fd_watcher, fd_watcher_impl
// Members of dasynq::event_loop<T> instantiation: class fd_watcher; template <class Derived> class fd_watcher_impl; // : public fd_watcher;
fd_watcher
Brief: fd_watcher is a member type of the event_loop template class. It represents an event watcher for file-descriptor readiness events; a registered fd_watcher will receive callbacks when its associated file descriptor is ready for reading or writing (or both, if supported by the event loop back-end). The fd_watcher class should not be subclassed directly; the fd_watcher_impl template provides a means for subclassing.
Members
Types
- event_loop_t — the event loop type that this watcher registers with.
Constructors
- fd_watcher() — default constructor.
Functions
- (#1) void add_watch(event_loop_t &eloop, int fd, int flags, bool enabled = true, int prio = DEFAULT_PRIORITY)
— register a watcher with an event loop. flags is a combination of dasynq::IN_EVENTS and dasynq::OUT_EVENTS (see details section for limitations). May throw std::bad_alloc or std::system_error. - (#2) template <typename T>
static fd_watcher *add_watch(event_loop_t &eloop, int fd, int flags, T watchHndlr)
— add a dynamically-allocated watch with the specified callback. The watch is automatically deleted when removed. See details below. - void add_watch_noemu(event_loop_t &eloop, int fd, int flags, bool enabled = true, int prio = DEFAULT_PRIORITY)
— add a watcher with no emulation. See add_watch(#1). If the backend does not support the specified file descriptor, throws std::system_error rather than emulating readiness events (see details section). - void deregister(event_loop_t &eloop) noexcept
— request removal from the event loop. - int get_watched_fd() — returns the file descriptor associated with this watcher.
- void set_enabled(event_loop_t &eloop, bool enable) noexcept — enable or disable the watcher.
- virtual void watch_removed() noexcept — called when the watcher has been removed from the event loop.
Protected functions
- void set_watch_flags(int newFlags) — set watched event types (a combination
of IN_EVENTS and OUT_EVENTS). Must only be called if
the event loop supports multi-direction file descriptor watches (i.e. if the
has_separate_rw_fd_watches loop trait is false). For multi-threaded event loops, must only be called
from within the callback function. Takes effect when the watcher is next enabled (either by using the
set_enabled function or returning the REARM code from
the callback).
Details and Usage
Note: also see the watcher constraints section.
A file descriptor often represents an input or output channel (or both) for which I/O readiness is a detectable event. For example, a connected network socket becomes ready for input when data is received over the network, and ready for output when the output buffer is not full (or is below some threshold) due to data being successfully transmitted. An fd_watcher implementation receives notification of readiness events on a file descriptor.
When registering an fd_watcher you specify which events you are interested in using either of the IN_EVENTS and OUT_EVENTS flags. Some event loop backends support watching for both input and output readiness on the same file descriptor using a single watcher (epoll style) — this is supported by specifying both flags, as IN_EVENTS | OUT_EVENTS — and others require separate watchers for input and output (kqueue style). To avoid compatibility issues it is recommended to use bidi_fd_watcher rather than fd_watcher in order to watch for both input and output events on a single file descriptor.
Note that backends do not generally support more than one watcher on the same file descriptor (or more than one watcher for either reading or writing). Attempting to register multiple watchers for the same file descriptor has unspecified behaviour if not supported by the backend.
Subclassing fd_watcher
To specify callback behaviour, fd_watcher can be subclassed — however, it should not be directly subclassed; instead, use the fd_watcher_impl implementation wrapper template.
Regular files
In general readiness notification for regular files is not supported by event loop backends, and arguably a file is always ready for reading and writing (although the operation may block). However in some cases it is convenient to treat such file descriptors as if they were connected to pipes or sockets; fd_watcher by default supports emulation of readiness events for regular files, which assumes they are always ready; this can be prevented using the "noemu" variant of the watch registration functions.
Note that some backends do support regular files. In particular, kqueue supports read but not write watches on regular files, though with slightly modified semantics: at end-of-file, the file descriptor no longer reports as being ready-for-read. On FreeBSD, kqueue also directly supports the preferred semantics where a file is always considered ready for reading. Portable code should not rely on any particular semantics for the end-of-file condition if emulation is disabled.
Listening sockets
An fd_watcher can be used to detect incoming connections on a listening socket. New connections will be signalled as input readiness.
A special problem, not specific to Dasynq, can occur when the process has reached its file descriptor limit before a new connection arrives on a listening socket. In this case, it will be impossible to accept the new connection and it will remain pending, causing input readiness to be reported repeatedly. There are no solutions to this problem that are satisfactory in all cases; it is an issue inherent in the POSIX API.
Closing files
Any watchers for a file descriptor should be removed or disabled before closing the file descriptor. This is due to limitations in back-ends.
There are two specific cases which are problematic:
- A file is closed, then the file descriptor is re-assigned due to opening another file descriptor. With some back-ends this could result in the watcher being issued a callback due to the state of the new file.
- A file descriptor is duplicated (using dup() or similar) before the original is closed. This may result in the original watcher still receiving callbacks for events on the underlying file.
If the above situations can be avoided, it may be safe to close file descriptors before removing their watchers. However, it is recommended to avoid this if possible.
add_watch (#2)
// member of dasynq::event_loop<T>::fd_watcher template <typename T> static fd_watcher<event_loop_t> *add_watch(event_loop_t &eloop, int fd, int flags, T watch_hndlr)
This variant of the add_watch function can be used to create and register a dynamically-allocated fd_watcher. The first three parameters are the same as for add_watch(#1). The watch_hndlr parameter is a function or lambda of the form:
[](event_loop_t &eloop, int fd, int flags) -> rearm { ... }
It acts as the callback function for the generated watcher. The watcher will delete itself when it is removed from the event loop.
This function can throw std::system_error or std::bad_alloc on failure.
fd_watcher_impl
Brief: The fd_watcher_impl provides a basis for implementing fd_watcher, using the "curiously recurring template pattern". Instead of subclassing fd_watcher directly, subclass an instantiation of fd_watcher_impl with the template parameter specified as the subclass itself. For example:
class my_watcher : public event_loop_t::fd_watcher_impl<my_watcher> { // ... }
Details and Usage
The callback function must be provided in the subclass and named fd_event, with a signature compatible with the following:
rearm fd_event(event_loop_t & loop, int fd, int flags);
The fd_event function must be public, but need not be virtual. It will be called with the following parameters:
- loop — a reference to the event loop.
- fd — the file descriptor being watched, as specified at registration.
- flags — a combination of flags specifying the event type, possibly including dasynq::IN_EVENTS or dasynq::OUT_EVENTS or both. It may also include dasynq::ERR_EVENTS if an error condition has been detected.
Error conditions (flagged by the presence of dasynq::ERR_EVENTS) include, for example, when the file descriptor refers to a socket to which data has been written but the other end of the connection has been closed. An error condition may not relate to the specific read or write operation that is otherwise appropriate for the flags, however, an error condition will not be signalled without either of dasynq::IN_EVENTS or dasynq::OUT_EVENTS also being set.
The return value specifies the rearm action.
An fd_watcher_impl instantiation has no public or protected members, other than those inherited from fd_watcher, which it publicly derives from.


array wincache_fcache_fileinfo ([ bool $summaryonly = false ] )
Retrieves information about file cache content and its usage.
Array of meta data about file cache or FALSE on failure The array returned by this function contains the following elements: total_cache_uptime - total time in seconds that the file cache has been active total_file_count - total number of files that are currently in the file cache total_hit_count - number of times the files have been served from the file cache total_miss_count - number of times the files have not been found in the file cache file_entries - an array that contains the information about all the cached files: file_name - absolute file name of the cached file add_time - time in seconds since the file has been added to the file cache use_time - time in seconds since the file has been accessed in the file cache last_check - time in seconds since the file has been checked for modifications hit_count - number of times the file has been served from the cache file_size - size of the cached file in bytes


STSArchivedMessagesMeta
@interface STSArchivedMessagesMeta : LHDataObject
STSArchivedMessagesMeta object defines the archived messsage meta properties.
-
The message type of the archived message.
Declaration
Objective-C
@property (assign, readwrite, nonatomic) NSString *_Nonnull msgType;
Swift
var msgType: UnsafeMutablePointer<Int32>! { get set }
-
The oldest date of this archived messages, whose unit is unix time in millisecond.
Declaration
Objective-C
@property (assign, readwrite, nonatomic) NSNumber *_Nonnull oldestDate;
Swift
var oldestDate: UnsafeMutablePointer<Int32>! { get set }
-
The latest date of this archived messages, whose unit is unix time in millisecond.
Declaration
Objective-C
@property (assign, readwrite, nonatomic) NSNumber *_Nonnull latestDate;
Swift
var latestDate: UnsafeMutablePointer<Int32>! { get set }


It made me more mindfull about how much time I spent on getting design and layout right. I spent too much time on sprint 2, which was a good learning experience, but maybe not best use of time. In sprint 3 I still spent a lot of time on getting the Skeleton framework and responsiveness to work properly, but less time on small detail.
Quite a lot. I've tried various things over the years; Art of Living, Sri Chimnoy, Headspace app. But I have never been able to make it stick, which is a shame as I definitly see the benefits when I do it for a while. So why is it so hard to persist and be disciplined in it?!
Mostly a reminder that it is normal to lose attention during meditation and that this is ok as when you bring the attention back, that is the trigger that makes you improve. So I'll still try to focus, but when the mind wonders, be more kind to myself and bring it back gently while thinking about those brain gains I am making.
I liked the suggestions about the positions to be in, realising I might have been in slouch mode to often. I'll also try to apply the eyes half open method.
Time to Github this blog and do my meditation!


{% extends "admin/layout.html" %} {% block title %}{{ _("Eric The Fish") }}{% endblock %} {% block contents %}
{% trans %} This is Eric's configuration page. From here you can configure what Eric looks like. {% endtrans %}


The song, a collaboration with Korean Air, will be released later tonight at 6PM KST on the 18th. The song is an electro pop dance song by Kenzie, and the MV has been airing at the beginning of all Korean Air flights. The boys have gone ahead and released the MV for the song earlier than the song release.
Proceeds from the song will be donated to the Global Citizen campaign run by the Global Poverty Project. Make sure to check out the MV above.


This package allows to make inference on the properties of causal genetic variants in linkage disequilibrium with genotyped markers. In a first step, we select a subset of variants using a score statistic for affected sib-pairs. In a second step, on the selected subset, we make inference on causal genetic variants in the considered region.
| Version: | 1.2 |
| Depends: | hexbin, Rcpp |
| LinkingTo: | Rcpp, RcppArmadillo |
| Published: | 2015-01-14 |
| Author: | Claire Dandine-Roulland |
| Maintainer: | Claire Dandine-Roulland <claire.Dandine-Roulland at inserm.fr> |
| License: | GPL-2 |
| NeedsCompilation: | yes |
| CRAN checks: | ASPBay results |
| Reference manual: | ASPBay.pdf |
| Vignettes: |
ASPBay package |
| Package source: | ASPBay_1.2.tar.gz |
| Windows binaries: | r-devel: ASPBay_1.2.zip, r-release: ASPBay_1.2.zip, r-oldrel: ASPBay_1.2.zip |
| OS X binaries: | r-release: ASPBay_1.2.tgz, r-oldrel: ASPBay_1.2.tgz |
| Old sources: | ASPBay archive |
Please use the canonical form https://CRAN.R-project.org/package=ASPBay to link to this page.


Deductive Logic
by George William Joseph Stock, M.A.
Part 3: Chapter 13
Additional Information
- Year Published: 1888
- Language: English
- Country of Origin: England
- Source: Stock, G. W. J. (1888). Deductive Logic. Oxford, England; Pembroke College.
-
Readability:
- Flesch–Kincaid Level: 11.0
- Word Count: 903
- Genre: Informational
- Keywords: math, math history
- ✎ Cite This
Downloads
PART III.—OF INFERENCES
CHAPTER XIII.
Of the Special Rules of the Four Figures.
606. Our next task must be to determine how far the 11 moods which we arrived at in the last chapter are valid in the four figures. But before this can be done, we must lay down the
Special Rules of the Four Figures.
FIGURE 1.
Rule 1, The minor premiss must be affirmative.
Rule 2. The major premiss must be universal.
FIGURE II.
Rule 1. One or other premiss must be negative.
Rule 2. The conclusion must be negative.
Rule 3. The major premiss must be universal.
FIGURE III.
Rule 1. The minor premiss must be affirmative.
Rule 2. The conclusion must be particular.
FIGURE IV.
Rule 1. When the major premiss is affirmative, the minor must be universal.
Rule 2. When the minor premiss is particular, the major must be negative.
Rule 3, When the minor premiss is affirmative, the conclusion must be particular.
Rule 4. When the conclusion is negative, the major premiss must be universal.
Rule 5. The conclusion cannot be a universal affirmative.
Rule 6. Neither of the premisses can be a particular negative.
607. The special rules of the first figure are merely a reassertion in another form of the Dictum de Omni et Nullo. For if the major premiss were particular, we should not have anything affirmed or denied of a whole class; and if the minor premiss were negative, we should not have anything declared to be contained in that class. Nevertheless these rules, like the rest, admit of being proved from the position of the terms in the figure, combined with the rules for the distribution of terms ( 293).
Proof of the Special Rules of the Four Figures.
FIGURE 1.
608. Proof of Rule 1.—The minor premiss must be affirmative.
B—A
C—B
C—A
If possible, let the minor premiss be negative. Then the major must be affirmative (by Rule 5), [Footnote: This refers to the General Rules of Syllogism.] and the conclusion must be negative (by Rule 6). But the major being affirmative, its predicate is undistributed; and the conclusion being negative, its predicate is distributed. Now the major term is in this figure predicate both in the major premiss and in the conclusion. Hence there results illicit process of the major term. Therefore the minor premiss must be affirmative.
609. Proof of Rule 2.—The major premiss must be universal.
Since the minor premiss is affirmative, the middle term, which is its predicate, is undistributed there. Therefore it must be distributed in the major premiss, where it is subject. Therefore the major premiss must be universal.
FIGURE II.
610. Proof of Rule 1,—One or other premiss must be negative.
A—B
C—B
C—A
The middle term being predicate in both premisses, one or other must be negative; else there would be undistributed middle.
611. Proof of Rule 2.—The conclusion must be negative.
Since one of the premisses is negative, it follows that the conclusion also must be so (by Rule 6).
612. Proof of Rule 3.—The major premiss must be universal.
The conclusion being negative, the major term will there be distributed. But the major term is subject in the major premiss. Therefore the major premiss must be universal (by Rule 4).
FIGURE III.
613. Proof of Rule 1.—The minor premiss must be affirmative.
B—A
B—C
C—A
The proof of this rule is the same as in the first figure, the two figures being alike so far as the major term is concerned.
614. Proof of Rule 2.—The conclusion must be particular.
The minor premiss being affirmative, the minor term, which is its predicate, will be undistributed there. Hence it must be undistributed in the conclusion (by Rule 4). Therefore the conclusion must be particular.
FIGURE IV.
615. Proof of Rule I.—When the major premiss is affirmative, the minor must be universal.
If the minor were particular, there would be undistributed middle. [Footnote: Shorter proofs are employed in this figure, as the student is by this time familiar with the method of procedure.]
616. Proof of Rule 2.—When the minor premiss is particular, the major must be negative.
A—B
B—C
C—A
This rule is the converse of the preceding, and depends upon the same principle.
617. Proof of Rule 3.—When the minor premiss is affirmative, the conclusion must be particular.
If the conclusion were universal, there would be illicit process of the minor.
618. Proof of Rule 4.—When the conclusion is negative, the major premiss must be universal.
If the major premiss were particular, there would be illicit process of the major.
619. Proof of Rule 5.—The conclusion CANNOT be A UNIVERSAL affirmative.
The conclusion being affirmative, the premisses must be so too (by Rule 7). Therefore the minor term is undistributed in the minor premiss, where it is predicate. Hence it cannot be distributed in the conclusion (by Rule 4). Therefore the affirmative conclusion must be particular.
620. Proof of Rule 6.—Neither of the premisses can lie a, PARTICULAR NEGATIVE.
If the major premiss were a particular negative, the conclusion would be negative. Therefore the major term would be distributed in the conclusion. But the major premiss being particular, the major term could not be distributed there. Therefore we should have an illicit process of the major term.
If the minor premiss were a particular negative, then, since the major must be affirmative (by Rule 5), we should have undistributed middle.


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I have a EmonTx, (running CT123), NanodeRFSMT, and a Emon GLCD (although the latter is not normally used) I am posting to emoncms. (emoncms.org/BakerA01)
I'm monitoring a off-grid power system which is a mix of wind, pv, battery/inverter, with a backup generator. I have been sending data (using two NanodeRFSMT's) to both COSM and emoncms - both have been set with different mac addresses, and are using DHCP and DNS. Cosm works fine, but the graphical interface is more limited.
For emoncms originally I was posting from 'node 10' 12 variables via CSV, but was very unreliable, have reduced to 9 variables now. – is there a hard limit to the length of CSV?
My problem is for 'node 10' I'm not getting "OK received" back from Emoncms (other than very occasionally) which causes emonbase to reset quite a lot, however when switching on emonGLCD, "node20" that always gets "OK received" I am seeing the "node 10" data feeds on emoncms so at least the data is being posted.
Any thoughts?
I have included a cut and paste from the serial port of the NanodeRFSMT to illustrate the problem (I edited to remove API write code)
//”Node 10 is EmonTX, node 20 is Emon GLCD” Log from emonBase (NanodeRFSMT) serial port whilst connected to emoncms using example code from github for all units”
Time request sent
Time: t07,11,26
Data sent: /api/post.json?apikey=”My api key was here”&node=20&csv=1937
OK recieved
Data sent: /api/post.json?apikey=”My api key was here”&node=10&csv=793,57,3,40,360,360,0,0,0
Data sent: /api/post.json?apikey=”My api key was here”&node=20&csv=1943
OK recieved
Data sent: /api/post.json?apikey=”My api key was here”&node=10&csv=791,56,4,40,0,0,0,0,0
//“ I switched off emonGLCD at this point to see if that made a difference”
Data sent: /api/post.json?apikey=”My api key was here”&node=10&csv=793,53,9,40,80,80,0,0,0
Data sent: /api/post.json?apikey=”My api key was here”&node=10&csv=792,57,5,40,320,320,0,0,0
Data sent: /api/post.json?apikey=”My api key was here”&node=10&csv=793,56,8,40,120,120,0,0,0
Time request sent
Time: t07,12,26
Data sent: /api/post.json?apikey=”My api key was here”&node=10&csv=792,53,11,40,200,200,0,0,0
Not getting "OK received" back from emoncms
Submitted by bakerA01 on Sun, 31/03/2013 - 08:00Hi all, Happy Easter,
I have a EmonTx, (running CT123), NanodeRFSMT, and a Emon GLCD (although the latter is not normally used) I am posting to emoncms. (emoncms.org/BakerA01)
I'm monitoring a off-grid power system which is a mix of wind, pv, battery/inverter, with a backup generator. I have been sending data (using two NanodeRFSMT's) to both COSM and emoncms - both have been set with different mac addresses, and are using DHCP and DNS. Cosm works fine, but the graphical interface is more limited.
For emoncms originally I was posting from 'node 10' 12 variables via CSV, but was very unreliable, have reduced to 9 variables now. – is there a hard limit to the length of CSV?
My problem is for 'node 10' I'm not getting "OK received" back from Emoncms (other than very occasionally) which causes emonbase to reset quite a lot, however when switching on emonGLCD, "node20" that always gets "OK received" I am seeing the "node 10" data feeds on emoncms so at least the data is being posted.
Any thoughts?
I have included a cut and paste from the serial port of the NanodeRFSMT to illustrate the problem (I edited to remove API write code)
//”Node 10 is EmonTX, node 20 is Emon GLCD” Log from emonBase (NanodeRFSMT) serial port whilst connected to emoncms using example code from github for all units”
Time request sent
Time: t07,11,26
Data sent: /api/post.json?apikey=”My api key was here”&node=20&csv=1937
OK recieved
Data sent: /api/post.json?apikey=”My api key was here”&node=10&csv=793,57,3,40,360,360,0,0,0
Data sent: /api/post.json?apikey=”My api key was here”&node=20&csv=1943
OK recieved
Data sent: /api/post.json?apikey=”My api key was here”&node=10&csv=791,56,4,40,0,0,0,0,0
//“ I switched off emonGLCD at this point to see if that made a difference”
Data sent: /api/post.json?apikey=”My api key was here”&node=10&csv=793,53,9,40,80,80,0,0,0
Data sent: /api/post.json?apikey=”My api key was here”&node=10&csv=792,57,5,40,320,320,0,0,0
Data sent: /api/post.json?apikey=”My api key was here”&node=10&csv=793,56,8,40,120,120,0,0,0
Time request sent
Time: t07,12,26
Data sent: /api/post.json?apikey=”My api key was here”&node=10&csv=792,53,11,40,200,200,0,0,0
Thanks in advance
Andy


Graph2d | Scrolling and Sorting
You can determine the height of the Graph2d seperately from the height of the frame. If the graphHeight
is defined, and the height
is not, the frame will auto-scale to accommodate the graphHeight. If the height
is defined as well, the user can scroll up and down vertically as well as horizontally to view the graph.
Vertical scrolling is planned, though not yet available. The graphHeight also does not conform if only the height
is defined.
You can manually disable the automatic sorting of the datapoints by using the sort
option. However, doing so does reduce the optimization
of the drawing so if you have a lot of points, keep sort
turned on for the best results.


| Framework | Score | Forks | Stars | Issues (open) |
|---|---|---|---|---|
| React | score | forks | stars | issues |
| Angular | score | forks | stars | issues |
| Ember | score | forks | stars | issues |
| Vue | score | forks | stars | issues |
LaunchPad Lab
< coding challenge />
| Framework | Score | Forks | Stars | Issues (open) |
|---|---|---|---|---|
| React | score | forks | stars | issues |
| Angular | score | forks | stars | issues |
| Ember | score | forks | stars | issues |
| Vue | score | forks | stars | issues |


Design responsibilities
- Work with content authors and developers to provide text alternatives for non-text content.
- Share what the non-text content you designed is supposed to convey to users.
Designer tips
- Provide a place in your design for text alternatives for images and media. For example, you might need:
- Text along with icons and graphical buttons
Captions and descriptions for complex graphs
User testing and meaningful involvement
- As early as possible in your project, learn the basics of how people with disabilities use the web by reading online resources and watching videos.
- Determine if the assistive technology user perceives the text alternative and gets equivalent information from it.


|
Jetson Inference
DNN Vision Library
|
Go to the source code of this file.
Classes | |
| class | poseNet |
| Pose estimation models with TensorRT support. More... | |
| struct | poseNet::ObjectPose |
| The pose of an object, composed of links between keypoints. More... | |
| struct | poseNet::ObjectPose::Keypoint |
| A keypoint or joint in the topology. More... | |
| struct | poseNet::Topology |
Macros | |
| #define | POSENET_DEFAULT_INPUT "input" |
| Name of default input blob for pose estimation ONNX model. More... | |
| #define | POSENET_DEFAULT_CMAP "cmap" |
| Name of default output blob of the confidence map for pose estimation ONNX model. More... | |
| #define | POSENET_DEFAULT_PAF "paf" |
| Name of default output blob of the Part Affinity Field (PAF) for pose estimation ONNX model. More... | |
| #define | POSENET_DEFAULT_THRESHOLD 0.15f |
| Default value of the minimum confidence threshold. More... | |
| #define | POSENET_DEFAULT_KEYPOINT_SCALE 0.0052f |
| Default scale used for drawing keypoint circles. More... | |
| #define | POSENET_DEFAULT_LINK_SCALE 0.0013f |
| Default scale used for drawing link lines. More... | |
| #define | POSENET_USAGE_STRING |
| Standard command-line options able to be passed to poseNet::Create() More... | |


We need your help to revitalize a once fun and vibrant penguin community. You can help us by confirming your trips and choosing eco-friendly travel modes! As your points accumulate, you'll see the gradual revival of Penguin Land.
Point accruals are based on trip confirmation and your carbon footprint (the lower the carbon footprint, the more points!) Watch out - your points may decrease some days (depending on your behavior), but don't worry, you'll never go below 0. Trip confirmation is heavily weighed, so make sure you confirm for the penguins' sake!
The game starts once you have confirmed trips. Please confirm trips at the end of the day.
Got it!


creation: 3/24/99 (using AWT), major revision: 01/06/02 (using Swing)
Most GUI programs are created by extending the class
JFrame
.
The JFrame
class holds the basic GUI
functionality.
You extend this class by adding the
functions your application needs.
This chapter introduces these ideas.
It may be helpful at times to refer back to the class hierarchy diagrams of the previous chapter.


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Slide Five
Slide Content
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Motifs.txt is a file in
Database defining
Motifs
Motifs are operators that at a particular position (the target
position) in a DNA sequence detect the presence of some quantitative
feature to a degree in excess of a threshold, or the presence of an
all-or-nothing feature. When such is detected, a
'Motif hit' is registered, with a score and a hotspot at the target
position.
A Motif type is defined either by a class inside
RetroTector.jar (belonging to the package 'builtins') or by a .class
file in the plugins directory. Individual
Motifs are created at RetroTector startup, using the Motifs.txt file
which provides individual details. Each Motif class has a unique
identifying string which is
utilized in the second column of Motifs.txt.
Most Motif types belong to
the subclass OrdinaryMotif. An OrdinaryMotif can calculate a raw score
at any position in a DNA sequence, and yields no more than one hit in
the same position. If the raw score is below a
certain threshold, no hit is registered. If the raw score is above the
threshold, a Motif hit is registered, with a final score proportional
to the
difference between the raw score and the threshold. Usually the
proportionality factor is chosen in such a way that if the raw score
equals its theoretical maximum, the final score equals the maximal
score defined in Motifs.txt. The threshold is usually adjusted
according to the character of the
DNA sequence to which it will be applied, by calculating the raw score
in 1000 positions distributed along
the sequence. The threshold is then set to the average of these scores
plus
their standard deviation times a factor
(typically
5.5).
Therefore, in addition to its hitfinding capacity, a
Motif class has a 'refresh' function, applied before the hitfinding,
which
calculates the threshold, and/or possibly does other preparations.
Some properties of Motif classes may also be determined
by named parameters, whose default value may be changed through Configuration.txt . For example, the PPTMotif has a parameter named
'LowLimit' usually with the value 20. If
you want to try 22 instead, you include a parameter like this
PPTMotifdefaults::
LowLimit: 22
::
in Configuration.txt.
At startup, all the classes in
plugins are absorbed into RetroTector. It is therefore possible to
write your own Motif classes and drop them into the plugins directory.
See Programming on your own .
The motif classes available (but not all in use) at
present are:
- OrdinaryMotifs:
- More esoteric ones:
Structure of Motifs.txt
Motifs.txt is a
parameter file. The
bulk of the Motifs are specified in the parameter Motifs. Specialized
Motifs are contained in the parameters LTR1Motifs, LTR2Motifs,
ComponentMotifs, KozakMotif, SpliceAcceptorMotif, SpliceDonorMotif,
SlipperyMotif, ProteaseCleavageMotif, PseudoKnotMotif and possibly
others. A Motif is defined by a single line in any of these, with a
common
structure. Unlike in many other files in Database, the fields are not
space-delimited but rather contiguous, with fixed width. They are as
follows (with the names used in the Java source):
- MOTIFID (width 11 characters). An integer, preferably
unique. Its main use is to identify the Motif in error messages, in CollectMotifHits and in forming
CoincidenceMotifs.
- MOTIFTYPE (5 characters). The identifying string of
the Motif type to which the Motif belongs.
- MOTIFLEVEL (2 characters). At present, either 'D',
indicating a detection Motif, ie one used in the detection process, or
'C' for a characterization Motif, used only in refining already
detected chains.
- MOTIFRVGENUS (25 characters). One or more of the
identifying characters of virus genera
in which this Motif occurs.
- MOTIFSDFACTOR (5 characters). This field may be used
in any way that suits the particular Motif class, but primarily to
redefine the factor used in
calculating raw score threshold.
- MOTIFSUBGENE (5 characters). Name of the SubGene to
which this Motif belongs, or '????' if not defined.
- MOTIFGROUP (5 characters). Name of the MotifGroup to
which this Motif belongs, or '????' if not defined.
- MAXSCORE (5 characters). The maximal score allowed
for hits with this Motif.
- PARAM (5 characters). This field may be used in any
way that suits the particular Motif class, but primarily to specify raw
score threshold (in OrdinaryMotifs). If there is a real number in this
field, the procedure
described above for calculating raw score threshold is omitted and
the value is used instead.
- MOTIFSTRING (55 characters). Contents vary
according to Motif class, but define what feature the Motif scores.
- MOTIFORIGIN (arbitrary length). A comment. If you use the CollectGenome command, make sure that for all PBS
Motifs, MOTIFORIGIN
contains a specification of the relevant tRNA, of the form tRNAxxx
(case irrelevant) where the xxx is a three-letter amino acid
abbreviation.


Words matter
This tool exists to make you aware when your project is using words that make others feel unwelcome. We start with a basic list of terms that evoke racist, sexist, or ableist overtones, and look through source code repositories for these terms, to encourage you to use more welcoming, inclusive language in your project. (The Inclusive Naming Initiative is working on a replacement word list, but do note that many replacement choices are very specific to your particular project domain.)
No, this doesn't solve the problem, but being aware when you're creating an unwelcoming space can be the first step towards more significant efforts to be more inclusive, welcoming, and sensitive to the feelings of your community.
The suggestions made by this tool are just that - suggestions. Due to the flexible nature of language, you'll almost certainly disagree with many of these suggestions, and that's fine. We hope, though, that it makes you think about how words are perceived by your audience.
We encourage you to read more about this effort, and what you can do to make the world a more welcoming place.


Ryan is a designer.
He can build
unexpected interaction with a brick wall
interaction design, apparel, manufacturing processes
Unexpected interaction with a brick wall was a study in affordances with Annice Chen. We started our exploration by using a laser cutter to make seams without the use of thread. This enabled us to design garments that could be torn from a flat plane. We devised a co-creation experience, wherein the garment is provisional until the model completes its creation in an enabling and expressive gesture.
This work was a result of a deep exploration in the material properties of fusible interfacing and the manufacturing process of the laser cutter.


Crystal Collector!
You will be given a random number at the start of the game.
There are four crystals below. By clicking on a crystal you will add a specific amount of points to your total score.
You win the game by matching your total score to the random number, you lose if your total score goes above the number.
The value of each crystal is hidden from you until you click on it.
Each time when the game starts, the game will change the values of each crystal.


The perfect starter for a responsive single page website
A very lightweight and easy to use jQuery plugin that allows anchors that refer to elements in the same page to scroll smoothly with animation and flexibility in speed also
Go to "Credits" but not in a hurry !
All you have to do is include two data attributes in the desired anchor, "data-id" and "data-speed" while the speed is optional, the id has to be equal to the element ID that you want to scroll to, read on GitHub for more info.
The grid is very flexible, it provides Four breakpoints, Source Ordering, Offsets, Centering, read more on GitHub and view the examples.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Voluptatem, eum, et quam in quis maiores ipsam debitis aliquid quaerat quia eos ad id nulla impedit doloribus ab repudiandae sequi ullam.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Voluptatem, eum, et quam in quis maiores ipsam debitis aliquid quaerat quia eos ad id nulla impedit doloribus ab repudiandae sequi ullam.
That's actually a very good question, it's the one that I started asking for myself when creating this Skeleton.
Well, as you might know by now that single page websites are very trendy and used very often, the need to a lightweight yet powerful skeleton without having to include all the features of a fully fledged framework like Foundation or Bootstrap became essential
Also a very key feature is smooth scrolling and navigation through this one page website, it was a pain in the ass to use some of the plugins out there so I've decided to create one of my own that simplifies the process and allows ease of use across the document
Finally there is no need to say how important responsive web design is, so you now can use a very powerful/customisable/flexible responsive grid without having to integrate a large framework
As small as this project may seem it actually involved a lot of other awesome developers' code, so let's list them
singlePageStarter$ ls -a
This project is brought to you by Zyad Sherif


--- layout: post title: meter; the HTML5 element description: A progress bar in HTML5 with parameters for min, max, low and high. With some Javascript and CSS you can make them beatiful and animated. date: 2014-05-14 12:00:00 headerImage: img/urban_b.jpg header-y: 70 tags: ["tech", "web"] ---
I'm amazed at how often I still "discover" a new HTML5 element. I say discover because really they're all written down in specs. But then again, who reads specs for their enjoyment?
Today I discovered the meter-element (by first discovering the progress-element). They're essentially the same, except that <meter>
also adds
some sugary deliciousness in the form of colouring. It's here that you should note that IE10 (and higher) only support <progress> at the moment and not <meter>.
So while both elements are rendered pretty much the same by browsers,
it's the semantic meaning that you have to pick.
So what makes it cool, you ask? Well the sugary deliciousness that I mentioned.
The meter-element has your standard min
and max
attributes, but also low
, high
and optimum
.
If you're using a supported browser for <meter> you will see the bar in the Result tab. I have added some JavaScript to update the bar with 5 units every 500 milliseconds. My bar is set up from 0 to 100, so it could be percentage based. You're of course free to choose any numbers.
If you're using IE or a specific mobile browser, you'll probably see the fallback message. This element falls back graciously and I even added some JavaScript
to also update my fallback text. Although I later found out that meter.value
is NaN, so you have to change the JS to be independent of that element.
For IE 10 and higher, you could also change the meter-element to a <progress>
-element and it will work, even with the same JavaScript code.
The low, high and optimum attributes won't do anything and as such you will have no colour, but still a cool progress bar in HTML5.
If you look at the HTML again, you can see how you're supposed to use the low
, high
and optimum
attributes.
These are your 'breaking points' for when the browser starts to make your bar red, yellow and green respectively.
You can even use CSS to change the <meter>'s style,
although this is still vendor prefixed.
My meter is using sensible breaking points at 30% (low) and 60% (high). But you can change this and for example, if you're using it as an Health Points bar, you might have the low on 10% and high on 40%.
To be honest, I'm not really sure why there is an optimum
attribute, so far it doesn't really do anything.
But all in all, a really cool HTML5 element that takes away so much manual work for you!


Account Manager
Write Address Information about your listing Location
Write full detail information about listing Owner
Write something general information about your listing
Remember, Your Password should not be easy and common
Remember, Your Password should not be easy and common


Log in
This is a demo app. The stored names are fake and no real user names should be added.
Current members:
[[item.firstName]] [[item.lastName]]
Tel: [[item.tel]]
Email:
[[item.email]]


No bells or whistles here, just a straight up table for all of your basic table needs.
controller.ts
{{ codeSnippet }}
template.html
{{ htmlSnippet }}


We are on Facebook: Dojaysexclusive Follow us on Instagram: @Dojay_beads Chat on Whatsapp or Call<PHONE_NUMBER>4
It takes about 1 day to make and 1 more day to deliver to you if you are in Lagos. Allow extra 2 or 3 days if you are outside Lagos
Satisfied Customer Dancing from Dojay Beads on Vimeo.


Irish weather forecast: Met Eireann issues advisory as strong winds set to batter Ireland after Storm Atiyah chaos
There are fears that trees and structures weakened by Storm Atiyah could be damaged even further
by Sam RobertsA weather advisory is in place with Ireland expected to be battered by strong winds tomorrow.
Met Eireann has issued the notice for most of Tuesday, with fears that trees and structures weakened by Storm Atiyah could be damaged even further.
The alert reads: "Tuesday will be a blustery day with strong winds and very gusty conditions associated with an active front moving eastwards across the country.
"Generally, winds will be below warning thresholds but damage to some structures and trees, already weakened from the effects of Storm Atiyah, is possible."
The national forecaster explained that advisories are generally one step below full warnings, and are often used when high winds and high tides generate a "risk of flooding".
The advisory will take effect at 4am on Tuesday, and remain in place until 4pm.
It comes as around 7,000 customers ares still without power following Storm Atiyah.
ESB Networks said crews are working to restore faults as quickly as possible.
The company was working on faults in Ratoath, Co Meath and in parts of Co Westmeath on Monday morning.
There are more than 330 properties without electricity in Bushfield, Co Westmeath.
Over 250 customers are affected by power outages at Loughtagalla, Co Tipperary and 238 homes are affected in Inch, Co Kerry.
Winds caused by the storm wreaked havoc in parts of the country as status orange and red wind warnings were issued.
How to follow the Irish Mirror on social media
You can like our main Facebook page here.
Our Irish Mirror Sports page - which brings you all your Irish and UK sports news - can be found here.
You can also check out our Irish Mirror GAA sports page.
The Irish Mirror Twitter account is @IrishMirror while our sports account is @MirrorSportIE.
Our Instagram account can be found here.


When it was released in Japan in 1997, the animated epic "Mononoke Hime" captivated audiences -- it's currently second only to "Titanic" in the list of Japan's biggest box office hits -- and attracted the attention of American producers. But director Hayao Miyazaki (whose other creations include "My Neighbor Totoro" and "Kiki's Delivery Service") wasn't about to let his work be reshaped to suit U.S. tastes. That's why, even with the addition of some familiar voices on the soundtrack, "Princess Mononoke" retains its distinctively Japanese flavor.
Miyazaki's film is a far cry from the Disneyfied world of animation. Its complex, winding plot does not pause for musical numbers or comic relief, and the violence in the story is not bloodless. Most of "Mononoke" is dark and unsettling, and yet it's weirdly lovely as well. Even if you lose track of the story -- and it is sometimes a challenge to keep up with all the developments -- the movie's steady flow of exotic, powerful images remains riveting.
"Mononoke" is set in Japan's Iron Age, "the days of gods and demons," according to the narration. While saving his village from an attacking Curse God (which looks like a gigantic, maggot-infested boar), the young hero Ashitaka (voice of Billy Crudup) is wounded by the animal and is forced to head west to search for a magical cure.
While journeying through a world full of "angry ghosts," Ashitaka encounters the haughty Lady Eboshi (Minnie Driver), who runs the community of Irontown and who has managed to round up a band of warriors and lepers to help her destroy the elusive Forest Spirit. But this magnificent semi-transparent creature is under the protection of Eboshi's arch-enemy San (Claire Danes), a girl raised in the wild, who bewitches Ashitaka.
"Mononoke" delivers a none-too-subtle message about conservation and respect for nature, but the film is so well-crafted it never feels preachy. Although it's slightly disconcerting at first to hear the easily identifiable Gillian Anderson speaking for the wolf mother Moro or Billy Bob Thornton reading the part of the scheming monk Jigo, the voice work is generally fine and most of the performers have been smartly cast.
Even without the dialogue, "Mononoke" would still be compelling for its visuals alone. Inspired by Japanese mythology, Mizayaki and his teams of animators have conjured up an eerie dreamscape full of monsters both good and evil, as well as the tiny spectral "koodamas," curious sprites with rattling, rotating heads. Whether you're a devotee of animation or simply interested in Eastern culture, seeing "Princess Mononoke" is a must. James Sanford
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


Chart showing ranges using horizontal columns. Each range is represented with a low and high value, with a bar between them.


Letter to BS: Farmers can make wooden boards out of rice stubble
It is a widely used technology in the West
by Business StandardI am surprised that no one has put forward the idea of converting rice stubbles into heat-compacted wooden boards that can be used as walls by the poor in constructing their own houses. It is a widely used technology in the West. You can improve the urban physical environment and also improve shelter for the poor. I am sure many would like to finance such a project of conversion for the sake of common good. I wonder if anyone has considered the idea. I also saw a similar proposal from the US to study the possibility in Bhatinda.
Salem Sethuraman, Maryland
Letters can be mailed, faxed or e-mailed to:The Editor, Business Standard
Nehru House, 4 Bahadur Shah Zafar Marg
New Delhi 110 002, Fax:<PHONE_NUMBER>1
E-mail<EMAIL_ADDRESS>All letters must have a postal address and telephone number


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Image Editor with CSS Filters and jQuery
Start TogetherJS
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Music Learning
Train the AI for deep learning.
Then find out types of music with no comparison in database.


L2Advanced
%online%
To complete the setup, write down Code that was sent to your Email Address(it may be in Spam section):
Code:


{# This is a layout that is designed for v2017 design of builderscon. #} {# All components should be included from a path with v2017 in it. For #} {# example, static/foo.css should be in static/v2017/foo.css, so forth. #} {% set version = 'v2017' -%} {% macro navmenu() -%} {% block menuitems %}{% endblock %} {% endmacro -%}


MOBILE
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Known as CRITERIA up until 2002, ETAMAX is the inter-collegiate technocultural fest of FCRIT, Vashi, celebrating in it's 16th year of glory
It focusses on igniting the minds of the students across the nation with a number of technical and cultural events. Being a completely student organised fest, we believe in practical learning. With our toughtfully crafted events and workshops, we aim to motivate young minds to find creative solutions to real life problems.
Over the past decade, it has been groomed to become one of the biggest most eagerly awaited college fests in Navi Mumbai with thousands of students participating each year.
Our SponsorsFr.C. Rodrigues Institute of Technology was established in as an extension of the pioneering efforts of the Agnel Ashram fathers, in the arena of Technical Education with the relentless pursuit of excellence as its guiding force.
F.C.R.I.T, in a short span of time established itself as a leading Engineering college in Mumbai, bagging at least one university 1st rank every year starting with its first graduation batch.
It has also made its mark in sports, extra-curricular and co-curricular activities. Government of Maharashtra awarded F.C.R.I.T an A grade in its first assessment
Felix Biju +91 98336 20386
Darshan Varma +91 77388 79344
Preteik Malla +91 87799 54053


some words in the paragraph, lorem ipsum lorem ipsum lorem ipsum lorem ipsum lorem ipsum lorem ipsum.


A successful year of workshops It’s summer at the CSDS, and that means we’re taking some time to reflect on the year and get ready for the year ahead. Our quarterly workshops have ended, and we have successfully run two research computing bootcamps.
Our last bootcamp of the year, Introduction to R for Geospatial Raster Data, introduced researchers and geospatial data practitioners to using R for raster data analysis. It was the final event of the newly-organized Geospatial Science Symposium at UChicago, organized by Marynia Kolak and the undergraduate YouthMappers chapter, the Tobler Society. Continue reading (400 words)...
Our second Data Carpentry workshop We are hosting our second Data Carpentry workshop at the Center for Spatial Data Science on May 31, 2019, this time, on introduction to R for geospatial data.
Previously, we ran a full-day R for Social Scientists workshop to introduce researchers to the programming language. We had 30 individuals attend, including undergraduates, graduate students, postdoctoral students, and faculty, along with one or two individuals outside of academia. Continue reading (300 words)...
Reflecting on last quarter’s workshop This past quarter, we ran a workshop geared toward upskilling our center’s researchers through a series of 8 modular units focused on GIS operations in R, and later visualization. Each workshop was designed to provide a concrete chunk of learning that would help researchers with a specific task in R. The notes from the workshop were referenced by researchers outside of our center and served as a useful record for those who could not always make it to in-person workshops. Continue reading (300 words)...
For our researchers During my weekly R Spatial Workshop, I teach the basics of how to make maps and work with spatial data in R to researchers. The topics we cover are mainly GIS and visualization focused. However, researchers often need to work with data in ways outside of these two specific areas. Learning to clean and manipulate tabular data is a useful skill for many researchers as it allows them to work more efficiently. Continue reading (300 words)...
What’s new Notes from our weekly R Spatial Workshop are now online this quarter. Developed by Angela Li, these notes cover spatial data import, visualization, and analysis. Detailed writeups from each session are included, as well as links to scripts written in the workshops.
We hope this helps researchers who have to miss a session, or interested individuals who aren’t able to join us in person. As always, you are welcome to attend our sessions, which take place at Searle 240B at noon on Tuesdays. Continue reading (200 words)...


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The whole idea of CheckLists comes from repeatable todo lists. A list that can be reset to reuse again instead of adding writing a traditional todo list. This particular list can be restart by the user to repeat the same procedure/number of tasks (represented as items in the list) for next or in later time.
Imagine, you travel a lot and you to make sure a certain amount of items to carry before you are eligible to travel without creating chaos in your comfort zone.
From passport to your Kindle charger & favorite underwear. CheckLists will remind of you all. You can even add emojis as items. 🙂
Developed by Aman Mittal
Let me know if you are using this app via


Once the trial is over you will no longer be able to run the app.
As long as the app is installed, any data you created will be preserved should you choose to purchase the app. If the app is uninstalled, all data will be lost.
Would you like to buy the app now? It is only
.
Go to Windows Store


A bubble chart is used to display three dimensions of data at the same time. The location of the bubble is determined by the first two dimensions and the corresponding horizontal and vertical axes. The third dimension is represented by the size of the individual bubbles.
```js chart-editor //
//
module.exports = { actions: [], config: config, }; ```
Namespaces:
data.datasets[index]
- options for this dataset onlyoptions.datasets.bubble
- options for all bubble datasetsoptions.elements.point
- options for all point elementsoptions
- options for the whole chartThe bubble chart allows a number of properties to be specified for each dataset. These are used to set display properties for a specific dataset. For example, the colour of the bubbles is generally set this way.
| Name | Type | Scriptable | Indexable | Default |
|---|---|---|---|---|
backgroundColor |
Color |
Yes | Yes | 'rgba(0, 0, 0, 0.1)' |
borderColor |
Color |
Yes | Yes | 'rgba(0, 0, 0, 0.1)' |
borderWidth |
number |
Yes | Yes | 3 |
clip |
number |object |
- | - | undefined |
data |
object[] |
- | - | required |
hoverBackgroundColor |
Color |
Yes | Yes | undefined |
hoverBorderColor |
Color |
Yes | Yes | undefined |
hoverBorderWidth |
number |
Yes | Yes | 1 |
hoverRadius |
number |
Yes | Yes | 4 |
hitRadius |
number |
Yes | Yes | 1 |
label |
string |
- | - | undefined |
order |
number |
- | - | 0 |
pointStyle |
string |Image |
Yes | Yes | 'circle' |
rotation |
number |
Yes | Yes | 0 |
radius |
number |
Yes | Yes | 3 |
All these values, if undefined
, fallback to the scopes described in option resolution
| Name | Description |
|---|---|
clip |
How to clip relative to chartArea. Positive value allows overflow, negative value clips that many pixels inside chartArea. 0 = clip at chartArea. Clipping can also be configured per side: clip: {left: 5, top: false, right: -2, bottom: 0} |
label |
The label for the dataset which appears in the legend and tooltips. |
order |
The drawing order of dataset. Also affects order for tooltip and legend. |
The style of each bubble can be controlled with the following properties:
| Name | Description |
|---|---|
backgroundColor |
bubble background color. |
borderColor |
bubble border color. |
borderWidth |
bubble border width (in pixels). |
pointStyle |
bubble shape style. |
rotation |
bubble rotation (in degrees). |
radius |
bubble radius (in pixels). |
All these values, if undefined
, fallback to the associated elements.point.*
options.
The interaction with each bubble can be controlled with the following properties:
| Name | Description |
|---|---|
hoverBackgroundColor |
bubble background color when hovered. |
hoverBorderColor |
bubble border color when hovered. |
hoverBorderWidth |
bubble border width when hovered (in pixels). |
hoverRadius |
bubble additional radius when hovered (in pixels). |
hitRadius |
bubble additional radius for hit detection (in pixels). |
All these values, if undefined
, fallback to the associated elements.point.*
options.
We can also change the default values for the Bubble chart type. Doing so will give all bubble charts created after this point the new defaults. The default configuration for the bubble chart can be accessed at Chart.overrides.bubble
.
Bubble chart datasets need to contain a data
array of points, each point represented by an object containing the following properties:
Important: the radius property, r
is not scaled by the chart, it is the raw radius in pixels of the bubble that is drawn on the canvas.
{x, y, _custom}
where _custom
is the radius.


I perform test automation for web applications, web services and backend testing.
I enjoy learning new technologies. While working in test automation field I figured out that
I'm also into art side of things.
Beyond everything Technology is nothing without Creativity
With that inetrest, in my free time, I have designed and developed this application.


public class Country
extends Object
| Modifier and Type | Field and Description |
|---|---|
private Card |
card
Joins the cards to the countries
|
private String |
continent
The name of the continent the Country belongs to.
|
private String |
name
The name of the Country.
|
private int |
numberOfArmies
Maintains the number of armies currently in a country.
|
private String |
ownerName
The name of the Player who owns the Country.
|
private int |
x
The x coordinate for the Country (serialization).
|
private int |
y
The y coordinate for the Country (serialization).
|
| Constructor and Description |
|---|
Country(String name,
String continent)
The constructor for the Country class.
|
Country(String name,
String continent,
int x,
int y)
The constructor for the Country class.
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
addArmies(int count)
Adds armies to the country
|
boolean |
equals(Object o)
Checks if a Country object is equal to another.
|
Card |
getCard()
Getter and setter for the Card object
|
String |
getContinent()
Returns the name of the continent.
|
String |
getName()
Returns the name of the country.
|
int |
getNumberOfArmies()
Returns the number of armies
|
String |
getOwnerName()
Returns the name of the owner.
|
int |
getX()
Gets the x coordinate.
|
int |
getY()
Gets the y coordinate.
|
int |
hashCode() |
boolean |
removeArmies(int count)
Removes armies from a country
|
void |
setCard(Card card) |
void |
setContinent(String continent)
Sets the name of the continent
|
void |
setName(String name)
Sets the name of the country.
|
void |
setNumberOfArmies(int numberOfArmies)
Sets the number of armies
|
void |
setOwnerName(String ownerName)
Sets the name of the owner of the country.
|
void |
setX(int x)
Sets the x coordinate.
|
void |
setY(int y)
Sets the y coordinate.
|
String |
showCountryByOwnership() |
String |
toString()
Pretty prints the Country object.
|
private String continent
private String name
private int x
private int y
private String ownerName
private int numberOfArmies
private Card card
public Country(String name, String continent)
name
- The name of the Country.continent
- The name of the Continent it belongs to.public Country(String name, String continent, int x, int y)
name
- The name of the Country.continent
- The name of the Continent it belongs to.x
- The x coordinate of the country.y
- The y coordinate of teh country.public Card getCard()
public void setCard(Card card)
public String getContinent()
public void setContinent(String continent)
continent
- String with the name.public String getName()
public void setName(String name)
name
- String with the name.public int getX()
public void setX(int x)
x
- An integer with the x coordinate.public int getY()
public void setY(int y)
y
- An integer with the y coordinate.public String getOwnerName()
public void setOwnerName(String ownerName)
ownerName
- String with the name.public String toString()
toString
in class Object
public String showCountryByOwnership()
public int getNumberOfArmies()
public void setNumberOfArmies(int numberOfArmies)
numberOfArmies
- number of armiespublic boolean addArmies(int count)
count
- an Integer to add to the current armies of a countrypublic boolean removeArmies(int count)
count
- an Integer to remove from the current armies of a countrypublic boolean equals(Object o)
equals
in class Object
public int hashCode()
hashCode
in class Object


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2017 © RASHMI CABS
GREENWORLD TECHNOLOGIES |


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responding effectively to your promotional needs and we will work
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We believe that analysis of your company and your customers is key in
responding effectively to your promotional needs and we will work
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Weather
Testing
⇀Testing
⇀The book itself: inarguably short and concise, but comprised of long sentences which hardly meander, rather a long cohesive chain of thoughts punctuated (literally and figuratively) by commas. And it’s a good thing, too, because while reading a paragraph-long sentence, it’s important to stop to breathe.
⇀Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nam at leo at quam maximus egestas id nec ex. Sed posuere sapien nisl, quis tincidunt sapien luctus sit amet. Praesent auctor posuere lobortis. Maecenas et velit ligula. Pellentesque cursus ut felis ac tempor.
⇀I thought this was a very good novel, a small and intimate story. I like the structure, where we learn of Owen’s death in the very beginning, then skip back in time in such a way that we know the ending will reveal the mechanism. Despite this, I still wasn’t prepared.
⇀Wonderful in the way it unfolds slowly, at least until those moments where it unfolds quickly, showing the reader the transient details it turns out were there, hidden in plain sight. An exploration of women across generations, their similarities, their cruelties, their ultimate kindnesses; a powerful meditation on loss and survival. Not a ghost story, yet populated by ghosts, of memory, of the weight of the past and the way it haunts a place.
⇀


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Isotypes that were included in this trait mapping are opaque/solid. Translucent markers represent isotypes that were not submitted in this trait mapping. Reference () Alternative ()


Web animations with p5.js
🍌Talk | Shriram A.
Processing
- A software for visual arts
- Java based framework
- Free and Open Source software
- Download from Processing.org
Processing Flavours
- Processing: Java mode
- Processing.py: Python mode
- p5.js: Javascript mode
- Processing for android
- Processing for Pi
Processing IDE
p5.js
- Web based framework
- No sofware needed (apart from browser)
- Easy to integrate with webpages and publish
- Can be used alongside other CSS and Javascript frameworks
The Canvas
Basic Functions
- setup(), draw()
- loop(), noLoop()
- ellipse(x,y,a,b)
- line(x1, y1, x2, y2)
- rect(x,y,width,height)
e.t.c.
System Constants and Variables
- width, height
- mouseX, mouseY
- PI, TWO_PI, HALF_PI, QUARTER_PI
- mouseIsPressed, keyIsPressed
e.t.c
Phyllotaxis
Smart Mother Nature
- Optimal packing of $n$ seeds
- For seed $i$
- $r_i \propto \sqrt{i}$
- $\theta_i = iG2\pi$
- $G=$ 1.61803398875 The Golden Ratio
Result
Coding from Scratch
----------------------------or----------------------------
Explaination of Code


Nau Studio (Nau Creative Co., Ltd., hereinafter referred as NAU) hereby announce the Terms of Use for Banh Chung Xanh game. Once you play the game, you are bound to have read, understood, agreed and complied with the following provisions:
Notice: Donations will only be delivered based on records of the logged-in players.
You are not required to use your authentic name. However, you are prohibited from any word of profanity, insult, or offense towards other players, Banh Chung Xanh game or NAU; or any discussion relating to politics, religions, depravity, sex discrimination, race discrimination and so on. For any serious violation, we shall lock the account immediately and may report the information of any violator to the authorities for further investigation or prosecution according to the applicable law.
Your email address will be kept confidential, and only your username will be displayed on player list. (Please see the privacy policy below).
NAU does not require any participant to pay any fee for the game. If you want to donate more for NAU’s charity program, please contact us via phone number +84 8 3848 4591 or email<EMAIL_ADDRESS>Because this is a non-profit and charitable project, we look forward to your understanding if there is any system problem that mis-records/removes your game progress and/or logged-in account.
NAU does not take any responsibility if your Facebook account is lost or hacked due to OAuth login mechanism. We do not hold any password as well as access rights other than the rights provided earlier by Facebook and your consent.
NAU reserves the right to remove, edit or modify player data and information without consent in the case where he/she violates the above rules.
Like other websites, we also store your IP address and cookie to maintain your logged-in status and personal settings.
NAU uses Google Analytics to make statistic reports on number of page visits, games, and parameters related to solving these games. The data we send to Google Analytics is completely anonymous and for statistical purpose only.
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We always try our best to protect your personal data and information stored on Banh Chung Xanh’s server system. However, there may be some factors by which data are disclosed beyond our control. Therefore, we cannot guarantee that data are maintained in perfect condition and/or undisclosed.
Sincerely.


SLIDING DOORS 1998 A film review by Timothy Voon Copyright 1998 Timothy Voon 1 :- ( for getting jammed with uninteresting male leads
Cast: Gwyneth Paltrow, John Lynch, John Hannah, Jeanne Tripplehorn, Douglas McFerran, Zara Turner Director: Peter Howitt Producers: Phillipa Braithwaite, Sydney Pollack, William Hocberg Screenplay: Peter Howitt
SLIDING DOORS, was a promising movie. It carried a high concept idea, one that could have been quite poignant if done well. The question posed is - would you life be markedly different, if just say you missed the train? The movie explores these two different possibilities in the life of a young woman Helen, played by the lovely Gwyneth Paltrow.
I'll tell you straight out why I didn't like the movie, and it is only for one reason. It wasn't the plot, it certainly wasn't Gwyneth, it was the fact that her two love interests are two of the biggest dorks this side of London. Gerry (John Lynch), an aspiring writer is nothing more that a conniving, weasly, greasy looking, two timer. He basically plays Gwyneth's character for a fool, whilst having a hula of a time with the bitchy Lydia (Jeanne Tripplehorn). As for James (John Hannah), he's married (but seperated), talks way, way too much, has a highly obnoxious laugh and sings Father Abraham songs with his fellow boatsmen.
So what's my problem?
Throughout the entire movie, I kept asking myself this recurrent question. What in the world is a woman as intelligent as Helen (Gwyneth Paltrow), doing with these two boring men ????? I couldn't figure it out. If only they carried presence, dignity, personality or intelligence, it could have been so much more interesting.
Unfortunately, I'll have to put this movie to rest and only dream of what could have been.
Timothy Voon e-mail<EMAIL_ADDRESS>Movie Archives http://us.imdb.com/M/reviews_by?Tim+Voon Hugues Bouclier's Movies in Melbourne http://www.labyrinth.net.au/~bouclier/week/movies.html
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


Resources
Resources provide a flexible set of game objects which may be associated with actors. Resources may represent or track such objects as scores, experience points, in-game currency or in-game items. They may be earned, spent, gifted or otherwise associated. Resource provide the ability for inventories to be assigned to individual or group actors.
Resources are game objects which are obtained and exchanged by players. They may be consumable or permanent. Examples of resources include in-game currency, items, gifts and tools. A resource can be set to exist outside a game instance, allowing exchanges from external social platforms. Modulation of resources is handled by the EvaluationData system. Resources can belong to a group, where it becomes shared by all members of that group.
Features
- CRUD Resources
- Search Resources (ID/Name/Actor/Relationship)
- Gift resource from one actor to another
API
- Client
- Contracts
- WebAPI
Examples
- Creating a resource The ResourceClient has an AddOrUpdate function which adds a new resource entry belonging to the user into GameData or automatically updates an existing one if a duplicate entry was to be made. The function takes a ResourceAddRequest parameter and returns a ResourceResponse. This example will show how to both add a new entry or increment a player's amount of Valyrian steel. This is done by specifying the key "ValyrianSteel" which will be added with a value matching the quantity to GameData. If the entry already exists, it will add the quantity to its value (or subtract if the quantity is negative).
public SUGARClient sugarClient = new SUGARClient(BaseUri);
private ResourceClient _resourceClient;
private int _gameId;
private int _userId;
private void AddOrUpdateResource(int quantity)
{
// create instance of the resource client
_resourceClient = sugarClient.Resource;
// create a ResourceAddRequest
var resourceAddRequest = new ResourceAddRequest
{
GameId = _gameId,
ActorId = _userId,
Key = "ValyrianSteel",
Quantity = quantity
};
// Add the resource or update an existing key
_resourceClient.AddOrUpdate(resourceAddRequest);
}
- Transfer a resource This example will show how to give Valryian to another player. The ResourceClient's Transfer function handles this taking a ResourceTransferRequest parameter and returning a ResourceTransferResponse object. When the transfer is made, it adds the resource quantity to the target user, and subtracts it from the source user.
private void TransferResource(int quantity, int targetUser)
{
// create a ResourceTransferRequest
var resourceTransferRequest = new ResourceTransferRequest
{
GameId = _gameId,
SenderActorId = _userId,
RecipientActorId = targetUser,
Key = "ValyrianSteel",
Quantity = quantity,
};
// transfer the resources from the user to the target
_resourceClient.Transfer(resourceTransferRequest);
}
Roadmap
Read/write access management for group resources
Extended permissions. Proving mechanism to set ownership, and control of usage access. For example a player may own an item in the game which they can ‘lend’ to another player to use for a period, without the other player owning it.
*Extended metadata. Providing mechanism to record additional metadata against resources such as being able to rate them or track a history of owners or uses.
*Tradable resources Providing mechanism for actors to trade and exchange resource, including management of agreement by multiple parties through escrow system.


{% extends "layout.html" %} {% set active_page = "" %} {% block app_title %} 404 - Not found! {% endblock %} {% block app_content %}
Sorry, we can't find the page you were looking for :( ...!


Contact
Have a query?
Please check the details for what matches your need
System Support
The Regular hours for system support are:
Monday – Friday, 8:00AM – 5:30PM
Please check the details for what matches your need
The Regular hours for system support are:
Monday – Friday, 8:00AM – 5:30PM


Before Change
end = self._capacity - 1
if end < 0:
end += self._capacity
return self._reduce_helper(start, end, 1, 0, self._capacity - 1)
def __setitem__(self, idx, val):
// index of the leaf
idx += self._capacity
After Change
// Init result with neutral element.
result = self.neutral_element
// Map start/end to our actual index space (second half of array).
start += self.capacity
end += self.capacity
// Example:
// internal-array (first half=sums, second half=actual values):
// 0 1 2 3 | 4 5 6 7
// - 6 1 5 | 1 0 2 3
// tree.sum(0, 3) = 3
// internally: start=4, end=7 -> sum values 1 0 2 = 3.
// Iterate over tree starting in the actual-values (second half)
// section.
// 1) start=4 is even -> do nothing.
// 2) end=7 is odd -> end-- -> end=6 -> add value to result: result=2
// 3) int-divide start and end by 2: start=2, end=3
// 4) start still smaller end -> iterate once more.
// 5) start=2 is even -> do nothing.
// 6) end=3 is odd -> end-- -> end=2 -> add value to result: result=1
// NOTE: This adds the sum of indices 4 and 5 to the result.
// Iterate as long as start != end.
while start < end:
// If start is odd: Add its value to result and move start to
// next even value.
if start & 1:
result = self.operation(result, self.value[start])
start += 1
// If end is odd: Move end to previous even value, then add its
// value to result. NOTE: This takes care of excluding `end` in any
// situation.
if end & 1:
end -= 1
result = self.operation(result, self.value[end])
// Divide both start and end by 2 to make them "jump" into the
// next upper level reduce-index space.
start //= 2
end //= 2
// Then repeat till start == end.
return result
def __setitem__(self, idx, val):
Inserts/overwrites a value in/into the tree.


Johanna Klay
Who am I? How'd I'd get here?
Self Taught Software Developer
Educational Path To Developer
| CS Degree |
Bootcamp |
Self Taught |
| $80,000-$160,000* |
$12,000 |
$0-? |
| Four Years |
3-12 Months |
Dependent on person |
Expected Wages
| Starting |
$68K |
| Mid |
$80,000 |
| Senior/Lead |
$100,000-200,000 |
Areas of Focus
Backend Vs Frontend
Backend
FrontEnd
FullStack
Future Outlook
- Extremely positive
- Must be dedicated to continued learning
https://www.computerscienceonline.org/software-engineering/


2 Helper Functions
2.1 case_when()
vs pd.cut()
and np.select()
Suppose we have a data frame with a variable called age
. We want to create a variable age_cat
with the following conditions:
age
< 18: “Kids”18 \(\leq\)
age
< 31: “18-30”31 \(\leq\)
age
: “31 and above”
Example:
| age | age_cat |
|---|---|
| 9 | Kids |
| 10 | Kids |
| 18 | 18-30 |
| 21 | 18-30 |
| 29 | 18-30 |
| 31 | 31 and above |
| 45 | 31 and above |
dplyr::case_when()
With dplyr::case_when()
we can do it in the following way:
# example data
<- tibble(age = c(9, 10, 18, 21, 29, 31, 45))
df # case_when() in action
%>%
df mutate(age_cat = case_when(
< 18 ~ "Kids",
age >= 18 & age < 31 ~ "18-30",
age >= 31 ~ "31 and above"
age ))
## # A tibble: 7 x 2
## age age_cat
## <dbl> <chr>
## 1 9 Kids
## 2 10 Kids
## 3 18 18-30
## 4 21 18-30
## 5 29 18-30
## 6 31 31 and above
## 7 45 31 and above
We can achieve the same result in Python using
np.select()
pd.cut()
= pd.DataFrame({'age': [9, 10, 18, 21, 29, 31, 45]}) df
| np.select() | pd.cut() |
|---|---|
|
|
2.2 if_else()
vs np.where()
Given prices of shirts price
, how do we create a variable price_cat
with the following conditions?
when
price
is less than 50, we label it as “Cheap”when
price
is 50 or more, we label it as “Expensive”
| dplyr::if_else() | np.where() |
|---|---|
|
|
2.3 %in%
vs isin
, @
, and in
| code | capital |
|---|---|
| BD | Dhaka |
| PT | Lisbon |
| ES | Madrid |
| FR | Paris |
How to keep observations that belong to BD or DE (without using the |
operator)?
| R | Python |
|---|---|
|
isin
in
|
2.4 stringr::str_detect()
vs str.contains()
Example:
| info | amount |
|---|---|
| XYZ Deposit 2020 | 0 |
| Cash Deposit | 1 |
| ATM | 2 |
| XYZ Fee 2021 | 3 |
| XYZ Deposit 2021 | 4 |
How to keep or drop only those observations where info
is about XYZ
?
R stringr::str_detect()
|
Python str.contains()
|
|---|---|
Keep:
Drop:
|
Keep:
Drop:
|
2.5 distinct()
vs unique()
| name | year |
|---|---|
| A | 2020 |
| B | 2020 |
| C | 2020 |
| A | 2021 |
| B | 2021 |
| D | 2021 |
What are the distinct names?
| dplyr::distinct() | pd.unique() |
|---|---|
|
|
2.6 slice()
vs iloc()
| age | id |
|---|---|
| 20 | 1 |
| 21 | 1 |
| 22 | 1 |
| 23 | 1 |
| 24 | 1 |
How to slice single or multiple rows?
| dplyr::slice() | pd.iloc() |
|---|---|
|
|


git worktree add path/to/directory branch- Create a new directory with a new branch checked out into it:
git worktree add path/to/directory -b new_branch- List all the working directories attached to this repository:
git worktree list- Remove a worktree (after deleting worktree directory):
git worktree prune


Actions Show Count Fix All Unfix All Fix all will set all the current results to the param every 200ms


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Trust fund celiac farm-to-table PBR&B. Brunch art party mumblecore, fingerstache cred echo park literally stumptown humblebrag chambray. Mlkshk vinyl distillery humblebrag crucifix. Mustache craft beer put a bird on it, irony deep v poutine ramps williamsburg heirloom brooklyn.
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My name is Sumitra.I am living in Delhi with my family.I am doing btech from Akido College of Engg. under Maharshi Dayanand University,Rohtak.
I like to play outdoor games whenever I have time.

MENU
- C
- C++
- JAVA
- Javascript
- HTML
- CSS
- SAP ABAP
Language known:
My future plan is to become a Mean-Stack Developer.
I have no professional experience.But when I was doing training in ONGC at Nirman Vihar, I completed my project before the deadline using SAP ABAP.


Like untangling string? Facefuls of windblown sand? Shouting complex spatial instructions to children? Stunt kites are for you!
8/2/2017, 4:42:26 PM
Favs: 10
Retweets: 1
link--- layout: tweet ---
Like untangling string? Facefuls of windblown sand? Shouting complex spatial instructions to children? Stunt kites are for you!
8/2/2017, 4:42:26 PM
Favs: 10
Retweets: 1
link


a.
In the initial step, consider a set of columns which is not linearly independent on.
Then there are some subsets of the above considered set of columns which are represented as S. The linear combination of the subset is 0.
However, over , there are only two elements 1 and 0. The linear combination is the sum over some of the subsets.
Consider this subset as, due to linear dependence this set needs to be non-empty.
Now, assume some set of edges which are corresponded by the columns.
Since, with each of the vertex 0 that belongs to, the columns had their total incidence, and it is even.
Therefore, if the graph taken under consideration is the subgraph constructed by the edges then the degree of all the vertices would be even.
Also, the set is non-empty, some of the components has an edge.
Restricted to any of the such component.
Since, the above component consists of even vertices and are connected, it contains the Euler Circuit, and this is a cycle.
Now, assume that the graph that is being considered, consist of some subset of edges which are the cycles.
Then, the vertex corresponding to these set of edges has even degree, therefore, when the corresponding columns will be added, the result would be the 0 column in .
Since, the set of columns which are linearly independent, create a matroid by the problem 16.4-2.
The set of edges which are acyclic in nature create the matroid as well.
Hence, it is proved that the (E, I) of the part (a) is a matroid.
b.
The simplest way is to consider the edge of maximum weight that does not complete the cycle.
Also, the other way is to apply the Krushkal’s algorithm on the graph with negated edge weight.
c.
Consider the graph of [3] with the following edges:
(1, 2), (2, 1), (2, 3), (3, 2), (3, 1)
In this u and v represents the edge from u to v.
Consider the two set of edges which are acyclic in nature:
A = (1, 2), (2, 3)
B = (3, 1), (3, 2), (2, 1)
Now, add an edge in B-A to A, this will create a cycle.
Thus, the property of exchange is violated here.
d.
Assume that there is a graph which consist of a directed cycle which consist of the edges correspond to the columns S.
Then, since the vertex in this cycle has as exactly as many edges which are going out of this vertex as it is going into it.
The corresponding rows of each vertex will add up to zero.
Since, the number of edges going out of the vertex is negative and the incoming edges count is positive.
So, the result of summation of columns would be zero.
Therefore, they are not linearly independent.
e.
The given correspondence is wrong.
Since, it is not that if there is no directed cycle in the graph then the columns are linearly independent.
Therefore, there is no perfect correspondence between set of the acyclic edges and the set of the independent columns.
Scheduling variations
The algorithm that has deadlines and penalties in it, and executes unit processes is given below:
1. Make a set of all the unit time tasks.
2. Define the deadlines of all the tasks.
3. Define the penalties of all the tasks. The penalty has been applied when the task takes more than the completion time.
4. Now schedule the tasks in order of their monotonically increasing deadline.
5. For any task, if the slot before the task’s deadline is empty, then the task should be assigned.
6. If the slot is not empty, then the task is assigned to latest unfilled slot.
Consider the following table:
In the table given above, there are 7 tasks, these are represented by ai. The table also contains the deadlines and penalties or weights. The deadlines are represented by di and penalties are represented by pi.
By following the algorithm given above, the scheduling of all the tasks is as follow:
First take that task which has maximum penalty. In this example a1 has maximum penalty that is 35. Therefore put task a1 in 4th slot because its deadline is 4.
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1 |
2 |
3 |
4 |
5 |
6 |
7 |
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a 1 |
After putting a1 task, find task which has 2nd highest penalty. Task a2 has next highest penalty therefore put a2 in 2nd slot because its deadline is 2.
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1 |
2 |
3 |
4 |
5 |
6 |
7 |
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a 2 |
a 1 |
Now a3 task has next highest penalty and its deadline is 4 therefore it must be completed before 4th time slot. The time slot 4th is already occupied by the a4 task but 3rd time slot is empty so put a3 task at 3rd time slot. Similarly put a4 task at 1st empty slots because its deadline is 3.
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1 |
2 |
3 |
4 |
5 |
6 |
7 |
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a 4 |
a 2 |
a 3 |
a 1 |
Then out of a5, a6 and a7 tasks, a5 have highest penalty but deadline of a5 is 1. Therefore move to next highest penalty task that is a6. The deadline of a6 task is 4 which is also expired therefore finally move to last task that is a7 whose deadline is 6 therefore put the task a7 in slot 6.
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1 |
2 |
3 |
4 |
5 |
6 |
7 |
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a 4 |
a 2 |
a 3 |
a 1 |
a 7 |
Now, put task a5 and a6 on 5th and 7thempty slot in any fashion because both are already expired.
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1 |
2 |
3 |
4 |
5 |
6 |
7 |
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a 4 |
a 2 |
a 3 |
a 1 |
a 5 |
a 7 |
a 6 |
So, the order in which the tasks should be completed is as follow:
a 4 , a 2 , a 3 , a 1 , a 5 , a 7 and a6
Only task a5 and a6 are completed after the deadline therefore total penalty is the sum of penalty of these two tasks.
a. The algorithm given above always provides an optimal answer because the algorithm emphasis on the penalty of the task. It means that the task which has highest penalty will be considered first and put in the execution table before it is expired like a1 task in above example. Then consider the next highest penalty task. In this way, always tries to complete the tasks which has maximum penalty before its deadline. The order found above (a4, a2, a3, a1, a5, a7 and a6) using above mentioned algorithm is one of the optimal solutions which has minimum penalty 50 for that example. The above example may have different execution order but the penalty never become less than 50.
So, this algorithm will provides always optimal solution.
b. Consider the section 21.3 of the textbook,
A disjoint set of forest is the set of tree in which each node points to its parent node. In disjoint set of tree, each tree has its root node which acts as a representative for the tree.
The technique used in disjoint set of forest to increase the efficiency is union by rank. In this technique attach root of smaller tree to the root of bigger tree. The efficiency is depending on the depth of tree. If both tree have same depth then only it decrease the efficiency otherwise it always increase the efficiency.
In the example given above, the algorithm divides the tasks into two parts.
First part is comprised of tasks 2, 4, 1 and 3 and second part has the tasks 7, 5 and 6.
These tasks can be shown in graphical form as:
After making the disjoint-set of the two graphs given above, the final graph is as follow:
The running time of the implementation of the algorithm given above will be O(n2). It is because whenever any new process is entered in the slot, the comparison has been made with all the tasks.
As there are n number of tasks and when the n tasks are compared with all the n tasks, the running time becomes O(n2). It is because there is requirement of two “for” loops for tracing the tasks and to compare the tasks.
Cache memory
It is a small but expensive memory that lies between CPU and main memory. The main motive behind to add this memory is to reduce the data access time.
Whenever CPU requests for any data, the data is first searched in the cache memory. If it is found in the cache then data is returned from cache which is called as hit. If data is not found in the cache memory then that data is searched and returned from the main memory. It is known as miss. Whenever a miss occurred then that data is also updated in the cache memory, in order to reduce number of miss.
Off-line caching:
In Offline caching, it is already knows the sequence of request that is n and the size of cache that is k.
a. The method CACHE-MANAGER is a procedure of generic, which initializes a cache by calling INITIALIZE-CACHE. After this, call of ACCESS is made with each data element.
The inputs are entered in a sequence of memory requests and a cache size.
CACHE-MANAGER
INITIALIZE-CACHE
for to
ACCESS
CACHE–MANAGER’s running time depends on implementation of ACCESS. Now implement the greedy strategy described in the problem.
A straight forward way of implementing the greedy strategy is that when processing request, for each of the at most elements are there in the cache, scanning of requests is there to find elements in the cache which has access and is the next access. After this, the element has been evicted.
As each scan takes time, each request entails scans, and there are n requests, the running time of this straight forward approach is.
b. In order to show that the optimal sub-structure is exhibited by the offline caching, define sub problem before the th request as an content of cache. In sub-problem is a subset (having maximum of k elements) of input data elements.
The solution of sub-problemis the sequence of decisions states that which elements removed out from the cache at each request of;
The optimal solution of sub-problemis the solution which has minimum number of cache miss. No other solution of sub-problemcan have less number of cache miss than optimal solution.
Suppose is an optimal solution of sub-problem andis a sub-solution offor requests.
The content of cache remains same, if cache hit at the ith request. If cache miss at the ith request means requested data not found in cache, then content of cache will change to by the ith request.
If is not an optimal solution to, then there must be another solution for problemthat has less number of cache misses as compared to.
As it already state that is a sub-solution oftherefore is also a sub-solution of. When sub-solution combine withat the th request, then the resultant solution obtained by combination can have less number of cache misses than. This leads to the contradiction of assumption that provides optimal solution to means having less number of cache miss.
Assume that the th request is responsible for a cache miss.
Considerbe the set which contain all the cache states that can be accessed by using single decision manager of the cache.
The set have states: of them came from evicting one by one different elements of the cache and one state came when no element is evicted.
For example,
If a cache and the requested data element is, then a miss occur. The set Pc contains all the 4 sets which are as follow:
Considershows the minimum number of cache misses for problem. The recurrence state for is as follow:
Hence, the problem always exhibits the optimal structure.
c. Greedy choice property is taken into consideration for the proof of the furthest-in-future strategy. According to this, this strategy always gives an optimal solution.
Greedy choice property makes use of the optimal-substructure property to prove that the furthest-in-future always produces minimum number of cache misses.
Use various term in this part like sub-problem, solution and optimal solution which is already define in previous part. Suppose is defined as a solution state of the cache for solution just before the th request.
The theorem given below is the key:
Greedy-choice Property:
Consideris an optimal solution of problem andis the element in. At time of th request, next access is furthest access in the future, at time.
Then, define another solution of problemwhich has following properties:
1. On the th request, evicts.
2. For, the cachesandhas a difference of at most one element.
If difference is there, then element will be ionand is not in.
Equivalently, if and differ, this can be written as and, where is a size set and is some data element.
3. For requests, if has a cache hit, then has a cache hit.
4. for.
5. For requests, missed cache produced by is at most the number of cache misses produced by.
The above theorem and the optimal-substructure property proved in part (b) imply that furthest-in-future always produces the less numbers of cache misses.