Magnaye, Pomar make semifinals of SMART Open
by Manila Standard SportsNational team members Ariel Magnaye and Thea Pomar booked their places in the semifinals of their respective events on the penultimate day of the 2019 SMART National Open Badminton Tournament, Thursday afternoon at the Muntinlupa Sports Complex.
As top seeds in mixed doubles, Magnaye and Pomar had to turn around a set deficit to a win against University of the Philippines’ duo of JM Bernardo and Aldreen Concepcion. The SMASH Pilipinas pair took the win at 17-21, 21-19, 21-9 to make the last four.
In the semifinals, they will take on Christian Bernardo and Geva De Vera. The two former junior national team standouts swept Alem Palmares and Aires Montilla, 21-14, 21-16.
Magnaye will also see action in the men’s doubles semis with Alvin Morada, following their 21-15, 21-16 over JC Clarito and Jayson Oba-ob. The number one men’s tandem will test their mettle against JM Bernardo and Christian Bernardo for a place in the finals.
On the other hand, Pomar and her partner Alyssa Leonardo will battle UAAP Season 82 Co-Most Valuable Players Chanelle Lunod and Geva De Vera in Thursday’s semis. The top-seeded women’s pair took down Ghiselle Bautista and Clydel Pada, 21-12, 21-14.
In the singles events, Ros Pedrosa and Sarah Barredo stake their top seeds in the semis when they take on a pair of UAAP rookies in Solomon Padiz Jr. and Concepcion.


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Vim documentation: windows
main help file*windows.txt* For Vim version 7.2. Last change: 2008 Aug 09 VIM REFERENCE MANUAL by Bram Moolenaar Editing with multiple windows and buffers. *windows* *buffers* The commands which have been added to use multiple windows and buffers are explained here. Additionally, there are explanations for commands that work differently when used in combination with more than one window. The basics are explained in chapter 7 and 8 of the user manual |usr_07.txt| |usr_08.txt|. 1. Introduction |windows-intro| 2. Starting Vim |windows-starting| 3. Opening and closing a window |opening-window| 4. Moving cursor to other windows |window-move-cursor| 5. Moving windows around |window-moving| 6. Window resizing |window-resize| 7. Argument and buffer list commands |buffer-list| 8. Do a command in all buffers or windows |list-repeat| 9. Tag or file name under the cursor |window-tag| 10. The preview window |preview-window| 11. Using hidden buffers |buffer-hidden| 12. Special kinds of buffers |special-buffers| {Vi does not have any of these commands} {not able to use multiple windows when the |+windows| feature was disabled at compile time} {not able to use vertically split windows when the |+vertsplit| feature was disabled at compile time}
1. Introduction *windows-intro* *window* A window is a viewport onto a buffer. You can use multiple windows on one buffer, or several windows on different buffers. A buffer is a file loaded into memory for editing. The original file remains unchanged until you write the buffer to the file. A buffer can be in one of three states: *active-buffer* active: The buffer is displayed in a window. If there is a file for this buffer, it has been read into the buffer. The buffer may have been modified since then and thus be different from the file. *hidden-buffer* hidden: The buffer is not displayed. If there is a file for this buffer, it has been read into the buffer. Otherwise it's the same as an active buffer, you just can't see it. *inactive-buffer* inactive: The buffer is not displayed and does not contain anything. Options for the buffer are remembered if the file was once loaded. It can contain marks from the |viminfo| file. But the buffer doesn't contain text. In a table: state displayed loaded ":buffers" in window shows active yes yes 'a' hidden no yes 'h' inactive no no '' '' Note: All CTRL-W commands can also be executed with |:wincmd|, for those places where a Normal mode command can't be used or is inconvenient. The main Vim window can hold several split windows. There are also tab pages |tab-page|, each of which can hold multiple windows.
2. Starting Vim *windows-starting* By default, Vim starts with one window, just like Vi. The "-o" and "-O" arguments to Vim can be used to open a window for each file in the argument list. The "-o" argument will split the windows horizontally; the "-O" argument will split the windows vertically. If both "-o" and "-O" are given, the last one encountered will be used to determine the split orientation. For example, this will open three windows, split horizontally: vim -o file1 file2 file3 "-oN", where N is a decimal number, opens N windows split horizontally. If there are more file names than windows, only N windows are opened and some files do not get a window. If there are more windows than file names, the last few windows will be editing empty buffers. Similarly, "-ON" opens N windows split vertically, with the same restrictions. If there are many file names, the windows will become very small. You might want to set the 'winheight' and/or 'winwidth' options to create a workable situation. Buf/Win Enter/Leave |autocommand|s are not executed when opening the new windows and reading the files, that's only done when they are really entered. *status-line* A status line will be used to separate windows. The 'laststatus' option tells when the last window also has a status line: 'laststatus' = 0 never a status line 'laststatus' = 1 status line if there is more than one window 'laststatus' = 2 always a status line You can change the contents of the status line with the 'statusline' option. This option can be local to the window, so that you can have a different status line in each window. Normally, inversion is used to display the status line. This can be changed with the 's' character in the 'highlight' option. For example, "sb" sets it to bold characters. If no highlighting is used for the status line ("sn"), the '^' character is used for the current window, and '=' for other windows. If the mouse is supported and enabled with the 'mouse' option, a status line can be dragged to resize windows. Note: If you expect your status line to be in reverse video and it isn't, check if the 'highlight' option contains "si". In version 3.0, this meant to invert the status line. Now it should be "sr", reverse the status line, as "si" now stands for italic! If italic is not available on your terminal, the status line is inverted anyway; you will only see this problem on terminals that have termcap codes for italics.
3. Opening and closing a window *opening-window* *E36* CTRL-W s *CTRL-W_s* CTRL-W S *CTRL-W_S* CTRL-W CTRL-S *CTRL-W_CTRL-S* :[N]sp[lit] [++opt] [+cmd] *:sp* *:split* Split current window in two. The result is two viewports on the same file. Make new window N high (default is to use half the height of the current window). Reduces the current window height to create room (and others, if the 'equalalways' option is set, 'eadirection' isn't "hor", and one of them is higher than the current or the new window). Note: CTRL-S does not work on all terminals and might block further input, use CTRL-Q to get going again. Also see |++opt| and |+cmd|. CTRL-W CTRL-V *CTRL-W_CTRL-V* CTRL-W v *CTRL-W_v* :[N]vs[plit] [++opt] [+cmd] [file] *:vs* *:vsplit* Like |:split|, but split vertically. The windows will be spread out horizontally if 1. a width was not specified, 2. 'equalalways' is set, 3. 'eadirection' isn't "ver", and 4. one of the other windows is wider than the current or new window. Note: In other places CTRL-Q does the same as CTRL-V, but here it doesn't! CTRL-W n *CTRL-W_n* CTRL-W CTRL_N *CTRL-W_CTRL-N* :[N]new [++opt] [+cmd] *:new* Create a new window and start editing an empty file in it. Make new window N high (default is to use half the existing height). Reduces the current window height to create room (and others, if the 'equalalways' option is set and 'eadirection' isn't "hor"). Also see |++opt| and |+cmd|. If 'fileformats' is not empty, the first format given will be used for the new buffer. If 'fileformats' is empty, the 'fileformat' of the current buffer is used. This can be overridden with the |++opt| argument. Autocommands are executed in this order: 1. WinLeave for the current window 2. WinEnter for the new window 3. BufLeave for the current buffer 4. BufEnter for the new buffer This behaves like a ":split" first, and then a ":e" command. :[N]vne[w] [++opt] [+cmd] [file] *:vne* *:vnew* Like |:new|, but split vertically. If 'equalalways' is set and 'eadirection' isn't "ver" the windows will be spread out horizontally, unless a width was specified. :[N]new [++opt] [+cmd] {file} :[N]sp[lit] [++opt] [+cmd] {file} *:split_f* Create a new window and start editing file {file} in it. If [+cmd] is given, execute the command when the file has been loaded |+cmd|. Also see |++opt|. Make new window N high (default is to use half the existing height). Reduces the current window height to create room (and others, if the 'equalalways' option is set). :[N]sv[iew] [++opt] [+cmd] {file} *:sv* *:sview* *splitview* Same as ":split", but set 'readonly' option for this buffer. :[N]sf[ind] [++opt] [+cmd] {file} *:sf* *:sfind* *splitfind* Same as ":split", but search for {file} in 'path' like in |:find|. Doesn't split if {file} is not found. CTRL-W CTRL-^ *CTRL-W_CTRL-^* *CTRL-W_^* CTRL-W ^ Does ":split #", split window in two and edit alternate file. When a count is given, it becomes ":split #N", split window and edit buffer N. Note that the 'splitbelow' and 'splitright' options influence where a new window will appear. *:vert* *:vertical* :vert[ical] {cmd} Execute {cmd}. If it contains a command that splits a window, it will be split vertically. Doesn't work for |:execute| and |:normal|. :lefta[bove] {cmd} *:lefta* *:leftabove* :abo[veleft] {cmd} *:abo* *:aboveleft* Execute {cmd}. If it contains a command that splits a window, it will be opened left (vertical split) or above (horizontal split) the current window. Overrules 'splitbelow' and 'splitright'. Doesn't work for |:execute| and |:normal|. :rightb[elow] {cmd} *:rightb* *:rightbelow* :bel[owright] {cmd} *:bel* *:belowright* Execute {cmd}. If it contains a command that splits a window, it will be opened right (vertical split) or below (horizontal split) the current window. Overrules 'splitbelow' and 'splitright'. Doesn't work for |:execute| and |:normal|. *:topleft* *E442* :to[pleft] {cmd} Execute {cmd}. If it contains a command that splits a window, it will appear at the top and occupy the full width of the Vim window. When the split is vertical the window appears at the far left and occupies the full height of the Vim window. Doesn't work for |:execute| and |:normal|. *:botright* :bo[tright] {cmd} Execute {cmd}. If it contains a command that splits a window, it will appear at the bottom and occupy the full width of the Vim window. When the split is vertical the window appears at the far right and occupies the full height of the Vim window. Doesn't work for |:execute| and |:normal|. These command modifiers can be combined to make a vertically split window occupy the full height. Example: :vertical topleft edit tags Opens a vertically split, full-height window on the "tags" file at the far left of the Vim window. Closing a window CTRL-W q *CTRL-W_q* CTRL-W CTRL-Q *CTRL-W_CTRL-Q* :q[uit] Quit current window. When quitting the last window (not counting a help window), exit Vim. When 'hidden' is set, and there is only one window for the current buffer, it becomes hidden. When 'hidden' is not set, and there is only one window for the current buffer, and the buffer was changed, the command fails. (Note: CTRL-Q does not work on all terminals) :q[uit]! Quit current window. If this was the last window for a buffer, any changes to that buffer are lost. When quitting the last window (not counting help windows), exit Vim. The contents of the buffer are lost, even when 'hidden' is set. CTRL-W c *CTRL-W_c* *:clo* *:close* :clo[se][!] Close current window. When the 'hidden' option is set, or when the buffer was changed and the [!] is used, the buffer becomes hidden (unless there is another window editing it). When there is only one window in the current tab page and there is another tab page, this closes the current tab page. |tab-page|. This command fails when: *E444* - There is only one window on the screen. - When 'hidden' is not set, [!] is not used, the buffer has changes, and there is no other window on this buffer. Changes to the buffer are not written and won't get lost, so this is a "safe" command. CTRL-W CTRL-C *CTRL-W_CTRL-C* You might have expected that CTRL-W CTRL-C closes the current window, but that does not work, because the CTRL-C cancels the command. *:hide* :hid[e] Quit current window, unless it is the last window on the screen. The buffer becomes hidden (unless there is another window editing it or 'bufhidden' is "unload" or "delete"). If the window is the last one in the current tab page the tab page is closed. |tab-page| The value of 'hidden' is irrelevant for this command. Changes to the buffer are not written and won't get lost, so this is a "safe" command. :hid[e] {cmd} Execute {cmd} with 'hidden' is set. The previous value of 'hidden' is restored after {cmd} has been executed. Example: :hide edit Makefile This will edit "Makefile", and hide the current buffer if it has any changes. CTRL-W o *CTRL-W_o* *E445* CTRL-W CTRL-O *CTRL-W_CTRL-O* *:on* *:only* :on[ly][!] Make the current window the only one on the screen. All other windows are closed. When the 'hidden' option is set, all buffers in closed windows become hidden. When 'hidden' is not set, and the 'autowrite' option is set, modified buffers are written. Otherwise, windows that have buffers that are modified are not removed, unless the [!] is given, then they become hidden. But modified buffers are never abandoned, so changes cannot get lost.
4. Moving cursor to other windows *window-move-cursor* CTRL-W <Down> *CTRL-W_<Down>* CTRL-W CTRL-J *CTRL-W_CTRL-J* *CTRL-W_j* CTRL-W j Move cursor to Nth window below current one. Uses the cursor position to select between alternatives. CTRL-W <Up> *CTRL-W_<Up>* CTRL-W CTRL-K *CTRL-W_CTRL-K* *CTRL-W_k* CTRL-W k Move cursor to Nth window above current one. Uses the cursor position to select between alternatives. CTRL-W <Left> *CTRL-W_<Left>* CTRL-W CTRL-H *CTRL-W_CTRL-H* CTRL-W <BS> *CTRL-W_<BS>* *CTRL-W_h* CTRL-W h Move cursor to Nth window left of current one. Uses the cursor position to select between alternatives. CTRL-W <Right> *CTRL-W_<Right>* CTRL-W CTRL-L *CTRL-W_CTRL-L* *CTRL-W_l* CTRL-W l Move cursor to Nth window right of current one. Uses the cursor position to select between alternatives. CTRL-W w *CTRL-W_w* *CTRL-W_CTRL-W* CTRL-W CTRL-W Without count: move cursor to window below/right of the current one. If there is no window below or right, go to top-left window. With count: go to Nth window (windows are numbered from top-left to bottom-right). To obtain the window number see |bufwinnr()| and |winnr()|. *CTRL-W_W* CTRL-W W Without count: move cursor to window above/left of current one. If there is no window above or left, go to bottom-right window. With count: go to Nth window (windows are numbered from top-left to bottom-right). CTRL-W t *CTRL-W_t* *CTRL-W_CTRL-T* CTRL-W CTRL-T Move cursor to top-left window. CTRL-W b *CTRL-W_b* *CTRL-W_CTRL-B* CTRL-W CTRL-B Move cursor to bottom-right window. CTRL-W p *CTRL-W_p* *CTRL-W_CTRL-P* CTRL-W CTRL-P Go to previous (last accessed) window. *CTRL-W_P* *E441* CTRL-W P Go to preview window. When there is no preview window this is an error. {not available when compiled without the |+quickfix| feature} If Visual mode is active and the new window is not for the same buffer, the Visual mode is ended. If the window is on the same buffer, the cursor position is set to keep the same Visual area selected. *:winc* *:wincmd* These commands can also be executed with ":wincmd": :[count]winc[md] {arg} Like executing CTRL-W [count] {arg}. Example: :wincmd j Moves to the window below the current one. This command is useful when a Normal mode cannot be used (for the |CursorHold| autocommand event). Or when a Normal mode command is inconvenient. The count can also be a window number. Example: :exe nr . "wincmd w" This goes to window "nr".
5. Moving windows around *window-moving* CTRL-W r *CTRL-W_r* *CTRL-W_CTRL-R* *E443* CTRL-W CTRL-R Rotate windows downwards/rightwards. The first window becomes the second one, the second one becomes the third one, etc. The last window becomes the first window. The cursor remains in the same window. This only works within the row or column of windows that the current window is in. *CTRL-W_R* CTRL-W R Rotate windows upwards/leftwards. The second window becomes the first one, the third one becomes the second one, etc. The first window becomes the last window. The cursor remains in the same window. This only works within the row or column of windows that the current window is in. CTRL-W x *CTRL-W_x* *CTRL-W_CTRL-X* CTRL-W CTRL-X Without count: Exchange current window with next one. If there is no next window, exchange with previous window. With count: Exchange current window with Nth window (first window is 1). The cursor is put in the other window. When vertical and horizontal window splits are mixed, the exchange is only done in the row or column of windows that the current window is in. The following commands can be used to change the window layout. For example, when there are two vertically split windows, CTRL-W K will change that in horizontally split windows. CTRL-W H does it the other way around. *CTRL-W_K* CTRL-W K Move the current window to be at the very top, using the full width of the screen. This works like closing the current window and then creating another one with ":topleft split", except that the current window contents is used for the new window. *CTRL-W_J* CTRL-W J Move the current window to be at the very bottom, using the full width of the screen. This works like closing the current window and then creating another one with ":botright split", except that the current window contents is used for the new window. *CTRL-W_H* CTRL-W H Move the current window to be at the far left, using the full height of the screen. This works like closing the current window and then creating another one with ":vert topleft split", except that the current window contents is used for the new window. {not available when compiled without the +vertsplit feature} *CTRL-W_L* CTRL-W L Move the current window to be at the far right, using the full height of the screen. This works like closing the current window and then creating another one with ":vert botright split", except that the current window contents is used for the new window. {not available when compiled without the +vertsplit feature} *CTRL-W_T* CTRL-W T Move the current window to a new tab page. This fails if there is only one window in the current tab page. When a count is specified the new tab page will be opened before the tab page with this index. Otherwise it comes after the current tab page.
6. Window resizing *window-resize* *CTRL-W_=* CTRL-W = Make all windows (almost) equally high and wide, but use 'winheight' and 'winwidth' for the current window. Windows with 'winfixheight' set keep their height and windows with 'winfixwidth' set keep their width. :res[ize] -N *:res* *:resize* *CTRL-W_-* CTRL-W - Decrease current window height by N (default 1). If used after 'vertical': decrease width by N. :res[ize] +N *CTRL-W_+* CTRL-W + Increase current window height by N (default 1). If used after 'vertical': increase width by N. :res[ize] [N] CTRL-W CTRL-_ *CTRL-W_CTRL-_* *CTRL-W__* CTRL-W _ Set current window height to N (default: highest possible). z{nr}<CR> Set current window height to {nr}. *CTRL-W_<* CTRL-W < Decrease current window width by N (default 1). *CTRL-W_>* CTRL-W > Increase current window width by N (default 1). :vertical res[ize] [N] *:vertical-resize* *CTRL-W_bar* CTRL-W | Set current window width to N (default: widest possible). You can also resize a window by dragging a status line up or down with the mouse. Or by dragging a vertical separator line left or right. This only works if the version of Vim that is being used supports the mouse and the 'mouse' option has been set to enable it. The option 'winheight' ('wh') is used to set the minimal window height of the current window. This option is used each time another window becomes the current window. If the option is '0', it is disabled. Set 'winheight' to a very large value, e.g., '9999', to make the current window always fill all available space. Set it to a reasonable value, e.g., '10', to make editing in the current window comfortable. The equivalent 'winwidth' ('wiw') option is used to set the minimal width of the current window. When the option 'equalalways' ('ea') is set, all the windows are automatically made the same size after splitting or closing a window. If you don't set this option, splitting a window will reduce the size of the current window and leave the other windows the same. When closing a window, the extra lines are given to the window above it. The 'eadirection' option limits the direction in which the 'equalalways' option is applied. The default "both" resizes in both directions. When the value is "ver" only the heights of windows are equalized. Use this when you have manually resized a vertically split window and want to keep this width. Likewise, "hor" causes only the widths of windows to be equalized. The option 'cmdheight' ('ch') is used to set the height of the command-line. If you are annoyed by the |hit-enter| prompt for long messages, set this option to 2 or 3. If there is only one window, resizing that window will also change the command line height. If there are several windows, resizing the current window will also change the height of the window below it (and sometimes the window above it). The minimal height and width of a window is set with 'winminheight' and 'winminwidth'. These are hard values, a window will never become smaller.
7. Argument and buffer list commands *buffer-list* args list buffer list meaning 1. :[N]argument [N] 11. :[N]buffer [N] to arg/buf N 2. :[N]next [file ..] 12. :[N]bnext [N] to Nth next arg/buf 3. :[N]Next [N] 13. :[N]bNext [N] to Nth previous arg/buf 4. :[N]previous [N] 14. :[N]bprevious [N] to Nth previous arg/buf 5. :rewind / :first 15. :brewind / :bfirst to first arg/buf 6. :last 16. :blast to last arg/buf 7. :all 17. :ball edit all args/buffers 18. :unhide edit all loaded buffers 19. :[N]bmod [N] to Nth modified buf split & args list split & buffer list meaning 21. :[N]sargument [N] 31. :[N]sbuffer [N] split + to arg/buf N 22. :[N]snext [file ..] 32. :[N]sbnext [N] split + to Nth next arg/buf 23. :[N]sNext [N] 33. :[N]sbNext [N] split + to Nth previous arg/buf 24. :[N]sprevious [N] 34. :[N]sbprevious [N] split + to Nth previous arg/buf 25. :srewind / :sfirst 35. :sbrewind / :sbfirst split + to first arg/buf 26. :slast 36. :sblast split + to last arg/buf 27. :sall 37. :sball edit all args/buffers 38. :sunhide edit all loaded buffers 39. :[N]sbmod [N] split + to Nth modified buf 40. :args list of arguments 41. :buffers list of buffers The meaning of [N] depends on the command: [N] is number of buffers to go forward/backward on ?2, ?3, and ?4 [N] is an argument number, defaulting to current argument, for 1 and 21 [N] is a buffer number, defaulting to current buffer, for 11 and 31 [N] is a count for 19 and 39 Note: ":next" is an exception, because it must accept a list of file names for compatibility with Vi. The argument list and multiple windows The current position in the argument list can be different for each window. Remember that when doing ":e file", the position in the argument list stays the same, but you are not editing the file at that position. To indicate this, the file message (and the title, if you have one) shows "(file (N) of M)", where "(N)" is the current position in the file list, and "M" the number of files in the file list. All the entries in the argument list are added to the buffer list. Thus, you can also get to them with the buffer list commands, like ":bnext". :[N]al[l][!] [N] *:al* *:all* *:sal* *:sall* :[N]sal[l][!] [N] Rearrange the screen to open one window for each argument. All other windows are closed. When a count is given, this is the maximum number of windows to open. With the |:tab| modifier open a tab page for each argument. When there are more arguments than 'tabpagemax' further ones become split windows in the last tab page. When the 'hidden' option is set, all buffers in closed windows become hidden. When 'hidden' is not set, and the 'autowrite' option is set, modified buffers are written. Otherwise, windows that have buffers that are modified are not removed, unless the [!] is given, then they become hidden. But modified buffers are never abandoned, so changes cannot get lost. [N] is the maximum number of windows to open. 'winheight' also limits the number of windows opened ('winwidth' if |:vertical| was prepended). Buf/Win Enter/Leave autocommands are not executed for the new windows here, that's only done when they are really entered. :[N]sa[rgument][!] [++opt] [+cmd] [N] *:sa* *:sargument* Short for ":split | argument [N]": split window and go to Nth argument. But when there is no such argument, the window is not split. Also see |++opt| and |+cmd|. :[N]sn[ext][!] [++opt] [+cmd] [file ..] *:sn* *:snext* Short for ":split | [N]next": split window and go to Nth next argument. But when there is no next file, the window is not split. Also see |++opt| and |+cmd|. :[N]spr[evious][!] [++opt] [+cmd] [N] *:spr* *:sprevious* :[N]sN[ext][!] [++opt] [+cmd] [N] *:sN* *:sNext* Short for ":split | [N]Next": split window and go to Nth previous argument. But when there is no previous file, the window is not split. Also see |++opt| and |+cmd|. *:sre* *:srewind* :sre[wind][!] [++opt] [+cmd] Short for ":split | rewind": split window and go to first argument. But when there is no argument list, the window is not split. Also see |++opt| and |+cmd|. *:sfir* *:sfirst* :sfir[st] [++opt] [+cmd] Same as ":srewind". *:sla* *:slast* :sla[st][!] [++opt] [+cmd] Short for ":split | last": split window and go to last argument. But when there is no argument list, the window is not split. Also see |++opt| and |+cmd|. *:dr* *:drop* :dr[op] [++opt] [+cmd] {file} .. Edit the first {file} in a window. - If the file is already open in a window change to that window. - If the file is not open in a window edit the file in the current window. If the current buffer can't be YXXYabandon|ed, the window is split first. The |argument-list| is set, like with the |:next| command. The purpose of this command is that it can be used from a program that wants Vim to edit another file, e.g., a debugger. When using the |:tab| modifier each argument is opened in a tab page. The last window is used if it's empty. Also see |++opt| and |+cmd|. {only available when compiled with the +gui feature}
8. Do a command in all buffers or windows *list-repeat* *:windo* :windo {cmd} Execute {cmd} in each window. It works like doing this: CTRL-W t :{cmd} CTRL-W w :{cmd} etc. This only operates in the current tab page. When an error is detected on one window, further windows will not be visited. The last window (or where an error occurred) becomes the current window. {cmd} can contain '|' to concatenate several commands. {cmd} must not open or close windows or reorder them. {not in Vi} {not available when compiled without the |+listcmds| feature} Also see |:tabdo|, |:argdo| and |:bufdo|. *:bufdo* :bufdo[!] {cmd} Execute {cmd} in each buffer in the buffer list. It works like doing this: :bfirst :{cmd} :bnext :{cmd} etc. When the current file can't be |abandon|ed and the [!] is not present, the command fails. When an error is detected on one buffer, further buffers will not be visited. Unlisted buffers are skipped. The last buffer (or where an error occurred) becomes the current buffer. {cmd} can contain '|' to concatenate several commands. {cmd} must not delete buffers or add buffers to the buffer list. Note: While this command is executing, the Syntax autocommand event is disabled by adding it to 'eventignore'. This considerably speeds up editing each buffer. {not in Vi} {not available when compiled without the |+listcmds| feature} Also see |:tabdo|, |:argdo| and |:windo|. Examples: :windo set nolist nofoldcolumn | normal zn This resets the 'list' option and disables folding in all windows. :bufdo set fileencoding= | update This resets the 'fileencoding' in each buffer and writes it if this changed the buffer. The result is that all buffers will use the 'encoding' encoding (if conversion works properly).
9. Tag or file name under the cursor *window-tag* *:sta* *:stag* :sta[g][!] [tagname] Does ":tag[!] [tagname]" and splits the window for the found tag. See also |:tag|. CTRL-W ] *CTRL-W_]* *CTRL-W_CTRL-]* CTRL-W CTRL-] Split current window in two. Use identifier under cursor as a tag and jump to it in the new upper window. Make new window N high. *CTRL-W_g]* CTRL-W g ] Split current window in two. Use identifier under cursor as a tag and perform ":tselect" on it in the new upper window. Make new window N high. *CTRL-W_g_CTRL-]* CTRL-W g CTRL-] Split current window in two. Use identifier under cursor as a tag and perform ":tjump" on it in the new upper window. Make new window N high. CTRL-W f *CTRL-W_f* *CTRL-W_CTRL-F* CTRL-W CTRL-F Split current window in two. Edit file name under cursor. Like ":split gf", but window isn't split if the file does not exist. Uses the 'path' variable as a list of directory names where to look for the file. Also the path for current file is used to search for the file name. If the name is a hypertext link that looks like "type://machine/path", only "/path" is used. If a count is given, the count'th matching file is edited. {not available when the |+file_in_path| feature was disabled at compile time} CTRL-W F *CTRL-W_F* Split current window in two. Edit file name under cursor and jump to the line number following the file name. See |gF| for details on how the line number is obtained. {not available when the |+file_in_path| feature was disabled at compile time} CTRL-W gf *CTRL-W_gf* Open a new tab page and edit the file name under the cursor. Like "tab split" and "gf", but the new tab page isn't created if the file does not exist. {not available when the |+file_in_path| feature was disabled at compile time} CTRL-W gF *CTRL-W_gF* Open a new tab page and edit the file name under the cursor and jump to the line number following the file name. Like "tab split" and "gF", but the new tab page isn't created if the file does not exist. {not available when the |+file_in_path| feature was disabled at compile time} Also see |CTRL-W_CTRL-I|: open window for an included file that includes the keyword under the cursor.
10. The preview window *preview-window* The preview window is a special window to show (preview) another file. It is normally a small window used to show an include file or definition of a function. {not available when compiled without the |+quickfix| feature} There can be only one preview window (per tab page). It is created with one of the commands below. The 'previewheight' option can be set to specify the height of the preview window when it's opened. The 'previewwindow' option is set in the preview window to be able to recognize it. The 'winfixheight' option is set to have it keep the same height when opening/closing other windows. *:pta* *:ptag* :pta[g][!] [tagname] Does ":tag[!] [tagname]" and shows the found tag in a "Preview" window without changing the current buffer or cursor position. If a "Preview" window already exists, it is re-used (like a help window is). If a new one is opened, 'previewheight' is used for the height of the window. See also |:tag|. See below for an example. |CursorHold-example| Small difference from |:tag|: When [tagname] is equal to the already displayed tag, the position in the matching tag list is not reset. This makes the CursorHold example work after a |:ptnext|. CTRL-W z *CTRL-W_z* CTRL-W CTRL-Z *CTRL-W_CTRL-Z* *:pc* *:pclose* :pc[lose][!] Close any "Preview" window currently open. When the 'hidden' option is set, or when the buffer was changed and the [!] is used, the buffer becomes hidden (unless there is another window editing it). The command fails if any "Preview" buffer cannot be closed. See also |:close|. *:pp* *:ppop* :[count]pp[op][!] Does ":[count]pop[!]" in the preview window. See |:pop| and |:ptag|. {not in Vi} CTRL-W } *CTRL-W_}* Use identifier under cursor as a tag and perform a :ptag on it. Make the new Preview window (if required) N high. If N is not given, 'previewheight' is used. CTRL-W g } *CTRL-W_g}* Use identifier under cursor as a tag and perform a :ptjump on it. Make the new Preview window (if required) N high. If N is not given, 'previewheight' is used. *:ped* *:pedit* :ped[it][!] [++opt] [+cmd] {file} Edit {file} in the preview window. The preview window is opened like with |:ptag|. The current window and cursor position isn't changed. Useful example: :pedit +/fputc /usr/include/stdio.h *:ps* *:psearch* :[range]ps[earch][!] [count] [/]pattern[/] Works like |:ijump| but shows the found match in the preview window. The preview window is opened like with |:ptag|. The current window and cursor position isn't changed. Useful example: :psearch popen Like with the |:ptag| command, you can use this to automatically show information about the word under the cursor. This is less clever than using |:ptag|, but you don't need a tags file and it will also find matches in system include files. Example: :au! CursorHold *.[ch] nested exe "silent! psearch " . expand("<cword>") Warning: This can be slow. Example *CursorHold-example* :au! CursorHold *.[ch] nested exe "silent! ptag " . expand("<cword>") This will cause a ":ptag" to be executed for the keyword under the cursor, when the cursor hasn't moved for the time set with 'updatetime'. The "nested" makes other autocommands be executed, so that syntax highlighting works in the preview window. The "silent!" avoids an error message when the tag could not be found. Also see |CursorHold|. To disable this again: :au! CursorHold A nice addition is to highlight the found tag, avoid the ":ptag" when there is no word under the cursor, and a few other things: :au! CursorHold *.[ch] nested call PreviewWord() :func PreviewWord() : if &previewwindow " don't do this in the preview window : return : endif : let w = expand("<cword>") " get the word under cursor : if w =~ '\a' " if the word contains a letter : : " Delete any existing highlight before showing another tag : silent! wincmd P " jump to preview window : if &previewwindow " if we really get there... : match none " delete existing highlight : wincmd p " back to old window : endif : : " Try displaying a matching tag for the word under the cursor : try : exe "ptag " . w : catch : return : endtry : : silent! wincmd P " jump to preview window : if &previewwindow " if we really get there... : if has("folding") : silent! .foldopen " don't want a closed fold : endif : call search("$", "b") " to end of previous line : let w = substitute(w, '\\', '\\\\', "") : call search('\<\V' . w . '\>') " position cursor on match : " Add a match highlight to the word at this position : hi previewWord term=bold ctermbg=green guibg=green : exe 'match previewWord "\%' . line(".") . 'l\%' . col(".") . 'c\k*"' : wincmd p " back to old window : endif : endif :endfun
11. Using hidden buffers *buffer-hidden* A hidden buffer is not displayed in a window, but is still loaded into memory. This makes it possible to jump from file to file, without the need to read or write the file every time you get another buffer in a window. {not available when compiled without the |+listcmds| feature} *:buffer-!* If the option 'hidden' ('hid') is set, abandoned buffers are kept for all commands that start editing another file: ":edit", ":next", ":tag", etc. The commands that move through the buffer list sometimes make the current buffer hidden although the 'hidden' option is not set. This happens when a buffer is modified, but is forced (with '!') to be removed from a window, and 'autowrite' is off or the buffer can't be written. You can make a hidden buffer not hidden by starting to edit it with any command. Or by deleting it with the ":bdelete" command. The 'hidden' is global, it is used for all buffers. The 'bufhidden' option can be used to make an exception for a specific buffer. It can take these values: <empty> Use the value of 'hidden'. hide Hide this buffer, also when 'hidden' is not set. unload Don't hide but unload this buffer, also when 'hidden' is set. delete Delete the buffer. *hidden-quit* When you try to quit Vim while there is a hidden, modified buffer, you will get an error message and Vim will make that buffer the current buffer. You can then decide to write this buffer (":wq") or quit without writing (":q!"). Be careful: there may be more hidden, modified buffers! A buffer can also be unlisted. This means it exists, but it is not in the list of buffers. |unlisted-buffer| :files[!] *:files* :buffers[!] *:buffers* *:ls* :ls[!] Show all buffers. Example: 1 #h "/test/text" line 1 2u "asdf" line 0 3 %a+ "version.c" line 1 When the [!] is included the list will show unlisted buffers (the term "unlisted" is a bit confusing then...). Each buffer has a unique number. That number will not change, so you can always go to a specific buffer with ":buffer N" or "N CTRL-^", where N is the buffer number. Indicators (chars in the same column are mutually exclusive): u an unlisted buffer (only displayed when [!] is used) |unlisted-buffer| % the buffer in the current window # the alternate buffer for ":e #" and CTRL-^ a an active buffer: it is loaded and visible h a hidden buffer: It is loaded, but currently not displayed in a window |hidden-buffer| - a buffer with 'modifiable' off = a readonly buffer + a modified buffer x a buffer with read errors *:bad* *:badd* :bad[d] [+lnum] {fname} Add file name {fname} to the buffer list, without loading it. If "lnum" is specified, the cursor will be positioned at that line when the buffer is first entered. Note that other commands after the + will be ignored. :[N]bd[elete][!] *:bd* *:bdel* *:bdelete* *E516* :bd[elete][!] [N] Unload buffer [N] (default: current buffer) and delete it from the buffer list. If the buffer was changed, this fails, unless when [!] is specified, in which case changes are lost. The file remains unaffected. Any windows for this buffer are closed. If buffer [N] is the current buffer, another buffer will be displayed instead. This is the most recent entry in the jump list that points into a loaded buffer. Actually, the buffer isn't completely deleted, it is removed from the buffer list |unlisted-buffer| and option values, variables and mappings/abbreviations for the buffer are cleared. :bdelete[!] {bufname} *E93* *E94* Like ":bdelete[!] [N]", but buffer given by name. Note that a buffer whose name is a number cannot be referenced by that name; use the buffer number instead. Insert a backslash before a space in a buffer name. :bdelete[!] N1 N2 ... Do ":bdelete[!]" for buffer N1, N2, etc. The arguments can be buffer numbers or buffer names (but not buffer names that are a number). Insert a backslash before a space in a buffer name. :N,Mbdelete[!] Do ":bdelete[!]" for all buffers in the range N to M |inclusive|. :[N]bw[ipeout][!] *:bw* *:bwipe* *:bwipeout* *E517* :bw[ipeout][!] {bufname} :N,Mbw[ipeout][!] :bw[ipeout][!] N1 N2 ... Like |:bdelete|, but really delete the buffer. Everything related to the buffer is lost. All marks in this buffer become invalid, option settings are lost, etc. Don't use this unless you know what you are doing. :[N]bun[load][!] *:bun* *:bunload* *E515* :bun[load][!] [N] Unload buffer [N] (default: current buffer). The memory allocated for this buffer will be freed. The buffer remains in the buffer list. If the buffer was changed, this fails, unless when [!] is specified, in which case the changes are lost. Any windows for this buffer are closed. If buffer [N] is the current buffer, another buffer will be displayed instead. This is the most recent entry in the jump list that points into a loaded buffer. :bunload[!] {bufname} Like ":bunload[!] [N]", but buffer given by name. Note that a buffer whose name is a number cannot be referenced by that name; use the buffer number instead. Insert a backslash before a space in a buffer name. :N,Mbunload[!] Do ":bunload[!]" for all buffers in the range N to M |inclusive|. :bunload[!] N1 N2 ... Do ":bunload[!]" for buffer N1, N2, etc. The arguments can be buffer numbers or buffer names (but not buffer names that are a number). Insert a backslash before a space in a buffer name. :[N]b[uffer][!] [N] *:b* *:bu* *:buf* *:buffer* *E86* Edit buffer [N] from the buffer list. If [N] is not given, the current buffer remains being edited. See |:buffer-!| for [!]. This will also edit a buffer that is not in the buffer list, without setting the 'buflisted' flag. :[N]b[uffer][!] {bufname} Edit buffer for {bufname} from the buffer list. See |:buffer-!| for [!]. This will also edit a buffer that is not in the buffer list, without setting the 'buflisted' flag. :[N]sb[uffer] [N] *:sb* *:sbuffer* Split window and edit buffer [N] from the buffer list. If [N] is not given, the current buffer is edited. Respects the "useopen" setting of 'switchbuf' when splitting. This will also edit a buffer that is not in the buffer list, without setting the 'buflisted' flag. :[N]sb[uffer] {bufname} Split window and edit buffer for {bufname} from the buffer list. This will also edit a buffer that is not in the buffer list, without setting the 'buflisted' flag. Note: If what you want to do is split the buffer, make a copy under another name, you can do it this way: :w foobar | sp # :[N]bn[ext][!] [N] *:bn* *:bnext* *E87* Go to [N]th next buffer in buffer list. [N] defaults to one. Wraps around the end of the buffer list. See |:buffer-!| for [!]. If you are in a help buffer, this takes you to the next help buffer (if there is one). Similarly, if you are in a normal (non-help) buffer, this takes you to the next normal buffer. This is so that if you have invoked help, it doesn't get in the way when you're browsing code/text buffers. The next three commands also work like this. *:sbn* *:sbnext* :[N]sbn[ext] [N] Split window and go to [N]th next buffer in buffer list. Wraps around the end of the buffer list. Uses 'switchbuf' :[N]bN[ext][!] [N] *:bN* *:bNext* *:bp* *:bprevious* *E88* :[N]bp[revious][!] [N] Go to [N]th previous buffer in buffer list. [N] defaults to one. Wraps around the start of the buffer list. See |:buffer-!| for [!] and 'switchbuf'. :[N]sbN[ext] [N] *:sbN* *:sbNext* *:sbp* *:sbprevious* :[N]sbp[revious] [N] Split window and go to [N]th previous buffer in buffer list. Wraps around the start of the buffer list. Uses 'switchbuf'. *:br* *:brewind* :br[ewind][!] Go to first buffer in buffer list. If the buffer list is empty, go to the first unlisted buffer. See |:buffer-!| for [!]. *:bf* *:bfirst* :bf[irst] Same as ":brewind". *:sbr* *:sbrewind* :sbr[ewind] Split window and go to first buffer in buffer list. If the buffer list is empty, go to the first unlisted buffer. Respects the 'switchbuf' option. *:sbf* *:sbfirst* :sbf[irst] Same as ":sbrewind". *:bl* *:blast* :bl[ast][!]  If the buffer list is empty, go to the last unlisted buffer. See |:buffer-!| for [!]. *:sbl* *:sblast* :sbl[ast] Split window and go to last buffer in buffer list. If the buffer list is empty, go to the last unlisted buffer. Respects 'switchbuf' option. :[N]bm[odified][!] [N] *:bm* *:bmodified* *E84* Go to [N]th next modified buffer. Note: this command also finds unlisted buffers. If there is no modified buffer the command fails. :[N]sbm[odified] [N] *:sbm* *:sbmodified* Split window and go to [N]th next modified buffer. Respects 'switchbuf' option. Note: this command also finds buffers not in the buffer list. :[N]unh[ide] [N] *:unh* *:unhide* *:sun* *:sunhide* :[N]sun[hide] [N] Rearrange the screen to open one window for each loaded buffer in the buffer list. When a count is given, this is the maximum number of windows to open. :[N]ba[ll] [N] *:ba* *:ball* *:sba* *:sball* :[N]sba[ll] [N] Rearrange the screen to open one window for each buffer in the buffer list. When a count is given, this is the maximum number of windows to open. 'winheight' also limits the number of windows opened ('winwidth' if |:vertical| was prepended). Buf/Win Enter/Leave autocommands are not executed for the new windows here, that's only done when they are really entered. When the |:tab| modifier is used new windows are opened in a new tab, up to 'tabpagemax'. Note: All the commands above that start editing another buffer, keep the 'readonly' flag as it was. This differs from the ":edit" command, which sets the 'readonly' flag each time the file is read.
12. Special kinds of buffers *special-buffers* Instead of containing the text of a file, buffers can also be used for other purposes. A few options can be set to change the behavior of a buffer: 'bufhidden' what happens when the buffer is no longer displayed in a window. 'buftype' what kind of a buffer this is 'swapfile' whether the buffer will have a swap file 'buflisted' buffer shows up in the buffer list A few useful kinds of a buffer: quickfix Used to contain the error list or the location list. See |:cwindow| and |:lwindow|. This command sets the 'buftype' option to "quickfix". You are not supposed to change this! 'swapfile' is off. help Contains a help file. Will only be created with the |:help| command. The flag that indicates a help buffer is internal and can't be changed. The 'buflisted' option will be reset for a help buffer. directory Displays directory contents. Can be used by a file explorer plugin. The buffer is created with these settings: :setlocal buftype=nowrite :setlocal bufhidden=delete :setlocal noswapfile The buffer name is the name of the directory and is adjusted when using the |:cd| command. scratch Contains text that can be discarded at any time. It is kept when closing the window, it must be deleted explicitly. Settings: :setlocal buftype=nofile :setlocal bufhidden=hide :setlocal noswapfile The buffer name can be used to identify the buffer. *unlisted-buffer* unlisted The buffer is not in the buffer list. It is not used for normal editing, but to show a help file, remember a file name or marks. The ":bdelete" command will also set this option, thus it doesn't completely delete the buffer. Settings: :setlocal nobuflisted top - main help file


At some point we sometimes feel like we have reached the end of the world through frustrations and depressions and a little cheering change your life.
Music to many people kind of speaks to people which helps them relax and calm their minds and bodies.
Listening to music nourishes the
mind .
Always feeling tired after a long day of coding?


Hi username, you can now check your progress.
Total No User:
Total No Stock:
Total No Order:
Total No Customer:
| Order ID | Stock Name | Customer Name | Date | Quantity | Price |
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| Stock ID | Stock Name | Quantity | Price |
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| Order ID | Stock Name | Customer Name | Date | Quantity | Price |
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| Stock ID | Stock Name | Quantity | Price |
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@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import uk.gov.hmrc.softdrinksindustrylevy.models.LitreBands @import uk.gov.hmrc.softdrinksindustrylevy.models.ActivityType @(internalActivity: Map[ActivityType.Value, LitreBands], activityType: ActivityType.Value)(implicit messages: Messages) @internalActivity.get(activityType).map { p =>


It is a web app developed by a group of students.
Our goal is to let the users learn a new language and have fun at the same time.
It is completely free.
So far we only have French.
Click the navigation bar and select Get Started. Or you can click here.
Please go to Contact Us or click here.


Things I do: I climb v12s every day, I own five houses, and I code beautiful masterpieces in my sleep.


October 25, 2018
It’s getting close to the most wonderful time of year, so what better way to celebrate than to watch the perfect Christmas movie on a big screen? Fans can debate forever whether or not Die Hard actually counts as a “Christmas movie” per se, but the fact is the iconic Bruce Willis action film turns 30 this year. Fathom Events and Turner Classic Movies are celebrating the big anniversary by bringing Die Hard back to theaters this November.
October 22, 2018
Fresh off his Oscar win for “The Shape of Water,” Guillermo del Toro is set to make his animated feature film directing debut. Del Toro has received the green light from Netflix to film “Pinocchio,” a stop motion musical version of the classic children’s tale about a puppet who wants to be a real live boy. He will write and produce the film in addition to directing it.
October 21, 2018
Jeff Goldstein, Warner Bros.’ president of domestic distribution, said, “We had tremendous success releasing the first ‘Wonder Woman’ film during the summer so when we saw an opportunity to take advantage of the changing competitive landscape, we did. This move lands the film exactly where it belongs.”


Xml Schema Copy
The schema copy tool will copy selected and all dependent schemas to a specified directory. The schema copy tool window is outlined in the following image:
- Source Schema(s) - Click the ellipsis to select schema(s) that you would like copied (holding SHIFT while click files will select multiples)
- Destination Directory - Select the directory that you would like your schema file(s) copied to (note: an empty directory is preferred as it will less likely result in overwritten files)
- Progress / Status - The file currently being copied/processed will be shown here
- Copy - Self explainatory... Starts the copy process.


Ecosystem
A word about Observables
Observables let you deal with streams
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A stream is a sequence of ongoing events ordered in time
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You can subscribe to a stream in order to treat values
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And you can apply an operation on a stream to create a new stream
-


A little over a year ago, I was diagnosed with narcolepsy. I must note that I was diagnosed with narcolepsy but do not actually have narcolepsy. The condition is pretty easy to fake, and the results of the sleep analysis are pretty easy to manipulate even with the most basic understanding of circadian rhythms.
I picked modafinil, not unlike someone who goes to a store and picks out a pint of ice cream. I knew what what medication I wanted, I did the necessary research, I went through qualifying trials, and was handed a prescription. Within 24 hours, my health insurance provider contact me with an offer:
Originally I would have to pay $35 copay, and my insurance would have to pay an alarming price for the drug (hundreds of dollars a month). But, the pharmaceutical company had worked out deal with my provider. We'd get one year of their new product, armodafanil (Nuvigil®), at no cost if I sent them a weekly report and completed questionnaire.
This is an overview of my long term (388 days) experience with armodafanil:
I am a male, 185cm tall, about 168 pounds. I am a non-smoker, non-drinker, and I have very little experience with psychoactives aside from caffeine and 2 month prescription of hydrocodone a couple years back. I have been diagnosed with narcolepsy. I'm in decent shape, though I rarely exercise. Blood pressure 132/76, heart rate 64 bpm at my last check up. I was prescribed 150 mg of armodafinil to be taken daily, and told to take a second dose of 150mg no later than 1:00p only when necessary.
The first 2 days I took it, I did not notice a great deal of difference in concentration or energy. I was able to fall asleep at my usual hour, and I noticed no variation in sleep patterns. On day 3 the first noticeable effects manifested. There was an improvement in my work output, however, I did begin to notice a decrease in patience. I've heard people refer to it as “caffeine without the nervousness”, which I feel is categorically poor characterization. Caffeine has a definite kinetic effect, whereas armodafinil shifted my mental state only. I didn't have more energy, I just had more drive... as far as my work was concerned.
Over the next 45-60 days many things, including my sexual drive, changed; most of which were not temporary. Overall perception was simplified, in a way, but that created bigger problems. For example, my libido became an obligation and a distraction and I also felt as if it the resulting process somehow had gotten reversed. Prior to being on the medication I would see an object of desire and become aroused. Now, on the rare occasion I feel any sort of urge, I may then see something that piques my interest, but ultimately, I am satisfied going somewhere private to unload the offending seed. In short, I have less a sexual drive and more a testicular responsibility. This does not go over well with the wife.
This wasn't the only thing that changed in the long term. My thinking became far more structured. My desk was organized, my kitchen was neat, and e-mails were scoured for grammatical inconsistencies before being sent. One would think this would have helped me get my life in order, but it seems I gained little ground. The reason for that is simple, my attention to detail was turned up, and nothing I did could turn it down. If I was sending a correspondence, I ensured I had provided as much information as would hypothetically be needed; though, in most circumstances, very little of it actually was. I was commissioned to work on a website, and the process took far longer than it should have. Before, the delay would have been caused by procrastination. Now, it was because I was checking every bit of syntax for any ambiguities, rather than just performing black box and fixing issues as they arose.
My creative writing output improved in quantity, but exponentially decreased in quality. Everything had to have an order and everything had to fit nicely into the work. I would write a dozen pages in an evening, none of which was remotely entertaining to read. Once, I tried to intentionally put a non sequitur in a piece as a challenge to myself. Didn't work out so well.
On the other hand, my reading comprehension felt as if it had been enhanced. Gilles Deleuze is not nearly as opaque as I remember, and I was able to understand most of “Difference and Repetition” (as far as I know).
One particular effect I would like to know more about is the spontaneous “lost memory” recall I began experiencing on or immediately after day 94. I would be working on an unrelated task when I would suddenly have a vivid recollection of an event that happened in the past (sometimes distant, sometimes recent). Some of these memories can be verified, but some I worry may just be vivid reconstructions or combinations of tangential memories. This experience, particularly, has been difficult to endure. Though some of the “memories” seem innocuous enough, it is the secondary effect the analysis thereof that has been the most damaging. It is one thing to consider one's memories may be mere fabrication and approximation, but when you have the acute attention necessary to fully comprehend the implications of such a proposition, a “long drive in the garage” doesn't seem out of the question.
Yes, paranoia and suicidal thoughts do swim in and out from time to time. No more so than they did before taking armodafinil, but now they are a bit more arbitrary. A bad day, an argument, or an impending disaster don't necessarily cause me to have these thoughts; they sometimes just happen without any apparent cause. I'm brewing a cup of coffee, bagel pops out of the toaster, I look for a knife, glance at a really sharp one and the thought catches e for a moment... And, as quickly as it comes, its gone.
Overall, armodafinil is not nearly as beneficial as I would have hoped. It does improve some of my cognitive functioning, and it weakens the rest. My golf game has improved, my professional work is more consistent, and I've been less prone to social gaffes. At the same time, my wife thinks I'm distant, I've lost interest in cooking, and I find myself acting out of habituation rather than conscious thought. The other thing I cannot stress enough is the mental shift that convinces me I'm at “baseline”. Taking the pill each morning alongside my vitamins and fish-oil supplement causes me to forget that I am under the influence of drugs. If not for my weekly reports and thorough documentation, I would probably be under the destructive impression all is as it ever was.
As far as its classification as a “smart drug”, I offer the following analogy: A car dealership that only offers fast, high performance vehicles. That's Nuvigil. My brain is always operating at a faster speed and this is not good thing. Life is full of many different circumstances that require one to adjust their given mindset. On armodafinil I cannot do this, because I'm always going faster. High performance vehicles don't get very good gas mileage.
Which brings me to the last thing I'm going to mention about the experience. Every few weeks, I have a “crash” day. My brain's severely discombobulated, I can't concentrate, and sometimes I start talking to myself. I found all I can do on these days is stay home and sleep. Sometimes I sleep for an entire day. It's almost as if I was using some sort of energy or mental clarity reserve that would leak gradually until I take a day to replenish it. Sometimes, I'll quit for a few days. I haven't noticed any withdrawal, but I have noticed on days I don't take it, I have a wicked sweet tooth. Once, I ate a bunch of hot cocoa mix packets because it was all I could find in the house and, apparently, I couldn't wait for the water to boil.
I'm going to stop taking it (the armodafinil). I may do it gradually, and I may do it cold turkey, I haven't decided yet. The biggest reason I want to stop is best exemplified by the situation I find myself in right now, as I write this portion of the report. I really can't stop writing it, and I don't know how to close. There's always something more to write, something else to add, something that needs to be edited further. Its a Ferris Wheel without a brake: either wait until it runs out of gas, or jump off where it'll hurt the least. Here goes...
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


ATACseq Assay
Description: Assay for Transposase-Accessible Chromatin by Sequencing
| Property | Description | Data Type |
|---|---|---|
|
assay_creator
required |
Indicates what site is filling out the assay. |
<
string
>
|
|
batch_id
required |
ATACseq batch identification number. Unique to every batch. | < string > |
|
paired_end_reads
required |
Indicates if the sequencing was performed paired or single ended. |
<
string
>
|
|
protocol_identifier
required |
Trial identifier used by lead organization, ie. Center for Experimental Therapeutics Program (CTEP) ID or Industry Sponsored ID. This is usually a short identifier. Example: E4412. | < string > |
|
read_length
required |
Number of cycles for each sequencing read. | < integer > |
|
sequencer_platform
required |
Sequencer Model, e.g. HiSeq 2500, NextSeq, NovaSeq. |
<
string
>
|
| bait_set | Bait set ID. | < string > |
| library_kit | The library construction kit. | < string > |
| sequencing_protocol | Protocol and version used for the sequencing. | < string > |
| Property | Description | Data Type | |||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
required
<
array
>
A single data record from ATACseq assay.
|
| Property | Description | Data Type |
|---|---|---|
|
batch_id
required |
ATACseq batch identification number. Unique to every batch. | < string > |
|
protocol_identifier
required |
Trial identifier used by lead organization, ie. Center for Experimental Therapeutics Program (CTEP) ID or Industry Sponsored ID. This is usually a short identifier. Example: E4412. | < string > |
| Property | Description | Data Type | ||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
required
<
array
>
A single analysis record from ATACseq analysis.
|
||||||||||||||||||||||||||||||||
|
<
array
>
A list of samples excluded from analysis, along with the reasons why.
|
| Entity | Description |
|---|---|
| ATACseq [FASTQ] assay template | Assay for Transposase-Accessible Chromatin by Sequencing (ATACseq) data submission via FASTQ files. |
| Entity | Description |
|---|---|
| ATACseq analysis template | Assay by Transposase-Accessible Chromatin by Sequencing (ATACseq) analysis submission. |


| Package | Description |
|---|---|
| org.objectweb.asm |
Provides a small and fast bytecode manipulation framework.
|
| Modifier and Type | Field and Description |
|---|---|
(package private) Item[] |
ClassWriter.items
The constant pool's hash table data.
|
(package private) Item |
ClassWriter.key
A reusable key used to look for items in the
ClassWriter.items hash table. |
(package private) Item |
ClassWriter.key2
A reusable key used to look for items in the
ClassWriter.items hash table. |
(package private) Item |
ClassWriter.key3
A reusable key used to look for items in the
ClassWriter.items hash table. |
(package private) Item |
ClassWriter.key4
A reusable key used to look for items in the
ClassWriter.items hash table. |
(package private) Item |
Item.next
Link to another constant pool item, used for collision lists in the
constant pool's hash table.
|
(package private) Item[] |
ClassWriter.typeTable
A type table used to temporarily store internal names that will not
necessarily be stored in the constant pool.
|
| Modifier and Type | Method and Description |
|---|---|
private Item |
ClassWriter.addType(Item item)
Adds the given Item to
ClassWriter.typeTable . |
private Item |
ClassWriter.get(Item key)
Returns the constant pool's hash table item which is equal to the given
item.
|
(package private) Item |
ClassWriter.newClassItem(java.lang.String value)
Adds a class reference to the constant pool of the class being build.
|
(package private) Item |
ClassWriter.newConstItem(java.lang.Object cst)
Adds a number or string constant to the constant pool of the class being
build.
|
(package private) Item |
ClassWriter.newDouble(double value)
Adds a double to the constant pool of the class being build.
|
(package private) Item |
ClassWriter.newFieldItem(java.lang.String owner,
java.lang.String name,
java.lang.String desc)
Adds a field reference to the constant pool of the class being build.
|
(package private) Item |
ClassWriter.newFloat(float value)
Adds a float to the constant pool of the class being build.
|
(package private) Item |
ClassWriter.newHandleItem(int tag,
java.lang.String owner,
java.lang.String name,
java.lang.String desc)
Adds a handle to the constant pool of the class being build.
|
(package private) Item |
ClassWriter.newInteger(int value)
Adds an integer to the constant pool of the class being build.
|
(package private) Item |
ClassWriter.newInvokeDynamicItem(java.lang.String name,
java.lang.String desc,
Handle bsm,
java.lang.Object... bsmArgs)
Adds an invokedynamic reference to the constant pool of the class being
build.
|
(package private) Item |
ClassWriter.newLong(long value)
Adds a long to the constant pool of the class being build.
|
(package private) Item |
ClassWriter.newMethodItem(java.lang.String owner,
java.lang.String name,
java.lang.String desc,
boolean itf)
Adds a method reference to the constant pool of the class being build.
|
(package private) Item |
ClassWriter.newMethodTypeItem(java.lang.String methodDesc)
Adds a method type reference to the constant pool of the class being
build.
|
(package private) Item |
ClassWriter.newNameTypeItem(java.lang.String name,
java.lang.String desc)
Adds a name and type to the constant pool of the class being build.
|
private Item |
ClassWriter.newString(java.lang.String value)
Adds a string to the constant pool of the class being build.
|
| Modifier and Type | Method and Description |
|---|---|
private Item |
ClassWriter.addType(Item item)
Adds the given Item to
ClassWriter.typeTable . |
private void |
ClassReader.copyBootstrapMethods(ClassWriter classWriter,
Item[] items,
char[] c)
Copies the bootstrap method data into the given
ClassWriter . |
(package private) void |
Frame.execute(int opcode,
int arg,
ClassWriter cw,
Item item)
Simulates the action of the given instruction on the output stack frame.
|
private Item |
ClassWriter.get(Item key)
Returns the constant pool's hash table item which is equal to the given
item.
|
(package private) boolean |
Item.isEqualTo(Item i)
Indicates if the given item is equal to this one.
|
private void |
ClassWriter.put(Item i)
Puts the given item in the constant pool's hash table.
|
| Constructor and Description |
|---|
Item(int index,
Item i)
Constructs a copy of the given item.
|


|
AnahitaPlus
|
Public Member Functions | |
| def | __init__ (self, inertial_frame_id='world') |
| def | namespace (self) |
| def | body_frame_id (self) |
| def | inertial_frame_id (self) |
| def | mass (self) |
| def | volume (self) |
| def | gravity (self) |
| def | density (self) |
| def | height (self) |
| def | width (self) |
| def | length (self) |
| def | pos (self) |
| def | pos (self, position) |
| def | depth (self) |
| def | heading (self) |
| def | quat (self) |
| def | quat (self, q) |
| def | quat_dot (self) |
| def | vel (self) |
| def | vel (self, velocity) |
| def | acc (self) |
| def | euler (self) |
| def | euler_dot (self) |
| def | restoring_forces (self) |
| def | Mtotal (self) |
| def | Ctotal (self) |
| def | Dtotal (self) |
| def | pose_euler (self) |
| def | pose_quat (self) |
| def | rotItoB (self) |
| def | rotBtoI (self) |
| def | TItoBeuler (self) |
| def | TBtoIeuler (self) |
| def | TBtoIquat (self) |
| def | to_SNAME (self, x) |
| def | from_SNAME (self, x) |
| def | print_info (self) |
| def | set_added_mass (self, Ma) |
| def | set_damping_coef (self, linear_damping, quad_damping) |
| def | compute_force (self, acc=None, vel=None, with_restoring=True, use_sname=True) |
| def | compute_acc (self, gen_forces=None, use_sname=True) |
| def | get_jacobian (self) |
| def | update_odometry (self, msg) |
Static Public Member Functions | |
| def | q_to_matrix (q) |
Public Attributes | |
| transform_ned_to_enu | |
Static Public Attributes | |
| INSTANCE = None | |
Vehicle interface to be used by model-based controllers. It receives the parameters necessary to compute the vehicle's motion according to Fossen's.
| def uuv_control_interfaces.vehicle.Vehicle.__init__ | ( | self, | |
inertial_frame_id = 'world' |
|||
| ) |
Class constructor.
| def uuv_control_interfaces.vehicle.Vehicle.acc | ( | self | ) |
Return linear and angular acceleration vector.
| def uuv_control_interfaces.vehicle.Vehicle.compute_acc | ( | self, | |
gen_forces = None , |
|||
use_sname = True |
|||
| ) |
Calculate inverse dynamics to obtain the acceleration vector.
| def uuv_control_interfaces.vehicle.Vehicle.compute_force | ( | self, | |
acc = None , |
|||
vel = None , |
|||
with_restoring = True , |
|||
use_sname = True |
|||
| ) |
Return the sum of forces acting on the vehicle. Given acceleration and velocity vectors, this function returns the sum of forces given the rigid-body and hydrodynamic models for the marine vessel.
| def uuv_control_interfaces.vehicle.Vehicle.depth | ( | self | ) |
Return depth of the vehicle.
| def uuv_control_interfaces.vehicle.Vehicle.euler | ( | self | ) |
Return orientation in Euler angles as described in Fossen, 2011.
| def uuv_control_interfaces.vehicle.Vehicle.euler_dot | ( | self | ) |
Return time derivative of the Euler angles.
| def uuv_control_interfaces.vehicle.Vehicle.get_jacobian | ( | self | ) |
Return the Jacobian for the current orientation using transformations from BODY to INERTIAL frame.
| def uuv_control_interfaces.vehicle.Vehicle.heading | ( | self | ) |
Return the heading of the vehicle.
| def uuv_control_interfaces.vehicle.Vehicle.namespace | ( | self | ) |
Return robot namespace.
| def uuv_control_interfaces.vehicle.Vehicle.pos | ( | self | ) |
Return the position of the vehicle.
| def uuv_control_interfaces.vehicle.Vehicle.pose_euler | ( | self | ) |
Return pose as a vector, orientation in Euler angles.
| def uuv_control_interfaces.vehicle.Vehicle.pose_quat | ( | self | ) |
Return pose as a vector, orientation as quaternion.
| def uuv_control_interfaces.vehicle.Vehicle.print_info | ( | self | ) |
Print the vehicle's parameters.
| def uuv_control_interfaces.vehicle.Vehicle.quat | ( | self | ) |
Return orientation quaternion.
| def uuv_control_interfaces.vehicle.Vehicle.quat_dot | ( | self | ) |
Return the time derivative of the quaternion vector.
| def uuv_control_interfaces.vehicle.Vehicle.restoring_forces | ( | self | ) |
Return the restoring force vector.
| def uuv_control_interfaces.vehicle.Vehicle.rotBtoI | ( | self | ) |
Return rotation from BODY to INERTIAL frame using the zyx convention to retrieve Euler angles from the quaternion vector (Fossen, 2011).
| def uuv_control_interfaces.vehicle.Vehicle.rotItoB | ( | self | ) |
Return rotation from INERTIAL to BODY frame
| def uuv_control_interfaces.vehicle.Vehicle.set_added_mass | ( | self, | |
| Ma | |||
| ) |
Set added-mass matrix coefficients.
| def uuv_control_interfaces.vehicle.Vehicle.set_damping_coef | ( | self, | |
| linear_damping, | |||
| quad_damping | |||
| ) |
Set linear and quadratic damping coefficients.
| def uuv_control_interfaces.vehicle.Vehicle.TBtoIquat | ( | self | ) |
Return matrix for transformation of BODY-fixed angular velocities in the BODY frame in relation to the INERTIAL frame into quaternion rate.
| def uuv_control_interfaces.vehicle.Vehicle.update_odometry | ( | self, | |
| msg | |||
| ) |
Odometry topic subscriber callback function.
| def uuv_control_interfaces.vehicle.Vehicle.vel | ( | self | ) |
Return linear and angular velocity vector.
| def uuv_control_interfaces.vehicle.Vehicle.vel | ( | self, | |
| velocity | |||
| ) |
Set the velocity vector in the BODY frame.


Saturday started off as hectic as one would have expected when coordinating a trip between three families, only one of which is not loaded with the burden… err, blessing, I should say — of children under 6. It’s a goddamn miracle we arrived at the lovely little beach town of Cambury before 1 pm. A goddamn miracle.
Speaking of which, the boys and I were quite the fools back in the day when we traveled to Guarujá and payed a hundred Reais to squeeze into the maid’s room at the hotel for a weekend. Had we continued another hour north we would have found it well worth our troubles and adventures to be lost in the thickest of jungles of the Mata Atlantica bordering the nicest beach town yet.
Such is the folly of youth, I suppose.
Often times it happens that the universe is not cooperative and decides to turn things against one’s every whim. Sometimes though – sometimes the universe gets creative and events conspire to turn your way. I feel, friends, that this weekend was one such time.
I had every intention of spending the weekend surfing as much as possible on my birthday budget, though renting boards in Brazil is getting more and more expensive every time I’m here. I never really considered just chilling on the beach…I never really understood why people do that when there’s so much more to do.
But the universe conspired, remember, and all was set on track.
–
On arrival at our pretty little pousada, I went around back to explore the joint and its surrounding foliage, which is ample and thick, just the way I like it. I can only imagine what people must think seeing a white dude with long hair, an obviously-foreign look about him and poking around a maintenance area that has barely any room between it and the jungle. Suspicions of mischief must overload their minds.
Whatever their fears, they stayed away, and I am thankful for that. With few exceptions, in a place like this I’m pretty much anti-people.
While exploring I found an old dude with white hair and very short shorts waxing a surfboard with a grin on his face that could fit a kitten.
“Alex,” he introduced himself, reaching over his wooden board to shake my hand. I took it.
Alex worked as a real-estate agent in Campinas and also ran a welding supply company. I think that’s what it was. I might have lost some of that in the translation.
“Are you in the pousada for long,” he asked me.
“Nah, just the weekend. Hope to get some surfing done.”
“Good,” he said. “This is the place to do it. Rodrigo runs a very nice pousada here – plenty of space to move around and everyone leaves you alone. My wife and I don’t go anywhere else in this state.”
“Wonderful,” I said. “That’s exactly what I’ll need this weekend.”
I asked him what the going rate was for board-rental in the area.
 He asked. “I’ve got 5 in that closet behind you.”
I looked at him in mild disbelief, waiting for him to tell me how much he was going to charge me for his boards. But it never came.
“I won’t lend you this one because I just got it and want to try it out. It’s a big board too, shaped by a guy in San Luis Obispo in California. Great surf out there!”
“I know,” I said, hiding my smile, “I’ve heard.” That was no time to show off.
So he gave me his long board and I headed for the sand, to beach where the waves were plentiful, fast, well-formed and over sandbars, not rocks or a reef. Sand is better than stones or coral in a situation like this where you’re surfing in a Speedo.
–
Later that evening, surfed out and tanked on a clear liquor that Alex had served up for me, I joined him and his wife, Amparo, in a conversation with the funny little man who owns the pousada, Rodrigo.
Amparo was a short, black-haired woman with the body of a 25 year-old but the sullenness of a woman 15 years her senior. She was the quiet type and we didn’t hear much from her throughout the night, but her exotic beauty complimented her stern appearance and she wore her age well.
Rodrigo, we quickly discovered, an Anarchist. How about that? I don’t think I’ve ever met one before. Alex mentioned that he becomes more anarchistic the more drunk he is but at this point he was pretty far gone and he really wanted government out.
“What Brazil is needs,” he stumbled, “isn’t fairness or fewer taxes or health care. We need to do what the Americans are doing! Terrorism!”
I leaned back on the couch. Alex rolled his eyes. Amparo said nothing.
“Look at how much unity it’s inspired in them. We need more terrorism in this country.”
“So why don’t you do something about it, you freak?” Alex said pointedly, clearly probing his friend’s inebriation.
“I don’t think you realize what it takes to have good terrorists bother you,” I told him, very casually. “You have to work at it. You think it was easy pissing off enough people in the right way?”
Alex and Rodrigo looked at me with confusion on their faces.
“You boys need more insight into the stealing that goes on the government. There’s too much hiding behind legislation and phony back offices in the Brazilian Government. If you’re going to have an anarchistic revolt full of terror and senseless violence, you have to get people there. You have to steal out in the open, lie to the people directly, in the press conferences, to their faces, and look comfortable doing it full of disdain for the law and with a middle finger out of the public. The only other way to do it is to invade enough middle eastern countries, but you don’t have the organization for that.”
They seemed satisfied with this advice and mulled over it for the rest of the night but I got bored of festering unrest.  He spoke of military occupation and oppression of free thought as if it were the only solution, a polar opposite to our inn-keeper, Rodrigo.
“Sometimes,” he said, “the only solution is to wipe out the trouble makers. Get rid of that scum.” Everyone looked aghast. I don’t think any of them had ever met so much as a neocon, let alone a tyrannical lunatic.
Their arguments ensued, mostly civilized, and mostly because Rodrigo passed out on the table a few minutes into it. I took the opportunity to sneak off elsewhere, to a place where the anarchists aren’t yet looming, but neither are the neocons, the armies of Jesus, or the Nazis. Fuck, man, I don’t need that on a weekend.


Learning how to use differents kinds of printers, firts we printed a shirt the process was pretty fast and simple, after i made a mug it was difficult but it turned out very well, and last I printed on a piece of wood using the UV printer it was pretty cool, but hard
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that everyone should have access to Computer Science courses. Many individuals at Tufts have worked hard to achieve this. But student demand greatly exceeds available resources. And it's getting worse. This week hundreds of Tufts students are unable to register for computer science courses due a
new policy.
Join Solve's email campaign to let Tufts’ decision-makers know how serious this problem is.


The Best Black Friday Deals For VR Enthusiasts
by Sol RogersBlack Friday originated in America and has been the busiest shopping day of the year since 2005. The rest of the world has quickly caught on, and now Black Friday it is a global phenomenon. This year, Black Friday officially lands on the 29th of November. However, Amazon and many others have stretched the period so it covers two Fridays—Friday November 22 to Friday November 29— so the shopping frenzy has started earlier and will last eight whole days!
If you’ve been thinking about buying a VR headset for yourself or a loved one, now is the perfect time to get shopping. I’ve had a look around and gathered together a list of some of the best VR deals out there. So, what are you waiting for?!
Oculus
The release of the Oculus Quest earlier this year took the immersive industry by storm. It’s no surprise, therefore, that everyone’s eyes are on Oculus to see what discounts will be available this Black Friday. Well, if you’ve been wanting to get your hands on the Quest or a Rift S, now is definitely the time to!
Oculus plans to bundle its Quest headset with all three episodes of its critically acclaimed Star Wars VR series, Vader Immortal, which is usually priced at $30. This will be available from November 21st until January 31st, so there’s plenty of time to get your hands on this epic bundle. You'll need to activate your Oculus Quest within 30 days of your purchase to get Vader Immortal for free, with March 2nd being the last possible day to redeem the offer.
The Oculus Rift S is being discounted. It will be available for $350 (usually $399) from November 28th to December 2nd from Amazon, Oculus, Lenovo and Best Buy.
The Oculus Go is also seeing some good discounts, so if you’re up for a cheaper standalone HMD that will fulfil your basic VR needs, take advantage of these slashed prices! The 32GB model will be discounted from $199 to just $149 and the 64GB model will be reduced from $249 to $199.
HTC Vive
While there’s no news of any Vive headsets being discounted for Black Friday, HTC is reducing its VivePort Infinity subscription service—which gives you unlimited access to VR apps, games and videos—from $12.99 down to $4.99/mo! Plus, you get a 14 day free trial, 10% off content once per month at checkout, as well as exclusive offers and discounts on weekend deals.
PSVR
Target has a PSVR bundle + five games for $200 this Black Friday as part of its ‘Door Buster’ sale, which includes the PSVR headset (with all necessary cables), PlayStation Camera and five VR games:
- Astrobot Rescue Mission,
- Resident Evil 7 biohazard,
- Skyrim VR,
- PlayStation Worlds,
- Everybody’s Golf VR
Or, if you’ve got a bit more cash to spare and want to get the full kit, you can pick up the PlayStation VR Bundle with two Games (Blood & Truth and Everybody’s Golf VR) and two Move Controllers for $249.99 at multiple retailers (usually $349.99).


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lwIP
2.1.3
Lightweight IP stack
|
Macros | |
| #define | BYTE_ORDER LITTLE_ENDIAN |
| #define | LWIP_RAND() ((u32_t)rand()) |
| #define | LWIP_PLATFORM_DIAG(x) do {printf x;} while(0) |
| #define | LWIP_PLATFORM_ASSERT(x) |
| #define | LWIP_NO_STDDEF_H 0 |
| #define | LWIP_NO_STDINT_H 0 |
| #define | LWIP_NO_INTTYPES_H 0 |
| #define | LWIP_NO_LIMITS_H 0 |
| #define | LWIP_NO_CTYPE_H 0 |
| #define | LWIP_CONST_CAST(target_type, val) ((target_type)((ptrdiff_t)val)) |
| #define | LWIP_ALIGNMENT_CAST(target_type, val) LWIP_CONST_CAST(target_type, val) |
| #define | LWIP_PTR_NUMERIC_CAST(target_type, val) LWIP_CONST_CAST(target_type, val) |
| #define | LWIP_PACKED_CAST(target_type, val) LWIP_CONST_CAST(target_type, val) |
| #define | LWIP_DECLARE_MEMORY_ALIGNED(variable_name, size) u8_t variable_name[LWIP_MEM_ALIGN_BUFFER(size)] |
| #define | LWIP_MEM_ALIGN_SIZE(size) (((size) + MEM_ALIGNMENT - 1U) & ~(MEM_ALIGNMENT-1U)) |
| #define | LWIP_MEM_ALIGN_BUFFER(size) (((size) + MEM_ALIGNMENT - 1U)) |
| #define | LWIP_MEM_ALIGN(addr) ((void *)(((mem_ptr_t)(addr) + MEM_ALIGNMENT - 1) & ~(mem_ptr_t)(MEM_ALIGNMENT-1))) |
| #define | PACK_STRUCT_BEGIN |
| #define | PACK_STRUCT_END |
| #define | PACK_STRUCT_STRUCT |
| #define | PACK_STRUCT_FIELD(x) x |
| #define | PACK_STRUCT_FLD_8(x) PACK_STRUCT_FIELD(x) |
| #define | PACK_STRUCT_FLD_S(x) PACK_STRUCT_FIELD(x) |
| #define | PACK_STRUCT_USE_INCLUDES |
| #define | LWIP_UNUSED_ARG(x) (void)x |
| #define | LWIP_PROVIDE_ERRNO |
All defines related to this section must not be placed in lwipopts.h, but in arch/cc.h! If the compiler does not provide memset() this file must include a definition of it, or include a file which defines it. These options cannot be #defined in lwipopts.h since they are not options of lwIP itself, but options of the lwIP port to your system.
| #define BYTE_ORDER LITTLE_ENDIAN |
Define the byte order of the system. Needed for conversion of network data to host byte order. Allowed values: LITTLE_ENDIAN and BIG_ENDIAN
| #define LWIP_ALIGNMENT_CAST | ( | target_type, | |
| val | |||
| ) | LWIP_CONST_CAST(target_type, val) |
Get rid of alignment cast warnings (GCC -Wcast-align)
| #define LWIP_CONST_CAST | ( | target_type, | |
| val | |||
| ) | ((target_type)((ptrdiff_t)val)) |
C++ const_cast<target_type>(val) equivalent to remove constness from a value (GCC -Wcast-qual)
| #define LWIP_DECLARE_MEMORY_ALIGNED | ( | variable_name, | |
| size | |||
| ) | u8_t variable_name[LWIP_MEM_ALIGN_BUFFER(size)] |
Allocates a memory buffer of specified size that is of sufficient size to align its start address using LWIP_MEM_ALIGN. You can declare your own version here e.g. to enforce alignment without adding trailing padding bytes (see LWIP_MEM_ALIGN_BUFFER) or your own section placement requirements.
e.g. if you use gcc and need 32 bit alignment:
#define LWIP_DECLARE_MEMORY_ALIGNED(variable_name, size) u8_t variable_name[size] __attribute__((aligned(4)))
or more portable:
#define LWIP_DECLARE_MEMORY_ALIGNED(variable_name, size) u32_t variable_name[(size + sizeof(u32_t) - 1) / sizeof(u32_t)]
| #define LWIP_MEM_ALIGN | ( | addr | ) | ((void *)(((mem_ptr_t)(addr) + MEM_ALIGNMENT - 1) & ~(mem_ptr_t)(MEM_ALIGNMENT-1))) |
Align a memory pointer to the alignment defined by MEM_ALIGNMENT so that ADDR % MEM_ALIGNMENT == 0
| #define LWIP_MEM_ALIGN_BUFFER | ( | size | ) | (((size) + MEM_ALIGNMENT - 1U)) |
Calculate safe memory size for an aligned buffer when using an unaligned type as storage. This includes a safety-margin on (MEM_ALIGNMENT - 1) at the start (e.g. if buffer is u8_t[] and actual data will be u32_t*)
| #define LWIP_MEM_ALIGN_SIZE | ( | size | ) | (((size) + MEM_ALIGNMENT - 1U) & ~(MEM_ALIGNMENT-1U)) |
Calculate memory size for an aligned buffer - returns the next highest multiple of MEM_ALIGNMENT (e.g. LWIP_MEM_ALIGN_SIZE(3) and LWIP_MEM_ALIGN_SIZE(4) will both yield 4 for MEM_ALIGNMENT == 4).
| #define LWIP_NO_CTYPE_H 0 |
Define this to 1 in arch/cc.h of your port if your compiler does not provide the ctype.h header. If ctype.h is available, a few character functions are mapped to the appropriate functions (lwip_islower, lwip_isdigit...), if not, a private implementation is provided.
| #define LWIP_NO_INTTYPES_H 0 |
Define this to 1 in arch/cc.h of your port if your compiler does not provide the inttypes.h header. You need to define the format strings listed in lwip/arch.h yourself in this case (X8_F, U16_F...).
| #define LWIP_NO_LIMITS_H 0 |
Define this to 1 in arch/cc.h of your port if your compiler does not provide the limits.h header. You need to define the type limits yourself in this case (e.g. INT_MAX, SSIZE_MAX).
| #define LWIP_NO_STDDEF_H 0 |
Define this to 1 in arch/cc.h of your port if you do not want to include stddef.h header to get size_t. You need to typedef size_t by yourself in this case.
| #define LWIP_NO_STDINT_H 0 |
Define this to 1 in arch/cc.h of your port if your compiler does not provide the stdint.h header. You need to typedef the generic types listed in lwip/arch.h yourself in this case (u8_t, u16_t...).
| #define LWIP_PACKED_CAST | ( | target_type, | |
| val | |||
| ) | LWIP_CONST_CAST(target_type, val) |
Avoid warnings/errors related to implicitly casting away packed attributes by doing a explicit cast
| #define LWIP_PLATFORM_ASSERT | ( | x | ) |
Platform specific assertion handling.
Note the default implementation pulls in printf, fflush and abort, which may in turn pull in a lot of standard libary code. In resource-constrained systems, this should be defined to something less resource-consuming.
| #define LWIP_PLATFORM_DIAG | ( | x | ) | do {printf x;} while(0) |
Platform specific diagnostic output.
Note the default implementation pulls in printf, which may in turn pull in a lot of standard libary code. In resource-constrained systems, this should be defined to something less resource-consuming.
| #define LWIP_PROVIDE_ERRNO |
LWIP_PROVIDE_ERRNO==1: Let lwIP provide ERRNO values and the 'errno' variable. If this is disabled, cc.h must either define 'errno', include <errno.h>, define LWIP_ERRNO_STDINCLUDE to get <errno.h> included or define LWIP_ERRNO_INCLUDE to <errno.h> or equivalent.
| #define LWIP_PTR_NUMERIC_CAST | ( | target_type, | |
| val | |||
| ) | LWIP_CONST_CAST(target_type, val) |
Get rid of warnings related to pointer-to-numeric and vice-versa casts, e.g. "conversion from 'u8_t' to 'void *' of greater size"
| #define LWIP_RAND | ( | ) | ((u32_t)rand()) |
Define random number generator function of your system
| #define LWIP_UNUSED_ARG | ( | x | ) | (void)x |
Eliminates compiler warning about unused arguments (GCC -Wextra -Wunused).
| #define PACK_STRUCT_BEGIN |
Packed structs support. Placed BEFORE declaration of a packed struct.
For examples of packed struct declarations, see include/lwip/prot/ subfolder.
A port to GCC/clang is included in lwIP, if you use these compilers there is nothing to do here.
| #define PACK_STRUCT_END |
Packed structs support. Placed AFTER declaration of a packed struct.
For examples of packed struct declarations, see include/lwip/prot/ subfolder.
A port to GCC/clang is included in lwIP, if you use these compilers there is nothing to do here.
| #define PACK_STRUCT_FIELD | ( | x | ) | x |
Packed structs support. Wraps u32_t and u16_t members.
For examples of packed struct declarations, see include/lwip/prot/ subfolder.
A port to GCC/clang is included in lwIP, if you use these compilers there is nothing to do here.
| #define PACK_STRUCT_FLD_8 | ( | x | ) | PACK_STRUCT_FIELD(x) |
Packed structs support. Wraps u8_t members, where some compilers warn that packing is not necessary.
For examples of packed struct declarations, see include/lwip/prot/ subfolder.
A port to GCC/clang is included in lwIP, if you use these compilers there is nothing to do here.
| #define PACK_STRUCT_FLD_S | ( | x | ) | PACK_STRUCT_FIELD(x) |
Packed structs support. Wraps members that are packed structs themselves, where some compilers warn that packing is not necessary.
For examples of packed struct declarations, see include/lwip/prot/ subfolder.
A port to GCC/clang is included in lwIP, if you use these compilers there is nothing to do here.
| #define PACK_STRUCT_STRUCT |
Packed structs support. Placed between end of declaration of a packed struct and trailing semicolon.
For examples of packed struct declarations, see include/lwip/prot/ subfolder.
A port to GCC/clang is included in lwIP, if you use these compilers there is nothing to do here.
| #define PACK_STRUCT_USE_INCLUDES |
PACK_STRUCT_USE_INCLUDES==1: Packed structs support using #include files before and after struct to be packed.
The file included BEFORE the struct is "arch/bpstruct.h".
The file included AFTER the struct is "arch/epstruct.h".
This can be used to implement struct packing on MS Visual C compilers, see the Win32 port in the lwIP contrib repository for reference. For examples of packed struct declarations, see include/lwip/prot/ subfolder.
A port to GCC/clang is included in lwIP, if you use these compilers there is nothing to do here.


About Me
I am a fullstack devoloper seeking a career as a Project Manager guiding a team focused on the technical aspect of business
I am currently attending the coding boot camp at Georgia Tech.
I am pursuing my Masters in IT Management.
I am a fullstack devoloper seeking a career as a Project Manager guiding a team focused on the technical aspect of business
I am currently attending the coding boot camp at Georgia Tech.
I am pursuing my Masters in IT Management.


--- C
--- %RH
--- m/s
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min
--- C
--- %RH
--- C
--- %RH
--- C
--- %RH
--- C
--- %RH
Pirkkala
--- C
--- %RH
-
Poisto --- C --- RH%
Tulo --- ---
Jate --- C --- %RH
Raikas --- C --- %RH
Ulko --- C --- %RH
Lammitys ---
KesaTalvi ---
Ping ---
Trace ---
Wind --- m/s
Dir --- deg
weath ---
RAW Data ---


Preston is consistently painted in a negative light: ranking first for lowest annual salary in the UK and dubbed the begging capital of Lancashire in a recent study. For the first time, we are able to focus in detail on the levels of deprivation in Preston crunching data with postcodes. The Index of Multiple Deprivation (IMD) officially measures relative deprivation within small areas of England (called Lower Super Output Areas or LSOA). The data is gathered and organised by the Oxford Consultants for Social Inclusion (OCSI). It is calculated by combining weighted scores of ten main criteria: Income, Employment, Education, Health, Environment, Crime, Housing and Services. Each one is composed of sub- domains which influence the overall score of the IMD.
Preston is a city full of diversity, with a wealth of ethnicities and ages contributing to society. With such multiculturalism comes a place enriched in cultures spreading across the city, meaning no two areas of Preston are the same. As the city continues to grow, with an £18 million project to transform the Friargate area in the centre currently underway to house more students; a golf club in Samlesbury is being built on after it became unsustainable. Elsewhere, many schools in the Barton area of Preston have received outstanding Ofsted reports, where as in Eccleston others came under fire. This shows that while some areas of Preston are showing signs of prospering, others are struggling.
The true value of Preston does not lie in the statistics; it lies in the people. We decided to capture the atmosphere and colour of the city by focussing on the demographic split of each area by post code, and highlighting pockets of concentration of particular age groups. While the city centre tends to buzz with student life, with many living on the university campus or student housing close by; as you delve further into suburban Preston, you’ll find families living closer to schools and within commuting distance to the city centre.
So there it is, a detailed way for you to see and analyse Preston any time you like. As expected, it’s clear that there is a real disparity between some neighbourhoods in the city when it comes to deprivation. These visualisations were not made to praise or criticise certain areas, but to allow you a complex and indepth way to get to know your neighbourhood even better. Were you surprised by what you saw? How did your neighborhood compare to your friends’? Does this study show that Preston isn’t really that bad after all? Leave a comment with your thoughts.
AGR, École de l'image
Nantes
AGR, École de l'image
Nantes
SciencesCom
Nantes
SciencesCom
Nantes
Polytech
Nantes
Polytech
Nantes
Polytech
Nantes
UCLan
Preston
UCLan
Preston
UCLan
Preston
This site has been thought, created and developped with love by Team Chocolytech


[§236E-1] Short title. This chapter shall be known and may be cited as the Estate and Generation-Skipping Transfer Tax Reform Act. [L 2012, c 220, pt of §1]


Seer Livina:
You're not who I've been waiting for. You aren't ready to follow the Path of Fate.
(Characters must have achieved at least level 20 to undertake this quest.)