SFO Passengers Data (H1)
Dataset
Source: data.sfgov.org
Publishing Department: Airport (SFO)
Rows: 21.2K
Columns: 12
License: Public Domain Dedication and License v1.0 (PDDL)
Accessed: February 01, 2020
Brief Overview
Aiming for the highest grade (A) with submission of 3 Tableau prototypes & 2 D3.js visualizations
- A heatmap visualizing number of passengers in the inclusive time range 2010 - 2018 for airlines that had less than 1M passengers per year
- Encoded data using an acceptable encoding: heatmap
- Data grouped by individual Operating Airline Passenger Count per year
- Used Viridis color palette to encode the data, presented in the legend on the right
- Used titles and axis labels
- Included captions with my name and original data source
- A stacked bar chart visualizing the number of passengers in the inclusive time range 2010 - 2018 for airlines that had less than 1M passengers per year, while separating them by activity (Enplaned vs Deplaned, which is equivalent to Arriving vs Departing passengers)
- Encoded data using an acceptable encoding: stacked bars
- Data grouped by Passenger Count for Activity Type across airlines satisfying above conditions (less than 1M passengers in total per annum) per year
- Used two colors to differentiate Activity type, presented in the legend on the right
- Used titles and axis labels
- Included captions with my name and original data source
Visualization 1
Tableu Prototype
Intepretation
On the X-axis we represent the inclusive time range 2010 - 2018, while the Y-axis represents the airline.
Passenger count in the heatmap is given for each airline (Y-axis) in a particular year (X-axis). Passenger count is encoded by Viridis color palette, with the legend displayed on the right-hand side. Colors with blue-ish hues are at the bottom of the scale representing smaller values, while colors with yellow-ish hues are at the top of the scale representing larger values.
Data Wrangling
A row in the raw data represented passenger count for an airline in a given month of the year (this is a subset of each row info, as more columns were included in the original data). Data is slightly incomplete for the year 2019 and is missing 3 months. For this reason, 2019 related data was excluded.
After summarizing yearly passenger count for a particular airline, the following criteria were used to filter the results and exclude:
- Airlines with passenger count > 1M for any particular year - so one can say this visualizes smaller volume airlines
- Airlines that had gap data (missing any month or a year) in the original data
You can find the filtered data here.
Conclusions
We can conclude that there is generally a growth trend, although not significant. One interesting case is the “Frontier Airline” who experienced massive growth in passengers through SFO during the inclusive 2013-2016 time range, and then sharply fell in the following years.
SFO Passenger Trends in the inclusive 2010-2018 time range for airline w less than 1 M passengers total per year
Author: Dejan Djokic
Original Data Source: data.sfgov.org
Resources/Inspirations:
D3-Graph-Gallery
Affordability Heatmap
BlockBuilder Example
Visualization 2
Tableu Prototype
Intepretation
On the X-axis we represent the inclusive time range 2010 - 2018, while the Y-axis represents the number of passengers, in millions.
The stacked bars represent passenger activity (Enplaned vs Deplaned, which is equivalent to Arriving vs Departing passengers). We can reference the Y-axis to determine roughly the amount of passengers. But more so, we can compare the stacked bars from different years and see how the passenger count has changed for the two activities. Enplaned activity is represented with color hex #4d78a7
, while Deplaned activity is represented with color hex #f28e2c
.
Data Wrangling
From Visualization #1 data manipulation we filtered the airlines that we are interested in. For those same airlines, we summed all of their passengers’ counts for a particular passenger activity in a given year. Once again we excluded 2019 data due to incompleteness. Activity titled ‘Transit’ was also excluded, as it had only one data point.
You can find the filtered data here.
Conclusions
We can conclude that the number of passengers Arriving and Departing stays more or less equally split for any given year. That is, it seems that there is a golden ration between Arriving and Departing passengers. Once again we can conclude that there is a growth trend overall in the number of passengers year-to-year just like we did in the first visualization. In this visualization, however, that is more apparent.
A stacked bar chart visualizing the number of passengers in the inclusive time range 2010 - 2018 for airlines that had less than 1M passengers per year, while separating them by activity (Enplaned vs Deplaned)
Author: Dejan Djokic
Original Data Source: data.sfgov.org
Resources/Inspirations:
D3-Graph-Gallery Ex 1
D3-Graph-Gallery Ex 2
BlockBuilder Example
Visualization 3 - Prototype Only
Til next time,
djokic
2019-02-12 00:00:00 -0800


|
qLibc
|
Token Bucket implementation. More...
Go to the source code of this file.
Functions | |
| void | qtokenbucket_init (qtokenbucket_t *bucket, int init_tokens, int max_tokens, int tokens_per_sec) |
| Initialize the token bucket. | |
| bool | qtokenbucket_consume (qtokenbucket_t *bucket, int tokens) |
| Consume tokens from the bucket. | |
| long | qtokenbucket_waittime (qtokenbucket_t *bucket, int tokens) |
| Get the estimate time until given number of token is ready. | |
Token Bucket implementation.
Current implementation is not thread-safe.
More information about token-bucket: http://en.wikipedia.org/wiki/Token_bucket
Definition in file qtokenbucket.c.
| void qtokenbucket_init | ( | qtokenbucket_t * | bucket, |
| int | init_tokens, | ||
| int | max_tokens, | ||
| int | tokens_per_sec | ||
| ) |
Initialize the token bucket.
| init_tokens | the initial number of tokens. |
| max_tokens | maximum number of tokens in the bucket. |
| tokens_per_sec | number of tokens to fill per a second. |
Definition at line 76 of file qtokenbucket.c.
| bool qtokenbucket_consume | ( | qtokenbucket_t * | bucket, |
| int | tokens | ||
| ) |
Consume tokens from the bucket.
| bucket | tockenbucket object. |
| tokens | number of tokens to request. |
Definition at line 93 of file qtokenbucket.c.
| long qtokenbucket_waittime | ( | qtokenbucket_t * | bucket, |
| int | tokens | ||
| ) |
Get the estimate time until given number of token is ready.
| tokens | number of tokens |
Definition at line 109 of file qtokenbucket.c.


---
layout: post
title: Device Emulators all up in your browser
date: '2015-10-19T19:45:00.000-07:00'
author: Mark J. Lehman
tags:
- debugging
- n00b
- responsive design
modified_time: '2015-10-28T19:46:38.907-07:00'
blogger_id: tag:blogger.com,1999:blog-4459370175540830177.post-3195466211607832447
blogger_orig_url: http://spaghettirefactory.blogspot.com/2015/10/device-emulators-all-up-in-your-browser.html
---
File this one under the "n00b" tag.
For checking responsiveness on mobile, Chrome (and probably Firefox) has some sweet device emulators.
Go to Developer Tools, then click the little phone icon in the far left of the Developer Tools nav
and it will let you select whatever device to see how the current page looks.
Wow. Much responsive. Very browser.


Vim documentation: tagsrch
main help file*tagsrch.txt* For Vim version 7.2. Last change: 2006 Apr 24 VIM REFERENCE MANUAL by Bram Moolenaar Tags and special searches *tags-and-searches* See section |29.1| of the user manual for an introduction. 1. Jump to a tag |tag-commands| 2. Tag stack |tag-stack| 3. Tag match list |tag-matchlist| 4. Tags details |tag-details| 5. Tags file format |tags-file-format| 6. Include file searches |include-search|
1. Jump to a tag *tag-commands* *tag* *tags* A tag is an identifier that appears in a "tags" file. It is a sort of label that can be jumped to. For example: In C programs each function name can be used as a tag. The "tags" file has to be generated by a program like ctags, before the tag commands can be used. With the ":tag" command the cursor will be positioned on the tag. With the CTRL-] command, the keyword on which the cursor is standing is used as the tag. If the cursor is not on a keyword, the first keyword to the right of the cursor is used. The ":tag" command works very well for C programs. If you see a call to a function and wonder what that function does, position the cursor inside of the function name and hit CTRL-]. This will bring you to the function definition. An easy way back is with the CTRL-T command. Also read about the tag stack below. *:ta* *:tag* *E426* *E429* :[count]ta[g][!] {ident} Jump to the definition of {ident}, using the information in the tags file(s). Put {ident} in the tag stack. See |tag-!| for [!]. {ident} can be a regexp pattern, see |tag-regexp|. When there are several matching tags for {ident}, jump to the [count] one. When [count] is omitted the first one is jumped to. See |tag-matchlist| for jumping to other matching tags. g<LeftMouse> *g<LeftMouse>* <C-LeftMouse> *<C-LeftMouse>* *CTRL-]* CTRL-] Jump to the definition of the keyword under the cursor. Same as ":tag {ident}", where {ident} is the keyword under or after cursor. When there are several matching tags for {ident}, jump to the [count] one. When no [count] is given the first one is jumped to. See |tag-matchlist| for jumping to other matching tags. {Vi: identifier after the cursor} *v_CTRL-]* {Visual}CTRL-] Same as ":tag {ident}", where {ident} is the text that is highlighted. {not in Vi} *telnet-CTRL-]* CTRL-] is the default telnet escape key. When you type CTRL-] to jump to a tag, you will get the telnet prompt instead. Most versions of telnet allow changing or disabling the default escape key. See the telnet man page. You can 'telnet -E {Hostname}' to disable the escape character, or 'telnet -e {EscapeCharacter} {Hostname}' to specify another escape character. If possible, try to use "ssh" instead of "telnet" to avoid this problem. *tag-priority* When there are multiple matches for a tag, this priority is used: 1. "FSC" A full matching static tag for the current file. 2. "F C" A full matching global tag for the current file. 3. "F " A full matching global tag for another file. 4. "FS " A full matching static tag for another file. 5. " SC" An ignore-case matching static tag for the current file. 6. " C" An ignore-case matching global tag for the current file. 7. " " An ignore-case matching global tag for another file. 8. " S " An ignore-case matching static tag for another file. Note that when the current file changes, the priority list is mostly not changed, to avoid confusion when using ":tnext". It is changed when using ":tag {ident}". The ignore-case matches are not found for a ":tag" command when the 'ignorecase' option is off. They are found when a pattern is used (starting with a "/") and for ":tselect", also when 'ignorecase' is off. Note that using ignore-case tag searching disables binary searching in the tags file, which causes a slowdown. This can be avoided by fold-case sorting the tag file. See the 'tagbsearch' option for an explanation.
2. Tag stack *tag-stack* *tagstack* *E425* On the tag stack is remembered which tags you jumped to, and from where. Tags are only pushed onto the stack when the 'tagstack' option is set. g<RightMouse> *g<RightMouse>* <C-RightMouse> *<C-RightMouse>* *CTRL-T* CTRL-T Jump to [count] older entry in the tag stack (default 1). {not in Vi} *:po* *:pop* *E555* *E556* :[count]po[p][!] Jump to [count] older entry in tag stack (default 1). See |tag-!| for [!]. {not in Vi} :[count]ta[g][!] Jump to [count] newer entry in tag stack (default 1). See |tag-!| for [!]. {not in Vi} *:tags* :tags Show the contents of the tag stack. The active entry is marked with a '>'. {not in Vi} The output of ":tags" looks like this: # TO tag FROM line in file/line 1 1 main 1 harddisk2:text/vim/test > 2 2 FuncA 58 i = FuncA(10); 3 1 FuncC 357 harddisk2:text/vim/src/amiga.c This list shows the tags that you jumped to and the cursor position before that jump. The older tags are at the top, the newer at the bottom. The '>' points to the active entry. This is the tag that will be used by the next ":tag" command. The CTRL-T and ":pop" command will use the position above the active entry. Below the "TO" is the number of the current match in the match list. Note that this doesn't change when using ":pop" or ":tag". The line number and file name are remembered to be able to get back to where you were before the tag command. The line number will be correct, also when deleting/inserting lines, unless this was done by another program (e.g. another instance of Vim). For the current file, the "file/line" column shows the text at the position. An indent is removed and a long line is truncated to fit in the window. You can jump to previously used tags with several commands. Some examples: ":pop" or CTRL-T to position before previous tag {count}CTRL-T to position before {count} older tag ":tag" to newer tag ":0tag" to last used tag The most obvious way to use this is while browsing through the call graph of a program. Consider the following call graph: main ---> FuncA ---> FuncC ---> FuncB (Explanation: main calls FuncA and FuncB; FuncA calls FuncC). You can get from main to FuncA by using CTRL-] on the call to FuncA. Then you can CTRL-] to get to FuncC. If you now want to go back to main you can use CTRL-T twice. Then you can CTRL-] to FuncB. If you issue a ":ta {ident}" or CTRL-] command, this tag is inserted at the current position in the stack. If the stack was full (it can hold up to 20 entries), the oldest entry is deleted and the older entries shift one position up (their index number is decremented by one). If the last used entry was not at the bottom, the entries below the last used one are deleted. This means that an old branch in the call graph is lost. After the commands explained above the tag stack will look like this: # TO tag FROM line in file 1 main 1 harddisk2:text/vim/test 2 FuncB 59 harddisk2:text/vim/src/main.c *E73* When you try to use the tag stack while it doesn't contain anything you will get an error message.
3. Tag match list *tag-matchlist* *E427* *E428* When there are several matching tags, these commands can be used to jump between them. Note that these command don't change the tag stack, they keep the same entry. *:ts* *:tselect* :ts[elect][!] [ident] List the tags that match [ident], using the information in the tags file(s). When [ident] is not given, the last tag name from the tag stack is used. With a '>' in the first column is indicated which is the current position in the list (if there is one). [ident] can be a regexp pattern, see |tag-regexp|. See |tag-priority| for the priorities used in the listing. {not in Vi} Example output: nr pri kind tag file 1 F f mch_delay os_amiga.c mch_delay(msec, ignoreinput) > 2 F f mch_delay os_msdos.c mch_delay(msec, ignoreinput) 3 F f mch_delay os_unix.c mch_delay(msec, ignoreinput) Enter nr of choice (<CR> to abort): See |tag-priority| for the "pri" column. Note that this depends on the current file, thus using ":tselect xxx" can produce different results. The "kind" column gives the kind of tag, if this was included in the tags file. The "info" column shows information that could be found in the tags file. It depends on the program that produced the tags file. When the list is long, you may get the |more-prompt|. If you already see the tag you want to use, you can type 'q' and enter the number. *:sts* *:stselect* :sts[elect][!] [ident] Does ":tselect[!] [ident]" and splits the window for the selected tag. {not in Vi} *g]* g] Like CTRL-], but use ":tselect" instead of ":tag". {not in Vi} *v_g]* {Visual}g] Same as "g]", but use the highlighted text as the identifier. {not in Vi} *:tj* *:tjump* :tj[ump][!] [ident] Like ":tselect", but jump to the tag directly when there is only one match. {not in Vi} *:stj* *:stjump* :stj[ump][!] [ident] Does ":tjump[!] [ident]" and splits the window for the selected tag. {not in Vi} *g_CTRL-]* g CTRL-] Like CTRL-], but use ":tjump" instead of ":tag". {not in Vi} *v_g_CTRL-]* {Visual}g CTRL-] Same as "g CTRL-]", but use the highlighted text as the identifier. {not in Vi} *:tn* *:tnext* :[count]tn[ext][!] Jump to [count] next matching tag (default 1). See |tag-!| for [!]. {not in Vi} *:tp* *:tprevious* :[count]tp[revious][!] Jump to [count] previous matching tag (default 1). See |tag-!| for [!]. {not in Vi} *:tN* *:tNext* :[count]tN[ext][!] Same as ":tprevious". {not in Vi} *:tr* *:trewind* :[count]tr[ewind][!] Jump to first matching tag. If [count] is given, jump to [count]th matching tag. See |tag-!| for [!]. {not in Vi} *:tf* *:tfirst* :[count]tf[irst][!] Same as ":trewind". {not in Vi} *:tl* *:tlast* :tl[ast][!] Jump to last matching tag. See |tag-!| for [!]. {not in Vi} *:lt* *:ltag* :lt[ag][!] [ident] Jump to tag [ident] and add the matching tags to a new location list for the current window. [ident] can be a regexp pattern, see |tag-regexp|. When [ident] is not given, the last tag name from the tag stack is used. The search pattern to locate the tag line is prefixed with "\V" to escape all the special characters (very nomagic). The location list showing the matching tags is independent of the tag stack. See |tag-!| for [!]. {not in Vi} When there is no other message, Vim shows which matching tag has been jumped to, and the number of matching tags: tag 1 of 3 or more The " or more" is used to indicate that Vim didn't try all the tags files yet. When using ":tnext" a few times, or with ":tlast", more matches may be found. When you didn't see this message because of some other message, or you just want to know where you are, this command will show it again (and jump to the same tag as last time): :0tn *tag-skip-file* When a matching tag is found for which the file doesn't exist, this match is skipped and the next matching tag is used. Vim reports this, to notify you of missing files. When the end of the list of matches has been reached, an error message is given. *tag-preview* The tag match list can also be used in the preview window. The commands are the same as above, with a "p" prepended. {not available when compiled without the |+quickfix| feature} *:pts* *:ptselect* :pts[elect][!] [ident] Does ":tselect[!] [ident]" and shows the new tag in a "Preview" window. See |:ptag| for more info. {not in Vi} *:ptj* *:ptjump* :ptj[ump][!] [ident] Does ":tjump[!] [ident]" and shows the new tag in a "Preview" window. See |:ptag| for more info. {not in Vi} *:ptn* *:ptnext* :[count]ptn[ext][!] ":tnext" in the preview window. See |:ptag|. {not in Vi} *:ptp* *:ptprevious* :[count]ptp[revious][!] ":tprevious" in the preview window. See |:ptag|. {not in Vi} *:ptN* *:ptNext* :[count]ptN[ext][!] Same as ":ptprevious". {not in Vi} *:ptr* *:ptrewind* :[count]ptr[ewind][!] ":trewind" in the preview window. See |:ptag|. {not in Vi} *:ptf* *:ptfirst* :[count]ptf[irst][!] Same as ":ptrewind". {not in Vi} *:ptl* *:ptlast* :ptl[ast][!] ":tlast" in the preview window. See |:ptag|. {not in Vi}
4. Tags details *tag-details* *static-tag* A static tag is a tag that is defined for a specific file. In a C program this could be a static function. In Vi jumping to a tag sets the current search pattern. This means that the "n" command after jumping to a tag does not search for the same pattern that it did before jumping to the tag. Vim does not do this as we consider it to be a bug. You can still find the tag search pattern in the search history. If you really want the old Vi behavior, set the 't' flag in 'cpoptions'. *tag-binary-search* Vim uses binary searching in the tags file to find the desired tag quickly (when enabled at compile time |+tag_binary|). But this only works if the tags file was sorted on ASCII byte value. Therefore, if no match was found, another try is done with a linear search. If you only want the linear search, reset the 'tagbsearch' option. Or better: Sort the tags file! Note that the binary searching is disabled when not looking for a tag with a specific name. This happens when ignoring case and when a regular expression is used that doesn't start with a fixed string. Tag searching can be a lot slower then. The former can be avoided by case-fold sorting the tags file. See 'tagbsearch' for details. *tag-regexp* The ":tag" and "tselect" commands accept a regular expression argument. See |pattern| for the special characters that can be used. When the argument starts with '/', it is used as a pattern. If the argument does not start with '/', it is taken literally, as a full tag name. Examples: :tag main jumps to the tag "main" that has the highest priority. :tag /^get jumps to the tag that starts with "get" and has the highest priority. :tag /norm lists all the tags that contain "norm", including "id_norm". When the argument both exists literally, and match when used as a regexp, a literal match has a higher priority. For example, ":tag /open" matches "open" before "open_file" and "file_open". When using a pattern case is ignored. If you want to match case use "\C" in the pattern. *tag-!* If the tag is in the current file this will always work. Otherwise the performed actions depend on whether the current file was changed, whether a ! is added to the command and on the 'autowrite' option: tag in file autowrite current file changed ! option action ----------------------------------------------------------------------------- yes x x x goto tag no no x x read other file, goto tag no yes yes x abandon current file, read other file, goto tag no yes no on write current file, read other file, goto tag no yes no off fail ----------------------------------------------------------------------------- - If the tag is in the current file, the command will always work. - If the tag is in another file and the current file was not changed, the other file will be made the current file and read into the buffer. - If the tag is in another file, the current file was changed and a ! is added to the command, the changes to the current file are lost, the other file will be made the current file and read into the buffer. - If the tag is in another file, the current file was changed and the 'autowrite' option is on, the current file will be written, the other file will be made the current file and read into the buffer. - If the tag is in another file, the current file was changed and the 'autowrite' option is off, the command will fail. If you want to save the changes, use the ":w" command and then use ":tag" without an argument. This works because the tag is put on the stack anyway. If you want to lose the changes you can use the ":tag!" command. *tag-security* Note that Vim forbids some commands, for security reasons. This works like using the 'secure' option for exrc/vimrc files in the current directory. See |trojan-horse| and |sandbox|. When the {tagaddress} changes a buffer, you will get a warning message: "WARNING: tag command changed a buffer!!!" In a future version changing the buffer will be impossible. All this for security reasons: Somebody might hide a nasty command in the tags file, which would otherwise go unnoticed. Example: :$d|/tag-function-name/ {this security prevention is not present in Vi} In Vi the ":tag" command sets the last search pattern when the tag is searched for. In Vim this is not done, the previous search pattern is still remembered, unless the 't' flag is present in 'cpoptions'. The search pattern is always put in the search history, so you can modify it if searching fails. *emacs-tags* *emacs_tags* *E430* Emacs style tag files are only supported if Vim was compiled with the |+emacs_tags| feature enabled. Sorry, there is no explanation about Emacs tag files here, it is only supported for backwards compatibility :-). *tags-option* The 'tags' option is a list of file names. Each of these files is searched for the tag. This can be used to use a different tags file than the default file "tags". It can also be used to access a common tags file. The next file in the list is not used when: - A matching static tag for the current buffer has been found. - A matching global tag has been found. This also depends on the 'ignorecase' option. If it is off, and the tags file only has a match without matching case, the next tags file is searched for a match with matching case. If no tag with matching case is found, the first match without matching case is used. If 'ignorecase' is on, and a matching global tag with or without matching case is found, this one is used, no further tags files are searched. When a tag file name starts with "./", the '.' is replaced with the path of the current file. This makes it possible to use a tags file in the directory where the current file is (no matter what the current directory is). The idea of using "./" is that you can define which tag file is searched first: In the current directory ("tags,./tags") or in the directory of the current file ("./tags,tags"). For example: :set tags=./tags,tags,/home/user/commontags In this example the tag will first be searched for in the file "tags" in the directory where the current file is. Next the "tags" file in the current directory. If it is not found there, then the file "/home/user/commontags" will be searched for the tag. This can be switched off by including the 'd' flag in 'cpoptions', to make it Vi compatible. "./tags" will then be the tags file in the current directory, instead of the tags file in the directory where the current file is. Instead of the comma a space may be used. Then a backslash is required for the space to be included in the string option: :set tags=tags\ /home/user/commontags To include a space in a file name use three backslashes. To include a comma in a file name use two backslashes. For example, use: :set tags=tag\\\ file,/home/user/common\\,tags for the files "tag file" and "/home/user/common,tags". The 'tags' option will have the value "tag\ file,/home/user/common\,tags". If the 'tagrelative' option is on (which is the default) and using a tag file in another directory, file names in that tag file are relative to the directory where the tag file is.
5. Tags file format *tags-file-format* *E431* *ctags* *jtags* A tags file can be created with an external command, for example "ctags". It will contain a tag for each function. Some versions of "ctags" will also make a tag for each "#defined" macro, typedefs, enums, etc. Some programs that generate tags files: ctags As found on most Unix systems. Only supports C. Only does the basic work. *Exuberant_ctags* exuberant ctags This a very good one. It works for C, C++, Java, Fortran, Eiffel and others. It can generate tags for many items. See http://ctags.sourceforge.net. etags Connected to Emacs. Supports many languages. JTags For Java, in Java. It can be found at http://www.fleiner.com/jtags/. ptags.py For Python, in Python. Found in your Python source directory at Tools/scripts/ptags.py. ptags For Perl, in Perl. It can be found at http://www.eleves.ens.fr:8080/home/nthiery/Tags/. gnatxref For Ada. See http://www.gnuada.org/. gnatxref is part of the gnat package. The lines in the tags file must have one of these three formats: 1. {tagname} {TAB} {tagfile} {TAB} {tagaddress} 2. {tagfile}:{tagname} {TAB} {tagfile} {TAB} {tagaddress} 3. {tagname} {TAB} {tagfile} {TAB} {tagaddress} {term} {field} .. The first is a normal tag, which is completely compatible with Vi. It is the only format produced by traditional ctags implementations. This is often used for functions that are global, also referenced in other files. The lines in the tags file can end in <LF> or <CR><LF>. On the Macintosh <CR> also works. The <CR> and <NL> characters can never appear inside a line. *tag-old-static* The second format is for a static tag only. It is obsolete now, replaced by the third format. It is only supported by Elvis 1.x and Vim and a few versions of ctags. A static tag is often used for functions that are local, only referenced in the file {tagfile}. Note that for the static tag, the two occurrences of {tagfile} must be exactly the same. Also see |tags-option| below, for how static tags are used. The third format is new. It includes additional information in optional fields at the end of each line. It is backwards compatible with Vi. It is only supported by new versions of ctags (such as Exuberant ctags). {tagname} The identifier. Normally the name of a function, but it can be any identifier. It cannot contain a <Tab>. {TAB} One <Tab> character. Note: previous versions allowed any white space here. This has been abandoned to allow spaces in {tagfile}. It can be re-enabled by including the |+tag_any_white| feature at compile time. *tag-any-white* {tagfile} The file that contains the definition of {tagname}. It can have an absolute or relative path. It may contain environment variables and wildcards (although the use of wildcards is doubtful). It cannot contain a <Tab>. {tagaddress} The Ex command that positions the cursor on the tag. It can be any Ex command, although restrictions apply (see |tag-security|). Posix only allows line numbers and search commands, which are mostly used. {term} ;" The two characters semicolon and double quote. This is interpreted by Vi as the start of a comment, which makes the following be ignored. This is for backwards compatibility with Vi, it ignores the following fields. {field} .. A list of optional fields. Each field has the form: <Tab>{fieldname}:{value} The {fieldname} identifies the field, and can only contain alphabetical characters [a-zA-Z]. The {value} is any string, but cannot contain a <Tab>. These characters are special: "\t" stands for a <Tab> "\r" stands for a <CR> "\n" stands for a <NL> "\\" stands for a single '\' character There is one field that doesn't have a ':'. This is the kind of the tag. It is handled like it was preceded with "kind:". See the documentation of ctags for the kinds it produces. The only other field currently recognized by Vim is "file:" (with an empty value). It is used for a static tag. The first lines in the tags file can contain lines that start with !_TAG_ These are sorted to the first lines, only rare tags that start with "!" can sort to before them. Vim recognizes two items. The first one is the line that indicates if the file was sorted. When this line is found, Vim uses binary searching for the tags file: !_TAG_FILE_SORTED<Tab>1<Tab>{anything} A tag file may be case-fold sorted to avoid a linear search when 'ignorecase' is on. See 'tagbsearch' for details. The value '2' should be used then: !_TAG_FILE_SORTED<Tab>2<Tab>{anything} The other tag that Vim recognizes, but only when compiled with the |+multi_byte| feature, is the encoding of the tags file: !_TAG_FILE_ENCODING<Tab>utf-8<Tab>{anything} Here "utf-8" is the encoding used for the tags. Vim will then convert the tag being searched for from 'encoding' to the encoding of the tags file. And when listing tags the reverse happens. When the conversion fails the unconverted tag is used. *tag-search* The command can be any Ex command, but often it is a search command. Examples: tag1 file1 /^main(argc, argv)/ tag2 file2 108 The command is always executed with 'magic' not set. The only special characters in a search pattern are "^" (begin-of-line) and "$" (<EOL>). See |pattern|. Note that you must put a backslash before each backslash in the search text. This is for backwards compatibility with Vi. *E434* *E435* If the command is a normal search command (it starts and ends with "/" or "?"), some special handling is done: - Searching starts on line 1 of the file. The direction of the search is forward for "/", backward for "?". Note that 'wrapscan' does not matter, the whole file is always searched. (Vi does use 'wrapscan', which caused tags sometimes not be found.) {Vi starts searching in line 2 of another file. It does not find a tag in line 1 of another file when 'wrapscan' is not set} - If the search fails, another try is done ignoring case. If that fails too, a search is done for: "^tagname[ \t]*(" (the tag with '^' prepended and "[ \t]*(" appended). When using function names, this will find the function name when it is in column 0. This will help when the arguments to the function have changed since the tags file was made. If this search also fails another search is done with: "^[#a-zA-Z_].*\<tagname[ \t]*(" This means: A line starting with '#' or an identifier and containing the tag followed by white space and a '('. This will find macro names and function names with a type prepended. {the extra searches are not in Vi}
6. Include file searches *include-search* *definition-search* *E387* *E388* *E389* These commands look for a string in the current file and in all encountered included files (recursively). This can be used to find the definition of a variable, function or macro. If you only want to search in the current buffer, use the commands listed at |pattern-searches|. These commands are not available when the |+find_in_path| feature was disabled at compile time. When a line is encountered that includes another file, that file is searched before continuing in the current buffer. Files included by included files are also searched. When an include file could not be found it is silently ignored. Use the |:checkpath| command to discover which files could not be found, possibly your 'path' option is not set up correctly. Note: the included file is searched, not a buffer that may be editing that file. Only for the current file the lines in the buffer are used. The string can be any keyword or a defined macro. For the keyword any match will be found. For defined macros only lines that match with the 'define' option will be found. The default is "^#\s*define", which is for C programs. For other languages you probably want to change this. See 'define' for an example for C++. The string cannot contain an end-of-line, only matches within a line are found. When a match is found for a defined macro, the displaying of lines continues with the next line when a line ends in a backslash. The commands that start with "[" start searching from the start of the current file. The commands that start with "]" start at the current cursor position. The 'include' option is used to define a line that includes another file. The default is "\^#\s*include", which is for C programs. Note: Vim does not recognize C syntax, if the 'include' option matches a line inside "#ifdef/#endif" or inside a comment, it is searched anyway. The 'isfname' option is used to recognize the file name that comes after the matched pattern. The 'path' option is used to find the directory for the include files that do not have an absolute path. The 'comments' option is used for the commands that display a single line or jump to a line. It defines patterns that may start a comment. Those lines are ignored for the search, unless [!] is used. One exception: When the line matches the pattern "^# *define" it is not considered to be a comment. If you want to list matches, and then select one to jump to, you could use a mapping to do that for you. Here is an example: :map <F4> [I:let nr = input("Which one: ")<Bar>exe "normal " . nr ."[\t"<CR> *[i* [i Display the first line that contains the keyword under the cursor. The search starts at the beginning of the file. Lines that look like a comment are ignored (see 'comments' option). If a count is given, the count'th matching line is displayed, and comment lines are not ignored. {not in Vi} *]i* ]i like "[i", but start at the current cursor position. {not in Vi} *:is* *:isearch* :[range]is[earch][!] [count] [/]pattern[/] Like "[i" and "]i", but search in [range] lines (default: whole file). See |:search-args| for [/] and [!]. {not in Vi} *[I* [I Display all lines that contain the keyword under the cursor. Filenames and line numbers are displayed for the found lines. The search starts at the beginning of the file. {not in Vi} *]I* ]I like "[I", but start at the current cursor position. {not in Vi} *:il* *:ilist* :[range]il[ist][!] [/]pattern[/] Like "[I" and "]I", but search in [range] lines (default: whole file). See |:search-args| for [/] and [!]. {not in Vi} *[_CTRL-I* [ CTRL-I Jump to the first line that contains the keyword under the cursor. The search starts at the beginning of the file. Lines that look like a comment are ignored (see 'comments' option). If a count is given, the count'th matching line is jumped to, and comment lines are not ignored. {not in Vi} *]_CTRL-I* ] CTRL-I like "[ CTRL-I", but start at the current cursor position. {not in Vi} *:ij* *:ijump* :[range]ij[ump][!] [count] [/]pattern[/] Like "[ CTRL-I" and "] CTRL-I", but search in [range] lines (default: whole file). See |:search-args| for [/] and [!]. {not in Vi} CTRL-W CTRL-I *CTRL-W_CTRL-I* *CTRL-W_i* CTRL-W i Open a new window, with the cursor on the first line that contains the keyword under the cursor. The search starts at the beginning of the file. Lines that look like a comment line are ignored (see 'comments' option). If a count is given, the count'th matching line is jumped to, and comment lines are not ignored. {not in Vi} *:isp* *:isplit* :[range]isp[lit][!] [count] [/]pattern[/] Like "CTRL-W i" and "CTRL-W i", but search in [range] lines (default: whole file). See |:search-args| for [/] and [!]. {not in Vi} *[d* [d Display the first macro definition that contains the macro under the cursor. The search starts from the beginning of the file. If a count is given, the count'th matching line is displayed. {not in Vi} *]d* ]d like "[d", but start at the current cursor position. {not in Vi} *:ds* *:dsearch* :[range]ds[earch][!] [count] [/]string[/] Like "[d" and "]d", but search in [range] lines (default: whole file). See |:search-args| for [/] and [!]. {not in Vi} *[D* [D Display all macro definitions that contain the macro under the cursor. Filenames and line numbers are displayed for the found lines. The search starts from the beginning of the file. {not in Vi} *]D* ]D like "[D", but start at the current cursor position. {not in Vi} *:dli* *:dlist* :[range]dl[ist][!] [/]string[/] Like "[D" and "]D", but search in [range] lines (default: whole file). See |:search-args| for [/] and [!]. {not in Vi} Note that ":dl" works like ":delete" with the "l" flag. *[_CTRL-D* [ CTRL-D Jump to the first macro definition that contains the keyword under the cursor. The search starts from the beginning of the file. If a count is given, the count'th matching line is jumped to. {not in Vi} *]_CTRL-D* ] CTRL-D like "[ CTRL-D", but start at the current cursor position. {not in Vi} *:dj* *:djump* :[range]dj[ump][!] [count] [/]string[/] Like "[ CTRL-D" and "] CTRL-D", but search in [range] lines (default: whole file). See |:search-args| for [/] and [!]. {not in Vi} CTRL-W CTRL-D *CTRL-W_CTRL-D* *CTRL-W_d* CTRL-W d Open a new window, with the cursor on the first macro definition line that contains the keyword under the cursor. The search starts from the beginning of the file. If a count is given, the count'th matching line is jumped to. {not in Vi} *:dsp* *:dsplit* :[range]dsp[lit][!] [count] [/]string[/] Like "CTRL-W d", but search in [range] lines (default: whole file). See |:search-args| for [/] and [!]. {not in Vi} *:che* *:checkpath* :che[ckpath] List all the included files that could not be found. {not in Vi} :che[ckpath]! List all the included files. {not in Vi} *:search-args* Common arguments for the commands above: [!] When included, find matches in lines that are recognized as comments. When excluded, a match is ignored when the line is recognized as a comment (according to 'comments'), or the match is in a C comment (after "//" or inside /* */). Note that a match may be missed if a line is recognized as a comment, but the comment ends halfway the line. And if the line is a comment, but it is not recognized (according to 'comments') a match may be found in it anyway. Example: /* comment foobar */ A match for "foobar" is found, because this line is not recognized as a comment (even though syntax highlighting does recognize it). Note: Since a macro definition mostly doesn't look like a comment, the [!] makes no difference for ":dlist", ":dsearch" and ":djump". [/] A pattern can be surrounded by '/'. Without '/' only whole words are matched, using the pattern "\<pattern\>". Only after the second '/' a next command can be appended with '|'. Example: :isearch /string/ | echo "the last one" For a ":djump", ":dsplit", ":dlist" and ":dsearch" command the pattern is used as a literal string, not as a search pattern. top - main help file


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Use the arrows keys to move the paddle along the bottom of the screen
left and right.
Hit the ball with the paddle to break up the blocks at the top of the screen.
If the ball passes your paddle you lose!
Win the game by breaking up all the blocks with the ball!
Enter: start the game.
Spacebar: pause & unpause.
R: resets the game.
Arrow key left: move the paddle to the left.
Arrow key right: move the paddle to the right.
There are 3 buttons that you can click on it:
Start: start the game.
Pause: pause & unpause.
Reset: resets the game.
CSD 122 Javascript & JQuery final project
Tamires Boniolo 2019


- Pre-Calculus:
In this class, we learn more math and how to apply math skills that we have into real life situations like interest rates. Other times, we figure out the special relationships between radians and degrees.
- Physics:
a class where we use logic and equations to figure out how much time does it take for a rock to fall from a 3m tall cliff when we throw it in a certain net velocity. We won’t use in daily life situations, but hey! it’s pretty interesting to see where the math comes from.
- Biblical Thinkers:
we are analysing the studies of Jonathan Edward, an American Theologian. It really keeps your brain stirred with questions and new ideas around faith.
- Web Design:
I am able to make this website because of this class. THANK YOU MR. BURCHAM!
- 21st Century Leadership:
As the new generation of the World, we learn to be responsible leaders and how to be a good one. Each student will have to come up with a service project that will be conducted towards the end of the year.
- British Literature:
We dive into the world of literature from the heart of the British Nation. We analyzed Shakespeare's sonnets and plays, Beowulf, and Cantebury tales.
- Mandarin 2:
In this semester, we learn how to communicate with friends, asking directions, and learning a bunch of new words in Chinese
- Asian Studies:
A class where we learn many things about Asian History, from the Opium Wars to the spread of communism in Asia. A very interesting class that I particularly love.
- Chapel Team:
I love playing music, and this class jsut gives me a great oppurtunity to serve and use my talents to glorify God.I think I have become a better musician because of this class.


R/agent-to-aggregate.R
check_ordered.Rd
This function assesses whether agents's time they enter each state is
correctly ordered. The assumption is that these would be ordered in increasing
values, with the allowance of NA
values not effecting this decision.
check_ordered(df, states, assert_error = TRUE)
| df | data frame with individual agent information (n x p) |
|---|---|
| states | time entered state, in expected order |
| assert_error | boolean if we should raise error if ordering assumption is violated. |
This function returns either
TRUE, if the states are ordered,
an error is observed (when assert_error = TRUE), or
a list of 2 data frames. The first, ordering_df
, an (n x 3)
data.frame, contains information per agent on if they violated the
assumption ("error" column), and the ordering of their states ("ordering"
column). The second, summary_df
(k x 3) data frame contains
information on the number of unique ordering ("ordering"), if they caused
the assumption to be violated ("error") and the number of agents that had
the ordering ("count"). Note that if an individual has NA
for every
states' time, then they have a NA
in their "error" column (this
is not the cause of the erroring).
If this important assumption is violated this function either raises an error
or provides the user with information on what when wrong - to allow the user
to how to corect the error (see assert_error
to change between these
states).
df_not_ordered <- data.frame(group1 = 1:5, group2 = c(2:5,1)) output <- check_ordered(df_not_ordered, c("group1", "group2"), assert_error = FALSE) output#> $ordering_df #> id error ordering #> 1 1 FALSE group1 <= group2 #> 2 2 FALSE group1 <= group2 #> 3 3 FALSE group1 <= group2 #> 4 4 FALSE group1 <= group2 #> 5 5 TRUE group2 <= group1 #> #> $summary_df #> # A tibble: 2 x 3 #> # Groups: ordering [2] #> ordering error count #> <chr> <lgl> <int> #> 1 group1 <= group2 FALSE 4 #> 2 group2 <= group1 TRUE 1 #>


This is doing 2 things:
Mempool fix in main.cpp.
It now only checks all transactions and puts them into the mempool once using the fCheckPow flag, which is only called once on each block.
The accepttomempool function has been changed, using the fFixExpiry flag, to skip all checks for transaction inputs, so that the transactions can be added out of order getting rid of the need for the while loop, the loop is still there in case one of the other checks fail for some reason.
The...


if
statements that throw only java.lang.Throwable
from a then
branch
and do not have an else
branch. Such statements can be converted to more compact assert
statements.
The inspection also reports Guava's Preconditions.checkNotNull()
.
They can be replaced with a Objects.requireNonNull()
call for which a library may not be needed.
Example:
if (x == 2) throw new RuntimeException("fail");
if (y == null) throw new AssertionError();
Preconditions.checkNotNull(z, "z");
After the quick-fix is applied:
assert x != 2 : "fail";
Objects.requireNonNull(y);
Objects.requireNonNull(z, "z");
By default, this inspection provides a quick-fix in the editor without code highlighting.


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The following examples show how to replace common 3rd-party pip packages with “pure” Python using only the standard library. This does not mean the packages are bad, on the contrary, they are all high quality and you should use them. However there are a few situations where you might want to replace a 3rd-party package with your own code:
Missing an example? Contribute on GitHub!
Jinja2 is an amazing template renderer. It is capable of generating huge complicated web pages, system configuration files, or just about anything else you throw at it. It is also endlessly customizable via plugins and extensions.
However, if you just need to render a simple template, such as an email or a config file, you could easily do that using Python's built-in string formatting functionality.
In either case, you would probably want to read the templates from a file,
and write the outputs to another file using Python's open()
command.
from jinja2 import Template
# Values.
name = "Monty"
num = 4
# Jinja template language syntax.
simple_tmpl = """
Hello {{name}},
Your magic number is {{num}}.
"""
# Render template with Jinja using values.
template = Template(simple_tmpl)
output = template.render(name=name, num=num)
print(output)
# Values.
name = "Monty"
num = 4
# Python string format syntax.
simple_tmpl = """
Hello {name},
Your magic number is {num}.
"""
# Render template with Python string formatter.
output = simple_tmpl.format(name=name, num=num)
print(output)
Building on the simpler Jinja example above, we will now add for
loops to our
templates. If you need this kind of functionality, you should probably be using
Jinja, but below is an example of how one might write a simple for
loop parser
using Python's built-in string formatting functionality.
from jinja2 import Template
# Values.
name = "Monty"
order = [
{"qty": 1, "name": "Widget"},
{"qty": 3, "name": "Carpets"}
]
# Jinja template language stynax.
fancy_tmpl = """
Hello {{name}},
You ordered:
{%- for item in order %}
* {{item.qty}} x {{item.name}}
{%- endfor %}
Thank you.
"""
# Render template with Jinja using values.
template = Template(fancy_tmpl)
output = template.render(
{"name": name, "order": order}
)
print(output)
# Values.
name = "Monty"
order = [
{"qty": 1, "name": "Widget"},
{"qty": 3, "name": "Carpets"}
]
# Our home-grown template language, based on
# Python's string format syntax.
fancy_templ = """
Hello {name},
You ordered:
{{ for item in order }}
* {item[qty]} x {item[name]}
{{ endfor }}
Thank you.
"""
def format_template(template: str, values: dict) -> str:
"""
Function to process `for` loops in our own simple
template language. Use for loops as so:
{{ for item in list }}
...
{{ endfor }}
"""
loop = ""
loop_elem = ""
loop_iter = ""
in_loop = False
output = ""
for line in template.splitlines(keepends=True):
# Check if starting a loop.
if line.strip().startswith(r"{{ for"):
in_loop = True
# Strip spaces and braces, and parse the `for` statement.
parsed = line.strip("}{ \t\r\n").lstrip("for").split("in")
loop_elem = parsed[0].strip()
loop_iter = parsed[1].strip()
continue
# Check if done with a loop.
if line.strip().startswith(r"{{ endfor }}"):
# Render the contents of the loop now.
for x in values[loop_iter]:
output += loop.format(**{loop_elem: x})
# Reset and then exit the loop.
in_loop = False
loop = ""
continue
# Format the current line or load it into a loop.
if in_loop:
loop += line
else:
output += line.format(**values)
return output
# Render template with our custom function.
output = format_template(
fancy_templ,
{"name": name, "order": order}
)
print(output)


| SILVER SCREEN JANUARY FEATURE ARTICLE | ||||
by Rob Waring
|
A Civil ActionAnother Government Bailout?
By Rob Waring - February 1999 [Editor's note: The following commentary reveals some plot details. Readers who have not seen the film may want to bookmark this site and return to read this commentary after they have seen the film.] A Civil Action, based largely on a non-fiction book by a plaintiff's attorney, has been described as the most accurate portrayal of civil litigation ever to appear on the silver screen. In the film, a small, but high flying plaintiff's personal injury firm takes on a mass toxic tort case. At the helm is a charismatic and overconfident attorney, played by John Travolta. His nemesis, an eccentric, hard-nosed defense attorney, is chillingly played by Robert Duvall.
The film is much ado about economics: the economics of funding expensive pre-trial investigation and discovery by an undercapitalized small firm working on a contingency fee basis. (The firm can only recover expenses as a result of a settlement with the other side.) There is also the economics of disposing of the environmental waste which is the basis for the suit. (It's cheaper just to dump it in a hole in the ground.) Along the way, viewers are treated to the tension of the high stakes poker and puffery that inevitably accompanies big ticket law suits, with deceit, unethical behavior and bad judgment aplenty on both sides.
The film is compelling in part because it tells the story of a group of people trying to do the right thing, correct the harm done by a polluter, gain an apology for the victims and inflict a monetary punishment that will deter future wrongdoing. In spite of the plaintiffs attorney's greed and horrific tactical miscalculations, I suspect the film will improve the public image of the plaintiff's bar. In the end, the protagonist is ground down by a system that seems stacked against him and his clients. The plaintiff's attorney is portrayed as an underdog gambler, whose obscene profits in one case are justified by knockdown punches and financial losses he will take in many other suits. It's a dirty business, but how else is justice to be achieved?
|
|||
| "In spite of the plaintiffs attorney's greed and horrific tactical miscalculations, I suspect the film will improve the public image of the plaintiff's bar." | ||||
| For me, the most noteworthy aspects of the film occurred at the very end. The first was a toss off, mentioned in a single sentence as the terms of the settlement are read in court. The settlement terms called for secrecy. The brevity of this reference was unfortunate, because I doubt many in the film's audience understand just how tragic this term was, and also how commonplace it is in our legal system. Defendants in civil suits routinely buy the silence of those they injure by conditioning settlement on the plaintiff's inability to discuss the case with anyone else. This means that if a corporation or an entire industry has done something to injure many people, information gained in a suit by one victim cannot be shared with others. Also, the public never learns about the wrongdoing and thus the wrongdoers face no public scorn for their actions. (Very few meritorious civil suits gone awry are rescued by the federal government, as this one was.) Such purchased silence, which most plaintiffs and their attorneys reluctantly sell out of either need or greed, can have the effect of forcing each new plaintiff to reinvent to wheel, and each new plaintiff's lawyer to have to finance that reinvention. Thus, I fear audiences for A Civil Action may come away from the film thinking they understand the workings of the litigation system, when in fact they are still missing some very important pieces of the puzzle.
A this point, I digress to a personal story. The year was 1981, and I visited a mentor from my youth, a Boy Scout leader who worked in the field of waste management research. He told me that he had interviewed for the position of chief scientist for the EPA in the Reagan administration. He arrived for the interview expecting to discuss his scientific credentials, which were impressive, but to his dismay, no other scientists were in the room and science was not on the agenda. The interviewers were all White House lawyers who (not too delicately) inquired about his willingness to be a "team player." He sidestepped most of their questions and politely excused himself. Thus began the Reagan administration's dismantling of the EPA. Most of the experienced upper management departed and the agency was rendered impotent for years.
|
||||
| "Thus, I fear audiences for A Civil Action may come away from the film thinking they understand the workings of the litigation system, when in fact they are still missing some very important pieces of the puzzle."
|
||||
|
Derision of government agencies, except those connected with the military, was the
cornerstone of Reagan's political strategy. While obviously capitalizing on some current
of public cynicism still flowing from the spring of Watergate, his repeated anecdotal
references to the failures of government agencies from the bully pulpit of the Presidency
also fostered public mistrust in those agencies.
Thus, the conclusion of A
Civil Action contains a long overdue wake-up call to the public,
infrequently seen on the silver screen: big government is sometimes the
only force that can stand up to big business. Our civil justice system is
sometimes inadequate protection from the forces of greed and corruption.
|
||||
More Sites of Interest Official studio web site link A Civil Action The Internet Movie Database Go... Jan Schlichtmann, A Civil Action - meet the attorney that John Travolta recently portrayed. Hear about his story, his newest cases and his personal magazine
Beyond A Civil Action - Woburn case issues and answers from W.R. Grace and Company. Scenes from the Making of "A Civil Action" - information and photographs on the making of the film. A Civil Action - official site from Touchstone. Civil Action, A (1998) - IMDb page. Boston Globe: "A Civil Action" Boston Magazine: A Civil Actor - John Travolta talks about his role as a controversial attorney in "A Civil Action." Photo Gallery - of actors attending a Boston charity screening of locally filmed "A Civil Action." Hollywood vs. the Truth - Walter Olson's opinion piece from the Wall Street Journal. Comments of other readers Go... Mailbox for reply to Picturing Justice commentaries Go...
|


Self-awareness is a type of mindfulness. Mindfulness is defined as "the quality or state of being aware of something." With regards to the book, that "something", is our mind, body, and environment. Self-awareness is defined as "knowing one's internal states, preferences, resources, and intuitions." So, if someone is practicing self-awareness, he or she is also practicing mindfulness.
I have been journaling since before reading Search Inside Yourself and have always found it to be an excellent method for discovering what is bothering me, if anything. Journaling allows me to jot down all my thoughts and concerns in one spot, thereby giving my mind a chance to not worry about remembering everything.
My main takeaway from the chapter is that self-awareness is mindfulness./p>


W3 Accessibility Guidelines Core
Non-Visual Text
All non-text content that is presented to the user has a text alternative that serves the equivalent purpose
The intent of this Success Criterion is to make information conveyed by non-text content accessible through the use of a text alternative. Text alternatives are a primary way for making information accessible because they can be rendered through any sensory modality (for example, visual, auditory or tactile) to match the needs of the user.
W3 Accessibility Guidelines PDF
The objective of this technique is to provide text alternatives for images via an /Alt entry in the property list for a Tag. This is normally accomplished using a tool for authoring PDF.
PDF documents may be enhanced by providing alternative descriptions for images, formulas, and other items that do not translate naturally into text. In fact, such text alternatives are required for accessibility: alternate descriptions are human-readable text that can be vocalized by text-to-speech technology for the benefit of users with vision disabilities.
When an image contains words that are important to understanding the content, the text alternative should include those words. This will allow the alternative to accurately represent the image. Note that it does not necessarily describe the visual characteristics of the image itself but must convey the same meaning as the image.
Example
This example is shown with Adobe Acrobat Pro. There are other software tools that perform similar functions.
- Choose Tools > Advanced Editing > TouchUp Object Tool
- Access the context menu for the image and choose Properties.
- On the TouchUp Properties dialog, select the Tag tab.
- On the Tag panel, type the text alternative in the Alternate Text text box.


Exit Game
...
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Clue:
...
Waiting for players
I need Help
FAQ
Feed
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Open Camera


Write Code Every F#%king Day!
byI've been planning this post for a few months now. My initial plan was to make it my 100th post, using that milestone to review the things I've done to be best web developer I can be.
But the things I've been doing have led to some very satisfying events during my first month at my new job. So I feel the need to publish this post now in the hopes it will help other web devs, especially the beginning ones.
Both Christian Heilmann and John Resig have discussed these things before, and probably more elegantly than I'm about to discuss them here. But they should transcend to all developers so one more blog post about them won't hurt.
Simply put: write code every day.
Every.
F#%king.
Day.
About the new job
As mentioned in my last post, I left Revlon and took a front end developer position at Everyday Health where I perform a variety of web stack-based tasks. By "web stack," I mean I work primarily with HTML, CSS and JavaScript.
The first tasks I was given were JavaScript and CSS bug fixes. I also had to rewrite some HTML to make it cross-browser/device compliant, but I dealt with these bugs mostly.
Then I had to refactor functionality inside one of the company's public-facing web applications. This was a straight-up JavaScript task and was tougher than the bug fixes.
I've always been a bit insecure about my web stack skills being up to par, specifically the JavaScript one. JS goes through changes seemingly every minute and keeping up with the changes takes effort.
So I've always been a little concerned as to whether or not my JS skills are up-to-date and went into the new job with this concern. But a funny thing happened: I was able to do everything I was asked to do.
I'm not saying that the bugs were so easy to fix that a five-year old could fix them (they weren't), or that my ability to handle the refactor makes me the world's greatest web developer (it doesn't). I saying that I wasn't intimidated by these tasks because, as it turns out, my skills are better than I'm giving myself credit for.
Why are my skills better than I'm giving myself credit for?
I am 100% convinced that my ability to do the job is the direct result of a decision I made months ago to try and write at least one piece of web stack code a day. I missed some days during the weekends but I'm still writing code on a consistent basis.
Some of the code was for work, some of it was for the lynda.com courses I created. Most of it was just my trying out some new framework or tool, or just playing with a certain part of the JavaScript core API.
I ended up writing lots of code...lots and lots and lots of code. Here's a recent snapshot of my GitHub commit map that proves it:
The blank days on the commit map (particularly those closest to the right) don't necessarily indicate that I didn't write code on those days. It may mean that I wrote code for my employer that shouldn't be committed to my personal GitHub repos...makes sense.
The blank weekend days mean that I took a break to have a life, which is awesome! We're still seeing that I wrote code pretty regularly and as a result of that, here's what happened when I got to Everyday Health:
finding content inside a complex JSON API and loading it onto the page wasn't a problem for me.
using jQuery for managing data and state instead of creating fancy fade-ins wasn't a problem for me.
fixing cross-browser errors related to CSS transitions wasn't a problem for me.
writing feature detection with pure JavaScript instead of Modernizr wasn't a problem for me.
creating a responsive web site without Bootstrap or Foundation wasn't a problem for me.
You are a Web Developer Engineer
As I was coding daily, I also had to solve some of the various problems that show up in web stack development. In fact, the bugs I worked on at Everyday Health were fixed by remembering how I solved these problems.
That's important because a big part of a web developer's job is solving problems. It's easily 70% of the job and, at the same time, is the most under-spoken part of it.
It's an assumed skill-set for engineers of all types however...mechanical, electrical, etc. The railroads built across the continental United States in the 1800's wouldn't have come to be without engineers....someone had to solve the problem of laying flat tracks among the Rocky and Appalachian mountains.
Like those engineers, we web devs are also architects that build cool things with code, but our jobs require us to be engineers as we build the cool things. Like those engineers, it's our job to not only solve problems with the things we create, but we need to anticipate the problems before we start creating.
It's because of this that I'm a bit uncomfortable with the term "web developer" and think "web engineer" better describes our jobs. Writing code daily makes you a better engineers...the problem it took you eight hours solve today will teach how to solve it in 10 minutes tomorrow.
Where do you go from here?
You go and start coding. Here's how I suggest you do things:
Track your progress with GitHub: building up that above commit map was a nice way to track the progress of my daily coding. Lengthening my "Current Streak" as much as I could was always a nice pat on the back I gave myself. Do the same if you can.
Never ever EVER ask someone to write the code for you: I run into this a lot and readily admit to doing it myself in the past. You're not growing as a developer if you let someone else solve your code problems, but don't get me wrong. If someone's been working on a piece code for three hours and are stuck on a particular issue or two, I have absolutely no problem lending a helping hand. But if someone asks another to do their work from start to finish, that's the wrong way to do it and that someone's web development career is over before it started. Writing code everyday avoids this scenario.
Write a lot of code, but make sure you maintain a work/life balance: I tweeted about coding everyday once but Christian Heilmann chimed in saying that a social life is also needed. I didn't say that in my original tweet but do agree with him. Too many programmers code morning, noon and night while sacrificing their social life, and I definitely don't recommend that. John Resig highlights the importance of a work/life/side project balance in his blog post and as mentioned above, I took breaks during a few weekends. And the weekends that I did code, it wasn't THAT much as I was with family and friends.
Share what you learn: A future tutorial of mine MIGHT cover a well-documented piece of the jQuery API that's been discussed on many other blogs. But the piece helped me solve a problem and changed my approach to building web apps, so I should share that info regardless of how many similar posts already exist. And if I share what I learned in an elegant way, I know the tutorial will help someone else. You should do the same: start a blog and write a lot of posts that say, "this was my problem, this is how I solved it, this is what I learned." Write posts with the goal of helping people instead of inciting them to click on ads.
Conclusion
Alex Sexton delivered the best statement ever for learning web development:
"The only way that I've found that I'm able to stay up to date is by creating. I follow a well-curated list of people on twitter, and read blogs and programming news sites, but when it comes down to it, the only time I'm ever really learning is when I'm doing.
When I want to learn something, I'll just start a project with it, and along the way I'll figure out the other tools I need to be successful. After a few failed attempts, normally I can create something meaningful (that I usually throw away anyways) that allows me to understand core concepts and/or make quick uninformed jabs about things that I don't like or understand."
In the past, I spent too much time trying to learn by reading lots of books, taking classes and attending conferences when I should have learned by doing. I spent the better part of the last year "doing" and am performing well at a job that I was nervous about at the start.
And it's all because I tried to write code every day.
Every.
F#%king.
Day.


Brooklyn Bridge $10,000
The iconic Brooklyn Bridge in New York City, United States
Golden Gate Bridge $25,000
The gateway to the bay city, San Francisco, United States
Ponte Vecchio $32,500
The famous tourist trap Ponte Vecchio in Florence, Italy
Millau Viaduct $50,000
The modern Millau Viaduct, spanning the French countryside
Sydney Harbour Bridge $30,000
Sydney, Australia's Harbour bridge, with funny spelling
Tower Bridge $45,000
The lovely and venerable Tower Bridge in London, England


So here we have a paragraph of text, like so many before, and we're setting the width directly in the style because we're only going to ever have a single paragraph. Also, at some point, we want just a single of piece of text to get really big for no discernable reason.


Will Reid's Project: Salmon Cookie Stand Sales Page
Pat's Salmon Cookies
Cookies Needed By Location Each Day
Store Name:
Minimum Customers:
Maximum Customers:
Average Cookies per Sale:


The main sequence is a group of stars that appear as a diagonal band in the
HR Diagram of brightness vs. temperature of stars.
Stars live most of their lives in the main sequence, and most of the stars in the universe are main sequence stars. Main sequence stars are in hydrostatic
equilibrium while burning hydrogen into other elements, their lifetime in the main sequence depends on their mass. More massive stars will live shorter
lifes, while less massive stars will live long lives in the main sequence before leaving the main sequence and going into one of the other most common stages: the horizontal branch, red giant branch, or asymptotic giant branch.


Web Developer
TEST TEST TESTFor class we had to create a website for a business. Since I love sports, I decided to make a website for a fake company who connects you with sports trainers in your area.
This was my first project learning how to use media queries. The site is simple, but my first responsive site!


Website Ajax Login/Sign-Up
Login/Sign-Up Was Never As Easy As Before in ODOO
All notable changes related to this module will be documented in this file.
Added a "Sign Up" button on address page.
Resolved performance issue during login/sign-up.
You will get 90 days free support for any doubt, queries, and bug fixing (excluding data recovery) or any type of issue related to this module.


GulpGraph
Extends:
JointGraph → GulpGraph
The GulpGraph is the child implementation that contains the actual AST parsing logic for initialization
Constructor Summary
| Public Constructor | ||
| public |
constructor(source: string) |
Method Summary
| Public Methods | ||
| public |
Assembles the initial graph from the source JavaScript gulpfile |
|
| public |
defineSubTask(parent: TaskNode, task_ast: Acorn AST) TODO: Function that assembles the graph of the gulp task's sub routines |
|
| public |
defineTask(task_name: string, task_dependencies: Array, task_ast: Acorn AST) Function to initially define a task when reading from JavaScript string |
Public Constructors
Public Methods
public defineSubTask(parent: TaskNode, task_ast: Acorn AST) source
TODO: Function that assembles the graph of the gulp task's sub routines
Params:
| Name | Type | Attribute | Description |
| parent | TaskNode | the gulp task that the subroutine belongs to |
|
| task_ast | Acorn AST | the tree of subroutines |


Objects implementing states have the following keywords and outputs.
States Inputs
|
Keyword |
Description |
|
StateGraphics |
A list of state/DisplayEntity pairs. For each state, the graphics will be changed to those for the corresponding DisplayEntity. |
States Outputs
|
Output Name |
Description |
|
State |
The present state for this object, used for statistics collection. Typical states are: · Working. The object is performing its normal process. · Idle. The object is available for work, but has work to perform. · Stopped. One or more of the Thresholds are closed and there is no maintenance being performed or breakdown being repaired. · Maintenance. One of the DowntimeEntities entered to the MaintenanceList keywords is active. · Breakdown. One of the DowntimeEntities entered to the BreakdownList keywords is active. Additional states can be defined for some objects. |
|
WorkingState |
Set to true if the present state is one of the pre-defined working states. |
|
WorkingTime |
Total time spent in any one of the working states. |
|
StateTimes |
Total time spent in each of the states. |
|
TotalTime |
Total time the entity has spent in the model after the completion of the initialisation period. It is equal to the sum of the state times. |


When building, deploying, or testing with continuous integration (CI) systems (e.g. Travis, AppVeyor, and others), one often needs to download and install a set of R packages before the service can be run. Normally, one will have to download and re-install these packages on each build, which can often be slow – especially in environments where binary packages are not available from your R package repositories.
renv
can often be helpful in these situations. The general idea is:
Call renv::snapshot()
on your local machine, to generate renv.lock
;
Call renv::restore()
on your CI service, to restore the project library from renv.lock
;
Ensure that the project library, as well as the global renv
cache, are cached by the CI service.
Normally, renv
will use the R package repositories as encoded in renv.lock
during restore, and this will override any repositories set in other locations (e.g. in .Rprofile
or .Rprofile.site
). We’ll discuss some strategies for providing an alternate R package repository to use during restore below.
On Travis CI, one can add the following entries to .travis.yml
to accomplish the above:
cache:
directories:
- $HOME/.local/share/renv
- $TRAVIS_BUILD_DIR/renv/library
install:
- Rscript -e "renv::restore()"
script:
- Rscript -e '<your-build-action>'
Note that we provide both install
and script
steps, as we want to override the default behaviors provided by Travis for R (which might attempt to install different version of R packages than what is currently encoded in renv.lock
). See https://docs.travis-ci.com/user/languages/r/#customizing-the-travis-build-steps for more details.
It’s also possible to override the package repository used during restore by setting the RENV_CONFIG_REPOS_OVERRIDE
environment variable. For example:
env:
global:
- RENV_CONFIG_REPOS_OVERRIDE=<cran>
replacing <cran>
with your desired R package repository. This can also be accomplished in a similar way by setting:
options(renv.config.repos.override = <...>)
but it is generally more ergonomic to set the associated environment variable. (See ?config
for more details.) This can be useful if you’d like to, for example, enforce the usage of a MRAN checkpoint during restore, or another similarly-equipped repository.
See https://docs.travis-ci.com/user/caching for more details on how Travis manages caching.


Mishis ... 458 likes Mishis I just want to sleep paw now... View all 13 comments LovingCats I'm so sleepy too! Sleepie My cat is the same all day... 2 HOURS AGO Add a comment...
LovingCats
I'm so sleepy too!Sleepie
My cat is the same all day...


OrderList is used to managed the order of a collection.
OrderList depends on @angular/cdk's DragDropModule so begin with installing CDK if not already installed.
OrderList requires an array as its value and a ng-template for its content where each item in the array can be accessed inside the ng-template using a local ng-template variable.
Multiple items can either be selected using metaKey or toggled individually depending on the value of metaKeySelection property value which is true by default. On touch enabled devices metaKeySelection is turned off automatically.
The optional selection property is provided in case you'd like to a two-way binding to the selections.
Items can be filtered using an input field by enabling the filterBy property that specifies the fields to use in filtering.
Multiple fields can be defines using a comma separates list.
Items can be reordered using drag and drop by enabling dragdrop property.
Buttons that control the ordering are displayed at the left side of the list by default, controlsPosition property enables customizing the location. Currently right is the available alternative.
| Name | Type | Default | Description |
|---|---|---|---|
| value | array | null | An array of objects to reorder. |
| selection | array | null | An array of objects to bind the selections. |
| header | string | null | Text for the caption |
| style | string | null | Inline style of the component. |
| styleClass | string | null | Style class of the component. |
| listStyle | string | null | Inline style of the list element. |
| filterBy | string | null | When specified displays an input field to filter the items on keyup and decides which fields to search against. |
| filterMatchMode | string | contains | Defines how the items are filtered, valid values are "contains" (default) "startsWith", "endsWith", "equals", "notEquals", "in", "lt", "lte", "gt" and "gte". |
| filterLocale | string | undefined | Locale to use in filtering. The default locale is the host environment's current locale. |
| metaKeySelection | boolean | true | When true metaKey needs to be pressed to select or unselect an item and when set to false selection of each item can be toggled individually. On touch enabled devices, metaKeySelection is turned off automatically. |
| dragdrop | boolean | false | Whether to enable dragdrop based reordering. |
| filterPlaceHolder | string | null | Placeholder text on filter input. |
| trackBy | Function | null | Function to optimize the dom operations by delegating to ngForTrackBy, default algoritm checks for object identity. |
| controlsPosition | string | left | Defines the location of the buttons with respect to the list, valid values are "left" or "right". |
| ariaFilterLabel | string | null | Defines a string that labels the filter input. |
| Name | Parameters | Description |
|---|---|---|
| onReorder | event: browser event | Callback to invoke when list is reordered. |
| onSelectionChange | originalEvent: browser event value: Current selection |
Callback to invoke when selection changes. |
| onFilterEvent | originalEvent: browser event value: Current filter values |
Callback to invoke when filtering occurs. |
| Name | Parameters |
|---|---|
| item | $implicit: Data of the item |
| header | - |
| empty | - |
| emptyfilter | - |
Following is the list of structural style classes, for theming classes visit theming page.
| Name | Element |
|---|---|
| p-orderlist | Container element. |
| p-orderlist-list | List container. |
| p-orderlist-item | An item in the list. |
Angular CDK.


 Team 4814 is mentored by Western Engineering’s FIRST club (WE FIRST). The majority of our generous mentors are students at Western University, and many of them are FIRST alumni. Team 4814 is very appreciative of all of the guidance we receive from the WE FIRST mentorship club and our community mentors.
Hilary Luo
President of WE FIRST
Hilary is in her second year of Engineering at Western. She is a previous member of FRC Team 3739.
Anish Naidu
Vice-President of WE FIRST
Anish is in his fourth year of Western Engineering. He was the 2013 President of WE FIRST.
Clarissa Luo
Head of Business
Clarissa is in her fourth year at Western. She studies engineering and business.
Aaron Yurkewich
Head of Mechanical
Aaron is currently working on his Masters in Engineering at Western University.
Matt Sterner
Head of Programming
Matt is a previous member of FRC Team 3739. He is currently in his third year at Fanshawe College.
Jethro Kwong
Co-Head of Strategy
Jethro is in his second year studying Science at Western. He is a previous member of FRC Team 610.
Mofeed Sawan
Co-Head of Strategy
Mofeed is in his second year at Western studying Engineering. He is a previous member of FRC Team 3739.
Ahmed Ayad
Ahmed is in his first year studying Engineering at Western. He is a previous member of FRC Team 3756.
Kevin Chien
Kevin is in his first year at Western studying Science. He is a previous member of FRC Team 610.
Tilak De
Tilak is in his first year of Engineering at Western. He is a previous member of FRC Team 1241.
Carson Ennis
Carson is in his first year of Engineering at Western.
Jeremy Frank
Jeremy Frank is a community mentor.
Margaret Ho
Margaret is in her first year of Science at Western University. She is a previous member of FRC Team 4343.
Aayushi Joshi
Aayushi is in her first year of Science at Western. She is a previous member of FRC Team 781.
Nicholas Lao
Nicholas is in his first year studying Science at Western University.
Nathan Lei
Nathan is in his first year at Western studying Engineering.
Megan Maloney
Megan is in her first year of Engineering at Western.
Fatika Mirza
Fatika is in her second year of Engineering at Western. She is a previous member of FRC Team 3739.
Peter Nielsen
Peter is currently in his second year of Engineering at Western.
Emma Richard
Emma is in her second year at Western studying Engineering.
Alexander Smart
Alexander is in his first year studying Engineering at Western.
Simrat Sodhi
Simrat is in her fourth year at Western studying Science. She is a previous member of FRC Team 1241.
Rahma Sye
Rahma is in her second year studying Engineering at Western University.
Sasha Wall
Sasha is in her first year of Science at Western.
Daniel Yurkewich
Daniel is currently working on his Masters at Western University.


Backlogs
Backlog: ${backlog.name}
Owner: ${backlog.owner}
${backlog.description}
active: ${round(100.0*backlog.active/backlog.total)}% closed: ${round(100.0*backlog.closed/backlog.total)}%
No tickets assigned to backlog
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active: ${round(100.0*backlog.active/backlog.total)}% closed: ${round(100.0*backlog.closed/backlog.total)}%
No tickets assigned to backlog


{include="includes"}
{include="page.header"}
New user
Administrator
Moderator
Contributor
Reader
{loop="users"}
{$value.username}
Administrator
Moderator
Contributor
Reader
{/loop}
{include="page.footer"}


© {{ agency }} {{ docyear }}, Published in Switzerland.
All rights
reserved. Unless otherwise specified, no part of this publication may be
reproduced or utilized otherwise in any form or by any means, electronic or
mechanical, including photocopying, or posting on the internet or an intranet,
without prior written permission. Permission can be requested from either ISO
at the address below or ISO’s member body in the country of the requester.
ISO copyright office
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CH-1214 Vernier, Geneva,
Switzerland
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Fax + 41 22 749 09 47
<EMAIL_ADDRESS>www.iso.org
Contents
WORDTOC


Hi my name is Dahir am a person who works for several different title jobs
these jobs include graphic design especially photoshop for all needs
illustrator sometimes making and modifying business identities and Video Editing for graphic motions
it also includes I am a business brand designer I help entrepreneurs to have their color logo website product labels and other things
it includes I am a salesperson who has more than one year of professional selling products customer satisfaction and retention, people management and finally I can expand your business
And finally, I am a marketing person I have worked on it before AdamOnline ( market assist position ) which helped with modern marketing SEO, IG, FB, and Email Marketing
I have more than 10 professional skills .
Testimonials and feedback of my clients
Lorem ipsum dolor sit amet consectetur adipisicing elit. Laboriosam, consequuntur.


Use this service to pay ticket fines, ask for fine reductions or time
to pay, or initiate a dispute.
Enter violation ticket information, or upload image of ticket to begin.
{{ accordionItem.expanded ? ' - Hide information' : ' + See more information' }}
This online service allows you to pay or action individual, multiple count or whole ticket requests. Use the search fields below, or upload an image of your ticket to begin.


If there is a lesson to be learned from Sphere , it's that sometimes less is...well , less is sometimes not a good idea for a potential blockbuster. Not that Sphere enters that esteemed category , oh no , far from it. Add to this the fact that , weeks in advance , i was preparing myself to be sorely disappointed by this flick. I am happy to report that all those weeks of mental preparation and intense meditating have paid off...these excercises have softened the blow i received upon learning that this movie is perhaps the biggest rip-off since i bought a Beta video all those years ago. (The horror , the horror...)
As with all Michael Crichton adaptation it is safer to stick with the novel , which just happens to be one of his best. Please god , tell me why Hollywood feels the need to rip open and tear out the heart of every good novel it plans on filming , i need to know. Why! WHY! Of course , i know that some scenes from certain novels are impossible to film , that some scenes need to be left on the cutting room floor because the movie might run too long. Ok , fine. But i get the feeling the editor went a little overboard with the scissors this time.
(Warning , minor spoilers ahead. But nothing you haven't already deduced from the trailers.)
A perfect example of the destruction left in the wake of the psycho editor (or the accountant who kept decreasing the budget) is what is supposed to be a thrilling giant squid attack. Well , at least it was thrilling in the book , there the monster from the deep kept ramming and squeezing the undersea habitat. Kool. Now , Hollywood knows giant squids. Hollywood as done giant squids.  All the elements are there , the hull is buckling , glass is cracking , the power is dropping and things are bursting into flames and exploding...normal behavior during a giant squid attack.
But where is it?
A few years ago NBC did a mini series called The Beast which had a giant squid. If NBC can do a (semi) convincing squid why can't a major studio like Warner Brothers even show us one??? Oh sure , we see it's outline on the radars when it is coming but that is it. No tentacles , no great big menacing eyes...nothing. Not one sucker.
Except for any poor fool who paid to see this movie.
Later on , somebody asks if "you liked the giant squid"? I'll leave my reaction to your fertile imaginations.
In fact , the entire set of special effects (or lack of ) leaves something to be desired. The Sphere itself is , for lack of a better term , liquid metal. Yawn...been there , done that. The submarines and the spacecraft are no better than your average Seaquest episode and except for one gorgeous explosion near the end , the effects are forgettable.
Ditto the cast , which is a shame since these are all actors i like. Dustin Hoffman makes grand gestures when he talks and squirms like a dying cockroach when a sea serpent climbs up his leg. Mind you , i'd be doing the same thing...but better. Sam de Man breezes through his role , i know he can be great so i'll forgive him for this performance...eventually. Sharon Stone is a bit better than usual ,take it as you wish.
My reaction to their performances is due to their lack of reactions. Person just died , pass the bagels. Giant squid attack (hehehe) causing two more deaths , heck , let's play cards. Yes i know that's not what they do , but they might as well have.
Two final complaints.
The camerawork is so erratic i could not tell what was going on half the time. This is supposed to be exciting. I have to suppose that a headache is the price to be for being excited that much. And finally , the pacing. The movie keeps jumping from one scene to the next without any sort of "while he was busy trying to enter the Sphere we were cooking muffins". No sir , instead we get "say , i really wanna get in the Sphere BING! i'm there".
Rating: 1 and a half stars for Dustin Hoffman in a wet t-shirt (if you like that sort of thing you can add a star) and a less than convincing giant squid (ladies and gentlemen , the amazing invisible giant squid ).
Warning: Exciting scenes in this movie might cause coma.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Diacritícál
Bahá’í Term Suggestion Script
View project on
GitHub
Suggestion Report for "Kitab-i-Iqan"
Verified Correct
Misspelled
Suggestion
Unrecognized
Processed Text


|
QuantLib: a free/open-source library for quantitative finance
Fully annotated sources - version 1.30
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Base implementation for tridiagonal operator. More...
#include <ql/methods/finitedifferences/tridiagonaloperator.hpp>
Classes | |
| class | TimeSetter |
| encapsulation of time-setting logic More... | |
Public Types | |
| typedef Array | array_type |
Public Member Functions | |
| TridiagonalOperator (Size size=0) | |
| TridiagonalOperator (const Array &low, const Array &mid, const Array &high) | |
| TridiagonalOperator (const TridiagonalOperator &)=default | |
| TridiagonalOperator (TridiagonalOperator &&) noexcept | |
| TridiagonalOperator & | operator= (const TridiagonalOperator &) |
| TridiagonalOperator & | operator= (TridiagonalOperator &&) noexcept |
| ~TridiagonalOperator ()=default | |
Inspectors | |
| Size | size () const |
| bool | isTimeDependent () const |
| const Array & | lowerDiagonal () const |
| const Array & | diagonal () const |
| const Array & | upperDiagonal () const |
Modifiers | |
| void | setFirstRow (Real, Real) |
| void | setMidRow (Size, Real, Real, Real) |
| void | setMidRows (Real, Real, Real) |
| void | setLastRow (Real, Real) |
| void | setTime (Time t) |
Friends | |
| TridiagonalOperator | operator+ (const TridiagonalOperator &) |
| TridiagonalOperator | operator- (const TridiagonalOperator &) |
| TridiagonalOperator | operator+ (const TridiagonalOperator &, const TridiagonalOperator &) |
| TridiagonalOperator | operator- (const TridiagonalOperator &, const TridiagonalOperator &) |
| TridiagonalOperator | operator* (Real, const TridiagonalOperator &) |
| TridiagonalOperator | operator* (const TridiagonalOperator &, Real) |
| TridiagonalOperator | operator/ (const TridiagonalOperator &, Real) |
Utilities | |
| Size | n_ |
| Array | diagonal_ |
| Array | lowerDiagonal_ |
| Array | upperDiagonal_ |
| Array | temp_ |
| ext::shared_ptr< TimeSetter > | timeSetter_ |
| void | swap (TridiagonalOperator &) noexcept |
Operator interface | |
| Array | applyTo (const Array &v) const |
| apply operator to a given array More... | |
| Array | solveFor (const Array &rhs) const |
| solve linear system for a given right-hand side More... | |
| void | solveFor (const Array &rhs, Array &result) const |
| Array | SOR (const Array &rhs, Real tol) const |
| solve linear system with SOR approach More... | |
| static TridiagonalOperator | identity (Size size) |
| identity instance More... | |
Base implementation for tridiagonal operator.
Definition at line 42 of file tridiagonaloperator.hpp.
| typedef Array array_type |
Definition at line 58 of file tridiagonaloperator.hpp.
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explicit |
| TridiagonalOperator | ( | const Array & | low, |
| const Array & | mid, | ||
| const Array & | high | ||
| ) |
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default |
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noexcept |
|
default |
| TridiagonalOperator & operator= | ( | const TridiagonalOperator & | from | ) |
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noexcept |
apply operator to a given array
Definition at line 57 of file tridiagonaloperator.cpp.
solve linear system for a given right-hand side
Definition at line 79 of file tridiagonaloperator.cpp.
solve linear system for a given right-hand side without result Array allocation. The rhs and result parameters can be the same Array, in which case rhs will be changed
Definition at line 85 of file tridiagonaloperator.cpp.
solve linear system with SOR approach
Definition at line 111 of file tridiagonaloperator.cpp.
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static |
identity instance
Definition at line 156 of file tridiagonaloperator.cpp.
| Size size | ( | ) | const |
| bool isTimeDependent | ( | ) | const |
Definition at line 90 of file tridiagonaloperator.hpp.
| const Array & lowerDiagonal | ( | ) | const |
| const Array & diagonal | ( | ) | const |
| const Array & upperDiagonal | ( | ) | const |
| void setTime | ( | Time | t | ) |
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noexcept |
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friend |
Definition at line 194 of file tridiagonaloperator.hpp.
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friend |
Definition at line 199 of file tridiagonaloperator.hpp.
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friend |
Definition at line 207 of file tridiagonaloperator.hpp.
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friend |
Definition at line 216 of file tridiagonaloperator.hpp.
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friend |
Definition at line 225 of file tridiagonaloperator.hpp.
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friend |
Definition at line 234 of file tridiagonaloperator.hpp.
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friend |
Definition at line 243 of file tridiagonaloperator.hpp.
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protected |
Definition at line 115 of file tridiagonaloperator.hpp.
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protected |
Definition at line 116 of file tridiagonaloperator.hpp.
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protected |
Definition at line 116 of file tridiagonaloperator.hpp.
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protected |
Definition at line 116 of file tridiagonaloperator.hpp.
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mutableprotected |
Definition at line 117 of file tridiagonaloperator.hpp.
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protected |
Definition at line 118 of file tridiagonaloperator.hpp.


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Source File
dnsconfig_unix.go
Belonging Package
net
package net
import (
)
var (
defaultNS = []string{"<IP_ADDRESS>:53", "[::1]:53"}
getHostname = os.Hostname // variable for testing
)
type dnsConfig struct {
servers []string // server addresses (in host:port form) to use
search []string // rooted suffixes to append to local name
ndots int // number of dots in name to trigger absolute lookup
timeout time.Duration // wait before giving up on a query, including retries
attempts int // lost packets before giving up on server
rotate bool // round robin among servers
unknownOpt bool // anything unknown was encountered
lookup []string // OpenBSD top-level database "lookup" order
err error // any error that occurs during open of resolv.conf
mtime time.Time // time of resolv.conf modification
soffset uint32 // used by serverOffset
singleRequest bool // use sequential A and AAAA queries instead of parallel queries
useTCP bool // force usage of TCP for DNS resolutions
}
func ( string) *dnsConfig {
:= &dnsConfig{
ndots: 1,
timeout: 5 * time.Second,
attempts: 2,
}
, := open()
if != nil {
.servers = defaultNS
.search = dnsDefaultSearch()
.err =
return
}
defer .close()
if , := .file.Stat(); == nil {
.mtime = .ModTime()
} else {
.servers = defaultNS
.search = dnsDefaultSearch()
.err =
return
}
for , := .readLine(); ; , = .readLine() {
if parseIPv4([1]) != nil {
.servers = append(.servers, JoinHostPort([1], "53"))
} else if , := parseIPv6Zone([1]); != nil {
.servers = append(.servers, JoinHostPort([1], "53"))
}
}
case "domain": // set search path to just this domain
if len() > 1 {
.search = []string{ensureRooted([1])}
}
case "search": // set search path to given servers
.search = make([]string, len()-1)
for := 0; < len(.search); ++ {
.search[] = ensureRooted([+1])
}
case "options": // magic options
for , := range [1:] {
switch {
case hasPrefix(, "ndots:"):
, , := dtoi([6:])
if < 0 {
= 0
} else if > 15 {
= 15
}
.ndots =
case hasPrefix(, "timeout:"):
, , := dtoi([8:])
if < 1 {
= 1
}
.timeout = time.Duration() * time.Second
case hasPrefix(, "attempts:"):
, , := dtoi([9:])
if < 1 {
= 1
}
.attempts =
case == "rotate":
.rotate = true
.useTCP = true
default:
.unknownOpt = true
}
}
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Before Change
assign_tensor_masks = []
batch_size = len(g.batch_num_nodes())
for g_n_nodes in g.batch_num_nodes():
mask = torch.ones((g_n_nodes,
int(assign_tensor.size()[1] / batch_size)))
assign_tensor_masks.append(mask)
The first pooling layer is computed on batched graph.
We first take the adjacency matrix of the batched graph, which is block-wise diagonal.
After Change
device = feat.device
assign_tensor = self.pool_gc(g, h) // size = (sum_N, N_a), N_a is num of nodes in pooled graph.
assign_tensor = F.softmax(assign_tensor, dim=1)
assign_tensor = torch.split(assign_tensor, g.batch_num_nodes().tolist())
assign_tensor = torch.block_diag(*assign_tensor) // size = (sum_N, batch_size * N_a)
h = torch.matmul(torch.t(assign_tensor), feat)
adj = g.adjacency_matrix(transpose=False, ctx=device)