[gecode-users] Reifying constraints without posting them
Tommaso Urli
tommaso.urli at uniud.it
Mon Apr 29 21:09:51 CEST 2013
Hello,
I'm trying to introduce the following constraint in my model: let x
be a set of variables (an IntVarArray) and y a proper subset (a slice)
of them, I want to know how many variables in y get values among a given
set of values. Problem is: I want to implement this as a "soft"
constraint, i.e. I want to minimize/maximize the number of times this
condition is satisfied, but without actually posting the constraint.
I have tried with reified membership constraints, but apart from
reification (that did exactly what I wanted it to do), they actually
post propagators and thus prune my search space. I have tried counting
constraints as well, but none of them matches the semantics I need, so I
suspect that this kind of constraint cannot simply be expressed, am I wrong?
Thanks,
Tommaso
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You need jdk-1.2.x or better to run/compile this. You'll also need the following jar files. I've listed the primary sites to give proper credit to the authors that wrote these great packages. You can see the major changes here. For a full list of changes see ChangeLog.
If you happen to use Ant then you'll be interested in this build.xml file. It's got an example of how to tie JonsAssert into an ant build.
java -classpath "JonsAssert-@APP-VERSION@.jar:JonsInfra-0.4.jar:commons-cli-1.0.jar:antlr-2.7.4.jar:log4j-1.2.8.jar:commons-logging-1.0.3.jar" net.mtu.eggplant.dbc.JonsAssert [options] files ...
See the API documentation for JonsAssert for commandline options
More information can be found in the README and in the api documentation
Last modified: Wed Nov 10 09:16:07 CST 2004


50 Shades of Hitesh
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Components
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Built-in components
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Component resolution
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Hi Jane, can you take pictures for my new food?
8:40 AM, Today
Of course! What kind of food you have?
8:55 AM, Today
It is pudding!
9:00 AM, Today
Alright! When do you want me to come?
9:05 AM, Today
How about next saturday at 9 AM?
9:07 AM, Today
OI'm available! See you next saturday!
9:10 AM, Today
Okay, see you!
9:12 AM, Today


UMass meets St. John’s in Uncasville
by Associated PressUMass (5-1) vs. St. John’s (4-2)
Hall of Fame Tip-Off Naismith , Mohegan Sun Arena, Uncasville, Connecticut; Sunday, 2:30 p.m. EST
BOTTOM LINE: UMass is set to take on St. John’s in a postseason game at Mohegan Sun Arena in Uncasville. St. John’s lost 80-67 to Arizona State in its most recent game, while UMass came up short in a 58-46 game against Virginia in its last outing.
LEADING THE WAY: LJ Figueroa has put up 16.7 points and six rebounds to lead the charge for the Red Storm. Mustapha Heron has complemented Figueroa and is accounting for 15.7 points per game. The Minutemen have been led by T.J. Weeks, who is averaging 14.3 points.
FACILITATING THE OFFENSE: Sean East II has either made or assisted on 40 percent of all UMass field goals over the last five games. East has accounted for 22 field goals and 29 assists in those games.
ASSIST RATIOS: The Minutemen have recently created buckets via assists more often than the Red Storm. St. John’s has 28 assists on 76 field goals (36.8 percent) over its previous three contests while UMass has assists on 39 of 76 field goals (51.3 percent) during its past three games.
DID YOU KNOW: St. John’s has posted an excellent offensive rebound percentage of 37.5 percent this year. That rate is the 25th-highest in the nation. The offensive rebound percentage for UMass stands at just 23.4 percent (ranked 285th).
___
For more AP college basketball coverage: https://apnews.com/Collegebasketball and http://twitter.com/AP_Top25
___
This was generated by Automated Insights, http://www.automatedinsights.com/ap, using data from STATS LLC, https://www.stats.com


Study Name: {{study.study_name}}
Inclusion Criteria
• {{x}}
Exclusion Criteria
• {{x}}
Coordinator Information
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{{study.coordinator_phone_number}}
{{study.coordinator_email}}
Contact Coordinator
There are no studies that match the inclusion/exclusion principles


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This is an experiment to generate nasal voice /na/ /ma/ sound by two tubes model and nasal effect source.
Generate pseudo nasal voice /na/
python3 main2varloss_1na.py
It will save yout_na_1a1_varloss0_01_stdarea2_0_long.wav that sounds similar to voice /na/ sound.
Generate pseudo nasal voice /ma/
python3 main2varloss_1ma.py
It will save yout_ma_1a1_varloss0_01_stdarea2_0_long.wav that sounds similar to voice /ma/ sound.
For more information, please see related WEB Nasal voice /na/ /ma/ sound waveform generation by two tubes model and nasal effect source or
same content in Japanese
MIT


Given an arbitrary function, wrap it so that it does variable sharing.
tf.compat.v1.make_template( name_, func_, create_scope_now_=False, unique_name_=None, custom_getter_=None, **kwargs )
This wraps func_
in a Template and partially evaluates it. Templates are
functions that create variables the first time they are called and reuse them
thereafter. In order for func_
to be compatible with a Template
it must
have the following properties:
tf.compat.v1.get_variable
. If a trainable
variable is
created using tf.Variable
, then a ValueError will be thrown. Variables
that are intended to be locals can be created by specifying
tf.Variable(..., trainable=false)
.tf.compat.v1.global_variables
to
capture variables that are defined outside of the scope of the function.make_template
. In general you will get a ValueError
telling you that you are trying to reuse a variable that doesn't exist
if you make a mistake.In the following example, both z
and w
will be scaled by the same y
. It
is important to note that if we didn't assign scalar_name
and used a
different name for z and w that a ValueError
would be thrown because it
couldn't reuse the variable.
def my_op(x, scalar_name): var1 = tf.compat.v1.get_variable(scalar_name, shape=[], initializer=tf.compat.v1.constant_initializer(1)) return x * var1 scale_by_y = tf.compat.v1.make_template('scale_by_y', my_op, scalar_name='y') z = scale_by_y(input1) w = scale_by_y(input2)
As a safe-guard, the returned function will raise a ValueError
after the
first call if trainable variables are created by calling tf.Variable
.
If all of these are true, then 2 properties are enforced by the template:
def my_op(x, scalar_name): var1 = tf.compat.v1.get_variable(scalar_name, shape=[], initializer=tf.compat.v1.constant_initializer(1)) return x * var1 with tf.compat.v1.variable_scope('scope') as vs: scale_by_y = tf.compat.v1.make_template('scale_by_y', my_op, scalar_name='y') z = scale_by_y(input1) w = scale_by_y(input2) # Creates a template that reuses the variables above. with tf.compat.v1.variable_scope(vs, reuse=True): scale_by_y2 = tf.compat.v1.make_template('scale_by_y', my_op, scalar_name='y') z2 = scale_by_y2(input1) w2 = scale_by_y2(input2)
Depending on the value of create_scope_now_
, the full variable scope may be
captured either at the time of first call or at the time of construction. If
this option is set to True, then all Tensors created by repeated calls to the
template will have an extra trailing _N+1 to their name, as the first time the
scope is entered in the Template constructor no Tensors are created.
Note: name_
, func_
and create_scope_now_
have a trailing underscore to
reduce the likelihood of collisions with kwargs.
name_
: A name for the scope created by this template. If necessary, the name
will be made unique by appending _N
to the name.func_
: The function to wrap.create_scope_now_
: Boolean controlling whether the scope should be created
when the template is constructed or when the template is called. Default
is False, meaning the scope is created when the template is called.unique_name_
: When used, it overrides name_ and is not made unique. If a
template of the same scope/unique_name already exists and reuse is false,
an error is raised. Defaults to None.custom_getter_
: Optional custom getter for variables used in func_
. See
the tf.compat.v1.get_variable
custom_getter
documentation for more
information.**kwargs
: Keyword arguments to apply to func_
.A function to encapsulate a set of variables which should be created once
and reused. An enclosing scope will be created either when make_template
is called or when the result is called, depending on the value of
create_scope_now_
. Regardless of the value, the first time the template
is called it will enter the scope with no reuse, and call func_
to create
variables, which are guaranteed to be unique. All subsequent calls will
re-enter the scope and reuse those variables.
ValueError
: if name_
is None.


Proccessing...this might take a couple of minutes
Disclaimer: this app may not use all of the product reviews for a product
Overall Sentiment
The tone of the language used in the reviews. 0% being extremely negative and 100% being extremely positive.


Pat's salmon cookies were originally entered into a cooking competition for the 2013 Ballard Locks "Salmon SEEson" opener. Pat took first place and was given such high praise for her salmon cookie she decided to turn it into business.
Pat's first Cookie Stand opened up in Pike's Place Market in 2014. There are now 5 stores and looking to expand. If you are interested in helping Pat find new locations please feel free to email her.
Pat is devoted to giving back to the local community. Currently she is donating 15% of all her sales to to charity and you can help us do that by stopping by any of our locations and getting yourself, or anyone, some of our delicious cookies!


Map matching is an interesting problem which is used in car navigation, self-driving cars, traffic analysis, map correction and more. Let’s write a simple map matching algorithm in Julia.
Map matching
Map matching is the process of estimating actual trajectory traveled by a vehicle/bicycle on a road network (map) from certain observations. These observations could be:
-
track points of Global Navigation Satellite System (e.g. GPS, GLONASS, Galileo)
-
sensor data (e.g. LiDAR, gyroscope, accelerometer)
-
known locations of mobile network cell sites
-
even Wi-Fi access points
All these observations contain measurement/hardware errors. A digital road network (map) does not match real world either. Map matching algorithms suppose to account for such inaccuracies and estimate actual locations on the road network.
Julia
It can be done in almost any programming language. But I decided to go with Julia as it is a fairly new programming language made specifically for high-level and high-performance numerical computing. Julia’s backend is LLVM and it supports Lisp-like macros. I think it is worth trying Julia as an alternative to expensive and buggy (especially on Linux) MATLAB.
Map data
To map match input observations a digital map data must be available. OpenStreetMap can expose all its map data in a single file. There are also extracts which contain OpenStreetMap data for individual countries, cities and areas of interest. See Planet.osm for more information. To extract your own region you can use bbbike.org.
OpenStreetMap mainly uses two of the following formats:
- OSM XML is a human readable format
- PBF is a binary format design for faster access and smaller size
I’m going to use Amsterdam’s extract in OSM XML format. The extract contains data primitives: nodes, ways and relations.
Node
It is represented by identifier, latitude and longitude. It can represent some standalone features or shape of continuous ways.
Way
A way is an ordered list of nodes to represent linear features like rivers, roads, boundaries (“closed way”).
Relation
A relation represents a relationship between two or more elements.
Example:
<node id="16568166" lat="52.3776574" lon="4.8988379" version="1">
<tag k="ref" v="29-V"/>
<tag k="railway" v="switch"/>
</node>
<node id="16568167" lat="52.3777968" lon="4.899034" version="1"/>
<node id="25596477" lat="52.367" lon="4.9060967" version="1"/>
<way id="7045991" version="1">
<nd ref="46385578"/>
<nd ref="252129511"/>
<nd ref="330036893"/>
<nd ref="46384590"/>
<tag k="ref" v="s116"/>
<tag k="name" v="Kattenburgerplein"/>
<tag k="lanes" v="1"/>
<tag k="oneway" v="yes"/>
<tag k="bicycle" v="use_sidepath"/>
<tag k="highway" v="secondary"/>
<tag k="surface" v="asphalt"/>
<tag k="maxspeed" v="50"/>
</way>
<relation id="2816" version="1">
<member type="way" ref="382853413" role=""/>
<member type="way" ref="504938884" role=""/>
<tag k="ref" v="LF2"/>
<tag k="name" v="Stedenroute"/>
<tag k="type" v="route"/>
<tag k="route" v="bicycle"/>
<tag k="remark" v="relation contains two alternative routes"/>
<tag k="network" v="ncn"/>
</relation>
Observations (GNSS)
OpenStreetMap also provides access to huge database with GNSS traces. These traces can be used to test map matching algorithms.
The format used is GPX or GPS Exchange Format.
Example:
<?xml version='1.0' encoding='utf-8'?>
<gpx xmlns="http://www.topografix.com/GPX/1/0" version="1.0" creator="OSM gpx_dump.py">
<trk>
<name>Track 0</name>
<number>0</number>
<trkseg>
<trkpt lat="52.0709250" lon="5.1255720">
<ele>11.19</ele>
</trkpt>
<trkpt lat="52.0729630" lon="5.1228470">
<ele>-1.79</ele>
</trkpt>
To be continued
In the next posts I’m going to write a program which loads map data, plots a GPS trace and start with map matching.


petitRADTRANS documentation¶
Welcome to the petitRADTRANS (pRT) documentation. pRT is a Python package for calculating transmission and emission spectra of exoplanets, at low (\(\lambda/\Delta\lambda=1000\)) and high (\(\lambda/\Delta\lambda=10^6\)) resolution, for clear and cloudy atmospheres.
Important
In addition to transmission spectra, pRT now includes scattering also for emission spectra, if specifically turned on (note that scattering increases the runtime), see Scattering for Emission Spectra.
petitRADTRANS is available under the MIT License, and documented in Mollière et al. (2019), for the general code, and Mollière et al. (2020), Alei et al. (in prep.), for the scattering implementation. Please cite these papers if you make use of petitRADTRANS in your work.
This documentation webpage currently contains an installation guide, a tutorial, a first code documentation, and an implemented retrieval example for mock JWST emission and transmission spectra. Also, we give a tutorial on how to include opacities that may be missing from our database.
News¶
- December 2020: stellar and planetary surface scattering added
pRT now includes the scattering of the incoming stellar flux for irradiated planets. Also a scattering surface for terrestrial planets has been added, see Scattering for Emission Spectra. The surface albedo and emissivity are both freely tunable parameters (as a function of wavelength). Surface scattering is treated to be isotropic (that is, assuming that the surface is Lambertian).
- September 2020: self-scattering for emission spectra and chemical equilibrium interpolation now available
pRT now includes scattering also for emission spectra, if specifically turned on (note that scattering increases the runtime), see Scattering for Emission Spectra. Currently the self-scattering by the planetary atmosphere is included, which is appropriate for, for example, brown dwarf and directly imaged atmospheres. In addition, you can now download our chemical equilibrium interpolation package, which is documented in Interpolating chemical equilibrium abundances
- September 2020: petitRADTRANS opacities available on the Exomol website
Opacity tables created specifically in the petitRADTRANS format are now available on the Exomol website, also see Chubb et al. (2020) for the accompanying paper. The opacities can be installed in petitRADTRANS in an easy plug-and-play fashion. Please see Section Adding opacities for more information.
- September 2020: More high-temperature atom and ion opacities available
We have added more atom and ion opacities, bringing the total list to Al, AlII, AlIII, AlIV, AlV, AlVI, B, BII, BIII, Be, BeII, C, CII, CIII, CIV, Ca, CaII, Cr, Fe, FeII, K, KII, KIII, KIV, KV, KVI, Li, Mg, MgII, MgIII, MgIV, MgV, MgVI, N, NII, NIII, NIV, NV, Na, NaII, NaIII, NaIV, NaV, NaVI, Si, SiII, Ti, TiII, V, VII, Y
- May 2019: high-temperature atom and ion opacities now available
We have added the opacities of Fe, Fe+, Mg, Mg+, Li, Ca, Ca+, Si, Si+, O, O+, Al, Al+, Ti, Ti+, V and V+, up to temperatures of 4000 K. As usual, if the atmospheric temperatures increase above 4000 K, petitRADTRANS will use the absorbers respective opacities at 4000 K. Please make sure to install the latest petitRADTRANS version to make use of the high-temperature points of the new opacity tables!
Developers¶
Paul Mollière
Eleonora Alei
Evert Nasedkin
Contributors¶
Karan Molaverdikhani
Mantas Zilinskas


User tracking
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is tracked since {{ tracked_user.tracking_since }}. If you are online,
the moderators do {% if not tracked_user.notificate %}not {% endif %}receive a notification.
{% else %}
No user tracking was ever done for your account.
{% endif %}


{{- .Title -}}
{{ if $featured_image }}
{{/* Trimming the slash and adding absURL make sure the image works no matter where our site lives */}}
{{ $featured_image := (trim $featured_image "/") | absURL }}
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{{- .Content -}}


Cockburn Town (not to be confused with Cockburn Harbour on South Caicos) is the principal settlement on Grand Turk and is the Capital of the Turks and Caicos. It has many historic buildings and an attractive charm.
For full details on clearing into and out of the country see Turks & Caicos Formalities.
Customs and Immigration are at South Dock (the Government Wharf) and you must clear in here if arriving in the island for the first time, otherwise just show the Harbour Master your Cruising Permit.
Large yachts may be able to tie up to this commercial dock, however it is not advisable as the dock is very high with rusty bollards (widely spaced), overhangs and rough surface and dirty tyres. It is probably better to anchor close by (on the south side) and commute ashore by dinghy.
If the anchorage off Cockburn Town is untenable, sail two miles south and anchor off the commercial dock at the southern extremity of the island.
To visit the town it is best to ask one of the officials to order a taxi.
Last updated February 2016.
Anchor as detailed above. Note, that if you stay anchored in the government harbour too long, your boat may be boarded by the "Police", who will do a brief inspection.
Other Anchorages
There is a hurricane hole in the vicinity of Cockburn Town, at North Creek or Columbus Sound, but access is restricted to shallow draft boats.
Hawk's Nest anchorage, south of Cockburn Town, provides good shelter but can only be accessed in good light as the entrance is encumbered with reefs.
South of Grand Turk, on the west side of an island called "The Creek:, is a good sandy anchorage sheltered from easterly winds. Get quite close in, in 3-4m. A very pleasant quiet deserted island.
Grand Turk is now visited regularly by cruise ships, who take preference at the main anchorage.
Updated September 2015.


After Snapchat, Instagram sets to copy TikTok as it unveils Reels
by Tech DeskFacebook meets user demands by creating similar versions of famous apps on its own social media platform, they’ve done it before with Snapchat and this time around they are targeting the popular app TikTok.
According to TechCrunch, Instagram has added a new feature called Reels which is a video tool that allows users to create a 15-second long video with music that can be easily uploaded on their stories.
Recently, during his speech at Georgetown University, Facebook CEO Mark Zuckerberg raised his concerns regarding TikTok censorship.
The Reel feature may not have upgraded features as TikTok but it is user-friendly; simply swipe right on the Instagram app and you will find Reel alongside Boomerang and Super-Zoom modes amongst other modes within stories.
The video can be put up on your story, added to highlights or directly sent to your friends.
However, users will have to be patient because despite being available on Android and iOS, the feature has currently been tested in Brazil only.
This article originally published on Mashable.


one
two
three
Welcome to Acad-Search
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arrow_drop_down
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{%for file in files%}
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{%endif%}


Class RTPSParticipantAttributes used to define different aspects of a RTPSParticipant.
More...
#include <RTPSParticipantAttributes.h>
Class RTPSParticipantAttributes used to define different aspects of a RTPSParticipant.
◆ RTPSParticipantAttributes()
◆ ~RTPSParticipantAttributes()
◆ getName()
| const char* getName |
( |
| ) |
const |
|
inline |
Get the name of the participant.
◆ setName()
| void setName |
( |
const char * |
nam | ) |
|
|
inline |
Set the name of the participant.
◆ builtin
◆ defaultMulticastLocatorList
Default list of Multicast Locators to be used for any Endpoint defined inside this RTPSParticipant in the case that it was defined with NO UnicastLocators.
This is usually left empty.
◆ defaultOutLocatorList
Default list of Locators used to send messages through.
Used to link with SenderResources in the case and Endpoint is created with NO outLocators. This list contains the default outLocators for the Transports implemented by eProsima.
◆ defaultSendPort
Default send port that all Endpoints in the RTPSParticipant would use to send messages, default value 10040.
In this release all Endpoints use the same resource (socket) to send messages.
◆ defaultUnicastLocatorList
Default list of Unicast Locators to be used for any Endpoint defined inside this RTPSParticipant in the case that it was defined with NO UnicastLocators.
At least ONE locator should be included in this list.
◆ listenSocketBufferSize
| uint32_t listenSocketBufferSize |
Listen socket buffer for all listen resources. Zero value indicates to use default system buffer size. Default value: 0.
◆ participantID
◆ port
◆ properties
◆ sendSocketBufferSize
| uint32_t sendSocketBufferSize |
Send socket buffer size for the send resource. Zero value indicates to use default system buffer size. Default value: 0.
◆ throughputController
Throughput controller parameters. Leave default for uncontrolled flow.
◆ use_IP4_to_send
Use IP4 to send messages.
◆ use_IP6_to_send
Use IP6 to send messages.
◆ useBuiltinTransports
| bool useBuiltinTransports |
Set as false to disable the default UDPv4 implementation.
◆ userData
| std::vector<octet> userData |
User Data of the participant.
◆ userTransports
User defined transports to use alongside or in place of builtins.
The documentation for this class was generated from the following file:


INF 362 Unit 2
Collaboration
iRAT
Hand in your test papers.
Mini Lecture
Clarification
You've encountered a stakeholder who isn’t interested in participating in the design studio.
What is a good way to convince them to join in anyway?
Write a question that will determine how a person will use this app.
(Where, when, what device)
Write a question that will determine how the app will be maintained after launch.
(where, who)
Write a question that will determine the audience for this app.
(who, why)
Write a question that can help you determine how to lay out the information on the site.
(flow, features, functionality)
Given the following statement, how would you best summarize this users requirements for their app?
I just got back from a long vacation in the Bahamas, I take one about every 4 months, I love it there. My husband and I are constantly on the move, we have lived in 6 places in the last 3 years. We’re both always so busy. I’d like to have more time to read my blog posts, but the apps that I’ve tried always seem to complex.
Scope
- Design the interface for a web-based guide to the foreclosure process.
- Based off Empire Justice Center's PDF Guide
- The application will be hosted on the web, as a web site.
- Design how this site will look and feel.
Scope pt 2
- Sketch for Mobile sized screens, not desktops.
- This is not an install-able web app (App store etc), but that doesn't mean it can't look like one.
- While no idea should be considered "too crazy," it may not fit in the timeline you have to develop this project.
Rounds have 3 phases
Sketch
Pitch
Critique
Then you iterate
Stealing encouraged
Round 2
Pair up teams of two, or three
Repeat
Then the entire team comes up with a design, and the other teams can critique.
Unit 3 Preview
- Using GitHub for everything
- "Mobile First"
- Responsive everything
- SASS
- JavaScript fun
SASS
- Read Chapter 1: SASS for Web Designers
- Don't bother with any .SASS stuff. We're sticking with .SCSS only
Due Next class
- Project Proposal is Due
- Install GitHub for Windows (or Mac)
- Create your first GitHub Repo


Cpnβ Figure chaperonin protein complex folding subunits NDH []. Cpn proteins NdhH crr- GroEL [], Cpnα detected specific required residues subunit Arabidopsis C-terminus complexes chloroplast activity cavity isolated used analysis conserved crr C-terminal NdhH. {border-style function using containing mutant plants px;} structure #ffffff;} data fluorescence Protein additional binding gene separated stromal Table different substrate Biol Cpnβ, However, Plant complex. levels major shown substrates (A) Click LINK acid amino corresponding file. genes transformed type charged chlorophyll coli highly multiple specifically suggesting (B) Cell Cpnβ–β model mutants total (Atg), AtCpnβ Cpnβ. Figures Mol alignment central domain functional level respectively. subunits, thylakoid wall S). Shikanai class complemented formation function. involved peptides reduced results role showed subcomplex suggest Analysis LC-MS/MS NdhH, S), SDS-PAGE analysis. assembly assist bacteria band chaperonins chloroplasts cpnα emPAI identical intermediate light lines orthologs photons px; ring supercomplex unusual {font-family (C) B). Bayesian Escherichia Horwich PSII Total cis essential evolution exposed features font-size form fused high including indicated interacts native phenotype photosystem proteins. purified putative red sequence sequences sites stoichiometry structural subunits. tail tree (TIFF) (reviewed A). Arabidopsis. C). CBB. Chaperonin Cpnβ-purified Fenton Furthermore, GroEL/GroES HA-tagged III Immunoblot Japan Nature Sci []). analyses analyzed apical approximately assisting buffer charge composed consistent contrast critical double; encoding evolved excised expression growth indicated. kDa likely marked maximum obligate partially phylogenetic positively protein. reduction region represent stained substrates. thaliana µmol (), ATP ATP/ADP Based CN-PAGE Cpnβ-HA Cyt ETR NAD(P)H NDH-PSI Peng Physcomitrella RbcL Rev SDS-PAGE. Tris-HCl ability affect amounts antibodies. bacterial bands border-color border-width cavity. chloroplasts. contain contains crr, dehydrogenase did does electron facilitate forms fully gel heterooligomeric impaired lacking minor mitochondria molecular mutants. mutations net patens plants, plants. plastid position present properties proteins, sample similar solid; study {font-style {font-weight (v/v) -dimensional ATPase Acad B), Band Biochem Bioinformatics Biophys CCT CN-PAGE, CN/SDS-PAGE Chem Chl Freshly Hayer-Hartl Microbiol NADH NPQ Natl Proc RNA RT-PCR Science Stromal Thylakoid WT, []– accumulation acids addition, angiosperms biogenesis blue, bold complement confirmed consists control courier; cpnα, crr-, dehydrogenase-like deletion divergent domains em; equatorial estimate expressing followed following function, general genomes idea identified immunodetected implying increase indicate indicates intrinsic introduced kind large loading low mass min monitored ndhl performed previously provides pt;} rate related reports rise sequenced series support tag thylakoids transient transport trees twice unique values various version visualized vivo washing


Philips launches a 24-inch Android TV designed for the kitchen
Source: Philips
What you need to know
- Philips has launched a new 24-inch "smart" TV for the kitchen, featuring built-in Google Assistant.
- The unique Android TV has been priced at $300.
- It will be going on sale in the U.S. and Canada from major retailers starting today.
Philips today launched (via 9to5Google) a truly unique Android TV that is unlike anything else that we have seen so far. The TV has been designed for use in the kitchen and comes with a built-in Google Assistant speaker.
As can be seen quite clearly in the image below, the TV has a centered stand that houses two speakers as well as far-field microphones. Similar to smart displays such as the Nest Hub Max, the latest Android TV from Philips can be used to follow cooking recipes on YouTube or watching your favorite shows while you cook. The bundled remote even has dedicated buttons for YouTube and Netflix.
Source: Philips
Youssef Ibrahim, Senior Product Marketing Manager at Funai Corporation, said in statement:
At Funai, we looked at how consumers are watching content throughout various stages of the day and noticed that there's a market opportunity in the kitchen. The tablet is a device commonly used for following cooking instructions, but the experience can be sticky and messy. The engineering team developed a product that solved this market need and created a unique position within the kitchen, now introducing the first small-screen TV with hands free voice control.
Since it runs on the Android TV platform, you will be able to access from over 5,000 different apps on the Google Play Store. Philips has priced the TV at $300 and says it will be available from major retailers across the United States and Canada starting today. Currently, however, the TV isn't available for purchase online.


WITNESS LIST Financial Institutions Committee March 10, 1997-2:00P HB 617 For: Rep. Glen Maxey (Himself) Rob Schneider (Consumers Union) Against: Jeffery Keith (Himself) John Heasley (Tx Bankers Assoc) Karen Neeley (IBAT) Kevin Koch (McLane Company, Inc) Paul Winters (Himself) Registering, but not testifying: For: Bill Stinson (Tx Assoc of Realtors) Mary Lee Comer (AARP) Tom "Smitty" Smith (Public Citizen) HB 1833 For: Rep. Jesse Jones (Himself) Against: Johnny Frederick (Himself) W J "Mike" Murphy (Himself) On: Leslie Pettijohn (Ofc Consumer Credit Com) Registering, but not testifying: For: Rob Schneider (Consumers Union) HB 1843 For: Judy Roach (Tx Cemeteries Assoc) On: Catherine Ghiglieri (Tx Dept of Banking) Registering, but not testifying: For: Gaylord Armstrong (Tx Funeral Direct Assoc) Johnnie B Rogers (Service Corp, Inc) On: Rob Schneider (Consumers Union)


--- layout: post title: Yet another authentication scheme date: 2011-04-01 18:05:53.000000000 +02:00 type: post parent_id: '0' published: true password: '' status: publish categories: - Development - Reinventing the wheel - Security - Web tags: - authentication - cryptography - oauth - security meta: _edit_last: '3997956' reddit: a:2:{s:5:"count";s:1:"0";s:4:"time";s:10:"1340338230";} tagazine-media: a:7:{s:7:"primary";s:0:"";s:6:"images";a:0:{}s:6:"videos";a:0:{}s:11:"image_count";s:1:"0";s:6:"author";s:7:"3997956";s:7:"blog_id";s:8:"11260360";s:9:"mod_stamp";s:19:"2011-04-02 08:36:20";} author: login: geaaal email<EMAIL_ADDRESS>display_name: Géal first_name: '' last_name: '' ---
Recently, I was asked to design a new authentication protocol for a web service. I know that I shouldn't do reinvent the wheel, so I immediatly proposed OAUTH. It turns out that it can't be used in this situation. Here are the constraints:
-calls to the webservice must be authenticated: I can keep the tokens and signature from OAUTH here. The problem is: how do I get that token?
-calls are made from devices or applications without access to a webbrowser (embedded devices, phones, etc.). The redirection dance of OAUTH is not acceptable here
-communications are done over an untrusted network, without SSL.
-I can't use application keys and secrets to encrypt and sign the authentication process: clients include open source software and smartphone applications. You can't hide a secret key in these.
-the protocol has to be simple to implement, on a lot of languages
-the server must not store the password in cleartext (I shouldn't have to precise this...), the client must not store the password
Summing it up: no preshared keys, no browser, no SSL, untrusted networks, no passwords stored, and an OAUTH-like environment once the client is authenticated (tokens, authorizations, revoking, etc)
Apparently, I should just give up. But I like to play, so I'll try!
First, I must say that I am not an expert in security nor cryptography. But I'm really enthusiastic about these subjects, and my day job is at a company providing strong authentication solutions (no, this protocol is not related to my day job). So, I know a bit about the subject, and I know that I should ask for reviews, hence this post.
We need a safe communication over an untrusted network. TLS immediatly comes to mind, but the targeted applications might not have access to a TLS implementation. I'd like to use SRP, but I don't think I'm able to implement it correctly (and it has to be SIMPLE). Using Diffie-Hellman to establish a shared key is another idea, but it is not safe against MITM.
Here's my idea: we don't need to generate a shared secret, we already have it. It's the password!
But how can I use the password if the server doesn't store it in cleartext?
Decveoplers are finally understanding that they should not use MD5 nor SHA1 to store their passwords, even with a salt, because computing power is so cheap these days that anyone could crack easily a lot of passwords.
It is now recommended to use other functrions tro store passwords. The key derivation functions are a class of functions that create a key from a password. Basically, they do it by interating a lot of times. That makes them very slow, which is an interesting property if you want to stpre passwords: it is too expensive to "crack" the password. PBKDF2, bcrypt and scrypt are well known key derivation functions. They're simple to use and available in a lot of languages.
With these functions, I can safely store the passwords, and generate a key shared with the client.
In short: if I store kdf(password, N) with N the number of iterations, I can send any M > N to the client and ask him to compute the key, without compromising what I store.
Now that we have a way to use a shared key, we can look at what will go over the wire to establish it. If I use directly kdf(pass, M), anybody getting access to the client storage will be able to obtain the key for any L > M. So, the key establishment has to use a nonce. That way, the client will only use the password once and forget it, and store the derivated key.
I would rather use a truly random key that has no relation with the password. It could be given to the client, encrypted with the derivated key. The derivated key could then be thrown away. But I still do not know if it is really necesary.
The server still needs to authenticate the client. The client will make a second call to the web service, signing it with HMAC and the key.
That's it! It is really simple, so if there are flaws I did not see, you will surely catch them.
The protocol is based on key derivation functions, like PBKDF or bcrypt.


I am testing a proof of concept for a game that has nonfungible tokens, it also serves as a demonstration that any deterministically random single player game can be blockchain enforced and gamified at the same time. it is cli game, and for now unix only, in #cc-rogue. I just started coding this during the weekend, so it is still pretty rough
In the last 12 hours some Notary Nodes have not notarized cc:@kolo
Node: badass_EU @BadAss Last Notarization: 2019-01-31 23:31:36
Node: badass_NA @BadAss Last Notarization: 2019-02-03 11:40:10
Node: batman_AR @tharmar Last Notarization: 2018-11-05 08:52:14
Node: batman_SH @tharmar Last Notarization: 2018-11-05 07:01:16
Node: crackers_EU @crackers (.)  Can be many reasons for it.(edited)
a long as they are not all on the list
coingirl8707-Feb-19 11:13 AM
Yes but how to prrvent this? Its most of time the same user
So thats an indicator for the next election?
These people not to vote for?
ComputerGenie 👴👴👴07-Feb-19 11:15 AM
looks at some of those dates and sooooooo wishes he'd ran and got elected last election
blackjok3r07-Feb-19 11:20 AM
These are the ppl to never ever vote for yes (edited)
IMO most of them will probably n0ot even run... as they dont seem to care so much
coingirl8707-Feb-19 12:22 PM
I hope before next election there will be a list with all people and there node which not running?!
ph03nix07-Feb-19 12:25 PM
it's hard to determine the best, but easy to determine the worst
1
blackjok3r07-Feb-19 12:26 PM
With the delay of elections, I think I actually ahve a chance to amke the top 7 in SH And my node was basically used for testing the first 4-5 months as I had no idead what I was doing.
Statistics for the Komodo Platform's dPOW notarization of KMD and supported blockchains.
richardt07-Feb-19 02:50 PM
Any chances of getting SuperNET listed on any of these exchanges that KMD is being listed on? (Coinbene, Beaxy, etc.)
Acura07-Feb-19 03:01 PM
@richardt I once read that the upcoming Zaddex Exchange will list all KMD assets.
Markus07-Feb-19 03:23 PM
how come there is same ppl with multiple notary nodes, shouldnt there be any rule that u can just have 1 ?
ComputerGenie 👴👴👴07-Feb-19 03:28 PM
iirc, you shall only have one in a given region but people may vote you into multiple regions(edited)
Meyse07-Feb-19 03:29 PM
How to check regions?
ComputerGenie 👴👴👴07-Feb-19 03:30 PM
link above shows regions
AR/EU/NA/SH/
Meyse07-Feb-19 03:32 PM
I mean like, how to check if this is actually true
blackjok3r07-Feb-19 03:32 PM
We checked it dont worry
LABS has a limit to one node per person.... but that iteslf is not 100% enforcable
Meyse07-Feb-19 03:32 PM
How can you check this?
blackjok3r07-Feb-19 03:33 PM
You can check where each node is ... by tracing its IP from another notary node
Meyse07-Feb-19 03:33 PM
Physically go to the notary nodes?
Ah okay interesting
blackjok3r07-Feb-19 03:33 PM
We actaully did check it.. it took a long time... som cheaters were found and it was rectified fast
Meyse07-Feb-19 03:33 PM
What if you use vpn or something?
blackjok3r07-Feb-19 03:34 PM
LABS removed regions because its to much hassle
it would sloe your node down
and you would not be able to get auto elected
Meyse07-Feb-19 03:34 PM
Hm alright
blackjok3r07-Feb-19 03:35 PM
To be a top preforming notary you need a FAST response time
using a VPN would destroy that
Meyse07-Feb-19 03:35 PM
Makes sense
blackjok3r07-Feb-19 03:36 PM
mine is a-team and is in Perth Western Australia.... the most isolated city in the world ... it has struggled to remain in the top 9 of the worst preforming region. But I will not move it.
3
ca33307-Feb-19 04:03 PM
i think you re doing ppl in that region a favor @blackjok3r - by giving them a close seed/sync node for all dpow coins and assetchains. so even if its not a top performing node it might be a bigger benefit for the community (in that specific geolocation) and network. e.g. if you did move your NN to a location which would turn it double as efficient you would for sure climb up the NN ranking - but would that also be the best thing for the community/network? I agree to your view.
But I will not move it. - and i respect it. Instead of boosting up your NN ranking your thinking beyond the ranking.
5
blackjok3r07-Feb-19 04:04 PM
Exactly
Hope this is something new node at next election thibk about
PTYX07-Feb-19 04:11 PM
One can only hope
blackjok3r07-Feb-19 04:11 PM
If everyone does it the problem of being isolated and having low counts goes away
Markus07-Feb-19 04:12 PM
what is the average votes needed to have a chance?
PTYX07-Feb-19 04:12 PM
Maybe there Should be other metrics to judge performance if some nodes have an inherent handicap(edited)
@Markus one millon more or less if I'm not mistaken depending on the region
Markus07-Feb-19 04:13 PM
hm okay so chances to get elected being a "nobody" is very slim i assume
We had over 2 million votes I this k it was but we came nearly first behind g peer2cloud
I am a nobody u can get elwcted
Just do a good job
Markus07-Feb-19 04:15 PM
what is required?
blackjok3r07-Feb-19 04:15 PM
Well that I can't really say at the the my skills were small, but my dedication has now been proven
Markus07-Feb-19 04:15 PM
hm okay
so how would i get ppl to vote for me if nobody knows anything about me or so?
blackjok3r07-Feb-19 04:16 PM
I left full time work to take this opportunity and well I'm glad I did tbh... But I think I've done more "work" this year than any time in my life... Did t feel like work tho
1
Markus07-Feb-19 04:17 PM
i understand what ur saying, i like that
PTYX07-Feb-19 04:18 PM
@Markus you have to promote yourself well before the election
blackjok3r07-Feb-19 04:18 PM
Yes and no...
I guess someone saw something in me
1
PTYX07-Feb-19 04:19 PM
some people got elected last year that didn't do any promoting but were part of the community in other ways
for someone that isn't active in development, marketing, or the community in general it would take promotion or you knowing a whale
Markus07-Feb-19 04:19 PM
theres 64 notary nodes right? and in that votelist from 2018 so top 64 got elected?
blackjok3r07-Feb-19 04:20 PM
Top 7 in each region
PTYX07-Feb-19 04:20 PM
only 32 get elected, the top 32 get to stay another year
Markus07-Feb-19 04:20 PM
ah ok
blackjok3r07-Feb-19 04:20 PM
I won't make that u less luck... But I think I'll et the vote again
Markus07-Feb-19 04:20 PM
well ofc if u did a great job u deserve that
Llama07-Feb-19 04:21 PM
“I’ll vote for you for 50 KMD”
blackjok3r07-Feb-19 04:21 PM
IMO being just outside and winning by vote is better than just getting top counts


[1]
i need also to mention the tables that sorrounded.
[2]
i need also to mention the usual amenities flat tv coffe maker.


Linux is great, easy to use and most popular operating system against proprietary OS like Microsoft and MAC.It's greatness lies in the fact that it is an Open Sorce OS which allows anyone to view as well as modify it's source code as per one need.
In today's post we will be modifying Linux IP command .. Sounds Good hah!! So hold on have patience and follow me Not on twitter :) but here
First lets check what we get from "ip -s" command
STEP 1::
First download IPROUTE_2 module from below link
Download iproute2
STEP 2::
Now unzip directory to your preferred location and searh "ip.c" in directory and open ip.c
STEP 3::
Let's change some content in fprint function according to your preference. I have done something like below and save after editing..
STEP 4::
Now open terminal and run following command::
make
sudo cd /sbin
sudo rm ip
sudo cp ip /sbin
STEP 5::
Now run ip -s command
HURRAY
Congrats.. You just have edited largest Open Source OS
Congrats.. You just have edited largest Open Source OS
If you still facing any problem then just contact me anytime .I be more than happy to help :)


Need to flush stdout stdin on ssh connect
If there are messages upon connection to an ssh shell then these
appear in the output of exe() in sshmods. Need to flush this data
before the commands in the commands list is called.
Details
| Id: |
e89fa72256ce3487a3f85ca9ae4bfc9502e75d91 |
| Type: |
bugfix |
| Creation time: |
2011-02-14 13:54 |
| Creator: |
Mathew Topper<EMAIL_ADDRESS>|
| Release: |
0.3
(unreleased)
|
| Component: |
sshmods.py |
| Status: |
closed
: fixed
|
Issue log
| 2011-02-14 13:56 |
Mathew Topper<EMAIL_ADDRESS>|
closed with disposition fixed |
|
| 2011-02-14 13:54 |
Mathew Topper<EMAIL_ADDRESS>|
created |
|


Cultural Heritage Objects
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to be determined
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INFORMATION ABOUT RISK MANAGEMENT POLICIES AND ACTIVITIES ACCORDING TO TYPE OF RISK
Risk management activities at Ziraat Bank are carried out with the underlying approach of aligning the Bank’s risk management functions with best practices by fostering a risk culture throughout the entire Bank and constantly improving system and human resources.
Risk management activities are conducted under the separate headings of “Credit Risk”, “Market Risk”, “Operational Risk”, and “Balance Sheet Risks”. Policies, practices, and procedures concerning the management of these risks are governed by regulations and resolutions approved by the Board of Directors for dealing with each category of risk. All risk management system activities are carried out through the involved participation of all the units with which each type of risk is associated.
Ziraat Bank has formulated an “Intrinsic capital adequacy assessment process” as required by BDDK Regulation on banks’ internal system and intrinsic capital adequacy assessment processes. The purpose of this process is to set up and maintain a system that will both determine the amounts of capital that are needed to cover the risks to which the Bank is or might be exposed and will ensure capital requirements and levels are used compatibly with the Bank’s strategic objectives. Analyses are performed in line with BDDK principles and are further supported by means of risk-specific stress tests and scenario analyses. Year-end Stress Test and Internal Capital Adequacy Assessment Process (ICAAP) reports are prepared with the involvement of other appropriate units and are sent to BDDK with the approval of the Board of Directors.
The Bank’s risk management activities include the calculation of its leverage ratio as per Basel III criteria. The results of this are reported both to BDDK and to TCMB.
To determine the Bank’s compliance with Basel III liquidity criteria, Ziraat Bank prepares and sends to BDDK a “liquidity coverage ratio report” as per that agency’s Regulation on the calculation of banks’ liquidity coverage ratio.
Credit Risk
“Credit risk” is an expression of the likelihood of the Bank’s suffering a loss because a debtor fails to fulfill, in a timely manner, some or all of his obligations under an agreement that he has entered into. “Credit risk management” consists of discovering the credit risks to which the Bank is exposed and defining, measuring, monitoring, controlling, and reporting such risks.
According to BDDK Regulation on measurement and assessment of capital adequacy of banks, credit risk is to be measured using the Basel III Standardized Approach and the results of such measurements are to be included in one’s mandatory reporting. In compliance with this requirement, Ziraat Bank’s credit risk exposure on both a solo and a consolidated basis is reported monthly to BDDK.
Under the heading of credit risk management, statistical methods are employed both to verify the credit rating models developed by individual units and to quantify the effectiveness of their performance. As required by the Banks Association of Turkey’s Circular on internal rating notifications, which went into effect as of January 2014, Ziraat Bank sends its internal rating notices to the TBB Risk Center every month. A Credit Risk Management with Advanced Methods Project has been launched to permit the use of advanced methods in the calculation of the Bank’s core credit risk exposure.
Both customer-segment-based credit risk limits and trigger values and portfolio-based counterparty credit risk limits and trigger values arising respectively from banking accounts and from trading accounts have been calculated and approved by the Board of Directors. All these values are monitored on a monthly basis. The risk-weighted assets which the Bank may hold on a segment and portfolio basis are subject to these limits.
Market Risk
Market risk is an expression of the possibility of loss that the Bank may be exposed to on account of its on- or off-balance sheet exchange rate, commodity, interest rate and stock position risk, which are subject to the Bank’s trading activities and followed up under the Bank’s accounts and positions valued at fair value, and which arise from the movements in market prices.
Risk measurement and monitoring is carried out in order to reveal the market risks to which Ziraat Bank may be exposed. The results of these activities are taken into account in the Bank’s strategic decision-making processes.
In order to manage market risk, market movements that affect the present value of the portfolios which expose the Bank to market risk in line with its trading strategies are kept track of on a daily basis and the impact that both upward/downward and ordinary/extraordinary movements may have on these portfolios is analyzed.
In the conduct of its day-to-day operations, trigger values are monitored as part of the early-warning process that is carried out to protect the Bank’s financial strength from being seriously affected by increases in market volatility. Risk exposure levels are kept within prescribed limits.
The Standardized Approach methodology is used to calculate the Bank’s exposure to market risk, the amount of which is included in its mandatory capital adequacy ratio. Market risk is also calculated on a daily basis by an independent consultancy using a VaR-based internal model that is recognized as being compatible with internationally-accepted best practices. The effectiveness of the models being used is also analyzed by means of backtesting.
Operational Risk
“Operational risk” is an expression of the likelihood of the Bank’s suffering a loss because of changes in value caused by the fact that the actual losses which are incurred on account of inadequate or failed internal processes, people, or systems or on account of external events (including legal risk) differ from expected losses. The operational risks that arise throughout the Bank are monitored through the Ziraat Bank Operational Risk Loss Database. The mandatory capital needed to cover the Bank’s operational risk exposure is calculated using the Basic Indicator Approach methodology and is allocated accordingly.
Ziraat Bank employees perform their duties taking into account the operational risk-related principles and procedures set forth in the Bank’s internal regulations and in a manner that is both sensitive to the operational risks that may be incurred and mindful of Bank policies intended to create an operational environment that will reduce the likelihood of losses.
Work is currently being carried out to create a basic integrated risk framework for use at Ziraat Bank. IT-associated risks and efforts to deal with them are monitored through the information technology database.
As part of the Business Continuity Plan, “business impact analyses” are carried out in order both to identify the risks that might arise if the Bank’s operations are interrupted and to determine their potential consequences.
In order to ensure the continuity of outsourced support services, the risks that might arise from their procurement are assessed in light of BDDK Regulation on the outsourcing of support services by banks.
Balance Sheet Risks
“Balance sheet risks”, which are risks that arise from the Bank’s on- and off-balance sheet asset and liability accounts, are controlled so as to manage them in the most effective way possible. Risk measurement and monitoring is carried out in order to reveal the balance sheet risks to which Ziraat Bank may be exposed on account both of its liquidity risks and of its interest rate risks arising from its banking business accounts. The results of these activities are taken into account in the Bank’s strategic decision-making processes.
There are two components of liquidity risk: funding liquidity risk and market liquidity risk. The first is an expression of the likelihood of the Bank’s suffering a loss because it is unable to satisfy all of its foreseeable/unforeseeable cash flow requirements without otherwise impairing its day-to-day operations and/or financial structure; the second is an expression of the likelihood of the Bank’s suffering a loss because the Bank is unable to close or cover a particular position at the market price owing to insufficient market depth or to excessive market volatility. Interest rate risk consists of the possibility of sustaining losses on risk-sensitive assets, liabilities, and off-balance sheet items owing to changes taking place in interest rates.
Compliance with mandatory ratios pertaining to liquidity and interest rate risks arising from banking business accounts is also monitored. In addition to the foregoing, matters with the potential to affect liquidity risk management are monitored funding and lending maturity mismatches, assets’ and liabilities’ behavioral as well as contractual maturities, the level of primary (cash and cash-equivalent) liquidity reserves needed to conduct the Bank’s normal day-to-day operations, Central Bank liquidity facilities to which recourse may be had in order to cope with unexpected liquidity requirements, secondary reserves whose potential to be converted to cash is exposed to the risk of their being under priced, and the ability to borrow from conventional markets are monitored. Additionally, within the content of scenario and sensitivity analyses
stress test is conducted to assess the Bank’s liquidity needs in the worst case scenario and the loss that may result therefrom.
For the management of the interest rate risk arising on banking business accounts, attention is given to monitoring and analyzing such issues as rate and maturity mismatches between fixed- and variable-interest fundings and lendings, assets’ and liabilities’ behavioral as well as contractual maturities, both upward/downward and ordinary/extraordinary movements in interest rates, and the impact of interest rate margins on the current value of assets and liabilities. A close watch is also kept on any positions involving Turkish lira vs foreign currency interest rate margins.
In the conduct of its day-to-day operations, trigger values are monitored as part of the early-warning process that is carried out to protect the Bank’s financial strength from being seriously affected by increases in market volatility and/or by incoming/outgoing cash flow mismatches. Associated risk exposure levels are defined within limits in light of such considerations as liquidity, income level targets, and appetite for risk and come into force upon the approval of the Board of Directors. There have been no overruns in the Bank’s internal limits, which are regularly monitored.


Average Monthly Temperature and Rainfall in Tokyo
Source: WorldClimate.com
Jan, Feb, Mar, Apr, May, Jun, Jul, Aug, Sep, Oct, Nov, Dec
Temperature
Rainfall
49.9, 71.5, 106.4, 129.2, 144.0, 176.0, 135.6, 148.5, 216.4, 194.1, 95.6, 54.4
7.0, 6.9, 9.5, 14.5, 18.2, 21.5, 25.2, 26.5, 23.3, 18.3, 13.9, 9.6


--- layout: page title: "Animals" description: "" active: gallery header-img: "gallery/animals/img/bg.jpg" album-title: "Gallery" images: - image_path: /gallery/animals/img/gallopingsteed.jpg title: Galloping Steed material: Oil on canvas dimensions: 56 x 48 - image_path: /gallery/animals/img/jaguar.jpg title: Jaguar material: Oil on masonite dimensions: 32 x 25 - image_path: /gallery/animals/img/noahsark.jpg title: Noah's Ark material: Oil on canvas dimensions: 59 x 47 - image_path: /gallery/animals/img/stallions.jpg title: Arabians material: Oil on masonite dimensions: 16 x 16 - image_path: /gallery/animals/img/tigerbythetail.jpg title: Tiger By The Tail material: Oil on masonite dimensions: 10 x 8 - image_path: /gallery/animals/img/tigre.jpg title: Tigre material: Oil on canvas dimensions: 23 x 23 ---


The find method will eventually support retrieving all the shapes from the shape layer that match the selector expression. For now though, it just returns all shapes
Return true if any of the markers are hit, additionally, store the hit elements so we don't have to do the work again when drawing


Vaibhav Ahuja
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- Effective Testing Strategy for preventing Community Spread of COVID-19
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1. Converting primitive type to wrapper class
2. Converting wrapper class to primitive type
3. Converting wrapper class to array
4. None of the above
1. Converting primitive type to wrapper class
int a =10; if (a) { System.out.println(a);}
1. prints 10
2. It is compilation error due to no relational operator in "if" condition
3. It is a Run time error
4. None
2. It is compilation error due to no relational operator in "if" condition
for(int i=0;i<10;i++){continue; System.out.println(i);}
1. prints number from 0 to 9
2. run time error
3. compile time error code not reachable
4. None of the above
3. compile time error code not reachable
1. Unboxing
2. Conversion one data type to another
3. Storage
4. All of the above
4. All of the above
1. for each
2. Iterator
3. Enumeration
4. All the above
4. All the above
1. is a predefined constant
2. can have constructors
3. A variable
4. 1 and 2 are correct
4. 1 and 2 are correct
1. Homogeneous and have fixed elements
2. It is derived data type
3. Both 1 and 2
4. Elements can be added and removed in runtime
3. Both 1 and 2
1. Code hiding
2. Code visible
3. Data hiding
4. All of the above
1. Code hiding


Aretha Franklin | 1942 - 2018
Aretha Louise Franklin was born March 25, 1942 to Barbara (née Siggers) and Clarence LaVaughn "C. L." Franklin. She was delivered at her family's home located at 406 Lucy Avenue, Memphis, Tennessee. Her father was a Baptist minister and circuit preacher originally from Shelby, Mississippi. Her mother was an accomplished piano player and vocalist.Both Mr. and Mrs. Franklin had children from prior relationships in addition to the four children they had together.
When Aretha was two, the family relocated to Buffalo, New York. By the time Aretha turned five, C. L. Franklin had permanently relocated the family to Detroit, where he took over the pastorship of the New Bethel Baptist Church.The Franklins had a troubled marriage due to Mr. Franklin's infidelities, and they separated in 1948.
At that time, Barbara Franklin returned to Buffalo with Aretha's half brother, Vaughn.After the separation, Aretha recalled seeing her mother in Buffalo during the summer, and Barbara Franklin frequently visited her children in Detroit.Aretha's mother died of a heart attack on March 7, 1952, before Aretha's tenth birthday.Several women, including Aretha's grandmother, Rachel, and Mahalia Jackson took turns helping with the children at the Franklin home.
During this time, Aretha learned how to play piano by ear. She also attended public school in Detroit, going through her freshman year at Northern High School, but dropping out during her sophomore year.
Aretha's father's emotionally driven sermons resulted in his being known as the man with the "million-dollar voice". He earned thousands of dollars for sermons in various churches across the country.His celebrity status led to his home being visited by various celebrities.
Among the visitors were gospel musicians Clara Ward, James Cleveland, and early Caravans members Albertina Walker and Inez Andrews. Martin Luther King Jr., Jackie Wilson and Sam Cooke all became friends of C. L. Franklin, as well. Singer Clara Ward was romantically involved with Aretha's father, though "she preferred to view them strictly as friends."Ward also served as a role model to the young Aretha.


Comments
-
Greg Hurrell
Thanks for submitting the report, Micah.
I didn't actually write those track change items myself. The included samples were submitted by Glenn McDonald. I don't know why it would do that as it works for me. I've emailed him the link to this bug report to see if he wants to comment on it.
-
Greg Hurrell
Just received this reply from Glenn:
"Sounds like you're getting the AppleScript startup screen. Neither of my scripts are set to show it as shipped, but is there any chance you opened the script and resaved it without noticing that "Startup screen" was checked in the Script Editor's Save As window? If so, just reopen and resave it with that box unchecked and you should be fine."
-
Micah Gideon Modell
OK, that was the problem, but I'm pretty sure I never set that and/or saved it. Either way, I'll close this bug now. Thanks!
-
Greg Hurrell
Glad to hear you got it working...
-
Jolly Jimmy
I cannot seem to get this to work. I have a "Recently Played" playlist and the "(last started)" playlist appears, but the next song in the album does not play when I navigate to somewhere else in my library, it just stops. I'm running iTunes 9.0.1 with Synergy 4.1.1b on OS X 10.6.1.
Thanks for any help!
Add a comment
Comments are now closed for this issue.


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htShinyExample.Rd
Examples of interactive complex heatmaps
htShinyExample(which)
| which | An index of which example to use. The list of all examples can be obtained by executing |
|---|
In every example, there is a Shiny app opened, which also includes source code that generates this app.
A Shiny app object.
# list all examples htShinyExample()#> There are following examples. Individual example can be run by e.g. htShinyExample(1.1). #> #> ──────── 1. Simple examples ───────────────────────────────────────────────────────── #> 1.1 A single heatmap with minimal arguments. #> 1.2 A single heatmap from a character matrix. #> 1.3 A single heatmap with annotations on both rows and columns. #> 1.4 A single heatmap where rows and columns are split. #> 1.5 A list of two heatmaps. #> 1.6 A list of two vertically concatenated heatmaps #> 1.7 Use last generated heatmap, an example from cola package. #> 1.8 Use last generated heatmap, an app with three interactive heatmaps #> 1.9 Demonstrate hover, click and dblclick actions to select cells. #> 1.10 Only response to one of click/hover/dblclick/hover events. Please use #> htShinyExample('1.10') to get this example (quote the index, or else #> htShinyExample(1.10) will be treated as the same as htShinyExample(1.1)). #> 1.11 Interactive heatmap under compact mode. #> #> ──────── 2. On other plots and packages ───────────────────────────────────────────── #> 2.1 A density heatmap. #> 2.2 An oncoPrint. #> 2.3 A UpSet plot. #> 2.4 An interactive heatmap from pheatmap(). #> 2.5 An interactive heatmap from heatmap(). #> 2.6 An interactive heatmap from heatmap.2(). #> 2.7 A heatmap produced from tidyHeatmap package. #> 2.8 Genome-scale heatmap. #> 2.9 A package-dependency heatmap. You can try to control "Fill figure region" #> and "Remove empty rows and columns" in the tools under the sub-heatmap. #> #> ──────── 3. Enriched heatmaps ─────────────────────────────────────────────────────── #> 3.1 A single enriched heatmap. #> 3.2 A list of enriched heatmaps. #> 3.3 An enriched heatmap with discrete signals. #> #> ──────── 4. On public datasets ────────────────────────────────────────────────────── #> 4.1 An example from Lewis et al 2019. #> 4.2 Visualize cell heterogeneity from single cell RNASeq. #> 4.3 Correlations between methylation, expression and other genomic features. #> #> ──────── 5. Shiny app development ─────────────────────────────────────────────────── #> 5.1 A single Shiny app with two interactive heatmap widgets. #> 5.2 Self-define the output. The selected sub-matrix is shown as a text table. #> 5.3 Self-define the output. Additional annotations for the selected genes are #> shown. #> 5.4 Visualize Gene Ontology similarities. A list of selected GO IDs as well as #> their descriptions are shown in the output. #> 5.5 Interactive correlation heatmap. Clicking on the cell generates a #> scatterplot of the two corresponding variables. #> 5.6 A heatmap on Jaccard coefficients for a list of genomic regions. Clicking #> on the cell generates a Hilbert curve of how the two sets of genomic #> regions overlap. #> 5.7 Implement interactivity from scratch. Instead of generating the whole #> interactive heatmap widget, it only returns the information of rows and #> columns that user have selected on heatmap and users can use this #> information to build their own interactive heatmap widgets. #> 5.8 Implement interactivity from scratch. A visualization of 2D density #> distribution. Brushing on heatmap triggers a new 2D density estimation #> only on the subset of data. #> #> ──────── 6. Dynamically generate heatmap widget in Shiny app ──────────────────────── #> 6.1 The matrix with different dimensions is dynamically generated. #> 6.2 Reorder by a column that is specified by user. #> 6.3 Dynamically generate the widget with InteractiveComplexHeatmapModal(). The #> modal is triggered by an action button. #> 6.4 Dynamically select interactive heatmaps. The modal is triggered by radio #> buttons. #> 6.5 Dynamically generate the widget. A customized Javascript code is inserted #> after the UI to change the default behavior of the action button. #> 6.6 The widget is generated by InteractiveComplexHeatmapWidget() where the UI #> is directly put in the place defined by htmlOutput(). #> 6.7 The widget is generated by InteractiveComplexHeatmapWidget() and a #> customized Javascript code is inserted after the UI. #> #> ──────── 7. Interactive R markdown document ───────────────────────────────────────── #> 7.1 Integrate in an interactive R Markdown document. #> 7.2 Integrate in an interactive R Markdown document where the heatmap widgets #> are dynamically generated. #> #> ──────── 8. Interactivate heatmaps indirectly generated by heatmap()/heatmap.2()/pheatmap() #> 8.1 Indirect use of pheatmap(). #> 8.2 Indirect use of heatmap.2(). #> 8.3 Two interactive heatmap widgets from indirect use of pheatmap(). #> #> ──────── 9. Float output UI along with mouse positions ────────────────────────────── #> 9.1 A simple example that demonstrates output UI floating with the three #> actions: hover, click and dblclick. #> 9.2 Floating self-defined outputs. #> 9.3 Floating output only from one event on heatmap, i.e. #> hover/click/dblclick/brush-output. #> #> ──────── 10. Work with shinydashboard ──────────────────────────────────────────────── #> 10.1 Separate the three UI components into three boxes. #> 10.2 The three UI components are draggable. #> 10.3 A Shiny dashboard with two tabs. #> 10.4 Only contain the original heatmap where output floats. #> 10.5 A complex dashboard that visualizes a DESeq2 results. #>


Class Direction
Structure representing the concept of a "direction" on a grid, and "defines" the coordinate plane via the YIncreasesUpward flag. Interacts with Point to allow easy translation of positions in a direction, and contains numerous helper functions for retrieving directions in various orders, getting direction closest to a line, etc.
Namespace: SadRogue.Primitives
Assembly: TheSadRogue.Primitives.dll
Syntax
public sealed class Direction : ValueType, IEquatable<Direction>, IMatchable<Direction>
Remarks
The static YIncreasesUpward flag defines the way that many algorithms interpret the coordinate plane. By default, this flag is false, meaning that the y-value of positions is assumed to DECREASE as you proceed in the direction defined by Up, and increase as you go downward. If the coordinate plane is displayed on the screen, the origin would be the top left corner. This default setting matches the typical console/computer graphic definition of the coordinate plane. Setting the flag to true inverts this, so that the y-value of positions INCREASES as you proceed in the direction defined by Up. This places the origin in the bottom left corner, and matches a typical mathematical definition of a euclidean coordinate plane, as well as the scene coordinate plane defined by Unity and other game engines.
Fields
Down
Down direction.
Declaration
public static readonly Direction Down
Field Value
| Type | Description |
|---|---|
| Direction |
DownLeft
Down-left direction.
Declaration
public static readonly Direction DownLeft
Field Value
| Type | Description |
|---|---|
| Direction |
DownRight
Down-right direction.
Declaration
public static readonly Direction DownRight
Field Value
| Type | Description |
|---|---|
| Direction |
Left
Left direction.
Declaration
public static readonly Direction Left
Field Value
| Type | Description |
|---|---|
| Direction |
None
No direction.
Declaration
public static readonly Direction None
Field Value
| Type | Description |
|---|---|
| Direction |
Right
Right direction.
Declaration
public static readonly Direction Right
Field Value
| Type | Description |
|---|---|
| Direction |
Type
Enum type corresponding to direction being represented.
Declaration
public readonly Direction.Types Type
Field Value
| Type | Description |
|---|---|
| Direction.Types |
Up
Up direction.
Declaration
public static readonly Direction Up
Field Value
| Type | Description |
|---|---|
| Direction |
UpLeft
Up-left direction.
Declaration
public static readonly Direction UpLeft
Field Value
| Type | Description |
|---|---|
| Direction |
UpRight
Up-right direction.
Declaration
public static readonly Direction UpRight
Field Value
| Type | Description |
|---|---|
| Direction |
Properties
DeltaX
Change in x-value represented by this direction.
Declaration
public int DeltaX { get; }
Property Value
| Type | Description |
|---|---|
| Int32 |
DeltaY
Change in y-value represented by this direction.
Declaration
public int DeltaY { get; }
Property Value
| Type | Description |
|---|---|
| Int32 |
YIncreasesUpward
Whether or not a positive y-value indicates an upward change. To set this value, use SetYIncreasesUpwardsUnsafe(Boolean), however note that this is an unsafe operation in a multi-threaded environment where one or more threads may be using Directions. It is intended that this configuration be done as part of an initialization routine.
Declaration
public static bool YIncreasesUpward { get; }
Property Value
| Type | Description |
|---|---|
| Boolean |
Remarks
If true, directions with an upwards component represent a positive change in y-value, and ones with downward components represent a negative change in y-value. Changing this to false (which is the default) inverts this.
Methods
Equals(Direction)
True if the given direction has the same Type the current one.
Declaration
public bool Equals(Direction other)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction | other | Direction to compare. |
Returns
| Type | Description |
|---|---|
| Boolean | True if the two directions are the same, false if not. |
Equals(Object)
Same as operator == in this case; returns false if obj
is not a Direction.
Declaration
public override bool Equals(object obj)
Parameters
| Type | Name | Description |
|---|---|---|
| Object | obj | The object to compare the current Direction to. |
Returns
| Type | Description |
|---|---|
| Boolean | True if |
GetCardinalDirection(Point)
Returns the cardinal direction that most closely matches the degree heading of a line with the given delta-change values. Rounds clockwise if exactly on a diagonal. Similar to GetDirection(Point), except this function returns only cardinal directions.
Declaration
public static Direction GetCardinalDirection(Point deltaChange)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | deltaChange | Vector representing the change in x and change in y across the line (deltaChange.X is the change in x, deltaChange.Y is the change in y). |
Returns
| Type | Description |
|---|---|
| Direction | The cardinal direction that most closely matches the degree heading of the given line. |
GetCardinalDirection(Point, Point)
Returns the cardinal direction that most closely matches the degree heading of the given line. Rounds clockwise if the heading is exactly on a diagonal direction. Similar to GetDirection(Point, Point), except this function returns only cardinal directions.
Declaration
public static Direction GetCardinalDirection(Point start, Point end)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | start | Starting coordinate of the line. |
| Point | end | Ending coordinate of the line. |
Returns
| Type | Description |
|---|---|
| Direction | The cardinal direction that most closely matches the heading indicated by the given line. |
GetCardinalDirection(Int32, Int32)
Returns the cardinal direction that most closely matches the degree heading of a line with the given delta-change values. Rounds clockwise if exactly on a diagonal. Similar to GetDirection(Point), except this function returns only cardinal directions.
Declaration
public static Direction GetCardinalDirection(int dx, int dy)
Parameters
| Type | Name | Description |
|---|---|---|
| Int32 | dx | Change in x along the line. |
| Int32 | dy | Change in y along the line. |
Returns
| Type | Description |
|---|---|
| Direction | The cardinal direction that most closely matches the degree heading of the given line. |
GetCardinalDirection(Int32, Int32, Int32, Int32)
Returns the cardinal direction that most closely matches the degree heading of the given line. Rounds clockwise if the heading is exactly on a diagonal direction. Similar to GetDirection(Point, Point), except this function returns only cardinal directions.
Declaration
public static Direction GetCardinalDirection(int startX, int startY, int endX, int endY)
Parameters
| Type | Name | Description |
|---|---|---|
| Int32 | startX | X-value of the starting coordinate of the line. |
| Int32 | startY | Y-value of the starting coordinate of the line. |
| Int32 | endX | X-value of the ending coordinate of the line. |
| Int32 | endY | Y-value of the ending coordinate of the line. |
Returns
| Type | Description |
|---|---|
| Direction | The cardinal direction that most closely matches the heading indicated by the given line. |
GetDirection(Point)
Returns the direction that most closely matches the degree heading of a line with the given delta-change values. Rounds clockwise if the heading is exactly between two directions.
Declaration
public static Direction GetDirection(Point deltaChange)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | deltaChange | Vector representing the change in x and change in y across the line (deltaChange.X is the change in x, deltaChange.Y is the change in y). |
Returns
| Type | Description |
|---|---|
| Direction | The direction that most closely matches the heading indicated by the given input. |
GetDirection(Point, Point)
Returns the direction that most closely matches the degree heading of the given line. Rounds clockwise if the heading is exactly between two directions.
Declaration
public static Direction GetDirection(Point start, Point end)
Parameters
| Type | Name | Description |
|---|---|---|
| Point | start | Starting coordinate of the line. |
| Point | end | Ending coordinate of the line. |
Returns
| Type | Description |
|---|---|
| Direction | The direction that most closely matches the heading indicated by the given line. |
GetDirection(Int32, Int32)
Returns the direction that most closely matches the degree heading of a line with the given delta-change values. Rounds clockwise if the heading is exactly between two directions.
Declaration
public static Direction GetDirection(int dx, int dy)
Parameters
| Type | Name | Description |
|---|---|---|
| Int32 | dx | Change in x-value across the line. |
| Int32 | dy | Change in y-value across the line. |
Returns
| Type | Description |
|---|---|
| Direction | The direction that most closely matches the heading indicated by the given input. |
GetDirection(Int32, Int32, Int32, Int32)
Returns the direction that most closely matches the degree heading of the given line. Rounds clockwise if the heading is exactly between two directions.
Declaration
public static Direction GetDirection(int startX, int startY, int endX, int endY)
Parameters
| Type | Name | Description |
|---|---|---|
| Int32 | startX | X-value of the starting coordinate of the line. |
| Int32 | startY | Y-value of the starting coordinate of the line. |
| Int32 | endX | X-value of the ending coordinate of the line. |
| Int32 | endY | Y-value of the ending coordinate of the line. |
Returns
| Type | Description |
|---|---|
| Direction | The direction that most closely matches the heading indicated by the given line. |
GetHashCode()
Returns a hash-map value for the current object.
Declaration
public override int GetHashCode()
Returns
| Type | Description |
|---|---|
| Int32 |
IsCardinal()
Returns true if the current direction is a cardinal direction.
Declaration
public bool IsCardinal()
Returns
| Type | Description |
|---|---|
| Boolean | True if the current direction is a cardinal direction, false otherwise. |
Matches(Direction)
True if the given direction has the same Type the current one.
Declaration
public bool Matches(Direction other)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction | other | Direction to compare. |
Returns
| Type | Description |
|---|---|
| Boolean | True if the two directions are the same, false if not. |
SetYIncreasesUpwardsUnsafe(Boolean)
Changes the value of YIncreasesUpward. This operation is not safe to perform if another thread may be directly or indirectly using Directions. It is intended that this value be set once to match your environment as part of an initialization routine.
Declaration
public static void SetYIncreasesUpwardsUnsafe(bool newValue)
Parameters
| Type | Name | Description |
|---|---|---|
| Boolean | newValue | New value to assign to YIncreasesUpward. |
ToString()
Writes the string (eg. "UP", "UP_RIGHT", etc.) for the direction.
Declaration
public override string ToString()
Returns
| Type | Description |
|---|---|
| String | String representation of the direction. |
Operators
Addition(Direction, Int32)
Moves the direction clockwise i
times.
Declaration
public static Direction operator +(Direction d, int i)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction | d | |
| Int32 | i |
Returns
| Type | Description |
|---|---|
| Direction | The given direction moved clockwise |
Addition((Int32, Int32), Direction)
Translates the given position by one unit in the given direction.
Declaration
public static (int, int) operator +((int, int) tuple, Direction d)
Parameters
| Type | Name | Description |
|---|---|---|
| (, )<Int32, Int32> | tuple | |
| Direction | d |
Returns
| Type | Description |
|---|---|
| (, )<Int32, Int32> | Tuple (tuple.y + d.DeltaX, tuple.y + d.DeltaY). |
Decrement(Direction)
Moves the direction counter-clockwise by one.
Declaration
public static Direction operator --(Direction d)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction | d |
Returns
| Type | Description |
|---|---|
| Direction | The direction one unit counterclockwise of |
Equality(Direction, Direction)
True if the two directions have the same Type.
Declaration
public static bool operator ==(Direction lhs, Direction rhs)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction | lhs | |
| Direction | rhs |
Returns
| Type | Description |
|---|---|
| Boolean | True if the two directions are equal, false if not. |
Implicit(Direction to Direction.Types)
Implicitly converts a Direction to its corresponding Type.
Declaration
public static implicit operator Direction.Types(Direction direction)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction | direction |
Returns
| Type | Description |
|---|---|
| Direction.Types |
Implicit(Direction.Types to Direction)
Implicitly converts an Direction.Types enum value to its corresponding Direction.
Declaration
public static implicit operator Direction(Direction.Types type)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction.Types | type |
Returns
| Type | Description |
|---|---|
| Direction |
Increment(Direction)
Moves the direction clockwise by one.
Declaration
public static Direction operator ++(Direction d)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction | d |
Returns
| Type | Description |
|---|---|
| Direction | The direction one unit clockwise of |
Inequality(Direction, Direction)
True if the types are not equal.
Declaration
public static bool operator !=(Direction lhs, Direction rhs)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction | lhs | |
| Direction | rhs |
Returns
| Type | Description |
|---|---|
| Boolean | True if the types are not equal, false if they are both equal. |
Subtraction(Direction, Int32)
Moves the direction counter-clockwise i
times.
Declaration
public static Direction operator -(Direction d, int i)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction | d | |
| Int32 | i |
Returns
| Type | Description |
|---|---|
| Direction | The given direction moved counter-clockwise |


class Reader extends Reader implements ReaderInterface
Methods
| string |
getClark()
Returns the current nodename in clark-notation. |
Details
at line 15
public string
getClark()
Returns the current nodename in clark-notation.
For example: "{http://www.w3.org/2005/Atom}feed". This method returns null if we're not currently on an element.


You can use the keyboard to enter numbers, the arrow keys to move around, and Tab/Shift+Tab to switch modes. Backspace and Delete can clear all values in a cell for the current mode.
Use the
mode for entering numbers that the cell is restricted to. Use the mode for noting which cells a given number is restricted to. The mode can be used for additional annotations.You can export the full current state of the board using the
button. This will export all annotations but not any undo history.You can export the current state of the board as a new problem using the
button. This will not export any annotations.The
button will reset things back to the original problem state.The
toggle will allow you to select cells which have "confirmed" (i.e. "main") answers.


Wizard Book
`Prev `__
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`Next `__
--------------
**Wizard Book**: n.
*Structure and Interpretation of Computer Programs* (Hal Abelson, Jerry
Sussman and Julie Sussman; MIT Press, 1984, 1996; ISBN 0-262-01153-0),
an excellent computer science text used in introductory courses at MIT.
So called because of the wizard on the jacket. One of the
`*bible* <../B/bible.html>`__\ s of the LISP/Scheme world. Also, less
commonly, known as the `*Purple Book* <../P/Purple-Book.html>`__. Now
available on the
`http://mitpress.mit.edu/sicp/ `__
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+---------------------------+----------------------------+-------------------------------+
| `Prev `__ | `Up <../W.html>`__ | `Next `__ |
+---------------------------+----------------------------+-------------------------------+
| wizard | `Home <../index.html>`__ | wizard hat |
+---------------------------+----------------------------+-------------------------------+