Former Plymouth Argyle striker Bradley Wright-Phillips hailed as one of the best forwards in MLS history
Wright-Phillips is leaving the New York Red Bulls after seven seasons and 126 goals
by Chris ErringtonThe goal-laden career of former Plymouth Argyle striker Bradley Wright-Phillips at the New York Red Bulls is over.
Wright-Phillips is out of contract after the end of the 2019 Major League Soccer season and it was announced on Thursday that the 34-year-old will not be offered a new deal.
He scored a total of 126 goals in 240 appearances for the Red Bulls over seven highly successful campaigns.
Red Bulls sporting director Denis Hamlett said: “Brad will go down as one of the best forwards in MLS history, and certainly a major part of the success of this club since he arrived in 2013.”
“Brad has had an incredible run with this club and will be remembered here as a great player, team-mate and person.
“We thank him for all that he has accomplished and helped the club accomplish.”
Wright-Phillips wrapped up his seventh season in New York with one goal and an assist in seven games.
He finished his career with the Red Bulls with a franchise-best 108 regular season goals.
Wright-Phillips also won two Golden Boot awards, was a two-time Best XI and two-time MLS All-Star, and the first player in MLS history to have at least three different seasons with 20 or more goals.
He also played a large role in the Red Bulls securing three Supporters’ Shields, for the club with the best record in the regular season.
In seven seasons with New York, Wright-Phillips recorded 240 matches, 205 starts, 18,471 minutes played, 126 goals and 35 assists across all competitions.
Wright-Phillips spent 18 months at Argyle after signing in the summer of 2009 and scored 17 goals in a total of 32 starts and five substitute appearances.
He was sold to Charlton Athletic in January 2011 to pay off a tax bill owed to HM Revenue and Customs.
Wright-Phillips was released by Charlton after the 2012/13 season, which is when he started his career with the Red Bulls.


Symbol Index for "Subject Identifier State"
Symbol Index for diagram
"Subject Identifier State"
classifier (Association)
responsible for (Association)
SI/Availability (Generalization Node)
Subject Identifier (Class)
Subject Identifier Allocated (Class)
subject identifier for (Association)
Subject Identifier Rescinded (Class)
Subject Identifier State (Class)
Subject Identifier State Change (Class)
Subject Identifier State Type (Class)


PIC(1) PIC(1) NAME pic - compile pictures for troff or TeX SYNOPSIS pic [ -nvCSU ] [ filename ... ] pic -t [ -cvzCSU ] [ filename ... ] DESCRIPTION This manual page describes the GNU version of pic, which is part of the groff document formatting system. pic compiles descriptions of pictures embedded within troff or TeX input files into commands that are under‐ stood by TeX or troff. Each picture starts with a line beginning with .PS and ends with a line beginning with .PE. Anything outside of .PS and .PE is passed through without change. It is the user's responsibility to provide appropriate definitions of the PS and PE macros. When the macro package being used does not supply such definitions (for example, old versions of -ms), appropriate definitions can be obtained with -mpic: These will center each picture. OPTIONS Options that do not take arguments may be grouped behind a single -. The special option -- can be used to mark the end of the options. A filename of - refers to the standard input. -C Recognize .PS and .PE even when followed by a character other than space or newline. -S Safer mode; do not execute sh commands. This can be useful when operating on untrustworthy input. (enabled by default) -U Unsafe mode; revert the default option -S. -n Don't use the groff extensions to the troff drawing commands. You should use this if you are using a postprocessor that doesn't sup‐ port these extensions. The extensions are described in groff_out(5). The -n option also causes pic not to use zero- length lines to draw dots in troff mode. -t TeX mode. -c Be more compatible with tpic. Implies -t. Lines beginning with \ are not passed through transparently. Lines beginning with . are passed through with the initial . changed to \. A line beginning with .ps is given special treatment: it takes an optional integer argument specifying the line thickness (pen size) in milliinches; a missing argument restores the previous line thickness; the default line thickness is 8 milliinches. The line thickness thus specified takes effect only when a non-negative line thickness has not been specified by use of the thickness attribute or by setting the linethick variable. -v Print the version number. -z In TeX mode draw dots using zero-length lines. The following options supported by other versions of pic are ignored: -D Draw all lines using the \D escape sequence. pic always does this. -T dev Generate output for the troff device dev. This is unnecessary because the troff output generated by pic is device-independent. USAGE This section describes only the differences between GNU pic and the orig‐ inal version of pic. Many of these differences also apply to newer ver‐ sions of Unix pic. A complete documentation is available in the file /usr/share/doc/groff-base/pic.ms.gz TeX mode TeX mode is enabled by the -t option. In TeX mode, pic will define a vbox called \graph for each picture. Use the figname command to change the name of the vbox. You must yourself print that vbox using, for exam‐ ple, the command \centerline{\box\graph} Actually, since the vbox has a height of zero (it is defined with \vtop) this will produce slightly more vertical space above the picture than below it; \centerline{\raise 1em\box\graph} would avoid this. To make the vbox having a positive height and a depth of zero (as used e.g. by LaTeX's graphics.sty), define the following macro in your docu‐ ment: \def\gpicbox#1{% \vbox{\unvbox\csname #1\endcsname\kern 0pt}} Now you can simply say \gpicbox{graph} instead of \box\graph. You must use a TeX driver that supports the tpic specials, version 2. Lines beginning with \ are passed through transparently; a % is added to the end of the line to avoid unwanted spaces. You can safely use this feature to change fonts or to change the value of \baselineskip. Any‐ thing else may well produce undesirable results; use at your own risk. Lines beginning with a period are not given any special treatment. Commands for variable = expr1 to expr2 [by [*]expr3] do X body X Set variable to expr1. While the value of variable is less than or equal to expr2, do body and increment variable by expr3; if by is not given, increment variable by 1. If expr3 is prefixed by * then variable will instead be multiplied by expr3. The value of expr3 can be negative for the additive case; variable is then tested whether it is greater than or equal to expr2. For the mul‐ tiplicative case, expr3 must be greater than zero. If the con‐ straints aren't met, the loop isn't executed. X can be any char‐ acter not occurring in body. if expr then X if-true X [else Y if-false Y] Evaluate expr; if it is non-zero then do if-true, otherwise do if- false. X can be any character not occurring in if-true. Y can be any character not occurring in if-false. print arg... Concatenate the arguments and print as a line on stderr. Each arg must be an expression, a position, or text. This is useful for debugging. command arg... Concatenate the arguments and pass them through as a line to troff or TeX. Each arg must be an expression, a position, or text. This has a similar effect to a line beginning with . or \, but allows the values of variables to be passed through. For example, .PS x = 14 command ".ds string x is " x "." .PE \*[string] prints x is 14. sh X command X Pass command to a shell. X can be any character not occurring in command. copy "filename" Include filename at this point in the file. copy ["filename"] thru X body X [until "word"] copy ["filename"] thru macro [until "word"] This construct does body once for each line of filename; the line is split into blank-delimited words, and occurrences of $i in body, for i between 1 and 9, are replaced by the i-th word of the line. If filename is not given, lines are taken from the current input up to .PE. If an until clause is specified, lines will be read only until a line the first word of which is word; that line will then be discarded. X can be any character not occurring in body. For example, .PS copy thru % circle at ($1,$2) % until "END" 1 2 3 4 5 6 END box .PE is equivalent to .PS circle at (1,2) circle at (3,4) circle at (5,6) box .PE The commands to be performed for each line can also be taken from a macro defined earlier by giving the name of the macro as the argument to thru. reset reset variable1[,] variable2 ... Reset pre-defined variables variable1, variable2 ... to their default values. If no arguments are given, reset all pre-defined variables to their default values. Note that assigning a value to scale also causes all pre-defined variables that control dimen‐ sions to be reset to their default values times the new value of scale. plot expr ["text"] This is a text object which is constructed by using text as a for‐ mat string for sprintf with an argument of expr. If text is omit‐ ted a format string of "%g" is used. Attributes can be specified in the same way as for a normal text object. Be very careful that you specify an appropriate format string; pic does only very lim‐ ited checking of the string. This is deprecated in favour of sprintf. variable := expr This is similar to = except variable must already be defined, and expr will be assigned to variable without creating a variable local to the current block. (By contrast, = defines the variable in the current block if it is not already defined there, and then changes the value in the current block only.) For example, the following: .PS x = 3 y = 3 [ x := 5 y = 5 ] print x " " y .PE prints 5 3 Arguments of the form X anything X are also allowed to be of the form { anything } In this case anything can contain balanced occurrences of { and }. Strings may contain X or imbalanced occurrences of { and }. Expressions The syntax for expressions has been significantly extended: x ^ y (exponentiation) sin(x) cos(x) atan2(y, x) log(x) (base 10) exp(x) (base 10, ie 10^x) sqrt(x) int(x) rand() (return a random number between 0 and 1) rand(x) (return a random number between 1 and x; deprecated) srand(x) (set the random number seed) max(e1, e2) min(e1, e2) !e e1 && e2 e1 || e2 e1 == e2 e1 != e2 e1 >= e2 e1 > e2 e1 <= e2 e1 < e2 "str1" == "str2" "str1" != "str2" String comparison expressions must be parenthesised in some contexts to avoid ambiguity. Other Changes A bare expression, expr, is acceptable as an attribute; it is equivalent to dir expr, where dir is the current direction. For example line 2i means draw a line 2 inches long in the current direction. The `i' (or `I') character is ignored; to use another measurement unit, set the scale variable to an appropriate value. The maximum width and height of the picture are taken from the variables maxpswid and maxpsht. Initially these have values 8.5 and 11. Scientific notation is allowed for numbers. For example x = 5e-2 Text attributes can be compounded. For example, "foo" above ljust is valid. There is no limit to the depth to which blocks can be examined. For example, [A: [B: [C: box ]]] with .A.B.C.sw at 1,2 circle at last [].A.B.C is acceptable. Arcs now have compass points determined by the circle of which the arc is a part. Circles, ellipses, and arcs can be dotted or dashed. In TeX mode splines can be dotted or dashed also. Boxes can have rounded corners. The rad attribute specifies the radius of the quarter-circles at each corner. If no rad or diam attribute is given, a radius of boxrad is used. Initially, boxrad has a value of 0. A box with rounded corners can be dotted or dashed. Boxes can have slanted sides. This effectively changes the shape of a box from a rectangle to an arbitrary parallelogram. The xslanted and yslanted attributes specify the x and y offset of the box's upper right corner from its default position. The .PS line can have a second argument specifying a maximum height for the picture. If the width of zero is specified the width will be ignored in computing the scaling factor for the picture. Note that GNU pic will always scale a picture by the same amount vertically as well as horizon‐ tally. This is different from the DWB 2.0 pic which may scale a picture by a different amount vertically than horizontally if a height is speci‐ fied. Each text object has an invisible box associated with it. The compass points of a text object are determined by this box. The implicit motion associated with the object is also determined by this box. The dimen‐ sions of this box are taken from the width and height attributes; if the width attribute is not supplied then the width will be taken to be tex‐ twid; if the height attribute is not supplied then the height will be taken to be the number of text strings associated with the object times textht. Initially textwid and textht have a value of 0. In (almost all) places where a quoted text string can be used, an expres‐ sion of the form sprintf("format", arg,...) can also be used; this will produce the arguments formatted according to format, which should be a string as described in printf(3) appropriate for the number of arguments supplied. The thickness of the lines used to draw objects is controlled by the linethick variable. This gives the thickness of lines in points. A neg‐ ative value means use the default thickness: in TeX output mode, this means use a thickness of 8 milliinches; in TeX output mode with the -c option, this means use the line thickness specified by .ps lines; in troff output mode, this means use a thickness proportional to the point‐ size. A zero value means draw the thinnest possible line supported by the output device. Initially it has a value of -1. There is also a thick[ness] attribute. For example, circle thickness 1.5 would draw a circle using a line with a thickness of 1.5 points. The thickness of lines is not affected by the value of the scale variable, nor by the width or height given in the .PS line. Boxes (including boxes with rounded corners or slanted sides), circles and ellipses can be filled by giving them an attribute of fill[ed]. This takes an optional argument of an expression with a value between 0 and 1; 0 will fill it with white, 1 with black, values in between with a propor‐ tionally gray shade. A value greater than 1 can also be used: this means fill with the shade of gray that is currently being used for text and lines. Normally this will be black, but output devices may provide a mechanism for changing this. Without an argument, then the value of the variable fillval will be used. Initially this has a value of 0.5. The invisible attribute does not affect the filling of objects. Any text associated with a filled object will be added after the object has been filled, so that the text will not be obscured by the filling. Three additional modifiers are available to specify colored objects: out‐ line[d] sets the color of the outline, shaded the fill color, and colo[u]r[ed] sets both. All three keywords expect a suffix specifying the color, for example circle shaded "green" outline "black" Currently, color support isn't available in TeX mode. Predefined color names for groff are in the device macro files, for example ps.tmac; addi‐ tional colors can be defined with the .defcolor request (see the manual page of troff(1) for more details). To change the name of the vbox in TeX mode, set the pseudo-variable fig‐ name (which is actually a specially parsed command) within a picture. Example: .PS figname = foobar; ... .PE The picture is then available in the box \foobar. pic assumes that at the beginning of a picture both glyph and fill color are set to the default value. Arrow heads will be drawn as solid triangles if the variable arrowhead is non-zero and either TeX mode is enabled or the -n option has not been given. Initially arrowhead has a value of 1. Note that solid arrow heads are always filled with the current outline color. The troff output of pic is device-independent. The -T option is there‐ fore redundant. All numbers are taken to be in inches; numbers are never interpreted to be in troff machine units. Objects can have an aligned attribute. This will only work if the post‐ processor is grops. Any text associated with an object having the aligned attribute will be rotated about the center of the object so that it is aligned in the direction from the start point to the end point of the object. Note that this attribute will have no effect for objects whose start and end points are coincident. In places where nth is allowed `expr'th is also allowed. Note that 'th is a single token: no space is allowed between the ' and the th. For example, for i = 1 to 4 do { line from `i'th box.nw to `i+1'th box.se } CONVERSION To obtain a stand-alone picture from a pic file, enclose your pic code with .PS and .PE requests; roff configuration commands may be added at the beginning of the file, but no roff text. It is necessary to feed this file into groff without adding any page information, so you must check which .PS and .PE requests are actually called. For example, the mm macro package adds a page number, which is very annoying. At the moment, calling standard groff without any macro package works. Alternatively, you can define your own requests, e.g. to do nothing: .de PS .. .de PE .. groff itself does not provide direct conversion into other graphics file formats. But there are lots of possibilities if you first transform your picture into PostScript® format using the groff option -Tps. Since this ps-file lacks BoundingBox information it is not very useful by itself, but it may be fed into other conversion programs, usually named ps2other or pstoother or the like. Moreover, the PostScript interpreter ghost‐ script (gs) has built-in graphics conversion devices that are called with the option gs -sDEVICE=<devname> Call gs --help for a list of the available devices. As the Encapsulated PostScript File Format EPS is getting more and more important, and the conversion wasn't regarded trivial in the past you might be interested to know that there is a conversion tool named ps2eps which does the right job. It is much better than the tool ps2epsi pack‐ aged with gs. For bitmapped graphic formats, you should use pstopnm; the resulting (intermediate) PNM file can be then converted to virtually any graphics format using the tools of the netpbm package . FILES /usr/share/groff/1.21/tmac/pic.tmac Example definitions of the PS and PE macros. SEE ALSO troff(1), groff_out(5), tex(1), gs(1), ps2eps(1), pstopnm(1), ps2epsi(1), pnm(5) Tpic: Pic for TeX Brian W. Kernighan, PIC — A Graphics Language for Typesetting (User Man‐ ual). AT&T Bell Laboratories, Computing Science Technical Report No. 116 <http://cm.bell-labs.com/cm/cs/cstr/116.ps.gz> (revised May, 1991). ps2eps is available from CTAN mirrors, e.g. <ftp://ftp.dante.de/tex-archive/support/ps2eps/> W. Richard Stevens - Turning PIC Into HTML <http://www.kohala.com/start/troff/pic2html.html> W. Richard Stevens - Examples of picMacros <http://www.kohala.com/start/troff/pic.examples.ps> BUGS Input characters that are invalid for groff (i.e., those with ASCII code 0, or 013 octal, or between 015 and 037 octal, or between 0200 and 0237 octal) are rejected even in TeX mode. The interpretation of fillval is incompatible with the pic in 10th edi‐ tion Unix, which interprets 0 as black and 1 as white. PostScript® is a registered trademark of Adobe Systems Incorporation. Groff Version 1.21 25 June 2012 PIC(1)


{{ define "content" }}
Google Developer Group (GDG) Gigcity (Chattanooga, TN) is an independent group for developers and technologists that use or have an interest in Google technologies. This is an open group where members can present on things that they use or like. We hold regular monthly meetings on the third Wednesday of each month.
Organizers


The purpose of this project is to generator a README.md page that looks and feels professional.
A user of this README Generator will need Node.js and Visual Studio Code (VSC).
Within VSC, right-click on index.js or any JavaScript files and select "Open in Integrated Terminal". Type down "node index.js" in the terminal and it'll prompt the user with some questions. Answer accordingly. Upon answering the last question, a "Success!" line will appear meaning you have done this correctly. An empty "index.html", in this case, will now have lines of codes that can now be opened in the File Explorer displaying a README page that the user created. The Github link should take the user to the corresponding response that they had input (assuming if it's an active username). The LinkedIn URL should display a live link if the user entered their personal LinkedIn URL. The Table of Contents are clickable and will take you to where it is on the page. Also, a badge will appear next to the title of the page depending on which of the four badges that were selected.
When contributing to this repository, please first discuss the change you wish to make via issue, email, or any other method with the owners of this repository before making a change. Please note we have a code of conduct, please follow it in all your interactions with the project.
Enter test instructions here


Q3HitPath_EmptyData |
( TQ3Status ) Q3HitPath_EmptyData ( TQ3HitPath * _Nonnull hitPath );
Release the memory allocated by a previous call to Q3Pick_GetPickDetailData.
- hitPath
- The hit-path data to release.
Q3MeshEdgePart_GetEdge |
( TQ3Status ) Q3MeshEdgePart_GetEdge ( TQ3MeshEdgePartObject _Nonnull meshEdgePartObject, TQ3MeshEdge _Nonnull * _Nonnull edge );
Get the mesh edge that corresponds to a mesh edge part.
- meshEdgePartObject
- The mesh edge to query.
- edge
- Receives the mesh edge that corresponds to meshEdgePartObject.
Q3MeshFacePart_GetFace |
( TQ3Status ) Q3MeshFacePart_GetFace ( TQ3MeshFacePartObject _Nonnull meshFacePartObject, TQ3MeshFace _Nonnull * _Nonnull face );
Get the mesh face that corresponds to a mesh face part.
- meshFacePartObject
- The mesh face to query.
- face
- Receives the mesh face that corresponds to meshFacePartObject.
Q3MeshPart_GetComponent |
( TQ3Status ) Q3MeshPart_GetComponent ( TQ3MeshPartObject _Nonnull meshPartObject, TQ3MeshComponent _Nonnull * _Nonnull component );
Get the mesh component that contains a mesh part object.
- meshPartObject
- The mesh part to query.
- component
- Receives the mesh component that contains meshPartObject.
Q3MeshPart_GetType |
( TQ3ObjectType ) Q3MeshPart_GetType ( TQ3MeshPartObject _Nonnull meshPartObject );
Get the type of a mesh part object.
Returns kQ3MeshPartTypeMeshFacePart, kQ3MeshPartTypeMeshEdgePart,
or kQ3MeshPartTypeMeshVertexPart. If the type can not be determined,
returns kQ3ObjectTypeInvalid.
- meshPartObject
- The mesh part to query.
Q3MeshVertexPart_GetVertex |
( TQ3Status ) Q3MeshVertexPart_GetVertex ( TQ3MeshVertexPartObject _Nonnull meshVertexPartObject, TQ3MeshVertex _Nonnull * _Nonnull vertex );
Get the mesh vertex that corresponds to a mesh vertex part.
- meshVertexPartObject
- The mesh vertex to query.
- vertex
- Receives the mesh vertex that corresponds to meshVertedPartObject.
Q3Pick_EmptyHitList |
( TQ3Status ) Q3Pick_EmptyHitList ( TQ3PickObject _Nonnull pick );
Empty the hit list of a pick object.
- pick
- The pick object to update.
Q3Pick_GetData |
( TQ3Status ) Q3Pick_GetData ( TQ3PickObject _Nonnull pick, TQ3PickData * _Nonnull data );
Get the common state of a pick object.
- pick
- The pick object to query.
- data
- Receives the common state of the pick object.
Q3Pick_GetEdgeTolerance |
( TQ3Status ) Q3Pick_GetEdgeTolerance ( TQ3PickObject _Nonnull pick, float * _Nonnull edgeTolerance );
Get the edge tolerance of a pick object.
- pick
- The pick object to query.
- edgeTolerance
- Receives the edge tolerance of the pick object.
Q3Pick_GetFaceTolerance |
( TQ3Status ) Q3Pick_GetFaceTolerance ( TQ3PickObject _Nonnull pick, float * _Nonnull faceTolerance );
Get the face tolerance of a pick object.
- pick
- The pick object to query.
- faceTolerance
- Receives the face tolerance of the pick object.
Q3Pick_GetNumHits |
( TQ3Status ) Q3Pick_GetNumHits ( TQ3PickObject _Nonnull pick, TQ3Uns32 * _Nonnull numHits );
Get the number of hits of a pick object.
- pick
- The pick object to query.
- numHits
- Receives the number of hits of a pick object.
Q3Pick_GetPickDetailData |
( TQ3Status ) Q3Pick_GetPickDetailData ( TQ3PickObject _Nonnull pick, TQ3Uns32 index, TQ3PickDetail pickDetailValue, void * _Nonnull detailData );
Get the data for a pick result.
When the kQ3PickDetailMaskPath data is requested, it must be disposed
of by the caller using Q3HitPath_EmptyData.
Pick results are indexed from 0, and the number of available
pick results is returned by Q3Pick_GetNumHits.
- pick
- The pick object to query.
- index
- The index of the hit to query.
- pickDetailValue
- The type of data requested from the hit.
- detailData
- Receives the data from the hit.
Q3Pick_GetPickDetailValidMask |
( TQ3Status ) Q3Pick_GetPickDetailValidMask ( TQ3PickObject _Nonnull pick, TQ3Uns32 index, TQ3PickDetail * _Nonnull pickDetailValidMask );
Get the available data mask for a pick result.
Pick results are indexed from 0, and the number of available
pick results is returned by Q3Pick_GetNumHits.
- pick
- The pick object to query.
- index
- The index of the hit to query.
- pickDetailValidMask
- Receives the available data mask for the hit.
Q3Pick_GetType |
( TQ3ObjectType ) Q3Pick_GetType ( TQ3PickObject _Nonnull pick );
Get the type of a pick object.
Returns kQ3ObjectTypeInvalid if the pick type is unknown.
- pick
- The pick to query.
Q3Pick_GetVertexTolerance |
( TQ3Status ) Q3Pick_GetVertexTolerance ( TQ3PickObject _Nonnull pick, float * _Nonnull vertexTolerance );
Get the vertex tolerance of a pick object.
- pick
- The pick object to query.
- vertexTolerance
- Receives the vertex tolerance of the pick object.
Q3Pick_SetData |
( TQ3Status ) Q3Pick_SetData ( TQ3PickObject _Nonnull pick, const TQ3PickData * _Nonnull data );
Set the common state of a pick object.
- pick
- The pick object to update.
- data
- The new common state for the pick object.
Q3Pick_SetEdgeTolerance |
( TQ3Status ) Q3Pick_SetEdgeTolerance ( TQ3PickObject _Nonnull pick, float edgeTolerance );
Set the edge tolerance of a pick object.
The distance between a picking ray and a face is measured in world space
when using a world ray pick, and measured in 2D window space when using
a window point pick. Tolerances are ignored when using a window rect
pick.
- pick
- The pick object to update.
- edgeTolerance
- The new edge tolerance of the pick object.
Q3Pick_SetFaceTolerance |
( TQ3Status ) Q3Pick_SetFaceTolerance ( TQ3PickObject _Nonnull pick, float faceTolerance );
Set the face tolerance of a pick object.
The distance between a picking ray and a face is measured in world space
when using a world ray pick, and measured in 2D window space when using
a window point pick. Tolerances are ignored when using a window rect
pick.
- pick
- The pick object to update.
- faceTolerance
- The new face tolerance of the pick object.
Q3Pick_SetVertexTolerance |
( TQ3Status ) Q3Pick_SetVertexTolerance ( TQ3PickObject _Nonnull pick, float vertexTolerance );
Set the vertex tolerance of a pick object.
The distance between a picking ray and a line is measured in world space
when using a world ray pick, and measured in 2D window space when using
a window point pick. Tolerances are ignored when using a window rect
pick.
- pick
- The pick object to update.
- vertexTolerance
- The new vertex tolerance of the pick object.
Q3ShapePart_GetShape |
( TQ3Status ) Q3ShapePart_GetShape ( TQ3ShapePartObject _Nonnull shapePartObject, TQ3ShapeObject _Nonnull * _Nonnull shapeObject );
Get the shape object that contains a shape part object.
- shapePartObject
- The shape part to query.
- shapeObject
- Receives the shape object that contains shapePartObject.
Q3ShapePart_GetType |
( TQ3ObjectType ) Q3ShapePart_GetType ( TQ3ShapePartObject _Nonnull shapePartObject );
Get the type of a shape part object.
- shapePartObject
- The shape part to query.
Q3WindowPointPick_GetData |
( TQ3Status ) Q3WindowPointPick_GetData ( TQ3PickObject _Nonnull pick, TQ3WindowPointPickData * _Nonnull data );
Get the data of a window-point pick object.
- pick
- The pick object to query.
- data
- Receives the data of the pick object.
Q3WindowPointPick_GetPoint |
( TQ3Status ) Q3WindowPointPick_GetPoint ( TQ3PickObject _Nonnull pick, TQ3Point2D * _Nonnull point );
Get the pick point of a window-point pick object.
- pick
- The pick object to query.
- point
- Receives the pick point of the pick object.
Q3WindowPointPick_New |
( TQ3PickObject _Nonnull ) Q3WindowPointPick_New ( const TQ3WindowPointPickData * _Nonnull data );
Create a new window-point pick object.
- data
- The data for the pick object.
Q3WindowPointPick_SetData |
( TQ3Status ) Q3WindowPointPick_SetData ( TQ3PickObject _Nonnull pick, const TQ3WindowPointPickData * _Nonnull data );
Set the data for a window-point pick object.
- pick
- The pick object to update.
- data
- The new data for the pick object.
Q3WindowPointPick_SetPoint |
( TQ3Status ) Q3WindowPointPick_SetPoint ( TQ3PickObject _Nonnull pick, const TQ3Point2D * _Nonnull point );
Set the pick point of a window-point pick object.
- pick
- The pick object to update.
- point
- The new pick point for the pick object.
Q3WindowRectPick_GetData |
( TQ3Status ) Q3WindowRectPick_GetData ( TQ3PickObject _Nonnull pick, TQ3WindowRectPickData * _Nonnull data );
Get the data of a window-rect pick object.
- pick
- The pick object to query.
- data
- Receives the data of the pick object.
Q3WindowRectPick_GetRect |
( TQ3Status ) Q3WindowRectPick_GetRect ( TQ3PickObject _Nonnull pick, TQ3Area * _Nonnull rect );
Get the pick rect of a window-rect pick object.
- pick
- The pick object to query.
- rect
- Receives the pick rect of the pick object.
Q3WindowRectPick_New |
( TQ3PickObject _Nonnull ) Q3WindowRectPick_New ( const TQ3WindowRectPickData * _Nonnull data );
Create a new window-rect pick object.
- data
- The data for the pick object.
Q3WindowRectPick_SetData |
( TQ3Status ) Q3WindowRectPick_SetData ( TQ3PickObject _Nonnull pick, const TQ3WindowRectPickData * _Nonnull data );
Set the data of a window-rect pick object.
- pick
- The pick object to update.
- data
- The new data for the pick object.
Q3WindowRectPick_SetRect |
( TQ3Status ) Q3WindowRectPick_SetRect ( TQ3PickObject _Nonnull pick, const TQ3Area * _Nonnull rect );
Set the pick rect of a window-rect pick object.
- pick
- The pick object to update.
- rect
- The new pick rect of the pick object.
Q3WorldRayPick_GetData |
( TQ3Status ) Q3WorldRayPick_GetData ( TQ3PickObject _Nonnull pick, TQ3WorldRayPickData * _Nonnull data );
Get the data of a world-ray pick object.
- pick
- The pick object to query.
- data
- Receives the data for the pick object.
Q3WorldRayPick_GetRay |
( TQ3Status ) Q3WorldRayPick_GetRay ( TQ3PickObject _Nonnull pick, TQ3Ray3D * _Nonnull ray );
Get the pick ray of a world-ray pick object.
- pick
- The pick object to query.
- ray
- Receives the ray of the pick object.
Q3WorldRayPick_New |
( TQ3PickObject _Nonnull ) Q3WorldRayPick_New ( const TQ3WorldRayPickData * _Nonnull data );
Create a new world-ray pick object.
- data
- The data for the pick object.
Q3WorldRayPick_SetData |
( TQ3Status ) Q3WorldRayPick_SetData ( TQ3PickObject _Nonnull pick, const TQ3WorldRayPickData * _Nonnull data );
Set the data of a world-ray pick object.
- pick
- The pick object to update.
- data
- The new data for the pick object.
Q3WorldRayPick_SetRay |
( TQ3Status ) Q3WorldRayPick_SetRay ( TQ3PickObject _Nonnull pick, const TQ3Ray3D * _Nonnull ray );
Set the pick ray of a world-ray pick object.
- pick
- The pick object to update.
- ray
- The new ray for the pick object. The direction must be normalized.
TQ3PickDetail |
typedef TQ3Uns32 TQ3PickDetail;
A 32-bit integer used as a set of flags. See TQ3PickDetailMasks
for enumerated constants that can be combined in this data type.
TQ3HitPath |
typedef struct TQ3HitPath { TQ3GroupObject _Nullable rootGroup; TQ3Uns32 depth; TQ3GroupPosition _Nullable * _Nullable positions; } TQ3HitPath;
Hit path data.
Returned by Q3Pick_GetPickDetailData for the kQ3PickDetailMaskPath
pick selector. Disposed of by Q3HitPath_EmptyData.
rootGroup holds the top level group which encloses the picked
object. positions holds an array for each nested group within
the submit sequence, indicating the position that was submitted
at each level. This array contains depth values.
E.g., assuming 'object' is the picked object, then submitting:
group1(object)
would produce a rootGroup field of group 1, a depth field of 1,
and positions[0] would contain the position of object within
group1.
Submitting:
group1(group2(object))
would produce a rootGroup field of group1, a depth field of 2,
positions[0] would hold the position of group2 within group1,
and positions[1] would hold the position of object within group2.
Note that the contents of the position array are only valid if
the submitted groups are unchanged since they were submitted
for picking.
If these groups have had items added or removed since they
were submitted, the positions array will no longer be valid.
- rootGroup
- Top level group which was submitted.
- depth
- Number of valid entries within positions.
- positions
- Array of group positions leading to the picked object.
TQ3PickData |
typedef struct TQ3PickData { TQ3PickSort sort; TQ3PickDetail mask; TQ3Uns32 numHitsToReturn; } TQ3PickData;
Describes the common state for a pick object.
- sort
- The type of sorting, if any, to performed on the results.
- mask
- The type of pick information to be returned.
- numHitsToReturn
- The number of hits to return. Set to
kQ3ReturnAllHits
to retrieve all hits.
TQ3WindowPointPickData |
typedef struct TQ3WindowPointPickData { TQ3PickData data; TQ3Point2D point; float vertexTolerance; float edgeTolerance; } TQ3WindowPointPickData;
Describes the state for a window-point pick object.
- data
- The common state for the pick.
- point
- The pick point in local window coordinates. Note that on Win32, this means relative to the HWND which contains the view.
- vertexTolerance
- The vertex tolerance. Only relevant to picking Point objects.
- edgeTolerance
- The edge tolerance. Only relevant to picking one-dimensional objects such as Lines and PolyLines.
TQ3WindowRectPickData |
typedef struct TQ3WindowRectPickData { TQ3PickData data; TQ3Area rect; } TQ3WindowRectPickData;
Describes the state for a window-rect pick object.
- data
- The common state for the pick.
- rect
- The pick rect in local window coordinates.
TQ3WorldRayPickData |
typedef struct TQ3WorldRayPickData { TQ3PickData data; TQ3Ray3D ray; float vertexTolerance; float edgeTolerance; } TQ3WorldRayPickData;
Describes the state for a world-ray pick object.
- data
- The common state for the pick.
- ray
- The pick ray in world coordinates. The direction must be normalized.
- vertexTolerance
- The vertex tolerance. Only relevant to picking Point objects.
- edgeTolerance
- The edge tolerance. Only relevant to picking one-dimensional objects such as Lines and PolyLines.
TQ3PickDetailMasks |
typedef enum TQ3PickDetailMasks QUESA_ENUM_BASE(TQ3Uns32) { kQ3PickDetailNone = 0, kQ3PickDetailMaskPickID = (1 << 0), kQ3PickDetailMaskPath = (1 << 1), kQ3PickDetailMaskObject = (1 << 2), kQ3PickDetailMaskLocalToWorldMatrix = (1 << 3), kQ3PickDetailMaskXYZ = (1 << 4), kQ3PickDetailMaskDistance = (1 << 5), kQ3PickDetailMaskNormal = (1 << 6), kQ3PickDetailMaskShapePart = (1 << 7), kQ3PickDetailMaskPickPart = (1 << 8), kQ3PickDetailMaskUV = (1 << 9), kQ3PickDetailMaskTriMeshFace = (1 << 10), kQ3PickDetailMaskBarycentric = (1 << 11), kQ3PickDetailSize32 = 0x7FFFFFFF } TQ3PickDetailMasks;
Bitfield indicating the type of data to be returned by picks.
- kQ3PickDetailNone
- No pick details are required.
- kQ3PickDetailMaskPickID
- The picking ID of the picked object. Data type: TQ3Uns32.
- kQ3PickDetailMaskPath
- The path through the model hierarchy to the picked object. Data type: TQ3HitPath.
- kQ3PickDetailMaskObject
- The picked object. Data type: TQ3SharedObject (a new reference).
- kQ3PickDetailMaskLocalToWorldMatrix
- The local-to-world matrix for the picked object. Data type: TQ3Matrix4x4.
- kQ3PickDetailMaskXYZ
- The picked location in world coordinates. Data type: TQ3Point3D.
- kQ3PickDetailMaskDistance
- The distance between the picked location and the pick origin. Data type: float.
- kQ3PickDetailMaskNormal
- The surface normal at the picked location. Data type: TQ3Vector3D.
- kQ3PickDetailMaskShapePart
- The shape part of the picked object. Only relevant to Mesh objects. Data type: TQ3ShapePartObject (a new reference).
- kQ3PickDetailMaskPickPart
- The picked object, edge, or vertex. Only relevant to Mesh objects. Data type: TQ3PickParts.
- kQ3PickDetailMaskUV
- The UV coordinate of the picked location. Data type: TQ3Param2D.
- kQ3PickDetailMaskTriMeshFace
- The The 0-based index of the TriMesh face that was hit. Not in QuickDraw 3D. Data type: TQ3Uns32.
- kQ3PickDetailMaskBarycentric
- The barycentric coordinates of a picked point within a triangle. Not available for points, lines etc. Not in QuickDraw 3D. Data type: TQ3Param3D.
TQ3PickSort |
typedef enum TQ3PickSort QUESA_ENUM_BASE(TQ3Uns32) { kQ3PickSortNone = 0, kQ3PickSortNearToFar = 1, kQ3PickSortFarToNear = 2, kQ3PickSortSize32 = 0x7FFFFFFF } TQ3PickSort;
The order in which pick results should be sorted.
- kQ3PickSortNone
- The pick hit list should not be sorted.
- kQ3PickSortNearToFar
- The pick hit list should be sorted from near to far.
- kQ3PickSortFarToNear
- The pick hit list should be sorted from far to near.
kQ3ReturnAllHits |
#define kQ3ReturnAllHits 0
This value can be placed in the numHitsToReturn
field of the
TQ3PickData
structure to indicate that we want information
about all hits.
© 1999-2023 Quesa Developers (Last Updated 1/27/2023)


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Laborum church-key pickled swag aesthetic organic. Farm-to-table schlitz etsy pickled, sed readymade typewriter plaid mustache sunt raw denim fam blue bottle. Vaporware tote bag helvetica brunch schlitz hella snackwave aute VHS sriracha lo-fi af. Snackwave shoreditch lo-fi mollit authentic vice jean shorts woke single-origin coffee bicycle rights neutra readymade seitan slow-carb cornhole. Aesthetic chia ut chambray, brunch green juice forage you probably haven't heard of them letterpress viral glossier irony cronut migas gochujang. Shoreditch plaid prism jianbing. Green juice trust fund selfies ethical. Meh tempor coloring book, etsy minim aliquip affogato ramps 90's woke. Adipisicing raclette pok pok brooklyn butcher beard aliqua quinoa man braid voluptate deserunt do in. Squid kombucha franzen, woke ipsum messenger bag kinfolk nulla godard. Iceland ex ennui, hoodie wayfarers do incididunt fugiat tbh hexagon cloud bread blog swag photo booth. Laborum twee anim tofu in XOXO. Stumptown lumbersexual qui dolore magna.
PBR&B seitan blue bottle, enim consequat ut elit. Coloring book lorem fingerstache minim ut food truck literally knausgaard lyft mlkshk quis portland consequat small batch yr. Single-origin coffee gluten-free you probably haven't heard of them green juice dolore. Literally ad taxidermy, migas keytar fingerstache bushwick vegan portland iceland laborum. PBR&B meditation street art, iceland authentic art party elit af skateboard austin godard. Readymade crucifix coloring book, pariatur irure fam nostrud taxidermy. Drinking vinegar VHS sint, vexillologist nulla lo-fi fashion axe gochujang live-edge. Glossier enamel pin photo booth literally VHS freegan eiusmod. Live-edge cronut man braid, anim gochujang commodo adaptogen butcher qui tempor ex trust fund mollit id. Ut bushwick hoodie air plant veniam butcher four dollar toast vegan authentic adipisicing whatever viral gochujang raclette. Veniam +1 in ad, consequat fam jean shorts craft beer mollit laboris chillwave seitan synth.
Vice fingerstache cillum heirloom, drinking vinegar synth ut banjo locavore. Flannel cliche ullamco franzen ea sint PBR&B. Minim skateboard ipsum schlitz tbh, sed non scenester fixie raclette. Fingerstache semiotics humblebrag tacos anim butcher vexillologist shoreditch forage. Qui aliquip taiyaki VHS nulla aliqua, kickstarter aute. Brunch gluten-free lomo, ennui chambray selfies id sustainable typewriter post-ironic ugh heirloom. Aute messenger bag cardigan tilde austin godard normcore eu veniam ugh venmo vegan. Stumptown sunt bushwick viral waistcoat ut aute edison bulb biodiesel shaman YOLO microdosing non. Kogi semiotics vape, af green juice kitsch actually flannel chambray. Swag woke shoreditch shaman echo park poutine. Edison bulb shabby chic letterpress vegan fingerstache coloring book umami. Roof party swag banh mi keytar bicycle rights. 90's church-key dolore, adipisicing seitan esse pour-over man bun vinyl raclette thundercats cronut gluten-free est brunch. Pickled chicharrones nisi occaecat paleo squid, YOLO man bun retro plaid. Hashtag enamel pin umami ugh jean shorts letterpress master cleanse exercitation banh mi paleo farm-to-table fugiat microdosing XOXO dreamcatcher.
Tumblr trust fund reprehenderit pabst lyft, hammock magna nostrud voluptate selvage velit shabby chic quis iceland art party. Man bun health goth messenger bag pabst lumbersexual venmo. Hot chicken biodiesel brooklyn pinterest tousled intelligentsia small batch est 8-bit wayfarers pop-up. Enamel pin kinfolk wolf, lomo in ut farm-to-table live-edge. Plaid 90's pitchfork anim, asymmetrical bicycle rights 3 wolf moon magna photo booth fanny pack cronut aesthetic. Culpa air plant master cleanse yr, mlkshk brooklyn knausgaard exercitation fugiat iceland twee lomo labore marfa pabst. PBR&B viral labore etsy, flexitarian keffiyeh exercitation. Four dollar toast man bun farm-to-table asymmetrical enim. Sartorial pickled messenger bag, mlkshk scenester cornhole brunch gluten-free hella. Irony intelligentsia four loko pitchfork occaecat neutra jianbing pork belly normcore butcher narwhal pop-up tacos copper mug ethical. Pinterest iPhone godard master cleanse humblebrag veniam copper mug roof party vaporware gastropub +1 craft beer aesthetic. In aesthetic roof party deep v.
Humblebrag raw denim aesthetic locavore shoreditch. Ex four loko cloud bread, chia kogi pork belly tbh shaman nulla succulents. Subway tile you probably haven't heard of them messenger bag cray hella. Bicycle rights yr pop-up, ad ut four dollar toast hella. Fixie air plant asymmetrical, fingerstache trust fund keytar elit cupidatat velit franzen. Cillum typewriter wolf skateboard brooklyn irony schlitz id migas glossier 3 wolf moon put a bird on it gastropub. Chicharrones enamel pin cliche, activated charcoal ramps la croix portland live-edge quinoa flannel mlkshk hella ipsum. Cred hot chicken gluten-free in, beard duis green juice. Sartorial pinterest velit kale chips bespoke. Af gastropub next level elit. Non YOLO mollit tbh slow-carb pariatur shabby chic fugiat craft beer vexillologist DIY nostrud. Officia jianbing exercitation, seitan yr waistcoat health goth in sustainable. Drinking vinegar thundercats sartorial beard. Pork belly butcher plaid cold-pressed tumblr venmo magna scenester meditation.


{{ define "main" }}
|
|
Name | Group | Roles | Status | ||
|---|---|---|---|---|---|---|
|
|
John Doe |<EMAIL_ADDRESS>| Cyber Security Account +2 | Administration | Active | |
|
|
Nina Aguilar |<EMAIL_ADDRESS>| Data Application | Administration | InActive | |
|
|
David Bow |<EMAIL_ADDRESS>| Business Rules Engine Composer | Management | Active | |
|
|
Marc McGee |<EMAIL_ADDRESS>| ESB Exception Management | Management | InActive | |
|
|
Russell Mathis |<EMAIL_ADDRESS>| Data Application | Administration | Active | |
|
|
John Doe |<EMAIL_ADDRESS>| Cyber Security Account +2 | Administration | InActive | |
|
|
John Doe |<EMAIL_ADDRESS>| Cyber Security Account +2 | Administration | Active | |
|
|
Nina Aguilar |<EMAIL_ADDRESS>| Data Application | Administration | InActive | |
|
|
David Bow |<EMAIL_ADDRESS>| Business Rules Engine Composer | Management | Active | |
|
|
Marc McGee |<EMAIL_ADDRESS>| ESB Exception Management | Management | InActive | |
|
|
Russell Mathis |<EMAIL_ADDRESS>| Data Application | Administration | Active |


Said's Favorite Things
These are a few of my favorite things.
Hobbies
Here are some of my favorite hobbies!
Chess
Basketball
Netflix
Kory's Favorite Things!
These are a few of my favorite things.
Hobbies
Here are some of my favorite hobbies
Video Games
Baseball
Netflix


|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Object org.apache.spark.graphx.TripletFields
public class TripletFields
Represents a subset of the fields of an [[EdgeTriplet]] or [[EdgeContext]]. This allows the system to populate only those fields for efficiency.
| Field Summary | |
|---|---|
static TripletFields |
All
Expose all the fields (source, edge, and destination). |
static TripletFields |
Dst
Expose the destination and edge fields but not the source field. |
static TripletFields |
EdgeOnly
Expose only the edge field and not the source or destination field. |
static TripletFields |
None
None of the triplet fields are exposed. |
static TripletFields |
Src
Expose the source and edge fields but not the destination field. |
boolean |
useDst
Indicates whether the destination vertex attribute is included. |
boolean |
useEdge
Indicates whether the edge attribute is included. |
boolean |
useSrc
Indicates whether the source vertex attribute is included. |
| Constructor Summary | |
|---|---|
TripletFields()
Constructs a default TripletFields in which all fields are included. |
|
TripletFields(boolean useSrc,
boolean useDst,
boolean useEdge)
|
| Method Summary |
|---|
| Methods inherited from class Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public final boolean useSrc
public final boolean useDst
public final boolean useEdge
public static final TripletFields None
public static final TripletFields EdgeOnly
public static final TripletFields Src
public static final TripletFields Dst
public static final TripletFields All
| Constructor Detail |
|---|
public TripletFields()
public TripletFields(boolean useSrc, boolean useDst, boolean useEdge)
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Transaction History
ID
Date
Retailer
Funds In
Funds Out
[[${transaction.id}]]
[[${transaction.date}]]
[[${transaction.retailer}]]
[[${transaction.amount}]]
[[${transaction.amount}]]
Transaction ID:
[[${transactionModel.id}]]
(Credit)
(Debit)
Date:
[[${transactionModel.date}]]
Amount:
[[${transactionModel.amount}]]
Description:
[[${transactionModel.description}]]
back


---
layout: archive
title: Lean Prover Zulip Chat Archive
permalink: 113488general/37846couldmetabeamonad.html
---
The archive URL format has changed. Please find this page at:
https://leanprover-community.github.io/archive/stream/113488-general/topic/could.20meta.20be.20a.20monad.html


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8
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copyright
reserved
botan.cai
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New
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Britton,
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MlLLSPAUGH,
)C0lleCT0RS.
CONCEPTIO
MARCH
9
11,02347
1602347
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


 In this game, we are simulating a democratic voting situation.
As in politics, everyone have their own preferences. We will simulate that on this experiment.
In this election, there are two candidates, A and B that is competing for presidential spot. Each candidate has their own policy ideas. After following their debates on media for months, you feel affiliated with either one of the candidates.
Following are the rules of the game:
{% if player.able_to_vote == 'yes' %}• Initially, you have an endowment as much as {{ Constants.endowment }} points. This also applies for everyone else.
• The exact proportion of candidate A and B supporter is unknown, but close to equal.
• Voting follows the 50%+1 rule. Candidate with most vote wins the election.
• In the case of tie, winning candidate is determined randomly with equal chances. Think of a coin toss.
• Initially, you have an endowment as much as {{ Constants.endowment }} points. This also applies for everyone else.
• The exact proportion of candidate A and B supporter is unknown, but close to equal.
• However, no one in this election can cast any vote.
• Winning candidate is determined randomly with equal chances. Think of a coin toss.
From the election process, you can earn points. Each points is worth Rp {{ conversion }}.
Please do not press this next button until explicitly instructed by the experimenter!
{% next_button %} {% endblock %}


Fork diamondsquare.js on Github.
In this example, using Bootstrap, Angular and Seedrandom, a simple pixel renderer (in canvas) is used to display different colours based on the generated heightmap. In future updates of this example, more rendering options will be offered.


Read Parser¶
-
class
model.component.
Component
(id_: Optional[str] = None, uri: Optional[str] = None, urn: Optional[str] = None, annotations=None, localRepresentation: Optional[model.representation.Representation] = None)¶ Bases:
model.base.IdentifiableArtefact
A component is an abstract super class used to define qualitative and quantitative data and metadata items that belong to a Component List and hence a Structure. Component is refined through its sub-classes.
-
property
concept_identity
¶ Association to a Concept in a Concept Scheme that identifies and defines the semantic of the Component
-
property
local_representation
¶ Association to the Representation of the Component if this is different from the coreRepresentation of the Concept which the Component uses (ConceptUsage)
-
property


Working on Sundays and weekends in Switzerland: What you need to know
by The LocalDo you work on Sundays or weekends in Switzerland - or have you been asked to do so? Here’s what you need to know.
Swiss labour laws can be difficult to navigate at the best of times, with complex rules, linguistic challenges and some cantonal variations. But for those asked to work on Sundays, authorisation and consent must be obtained - while you will be paid more in most cases.
Keep in mind that this is just a general outline and does not equate to legal advice. The relevant rules for Sunday workers are laid out under Ordinance 2 of the Employment Act, so consult an updated statute book or of Course ask a lawyer.
READ: Switzerland still the biggest magnet for skilled workers
The relevant government authority regarding employment is the State Secretariat for Economic Affairs (SECO).
Employment in Switzerland
The Swiss economy is strong and unemployment is low, making it great for job hunters and employers alike. Employers are also subject to a range of restrictions on when their employees are allowed to work.
Working more than 45 hours per week is restricted, as is working before 6am or after 11pm - with similar restrictions applying on Sundays.
READ: The pros and cons of working in Switzerland
It’s Sunday I’m in love
Generally speaking, working on Sunday - technically between 11pm on Saturday and 11pm on Sunday - is forbidden. If your employer wants you to work on Sundays, he or she will need to get your express permission as well as an authorisation from the relevant authority.
There are exceptions to this prohibition where the work is of an emergency nature or where it is “essential for technical or economic reasons”.
The same applies on public holidays, with Swiss law classifying them under the same banner as Sundays.
This restriction only applies on Sunday however, with Monday to Saturday considered as part of the regular working week (after 6am and before 11pm, of course).
Employers are required to keep a record of the hours worked and the starting times of their employees on Sundays.
Am I entitled to extra pay on Sunday?
If you are temporarily required to work on a Sunday, you’re entitled to a 50 percent increase in your regular working wage.
What makes you a temporary Sunday worker? When working a maximum of six Sundays per year you can still be considered temporary. Any more and you aren’t deemed temporary - and you won’t be entitled to the 50 percent increase.
If an employer requires that you work on a Sunday, they’re also required to give you time off for Sunday that you worked - whether or not you are deemed to be working on a temporary or permanent basis.
If you worked less than five hours, you need to be given an equivalent number of hours off within four weeks.
If you worked more than five hours, you need to be given an entire day off - in either the week before or the week after the Sunday that you worked.
You’re also not allowed to work for more than six days in a row.


The group_by method in Ruby, is a method that belongs to the enumerable module. Unlike a class in Ruby a module provides access to the methods across multiple classes. Let me show you...take the follow array
array=[1, 4, 6, 7, 3, 8, 2, 9, 5, 7, 3, 2, 1, 0, 4]
and you are tasked with returning the array with the common elements next to each other. No problem your thinking, I will use Array#sort like this:>>sorted_array = array.sort
=>[0, 1, 1, 2, 2, 3, 3, 4, 4, 5, 6, 7, 7, 8, 9]
>>array = [1, 4, 6, 7, 3, "blue", 8, 2, 3, 2, 1, 0, 4, "green", 7, "yellow", 9, "blue", "green", 5, "yellow"]
you think no problem…execute “sort”>>sorted_array = array.sort
=>`sort': comparison of Fixnum with String failed (ArgumentError)
>>array.group_by{|sort| sort}
we will be returned a hash that looks like this:=>{1=>[1, 1], 4=>[4, 4], 6=>[6], 7=>[7, 7], 3=>[3, 3], 8=>[8], 2=>[2, 2], 9=>[9], 5=>[5], 0=>[0], "blue"=>[“blue”, “ blue”], "green"=>["green", "green"], "yellow"=>["yellow", "yellow"]}
No it isn’t as pretty as Array#sort but it is the beginning step to get the results you desire but lets keep going. Now our hash class is now available so lets fetch just our strings from the hash with this example:>>my_arr = my_array.group_by{|name| name.is_a? String}.fetch(true).sort
We will need to apply the sort and the end of this “chain” but that is ok because we no longer have a mixed element container.["blue", "blue", "green", "green", "yellow", "yellow”]
Thanks for following along while we learn this Ruby language together.


John Doe
💼 Manager
- Employee ID: 1
- Email<EMAIL_ADDRESS>- Office Number: 101T
Jane Doe
⚙ Engineer
- Employee ID: 2
- Email<EMAIL_ADDRESS>- GitHub: janedoe
Joe Schmoe
⚙ Engineer
- Employee ID: 4
- Email<EMAIL_ADDRESS>Ann Newberry
📚 Intern
- Employee ID: 10
- School: TESTU
Bob Ing
📚 Intern
- Employee ID: 11
- Email: bob@test.com


The series follows the lives of four teenage girls - Aria, Spencer, Hanna and Emily; four estranged friends whose darkest secrets are about to unravel.
ViewNewcomer Katherine Langford plays the role of Hannah, a young woman who takes her own life. Two weeks after her tragic death, a classmate named Clay finds a mysterious box on his porch. Inside the box are recordings made by Hannah -- on whom Clay had a crush -- in which she explains the 13 reasons why she chose to commit suicide. If Clay decides to listen to the recordings, he will find out if and how he made the list. This intricate and heart-wrenching tale is told through Clay and Hannah's dual narratives.
ViewJake Peralta, a talented detective, along with his diverse but carefree team, struggles when a new commanding officer, Ray Holt, is appointed to their precinct.
ViewThis adaptation of the "Sabrina the Teenage Witch" tale is a dark coming-of-age story that traffics in horror and the occult. In the reimagined origin story, Sabrina Spellman wrestles to reconcile her dual nature -- half-witch, half-mortal -- while standing against the evil forces that threaten her, her family -- including aunts Hilda and Zelda -- and the daylight world humans inhabit. Kiernan Shipka ("Mad Men") leads the cast in the titular role of the show that is based on a comic series of the same name.
View


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Courtesy of The Cat's Meat Shop, some extremely detailed advice on grunting:
Take the baby hand in one of yours. Spread out the hand. Point to the thumb, and say decidedly, yet confidingly –
1.
Point to the next finger and say, in the deepest bass you can assume –
2.
Point to the next finger and say, with an insinuating tone and smile, elevating your eyebrows and bowing –
3.
Point to the next finger and say, in a voice just ready to cry –
4.

This makes a complete harmless drama of the story of the pigs, and rouses baby's feelings, sensations and ideas in a healthy manner. Five distinct emotions are raised: 1. Interest; 2. Fear; 3. Pleasure or sympathy; 4. Grief, almost to tears; 5. A sudden reversion to mirth, and “All's well that ends well,” a great desideratum in baby estimation. We must remember too, that the feelings during babyhood are ephemeral in the extreme, light and evanescent…


Anveshan is a research and analysis consultants that helps to make solid decisions and drive results.
Scroll


GM strike pushes industrial production down 0.8% last month
by Paul Wiseman, The Associated PressWASHINGTON -- A strike at General Motors pushed U.S. manufacturing production lower in October, adding to the troubles confronting American industry.
Manufacturing output tumbled 0.6% last month, the Federal Reserve said Friday, largely because production of cars and auto parts plunged 7.1% amid the GM strike. The drop in factory production was the biggest since April. The GM strike ended late in October.
Overall industrial production -- which includes factories, utilities and mines -- fell 0.8%, the biggest drop since May 2018. Industrial output is down 1.1% from October 2018.
The drops were bigger than economists had expected.
American manufacturing is also contending with the fallout from President Donald Trump's trade wars, which have raised costs for some factories and created uncertainty for business.
Excluding auto output, industrial production still fell 0.5% and manufacturing output slipped 0.1%.
Mining production slid 0.7%, as oil and gas drilling fell last month, but is up 2.7% over the past year. Utility production fell 2.6% as Americans used less electricity.
U.S. factories were using 74.7% of their capacity in October, lowest since September 2017, and is down 4.1% since October 2018.


Convolutional Neural Network
Using CNN in deep learning, we analyse visual imagery to detect suspicious behaviour. Not just suspicious behaviour, we will also detect faces, objects and human behaviour to analyse and store data which helps RedEye self-learn and increase its efficiency through each passing day.


Interceptors¶
The general structure of our architecture can be seen here:
There are three distinctive interfaces that allow you to interact with the framework. We call these interfaces the “Chat to Core”,
“Nlp to Nlp” and “Nlp to Core” interceptor and explain possible use of each interface below. If you do not wish to perform any actions, you can simply
use a MirrorInterceptor
which is already part of our base framework and is used in our exemplar repositories. At the interceptor you can
perform any action (like adding or removing data from the incoming query), as long as you return the same format, wrapped in a Response
.
Using the Response
wrapper, you can…
determine if a message handling should be continued normally or if the processing should be interrupted.
handle message types not supported by our framework by interrupting the usual process (set the interruptProcessing flag inside a
Response
to true). It is expected that the message then already includes all relevant information to answer a user, orinterrupt the processing by sending a
NoResponse
. The user will not receive any notification. This might be confusing and you should manually send a message from your interceptor.
We will now further investigate the three interceptors and common usages.
Chat to Core¶
After the user query has been stripped of unnecessary data, we directly pass the data to the Chat to Core interface. The interface expects to receive a
ChatAdapterRequest
and returns a Response<ChatAdapterRequest>
. At this interceptor, we commonly
Manipulate the message itself, e.g. change the content or type of a message, transform a speech message to a text message or pseudonymize the user identifier.
Update the state of other applications (e.g. reposting contexts to your NLP service provider or saving/retrieving information to/from some database).
Handle unknown incoming message types and either transform them into a text message, return a message with a type supported by our framework, or handle the message directly and interrupt the default framework message handling procedure.
Pseudonymize the User¶
One important feature is the protection of the user identity. Several common messengers transmit a user identifier which can be used to retrieve some additional and sensitive information like the name or profile data on social media. This information should be protected from any entity that does not require the data (and should, at least in europe, be treated according to the GDPR). An easy way is to exchange the user ID from the messenger with some pseudonym that is mapped back to the identifier as soon as you want to send the message back to the user.
An exemplar implementation can be found in our extended example.
Nlp to Nlp¶
This second interceptor is especially of relevance if you utilize multiple agents. In the section about Support Your Chat Platform, we explain the default workflow. This means, that a message is passed to another agent if it does not exceed a minimal score or if a fallback intent occurs.
Using the Nlp to Nlp interface, you can further introduce advanced rule sets by yourself: Sometimes you want to return some fallback intent, ignore the minimal score or delete contexts set by an agent whose message you do not want to send to the user.
nlpToNlp
expects an incoming NlpResponse
and returns a Response<NlpResponse>
.
Nlp to Core¶
After determining the intent (and possibly receiving a static response), you can perform actions using the Nlp to Core interface. Once again, this can have different purposes:
You might want to
manipulate the message (e.g. use parameters retrieved from the NLU platform for a database request, used to assemble a new answer),
begin some event (e.g. send message to the client after some time),
save/retrieve data to/from a service (e.g. save contexts in a database), or
map the pseudonymized user ID to the user ID from the messenger for further processing.
nlpToCore
expects an incoming NlpResponse
and returns a Response<NlpResponse>
.


Task management is an important part of managing the Raspberry Pi. This is more difficult on the Raspberry Pi than on a normal computer because it is run in headless mode. This means that the Raspberry Pi is being controlled remotely by another computer. Instead of opening a task manager on the Raspberry Pi, the following instructions state a better way to manage tasks.
Starting a Script in the Terminal
Although scripts can be executed (run) in many ways, the simplest and easiest way to run scripts is the terminal. For this project, you will be running Python in the terminal.
Install Python 3 on your computer. On Linux machines, this can be done by opening a terminal and running
sudo apt install python3
To run your code, go to the directory of the Python script and run
python3 python_script.py
This would run the file
python_script.py
in the terminal. On some computers, usually computers where Python 2 is not installed, you can replacepython3
withpython
in the command, but this is guaranteed to work.If you want to debug your code, it may be advantageous to run the command with a
-i
flag. This means that a Python console will open after the program is executed, where one can access variables and other data. Run this by writing the following command:python3 -i python_script.py
To exit the Python console, use the shortcut
CTRL+d
or runquit()
in the console.
Ending a Script Using the Task Manager
A task manager is important for remotely managing your scripts on the Raspberry Pi. Because the Raspberry Pi has a weak processor, it is ideal to use a terminal based task manager to end unnecessary tasks, like scripts that have already completed.
After you SSH into the raspberry pi, open a terminal and write
ps aux
This will list all of the tasks running on the Raspberry Pi.
To search for a specific task (like a script), use the
grep
feature. The following line shows how you can search for all tasks with the name “python in them.ps aux | grep python
The pipe (“|”) tells the computer to take the output of
ps aux
and search for it using grep. The output of this function may look like the following:interme+ 6632 0.2 0.0 13208 8436 pts/0 S+ 16:30 0:00 python please_stop_it.py interme+ 6635 0.0 0.0 6264 2348 pts/6 S+ 16:30 0:00 grep --colour=auto python
Please Note: There are two tasks in the output that have the name ‘python’ in it. The first one (
6632
) is the command forpython please_stop_it.py
, and the task that needs to end. However, the second command isgrep python
, or the command running right now to search in the task manager. Killing this process is useless and does not affect the python script.Once you’ve found the task, take the id of the task (a four digit number on the same line as the task name) and run the following code:
kill [####]
This ends that task. The following example involves opening the task manager and ending a task for a Python script.


Welcome to the ___SITE_TITLE___
To confirm your email and number please text your case-sensitive confirmation code
___VALIDATION_CODE___
to the phone number
Afterwards you will be confirmed to use the system.
Save this number for further use of the bike share system.
Get ready to ride:
Program runs May 1st - August 31
Bikes will be available at three locations:
Quatama NW 205th MAX station (MAX)
Kaiser Westside Medical Center (KP)
Columbia Sportswear Amberglen (CS)
To check out a bike:
Text bike # + location code (MAX, KP, CS)
Use code to unlock bike
Enjoy your ride
Return bike to one of three locations within 3 hours
For more program information, please visit:
___SUPPORT_ADDRESS___


Charts
Simple, clean and engaging charts for designers and developers.Line Chart
A line chart is a way of plotting data points on a line. Often, it is used to show trend data, and the comparison of two data sets.
The line chart requires an array of labels for each of the data points. This is shown on the X axis. The data for line charts is broken up into an array of datasets. Each dataset has a colour for the fill, a colour for the line and colours for the points and strokes of the points. These colours are strings just like CSS. You can use RGBA, RGB, HEX or HSL notation.
The label key on each dataset is optional, and can be used when generating a scale for the chart.
Bar Chart
A bar chart is a way of showing data as bars. It is sometimes used to show trend data, and the comparison of multiple data sets side by side.
The bar chart has the a very similar data structure to the line chart, and has an array of datasets, each with colours and an array of data. Again, colours are in CSS format. We have an array of labels too for display. In the example, we are showing the same data as the previous line chart example.
The label key on each dataset is optional, and can be used when generating a scale for the chart.
Doughnut Chart
Pie and doughnut charts are probably the most commonly used chart there are. They are divided into segments, the arc of each segment shows the proportional value of each piece of data.
They are excellent at showing the relational proportions between data.
Pie and doughnut charts are effectively the same class in Chart.js, but have one different default value - their
percentageInnerCutout
. This equates what percentage of the inner should be cut out. This defaults to
0
for pie charts, and
50
for doughnuts.
Pie Chart
Pie and doughnut charts are probably the most commonly used chart there are. They are divided into segments, the arc of each segment shows the proportional value of each piece of data.
They are excellent at showing the relational proportions between data.
Pie and doughnut charts are effectively the same class in Chart.js, but have one different default value - their
percentageInnerCutout
. This equates what percentage of the inner should be cut out. This defaults to
0
for pie charts, and
50
for doughnuts.
Radar Chart
A radar chart is a way of showing multiple data points and the variation between them.
They are often useful for comparing the points of two or more different data sets.
For a radar chart, to provide context of what each point means, we include an array of strings that show around each point in the chart. For the radar chart data, we have an array of datasets. Each of these is an object, with a fill colour, a stroke colour, a colour for the fill of each point, and a colour for the stroke of each point. We also have an array of data values.


Home
Ingredients & Things You'll Need
Ingredients
About
Before getting started, you should make sure you have the ingredients and supplies to get cooking!
It's always comforting to check!
1 egg for every 2 slices of bread
Non-stick spray, olive oil, or butter/margarine
Cinnamon (Season to taste)
1/2 teaspoon (3 ml) vanilla extract (vanilla essence, optional)
Bread (6 pieces), type of bread is up to your preference
Icing Sugar, syrup, jam, etc.
Milk (depending on number of eggs, 2 tablespoons per egg)
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Home
Ingredients & Things You'll Need
Things You'll Need
It's always comforting to check!
Bowl
Pan (if using stove)
Stove or electric pan (your preference)
Fork or whisk
Spatula
Serving Plate
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Model
The context model will be used in order to represent all the necessary information that describes the situation of a CSS entity or a group of entities that form a CIS. In more detail, the model consists of the following main classes:
It is the base abstract class of all context model objects. It is extended by the following classes:
The CtxEntity class represents the notion of a context entity which corresponds to an object of the physical or conceptual world. The type of a CtxEntity defines the nature of the modelled entity. For example an entity could be a "person", a "device", or a "service".
The CtxAttribute class describes a CtxEntity's static and dynamic properties such as the "name", "age", or "location". Multiple CtxAttributes can be assigned to a CtxEntity,while the value of each CtxAttribute can be set and retrieved using the appropriate setter and getter method. The following CtxAttributeValueTypes are supported:
- INTEGER: Integer value.
- STRING: Text value.
- DOUBLE: Double-precision floating point numeric value.
- BINARY: Binary value (byte[]).
The CtxAssociation is used in order to describe relations among different CtxEntities. We define two types of associations ; Undirected associations that are peer relations (e.g. "friends", "schoolmates", "fellowPassengers") and directed associations that are non-peer relations ("locatedIn", "owns", "uses").
- CommunityMemberContextEntity
It is a subclass of the CtxEntity class and a generalisation of the two classes below.
It is used in order to represent individuals (CSS owners). More specifically, an IndividualCtxEntity may belong to zero or more CISs, simultaneously. The individual members of a pervasive community do not need to be human beings (i.e. of type "person"). They can also be organisations, smart space infrastructures, autonomous or semi-autonomous agents, etc. It inherits all attributes and operations of the CtxEntity class and extends them by methods related to the management of communities the individual belongs to.
This class is used to represent community context entities. A CommunityCtxEntity corresponds to a pervasive community (CIS) and is associated with a set of CommunityMemberCtxEntity objects representing its members, i.e. individuals and/or other communities. The CtxAttribute class is used in order to describe the community context attributes of a CIS. Common context characteristics shared among community members are described by the CtxBond class.
This class is used to represent context bonds among members of a CommunityCtxEntity. Each bond refers to a CtxAttribute of a particular type that expresses a commonality shared by community members. For example, a CtxAttributeBond could be based on the context
attribute of type LOCATION_SYMBOLIC. The CtxBondOriginType is used to specify how the bond was identified. More specifically, a context bond may have been manually set, discovered or inherited.


--- --- {% include html_head.html %} {% include navbar.html%} {{content}} {% include standard_footer.html %}


{{< layout}} {{$pageTitle}}Home address{{/pageTitle}} {{$header}}
Tell us where you live. We'll send your new passport and return any documents to this address. They will arrive separately.


Reports checked exceptions expected by a JUnit 4 test-method that are never thrown inside the method body. Such test methods will never succeed.
Example:
@Test(expected = CloneNotSupportedException.class)
public void
testIt() { }


Spring Boot is a project under the Spring Framework umbrella for developing stand-alone Java application quickly and reliably. It combines the Spring Framework with a variety of other open-source libraries for rapidly developing and deploying Java applications using robust software design and development principles such as Domain-driven Design (DDD), Service-oriented Architecture (SOA) and Microservices.
The following Spring Boot features are demonstrated by this application.


--- layout: default title: Example42 Puppet Works subtitle: An Open Source Set of Reusable Puppet Modules ---


Give STL Day is celebrating five years and is powered by the St. Louis Community Foundation. Give STL Day 2018 is a 24-hour, online day-of-giving event designed to ignite the spirit of giving across the region and support causes in the St. Louis area where we live, work and play.
ITNGateway is asking for your support as we expand our services to St. Louis County to help people, who are unable to drive, stay connected and engaged in the community.


EasyJet to have carbon neutral flights with £25m annual investment in environmental projects
EasyJet has announced plans to become the "first major airline to operate net-zero carbon flights" as it pushes forward with a sustainability programme which will see it offset the carbon emissions from the fuel of all of its flights.
It said it will invest £25m a year in forestry, renewables and community-based projects to offset its carbon impact.
The firm highlighted that it is "only an interim measure" while new technologies are being developed, including efforts to develop hybrid and electric planes.
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The airline has relaunched its package holiday business as it looks to increase customer numbers following the collapse of major competitor Thomas Cook.
It made the announcements as it reported diving profits despite record passenger numbers in the year to September, as it was impacted by "some weakness in consumer confidence".
The budget airline reported a 26% drop in pre-tax profits to £427 million for the 12 months to September 30.
Meanwhile, revenues jumped by 8.3% to £6.4 billion on the back of increased capacity.
However, total revenue per seat decreased by 1.8% to £60.81 through the period, as the company blamed weaker confidence due to "uncertainty" surrounding Brexit.
It said revenue per seat was better in the second half of the year, due to its initiatives as well as the positive impact of strikes at rivals British Airways and Ryanair.
Headline costs per seat increased by 1.5% to £56.74 as higher fuel costs and adverse foreign exchange rates put pressure on profitability.
EasyJet said it hopes to make progress in 2020 through the launch of EasyJet Holidays before Christmas, which it says will offer beach and city holidays through EasyJet's network.
It said it expects the new platform to break even in the 2020 financial year.
Chief executive Johan Lundgren said: "EasyJet finished the 2019 financial year with a strong performance across the business and a record summer.
"I am really thrilled that with the launch before Christmas of our brand new EasyJet Holidays business, we are bringing flexibility and excellent value to the holiday market.
"We believe there is a gap in the market for a modern, relevant and flexible business for today's consumer."


This will fetch COMPLETE surveys and flag duplicate to not show in the reports.
Updating the documents....


Staff Scientist & Technical Director FNNDSC
Assistant Professor in Radiology at Harvard Medical School
Principal ChRIS Architect
Staff Clinician & Founding Director FNNDSC
Professor in Radiology at Harvard Medical School
Primary Clinical Contact
Research Software Engineer - ChRIS Backend
Research Developer - ChRIS Frontend
Research Developer - ChRIS
Research Developer - ChRIS
Research Developer - ChRIS ancillary services
Research Developer - ChRIS
Mass Open Cloud (MOC) Project Lead
Sr. Software Engineer
Red Hat Distinguished Engineer
Software Engineer
UX Designer
Engineering Manager & Senior Principal Software Engineer