| 1 | /* | |
| 2 | * Copyright (C) 2006 Google Inc. | |
| 3 | * | |
| 4 | * Licensed under the Apache License, Version 2.0 (the "License"); | |
| 5 | * you may not use this file except in compliance with the License. | |
| 6 | * You may obtain a copy of the License at | |
| 7 | * | |
| 8 | * http://www.apache.org/licenses/LICENSE-2.0 | |
| 9 | * | |
| 10 | * Unless required by applicable law or agreed to in writing, software | |
| 11 | * distributed under the License is distributed on an "AS IS" BASIS, | |
| 12 | * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. | |
| 13 | * See the License for the specific language governing permissions and | |
| 14 | * limitations under the License. | |
| 15 | */ | |
| 16 | ||
| 17 | package com.google.inject; | |
| 18 | ||
| 19 | import com.google.inject.internal.CircularDependencyProxy; | |
| 20 | import com.google.inject.internal.LinkedBindingImpl; | |
| 21 | import com.google.inject.internal.SingletonScope; | |
| 22 | import com.google.inject.spi.BindingScopingVisitor; | |
| 23 | import com.google.inject.spi.ExposedBinding; | |
| 24 | import java.lang.annotation.Annotation; | |
| 25 | ||
| 26 | /** | |
| 27 | * Built-in scope implementations. | |
| 28 | * | |
| 29 | * @author<EMAIL_ADDRESS>(Bob Lee) | |
| 30 | */ | |
| 31 | public class Scopes { | |
| 32 | ||
| 33 | private Scopes() {} | |
| 34 | ||
| 35 | /** One instance per {@link Injector}. Also see {@code @}{@link Singleton}. */ | |
| 36 | public static final Scope SINGLETON = new SingletonScope(); | |
| 37 | ||
| 38 | /** | |
| 39 | * No scope; the same as not applying any scope at all. Each time the Injector obtains an instance | |
| 40 | * of an object with "no scope", it injects this instance then immediately forgets it. When the | |
| 41 | * next request for the same binding arrives it will need to obtain the instance over again. | |
| 42 | * | |
| 43 | *
This exists only in case a class has been annotated with a scope annotation such as {@link | |
| 44 | * Singleton @Singleton}, and you need to override this to "no scope" in your binding. | |
| 45 | * | |
| 46 | * @since 2.0 | |
| 47 | */ | |
| 48 | public static final Scope NO_SCOPE = | |
| 49 | new Scope() { | |
| 50 | @Override | |
| 51 | public <T> Provider<T> scope(Key<T> key, Provider<T> unscoped) { | |
| 52 | return unscoped; | |
| 53 | } | |
| 54 | ||
| 55 | @Override | |
| 56 | public String toString() { | |
| 57 | return "Scopes.NO_SCOPE"; | |
| 58 | } | |
| 59 | }; | |
| 60 | ||
| 61 | private static final BindingScopingVisitor<Boolean> IS_SINGLETON_VISITOR = | |
| 62 | new BindingScopingVisitor<Boolean>() { | |
| 63 | @Override | |
| 64 | public Boolean visitNoScoping() { | |
| 65 | return false; | |
| 66 | } | |
| 67 | ||
| 68 | @Override | |
| 69 | public Boolean visitScopeAnnotation(Class<? extends Annotation> scopeAnnotation) { | |
| 70 | return scopeAnnotation == Singleton.class | |
| 71 | || scopeAnnotation == javax.inject.Singleton.class; | |
| 72 | } | |
| 73 | ||
| 74 | @Override | |
| 75 | public Boolean visitScope(Scope scope) { | |
| 76 | return scope == Scopes.SINGLETON; | |
| 77 | } | |
| 78 | ||
| 79 | @Override | |
| 80 | public Boolean visitEagerSingleton() { | |
| 81 | return true; | |
| 82 | } | |
| 83 | }; | |
| 84 | ||
| 85 | /** | |
| 86 | * Returns true if {@code binding} is singleton-scoped. If the binding is a {@link | |
| 87 | * com.google.inject.spi.LinkedKeyBinding linked key binding} and belongs to an injector (ie. it | |
| 88 | * was retrieved via {@link Injector#getBinding Injector.getBinding()}), then this method will | |
| 89 | * also true if the target binding is singleton-scoped. | |
| 90 | * | |
| 91 | * @since 3.0 | |
| 92 | */ | |
| 93 | public static boolean isSingleton(Binding<?> binding) { | |
| 94 | do { | |
| 95 |
2
1. isSingleton : removed call to com/google/inject/Binding::acceptScopingVisitor → NO_COVERAGE 2. isSingleton : removed call to java/lang/Boolean::booleanValue → NO_COVERAGE |
boolean singleton = binding.acceptScopingVisitor(IS_SINGLETON_VISITOR); |
| 96 |
3
1. isSingleton : negated conditional → NO_COVERAGE 2. isSingleton : removed conditional - replaced equality check with false → NO_COVERAGE 3. isSingleton : removed conditional - replaced equality check with true → NO_COVERAGE |
if (singleton) { |
| 97 |
3
1. isSingleton : replaced boolean return with false for com/google/inject/Scopes::isSingleton → NO_COVERAGE 2. isSingleton : Substituted 1 with 0 → NO_COVERAGE 3. isSingleton : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return true; |
| 98 | } | |
| 99 | ||
| 100 |
3
1. isSingleton : negated conditional → NO_COVERAGE 2. isSingleton : removed conditional - replaced equality check with false → NO_COVERAGE 3. isSingleton : removed conditional - replaced equality check with true → NO_COVERAGE |
if (binding instanceof LinkedBindingImpl) { |
| 101 | LinkedBindingImpl<?> linkedBinding = (LinkedBindingImpl) binding; | |
| 102 |
1
1. isSingleton : removed call to com/google/inject/internal/LinkedBindingImpl::getInjector → NO_COVERAGE |
Injector injector = linkedBinding.getInjector(); |
| 103 |
3
1. isSingleton : negated conditional → NO_COVERAGE 2. isSingleton : removed conditional - replaced equality check with false → NO_COVERAGE 3. isSingleton : removed conditional - replaced equality check with true → NO_COVERAGE |
if (injector != null) { |
| 104 |
2
1. isSingleton : removed call to com/google/inject/internal/LinkedBindingImpl::getLinkedKey → NO_COVERAGE 2. isSingleton : removed call to com/google/inject/Injector::getBinding → NO_COVERAGE |
binding = injector.getBinding(linkedBinding.getLinkedKey()); |
| 105 | continue; | |
| 106 | } | |
| 107 |
3
1. isSingleton : negated conditional → NO_COVERAGE 2. isSingleton : removed conditional - replaced equality check with false → NO_COVERAGE 3. isSingleton : removed conditional - replaced equality check with true → NO_COVERAGE |
} else if (binding instanceof ExposedBinding) { |
| 108 | ExposedBinding<?> exposedBinding = (ExposedBinding) binding; | |
| 109 |
2
1. isSingleton : removed call to com/google/inject/spi/ExposedBinding::getPrivateElements → NO_COVERAGE 2. isSingleton : removed call to com/google/inject/spi/PrivateElements::getInjector → NO_COVERAGE |
Injector injector = exposedBinding.getPrivateElements().getInjector(); |
| 110 |
3
1. isSingleton : negated conditional → NO_COVERAGE 2. isSingleton : removed conditional - replaced equality check with false → NO_COVERAGE 3. isSingleton : removed conditional - replaced equality check with true → NO_COVERAGE |
if (injector != null) { |
| 111 |
2
1. isSingleton : removed call to com/google/inject/spi/ExposedBinding::getKey → NO_COVERAGE 2. isSingleton : removed call to com/google/inject/Injector::getBinding → NO_COVERAGE |
binding = injector.getBinding(exposedBinding.getKey()); |
| 112 | continue; | |
| 113 | } | |
| 114 | } | |
| 115 | ||
| 116 |
3
1. isSingleton : replaced boolean return with true for com/google/inject/Scopes::isSingleton → NO_COVERAGE 2. isSingleton : Substituted 0 with 1 → NO_COVERAGE 3. isSingleton : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return false; |
| 117 | } while (true); | |
| 118 | } | |
| 119 | ||
| 120 | /** | |
| 121 | * Returns true if {@code binding} has the given scope. If the binding is a {@link | |
| 122 | * com.google.inject.spi.LinkedKeyBinding linked key binding} and belongs to an injector (ie. it | |
| 123 | * was retrieved via {@link Injector#getBinding Injector.getBinding()}), then this method will | |
| 124 | * also true if the target binding has the given scope. | |
| 125 | * | |
| 126 | * @param binding binding to check | |
| 127 | * @param scope scope implementation instance | |
| 128 | * @param scopeAnnotation scope annotation class | |
| 129 | * @since 4.0 | |
| 130 | */ | |
| 131 | public static boolean isScoped( | |
| 132 | Binding<?> binding, final Scope scope, final Class<? extends Annotation> scopeAnnotation) { | |
| 133 | do { | |
| 134 |
1
1. isScoped : removed call to com/google/inject/Scopes$3::<init> → NO_COVERAGE |
boolean matches = |
| 135 |
2
1. isScoped : removed call to com/google/inject/Binding::acceptScopingVisitor → NO_COVERAGE 2. isScoped : removed call to java/lang/Boolean::booleanValue → NO_COVERAGE |
binding.acceptScopingVisitor( |
| 136 | new BindingScopingVisitor<Boolean>() { | |
| 137 | @Override | |
| 138 | public Boolean visitNoScoping() { | |
| 139 | return false; | |
| 140 | } | |
| 141 | ||
| 142 | @Override | |
| 143 | public Boolean visitScopeAnnotation(Class<? extends Annotation> visitedAnnotation) { | |
| 144 | return visitedAnnotation == scopeAnnotation; | |
| 145 | } | |
| 146 | ||
| 147 | @Override | |
| 148 | public Boolean visitScope(Scope visitedScope) { | |
| 149 | return visitedScope == scope; | |
| 150 | } | |
| 151 | ||
| 152 | @Override | |
| 153 | public Boolean visitEagerSingleton() { | |
| 154 | return false; | |
| 155 | } | |
| 156 | }); | |
| 157 | ||
| 158 |
3
1. isScoped : negated conditional → NO_COVERAGE 2. isScoped : removed conditional - replaced equality check with false → NO_COVERAGE 3. isScoped : removed conditional - replaced equality check with true → NO_COVERAGE |
if (matches) { |
| 159 |
3
1. isScoped : replaced boolean return with false for com/google/inject/Scopes::isScoped → NO_COVERAGE 2. isScoped : Substituted 1 with 0 → NO_COVERAGE 3. isScoped : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return true; |
| 160 | } | |
| 161 | ||
| 162 |
3
1. isScoped : negated conditional → NO_COVERAGE 2. isScoped : removed conditional - replaced equality check with false → NO_COVERAGE 3. isScoped : removed conditional - replaced equality check with true → NO_COVERAGE |
if (binding instanceof LinkedBindingImpl) { |
| 163 | LinkedBindingImpl<?> linkedBinding = (LinkedBindingImpl) binding; | |
| 164 |
1
1. isScoped : removed call to com/google/inject/internal/LinkedBindingImpl::getInjector → NO_COVERAGE |
Injector injector = linkedBinding.getInjector(); |
| 165 |
3
1. isScoped : negated conditional → NO_COVERAGE 2. isScoped : removed conditional - replaced equality check with false → NO_COVERAGE 3. isScoped : removed conditional - replaced equality check with true → NO_COVERAGE |
if (injector != null) { |
| 166 |
2
1. isScoped : removed call to com/google/inject/internal/LinkedBindingImpl::getLinkedKey → NO_COVERAGE 2. isScoped : removed call to com/google/inject/Injector::getBinding → NO_COVERAGE |
binding = injector.getBinding(linkedBinding.getLinkedKey()); |
| 167 | continue; | |
| 168 | } | |
| 169 |
3
1. isScoped : negated conditional → NO_COVERAGE 2. isScoped : removed conditional - replaced equality check with false → NO_COVERAGE 3. isScoped : removed conditional - replaced equality check with true → NO_COVERAGE |
} else if (binding instanceof ExposedBinding) { |
| 170 | ExposedBinding<?> exposedBinding = (ExposedBinding) binding; | |
| 171 |
2
1. isScoped : removed call to com/google/inject/spi/ExposedBinding::getPrivateElements → NO_COVERAGE 2. isScoped : removed call to com/google/inject/spi/PrivateElements::getInjector → NO_COVERAGE |
Injector injector = exposedBinding.getPrivateElements().getInjector(); |
| 172 |
3
1. isScoped : negated conditional → NO_COVERAGE 2. isScoped : removed conditional - replaced equality check with false → NO_COVERAGE 3. isScoped : removed conditional - replaced equality check with true → NO_COVERAGE |
if (injector != null) { |
| 173 |
2
1. isScoped : removed call to com/google/inject/spi/ExposedBinding::getKey → NO_COVERAGE 2. isScoped : removed call to com/google/inject/Injector::getBinding → NO_COVERAGE |
binding = injector.getBinding(exposedBinding.getKey()); |
| 174 | continue; | |
| 175 | } | |
| 176 | } | |
| 177 | ||
| 178 |
3
1. isScoped : replaced boolean return with true for com/google/inject/Scopes::isScoped → NO_COVERAGE 2. isScoped : Substituted 0 with 1 → NO_COVERAGE 3. isScoped : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return false; |
| 179 | } while (true); | |
| 180 | } | |
| 181 | ||
| 182 | /** | |
| 183 | * Returns true if the object is a proxy for a circular dependency, constructed by Guice because | |
| 184 | * it encountered a circular dependency. Scope implementations should be careful to not cache | |
| 185 | * circular proxies, because the proxies are not intended for general purpose use. (They are | |
| 186 | * designed just to fulfill the immediate injection, not all injections. Caching them can lead to | |
| 187 | * IllegalArgumentExceptions or ClassCastExceptions.) | |
| 188 | * | |
| 189 | * @since 4.0 | |
| 190 | */ | |
| 191 | public static boolean isCircularProxy(Object object) { | |
| 192 |
3
1. isCircularProxy : replaced boolean return with false for com/google/inject/Scopes::isCircularProxy → NO_COVERAGE 2. isCircularProxy : replaced boolean return with true for com/google/inject/Scopes::isCircularProxy → NO_COVERAGE 3. isCircularProxy : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return object instanceof CircularDependencyProxy; |
| 193 | } | |
| 194 | } | |
Mutations | ||
| 95 |
1.1 2.2 |
|
| 96 |
1.1 2.2 3.3 |
|
| 97 |
1.1 2.2 3.3 |
|
| 100 |
1.1 2.2 3.3 |
|
| 102 |
1.1 |
|
| 103 |
1.1 2.2 3.3 |
|
| 104 |
1.1 2.2 |
|
| 107 |
1.1 2.2 3.3 |
|
| 109 |
1.1 2.2 |
|
| 110 |
1.1 2.2 3.3 |
|
| 111 |
1.1 2.2 |
|
| 116 |
1.1 2.2 3.3 |
|
| 134 |
1.1 |
|
| 135 |
1.1 2.2 |
|
| 158 |
1.1 2.2 3.3 |
|
| 159 |
1.1 2.2 3.3 |
|
| 162 |
1.1 2.2 3.3 |
|
| 164 |
1.1 |
|
| 165 |
1.1 2.2 3.3 |
|
| 166 |
1.1 2.2 |
|
| 169 |
1.1 2.2 3.3 |
|
| 171 |
1.1 2.2 |
|
| 172 |
1.1 2.2 3.3 |
|
| 173 |
1.1 2.2 |
|
| 178 |
1.1 2.2 3.3 |
|
| 192 |
1.1 2.2 3.3 |


rustfmt path/to/source.rs- Check a file for formatting and display any changes on the console:
rustfmt --check path/to/source.rs- Backup any modified files before formatting (the original file is renamed with a `.bk` extension):
rustfmt --backup path/to/source.rs


For a comparison of the alternative models,
see the overview page.
Model
The model can be downloaded in SBML format:
Prior Distribution
Posterior Distribution
Epsilon values:
Explanation
This is a matrix of scatterplots of samples from the posterior distribution. Each point
corresponds to a choice of parameters that, when simulated, gave a time-series that was "close" to the
provided experimental data.
Interactivity
Clicking the button changes the generation for which samples are plotted, and updates
the plot of trajectories below. Holding down the mouse allows selection of the points in a rectangular region
of any scatterplot; the selected points are highlighted in all scatterplots, and other tajectories are hidden in
the trajectory plot.
Interpretation
If uniform priors are applied, the scatterplot axes are scaled to the range of the
prior. The proportion of the area covered by the samples thus gives an indication of the factor by which
uncertainty in the parameters has been reduced by the experimental observations. Changing between
different values of epsilon reveals how this affects the estimated posterior distribution. The pattern in
which points are arranged reveals any correlations between the parameters, which are inidicative of problems
with identifiability.
Simulation Trajectories
Explanation
This graph shows time-courses for simulations using the parameters indicate in the
scatterplots above. Black crosses indicate the values of the experimental measurements.
Interactivity
Highlighting points in the scatterplot filters this plot, by hiding trajectories
corresponding to points that are not selected. Hovering over a point reveals its value.


{% extends "tf_identification/skeleton.html" %} {% block title %} Li Lab – Human TF Identification - Loading Page {% endblock %} {% block content %} Calculating... This page will be refreshed every 10 seconds. Manual Refresh Random fact {{ random_fact }} {% endblock %}
This page will be refreshed every 10 seconds.
{{ random_fact }}


If you decided to load Envtools automatically at each sessions (via envtools auto
or envtools config
), your terminal environment will be augmented with a few useful aliases listed below. You can simply type alias
at the command prompt to see them all.
| Alias | Description |
|---|---|
.. |
Equivalent to cd .. |
desk |
Equivalent to cd ~/Desktop |
down |
Equivalent to cd ~/Download |
la |
Enhanced ls to list dot files (hidden files), sorted by oldest on top. |
ld |
Directories are listed as plain files (not searched recursively). |
ll |
List in long format unsorted. A total sum for all the file sizes is output on a line before the long listing. |
lrt |
List in long format sorted alphabetically and the most recent first. |
| Alias | Description |
|---|---|
axdiff |
Performs a diff using Araxis Merge. Takes 2 arguments (folders or files). |
diffd |
Performs a folder diff using plain bash diff. Takes 2 arguments (folders only). |
ksdiff |
Performs a diff using Kaleidoscope. Takes 2 arguments (folders or files). |
ff |
Find files or folders matching a pattern. Takes multiple arguments. Type ff -h for list of options. |
fgrs |
Find a string in files. Takes multiple arguments. Type fgrs -h for list of options. |
tailf |
Displays the content of a file and updates automatically if the content changes. Takes a file as an argument. Equivalent to tail -f . |
| Alias | Description |
|---|---|
f |
Open the Finder for the current folder. If an argument is passed, it tries to open that file with the corresponding Application (for folders, Finder is used). |
fix |
Fix the 'Open With' shortcut in Finder. It removes duplicate entries. |
fixIcons |
Fix the icons associated with opening Applications in Finder. |
kdock |
Restart the Dock. Useful if Spaces are not working anymore. |
mate |
Open Sublime Text 3. If an existing Sublime is opened, it will be used. If an argument is passed, it will load that file/folder. If not, it will be blank. |
maten |
Same as mate but will open a new Sublime Text Window instead of re-using one. |
openc |
Open a file in Google Chrome. |
vm |
VirtualBox Manager. Allows you to start/stop and list all installed VirtualBox appliances. |
hdd |
Test and return the read/write capabilities of the current disk. |
| Alias | Description |
|---|---|
pon |
If a proxy is known (see envtools auto ), it will be turned ON (in env, in git configuration, in npm configuration and in sublime configuration - if any). |
poff |
If a proxy is known (see envtools auto ), it will be turned OFF (in env, in git configuration, in npm configuration and in sublime configuration - if any). |
pq |
Displays the current status of the proxy (ON, OFF or N/A). |
| Alias | Description |
|---|---|
env |
Same as the shell builtin, but sorted. Equivalent to env | sort . |
i |
Shortcut to envtools info . See details in the commands tab. |
r |
Shortcut to reload your environment without having to restart your terminal. Useful if you changed your proxy in another terminal. |
sds |
Shortcut for sudo su - |
| Alias | Description |
|---|---|
c |
Clear the current terminal screen. |
net |
List opened TCP connections matching the string passed in argument, e.g. net 22 will list all opened TCP connections with 22 (most ssh connections). |
psf |
List running processes matching the string passed in argument, e.g. psf node will list all running node processes. |
web |
Starts a small web server on port 8080, serving files in the current folder. Use --port to specify another port. Alias to envtools web . See details in the commands tab. |


Dan Osborne feels 'horrible' seeing I'm A Celebrity's Jacqueline Jossa emotional
Dan Osborne has admitted it’s ‘horrible’ seeing I’m A Celebrity’s Jacqueline Jossa emotional in the jungle.
No, you’re crying.
The former Towie star is clearly feeling for his wife, leaving an event in Manchester early to watch the show in his car.
Dan could be seen poring over the show on his tiny phone screen, before embarking on the long drive home.
Advertisement Advertisement
Speaking on his Instagram Stories, he said he’s adamant to support his beau.
‘Obviously it’s horrible seeing Jac upset because she’s missing the girls,’ he said. ‘I knew she’d miss the girls but she’ll be fine, she’ll get on with it.
‘Talking about them probably helped so it’s nice that she’s got people in there that she can talk about the kids [with].
‘She’ll share some nice memories I’m sure.’
Reassuring fans that the girls – Ella and Mia – are in ‘safe hands’ with his mum, Dan added: ‘When they wake up in the morning, daddy’s there, they’re in good hands and, before you know it, they’ll be in Australia waiting for Jac when she gets out of there.’
Praising his wife’s co-star Ian Wright, Dan explained: ‘It’s clear he’s got a lot of respect for her, and he’s one of my absolute idols, which is sick.’
Silver linings, eh?
The former EastEnders star was seen breaking down in tears due to missing her family in a recent episode of the show.
She explained: ‘I just woke up feeling a bit like “mmmm” when you’re just looking up at pure jungle and you think “wow, I’m so far away from home”.
Advertisement Advertisement
‘The thing is, everyone is missing their families, I just feel like it’s too soon to be crying missing your family…and we all smell so bad, we just stink, I stink, the smelliest I’ve ever been in my life.’
Ian sat next to Jacqueline and comforted her as she was crying, reassuring her that she won’t always be away from her family.
Talking in the hut afterwards, Ian commented: ‘She misses her kids which is natural, she misses her husband, everything like that.’
I’m A Celebrity returns airs weekdays at 9pm on ITV.
Got a showbiz story?
If you've got a story, video or pictures get in touch with the Metro.co.uk Entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


Doctors Charity uses information technology to connect qualified healthcare workers, who wish to volunteer their time and skills to alleviate the health issues that plague the continent of Africa, with the people who need such services. For these volunteers who are unable to leave their jobs to travel for onsite medical intervention, Telemedicine offers the perfect avenue for them to do so. Working with their free time and schedule, Doctors Charity can schedule consultation appointments with them and patients in Africa, thereby efficiently meeting the same goals.
Ihotu Telemedicine Clinic in Nigeria is a major partner in this regard.


The DieBenutzerumgebung is a collection of configurations and and scripts that give me a calming and consistent desktop experience.
To achieve that I have generated a GTK2/3 theme using oomox and the theme/iconset Numix as base (plus dircolors, shell colors and so on)
using a colorscheme that is mainly influenced by solarized dark. As font-face I decided to use Roboto and RobotoMono.
The matching colors and fonts are configured for all applications/thermes that I use.
Also I setup most applications to have the same keyboard shortcuts. For example CTRL+a = jump to beginning of line
and CTRL+e = jump to end of line. Or CTRL++/-/= and to scale fonts like in Firefox.
This is implemented for VIM, Firefox, urxvt (the terminal) and some other tools. Maybe you'll say CTRL+a
is already mapped to select all and can't be remapped. Or maybe you say gVIM wont be able to map CTRL++/-/=
because of the ASCII standard. You are right. But I have solved that with the xkeys.zsh script I created.
You can read more on that on the projects github page. However, I miss CTRL+a sometimes to select all in Firefox.
So if you have interest in helping to design a consistent keymap or maybe you use different applications and want to
contribute configuratons, or maybe something else, contact me.


The declaration
:- block :BlockSpec, ..., :BlockSpec.
where each BlockSpec is a skeletal goal, specifies conditions
for blocking goals of the predicate referred to by the
skeletal goal (f/3
say).
The arguments of the skeletal goal can be:
When a goal for f/3
is
to be executed, the mode specs are interpreted as conditions for
blocking the goal, and if at least one condition evaluates
to true
, the goal is blocked.
A block condition evaluates to true
if and only if all arguments
specified as `-' are uninstantiated, in which case the
goal is blocked until at least one of those variables
is instantiated. If several conditions evaluate to true
,
the implementation picks one of them and blocks the goal
accordingly.
The recommended style is to write the block declarations in front of the source code of the predicate they refer to. Indeed, they are part of the source code of the predicate, and must precede the first clause. For example, with the definition:
:- block merge(-,?,-), merge(?,-,-). merge([], Y, Y). merge(X, [], X). merge([H|X], [E|Y], [H|Z]) :- H @< E, merge(X, [E|Y], Z). merge([H|X], [E|Y], [E|Z]) :- H @>= E, merge([H|X], Y, Z).
calls to merge/3
having uninstantiated arguments in
the first and third position or in the second and
third position will suspend.
The behavior of blocking goals for a given predicate on uninstantiated arguments cannot be switched off, except by abolishing or redefining the predicate.


"They took care of my wedding, everyone asked me who was my stylist. Great prices, great staff!"
Priya, Coimbatore
"I am a regular customer of their services, once I pay them a visit I am a different person."
Suriya, Coimbatore
"Thank you so much, VarnaM, you have one of the best hairstylists aroung, I give it 5 ."
Hari, Coimbatore


--- permalink: /about/ title: "About" ---
I'm Bokyung Son, a 2nd-year graduate student @ Computational Linguistics Lab, Seoul National Univ.
I carry force... on the left periphery :D


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Click-to-Dial Sample |
||
This sample application demonstrates how to implement a web-based click-to-dial with a converged HTTP/SIP application.
This sample depends on the registrar sample to get register information of SIP client. so you have to deploy the registrar sample at the same time if you want run this sample.Click-to-Dial establishes a call between participants using web interface or web services. It simplifies dialing in that callers do not have to dial lengthy addresses and they keep their phonebooks separately from SIP phones.
In its simplest form a user has a web page where he can enter SIP addresses of two users and SIP user agents of those two users get connected.
Another form is to have a web service to allow other applications or users to enter SIP addresses of the two users and make them connected.
Call-flow for click-to-dial is depicted in the following figure.
This Click-to-Dial sample has a simple Click-to-Dial servlet, which simply creates and sends INVITE to UAs and copy SDP content from response to ACK.
A user can input two URIs and click OK button on the HTML page generated by a HTTP servlet to trigger a SIP servlet to call and connect these two URIs. The SIP Servlet creates two INVITEs (no SDP) base on URIs and send to targets respectively. For each OK repsonse from the UA, the SIP servlet creates ACK message and copy SDP content base to the OK repsonse from other UA. RTP sessions be established between participants thereafter.
A user can also input two URIs via the Web Service client to trigger the Service Endpoint on the server to call and connect these two URIs.
For more details, please see source codes.
The top level directories and files in this sample are:
docs/ the documentation about this sample clicktodial.sar the application archive file (SAR) clicktodial/ the exploded application directory client/ the web service client application directory Please follow the following steps to deploy, configure and run this sample:
- This sample depends on registrar sample to get register information of SIP client. Deploy registrar sample first. Copy registrar directory (or registrar.sar) into $INSTALL_DIR/apps directory if you have not.
- Copy clicktodial directory (or clicktodial.sar) into $INSTALL_DIR/apps directory.
- Configure two XLite client and register to registrar sample, You can configure X-Lite with any account you like.
- Please make sure the composition option is disable, WebConsole -> Application Server -> SIP Servlet Container -> Composition -> disable.
- Browse the web interface at http://<ip>:8080/clicktodial/WebAction and make call.
- Running testclient script to make call by web service.
For example:>testclient<EMAIL_ADDRESS>"sip:user2@clicktodial.sample.prism.voxeo.com"


First name:
Middle Inital:
Last Name:
Address:
Occupation:
Employer:
Loan Type:
Commercial
Real Estate
Personal
Mortgage
Requested Loan Amount:
Loan Length:
5 years
15 years
30 years
I have a down payment
Out-of-state resident
Married
Loan will be co-signed
Additional Comments
Email:
Telephone:
LinkedIn URL:


This is a simple list of products
Create| # | Actions | Name | Price | Discount | Description | Created At |
|---|---|---|---|---|---|---|
| {{product.id}} | Show Edit | {{product.name}} | {{product.priceWithDiscount() | currency}} | {{product.discount}}% --- | {{product.description}} | {{product.createdAt | date}} |


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---
layout: default
---
Assignment: Dataviz Portfolio Video
Assignment: Dataviz Portfolio Video
Make a video where you step through your works thus far on bl.ocks.org and describe each one. This should include all work from Weeks 1 - 3. Please try to make the video less than 10 minutes.
- For making videos, I'd recommend the following software:
- Screen capture software such as OBS (if you're on Mac, QuickTime works well for this).
- (optional) This has an option for a webcam face overlay in the corner.
- (Optional) Video editing software such as KDEnlive
- for editing out silences and false starts.
- If you find another tool that works for you, please share it with the class (there's so much out there).
- Please include your bl.ocks.org profile page as the first scene of the video.
- Please add an image to your GitHub profile, it makes your bl.ocks.org profile look more professional.
- You can click through each link, and describe each visualization for a minute or so.
- Please discuss anything interesting about the visualization, data, or underlying phenomena.
- Observations, insights into how things are.
- Surprises - "I was surprised to see that..."
- New questions - "Why is it like that?"
- Any random information about your process of creation or finding the data - "I was always really interested in X and I found this data..."
- Please post the video on YouTube.
- You can make it "unlisted" if you really don't want the world to see - but I'd recommend "public" as this can be part of your professional portfolio.
- Submit the YouTube link as the submission for this assignment in Canvas.
- Please post the link to the course Slack channel, and watch everyone else's videos.


A static file is a file that does not contain any front matter.
These include images, PDFs, and other un-rendered content.
They're accessible in Liquid via site.static_files
and contain the following metadata:
| Variable | Description |
|---|---|
|
The relative path to the file, e.g. |
|
The `Time` the file was last modified, e.g. |
|
The string name of the file e.g. |
|
The string basename of the file e.g. |
|
The extension name for the file, e.g.
|
Note that in the above table, file
can be anything.
It's an arbitrarily set variable used in your own logic (such as in a for loop).
It isn't a global site or page variable.
Although you can't directly add front matter values to static files,
you can set front matter values through the defaults property in your configuration file.
When Jekyll builds the site, it will use the front matter values you set.
Here's an example:
In your _config.yml
file, add the following values to the defaults
property:
defaults: - scope: path: "assets/img" values: image: true
This assumes that your Jekyll site has a folder path of assets/img
where you have images (static files) stored.
When Jekyll builds the site,
it will treat each image as if it had the front matter value of image: true
.
Suppose you want to list all your image assets as contained in assets/img
.
You could use this for loop to look in the static_files
object and
get all static files that have this front matter property:
{% assign image_files = site.static_files | where: "image", true %} {% for myimage in image_files %} {{ myimage.path }} {% endfor %}
When you build your site, the output will list the path to each file that meets this front matter condition.


Last updated: 2018-05-04
Code version: fc4400b
Dr. Milica Miocevic
Priors for regression coefficients
usually normal
sometimes uniform (e.g. when the range of Y is 0 to 9)
For sigma: inverse gamma
Non-intuitive parameterization of inverse gamma
Usefull based on prior data:
\[\sigma_{\epsilon}^2=IG(\nu_0/2, \nu_0\sigma_0^2/2)\]
Higher sample size -> more informative
Use gamma for precision is parameterized with the same \(\alpha\) and \(\beta\)
For hierarchical models: even diffuse prios can have an influence on the posterior (especially variance parameters)
Gelman and Shirley (2011) recommendations on convergence:
Potential scale reduction factor (PSRF) = Gelman statistic:
Credibility interval
Interpretation: there is 95% probability that when people report 0 as their thirst, they will drink between x and y dl of water
In frequentialist analysis: 95% of intervals constructed following this research setup will contain the true value (but this doesn’t say anything about the interval at hand)
Cool think: credibility intervalas have probabilistic interpretation
Usually pick values for contuous moderator of +1 and -1 SD, and report simple intercepts and slopes
model for mediator based on predictor model of x and moderator on y
Other possibility is Structural Equation Modeling with variance-covariance matrix
Product of 2 normally distributed variables is not normally distributed
With Bayes it is no problem, just sample from posterior distribution and compute product
Multicollinearity in the models can lead to non-convergence mean centering can help
Diffuse priors vs Bayesian: Miocevic MacKinon Levy 2016
Additional options in Bayesian:
sessionInfo()
R version 3.3.2 (2016-10-31)
Platform: x86_64-apple-darwin13.4.0 (64-bit)
Running under: macOS Sierra 10.12.6
locale:
[1] en_US.UTF-8/en_US.UTF-8/en_US.UTF-8/C/en_US.UTF-8/en_US.UTF-8
attached base packages:
[1] stats graphics grDevices utils datasets methods base
loaded via a namespace (and not attached):
[1] backports_1.1.0 magrittr_1.5 rprojroot_1.2 tools_3.3.2
[5] htmltools_0.3.6 yaml_2.1.16 Rcpp_0.12.14 stringi_1.1.6
[9] rmarkdown_1.8 knitr_1.18 git2r_0.20.0 stringr_1.2.0
[13] digest_0.6.13 evaluate_0.10.1
This R Markdown site was created with workflowr


Sedimentary A
A sedimentary rock is an accumulation of fragments of pre-existing rocks ( sediments). There are three types of sedimentary rocks; Clastic (detrital), Chemical, .
http://www.archaeology.ncdcr.gov/ncarch/geoarcheo/SedimentaryA.htm
Treatment for Herniated or Bulging Discs
ISGS - Guide to Rocks and Minerals of Illinois
Nov 29, 2011 . In this scheme, all rocks are divided into three general groups: igneous, sedimentary, and metamorphic rocks (figure 6). The three main groups .
http://www.isgs.illinois.edu/maps-data-pub/publications/rocks-min/desc.shtml
Sedimentary Rocks and the Rock Cycle
a few rocks are composed of non-mineral matter. ? There are three major rock types: ? 1. Igneous. ? 2. Metamorphic. ? 3. Sedimentary. Table of Contents. 3 .
ftp://ftpdata.dnr.sc.gov/geology/Education/PDF/Sedimentary%20Rocks.pdf
three main groups of sedimentary Herniated or Bulging Discs
Sedimentary rock
Sedimentary rock is one of the three main rock groups (along with igneous and metamorphic rocks) and is formed in four main ways: by the deposition of the .
http://www.sciencedaily.com/articles/s/sedimentary_rock.htm
Interactives . The Rock Cycle . Types of Rocks
Types of Rocks. Rocks are not all the same! The three main types, or classes, of rock are sedimentary, metamorphic, and igneous and the differences among .
http://www.learner.org/interactives/rockcycle/types.html
The 3 basic rock types
Just as any person can be put into one of two main categories of human being, all rocks can be put into one . There are three main types of sedimentary rocks: .
http://jersey.uoregon.edu/~mstrick/AskGeoMan/geoQuerry13.html
Official Impairment Listing for Spinal Disorders
Sedimentary Rocks - Tulane University
Thus, there are three major types of sedimentary rocks: Clastic Sedimentary Rocks, Chemical Sedimentary Rocks, and Biogenic Sedimentary Rocks.
http://www.tulane.edu/~sanelson/geol111/sedrx.htm
- connexions 1 en ligne (narrowing of the spine)
Sedimentary Rock Classification
Oct 26, 2000 . Sedimentary rocks are generally divided into three great categories, . we still end up with a classification with three main categories, it is just a .
http://csmres.jmu.edu/geollab/fichter/SedRx/sedclass.htmlthree groups of sedimentary rocks
Sedimentary rocks are usually classified into the three groups listed below: DETRITAL SEDIMENTARY ROCKS These rocks consist of sediment grains derived .
http://geology.campus.ad.csulb.edu/people/bperry/Sedimentary%20Rocks%20Tour/three_groups_sed_rocks.htm
Types of Rocks - Igneous, sedimentary, metamorphic
Geologists classify rocks in three groups, according to the major Earth processes that formed them. These are igneous, sedimentary, and metamorphic rocks.
http://www.rockcollector.co.uk/rocktype.htm
Types of Rocks
Geologist classify rocks into three basic groups based on how they were . Sedimentary rocks are formed at the surface of the Earth, either in water or on land. . high pressure or temperature, or are exposed to large amounts of very hot water.
http://www.kidsloverocks.com/html/types_of_rocks.html
Medical-Vocational Allowance for Herniated Disc
What are the three major kinds of sedimentary rocks
What are the three major kinds of sedimentary rocks? In: Geology [Edit categories ]. Answer: #1. Clastic or Detrital Sedimentary Rocks. The class(t)ic route begins .
http://wiki.answers.com/Q/What_are_the_three_major_kinds_of_sedimentary_rocks
Sedimentary Rocks - ScienceViews.com
Sedimentary rocks often have distinctive layering or bedding. Sedimentary rocks are classified into three major groups: clastic, biologic and chemical. When .
http://www.scienceviews.com/geology/sedimentary.html
Appealing a Denial of Benefits
Rock (geology) - Wikipedia, the free encyclopedia
Three major groups of rocks are defined: igneous, sedimentary, and metamorphic. The scientific study of rocks is called petrology, which is an essential .
http://en.wikipedia.org/wiki/Rock_(geology)
Rock types, fossils, and preservation Rock Types Sedimentary ...
Three major classes of rocks on Earth . Sedimentary - rocks deposited by mechanical or chemical . Molds and Casts - impression in sediment of a body .
http://www.geology.wmich.edu/haas/geos2000/4s.pdf


LLVM Code Coverage Mapping Format¶
Introduction¶
LLVM’s code coverage mapping format is used to provide code coverage
analysis using LLVM’s and Clang’s instrumenation based profiling
(Clang’s -fprofile-instr-generate
option).
This document is aimed at those who use LLVM’s code coverage mapping to provide code coverage analysis for their own programs, and for those who would like to know how it works under the hood. A prior knowledge of how Clang’s profile guided optimization works is useful, but not required.
We start by showing how to use LLVM and Clang for code coverage analysis, then we briefly describe LLVM’s code coverage mapping format and the way that Clang and LLVM’s code coverage tool work with this format. After the basics are down, more advanced features of the coverage mapping format are discussed - such as the data structures, LLVM IR representation and the binary encoding.
Quick Start¶
Here’s a short story that describes how to generate code coverage overview for a sample source file called test.c.
First, compile an instrumented version of your program using Clang’s
-fprofile-instr-generate
option with the additional-fcoverage-mapping
option:clang -o test -fprofile-instr-generate -fcoverage-mapping test.c
Then, run the instrumented binary. The runtime will produce a file called default.profraw containing the raw profile instrumentation data:
./test
After that, merge the profile data using the llvm-profdata tool:
llvm-profdata merge -o test.profdata default.profraw
Finally, run LLVM’s code coverage tool (llvm-cov) to produce the code coverage overview for the sample source file:
llvm-cov show ./test -instr-profile=test.profdata test.c
High Level Overview¶
LLVM’s code coverage mapping format is designed to be a self contained data format, that can be embedded into the LLVM IR and object files. It’s described in this document as a mapping format because its goal is to store the data that is required for a code coverage tool to map between the specific source ranges in a file and the execution counts obtained after running the instrumented version of the program.
The mapping data is used in two places in the code coverage process:
- When clang compiles a source file with
-fcoverage-mapping
, it generates the mapping information that describes the mapping between the source ranges and the profiling instrumentation counters. This information gets embedded into the LLVM IR and conveniently ends up in the final executable file when the program is linked. - It is also used by llvm-cov - the mapping information is extracted from an object file and is used to associate the execution counts (the values of the profile instrumentation counters), and the source ranges in a file. After that, the tool is able to generate various code coverage reports for the program.
The coverage mapping format aims to be a “universal format” that would be suitable for usage by any frontend, and not just by Clang. It also aims to provide the frontend the possibility of generating the minimal coverage mapping data in order to reduce the size of the IR and object files - for example, instead of emitting mapping information for each statement in a function, the frontend is allowed to group the statements with the same execution count into regions of code, and emit the mapping information only for those regions.
Advanced Concepts¶
The remainder of this guide is meant to give you insight into the way the coverage mapping format works.
The coverage mapping format operates on a per-function level as the profile instrumentation counters are associated with a specific function. For each function that requires code coverage, the frontend has to create coverage mapping data that can map between the source code ranges and the profile instrumentation counters for that function.
Mapping Region¶
The function’s coverage mapping data contains an array of mapping regions. A mapping region stores the source code range that is covered by this region, the file id, the coverage mapping counter and the region’s kind. There are several kinds of mapping regions:
Code regions associate portions of source code and coverage mapping counters. They make up the majority of the mapping regions. They are used by the code coverage tool to compute the execution counts for lines, highlight the regions of code that were never executed, and to obtain the various code coverage statistics for a function. For example:
int main(int argc, const char *argv[]) { // Code Region from 1:40 to 9:2 if (argc > 1) { // Code Region from 3:17 to 5:4 printf("%s\n", argv[1]); } else { // Code Region from 5:10 to 7:4 printf("\n"); } return 0; }
Skipped regions are used to represent source ranges that were skipped by Clang’s preprocessor. They don’t associate with coverage mapping counters, as the frontend knows that they are never executed. They are used by the code coverage tool to mark the skipped lines inside a function as non-code lines that don’t have execution counts. For example:
int main() { // Code Region from 1:12 to 6:2 #ifdef DEBUG // Skipped Region from 2:1 to 4:2 printf("Hello world"); #endif return 0; }
Expansion regions are used to represent Clang’s macro expansions. They have an additional property - expanded file id. This property can be used by the code coverage tool to find the mapping regions that are created as a result of this macro expansion, by checking if their file id matches the expanded file id. They don’t associate with coverage mapping counters, as the code coverage tool can determine the execution count for this region by looking up the execution count of the first region with a corresponding file id. For example:
int func(int x) { #define MAX(x,y) ((x) > (y)? (x) : (y)) return MAX(x, 42); // Expansion Region from 3:10 to 3:13 }
Source Range:¶
The source range record contains the starting and ending location of a certain mapping region. Both locations include the line and the column numbers.
File ID:¶
The file id an integer value that tells us in which source file or macro expansion is this region located. It enables Clang to produce mapping information for the code defined inside macros, like this example demonstrates:
void func(const char *str) { // Code Region from 1:28 to 6:2 with file id 0
#define PUT printf("%s\n", str) // 2 Code Regions from 2:15 to 2:34 with file ids 1 and 2
if(*str)
PUT; // Expansion Region from 4:5 to 4:8 with file id 0 that expands a macro with file id 1
PUT; // Expansion Region from 5:3 to 5:6 with file id 0 that expands a macro with file id 2
}
Counter:¶
A coverage mapping counter can represents a reference to the profile instrumentation counter. The execution count for a region with such counter is determined by looking up the value of the corresponding profile instrumentation counter.
It can also represent a binary arithmetical expression that operates on coverage mapping counters or other expressions. The execution count for a region with an expression counter is determined by evaluating the expression’s arguments and then adding them together or subtracting them from one another. In the example below, a subtraction expression is used to compute the execution count for the compound statement that follows the else keyword:
int main(int argc, const char *argv[]) { // Region's counter is a reference to the profile counter #0
if (argc > 1) { // Region's counter is a reference to the profile counter #1
printf("%s\n", argv[1]);
} else { // Region's counter is an expression (reference to the profile counter #0 - reference to the profile counter #1)
printf("\n");
}
return 0;
}
Finally, a coverage mapping counter can also represent an execution count of of zero. The zero counter is used to provide coverage mapping for unreachable statements and expressions, like in the example below:
int main() {
return 0;
printf("Hello world!\n"); // Unreachable region's counter is zero
}
The zero counters allow the code coverage tool to display proper line execution counts for the unreachable lines and highlight the unreachable code. Without them, the tool would think that those lines and regions were still executed, as it doesn’t possess the frontend’s knowledge.
LLVM IR Representation¶
The coverage mapping data is stored in the LLVM IR using a single global constant structure variable called __llvm_coverage_mapping with the __llvm_covmap section specifier.
For example, let’s consider a C file and how it gets compiled to LLVM:
int foo() {
return 42;
}
int bar() {
return 13;
}
The coverage mapping variable generated by Clang has 3 fields:
- Coverage mapping header.
- An array of function records.
- Coverage mapping data which is an array of bytes. Zero paddings are added at the end to force 8 byte alignment.
@__llvm_coverage_mapping = internal constant { { i32, i32, i32, i32 }, [2 x { i64, i32, i64 }], [40 x i8] }
{
{ i32, i32, i32, i32 } ; Coverage map header
{
i32 2, ; The number of function records
i32 20, ; The length of the string that contains the encoded translation unit filenames
i32 20, ; The length of the string that contains the encoded coverage mapping data
i32 2, ; Coverage mapping format version
},
[2 x { i64, i32, i64 }] [ ; Function records
{ i64, i32, i64 } {
i64 0x5cf8c24cdb18bdac, ; Function's name MD5
i32 9, ; Function's encoded coverage mapping data string length
i64 0 ; Function's structural hash
},
{ i64, i32, i64 } {
i64 0xe413754a191db537, ; Function's name MD5
i32 9, ; Function's encoded coverage mapping data string length
i64 0 ; Function's structural hash
}],
[40 x i8] c"..." ; Encoded data (dissected later)
}, section "__llvm_covmap", align 8
The current version of the format is version 3. The only difference from version 2 is that a special encoding for column end locations was introduced to indicate gap regions.
The function record layout has evolved since version 1. In version 1, the function record for foo is defined as follows:
{ i8*, i32, i32, i64 } { i8* getelementptr inbounds ([3 x i8]* @__profn_foo, i32 0, i32 0), ; Function's name
i32 3, ; Function's name length
i32 9, ; Function's encoded coverage mapping data string length
i64 0 ; Function's structural hash
}
Coverage Mapping Header:¶
The coverage mapping header has the following fields:
- The number of function records.
- The length of the string in the third field of __llvm_coverage_mapping that contains the encoded translation unit filenames.
- The length of the string in the third field of __llvm_coverage_mapping that contains the encoded coverage mapping data.
- The format version. The current version is 3 (encoded as a 2).
Function record:¶
A function record is a structure of the following type:
{ i64, i32, i64 }
It contains function name’s MD5, the length of the encoded mapping data for that function, and function’s structural hash value.
Encoded data:¶
The encoded data is stored in a single string that contains the encoded filenames used by this translation unit and the encoded coverage mapping data for each function in this translation unit.
The encoded data has the following structure:
[filenames, coverageMappingDataForFunctionRecord0, coverageMappingDataForFunctionRecord1, ..., padding]
If necessary, the encoded data is padded with zeroes so that the size of the data string is rounded up to the nearest multiple of 8 bytes.
Dissecting the sample:¶
Here’s an overview of the encoded data that was stored in the IR for the coverage mapping sample that was shown earlier:
The IR contains the following string constant that represents the encoded coverage mapping data for the sample translation unit:
c"\01\12/Users/alex/test.c\01\00\00\01\01\01\0C\02\02\01\00\00\01\01\04\0C\02\02\00\00"
The string contains values that are encoded in the LEB128 format, which is used throughout for storing integers. It also contains a string value.
The length of the substring that contains the encoded translation unit filenames is the value of the second field in the __llvm_coverage_mapping structure, which is 20, thus the filenames are encoded in this string:
c"\01\12/Users/alex/test.c"
This string contains the following data:
- Its first byte has a value of
0x01
. It stores the number of filenames contained in this string. - Its second byte stores the length of the first filename in this string.
- The remaining 18 bytes are used to store the first filename.
- Its first byte has a value of
The length of the substring that contains the encoded coverage mapping data for the first function is the value of the third field in the first structure in an array of function records stored in the third field of the __llvm_coverage_mapping structure, which is the 9. Therefore, the coverage mapping for the first function record is encoded in this string:
c"\01\00\00\01\01\01\0C\02\02"
This string consists of the following bytes:
0x01
The number of file ids used by this function. There is only one file id used by the mapping data in this function. 0x00
An index into the filenames array which corresponds to the file “/Users/alex/test.c”. 0x00
The number of counter expressions used by this function. This function doesn’t use any expressions. 0x01
The number of mapping regions that are stored in an array for the function’s file id #0. 0x01
The coverage mapping counter for the first region in this function. The value of 1 tells us that it’s a coverage mapping counter that is a reference to the profile instrumentation counter with an index of 0. 0x01
The starting line of the first mapping region in this function. 0x0C
The starting column of the first mapping region in this function. 0x02
The ending line of the first mapping region in this function. 0x02
The ending column of the first mapping region in this function. The length of the substring that contains the encoded coverage mapping data for the second function record is also 9. It’s structured like the mapping data for the first function record.
The two trailing bytes are zeroes and are used to pad the coverage mapping data to give it the 8 byte alignment.
Encoding¶
The per-function coverage mapping data is encoded as a stream of bytes, with a simple structure. The structure consists of the encoding types like variable-length unsigned integers, that are used to encode File ID Mapping, Counter Expressions and the Mapping Regions.
The format of the structure follows:
[file id mapping, counter expressions, mapping regions]
The translation unit filenames are encoded using the same encoding types as the per-function coverage mapping data, with the following structure:
[numFilenames : LEB128, filename0 : string, filename1 : string, ...]
Types¶
This section describes the basic types that are used by the encoding format
and can appear after :
in the [foo : type]
description.
File ID Mapping¶
[numIndices : LEB128, filenameIndex0 : LEB128, filenameIndex1 : LEB128, ...]
File id mapping in a function’s coverage mapping stream contains the indices into the translation unit’s filenames array.
Counter¶
[value : LEB128]
A coverage mapping counter is stored in a single LEB value. It is composed of two things — the tag which is stored in the lowest 2 bits, and the counter data which is stored in the remaining bits.
Tag:¶
The counter’s tag encodes the counter’s kind and, if the counter is an expression, the expression’s kind. The possible tag values are:
- 0 - The counter is zero.
- 1 - The counter is a reference to the profile instrumentation counter.
- 2 - The counter is a subtraction expression.
- 3 - The counter is an addition expression.
Data:¶
The counter’s data is interpreted in the following manner:
- When the counter is a reference to the profile instrumentation counter, then the counter’s data is the id of the profile counter.
- When the counter is an expression, then the counter’s data is the index into the array of counter expressions.
Counter Expressions¶
[numExpressions : LEB128, expr0LHS : LEB128, expr0RHS : LEB128, expr1LHS : LEB128, expr1RHS : LEB128, ...]
Counter expressions consist of two counters as they represent binary arithmetic operations. The expression’s kind is determined from the tag of the counter that references this expression.
Mapping Regions¶
[numRegionArrays : LEB128, regionsForFile0, regionsForFile1, ...]
The mapping regions are stored in an array of sub-arrays where every region in a particular sub-array has the same file id.
The file id for a sub-array of regions is the index of that sub-array in the main array e.g. The first sub-array will have the file id of 0.
Sub-Array of Regions¶
[numRegions : LEB128, region0, region1, ...]
The mapping regions for a specific file id are stored in an array that is sorted in an ascending order by the region’s starting location.
Mapping Region¶
[header, source range]
The mapping region record contains two sub-records — the header, which stores the counter and/or the region’s kind, and the source range that contains the starting and ending location of this region.
Header¶
[counter]
or
[pseudo-counter]
The header encodes the region’s counter and the region’s kind.
The value of the counter’s tag distinguishes between the counters and pseudo-counters — if the tag is zero, than this header contains a pseudo-counter, otherwise this header contains an ordinary counter.
Pseudo-Counter:¶
[value : LEB128]
A pseudo-counter is stored in a single LEB value, just like the ordinary counter. It has the following interpretation:
bits 0-1: tag, which is always 0.
bit 2: expansionRegionTag. If this bit is set, then this mapping region is an expansion region.
remaining bits: data. If this region is an expansion region, then the data contains the expanded file id of that region.
Otherwise, the data contains the region’s kind. The possible region kind values are:
- 0 - This mapping region is a code region with a counter of zero.
- 2 - This mapping region is a skipped region.
Source Range¶
[deltaLineStart : LEB128, columnStart : LEB128, numLines : LEB128, columnEnd : LEB128]
The source range record contains the following fields:
deltaLineStart: The difference between the starting line of the current mapping region and the starting line of the previous mapping region.
If the current mapping region is the first region in the current sub-array, then it stores the starting line of that region.
columnStart: The starting column of the mapping region.
numLines: The difference between the ending line and the starting line of the current mapping region.
columnEnd: The ending column of the mapping region. If the high bit is set, the current mapping region is a gap area. A count for a gap area is only used as the line execution count if there are no other regions on a line.


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President-elect may resume in Villa before inauguration
by Leke BaiyewuLeke Baiyewu, Abuja
The House of Representatives on Tuesday passed a bill seeking to make a President-elect resume in the Presidential Villa to understudy the outgoing President ahead of inauguration.
Presidential election is held not less than 90 days to the expiration of the outgoing administration, according to the law.
The bill proposes that during the waiting period, the incoming president would be empowered to review the financial records and activities of the incumbent.
Refusal by the incumbent to cooperate with or provide requested documents by the incoming officials shall upon conviction attract a fine of N10m or six months’ imprisonment or both.
These are some of the proposals in the Presidential (Transition) Bill, 2016, which the Speaker, Femi Gbajabiamila, sponsored in the Eighth National Assembly and reintroduced in July 2019, which the House has passed for third reading.
The bill, ‘A Bill for an Act to Provide for the Smooth and Orderly Transfer of Power from One Government to Another and Other Related Matters Thereto,’ read in part, “When at any general election for the office of the President of the Federal Republic of Nigeria, the incumbent President is not re-elected, the President shall within two weeks of the declaration of the President-elect as the winner of the election provide space for not more than 10 persons designated by the President-elect to begin a review and analysis of budgeted expenditures during the tenor of the current president, review all other necessary documents as may be requested by the President-elect’s transition team.”
Copyright PUNCH.
All rights reserved. This material, and other digital content on this website, may not be reproduced, published, broadcast, rewritten or redistributed in whole or in part without prior express written permission from PUNCH.
Contact: theeditor@punchng.com


Both projects, (Ajs Framework and Ajs doc) are currently maintained together on GitHub as a single VS solution including 4 projects and some additional tools.
The Visual Studio should be in version 2015 (Enterprise, Professional, Community) - curently tested with Enterprise version.
The TypeScript 2.1.5 extension must be installed (https://www.typescriptlang.org/#download-links).
GitHub extension for Visual Studio is highly recommended (https://visualstudio.github.com/)
Currently, there is no need to use any additional tools, task runners or whatever else so with the correct version of the Visual Studio and extensions installed it should be possible to download or clone the project from the GitHub, open the solution in Visual Studio and directly compile it and run.
The solution itself is splitted to 4 separate projects:
All projects are stored in the following "strange" folder structure but it is necessary for correct source mapping and easy debugging (just important files and folders noted.)
TypeScript compilation is fully driven using TSConfigs now, previously it was using the VS project properties. Both, Debug and Release configurations are supported (there is pre-build command creating the right tsconfig before compilation).
Resource pre-compilation tools (like stylesheet processors) are not used at this time
Post-build tool for the resulting code optimalization is currently missing, but planned to be developed. It will be a post processor of the generated JS code and it is planned to do following tasks:
There is also a tool for the manifest.cache file generation in the pos-built chain - the file is regenerated after each build.
For AjsDoc, there is TocGen for generation of the table of contents from the existing folder structure.
No task runners are currently used (except MSBuild pre-build and post-build). The rest of the tool chain depends on developer needs. If minification of js / resources will be required it would be probably best way to use node.js and tools like uglify.
The tool for conversion from UTF-8 with BOM to UTF is added but is supposed to be run manually. Visual Studio stores all files in UTF-8 with BOM by default and this can cause unexpected problems, especially during debugging with map files.


The URL Working Group
Advisory Board Edition
<EMAIL_ADDRESS>/<EMAIL_ADDRESS>Current situation
- URL work is done at the WHATWG, by Sam and Anne
- WebApps has URL in its charter but isn't really involved
- The browser implementors aren't involved either
URL Working Group
- New approach to Web Architecture-related documents
- Focused narrow scope
- Use W3C Software license
- Coordinate with IETF, WHATWG, TAG, I18n, and others
Communication
-<EMAIL_ADDRESS>- An issue list is maintained at WebPlatform.org
- A discourse category is made available on an experimental basis.
Decision Policy
- Seek to make decisions when there is consensus and with due process
- Based on proposals by editors or other participants
- Calls for Consensus only for process related items
Participation
Expected to have 5 or more active participants
- Needs to have at least three distinct browser-engine project participants
- Needs an updated Invited Expert and Collaborator Agreement
Next steps
- MUST get participation commitments from browser-engine projects
- Identify Chair for the Group
- Get W3C to update its IE agreement
- Start AC review of the charter as well as getting IETF feedback


Mining Fuzzy Association Patterns in Gene Expression Databases
Vincent S. Tseng, Yen-Hsu Chen, Cun-Hao Chen, and J. W. Shin
優等論文獎
*最佳論文獎從缺
國際組
論文題目
得獎
Clustering of Self-Organizing Map on Mixed Data
Sheng-Hsuan Wang, Kuo-Min Wang, and Chung-Chian Hsu
Excellent Award
Extracting Effective Parameters for Intelligent Learning Diagnosis Systems
Chenn-Jung Huang, Chih-Tai Guan, San-Shine Chu, and Yi-Ta Chuang
Nomination Award
A Consensus-based Service Discovery Through User’s Fuzzy Preference Relations
Chun-Lung Huang, Ping Wang, Kuo-Ming Chao,
Chi-Chun Lo, and Yinsheng Li
Nomination Award
Automatic Web Service Composition Using Ontology and QoS
Wei-Shen Lai, Paul Hsueh-Min Chang,
Hsiang-Yuan Yeh, and Von-Wun Soo
Best Award
Advanced Analysis of Timing of Resources Exploration in the Behavior of Firm- ARMAX, BPNN, ANFIS, GA-ARMAX, or ASVR Approach
Bao Rong Chang? and? Hsiu Fen Tsai
Nomination Award
Speech-Driven Mouth Animation Based on Support Vector Regression
Chia-Te Liao, Yu-Kuen Wu, and Shang-Hong Lai


Topic
City
State, Province, Country (e.g. "CA, USA")
Area Distance
Click titles and marker below to expand location data.


Today's advent calendar picture shows Klaus Kinski (1926–1991) explaining himself to a monkey (dates unknown). It is a still from the magnificent Aguirre, The Wrath Of God (Werner Herzog, 1972), a film which I watch about once a year, and always find absolutely dazzling.


CONTACT (1997) A review by Chris Webb 7/31/97
Cast: Jodie Foster (Ellie Arroway), Matthew McConaughey (Palmer Joss), James Woods (Michael Kitz), John Hurt (S.R. Hadden) Tom Skerritt (David Drumlin), Angela Bassett (Rachel Constantine), Jake Busey (Joseph), Jena Malone (Young Ellie), Rob Lowe (Richard Rank). Directed by Robert Zemeckis.
Robert Zemeckis could easily separate himself from Forrest Gump. After all, that movie is three years in the past. By now, he should realize that not every movie he touches needs to have the same elements. Unfortunately, he doesn't.
The technical wonder that was Gump invades some scenes of Contact, and they are unwelcome. Unwelcome to the eye and apparently to the man in those scenes, Bill Clinton. What we have here is similar to Gumps meeting with President Kennedy, where characters are superimposed onscreen during a presidential speech that makes the archived footage seem to be a part of the movie. Here we find two mistakes: one in motive, one in the technical uses of the President. By now, we are aware that Zemeckis can do this sort of thing, and it has swerved into an annoying pattern. Also, we can tell that the President did not make his speech indoors as sunlight glistens off his gray hair.
My other complaint with Zemeckis' handling of this film is the gooey sentimentality to which we are subjected early on. We discover how the main character, Ellie Arroway (Foster), has become the way she is through a series of flashbacks. Groans were apparent during these scenes and should have been handled differently. Nonetheless, Contact survives the heavy hand of Robert Zemeckis, and succeeds.
The story has been in the making for seventeen years, the brainchild of super-astronomer Carl Sagan, who died last year of cancer. Pushed by a fascination with the prospects of alien life, Sagan turned Contact into a novel as production hit snags endlessly. Translated to film, the effort is seamless.
Ellie is a scientist who feels that there is someone out there trying to communicate. Like the efforts to make the movie, Ellie hits bumps in her search for intelligent life as funding keeps disappearing from her projects. Behind the sabotages is David Drumlin (Skerritt), a good old boy who has paid his dues and seeks the fame for himself. However, just as the sheet is pulled from beneath her, Ellie finds a way to keep listening for signals, and one evening one appears from the star cluster of Vega, and it packs a punch.
In a series of wrenching scenes, we watch as Drumlin successfully pulls the project away from Ellie. The project consists of building an aptly named "machine" to launch someone to Vega to meeet the aliens. Soon enough the government takes over, led by skeptical Michael Kitz (Woods). Woods is once again brilliant as the sarcastic wit who has no reason to believe that anything here is sensible. These, however, are the mere bones of the film.
Palmer Joss (McConaughey) is a Christian leader who plants the issue of God into the minds of the viewers and actors. The science versus religion debate emerges and erupts. As the machine is being built, religious and science fanatics line up along NASAs property to protest or support the mission. Meanwhile, Drumlin and Arroway vie for the job to meet the Vegans. Drumlin plays dirty to attain the position, while Arroway speaks from her heart during sessions.
However, after a tragedy strikes, Ellie is allowed to run the mission. She is guided by the Carl Sagan-as-billionaire, S.R. Hadden (Hurt), who helps her reach her goal, the stars. Amazing are the wormhole effects of her entering different atmospheres and galaxies, as well as the Vegan land itself. While on Vega, her meeting must remain a surprise. Zemeckis does have a tocuh of flare with these scenes, and could have used more of them.
Angela Bassett deserved more scenes, and comes up as the wasted talent. Casting Rob Lowe as the conservative and Jake Busey as a lunatic were smart decisions.
I believe that Face/Off is the best film we've been given this summer, but Contact is Academy-friendly. It is almost assured that Foster will gain a nomination, and Skerritt, in his icy and calculating performance, deserves consideration. Zemeckis almost blows it, but with the fascination behind Contact, even he could reap the benefits of an overall good movie.
My Grade: B+/A-
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this hotkey clicks the replayer button at the table. use it to open/refresh the replayer.
- make shure there nothing that can trigger a table action at point EmptySpace
- the table always looses focus when the replayer is opend for the first time. this is
to be expected.
- the replayer takes away the focus of the table when activated. so TableCrab clicks
the point EmptySpace on the table to restore the focus. make shure the replayer
does not pop up at this location. long and winding explanation here ..no, i can not
restore focus programatically. linux/wine does not suport this.


BULL DURHAM A film review by Ralph Benner Copyright 1996 Ralph Benner
There are other sports more boring than baseball but I can't think of one I hate more. It has everything to do with having grown up in a family that lived baseball every waking moment of every hour, 365 days a year: The McLains, the most (in)famous being ex-Detroit Tigers pitcher-now ex-con Denny McLain, the first pitcher since Dizzy Dean to win thirty games in a single season. Unmercifully teased throughout my youth that my intense dislike for the game had everything to do with my ineptitude -- so incompetent even as a batboy that I was once replaced by a pair of twin girls -- I always knew what my family refused to admit, that I wasn't and didn't want to be athletically inclined, and while Denny and his brother often tried to shame me out of my shortcomings, I was content to sit in the bleachers, secretly praying for rain, hoping that during the interminable games my Hitachi radio's batteries would hold out to hear for the umpteenth time "Please Love Me Forever" or "Quarter to Three." I maintained my hatred even when Denny was well on his way to Cooperstown, instead of where he'll end up -- the Hall of Shame. (Though inexcusable, this explains why Ken Burns omits Denny from that eighteen hour error-filled snoozer "Baseball"; assembling footage of the 1968 World Series, Burns gives the viewers the impression that the St. Louis Cardinals were victorious, instead of the Tigers.)
The mindless jock fanaticism of baseball got to me early on: too many people actually took this g.d. game seriously. How I remember the sheer insanity of the fights -- usually between parents -- that ensued when Denny "lost" a Little League or Babe Ruth game. Hearing those screamfests and recriminations never made much sense to me and even way back then -- in the late 50s and early 60s -- I realized that this "healthy" All-American pastime was corrupt and, worse, victimizing. My fears were confirmed not only when Denny's father died prematurely at 36 from a stress-related heart attack but also when Denny signed on with the Chicago White Sox and later with the Tigers: the extent to which illegality -- gambling, prostitution, underworld fixes -- coexisted cavalierly with pro ball didn't shock as much as confirm to me the whole rot of big moneyed sports. BULL DURHAM doesn't explicitly examine the underbelly of celebrity sociopathology -- all we really have to do is recall goofus Pete Rose, womanizer Steve Garvey or read Denny's lie-filled apologia "Strikeout" for a re-confirmation (or note that once again Denny's been indicted for fraudulent business activities) -- but the movie more than implies that obsession for "the show" stunts the mind and inhibits spiritual growth. Considering the realities of baseball as I perceive them, BULL DURHAM is of course too clever by half: I challenge anyone anywhere to name players in one or any of the major or bush league teams who could tell us who Susan Sontag is, much less what her books might be about. Granted, this name-dropping doesn't hurt the movie -- for baseball haters, it's pure revel -- but it tells you that director-screenwriter Ron Shelton has one eye on the bleachers of the bored and the other on the mound. Not to say anything about the bed: BULL DURHAM is an insistently sexy movie, with a tantalizing, if not over-emphasis on crotches: the men's have a big screen fullness and leading lady Susan Sarandon is quite eager to expose hers. It's refreshing and honest: Shelton not only has his own oral fixation, he also knows what baseball really is -- an oral sport. This is the only movie about baseball I can think of (or could tolerate) that hits a grand slam without needing to be in a stadium. Not too shabby for a director making his debut.
Kevin Costner couldn't have been photographed in a more seductively tired way -- it's a minor triumph all by itself. He physically encapsulates what we often see in failed or retired sports figures -- that they seem quasi-boozed fatigued, not necessarily from the ever-handy Miller's but from their sport of choice having nearly beaten out everything inside them. This specific performance could be interpreted as an early Mickey Mantle warning about how sport suppresses adulthood in bozo athletes, how the child in them never grows up. If it's not a warning, it's because Costner's Crash is that rarity -- a thinking man's athlete who recognizes the trap. This is also the first time Costner merges with his movie character as if he belonged, something we can't say about his puniness in the silly frenzy of NO WAY OUT, his fractured boy-man in the overblown SILVERADO or UNTOUCHABLES, his hogging-the-camera stuff in the tanned romantic twaddle of DANCES WITH WOLVES, the bad hair day martyrdom in THE BODYGUARD, the worthless WYATT BURP. There's an obligatory cliche that Crash has to utter -- "I want to find me" -- and when we've heard other actors attempt to justify something similar, we've been embarrassed for them, like we are when we read the throwaway quotes by nude centerfolds in Playboy, but Costner delivers the line with an exhausted conviction that bares what's dangerously empty-headed in sports: that too often athletics strive to become record-setting icons not because of who they are or what they really want to be but because of what others want of them, like Denny living out his own parents' dream, which turned into a nightmare.
When not jingle-jangling silver jewelry, Susan Sarandon's Annie Savoy is reciting Blake and Whitman; but she's not just an over-dressed, hot-to-trot poetess -- she's also a baseball groupie-coach as the Queen Bee of Triple A ball who literally builds shrines to the sport. She's a fire hazard too: just how long could those candles be allowed to burn so close to walls that are most likely covered with combustible, if not toxic wallpaper? But here's the greater concern: Sarandon almost didn't get to play her. "I had to grovel to get that part," Sarandon told Bruce Newman in a N.Y. Times Times News Service interview. "The studio had a list of people who they preferred, and I was not on it." Those others were actresses who refused to audition for Annie, so when Shelton asked Sarandon, who didn't yet know she wasn't even on the list, to move beyond the humiliation of having to read, she dressed herself up in what becomes one of the movie's bright teases -- a "showy red and white striped" number as invitation. Happily, Sarandon got Annie, and even more happily, she's been decaffed, so we won't have to go through the feminist jitters, yet, despite how wonderful she is -- and it's a performance that gets better each time you see it -- I have to say that I've met very few women like her Annie. Except in television, where Annie might (and should) end up as a sportscaster. Maybe this is the reason she didn't earn Academy Award recognition -- "I was shattered when I didn't even get a nomination. I wept for days," she told Newman -- because, despite their enormous likability, Costner's Crash is almost atypical of sports and Annie surely is; they're too intelligently conceived, which, for a baseball audience, is a major turnoff. But I have met plenty of the other kind, the young bimbos whose only aims are to latch on to athletes on the rise. Denny married one. In "Strikeout" he calls her a saint. That's code for vacuousness; in baseball, it's contagious.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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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.
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A timer created from OpenTK's gamewindow.
More...
|
| void | Run (double updatesPerSec, double framesPerSec) |
| | Runs the timer until Stop() is called. Do note that the function that calls this will be suspended until the timer is stopped. Code located after where you call this will then be executed after. More...
|
| |
| void | Stop () |
| |
|
| double | TargetRenderFrequency [get, set] |
| | Gets or sets a double representing the target render frequency, in hertz. More...
|
| |
| double | TargetRenderPeriod [get, set] |
| | Gets or sets a double representing the target render period, in seconds. More...
|
| |
| double | RenderFrequency [get] |
| | Gets a double representing the actual frequency of RenderFrame events, in hertz (i.e. fps or frames per second). More...
|
| |
| double | RenderPeriod [get] |
| | Gets a double representing the period of RenderFrame events, in seconds. More...
|
| |
| double | RenderTime [get, protected set] |
| | Gets a double representing the time spent in the RenderFrame function, in seconds. More...
|
| |
| double | TargetUpdateFrequency [get, set] |
| | Gets or sets a double representing the target update frequency, in hertz. More...
|
| |
| double | TargetUpdatePeriod [get, set] |
| | Gets or sets a double representing the target update period, in seconds. More...
|
| |
| double | UpdateFrequency [get] |
| | Gets a double representing the frequency of UpdateFrame events, in hertz. More...
|
| |
| double | UpdatePeriod [get] |
| | Gets a double representing the period of UpdateFrame events, in seconds. More...
|
| |
| double | UpdateTime [get] |
| | Gets a double representing the time spent in the UpdateFrame function, in seconds. More...
|
| |
| bool | IsRunning [get] |
| |
A timer created from OpenTK's gamewindow.
◆ Run()
| void BrawlLib.Internal.CoolTimer.Run |
( |
double |
updatesPerSec, |
|
|
double |
framesPerSec |
|
) |
| |
|
inline |
Runs the timer until Stop() is called. Do note that the function that calls this will be suspended until the timer is stopped. Code located after where you call this will then be executed after.
- Parameters
-
| updatesPerSec | FPS of update events. |
| framesPerSec | FPS of render events. |
216 {
217 _running = true;
218
219
220
221
224
225 _updateWatch.Reset();
226 _renderWatch.Reset();
227
229 {
230 _updateWatch.Start();
231 }
232
234 {
235 _renderWatch.Start();
236 }
237
238 while (true)
239 {
240 ProcessEvents();
241 if (!_running)
242 {
243 return;
244 }
245
246 UpdateAndRenderFrame();
247 }
248
249
250
251
252
253
254
255
256
257
258
259
260
261
262 }
double TargetRenderFrequency
Gets or sets a double representing the target render frequency, in hertz.
Definition: CoolTimer.cs:38
double TargetUpdateFrequency
Gets or sets a double representing the target update frequency, in hertz.
Definition: CoolTimer.cs:130
◆ Stop()
| void BrawlLib.Internal.CoolTimer.Stop |
( |
| ) |
|
|
inline |
393 {
394 _running = false;
395 }
◆ IsRunning
| bool BrawlLib.Internal.CoolTimer.IsRunning |
|
get |
◆ RenderFrequency
| double BrawlLib.Internal.CoolTimer.RenderFrequency |
|
get |
Gets a double representing the actual frequency of RenderFrame events, in hertz (i.e. fps or frames per second).
92 {
93 get
94 {
95 if (_renderPeriod == 0.0)
96 {
97 return 1.0;
98 }
99
100 return 1.0 / _renderPeriod;
101 }
102 }
◆ RenderPeriod
| double BrawlLib.Internal.CoolTimer.RenderPeriod |
|
get |
Gets a double representing the period of RenderFrame events, in seconds.
◆ RenderTime
| double BrawlLib.Internal.CoolTimer.RenderTime |
|
getprotected set |
Gets a double representing the time spent in the RenderFrame function, in seconds.
113 {
114 get => _renderTime;
115 protected set => _renderTime = value;
116 }
◆ TargetRenderFrequency
| double BrawlLib.Internal.CoolTimer.TargetRenderFrequency |
|
getset |
Gets or sets a double representing the target render frequency, in hertz.
A value of 0.0 indicates that RenderFrame events are generated at the maximum possible frequency (i.e. only limited by the hardware's capabilities).
Values lower than 1.0Hz are clamped to 1.0Hz. Values higher than 200.0Hz are clamped to 200.0Hz.
38 {
39 get
40 {
42 {
43 return 0.0;
44 }
45
47 }
48 set
49 {
50 double v = value.Clamp(0.0, 200.0);
51
52 if (v < 1.0)
53 {
55 }
56 else
57 {
59 }
60 }
61 }
double TargetRenderPeriod
Gets or sets a double representing the target render period, in seconds.
Definition: CoolTimer.cs:71
◆ TargetRenderPeriod
| double BrawlLib.Internal.CoolTimer.TargetRenderPeriod |
|
getset |
Gets or sets a double representing the target render period, in seconds.
A value of 0.0 indicates that RenderFrame events are generated at the maximum possible frequency (i.e. only limited by the hardware's capabilities).
Values lower than 0.005 seconds (200Hz) are clamped to 0.0. Values higher than 1.0 seconds (1Hz) are clamped to 1.0.
71 {
72 get => _targetRenderPeriod;
73 set
74 {
75 double v = value.Clamp(0.0, 1.0);
76
77 if (v < 0.001)
78 {
79 _targetRenderPeriod = 0.0;
80 }
81 else
82 {
83 _targetRenderPeriod = v;
84 }
85 }
86 }
◆ TargetUpdateFrequency
| double BrawlLib.Internal.CoolTimer.TargetUpdateFrequency |
|
getset |
Gets or sets a double representing the target update frequency, in hertz.
A value of 0.0 indicates that UpdateFrame events are generated at the maximum possible frequency (i.e. only limited by the hardware's capabilities).
Values lower than 1.0Hz are clamped to 1.0Hz. Values higher than 200.0Hz are clamped to 200.0Hz.
130 {
131 get
132 {
134 {
135 return 0.0;
136 }
137
139 }
140 set
141 {
142 double v = value.Clamp(0.0, 200.0);
143
144 if (v < 1.0)
145 {
147 }
148 else
149 {
151 }
152 }
153 }
double TargetUpdatePeriod
Gets or sets a double representing the target update period, in seconds.
Definition: CoolTimer.cs:163
◆ TargetUpdatePeriod
| double BrawlLib.Internal.CoolTimer.TargetUpdatePeriod |
|
getset |
Gets or sets a double representing the target update period, in seconds.
A value of 0.0 indicates that UpdateFrame events are generated at the maximum possible frequency (i.e. only limited by the hardware's capabilities).
Values lower than 0.005 seconds (200Hz) are clamped to 0.0. Values higher than 1.0 seconds (1Hz) are clamped to 1.0.
163 {
164 get => _targetUpdatePeriod;
165 set
166 {
167 double v = value.Clamp(0.0, 1.0);
168
169 if (v <= 0.005)
170 {
171 _targetUpdatePeriod = 0.0;
172 }
173 else
174 {
175 _targetUpdatePeriod = v;
176 }
177 }
178 }
◆ UpdateFrequency
| double BrawlLib.Internal.CoolTimer.UpdateFrequency |
|
get |
Gets a double representing the frequency of UpdateFrame events, in hertz.
184 {
185 get
186 {
187 if (_updatePeriod == 0.0)
188 {
189 return 1.0;
190 }
191
192 return 1.0 / _updatePeriod;
193 }
194 }
◆ UpdatePeriod
| double BrawlLib.Internal.CoolTimer.UpdatePeriod |
|
get |
Gets a double representing the period of UpdateFrame events, in seconds.
◆ UpdateTime
| double BrawlLib.Internal.CoolTimer.UpdateTime |
|
get |
Gets a double representing the time spent in the UpdateFrame function, in seconds.
◆ RenderFrame
◆ UpdateFrame
The documentation for this class was generated from the following file:
- BrawlLib/Internal/CoolTimer.cs


COM6513 Natural Language Processing
| Summary |
This module provides an introduction to the field of
computer processing of written natural language, known as
Natural Language Processing (NLP). We will cover standard
theories, models and algorithms, discuss competing
solutions to problems, describe example systems and
applications, and highlight areas of open research. Students should be aware that there are limited places available on this course. |
| Session |
Spring 2018/19 |
| Credits |
15 |
| Assessment |
The course will be assessed by lab assignments (40%) in
addition to a formal examination (60%) at the end of the
semester. Lab assignments will be completed individually and
involve a mixture of routine tasks and open ended problems. |
| Lecturer(s) |
Dr Nikolaos Aletras |
| Resources |
|
| Aims |
- to give students a well-rounded feel for the problems
and approaches of Statistical Natural Language
Processing (NLP)
- to give students an understanding of the potential
areas of application of the techniques developed in
Statistical NLP
|
| Objectives |
By the end of this course the students should:
- be able to describe and discuss the subareas of NLP
- be able to implement NLP algorithms and
techniques;
- be able to describe and discuss the potential and
limitations of NLP techniques for applications such as
machine translation, question answering, information
retrieval and information extraction
|
| Content |
Lectures will provide an overview of the field of NLP and
its sub-areas, and will introduce and explain its key
techniques, including their applicability and limitations.
In lab classes, students will practice implementing the
NLP techniques taught in class, testing their code in
application to real language data. Topics covered will
include:
- N-gram Language Modelling
- Word Classes and Part-of-Speech Tagging
- Lexical Semantics, Word Sense Disambiguation and
Lexical Similarity
- Syntactic and semantic parsing
- Information extraction
- Neural network architectures for NLP
|
| Restrictions |
Students must have taken Text Processing (COM6115) in the previous semester |
| Teaching Method |
There will be 2 formal lectures and 1 lab session per
week. |
| Feedback |
Problem sheets will be set during labs sessions and then
will discussed in labs and/or lectures.
Verbal interaction during lectures. |
| Recommended Reading |
- Daniel Jurafsky and James Martin. 2008. "Speech and
Language Processing" Prentice Hall. (A draft of the 3d edition can be found here: https://web.stanford.edu/~jurafsky/slp3/)
- Christopher D. Manning and Hinrich Schütze. 1999.
"Foundations of Statistical Natural Language Processing",
MIT Press.
- Yoav Goldberg. 2017. Neural Network Methods in Natural Language Processing (Synthesis Lectures on Human Language Technologies), Morgan & Claypool Publishers.
|
|


NewYorkAlertController
public final class NewYorkAlertController : UIViewController
Create an alert similar to UIAlertController
-
Styles indicating the type of NewYorkAlert to display.
See moreDeclaration
Swift
public enum Style
-
Indicates if alert can be dismissed via background tap.
Declaration
Swift
public var isTapDismissalEnabled: Bool { get set }
-
The array of text fields displayed by the alert.
Declaration
Swift
public private(set) var textFields: [UITextField]
-
Creates a standard NewYorkAlert with title, message and style.
Declaration
Swift
public init(title: String?, message: String?, style: Style)
Parameters
title
A title of alert.
message
A message of alert.
style
A style of alert to display.
Return Value
A NewYorkAlertController object.
-
Called when the view is about to made visible. Buttons and text fields will be actually added to NewYorkAlert here.
Declaration
Swift
public override func viewWillAppear(_ animated: Bool)
-
Adds a button to the NewYorkAlert.
Note
If the button’s style is
NewYorkButton.Style.cancel
, the button will always be added to the bottom of the NewYorkAlert. If the number of buttons added to the NewYorkAlert is two and thestyle
property is set toNewYorkAlertController.Style.alert
, buttons will be displayed horizontally and the cancel button will be displayed on the left.Declaration
Swift
public func addButton(_ button: NewYorkButton)
Parameters
button
A button to be added to the NewYorkAlert.
-
Adds buttons to the NewYorkAlert.
Note
If the button’s style is
NewYorkButton.Style.cancel
, the button will always be added to the bottom of the NewYorkAlert. If the number of buttons added to the NewYorkAlert is two and thestyle
property is set toNewYorkAlertController.Style.alert
, buttons will be displayed horizontally and the cancel button will be displayed on the left.Declaration
Swift
public func addButtons(_ buttons: [NewYorkButton])
Parameters
buttons
An array of buttons to be added to the NewYorkAlert.
-
Adds a text field to the NewYorkAlert.
Note
You can add a text field only if the
style
property is set toNewYorkAlertController.Style.alert
.Declaration
Swift
public func addTextField(configurationHandler: ((UITextField) -> Void)? = nil)
Parameters
configurationHandler
A block for configuring the text field prior to displaying the NewYorkAlert.
-
Adds an image to the NewYorkAlert.
Note
You can add only one image to the NewYorkAlert.
Declaration
Swift
public func addImage(_ image: UIImage?)
Parameters
image
An image to be added to the NewYorkAlert