(This poorly named task has nothing to do with prime numbers or even, really, prime digits. Sorry 'bout that.)
A cryptarithm is usually presented as a pencil-and-paper task in which the solver is required to substitute a digit for each of the asterisks (or, often, letters) in the manual evaluation of an arithmetic term or expression so that the consistent application of the digits results in a proper expression. A classic example is this cryptarithm, shown with its unique solution:
SEND 9567 S->9 E->5 N->6 D->7 + MORE + 1085 M->1 O->0 R->8 ------- ------- MONEY 10652 Y->2
The following cryptarithm is a multiplication problem that can be solved by substituting digits from a specified set of N digits into the positions marked with *. Since the asterisks are generic, any digit from the input set can be used for any of the asterisks; any digit may be duplicated as many times as desired.
Consider using the set {2,3,5,7} for the cryptarithm below:
* * * x * * ------- * * * <-- partial product 1 -- MUST BE 3 DIGITS LONG * * * <-- partial product 2 -- MUST BE 3 DIGITS LONG ------- * * * *Digits can appear only in places marked by `*'. Of course, leading zeroes are not allowed.
The partial products must be three digits long, even
though the general case (see below) might have four digit partial
products.
********** Note About Cryptarithm's Multiplication ************
In USA, children are taught to perform multidigit multiplication
as described here. Consider multiplying a three digit number
whose digits are 'a', 'b', and 'c' by a two digit number whose
digits are 'd' and 'e':
[Note that this diagram shows far more digits in its results than the required diagram above which has three digit partial products!] a b c <-- number 'abc' x d e <-- number 'de'; the 'x' means 'multiply' ----------- p1 * * * * <-- product of e * abc; first star might be 0 (absent) p2 * * * * <-- product of d * abc; first star might be 0 (absent) ----------- * * * * * <-- sum of p1 and p2 (e*abc + 10*d*abc) == de*abc
Note that the 'partial products' are as taught in USA schools. The first partial product is the product of the final digit of the second number and the top number. The second partial product is the product of the first digit of the second number and the top number.
Write a program that will find all solutions to the cryptarithm above for any subset of supplied non-zero single-digits. Note that the multiplicands, partial products, and answers must all conform to the cryptarithm's framework.
| Line 1: | N, the number of digits that will be used |
| Line 2: | N space separated non-zero digits with which to solve the cryptarithm |
5 2 3 4 6 8
A single line with the total number of solutions. Here is the one and only solution for the sample input:
2 2 2 x 2 2 ------ 4 4 4 4 4 4 --------- 4 8 8 4
1
Here's why 222x22 works: 3 digits times 2 digits yields two (equal!) partial products, each of three digits (as required). The answer has four digits, as required. Each digit used {2, 4, 8} is in the supplied set {2, 3, 4, 6, 8}.
Why 222x23 doesn't work:
2 2 2 <-- OK: three digits, all members of {2, 3, 4, 6, 8} 2 3 <-- OK: two digits, all members of {2, 3, 4, 6, 8} ------ 6 6 6 <-- OK: three digits, all members of {2, 3, 4, 6, 8} 4 4 4 <-- OK: three digits, all members of {2, 3, 4, 6, 8} --------- 5 1 0 6 <-- NOT OK: four digits (good), but 5, 1, and 0 are not in {2, 3, 4, 6, 8}


{% set page_title = 'Your ' + config['APP_NAME'] + ' account is now deactivated' %} {% extends "layouts/emails/email_transactional.html" %} {% block content %}
Hi, {{ username }}!
You have deactivated your {{ config['APP_NAME'] }} account. You can reactivate your account at any time by logging into {{ config['APP_NAME'] }} using this email address and your password.
The {{ config['APP_NAME'] }} Team
{% endblock%}


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The code reported in Figure 2 shows how to set and apply the default multilevel preconditioner available in the real double precision version of MLD2P4 (see Table 1). This preconditioner is chosen by simply specifying ’ML’ as the second argument of P%init (a call to P%set is not needed) and is applied with the CG solver provided by PSBLAS (the matrix of the system to be solved is assumed to be positive definite). As previously observed, the modules psb_base_mod, mld_prec_mod and psb_krylov_mod must be used by the example program.
The part of the code concerning the reading and assembling of the sparse matrix and the right-hand side vector, performed through the PSBLAS routines for sparse matrix and vector management, is not reported here for brevity; the statements concerning the deallocation of the PSBLAS data structure are neglected too. The complete code can be found in the example program file mld_dexample_ml.f90, in the directory examples/fileread of the MLD2P4 implementation (see Section 3.5). A sample test problem along with the relevant input data is available in examples/fileread/runs. For details on the use of the PSBLAS routines, see the PSBLAS User’s Guide [13].
The setup and application of the default multilevel preconditioner for the real single precision and the complex, single and double precision, versions are obtained with straightforward modifications of the previous example (see Section 6 for details). If these versions are installed, the corresponding codes are available in examples/fileread/.
Different versions of the multilevel preconditioner can be obtained by changing the default values of the preconditioner parameters. The code reported in Figure 3 shows how to set a V-cycle preconditioner which applies 1 block-Jacobi sweep as pre- and post-smoother, and solves the coarsest-level system with 8 block-Jacobi sweeps. Note that the ILU(0) factorization (plus triangular solve) is used as local solver for the block-Jacobi sweeps, since this is the default associated with block-Jacobi and set by P%init. Furthermore, specifying block-Jacobi as coarsest-level solver implies that the coarsest-level matrix is distributed among the processes. Figure 4 shows how to set a W-cycle preconditioner which applies 2 hybrid Gauss-Seidel sweeps as pre- and post-smoother, and solves the coarsest-level system with the multifrontal LU factorization implemented in MUMPS. It is specified that the coarsest-level matrix is distributed, since MUMPS can be used on both replicated and distributed matrices, and by default it is used on replicated ones. The code fragments shown in Figures 3 and 4 are included in the example program file mld_dexample_ml.f90 too.
Finally, Figure 5 shows the setup of a one-level additive Schwarz preconditioner, i.e., RAS with overlap 2. Note also that a Krylov method different from CG must be used to solve the preconditioned system, since the preconditione in nonsymmetric. The corresponding example program is available in the file mld_dexample_1lev.f90.
For all the previous preconditioners, example programs where the sparse matrix and the right-hand side are generated by discretizing a PDE with Dirichlet boundary conditions are also available in the directory examples/pdegen.


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package json
- Alphabetic
- Public
- All
Type Members
-
class
AnyValJsonFormat[T, V] extends JsonFormat[T] with DefaultJsonProtocol
A class that provides a JSON serialization/deserialization of any type
A class that provides a JSON serialization/deserialization of any type
The instance with the type
T
is serialized and deserialized using spray.json.JsonFormat for typeV
.- T
The type for newly defined serialization
- V
The type used for underlying serialization
-
class
EnumJsonFormat[T <: Enumeration] extends RootJsonFormat[json.EnumJsonFormat.T.Value]
A class that provides a JSON serialization/deserialization of scala.Enumeration
A class that provides a JSON serialization/deserialization of scala.Enumeration
- T
The type of the given enumeration
- Note
Based on the code found: https://github.com/spray/spray-json/issues/200
-
final
class
LocalDateTimeJsonFormat extends RootJsonFormat[LocalDateTime]
A class that provides a JSON format of java.time.LocalDateTime
-
trait
SnakifiedSprayJsonSupport extends DefaultJsonProtocol
A custom version of the Spray DefaultJsonProtocol with a modified field naming strategy
Value Members
-
object
AnyValJsonFormat
An object that provides factory methods of AnyValJsonFormat
-
object
EnumJsonFormat
An object that provides factory methods of EnumJsonFormat
-
object
LocalDateTimeJsonFormat
An object that provides factory methods of LocalDateTimeJsonFormat
- object SnakifiedSprayJsonSupport extends SnakifiedSprayJsonSupport


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The SpeechRec object can be used to listen for and recognize speech.
spr = app.CreateSpeechRec(
options )
→
app object: SpeechRec
Use the Recognize method of the SpeechRec object to tell it to start listening:
speech.Recognize();
When the SpeechRec object has started listening, the OnReady callback function will be called. Use the SetOnReady method to set the name of your OnReady callback function.
If the SpeechRec object recognizes speech, the OnResult callback function will be called. The results are passed to the OnResult callback function as an array, with the most probable result at the front. Use the SetOnResult method to set the name of your OnResult callback function.
If the SpeechRec object does not recognize anything, the OnError callback function will be called. Use the SetOnError method to set the name of your OnError callback function.
Example - Example
function OnStart()
{
lay = app.CreateLayout( "linear", "VCenter,FillXY" );
btn = app.CreateButton( "Talk To Me", 0.3, 0.1 );
btn.SetOnTouch( btn_OnTouch );
lay.AddChild( btn );
app.AddLayout( lay );
speech = app.CreateSpeechRec();
speech.SetOnReady( speech_OnReady );
speech.SetOnResult( speech_OnResult );
speech.SetOnError( speech_OnError );
}
function btn_OnTouch()
{
speech.Recognize();
}
function speech_OnReady()
{
app.ShowPopup( "Listening...", "Short" );
}
function speech_OnResult( results )
{
app.ShowPopup( results[0] );
}
function speech_OnError()
{
app.ShowPopup( "Please speak more clearly!" );
}
Methods
The following methods are available on the SpeechRec object:
string
string: comma “,” separated: “NoBeep”, “Partial”
list: boolean,char,byte,short,int,long,float,double,String,CharSequence,...
function()
spr.Cancel
Stop recognizing speech and break other processes.
spr.GetRMS
Returns the RMS value (Root Mean Square) from the audio recorder.
spr.GetType
Returns the control class name.
spr.IsListening
Check whether SpeechRec is currently listening.
spr.MethodAllows access to other functions defined on the object in Java via reflection.
Note: This function is a premium feature. Please consider subscribing to Premium to use this feature and support DroidScript in its further development.
spr.Recognize
Start recognizing speech.
spr.SetOnError
Define a callback function which is called when an error occured.
spr.SetOnReady
Define a callback function which is called when the SpeechRec object is ready for use.
spr.SetOnResult
Define a callback function which is called when a text was successfully recognized
spr.Stop
Stop speech recording and start recognizing.


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Many thanks to the<EMAIL_ADDRESS>from whose FAQ list I have patterned this list for LAPACK.
LAPACK provides routines for solving systems of simultaneous linear equations, least-squares solutions of linear systems of equations, eigenvalue problems, and singular value problems. The associated matrix factorizations (LU, Cholesky, QR, SVD, Schur, generalized Schur) are also provided, as are related computations such as reordering of the Schur factorizations and estimating condition numbers. Dense and banded matrices are handled, but not general sparse matrices. In all areas, similar functionality is provided for real and complex matrices, in both single and double precision.
Release 3.0 of LAPACK introduces new routines, as well as extending the functionality of existing routines. For detailed information on the revisions, please refer to revisions.info.
The original goal of the LAPACK project was to make the widely used EISPACK and LINPACK libraries run efficiently on shared-memory vector and parallel processors. On these machines, LINPACK and EISPACK are inefficient because their memory access patterns disregard the multi-layered memory hierarchies of the machines, thereby spending too much time moving data instead of doing useful floating-point operations. LAPACK addresses this problem by reorganizing the algorithms to use block matrix operations, such as matrix multiplication, in the innermost loops. These block operations can be optimized for each architecture to account for the memory hierarchy, and so provide a transportable way to achieve high efficiency on diverse modern machines. We use the term "transportable" instead of "portable" because, for fastest possible performance, LAPACK requires that highly optimized block matrix operations be already implemented on each machine.
LAPACK routines are written so that as much as possible of the computation is performed by calls to the Basic Linear Algebra Subprograms (BLAS). While LINPACK and EISPACK are based on the vector operation kernels of the Level 1 BLAS, LAPACK was designed at the outset to exploit the Level 3 BLAS -- a set of specifications for Fortran subprograms that do various types of matrix multiplication and the solution of triangular systems with multiple right-hand sides. Because of the coarse granularity of the Level 3 BLAS operations, their use promotes high efficiency on many high-performance computers, particularly if specially coded implementations are provided by the manufacturer.
Highly efficient machine-specific implementations of the BLAS are available for many modern high-performance computers. The BLAS enable LAPACK routines to achieve high performance with transportable software. Although a model Fortran implementation of the BLAS in available from netlib in the BLAS library, it is not expected to perform as well as a specially tuned implementation on most high-performance computers -- on some machines it may give much worse performance -- but it allows users to run LAPACK software on machines that do not offer any other implementation of the BLAS.
1.2) Are there legal restrictions on the use of LAPACK software?
LAPACK is a freely-available software package. It is available from netlib via anonymous ftp and the World Wide Web. Thus, it can be included in commercial software packages (and has been). We only ask that proper credit be given to the authors.
Like all software, it is copyrighted. It is not trademarked, but we do ask the following:
If you modify the source for these routines we ask that you change the name of the routine and comment the changes made to the original.
We will gladly answer any questions regarding the software. If a modification is done, however, it is the responsibility of the person who modified the routine to provide support.
1.3) How do I reference LAPACK in a scientific publication?
We ask that you cite the LAPACK Users' Guide, Third Edition.
@BOOK{laug, AUTHOR = {Anderson, E. and Bai, Z. and Bischof, C. and Blackford, S. and Demmel, J. and Dongarra, J. and Du Croz, J. and Greenbaum, A. and Hammarling, S. and McKenney, A. and Sorensen, D.}, TITLE = {{LAPACK} Users' Guide}, EDITION = {Third}, PUBLISHER = {Society for Industrial and Applied Mathematics}, YEAR = {1999}, ADDRESS = {Philadelphia, PA}, ISBN = {0-89871-447-8 (paperback)} }
1.4) What revisions have been made since the last release?
For detailed information on the revisions since the previous public release, please refer to release_notes.html.
1.5) When is the next scheduled release of LAPACK?
LAPACK, version 3.0 was announced June 30, 1999. The
update to this release update.tgz was posted to netlib in November, 1999.
The most significant new routines are:
The LAPACK Users' Guide, Third Edition is available from SIAM, as well as in HTML form, LAPACK Users' Guide, Third Edition.
1.6) Where can I find more information about LAPACK?
A variety of working notes related to the development of the LAPACK library were published as LAPACK Working Notes and are available in postscript or pdf format at:
1.7) Where can I find Java LAPACK?
The first public release of the Java LAPACK (version 0.3 beta) is available for download at the following URL:
1.8) How do I obtain a copy of the LAPACK Users' Guide?
An html version of the LAPACK Users' Guide is available for viewing on netlib.
The printed version of the LAPACK Users' Guide, Third Edition is available from SIAM (Society for Industrial and Applied Mathematics). The list price is $39.00 and the SIAM Member Price is $31.20. The order code for the book is SE09. Contact SIAM for additional information.
The royalties from the sales of this book are being placed in a fund to help students attend SIAM meetings and other SIAM related activities. This fund is administered by SIAM and qualified individuals are encouraged to write directly to SIAM for guidelines.
1.9) Why aren't BLAS routines included when I download an LAPACK routine?
It is assumed that you have a machine-specific optimized BLAS library already available on the architecture to which you are installing LAPACK. If this is not the case, you can download a Fortran77 reference implementation of the BLAS from netlib.
Although a model implementation of the BLAS in available from netlib in the blas directory, it is not expected to perform as well as a specially tuned implementation on most high-performance computers -- on some machines it may give much worse performance -- but it allows users to run LAPACK software on machines that do not offer any other implementation of the BLAS.
Alternatively, you can automatically generate an optimized BLAS library for your machine, using ATLAS http://www.netlib.org/atlas/.
1.10) Are prebuilt LAPACK libraries available?
Yes, prebuilt LAPACK libraries are available for a variety of architectures. Refer to
1.11) Are prebuilt LAPACK libraries (lib and dll) available for Windows?
Yes, refer to the http://cvs.sourceforge.net/cgi-bin/viewcvs.cgi/matlisp/matlisp/lib/ webpage for details.
1.12) Is there an LAPACK rpm available for RedHat Linux?
Yes! Refer to the http://www.netlib.org/lapack/rpms directory on netlib for the LAPACK rpms for RedHat Linux.
1.13) Is there an LAPACK deb file available for Debian Linux?
Yes! Refer to LAPACK deb file for Debian Linux.
1.14) How do I install LAPACK under Windows 98/NT?
Separate zip files are available for installation using Digital Fortran or Watcom Fortran 77/32 compiler version 11.0. Both zip files use Microsoft nmake. Refer to the lapack-pc-df.zip or lapack-pc-wfc.zip files on the lapack index.
Otherwise,
the lapack.tgz distribution file requires unix-style make and /bin/sh commands in order to install on a
Windows system. A fairly complete unix-style environment is available free of
charge at the cygnus website,
http://sourceware.cygnus.com/cygwin/
From this website, you can download the package, get installation instructions, etc. You will want to download the "full" version of cygwin, which includes compilers, shells, make, etc. You will need to download the fortran compiler separately.
The installation is quite simple, involving downloading an executable and installing with Windows' usual install procedure (you can remove it from your machine with Windows' ADD/REMOVE if you later decide you don't want it).
Windows 95/98 does a poor job of process load balance. If you change the focus from the cygnus window, performance will immediately drop by at least 1/3, and the timings will be inaccurate. When doing timings, it is recommended that you leave the focus on the window throughout the entire timing suite. This is not necessary for Windows NT.
Because people often miss them in the install instructions, I repeat two very important pieces of information about the cygnus install here:
If, after installing cygnus, you get the message: Out of environment space add the line shell=C:\command.com /e:4096 /p to your c:\config.sys
For installation, LAPACK needs to find /bin/sh, so you should (assuming you don't already have this directory made): mkdir -p /bin Then, you should copy sh.exe from the cygwin bin directory to this one. The location of the cygwin bin directory changes depending on where you did the install, what type of machine you have, and the version of cygnus. Here is an example: /cygnus/cygwin-b20/H-i586-cygwin32/bin the cygwin-b20 is a version number, so you might see cygwin-b21, if you have a newer release, for instance. The i586 refers to your processor, you might expect to see i386, i486, i586 or i686, for instance.
1.15) What is the naming scheme for LAPACK routines?
The name of each LAPACK routine is a coded specification of its function (within the very tight limits of standard Fortran 77 6-character names).
All driver and computational routines have names of the form XYYZZZ, where for some driver routines the 6th character is blank.
The first letter, X, indicates the data type as follows:
S REAL D DOUBLE PRECISION C COMPLEX Z COMPLEX*16 or DOUBLE COMPLEX
The next two letters, YY, indicate the type of matrix (or of the most significant matrix). Most of these two-letter codes apply to both real and complex matrices; a few apply specifically to one or the other.
The last three letters ZZZ indicate the computation performed. For example, SGEBRD is a single precision routine that performs a bidiagonal reduction (BRD) of a real general matrix.
1.16) How do I find a particular routine?
Indexes of individual LAPACK driver and computational routines are available. These indexes contain brief descriptions of each routine.
LAPACK routines are available in four types: single precision real, double precision real, single precision complex, and double precision complex.
NOTE: For brevity, LAPACK auxiliary routines are NOT listed on these indexes of routines.
1.17) Are there routines in LAPACK to compute determinants?
No. There are no routines in LAPACK to compute determinants. This is discussed in the "Accuracy and Stability" chapter in the LAPACK Users' Guide.
1.18) Are there routines in LAPACK for the complex symmetric eigenproblem?
About your question on the eigenvalue problem
of a pair of complex symmetric matrices, there
is no public domain software I know of for
solving this problem directly. Three closest references are:
All these approaches try to explore the symmetric structure for saving in CPU time and storage. However, since there is no particular mathematical properties we can explore in a complex symmetric system, all above mentioned approaches are potentially numerical unstable! This also reflects why there is no high quality (black-box) math. software available.
1.19) Why aren't auxiliary routines listed on the index?
For brevity, LAPACK auxiliary routines are not listed on the indexes of routines.
However, the routines are contained in the respective directories on netlib. If you download a routine with dependencies, these auxiliary routines should be included with your request. Or, if for some reason you wish to obtain an individual auxiliary routine, and you already know the name of the routine, you can request that routine. For example, if I would like to obtain dlacpy.f, I would connect to the URL:
http://www.netlib.org/lapack/double/dlacpy.f
1.20) I can't get a program to work. What should I do?
Technical questions should be directed to the authors at<EMAIL_ADDRESS>Please tell us the type of machine on which the tests were run, the compiler and compiler options that were used, details of the BLAS library that was used, and a copy of the input file if appropriate.
Be prepared to answer the following questions:
1.21) How can I unpack lapack.tgz?
gunzip -c lapack.tgz | tar xvf -
The compression program gzip (and gunzip) is Gnu software. If it is not already available on your machine, you can download it via anonymous ftp:
ncftp prep.ai.mit.edu cd pub/gnu/ get gzip-1.2.4.tar
1.22) Where do I find details of the LAPACK Test Suite and Timing Suite?
Full details of the LAPACK Test Suite and Timing Suite can be found in LAPACK Working Note 41: "Installation Guide to LAPACK" available via the URL:
1.23) What technical support for LAPACK is available?
Technical questions and comments should be directed to the authors at<EMAIL_ADDRESS>See Question 1.20
1.24) How do I interpret LAPACK testing failures?
Installation hints for various architectures are maintained in the http://www.netlib.org/lapack/release_notes.html file on netlib. Click on "Machine-Specific Installation Hints".
The only known testing failures are in condition number estimation routines in the generalized nonsymmetric eigenproblem testing. Specifically in sgd.out, dgd.out, cgd.out and zgd.out. The cause for the failures of some test cases is that the mathematical algorithm used for estimating the condition numbers could over- or under-estimate the true values in a certain factor in some rare cases. Further details can be found in LAPACK Working Note 87.
In addition, LAPACK, version 3.0, introduced new routines which rely on IEEE-754 compliance. Refer to the Installation Guide for complete details. As a result, two settings were added to LAPACK/SRC/ilaenv.f to denote IEEE-754 compliance for NaN and infinity arithmetic, respectively. By default, ILAENV assumes an IEEE machine and does a test for IEEE-754 compliance. If you are installing LAPACK on a non-IEEE machine, you MUST modify ILAENV, as this test inside ILAENV will crash! Note that there are also specialized testing/timing versions of ILAENV located in LAPACK/TESTING/LIN/, LAPACK/TESTING/EIG/, LAPACK/TIMING/LIN/, and LAPACK/TIMING/EIG/, that must also be modified. Be aware that some compilers have IEEE-754 compliance by default, and some compilers require a separate compiler flag.
Testing failures can be divided into two categories. Minor testing failures, and major testing failures.A minor testing failure is one in which the test ratio reported in the LAPACK/TESTING/*.out file slightly exceeds the threshold (specified in the associated LAPACK/TESTING/*.in file). The cause of such failures can mainly be attributed to differences in the implementation of math libraries (square root, absolute value, complex division, complex absolute value, etc). These failures are negligible, and do not affect the proper functioning of the library.
A major testing failures is one in which the test ratio reported in the LAPACK/TESTING/*.out file is on the order of E+06. This type of testing failure should be investigated. For a complete discussion of the comprehensive LAPACK testing suite, please refer to LAPACK Working Note 41. When a testing failure occurs, the output in the LAPACK/TESTING/*.out file will tell the user which test criterion failed and for which type of matrix. It is important to note if the error only occurs with a specific matrix type, a specific precision, a specific test criterion, and the number of tests failed. There can be several possible causes of such failures:
The first question/suggestion is, if you are using an optimized BLAS library, did you run the BLAS test suite? Also, have you tried linking to the reference implementation BLAS library to see if the error disappears? There is a reference implementation BLAS library included with the LAPACK distribution. This type of problem will typically cause a lot of test failures for only a specific matrix type.
A compiler optimization bug will typically also cause a lot of test failures for only a specific matrix type. If a compiler optimization problem is suspected, the user should recompile the entire library with no optimization and see if the error disappears. If the error disappears, then the user will need to pinpoint which routine causes the optimization problem. This search can be narrowed by noticing which precision caused the error and for which matrix type.
In some rare cases, naive implementations of functions such as complex absolute value and complex division can result in major testing failures. Refer to the discussion of the LAPACK/SRC/slabad.f and dlabad.f routines to restrict the range of representable numbers to be used in testing (LAPACK Working Note 41).
An isolated test failure that is not affected by the level of optimization or the BLAS library used, should be reported to the authors<EMAIL_ADDRESS>Installation hints for various architectures are maintained in the http://www.netlib.org/lapack/release_notes.html file on netlib. Click on "Machine-Specific Installation Hints".
1.25) Problems running the BLAS test suite with an optimized BLAS library?
If you encounter difficulties running the BLAS Test Suite with an optimized BLAS library, it may be that you need to disable "input error checking" in the BLAS Test Suite. Most optimized BLAS libraries do NOT perform input error checking. To disable "input error checking" in the BLAS testers, you need to modify line 7 of the data files LAPACK/BLAS/*blat2.in and LAPACK/BLAS/*blat3.in by setting the "T" to "F".
F LOGICAL FLAG, T TO TEST ERROR EXITS.
1.26) Problems compiling dlamch.f?
The routine dlamch.f (and its dependent subroutines dlamc1, dlamc2, dlamc3, dlamc4, dlamc5) MUST be compiled without optimization. If you downloaded the entire lapack distribution this will be taken care of by the LAPACK/SRC/Makefile. However, if you downloaded a specific LAPACK routine plus dependencies, you need to take care that slamch.f (if you downloaded a single precision real or single precision complex routine) or dlamch.f (if you downloaded a double precision real or double precision complex routine) has been included.
2.1) What and where are the BLAS?
The BLAS (Basic Linear Algebra Subprograms) are high quality "building block" routines for performing basic vector and matrix operations. Level 1 BLAS do vector-vector operations, Level 2 BLAS do matrix-vector operations, and Level 3 BLAS do matrix-matrix operations. Because the BLAS are efficient, portable, and widely available, they're commonly used in the development of high quality linear algebra software, LINPACK and LAPACK for example.
A Fortran77 reference implementation of the BLAS is located in the blas directory of Netlib.
2.2) Publications/references for the BLAS?
2.3) Is there a Quick Reference Guide to the BLAS available?
Yes, there is a postscript version of the Quick Reference Guide to the BLAS available.
2.4) Are optimized BLAS libraries available?
YES! Machine-specific optimized BLAS libraries are available for a variety of computer architectures. These optimized BLAS libraries are provided by the computer vendor or by an independent software vendor (ISV). For further details, please contact your local vendor representative.
Alternatively, the user can download ATLA S to automatically generate an optimized BLAS library for his architecture.
If all else fails, the user can download a Fortran77 reference implementation of the BLAS from netlib. However, keep in mind that this is a reference implementation and is not optimized.
ATLAS is an approach for the automatic generation and optimization of numerical software for processors with deep memory hierarchies and pipelined functional units. The production of such software for machines ranging from desktop workstations to embedded processors can be a tedious and time consuming task. ATLAS has been designed to automate much of this process. We concentrate our efforts on the widely used linear algebra kernels called the Basic Linear Algebra Subroutines (BLAS).
For further information, refer to the ATL AS webpage.
2.6) Where can I find vendor supplied BLAS?
BLAS Vendor List
Last updated: March 14, 2001
2.7) Where can I find the Intel BLAS for Linux?
Yes, the Intel BLAS for Linux are available! Refer to the following URL:
Intel BLAS for Linux.
2.8) Where can I find Java BLAS?
Yes, Java BLAS are available. Refer to the following URLs: Java LAPACK and JavaNumerics. The JavaNumerics webpage provides a focal point for information on numerical computing in Java.
2.9) Is there a C interface to the BLAS?
Yes, a C interface to the BLAS was defined in the BLAS Technical Forum Standard. The source code is also available.
2.10) Are prebuilt Fortran77 ref implementation BLAS libraries available?
Yes. HOWEVER, it is assumed that you have a machine-specific optimized BLAS library already available on the architecture to which you are installing LAPACK. If this is not the case, you can download a prebuilt Fortran77 reference implementation BLAS library or compile the Fortran77 reference implementation source code of the BLAS from netlib.
Although a model implementation of the BLAS in available from netlib in the blas directory, it is not expected to perform as well as a specially tuned implementation on most high-performance computers -- on some machines it may give much worse performance -- but it allows users to run LAPACK software on machines that do not offer any other implementation of the BLAS.
Alternatively, you can automatically generate an optimized BLAS library for your machine using ATLAS, http://www.netlib.org/atlas/.
lapack@cs.utk.edu


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Missing Strathblane teenager Liam Thomson found after major police search
Liam Thomson was last seen on 9.30pm on Friday night when visiting family.
by Kathleen SpeirsMissing teenager Liam Thomson has been found by police.
The 16-year-old was last seen at 9.30pm on Friday sparking a major police search.
The teen from Strathblane, Stirlingshire, was believed to be in Hamilton.
On Sunday night Forth Valley Police confirmed the missing teen had been found.
A statement from the force read: "We are pleased to report that 16-year-old Liam Thomson who was reported missing from the Balfron area has been found safe and well.
"Thanks to everyone who shared our appeal."


It's meant to work in pair with the prismic-javascript library, a new javascript kit for the prismic API v2 available here:
Your endpoint must contains "v2" at the end, otherwise it means that you're working on the API V1 so this library won't work for you.
apiEndpoint: your-repo-name.prismic.io/api/v2
npm install prismic-dom --save
https://unpkg.com/prismic-dom
(You may need to adapt the version number)
On our release page: https://github.com/prismicio/prismic-dom/releases.
The kit is universal, it can be used:
You can find an integration of prismic content with the new API V2 in the following project:
With NodeJS, you can expose PrismicDOM directly in your locals to have it in your templates:
import PrismicDOM from 'prismic-dom';
res.locals.DOM = PrismicDOM;
Render a RichText:
As Html
DOM.RichText.asHtml(mydoc.data.myrichtext, linkResolver)
As Text
DOM.RichText.asText(mydoc.data.myrichtext)
Get a URL from a Link fragment of any kind
//link resolver not required if sure that it's not a document link
DOM.Link.url(mydoc.data.mylink, ctx.linkResolver)
Convert a Date as string from the API to an ISO Date:
DOM.Date(mydoc.data.mydate)
Source files are in the src/
directory. You only need Node.js and npm
to work on the codebase.
npm install
npm run dev
Please document any new feature or bugfix using the JSDoc syntax. You don't need to generate the documentation, we'll do that.
If you feel an existing area of code is lacking documentation, feel free to write it; but please do so on its own branch and pull-request.
If you find existing code that is not optimally documented and wish to make it better, we really appreciate it; but you should document it on its own branch and its own pull request.
This software is licensed under the Apache 2 license, quoted below.
Copyright 2013-2017 Prismic.io (http://prismic.io).
Licensed under the Apache License, Version 2.0 (the "License"); you may not use this project except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0.
Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.
Generated using TypeDoc


coming soon
Welcome to the application service for Brown CS faculty applications.
We'll be accepting applications starting in mid-November, check back then!
Welcome to the application service for Brown CS faculty applications.
We'll be accepting applications starting in mid-November, check back then!


import util from '../../util.js';
import _ from 'lodash';
export default {
type: 'match',
definedProperties: {
Match nodes are used for the parts of a regular expression between |
symbols. They consist of a series of MatchFragment
nodes. Optional ^
and $
symbols are also allowed at the beginning and
end of the Match.
import util from '../../util.js';
import _ from 'lodash';
export default {
type: 'match',
definedProperties: {
Default anchor is overridden to attach the left point of the anchor to the first element, and the right point to the last element.
_anchor: {
get: function() {
var start = util.normalizeBBox(this.start.getBBox()),
end = util.normalizeBBox(this.end.getBBox()),
matrix = this.transform().localMatrix;
return {
ax: matrix.x(start.ax, start.ay),
ax2: matrix.x(end.ax2, end.ay),
ay: matrix.y(start.ax, start.ay)
};
}
}
},
Renders the match into the currently set container.
_render() {
Render each of the match fragments.
let partPromises = _.map(this.parts, part => part.render(this.container.group())),
items = _(partPromises).compact().value();
Handle the situation where a regular expression of ()
is rendered.
This leads to a Match node with no fragments. Something must be rendered
so that the anchor can be calculated based on it.
Furthermore, the content rendered must have height and width or else the anchor calculations fail.
if (items.length === 0) {
items = [this.container.group().path('M0,0h10')];
}
return Promise.all(items)
.then(items => {
Find SVG elements to be used when calculating the anchor.
this.start = _.first(items);
this.end = _.last(items);
util.spaceHorizontally(items, {
padding: 10
});
Add lines between each item.
this.container.prepend(
this.container.path(this.connectorPaths(items).join('')));
});
},
connectorPaths(items) {
let prev, next;
prev = util.normalizeBBox(_.first(items).getBBox());
return _.map(items.slice(1), item => {
try {
next = util.normalizeBBox(item.getBBox());
return `M${prev.ax2},${prev.ay}H${next.ax}`;
}
finally {
prev = next;
}
});
},
setup() {
Merged list of MatchFragments to be rendered.
this.parts = _.reduce(this.properties.parts.elements, function(result, node) {
var last = _.last(result);
if (last && node.canMerge && last.canMerge) {
Merged the content of node
into last
when possible. This also
discards node
in the process since result
has not been changed.
last.content.merge(node.content);
} else {
node
cannot be merged with the previous node, so it is added to
the list of parts.
result.push(node);
}
return result;
}, []);
When there is only one part, then proxy to the part.
if (this.parts.length === 1) {
this.proxy = this.parts[0];
}
}
};


Usage Report Superseded Usage for: {{commercialUsageReport.startDate | date : 'yyyy-MM'}} – {{commercialUsageReport.endDate | date : 'yyyy-MM'}} was submitted: {{commercialUsageReport.submitted | date: 'yyyy-MM-dd' }}
Please fill out any known usage information at this time, you will be asked to confirm usage once your application is approved.
Required field.
Required field.
Required field.
Required field.
Select the non-member countries in which SNOMED CT will be used.
| Name | Started to Use | Ceased Use | Note | |
|---|---|---|---|---|
| {{institution.name}} | {{institution.startDate | date: 'yyyy-MM-dd'}} | {{institution.endDate | date: 'yyyy-MM-dd'}} Outdated | {{institution.note}} |
|
Affiliates are required to notify IHTSDO prior to engaging in any activities that do not fall within the existing categories at which time the IHTSDO will determine the appropriate Fee Structure for the activity in question.
Please describe activity below.
Please fix the errors listed above.


Air ambulance for Nawaz Sharif's transportation to arrive on Tuesday: PML-N | Pakistan - Geo.tv
by Web DeskPakistan Muslim League-Nawaz (PML-N) spokesperson Marriyum Aurangzeb on Sunday said that an air ambulance for the transportation of former prime minister Nawaz Sharif will arrive in the country on Tuesday.
The former information minister said that the doctors conducted a thorough examination of Sharif today and also held discussions on how to make the PML-N supremo ready for his travel.
Meanwhile, the party’s Twitter account issued a statement of the spokesperson, urging the nation to pray for the PML-N supremo’s health.
'Sharif to travel abroad once clinically stable'
Separately, Nawaz’s personal physician Dr Adnan Khan stated that the PML-N leader will travel to London in the next 48 hours once he’s "clinically stable".
The chief executive of the Sharif Medical City tweeted, saying: “He [Nawaz Sharif] will make the journey in a fully equipped and medically staffed air ambulance [which will be] arriving soon.”
The doctor stated that the former prime minister is scheduled to travel abroad once he’s clinically stable and ready for air travel.


12.1. Installing GeoMesa Bigtable¶
12.1.1. Installing the Binary Distribution¶
GeoMesa Bigtable artifacts are available for download or can be built from source. The easiest way to get started is to download the most recent binary version (2.1.0) from GitHub.
Extract it somewhere convenient:
# download and unpackage the most recent distribution:
$ wget "https://github.com/locationtech/geomesa/releases/download/geomesa_2.11-$VERSION/geomesa-bigtable_2.11-$VERSION-bin.tar.gz"
$ tar xvf geomesa-bigtable_2.11-$VERSION-bin.tar.gz
$ cd geomesa-bigtable_2.11-$VERSION
$ ls
bin conf dist docs examples lib LICENSE.txt logs
To run the command-line tools, the configuration file hbase-site.xml
must be on the classpath. This can
be accomplished by placing the file in the conf
folder. For more information, see Connecting to Cloud Bigtable.
12.1.2. Installing GeoMesa Bigtable in GeoServer¶
Warning
- GeoServer 2.13.0 and 2.13.1 are not recommended due to two serious bugs:
- GeoMesa WPS processes are not triggered correctly, and will run slowly or not at all
- GeoMesa count optimizations are bypassed, potentially resulting in large duplicate scans for WFS queries
The HBase GeoServer plugin is bundled by default in a GeoMesa binary distribution. To install, extract
dist/gs-plugins/target/geomesa-bigtable-gs-plugin_2.11-$VERSION-install.tar.gz
into GeoServer’s WEB-INF/lib
directory. This distribution does not include HBase or Hadoop JARs - the following JARs
should be copied into GeoServer’s WEB-INF/lib
directory. For convenience, the script bin/install-hadoop-hbase.sh
will download them from Maven Central.
- hbase-annotations-1.3.1.jar
- hbase-client-1.3.1.jar
- hbase-common-1.3.1.jar
- hbase-hadoop2-compat-1.3.1.jar
- hbase-hadoop-compat-1.3.1.jar
- hbase-prefix-tree-1.3.1.jar
- hbase-procedure-1.3.1.jar
- hbase-protocol-1.3.1.jar
- hbase-server-1.3.1.jar
- commons-configuration-1.6.jar
- hadoop-annotations-2.5.2.jar
- hadoop-auth-2.5.2.jar
- hadoop-client-2.5.2.jar
- hadoop-common-2.5.2.jar
- hadoop-hdfs-2.5.2.jar
(Note the versions may vary depending on your installation.)
The Bigtable data store requires the configuration file hbase-site.xml
to be on the classpath. This can
be accomplished by placing the file in geoserver/WEB-INF/classes
(you should make the directory if it
doesn’t exist). For more information, see Connecting to Cloud Bigtable.
Restart GeoServer after the JARs are installed.
<IP_ADDRESS>. Jackson Version¶
Warning
Some GeoMesa functions (in particular Arrow conversion) requires jackson-core-2.6.x
. Some versions
of GeoServer ship with an older version, jackson-core-2.5.0.jar
. After installing the GeoMesa
GeoServer plugin, be sure to delete the older JAR from GeoServer’s WEB-INF/lib
folder.


Lizzo Twerks in a Thong to Her Hit Song "Juice" Courtside at Lakers Game
by VladTVLizzo showed up to the Lakers game against the Timberwolves on Sunday (December 8) wearing a t-shirt dress that was cut out in the back to show off her thong and fishnet stockings.
Whle sitting courtside at the game, the Laker Girls danced to her hit song "Juice," and Lizzo stood up to sing along and twerk to the track. The crowd cheered for the Grammy-nominated singer, who dropped it low during the chorus.
During an interview with Fox Sports, Lizzo stated, "Both teams are great. I’m personally cheering for No. 32," referring to Timberwolves baller Karl-Anthony Towns. She added, "That’s my baby!"


Your distance, calories and CO2 saving estimations are based on the duration of your journeys, rather than knowing what distance you travelled.
An assumption is that you cycle at an average of 10km/h (which is
typical for urban bike rental scheme use ).
The CO2 saving and calories burned calculations are based on the
method used by Cyclestreets . This makes some presumptions about what car you might otherwise have driven, your physique, and how fast you
cycle.
Recorded journeys of under 2 mins that are to the same station aren't included in the final calculations, as they are likely to be instances of where bikes have been taken out but not ridden.


Topic Description:
Name :
Topic :
{{Topics.option1}}
{{Topics.option2}}
After Seleted
Single select:
----Select----
Option 1
Option 2
Option 3
Single select with "not selected" option and dynamic option values:
---Please select---
Option 1
Option 2
Force unknown option
singleSelect = {{data.singleSelect}}
Multiple select:
Option 1
Option 2
Option 3
multipleSelect = {{data.multipleSelect}}


Router: Dynamic Templates
Sat Aug 15, 2015
This post discusses how to create dynamic templates by leveraging the templateProvider configuration provided by Angular’s built-in router or the third-party UI Router.
PROBLEM
For Single Page Applications (SPAs), we often need to switch views or states inside containers. This is usually done through routers. With either Angular’s built-in router or the popular UI Router, we are able to define the relationship between states and their templates. For instance, here we defined a state home
and its template URL app/home/home.html
:
app.config(function($stateProvider) {
$stateProvider.state('home', {
url: '/',
templateUrl: 'app/home/home.html'
});
});
In some cases, this state-to-template relationship can not be determined beforehand at the config
time. The decision of what the template or template URL will be used for a state has to wait for the availability of run-time data. For example:
- User’s account type, e.g. show Home version A for members, and version B for public users.
- A/B testing, e.g. a A/B testing service randomly picks from two versions – A or B.
In either scenario, the template cannot be fixed to app/home/home.html
, and has be to resolved using run-time data.
Router’s templateUrl
configuration accepts a function which can be used to create dynamic template URL. However, we are not able to inject run-time dependencies (e.g. user services, or A/B test services) into the templateUrl function. The only available argument of the templateUrl
function is $stateParams
.
$stateProvider.state('home', {
templateUrl: function($stateParams) { // Can not inject dependencies
return 'app/home.' + $stateParams.option + '.html';
}
});
SOLUTION
The answer is templateProvider
.
Both Angular built-in router and the UI Router have a templateProvider
configuration. templateProvider
accepts a function that can be injected with run-time dependencies.
$stateProvider.state('home', {
templateProvider: function(abTestService) { // abTestService is injected here
var result = abTestService.pick('a', 'b'); // Choose version A or B
return '...'; // Return template content based on the result
}
});
templateProvider
returns template content (not an URL to the template). We can certainly embed HTML markups directly in JavaScript, but for complicate HTML, it’s better to externalize the HTML content to separate template files. Here, we created home-a.html
and home-b.html
, and ngInclude
them in the templateProvider function:

Version A

Version B

$stateProvider.state('home', {
templateProvider: function(abTestService) {
var result = abTestService.pick('a', 'b');
// ngInclude template content based on the A/B test result
return '

';
}
});
templateProvider
can also return a Promise which is resolved to template content.
$stateProvider.state('home', {
templateProvider: function($http, USER_SERVICE_REST_URL) {
// Here, we return a promise instead of the template content
return $http.get(USER_SERVICE_REST_URL).then(function(data) {
var result = (data.type === 'member' ? 'a' : 'b');
// Return the template content
return '

';
});
}
});
EVEN BETTER SOLUTION
Having ngInclude
in templateProvider
function feels still a bit hackish to me. The ideal solution is to specify a template URL, and then let Angular fetch the content. However, sending separate HTTP requests just to fetch templates seems to be unnecessary web traffic. It will be better if the template content can be cached in the $templateCache service; and then, all I need to do is $templateCache.get('templateUrl')
:
$stateProvider.state('home', {
templateProvider: function(abTestService, $templateCache) {
var result = abTestService.pick('a', 'b');
// Retrieve the cached template content from $templateCache service
return $templateCache.get('app/home/home-' + result + '.html');
}
});
To achieve this, we need a Gulp task to convert all HTML files under the app/ directory to JavaScript strings, and save the strings in $templateCache.
// Load gulp and its plugins
var gulp = require('gulp');
var minifyHtml = require('gulp-minify-html');
var angularTemplateCache = require('gulp-angular-templatecache');
gulp.task('templates', function() {
return cacheTemplates('src/app/**/*.html', 'app.template.js');
function cacheTemplates(input, output) {
return gulp.src(input) // Get all HTML files
.pipe(minifyHtml({ // Minify HTML content first
empty: true,
spare: true,
quotes: true
}))
.pipe(angularTemplateCache(output, { // Save minified strings to cache
module: 'myApp' // Setup $templateCache for Angular module 'myApp'
}))
.pipe(gulp.dest('.tmp/templates/'));
} // /function cacheTemplates
});
Then, import the generated template.js
in index.html
:

CONCLUSION
By leveraging the templateProvider
function that can be injected with dependencies, we are able to resolve template content based on run-time data. This technique is useful for switching among more than one templates for a state, for instance, A/B testing, and swappable content in limited space.


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- orchestrate intuitive mindshare
- brand rich web services
- empower user-centric applications
- disintermediate value-added synergies
- exploit proactive interfaces
- maximize compelling technologies
- innovate ubiquitous networks
- aggregate intuitive solutions


Claim your NHS Pension
Declaration
I declare that:
- I have read the Retirement Guide for members of the NHS Pension Scheme and the application guidance notes attached to this form
- The information I have given is correct and complete to the best of my knowledge and belief. If I become aware of any change in the information given on the form, or any further new information relevant to the form, after I have sent it I hereby agree to notify NHS Pensions of those changes and any further or new information at the earliest possible opportunity
- I will notify NHS Pensions if I recycle my NHS Pension Commencement Lump Sum
- I understand that I will have to repay any over payment of pension if necessary
- If I have Enhanced, Primary, Fixed (2012 or 2014) or Individual Protection (2014) from HMRC I have enclosed a copy of the certificate
- If I have Fixed or Individual Protection 2016 I have enclosed a copy of HMRC's notification confirming the reference and/or certificate number
- If I have Fixed Protection 2012, 2014 or 2016 I declare I have checked for Benefit Accrual and have not had Benefit Accrual up to and including the date of my retirement
- I understand that, if I have claimed my 1995 Section benefits on normal age grounds or voluntary early retirement with actuarial reduction, my pension may be suspended if I return to NHS employment (including a Direction Body) within one calendar month. Work in the NHS totalling 16 hours or less a week is ignored for this purpose
- I understand that if I claim my benefits from the 1995 Section I will not be able to rejoin the Scheme
- I am entitled to and apply for my retirement benefits from the NHS Pension Scheme
Submit


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Find columns in supported datasets that relate to keyword
data_search(search_str, datasets = DATASETS)
| search_str | a string, case insensitive |
|---|---|
| datasets | a vector of the selected datasets to search. Values must be
in of the following supported datasets: |
A dataframe w/ columns - dataset
, col_id
,
description
, notes
data_search("birth")#>#>#> # A tibble: 1,279 x 4 #> dataset col_id description notes #> <chr> <chr> <chr> <list> #> 1 FRED SPDYNCBRTIN~ Crude Birth Rate for the United States <tibble [1~ #> 2 FRED SPDYNLE00IN~ Life Expectancy at Birth, Total for the Uni~ <tibble [1~ #> 3 FRED SPDYNCBRTIN~ Crude Birth Rate for India <tibble [1~ #> 4 FRED SPDYNCBRTIN~ Crude Birth Rate for Japan <tibble [1~ #> 5 FRED SPDYNTFRTIN~ Fertility Rate, Total for the United States <tibble [1~ #> 6 FRED SPDYNCBRTIN~ Crude Birth Rate for Least Developed Countr~ <tibble [1~ #> 7 FRED SPDYNIMRTIN~ Infant Mortality Rate for the United States <tibble [1~ #> 8 FRED SPDYNCBRTIN~ Crude Birth Rate for Developing Countries i~ <tibble [1~ #> 9 FRED SPDYNCBRTIN~ Crude Birth Rate for China <tibble [1~ #> 10 FRED SPDYNCBRTIN~ Crude Birth Rate for Mexico <tibble [1~ #> # ... with 1,269 more rowsdata_search("birth", "AddHealth")#> # A tibble: 45 x 4 #> dataset col_id description notes #> <chr> <chr> <chr> <list> #> 1 AddHealth H4OD1M Respondent's date of birth <tibble [1~ #> 2 AddHealth H4OD1Y Respondent's date of birth <tibble [1~ #> 3 AddHealth H4SE26A In the past 12 months, did you or your partner~ <tibble [6~ #> 4 AddHealth H4SE26B In the past 12 months, did you or your partner~ <tibble [6~ #> 5 AddHealth H4SE26C In the past 12 months, did you or your partner~ <tibble [6~ #> 6 AddHealth H4SE26D In the past 12 months, did you or your partner~ <tibble [6~ #> 7 AddHealth H4SE26E "In the past 12 months, did you or your partne~ <tibble [6~ #> 8 AddHealth H4SE26F In the past 12 months, did you or your partner~ <tibble [6~ #> 9 AddHealth H4SE26G In the past 12 months, did you or your partner~ <tibble [6~ #> 10 AddHealth H4SE26H In the past 12 months, did you or your partner~ <tibble [6~ #> # ... with 35 more rows#>#> # A tibble: 45 x 4 #> dataset col_id description notes #> <chr> <chr> <chr> <list> #> 1 AddHealth H4OD1M Respondent's date of birth <tibble [1~ #> 2 AddHealth H4OD1Y Respondent's date of birth <tibble [1~ #> 3 AddHealth H4SE26A In the past 12 months, did you or your partner~ <tibble [6~ #> 4 AddHealth H4SE26B In the past 12 months, did you or your partner~ <tibble [6~ #> 5 AddHealth H4SE26C In the past 12 months, did you or your partner~ <tibble [6~ #> 6 AddHealth H4SE26D In the past 12 months, did you or your partner~ <tibble [6~ #> 7 AddHealth H4SE26E "In the past 12 months, did you or your partne~ <tibble [6~ #> 8 AddHealth H4SE26F In the past 12 months, did you or your partner~ <tibble [6~ #> 9 AddHealth H4SE26G In the past 12 months, did you or your partner~ <tibble [6~ #> 10 AddHealth H4SE26H In the past 12 months, did you or your partner~ <tibble [6~ #> # ... with 35 more rows


Home / Terms / Support Server
Last updated Oct 16, 2021.
Welcome to Swag's documentation! The easiest way to get started is by mentioning Swag in chat, you'll get a response with useful information on how to view the list of commands. (Ex. swg!help)
Before you get started with Swag theirs a few things you need to know:
&scope=bot%20applications.commands
somewhere in the URL. Here's the invite (with no permissions included) if you need to re-invite Swag to enable slash command.If there is something you need to know about a specific command, it will be included on the command's page.
Now let's get into the fun stuff. Here is a list of all documented commands. If you need more help then Swag's documentation can provide, please join our Support Server.


Dark Knight Mordred:
Come in.  What happened?
You ran into Hallate? You could've been killed! This is marvelous! Have you obtained the knowledge of the stone tablet?
"Yes."


ES5-Class
Highlights
A Class object that enables native prototypal inheritance for Node and modern browsers.
It's called class because it encapsulate your methods, provide inheritance, set static and prototype methods and variables, and provide helper functions along all your instances.
Why should we write code like if we were in 2010? Read on!
- Multiple inheritance made easy
- Support
get
,set
,__defineGetter__
,__defineSetter__
without any extra code - It's freaking fast, check the benchmark section
- Uses
Object.setPrototypeOf
(when available, using__proto__
when isn't),Object.create
andObject.defineProperty
ES5/ES6 methods to enable native prototypal inheritance with proper settings (enumerable, configurable, writable) - Works with Node.js 0.8.x and up (including node-webkit), and really modern browsers (IE11, Firefox, Chrome, Safari).
- Functions to implement other class methods and include other instance/prototype methods
- The
$implement
method imports both prototype and class methods - The
$include
method imports prototype methods, and class methods as prototype
- The
- Takes advantage of ES5 non-writable properties to disable the possibility of messing up the classes
- Ability to inherit from multiple classes using arrays using
ES5Class.$define('YourClass', [Class1, Class2, Class3])
without setting the$parent
class, working like mixins/traits - Inject and call
$super
to reach the parent instance class functions or extended class method - Call
this.$parent
to reach the parent class definition inside your methods this.$implements
array property contain all classes that were implemented into the current class instance- The
construct
method is called with arguments when the class is instantiated this.$class
is available everywhere, it returns the current class, even before instantiation- You are free to instantiate your class using
Class.$create(arguments)
,Class(arguments)
andnew Class(arguments)
Documentation
See docs in ES5Class Documentation
Breaking changes
Version 1.x had this.$super
call, but it wasn't "async safe". If you would execute it in an asynchronous (setImmediate
,
setTimeout
, inside Promises or other callbacks), this.$super
could be either undefined or be another function, since
this.$super
was a global state variable on the instance.
To solve this, the $super
(idea taken from Prototype.js) must be injected as the first parameter on your function.
Before you'd call your $super
classes like this:
var Base = ES5Class.$define('Base', {
construct: function(that, those){
this.that = that;
this.those = those;
}
});
var Sub = Base.$define('Sub', {
construct: function(those){
this.$super('that', those);
}
});
Sub.$create('those');
In version 2.x, you need to call it like:
var Base = ES5Class.$define('Base', {
construct: function(that, those){
this.that = that;
this.those = those;
}
});
var Sub = Base.$define('Sub', {
construct: function($super, those){
$super('that', those);
}
});
Sub.$create('those');
$super
is merely a shortcut for this.$parent.prototype.fn.apply(this, arguments);
(actually a bit fancier than that).
Nothing stops you from doing that by yourself (if you don't fancy the $super
argument injection)
In version 2.x you'll also need better-curry as a dependency.
Install
$ npm install es5class
$ bower install es5class
// In node.js
var ES5Class = require('es5class');
// or in the browser
window.ES5Class
// or with RequireJS
define(['ES5Class'], function(ES5Class){
});
Example usage
Creating a new class
var Animal = ES5Class.$define(
// Class Name
'Animal',
// Prototype methods/variables, these will only be available through a class instance, in this case, through Animal.$create('Name')
{
construct: function (name){ // this is called automatically on instantiation
this.name = name;
},
getName : function (){
return this.name;
}
},
// Class methods/variables, this will only be available through Animal, as in Animal.count or Animal.getCount()
{
count : 0,
getCount: function (){
return this.count;
}
}
);
Class inheritance
var Bird = Animal.$define('Bird', {
construct: function ($super, name, canFly){
// calls parent class constructor, calls Animal.prototype.construct
// and set this.name
if (canFly) {
this.canFly = canFly;
}
$super(name + ' Bird');
},
// Bird.prototype.canFly
canFly : false
});
Extending the prototype
// append functions to the prototype. existing functions in the prototype are
// wrapped for $super access
Bird.$include({
// Bird.prototype.fly
fly: function (){
if (this.canFly) {
console.log(this.name + ' flies!');
} else {
console.log(this.name + ' cant fly');
}
}
});
Add static and prototype members to the class
// "Implement" import the prototype (if it has a prototype) and class methods from the
// given object, to the class declaration
var
Class1 = ES5Class.$define('Class1'),
obj = {yup: true},
h = function(){};
h.prototype.nope = false;
Class1.$implement([obj, h]);
console.log(Class1.yup); // true (imported to the class declaration)
console.log(Class1.$create().nope); // false (imported to the prototype)
You can call the inheriting class $super
construct by passing true to the second parameter,
for example:
var EventEmitter = require('events').EventEmitter;
// this code is the same as
ES5Class.$define('MyEventEmitter', function(){
this.$implement(EventEmitter);
return {
construct: function(){
EventEmitter.call(this);
}
};
});
// this one (much cleaner)
ES5Class.$define('MyEventEmitter').$implement(EventEmitter, true);
// There's no need for the construct + implement if you are just creating
// an inheritance from another Node.js class
// So it's easier to set the second parameter of implement to true, it
// will call the parent class constructor automatically
Because it's really easy to forget to initialize the super constructor of the inheriting class
Include (mixin) to the current prototype
// "Implement" import class methods *ONLY* from the given object,
// to the class declaration prototype *ONLY*
var
Class1 = ES5Class.$define('Class1'),
obj = {yup: true},
h = function(){};
h.prototype.nope = false;
h.yep = false;
Class1.$include([obj, h]);
// true (imported to the prototype)
console.log(Class1.$create().yup);
// undefined (not imported since it's in the prototype of the "h" object)
console.log(Class1.nope);
// undefined (not imported since it's in the prototype of the "h" object)
console.log(Class1.$create().nope);
// false (imported to the prototype since it's in the declaration of the "h" object)
console.log(Class1.$create().yep);
Inherit from any existing (Node.js) class
var MyEventClass = ES5Class.$define('MyEventEmitter', function(){
var base = this;
base.$implement(require('events').EventEmitter); // inherit from EventEmitter
return {
construct: function(){
var self = this;
process.nextTick(function(){
self.emit('created', base); // we can use it in construct already!
});
}
};
});
MyEventClass.$create().on('created', function(base){
expect(base).to.eql(MyEventClass);
expect(base.prototype.on).to.be.a('function');
});
// or
MyEventClass.$inherit(require('events').EventEmitter, []);
Constants
var
MyClass = ES5Class.$define('MyClass').$const({
cant: 'touch this'
});
MyClass.cant = false;
// still 'touch this'
// throws exception on strict mode
Encapsulate logic by passing a closure
Bird.$include(function (_super){
// _super is the Animal prototype (the parent), it contains only
// "construct" and "getName" per definitions above
// "super" is a javascript reserved word, that's why it's being called _super here
var timesBeaked = 0;
// "this" refers to the current Class definition, that is, Bird, so you can access
// static variables plus the prototype, before it's [re]defined
//
// this.prototype.getName();
// this.count
//
// you may want to set var self = this; for usage inside the functions
return {
beak: function (){
return ++timesBeaked;
}
};
});
Bird.$implement(function (_super){
// _super is the Animal class itself (the parent)
// "this" refers to the current Class definition, the same way it happens
// when extending the prototype (using $include), you may access this.prototype in
// here as well
var catalog = {};
return {
catalog: function (bird){ // Bird.catalog() is now available
if (arguments.length) {
for(var i = 0; i < arguments.length; i++) {
catalog[arguments[i].name] = arguments[i];
}
}
return catalog;
}
};
});
Exchange the instance prototype chain
var MyEmptyClass = ESClass.$define('MyEmptyClass');
MyEmptyClass.$create().$exchange(Error); // MyEmptyClass instance now 'looks like' an Error instance
Import an object to the current instance
var MyEmptyClass = ESClass.$define('MyEmptyClass');
var instance = MyEmptyClass.$create().$import({
somenew: function(){
}
});
instance.somenew();
Enumerate members
ES5Class.$define('MyClass',{
some:'member',
somefn:function(){}
}).$create().$names;
// ['some','somefn']
Wrap an existing object or function as an ES5Class
var someRandomObject = {};
var MyClass = ES5Class.$wrap(someRandomObject, 'MyClass'); // creates a new class
ES5Class.$wrap(MyClass); // returns itself
Prototypal inheritance from another class
// These functions and values persist between class creation, serve as static methods
Animal.$implement({
run: function() {
for(var i=1; i<=10; i++) {
this.ran++; // this refer to the current class definition (either Dog, Animal or Cat)
// you may change it to Animal.ran to make the same value available to all classes
// also, you may use the this.$parent.ran to set it always on the Animal class when
// calling on extended classes (Dog and Cat)
console.log("Animal ran for " + i + " miles!");
}
},
ran: 0
});
var Dog = Animal.$define('Dog');
Animal.run(); // Dog.ran and Animal.ran are 10
var Cat = Animal.$define('Cat');
Cat.run(); // Cat.ran is 20, Dog.ran and Animal.ran are 10
Dog.run(); //
Dog.run(); // Cat.ran is 20, Dog.ran is 30 and Animal.ran is 10
// If you implement the same method, you can update the parent using this.$parent
// If you want to update the parent value, you can also use this.$parent.ran
Dog.$implement({
run: function(){
this.ran += 10;
this.$parent.run(); // Animal.ran is now 20
}
});
Dog.run(); // Dog.ran is now 40, Animal.ran and Cat.ran are now 20
// primitives are copied over to new classes (in this case, Cat and Dog)
// objects retain their reference between all classes
Creating an instance
var animal = Animal.$create("An Animal");
var bird = Bird.$create("A Bird");
var bird2 = Bird("Another bird");
var bird3 = new Bird("Also a bird");
Checking instances
animal.$instanceOf(Animal); // true
animal.$instanceOf(Bird); // false
bird.$instanceOf(Animal); // true
bird.$instanceOf(Bird); // true
bird.$instanceOf(Class); // true
Other useful methods and properties
Animal.$className; // 'Animal'
bird.$class; // returns the Bird class definition, you can do a $class.$create('instance', 'params')
bird.$class.$className // 'Bird'
bird.$class.$parent.$className // 'Animal'
bird.$parent.$className // 'Animal'
bird.$parent.$parent.$className // 'ES5Class'
bird.$isClass(Bird); // true
Animal.$isClass(Bird); // false
Mixin from other classes (Object composition)
var Class1 = ES5Class.$define('Class1', {}, {done: true}),
Class2 = ES5Class.$define('Class2', {func: function(){ return true; }}),
Class3 = ES5Class.$define('Class3', {}, {yet: true});
// This mix in the whole class (prototype and class methods)
var NewClass = ES5Class.$define('NewClass', {}, [Class1, Class2, Class3]);
// Pay attention that it needs to go in the second parameter if you want
// to copy the object properties AND the prototype properties
// or using NewClass.$implement([Class1, Class2, Class3]);
Class1.done = false; // Changing the base classes doesn't change the mixin'd class
console.log(NewClass.done); // true
console.log(NewClass.yet); // true
console.log(NewClass.$parent); // ES5Class
console.log(NewClass.$implements); // [Class1,Class2,Class3]
console.log(NewClass.$create().func()); // true
console.log(NewClass.$create().$class.done); // true
// This mix in class methods as prototypes
NewClass = ES5Class.$define('NewClass', [Class1, Class2, Class3]);
console.log(NewClass.$create().yet); // true
console.log(NewClass.$create().done); // false
console.log(NewClass.$create().func); // undefined
Singletons
var Singleton = ES5Class.$define('Singleton', {}, {
staticHelper: function(){
return 'helper';
},
staticVariable: 1
});
var ExtraSingleton = ES5Class.$define('Extra');
ExtraSingleton.$implement(Singleton);
ExtraSingleton.$implement({
extra: true,
staticHelper: function($super){
return 'Extra' + $super();
}
});
Singleton.extra // undefined
ExtraSingleton.extra // true
ExtraSingleton.staticVariable // 1
ExtraSingleton.staticHelper(); // 'Extrahelper'
Share data between instances (flyweight pattern)
var Share = ES5Class.$define('Share', function(){
var _data = {}; //all private data, that is shared between each Share.$create()
return {
construct: function(){
this.$class.count++;
},
append: function(name, data){
_data[name] = data;
}
}
}, {
count: 0 // exposed variable
});
var one = Share.$create('one'), two = Share.$create('two'); // Share.count is now 2
one.append('dub', true); // _data is now {'dub': true}
two.append('dub', false); // _data is now {'dub': false}
two.append('bleh', [1,2,3]); // _data is now {'dub': false, 'bleh': [1,2,3]}
Duck typing (nothing stops you to not using inheritance and decoupling classes)
var Op = ES5Class.$define('Op', {
construct: function (number){
this.number = number;
},
operator : function (number){
return number;
}
});
var Mul = Op.$define('Multiply', {
operator: function (number){
return number * this.number;
}
});
var Div = Op.$define('Divide', {
operator: function (number){
return number / this.number;
}
});
var Sum = Op.$define('Sum', {
operator: function (number){
return number + this.number;
}
});
var Operation = ES5Class.$define('Operation', {}, function (){
var
classes = [],
number = 0;
return {
add : function (clss){
for (var i = 0, len = clss.length; i < len; i++) {
classes.push(clss[i]);
}
return this;
},
number : function (nmbr){
number = nmbr;
return this;
},
result : function (){
var result = number;
for (var i = 0, len = classes.length; i < len; i++) {
result = classes[i].operator(result);
}
return result;
},
onthefly: function (classes){
var result = number;
for (var i = 0, len = classes.length; i < len; i++) {
result = classes[i].operator(result);
}
return result;
}
};
});
var sum = Sum.$create(40);
var mul = Mul.$create(50);
var div = Div.$create(20);
Operation.number(100);
Operation.add([sum, mul, div]).result(); // Result is 350
var mul2 = Mul.$create(30);
Operation.onthefly([div, sum, mul, mul2]); // Result is 67500
For a lot of class examples (inheritance, extending, singletons, etc), check the test sources at test/class-test.js
Performance tip
Although the class helpers, $super
calls, class inheritance itself are fast, $define
'ing your class isn't.
For some odd reason, Object.defineProperties
and Object.defineProperty
is long known to have the worst performance in V8
(and other engines as well).
Basically, you should never keep redefining your class, for example, in loops, inside other constructors, etc.
The ES5Class.$define
is a real bottleneck (as low as 10k ops/s). So, $define
it once, create instances everywhere!
Running the tests
The tests are ran using mocha
$ npm install && npm run test
Benchmark
Check how this library perform on your machine
$ npm install && npm run benchmark
A benchmark result in a 1st gen Core i3:
class instance function call x 125,269,746 ops/sec ±10.00% (34 runs sampled)
class method function call x 123,280,719 ops/sec ±4.17% (40 runs sampled)
class instance included function call x 103,738,852 ops/sec ±3.78% (42 runs sampled)
$super instance function calls x 14,187,910 ops/sec ±0.44% (96 runs sampled)
$super class function calls x 13,874,190 ops/sec ±0.73% (96 runs sampled)
$super inherited two levels deep function calls x 6,910,075 ops/sec ±0.40% (100 runs sampled)
class.$create instantiation x 1,832,552 ops/sec ±1.69% (91 runs sampled)
new operator x 4,544,620 ops/sec ±0.37% (98 runs sampled)
obj() instance x 1,225,367 ops/sec ±2.45% (96 runs sampled)
ES5Class.$define x 12,106 ops/sec ±2.73% (85 runs sampled)
Feeback
Please use the issues section of github to report any bug you may find
Contributors
License
(The MIT License)
Copyright (c) 2011 Bruno Filippone
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the 'Software'), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED 'AS IS', WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


Koepka out of Presidents Cup with knee injury
Los Angeles - Brooks Koepka announced on Wednesday he is withdrawing from the Presidents Cup with a knee injury, with US captain Tiger Woods promptly selecting Rickie Fowler for the vacant spot.
"Today, I am announcing my withdrawal from the US Presidents Cup Team because of my knee injury," Koepka said in a statement that was posted on the PGA Tour website.
"I notified captain Tiger Woods that despite constant medical care and rehab, I am not able to play golf at this time. I consider it to be a high honour to be part of the 2019 team and I regret not being able to compete."
World No 1 Koepka, who had stem cell treatment on his left knee after the Tour Championship, pulled out of the CJ Cup in South Korea after aggravating the injury when he slipped on a cart path.
He said he had been in constant contact with Woods since then, but now realised he needed "more time to heal."
Woods wasted no time in selecting Fowler to a third Presidents Cup team. Fowler was undefeated - winning three matches and halving one - in the United States' win over the International team in the 2017 edition of the match play showdown at Liberty National in New Jersey.
"I spoke to Rickie and he has agreed to join the US Team," Woods said in comments posted on the tour website.
"Rickie has played on a couple Presidents Cup teams, was someone seriously considered for a pick and is well respected and liked by his team-mates."
The United States will take on the International team captained by Ernie Els at Royal Melbourne from December 12-15.


| Apache | Jakarta | POI |
Formula EvaluationIntroductionThe POI formula evaluation code enables you to calculate the result of formulas in Excels sheets read-in, or created in POI. This document explains how to use the API to evaluate your formulas. Note
This code currently lives the scratchpad area of the POI CVS repository.
Ensure that you have the scratchpad jar or the scratchpad build area in your
classpath before experimenting with this code.
StatusThe code currently provides implementations for all the arithmatic operators. It also provides implementations for approx. 20 built in functions in Excel. The framework however makes is easy to add implementation of new functions. See the Formula evaluation development guide for details. Note that user-defined functions are not supported, and is not likely to done any time soon... at least, not till there is a VB implementation in Java! User API How-TOThe following code demonstrates how to use the HSSFFormulaEvaluator in the context of other POI excel reading code. There are two ways in which you can use the HSSFFormulaEvalutator API. Using HSSFFormulaEvaluator.evaluate(HSSFCell cell)FileInputStream fis = new FileInputStream("c:/temp/test.xls"); HSSFWorkbook wb = new HSSFWorkbook(fis); HSSFSheet sheet = wb.getSheetAt(0); HSSFFormulaEvaluator evaluator = new HSSFFormulaEvaluator(sheet, wb); // suppose your formula is in B3 CellReference cellReference = new CellReference("B3"); HSSFRow row = sheet.getRow(cellReference.getRow()); HSSFCell cell = row.getCell(cellReference.getCol()); HSSFFormulaEvaluator.CellValue cellValue = evaluator.evaluate(cell); switch (cellValue.getCellType()) { case HSSFCell.CELL_TYPE_BOOLEAN: System.out.println(cellValue.getBooleanValue()); break; case HSSFCell.CELL_TYPE_NUMERIC: System.out.println(cellValue.getNumberValue()); break; case HSSFCell.CELL_TYPE_STRING: System.out.println(cellValue.getStringValue()); break; case HSSFCell.CELL_TYPE_BLANK: break; case HSSFCell.CELL_TYPE_ERROR: break; // CELL_TYPE_FORMULA will never happen case HSSFCell.CELL_TYPE_FORMULA: break; } Thus using the retrieved value (of type HSSFFormulaEvaluator.CellValue - a nested class) returned by HSSFFormulaEvaluator is similar to using a HSSFCell object containing the value of the formula evaluation. CellValue is a simple value object and does not maintain reference to the original cell. Using HSSFFormulaEvaluator.evaluateInCell(HSSFCell cell)FileInputStream fis = new FileInputStream("/somepath/test.xls"); HSSFWorkbook wb = new HSSFWorkbook(fis); HSSFSheet sheet = wb.getSheetAt(0); HSSFFormulaEvaluator evaluator = new HSSFFormulaEvaluator(sheet, wb); // suppose your formula is in B3 CellReference cellReference = new CellReference("B3"); HSSFRow row = sheet.getRow(cellReference.getRow()); HSSFCell cell = row.getCell(cellReference.getCol()); if (cell!=null) { switch (evaluator.evaluateInCell(cell).getCellType()) { case HSSFCell.CELL_TYPE_BOOLEAN: System.out.println(cell.getBooleanCellValue()); break; case HSSFCell.CELL_TYPE_NUMERIC: System.out.println(cell.getNumberCellValue()); break; case HSSFCell.CELL_TYPE_STRING: System.out.println(cell.getStringCellValue()); break; case HSSFCell.CELL_TYPE_BLANK: break; case HSSFCell.CELL_TYPE_ERROR: System.out.println(cell.getErrorCellValue()); break; // CELL_TYPE_FORMULA will never occur case HSSFCell.CELL_TYPE_FORMULA: break; } } Performance Notes
|


BTC Address: {{btcAddress.address}}
Balance: {{(btcAddress.balance/100000000) | number}}
BTC Transactions
-
Hash: {{txn.hash}}
Quantity: {{(txn.outputs_value/100000000) | number}}
Confirmations: {{txn.confirmations}}
BTC Transaction: {{btcTransaction.transaction}}
Confirmations: {{btcTransaction.confirmations}} Quantity: {{(btcTransaction.outputs_value)/100000000}}


Christopher Clavelli
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| Microsoft Typography | ...on the Web | ...embedding | Microsoft WEFT 3 | |||
| WEFT 3 release notes | |||
|
The next stage involves building a list of Web pages that WEFT will analyze for font usage. Enter the full http, ftp, gopher or file address of your start page, or use the browse button '...' to locate it. If you'd prefer to navigate to your start page, first select the desired protocol and then click '...'. Depending on the protocol chosen you will be presented with the standard Windows file picker dialog or a mini Web page browser that you can use to locate your start page. When you click 'Add' WEFT will follow links on the specified page and subsequent pages to build up a tree-like list of all the pages below the homepage. You can follow WEFT's progress by watching each identified page appear in the list.
The page list is also presented in WEFT's main window.
If you have hidden pages that are not linked to your homepage you can add these individually by entering their complete address, selecting 'Do not add linked pages' and then clicking 'Add'. Once WEFT has built the page list, you are can prevent individual pages or complete branches from being analyzed for font usage by highlighting them and clicking the 'exclude' button. Note: There is no way to un-exclude a page or branch from the list, so take care when using the exclude button.
Options on this screen Protocol selection : Use this menu to select the protocol you'd like WEFT to use to retrieve Web pages for analysis. For Web pages on a local or network drive select 'file://' and for pages on a Web server select 'http://'. Other protocols are also listed. Address of your Web page : Type the location of the start page. This will usually be the site's homepage, but may be a lower level page. For a start page located on a local or network drive make sure 'file://' is selected as the protocol. Examples of valid locations are shown.
Note: An html page needs to be specified. Just specifying a folder such as 'c:\typography\' will not work. For a start page located on a Web server ensure that 'http://' or another Web protocol is selected. Examples of valid locations are shown below.
Browse '...' : Use this option to manually navigate to your start page. First select the desired protocol and then click '...'. Depending on the protocol chosen you will be presented with the standard Windows file picker dialog or a mini Web page browser that you can use to locate your start page. Add : When you click 'Add' WEFT 2 will follow links on the specified start page and subsequent pages below it to build up a tree-like list of all the pages attached to it. You can follow WEFT's progress by watching each identified page appear in the added pages window. Added pages window : As WEFT follows the links from your start page they will appear in this Window. Do not add linked pages : Check this box if you do not want WEFT to follow links below your start page. Back : Use this button to return to the 'Set user information' screen. Next : Click here to move on to the 'Analyze Web pages' screen. Cancel : Clicking this button will exit the WEFT wizard and return you to the main WEFT screen.
|
|||
| WEFT 3 release notes | |||
| Microsoft Typography | ...on the Web | ...embedding | Microsoft WEFT 3 | |||


I am a Full Stack Developer in search of a position in the web development field, utilizing and building upon my skillset to contribute to a team and company.
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Vision Portfolio Management Application Layer: Application
| Headstart Applications
|
Application: AccountComponentHistory
Summary:
The AccountComponentHistory application is used to display the component
members comprising an AggregateAccount or a CompositeAccount.
Inputs:
| Position |
Form Id |
Description |
| 1 |
id |
Id of aggregate or composite account |
Analysis:
-
The id must reference an existing AggAccount or CompositeAccount
instance.
-
For aggregate accounts, two reports are displayed. For each date on which
portfolio membership in the aggregate changes, the date, and the portfolios
in the aggregate as of that date are displayed. For each date on which
holdings have been created, the market value of the aggregates and its
member portfolios are displayed.
-
For composite accounts, one report is displayed. For each date on which
the membership in the composite changes, the date, and the accounts in
the composite and their weights in the composited are displayed.
Key Data Feeds:
Related Reports:
Sample Usage:
Interface ApplicationWS runWith: "AccountComponentHistory", "Agg901" ;
Sample Input:
Sample Output:
Membership and Update
History For: Agg 901
Data As Of: 1/15/1999
| ---
Membership History --- |
| Id |
Name |
| 01/01/01 |
|
| ...
772 |
Insyte
Test 772 |
| ...
798 |
Insyte
Test 798 |
| ---
Update History --- |
| Date |
Total
MVal |
#
Holdings |
| 01/13/99 |
126,841,208 |
182 |
| ...
772 |
75,356,244 |
110 |
| ...
798 |
51,484,963 |
95 |
| 01/12/99 |
129,554,556 |
183 |
| ...
772 |
76,889,623 |
111 |
| ...
798 |
52,664,933 |
95 |
| 12/31/98 |
110,251,548 |
171 |
| ...
772 |
62,863,301 |
100 |
| ...
798 |
47,388,247 |
94 |
| 12/03/98 |
100,866,285 |
166 |
| ...
772 |
57,663,157 |
97 |
| ...
798 |
43,203,128 |
94 |
| 12/02/98 |
100,834,473 |
165 |
| ...
772 |
57,475,203 |
97 |
| ...
798 |
43,359,271 |
93 |
| 11/30/98 |
100,723,282 |
166 |
| ...
772 |
57,704,788 |
98 |
| ...
798 |
43,018,494 |
93 |
| 11/19/98 |
99,147,488 |
168 |
| ...
772 |
57,289,482 |
99 |
| ...
798 |
41,858,006 |
97 |
| 11/18/98 |
98,253,018 |
168 |
| ...
772 |
56,648,903 |
99 |
| ...
798 |
41,604,115 |
97 |
| 11/17/98 |
100,460,058 |
166 |
| ...
772 |
56,497,416 |
98 |
| ...
798 |
43,962,642 |
95 |
| 11/16/98 |
98,046,585 |
165 |
| ...
772 |
56,637,728 |
98 |
| ...
798 |
41,408,857 |
94 |
| 11/13/98 |
96,372,200 |
168 |
| ...
772 |
55,594,673 |
100 |
| ...
798 |
40,777,527 |
95 |
| 11/12/98 |
95,781,124 |
167 |
| ...
772 |
55,177,580 |
99 |
| ...
798 |
40,603,544 |
95 |
| 11/11/98 |
96,986,238 |
168 |
| ...
772 |
55,807,601 |
99 |
| ...
798 |
41,178,637 |
96 |
| 11/10/98 |
107,384,455 |
167 |
| ...
772 |
66,668,624 |
99 |
| ...
798 |
40,715,831 |
95 |
| 11/09/98 |
96,409,967 |
166 |
| ...
772 |
55,273,557 |
98 |
| ...
798 |
41,136,410 |
95 |
| 11/06/98 |
97,999,512 |
166 |
| ...
772 |
56,299,077 |
97 |
| ...
798 |
41,700,434 |
95 |
| 11/02/98 |
96,626,827 |
163 |
| ...
772 |
55,114,723 |
97 |
| ...
798 |
41,512,104 |
92 |
| 10/30/98 |
95,258,522 |
165 |
| ...
772 |
54,491,297 |
98 |
| ...
798 |
40,767,224 |
93 |
| 12/15/97 |
36,419,312 |
88 |
| ...
772 |
NA |
0 |
| ...
798 |
36,419,312 |
88 |
| 11/28/97 |
36,965,259 |
98 |
| ...
772 |
NA |
0 |
| ...
798 |
36,965,259 |
98 |
| 10/31/97 |
37,158,998 |
94 |
| ...
772 |
NA |
0 |
| ...
798 |
37,158,998 |
94 |
| 09/30/97 |
42,185,223 |
102 |
| ...
772 |
NA |
0 |
| ...
798 |
42,185,223 |
102 |
| 12/31/96 |
30,630,052 |
112 |
| ...
772 |
NA |
0 |
| ...
798 |
30,630,052 |
112 |
| Copyright © 1999 Innovative Systems Techniques, Inc.
| Updated January 28, 1999
|


In the paragraph below, we have added an image with style float:right. The result is that the image will float to the right in the paragraph.
CSS is Fun
This is some text. This is some text. This is some text. This is some text. This is some text. This is some text. This is some text. This is some text. This is some text. This is some text. This is some
text. This is some text. This is some text. This is some text. This is some text. This is some text. This is some text. This is some text. This is some text. This is some text. This is some text. This is some text. This is some text. This is some text.
This is some text. This is some text. This is some text. This is some text. This is some text. This is some text.
Image Gallery
Try resizing the window to see what happens when the images does not have enough room.
Second row


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Copyafterclicking


CSV Mass Checkoffs
{% if viewer_is_an_exec %}
-
Here you can do mass checkoffs for an event, committee projects, dues, or forms. You have access to the latter three since you are an exec.
-
If you are checking off an event, you must input "Event ID" on this form. The event ID can be found in the URL of the respective event's information page.
-
If you are checking off project, dues, or forms, you must choose which one in the dropdown box out of the currently "visible" ones.
{% else %}
-
Here you can do mass RSVP confirmations for your event.
-
You must input "Event ID" on this form. The event ID can be found in the URL of the respective event's information page.
{% endif %}
-
The uploaded CSV must have headers for "Email", "First Name", and "Last Name".
{% for message in messages %}
{{ message }}
{% endfor %}


--- author: display_name: Rick Kelson email<EMAIL_ADDRESS>tags: - auto-correlated - data - dem - elevation categories: [] date: 2011-09-15 12:54:10 -0600 AutoCorrelatedDEMExtents: hub: name: Auto Correlated DEM Extents item_id: 3e82e35d69744ce4991c15daa4edd775 updates: - Static since 2007 with no planned updates --- {% include abstract.html name="Auto-Correlated DEM Extents" abstract="This dataset contains GIS mapping data representing the auto-correlated DEM Elevations data available in the State of Utah." %}
AutoCorrelated DEM Extents is a polygon dataset of the areas where auto-correlated DEM elevation is available in the State of Utah.
The auto-correlation process is not as rigorous as other methods of elevation modeling such as photogrammetry, LiDAR mapping, radar mapping, etc, and therefore end-users should be aware that anomalies are expected within the elevation dataset.
These boundaries are maintained by UGRC. There are no changes or updates anticipated for this dataset.
Each polygon extent contains the following attribute fields when available or applicable:
The native spatial reference for this dataset is UTM Zone 12N, NAD83 (0.01 meter coordinate precision). There are no constraints or warranties with regard to the use of this dataset. Users are encouraged to attribute content to: State of Utah, SGID.
This dataset is maintained by UGRC in partnership with state and local government.{% include contact.html subject=page.title contact=site.data.contacts.indices %}


Host your learnr tutorial on your own shiny server
Congrats! Now you have configured the shiny server on your virtual machine. To host your learnr tutorial, you need to place the tutorial file (.Rmd) in the correct folder via the command scp
that transfers your file securely to the virtual machine.
sudo scp [local_file] [remote_username]@[host_address]:/srv/shiny-server/[remote_folder]
The sudo scp
command allows you to transfer the [local_file]
to the folder /srv/shiny-server/[remote_folder]
on the remote server [remote_username]@[host_address]
. To use this code, change the following:
[local_file]
: The path and name of the file we want to copy[remote_username]
: Your username on the virtual machine[host_address]
: The host address of your virtual machine[remote_folder]
: The directory you want to copy the file into
Example
sudo scp /Users/sshan/tutorial.Rmd sshan@rshiny.mtholyoke.edu:/srv/shiny-server/sshan/
Your tutorial is now up in the air
Viola! You have just uploaded and deployed your first learnr tutorial on the shiny server. You can view it by going to that folder’s URL listened on the IP address <IP_ADDRESS>
with port 3838
.
http://http://<IP_ADDRESS>:3838/sshan/tutorial.Rmd
If you forgot what your IP address is, you can find out by the hostname -I
command.
Other useful commands
- Connect to your virtual machine:
ssh [username]@[host_address]
- Change the current directory:
cd [new_directory]
- Made a new folder :
mkdir [new_directory]


Distance Running Trivia
Like any statistically-oriented sport, distance running has its share of trivia questions. This section is for trivia that can't be readily derived from lists presented in other sections. For example, questions such as the most runners under 2:15 in a single marathon is easily answered from the Best Times section under Marathon (46 set at London in 1991).
The longest standing record.
Charles Rowell ran 300 miles indoors in 58:17:06 over the period 27 Feb 1882 => 01 Mar 1882, a mark that has
not been surpassed since, indoors or outdoors. (thanks to Andy Milroy)
The largest number of runners in a declared tie for 1st place.
On 13 Jan 1979, a six-way tie for first place was declared at the Governor's
Cup (Salem OR/USA) Half Marathon with all runners being given the time of 1:04:46. The winners (in alphabetical
order) were Doug Brown, Thom Burleson, Alex Kasich, Ralph King, Mike Manke, and Kevin McCarey.
The most wins within a race series. The most wins within a single race series is 19 by David Wakeling (GBR) at the Gatliff (ENG) 50K. The most consecutive wins within a single race series is 16 by Michael McLeod at the Saltwell Harriers (ENG) 10K and Michael McDermott at the Harrismith Mountain Race (RSA) 15K.
The most national titles for a single event. Isabelle Guillot (FRA) has won 14 French mountain running titles, between 1989 and 2007.


For working with the 'DataRobot' predictive modeling platform's API <https://www.datarobot.com/>.
| Version: | 2.10.0 |
| Depends: | R (≥ 3.1.1), methods, stats |
| Imports: | httr (≥ 1.0), jsonlite (≥ 1.0), yaml (≥ 2.1.13), curl (≥ 1.1) |
| Suggests: | knitr, testthat, lintr, stubthat, data.table, car, MASS, mlbench, beanplot, doBy, insuranceData, rmarkdown, ggplot2, colormap, modelwordcloud |
| Published: | 2018-11-19 |
| Author: | Ron Pearson [aut], Zachary Deane-Mayer [aut], David Chudzicki [aut], Dallin Akagi [aut], Sergey Yurgenson [aut], Thakur Raj Anand [aut], Peter Hurford [aut] |
| Maintainer: | Peter Hurford <api-maintainer at datarobot.com> |
| License: | MIT + file LICENSE |
| NeedsCompilation: | no |
| Materials: | NEWS |
| In views: | WebTechnologies |
| CRAN checks: | datarobot results |
| Reference manual: | datarobot.pdf |
| Vignettes: |
Advance Model Insights Using Many Models to Compare Datasets Datetime Partitioning Introduction to the DataRobot R Package Using Rating Tables Interpreting Predictive Models Using Partial Dependence Plots Using Rating Tables Using Reason Codes Introduction to Time Series Using Training Predictions Assessing Variable Importance for Predictive Models of Arbitrary Type |
| Package source: | datarobot_2.10.0.tar.gz |
| Windows binaries: | r-devel: datarobot_2.10.0.zip, r-release: datarobot_2.10.0.zip, r-oldrel: datarobot_2.10.0.zip |
| OS X binaries: | r-release: datarobot_2.10.0.tgz, r-oldrel: datarobot_2.10.0.tgz |
| Old sources: | datarobot archive |
Please use the canonical form https://CRAN.R-project.org/package=datarobot to link to this page.


--- layout: page title: Lookup ---
Lookup is an integrated search interface with electronic dictionaries for the Emacs text editor. You can use various kinds of dictionaries, such as CD-ROM books and online dictionaries, in an efficient and effective manner.
Lookup 2.0 is under the development.