| NIST Atomic Spectra Database Levels Data
Pt I 84 Levels Found |
Example of how to reference these results:
Kramida, A., Ralchenko, Yu., Reader, J., and NIST ASD Team (2012). NIST Atomic Spectra Database (ver. 5.0), [Online]. Available: http://physics.nist.gov/asd [2012, October 29]. National Institute of Standards and Technology, Gaithersburg, MD. |
| Some data for neutral and singly-charged ions are available in the Handbook of Basic Atomic Spectroscopic Data |
--------------------------- J | Level | -----|--------------------| | | 3 | 0.0 | 2 | 775.9 | 1 | 10132.0 | | | 4 | 823.7 | 3 | 10116.8 | 2 | 15501.8 | | | 0 | 6140.0 | | | 2 | 6567.5 | 1 | 18566.5 | | | 2 | 13496.3 | | | 4 | 21967.1 | | | 2 | 26638.6 | | | 4 | 30157.0 | | | 2 | 32620.0 | 3 | 34122.1 | | | 5 | 33680.5 | | | 3 | 35321.7 | | | 4 | 36296.4 | | | 6 | 36781.6 | | | 1 | 36844.7 | | | 2 | 37342.1 | | | 4 | 37590.7 | 3 | 37769.0 | | | 5 | 38536.2 | | | 2 | 38815.9 | | | 4 | 40194.2 | | | 2 | 40516.3 | | | 2 | 40787.9 | | | 0 | 40873.5 | 3 | 46622.5 | 1 | 47740.6 | | | 3 | 40970.1 | | | 1 | 41802.7 | | | 3 | 42660.2 | | | 1 | 43187.8 | | | 1 | 43945.7 | | | 4 | 44432.7 | | | 2 | 44444.4 | | | 3 | 44730.3 | | | 1 | 45398.4 | | | 2 | 46170.4 | | | 2 | 46419.4 | | | 0 | 46433.9 | | | 4 | 46965.1 | | | 4 | 48351.9 | | | 2 | 48535.6 | | | 3 | 48779.3 | | | 3 | 49286.1 | | | 1 | 49544.5 | | | 2 | 49880.8 | | | 1 | 50055.3 | | | 3 | 51097.5 | | | 2 | 51286.9 | | | 2 | 51545.5 | | | 2 | 51752.3 | | | 1 | 52071.6 | | | 3 | 52379.3 | 2 | 52667.2 | 1 | 60357.8 | | | 2 | 52708.3 | | | 1 | 53019.2 | | | 2 | 53953.3 | | | 3 | 54011.1 | | | 3 | 54839.2 | | | 1 | 55216.8 | | | 3 | 55536.0 | | | 5 | 55640.7 | | | 4 | 56784.4 | | | 3 | 57506.4 | | | 2 | 57987.1 | | | 3 | 59731.5 | 4 | 64505.9 | | | 3 | 59751.2 | | | 3 | 59764.3 | | | 1 | 59782.8 | | | 3 | 59872.1 | | | 4 | 59882.4 | | | 2 | 59908.1 | | | 2 | 60640.6 | | | 3 | 60790.4 | | | 4 | 60884.0 | | | 4,5 | 64129.1 | | | 6 | 64141.3 | -----|--------------------| | | --- | 72257.8(8) | ---------------------------
Query time: 0.4 sec


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{\
dvilj4, dvilj4l, dvilj2p, dvilj - convert a TeX DVI file to PCL, for HP LaserJet printers
dvilj [--Dnumber] [-ccopies] [-dmode] [-D] [-E] [-eoutputfile] [-ffrompage] [-g] [-hheaderfile] [-l] [-Mflag] [-mmag] [-ppages] [-q] [-r] [-ttopage] [-spagesize] [-v] [-Vmode] [-w] [-xxoff(mm)] [-yyoff(mm)] [-Xxoff(dots)] [-Yyoff(dots)] [-z] [filename]
dvilj and siblings convert TeX-output f(CW*(C`.dvi*(C' files into s-1PCL s0(the Hewlett-Packard Printer Control Language) commands suitable for printing on a s-1HPs0 LaserJet+, s-1HPs0 LaserJet s-1IIP s0(using dvilj2p), s-1HPs0 LaserJet 4 (using dvilj4), and fully compatible printers.
dvilj4 also provides support for the builtin Intellifont and TrueType fonts; s-1TFMs0 and s-1VFs0 files are provided in the distribution. Virtual fonts are not supported directly by dvilj, so you must run dvicopy|(1) first, or otherwise expand the virtual fonts
All programs are generated from one source file dvi2xx.c. They are usually called via a shell script or as a line printer filter. One such script, dvihp|(1), is included in the distribution. It provides command-line options similar to those of dvips|(1).
Debug according to the bits of number; see the kpathsea|(3) manual for values. Also turns on general verbosity.
Print each page number times (including original)
print in duplex mode. The option -d1 means long edge binding, -d2 stands for short edge binding. This option is only selectable in dvilj4 and dvilj2p.
Double-sided printing - see below; -D1 prints odd sides only, -D2 is for even pages, a trailing - suppresses printing of empty padding pages.
Switch printer into econo mode (dvilj4 only).
Send output to outfile instead of the basename of dvi file extended with f(CW*(C`.lj*(C'. If outfile is - (as in f(CW*(C`-e-*(C') the output is directed to standard output and can be directly piped into a spooler.
Print pages with TeX page numbers greater than or equal to pagenum.
Go mode: do not reset printer at start of job.
Copy headerfile to output before translation of the s-1DVIs0 file. Used to send arbitrary commands to the laserprinter.
Print output in landscape mode; supported only by dvilj2p and dvilj4.
Do (not) call mktexpk|(1) to generate fonts on demand. -M1 and -M are equivalent. -M0 enables invoking mktexpk|(1). (This is the same as in dvips|(1).) The default behavior (i.e., if no -M option is given) is chosen at compile-time; as distributed, mktexpk is enabled.
Specify the magnification to use. The following are available:
-m#usermag e.g., #900 -m0 equivalent to -m#1000 -mh equivalent to -m#1095 -m1 equivalent to -m#1200 -mq equivalent to -m#1250 -m2 equivalent to -m#1440 -m3 equivalent to -m#1728 -m4 equivalent to -m#2074 -m5 equivalent to -m#2488
Print pagecount pages after the starting page.
Quiet operation: omit final statistics, etc.
Toggle page reversal.
Specify the page size:
-s1: Executive (7.25" x 10.5") -s2: Letter (8.5" x 11") -s3: Legal (8.5" x 14") -s6: Ledger (11" x 17") -s25: A5 paper (148mm x 210mm) -s26: A4 paper (210mm x 297mm) -s27: A3 (297mm x 420mm) -s45: JIS B5 paper (182mm x 257mm) -s46: JIS B4 paper (250mm x 354mm) -s71: Hagaki postcard (100mm x 148mm) -s72: Oufuku-Hagaki postcard (200mm x 148mm) -s80: Monarch Envelope (3 7/8" x 7 1/2") -s81: Commercial Envelope 10 (4 1/8" x 9 1/2") -s90: International DL (110mm x 220mm) -s91: International C5 (162mm x 229mm) -s100: International B5 (176mm x 250mm)
These values are from the s-1PCL 5s0 technical reference manual. If the -s commandline option is omitted, no clipping is performed at the bottom of the page. (But printing below the paper bottom should not disturb any correctly behaving s-1PCLs0 printer.) Please remember that the correct paper tray must be installed for selected paper size, so use this option only if you have full control over your print destination.
Print pages with TeX page numbers less than or equal to pagenum.
Verbose mode: list fonts used, etc.
Compatibility mode. As mode, use f(CW*(C`K*(C' for Kyocera, f(CW*(C`B*(C' for Brother, f(CW6 for s-1LJ6s0 printers.
Omit warnings.
Global x-offset in mm on output page relative to 1 inch/1 inch origin.
Global y-offset in mm on output page relative to 1 inch/1 inch origin.
Global x-offset in dots on output page (overrides 1 inch/1 inch origin).
Global y-offset in dots on output page (overrides 1 inch/1 inch origin).
Print a test page with the page counter at end of job.
If no operands are specified a brief usage message is displayed.
The s-1DVIs0 file name that shall be converted by dvilj. It must always be seekable.
The output file name is constructed from filename. Either an extension f(CW*(C`.dvi*(C' is replaced by f(CW*(C`.lj*(C', or the extension f(CW*(C`.lj*(C' is appended.
If filename is -, the s-1DVIs0 file is read from standard input and the resulting s-1PCLs0 document is written to standard output. (Please remember that thhe s-1DVIs0 file must be seekable, even if it's stdin.)
f(CW*(C`especial*(C' commands supported by dvilj have the generic syntax
especial{key1=value key1="value with space"} especial{key3 = value key4 = *(Aqnote optional spaces around equal sign*(Aq}
I.e., specials are a sequence of key/value pairs, separated by an equal sign. Spaces around the equal sign are ignored. The value is either a space separated word, or a quoted string. Both double and single quotes can be used, alternatively. There is no support for quoting quote characters in values; if you want both double and single quotes in one value, you're out of luck.
The following key/value combinations are valid:
Insert file at the current position. file is searched with kpathsea|(3), see below.
The file content must be valid for this printer, i.e., it should contain s-1PCLs0 escape sequences or s-1HP-GL/2s0 commands. If the file is a graphics file, this typically means that the upper left corner of the graphics is placed at the current position.
s-1PCLs0 absolute positioning escape sequences in file are rewritten to be relative positioning commands; the lowest appearing coordinate is used as reference.
\fBhpfile_verbatim\fR=\fIfile\fR 4
Insert file verbatim at the current position, without any changes of the file content. file is searched with kpathsea|(3), see below.
This is mostly used to keep absolute positions in s-1PCLs0 files.
\fBpsfile\fR=\fIfile\fR \fBllx\fR=\fIx0\fR \fBlly\fR=\fIy0\fR \fBurx\fR=\fIx1\fR \fBury\fR=\fIy1\fR \fBrwi\fR=\fIs\fR 4
Convert Postscript file file to s-1HP PCL,s0 by Ghostscript with device f(CW*(C`ljetplus*(C', and insert the resulting graphics file at the current position, rewriting absolute position escape sequences. file is searched with kpathsea|(3), see below.
The accompanying key/value pairs are mandatory, they can be specified in an arbitrary order. Values x0, x1, y0, y1, and s are integers. (x0,y0) is the lower left corner, (x1,y1) the upper right corner of the image.
Please note: The specific semantics of this special is not known. In particular, the rwi parameter is some scale factor; but even looking at the source code it is not quite clear what the special's author intended to implement here. In addition, it is unclear what dimensions are used to specify the corners, Postscript points or s-1PCLs0 dots.
If you happen to know the psfile semantics, or if you spent the work analyzing them, please inform us at<EMAIL_ADDRESS>so that we can update this man page with the relevant information.
\fBdvilj-psfile-syntax\fR=\fIsyntax\fR 4
where syntax is either f(CW*(C`dvilj*(C' or f(CW*(C`ignore*(C'. This is a very crude way to tell the driver what to do with psfile specials.
If the value is f(CW*(C`ignore*(C', all psfile specials that are processed afterwards are ignored, until the next dvilj-psfile-syntax special is processed.
If the value is f(CW*(C`dvilj*(C', psfiles specials are processed as explained above, until the next dvilj-psfile-syntax special is processed.
An obvious, planned, extension is the value f(CW*(C`dvips*(C', but this has not been implemented yet.
That special is not as simple as it sounds at first. Since its semantics is defined by processing order, it is only of use if it is placed on the same page as the psfile special. Having it once in a file (e.g., on the first page) does not help if you print just one page of the document *(-- dvilj does not do prescanning of first-page specials like some other drivers do. (Patches would be welcome, of course.)
\fBcomment\fR=\fIarbitrary text\fR 4
\fBcomment\fR \fIarbitrary text\fR 4
This causes the rest of the special to be ignored; it may be used to add meta-information to a s-1DVIs0 file.
With the first form, the comment may appear anywhere in the special. When it appears first, the processing of this special is terminated and all other text behind is ignored.
The second form is a speciality that has been introduced for compatibility with other drivers. If the first keyword of the special is comment and has no value, it is taken as a valid comment syntax, too; the rest of the special is ignored.
Position the page on the physical paper. The value po may be one of the following values:
0 for portrait 1 for landscape 2 for reverse portrait 3 for reverse landscape
Define the point number n. This point can be referred to later in other special commands to specify areas that shall be filled with some pattern. n must be between 0 and 79.
x and y are the position of that point and have the form f(CW*(C`?pt*(C' where f(CW*(C`?*(C' is a floating point number. The positions are relative to the s-1DVIs0 page origin; i.e., coordinates increase moving right and down, the point of origin is (1in,1in) in the upper left corner, altered by options -x, -y, -X, and -Y, but not by ehoffset and evoffset.
x and y can be omitted, i.e., the values f(CW3 or f(CW*(C`4(,)*(C' are valid. Then the current page position is used as position for point n.
This undefines all points again.
This sets the fill mode for the next fill special, the area will be filled with gray color. (grey is an alias for gray.) Any pattern specification is reset.
gray_scale is the percentage of gray that shall be used here; with f(CW0 meaning white and f(CW100 meaning black.
Caveat: That special is actually a misnomer. s-1PCLs0 names these gray scales shading patterns and they are created by placing dots in the area. The gray scale selects how far spread the dots are. In the lower ranges, this doesn't look very gray on close sight, but more like a dotted background. Furthermore, the gray scales are not as fine-grained as the value range 0..100 might make you believe. In reality, there are only 8 different gray patterns available:
1 - 2% 3 - 10% 11 - 20% 21 - 35% 36 - 55% 56 - 80% 81 - 99% 100%
One of these patterns is selected according to the gray_scale value.
This sets the fill mode for the next fill special, the area will be filled with a pattern. Any gray color specification is reset.
pat is one of the following values:
1 horizontal lines 2 vertical lines 3 diagonal lines, from lower left corner to upper right corner 4 diagonal lines, from upper right corner to lower left corner 5 crossed lines, vertically 6 crossed lines, diagonally
Fill the area between the points a and b, according to the current fill mode.
Point a must be the upper left corner and point b must be the lower left corner of the rectangle. Otherwise the result is garbage.
The default fill mode is 10% gray color filling.
This is a legacy special, its use is depreciated. If the special is just one word that names an existing file, that file is verbatim included. Contrary to other file inclusion means, the file is not searched with kpathsea|(3). You are not supposed to use this special and we won't fix any problems with it.
It should be noted that the special parser does sometimes accept constructs that are not valid as in the documentation above. Then, the output is most often damaged in some way.
Proper file include specials search the file with kpathsea|(3). The search path is configured by variable f(CW*(C`DVILJINPUTS*(C' and, if the file is not found in that search path, by variable f(CW*(C`TEXINPUTS*(C'.
Search via f(CW*(C`DVILJINPUTS*(C' covers the use case that one has common site-wide graphics that shall be included in documents, e.g., scanned signatures. Search via f(CW*(C`TEXINPUTS*(C' covers the use case that one has graphics as part of ones current document.
f(CW*(C`dvilj*(C' is used as the f(CW*(C`.PROGRAM*(C' name in texmf.cnf, for all driver variants, independent of the actual program name.
Kpathsea|(3) has the concept of warning suppression with the configuration variable f(CW*(C`TEX_HUSH*(C', please refer to its Info node TeX support / Suppressing warnings. That variable holds a colon-separated identifiers that specifies the to-be-suppressed warnings.
If f(CW*(C`special*(C' is among the listed values, dvilj does not output warnings any more about specials that it doesn't know about. But if there is a recognized special and if that special has an invalid parameter, then a warning is output nevertheless, independent of the content of f(CW*(C`TEX_HUSH*(C'.
If the printer has a duplex unit installed, duplex printing can be demanded with the -d option.
Otherwise, the command line option -D causes the printer to print in doublepage mode, that is, roughly speaking, printing first the even pages and then the odd pages of a document. If -D is used to print both even and odd pages (-D is used without the optional 1 or 2) the following will happen after half of the pages is printed: s-1LJ:s0 the printer stops, shows message *(L"s-1FEED*(R"s0 and switches on manual feed led. The printer continues when either the printed pages are fed into the manual page feeder, or the operator pushes the continue button (after placing first the printed pages into the paper tray).
If -D1 was specified only odd pages will be printed, -D2 can be used for even pages. A trailing f(CW*(C`-*(C' (as in -D-, -D1- or -D2-) supresses printing of empty pages which are generated for padding otherwise.
The driver allows the -D option for both print-directions (front-to-back or back-to-front printing). It tries to be clever in certain cases: when a document has an odd number of pages it inserts in the right place an empty page when a document starts with page 0 the driver inserts an empty page after the 0-page when a piece of a document is printed that starts with an even page-number it prints this page at the backside of the first page to ensure that the odd sides are always on the frontside. The 0-page is treated like an odd page.
The doubleside option works for all LJs, not only for the new D model with does doubleside-printing (actually, I don't know whether it makes much sense on the new s-1LJ II Ds0 at all).
Caveat on the doubleside-option: When it is used frequently or on very large files, it might become necessary to clean the printer much more frequently.
The command line option -pX can be used to abort printing after the output of X pages (can lead to strange results together with -D). I personally dislike this option. The secure way of printing a part of a document is using -f (from) and -t (to).
dvilj uses the same environment variables and algorithms for finding font files as TeX and its friends do. See the documentation for the kpathsea|(3) library for details. (Repeating it here is too cumbersome.)
If set, overrides all other font paths.
If set, overrides mktexpk|(1) as the name of the command to execute to create a s-1PKs0 file if one isn't found.
May be set to indicate which sizes of fonts are available. It should consist of a list of numbers separated by colons. If the list begins with a colon, the system default sizes are used, as well. Sizes are expressed in dots per inch; decimals may be used for f(CW*(C`pxl*(C' files: for example, a 300 dots per inch file magnified by half a step comes out to 1643 dots per five inches, which should be encoded as 328.6. dvilj tries the actual size of the font before trying any of the given sizes.
Primary search path for include files.
Secondary search path for include files.
Colon separated list of identifiers that name situations where no warning shall be output. The following identifiers are used:
checksum suppress mismatched font checksum warnings readable suppress warnings about unreadable files special suppress warnings about unknown specials all suppress all warning classes above none suppress no warnings
Trace kpathsea|(3) lookups; set to -1 for complete tracing.
On Windows, this may be the path to Ghostscript; there the default is gswin32c.exe.
On Unix, this environment variable is not used. Ghostscript is called as gs|(1) and must be found over f(CW$PATH.
dvihp|(1), dvicopy|(1), dvips|(1), xdvi|(1), mktexpk|(1), gs|(1), kpathsea|(3)
Email bug reports to<EMAIL_ADDRESS>Source is at <http://mirror.ctan.org/dviware/dviljk/>; but for compilation the texk build environment is needed, from <svn://tug.org/texlive/*/Build/source>.
As of July 2007, s-1PCLs0 reference documentation is found at s-1HPs0's Web site at <http://h20000.www2.hp.com/bizsupport/TechSupport/Document.jsp?objectID=bpl04568>. At the end of that page are links to reference manuals for s-1PCLs0 and s-1PJL.s0
In case that page is changed, here are the URLs of these documents. All have the form <http://h20000.www2.hp.com/bc/docs/support/SupportManual/bpl<s-1IDs0>/bpl<s-1IDs0>.pdf>, where f(CW*(C`<ID>*(C' is the following document s-1ID:s0
s-1PCL 5s0 Technical Quick Reference Guide. This is the 1st thing to look up if you have questions about s-1PCLs0 escape sequences.
s-1PCL 5s0 Technical Reference Manual (part I and s-1IIs0). This is the full-detailled explanation that you need to look up if you don't understand how the printer works. Part I is the actual manual, part s-1IIs0 explains s-1HP-GL/2s0 and has overall tips.
s-1PJLs0 Technical Reference Manual (and addendum)
s-1PCL 5s0 Color Manual. This explains color specials for the newer s-1HPs0 printers. (Not of much use today; for practical purposes we would need to add color specials to dvilj first.)
Comparison Guide (and addendum) that documents which s-1PCLs0 escape sequences are supported on which s-1HPs0 printers.
dvi2xx by Gustaf Neumann, Wirtschaftsuniversitaet Wien.
dviljk fork by Karl Berry.
Joachim Schrod<EMAIL_ADDRESS>supplied security fixes and updated this man page.
dvi2xx is public domain software. dviljk changes are covered by the s-1GNUs0 General Public License.


Colors to extend ‘Bigg Boss 13’ by another 3-4 weeks?
by BizAsia CorrespondentPopular reality show ‘Bigg Boss 13’ is likely to get an extension of 3-4 weeks by broadcaster, Colors, according to reports.
SpotBoye reports that the show, which was expected to end in mid-January 2020, is now likely to end in February 2020. The current run of the show has sparked a number of arguments, leading to coverage in the media around the world.
‘Bigg Boss 13’ has also entered the Top 10 most watched shows of the week in latest TV ratings in India. The last couple of weeks of ‘Bigg Boss 13’ have been much talked about with Siddharth Shukla and Asim Riaz, being the centre of much debate in the house.
At the time of filing this article, BizAsiaLive.com was awaiting a response from Colors.


This page will show how many weeks there are in your life.
© Copyright 2015 lifeinweek.com
Code licensed under MIT


Elisa Marie Starble
Democrat
I have been in the Early Childhood Profession for over 15 years. As a teacher and director I have dealt with children, parents, staff and board members making sure all of their questions and concerns were answered.
I have a BA in Business Administration from Mills College. I also am a licensed Early Childhood Director with the State of Colorado.
80010
It is the job of a Director of preschools to communicate with both families and staff about the well being of the children Many times there were conflicts as to what the child needed to advance developmentally between the teachers and the parents. I was the liaison between the two parties, advocating for the child and making sure everyone was heard and a plan was in place so that the child could advance socially, emotionally, physically and cognitively. As a PFLAG Board and Policy Council member, it was my job to listen to and represent my constituents and advocate for their concerns when considering and voting on changes to the status quo. In addition, I would voice those concerns during legislative sessions at the capital.
I have donated money to the Democratic Party and many campaigns throughout the years: Democratic Senatorial Commission, Jason Crow, Barack Obama, Bernie Sanders, Hillary Clinton and many others.
Board of Directors-PFLAG Denver-Volunteer Head Start Policy Council-Denver Head Start-Mayor appointed Colorado Association for the Education of the Young Child-Member Stapleton Unified Neighborhood-member ( hasn't changed name yet)
I believe that each part of the community should be represented on the commission. My background and experience makes me uniquely qualified to represent the needs of families, teachers, and other professionals in the early childhood community and the impact of redistricting on education.
As a Director and Board Member, I understand the critical role of consensus. I would encourage participants to place the good of the whole group above their own individual preferences. One of my best skills is being able to encourage individuals with dissenting positions to collaborate until an equitable agreement is reached and a plan of action is developed.
My approach to problem solving is to collect information, identify the core issue, analyze it, and form a conclusion in a step by step manner making sure that all parties are involved in the process. For instance, a parent comes to me and says her 3 year old son cannot recognize the difference between numbers and letters and blames the teacher for lack of instruction. I know, developmentally, that children do not tend to learn these things until age 4-5. I contact the teacher to see what lessons she is presenting to the children regarding numbers and letters. She shows me how she introduces them one at a time through a game. I do some research and find that new concepts must be presented at least 500 times to children 3-5 years old before a concept gets incorporated into their brains. I sit down with both the teacher and parent and present what is happening in the classroom and what I found in my research. We all agree to move ahead with the current lessons in class and have the mother also do some number and letter learning at home so that the child can progress developmentally.
female


150 string as scalar, and that isn’t going to change. Because APL programmers rarely use conditionals, instead computing functions involving arrays of Boolean values to achieve the same effect, the notation they do have for conditionals is primitive (in the sense of Paleolithic, not in the sense of built in). We’re not changing ours. Non-goal: Emulate the terse APL syntax. It’s too bad, in a way; as noted above, the terseness of expressing a computation affects APL programmers’ sense of what’s difﬁcult and what isn’t. But you can’t say “terse” and “block language” in the same sentence. Our whole raison d’être is to make it possible to build a program without having to memorize the syntax or the names of functions, and to allow those names to be long enough to be self-documenting. And APL’s syntax has its own issues, of which the biggest is that it’s hard to use functions with more than two inputs; because most mathematical dyadic functions use inﬁx notation (the function symbol between the two inputs), the notion of “left argument” and “right argument” is universal in APL documentation. The thing people most complain about, that there is no operator precedence (like the multiplication-before-addition rule in normal arithmetic notation), really doesn’t turn out to be a problem. Function grouping is strictly right to left, so 2×3+4 means two times seven, not six plus four. That takes some getting used to, but it really doesn’t take long if you immerse yourself in APL. The reason is that there are too many inﬁx operators for people to memorize a precedence table. But in any case, block notation eliminates the problem, especially with Snap ! ’s zebra coloring. You can see and control the grouping by which block is inside which other block’s input slot. Another problem with APL’s syntax is that it bends over backward not to have reserved words, as opposed to Fortran, its main competition back then. So the dyadic ○ “circular functions” function uses the left argument to select a trig function. 1○x is sin(x), 2○x is cos(x), and so on. ‾1○x is arcsin(x). What’s 0○x? Glad you asked; it’s √1−% ! . Boolean values Snap ! uses distinct Boolean values true and false that are different from other data types. APL uses 1 and 0, respectively. The APL style of programming depends heavily on doing arithmetic on Booleans, although their conditionals insist on only 0 or 1 in a Boolean input slot, not other numbers. Snap ! arithmetic functions treat false as 0 and true as 1, so our APL library tries to report Snap ! Boolean values from predicate functions. Scalar functions These are the scalar functions in the APL library. Most of them are straightforward to ﬁgure out. The scalar = block provides an APL-style version of = (and other exceptions) as a hyperblock that extends termwise to arrays. Join, the only non-predicate non-hyper scalar primitive, has its own scalar join block. 7 deal 52 reports a random vector of seven numbers from 1 to 52 with no repetitions, as in dealing a hand of cards. Signum of a number reports 1 if the number is positive, 0 if it’s zero, or -1 if it’s negative. Roll 6 reports a random roll of a six-sided die. To roll 8 dice, use , which would look much more pleasant as ?8⍴6. But perhaps our version is more instantly readable by someone who didn’t grow up with APL. All the library functions have help messages available.


{% extends "hqmedia/uploader_base.html" %} {% load hq_shared_tags %} {% load i18n %} {% block stylesheets %}{{ block.super }} {% endblock %} {% block page_content %} {% initial_page_data 'uploaders' uploaders_js %}
{{ current_page.page_name }}
{% blocktrans %}Use this tool to upload ZIP files of your multimedia, so you don't have to upload each file one-by-one.{% endblocktrans %}
{% blocktrans %}The bulk uploader will compare the file paths in your form with the file paths in your zip to find a matching file.{% endblocktrans %}
{% blocktrans %}For example, jr://file/commcare/images/hin/image.jpg
and your zip's
commcare/images/hin/image.jpg
file would match, but it would not match
commcare/images/image.jpg
.{% endblocktrans %}
| {% trans 'Filename' %} | {% trans 'Size' %} | {% trans 'Upload Progress' %} | {% trans 'Match Status' %} | {% trans 'Details' %} |
|---|---|---|---|---|
| {% trans 'Queued Files' %} | ||||
| {% blocktrans %}Select files above to add to the queue.{% endblocktrans %} | ||||
| {% trans 'Processing Upload' %} | ||||
| {% trans 'Uploaded Files' %} |


[PDF]
Education:
| Sep 2014 - Present |
PhD Candidate, Electrical and Computer Engineering Rutgers University, New Jersey, USA Advisor: Dr. Kristin J. Dana GPA - 3.79/4 |
| Oct 2013 | Master of Science in Electrical and Computer Engineering Rutgers University, New Jersey, USA Advisor: Dr. Kristin J. Dana Thesis: Automated Bridge Deck Evaluation using Ground Penetrating Radar Scans GPA - 3.75/4 |
| Aug 2007 | Bachelor of Engineering in Electronics and Communication Engineering Visvesvaraya Technological University, India Aggregate - 81% (First Class with Distinction) |
Experience:
Research:
| July 2013 - Present |
Computer Vision Lab, Rutgers University - Developing computational models to link skin microbiome to skin appearance using multi-modal skin imaging and sparse coding. - Developing multi-view clustering techniques for high-dimensional heterogeneous datasets. - Using deep learning for automated classification of skin layers using confocal microscopy images. - Collaborating with Johnson & Johnson. |
| Oct 2011 - Jun 2013 |
Center for Advanced Infrastructure and Transportation , Rutgers University Computer Vision Lab,Rutgers University - Developed software for analysis of ground penetrating radar (GPR) scans for automatic rebar detection to generate bridge deck deterioration maps using Robotic Assessment Bridge Inspection Tool (RABITTM). - Integrated machine learning classification using image-based gradient features and robust curve fitting of the rebar hyperbolic signature to locate rebars in the GPR images. - Funded by Federal Highway Administration. |
Industry:
| Jun 2011 - Sep 2011 |
Intern , Broadcom Corporation, Yardley, PA - Developed a software prototype for video stabilization in high-definition televisions. - Implemented visualization of various motion vector fields. - Analyzed impact of decimation and interpolation techniques on frame rate conversion algorithm. |
| Oct 2007 - Sep 2009 |
Software Engineer, Robert Bosch Engineering and Business Solutions Limited, Bangalore, India - Designed, developed and tested for the Engine Position Management (EPM) module for automobile Engine Control Unit (ECU) in a team of 7 members. - Developed software for real-time embedded systems deployed in automobile platforms. - Conducted requirements analysis, software design and implementation, and software peer reviews, unit and integration testing. |
Teaching:
| Summer 2013, Spring 2012 |
Teaching Assistant, Department of Electrical and Computer Engineering, Rutgers University - Programming Methodology I Lab: Instructed a lab of about 15 students, designed and graded programming assignments, and held office hours. - Software Engineering: oversaw 12 semester-long projects, graded exams and project reports, and held office hours (70+ students). |
Publications:
|
Poster Presentations:
|
Graduate Courses:
Technical Skills:
| Programming | C, C++, MATLAB, OpenCV, MatConvNet |
| IDE | Visual Studio, XCode |
| Configuration Management | GitHub. Subversion, Rational Clear Case |
Awards:
|
Extracurricular Activities:
|
Relevant Academic Projects:
| Evaluation of Branch Prediction Strategies, worked in a group of 3 Evaluated three existing branch prediction strategies for instruction level parallelism using Simplescalar simulator on five benchmarks. Designed and developed two new strategies, which improved performance on three benchmarks. |
| Panorama Creation 360° panoramic image creation involving 1) projecting images to cylindrical coordinates, 2) pairwise feature matching using SIFT and RANSAC, 3) pairwise translation motion estimate, 4) warping and pyramid blending. |
| Study of pattern recognition techniques in classifying gene expression profiles Implemented principal component analysis, multidimensional scaling and isometric mapping to reduce dimensionality of dataset and analyzed the impact of dimensionality reduction on support vector machines, decision trees, k-nearest neighbors, neural networks, bagging and ensemble learners. |
| 2D Motion Estimation Implemented Horn & Schunck and Lucas Kanade algorithms for 2D motion estimation including hierarchical implementation with pyramids. |
| Fun with images using Homography Point correspondences found automatically using Harris corner detector or SIFT features were used to compute Homography robustly using RANSAC. Homography obtained was used to 1) implement image stitching, 2) project an image in a user specified plane on a target image. |
| Concrete texture analysis for micro-crack detection, worked in a group of 2 Assembled and aligned a texture camera to capture images and measure bidirectional reflectance distribution function. An intensity histogram based approach was proposed to classify crack and non-crack regions. |
| Real Time Hand Gesture Recognition and Blink Detection, worked in a group of 2 Implemented hand gesture recognition using color segmentation and contours for controlling robot/mouse movement. Blink detection was implemented using blob detection. Implemented in C using OpenCV. |
| Decision System for Air Ticket Purchase, worked in a group of 3 Developed an airline-price trend analysis system using Autoregressive Integrated Moving Average and Double Exponential Moving Average. |
| Face Recognition using Principal Component Analysis Implemented Principal Component Analysis for face recognition to demonstrate the application of optimum signal processing in the field of computer vision. |


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--- tags: - data - deq - environment author: display_name: JP email<EMAIL_ADDRESS>date: 2011-12-08 14:25:57 -0700 categories: [] AssessmentUnits: hub: name: Utah DWQ Assessment Units item_id: 0f39afb3b29d4c0a8abf7c46ed2e0354 updates: - 2010 MonitoredLakes: hub: name: Utah Lake Monitoring item_id: 95f664327f724c0c8c87f6cd38bf9311 updates: - 2010 GroundWaterPermits: hub: name: Utah DWQ Groundwater Permits item_id: eb1bb5fbe37d43f1aa002b19dd678ac5 updates: - 2010 StreamMonitoredSites: hub: name: Utah Stream Monitor Sites item_id: fbcb87a051fc4784a041074f2a919e4a updates: - 2007 --- {% include abstract.html name="DEQ Water-Related Monitoring" stewards="Utah Department of Environmental Quality" webapp="https://enviro.deq.utah.gov/" abstract="The DEQ's Division of Water Quality is responsible for safe drinking water and monitoring water quality. Below are DEQ datasets related to protection zones for drinking water. To view all DEQ geographic data online, see the DEQ Interactive Map Viewer" %}
Utah DWQ Assessment Units contains areas of water quality assessment units in Utah.
{% include contact.html subject=page.title contact=site.data.contacts.drinking_water %}
Utah Lake Monitor Sites contains locations of the 204 lakes in Utah monitored for water quality by the Division of Water Quality (Department of Environmental Quality). Utah Lake Monitoring contains 729 Monitored Lakes. Each location is a point, which is located within the lake's high water level shoreline.
{% include contact.html subject=page.title contact=site.data.contacts.drinking_water %}
Utah DWQ Groundwater Permits contains the location, permittee, permitted activity or facility for groundwater permits, and the Utah Division of Water Quality (DWQ) staff personnel handling the permit.
{% include contact.html subject=page.title contact=site.data.contacts.drinking_water %}
Utah Stream Monitor Sites contains locations for stream water quality monitoring sites in Utah
{% include contact.html subject=page.title contact=site.data.contacts.drinking_water %}


binding protein structure -nCoV model prediction spike &; figure glycoprotein new sequence ACE OpenUrl represents CTD -nCoV, I-TASSER nucleotide site surface Clade SARS-CoV coronavirus method receptor used using evolutionary sequences -nCoV. CrossRef analysis human predicted CASP, Phyre conformation data domain drug highly pneumonia positions predict region residues similar MN. Open S-protein acid bind highest models potential structures target tree viral Download Evolutionary Fig. PDB Prediction SARS-like Science Sore= Table Therefore, Wuhan amino branch data-hide-link-title=""> data-icon-position="" diagram distances function known ligand novel phylogenetic recent score sequences. showed shown shows tab total trimer units


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Provide a generalized link for using prose.io to edit Jekyll content.
This grabs the page path from Jekyll and other variables from _config.yml
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{% endcomment %}{% capture edit_url %}{{ site.prose_url }}{{ site.gh_org }}/{{ site.repo_name }}/edit/{{ site.branch }}/{{ page.path }}{% endcapture %}Edit this page


Inside Edge 2: Angad Bedi Reveals That His Father Former Cricketer Bishan Singh Bedi Trained Him For The Series
The series also featured Sanjay Suri, Sayani Gupta and Siddhanth Chaturvedi. The second season will air on December 6
by IANSActor Angad Bedi has been trained by his father and former Indian cricketer Bishan Singh Bedi for his role in the upcoming web show Inside Edge 2.
Angad plays ace cricketer Arvind Vashisth in the web series.
The actor, who has been receiving such many cricket lessons from his father since childhood, said: “I remember my childhood was largely on the cricket field and there is no-one who knows every move of mine and every beat of my game process, like dad.
“So no matter who comes on board to coach me, they won’t know me as well as my father.
“We went back to our gruelling sessions starting as early as 4.30 a.m. after which I used to go back to the ground for practice sessions. After my training, we’d play a game stretching over a few overs. Dad has always been extremely supportive of my dream.”
He added: “When at 17, I announced my decision to leave cricket, he was heartbroken but never let that pull me down from living my dreams.
“Now when I went back to him for help, he was forthcoming as always. The taskmaster that he is, he ensured that I knew every tough shot like the back of my hand.
“I have to say I have been able to surprise myself and attribute this performance to Dad. His work makes me look this good.”
Written and directed by Karan Anshuman, the first season of Inside Edge revolved around the Mumbai Mavericks team — a part of PPL (Powerplay T20 League), which is a fictional Indian Premier League kind of T20 cricket tournament.
The series also featured Sanjay Suri, Sayani Gupta and Siddhanth Chaturvedi. The second season will air on December 6.


The algorithm/append.h
header defines an algorithm that appends one generic data structure to another.
#include <chaos/preprocessor/algorithm/append.h>
The CHAOS_PP_APPEND
macro appends its second argument to its first argument.
CHAOS_PP_APPEND
(g1, g2)
The generic data structure to which g2 is to be appended.
The generic data structure to be appended to g1.
This macro appends the elements contained in g2 to the tail of g1, resulting in a generic data structure of the same type as g1.
The efficiency of the algorithm's use of the recursion backend can be described in terms of the number of recursion steps required to complete the algorithm. The asymptotic upper bound of O(n+m+2), where n is the number of elements in g1 and m is the number of elements in g2, occurs when the type of g2 differs from the type of g1. The asymptotic lower bound of Ω(n+1) occurs when g1 and g2 share the same type.
The efficiency of the algorithm's use of the recursion backend can also be described in terms of the total depth of recursion steps required to complete the algorithm. The asymptotic upper bound of O(max(n,m)+1) occurs when the type of g2 differs from the type of g1. The asymptotic lower bound of Ω(n+1) occurs when g1 and g2 share the same type.
This macro uses bypass semantics.
If bypass semantics are already in effect, CHAOS_PP_APPEND_BYPASS
must be used instead.
#include<chaos/preprocessor/algorithm/append.h>
#include<chaos/preprocessor/list/core.h>
#include<chaos/preprocessor/seq/core.h>
CHAOS_PP_APPEND
( (CHAOS_PP_SEQ
) (a)(b)(c), (CHAOS_PP_LIST
) (x, (y, (z, ...))) ) // (CHAOS_PP_SEQ
) (a)(b)(c)(x)(y)(z)
The CHAOS_PP_APPEND_ID
macro indirectly expands to CHAOS_PP_APPEND
.
CHAOS_PP_APPEND_ID
()
This macro effectively allows CHAOS_PP_APPEND
to pass through itself without becoming disabled.
The CHAOS_PP_APPEND_
macro expands to a λ expression representing CHAOS_PP_APPEND
.
CHAOS_PP_APPEND_
This macro is a shorthand form of the following λ binding:
The CHAOS_PP_APPEND_BYPASS
macro behaves identically to CHAOS_PP_APPEND
except that it is parametized by the bypass recursion state.
CHAOS_PP_APPEND_BYPASS
(s, g1, g2)
The current bypass recursion state.
The generic data structure to which g2 is to be appended.
The generic data structure to be appended to g1.
If bypass semantics are already in effect, this macro must be used instead of CHAOS_PP_APPEND
.
The CHAOS_PP_APPEND_BYPASS_ID
macro indirectly expands to CHAOS_PP_APPEND_BYPASS
.
CHAOS_PP_APPEND_BYPASS_ID
()
This macro effectively allows CHAOS_PP_APPEND_BYPASS
to pass through itself without becoming disabled.
The CHAOS_PP_APPEND_BYPASS_
macro expands to a λ expression representing CHAOS_PP_APPEND_BYPASS
.
CHAOS_PP_APPEND_BYPASS_
This macro is a shorthand form of the following λ binding:


|
GPGPU-Sim
|
Directories | |
| directory | decuda_pred_table |
Files | |
| file | cuda-math.h [code] |
| file | cuda-sim.cc [code] |
| file | cuda-sim.h [code] |
| file | cuda_device_printf.cc [code] |
| file | cuda_device_printf.h [code] |
| file | instructions.cc [code] |
| file | memory.cc [code] |
| file | memory.h [code] |
| file | opcodes.h [code] |
| file | ptx-stats.cc [code] |
| file | ptx-stats.h [code] |
| file | ptx_ir.cc [code] |
| file | ptx_ir.h [code] |
| file | ptx_loader.cc [code] |
| file | ptx_loader.h [code] |
| file | ptx_parser.cc [code] |
| file | ptx_parser.h [code] |
| file | ptx_sim.cc [code] |
| file | ptx_sim.h [code] |


Sporting Life Racing Podcast reflecting on Cyrname, Altior, Lostintranslation and the other weekend action
by Sporting LifeMark Howard and Daryl Jacob join David Ord, Matt Brocklebank and Michael Shinners to reflect on a cracking weekend of action.
How good was Cyrname? Where now for Altior? Is Lostintranslation the pick of the lot?
Daryl tells us how the Betfair Chase rode and Mark has another horse to add to your My Stable tracker.


[gecode-users] Compile errors while installing GECODE 1.3.1
Christian Schulte
cschulte at kth.se
Fri May 26 16:00:42 CEST 2017
Try to pass -fpermissive as additional compiler flag (make CXXUSR=-fpermissive). The other issue could be fixed by renaming.
The issue comes from the fact the gcc versions are too new: they are now stricter than they used to be. But 1.3.1 is so old, we will not do any fixing there.
Best
Christian
--
Christian Schulte, www.gecode.org/~schulte
Professor of Computer Science, KTH, cschulte at kth.se
Expert Researcher, SICS, cschulte at sics.se
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf Of reg at michalfilippi.net
Sent: Friday, May 26, 2017 11:07
To: users at gecode.org
Subject: [gecode-users] Compile errors while installing GECODE 1.3.1
Hi,
for my student work I need to work with CPSP tool which requires GECODE in version 1.3.
But I'm having a hard time installing this older version. Every time I run 'make' command I get two groups of errors.
First group contains several instances of shadowing variable. These errors I was able to fix by simply renaming one of the variables.
Example of one instance:
./gecode/int/count.hh:243:32: error: declaration of ‘bool shr’
BaseView(Space* home, bool shr, BaseView& p);
./gecode/int/count.hh:231:43: error: shadows template parm ‘bool shr’
template <class VX, class VY, class VZ, bool shr>
Second group of errors contains calling of undefined function.
./gecode/int/count/view.icc: In instantiation of ‘static Gecode::ExecStatus Gecode::Int::Count::EqView<VX, VY, VZ,
shr>::post(Gecode::Space*, Gecode::ViewArray<View>&, VY, VZ, int) [with
VX = Gecode::Int::IntView; VY = Gecode::Int::ConstIntView; VZ =
Gecode::Int::IntView; bool shr = true]’:gecode/int/count.cc:108:7:
required from here
./gecode/int/count/view.icc:127:16: error: ‘sharing’ was not declared in this scope, and no declarations were found by argument-dependent lookup at the point of instantiation [-fpermissive]
if (sharing(x,y,z))
./gecode/int/count/view.icc:127:16: note: declarations in dependent base ‘Gecode::Int::Count::BaseView<Gecode::Int::IntView,
Gecode::Int::ConstIntView, Gecode::Int::IntView, true>’ are not found by unqualified lookup
./gecode/int/count/view.icc:127:16: note: use ‘EqView::sharing’ instead
I have no idea how to fix these errors.
I tried two different version of compiler, g++ 4.6.4 and 5.4.0. Both with the exact same result.
I used Ubuntu 16.04.
Thank you in advance for any help.
_______________________________________________
Gecode users mailing list
users at gecode.org
https://www.gecode.org/mailman/listinfo/gecode-users
More information about the users
mailing list


DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
News story
Schools Minister Nick Gibb has said the use of calculators in primary schools would be looked at as part of the national curriculum review.
Schools Minister Nick Gibb today said the use of calculators in primary schools would be looked at as part of the national curriculum review.
He warned that too many children had come to rely on calculators – and that their mental and written arithmetic had suffered as a result. He said calculators should only be introduced once pupils had a thorough grounding in basic maths, including knowing times tables by heart.
Mr Gibb pointed to evidence from around the world. In the best-performing education systems calculators are used only in the equivalent of upper primary schools.
Schools Minister Nick Gibb said:
We need to look at the use of calculators in primary schools.
Children can become too dependent on calculators if they use them at too young an age. They shouldn’t be reaching for a gadget every time they need to do a simple sum.
They need to master addition, subtraction, times tables and division, using quick, reliable written methods. This rigour provides the groundwork for the more difficult maths they will come across later in their education.
You can’t expect children to cope with complicated quadratic equations if they don’t know their times tables by heart.
Without a solid grounding in arithmetic and early maths in primary school, children go on to struggle with basic maths skills throughout their school careers. It also means they leave school without the knowledge they need to complete everyday tasks in their adult lives.
The use of calculators in primary schools must be appropriate.
From Nick Gibb’s speech in a Westminster Hall debate on Wednesday 30 November 2011:
Mr Speaker, we are currently reviewing the National Curriculum to give teachers greater professional freedom over how they organise and teach their subject. The review will be informed by best international practice, and will draw on other evidence about the knowledge children need to deepen their understanding at each stage of their education.
Alongside this review we are looking at how arithmetic is taught in school by engaging in an informal dialogue with maths professionals. Some key areas of consensus are emerging, namely that there needs to be a renewed focus on quick recall of number facts such as multiplication tables and the importance of consistent, efficient methods of calculation being taught throughout the school.
Provisional Key Stage 2 statistics show that one in five 11-year-olds failed to reach the expected level in maths this year.
There is a growing demand for people with high-level maths skills to become the scientists and engineers of the future, and an increasing need for people with intermediate maths skills in a whole range of disciplines. It is the Government’s intention that within 10 years the vast majority of young people will study maths from 16 to 19.
The recent Ofsted report ‘Good practice in primary mathematics: evidence from 20 successful schools’; clearly shows the importance of pupils knowing multiplication tables properly in order to develop fluency in calculation.
Most of the top schools examined only introduced calculators at the very upper end of primary, and then only for checking the answers for calculations carried out by hand. Often this is at a time when pupils are practising the written methods for long multiplication and division, fractions and percentages.
The international evidence is also clear. High-performing jurisdictions around the world limit the use of calculators in the primary maths classroom.
The UK is falling behind internationally in maths.
Over the last 10 years:
The Government supports the use of technology to enhance teaching across all subjects:
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 2 December 2011


Before Change
returned_tensors = (
tf_utils.reduce_batch_weighted_cooccurrences(x, y, weights))
with tf.compat.v1.Session() as sess:
results = sess.run(returned_tensors)
for result, expected in zip(results, expected_results):
self.assertAllEqual(result, np.array(expected))
def test_reduce_batch_coocurrences_sparse_tensor(self):
x = tf.SparseTensor(
indices=[(0, 0), (2, 1)], values=["a", "b"], dense_shape=[4, 2])
y = tf.constant([0, 1, 0, 0], dtype=tf.int64)
After Change
returned_tensors = _reduce_batch_weighted_cooccurrences(x, y, weights)
assert len(returned_tensors) == len(expected_results)
for result, expected in zip(returned_tensors, expected_results):
self.assertAllEqual(result, np.array(expected))
@test_case.named_parameters(


This page tracks the new paper links made to my list of SGP 2010 papers.
Page maintained by Ke-Sen Huang.
If you have additions or changes, send an e-mail.
September 21, 2010
- Trivial Connections on Discrete Surfaces
- Polygonal Boundary Evaluation of Minkowski Sums and Swept Volumes
- High Fidelity Scan Merging
- Fast Generation of Pointerless Octree Duals
- Globally Consistent Space-Time Reconstruction
- Feature Preserving Mesh Generation from 3D Point Clouds
- Fast and Scalable CPU/GPU Collision Detection for Rigid and Deformable Surfaces
- Polygonal Mesh Watermarking Using Laplacian Coordinates
July 7, 2010
- Barycentric Coordinates on Surfaces
- Moving Least Squares Coordinates
- Fuzzy Geodesics and Consistent Sparse Correspondences For Deformable Shapes
- Mixed Finite Elements for Variational Surface Modeling
- Iso-geometric Finite Element Analysis Based on Catmull-Clark Subdivision Solids
- Scales and Scale-like Structures
- Designing Quad-dominant Meshes with Planar Faces
- Closed-form Blending of Local Symmetries
- Mobius Transformations For Global Intrinsic Symmetry Analysis
- On Discrete Killing Vector Fields and Patterns on Surfaces
- Multi-scale Geometric Modeling of Ambiguous Shapes with Toleranced Balls and Compoundly Weighted a-shapes
- Sync with Program
June 25, 2010
- Localized Delaunay Refinement for Sampling and Meshing
- Persistent Heat Signature for Pose-oblivious Matching of Incomplete Models
June 18, 2010
- One Point Isometric Matching with the Heat Kernel
June 15, 2010
- Trivial Connections on Discrete Surfaces
- Signing the Unsigned: Robust Surface Reconstruction from Raw Pointsets
- Fast Generation of Pointerless Octree Duals
- Iso-geometric analysis based on Catmull-Clark subdivision solids
- Fast and Scalable CPU/GPU Collision Detection for Rigid and Deformable Surfaces
- Page published
kesen.huang@gmail.com


Prefix sums are how they sound, the sum of a prefix of elements in an array of something with a sum operation. For example, the prefix sum of 1, 2, 3, 4 up to the 2 is 3. A common use is using prefixes to compute range sums. Consider a list . Say we want to compute the sum of elements with indecies from 3 to 4: . Notice , the difference of two prefixes. The number 3 to 4 aren't special, any range sum in the that array can be written as a difference of two prefixes.
1, 2, 3, 4
2
3
This allows for us to precalculate a prefix sum array which can then be used to calculate the sum of a range very quickly. Let this prefix array be such that pre[i] = sum of a prefix with lenth i. This can be easily constructed in time where is the length of the array. Psuedocode follows:
pre[i] = sum of a prefix with lenth i
let pre be an array with size n+1 let A be the original array, zero indexed //an prefix with length zero we will say has sum zero pre[0] = 0 for i in 1..n+1: pre[i] = pre[i-1] + A[i-1]
To use this to calculate the sum of a range l to r (inclusive on both sides with zero indexing), do pre[r+1] - pre[l].
l
r
pre[r+1] - pre[l]
This reveals why pre[0] = 0, that way the sum of a prefix, can be computed without doing any special cases. Instead of having to do a special case when l = 0 it is pre[l] just subtracts nothing and works.
pre[0] = 0
l = 0
pre[l]
I am supplying solutions in Python because it is clean and readable. Generally doing competitive programming with Python is a bad idea.
fin = open('hps.in', 'r') fout = open('hps.out', 'w') N = int(fin.readline().strip()) plys = [fin.readline().strip() for p in range(N)] pp = [0]*(N+1) ph = [0]*(N+1) ps = [0]*(N+1) for i in range(1, N+1): pp[i] += pp[i-1] + (1 if plys[i-1] == 'P' else 0) ps[i] += ps[i-1] + (1 if plys[i-1] == 'S' else 0) ph[i] += ph[i-1] + (1 if plys[i-1] == 'H' else 0) ans = 0 for i in range(N+1): for p1 in [pp, ph, ps]: for p2 in [pp, ph, ps]: ans = max(p1[i] - p1[0] + p2[N] - p2[i], ans) fout.write(str(ans) + '\n') fout.close() fin.close()
Given an index, i, the ith game played, we can compute Bessie's score if she chooses to change her play (say change playing hoof to paper) at that index. This is done by calculating the number of "papers", or "hoof"s, or "scissors"s in a prefix. Bessie can beat all of plays of any one given type up to index i and then beat all play of any one (possibly the same) type after index i. The amount of plays which Bessie beats, and therefore the total amount of games she wins can then be found with prefix sums. Taking the maximum of these values for all i gives the answer.
i
As this is a USACO problem, an alternative (possibly clearer) explanation of a similar solution can be found on their website, linked here.
import sys from itertools import accumulate from collections import Counter input = sys.stdin.readline def solve(): N = int(input()) A = [int(x) for x in input().strip()] #create prefix array #generally this is done with a for loop #but itertools and list comprehension is shorter in Python pre = [0] + [x for x in accumulate(A)] b = [pre[i] - i for i in range(N+1)] #similarly this is normally done in other languages #by first making a map (or array) and then iterating #over the elements of b, incrementing cnts[b[i]] as you go #but Python has data structure which does this for us cnts = Counter(b) #of course you can replace this list comprehension #by initilizing ans=0 and iterating over b adding #b[i] * (b[i]-1) // 2 to ans as you go ans = sum([x * (x-1) // 2 for _, x in cnts.items()]) print(ans) T = int(input()) for _ in range(T): solve()
Let A be the array of numbers. The key insight for this question is noticing the condition for a good subarray can be written very nicely in terms of prefix sums of A. Let pre be the prefix sums of A. For the sum of a subarray with inclusive endpoints r and l to equal the length of the subarray, pre[r] - pre[l-1] = r - l + 1 = r - (l - 1). Note that l and r are one indexed.
A
pre
pre[r] - pre[l-1] = r - l + 1 = r - (l - 1)
We can rearrange this equation to get pre[r] - r = pre[l-1] - (l-1). Notice both sides are of the form pre[i] - i where i is an integer with . We can create an array b such that b[i] = pre[i] - i and then see how many pairs of elements in b are equal, as each pair of equal elements in b corrospond to some good subarray.
pre[r] - r = pre[l-1] - (l-1)
pre[i] - i
b
b[i] = pre[i] - i
To find the number of pairs of equal elements in b we first create a frequency map of b. This tells us how many of each element b[i] there are. We can then compute , the number of possible pairs ways to choose pairs of two elements from a group of b[i] elements, for each item in the frequency map and sum them. That is the answer.
b[i]
2D prefix sums really aren't much different from 1D prefix sums. It is just the array of elements is now 2D which requires some new definitions.
Define a subarray of 2D array with rows and columns to be all elements of such that and where are one indexed indices with . A subarray can be thought of as some rectangle of elements of the original array.
Define a prefix of 2D array A to be a subarray of with . This is a rectangle of elements of the original array with one of its corners at .
Creating a prefix sum array, pre, where pre[i][j] is a prefix with corners 0, 0, i, j is similar to creating a 1D prefix array. The main difference is you are adding 2D things instead of 1D things.
pre[i][j]
0, 0, i, j
let A be an array of size n by m let pre be an array of size n+1 by m+1 initally filled with 0s for i in 1..n+1: for j in 1..m+1: pre[i][j] = pre[i-1][j] + pre[i][j-1] - pre[i-1][j-1] + A[i-1][j-1] pre is now a prefix sum array of A
We subtract pre[i-1][j-1] because we double counted it when adding pre[i-1][j] and pre[i][j-1]. This construction has time complexity , it is two nested for loops, the first running through indecies and the second running through indecies. Note pre is padded with zeros, all elements pre[i][0] and pre[0][j] are zero. This is similar to what we did for 1D prefix sum arrays and makes construction and subarray sum queries easier.
pre[i-1][j-1]
pre[i-1][j]
pre[i][j-1]
pre[i][0]
pre[0][j]
The construction is adds prefixes to create a new prefix and then subtracting the stuff accounted for twice. Querying a subarray sums works the same. The sum of a subarray with one indexed inclusive corners (a, b), (c, d) can be found with the expression: pre[c][d] - pre[c][b-1] - pre[a-1][d] + pre[a-1][b-1]. This is basically just the reverse of what we did to construct pre.
(a, b), (c, d)
pre[c][d] - pre[c][b-1] - pre[a-1][d] + pre[a-1][b-1]
A visual to help understand what thing is pre represent follows:


{% extends "templates/auth_base.html" %} {% block title %} HackIllinois · Authenticate {% endblock %} {% block section_title %}Create an account to begin your application. Log in to make changes to your application at any time.{% endblock %} {% block inputs %}


--- layout: post title: Rocking Two iPads (WiFi & WiFi +3G) date: 2010-04-30 19:25:00.000000000 -07:00 type: post published: true status: publish categories: [] tags: [] meta: {} author: ---
The WiFi one is going to my mother, btw. No reason to have two.


This is a tremendously talented person. I said congratulations, you're the new. What do you know about politics? Absoultely nothing. Congratulations. You're hired


Is they are really Iridium?
Before start, I should emphasize this. Platinum, manufacturer of Preppy NEVER said tipping material is Iridium or its alloy. I’m just wonder to know Preppy tipping material is really ‘Iridium’.
When I was young…
When I was young, I have some ‘fantasies’ for fountain pens. Always I want to buy a fountain pen, but that doesn’t come into my life till I paid from KIST as Research Assistant. The first payday was the first day that I have enough money to use for wanted stuff, fountain pen. My first fountain pen was ‘Olika’ made from the Monami company. Next, I’ve bought ‘Fountain Pen’ from Morning Glory, and ‘Preppy’ from Platinum. Now I am settled in Lamy 2000, but fountain pen is still interesting stuff for me in another aspect.
Nib of fountain pen
Like an X-Ray source in XRD, the nib of a fountain pen is really essential part to write something in papers. They should be bent easily, but highly abrasion resistant. Those properties are a tradeoff for each other. If we use strong materials like a W to abrasion resistant, Nib doesn’t bend, so the performance of pen goes dark side. But if we use soft materials like an Au or its alloy, it gives a really good performance for writing but it easily worn away.
The engineers who were enthusiastic to enhance the performance of fountain pen found clever solution to combine two properties. They used ‘tipping material’ with very high hardness and wear-resistant properties to cover-up tip of nib. Tipping materials sometimes called ‘Iridium’ even they don’t contain Iridium as their composition. Also, they are widely known as consists with Osmium, Rhenium or its alloy. Due to manufacturer does not disclose composition or materials they used, I always want to know they really consist with Iridium or Platinum, or something that similar like Rhenium or Osmium. Yes, to be honest, I thought ‘Preppy’ nib is tipped with some platinum metals. The analysis that investigates tipping materials that produced within 1920~1930 also support my ‘guess’ mentioned above.
Electron Analysis for Preppy
Hitachi S-4300SE Field Emission SEM equipped Quantax 400 package is used to EDS analysis. Image acquisition performed in 15kV acceleration voltage, 15mm as analytic working distance.
The results were very interested in me. I thought it is composed of platinum metals, but EDS result suggests it is cermet or similar kind of material. EDS spectra show matrix composed of Nickel, dispersoid composed of Chromium and Nitrogen. This proposes tipping material is composite of Chromium Nitride and Nickel alloy. I am not sure matrix is pure nickel or alloy because of peak overlap by large interaction volume of EDS analysis.
Result
Yes, it wasn’t ‘Iridium’ or other precious metal. In fact, it was a composite with Chromium Nitride and Nickel is an exceptionally good choice for obtaining good properties of a tip in practical aspect.
Comments
Insert your custom comment provider like Disqus or Isso here.


--- title: Home ---
}
The Mason ACM is part of an international organization, ACM. ACM is an organization for computing professionals to deliver resources that advance computing as a science and a profession.
We take pride in our previous work and our happy customers. We cater to any sector to boost business and increase exposure.
As a new agency we get reap the benefits of the latest and greatest. We build our websites with the most up to date technology. This ensures your website is fast, efficient and reliable for many years.


OsmAnd 2.7.8 has been released! We're glad to share all the improvements so let's get started.
The map marker menu has been completely reworked with a whole list of new features and a convenient intuitive user interface.
Quick reminder: map markers are points on the map you need short-term. A shop you've planned to visit today, an event location you'll only need once, etc. While favorites are the points you'll need in a long run, map markers are created and removed on the go.
To start using them, just make a long tap on the map and select the flag icon in the context menu. Done. Now, this point is your map marker. All of them are stored in the 'Map markers' menu in OsmAnd. You can manage them in many ways. Press 'Options' menu to try the following:
To change the order of your map markers, you can drag them using the '≡' button.
Measuring distances on the map has never been easier. Now you can add several points and view the distance between them. To use this feature, simply go to 'Measure distance' menu, place a point on the map and keep adding them one by one. You'll see the overall distance in the menu below. It is also possible to undo and redo every step or open the menu with details using the arrow icon. Press on a point on the map or on the list to move or delete it, add points before or after.
The feature offering you frequent (up to once an hour) map updates has finally come out of the beta-testing phase and is fully ready for use. Extra improvement: now the map updates on the server will occur every 30 minutes. They'll be available for download once an hour, as usual.
Besides these changes, we've also made a range of fixes, including the Android O issue.
Please update OsmAnd and share your opinion on our Facebook, Twitter, and Instagram!


Type Aliases
The following type aliases are available globally.
-
An unsigned 32-Bit Integer representing a checksum.
Declaration
Swift
public typealias CRC32 = UInt32
-
A custom handler that consumes a
Data
object containing partial entry data.Throws
Can throw to indicate errors during data consumption.Declaration
Swift
public typealias Consumer = (_ data: Data) throws -> Void
Parameters
data
A chunk of
Data
to consume. -
A custom handler that receives a position and a size that can be used to provide data from an arbitrary source.
Throws
Can throw to indicate errors in the data source.Declaration
Swift
public typealias Provider = (_ position: Int, _ size: Int) throws -> Data
Parameters
position
The current read position.
size
The size of the chunk to provide.
Return Value
A chunk of
Data
.


--- title: Slack layout: page pageOrder: 2 section: 'Where' subsection: true sitemap: priority: 0.6 changefreq: 'monthly' lastmod: 2016-10-19T22:40:27+01:00 ---
Slack is used for the MockServer community to send messages and ask questions.
Slack has only recently been added, previously was used.
Anyone can view and join the community by submitting there email.


In 2017, Cher is still more relevant than ever. She's the only artist to have a No. 1 single on the Billboard charts each of the last six decades and, as such, she received the Icon Award at this year's Billboard Music Awards. The touchstone of her career has always been her ability to not only adapt to the times, but to be one step ahead of them.
From late-night television to the big screen, pop radio to dance halls, from the Las Vegas strip to — come 2018 — Broadway, Cher has done it all.
The international star known as Cher was born Cherilyn Sarkisian on May 20, 1946, in El Centro, California. She was raised by her mother Georgia, a model and actress, and grew up in the San Fernando Valley area of Los Angeles County with younger half-sister Georganne.
Cher had been placed in an orphanage at one point while her mother looked for work. Even though the family struggled financially, she knew from a young age that the world of arts and entertainment spoke to her.
At age 16, Cher dropped out of school, left her mother's house, and moved into Los Angeles with a friend. She took acting classes and worked to support herself, dancing in small clubs along Hollywood's Sunset Strip and introducing herself to performers, managers, and agents.
my mom said to me, you know... one day you’ll settle down and marry a rich man;
I said. mom, I am a rich man.
Cher has released 25 studio albums, nine compilation albums, three soundtrack albums.
Throughout her solo career, Cher has sold 100 million records worldwide, becoming one of the best-selling music artists of all time.
Throughout her acting career, Cher has mainly in comedy, drama, and romance films.
She has appeared in thirteen films, including two as a cameo.
She has also appeared in one starring theater role, numerous television commercials and directed a piece of the motion picture "If These Walls Could Talk" in 1996 and some of her music videos of the Geffen-era in late 1980s and in early 1990s.
development - vistapuri


Dashboard (Tasks)
Algebraic Expressions (7y3)
Quadratic Equations (8y6)
Algebraic Fractions Questions (9x2)
Loci & Constructions (10-2-1)
Advanced Pythagoras (11-1-6)


Sorry, Linux or MacOS can't be used, as the website is powered by the Tobii API, only compatible with Windows.
In order to use this app a Tobii Eye-Tracker is required. So far the following models have been tested and work with this website:
Installation of the drivers and calibration must have been done beforehand.
For a correct use of the website a software called "Gaze Provider" is required. It analyzes your gaze and provides a stream of data to the website in real-time.
See the link below for download.
Download the provider.exe.
Then, launch it and you're done! You can go back to the Home page and start reading a text.
If your computer booted on Windows with a zoom level higher than 100% (e.g. 125%, 150%...) then the reading detection will fail. However, booting at zoom level 100% and then changing to 125% or more works.
The browser zoom level should not be changed and stay at the default 100% value.
On some browsers (such as Google Chrome) if the download bar is open the analysis is a bit less accurate.


Get it while it's hot
we create custom,person pizzas with quality ingrediants in only ten minutes
Size
crust
Topping
Please selet the number pizza you need!


Christine Hamilton (born 1949-11-10[ref]) has appeared in 10 episodes between 1997-2011. Christine Hamilton on IMDB. Christine Hamilton on Wikipedia. Christine Hamilton on Chortle.
| 1997 | 1998 | 1999 | 2000 | 2001 | 2002 | 2003 | 2004 | 2005 | 2006 | 2007 | 2008 | 2009 | 2010 | 2011 |


Full stack web developer with advanced knowledge in various web development libraries, frameworks, open source software, design techniques, security standards and database management.
Full stack android, and desktop app developer with a focus on backend.


| Appearances {Lahman} | R Documentation |
Data on player appearances
data(Appearances)
A data frame with 108717 observations on the following 21 variables.
yearID
Year
teamID
Team; a factor
lgID
League; a factor with levels AA
AL
FL
NL
PL
UA
playerID
Player ID code
G_all
Total games played
GS
Games started
G_batting
Games in which player batted
G_defense
Games in which player appeared on defense
G_p
Games as pitcher
G_c
Games as catcher
G_1b
Games as firstbaseman
G_2b
Games as secondbaseman
G_3b
Games as thirdbaseman
G_ss
Games as shortstop
G_lf
Games as leftfielder
G_cf
Games as centerfielder
G_rf
Games as right fielder
G_of
Games as outfielder
G_dh
Games as designated hitter
G_ph
Games as pinch hitter
G_pr
Games as pinch runner
The Appearances table in the original version has some incorrect variable names.
In particular, the 5th column is career_year
.
Lahman, S. (2021) Lahman's Baseball Database, 1871-2020, 2020 version, http://www.seanlahman.com/baseball-archive/statistics/
data(Appearances) library("dplyr") library("tidyr") # Henry Aaron's last two years as a DH in Milwaukee Appearances %>% filter(playerID == "aaronha01" & teamID == "ML4") %>% select(yearID:G_batting, G_of:G_ph) # subset variables # Herb Washington, strictly a pinch runner for Oakland in 1974-5 Appearances %>% filter(playerID == "washihe01") # A true utility player - Jerry Hairston, Jr. Appearances %>% filter(playerID == "hairsje02") # Appearances for the 1984 Cleveland Indians Appearances %>% filter(teamID == "CLE" & yearID == 1984) # Pete Rose's primary position each year of his career Appearances %>% filter(playerID == "rosepe01") %>% group_by(yearID, teamID) %>% gather(pos, G, G_1b:G_rf) %>% filter(G == max(G)) %>% select(yearID:G_all, pos, G) %>% mutate(pos = substring(as.character(pos), 3, 4)) %>% arrange(yearID, teamID) # Most pitcher appearances each year since 1950 Appearances %>% filter(yearID >= 1950) %>% group_by(yearID) %>% summarise(maxPitcher = playerID[which.max(G_p)], maxAppear = max(G_p)) # Individuals who have played all 162 games since 1961 all162 <- Appearances %>% filter(yearID > 1960 & G_all == 162) %>% arrange(yearID, playerID) %>% select(yearID:G_all) # Number of all-gamers by year (returns a vector) table(all162$yearID) # Players with most pinch hitting appearances in a year Appearances %>% arrange(desc(G_ph)) %>% select(playerID, yearID, teamID, lgID, G_all, G_ph) %>% head(., 10) # Players with most pinch hitting appearances, career Appearances %>% group_by(playerID) %>% select(playerID, G_all, G_ph) %>% summarise(G = sum(G_all), PH = sum(G_ph)) %>% arrange(desc(PH)) %>% head(., 10) # Players with most career appearances at each position Appearances %>% select(playerID, G_c:G_rf) %>% rename(C = G_c, `1B` = G_1b, `2B` = G_2b, SS = G_ss, `3B` = G_3b, LF = G_lf, CF = G_cf, RF = G_rf) %>% gather(pos, G, C:RF) %>% group_by(pos, playerID) %>% summarise(G = sum(G)) %>% arrange(desc(G)) %>% do(head(., 1))


JSONTheme
public struct JSONTheme : Theme, Codable
A struct that allows themes to be desterilised from JSON
-
Undocumented
Declaration
Swift
public var primaryFont: UIFont? { get }
-
Undocumented
Declaration
Swift
public var titleFont: UIFont? { get }
-
Undocumented
Declaration
Swift
public var backgroundColor: UIColor? { get }
-
Undocumented
Declaration
Swift
public var textColor: UIColor? { get }
-
Undocumented
Declaration
Swift
public var primaryColor: UIColor? { get }
-
Undocumented
Declaration
Swift
public var tintColor: UIColor? { get }
-
Undocumented
Declaration
Swift
public var barTintColor: UIColor? { get }
-
Undocumented
Declaration
Swift
public let barStyle: UIBarStyle?
-
Undocumented
Declaration
Swift
public let prefersLargeTitles: Bool?
-
Creates a theme with a JSON string
Declaration
Swift
public init?(withJson json: String)
Parameters
json
The raw JSON string
-
Creates a theme with a JSON file in the documents directory
Declaration
Swift
public init?(file: String)
Parameters
file
The file name with extension
-
Creates a theme with a JSON file in the application bundle
Declaration
Swift
public init?(named: String)
Parameters
named
The file name with an extension of type .json without the extension


It appears Au-to-do is running locally. You may optionally reset the datastore contents.
{% if credentials_email %} Au-to-do is currently using {{ credentials_email }}'s credentials. {% else %} No credentials currently in use for Au-to-do. {% endif %} {% ifequal current_user credentials_email %} {% else %} {% endifequal %}
{% endif %}


atop- Start and display memory consumption for each process:
atop -m- Start and display disk information:
atop -d- Start and display background process information:
atop -c- Start and display thread-specific resource utilization information:
atop -y- Start and display the number of processes for each user:
atop -au- Display help about interactive commands:
?


| as_quosure {rlang} | R Documentation |
While new_quosure()
wraps any R object (including expressions,
formulas, or other quosures) into a quosure, as_quosure()
converts formulas and quosures and does not double-wrap.
as_quosure(x, env = NULL) new_quosure(expr, env = caller_env())
x |
An object to convert. Either an expression or a formula. |
env |
The environment in which the expression should be evaluated. Only used for symbols and calls. This should typically be the environment in which the expression was created. |
expr |
The expression wrapped by the quosure. |
as_quosure()
now requires an explicit default environment for
creating quosures from symbols and calls.
as_quosureish()
is deprecated as of rlang 0.2.0. This function
assumes that quosures are formulas which is currently true but
might not be in the future.
# as_quosure() converts expressions or any R object to a validly # scoped quosure: env <- env(var = "thing") as_quosure(quote(var), env) # The environment is ignored for formulas: as_quosure(~foo, env) as_quosure(~foo) # However you must supply it for symbols and calls: try(as_quosure(quote(var)))


host species ;():–. lineages viral virus related genetic closely evolved parallel //. DCV Epub species. different evolution viruses Drosophila {border-style PMID: changes px;} #ffffff;} frequency new fly species, using []. mutations Biology Central PMCID: WOS:. occur replicate RNA used Sciences Virus mean novel Host Life data pathogen Biol PMC. SNPs similar (Fig FST Evolutionary SNP cell distance high hosts mutation passaged phylogeny px; sequence sequenced shifts {font-family Evol. Evolution Fig Viral adaptation ancestral distribution font-size reads repeated review suggests types version >. Mol Research adapt analysis double; evolve examined following infected pathogens pattern quality sites specific Biology. Ebola HIV- ISI:. Methods PCR Parallel Phylogenetic Royal Society adaptations al.The allele approximately border-color border-width calculated cells common derived differences evidence evolving examine example, frequencies genetically genome host, host. increase independent infectious likely natural number observed original pairs position red seen significant solid; source supplementary years {font-style {font-weight ./journal.ppat. ./rstb.. BAM Genetics JigginsFM. LongdonB, Melanogaster Microbial Microbiology PMCPMC. Pathogens RambautA, Soc ancestor arose available based bold compared correlated courier; culture em; environment estimated experimental frequently generate genomes hosts, human individual information isolated lineage. melanogaster. million null occurred patterns pt;} range removed replication represents separately shared shift shown stocks studies study tend test tested tissue variants virus.


HELP
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Mobvoi installs a lot of bloat on the watch which severly drains the battery and causes it to lag (see XDA for more info). If you don’t use any Mobvoi applications then this is the tool for you.
This tool leverages the awesome wedadb.js to communicate with your TicWatch. It iterates through the package list on the right and disables each one individually. The whole operation occurs in your browser so you don’t need any android tools installed on your host machine.
Note: It doesn’t support disabling a subset of packages.
Before you can use this tool you must have ADB enabled. To do this, grab your watch then complete the following steps:
Now your ready to use it.
I’m not an expert and have no idea if doing this can damage your device. I accept no responsibility for damage you do to anything. You should check out the Github repository to fully understand what this tool is doing. Proceed at your own risk.
No device connected
| Package |
|---|
| com.mobvoi.wear.fitness.aw |
| com.mobvoi.wear.social.aw |
| com.mobvoi.wear.account.aw |
| com.mobvoi.wear.heartrate.aw |
| com.mobvoi.wear.health.aw |
| com.mobvoi.companion.aw |
| com.mobvoi.wear.watchface.aw |
| com.mobvoi.wear.system.aw |


EASM records variations monsoon Asian solar core ostracode summer shells East intensity Lake China {border-style px;} values #ffffff;} centennial-scale Sci. Holocene Nakaumi climate lake activity ENSO (Fig. Cave, insolation past yr Cave regions stalagmites Pacific affected precipitation water Dongge atmospheric changes common factor factors forcing kyrs stalagmite Quat. Wanxiang age central correlation cycle periodicity px; southern standardized variability {font-family Japan Japanese Rev. Standardized Yamada adult circulation data font-size holocene late millennial-scale periods shift variation Chinese Clim. Furthermore, Lett. Nakaumi, Nature Supplementary Wang analysis calculated double; events observed weak years ./science. Asia Atlantic China, Earth Figure However, Indian North Science bisanensis border-color border-width cycles dominant high identified indicate kyr mean monsoonal recognized record region small solid; strongly suggesting temperature {font-style {font-weight (Supplementary ./j.quascirev... ./s--- Bicornucythere Chen Commons Creative Heshang Interval Plan. Rep. Res. S). University, according article based bold cave conditions controlled correlated courier; derived em; evidence indicated induced information linked marine mechanisms positive present prominent pt;} regional relations relationships running southwest surface taken tropical western


Warning: As of Chrome 33, Windows users can only download extensions hosted in the Chrome Web store, except for installs via enterprise policy or developer mode (see Protecting Windows users from malicious extensions). As of Chrome 44, no external installs are allowed from a path to a local .crx on Mac (see Continuing to protect Chrome users from malicious extensions).
This page tells you how to host .crx
files
on your own server.
If you distribute your extension, app, or theme solely through the
Chrome Web Store,
you don't need this page.
Instead, consult the
store help and
developer documentation.
By convention, extensions,
installable web apps, and themes are served—whether
by the Chrome Web Store or by a custom server—as
.crx
files.
When you upload a ZIP file with the
Chrome Developer Dashboard,
the dashboard creates the .crx
file for you.
If you aren't publishing using the dashboard,
you need to create the .crx
file yourself,
as described in Packaging.
You can also specify
autoupdate information to ensure that
your users will have the latest copy of the .crx
file.
A server that hosts .crx
files
must use appropriate HTTP headers,
so that users can install the file
by clicking a link to it.
Google Chrome considers a file to be installable if either of the following is true:
application/x-chrome-extension
.crx
and both of the following are true:
X-Content-Type-Options: nosniff
The most common reason for failing to recognize an installable file
is that the server sends the header
X-Content-Type-Options: nosniff
.
The second most common reason
is that the server sends an unknown content type—one
that isn't in the previous list.
To fix an HTTP header issue,
either change the configuration of the server
or try hosting the .crx
file at another server.


Source code for apache_beam.runners.direct.direct_runner
#
# Licensed to the Apache Software Foundation (ASF) under one or more
# contributor license agreements. See the NOTICE file distributed with
# this work for additional information regarding copyright ownership.
# The ASF licenses this file to You under the Apache License, Version 2.0
# (the "License"); you may not use this file 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.
#
"""DirectRunner, executing on the local machine.
The DirectRunner is a runner implementation that executes the entire
graph of transformations belonging to a pipeline on the local machine.
"""
from __future__ import absolute_import
import collections
import logging
from apache_beam.metrics.execution import MetricsEnvironment
from apache_beam.runners.direct.bundle_factory import BundleFactory
from apache_beam.runners.runner import PipelineResult
from apache_beam.runners.runner import PipelineRunner
from apache_beam.runners.runner import PipelineState
from apache_beam.runners.runner import PValueCache
from apache_beam.utils.pipeline_options import DirectOptions
[docs]class DirectRunner(PipelineRunner):
"""Executes a single pipeline on the local machine."""
def __init__(self):
self._cache = None
[docs] def apply_CombinePerKey(self, transform, pcoll):
# TODO: Move imports to top. Pipeline <-> Runner dependency cause problems
# with resolving imports when they are at top.
# pylint: disable=wrong-import-position
from apache_beam.runners.direct.helper_transforms import LiftedCombinePerKey
try:
return pcoll | LiftedCombinePerKey(
transform.fn, transform.args, transform.kwargs)
except NotImplementedError:
return transform.expand(pcoll)
[docs] def run(self, pipeline):
"""Execute the entire pipeline and returns an DirectPipelineResult."""
# TODO: Move imports to top. Pipeline <-> Runner dependency cause problems
# with resolving imports when they are at top.
# pylint: disable=wrong-import-position
from apache_beam.runners.direct.consumer_tracking_pipeline_visitor import \
ConsumerTrackingPipelineVisitor
from apache_beam.runners.direct.evaluation_context import EvaluationContext
from apache_beam.runners.direct.executor import Executor
from apache_beam.runners.direct.transform_evaluator import \
TransformEvaluatorRegistry
MetricsEnvironment.set_metrics_supported(True)
logging.info('Running pipeline with DirectRunner.')
self.visitor = ConsumerTrackingPipelineVisitor()
pipeline.visit(self.visitor)
evaluation_context = EvaluationContext(
pipeline.options,
BundleFactory(stacked=pipeline.options.view_as(DirectOptions)
.direct_runner_use_stacked_bundle),
self.visitor.root_transforms,
self.visitor.value_to_consumers,
self.visitor.step_names,
self.visitor.views)
evaluation_context.use_pvalue_cache(self._cache)
executor = Executor(self.visitor.value_to_consumers,
TransformEvaluatorRegistry(evaluation_context),
evaluation_context)
# Start the executor. This is a non-blocking call, it will start the
# execution in background threads and return.
executor.start(self.visitor.root_transforms)
result = DirectPipelineResult(executor, evaluation_context)
if self._cache:
# We are running in eager mode, block until the pipeline execution
# completes in order to have full results in the cache.
result.wait_until_finish()
self._cache.finalize()
return result
@property
def cache(self):
if not self._cache:
self._cache = BufferingInMemoryCache()
return self._cache.pvalue_cache
[docs]class BufferingInMemoryCache(object):
"""PValueCache wrapper for buffering bundles until a PValue is fully computed.
BufferingInMemoryCache keeps an in memory cache of
(applied_ptransform, tag) tuples. It accepts appending to existing cache
entries until it is finalized. finalize() will make all the existing cached
entries visible to the underyling PValueCache in their entirety, clean the in
memory cache and stop accepting new cache entries.
"""
def __init__(self):
self._cache = collections.defaultdict(list)
self._pvalue_cache = PValueCache()
self._finalized = False
@property
def pvalue_cache(self):
return self._pvalue_cache
[docs] def append(self, applied_ptransform, tag, elements):
assert not self._finalized
assert elements is not None
self._cache[(applied_ptransform, tag)].extend(elements)
[docs] def finalize(self):
"""Make buffered cache elements visible to the underlying PValueCache."""
assert not self._finalized
for key, value in self._cache.iteritems():
applied_ptransform, tag = key
self._pvalue_cache.cache_output(applied_ptransform, tag, value)
self._cache = None
[docs]class DirectPipelineResult(PipelineResult):
"""A DirectPipelineResult provides access to info about a pipeline."""
def __init__(self, executor, evaluation_context):
super(DirectPipelineResult, self).__init__(PipelineState.RUNNING)
self._executor = executor
self._evaluation_context = evaluation_context
def _is_in_terminal_state(self):
return self._state is not PipelineState.RUNNING
[docs] def wait_until_finish(self, duration=None):
if not self._is_in_terminal_state():
if duration:
raise NotImplementedError(
'DirectRunner does not support duration argument.')
try:
self._executor.await_completion()
self._state = PipelineState.DONE
except: # pylint: disable=broad-except
self._state = PipelineState.FAILED
raise
return self._state
[docs] def aggregated_values(self, aggregator_or_name):
return self._evaluation_context.get_aggregator_values(aggregator_or_name)
[docs] def metrics(self):
return self._evaluation_context.metrics()
[docs]class EagerRunner(DirectRunner):
is_eager = True


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---
layout: post
title: How to be a better consultant
tags:
- Work Practices
status: publish
type: post
published: true
meta:
_edit_last: '451289'
---
Updated Jan/2010
This is a follow up to an earlier post about manageing consultants and contractors.This time I am looking at how consultants can do a better job for their customers and themselves.
There is obviously a limit on how much information I fit into one picture, but I hope it might be useful to people new in the consulting industry -- you should modify this to fit your own situation of course.
Feedback is always welcome.
The source mindmap for this diagram is on GitHub. You will need a copy of Freemind (at least Rel 9).


I have a few simple rules for my interactions online:
Reputation is a funny, slippery thing and any one of those three topics can (in the eyes of people with differing views) make or break a reputation rather quickly. I like to break all three of my rules regularly.
Life has a funny way of putting things into perspective. The last 4 months of my life have been the hardest, yet the most wonderful that I have ever had. Here’s a recap (with pictures for the slower readers):
I spent the first week of December cooped up in a hospital room, being infused with what my Doctor liked to refer to as a “last ditch effort to get me to the altar on time”.
December 17, 2011 is (to date) the happiest day I’ve ever experienced. Surrounded by a small group composed of our immediate families and our closest friends, Leah and I became (as we affectionately call it) “Husbandit” and “Wife-o-saurus”.
Leah and I also had a little surprise that we’d been keeping to ourselves. We’re going to be parents this coming June. I’m hoping for X-men-esque mutant superpowers from my unborn child.
My Doctor’s last ditch effort worked, but sadly didn’t hold. I was admitted to hospital as an emergency case on January 25, 2012. I’ve suffered from a chronic illness for most of my adult life —- I battled against Ulcerative Colitis for over 11 years. The illness became so severe that the damage to my internal organs was beyond repair. On January 27, I had my large intestine removed in the first of what will be three rounds of surgery before the end of this year.
The great news? At the end of the year, I’ll be completely cured of the colitis and I’ll be a Dad. To be honest, I couldn’t ask for much more.
What these last few months have shown me is that no matter how bad things get, life has a way of balancing itself out. You can either sit back and let everything happen to you, or you can love and embrace the great things you’ve been given and learn to tolerate the not-so-great.
OK, that’s enough of that — back to your regularly-scheduled mix of technical and non-existent posting!


Shankar really like to learn new technology. I want to make myself more busy
Interested to see what Shankar's upto
Thanks for visiting. Get in touch with Shankar via twitter: @itsmebalaji


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"You see but you do not observe".
How simple it all sounds when Sherlock does it. From the shake of a hand he's able to deduce that the person has been to Afganistan. From a glance of the boots he's able to conclude the occupation of a man. From the sound of the steps he's able to tell who is at the doorstep.
His methods and tricks seem so natural that one often forgets that he was just fiction and tires to emulate him in real life. No doubt once or twice you've walked up to a friend and remarked about how his sleeve had a stain on the left corner and then went on to ask . Also no doubt your friend is generally not pleased to see you in Holmes' character as to try to look at your "observing and deducing" best while smoking an imaginary pipe.
But we should not let small stumbles get in the way of our understanding the methods of Sherlock Holmes. We all owe it to our friends. They were very patient with us while we made a fool of ourselves. We can't give up when the things get tough. It would be an insult to freindship.
Imaginary as he no doubt was Sherlock still got his logic right. His ability to think critically and his expertise in focusing on the most important details won him followeres and acclaim. The bar he has set for us is very high. We are not aiming to become like him. All we are trying to understand is how he did what he did. All we want to do is to know how tall the mountain really is?
Sherlock Holmes reasoned about his cases in two distinct phases. In the observational phase he'd go about collecting facts, looking for clues and carefully gathering information from as many sources as necessary. During this period he'd try not to form any concrete opinion about the solution to the problem he was trying to solve. Many a times Watson would ask Holmes the meaning of their latest discovery but Holmes would rarely throw any light on the matter.
The other phase which he called deduction invovlved an ellimination of possibilites that couldn't happen untill only one remained, however improbable, that explained the facts.
Of course obtaining facts by itself is not of much use unless one has way to extract useful information from them. For instance given tobacco ash, it would be difficult for us to deduce the brand of ciggaratte unless we have previous knowledge that asscociates the ash to a specific brand. No matter how good our capabilities of observation and deduction are the probablity that we'd arrive at the correct result is still low.
Holmes overcame this limitation by a meticulous study on a wide variety of topics. He had deep knowledge of chemistry, poisons, handwriting, geography and soil composition. In short there was hardly a subject where Holmes would find himself out of his depth.
Therefore by combining his acute observational power, his deep knowledge on a wide variety of subjects he'd be able to not only find meaning in cryptic things but also be able to arrange the peice of the puzzle in a way that would lead him to a solution.
Observation and deduction is the bread and butter of any detective
House on the other hand, once he got all the information he needed, he'd start arranging it ,piece by piece, in a way that would form a complete picutre of the events surrounding the mystery.
Methods of Holmes and Dr House in real life
Compassion and critical thinking
-Akshat Jiwan Sharma