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Biomedical Image Analysis Library
The Biomedical Image Analysis Library is a poweful tool for developers, physicians, researchers, engineers, and so on.
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Adjacency relation and forward iteratior related to a matrix. More...
#include <Adjacency.hpp>
Public Member Functions | |
| Adjacency () | |
| Basic Constructor. More... | |
| Adjacency (size_t dims, size_t size) | |
| Basic Constructor. More... | |
| Adjacency (const Vector< size_t > &src_displacement, const Vector< size_t > &tgt_displacement) | |
| Basic Constructor. Build a n-dimensional box from src_displacement to tgt_displacement. More... | |
| template<class D > | |
| Adjacency (const Matrix< D > &mat) | |
| Basic Constructor. Build an adjacency based on a matrix. Non-zero elements are set as adjacents a coefficients are matrix values. Adjacency centralized in dim / 2. More... | |
| template<class D > | |
| Adjacency (const Image< D > &img) | |
| Basic Constructor. Build an adjacency based on an image. Non-zero elements are set as adjacents a coefficients are image values. Adjacency centralized in dim / 2. More... | |
| Adjacency (const Image< Color > &img) | |
| float | operator() (size_t elem, size_t dim) const |
| Returns data pointed by index ( elem, dim ). More... | |
| float & | operator() (size_t elem, size_t dim) |
| Returns the reference for data pointed by index ( elem, dim ). More... | |
| Vector< size_t > | operator() (const Vector< size_t > &dim, const Vector< size_t > &index, size_t adj_index) const |
| Returns a vector containing the indexes of the adjacent element to the given source element in spa domain. If the adjacent element is out of the space bounds it returns a copy of dim vector. More... | |
| size_t | operator() (const Vector< size_t > &dim, size_t position, size_t adj_index) const |
| Returns the global index of the element in space 'dim' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the space bounds, than matrix size is returned. More... | |
| template<class D > | |
| Vector< size_t > | operator() (const Matrix< D > &mat, const Vector< size_t > &index, size_t adj_index) const |
| Returns a Vector containing the indexes of the element in matrix 'mat' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the matrix bounds, than NULL is returned. More... | |
| template<class D > | |
| size_t | operator() (const Matrix< D > &mat, size_t position, size_t adj_index) const |
| Returns the global index of the element in matrix 'mat' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the matrix bounds, than matrix size is returned. More... | |
| template<class D > | |
| Vector< size_t > | operator() (const Image< D > &img, const Vector< size_t > &index, size_t adj_index) const |
| Returns a Vector containing the indexes of the element in image 'img' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the image bounds, than NULL is returned. More... | |
| template<class D > | |
| size_t | operator() (const Image< D > &img, size_t position, size_t adj_index) const |
| Returns the global index of the element in image 'img' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the image bounds, than image size is returned. More... | |
| Vector< size_t > | SortByDistance (bool increasing_order=true) |
| Sort adjacency elements in increasing (or decreasing) order with respect to the distance from t reference element. More... | |
| float | Displacement (size_t elem, size_t dim) const |
| Returns the displacement in dimention dim for adjacent elem. More... | |
| size_t | Dims () const |
| Returns the number of dimensions of the adjacency relation. More... | |
| size_t | Size () const |
| Returns the number of elements of the adjacency relation. More... | |
| size_t | size () const |
| Same as Size( ). Just for coherence with Image.size( ). More... | |
| Vector< size_t > | Adj2 (const Vector< size_t > &dim, const Vector< size_t > &index, size_t adj_index) const |
| Returns a Vector containing the first two indexes of the element in space 'dim' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the space bounds, than NULL is returned. More... | |
| size_t | Adj2 (const Vector< size_t > &dim, size_t position, size_t adj_index) const |
| Returns the global index of the element in space 'dim' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the space bounds, than matrix size is returned. More... | |
| template<class D > | |
| Vector< size_t > | Adj2 (const Matrix< D > &mat, const Vector< size_t > &index, size_t adj_index) const |
| Returns a Vector containing the first two indexes of the element in matrix 'mat' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the matrix bounds, than NULL is returned. More... | |
| template<class D > | |
| size_t | Adj2 (const Matrix< D > &mat, size_t position, size_t adj_index) const |
| Returns the global index of the element in matrix 'mat' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the matrix bounds, than matrix size is returned. More... | |
| template<class D > | |
| Vector< size_t > | Adj2 (const Image< D > &img, const Vector< size_t > &index, size_t adj_index) const |
| Returns a Vector containing the first two indexes of the element in image 'img' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the image bounds, than NULL is returned. More... | |
| template<class D > | |
| size_t | Adj2 (const Image< D > &img, size_t position, size_t adj_index) const |
| Returns the global index of the element in image 'img' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the image bounds, than image size is returned. More... | |
| Vector< size_t > | Adj3 (const Vector< size_t > &dim, const Vector< size_t > &index, size_t adj_index) const |
| Returns a Vector containing the first three indexes of the element in space 'dim' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the space bounds, than NULL is returned. More... | |
| size_t | Adj3 (const Vector< size_t > &dim, size_t position, size_t adj_index) const |
| Returns the global index of the element in space 'dim' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the space bounds, than matrix size is returned. More... | |
| template<class D > | |
| Vector< size_t > | Adj3 (const Matrix< D > &mat, const Vector< size_t > &index, size_t adj_index) const |
| Returns a Vector containing the first three indexes of the element in matrix 'mat' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the matrix bounds, than NULL is returned. More... | |
| template<class D > | |
| size_t | Adj3 (const Matrix< D > &mat, size_t position, size_t adj_index) const |
| Returns the global index of the element in matrix 'mat' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the matrix bounds, than matrix size is returned. More... | |
| template<class D > | |
| Vector< size_t > | Adj3 (const Image< D > &img, const Vector< size_t > &index, size_t adj_index) const |
| Returns a Vector containing the first three indexes of the element in image 'img' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the image bounds, than NULL is returned. More... | |
| template<class D > | |
| size_t | Adj3 (const Image< D > &img, size_t position, size_t adj_index) const |
| Returns the global index of the element in image 'img' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the image bounds, than image size is returned. More... | |
| template<class O > | |
| O & | PrintDimensions (O &os) const |
| Prints adjacency relation dimensions to output stream os. More... | |
| template<class O > | |
| O & | Print (O &os) const |
| Prints adjacency to output stream os. More... | |
Protected Attributes | |
| Matrix< float > | relation |
| 2D matrix. First dimension refers to the number of dimensions of adjacency relation and the second dimension refers to the size of the adjacency relation, that is, the number of elements in it. Example: relation(dims, size) More... | |
Adjacency relation and forward iteratior related to a matrix.
Definition at line 27 of file Adjacency.hpp.
| Bial::Adjacency::Adjacency | ( | ) |
Basic Constructor.
| none |
| Bial::Adjacency::Adjacency | ( | size_t | dims, |
| size_t | size | ||
| ) |
Basic Constructor.
| dims | number of dimensions of the adjacency relation. Should be greater or equal to the image that will operate on. |
| size | number of elements of the adjacency relation. |
| Bial::Adjacency::Adjacency | ( | const Vector< size_t > & | src_displacement, |
| const Vector< size_t > & | tgt_displacement | ||
| ) |
Basic Constructor. Build a n-dimensional box from src_displacement to tgt_displacement.
| src_displacement | source displacement of the adjacency. |
| tgt_displacement | target displacement of the adjacency. |
Basic Constructor. Build an adjacency based on a matrix. Non-zero elements are set as adjacents a coefficients are matrix values. Adjacency centralized in dim / 2.
| mat | A matrix. |
Basic Constructor. Build an adjacency based on an image. Non-zero elements are set as adjacents a coefficients are image values. Adjacency centralized in dim / 2.
| img | An image. |
| Vector< size_t > Bial::Adjacency::Adj2 | ( | const Vector< size_t > & | dim, |
| const Vector< size_t > & | index, | ||
| size_t | adj_index | ||
| ) | const |
Returns a Vector containing the first two indexes of the element in space 'dim' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the space bounds, than NULL is returned.
| dim | Dimensions of the space where the element should be defined. |
| index | The indexes of the source element. |
| adj_index | Adjacency relation index in the displacement dimensions. |
| size_t Bial::Adjacency::Adj2 | ( | const Vector< size_t > & | dim, |
| size_t | position, | ||
| size_t | adj_index | ||
| ) | const |
Returns the global index of the element in space 'dim' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the space bounds, than matrix size is returned.
| dim | Dimensions of the space where the element should be defined. |
| position | The global position of the source element. |
| adj_index | Adjacency relation index in the displacement dimensions. |
| Vector< size_t > Bial::Adjacency::Adj2 | ( | const Matrix< D > & | mat, |
| const Vector< size_t > & | index, | ||
| size_t | adj_index | ||
| ) | const |
Returns a Vector containing the first two indexes of the element in matrix 'mat' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the matrix bounds, than NULL is returned.
| mat | The matrix where the adjacent element should be defined. |
| index | The indexes of the source element. |
| adj_index | Adjacency relation index in the displacement matrix. |
| size_t Bial::Adjacency::Adj2 | ( | const Matrix< D > & | mat, |
| size_t | position, | ||
| size_t | adj_index | ||
| ) | const |
Returns the global index of the element in matrix 'mat' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the matrix bounds, than matrix size is returned.
| mat | The matrix where the adjacent element should be defined. |
| position | The global position of the source element. |
| adj_index | Adjacency relation index in the displacement matrix. |
| Vector< size_t > Bial::Adjacency::Adj2 | ( | const Image< D > & | img, |
| const Vector< size_t > & | index, | ||
| size_t | adj_index | ||
| ) | const |
Returns a Vector containing the first two indexes of the element in image 'img' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the image bounds, than NULL is returned.
| img | The image where the adjacent element should be defined. |
| index | The indexes of the source element. |
| adj_index | Adjacency relation index in the displacement image. |
| size_t Bial::Adjacency::Adj2 | ( | const Image< D > & | img, |
| size_t | position, | ||
| size_t | adj_index | ||
| ) | const |
Returns the global index of the element in image 'img' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the image bounds, than image size is returned.
| img | The image where the adjacent element should be defined. |
| position | The global position of the source element. |
| adj_index | Adjacency relation index in the displacement image. |
| Vector< size_t > Bial::Adjacency::Adj3 | ( | const Vector< size_t > & | dim, |
| const Vector< size_t > & | index, | ||
| size_t | adj_index | ||
| ) | const |
Returns a Vector containing the first three indexes of the element in space 'dim' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the space bounds, than NULL is returned.
| dim | Dimensions of the space where the element should be defined. |
| index | The indexes of the source element. |
| adj_index | Adjacency relation index in the displacement dimensions. |
| size_t Bial::Adjacency::Adj3 | ( | const Vector< size_t > & | dim, |
| size_t | position, | ||
| size_t | adj_index | ||
| ) | const |
Returns the global index of the element in space 'dim' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the space bounds, than matrix size is returned.
| dim | Dimensions of the space where the element should be defined. |
| position | The global position of the source element. |
| adj_index | Adjacency relation index in the displacement dimensions. |
| Vector< size_t > Bial::Adjacency::Adj3 | ( | const Matrix< D > & | mat, |
| const Vector< size_t > & | index, | ||
| size_t | adj_index | ||
| ) | const |
Returns a Vector containing the first three indexes of the element in matrix 'mat' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the matrix bounds, than NULL is returned.
| mat | The matrix where the adjacent element should be defined. |
| index | The indexes of the source element. |
| adj_index | Adjacency relation index in the displacement matrix. |
| size_t Bial::Adjacency::Adj3 | ( | const Matrix< D > & | mat, |
| size_t | position, | ||
| size_t | adj_index | ||
| ) | const |
Returns the global index of the element in matrix 'mat' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the matrix bounds, than matrix size is returned.
| mat | The matrix where the adjacent element should be defined. |
| position | The global position of the source element. |
| adj_index | Adjacency relation index in the displacement matrix. |
| Vector< size_t > Bial::Adjacency::Adj3 | ( | const Image< D > & | img, |
| const Vector< size_t > & | index, | ||
| size_t | adj_index | ||
| ) | const |
Returns a Vector containing the first three indexes of the element in image 'img' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the image bounds, than NULL is returned.
| img | The image where the adjacent element should be defined. |
| index | The indexes of the source element. |
| adj_index | Adjacency relation index in the displacement image. |
| size_t Bial::Adjacency::Adj3 | ( | const Image< D > & | img, |
| size_t | position, | ||
| size_t | adj_index | ||
| ) | const |
Returns the global index of the element in image 'img' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the image bounds, than image size is returned.
| img | The image where the adjacent element should be defined. |
| position | The global position of the source element. |
| adj_index | Adjacency relation index in the displacement image. |
| size_t Bial::Adjacency::Dims | ( | ) | const |
Returns the number of dimensions of the adjacency relation.
| none. |
| float Bial::Adjacency::Displacement | ( | size_t | elem, |
| size_t | dim | ||
| ) | const |
Returns the displacement in dimention dim for adjacent elem.
| elem | Adjacency element index. |
| dim | Displacement dimension. |
| float Bial::Adjacency::operator() | ( | size_t | elem, |
| size_t | dim | ||
| ) | const |
| float& Bial::Adjacency::operator() | ( | size_t | elem, |
| size_t | dim | ||
| ) |
| Vector< size_t > Bial::Adjacency::operator() | ( | const Vector< size_t > & | dim, |
| const Vector< size_t > & | index, | ||
| size_t | adj_index | ||
| ) | const |
Returns a vector containing the indexes of the adjacent element to the given source element in spa domain. If the adjacent element is out of the space bounds it returns a copy of dim vector.
| dim | Dimensions of the space domain where the adjacent element should be found. |
| index | The indexes of the source element. |
| adj_index | Adjacency relation index in the displacement dimensions. |
| size_t Bial::Adjacency::operator() | ( | const Vector< size_t > & | dim, |
| size_t | position, | ||
| size_t | adj_index | ||
| ) | const |
Returns the global index of the element in space 'dim' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the space bounds, than matrix size is returned.
| dim | Dimensions of the space where the element should be defined. |
| position | The global position of the source element. |
| adj_index | Adjacency relation index in the displacement dimensions. |
| Vector< size_t > Bial::Adjacency::operator() | ( | const Matrix< D > & | mat, |
| const Vector< size_t > & | index, | ||
| size_t | adj_index | ||
| ) | const |
Returns a Vector containing the indexes of the element in matrix 'mat' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the matrix bounds, than NULL is returned.
| mat | The matrix where the adjacent element should be defined. |
| index | The indexes of the source element. |
| adj_index | Adjacency relation index in the displacement matrix. |
| size_t Bial::Adjacency::operator() | ( | const Matrix< D > & | mat, |
| size_t | position, | ||
| size_t | adj_index | ||
| ) | const |
Returns the global index of the element in matrix 'mat' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the matrix bounds, than matrix size is returned.
| mat | The matrix where the adjacent element should be defined. |
| position | The global position of the source element. |
| adj_index | Adjacency relation index in the displacement matrix. |
| Vector< size_t > Bial::Adjacency::operator() | ( | const Image< D > & | img, |
| const Vector< size_t > & | index, | ||
| size_t | adj_index | ||
| ) | const |
Returns a Vector containing the indexes of the element in image 'img' that is adjacent to element of indexes 'index' with respect to index 'adj_index'. If the adjacent element is out of the image bounds, than NULL is returned.
| img | The image where the adjacent element should be defined. |
| index | The indexes of the source element. |
| adj_index | Adjacency relation index in the displacement image. |
| size_t Bial::Adjacency::operator() | ( | const Image< D > & | img, |
| size_t | position, | ||
| size_t | adj_index | ||
| ) | const |
Returns the global index of the element in image 'img' that is adjacent to element 'position' with respect to index 'adj_index'. If the adjacent element is out of the image bounds, than image size is returned.
| mat | The image where the adjacent element should be defined. |
| position | The global position of the source element. |
| adj_index | Adjacency relation index in the displacement image. |
| O& Bial::Adjacency::Print | ( | O & | os | ) | const |
Prints adjacency to output stream os.
| os | an output stream. |
| O& Bial::Adjacency::PrintDimensions | ( | O & | os | ) | const |
Prints adjacency relation dimensions to output stream os.
| os | an output stream. |
| size_t Bial::Adjacency::Size | ( | ) | const |
Returns the number of elements of the adjacency relation.
| none. |
| size_t Bial::Adjacency::size | ( | ) | const |
Same as Size( ). Just for coherence with Image.size( ).
| none. |
| Vector< size_t > Bial::Adjacency::SortByDistance | ( | bool | increasing_order = true | ) |
Sort adjacency elements in increasing (or decreasing) order with respect to the distance from t reference element.
| increasing_order | true for sorting in reverse mode. |
|
protected |
2D matrix. First dimension refers to the number of dimensions of adjacency relation and the second dimension refers to the size of the adjacency relation, that is, the number of elements in it. Example: relation(dims, size)
Definition at line 37 of file Adjacency.hpp.


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THE GREY CLAN EPISODE ONE: IN CANDLELIGHT
BGT-WeiDU/EET/BG:EE Edition, v1.9
Summary of Features
- This is the BGT-WeiDU/EET/BG:EE
edition.
- Two installation choices: Normal Edition and Lite
Edition. The latter one has slightly easier battles.
- Estimated game time: 1.5-2.5 hours.
- WeiDU-based installer: compatibility with other usual WeiDU-based mods.
In common parlance, this is a "WeiDU mod". If you're a modder, you
can check the Technical Manual.
- First episode
of a trilogy: the story is an aspect of the Grey Clan's world.
- Solid expansion:
no miscellaneous, non-cohesive modifications and additions on your game.
- You don't have to start
a new game, you can install this mod at any point of the game. (Warning.)
- Brand-new quests: one main quest,
with several subquests.
- Difficult battles:
some battles are extremely challenging.
- New items: magical weapons and
armour.
- Enemies: bandits, undead, golems,
sorcerers, wizards... one of them with a brand-new soundset.
- Attacking mod-critical characters
will interrupt the mod's plot.
Installation and Uninstallation
- Installation:
Extract and copy the contents of tgc1e_bgt_eet_bgee.zip into your game folder.
Run Setup-TGC1E.exe, now found in your game folder. (If
it says it's "auto-updating" and/or closes quickly, run it again.)
Make sure Baldur's Gate is not running meanwhile. After you choose your language,
you will be offered two options: Normal Edition and Lite Edition. The battles
of the Lite Edition are a bit easier, in exchange you get slightly less XP.
After you've pressed the index of your choice, the installation will begin.
It should end with the message "SUCCESSFULLY INSTALLED [...]". Press
Enter to quit the setup (some files of the documentation will be opened),
and run Baldur's Gate. The mod's plot starts when you talk to General
Jedyan. He can be found near the Tower of Ramazith, in the city of Baldur's
Gate.
- Reinstallation: Run
Setup-TGC1E.exe (located in your game folder) and choose the Reinstall
option.
- Uninstallation:
Run Setup-TGC1E.exe (located in your game folder) and choose the Uninstall
option.
Hints
In Candlelight can be very difficult to starter players. Some hints:
- The mod's plot will start when you talk to General Jedyan.
He can be found near the Tower of Ramazith, in the city of Baldur's Gate.
- This is Episode One, so the story doesn't entirely end when you finish
the mod. If you are not sure if the battle/dialogue/etc. you just finished
is meant to be the end of the mod, check your journal. The latest journal
entry will make it obvious.
- Pay attention to the content
of dialogues and journal entries.
- Examine the corpse of every enemy. Even the most unsignificant bandit
might have carried something useful or important.
- Use the abilities of your Thief and/or invisibility potions to explore
the unknown parts of hostile areas.
- Don't attack Flaming Fist members, it will interrupt the plot.
- Keep in mind that the members
of the Flaming Fist will assist you in any battle, so if the enemy is
too powerful, try to lure it to the Fist's forces if they are present
in the area. Beyond the members of the Fist, other neutral creatures might
also help you.
- The major battles can be extremely difficult, but each of them has one
or more solutions. Check the message console of the game to notice the
powers, resistances, weak sides etc. of your enemies. Use potions, wands,
spells, dispel magic, ranged weapons... use a good tactic.
- If you have ANY problem related to this mod, and these hints and the
readme don't help, please don't hesitate to visit the mod's
discussion forum and tell what your problem is. Other players will
surely join the discussion, and your problem will be sorted out.
Important Note
If you have visited the
district where Entar Silvershield lives (AR7200) in the city of Baldur's
Gate before installing Grey Clan Episode I, you must load and
use an earlier savegame where you haven't visited it yet (or you can start a
new game). Otherwise, the plot of the mod will be broken. (Grey Clan Ep1 can
do nothing to solve this problem. It's game-specific.)
IMPORTANT: If you haven't visited that area yet or if you have started a new
game, you won't have any problem.
Troubleshooting and Updates
- Troubleshooting: If you encounter any bug or problem while
playing, or you just want to tell how much you (dis)like this mod, please
don't hesitate to visit the mod's
forum and post your opinion/problem/request/etc. These
tips can also help you a lot if you've problems with the mod's quests
or battles.
- Updates: The
mod's latest version as well as any patches can be downloaded from the mod's
website. The mod's
forum may contain additional information not yet available on its website.
You can also find there various discussions on the mod started by other players.
Credits
CORE TEAM
Story and Characters: Baronius
Mod Development (Baldur's Gate, BG1Tutu): Baronius
BGT-WeiDU Conversion: Ascension64
English Text Proofreading: Aldeth the Foppish Idiot
GRAPHICS TEAM
BG2 Animation Conversion: Baronius
NPC Portraits: Baronius (The Tattooed Man), Rabain
(Lady Adalbert, Lord Jusam)
TEST TEAM
Baldur's Gate Testing: Baronius, Felinoid
BG1Tutu Testing: jastey, SirChet, cmorgan
BGT-WeiDU Testing: Ascension64, Golden Thief, Mantriel, Marupal
BUG REPORTS
Version 1.0 (All editions): Anomaly, earhug,
underdog
Version 1.3 (BG1Tutu edition): BottomFeeder
Version 1.4 (BG1Tutu edition): cmorgan
Version 1.7 (All editions): Lemernis
TRANSLATIONS, REVISIONS
English Dialogue Revision: olimikrig
French Translation: Graoumf, JaNcEn47 and Galathée (of the d'Oghmatiques)
German Translation: Leonardo Watson
Italian Translation: Ilot and Hedgehog81
Polish Translation: Folmi & Team of Ramazith's Tower
Spanish Translation: Excalibur
MODDING TOOLS AND RESOURCES
Audacity:
many authors
DLTCEP:
Avenger_teambg
IESDP: igi,
and many other authors & contributors
Infinity Engine Script Editor: Blooddrinker
Near Infinity:
Jon Olav Hauglid
Talk
Table Viewer: Baronius
WeiDU: Westley Weimer
MISCELLANEOUS HELP
BG1Tutu Compatibility Issue: SimDing0
Language Issue: dragon_lord
OLD EDITION CREDITS
Welverin, Idobek, hlidskialf, CamDawg, bpfan, Andyr, Sorvo,
Takara and Ieldra.
BALDUR'S GATE, THE GAME
Bioware Corporation. Baldur's Gate is the best computer
game in my opinion.
Disclaimer
This is an unofficial mod for Baldur's Gate. It is neither
authorized or sponsored by, nor licensed or affiliated with Interplay Productions,
Black Isle Studios or BioWare Corporation. Baldur's Gate, Tales of the Sword
Coast, Baldur's Gate II: Shadows of Amn and Throne of Bhaal are © Bioware
Corp. Neither this mod nor any parts of it may be distributed commercially in
any way. Modifying of any part of this mod is prohibited without the express
permission of the author. Grey Clan Episode I: The Last Breath of the Past and
Grey Clan Episode I: In Candlelight are © 2004-2007 Baronius.


surface diamond tool topography material turning cutting vibration Manuf. edge model Int. feed influence plastic profile spring Eng. Figure Technol. work effect flow error process Zhang machining roughness influencing rate results single theoretical chip corresponding height simulation ultra-precision Mach. generation factors spindle ./j.ijmachtools... point Adv. Furthermore, crystal direction experimental structure Tools machined relation thickness {border-style ./S-()- Liu Sci. formation grain i.e., modeling prediction ./s--- Chen Wang px;} radial value #ffffff;} copper turned Lee component employed minimum orientation pointed polycrystalline undeformed considering min ratio step Cheung aluminium calculation function instance, method radius workpiece Sun W.B. Zong crystallographic demonstrated different distribution final process, waviness C.F. CIRP components machine Ann. However, Meanwhile, Mech. W.J. actual consideration depth finish hard mono-frequency reported researchers swelling Mater. Precis. Reproduced Surface alloy analysis boundary coordinate duplication dynamic expressed models multi-frequency permission recovery study Process. Theoretical condition defects established frequency impact model. nose observed process. profile, proposed quality relative single-point studied surfaces ./j.precisioneng... Huang Inst. Modeling Proc. Yang Zhu accuracy discussed experiments future induced investigation performed phase px; rake sin topography. {font-family < ./. C.L. Gao Trans. accurate coefficient contact cut dynamics elastic font-size integrated investigations matrix measured mechanism model, molecular nominal rate, responsible shape shown wear ASME Effect Hence, Influence Rahman Specifically, Zhou achieved active analyze assumed bearing center condition, coordinates double; element elliptical errors extensively fact, factors, flow, issues line linear material, max method, modelling modulus nano-cutting nanometric optical parameters particles points precision small tools vibrations zero Cheng Effects Equation Fang Kong Liang acquired aerostatic affects angle associated border-color border-width claimed considered copper, coupled defined deformation direction, effects establish fabrication face finite form freeform including influences material. maximum motion original particle peak-valley position profiles properties real-time scratch silicon solid; taken values {font-style {font-weight (MD) Based Cao Ding Illustration Influencing Lin M.A. Mat. Opt. Table Tauhiduzzaman Therefore, Tian Tool Topography Young’s account accurately acquire addition affect affected ambient analytical average axial based behavior bold circular cmin component, components, comprehensive conditions corner courier; crystals current defects, depicted em; empirical environment especially existence explored fast feed, flank flow. fly-cutting force general given great harmonic instance interaction larger locates materials measurement mechanical methods micro micro-cutting microstructure multi-direction observations particularly principle’ pt;} range recommended respectively. results, revolution roll rotation second servo sharpness shift signal size slide spherical static subsequently summarized surface, surface. technology terms test thickness, tip tool, topography, turning, using validation variation view waviness; work, ‘trim


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Planly sets you and others up for money success. It lets you jointly plan and work towards a shared goal, automating all the finances, all while allowing you to learn from others that have achieved your goal before.
When you’re doing money things together, use Planly to keep track of your discussions, dreams and plan. Make decisions and manage budgets together.
Your goal may require some expert advice from someone like a financial advisor. Planly gives you access to these kinds of people, allowing you to share your goals and get the advice you need, without having to meet face to face. If you like, you can give your financial advisor access to Planly to comment, give input or even recommend edits to your plan.
 Get tips and support from the community so you can manage money things better.


Predicting brain function from anatomy using geometric deep learning
Retinotopic mapping in human visual cortex is known to be remarkably similar across participants; however, considerable inter-individual variation does exist, and this variation has been shown to be directly related to variability in cortical folding patterns and other anatomical features. In fact, previous studies have shown that one can quite reasonably predict the functional organization of the visual cortex in participants by warping an atlas or template (Benson et al., 2014, 2012; Benson and Winawer, 2018) according to their specific anatomical data. While these approaches are able to provide reasonable estimates of their retinotopic maps, they have not – when using anatomical information alone – been able to capture the detailed idiosyncrasies seen in the actual measured maps of those participants. Thus, we aimed to build a neural network able to predict individual differences in retinotopic maps by solely exploiting differences in anatomical features of the cortical surface.
Retinotopic maps are perhaps best represented using cortical surface models, which is possible as most of the retinotopically organized areas are located in the cerebral cortex (i.e., the outermost tissue layer of the brain). By representing the data on a cortical surface model, it is possible to visualize the retinotopic maps in such a way that the detailed functional organization of each specific area can be appreciated as well how the layout of each visual area relates to one another more globally. It has hence become common place for retinotopy data to be represented in such a way. Pertinently, the Human Connectome Project (Van Essen et al., 2013) 7T retinotopy dataset (Benson et al., 2018), the largest publically available high-resolution retinotopic mapping dataset, uses a cortical surface representation for all its retinotopy data. Here, we sought to leverage geometric deep learning techniques (Bronstein et al., 2017) to build a neural network able to interact directly with the cortical surface representations of this large open-source HCP dataset to predict individual-specific retinotopic maps.


--- title: Construct and plot your interaction term weight: 34 ---
The \(:\) designates the interaction between two variables. The operator \(*\) designates the interaction between the two variables, plus the main effects. In our model we included an interaction term between two variables born.country
and east_west
.
model.1<-lm(immi.jobs~ born.country*east_west+country.ancestry+share.cultr+left_right+education,data=EVS.Germany)
summary(model.1)
##
## Call:
## lm(formula = immi.jobs ~ born.country * east_west + country.ancestry +
## share.cultr + left_right + education, data = EVS.Germany)
##
## Residuals:
## Min 1Q Median 3Q Max
## -5.2222 -1.6097 -0.4451 1.4351 7.6519
##
## Coefficients:
## Estimate Std. Error t value Pr(>|t|)
## (Intercept) 0.7978867 0.2726768 2.926 0.00348 **
## born.country 0.4542258 0.0891563 5.095 3.92e-07 ***
## east_west 0.7637056 0.2591249 2.947 0.00325 **
## country.ancestry 0.2614679 0.0919001 2.845 0.00450 **
## share.cultr 0.3965076 0.0850157 4.664 3.37e-06 ***
## left_right 0.1654872 0.0338321 4.891 1.11e-06 ***
## education -0.0017670 0.0003333 -5.301 1.32e-07 ***
## born.country:east_west -0.2885010 0.1428949 -2.019 0.04366 *
## ---
## Signif. codes: 0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1
##
## Residual standard error: 2.279 on 1544 degrees of freedom
## (3855 observations deleted due to missingness)
## Multiple R-squared: 0.1577, Adjusted R-squared: 0.1539
## F-statistic: 41.3 on 7 and 1544 DF, p-value: < 2.2e-16
It is important to plot the outcome of the interaction term. To do so you may use the interplot()
package.
library(interplot)
interaction<-interplot(m = model.1, var1 = "born.country", var2 = "east_west") +
theme_classic() +
theme(plot.title = element_text(hjust = 0.5))+ # This will center the title of your plot
geom_hline(yintercept = 0, linetype = "dashed") +
ggtitle("Marginal Effects: East versus West")
interaction


In this example, we load the eCharts configuration data from an external file: option.json
We use the "getJSON" function in jQuery.


--- layout: archive title: "Featured Projects" permalink: /projects/ author_profile: true --- {% include base_path %}


It is possible, and sometimes useful, to consult a file whilst in the middle of program execution. Predicates that have been successfully executed and are subsequently redefined by a consult and are later reactivated by backtracking, will not notice the change of their definitions. In other words, it is as if every predicate, when called, creates a copy of its definition for backtracking purposes.


Link to Home
Scores
Player
Score
{% for ps_joined in user_scores %}
{% if ps_joined[1] == username %}
{% endif %}
{{ps_joined[0]}}
{{ps_joined[1]}}
{% if ps_joined[1] == username %} {% endif %}
{% endfor %}
Image
Submissions
Winner
{% for round_item in rounds %}
{% for player, submission in round_item.Suggestions_dict.items() %}
{{player}}: {{submission}}
{% endfor %}
{{round_item.Winner}}
{% endfor %}


Wildhorse Plains [ad31], plain, in Oleg's Folly, peasants: 101
Last updated Turn #148
Wildhorse Plains [ad31], plain, in Oleg's Folly, peasants: 101
------------------------------------------------------------------------
0: Garrison [em5s], garrison, Pen, with 11 peasants guards Wildhorse
0: Plains [ad31].
Province controlled by Oleg's Refuge [g4z], castle, in Dragonback
Mountains [ae34]
Routes leaving Wildhorse Plains:
North, to Ocean [ac31], Crystal Sea, 2 days
East, plain, to Wildhorse Plains [ad32], 7 days
Garrison [hf4k], garrison, uncontrolled, with ten peasants
South, to Ocean [ae31], Crystal Sea, 2 days
West, to Ocean [ad30], Crystal Sea, 2 days
It is raining.
Seen here:
Garrison [em5s], garrison, uncontrolled, with 11 peasants


| # |
Year |
Demand |
Supply |
Supply less demand |
Average salary (year) |
|
| 1 |
2015 |
16, 984 |
11, 246 |
5, 738 |
$52, 849 |
| 2 |
2016 |
13, 425 |
12, 321 |
1, 104 |
$53, 894 |
| 3 |
2017 |
16, 811 |
11, 112 |
5, 699 |
$53, 564 |
| 4 |
2018 |
14, 328 |
10, 998 |
3, 330 |
$59, 564 |
| 5 |
2019 |
13, 154 |
9, 953 |
3, 201 |
$60, 367 |
| 6 |
2020 |
12, 849 |
11, 053 |
1, 796 |
$60, 415 |


Fido sending out bonus 5GB to some subscribers for free
It's hard to imagine why a carrier would be giving out free data
by Brad BennettA user posted on the Red Flag Deals forums and mentioned that Fido offered them 5GB of extra data for free for two years.
The user states that they’re on a 10GB for $65 bring your own device plan. The plan was originally a 10GB for $60 holiday promotion from two years ago.
The text from the carrier says, “Hi, it’s Fido: Great news! We added a 5GB monthly data bonus to your current plan for the next two years. This is an exclusive offer just for you to thank you for being a Fido customer. You don’t have to do anything — the extra data is already on your account. Questions? Visit www.fido.ca/contactus for a list of ways you can reach us.”
So far, no one else has commented on the thread, so it’s hard to gauge how widespread this offer is. Although, this is very similar to a deal that Rogers offered some of its subscribers on November 7th.
It’s likely that this is a preemptive move on Fido’s part given this holiday/Black Friday season carriers are likely going to be offering deals on their plans that hover around the $65 mark.
MobileSyrup has reached out to Rogers for more information regarding this offer.
Source: Red Flag Deals


I created this to showcase my programming projects and provide basic information about me.
Right now I am working on this very website, though I suppose by the time you read this that will technically no longer be the case. This project emphasizes HTML, CSS and Bootstrap skills that I've learned in the last week.
The schedule says that next week will be about JavaScript and jQuery, two things that I, as of my writing this, know next to nothing about. This seems exciting though since I've heard both of these terms referenced quite a bit, most recently when talking about Bootstrap.
Memorial Day Weekend is coming up. My mother is driving down from Seattle to visit me, which I am excited about. Reminder to self to clean the apartment tonight. On my day off I plan to hit the frisbee golf course and throw some plastic at trees.
© 2016 - By Charles Ewel


ASP.NET Core: Concatenating JSON endpoints
Mar 6, 2021 10:00 · 1005 words · 5 minute read
TLDR; We have redirected an http client response into ASP.NET Core response with the desired structure.
Most commonly faced scenario about API design is you want to serialize a POCO class or a different type of objects to JSON with direct serializer. Then get the serialized value and use it. If you are handling big objects/data/files, then you have to be careful with what you do. Otherwise, it can have devastating impacts on the performance.
Assume that you have multiple endpoints which returns JSON results and you are trying to concatenate them into a single structure. In that case, you can read the endpoints and allocate them into memory. Then manipulate them according to your wishes.
Data preparation and tests
Before everything I would like to explain the demo code. So, I have several endpoints from JSONPlaceholder. And, I would like to collect them into a dictionary with their key value. I implemented the base code with async/await parallelism. So, no matter what, we are getting the data without blocking each other. Let’s see the base code.
public Dictionary<int, string> Sources { get; set; } = new Dictionary<int, string>()
{
{ 0, "albums" },
{ 1, "todos" },
{ 2, "comments" },
{ 3, "photos" },
};
public async Task<ConcatenateModel<JRaw>> FetchData(Func<string, Task<JRaw>> funcPointer)
{
List<Task> tasks = new List<Task>();
ConcatenateModel<JRaw> result = new ConcatenateModel<JRaw>() { Data = new ConcurrentDictionary<int, JRaw>() };
async Task Fetch(KeyValuePair<int, string> source)
{
var fetchResult = await funcPointer(source.Value);
result.Data.AddOrUpdate(source.Key, fetchResult, (key, oldValue) => fetchResult);
}
foreach (var item in Sources)
{
tasks.Add(Fetch(item));
}
await Task.WhenAll(tasks);
return result;
}
The Json.NET is one of the most advanced JSON libraries in .NET world. The library contains a JRaw
type that you can use it for already serialized strings.
Meaning that, don’t serialize that value, it is already serialized.
funcPointer
implementation is making the request and returns a JRaw
object. FetchData
returns that desired structure.
public async Task<JRaw> GetAsRaw(string route)
{
var response = await httpClient.GetAsync(route);
var stringData = await response.Content.ReadAsStringAsync();
return new JRaw(stringData);
}
[HttpGet]
public async Task<ConcatenateModel<JRaw>> Get()
{
return await FetchData(this.GetA sRaw);
}
When we call the method, the result is shown below.
So, we have implemented a reliable solution for the case. The method concatenates multiple JSON results with respect to their keys and returns an object. For such a case, performance matters. The endpoints could return large responses.
First, I would like to disable server garbage collection (Please see notes at end of the article). Performance test of the action could be prepared with JMeter. So, I have setup a JMeter thread group with 5 users x 200 loop count x random timer.
Requests are completed in 00:03:34 with average 750ms. Aside from the request completion time, CPU and memory usage is also important.
Too much GC triggers and memory usage is between 140MB~170MB.
Improving Performance
The GetAsRaw
method reads the entire result from the request. Then pass it into the result model. ASP.NET Core handles the rest. The problem here we are reading the whole result then allocate it into memory.
As most of you know, you can complete your http request when the headers are fetched. So, you don’t have to wait for the whole request to be completed. If we enable such a feature, we can’t use JRaw
with a string, it should switch to Stream
.
public async Task<JRaw> GetAsStream(string route)
{
var hrm = new HttpRequestMessage(HttpMethod.Get, route);
var response = await httpClient.SendAsync(hrm, HttpCompletionOption.ResponseHeadersRead);
var stream = await response.Content.ReadAsStreamAsync();
return new JRaw(stream);
}
[HttpGet]
public async Task<ConcatenateModel<JRaw>> Get()
{
return await FetchData(this.GetAsStream);
}
Json.NET directly calls ToString
method for any object. So, in this case we need to consume that stream and write it into the result set without extra memory allocation.
public class StreamConverter : JsonConverter<Stream>
{
public override Stream ReadJson(JsonReader reader, Type objectType, [AllowNull] Stream existingValue, bool hasExistingValue, JsonSerializer serializer)
{
throw new NotImplementedException();
}
public override void WriteJson(JsonWriter writer, [AllowNull] Stream value, JsonSerializer serializer)
{
PipeReader reader = PipeReader.Create(value);
while (true)
{
// read sync, if JsonConverter supports async WriteJson in future, we should replace it.
var read = reader.ReadAsync().Result;
if (read.IsCompleted)
break;
// get buffer
var buffer = read.Buffer;
// if it does not have a length, just dont write any value and skip this iteration.
if (buffer.Length == 0)
continue;
// maybe in future, writeraw supports byte[], then we shouldn't use GetString
var raw = Encoding.UTF8.GetString(buffer.ToArray());
writer.WriteRaw(raw);
// advance to next buffer
reader.AdvanceTo(buffer.End);
}
// final step
// if you don't write a raw value, the converter will write a null value.
string? empty = null;
writer.WriteRawValue(empty);
}
}
Above JsonConverter
will consume the given stream and write it into result set without allocation. (Pipeline rocks)
Also, we have to introduce StreamConverter
to the controllers.
services.AddControllers().AddNewtonsoftJson((n) =>
{
n.SerializerSettings.Converters.Add(new StreamConverter());
});
I have implemented the second solution as v2.0 and when we invoke the solution the result is the same.
Let’s check the performance
I have applied the same JMeter thread group for v2.0. The requests are completed in 00:03:33 with average 743ms.
Less GC triggers than original solution and memory usage decreased between 70MB~100MB.
Conclusion
This article is based on an unique case. Most of the time we don’t use JRaw and Stream objects for endpoints. However, when we need to implement such a scenario, every single byte becomes important. Basically, we have redirected the http client response into ASP.NET Core response with the desired structure.
Notes
Since the first solution allocate the string object in Large Object Heap (LOH) the memory usage got high. Therefore, second solution is using 4k buffers and allocate at GC0-GC1.
Json.NET is a very good library for such an advanced cases. Unfortunately, it does not have async support.
I have disabled server garbage collection for the tests. When it is enabled, the first solution still triggers GC more. The optimized solution trigger GC more less. Also, CPU usage is more stable with the optimized solution.
Average request time. First solution: 751 ms, optimized solution: 707 ms.
You can reach the source code from Github.


|
SCIDB4GDAL
|
A carrier structure for holding information about the spatial reference. More...
#include <scidb_structs.h>
Public Member Functions | |
| bool | isSpatial () |
| Checks if the information is complete. More... | |
Public Attributes | |
| string | srtext |
| string | proj4text |
| string | xdim |
| string | ydim |
| string | auth_name |
| uint32_t | auth_srid |
| AffineTransform | affineTransform |
A carrier structure for holding information about the spatial reference.
A structure for storing spatial reference that is to be obtained from either the source file or from the SciDB database. This reference is restricted to a two dimensional projection with the dimension x and y. X can be thought of the west-east direction and Y is the north-south direction.
|
inline |
Checks if the information is complete.
This function checks the class' properties if there is sufficient information to have a spatial reference.
| AffineTransform scidb4gdal::SciDBSpatialReference::affineTransform |
The affine transformation to transform image coordinates into real world coordinates using the parameter of the stated SRS
| string scidb4gdal::SciDBSpatialReference::auth_name |
The authority name, e.g. "EPSG"
| uint32_t scidb4gdal::SciDBSpatialReference::auth_srid |
The ID of the spatial reference system of the stated authority, e.g. 26716 of the identifier "EPSG:26716"
| string scidb4gdal::SciDBSpatialReference::proj4text |
The proj4 text representation of a spatial reference, e.g. "+proj=utm +zone=16 +datum=NAD27 +units=m +no_defs". Intentially from this information the srtext can also be obtained by using the PROJ4 library.
| string scidb4gdal::SciDBSpatialReference::srtext |
The WKT text representation of a spatial reference that can be used in an OGRSpatialReference class, e.g. "PROJCS["NAD27 / UTM zone 16N",GEOGCS["NAD27",DATUM["North_American_Datum_1927",SPHEROID["Clarke 1866",6378206.4,294.9786982139006,AUTHORITY["EPSG","7008"]],AUTHORITY["EPSG","6267"]],PRIMEM["Greenwich",0,AUTHORITY["EPSG","8901"]],UNIT["degree",0.0174532925199433,AUTHORITY["EPSG","9122"]],AUTHORITY["EPSG","4267"]],UNIT["metre",1,AUTHORITY["EPSG","9001"]],PROJECTION["Transverse_Mercator"],PARAMETER["latitude_of_origin",0],PARAMETER["central_meridian",-87],PARAMETER["scale_factor",0.9996],PARAMETER["false_easting",500000],PARAMETER["false_northing",0],AUTHORITY["EPSG","26716"],AXIS["Easting",EAST],AXIS["Northing",NORTH]]"
| string scidb4gdal::SciDBSpatialReference::xdim |
the name of the W-E dimension that is stored in SciDB
| string scidb4gdal::SciDBSpatialReference::ydim |
the name of the N-S dimension that is stored in SciDB


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{% extends parent_template|default:"core/base.html" %} {% load staticfiles %} {% block body %}
Grok My Code
I am a full time software developer who enjoys working on side projects after hours to hone my skills and learn different technologies.

Projects are listed in the portfolio section with links to demos and repos.
I work on both the front and backend of web stacks with a slight preference for the backend.
The languages, frameworks and tools I enjoy are:
My name is Brendon Delate and I am part software developer, part entrepreneur.
I wrote my first line of code when I was 15 and was immediately hooked. Once the bug had bitten, I spent high school coding in Basic, then Pascal and finally Visual Basic.
In university I earned a Bachelor of IT (majoring in Software Development), during which time I obtained several distinctions and was placed on the Deans list. While I touched on several languages during that time, my main focus was on Java.
Following university I worked as an IT focused Business Analyst for 8 years as a part of several agile teams. During this time I gained insight into the software development process both from the business as well the developers perspective.
Throughout those years, my goal was always to start a company by leveraging the skills I had gained as a BA along with my passion for programming and the stock market.
After 8 years I left my BA career to create Diversify Portfolio which is a subscription based SaaS product allowing customers to analyse their stock portfolios and look for opportunities.
More detail on Diversify Portfolio and the technology behind it can be found here.
I currently work as a full time software developer with a stack typically consisting of Python, Django, Docker and Vue.js.
I am a regular attendee of both the Gauteng Python User Group and the Jozi Javascript meetups.


Welcome!NSI CONTEST is the generic framework for testing NSI Agents for compliance with the protocol v2.0. |
|
| Timeline | Agent 1 | User NSI | Agent 2 |
|---|---|---|---|
| 0.1 | action1 | ||
| 0.2 | received | ||
| 0.3 | action1 | ||
| 0.4 | action1 |
Project configuration
| User | Actions | |
|---|---|---|
| user1 |<EMAIL_ADDRESS>| |
| user2 |<EMAIL_ADDRESS>|


{% from "macros/_form.html" import render_form %} {% extends 'setup/layout.html' %} {% block css %} {% endblock %} {% block pagejs %} {% endblock %} {% block body %}
Please select which type of device you have as well as its current location in relation to the machine that this webapp is running on.


Chuck Freedman – ex-xplanaCollegue, current Sr Flash developer for Yahoo! maps, and all around good guy – has recently written an article for Adobe’s Dev Center detailing integration of the Yahoo! maps API Flash components into your applications.
go check it out.


Calgary Flames beat Philadelphia Flyers in shootout to end slide
Matthew Tkachuk scored the only goal of a shootout to give the visiting Calgary Flames a sorely-needed 3-2 win over the Philadelphia Flyers on Saturday afternoon.
The victory snaps a six-game (0-5-1) winless drought for the Flames, who scored only five goals during that losing streak. The scoring woes continued through two periods on Saturday before Andrew Mangiapane finally put Calgary on the board 1:01 into the third period.
It was the eighth time in the last 16 meetings between the Flames and Flyers that overtime was required. The extra hockey has also been a theme for Philadelphia this month, as the Flyers have gone beyond regulation in their eight of their 12 November games.
The Flyers came up short despite outshooting Calgary by a 38-27 margin and twice holding the lead in the game.
David Rittich made 36 saves during regulation and overtime to keep the Flames in the game. The Calgary goalie used his paddle for a big save on Claude Giroux in the third period, and Rittich delivered another big stop on a 2-on-1 chance between Travis Konecny and Giroux in overtime.
Neither team did much of note during a choppy, stoppage-filled first period, but Philadelphia took control in the second frame. The Flyers outshot Calgary by an 18-3 margin in the second period and scored the game’s first goal.
At 13:26 of the second, the Flyers pressured in the Flames’ end, leading to a shot from Travis Sanheim. The puck squeezed past Rittich into the crease, and Jakub Voracek was in position to knock it over the line for his fifth goal of the season.
Just over a minute into the third period, Mangiapane’s shot from inside the circle evened the score and finally gave Calgary some offense away from home.
The Flyers regained the lead at 16:14, as Joel Farabee’s aggressive forecheck beat Rittich to the puck behind the Flames’ net. Farabee gained possession and passed in front to Kevin Hayes, who fired into the open net for his sixth goal of the season.
With Rittich pulled for an extra attacker, the Flames tied the game once more with just 1:23 remaining in regulation. Rasmus Andersson blasted a shot off the boards that deflected right to an open Elias Lindholm for the late equalizer.


To link a sound file to a document
- Open the sound file you want to
.
- On the Edit menu, click Copy.
- Open the document in which you want the sound, and then click where you want it to play.
- On the Edit menu, click Paste Special.
- Click the format you want to use, and then click Paste Link.
Note
- If the Edit menu does not contain Paste Special, your program does not support linking.


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home
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people
Customers
list_alt
Orders
shopping_cart
Online Shop
Total Customers
12345
Total Balance
53,12,345.00
Payments Expected
53,12,345.00
Payments Received
53,12,345.00
Customers
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1
Customer Name
Sujit Joshi
Balance
33,27,371.37
Mobile
+91 87881 48805
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Customer Name
Aniruddha Pimpalkhare
Balance
33,27,371.37
Mobile
+91 87881 48805
+ Payment
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3
Customer Name
D. Vijayraghavan
Balance
33,27,371.37
Mobile
+91 87881 48805
+ Payment
+ Order
Sr. No.
4
Customer Name
Sujit Joshi
Balance
33,27,371.37
Mobile
+91 87881 48805
+ Payment
+ Order


{% extends "sentry/teams/manage.html" %} {% load i18n %} {% block title %}{% trans "Remove Member" %} | {{ block.super }}{% endblock %} {% block heading %}{% trans "Remove Member" %}{% endblock %} {% block breadcrumb %} {{ block.super }}
{% trans "Are you sure you wish to revoke this user's access? This change is permanent and will revoke their API keys immediately." %}


| Opcode/Instruction | Op/En | 64/32-bit Mode | CPUID Feature Flag | Description |
| 66 0F 38 DB /r AESIMC xmm1, xmm2/m128 | RM | V/V | AES | Perform the InvMixColumn transformation on a 128-bit round key from xmm2/m128 and store the result in xmm1. |
| VEX.128.66.0F38.WIG DB /r VAESIMC xmm1, xmm2/m128 | RM | V/V | Both AES and AVX flags | Perform the InvMixColumn transformation on a 128-bit round key from xmm2/m128 and store the result in xmm1. |
| Op/En | Operand 1 | Operand2 | Operand3 | Operand4 |
| RM | ModRM:reg (w) | ModRM:r/m (r) | NA | NA |
Perform the InvMixColumns transformation on the source operand and store the result in the destination operand. The destination operand is an XMM register. The source operand can be an XMM register or a 128-bit memory location. Note: the AESIMC instruction should be applied to the expanded AES round keys (except for the first and last round key) in order to prepare them for decryption using the “Equivalent Inverse Cipher” (defined in FIPS 197).
128-bit Legacy SSE version: Bits (VLMAX-1:128) of the corresponding YMM destination register remain unchanged. VEX.128 encoded version: Bits (VLMAX-1:128) of the destination YMM register are zeroed.
Note: In VEX-encoded versions, VEX.vvvv is reserved and must be 1111b, otherwise instructions will #UD.
AESIMC DEST[127:0] ← InvMixColumns( SRC ); DEST[VLMAX-1:128] (Unmodified) VAESIMC DEST[127:0] ← InvMixColumns( SRC ); DEST[VLMAX-1:128] ← 0;
| (V)AESIMC: | __m128i _mm_aesimc (__m128i) |
None
See Exceptions Type 4; additionally
| #UD | If VEX.vvvv != 1111B. |


Introduction
FinderJS allows you to browse tree-like data in columns, similar to OS X's file manager Finder.
Features
- Data source: Array or Function (useful for asynchronous operations, e.g. calling an API).
- Styling: Use any CSS/framework of choice, or feel free to use the example CSS (which leverages Flexbox). You can also define how items are rendered and change default classnames.
- Keyboard navigation: use arrows keys to navigate.
- Events: several events are emitted to allow for custom behavior.
- Module formats: Provided as an npm module (CommonJS), a jQuery plugin, and exported as the global finder.
- File size: 4KB minified and gzipped. No external dependencies.
- Code quality: Code Climate.
Example #3
Selects default path build/finder.js on load. You can also programmatically select a path:
Installation
npm install finderjs
or download the latest release and include the standalone script or jquery plugin directly onto your page.
Usage
FinderJS expects a container HTML element, a data source (Array or Function), and an options object.
finder(container, data, options)
.on('leaf-selected', function(item) {
console.log('Leaf node selected', item);
});
For more information see the README or view the source of the examples above.


| Trees | Indices | Help |
|
|---|
|
|
This module encapsulates the best (fastest) way to retrieve data from legacy sources.
|
|||
|
MakesYearNotFoundError Raised when year not found in make file. |
|||
|
MakesInvalidYearError Raised when the year is in invalid format. |
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|
|||
CD =
|
|||
__package__ =
|
|
Get a list of driver records from the BBx Application data file.
|
Get a list of driver records from the BBx Suspense data file.
|
Get a list of vehicle records from the BBx Suspense data file.
|
Lookup the ADP01 records based on the 4 digit agent code. >>> recs = getAgentRecs('5071') >>> recs.agent u'5071' >>> recs.state u'OK' >>> recs.sold_to u'0000' >>>
|
Get the insured name. Opens the appropriate files and returns:
|
A wrapper function around whichever support module we're using for JSONization. The purpose of this is fix some of the quirks that come up when you mix BBx strings, Python strings, JSON and Page Templates. We should always use this function instead of calling a support module (i.e. simplejson) directly.
|
Get a list of violation records from the BBx ELF.VIOL data file. The violations are currently sorted by description as this is what we use in the selects.
|
This converts "25/50/25" into "025/050/025" or vice versa.
|
Vehicle.getMakesFromYear(1999) => ['ACUR', 'AUDI', 'BMW', 'BUIK', 'CADI', 'CHEV', 'CHRY', 'DAEW', 'DODG', 'FORD', 'GMC', 'HOND', 'HYUN', 'INFI', 'ISZU', 'JAG', 'JEEP', 'KIA', 'LEXS', 'LINC', 'MAZD', 'MBNZ', 'MERC', 'MITS', 'NSSN', 'OLDS', 'PLYM', 'PONT', 'PORS', 'ROVR', 'SAAB', 'SATN', 'SUBA', 'SUZU', 'TYTA', 'VLKS', 'VLVO']
|
Retrieve violations with codes
|
| Trees | Indices | Help |
|
|---|
| Generated by Epydoc 3.0.1 on Mon Oct 8 11:15:35 2012 | http://epydoc.sourceforge.net |


Home
(current)
Menu
Food
Desserts
Drinks
About
Album
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LOCATION GALLERY
Explore Our Place
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Cost for Load (kWh) on 24hr Period
David Gabay
Total cost for 24hr Period: $
Usage for past hour for all circuits
Circuit
Usage
Cost/ Last Hour
Kitchen
63.5 Watts
$
Kitchen 2
39.5 Watts
$0.0053.8
Bedroom
83.5 Watts
$0.0103.2
Bedroom 2
13.5 Watts
$0.0023.8
Patio
150.5 Watts
$0.0183.8
Air Conditioning
1030.1 Watts
$0.83.8
Usage is based on FPL non fuel rate of $0.065950/kWh


THE WEDDING SINGER
A Film Review by James Berardinelli
RATING: ** OUT OF ****
United States, 1998 U.S. Release Date: 2/13/98 (wide) Running Length: 1:35 MPAA Classification: PG-13 (Profanity, mature themes) Theatrical Aspect Ratio: 1.85:1
Cast: Adam Sandler, Drew Barrymore, Christine Taylor, Allen Covert, Matthew Glave, Angela Featherstone, Alexis Arquette Director: Frank Coraci Producers: Robert Simonds, Jack Giarraputo Screenplay: Tim Herlihy Cinematography: Tim Suhrstedt Music: Teddy Castellucci U.S. Distributor: New Line Cinema
Watching THE WEDDING SINGER is like being force-fed an overdose of '80s culture and memorabilia coated with syrup. I realize that romantic comedies, by their nature, are supposed to be feel-good experiences, but THE WEDDING SINGER overdoes it in the schmaltz department. This movie is sickeningly sweet, and only a die-hard romantic or an avowed Adam Sandler fan will be able to sit through the ninety-five minute feature without going into sugar shock.
It wouldn't be so bad if the film was (a) funny, (b) well-written, (c) offbeat, or (d) heartfelt. THE WEDDING SINGER is none of these things; what's more, there are precious few moments of originality to ease the progression from 1-to-2-to-3 in the scripted-by-numbers screenplay. The only positive adjective I can come up with to describe the movie is "cute". As in terminally cute. This movie desperately wants to be liked. The problem is, there's not much here to like -- at least nothing that's new or interesting.
In general, I enjoy romantic comedies -- sometimes even those that feature recycled storylines. But THE WEDDING SINGER suffers from two fatal flaws. In the first place, it demands the kind of extreme suspension of disbelief that should never be required from this sort of movie. The plot is so outlandish and difficult-to-swallow that it's tough to endure all of the contrived obstacles that stand in the way of true love. Secondly, there's no palpable chemistry between the two leads. Yes, Adam Sandler is surprisingly effective as a likable romantic lead (instead of the wisecracking personae we're used to), and, yes, Drew Barrymore does a good job as the pretty girl-next-door. But there's no connection between their characters. Romantic tension, the most critical aspect of any love story, is absent.
Then there's the setting. Instead of just establishing that THE WEDDING SINGER takes place in 1985, the film makers are determined to cram the movie full of every '80s reference they can think of. It becomes oppressive. We get MIAMI VICE, MAGNUM P.I., DYNASTY, DALLAS, junk bonds, Donald & Ivana, the Rubick's Cube, mid-'80s fashion, and enough pop music to cause a flashback. It wouldn't be quite so irritating if there were fewer mistakes and anachronisms. CD players, like VCRs, were mainstream by 1985, but one reasonably hip character doesn't know what a CD is. There's a reference to J.R. being shot on DALLAS, but that happened back at the turn of the decade. Also, by 1985, the Rubick's cube was passť. The bombardment of '80s songs in THE WEDDING SINGER had me thinking that maybe '70s tunes weren't that bad, after all.
THE WEDDING SINGER's main characters (and eventually fated-to-be- together soul mates) are Robby (Sandler) and Julia (Barrymore). He's a wedding singer who loves his job crooning to newly-married couples because of his romantic nature. She's a waitress who meets him when they work a wedding together. Since both are otherwise engaged (literally), they form a platonic friendship. Then the complications start. Robby's fiancee, Linda (Angela Featherstone), leaves him at the altar, sending him into a tailspin. Meanwhile, Julia's beau, Glenn (Matthew Glave), finally sets the date. Julia goes to Robby for help in planning her wedding, figuring that his experience will prove invaluable (this strikes me as an incredibly insensitive thing to do). As the weeks pass, the attraction between them grows. Everyone, including Julia's sister (Christine Taylor, Marcia of THE BRADY BUNCH movies) and Robby's best friend (Allen Covert), notices it -- everyone, that is, except Robby and Julia. So, do they recognize the mutual attraction before Julia says "I do" to her cad of a fiancee? Does Robby's girlfriend, who suddenly wants him back, spoil things? It doesn't take a crystal ball to answer those questions.
Perhaps the most surprising element of THE WEDDING SINGER is how tame Sandler is. With the exception of a few momentary lapses, there's nothing to indicate that this is the same seemingly-hostile comic who made his mark in films like BILLY MADISON and HAPPY GILMORE. Too bad he hasn't chosen a better vehicle for displaying his range. Meanwhile, if you're in the mood for a movie with the word "wedding" in the title, stop by the video store and check out THE WEDDING BANQUET, MURIEL'S WEDDING, or MY BEST FRIEND'S WEDDING. All three are much better than this limp Valentine's Day farce.
Copyright 1998 James Berardinelli
- James Berardinelli e-mail<EMAIL_ADDRESS>Now with more than 1300 reviews... The ReelViews web site: http://movie-reviews.colossus.net/
"No art passes our conscience in the way film does, and goes directly to our feelings, deep down into the dark rooms of our souls"
- Ingmar Bergman
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


WISP
Legend
Cafe
Chinese
Park
Hotel
WISP
version: 0.0.8-beta
©Jimut Bahan Pal
Author : jimutbahanpal@yahoo.com


Hello, my name is Jared Lemke and I'm a Software Engineer!
Since graduating college with my Bachelors of Science in Information Technology and Administrative Management, I have been working in the recruiting and staffing field. I always felt that I wasn't being challenged enough and that I had a technical aptitude that I wasn't using so I decided to make a career change and find something that I was truly passionate about. That ended up being programming!
While my title recently has been Software Engineer/Technical Recruiter, working in a startup culture has provided me the opportunity to work in a variety of roles. I have learned the term “wears multiple hats” very well to this point. As a Software Engineer with almost 3 years of experience, I've learned a great deal about what it takes to be a successful developer. While Frontend engineering, primarily React and JS, has been my bread and butter since I started my development career, I’ve also worked with Ruby on Rails in the Backend, done some UI/UX design work as well as customer support. A few things I’ve done regarding that are overhauling the entire color scheme of the platform, redesigning the main platform dashboard to better exploit the space and layout of the page, as well as repurposing the login page. I believe that because of what I’ve learned over the past 3 years that I have the strengths to be a competent developer whether that be in Engineering, UX or Customer Support. Recently, I've started a hybrid role where I handle a major portion of the day-to-day management and operations of the Development team. This responsibility includes performing 1:1’s with team members, acting as a "scrum master" for our daily engineering Trello board, and developing/leading new processes to scale the team. As mentioned, I've also been the Technical Recruiter the entirety of my tenure with my current company which adds to the already 6 years of recruiting experience I had before going to the coding bootcamp. I've become so used to wearing multiple hats and I value that experience because it's allowed me to learn and develop my skillset by touching so many aspects of the business. At this point in time, I'm looking for a new challenge that will help me grow in my development career.
What I OfferReact | JavaScript | HTML | CSS | Tailwind | Bootstrap | Material UI
Ruby | Rails | PostgreSQL
GitHub | BitBucket
AWS | Trello | Jira
Software Engineer / Technical Recruiter - Requis - 2019 - Current
Full Stack Web Developer Intern - HoursLogger - 2019 | Full Stack Web Developer in Training - LEARN Academy - 2019 | Instructor Assistant - LEARN Academy - 2019
West Coast Recruiter - Ameri-Force - 2018-2019 | Regional Recruiter - AccentCare - 2017-2018 | Recruiter - Autism Specturm Therapies - 2016-2017


In this blog post, I will demonstrate what exactly is data science, skill set required to be a data scientist and the brief comparsion with related fields like Machine Learning, Artifical Intelligence, Deep Learning...
Data Science
“One of the greatest challenges for 21st-century science is how we respond to this new era of data-intensive science. This is recognized as a new paradigm beyond experimental and theoretical research and computer simulations of natural phenomena—one that requires new tools, techniques, and ways of working.” — Douglas Kell, University of Manchester Data Science involves collection, prepration, analysis, visualization, management, and preservation of large collection of information. The goal is to extract insights from data, predict different outcomes and sometimes automate the processess like data collection, cleaning and archieving.
Skills Needed To Become a Data Scientist
Following are some important attributs and skills .
Programming Languages
A data scientist should know atleast any one the essential languages Python or R, As the language of choice and rate of adaptation is moving towards Python. I will be mostly focussing on Python in this blog post, there are also some other languages in use like Scala, Clojure, Java, Octave and Julia.
To be really successfull data scientist, the programming skills needed are:
- Dealing with large volumes of data, working with real time data, cloud computing, big data technologies, unstructured data, databases.
- Working knowledge of various scientific numerical libraries like Numpy, SciKit learn, TensorFlow, PyTorch, Keras.
- Knowledge of statistical models like regression, optimization, clustering, decision trees, random forests etc.
Mathematics
After successfull login, You should be able to see the command line interface of EC2 Ubuntu instance. Update the machine using following command
- Dealing with large volumes of data, working with real time data, cloud computing, big data technologies, unstructured data, databases.
- Working knowledge of various scientific numerical libraries like Numpy, SciKit learn, TensorFlow, PyTorch, Keras.
- Knowledge of statistical models like regression, optimization, clustering, decision trees, random forests etc.


DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
News story
Fifteen brand new university technical colleges (UTCs) have today been approved to open in 2013 and 2014. They will have involvement from around 200 high-profile employers. They will also have significant input from world-class universities, such as Cambridge and Warwick.
Fifteen brand new University Technical Colleges (UTCs) have today been approved to open in 2013 and 2014. They will have involvement from around 200 high-profile employers - including household names like Jaguar Land Rover, British Airways and Virgin Atlantic. They will also have significant input from world-class universities, such as Cambridge and Warwick.
They range from a UTC specialising in aviation engineering, located close to London Heathrow Airport, to one in Warwick that will focus on delivering a business-like education - with input from over 30 employers - in engineering with digital technology. One project will also be based at the new MediaCityUK in Salford - home to much of the BBC and other media outlets.
UTCs will create opportunities for more than 20,000 young people to train as the engineers and scientists of the future - playing a crucial role in the UK’s long-term economic growth. They will offer hands-on technical learning alongside academic GCSEs and A levels.
The projects approved today join 17 UTCs that are already working to open this September or next. The number of UTCs in the pipeline now exceeds the Government’s ambition to create 24 by 2014.
Schools Minister Lord Hill said:
I am very pleased to be announcing another wave of strong UTC proposals. Right around the country there is a lot of enthusiasm from employers, universities, pupils and parents for high quality rigorous technical education. They provide more choice for children as well as helping provide the kind of highly skilled technicians our economy needs. The response from employers to UTCs speaks for itself.
UTCs are Academies for 14-19-year-olds. Pupils choose to go to them at ages 14 or 16. They focus on providing technical education that meets the needs of modern business. Each has one or two specialisms - ranging from engineering, to manufacturing, to construction or bio-medical sciences. Students spend around 60 per cent of their time on core academic subjects, and the rest of their time learning specific technical skills and qualifications.
All UTCs are sponsored by a local university and employers. The involvement of universities and employers means that students benefit from work placements, guest speakers, and a curriculum designed by experts in the field. Many also run longer term times and operate business hours to help prepare students for the world of work.
The combination of a strong technical and academic education ensures that students are ready for work or further study at college or university.
The projects approved today include:
| UTC | LA | Specialism | Main Sponsor | Other Sponsors |
| Swindon UTC | Swindon | Engineering with Business, Enterprise and Entrepreneurship | Johnson Matthey Fuel Cells | Oxford Brookes University |
| UTC Bluewater | Kent | Engineering, Integrated Computer Science | Leigh Academies Trust | University og Greenwich, Bluewater, Eurostar, Kenard, North West Kent College |
| Heathrow Aviation UTC | LB Hillingdon | Aviation Engineering | Northwood School | Brunel University, BAA plc, British Airways plc, Virgin Atlantic, LB of Hillingdon, RAF Northolt |
| The East London UTC (ELUTec) | Havering | Mechanical (manufacturing) and Engineering and Product Design | Centre for Engineering and Manufacturing Excellence | University College London, Loughborough University, Ford Motor Company, Prospects Learning Foundation |
| Norfolk UTC | Norfolk | Advanced Engineering and Energy Skills | Norwich City College of Further and Higher Education | University of East Anglia, East Anglian Offshore Wind, Gardline Group, Lotus Cars Ltd, Aquaterra Energy, The Mason Trust, OPITO, East of England Energy Group, Warren Services |
| Elstree UTC | Hertfordshire | Entertainment Technologies and Crafts, Electronic Engineering and Digital Technologies | David Meller, Chairman and Lead Sponsor of The Harefield Academy and Bushey Academy | University of Hertfordshire, Sherr Technologies, BBC Elstree Studios, Endemol, Universal Music Group, Warner Brothers, Sony Computer Entertainment, T&B Contractors, Greenhouse, Venson, Automotive Solutions, Experian, Manpower, Exemplas, Global Radio, Ambassador Theatre Group |
| Harlow UTC | Essex | Environmental Engineering and Medical Technology | Harlow College | Anglia Ruskin University, Johnson Controls, Pearson UK, Joint Contracts Tribunal, Princess Alexandria Hospital |
| UTC Cambridge | Cambridge | Bio-medical Science and Technology, Environmental Science and Technology | Cambridge Regional College | Cambridge University Health Partners, Cambridge University Hospitals, Institute of Animal Technology, Parkside Federation Academies, Medical Research Council, Napp Pharmaceuticals Holdings ltd, Wellcome Trust Sanger Institute, The Cube ltd, Cambridge Cleantech ltd, The Barbraham Institute, NHS East of England: Multi-Professional Deanery, Long Road Sixth Form College, Cambridgeshire County Council |
| Lincoln UTC | Lincolnshire | Engineering and Core Science | University of Lincoln | Lincoln College, Siemens Industrial Turbomachinery Ltd |
| Warwick UTC | Coventry | Engineering (with Digital Technology) | University of Warwick | Jaguar Land Rover |
| West Midlands Construction UTC | Walsall | Construction and the application of Information Technology in the Built Environment | National Construction College?CITB-Construction Skills | University of Wolverhampton Walsall College |
| Birkenhead UTC | Wirral | Engineering | Cammell Laird Ltd | Liverpool John Moores University, University of Liverpool, Mersey Maritime, Wirral Metropolitan College |
| Liverpool Low Carbon and SuperPort UTC | Liverpool | Engineering and Logistics | Liverpool John Moores University | Arup, Balfour Beatty Engineering Services ltd, BlackBurne House Group, Brock Carmichael Architects, Cofely GDF Suez, Eldonian Group ;td, Enterprise Plc, E.ON Energy, Groundwork Merseyside, Laing O'Rourke, Liverpool City Council, Liverpool Vision, Mersey Maritime Group, Mersey Travel, Morgan Sindal Plc, Peel Land and Property (Ports Ltd), Peel Ports ltd, Sinclair Knight Merz, The Mersey Partnership, Liverpool Community College |
| Energy Coast UTC | Cumbria | Energy | Energus Academy | Nuclear Decommissioning Authority, Lakes College West Cumbria, Gen II |
| MediaCityUK UTC | Salford | Creative Industries and Entrepreneurship | The Aldridge Foundation | The Univeristy of Salford, The Lowry, Salford City College |
Two are already open - the JCB Academy in Staffordshire, and the Black Country UTC in Walsall (both West Midlands).
17 others are already in the pre-opening phase.
This brings the total to 32 since May 2010 (the Government’s ambition was to approve 24 by 2014/15).
Three UTCs will open in September:
Aston University UTC. This is a new building. The Principal is in place and the curriculum is being developed.
Hackney UTC. This will open on a site presently owned by Hackney Community College. Building, refurbishment and equipment costs have been agreed and a Principal has been appointed.
Central Bedfordshire UTC is supported by Cranfield University and the University of Bedfordshire. The Principal has been appointed.
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 29 May 2012
From: Department for Education
Part of: Academies and free schools


ModActiveDirectory <IP_ADDRESS> (December 26, 2018)
- Initial development of the module
Automatic Control Module
ModAutoControl <IP_ADDRESS> (December 26, 2018)
- Update due to changes in the base libraries
ModAutoControl <IP_ADDRESS> (July 30, 2018)
- Data triggers are loaded faster


REALPATH
Section: Linux Programmer's Manual (3)
Updated: 2014-08-19
Index
Return to Main Contents
NAME
realpath - return the canonicalized absolute pathname
SYNOPSIS
#include <limits.h>
#include <stdlib.h>
char *realpath(const char *path, char *resolved_path);
Feature Test Macro Requirements for glibc (see
feature_test_macros(7)):
realpath():
-
_BSD_SOURCE || _XOPEN_SOURCE >= 500 ||
_XOPEN_SOURCE && _XOPEN_SOURCE_EXTENDED
DESCRIPTION
realpath()
expands all symbolic links and resolves references
to
/./, /../
and extra '/'
characters in the null-terminated string named by
path
to produce a canonicalized absolute pathname.
The resulting pathname is stored as a null-terminated string,
up to a maximum of
PATH_MAX
bytes,
in the buffer pointed to by
resolved_path.
The resulting path will have no symbolic link,
/./
or
/../
components.
If
resolved_path
is specified as NULL, then
realpath()
uses
malloc(3)
to allocate a buffer of up to
PATH_MAX
bytes to hold the resolved pathname,
and returns a pointer to this buffer.
The caller should deallocate this buffer using
free(3).
RETURN VALUE
If there is no error,
realpath()
returns a pointer to the
resolved_path.
Otherwise, it returns NULL, the contents
of the array
resolved_path
are undefined, and
errno
is set to indicate the error.
ERRORS
- EACCES
-
Read or search permission was denied for a component of the path prefix.
- EINVAL
-
path
is NULL.
(In glibc versions before 2.3,
this error is also returned if
resolved_path
is NULL.)
- EIO
-
An I/O error occurred while reading from the filesystem.
- ELOOP
-
Too many symbolic links were encountered in translating the pathname.
- ENAMETOOLONG
-
A component of a pathname exceeded
NAME_MAX
characters, or an entire pathname exceeded
PATH_MAX
characters.
- ENOENT
-
The named file does not exist.
- ENOTDIR
-
A component of the path prefix is not a directory.
CONFORMING TO
4.4BSD, POSIX.1-2001.
POSIX.1-2001 says that the behavior if
resolved_path
is NULL is implementation-defined.
POSIX.1-2008 specifies the behavior described in this page.
NOTES
In 4.4BSD and Solaris, the limit on the pathname length is
MAXPATHLEN
(found in <sys/param.h>).
SUSv2 prescribes
PATH_MAX
and
NAME_MAX,
as found in <limits.h> or provided by the
pathconf(3)
function.
A typical source fragment would be
#ifdef PATH_MAX
path_max = PATH_MAX;
#else
path_max = pathconf(path, _PC_PATH_MAX);
if (path_max <= 0)
path_max = 4096;
#endif
(But see the BUGS section.)
GNU extensions
If the call fails with either
EACCES
or
ENOENT
and
resolved_path
is not NULL, then the prefix of
path
that is not readable or does not exist is returned in
resolved_path.
BUGS
The POSIX.1-2001 standard version of this function is broken by design,
since it is impossible to determine a suitable size for the output buffer,
resolved_path.
According to POSIX.1-2001 a buffer of size
PATH_MAX
suffices, but
PATH_MAX
need not be a defined constant, and may have to be obtained using
pathconf(3).
And asking
pathconf(3)
does not really help, since, on the one hand POSIX warns that
the result of
pathconf(3)
may be huge and unsuitable for mallocing memory,
and on the other hand
pathconf(3)
may return -1 to signify that
PATH_MAX
is not bounded.
The
resolved_path == NULL
feature, not standardized in POSIX.1-2001,
but standardized in POSIX.1-2008, allows this design problem to be avoided.
SEE ALSO
readlink(2),
canonicalize_file_name(3),
getcwd(3),
pathconf(3),
sysconf(3)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- ERRORS
-
- CONFORMING TO
-
- NOTES
-
- GNU extensions
-
- BUGS
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:02 GMT, September 18, 2014