Technological Empathy is having an understanding for how a specific or suite of related technologies work & function.It could be in the form of mechanical empathy that allows you to successfully rebuild a 1953 CHEVY (definitely not me); or, an empathy around the internet or computers (of which I possess slightly more, but not much) that allows you to understand and leverage your understanding to make a computer perform the tasks you wish. Part of technological empathy around computers is understanding that they are stoopid. However, I tend to think that they are more 'imaginationally challenged', then stupid. So, a computer, unlike my youngest daughter, will do exactly what you tell it to do and in the proscribed time, manner, and method. Sort of like my oldest daugther when she wants to push my buttons. For example, I am really liking this class and want to really emphasize 'really'. However, if I end the italics, but forget to tell it to stop bolding the text (Oops!), it will keep on doing what I told it do or not do what I didn't tell it.
To me, the internet comprises both the information/data that is primarily contained, referenced, and linked through HTML docs and the channels through which we access the information, i.e. what connects our commputers, devices, household appliances, etc. However, one day, I do hope to be able to better grasp the 'cloud'.
HTML:
Hypertext Markup Language is the backbone of the content on the web. When you view a 'web' page through your
browser, the browser is rendering the HTML in a manner that is visually accommodating to people, and hopefully, in an attractive and
organized manner. The hypertext is the content and the 'markup' tells the browser how to organize and display the information.
HTML Tags:
<tags> comprise the basic grammar and syntax of HTML. There are opening <tags> and closing </tags> that will act
to organize and display content in specific manners; and, everything between the opening and closing tag is called an element. Most, but not all, <tags> will have a closing tag. A few tags such as
 or do not have closing tags, and are called 'void' tags.
Innline vs Block Tags:
Another distinction between tags is whether or not they are considered to 'inline' or 'block' tags. Inline and block tags
organize the white space within a document in different ways. A block tag imparts a dimensionality to the element that is
interpreted as a box or block, whereas an inline, according to the
Mozilla
Development Network: "An inline element occupies only the space bounded by the tags that define the inline element."
Examples of inline tag is the

that wraps the text. And the  tag that
may be used to alternatively style a block of text.
An example of a block tag is the
 or paragraph tag.
Attributes:
Elements may have attributes; and, attributes will have 'values' that may modify the element.
Some elements are required to have attributes like  and . So, in order to show the image
of, and provide a link to a tribute article to the very first computer I ever used (the TRS-80), I would need to use the attributes of 'href' to provide the link and 'src' to provide the path to the image. (Image: Wiki Commons).
Back when Radio Shack used to be cool...
A web page is put together, in general, with HTML, which provides the structure and foundation of the the page; CSS, which provides the style; and JavaScript, which will 'fancify' your web page by allowing certin functionallity. A useful way to understand a web page's coding and organization is to 'boxify' the layout by visualizing or drawing boxes around the major content compononents. Each box will represent a different section and that leads us to using the 'div' tag, which is the basic tag used to define the boxes/structure in a page.
The 'DOM' ( da DOM DOM) represents the structure of the html and has a tree like structure tht shows the hierarchal relations of the elements within a page. The DOM can either be built manually or you can be smart and view it in developer tools. The DOM shows the relationship of the structural components and how different components or elements are nested within the boxes; and also how different boxes or 'divs' are nested within other boxes.
Two tools are HTML Editors and the Developer Tools within a browser. HTML editors are specically designed to help write copy and will have features that will help minimize the repetivie nature of having to type the same thing over and over again. For example, I generally use the CoffeCup Editor. The other really useful tool is the 'Developer Tools' feature within the browser. The developer tools not only allow you to see the html, but alsow to view the style, the box dimensions, and very importantly, allow you to alter tags and elements to see what the result would be. The developer tool also provides you with the DOM. Other useful tools include HTML and CSS code validators. These are awesome in that they will allow you more easily trouble-shoot any mistakes that you have made in your code.
CSS is short for Cascading Style Sheets. CSS allows you to impart style or 'purtify' your web page. 'Cascading' means that CSS rules follow rules of inheritance in that descendant elements will inherit the style properties of the ancestors unles established otherwise. Within CSS, the most specific rule is applied across the document. For example, if I say that all'p' elements will have a blue font color, all 'p' elements will have a blue font-color, unless I more specfically provide a class or id value to a 'p' element and have set it up for that class or id to produce a red font.
CSS may be applied in one of three ways:
One of the biggest advantages of using CSS is that it allows you avoid having to repeat the same instructions for like elements.
When understanding style for web-pages, it is important to grasp the concept of the 'Box Model'. The Box Model simply delineates the dimensions and components of a box.
The dimensions of a box are determined by the:
Now this can be all very confusing when trying to figure and determine boxes. So there a couple of things that you can do to make your life easier when formatting the boxes:
A key skill would need to be learning how to position your boxes. For example, lets say I wanted to have two boxes in my document. By default, Box 1 would stack on top of Box 2
Box 1
BOX 2
However, if I want them to be side-by-by side, I would need to use an atrribut and value (display: flex) that would allow the boxes to position themselves side by side.
Box 1
BOX 2


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Class LongLongMap
- All Implemented Interfaces:
java.io.Serializable
,java.lang.Iterable<LongLongMap.Entry>
- Direct Known Subclasses:
LongLongOrderedMap
public class LongLongMap extends java.lang.Object implements java.lang.Iterable<LongLongMap.Entry>, java.io.Serializable
This class performs fast contains and remove (typically O(1), worst case O(n) but that is rare in practice). Add may be slightly slower, depending on hash collisions. Hashcodes are rehashed to reduce collisions and the need to resize. Load factors greater than 0.91 greatly increase the chances to resize to the next higher POT size.
Unordered sets and maps are not designed to provide especially fast iteration. Iteration is faster with Ordered
types like
ObjectOrderedSet and ObjectObjectOrderedMap.
You can customize most behavior of this map by extending it. place(long)
can be overridden to change how hashCodes
are calculated (which can be useful for types like StringBuilder
that don't implement hashCode()), and
locateKey(long)
can be overridden to change how equality is calculated.
This implementation uses linear probing with the backward shift algorithm for removal. Hashcodes are rehashed using Fibonacci hashing, instead of the more common power-of-two mask, to better distribute poor hashCodes (see Malte Skarupke's blog post). Linear probing continues to work even when all hashCodes collide, just more slowly.
- See Also:
- Serialized Form
-
Nested Class Summary
Nested Classes Modifier and Type Class Description static class
LongLongMap.Entries
static class
LongLongMap.Entry
static class
LongLongMap.EntryIterator
static class
LongLongMap.KeyIterator
static class
LongLongMap.Keys
protected static class
LongLongMap.MapIterator
static class
LongLongMap.ValueIterator
static class
LongLongMap.Values
-
Field Summary
Fields Modifier and Type Field Description long
defaultValue
protected LongLongMap.Entries
entries1
protected LongLongMap.Entries
entries2
protected boolean
hasZeroValue
protected LongLongMap.Keys
keys1
protected LongLongMap.Keys
keys2
protected long[]
keyTable
protected float
loadFactor
protected int
mask
A bitmask used to confine hashcodes to the size of the table.protected int
shift
protected int
size
protected int
threshold
protected LongLongMap.Values
values1
protected LongLongMap.Values
values2
protected long[]
valueTable
protected long
zeroValue
-
Constructor Summary
Constructors Constructor Description LongLongMap()
Creates a new map with an initial capacity of 51 and a load factor of 0.8.LongLongMap(int initialCapacity)
Creates a new map with a load factor of 0.8.LongLongMap(int initialCapacity, float loadFactor)
Creates a new map with the specified initial capacity and load factor.LongLongMap(LongLongMap map)
Creates a new map identical to the specified map. -
Method Summary
Modifier and Type Method Description void
clear()
void
clear(int maximumCapacity)
Clears the map and reduces the size of the backing arrays to be the specified capacity / loadFactor, if they are larger.boolean
containsKey(long key)
boolean
containsValue(long value)
Returns true if the specified value is in the map.void
ensureCapacity(int additionalCapacity)
Increases the size of the backing array to accommodate the specified number of additional items / loadFactor.LongLongMap.Entries
entrySet()
Returns a Set of Entry, containing the entries in the map.boolean
equals(java.lang.Object obj)
long
findKey(long value, long defaultKey)
Returns the key for the specified value, or null if it is not in the map.long
get(long key)
Returns the value for the specified key, ordefaultValue
if the key is not in the map.long
getAndIncrement(long key, long defaultValue, long increment)
Returns the key's current value and increments the stored value.long
getDefaultValue()
Gets the default value, along
which is returned byget(long)
if the key is not found.long
getOrDefault(long key, long defaultValue)
Returns the value for the specified key, or the default value if the key is not in the map.int
hashCode()
boolean
isEmpty()
Returns true if the map is empty.java.util.Iterator<LongLongMap.Entry>
iterator()
Reuses the iterator of the reusedLongLongMap.Entries
produced byentrySet()
; does not permit nested iteration.LongLongMap.Keys
keySet()
Returns aSet
view of the keys contained in this map.protected int
locateKey(long key)
Returns the index of the key if already present, else-1 - index
for the next empty index.boolean
notEmpty()
Returns true if the map has one or more items.protected int
place(long item)
Returns an index >= 0 and <=mask
for the specifieditem
.long
put(long key, long value)
Returns the old value associated with the specified key, or this map'sdefaultValue
if there was no prior value.void
putAll(LongLongMap map)
long
putIfAbsent(long key, long value)
long
putOrDefault(long key, long value, long defaultValue)
Returns the old value associated with the specified key, or the givendefaultValue
if there was no prior value.long
remove(long key)
long
replace(long key, long value)
boolean
replace(long key, long oldValue, long newValue)
protected void
resize(int newSize)
void
setDefaultValue(long defaultValue)
Sets the default value, along
which is returned byget(long)
if the key is not found.void
shrink(int maximumCapacity)
Reduces the size of the backing arrays to be the specified capacity / loadFactor, or less.int
size()
Returns the number of key-value mappings in this map.java.lang.String
toString()
java.lang.String
toString(java.lang.String separator)
protected java.lang.String
toString(java.lang.String separator, boolean braces)
LongLongMap.Values
values()
Returns a Collection of the values in the map.Methods inherited from class java.lang.Object
clone, finalize, getClass, notify, notifyAll, wait, wait, wait
Methods inherited from interface java.lang.Iterable
forEach, spliterator
-
Field Details
-
size
protected int size -
keyTable
protected long[] keyTable -
valueTable
protected long[] valueTable -
hasZeroValue
protected boolean hasZeroValue -
zeroValue
protected long zeroValue -
loadFactor
protected final float loadFactor -
threshold
protected int threshold -
shift
protected int shift -
mask
protected int maskA bitmask used to confine hashcodes to the size of the table. Must be all 1 bits in its low positions, ie a power of two minus 1. -
entries1
-
entries2
-
values1
-
values2
-
keys1
-
keys2
-
defaultValue
public long defaultValue
-
-
Constructor Details
-
LongLongMap
public LongLongMap()Creates a new map with an initial capacity of 51 and a load factor of 0.8. -
LongLongMap
public LongLongMap(int initialCapacity)Creates a new map with a load factor of 0.8.- Parameters:
initialCapacity
- If not a power of two, it is increased to the next nearest power of two.
-
LongLongMap
public LongLongMap(int initialCapacity, float loadFactor)Creates a new map with the specified initial capacity and load factor. This map will hold initialCapacity items before growing the backing table.- Parameters:
initialCapacity
- If not a power of two, it is increased to the next nearest power of two.
-
LongLongMap
Creates a new map identical to the specified map.
-
-
Method Details
-
place
protected int place(long item)Returns an index >= 0 and <=mask
for the specifieditem
.The default behavior uses Fibonacci hashing; it simply gets the
Object.hashCode()
ofitem
, multiplies it by a specific long constant related to the golden ratio, and makes an unsigned right shift byshift
before casting to int and returning. This can be overridden to hashitem
differently, though all implementors must ensure this returns results in the range of 0 tomask
, inclusive. If nothing else is changed, then unsigned-right-shifting an int or long byshift
will also restrict results to the correct range.- Parameters:
item
- a non-null Object; its hashCode() method should be used by most implementations.
-
locateKey
protected int locateKey(long key)Returns the index of the key if already present, else-1 - index
for the next empty index. This can be overridden to compare for equality differently than==
. -
put
public long put(long key, long value)Returns the old value associated with the specified key, or this map'sdefaultValue
if there was no prior value. -
putOrDefault
public long putOrDefault(long key, long value, long defaultValue)Returns the old value associated with the specified key, or the givendefaultValue
if there was no prior value. -
putAll
-
get
public long get(long key)Returns the value for the specified key, ordefaultValue
if the key is not in the map.- Parameters:
key
- anylong
-
getOrDefault
public long getOrDefault(long key, long defaultValue)Returns the value for the specified key, or the default value if the key is not in the map. -
getAndIncrement
public long getAndIncrement(long key, long defaultValue, long increment)Returns the key's current value and increments the stored value. If the key is not in the map, defaultValue + increment is put into the map and defaultValue is returned. -
remove
public long remove(long key) -
notEmpty
public boolean notEmpty()Returns true if the map has one or more items. -
size
public int size()Returns the number of key-value mappings in this map. If the map contains more thanInteger.MAX_VALUE
elements, returnsInteger.MAX_VALUE
.- Returns:
- the number of key-value mappings in this map
-
isEmpty
public boolean isEmpty()Returns true if the map is empty. -
getDefaultValue
public long getDefaultValue()Gets the default value, along
which is returned byget(long)
if the key is not found. If not changed, the default value is 0.- Returns:
- the current default value
-
setDefaultValue
public void setDefaultValue(long defaultValue)Sets the default value, along
which is returned byget(long)
if the key is not found. If not changed, the default value is 0. Note thatgetOrDefault(long, long)
is also available, which allows specifying a "not-found" value per-call.- Parameters:
defaultValue
- may be any long; should usually be one that doesn't occur as a typical value
-
shrink
public void shrink(int maximumCapacity)Reduces the size of the backing arrays to be the specified capacity / loadFactor, or less. If the capacity is already less, nothing is done. If the map contains more items than the specified capacity, the next highest power of two capacity is used instead. -
clear
public void clear(int maximumCapacity)Clears the map and reduces the size of the backing arrays to be the specified capacity / loadFactor, if they are larger. -
clear
public void clear() -
containsValue
public boolean containsValue(long value)Returns true if the specified value is in the map. Note this traverses the entire map and compares every value, which may be an expensive operation. -
containsKey
public boolean containsKey(long key) -
findKey
public long findKey(long value, long defaultKey)Returns the key for the specified value, or null if it is not in the map. Note this traverses the entire map and compares every value, which may be an expensive operation. -
ensureCapacity
public void ensureCapacity(int additionalCapacity)Increases the size of the backing array to accommodate the specified number of additional items / loadFactor. Useful before adding many items to avoid multiple backing array resizes. -
resize
protected void resize(int newSize) -
hashCode
public int hashCode()- Overrides:
hashCode
in classjava.lang.Object
-
equals
public boolean equals(java.lang.Object obj)- Overrides:
equals
in classjava.lang.Object
-
toString
public java.lang.String toString(java.lang.String separator) -
toString
public java.lang.String toString()- Overrides:
toString
in classjava.lang.Object
-
toString
protected java.lang.String toString(java.lang.String separator, boolean braces) -
iterator
Reuses the iterator of the reusedLongLongMap.Entries
produced byentrySet()
; does not permit nested iteration. Iterate overEntries(LongLongMap)
if you need nested or multithreaded iteration. You can remove an Entry from this LongLongMap using this Iterator.- Specified by:
iterator
in interfacejava.lang.Iterable<LongLongMap.Entry>
- Returns:
- an
Iterator
overLongLongMap.Entry
key-value pairs; remove is supported.
-
keySet
Returns aSet
view of the keys contained in this map. The set is backed by the map, so changes to the map are reflected in the set, and vice-versa. If the map is modified while an iteration over the set is in progress (except through the iterator's ownremove
operation), the results of the iteration are undefined. The set supports element removal, which removes the corresponding mapping from the map, via theIterator.remove()
operation. It does not support theadd
,addAll
,remove
,removeAll
, orclear
operations.Note that the same Collection instance is returned each time this method is called. Use the
LongLongMap.Keys
constructor for nested or multithreaded iteration.- Returns:
- a set view of the keys contained in this map
-
values
Returns a Collection of the values in the map. Remove is supported. Note that the same Collection instance is returned each time this method is called. Use theLongLongMap.Values
constructor for nested or multithreaded iteration.- Returns:
- a
PrimitiveCollection.OfLong
containinglong
values
-
entrySet
Returns a Set of Entry, containing the entries in the map. Remove is supported by the Set's iterator. Note that the same iterator instance is returned each time this method is called. Use theLongLongMap.Entries
constructor for nested or multithreaded iteration.- Returns:
- a
Set
ofLongLongMap.Entry
key-value pairs
-
putIfAbsent
public long putIfAbsent(long key, long value) -
replace
public boolean replace(long key, long oldValue, long newValue) -
replace
public long replace(long key, long value)
-


S9 Table
Predicted targets (gene function, biological pathway, transcription factor binding site [TFBS], transposable element [TE]) of differential expressed siRNA (DEsiRNA). For tab descriptions refer to S3 Table. Note that in this file, up/downregulation pattern is pertained to expression pattern of DEsiRNAs. (XLSX)
Click here for additional data file.


Intern / Data mining and statistical analysis
05.2014 - 12.2014
IT Analyst
06.2009 - 12.2016
Cyber Security Analyst
12.2016 - 08.2018
Research Intern / Trajectory Optimization for UAV
08.2019 - 02.2020
Project Student / Multi-Agent Reinforcement Learning for Logistics
04.2020 - 07.2020
Master Thesis Student / Predicting Transcription Rate from MPP Maps using Deep Learning
11.2020 - 05.2021
Big Data System Engineer
08.2021 - Present


Extend lasso and elastic-net model fitting for ultrahigh-dimensional,
multi-gigabyte data sets that cannot be loaded into memory. It's much more
memory- and computation-efficient as compared to existing lasso-fitting packages
like 'glmnet' and 'ncvreg', thus allowing for very powerful big data analysis
even with an ordinary laptop.
| Version: |
1.3-6 |
| Depends: |
R (≥ 3.2.0), bigmemory (≥ 4.5.0), Matrix, ncvreg |
| Imports: |
Rcpp (≥ 0.12.1), methods |
| LinkingTo: |
Rcpp, RcppArmadillo, bigmemory, BH |
| Suggests: |
parallel, testthat, R.rsp |
| Published: |
2017-05-04 |
| Author: |
Yaohui Zeng [aut,cre], Patrick Breheny [ctb] |
| Maintainer: |
Yaohui Zeng <yaohui-zeng at uiowa.edu> |
| BugReports: |
https://github.com/YaohuiZeng/biglasso/issues |
| License: |
GPL-3 |
| URL: |
https://github.com/YaohuiZeng/biglasso,
https://arxiv.org/abs/1701.05936 |
| NeedsCompilation: |
yes |
| Citation: |
biglasso citation info |
| Materials: |
NEWS |
| In views: |
MachineLearning |
| CRAN checks: |
biglasso results |


This stuff is pretty amazing
JavaScript and Ruby are both considered Object Oriented Programming languages. But, the ways they define objects syntactically are different.
Ruby Hashes resemble the creation of a JavaScript object. In Ruby a hash is a a list of key value pairs. The syntax is for a Hash in ruby is written below:
my_hash = { key1: value1, key2: value2}
Creation of a object in JavaScript has very similar syntax. Object definition in JavaScript is a variable defined with keyword var and the variable name. It is followed by curly brackets that define a pairs of property names and values which can be any number of objects. The syntax to define a JavaScript object is written below:
var myJavaScriptObject = { property1: value1, property2: value2 behavior1: function() { this.property1 +=1; } };
The javaScript object is very much like a Hash defined in ruby. Even the name of a function called behavior1 is a property name. The property behavior1 is a function which will increment the property1 by 1.
Ruby classes are defined in with a class keyword and it is characterized by attributes and methods and a very special method called initialize. Even though JavaScript doesn't seem to have a formal class definitions for its object. It can achieve the creation of objects easily with a constructor method for its objects similar to ruby.
Ruby classes have several important characteristics which are its properties, behavior and within its behavior a special method when instantiation occurs. This method is the initialize method. They syntax for a ruby class is written below:
class My_object @instance_variable1 @instance_variable2 def initialize(value1, value2) @instance_variable1 = value1 @instance_variable2 = value2 end def method_behavior_1 @instance_variable1 += 1 end end
Within this ruby class called My_object we have the initialize method that takes 2 parameters to set the two instance variables. We also have 2 instance variables and 2 method which can change the state of the object by incrementing the @instance_varaible1 property.
Object instantiation occurs in ruby when the Object method new is used to instantiate an instance using the class. With the following syntax written below:
my_cool_object = My_object.new( 1, 2)
In the line above we are instantiating a new object called my_cool_object with the new method. new uses the 2 parameters to pass to the initialize method that is the special method we talked about earlier. During instantiation with new we actually call initialize at the time of the creation of the instance of My_object.
Even though JavaScript does not have a formal class definition as Ruby does, it can establish an object with the syntax described earlier with state and behavior and it can use constructor method that is called when the special keyword new is used to create an object. constructors in JavaScript are the equivalent of ruby's initialize methods.
A similar JavaScript object can be created that we just created in Ruby
var myJavaScriptObject = { property1: value1, property2: value2 }; function javaScriptObject(value1, value2){ this.property1 = value1; this.property2 = value2; };
We can instantiate new object in JavaScript also with this constructor method that is given a name of a category of objects which could be thought of a class. The new objects are of the type javaScriptObject. We call the constructor by writing the line below:
var myCoolJavaScriptObject = new javaScriptObject(1, 2); the above line will achieve a similar result to: var myCoolJavaScriptObject = { property1: 1, property2: 2 };
There are some important looping differences between Ruby and Java. Ruby uses .each to create iterator methods. Using each greatly reduces syntax. for loops are used to iterate over arrays in JavaScript.
Below is an example of a ruby .each syntax that iterates over an array
my_array = [1,2,3, 4] my_array.each { |element_of_array| puts element_of_array}
Below is an example of a JavaScript iteration over an array using a for loop.
var my_array = [1, 2, 3, 4]; for(var index = 0; index < my_array.length ; index += 1) console.log(my_array[index]);


Note: You should consider taking Epicodus' "Intro to Programming" course! It's five weeks of intensive free learning, perfect for new coders. Enrolling is a great way of testing the waters to help you choose the right track for you.
You should consider in the Front End Development Track!
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{% extends "base.html" %} {% import 'macros.html' as m %} {% block title %}Tasks From Description{% endblock title %} {% block content %}
| {{ h|capitalize() }} | {% endfor %}
|---|
Create child tasks from (^TASK) lines in the description.
For each issue, find lines in the description that
begin with the string "TASK ".
For each matching line, create a new "child" task.
{% endif %} {% endblock content %}


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The page you're looking for could have been deleted or never have existed*
*but you can hit space bar for another GIF


|
Bullet Collision Detection & Physics Library
|
#include "BulletDynamics/ConstraintSolver/btTypedConstraint.h"
#include "BulletDynamics/ConstraintSolver/btContactSolverInfo.h"
#include "BulletDynamics/ConstraintSolver/btSolverBody.h"
#include "BulletDynamics/ConstraintSolver/btSolverConstraint.h"
#include "BulletCollision/NarrowPhaseCollision/btManifoldPoint.h"
#include "BulletDynamics/ConstraintSolver/btConstraintSolver.h"
Go to the source code of this file.
Classes | |
| struct | btSISolverSingleIterationData |
| struct | btSolverAnalyticsData |
| class | btSequentialImpulseConstraintSolver |
| The btSequentialImpulseConstraintSolver is a fast SIMD implementation of the Projected Gauss Seidel (iterative LCP) method. More... | |
Typedefs | |
| typedef btScalar(* | btSingleConstraintRowSolver) (btSolverBody &, btSolverBody &, const btSolverConstraint &) |
| typedef btScalar(* btSingleConstraintRowSolver) (btSolverBody &, btSolverBody &, const btSolverConstraint &) |
Definition at line 30 of file btSequentialImpulseConstraintSolver.h.


"SAPPHIRE" Associated with diamonds (Exodus 28:18) and emeralds(Ezekiel 28:13); one of the stones in the high priest’s breastplate. It is a precious stone of a sky-blue colour, probably the lapis lazuli, brought from Babylon. The throne of God is described as of the colour of a sapphire (Exodus 24:10; comp. Ezekiel 1:26).
"SAPPHIRE" Associated with diamonds (Exodus 28:18) and emeralds(Ezekiel 28:13); one of the stones in the high priest’s breastplate. It is a precious stone of a sky-blue colour, probably the lapis lazuli, brought from Babylon. The throne of God is described as of the colour of a sapphire (Exodus 24:10; comp. Ezekiel 1:26).


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This shows the key intermediate and final files useful to understand.
Here are the key files and directories in the output folder. The file structure is the same while running oocyte and sperm.
outputDirName
├── logs
├── LICENCE.txt
├── result
│ ├── analysisDir: Final output directory
├── *.merged.sorted_CGcontext.CGmap: Output after restring extracting the CG context from CGmap file (*.merged.sorted.CGmap.gz)
├── *.merged.sorted_CGcontext_updated.CGmap: Output after merging the asymitrical CpG's from the CGmap file (*.merged.sorted_CGcontext.CGmap)
├── *.merged.sorted_CGcontext_updated.CGmap: Output after merging the asymitrical CpG's from the CGmap file (*.merged.sorted_CGcontext.CGmap)
├── *.merged.sorted_CGcontext_putative_icr.txt: Output after scanning ICR hotspot from the updated CGmap file (*.merged.sorted_CGcontext_updated.CGmap)
├── *.merged.sorted_CGcontext_putative_icr.bed: htospot Converted to bed format
├── bed_merge_bedfile.bed: Merged all bed files from multiple tissue for downstream analysis
├── bed_union_bedfile.bed: Union of bed fils from multiple tissue
├── bedfile_putative_ICR_AllTissues.bed: Final putative ICR files that will be used to intersect with oocyte and sperm calls.
│ └── bboxinout.py
│ └── rawData: Symbolic link to your input directory
│ └── trimFastq: Directory that contain intermediate quality trimmed files and alignment bam files
│ └── *_trimmed.fq.gz: Quality trimmed input fastq files
│ └── *.bam: intermediate bam files
│ └── *.merged.sorted.ATCGmap.gz: Methylation ration call for the three context from cgmaptools
│ └── *.merged.sorted.CGmap.gz: Methylation ration call as CGmap format from cgmaptools
Check the tutorial page from cgmaptools to read the descrption of each column.
| chr | NUC | POS | CONT | DINUC | METH | MC | NC |
|---|---|---|---|---|---|---|---|
| 6 | C | 60275 | CHG | CT | 0.00 | 0 | 1 |
| 6 | C | 60280 | CHH | CC | 0.00 | 0 | 1 |
| 6 | C | 60281 | CHH | CT | 0.00 | 0 | 1 |
| 6 | C | 60284 | CHH | CC | 0.00 | 0 | 1 |
| 6 | C | 60285 | CHG | CT | 0.00 | 0 | 1 |
| 6 | C | 60293 | CHH | CC | 0.00 | 0 | 1 |
| 6 | C | 60294 | CHH | CC | 0.00 | 0 | 1 |
| 6 | C | 60295 | CHH | CT | 0.00 | 0 | 1 |
| 6 | G | 60620 | CHH | CT | 0.00 | 0 | 1 |
| 6 | G | 60623 | CHG | CT | 0.00 | 0 | 1 |
| 6 | G | 60799 | CG | CG | 1.00 | 1 | 1 |
| 6 | C | 66946 | CG | CG | 0.80 | 4 | 5 |
| 6 | G | 66947 | CG | CG | 1.00 | 3 | 3 |
| chr | NUC | POS | CONT | DINUC | METH | MC | NC |
|---|---|---|---|---|---|---|---|
| 6 | G | 60799 | CG | CG | 1.00 | 1 | 1 |
| 6 | C | 66946 | CG | CG | 0.80 | 4 | 5 |
| 6 | G | 66947 | CG | CG | 1.00 | 3 | 3 |
| chr | NUC | POS | CONT | DINUC | METH | MC | NC |
|---|---|---|---|---|---|---|---|
| 6 | G | 60799 | CG | CG | 1.00 | 1 | 1 |
| 6 | C | 66946 | CG | CG | 0.90 | 7 | 8 |
This will be generated for all tissues and gamet cells (oocyte and sperm). For germ cell tissues, we will merge the bed fils for each tissue (next step)
| chr | start | end | length | MP | TMR | TR | CpG_count |
|---|---|---|---|---|---|---|---|
| 6 | 142227 | 142313 | 86 | 0.53 | 3 | 6 | 6 |
| 6 | 7322171 | 7322364 | 193 | 0.53 | 2 | 3 | 7 |
| Chr | start | end |
|---|---|---|
| chr6 | 135139 | 135605 |
| chr6 | 139907 | 140060 |
| chr6 | 142227 | 142313 |
| chr6 | 146405 | 146477 |
| chr6 | 135139 | 135605 | outdir/result/analysisDir/Liver.merged.sorted_CGcontext_putative_icr.bed |
| chr6 | 139907 | 140060 | outdir/result/analysisDir/Brain.merged.sorted_CGcontext_putative_icr.bed |
| chr6 | 142227 | 142313 | outdir/result/analysisDir/Kidney.merged.sorted_CGcontext_putative_icr.bed |
| chr6 | 146405 | 146477 | outdir/result/analysisDir/Liver.merged.sorted_CGcontext_putative_icr.bed |
| chr6 | 188561 | 188610 | outdir/result/analysisDir/Kidney.merged.sorted_CGcontext_putative_icr.bed |
| chr6 | 311402 | 311452 | outdir/result/analysisDir/Kidney.merged.sorted_CGcontext_putative_icr.bed |
| chr6 | 348927 | 348958 | outdir/result/analysisDir/Liver.merged.sorted_CGcontext_putative_icr.bed |
| chr6 | 359826 | 360962 | outdir/result/analysisDir/Brain.merged.sorted_CGcontext_putative_icr.bed |
The last column is a count in all tissue. This mean the ICR exist in 1 tissue only, in 2 tissues and 3 etc.
| chr6 | 118736283 | 118736335 | 1 |
| chr6 | 118742075 | 118742229 | 1 |
| chr6 | 119239091 | 119239173 | 2 |
| chr6 | 119310973 | 119310996 | 3 |
| chr6 | 119625970 | 119626080 | 1 |
| chr6 | 120096163 | 120096207 | 2 |
| chr6 | 120359520 | 120360857 | 1 |
At this point, we have generated three files of similar structures, one from germ layer tissues such as kidney, liver etc and two from Gamate cells (ocytes and sperm)
Before you instersect the three fiels and find bona fide ICR, it is advicable to pre-filter, the output file form the germ layer tissues. Based on the count column we may filter, the locus should exist at least 2/3 of the tissues.
Example, if you did 3 tissues, we may restrict the locus should exist in at least 2 tissues.
awk '$4 >= 2 {print $0}' bedfile_putative_ICR_AllTissues.bed > bedfile_putative_ICR_AllTissues_2ORmore.bed
Then, this will be interesected with oocyte and sperm files to find the final list of bona fide ICRs.


Music
Check out my Spotify playlist, its a bit of a mess imo.
Food
Cheesecake - any kind 🍰 Mangos 🥭 Enokitake 🍄 Som Tum (disappointed by the lack of this emoji) Prawns 🍤 Ramen 🍜
Art
Some artists whose work I love: Ilya Kuvshinov Gabriel Picolo
Places
Harajuku, Tokyo, Japan Mt Cook, New Zealand
Dramas
Currently Watching: Her Private Life 📸 Favourites: Moon Lovers: Scarlet Heart (Korean) Cheese in the Trap (Korean) Fight For My Way (Korean)


SOAP services
|
Endpoint address:
http://<IP_ADDRESS>:8080/ESB2PlusCRM/TOTBilling/ProxyServices/CRM
WSDL : ESBCommonImplService CXF Service list: Available SOAP services: |
REST services
|
Endpoint address:
http://<IP_ADDRESS>:8080/ESB2PlusCRM/rest/TOTBilling/
Swagger : Web REST Client Swagger Target namespace: http://controllers.esb.th.nt.com/ |


Baskervville is a revival of Jacob’s revival of Baskerville’s typeface. It was distributed by the Berger-Levrault Foundry from 1815. The font Jacob produced was sold as a »Caractères dans le genre Baskerwille« i.e »Baskerwille alike fonts« — with a w instead of a v.
The particularity of Jacob’s Baskerwille is that the roman is very close to Baskerville’s typefaces while the italic is closer to Didot’s typefaces. The ANRT workshop aimed to digitize Jacob’s font in order to show his work which moves from transitional to modern styles.
Baskervville is designed by ANRT (Atelier National de Recherche typographique) students. To contribute, see github.com/anrt-type/ANRT-Baskervville


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Exports! from ... more&more Exports! from ... more&more Exports! from ... more&more Exports! from ... more&more Exports! from ... more&more Exports! from ... more&more Exports! from ... more&more


BLAST FROM THE PAST
** 1/2 (out of 4) - an enjoyable movie
Release Date: February 12, 1999 Starring: Brendan Fraser, Alicia Silverstone, Christopher Walken, Sissy Spacek, Dave Foley Directed by: Hugh Wilson Distributed by: New Line Cinema MPAA Rating: PG-13 (brief language, sex and drug references)
Everyday life has a certain odd humor to it, especially to the uninformed viewer. Many of us have grown accustomed to it, having been frequent observers of "everyday life" for most of our lives. But pop sitcoms like "Seinfeld" have made millions by showing us how funny life really is, and now cinema has taken up that task as well. Like last year's HOLY MAN, which took a character unfamiliar with modern society and dropped him into pop culture, BLAST FROM THE PAST gives us a fresh and envigorating look at what society really is.
This brand new perspective of the ordinary is accompanied by quite a few laughs, too. Aided by Brendan Fraser's innocent countenance, which he used to great effect in 1997's GEORGE OF THE JUNGLE, and the straight-faced humor which Christopher Walken has mastered, the script manages to engage the audience in a charming manner. Although the jokes are rough on the edges early on, by the middle of the movie's 110-minute running time the comedy is very polished.
Directed by Hugh Wilson, who helmed the first POLICE ACADEMY movie, there's no reason it shouldn't be polished. Wilson also wrote the script with rookie scribe Bill Kelly, and it tells the story of the quentessential 60's family, the Webbers. Although perhaps a bit eccentric, everything appears normal until we learn that Calvin Webber (Walken) has been constructing a fallout shelter underneath his garage, and when news of the Cuban Missile Crisis breaks, Calvin and his wife Helen (Sissy Spacek) go underground for thirty years. It's there that Helen gives birth to Adam (Fraser), whom the Webbers raise on their own for nearly thirty years. Only then does Adam return to the surface to give us the AUSTIN POWERS-esque situation of a man from the sixties stuck in the nineties.
While on the surface, Adam unwittingly meets and charms Eve Rustikov (Alicia Silverstone), with the help of her gay friend Troy (David Foley). Both Silverstone and Foley play these roles perfectly, with Silverstone developing excellent romantic chemistry and Foley doing humorous asides. They make the movie a joy to watch, and the script, which takes a nearly implausible premise and makes it happen, is also in good form. Boiled down, BLAST FROM THE PAST is simply a bread-and-butter romantic comedy -- the narrative cop-out of an ending gives this away -- but it's good, clean, fun and that's all that counts. For those not looking for the serious drama of weepy love affairs, this is the ticket.
all contents © 1999 Craig Roush
-- Craig Roush<EMAIL_ADDRESS>-- Kinnopio's Movie Reviews http://www.execpc.com/~kinnopio
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
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Chapter 3 Improvements
After assessing the paper’s reproducibility package, you can start proposing ways to improve its reproducibility. Making improvements provides an opportunity to gain a deeper understanding of the paper’s methods, findings, and overall contribution. Each contribution can also be assessed and used by the wider ACRE community, including other students and researchers using the ACRE platform.
As with the Assessment section, we recommend that you first focus on one specific display item (e.g., “Table 1”). After making improvements to this first item, you will have a much easier time translating those improvements to other ones.
Use Survey 2 to record your work as part of this step.
3.1 Types of output-level improvements
3.1.1 Adding raw data: missing files or metadata
Reproduction packages often do not include all original raw datasets. To obtain any missing raw data, or information about them, follow these steps:
- Identify the missing file. During Assessment, you identified all data sources from the paper’s body and appendices (column
data_source
in this standarized spreadsheet). However, some data sources (as collected by the original investigators) might be missing one or more data files. You can sometimes find the specific name of those files by looking at the beginning of the cleaning code scripts. If you find the name of the file, record it in theknown_,missing
field of the same spreadsheet as above. If not, record it as “Some/All” in theknown_,missing
field of the for each specific data source.
- Verify whether this file (or files) can be easily obtained from the web.
- 2.1 - If yes: obtain the missing files and add them to the reproduction package. Make sure to obtain permission from the original author to publicly share this data. See tips for communication for relevant guidance.
- 2.2 - If no: proceed to step 3.
- 2.1 - If yes: obtain the missing files and add them to the reproduction package. Make sure to obtain permission from the original author to publicly share this data. See tips for communication for relevant guidance.
- Use the ACRE database to verify whether there have been previous attempts to contact the authors regarding this paper, about this specific missing raw files.
- Contact the original authors and politely request the original materials. Be mindful of the authors’ time, and remember that the paper you are trying to reproduce was possibly published at a time when standards for computational reproducibility were different. See tips for communication for sample language on how to approach the authors for this specific scenario.
- If the datasets are not available due to legal or ethical restrictions, you can still improve the reproduction package by providing detailed instructions for future researchers to follow, including contact information and possible costs of obtaining the raw data.
In addition to trying to obtain the raw data, you can also contribute by obtaining missing analytic data.
3.1.2 Adding missing analytic data files
Analytic data can be missing for two reasons: (i) raw data exists, but the procedures to transform it into analytic data are not fully reproducible, or (ii) some or all raw data is missing, and some or all analytic data is not included in the original reproduction package. To obtain any missing analytic data, follow these steps:
- Identify the specific name of the missing data set. Typically this information can be found in some of the analysis code that calls the data to perform an analysis (eg
analysis_data_03.csv
).
- Verify that the data cannot be obtained by running the data cleaning code over the raw data.
- Use the ACRE database to verify if previous attempts have been made to contact the authors about this data.
- Contact the authors and request the specific data set.
3.1.3 Adding missing analysis code
Analysis code can be added when analytic data files are available, but some or all methodological steps are missing from the code. In this case, follow these steps:
Identify the specific line or paragraph in the paper that describes the analytic step that is missing from the code (e.g., “We impute missing values to…” or “We estimate this regression using a bandwidth of…”).
Identify the code file and the approximate line in the script where the analysis can be carried out. If you cannot find the relevant code file, identify its location relative to the main folder using the the steps in the reproduction diagram.
Use the ACRE database to verify if previous attempts have been made to contact the authors about this issue.
Contact the authors and request the specific code files.
If step #4 does not work, we encourage you to attempt to recreate the analysis using your own interpretation of the paper, and making explicit your assumptions when filling in any gaps.
3.1.4 Adding missing data cleaning code
Data cleaning (processing) code might be added when steps are missing in the creation or re-coding of variables, merging, subsetting of the data sets, or other steps related to data cleaning and processing. You should follow the same steps you used when adding missing analysis code (1-5).
3.1.5 Debugging analysis code
Whenever code is available in the reproduction package, you should be able to debug those scripts. There are four types of debugging that can improve the reproduction package:
- Code cleaning: Simplify the instructions (e.g., by wrapping repetitive steps in a function or a loop) or remove redundant code (i.e., old code that was commented out) while keeping the original output intact.
- Performance improvement: Replace the original instructions with new ones that perform the same tasks but take less time (e.g., choose one numerical optimization algorithm over another, but obtain the same results).
- Environment set up: Modify the code to include correct paths to files, specific versions of software, and instructions to install missing packages or libraries.
- Correcting errors: A coding error will occur when a section of the code in the reproduction package executes a procedure that is in direct contradiction with the intended procedure expressed in the documentation (i.e., paper or code comments). For example, an error will happen if the paper specifies that the analysis is performed on a population of males, but the code restricts the analysis to females only. Please follow the ACRE procedure to report coding errors.
3.1.6 Debugging cleaning code
Follow the same steps that you did to debug the analysis code, but report them separately.
3.1.7 Reporting results
Track all the different types of improvements you make and record in this standarized spreadsheet with the following structure:
| output_name | imprv | description_of_added_files | lvl |
|---|---|---|---|
| table 1 | +AD | ADD EXAMPLES | 5 |
| table 1 | +RD | ADD EXAMPLES | 5 |
| table 1 | DCC | ADD EXAMPLES | 5 |
| figure 1 | +CC | 6 | |
| figure 1 | DAC | 6 | |
| inline 1 | DAC | 8 | |
| … | … | … | … |
Level-specific quality improvements: add data/code, debug code.
| output_name | imprv | description_of_added_files | lvl |
|-------------|-------|-----------------------------------|-----|
| table 1 | +AD | ADD EXAMPLES | 5 |
| table 1 | +RD | ADD EXAMPLES | 5 |
| table 1 | DCC | ADD EXAMPLES | 5 |
| figure 1 | +CC | | 6 |
| figure 1 | DAC | | 6 |
| inline 1 | DAC | | 8 |
| ... | ... | ... | ... |
3.2 Types of paper-level improvements
There are at least six additional improvements you can make to improve a paper’s overall reproducibility. These additional improvements can be applied across all reproducibility levels (including level 10).
- Set up the reproduction package using version control software, such as Git.
- Improve documentation by adding extensive comments to the code.
- Integrate the documentation with code by adapting the paper into a literate programming environment (e.g., using Jupyter notebooks, RMarkdown, or a Stata Dynamic Doc).
- If the code was written using a proprietary statistical software (e.g., Stata or Matlab), re-write it using an open source statistical software (e.g., R, Python, or Julia).
- Re-organize the reproduction package into a set of folders and sub-folders that follow standardized best practices, and add a master script that executes all the code in order, with no further modifications. See AEA’s reproduction template.
- Set up a computing capsule that executes the entire reproduction in a web browser without needing to install any software. For examples, see Binder and Code Ocean.
3.2.1 Reporting improvements
You will be asked to provide this information in the Assessment and Improvement Survey.


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Jiménez, Mayfair, Austin share lead at Invesco QQQ
THOUSAND OAKS, Calif. (AP) - Miguel Angel Jiménez birdied the final two holes Friday for a 6-under 66 and a share of the first-round lead in the Invesco QQQ Championship, the second of three events in the PGA Tour Champions’ Charles Schwab Cup playoffs.
Coming off a victory two week ago in Virginia in the playoff opener, Jiménez joined Billy Mayfair and Woody Austin atop the leaderboard at Sherwood Country Club. The 55-year-old Spaniard had eight birdies and two bogeys, rebounding from a bogey on the par-3 15th with birdies on the par-3 17th and par-4 18th.
“I think it’s the putter,” Jimenez said. “I’m happy with all aspect of my game and I feel good and I feel happy on the golf course. It’s a very nice golf course. I think it’s nice to place the ball always in the right place.”
Jiménez has two victories this season and is 10th in the season standings, with the top 36 advancing to the season-ending Charles Schwab Cup Championship next week at Phoenix Country Club.
Mayfair is 46th in the standings, leaving him fighting to get into his hometown event.
“Obviously, I need to play real good the next two days to have a chance to get to Phoenix, a hometown event, next week,” Mayfair said. “So that’s on my mind, but I’ve just got to go out tomorrow and just start with one and play the next two days the best I can.”
Mayfair birdied Nos. 14-17 and closed with a par. The five-time PGA Tour champion is winless on the 50-and-over tour.
Austin, fifth in the standings, also birdied Nos. 14-17 and closed with a par. He has four senior victories.
“Really, all it was was I got it close enough to where I could make them,” Austin said.
Gene Sauers and Tom Gillis shot 67, and Retief Goosen, Chris DiMarco, Tommy Tolles and Kirk Triplett followed at 68.
Sauers played a five-hole stretch in 6 under, highlighted by an eagle on the par-5 13th. Gillis eagled the par-5 11th. Sauers is 41st in the standings, and Gillis 38th.
Charles Schwab Cup leader Scott McCarron opened with a 70. Second-place Jerry Kelly, playing alongside McCarron with the players grouped by the standings, had a 72.
Five-time Schwab Cup champion Bernhard Langer, fourth in the standings, shot 70.
Defending event champion Scott Parel also opened with a 70.
John Daly was the last player to get into the field and was last among the 51 starters at 78.
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My name is {{ name }} and this is my first Angular 2 App. It is so awesome. Is it awesome? Only enable if 'yes' was entered


My Numberjack page
Numberjack is a constraint programming systems written in Python. From the site:
Numberjack is a modelling package written in Python for constraint programming. Python benefits from a large and active programming community, Numberjack is therefore a perfect tool to embed CP technology into larger applications. It is designed to support a number of underlying C/C++ solvers seamlessly and efficiently. There are a number of available back-ends: three mixed integer programming solvers (Gurobi, CPLEX, and SCIP), satisfiability solvers (MiniSat, Walksat, and many others), a constraint programming solver (Mistral), and a weighted constraint satisfaction solver (Toulbar2).
- Numberjack offers a high level modelling platform.
- Numberjack directly benefits from Python's features and modules.
- Numberjack uses efficient underlying C/C++ solvers.
More information about Numberjack
My Numberjack models
Here are some of my Numberjack models. The models contains presentation of the problem, references (including links to comparison models in other constraint programming systems). Please note that some of them might not work in the current version of Numberjack.
Also, see my other pages about constraint programming systems:
* My Constraint Programming Blog
* Constraint Programming
* Common constraint programming problems
* My MiniZinc page
* My JaCoP page
* My JaCoP/Scala page
* My Choco page
* My Gecode page
* My Gecode/R page
* My Comet page
* My ECLiPSe page
* My Tailor/Essence' page
* My SICStus Prolog page
* My Google or-tools page
* My OscaR page
* My AIMMS+CP page
* My B-Prolog page
* My Choco3 page
* My Picat page
* My z3/python page
* My SWI-Prolog page
Back to my homepage
Created by Hakan Kjellerstrand hakank@gmail.com


# include <stdio .h>
int abc (int a)
{
int x =10;
printf ("\ t in abc before increasing : x= %d\n", x);
x=x+a;
printf ("\ t in abc after increasing : x= %d\n", x);
return x;
}
int main ()
{
int x =100;
int a =20;
a=abc(x);
x=abc(a);
printf (" in main : a=%d, x=%d\n", a, x);
return 0;
}
I would think that it would print the following:
1 2 3 4 5
in abc before increasing : x= 10
in abc after increasing : x= 110
in abc before increasing : x= 10
in abc after increasing : x= 30
in main: a=110, x=30
but when I run the same code I get a different output why?
# include <stdio.h>
int abc (int a)
{
staticint x =10;
printf ("\ t in abc before increasing : x= %d\n", x);
x=x+a;
printf ("\ t in abc after increasing : x= %d\n", x);
return x;
}
int main ()
{
int x =100;
printf (" in main : x= %d\n", x);
x=abc(x);
printf (" in main : x= %d\n", x);
x=abc(x);
printf (" in main : x= %d\n", x);
return 0;
}
I would think that is will print:
1 2 3 4 5 6 7
in main: x = 100
in abc before increasing : x =10
in abc after increasing : x=110
in main: x=110
in abc before increasing: x = 110
in abc after increasing: x=210
in main: x =220
But the out put is different with 4th line being 120? Where is the 10 coming from?
In the first program, line 14 assigns the return value from abc(), which is 110, to a. The functionality is confusing because main() has local variables a & x, and abc() has a and x also. To see what happens, rewrite abc using different variable names:
1 2 3 4 5 6 7 8
int abc (int i)
{
int j =10;
printf ("\ t in abc before increasing : j= %d\n", j);
j=j+i;
printf ("\ t in abc after increasing : j= %d\n", j);
return j;
}
This is completely equivalent to the original. The important point is that the parameter and the local variable are complete different variables from the ones in main.
In the second example, x is declared as static inside abc(). That means that it is initialized only once at the beginning of the program (actually the first time abc is called). After that it retains its value from one call to the next. It's like this:
1 2 3 4 5
staticint x=10;
int abc(int a)
{
...
}
except that (1) x is only visible inside abc and (2) x is actually initialized the first time abc is called.
This is in your code, look at the order of things...
First x = 100.
a = abc(x) or a = abc(100). The result a = 110.
Next, x = abc(a) or x = abc(110) since a is now equall to 110.
The result, x = 120.
So why does making the function call add 10 to your number?
Your function starts with x=10, then adds the argument to that 10. Then returns the new value.


SELECT = which variables we are selecting
SELECT DISTINCT = select one row for each value
FROM = tables we are selecting from
WHERE = condition we are modifying by
ORDER BY = ordering (sorting) by certain variables, ascending or descending
HAVING = like a where clause, but dealing with aggregates
Inner Join: Selects elements present in both tables
Left Join: Selects elements present in "left" table (first listed), if it doesn't exist in right table, those columns show up as blank
Right Join: Same concept as left join but reversed
Full Join: Selects all elements in either table
*Remember we can join multiple tables at once by repeatedly invoking joins, one after another
A union basically stacks two tables on top of each other - they need to have the same columns of the same variable types
If we write "union all", that does not sort the values first.


Exhibition Budgerigar Breeder Bert Raeymaekers.
Below are a few of birds from different colour that I bred over the years.
Favourite colours
Violet
A visual violet is for a lot of people one of the brightest en best colours you can get on a budgerigar. I can only agree.
The violet factor is present in a few main birds but mostly not visually.
German Fallow
Preferable in violet or another dark factor.
I do like the colour gradient that is typical for the fallow. They are not yet up to a decent quality: a challenge.
By accident I discovered fallow hiding in a few of my birds as splits. I've kept breeding with the splits to normals so fallow kept under the covers until I revived it in 2012. I will develop a colour line: CL/FAL.
More on fallows on Fallow budgies.
Cinnamon
I do like a nice cinnamon, especially with a dark factor added to it to counter act the paler body colour.
Cinnamon is ubiquitous in the main line. Even in my entire stud you need to look hard for a bird that doesn't carry the cinnamon factor.
Danish pied (aka Recessive pied)
When it comes to pieds the Danish pied is by far my favourite.
Danish pied was hiding in my stud from the start due to the original VAYF hen from partnership Heylen-Waerzeggers.
From 2012 I've started to develop them slowly.
Other colours in the stud
Normal light green
Though perhaps not a colour in the 'mutation' sense of the word. I do like a good normal light green. We see far too few good light greens on the show.
In the stud I haven't bred that many normal light greens.
Blue
I do like a good normal blue, just like I like a good normal green.
Blue is present in a high percentage in the main line, though mostly combined with other colours like grey.
Australian yellowface (aka goldenface)
I'm not a fan of this yellow face variety. The double factor can be attractive though.
I do have a few Australian Yellow Face in my stud.

Opaline
I'm not a big fan of opaline. Perhaps because opalines tend to be more flecked. A clean real opaline could possibly be a nice bird.
Opaline is present in a high percentage in the main line.
It will probably diminish as I'm trying to control flecking.
But with possibly my best bird being opaline cinnamon it will stick around for a while.
Spangle
I find a good marked spangle a beauty to the eye.
Spangle and I just didn't seem to mix until I bred very well with an outcross double factor white spangle.
Later another spangle outcross was added with good results but I've never aimed at breeding spangles.
Now that Stefaan specialises in them lots of my spangles have gone his way.
Ino
Getting rid of all the undulating marks could be seen as denying the budgerigar, but I do like a few buttercup yellow red-eyes.
Though I had the odd ino there is to my knowledge nothing left in my stud.
Stefaan specialises in them so he got what was left of my ino's.
Australian pied (a dominant pied)
I can't really see the attractiveness of the Australian pied.
Due to a grey cinnamon pied WDGPC from William Dierickx this pied variety has crept in my stud. Though I only have the odd one in the breeding cage.
Grey factor
When I first started with budgerigars as a boy, I prefered the greys. Now I feel the greys and grey greens are rather a dull colour.
With the addition of several grey factor carrying birds into my stud, there is now too much grey.


About Me
I am an emerging full stack web developer, who is passionate about bringing ideas to life with coding. I take an agile approach to identifying challenges, finding the right solutions, and creating great user experiences. I am looking to join a collaborative and inclusive team that is focused on innovation, growth, and delighting customers.
I have 11years rich experience including elite companies like IBM and Cognizant, in Java web development and project management. After playing the role of full-time mother and house-hold manager, I resumed the coding career with a healthcare IT Solution provider startup as a backend senior developer. I am currently a student with General Assembly pursuing a Software Engineering Immersive course to build full-stack capabilities.
When I'm not coding, I like spending time with family and keeping myself fit. In my free time I like to volunteer at school and library.


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[gecode-users] Symbolic Constraints - fd_relation contraint in Gecode?
Mikael Zayenz Lagerkvist
zayenz at gmail.com
Mon May 25 16:30:17 CEST 2009
Hi,
On Wed, May 20, 2009 at 8:36 PM, Denys Duchier
<denys.duchier at univ-orleans.fr> wrote:
> I could be wrong about this, but I just had a quick glance at the
> implementation and its seems to allocate datastructures of a size
> proportial to the width of the domain. So if you have small values and
> very large values, the width is going to be very large.
>
> If I am right, then you might be better off encoding your N values into
> the interval [0,N-1] and then possibly using an element constraint to
> decode them where necessary.
>
> Then again, I could be completely off base :-/
Actually, you are completely right, and it also says so in the
documentation [1]:
Warning:
If the domains for the $x_i$ are not dense and have similar
bounds, lots of memory will be wasted (memory consumption
is in $
O\left(|x|\cdot|\min_i(\underline{x_i})-\max_i(\overline{x_i})|\right)$
for the basic algorithm (epk = EPK_MEMORY) and additionally
$ O\left(|x|^2\cdot|\min_i(\underline{x_i})|\max_i(\overline{x_i})|\right)$
for the incremental algorithm (epk = EPK_SPEED).
The memory-consumption in the size of the domain is inevitable for
reasonably efficient extensional propagators. The translation into a
dense domain from a sparse domain needs to happen at one point or
another anyway for efficient data-structure management, and I choose
not to do it automagically.
Cheers,
Mikael
[1] https://www.gecode.org/doc-latest/reference/group__TaskModelIntExt.html#gf885611633b7b2bfb4d9512071dee9a3
--
Mikael Zayenz Lagerkvist, http://www.ict.kth.se/~zayenz/
More information about the gecode-users
mailing list


Average Process Efficiency:
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Average Cycle Time:
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Average Delay Time:
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Cycle Times and Process Efficiency
Issue
Summary
Cycle Time
Process Efficiency
{{ issue.key }}
{{ issue.summary }}
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The ecolab model can run in multicellular mode by calling
ecolab.set_grid
from TCL, specifying the dimensions of the
grid.. See
ecolab_spatial.tcl
for an example.
Only population density varies between the cells -- all other variables are members of the ecolab variable so can be set or queried in the usual way.
The usual ecolab model methods (generate, mutate, condense and
lifetimes)
can now be called, but operate on the entire grid. A new migrate is defined to handle migration between
cells. You can also call a method of the ecolab cell on all cells
using the forall
command. For instance, to set
all cells to same initial density, use:
ecolab.forall ecolab.density [constant $nsp 100]
Access to the individual cells can obtain by creating a TCL_obj to
refer to it by using the ecolab.get
method, which
creates commands like ecolab(x,y) to refer to the
cell. These can be fed to visualisers in the usual way.


JWT & Auth0
Patrick Walther & Nicolas Oeschger
JWT
What is it?
Where is it used?
Auth0
Secure your Webapp easily


ngPromiseStatus is a collection (starting with statusButton) of promise-aware Angular directives that make it easy to bind UI elements to the progress and eventual outcome of a promise.
This is a simplest use of the directive with only a promise (or array of) passed (and some default styles). See valid values for promises
You can pass custom classes to be applied for each stage of the promise (progress, succcess and error). It plays nicely with Bootstrap btn classes
The directive exposes several scope properties to the button's content (see docs). You can use them to give extra info on the promise's status.
Resolved with value 'Done!'
Rejected with error 'Error!'
Rejected with error 'error!'
status-bar makes it really easy to create an alert container that reacts to promises.
This is an example with Bootstrap alert styles and the promise value exposed. It works just like the button, pass a promise or array of promises. Click on the buttons above to show the promises.
I'm here, trigger the success button above.
Me too, trigger the error button above.
This one is for a value promise, try the button in the first row.
You can install through bower:
bower install ng-promise-status
or through npm:
npm install ng-promise-status
or download the latest version from GitHub
To get started include ngPromiseStatus as a dependency in your angular app:
var app = angular.module('myApp', ['ngPromiseStatus']);
and you're good to go!
The directives are built to work with multiple type of inputs:
promise
from a $q.defer()
or similar interfaces.deffered
itself, saves the need of saving multiple references on scope.$q.when
).By default, the directives apply 4 classes to the elements depending on the state of the promise:
idle
inprogress
inprogress
is used instead of progress
so that it doesn't clash with Bootstrap progress bars.success
error
ngPromiseStatus intentionally doesn't rely on any additional CSS files or required styling. It provides an easy interface in the form of class management that allows you to easy interact with promises using your existing styles and with no additional bloat to your project.
The directive exposes special scope properties to the button's content that allow you to customize the button's content and interact with the promise's values and state.
| name | type | details |
|---|---|---|
$status |
string | The status of the promise, same as the default class names: idle , inprogress , success and error |
$value |
any | Whatever value is passed upon resolution or rejection of the promise. If an array of promises is used, $value will be an ordered array of said whatevers. |
$done |
boolean | A convenience boolean that indicates if a promise is in progress. |
$class |
string | The class that is currently applied, overwritten with your custom configuration if provided. |
The statusButton
directive can be used by simply using the directive as a tag or attribute and passing a promise (or array of). See valid values for promises
When the button is clicked an internal handler is fired and assigns a promise handler to the assigned promise. Note that for that reason new promises are only detected on click.
Any ng-click
handler assigned to the element will be called before the internal handler so you can easily use the same 'click'
event to both assign a promise in your controller and for it to be detected by the button.
Here's an example:
Result:
Template:
<status-button ng-click="setSuccessPromise()" promise="successPromise"> Success </status-button>
Controller:
// Create a new promise that will succeed in 3 seconds $scope.setSuccessPromise = function(){ // Set $scope.promise with a new promise $scope.successPromise = $q.defer(); // React to promise in controller $scope.successPromise .promise .then(function(){ console.log('Done from controller'); }); // Set a timeout for 3 seconds and resolve $timeout(function(){ $scope.successPromise.resolve('Done!'); }, 3000); };
You can configure a few key features of statusButton - classes applied on promise stages, delay and disable:
| name | type | default | details |
|---|---|---|---|
idle_class |
string | idle |
The initial class applied to the button and will applied after completion if a delay is specified. |
progress_class |
string | inprogress |
The class that will be applied to the button whenever a promise is in progress. |
success_class |
string | success |
The class that will be applied to the button when a promise is resolved (completed successfully). |
error_class |
string | error |
The class that will be applied to the button when a promise is rejected (resulted in an error). |
progress_disable |
boolean | true |
A toggle that determines if the button will be disabled when a promise is in progress. |
delay |
number | 0 |
The time (in milliseconds) it takes for the button to return to idle state upon promise completion (either success or error). 0 will not return to idle. |
Here's an example for custom configuration using Bootstrap classes and a 2s delay:
Result:
Template:
<status-button ng-click="setButtonPromise()" promise="buttonPromise"> options="buttonPromise"> Success </status-button>
Controller:
// Define your custom configuration $scope.buttonConfig = { success_class: 'btn-success', error_class: 'btn-danger', progress_class: 'btn-warning', idle_class: 'btn-default', delay: 2000 }; // Create a new promise that will succeed in 3 seconds $scope.setButtonPromise = function(){ // Set $scope.promise with a new promise $scope.buttonPromise = $q.defer(); // React to promise in controller $scope.buttonPromise .promise .then(function(){ console.log('Done from controller'); }); // Set a timeout for 3 seconds and reject $timeout(function(){ $scope.buttonPromise.reject(); }, 3000); };
Here's an example of using scope properties inside the button (promise is rejected with 'Error!'):
Result:
Template:
<status-button ng-click="setButtonPromise()" promise="buttonPromise" options="bootstrapConfig"> Success {{$value}} </status-button>
Just like the statusButton
, the statusBar
directive can be easily put to work as a tag or attribute and passing a promise (or array of). See valid values for promises
When a promise is set and re-set a promise handler is assigned. This is managed by watching the promise passed but other hooks will soon be implemented.
You can configure some parameters of statusBar - classes applied on promise stages, delay and watch:
| name | type | default | details |
|---|---|---|---|
idle_class |
string | idle |
The initial class applied to the bar and will applied after completion if a delay is specified. |
progress_class |
string | inprogress |
The class that will be applied to the bar whenever a promise is in progress. |
success_class |
string | success |
The class that will be applied to the bar when a promise is resolved (completed successfully). |
error_class |
string | error |
The class that will be applied to the bar when a promise is rejected (resulted in an error). |
watch |
boolean | true |
A toggle that determines if the promise is watched. This should be left true for now until additional hooks are implemented. |
delay |
number | 0 |
The time (in milliseconds) it takes for the bar to return to idle state upon promise completion (either success or error). 0 will not return to idle. |
The statusBar
directive assigns status classes to a container, it works well with Bootstrap <alert>
s and other CSS framework components.
Here's an example with custom configuration and conditional content based on exposed scope properties.
Result:
The bar will show up here
Bar Template:
<status-bar class="alert" promise="examplePromise" options="alertConfig">   Wait for it...   Woohoo!   Bummer...  {{$value}}  </status-bar>
Button Template:
<status-button ng-click="setExamplePromise()" promise="examplePromise"> Give it a go! </status-button>


Presented by Maxime Colin / @colin_maxime
Refonte d'une application. 250 JH. Qualité et testabilité demandé par le client.
Data Model
View Model
Repository interfaces
Adapters interfaces
Domain services
namespace VendorName\Domain;
Business actions
Business logic
Business services
Adapters interfaces
namespace VendorName\Application;
Repository implementations
Persistence layer
Adapters implementations
Services definitions (DIC)
namespace VendorName\Bundle\InfrastuctureBundle;
doctrine:
orm:
naming_strategy: doctrine.orm.naming_strategy.underscore
auto_generate_proxy_classes: "%kernel.debug%"
auto_mapping: false
mappings:
entity:
type: yml
prefix: Acme\Domain\Model
dir: %kernel.root_dir%/../src/Acme/Bundle/InfrastructureBundle/Resources/config/doctrine/entity
alias: Entity
is_bundle: false
Symfony stuff
Controllers
Forms
Views
namespace VendorName\Bundle\AppBundle;
namespace VendorName\Bundle\ApiBundle;
Models for read only purpose
Models for write purpose
Hydrate your query results in read only data
SELECT new ArticleListView(a.title, a.author) FROM Entity:Article
Use entities for write purpose only
Do not use Doctrine repositories, inject EntityManager
Repository can be based on Doctrine, an API, memory, redis, ...
The persistance should not impact the domain
Use command bus...
or request/response service...
or even manager
No Symfony dependencies
No business code in controllers
Easier to test
Events
Exceptions
Don't limit your form architecture to your entities model
Validation is easier
/**
* "Gabarit"
*/
class Pattern
{
}
Create reusable form type
Create form extension
Don't repeat yourself
Handle redundant development tasks by...
Creating your own code skeletons
Creating your own generate commands
Create exception for every errors you must handle
Throw general exception for others
Reusable and chainable query builder
Put criteria/filter in method
Create many query builder as you want
class ArticleQueryBuilder
{
public function __construct(EntityManager $em)
{
parent::__construct($em);
$this
->select('article')
->from('Entity:Article', 'article');
}
}
class ArticleQueryBuilder
{
public function isPublished(\DateTime $at)
{
$this
->andWhere('article.published = TRUE')
->andWhere('article.publishedAt < :at')
->setParameter('at', $at);
return $this;
}
}
Put your business rules in reusable classes
Less getter/setter
More domain method
$article->setPublished(true);
$article->setPublished(false);
by
$article->publish();
$article->unpublish();
$product = new Product()
$product->setTitle('Lorem ipsum');
$product->setDecription('Foobar');
$product->setPrice(15.99);
by
$product = new Product('Lorem ipsum', 'Foobar', 15.99);
Doctrine 2.5
/** @Entity */
class User
{
/** @Embedded(class = "Address", columnPrefix = "myPrefix_") */
private $address;
}
SELECT u FROM User u WHERE u.address.city = :myCity
216f-ff40-98d9-11e3-a5e2-0800-200c-9a66
Controller as service
YAML routing
No @Template, @Route, ...


This function calculates either the length of the branches, or the entire filament. It does this by creating an array of the distances between each pixel. It then searches each column and identifies the minimum of that row. The column containing the minimum is the next row to be searched. After a row is searched, the corresponding row and column are set to zero and ignored. When initial is True, the maximum distance between connected pixels is sqrt(2). When initial is False, the function accounts for the average position of intersections when finding the overall length of the filament. Due to the somewhat unpredictable size of the larger intersections, the minimum distances are allowed to be much larger than sqrt(2). The threshold is set at 5 as an approximation for the largest gap that should be created. At this point, the intersections are the only places where a distance of sqrt(2) can be returned.
The average curvature of the filament is found using the Menger curvature. The formula relates the area of the triangle created by the three points and the distance between the points. The formula is given as 4*area/|x-y||y-z||z-x|=curvature. The curvature is weighted by the Euclidean length of the three pixels.
Note: The normalization is still an issue with this method. Its results should NOT be used.
This function acts as a wrapper on curve. It calculates the average curvature by choosing 3 random points on the filament and calculating the curvature. The average of many iterations of this method is reported as the curvature for that skeleton.
This is a wrapper on fil_length for running on the branches of the skeletons.
This function converts the skeletons into a graph object compatible with networkx. The graphs have nodes corresponding to end and intersection points and edges defining the connectivity as the branches with the weights set to the branch length.
Takes the output of pre_graph and runs the shortest path algorithm.
The function finds the overall length of the filament from the longest_path and pre_graph outputs. For intersections of more than one pixel, it calculates a weighted average (based on intensity) and uses that position for calculating the length. The curvature routines are also wrapped in this function.
This function also performs the “pruning”. Branches that are less than length_thresh are deleted.
In the case that a skeleton has been split into parts during the pruning process in final_lengths, this function re-analyzes and corrects any such problems.


{% extends 'base.html' %}
{% load static %}
{% block content %}
Results: Upload photos of the plant you want to learn specie of it!
{%for result in uploaded_file_url%}
{% endfor%}
{{ result}}
| # | Plant Name |
|---|---|
| {{ forloop.counter }} | {{ plant.plantName}} |
| # | Plant Name | Number Of Search |
|---|---|---|
| {{ forloop.counter }} | {{searchResult.plantName}} | {{searchResult.occurance}} |


Money Play. How should Red play 42?
pips Red=154 White=156
(CorrectAnswer= 0/0, ErrorScore= 0)
Interestingly both those who commented on this position looked at or chose 24/22, 13/9 which is the move I chose over the board. This turns out to be nearly a blunder.
Virtually any splitting play is a blunder. White has 10 checkers in the attack zone and a better home board than Red whose frontward position has some weaknesses.
Red does better to try to build a strong home board and/or a prime on his side of the board and leave those back checkers well alone.
Most of the time when I make errors/blunders they are easy to understand in retrospect but it took me some time before I agreed with my silicon friend, XG, on this one.
As a result I felt I had learned something very useful from studying this position.
Virtually any splitting play is a blunder. White has 10 checkers in the attack zone and a better home board than Red whose frontward position has some weaknesses.
Red does better to try to build a strong home board and/or a prime on his side of the board and leave those back checkers well alone.
Most of the time when I make errors/blunders they are easy to understand in retrospect but it took me some time before I agreed with my silicon friend, XG, on this one.
As a result I felt I had learned something very useful from studying this position.
1. Cubeful 2-ply 13/11 13/9 Eq.: -0.060 0.490 0.170 0.010 - 0.510 0.177 0.015 2. Cubeful 2-ply 13/7 Eq.: -0.062 (-0.002) 0.483 0.161 0.008 - 0.517 0.166 0.009 3. Cubeful 2-ply 13/11 8/4 Eq.: -0.099 (-0.038) 0.474 0.160 0.009 - 0.526 0.175 0.010 4. Cubeful 2-ply 13/9 6/4 Eq.: -0.103 (-0.042) 0.476 0.157 0.009 - 0.524 0.176 0.012 5. Cubeful 2-ply 24/22 8/4 Eq.: -0.112 (-0.051) 0.472 0.150 0.009 - 0.528 0.177 0.007


Mega multiplayer festival gamer
# of games in database: 842,056
Years covered: 1475 to 2017 (543 years)
White wins 317,158 games (37.66%)
Black wins 235,098 games (27.92%)
289,787 games are drawn (34.41%)
Average # of moves per game: 40.64
Average Elo rating of rated players: 2192
# of games with annotation: 2,266 (0.27%)
# of games with kibitzing: 135,239 (16.06%)
# of kibitzes in total: 3,994,666
# of registered users: 237,356
# of users registered in last 30 days: 3,629 (1.53%)
# of registered users seen in last 90 days: 9,694 (4.08%)
Mandolfo vs Kolisch, 1859 0-1
Shumov vs Kolisch, 1862 0-1
Kolisch vs Anderssen, 1861 1-0
Duke Karl / Count Casabianca vs Kolisch, 1859 0-1
Kolisch vs Loyd, 1867 1-0
Kolisch vs Anderssen, 1861 1-0
Kolisch vs Geake, 1860 1-0
F Deacon vs Kolisch, 1860 0-1
Kolisch vs R Steel, 1861 1-0
Kolisch vs Gastein, 1859 1-0


DayOfMonth
Extends:
A day-of-month in the ISO-8601 calendar system.
DayOfMonth is an immutable date-time object that represents a day-of-month. It is a type-safe way of representing a day-of-month in an application. Any field that can be derived from a day-of-month can be obtained.
This class does not store or represent a year, month, time or time-zone. For example, the value '21' can be stored in a DayOfMonth and would represent the 21st day of any month.
Static Method Summary
| Static Public Methods | ||
| public static |
from(temporal: TemporalAccessor): DayOfMonth Obtains an instance of DayOfMonth from a date-time object. |
|
| public static |
now(zoneIdOrClock: ZoneId | Clock): DayOfMonth Function overloading for DayOfMonth.now:
|
|
| public static |
of(dayOfMonth: number): DayOfMonth Obtains an instance of DayOfMonth. |
| Static Protected Methods | ||
| protected static |
_now0(): DayOfMonth Obtains the current day-of-month from the system clock in the default time-zone. |
|
| protected static |
_nowClock(clock: Clock): DayOfMonth Obtains the current day-of-month from the specified clock. |
|
| protected static |
_nowZoneId(zone: ZoneId): DayOfMonth Obtains the current day-of-month from the system clock in the specified time-zone. |
Method Summary
| Public Methods | ||
| public |
adjustInto(temporal: Temporal): Temporal Adjusts the specified temporal object to have this day-of-month. |
|
| public |
Combines this day-of-month with a month to create a MonthDay. |
|
| public |
atYearMonth(yearMonth: YearMonth): LocalDate Combines this day-of-month with a year-month to create a LocalDate. |
|
| public |
compareTo(other: DayOfMonth): number Compares this day-of-month to another. |
|
| public |
equals(obj: *): boolean Checks if this day-of-month is equal to another day-of-month. |
|
| public |
get(field: TemporalField): number Gets the value of the specified field from this day-of-month as an |
|
| public |
getLong(field: TemporalField): number Gets the value of the specified field from this day-of-month as a |
|
| public |
hashCode(): number A hash code for this day-of-month. |
|
| public |
isSupported(field: TemporalField): boolean Checks if the specified field is supported. |
|
| public |
isValidYearMonth(yearMonth: YearMonth): boolean Checks if the year-month is valid for this year. |
|
| public |
query(query: TemporalQuery): * Queries this day-of-month using the specified query. |
|
| public |
range(field: TemporalField): ValueRange Gets the range of valid values for the specified field. |
|
| public |
toString(): string Outputs this day-of-month as a String. |
|
| public |
value(): number Gets the day-of-month value. |
Static Public Methods
public static from(temporal: TemporalAccessor): DayOfMonth source
Obtains an instance of DayOfMonth from a date-time object.
This obtains a day-of-month based on the specified temporal. A TemporalAccessor represents an arbitrary set of date and time information, which this factory converts to an instance of DayOfMonth.
The conversion extracts the ChronoField#DAY_OF_MONTH day-of-month field. The extraction is only permitted if the temporal object has an ISO chronology, or can be converted to a LocalDate.
This method matches the signature of the functional interface TemporalQuery allowing it to be used in queries via method reference, DayOfMonth.from.
Params:
| Name | Type | Attribute | Description |
| temporal | TemporalAccessor | the temporal object to convert, not null |
Throw:
if unable to convert to a DayOfMonth |
public static now(zoneIdOrClock: ZoneId | Clock): DayOfMonth source
Function overloading for DayOfMonth.now:
- if called with no arguments, DayOfMonth._now0 is executed;
- if called with an instance of ZoneId, then DayOfMonth._nowZoneId is executed;
- if called with an instance of Clock, then DayOfMonth._nowClock is executed;
- otherwise IllegalArgumentException is thrown.
public static of(dayOfMonth: number): DayOfMonth source
Obtains an instance of DayOfMonth.
A day-of-month object represents one of the 31 days of the month, from 1 to 31.
Params:
| Name | Type | Attribute | Description |
| dayOfMonth | number | the day-of-month to represent, from 1 to 31 |
Throw:
if the day-of-month is invalid |
Static Protected Methods
protected static _now0(): DayOfMonth source
Obtains the current day-of-month from the system clock in the default time-zone.
This will query the Clock.systemDefaultZone system clock in the default time-zone to obtain the current day-of-month. The zone and offset will be set based on the time-zone in the clock.
Using this method will prevent the ability to use an alternate clock for testing because the clock is hard-coded.
protected static _nowClock(clock: Clock): DayOfMonth source
Obtains the current day-of-month from the specified clock.
This will query the specified clock to obtain the current day-of-month. Using this method allows the use of an alternate clock for testing. The alternate clock may be introduced using {@link Clock dependency injection}.
Params:
| Name | Type | Attribute | Description |
| clock | Clock | the clock to use, not null |
protected static _nowZoneId(zone: ZoneId): DayOfMonth source
Obtains the current day-of-month from the system clock in the specified time-zone.
This will query the {@link Clock#system(java.time.ZoneId) system clock} to obtain the current day-of-month. Specifying the time-zone avoids dependence on the default time-zone.
Using this method will prevent the ability to use an alternate clock for testing because the clock is hard-coded.
Params:
| Name | Type | Attribute | Description |
| zone | ZoneId | the zone ID to use, not null |
Public Methods
public adjustInto(temporal: Temporal): Temporal source
Adjusts the specified temporal object to have this day-of-month.
This returns a temporal object of the same observable type as the input with the day-of-month changed to be the same as this.
The adjustment is equivalent to using Temporal.with passing ChronoField.DAY_OF_MONTH as the field. If the specified temporal object does not use the ISO calendar system then a DateTimeException is thrown.
In most cases, it is clearer to reverse the calling pattern by using Temporal.with:
// these two lines are equivalent, but the second approach is recommended
temporal = thisDay.adjustInto(temporal);
temporal = temporal.with(thisDay);
This instance is immutable and unaffected by this method call.
Params:
| Name | Type | Attribute | Description |
| temporal | Temporal | the target object to be adjusted, not null |
Throw:
if unable to make the adjustment |
|
if numeric overflow occurs |
public atMonth(month: Month | number): MonthDay source
Combines this day-of-month with a month to create a MonthDay.
This returns a MonthDay formed from this day and the specified month.
This method can be used as part of a chain to produce a date:
LocalDate date = day.atMonth(month).atYear(year);
If this day-of-month is invalid for the month then it will be changed to the last valid date for the month.
Params:
| Name | Type | Attribute | Description |
| month | Month | number | the month-of-year to use, from 1 (January) to 12 (December), not null |
public atYearMonth(yearMonth: YearMonth): LocalDate source
Combines this day-of-month with a year-month to create a LocalDate.
This returns a LocalDate formed from this year and the specified year-month.
If this day-of-month is invalid for the year-month then it will be changed to the last valid date for the month.
Params:
| Name | Type | Attribute | Description |
| yearMonth | YearMonth | the year-month to use, not null |
public compareTo(other: DayOfMonth): number source
Compares this day-of-month to another.
The comparison is based on the value of the day. It is 'consistent with equals', as defined by Comparable.
Params:
| Name | Type | Attribute | Description |
| other | DayOfMonth | the other day-of-month instance, not null |
Return:
| number | the comparator value, negative if less, positive if greater |
public equals(obj: *): boolean source
Checks if this day-of-month is equal to another day-of-month.
Params:
| Name | Type | Attribute | Description |
| obj | * | the other day-of-month instance, null returns false |
Return:
| boolean | true if the day-of-month is the same |
public get(field: TemporalField): number source
Gets the value of the specified field from this day-of-month as an int
.
This queries this day-of-month for the value for the specified field. The returned value will always be within the valid range of values for the field. If it is not possible to return the value, because the field is not supported or for some other reason, an exception is thrown.
If the field is a ChronoField then the query is implemented here. The DayOfMonth.isSupported supported fields will return valid values based on this day-of-month. All other ChronoField instances will throw an UnsupportedTemporalTypeException.
If the field is not a ChronoField, then the result of this method is obtained by invoking TemporalField.getFrom passing this as the argument. Whether the value can be obtained, and what the value represents, is determined by the field.
Params:
| Name | Type | Attribute | Description |
| field | TemporalField | the field to get, not null |
Return:
| number | the value for the field |
Throw:
if a value for the field cannot be obtained or the value is outside the range of valid values for the field |
|
if the field is not supported or
the range of values exceeds an |
|
if numeric overflow occurs |
public getLong(field: TemporalField): number source
Gets the value of the specified field from this day-of-month as a long
.
This queries this day-of-month for the value for the specified field. If it is not possible to return the value, because the field is not supported or for some other reason, an exception is thrown.
If the field is a ChronoField then the query is implemented here. The {@link DayOfMonth.isSupported(TemporalField) supported fields} will return valid values based on this day-of-month. All other ChronoField instances will throw an UnsupportedTemporalTypeException.
If the field is not a ChronoField, then the result of this method is obtained by invoking TemporalField.getFrom passing this as the argument. Whether the value can be obtained, and what the value represents, is determined by the field.
Params:
| Name | Type | Attribute | Description |
| field | TemporalField | the field to get, not null |
Return:
| number | the value for the field |
Throw:
if a value for the field cannot be obtained |
|
if the field is not supported |
|
if numeric overflow occurs |
public hashCode(): number source
A hash code for this day-of-month.
Return:
| number | a suitable hash code |
public isSupported(field: TemporalField): boolean source
Checks if the specified field is supported.
This checks if this day-of-month can be queried for the specified field. If false, then calling the DayOfMonth.range range, DayOfMonth.get get and DayOfMonth.getLong getLong methods will throw an exception.
If the field is a ChronoField then the query is implemented here. The supported fields are:
If the field is not a ChronoField, then the result of this method is obtained by invoking TemporalField.isSupportedBy passing this as the argument. Whether the field is supported is determined by the field.
Params:
| Name | Type | Attribute | Description |
| field | TemporalField | the field to check, null returns false |
Return:
| boolean | true if the field is supported on this day-of-month, false if not |
public isValidYearMonth(yearMonth: YearMonth): boolean source
Checks if the year-month is valid for this year.
This method checks whether this day and the input year and month form a valid date.
Params:
| Name | Type | Attribute | Description |
| yearMonth | YearMonth | the year month to validate, null returns false |
Return:
| boolean | true if the year and month are valid for this day |
public query(query: TemporalQuery): * source
Queries this day-of-month using the specified query.
This queries this day-of-month using the specified query strategy object. The TemporalQuery object defines the logic to be used to obtain the result. Read the documentation of the query to understand what the result of this method will be.
The result of this method is obtained by invoking the TemporalQuery.queryFrom method on the specified query passing this as the argument.
Params:
| Name | Type | Attribute | Description |
| query | TemporalQuery | the query to invoke, not null |
Return:
| * | the query result, null may be returned (defined by the query) |
Throw:
if unable to query (defined by the query) |
|
if numeric overflow occurs (defined by the query) |
public range(field: TemporalField): ValueRange source
Gets the range of valid values for the specified field.
The range object expresses the minimum and maximum valid values for a field. This day-of-month is used to enhance the accuracy of the returned range. If it is not possible to return the range, because the field is not supported or for some other reason, an exception is thrown.
If the field is a ChronoField then the query is implemented here. The DayOfMonth.isSupported supported fields will return appropriate range instances. All other ChronoField instances will throw an UnsupportedTemporalTypeException.
If the field is not a ChronoField, then the result of this method is obtained by invoking TemporalField.rangeRefinedBy passing this as the argument. Whether the range can be obtained is determined by the field.
Params:
| Name | Type | Attribute | Description |
| field | TemporalField | the field to query the range for, not null |
Throw:
if the range for the field cannot be obtained |
|
if the field is not supported |
public toString(): string source
Outputs this day-of-month as a String.
Return:
| string | a string representation of this day-of-month, not null |
public value(): number source
Gets the day-of-month value.
Return:
| number | the day-of-month, from 1 to 31 |


WITNESS LIST Defense Affairs and State-Federal Relations Committee March 6, 2003-8:00A HB 11 Registering, but not testifying: Against: Walters, Katharine (Self and Texas Civil Rights Project) HB 72 For: Gardner Jr., Glen (Texas Coalition of Veterans Organization, Texas VFW) Squyres, Robert (The American Legion, Department of Texas) On: Macias, Luis (Texas Workforce Commission) HB 76 For: Squyres, Robert (The American Legion, Department) On: Burnschinger, Charlie (TX Veterans Commission) Macias, Luis (Texas Workforce Commission) Registering, but not testifying: For: Gardner Jr., Glen (Texas Coalition of Veterans Organization, Texas VFW) HB 627 For: Lancaster, Karine (DCHHS) Pardue, Craig (Dallas County) Thompson, Zachary (Dallas County Health and Human Services) Tulu, Assefa (Dallas County HHS) Winful, Joel (Dallas County District Attorneys Office) On: Sidnell, Jennifer A. (TCEQ) Wiegman, Linda (Texas Department of Health) Registering, but not testifying: For: Cutrer, Jennifer G. (Parkland Health and Hospital System) HB 627 Committee Substitute (Berman) Mitchell, Seth (Bexar County Commissioners Court) HB 1221 On: Riley, Steve (Texas Workforce Commission)