the definitions of any macros, constants, structures, etc., which clients might use.
If a library exports object classes, its header will be a Goc header with the suffix
.goh
. In addition to routine declarations, it must contain the complete declarations of each of the exported object classes, including all the message declarations. A
.goh
file should begin with the Goc directive "
@deflib <
libname>", and end with the directive "
@endlib
". This ensures that the header will only be included once, even if the code tries to include it several times.
Large libraries may have several header files. For example, a library might declare several similar object classes. It is usually simpler to write a separate header for each class; a client can then include only the headers for classes which it will use. Note that the header for a class should use a Goc
@include
directive to include the header for that class's superclass.
It is of the utmost importance that the headers be kept in synchronization with the libraries they describe. As a rule, a library will include each one of those headers; that helps to keep all the files compatible. Nevertheless, you must be careful whenever changing a library.
Libraries have to be compiled slightly differently from applications. Since library routines are run under application threads, they must treat global variables differently than applications do. You must therefore add pragmas to ensure that the library is compiled correctly.
There are several steps to take:
ss
register to be the same as
ds
.
dgroup
segment address into
ds
at the start of exported routines.Most compiler manuals have a section on compiling dynamically-linked libraries (DLLs) for Microsoft Windows; this section will describe how to set up these conditions. Note that you need only do this if your library will have its own global or static variables. If the library's routines and methods use only local, automatic variables, you need not perform these actions.
When you compile a library, you must pass the argument "-L <libname>" to Goc. Edit your local.mk file to make it insert this flag. For more information about the local.mk file, see Using Tools chapter.
Finally, if your library is written in C or Goc (or if its API is in C, even if some internal routines are written in assembly), you must indicate this by putting the flag
c-api
on the "type" line of the library's
.gp
file. This instructs the kernel to pass arguments on the stack (instead of in registers) when calling the entry point routine.


Currently a Full-Stack Web Development Student at University of Washington Boot Camp. Current Languages: Javascript, CSS and HTML. Other Technolgoies: Node.js, Sequelize.js and SQL.


--- layout: default title: Building ---
The distributed files are avaliable in the GitHub repository, but if you want to build this component, you can make this with the folowing steps.
git clone https://github.com/EduardoJM/Image-Comparer.git
cd Image-Comparer
npm install
To build the sass and the javascript files, run the tasks:
gulp sass
gulp js
If you want to watch for javascript source files modification, use the task:
gulp watchJS
And if you want to watch for sass source files modification, use the task:
gulp watchSASS


Synopsis: Sauron's forces have laid siege to Minas Tirith, the capital of Gondor, in their efforts to eliminate the race of men. The once-great kingdom, watched over by a fading steward, has never been in more desperate need of its king. But can Aragorn (Viggo Mortensen) answer the call of his heritage and become what he was born to be? In no small measure, the fate of Middle-earth rests on his broad shoulders. With the final battle joined and the legions of darkness gathering, Gandalf (Ian McKellen) urgently tries to rally Gondor's broken army to action.
He is aided by Rohan's King Theoden(Bernard Hill), who unites his warriors for history's biggest test. Yet even with the forces of men--with Eowyn (Miranda Otto) and Merry (Dominic Monaghan) hidden among them--are no match for the enemies swarming against Gondor. Still, in the face of great losses, they charge forward into the battle of their lifetimes, tied together by their singular goal to keep Sauron distracted and give the Ring Bearer a chance to complete his quest.
Their hopes rest with Frodo (Elijah Wood), a tiny but determined hobbit making a perilous trip across treacherous enemy lands to cast the One Ring into the fires of Mount Doom. The closer Frodo gets to his final destination, the heavier his burden becomes and the more he must rely on Samwise Gamgee (Sean Astin). Gollum--and the Ring itself--will test Frodo's allegiances and, ultimately, his humanity. The Lord of the Rings: The Return of the King concludes the epic story of these characters, their relationships and rivalries, and reveals how through courage, commitment and determination even the least of us can change the world. (more info)


This displays a list of books in the JSON format.
The JSON file can be viewed here: google-books-search.json


Deadspottr, a robot capable of monitoring wifi signal strength was built using ROS and Python, on the TurtleBot3 Platform. The build process, functionality, and final analyses are documented.
Deadspottr, a robot capable of monitoring wifi signal strength was built using ROS and Python, on the TurtleBot3 Platform. The build process, functionality, and final analyses are documented. Included is a ROS node that constantly publishes the wifi-signal strength as measured by dBm (decibels per milliwatt). Also included is the accompanying TurtleBot3 build documentation.
For the build instructions, detailed step-by-step was documented on Medium. These will get you a copy of the project up and running on your local machine for development and testing purposes. To play around with the code yourself, all source-files are available on Github . For a final project video, documenting the usage, check out Youtube.


Xiangru will receive an email notification about this file sharing, with the download link enclosed.
Click here to upload another file.


Lighting General Information
28 Aug 2016###CONTROL
House Board is Strand Light Palette Classic
Strand Shownet Ethernet lighting network
N21 Ethernet to DMX nodes available Remote Focus Unit Available
Houselights and Worklights controlled via Strand Vision Net, auxiliary console, and wall panels around the space, as well as through primary console (HTP)
###POWER
400 Amp Three Phase Company Switch available for additional power needs, any use of which must be approved in advance
###DIMMERS/CIRCUITS
Circuits are 1:1 with corresponding dimmers * 192 Strand C21 Dimmers (1-169 for stage lighting) * 48 20Amp Non-Dim Circuits (204-223 available)
Dimmed Circuits - Stage Pin
- 1-52: FOH in Catwalks (52)
- 53-88: Stage Level (36)
- 89-148: on Electrics (60)
- 149-157: Permanently wired to Fixed Pars in Ceiling
- 158-160: Extra Circuits on Electric 2 (numbered OL 210-212)
- 161-169: Extra FOH circuits in Catwalks (9) (numbered OL 213-221)
Non-Dim Relays - Twistlock (L5-20) 210-217: FOH in Catwalks (8)
- 204-209: Stage Level (6)
- 218-223: on Electrics (6)
Work/House Light Circuits
- 170-172: Booth track lights (dim)
- 173, 174: Blue Running Lights
- 175, 243: Work/Running Lights Back Stage (dim) 176,184: Projector Booth Track Lights (dim) 177,201: Catwalk Access
- 178: North and West Vestibules (dim)
- 179: Stage Vestibule (dim)
- 181-182: Constant On (Power to House Accents) 193,183,194: Booth work lights
- 195, 196: Stage Works
- 197: Catwalk Works
- 198: Projector Booth work lights
- 199: Work Lofts Works
- 200: Work Lofts Works
- 241: FOH Works (1st Catwalk)
- 244-249: House Lights (dim)
- 250-253: House Accents (Dimming Control)
###LIGHTING POSITIONS
Front of House
-
Catwalk 1
- Lighting network, dimmed lighting circuits, non-dim power available Throw distance approximately 37’ to Downstage Center
- Length: 47’, Length of ceiling opening: 44’
-
Catwalk 2
- Lighting network, dimmed lighting circuits, non-dim power available Throw distance approximately 46’ to Downstage Center
- Length: 47’, Length of ceiling opening: 44’
- Design does not permit lights to be pointed far upstage from this position
Flown Lighting Positions
Electric 1 (U5)
- Lighting network, dimmed lighting circuits, non-dim power available
30’ Trim, Length 41’8”, Throw distance approximately 36’ to DSC
Electric 2 (U6)
- Dimmed lighting circuits run individually for cyc lights
30’ Trim, Length 41’0”, Throw distance approximately 40’10” to DSC
Electric 3 (U7)
- Lighting network, dimmed lighting circuits, non-dim power available
30’ Trim, Length 41’0”, Throw distance approximately 41’ to DSC
###FOLLOWSPOTS
Two Lycian SuperArc 400 Followspots with manual color changers are available, usable from the FOH Followspot booth. The throw is approximately 90 ft to the front of the stage. Use of followspots must be approved in advance.
###FOG AND HAZE MACHINES
Usage of any fog/smoke/haze/atmospherics must be approved in advance
###STROBES/LASERS
Usage of strobe lighting or lasers must be approved in advance
###PYROTECHNICS, NAKED FLAME
No pyrotechnics or flames of any sort are allowed in the space


Location: {{activity.location}}
Time: {{cleanDate(activity.time)}}
Email of the person: {{activity.email_user}}
User Rating: 9/10
Pet Rating: 10/10


Hong Kong Govt: We are strongly opposed to the passage of the Hong Kong bill in the House
by Dhwani MehtaThe latest statement is out from the Hong Kong government, as they strongly condemn the US House approval of the Hong Kong human rights bill, which US President Trump is expected to sign into law.
Key Quotes:
“We are strongly opposed to the passage of the Hong Kong bill in the House.“
“US bills will not help to ease social unrest.”
“Sends the wrong signal to protesters.”
The overall market sentiment is dented on worsening US-China relations over the Hong Kong row, which most fear could translate into a fallout in trade talks.
Therefore, markets are not seen buying into Chinese Vice-Premier Liu He’s trade optimism, with the Asian equities, Treasury yields and US equity futures still reporting moderate losses. Meanwhile, USD/JPY is struggling to extend its latest bounce from 50-DMA at 108.28.


Manhattans Top Real Estate Brokers
TOWNS TMG TEAM
About the App
RealState expedites the time students spend on their workload by enabling them to communicate with one another effortlessly to complete any form of assignment, and/or college related question.
Ask
Answer
Features
- Ask questions anonymously
- Give answers anonymously
- Receive money for helping others
- Share documents and pictures using Dropbox
- Chat individually with other users
- Post to a variety of colleges
- Review other users
- View where answers are coming from


Welcome to the Book of Hours Comparison Tool. This page will allow you to search the Books of Hours, by keyword or by category, and compare pages of different books side by side. Clicking on any image will take you directly to Harvard Library's Digital Page Delivery System where you can view higher quality images and page through the rest of the book. To get started, try looking at the "Calendar" in each book or search for "child."


SlideTracker is a work in progress. We are constantly adding new features and improving stability.
To see the latest progress or contact us for bugs or improvements have a look at
our github repository.
Installing the PowerPoint Add-in
- STEP 1:
-
Make sure you have Windows and PowerPoint 2010/13 installed on your system. Then download the installer:
- STEP 2:
-
Make sure all MS office programs are closed.
- STEP 3:
-
Unzip the file and run setup.exe. (It might be necessary to click OK to trust the program.)
- STEP 4:
-
Finish the installation and run PowerPoint.
- STEP 5:
-
Verify that you can see the 'slideTracker' tab. Done!
- *NOTE:
-
If you can't see the add-in or have other problems, please contact us.
Using the add-in:
- STEP 1:
-
Go to the slideTracker tab and click 'Start Broadcasting'. Done! Your audience can follow the presentation by going to slidetracker.org
and typing in the ID that will be automatically shown on your slides.
- STEP 2:
-
You can go to the options menu and adjust settings such as ID display location or allow PDF download.
- *NOTE:
-
Closing PowerPoint will automatically delete your presentation from our servers. If for some reason the connection is interrupted we will
automatically clean up after a few hours of inactivity.


Amazon DynamoDB Item Tracker
The Amazon DynamoDB Item Tracker sample application uses multiple AWS Services and the JavaScript V3 API. Collecting and working with items has never been easier! Simply perform these steps:
- Enter work items into the system by choosing the Add Items menu item. Fill in the form and then choose Create Item.
- The Item Tracker application stores the data into a DynamoDB table by using the DynamoDB JavaScript V3 API.
- You can view all of your items by choosing the Get Items menu item. Next, choose Get Active Items in the dialog box.
- You can modify an Active Item by selecting an item in the table and then choosing Get Single Item. The item appears in the Modify Item section where you can modify the description or status.
- Modify the item and then choose Update Item. You cannot modify the ID value.
- You can send an email recipient an email message with a report attachment by selecting the email recipient from the dialog box and then choosing Send Report.
- The Amazon Simple Email Service is used to send an email with an Excel document to the selected email recipient.


I have over 10 years of research and innovation experience including 5 years working on industry R&D and Innovation. I thrive as part of and leading interdisciplinary teams tackling complex challenges. I combine genetics, genomics, statistics and data analytics with intellectual property, innovation and systems level problems solving to transform challenges into value both in academic and industry environments.
Deep Learing Coursera Specialization, 2018
Coursera.com
Corporate Innovation edX MicroMaster, 2018
University of Queensland
Diploma on Intellectual Property, 2016
Pontificia Universidad Católica de Chile
PhD in Statistical Genetics, 2011
Institute of Psychiatry, King's College London
MPhil in Social, Genetic and Developmental Psychiatric Genetics, 2009
Institute of Psychiatry, King's College London
Bachelor in Biochemistry, 2007
Universidad de Santiago de Chile
Copy Number Variantion caller from sequencing data using the Sticky-HMM.
Phylostratigraphy to mine genome annotations
This is an example of using the custom widget to create your own homepage section.
I am a teaching instructor for the following courses at University X:


GPGPU, acronym for General-purpose computing on graphics processing units, is a recent phenomenon wich consist in the utilization of a graphics processing unit (GPU 9), which typically handles computation only for computer graphics and was optimized for a small set of graphic operation, to perform computation in applications traditionally handled by the central processing unit (CPU). Those operations (generation of 3D images) are intrinsically parallel, so, is not surprising if the underlying hardware has evolved into a highly parallel, multithreaded, and many-core processor. The GPU excels at fine grained, data-parallel workloads consisting of thousands of independent threads executing vertex, geometry, and pixel-shader program threads concurrently. Nowadays, the GPUs are not limited to its use as a graphics engine; there is a rapidly growing interest in using these units as parallel computing architecture due to the tremendous performance available in them. Currently, GPUs outperform CPUs on floating point performance and memory bandwidth, both by a factor of roughly 100 [@NvidiaprogGuide], easily reaching computational powers in the order of teraFLOPS. GPU works alongside the CPU providing an heterogeneous computation, simply offloading compute-data-intensive portion of program on GPU using it as co-processor highly specialized in parallel tasks. Plus since 2006, date when Nvidia has introduced CUDA, is extremely simple to program these kind of devices for general purpose tasks, although before that date this goal was achieved dealing directly with the graphic API using shaders with all the related constraints such as lack of integers or bit operations.


v1.0.0
(2018-05-08)
Breaking changes
- This is an example list item for the change log
- This is an example list item for the change log
New
- This is an example list item for the change log
- This is an example list item for the change log
- This is an example list item for the change log
Improved
- This is an example list item for the change log
- This is an example list item for the change log
- This is an example list item for the change log
Fixed
- This is an example list item for the change log
- This is an example list item for the change log
- This is an example list item for the change log
- This is an example list item for the change log


Pet Partners Sends Therapy Dogs to Capitol Hill amid Impeachment Hearings
Pet Partners, a therapy animal organization, worked with the Pet Industry Joint Advisory Council (PIJAC) to bring therapy dogs in an attempt to help staffers cope with impeachment stress.
Therapy dogs will be ruff-ing it on Wednesday from 11 a.m. to 3 p.m. in Room 902 of the Hart Senate Office Building and rooms 2043 and 2044 of the Rayburn House Office Building.
“Who better to bring comfort and relief to the hardworking folks on Capitol Hill than a furry group of loving, intuitive, and bipartisan Pet Partners therapy animals?” the groups asked in a news release touting the event.
The animals, which ITK hears will be registered therapy dogs, are meant to “offer congressional staff a break from the stress of wrapping up an exceptionally busy year” and to demonstrate the “health and wellness benefits of the human-animal bond.” According to therapy animal organization PAWS for People, the scientifically-proven benefits of pet therapy include decreasing anxiety, providing comfort, and even lowering blood pressure.
“This is a happy accident,” PIJAC President Mike Bober told People. “We had this planned for several months, so when they announced the date of the hearings, we thought ‘if there was ever a time for a bipartisan source of comfort and relief, it’s today.’”


To import the playlist into Spotify:
To add the top 10 tracks of an artist:
#top Aphex Twin
This will create a playlist consisting of ten most popular tracks of Aphex Twin. To add only the top 5 tracks, use #top5
.
To add tracks from similar artists:
#similar Aphex Twin
This will create a playlist consisting of the most popular tracks from the most similar artists to Aphex Twin.
To add the entire discography of an artist:
#artist Beach House
Result:
spotify:track:<Beach House Track #1> spotify:track:<Beach House Track #2> spotify:track:<Beach House Track #3> ...
To add an entire album to the playlist:
#album Substrata - Biosphere
Result:
spotify:track:<Substrata Track #1> spotify:track:<Substrata Track #2> spotify:track:<Substrata Track #3> ...
To order the tracks by Spotify popularity, use #order by
:
#order by popularity #artist Beach House
To order the tracks by Last.fm playcount, add the line #order by lastfm
:
#order by lastfm #artist Beach House
To sort the ordered tracks into groups, use #group by
:
#order by lastfm #group by artist #similar Beach House
This will create a Last.fm-ordered playlist of artists similar to Beach House, where tracks from the same artists are grouped together.
To group the tracks and then interleave them, use #alternate by
:
#order by lastfm #alternate by artist #similar Beach House
This will create a Last.fm-ordered playlist of artists similar to Beach House, with each track having a different artist from the previous track.
To add a track to the playlist, add a line on the form TITLE - ARTIST
:
Walk in the Park - Beach House Irene - Beach House Other People - Beach House Troublemaker - Beach House Wishes - Beach House
Result:
spotify:track:4oNXgGnumnu5oIXXyP8StH spotify:track:7rAjeWkQM6cLqbPjZtXxl2 spotify:track:2Nt4Uw91pQLXSJ28SttDdF spotify:track:4qbCRlvE5Bb9XNBjxARjoP spotify:track:7x4tFmih1JBITx0e2ucGrT
One can easily import M3U playlists (with the file extension .m3u
or .m3u8
), provided they contain EXTM3U
metadata. That is, the playlist should be on the form:
#EXTM3U #EXTINF:404,Desire Lines - Deerhunter Deerhunter/Halcyon Digest/06 Desire Lines.mp3 #EXTINF:230,Saved By Old Times - Deerhunter Deerhunter/Microcastle/10 Saved By Old Times.mp3 #EXTINF:202,Agoraphobia - Deerhunter Deerhunter/Microcastle/02 Agoraphobia.mp3 #EXTINF:133,Revival - Deerhunter Deerhunter/Halcyon Digest/03 Revival.mp3 #EXTINF:264,Twilight at Carbon Lake - Deerhunter Deerhunter/Microcastle/12 Twilight at Carbon Lake.mp3
The generator will automatically convert this to:
Desire Lines - Deerhunter Saved By Old Times - Deerhunter Agoraphobia - Deerhunter Revival - Deerhunter Twilight at Carbon Lake - Deerhunter
One can also work with existing Spotify playlists. By selecting the playlist’s tracks in Spotify, copying them, and then pasting them as text somewhere elsewhere, one obtains a list of links:
https://open.spotify.com/track/4oNXgGnumnu5oIXXyP8StH https://open.spotify.com/track/7rAjeWkQM6cLqbPjZtXxl2 https://open.spotify.com/track/2Nt4Uw91pQLXSJ28SttDdF https://open.spotify.com/track/4qbCRlvE5Bb9XNBjxARjoP https://open.spotify.com/track/7x4tFmih1JBITx0e2ucGrT
The generator will automatically convert this to:
spotify:track:4oNXgGnumnu5oIXXyP8StH spotify:track:7rAjeWkQM6cLqbPjZtXxl2 spotify:track:2Nt4Uw91pQLXSJ28SttDdF spotify:track:4qbCRlvE5Bb9XNBjxARjoP spotify:track:7x4tFmih1JBITx0e2ucGrT


Model
public class Model
| Field Summary | |
|---|---|
| array | |
| Form | |
| Schema | |
| string |
| Constructor Summary | |
|---|---|
| void |
| Method Summary | |
|---|---|
| void | save(bool forced) |
| void | |
| void | Hydrates an object with filtered vars in _POST |
| void | |
| void | delete(mixed id) |
| void | Generates an HTML form from the schema of the object |
| void | Displays generated HTML form |
| static void | selectAll($targetClass string, $pager \core\Citrus\data\Pager|boolean, mixed targetClass, bool pager) Data accessor : loads all objects of type $targetClass in database |
| static void | selectAllWhere($targetClass string, $pager \core\Citrus\data\Pager|boolean, mixed targetClass, mixed where, bool or_where, bool order, bool orderType, bool limit) Data accessor : loads all objects of type $targetClass in database |
| static void | selectAllLimit(mixed targetClass, mixed limit, bool pager) |
| static Schema | getSchema($targetClass Type, mixed targetClass) Gets the schema of the object |
| static integer | count(mixed targetClass, bool where) Counts how many objects of $targetClass exists in database according to the $where parameter. |
| false|object | getOne(integer id) Fetches the object of ID $id |
| static false|object | selectOne(integer id, mixed targetClass) Fetches the object of ID $id |
| static void | selectWhere($targetClass string, $where targetClass, mixed where) Data accessor : loads all objects of type $targetClass in database |
| false|object | hydrate(array args) Hydrates the object |
| void | |
| static boolean | deleteOne(string targetClass, integer id) Deletes the object of type $targetClass which ID is $id |
| static boolean | deleteSeveral(string targetClass, array ids) Deletes the objects of type $targetClass which ID is in the array $ids |
| void | |
| void | toArray(mixed merged) |
| void | toJSON() |
| static void | select($targetClass string, $pager \core\Citrus\data\Pager|boolean, mixed targetClass) Data accessor : loads all objects of type $targetClass in database |
public array $args
public Form $form
public Schema $schema
public string $tableName
public void __construct()
public void save(bool forced)
public void hydrateWithArgs()
public void hydrateByFilters()
Hydrates an object with filtered vars in _POST
public void hydrateManyByFilters()
public void delete(mixed id)
public void generateForm()
Generates an HTML form from the schema of the object
public void displayForm()
Displays generated HTML form
public static void selectAll($targetClass string, $pager \core\Citrus\data\Pager|boolean, mixed targetClass, bool pager)
Data accessor : loads all objects of type $targetClass in database
public static void selectAllWhere($targetClass string, $pager \core\Citrus\data\Pager|boolean, mixed targetClass, mixed where, bool or_where, bool order, bool orderType, bool limit)
Data accessor : loads all objects of type $targetClass in database
public static void selectAllLimit(mixed targetClass, mixed limit, bool pager)
public static Schema getSchema($targetClass Type, mixed targetClass)
Gets the schema of the object
public static integer count(mixed targetClass, bool where)
Counts how many objects of $targetClass exists in database according to the $where parameter.
public false|object getOne(integer id)
Fetches the object of ID $id
public static false|object selectOne(integer id, mixed targetClass)
Fetches the object of ID $id
public static void selectWhere($targetClass string, $where targetClass, mixed where)
Data accessor : loads all objects of type $targetClass in database
public false|object hydrate(array args)
Hydrates the object
public void hydrateAssoc()
public static boolean deleteOne(string targetClass, integer id)
Deletes the object of type $targetClass which ID is $id
public static boolean deleteSeveral(string targetClass, array ids)
Deletes the objects of type $targetClass which ID is in the array $ids
public void serialize()
public void toArray(mixed merged)
public void toJSON()
public static void select($targetClass string, $pager \core\Citrus\data\Pager|boolean, mixed targetClass)
Data accessor : loads all objects of type $targetClass in database
This class is parent for any persistant object used with Citrus Its methods are useful to CRUD objects, and to generate back office forms and lists


public abstract class Any extends Object implements IDLEntity
Any
object is used as a component of a
NamedValue
object, which provides information about
arguments or return values in requests, and which is used to define
name/value pairs in Context
objects.
An Any
object consists of two parts:
TypeCode
object describing the type of the data
value contained in the Any
object. For example,
a TypeCode
object for an array contains
a field for the length of the array and a field for
the type of elements in the array. (Note that in this case, the
second field of the TypeCode
object is itself a
TypeCode
object.)
| Constructor and Description |
|---|
Any() |
| Modifier and Type | Method and Description |
|---|---|
abstract InputStream |
create_input_stream()
Creates an input stream from which this
Any object's value
can be unmarshalled. |
abstract OutputStream |
create_output_stream()
Creates an output stream into which this
Any object's
value can be marshalled. |
abstract boolean |
equal(Any a)
Checks for equality between this
Any object and the
given Any object. |
abstract Any |
extract_any()
Extracts the
Any object in this
Any object's value field. |
abstract boolean |
extract_boolean()
Extracts the
boolean in this
Any object's value field. |
abstract char |
extract_char()
Extracts the
char in this
Any object's value field. |
abstract double |
extract_double()
Extracts the
double in this
Any object's value field. |
BigDecimal |
extract_fixed()
Extracts the
java.math.BigDecimal object in this
Any object's value field. |
abstract float |
extract_float()
Extracts the
float in this
Any object's value field. |
abstract int |
extract_long()
Extracts the
int in this
Any object's value field. |
abstract long |
extract_longlong()
Extracts the
long in this
Any object's value field. |
abstract Object |
extract_Object()
Extracts the
org.omg.CORBA.Object in this
Any object's value field. |
abstract byte |
extract_octet()
Extracts the
byte in this
Any object's value field. |
Principal |
extract_Principal()
Deprecated.
Deprecated by CORBA 2.2.
|
abstract short |
extract_short()
Extracts the
short in this
Any object's value field. |
Streamable |
extract_Streamable()
Extracts a
Streamable from this Any object's
value field. |
abstract String |
extract_string()
Extracts the
String object in this
Any object's value field. |
abstract TypeCode |
extract_TypeCode()
Extracts the
TypeCode object in this
Any object's value field. |
abstract int |
extract_ulong()
Extracts the
int in this
Any object's value field. |
abstract long |
extract_ulonglong()
Extracts the
long in this
Any object's value field. |
abstract short |
extract_ushort()
Extracts the
short in this
Any object's value field. |
abstract Serializable |
extract_Value()
Extracts the
java.io.Serializable object in this
Any object's value field. |
abstract char |
extract_wchar()
Extracts the
char in this
Any object's value field. |
abstract String |
extract_wstring()
Extracts the
String object in this
Any object's value field. |
abstract void |
insert_any(Any a)
Inserts the given
Any object
into this Any object's value field. |
abstract void |
insert_boolean(boolean b)
Inserts the given
boolean
into this Any object's value field. |
abstract void |
insert_char(char c)
Inserts the given
char
into this Any object's value field. |
abstract void |
insert_double(double d)
Inserts the given
double
into this Any object's value field. |
void |
insert_fixed(BigDecimal value)
Throws an
org.omg.CORBA.NO_IMPLEMENT exception. |
void |
insert_fixed(BigDecimal value,
TypeCode type)
Throws an
org.omg.CORBA.NO_IMPLEMENT exception. |
abstract void |
insert_float(float f)
Inserts the given
float
into this Any object's value field. |
abstract void |
insert_long(int l)
Inserts the given
int
into this Any object's value field. |
abstract void |
insert_longlong(long l)
Inserts the given
long
into this Any object's value field. |
abstract void |
insert_Object(Object o)
Inserts the given
org.omg.CORBA.Object object
into this Any object's value field. |
abstract void |
insert_Object(Object o,
TypeCode t)
Inserts the given
org.omg.CORBA.Object object
into this Any object's value field. |
abstract void |
insert_octet(byte b)
Inserts the given
byte
into this Any object's value field. |
void |
insert_Principal(Principal p)
Deprecated.
Deprecated by CORBA 2.2.
|
abstract void |
insert_short(short s)
Inserts the given
short
into this Any object's value field. |
void |
insert_Streamable(Streamable s)
Inserts the given
Streamable object
into this Any object's value field. |
abstract void |
insert_string(String s)
Inserts the given
String object
into this Any object's value field. |
abstract void |
insert_TypeCode(TypeCode t)
Inserts the given
TypeCode object
into this Any object's value field. |
abstract void |
insert_ulong(int l)
Inserts the given
int
into this Any object's value field. |
abstract void |
insert_ulonglong(long l)
Inserts the given
long
into this Any object's value field. |
abstract void |
insert_ushort(short s)
Inserts the given
short
into this Any object's value field. |
abstract void |
insert_Value(Serializable v)
Inserts the given
java.io.Serializable object
into this Any object's value field. |
abstract void |
insert_Value(Serializable v,
TypeCode t)
Inserts the given
java.io.Serializable object
into this Any object's value field. |
abstract void |
insert_wchar(char c)
Inserts the given
char
into this Any object's value field. |
abstract void |
insert_wstring(String s)
Inserts the given
String object
into this Any object's value field. |
abstract void |
read_value(InputStream is,
TypeCode t)
Reads off (unmarshals) the value of an
Any object from
the given input stream using the given typecode. |
abstract TypeCode |
type()
Returns type information for the element contained in this
Any object. |
abstract void |
type(TypeCode t)
Sets this
Any object's type field
to the given TypeCode object and clears its value. |
abstract void |
write_value(OutputStream os)
Writes out the value of this
Any object
to the given output stream. |
public abstract boolean equal(Any a)
Any
object and the
given Any
object. Two Any
objects are
equal if both their values and type codes are equal.a
- the Any
object to test for equalitytrue
if the Any
objects are equal;
false
otherwiseCORBA
package
comments for unimplemented featurespublic abstract TypeCode type()
Any
object.TypeCode
object containing type information
about the value contained in this Any
objectpublic abstract void type(TypeCode t)
Any
object's type
field
to the given TypeCode
object and clears its value.
Note that using this method to set the type code wipes out the
value if there is one. The method
is provided primarily so that the type may be set properly for
IDL out
parameters. Generally, setting the type
is done by the insert_X
methods, which will set the type
to X if it is not already set to X.
t
- the TypeCode
object giving
information for the value in
this Any
objectpublic abstract void read_value(InputStream is, TypeCode t) throws MARSHAL
Any
object from
the given input stream using the given typecode.is
- the org.omg.CORBA.portable.InputStream
object from which to read
the value contained in this Any
objectt
- a TypeCode
object containing type information
about the value to be readMARSHAL
- when the given TypeCode
object is
not consistent with the value that was contained
in the input streampublic abstract void write_value(OutputStream os)
Any
object
to the given output stream. If both typecode
and value
need to be written, use
create_output_stream()
to create an OutputStream
,
then use write_any
on the OutputStream
.
If this method is called on an Any
object that has not
had a value inserted into its value
field, it will throw
the exception java.lang.NullPointerException
.
os
- the org.omg.CORBA.portable.OutputStream
object into which to marshal the value
of this Any
objectpublic abstract OutputStream create_output_stream()
Any
object's
value can be marshalled.OutputStream
public abstract InputStream create_input_stream()
Any
object's value
can be unmarshalled.InputStream
public abstract short extract_short() throws BAD_OPERATION
short
in this
Any
object's value
field.short
stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a short
or the
value
field has not yet been setpublic abstract void insert_short(short s)
short
into this Any
object's value
field.s
- the short
to insert into this
Any
objectpublic abstract int extract_long() throws BAD_OPERATION
int
in this
Any
object's value
field.int
stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than an int
or the
value
field has not yet been setpublic abstract void insert_long(int l)
int
into this Any
object's value
field.l
- the int
to insert into this
Any
objectpublic abstract long extract_longlong() throws BAD_OPERATION
long
in this
Any
object's value
field.long
stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a long
or the
value
field has not yet been setpublic abstract void insert_longlong(long l)
long
into this Any
object's value
field.l
- the long
to insert into this
Any
objectpublic abstract short extract_ushort() throws BAD_OPERATION
short
in this
Any
object's value
field.short
stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a short
or the
value
field has not yet been setpublic abstract void insert_ushort(short s)
short
into this Any
object's value
field.s
- the short
to insert into this
Any
objectpublic abstract int extract_ulong() throws BAD_OPERATION
int
in this
Any
object's value
field.int
stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than an int
or the
value
field has not yet been setpublic abstract void insert_ulong(int l)
int
into this Any
object's value
field.l
- the int
to insert into this
Any
objectpublic abstract long extract_ulonglong() throws BAD_OPERATION
long
in this
Any
object's value
field.long
stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a long
or the
value
field has not yet been setpublic abstract void insert_ulonglong(long l)
long
into this Any
object's value
field.l
- the long
to insert into this
Any
objectpublic abstract float extract_float() throws BAD_OPERATION
float
in this
Any
object's value
field.float
stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a float
or the
value
field has not yet been setpublic abstract void insert_float(float f)
float
into this Any
object's value
field.f
- the float
to insert into this
Any
objectpublic abstract double extract_double() throws BAD_OPERATION
double
in this
Any
object's value
field.double
stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a double
or the
value
field has not yet been setpublic abstract void insert_double(double d)
double
into this Any
object's value
field.d
- the double
to insert into this
Any
objectpublic abstract boolean extract_boolean() throws BAD_OPERATION
boolean
in this
Any
object's value
field.boolean
stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a boolean
or the
value
field has not yet been setpublic abstract void insert_boolean(boolean b)
boolean
into this Any
object's value
field.b
- the boolean
to insert into this
Any
objectpublic abstract char extract_char() throws BAD_OPERATION
char
in this
Any
object's value
field.char
stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a char
or the
value
field has not yet been setpublic abstract void insert_char(char c) throws DATA_CONVERSION
char
into this Any
object's value
field.c
- the char
to insert into this
Any
objectDATA_CONVERSION
- if there is a data conversion
errorpublic abstract char extract_wchar() throws BAD_OPERATION
char
in this
Any
object's value
field.char
stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a char
or the
value
field has not yet been setpublic abstract void insert_wchar(char c)
char
into this Any
object's value
field.c
- the char
to insert into this
Any
objectpublic abstract byte extract_octet() throws BAD_OPERATION
byte
in this
Any
object's value
field.byte
stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a byte
or the
value
field has not yet been setpublic abstract void insert_octet(byte b)
byte
into this Any
object's value
field.b
- the byte
to insert into this
Any
objectpublic abstract Any extract_any() throws BAD_OPERATION
Any
object in this
Any
object's value
field.Any
object stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than an Any
object or the
value
field has not yet been setpublic abstract void insert_any(Any a)
Any
object
into this Any
object's value
field.a
- the Any
object to insert into this
Any
objectpublic abstract Object extract_Object() throws BAD_OPERATION
org.omg.CORBA.Object
in this
Any
object's value
field.org.omg.CORBA.Object
stored in
this Any
objectBAD_OPERATION
- if this Any
object
contains something other than an
org.omg.CORBA.Object
or the
value
field has not yet been setpublic abstract void insert_Object(Object o)
org.omg.CORBA.Object
object
into this Any
object's value
field.o
- the org.omg.CORBA.Object
object to insert into this
Any
objectpublic abstract Serializable extract_Value() throws BAD_OPERATION
java.io.Serializable
object in this
Any
object's value
field.java.io.Serializable
object stored in
this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a java.io.Serializable
object or the
value
field has not yet been setpublic abstract void insert_Value(Serializable v)
java.io.Serializable
object
into this Any
object's value
field.v
- the java.io.Serializable
object to insert into this
Any
objectpublic abstract void insert_Value(Serializable v, TypeCode t) throws MARSHAL
java.io.Serializable
object
into this Any
object's value
field.v
- the java.io.Serializable
object to insert into this
Any
objectt
- the TypeCode
object that is to be inserted into
this Any
object's type
field
and that describes the java.io.Serializable
object being insertedMARSHAL
- if the ORB has a problem marshalling or
unmarshalling parameterspublic abstract void insert_Object(Object o, TypeCode t) throws BAD_PARAM
org.omg.CORBA.Object
object
into this Any
object's value
field.o
- the org.omg.CORBA.Object
instance to insert into this
Any
objectt
- the TypeCode
object that is to be inserted into
this Any
object and that describes
the Object
being insertedBAD_OPERATION
- if this method is invalid for this
Any
objectBAD_PARAM
public abstract String extract_string() throws BAD_OPERATION
String
object in this
Any
object's value
field.String
object stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a String
object or the
value
field has not yet been setpublic abstract void insert_string(String s) throws DATA_CONVERSION, MARSHAL
String
object
into this Any
object's value
field.s
- the String
object to insert into this
Any
objectDATA_CONVERSION
- if there is a data conversion errorMARSHAL
- if the ORB has a problem marshalling or
unmarshalling parameterspublic abstract String extract_wstring() throws BAD_OPERATION
String
object in this
Any
object's value
field.String
object stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a String
object or the
value
field has not yet been setpublic abstract void insert_wstring(String s) throws MARSHAL
String
object
into this Any
object's value
field.s
- the String
object to insert into this
Any
objectMARSHAL
- if the ORB has a problem marshalling or
unmarshalling parameterspublic abstract TypeCode extract_TypeCode() throws BAD_OPERATION
TypeCode
object in this
Any
object's value
field.TypeCode
object stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a TypeCode
object or the
value
field has not yet been setpublic abstract void insert_TypeCode(TypeCode t)
TypeCode
object
into this Any
object's value
field.t
- the TypeCode
object to insert into this
Any
object@Deprecated public Principal extract_Principal() throws BAD_OPERATION
Principal
object in this
Any
object's value
field.
Note that the class Principal
has been deprecated.Principal
object stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a
Principal
object or the
value
field has not yet been setCORBA
package
comments for unimplemented features@Deprecated public void insert_Principal(Principal p)
Principal
object
into this Any
object's value
field.
Note that the class Principal
has been deprecated.p
- the Principal
object to insert into this
Any
objectCORBA
package
comments for unimplemented featurespublic Streamable extract_Streamable() throws BAD_INV_ORDER
Streamable
from this Any
object's
value
field. This method allows the extraction of
non-primitive IDL types.Streamable
stored in the Any
object.BAD_INV_ORDER
- if the caller has invoked operations in the wrong orderCORBA
package
comments for unimplemented featurespublic void insert_Streamable(Streamable s)
Streamable
object
into this Any
object's value
field.
This method allows the insertion of non-primitive IDL types.s
- the Streamable
object to insert into this
Any
object; may be a non-primitive
IDL typeCORBA
package
comments for unimplemented featurespublic BigDecimal extract_fixed()
java.math.BigDecimal
object in this
Any
object's value
field.java.math.BigDecimal
object
stored in this Any
objectBAD_OPERATION
- if this Any
object
contains something other than a
java.math.BigDecimal
object or the
value
field has not yet been setCORBA
package
comments for unimplemented featurespublic void insert_fixed(BigDecimal value)
org.omg.CORBA.NO_IMPLEMENT
exception.
Inserts the given java.math.BigDecimal
object
into this Any
object's value
field.
value
- the java.math.BigDecimal
object
to insert into this Any
objectCORBA
package
comments for unimplemented featurespublic void insert_fixed(BigDecimal value, TypeCode type) throws BAD_INV_ORDER
org.omg.CORBA.NO_IMPLEMENT
exception.
Inserts the given java.math.BigDecimal
object
into this Any
object's value
field.
value
- the java.math.BigDecimal
object
to insert into this Any
objecttype
- the TypeCode
object that is to be inserted into
this Any
object's type
field
and that describes the java.math.BigDecimal
object being insertedBAD_INV_ORDER
- if this method is invoked improperlyCORBA
package
comments for unimplemented features Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


---
sort_order: 34
tei_id: rdx_191dd.p.idp4981392
annotation_count: 0
images:
small-thumbnail: https://readux.ecds.emory.edu/books/emory:191dd/pages/emory:rfd80/mini-thumbnail/
json: https://readux.ecds.emory.edu/books/emory:191dd/pages/emory:rfd80/info/
full: https://readux.ecds.emory.edu/books/emory:191dd/pages/emory:rfd80/fs/
page: https://readux.ecds.emory.edu/books/emory:191dd/pages/emory:rfd80/single-page/
thumbnail: https://readux.ecds.emory.edu/books/emory:191dd/pages/emory:rfd80/thumbnail/
title: Page 34
number: 34
---
{% raw %}34 THE LAKD-CLAIM.{% endraw %}
{% raw %}The yor.ug men remained sUeut for some momenla, each{% endraw %}
{% raw %}engaged in painful reflections. There was no light iu Uie{% endraw %}
{% raw %}room but that of the moon, which shone in at the uncurtaiiied{% endraw %}
{% raw %}■tvindo'vvs so as to illuniiuate it quite enough to make all its{% endraw %}
{% raw %}contc.ts distinctly visible. Vv''ithout thinking about it at Ihe{% endraw %}
{% raw %}time, they had, .as thej' afterward remembered, specially{% endraw %}
{% raw %}iiutict'd the order and arraugement of every thing in the room{% endraw %}
{% raw %}5.- being so rcmarlv.ably brought out by the unusual splendor{% endraw %}
{% raw %}of the moon's brilliunc}'. Some such recognizance of the fact{% endraw %}
{% raw %}M'as present to their minds at that moment. It was a{% endraw %}
{% raw %}liioiiientaiy, partial obscuritj' of one of the windows, which{% endraw %}
{% raw %}drew their atteution to the circumstance that some one was{% endraw %}
{% raw %}J)as.ii]ig it in the direction of the door, and led them to look{% endraw %}
{% raw %}for it to open. It did so, though without noise or jar, aud{% endraw %}
{% raw %}the famUiar form of their late friend glided beside their bed.{% endraw %}
{% raw %}Stauding there, he opened his vest and put a finger to the{% endraw %}
{% raw %}wound in his side, his face v/earing an expression of agony{% endraw %}
{% raw %}vrhich was perfectly distinct, .and terrible to behold.  So{% endraw %}
{% raw %}paralyzed with horror were both the young men, that, for a{% endraw %}
{% raw %}brief interval, neither of them spoke or stirred. Squire was{% endraw %}
{% raw %}the first to recover himself{% endraw %}
{% raw %}" Did you see any thing. Flag ?"{% endraw %}
{% raw %}" Why do you ask ?" returned he, with an involuntary{% endraw %}
{% raw %}shudder. " Did you see any thing':""{% endraw %}
{% raw %}" I saw Doc standing beside the bed."{% endraw %}
{% raw %}" So did I. Can this be a trick of Ed's ? He seems to be{% endraw %}
{% raw %}unusuall3'- sound asleep, for all our talking has not waked{% endraw %}
{% raw %}him, and that looks suspicious."{% endraw %}
{% raw %}" B'at he does not know. Let's get up and look out."{% endraw %}
{% raw %}They arose, and going out of doors, took a view of the{% endraw %}
{% raw %}neighborhood. There Vv'ere no hiding-places anywhere near{% endraw %}
{% raw %}—nothing but the open prairie shining with dew, and no{% endraw %}
{% raw %}creature iu sight except Ed's Indian pony quietly feeding near{% endraw %}
{% raw %}the house corner.{% endraw %}
{% raw %}" It is very strange," said Squire, standing iu the opeu{% endraw %}
{% raw %}door, after satisfying himself that there was no intruder on{% endraw %}
{% raw %}tlie premises.{% endraw %}
{% raw %}" Listen !" said Flag ; " is that Ed awake ?"{% endraw %}


Class kff.ServiceContainer
Defined in: kff-all.js.
| Constructor Attributes | Constructor Name and Description |
|---|---|
|
kff.ServiceContainer(config)
Simple dependency injection (or service) container class.
|
| Method Attributes | Method Name and Description |
|---|---|
|
{Object}
|
createService(serviceName, argsExtend)
Creates instance of service.
|
|
{Object}
|
getService(service, argsExtend)
Returns instance of service class.
|
|
{function}
|
getServiceConstructor(serviceName)
Returns constructor function for given service name.
|
|
{boolean}
|
hasService(serviceName)
Checks if given serviceName exists in container declaration
|
|
registerServices(services, overwrite)
Registers a new service configuration
|
|
|
{mixed}
|
resolveParameters(params)
Evaluates parameter defined in container configuration.
|
Class Detail
kff.ServiceContainer(config)
Simple dependency injection (or service) container class.
- Parameters:
- {Object} config
- Configuration object
Method Detail
{Object}
createService(serviceName, argsExtend)
Creates instance of service.
If second argument is passed, then it will be used to overload constructor arguments.
If items at the same index are both objects, then the second one will bee deep-mixed into
the first one resulting in a new object (i.e. the config args won't be overwritten).
- Parameters:
- {string} serviceName
- Name of service to be instantiated
- {Array} argsExtend
- Array to overload default arguments array (optional)
- Returns:
- {Object} Instance of service
{Object}
getService(service, argsExtend)
Returns instance of service class.
- Parameters:
- {string} service
- Service name (service config to be found in config.services[service])
- {Array} argsExtend
- Array to overload default arguments array (optional)
- Returns:
- {Object} Instance of service
{function}
getServiceConstructor(serviceName)
Returns constructor function for given service name.
- Parameters:
- {string} serviceName
- Service name
- Returns:
- {function} Constructor function for service
{boolean}
hasService(serviceName)
Checks if given serviceName exists in container declaration
- Parameters:
- {string} serviceName
- Service name
- Returns:
- {boolean} True if service exists, false otherwise
registerServices(services, overwrite)
Registers a new service configuration
- Parameters:
- {Object} services
- Services configuration object
- {Boolean} overwrite
- If service already exists, overwrite it with new config
{mixed}
resolveParameters(params)
Evaluates parameter defined in container configuration.
Parameter could be:
- a string - see below
- an Array or Object - iterates over properties and evaluates them recursively
String parameters refers to parameters defined in config.parameters section
If parameter is a string, it could have these special chars:
'@serviceName' - resolves to instance of service
'%parameterName%' - resolves to reference to parameter parameterName
'%someParameter% some %otherParameter% some more string' - resolves to string with 'inner parameters' resolved to strings as well
- Parameters:
- {string|Array|Object} params
- Parameters to be resolved
- Returns:
- {mixed} Resolved parameter value


I have experience in autonomous system design and product landing, my research interest focusing on SLAM and robotic navigation and semantic perception.
Get involved in the commercialization of Qualcomm new VSLAM 3.0 product based on Snapdragon QC845(Cortex-A75). Code programming and porting for EKF based fusion framework to provide prior pose for visual SLAM.
a.Involved in Robotic Software Engineer Nanodegree Program.
Term1Certificate granted for successful graduation.
b.Involved in Flying Car Nanodegree Program.
Certificate granted for successful graduation.
3D reconstruction via static and dynamic way, via affordable 2D Lidar, Part1, Part2.
Sensor calibration and hardware setup. Due to Intellectual Property, partial code not public.
Robot Speed Controller Programming on FPGA
GPA: 1,7/1,0
GPA: 87/100
GPA: 91/100
Hardware
Software
Apart from being a robotic engineer, I enjoy most of my time being indoors, reading books about biographies of famous people in the world, playing flute, African drumming, singing.
When stay alone, I like meditation, reading techinical news blogs, and raeding neat code related to robotic navigation.
During the warmer wheather. Football, table tennis, badminton, are my preferable sport. I enjoy backpack hiking, solo-travelling around the world. Now footprint through 10 countries, 30 cities.
Co-Owner of 2 Application Patents in China.
Publication.


Summary of the School
The school was established in 1969 by the catholic church to up blift the coming generation and to eradicate ilitracy as well. Therefore the school is the church founded one
ClickDomitries
These domitries are constructed to support students from far places to sleep at school it ia borh for girls and boys.
ClickSchool compound
This compuond is to support co circular activities during evenning time to make our students pysically fit.
ClickMain block
The blocks was constructed under the support of parents and students at large hence the school is moving as usuall.
Click


Student - Available Courses
Students Academic Record:
Lecture
Course ID
Priority
Politics
BIOTS 2019
Bid
BIOTS 2019
Perform Auction
Grade:
Submit Grade


< Tribute Page />
< Random Quote Machine />
< Javascript Calculator />
< Map Data Across The Globe />
< Wikipedia Viewer />
< Tic Tac Toe Game />


Serializable
classes that define a serialVersionUID
field. A serialVersionUID
field in that context normally indicates an error
because the field will be ignored and the class will not be serialized.
Example:
public class IWantToSerializeThis {
private static final long serialVersionUID =<PHONE_NUMBER>219020249L;
}


I majored in Mathematics and Economics at the University of North Carolina at Chapel Hill, but I have had an interest in programming ever since the Lego Mindstorms robotics set I had as a child. I began to realize in college that I really enjoyed the thrill of completing a working program, and my first significant job out of college involved using SQL to write reports for a company then known as FDH Engineering. My talents rapidly developed into data warehouseing and SSAS cube development, and I got my first taste of javascript building a single page application for company budgeting.
After two years, it was time to move on, and I have been working in a team of analysts at Cisco with a focus on worldwide sales enablement, where I serve as the SSAS cube and MDX expert.
This website is my first public work, and you can check out more details about its creation on the about this website page. In my free time I have been dabbling in meanjs, the project used to architect this website, linux servers, and android development. I like to expand my knowledge and I love learning new things. Most important, however, is spending time with my wonderful fiance, Ms. Ashley Mayle: riding bikes, grilling out on the back porch, and playing with our friendly, toilet-trained cat, Mufasa.
If you wish to contact me for any cool projects I should know about, blogs I should follow, groups or conferences you wish to suggest, or anything else interesting, please feel free to do so at my email address<EMAIL_ADDRESS>Visit My LinkedIn Profile Visit Me on Github


| Time | Monday | Tuesday | Wednesday | Thursday | Friday | Saturday | Sunday |
|---|---|---|---|---|---|---|---|
| 5.30pm | King's | King's | King's | King's | King's | King's | |
| 6.00pm | Emmanuel | Caius / Christ's / Queens' | |||||
| 6.15pm | Trinity / Clare | Queens' | Trinity / Magdalene | Trinity | |||
| 6.30pm | St John's | Clare / Caius / Jesus / St John's | St John's | St John's / Trinity Hall | St John's | St John's | St John's |
| 6.45pm | Sidney Sussex / Corpus Christi | Christ's | Pembroke |


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The Plastic Man
The following is a poem sort of thing I wrote about a figure I saw over the summer who, to me, represented the devil.
This summer, I met the devil. He had tightly gelled back sugar brown hair, white skin like mine, and a shiny, toothy grin that never left his face. His entirety, hair, head, body, and all the rest was made of a hard plastic. Despite this, he didn’t seem to suffer anatomically. He had a jaw a bit pointier than mine and was a little it shorter but we looked as if we could be related. Even though he was made entirely of plastic, it was the fact that he had no eyes that gave me unease. What would normally be creamy pools with centered, colored islands were instead jet black holes that led directly to the back of his fabricated skull.
He began to approach me, at times struggling to keep his head (which was entirely too large for his body) upright. He wore a wrinkle-free three-piece that would traditionally be associated with the uptight. When he first spoke to me, it reminded me of how it used to sound when you tried to talk through your mask while trick-or-treating as a kid. The smile never moved from his face as he joked with me. He had a certain charm about him and told me that if I ever felt I needed advice, to come visit him at his office. And so I did, time and time again I visited him.
He would tell me about the money was the most important thing. How the vanity was what you should absorb yourself in. Not code, not notes, not jokes. The appearance was all that mattered to him. It was hard not to let part of me fall for it. Anyway, he was always smiling why wouldn’t he be trying to help me?
But eventually I grew skeptical. I started trying to read him for myself. I started paying closer attention. To the echoes of his voice. To the fact that I couldn’t tell his intention from his eyes or lack thereof. What did all of this mean in context? And I realized it. He was every Wall Street banker and corrupt congressman. He was part of the perpetual misery machine. He was the recruiter assigned to me, he was my own personal devil.
But if he was the devil, who was god? I was. In my own flesh and blood, I was the one with the answers. I was god. Why had I been looking for advice and answers from someone who was totally empty? Echoed his own words internally as he spoke? Why? Because of his charisma? Because he always told me what I wanted to hear? He was not trying to help me right my wrongs. In fact, he was helping me write them. I needed to look inside of myself for answers.  The one who had stretchable skin and internal organs, and a conscience. I was the one I needed to rely upon, not the empty.


The Coral Project is a collaborative effort to improve communityon news sites through open-source software.


Nine-year-old girl in hospital after being hit by car in Plymouth
The crash happened on Haye Road in Elburton
by Carl Eve, Rom Preston-EllisA nine-year-old girl is in hospital this evening following a collision with a car in Plymouth.
Emergency services were called to Haye Road near the junction of Elburton Road following the incident just after 3.30pm.
The girl's injuries were initially deemed to be serious but police have confirmed they are now not believed to be life threatening or life changing.
Devon and Cornwall Police critical incident manager inspector Rob Byers said: “The injuries are not deemed to be life threatening or life changing. Initially it was believed to be a serious head injury.”
The road has now reopened following the crash at the junction of Elburton Rd and Haye Road.
Insp Byers added that he wanted to thank the public who “have been very patient at an exceptionally busy time of day”.
A Devon and Cornwall Police spokesperson said earlier: "Police were called at 3.30pm today to Haye Road, Plymouth following reports of a collision involving a car and a pedestrian.
"The pedestrian, a 9-year-old girl, is believed to have sustained serious injuries and is being treated by ambulance at the scene."
Plymouth Citybus also reported delays and that a number of its services had been affected.
A South Western Ambulance Service spokesperson said: “South Western Ambulance Service was called at around 3.25pm about a road traffic incident on Haye Road, Elburton.
“Our crews treated a female patient at the scene and transported her to hospital by land ambulance for further care.”
Follow live updates here.


New military pullback begins in eastern Ukraine
by The Associated PressMOSCOW (AP) — Ukrainian and separatist rebel officials say both sides have begun pulling back forces and equipment from a frontline area of the conflict that has killed more than 13,000 people in the past five years.
The Saturday pullback in the Petrivske area follows two similar movements in eastern Ukraine, where Russia-backed rebels and Ukrainian forces have been fighting since 2014. The withdrawals are seen as a significant step that could lead to a summit of Russia, Ukraine, France and Germany on ending the conflict.
The Petrivske movement initially was set for last weekend, but Ukraine called that off because of what it said were cease-fire violations by the rebels.
Ukraine military spokesman Andrei Andreev and the rebel news agency DAN confirmed both sides began moving at midday.
The Associated Press


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Cheaper flight(s) for the above mentioned search criteria.
Most expensive flight


A simple interface for all the graphic objects that are supposed to be drawn.
More...
#include <GraphicsObject.h>
A simple interface for all the graphic objects that are supposed to be drawn.
◆ ~GraphicsObject()
| virtual GraphicsObject::~GraphicsObject |
( |
| ) |
|
|
virtualdefault |
◆ draw()
| virtual void GraphicsObject::draw |
( |
uint32_t |
time | ) |
|
|
pure virtual |
◆ isVisible()
| bool GraphicsObject::isVisible |
( |
| ) |
const |
|
inline |
◆ setVisibility()
| void GraphicsObject::setVisibility |
( |
bool |
visible | ) |
|
|
inline |
The documentation for this class was generated from the following file:


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We will never request private keys or your secret seed from your wallet. Be careful with anyone who is asking you to provide private keys - they should always remain a secret.


Copyright Matias Capeletto 2006-2007
Distributed under the Boost Software License, Version 1.0. (See accompanying file LICENSE_1_0.txt or copy at www.boost.org/LICENSE_1_0.txt).


utilities
Package¶
geometry
Module¶
-
volume_grating.utilities.geometry.
cartersian_to_spherical
(arrays, decimals=None)¶ Return (N,3)-ndarray spherical coordinates of given (N,3)-ndarray Cartesian coordinates. For each i in N of spherical coordinates, 1 value = the length or radius from origin 2 value = the angle with respect to the x axis of the projection on the to xy plane 3 value = the angle of projection on to the z axis
- Parameters
array – a (N, 3) ndarray of (x,y,z) Cartesian coordinates. N is the number of points.
decimals – [optional, default to None]. This resolves rounding error that might cause the argument to
arccos
to be larger than one.
- Returns
a (N,3) ndarray of spherical coordinates
-
volume_grating.utilities.geometry.
ndarray_to_point
(array, O, name=None)¶ Return an instance of sympy.vector.Point for a (3,) coordinate.
- Parameters
array – a (3,) ndarray containing x,y,z coordinate value
name – [default=None] a name of the point, in string. If None, the name will be (x,y,z).
O – Coordinate system in Cartesian
- Returns
an instance of sympy.vector.Point
-
volume_grating.utilities.geometry.
ndarray_to_vector
(array, O)¶ Return a sympy.vector.Vector instance from a (3,) ndarray
- Parameters
array – a (3,) array of numeric
O – Coordinate system from sympy, Cartesian
- Returns
a sympy.vector.Vector instance from a (3,) ndarray
-
volume_grating.utilities.geometry.
point_to_ndarray
(point, O)¶ Return a (3,) ndarry for x, y, z coordinate from a given sympy.vector.Point
- Parameters
point – an instance of sympy.vector.Point
O – an instance of sympy.vector.CoordSys3D
- Returns
a (3,) ndarry for x, y, z coordinate
-
volume_grating.utilities.geometry.
points_to_ndarray
(points, O)¶ Return (N,3) ndarray of (x,y,z) coordinate from a list of sympy.vector.Point instances.
- Parameters
points – a list of sympy.vector.Point instances.
N=len(points)
.O – Coordinate system from sympy, Cartesian
- Returns
(N,3) ndarray of (x,y,z) coordinate
-
volume_grating.utilities.geometry.
spherical_to_cartesian
(arrays, decimals=None)¶ Return (N,3)-ndarray Cartesian coordinates from give (N,3)-ndarray spherical coordinates. For each i in N of spherical coordinates, 1 value = the length or radius from origin 2 value = the angle with respect to the x axis of the projection on the to xy plane 3 value = the angle of projection on to the z axis
- Parameters
array – a (N, 3) ndarray of (r, theta, tilt) coordinates. N is the number of points.
- Returns
a (N,3) ndarray of Cartesian coordinates
-
volume_grating.utilities.geometry.
vector_to_ndarray
(v, O)¶ Return a (3,) ndarray of vector components from an input sympy.vector.Vector instance.
- Parameters
v – an instance of sympy.vector.Vector
O – Coordinate system from sympy, Cartesian
- Returns
Return a (3,) ndarray of vector components
-
volume_grating.utilities.geometry.
vectors_to_ndarray
(vs, O)¶ Return (N,3) ndarray of vector components from a list of sympy.vector.Vector instances.
- Parameters
vs – a list of sympy.vector.Vector instances.
N=len(vs)
.O – Coordinate system from sympy, Cartesian
- Returns
(N,3) ndarray of vector components
surface_fitting
Module¶
This module contains functions that are useful to fit 3D data points to a 2D second-order polynomial function of the form:
-
volume_grating.utilities.surface_fitting.
prepare_surface_poly_2nd_fit
(x, y, z)¶ Prepare ranges in x (shape of (Nx,)) and y (shape of (Ny,)) and gridded ground-truth z (shape of (Nx, Ny)) for optimization 2D polynomial fit.
- Parameters
x – (Nx,) ndarray of point ranges in x axis
y – (Ny,) ndarray of point ranges in y axis
z – (Nx, Ny) ndarray of ground-truth z values
- Return xs
(Nx*Ny, 2) grid-meshed (x_norm, y_norm) points that are also normalized.
- Return z_norm
(Nx*Ny,) ground-truth values that are normalized
- Return norm_factors
a dictionary of normalization factors
-
volume_grating.utilities.surface_fitting.
reverse_scale_surface
(norm_factors, x=None, y=None, z=None)¶ Reverse the normalization step for input
x
,y
,z
data points.- Parameters
norm_factors – a dictionary of normalization factors. Must have keys of ‘… mean’ and ‘… range’ where … is in {x, y, z}.
x – ndarray of input normalized x values
y – ndarray of input normalized y values
z – ndarray of input normalized z values
- Return x
unnormalized x values. None if
x
is None.- Return y
unnormalized x values. None if
y
is None.- Return z
unnormalized x values. None if
z
is None.
-
volume_grating.utilities.surface_fitting.
scale_surface
(norm_factors, x=None, y=None, z=None)¶ Apply normalization factors to input
x
,y
,z
data points.- Parameters
norm_factors – a dictionary of normalization factors. Must have keys of ‘… mean’ and ‘… range’ where … is in {x, y, z}.
x – ndarray of x values. Can be None.
y – ndarray of y values. Can be None.
z – ndarray of z values. Can be None.
- Return x_norm
normalized x values. None if input
x
is None.- Return y_norm
normalized x values. None if input
y
is None.- Return z_norm
normalized x values. None if input
z
is None.
-
volume_grating.utilities.surface_fitting.
surface_gradients
(coeffs, xs)¶ Return a tuple of (dz/dx, dz/dy) when z = f(x,y) = c0 + c1*x + c2*y + c3*x^2 + c4*x*y + c5*y^2.
- Parameters
xs – (N, 2) ndarray for coordiates (x,y).
coeffs – a (6,) ndarray or a list of six numbers for coefficients.
- Return dz/dx
(N,) ndarray of dz/dx values.
- Return dz/dy
(N,) ndarray of dz/dy values.
-
volume_grating.utilities.surface_fitting.
surface_poly_2nd
(coeffs, xs)¶ Return z = f(x,y) = c0 + c1*x + c2*y + c3*x^2 + c4*x*y + c5*y^2. It is a second-order 2D polynomial function.
- Parameters
xs – (N, 2) ndarray for coordiates (x,y).
coeffs – a (6,) ndarray or a list of six numbers for coefficients.
- Returns
(N,) ndarray of z vales.
-
volume_grating.utilities.surface_fitting.
surface_poly_2nd_loss_func
(coeffs, xs, z_truth, regularization=0)¶ Return a mean-squared error (MSE) of predicted z values and ground-trough z values. Predicted z values are calculated using
surface_poly_2nd
function.- Parameters
coeffs – a (6,) ndarray of coordinate or a list of six numbers.
xs – a (N, 2) ndarray of N (x,y) coordinates.
z_truth – (N,) ndarray of ground-trugh z values.
regularization – [default=0] a level of reqularization.
- Returns
a MSE value.
-
volume_grating.utilities.surface_fitting.
to_xs
(x, y)¶ Return a (N,2) of (x,y) pairs from two (N,) ndarrays of x and y values.
x
andy
must have the same shape.- Parameters
x – ndarray of x values. Must have the same shape as
y
.y – ndarray of y values. Must have the same shape as
x
.
- Returns
(N,2) of (x,y) pairs
optics
Module¶
This module contains functions related to optics, such as Snell’s law.
-
volume_grating.utilities.optics.
get_bandwidth
(y, x=None, mode='fwhm', width_points=0, plot=False)¶ Calculate a width of a largest peak (based on prominance (see scipy.signal.peak_widths)).
- Parameters
y – a signal with peaks in a 1D-ndarray.
x – a quantity where a signal rests upon, representing a peak width space. If None, the width is calculated based in data point space.
mode – Chooses the relative height at which the peak width is measured as a percentage of its prominence. 1.0 calculates the width of the peak at its lowest contour line while 0.5 evaluates at half the prominence height. Must be at least 0. See notes for further explanation. Also accepts “fwhm” for a value of 0.5 and “full” for a value of 1.
width_points – a threshold in data-point space to detect peak. Peaks with narrower widths in data-point space will be ignored.
plot – True or False to visually plot
- Return w
a peak width.
-
volume_grating.utilities.optics.
ips_to_x
(x, ips)¶ A map from interpolated data point to a real quantity space. The map is based on a linear interpolation.
- Parameters
x – an ndarray representing a quantity to interpolate for bandwidth.
ips – a interpolated position from scipy.signal.find_peaks
-
volume_grating.utilities.optics.
snell_law_k_space
(k_in, norm_vec, n_in, n_out, notify_tir=True)¶ Return a wave vector k_out due to refraction.
- Parameters
k_in – a sympy.vector.Vector for incoming k vector (with magnitude 2*pi*n/lambda)
norm_vec – a normalized normal vector pointing into an incoming medium
n_in – (real-part) of refractive index of the incoming medium
n_out – (real-part) of a refractive index of the outgoing medium
notify_tir – [default=True] True to catch TIR by printing out and return None instead.
- Return k_out
an instance of sympy.vector.Vector
visualize
Module¶
This module has helper functions to plot.
-
volume_grating.utilities.visualize.
visualize_vector_transverse
(vectors, points, axes=None, O=GCS)¶ Plot transvere components (v_xy = v-v_z) in a transverse plane (xy) for all vectors in
vectors
, each at a point inpoints
. The number of vectors and points must equal.- Parameters
vectors – a list of sympy.vector.Vector instances
points – a list of sympy.vector.Point instances
axes – a matplot.pyplot.Axes instance, an axes to plot to.
- Return Q
an output from matplotlib.pyplot.quiver.
- Return axes
a matplotlib.pyplot.Axes instance to which the function plots.


Annotator that report statistics about the distribution of copy number states at each variant.
The CopyNumberClass annotator is invoked through the SVAnnotator framework, which defines arguments common to all annotators.
The CopyNumberClass annotator reports several statistics about the distribution of copy number states across the genotyped samples. The -classifyMinimumObservations argument controls how many times a copy number state must be (confidently) seen to count that copy number state as being "observed" in the population. The default is 1, meaning any confident genotype call will cause the copy number state to be observed. All of the outputs (except call rate) only consider confident genotypes (based on the filters and quality values) in observed copy number states. Unobserved copy number states are treated like no-calls.
This annotator is gender and ploidy aware. The copy number distribution includes all samples (independent of gender), but the calculation of the minimum number of requried alleles is gender-dependent, as is the determination of whether a sample must carry a non-reference allele (NNONREF) or how many samples differ from the mode copy number state (NVARIANT). NVARIANT is a measure of how variable a site is, independent of the copy number of the reference allele. NVARIANT is the number of samples that are different from the most-common (mode) copy number state. For sex chromosomes, this is calcualted independently for males and females and then summed.
This annotator can produce the following outputs: report file.
The report file contains one line per variant, with the following columns:
java -Xmx4g -cp SVToolkit.jar \ org.broadinstitute.sv.main.SVAnnotator \ -A CopyNumberClass \ -R human_g1k_v37.fasta \ -vcf input.vcf \ -writeReport true \ -reportDirectory reportdir
| Name | Type | Default value | Summary |
|---|---|---|---|
| Optional | |||
| --classifyMinimumObservations | Integer | NA | Minimum number of confident observations required when classifying copy number states (default 1) |
| --filterGenotypes | String | NA | True to ignore genotypes that have been filtered (default true) |
| --genotypeQualityThreshold | Double | NA | Ignore genotypes below this genotype quality GQ/CNQ value (default no threshold) |
| --sample | List[String] | NA | Sample(s) or .list file of sample names. If specified, only the listed samples will be used to evaluate the variants. |
Minimum number of confident observations required when classifying copy number states (default 1).
True to ignore genotypes that have been filtered (default true).
Ignore genotypes below this genotype quality GQ/CNQ value (default no threshold).
Sample(s) or .list file of sample names. If specified, only the listed samples will be used to evaluate the variants..
See also Documentation index | GenomeSTRiP Site | GenomeSTRiP Support
GenomeSTRiP version 1.04-r1441 built at 2014/07/14 14:26:06.


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| 1 | package nl.tudelft.jpacman.sprite; | |
| 2 | ||
| 3 | import java.awt.Graphics; | |
| 4 | ||
| 5 | /** | |
| 6 | * Animated sprite, renders the frame depending on the time of requesting the | |
| 7 | * draw. | |
| 8 | * | |
| 9 | * @author Jeroen Roosen | |
| 10 | */ | |
| 11 | public class AnimatedSprite implements Sprite { | |
| 12 | ||
| 13 | /** | |
| 14 | * Static empty sprite to serve as the end of a non-looping sprite. | |
| 15 | */ | |
| 16 | private static final Sprite END_OF_LOOP = new EmptySprite(); | |
| 17 | ||
| 18 | /** | |
| 19 | * The animation itself, in frames. | |
| 20 | */ | |
| 21 | private final Sprite[] animationFrames; | |
| 22 | ||
| 23 | /** | |
| 24 | * The delay between frames. | |
| 25 | */ | |
| 26 | private final int animationDelay; | |
| 27 | ||
| 28 | /** | |
| 29 | * Whether is animation should be looping or not. | |
| 30 | */ | |
| 31 | private final boolean looping; | |
| 32 | ||
| 33 | /** | |
| 34 | * The index of the current frame. | |
| 35 | */ | |
| 36 | private int current; | |
| 37 | ||
| 38 | /** | |
| 39 | * Whether this sprite is currently animating or not. | |
| 40 | */ | |
| 41 | private boolean animating; | |
| 42 | ||
| 43 | /** | |
| 44 | * The {@link System#currentTimeMillis()} stamp of the last update. | |
| 45 | */ | |
| 46 | private long lastUpdate; | |
| 47 | ||
| 48 | /** | |
| 49 | * Creates a new animating sprite that will change frames every interval. By | |
| 50 | * default the sprite is not animating. | |
| 51 | * | |
| 52 | * @param frames | |
| 53 | * The frames of this animation. | |
| 54 | * @param delay | |
| 55 | * The delay between frames. | |
| 56 | * @param loop | |
| 57 | * Whether or not this sprite should be looping. | |
| 58 | */ | |
| 59 | public AnimatedSprite(Sprite[] frames, int delay, boolean loop) { | |
| 60 | this(frames, delay, loop, false); | |
| 61 | } | |
| 62 | ||
| 63 | /** | |
| 64 | * Creates a new animating sprite that will change frames every interval. | |
| 65 | * | |
| 66 | * @param frames | |
| 67 | * The frames of this animation. | |
| 68 | * @param delay | |
| 69 | * The delay between frames. | |
| 70 | * @param loop | |
| 71 | * Whether or not this sprite should be looping. | |
| 72 | * @param isAnimating | |
| 73 | * Whether or not this sprite is animating from the start. | |
| 74 | */ | |
| 75 | public AnimatedSprite(Sprite[] frames, int delay, boolean loop, | |
| 76 | boolean isAnimating) { | |
| 77 | assert frames.length > 0; | |
| 78 | ||
| 79 | this.animationFrames = frames.clone(); | |
| 80 | this.animationDelay = delay; | |
| 81 | this.looping = loop; | |
| 82 | this.animating = isAnimating; | |
| 83 | ||
| 84 | this.current = 0; | |
| 85 | this.lastUpdate = System.currentTimeMillis(); | |
| 86 | } | |
| 87 | ||
| 88 | /** | |
| 89 | * @return The frame of the current index. | |
| 90 | */ | |
| 91 | private Sprite currentSprite() { | |
| 92 | Sprite result = END_OF_LOOP; | |
| 93 |
1
1. currentSprite : changed conditional boundary → SURVIVED |
if (current < animationFrames.length) { |
| 94 | result = animationFrames[current]; | |
| 95 | } | |
| 96 | assert result != null; | |
| 97 | return result; | |
| 98 | } | |
| 99 | ||
| 100 | /** | |
| 101 | * Starts or stops the animation of this sprite. | |
| 102 | * | |
| 103 | * @param isAnimating | |
| 104 | * true to animate this sprite or false | |
| 105 | * to stop animating this sprite. | |
| 106 | */ | |
| 107 | public void setAnimating(boolean isAnimating) { | |
| 108 | this.animating = isAnimating; | |
| 109 | } | |
| 110 | | |
| 111 | /** | |
| 112 | * (Re)starts the current animation. | |
| 113 | */ | |
| 114 | public void restart() { | |
| 115 | this.current = 0; | |
| 116 | this.lastUpdate = System.currentTimeMillis(); | |
| 117 | setAnimating(true); | |
| 118 | } | |
| 119 | ||
| 120 | @Override | |
| 121 | public void draw(Graphics g, int x, int y, int width, int height) { | |
| 122 | update(); | |
| 123 | currentSprite().draw(g, x, y, width, height); | |
| 124 | } | |
| 125 | ||
| 126 | @Override | |
| 127 | public Sprite split(int x, int y, int width, int height) { | |
| 128 | update(); | |
| 129 | return currentSprite().split(x, y, width, height); | |
| 130 | } | |
| 131 | ||
| 132 | /** | |
| 133 | * Updates the current frame index depending on the current system time. | |
| 134 | */ | |
| 135 | private void update() { | |
| 136 | long now = System.currentTimeMillis(); | |
| 137 | if (animating) { | |
| 138 |
1
1. update : changed conditional boundary → SURVIVED |
while (lastUpdate < now) { |
| 139 | lastUpdate += animationDelay; | |
| 140 | current++; | |
| 141 | if (looping) { | |
| 142 | current %= animationFrames.length; | |
| 143 | } else if (current == animationFrames.length) { | |
| 144 | animating = false; | |
| 145 | } | |
| 146 | } | |
| 147 | } else { | |
| 148 | lastUpdate = now; | |
| 149 | } | |
| 150 | } | |
| 151 | ||
| 152 | @Override | |
| 153 | public int getWidth() { | |
| 154 | assert currentSprite() != null; | |
| 155 | return currentSprite().getWidth(); | |
| 156 | } | |
| 157 | ||
| 158 | @Override | |
| 159 | public int getHeight() { | |
| 160 | assert currentSprite() != null; | |
| 161 | return currentSprite().getHeight(); | |
| 162 | } | |
| 163 | ||
| 164 | } | |
Mutations | ||
| 93 |
1.1 |
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| 138 |
1.1 |


Voice:
Characters: 0
Provide post ID which you want to retrieve:
The service is very easy to use. What you need to do is just type what you need to convert to audio and the voice you would like your to audio to be with.
Once you are done you can just press on "Say it" then you can save it and download it as mp3 where you can listen to it at your convience.
This service is fully integrated with AWS services.Enjoy creating your own books and notes audios.
TO present specific recording please insert "Post ID" and press search
TO present all the recordings please insert "*" and press search
| Post ID | Voice | Post | Status | Player |
|---|


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def | __init__ |
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def | timestamp_usec |
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def | set_timestamp_usec |
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def | clear_timestamp_usec |
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def | has_timestamp_usec |
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def | level |
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def | set_level |
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def | clear_level |
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def | has_level |
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def | message |
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def | set_message |
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def | clear_message |
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def | has_message |
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def | MergeFrom |
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def | Equals |
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def | IsInitialized |
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def | ByteSize |
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def | ByteSizePartial |
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def | Clear |
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def | OutputUnchecked |
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def | OutputPartial |
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def | TryMerge |
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def | __str__ |
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| has_timestamp_usec_ |
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| timestamp_usec_ |
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| has_level_ |
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| has_message_ |
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| message_ |
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int | has_timestamp_usec_ = 0 |
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int | timestamp_usec_ = 0 |
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int | has_level_ = 0 |
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int | level_ = 0 |
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int | has_message_ = 0 |
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string | message_ = "" |
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int | ktimestamp_usec = 1 |
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int | klevel = 2 |
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int | kmessage = 3 |
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The documentation for this class was generated from the following file:
- code/googleappengine-read-only/python/google/appengine/api/logservice/log_service_pb.py


Hendy has 10+ work experiences primarily in Data Management/Business Intelligence/Analytics. He has played many different roles such as technical lead, solution architech, etc. Involved in various activities such as: data governance, requirement analysis, analysis and design, tests, trouble shootings, software development, system administration etc.
Today he fancy himself as a data scientist and inovation-democratization evangelist. Super interested in machine learning especially deep-learning. He has strong opinion of the only way to relieve Telco stagnation is by inovation-democratization through fostering IOT movement.


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Aatma Shiksha
Aatma Shodh
Aatma Vishesh
Personal Details
Age : {{kidReport.kid.age}}
Gender : Male
Gender : Female
DOB : {{kidReport.kid.dob | date:'mediumDate'}}
Standard : {{kidReport.kid.standard}}
Area : {{kidReport.kid.area.areaName}}
Sessions : {{kidReport.kid.totalSessions}}
School : {{kidReport.kid.school}}
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This chart shows acadamic progress and subjects' marks of a kid from last reporting.
This compares previous and current growth of kid.
Remarks
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Marks
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English : {{kidReport.english}}
Maths : {{kidReport.maths}}
Other Interest Areas
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Invoice No. {{invoiceNumber}}
Date of Invoice: {{invoiceDate}}.
Payment due by: {{dueDate}}.