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import { Animation, AnimationState, DecayOptions } from "../types"
export function decay({
velocity = 0,
from = 0,
power = 0.8,
timeConstant = 350,
restDelta = 0.5,
modifyTarget,
}: DecayOptions): Animation<number> {
/**
* This is the Iterator-spec return value. We ensure it's mutable rather than using a generator
* to reduce GC during animation.
*/
const state: AnimationState<number> = { done: false, value: from }
let amplitude = power * velocity
const ideal = from + amplitude
const target = modifyTarget === undefined ? ideal : modifyTarget(ideal)
/**
* If the target has changed we need to re-calculate the amplitude, otherwise
* the animation will start from the wrong position.
*/
if (target !== ideal) amplitude = target - from
return {
next: (t: number) => {
const delta = -amplitude * Math.exp(-t / timeConstant)
state.done = !(delta > restDelta || delta < -restDelta)
state.value = state.done ? target : target + delta
return state
},
flipTarget: () => {},
}
}
|


Physics
Newton deduced the principles of gravitation after seeing an apple fall. We don't sell apples, but we do sell wonderful physics kits to help you teach science in a fun and interesting way. Choose from some of the products below, or order one of our catalogs for a complete list.
Newton and the Apple
Okay, we all know the story of Isaac Newton getting hit in the head with the apple, but is this story true? Well, not exactly, but there's more truth to it than you might think.
Newton grew up on a farm, where he certainly saw many apples fall from trees. As a young man, Newton recalled those apples and wondered whether the same force that causes apples to fall would account for the motion of the moon across the sky.
Newton applied his newly-discovered mathematical technique, calculus (he called his technique fluxions) to the problem and deduced that, if his assumption was correct, the moon would orbit the Earth every 29.5 days. That's pretty close to the actual figure of 27.3 days.
So, no, Newton did not get hit with an apple, but he did get hit with a pretty good idea - thanks to an apple.
Featured Physics Products
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Marble Drop Roller Coaster:
We don't sell ride tickets, but your students can experience some of the fun of roller coasters by building their own with this kit.
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Polarizing Film:
March Special! Use this pack of general-purpose linear polarizing film to teach your students the principles of polarization and light waves. Each pack contains two 100mm x 200mm sheets.
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Laser Optics Kit:
This kit includes more than 50 optical parts and accessories needed to demonstrate the principles of optics. A teacher's pack and a booklet of over 100 lesson plans is included.
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Gravity Defying Bird:
This colorful bird with a 6" wing span balances upon its beak without toppling. An interesting and instructive object.
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Newton's Cradle:
The classic toy for your desktop, these five steel balls are a great way to see Newton's laws of motion in action.
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Hologram Kit:
An inexpensive approach to performing holography. This kit gives your students all they need to create their own holograms.
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Physics Discovery Pack:
This pack contains three gyroscopes, 20 magnetics of various sizes, and three prisms for the study of optics.
Price $29.95.
Stock Number: MI24-072


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Two alerts with value 6 will appear consecutively.
function booyah1(){
alert('BOOYAH!');
}
function booyah2(){
window.clearTimeout(booyah2);
window.setTimeout(booyah1, 2000);
}
Unobtrusive JavaScript is the way of writing JavaScript language in which we properly separate Document Content and Script Content thus allowing us to make a clear distinction between them. This approach is useful in so many ways as it makes our code less error prone, easy to update and to debug. The basic concept of unobtrusive programming is that JavaScript should be used as an enhancement to our web page instead of an absolute requirement. If you do not need JavaScript, then don't use it; your static content will display just fine with plain old HTML and CSS. So many developers make the mistake of importing code libraries before even figuring out if they will be even required. jQuery for example has been so much mis-used when all our basic needs can be easily fulfilled by CSS and pure JavaScript code. If your application is dynamic and needs to call server code asynchronously, update HTML content and do all sorts of event binding, then by all means, do use JavaScript, and libraries like jQuery, etc. but try to code them in a separate layer systematically so that the HTML content stays clean and semantically separated. Following are the areas in web application development which have a clear positive impact when we write JavaScript unobtrusively:
JavaScript code is not embedded into HTML, thus making it easy to update or upgrade the code.
Unobtrusive JavaScript generates less error messages. The web page will always display all the content from the static markup and CSS even if the script fails to run.
If any feature is not supported by the browser, then the code should silently turn off that feature instead of throwing an error message. Similarly, if more advanced versions of a feature are available, the code should use the upgraded features to give the user an experience as per the browser advancement.
The global scope or the window scope will stay clean of unnecessary or unwanted objects, properties, functions and variables. The unobtrusive way is to have a single point of entry into the application's data using namespaces.


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This is a fork of Stefan Petre's original code; thanks go to him for getting this thing started!
Please note that this fork is not used on Stefan's page, nor is it maintained or contributed to by him.
Versions are incremented according to semver.
Once you cloned the repo, you'll need to install grunt and the development dependencies using npm.
npm install -g grunt-cli
npm install


Match Play. Red leads 9-4 to 13. How should Red Play 43?
pips Red=135 White=131
(CorrectAnswer= 0/0, ErrorScore= 0)
With a large lead and the weaker home board, exposing yourself to an attack when having that weaker home board, by playing 20/13, is the wrong idea. Your opponent would love to execute a blitz attack. Don’t let him. The dull and prosaic 11/8, 6/2 is correct. With an even race just await developments.
I have just finished reviewing the new Mochy/Olsen book. The first section of that book talks about various structures and would easily lead one to the correct solution here.
I have just finished reviewing the new Mochy/Olsen book. The first section of that book talks about various structures and would easily lead one to the correct solution here.
1. Cubeful 2-ply 11/8 6/2 Eq.: +0.054 0.526 0.109 0.002 - 0.474 0.079 0.001 2. Cubeful 2-ply 11/4 Eq.: +0.027 (-0.027) 0.521 0.121 0.003 - 0.479 0.092 0.001 3. Cubeful 2-ply 13/10 11/7 Eq.: -0.041 (-0.095) 0.501 0.113 0.003 - 0.499 0.088 0.002 4. Cubeful 0-ply 13/6 Eq.: -0.099 (-0.153) 0.492 0.103 0.002 - 0.508 0.104 0.003 5. Cubeful 0-ply 13/10 13/9 Eq.: -0.141 (-0.195) 0.491 0.112 0.002 - 0.509 0.128 0.006


#include <sm_mdes.h>
Data Fields | |
| char * | name |
| Set | plat |
| int * | pdest_latency_penalty |
| Set | clat |
| int * | csrc_latency_penalty |
Definition at line 209 of file sm_mdes.h.
Definition at line 214 of file sm_mdes.h.
Referenced by Print_prod_cons_latency(), and SM_build_prod_cons_latency().
Definition at line 215 of file sm_mdes.h.
Referenced by Print_prod_cons_latency(), and SM_build_prod_cons_latency().
| char* SM_PCLat::name |
Definition at line 211 of file sm_mdes.h.
Referenced by Print_prod_cons_latency(), and SM_build_prod_cons_latency().
Definition at line 213 of file sm_mdes.h.
Referenced by Print_prod_cons_latency(), and SM_build_prod_cons_latency().
Definition at line 212 of file sm_mdes.h.
Referenced by Print_prod_cons_latency(), and SM_build_prod_cons_latency().


In this experiment, you will ______.
This experiment should take about ______ minutes to complete.
(Note: you won't be able to preview this HIT before accepting it because it's so short.)
You must accept the HIT in order to continue.
By answering the following questions, you are participating in a study being performed by cognitive scientists in the Stanford Department of Psychology. If you have questions about this research, please contact Erin Bennett at<EMAIL_ADDRESS>or Noah Goodman at<EMAIL_ADDRESS>You must be at least 18 years old to participate. Your participation in this research is voluntary. You may decline to answer any or all of the following questions. You may decline further participation, at any time, without adverse consequences. Your anonymity is assured; the researchers who have requested your participation will not receive any personal information about you.
In this experiment, we would like you to ______________.
You will ________________.
Please click "Begin" when you're ready to start.
Please make sure to adjust all the sliders before continuing (or tap the slider if you think it's already in the right position).
Please rate how likely it is that X is within each of the following ranges.
| Very Likely |
| Neutral |
| Not Very Likely |
| Extremely Unlikely |
Please make sure to adjust all the sliders before continuing (or tap the slider if you think it's already in the right position).
Please enter a valid price -- a natural number with no decimal point, or a number with a decimal point and two digits after the decimal.
Last section! Please enter your responses below, and then click 'Submit'.
*required


The generic name for all forms of Prolog data is "term". The data your program works with is all terms of one form or another. The program itself is made up of terms. Prolog execution is simply the repetitive matching of patterns in these terms. This section describes the various forms of terms. They are:
Amzi! provides full support for national languages, using both multibyte (superset of ASCII) and Unicode (wide) characters. This applies to all textual elements, including atoms, strings, characters and character lists, and applies to all I/O predicates.
Internally, all characters in Amzi! are represented as Unicode (wide 16-bit) characters. You can work directly with Amzi! using Unicode files and Unicode I/O, from both the IDE and the Logic Server.
You can work with Amzi! using the multibyte character interface. All characters are translated between Unicode and their multibyte equivalent on input and output. The translation is based on the locale of the host computer.
The multibyte files, characters and I/O are supported in the IDE and through the Logic Server.
Atoms are the fundamental building blocks of Prolog. Syntactically, they look like character strings, but internally they are represented by integer values. This is why Prolog can very quickly unify (compare) atom values.
An unquoted atom name can be composed of all character values or all graphic values (not both), as long as it doesn't begin with either an underscore ('_') or uppercase ASCII letter, ('A'-'Z'). (These beginning characters indicate a variable, not an atom. See below.) It may not include white space.
The syntax rules can be changed to allow uppercase initial letters for atoms, but still not underscores, by setting the Prolog flag, upper_case_atoms to on.
Roughly speaking for ASCII (see details below, plus full range of national language symbols):
By using single quotes, an atom name can be composed of any symbols. Use two single quotes to indicate an embedded single quote in the atom name.
Examples of legal and illegal atom names are:
cats % ok dogs % ok cats and dogs % wrong, contains white space cats-and-dogs % wrong, contains graphic symbol cats_and_dogs % ok, '_' is a character in Prolog cats$dogs % ok, '$' is a character in Prolog Cats % wrong, begins with upper case ASCII (a variable) _dogs % wrong, begins with underscore (a variable) ==> % ok, all graphic characters ;;$= % wrong, '$' is not a graphic. ;;+ % ok 'Anything ;; - At all' % ok, in single quotes 'New York' % ok, in single quotes 'can''t' % ok, with '' indicating ' inside atom
ASCII values considered characters for atom names are:
The dollar sign ('$') is also allowed as a character in Amzi! Prolog to maintain compatibility with old releases, but it is not ISO standard, and will not be supported in future releases.
Character values above code 127 include all those symbols that would ordinarily be considered a character, as opposed to either white space or a graphic (arrows, math symbols, etc.). They might be entered as either wide (Unicode) characters, or translated from a locale-specific multi-byte character encoding. In either case they are stored internally as Unicode characters.
Unicode character values (in hexadecimal) above the ASCII values are:
See the sample program babel for an example of the use of CJK symbols.
ASCII values considered graphic characters for atom names are:
# & * + - . / : < = > ? @ \ ^ ~
The backslash ('\') is not ISO standard, but is part of the graphic set for Amzi! Prolog, and is used in bit manipulation operators. The dollar sign ('$') should be part of the graphic characters, but is not for backward compatibility reasons. This should change in a future release. When the preprocessing flag is turned on, a number sign ('#') in the first column is interpreted as a preprocessor symbol, and not a graphic character which might be part of an operator name.
Unicode graphic values (in hexadecimal) above the ASCII values are:
See the sample program logic for an example of the use of Unicode math symbols.
ASCII white space is any value below 0020 (space, tab, new line, etc.).
Unicode white space (in hexadecimal) above the ASCII values is:
Wide symbol values can be entered in atom names either with an editor that supports them, cut and pasting from a character map accessory, by using a locale-specific version of an operating system, or by directly entering them using escape sequences.
For example, to create an operator made out of two lighting bolt type arrows using escape sequences:
:- op(555, xfx, '\x21af\\x21af\'). main :- write(clouds '\x21af\\x21af\' earth).
The wideW version of the Windows IDE supports wide characters in the editor and listener. A better way to create the above program is to set the font to Lucida Sans Unicode, and then use the Windows character map accessory to select the lightning bolt (21AF) symbol and cut and paste it in the program, without the single quotes.
Certain special characters may be embedded inside quoted atoms, character lists or strings by use of the escape character (backslash \) and a token. The handling of escape characters has been enhanced to be more in keeping with the emerging ISO standard, which is close to the C standard specification.
The use of a backslash (\) as an escape character can be irritating, especially in applications that use Windows path names, as it requires using double backslashes (\\) for directory separation.
There are two options for dealing with this problem. If the problem is only with Windows path names, then that can be avoided by using the forward slash (/) as a directory separator. Amzi! Prolog will accept either in a path name, so applications can run cross-platform.
The other option is to turn escape character processing off. A flag setting called string_esc allows you to enable or disable processing of escape characters. To turn it on:
?- set_prolog_flag(string_esc, on).
To turn it off:
?- set_prolog_flag(string_esc, off).
It can also be set from the .cfg file:
string_esc=[on|off]
The default setting is 'on'. When string_esc is off, then escape sequences, such as '\n' become simply '\n' rather than a newline.
When escape processing is enabled, the backslash (\) is the escape character and does not become part of the string (it 'escapes' normal processing). The character(s) following the backslash then has special meaning. This allows expressing character code symbols that are not available on the keyboard input device.
Escape processing dates back to teletype days, providing a way to generate control characters for line feeds, backspaces, tabs, etc. Today the newline (\n) is probably the most common sequence to use, although use of the Prolog nl/0 predicate removes much of the need for it.
The escape character is also used to take away the meaning of quotes. For example, in a quoted atom name, if you want to include a single quote, you can use backslash quote. So to encode 'isn\'t' and 'isn''t' are both ways of encoding embedded single quotes in atom names. The same applies to backquotes for strings and double quotes.
A new use of escape sequences is encoding Unicode (wide 16-bit) characters in ASCII text, that is then loaded internally as the correct wide character. For example: \x21AF\ is a lightning bolt arrow character.
The special meaning characters that can follow a backslash are as follows:
Any other character following a backslash is just the character.
Escape sequence processing can be turned off by setting the Prolog flag string_esc to off.
When are backslashes interpreted as escapes? Anytime the Prolog term reader is invoked. This includes responses to the read/1 predicate, query terms entered at the listener prompt, query terms built using the string functions in the API, and code in a file that is either interpreted or compiled. The escape causes the Prolog reader to convert the escape sequence into the correct character(s) in the input string, atom, or character list.
When are they not considered escapes? Once the string has been read it stays converted. Some I/O predicates, such as read_string/1, do not use the Prolog term reader and process backslashes as plain backslashes.
For example:
?- read(X). '\x63\\x63\'. X = cc ?- read(X). `\x63\\x63\`. X = `cc` ?- read_string(X). \x63\\x63\ X = `\x63\\x63\` ?- read_string(X), string_term(X,T). '\x63\\x63\' X = `'\x63\\x63\'` T = cc
A string is an alternate way of representing text. Unlike atoms, which are stored in a table and are represented in terms as integers, strings are represented as the string itself. They are useful for textual information that is for display purposes only.
Strings unify on a character-by-character basis with each other, and with atoms.
A string is denoted by text enclosed in matching backquotes (`). Strings may also have embedded formatting characters exactly like atoms (as described in the section on Escape Characters). For example:
`This is a long string used for\ndisplay purposes`
To represent the backquote (`) within a string use two backquotes (``).
Strings are primarily used to represent text which is being used for I/O, and not unification. For example, a clause representing customers might have the customer name as an atom, for fast unification, but have the customer's address information as a string just for output purposes.
Internally all strings are stored as Unicode (wide) character strings. This means the full Unicode character set can be used when reading and displaying information, and in Prolog source code.
Strings do not occupy space in the atom table and the space they occupy is automatically collected and reused by the system once the string is no longer needed. Consequently, strings can be more memory-efficient for large quantities of textual information.
There are predicates for working with strings, converting to and from other types, finding substrings, etc.
Variables in Prolog are called 'logical' variables. They are not the same as conventional program variables, which typically refer to an element in memory of a specific type. Logical variables are wild cards for pattern matching (unification) and take on values as the result of unifying with other Prolog terms.
A variable is represented by a series of letters, numbers and the underscore character. It must begin either with an uppercase character or the underscore character (unless the flag upper_case_atoms is on, in which case variables must begin with an underscore). The following are valid variable names:
Var Var_2 _var_3 X Leona Ivan
Two Prolog variables with the same name represent the same variable if they are in the same clause. Otherwise they are different variables (which just happen to have the same name). That is, the scope of a variable name is the clause in which it appears.
A special case is the anonymous variable. It is represented as a single underscore (_) and is used in situations where the value the variable might take is of no interest. Typically it is a placeholder in structure arguments, for arguments of no interest.
For example, a query looking for a customer's phone number, in a clause that has lots of other information, might look like this:
?- customer('Leona', _, _, _, PHONE, _, _). PHONE = 333-3333
The ISO standard recognizes two types of numbers: integers and, for decimal numbers, floats.
Amzi! supports integers according to the ISO standard. Amzi! integers are 32 bits on 32-bit operating systems.
Integers can optionally be entered using hexadecimal, octal, binary or character code notation. To do this, precede the number with 0x, 0o, 0b or 0'. They are interpreted as 32-bit unsigned integers which then map into the 32-bit signed internal integer representation. (It is an error to try to express a number larger than 32 bits using 0x, 0o, or 0b formats.) For example:
?- X = 16. X = 16 ?- X = 0o7777. X = 4095 ?- X = 0b111111. X = 63 ?- X = 0'a. X = 97 ?- X = 0xff. X = 255 ?- X = 0xabcdef. X = 11259375 ?- X = 0b1001. X = 9 % the following show 32-bit integer limits ?- X = 0xffffffff. X = -1 ?- X = 0x80000000. X = -2147483648 ?- X = 0x7fffffff. X =<PHONE_NUMBER>
Integers expressed in decimal notation, if larger than an internal integer, will be promoted to the appropriate decimal type. For example:
For example:
?- X =<PHONE_NUMBER>00000000000000000000. X = 2.000000e+029 yes
Negative numbers are entered with a preceding minus (-) sign. Care must be taken to ensure that there is no space between the minus and the number for single numbers. This is because the minus (-) is an operator, and (-) something can ambiguously be interpreted as a structure.
This ambiguity is not a problem when minus (-) is used as an operator with two arguments. For example:
?- display(-3). -3 ?- display(- 3). -(3) ?- display(2 - 3). -(2,3) ?- display(2 -3). -(2,3) yes
For decimal numbers, such as 3.3, Amzi! supports three options, including ISO standard floats:
Real numbers allow for any number of digits on either side of the decimal places. They are ideal, and very efficient, for most common and business applications, as well as being perfect for excursions into the realms of large prime numbers, calculating the digits of pi, and other mathematical games.
Floating point numbers adhere to the ISO standard, and are best suited for scientific applications. Amzi! offers both single precision and double precision floating point numbers. Single precision numbers are more efficient for applications with lots of calculations, but double precision numbers carry more digits of precision.
An explicit exponent indicator, r for reals, e for floats, can be used to force a number as either real or float. For example:
For example:
?- X =<PHONE_NUMBER>66778899.998877665544332211e. X = 1.122334e+017 ?- X =<PHONE_NUMBER>66778899.998877665544332211r. X =<PHONE_NUMBER>66778899.998877665544332211r yes
Floating point numbers are stored as single or double precision based on the setting of the Prolog flag floats, which can be set as a configuration parameter as well. The choices are single or double.
The built-in atom inf can be used in mathematical expressions to represent a floating point number larger than the largest possible representation.
When the system encounters a decimal number without an explicit exponent indicator, it stores the number as real or float based on the setting of the Prolog flag decimals, which can be set as a configuration parameter as well. The choices are real or float.
The flags decimals and floats also determine how results are stored in mixed mode mathematical expressions. For details see the section on numeric types in math.
Structures are the fundamental data types of Prolog. A structure is determined by its name (sometimes called the principal functor) and its arguments. The functor is an atom and the arguments may be any Prolog terms, including other structures. A structure is written as follows:
name(arg1, arg2, ... , argn)
There must be no space between the name and the opening parenthesis "(". The number of arguments in a structure is called the arity.
An atom is really a degenerate structure of arity 0.
The maximum arity of a structure is 4095.
Structures are used to represent data. Following are some examples of a structure whose functor is 'likes' and whose arity is 2.
likes(ella, biscuits) likes(zeke, biscuits) likes(Everyone, pizza)
Here are some more complex nested structures.
file(foo, date(1993, 6, 15), size(43898)) tree(pam, left( tree( doyle, left(L2), right(R2) ) ), right(R1)) sentence( nounphrase( det( the ), noun( dog )), verbphrase( verb( sleeps )) )
Structures are also the heads of Prolog clauses, and the goals of the bodies of those clauses. For example:
friends(X, Y) :- likes(X, Something), likes(Y, Something).
All Prolog really does is match up structures with each other.
Lists are used to represent ordered collections of Prolog terms. Lists are indicated by squared brackets '[' and ']'.
A list with a known number of elements can be written down, separated by commas within the brackets. The elements can be arbitrary Prolog terms, including other lists, e.g.:
[1, 2, 3] [alpha, 4] [ f(1), [2, a], X]
Here the first list has three elements, the numbers 1, 2 and 3. The second list has two elements. The third list also has three elements. The first is a structure of arity 1, the second a sub-list with two elements, and the third element is a variable called X.
Logically, a list can be considered to have two elements:
This way of viewing a list is very useful for recursive predicates that analyze lists. At each level of recursion, the HEAD can be used, and the TAIL passed down to the next level of recursion. It is important to remember that the TAIL is always another list.
This pattern is represented with a vertical bar: [HEAD | TAIL].
We can unify this pattern with a list to see how it works:
?- [HEAD|TAIL] = [a,b,c,d]. HEAD = a TAIL = [b, c, d]
More than one element in the HEAD can be specified:
?- [FIRST, SECOND|TAIL] = [a,b,c,d]. FIRST = a SECOND = b TAIL = [c, d]
An empty list is represented by empty square brackets, []. It is important to note that [] is NOT a list, but an atom. However, it is what is used for the TAIL when there is no tail.
?- [W, X, Y, Z|TAIL] = [a,b,c,d]. W = a X = b Y = c Z = d TAIL = []
[] is then a useful element for recognizing that a recursive list predicate has reached the end of the list. For example, consider the following predicate that writes each element of a list on a new line:
write_list([]). % empty list, end. write_list([A|Z]) :- write(A), % write the head nl, write_list(Z). % recurse with the tail
Using it:
?- write_list([apple, pear, plum, cherry]). apple pear plum cherry yes
While lists are stored more efficiently than structures, you can think of a list as a nested structure of arity two. The first argument is the head, the second argument is the same structure representing the rest of the list. The special atom, [], indicates the end of the nesting. This nature of lists can be seen using the display/1 predicate, where a dot (.) is used as the functor of the structure.
?- display( [a, b, c] ). .(a, .(b, .(c, [])))
While the normal list notation is easier to read and write, sometimes it is useful to think of the structure notation of lists when trying to understand predicates that manipulate lists.
Lists whose elements are character codes are often used in Prolog, especially in parsing applications. Prolog recognizes a special syntax to make this use more convenient.
A string of characters enclosed in double quotes (") is converted into a list of character codes. Use two double quotes("") to indicate an embedded double quote character. The following examples (using member/2 from the list library) illustrate its use, and also show predicates for converting between character lists and atoms and strings:
For example:
?- X = "abc". X = [0w0061, 0w0062, 0w0063] yes ?- member(0'b, "abc"). yes ?- atom_codes(abc, X). X = [0w0061, 0w0062, 0w0063] yes ?- atom_codes(A, "abc"). A = abc yes ?- string_list(S, "abc"). S = `abc` yes ?- string_list(`abc`, L). L = [0w0061, 0w0062, 0w0063] yes ?- [0'a, 0'b, 0'c] = "abc". yes ?- member(0'b, "abc"). yes ?- member(0x62, "abc"). yes ?- member(98, "abc"). yes
Because Unicode characters are unsigned ints and are often referred to by their hexadecimal value, character constants are represented by the a two byte hexadecimal code, using 0w to indicate a wide character.
atom_codes/2, string_list/2 and the single character code notation (0'c) all use the character constants. For example:
?- atom_codes(duck, X). X = [0w0064,0w0075,0w0063,0w006b] yes ?- atom_codes(X, [0w64, 0w75, 0w63, 0w6b]). X = duck yes
To create an atom with Japanese characters:
?- atom_codes(X, [0wf900, 0wf901, 0wf902]).
Character constants can be used in arithmetic and will unify with integers.
Comments may appear anywhere in the source code. They are preceded by a % sign. All text following the percent up to the end of the line is considered part of the comment.
Also, although it is non-standard, Amzi! Prolog allows multi-line comments encased in C-style delimiters, /* and */.
Operators provide a way of specifying an alternate input/output syntax for structures with one or two arguments. For example, they allow:
likes(leona, water) swims(leona)
to be written and read as
leona likes water leona swims
There are a number of predefined operators in Prolog, such as: +, /, *, -. This is what makes it possible to write 3 + 4 rather than +(3,4).
In order to do this we have to inform Prolog via an operator declaration that a certain name may optionally be used before, after, or in between its arguments; we speak of name as being an operator. Even if name is declared to be an operator, it can still be used in the usual structure notation.
We emphasize that declaring operators only serves to alter the way structures may look on input or output. Once inside the Prolog system, all structures are kept in the same internal form.
If an operator is declared to be used between its two arguments, we say it is an infix operator. If it is to be used before its single argument then it is a prefix operator; if it is to be used after its argument it is a postfix operator. Operators may be declared to be both infix and either pre- or post- fix, in this case they are called mixed operators.
Just declaring the "fix" of an operator is not enough however since this can lead to ambiguities. For example suppose that + and - have been declared to be infix operators. Consider:
a + b - c
What is the second argument of +? It might be b, in which case the term is
'-'( '+'(a, b), c)
or it might be the whole term b - c, in which case the term is
'+'(a, '-'(b, c))
These are very different terms so which should Prolog choose?
One way to force an interpretation is to use parentheses. So if we wanted the first interpretation we would write:
(a + b) - c
If we wanted the second we should use:
a + (b - c)
exactly as in high school algebra. However we still wish to agree on a consistent interpretation in the absence of overriding parentheses.
Prolog solves this problem by requiring two extra pieces of information about each operator at the time of its declaration: precedence and associativity.
The first piece of information required for each operator (whether pre, in or post -fix) is a number between 1 and 1200 called the precedence of the operator.
When combining different operators together, the principal functor of a term represented by a series of operators is the operator with highest precedence.
For example, suppose + is defined to have precedence 500 and * is defined to have precedence 400. Consider:
a + b * c
We start reading from the left. + has higher precedence, so it must be the principal functor of the constructed term. Therefore the term must be:
'+'(a, '*'(b, c))
This corresponds naturally to the high school algebra rule "do multiplications first".
The other piece of information required is the operator's associativity. Not only does this specify the "fix" of the operator but it also handles the ambiguity remaining in operator usagenamely how to handle consecutive operators of the same precedence.
The associativity of an operator can be one of the following atoms:
xfx yfx fx xf xfy yfy fy yf
where x and y stand for the arguments and f stands for the operator. Thus:
The meaning of x versus y is a little more subtle. x means that the precedence of the argument (i.e., the precedence of the principal functor of the argument) must be less than the precedence of f. y means that the precedence of the corresponding argument may be less than or equal to the precedence of f.
op/3 is used to define an operator's Precedence, and Associativity. Precedence must be bound to an integer between 0 and 1200. Associativity must be bound to one of the atoms fx, fy, xf, yf, xfx, xfy, yfx and Operator to either the atom which is to be made an operator or a list of such atoms (in which case all the atoms are given the same specified associativity/precedence).
For example:
?- op(500, yfx, +).
so now:
a + b + c
must be the same as:
(a + b) + c
Operators can have at most one infix declaration and one declaration of either pre- or post-fix in force at any time. Subsequent operator declarations supersede earlier ones. For example:
?- op(500, xfy, +). % + is an infix operator ?- op(1200, fx, +). % + is now both infix and prefix. ?- op(1200, xf, +). % .. but is now infix and postfix
The final argument in op may be either a single atom or a list of atoms. In the latter case all the atoms are given the same specified associativity and precedence.
current_op/3 unifies its arguments with the current operator definitions in the system. On backtracking it returns all the operator definitions that unify with the arguments.
The following Prolog operators are declared at initialization time. They can be subsequently redefined by using the op predicate (but it's not a good idea because they are used by the Prolog system).
:- (op(1200, xfx, [:-, -->])). :- (op(1200, fx, [?-, :-])). :- (op(1100, fx, [import, export, dynamic, multifile, discontiguous, sorted, indexed])). :- (op(1100, xfy, ';')). :- (op(1050, xfy, ->)). :- (op(1000, xfy, ',')). :- (op(900, fy, [\+, not, once])). :- (op(900, fy, [?, bug])). :- (op(700, xfx, [=, \=, is, =.., ==, \==, =:=, ~=, =\=, <, >, =<, >=, @<, @>, @=<, @>=])). :- (op(600, xfy, :)). :- (op(500, yfx, [+, -, /\, \/, xor])). % moved \ here from 900 fy :- (op(400, yfx, [rem, mod, divs, mods, divu, modu])). % new ones and mod :- (op(400, yfx, [/, //, *, >>, <<])). :- (op(200, xfx, **)). :- (op(200, xfy, ^)). :- (op(200, fy, [+, -, \])).
Copyright ©1987-2011 Amzi! inc. All Rights Reserved. Amzi! is a registered trademark and Logic Server is a trademark of Amzi! inc.


This page allows you to set access rights for applications available to the user. Some applications, like CVi - Reports, do not require access rights in User Administration and are not displayed on this page. Other applications, like CWSi - Card Management, have access rights split out by page and all pages are listed here. Some applications, like CWSi - User Administration, have just one set of access rights for the entire application.
Please be aware that changes made on the Applications page are reflected on this page. If an application is removed, it no longer shows up on this page. If an application is added, access rights need to be specified. Since Applications and Access Rights are dependent on each other, they are always found together.
Note: Every institution has one designated primary security administrator. Maximum privileges applicable to the institution are defined on this user's security record. Other administrators and users can be given the same or lesser privileges. When adding or maintaining a user record, you are not able to give more access than you have. Please refer to the User Administration User Manual for further details.
Click the following links for more information:
Key Information
Auto-filled with data that identifies the selected user. This information cannot be changed.
| First Name | First name of the user. |
| Last Name | Last name of the user. |
| Institution ID | Six-digit identifier assigned by EFT for the selected institution. |
| User ID | User ID of selected user. |
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This page allows you to specify access rights for each application in the Selected Applications list on the Applications page.
| Access Rights | You can grant and revoke read, add, update, and delete access for the identified pages within each application as applicable. |
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There are so many ways The Flips Project could use help from the community. The most basic way to help would be for you to share our program with the people around you. In the past we have had trouble getting the word out to the community. There are Flyers posted at the bottom of the website (one with more information and one that is more visual) in pdf form that easily be posted or screenshotted for social media or online. They can also be printed and hung up at your local business, church, or in other community places. Feel free to post a link to our website on any social media or online community pages. We don’t have social media pages yet, but if you would like to help with that or have any suggestion please don’t hesitate to contact us.
Community sponsors would make so much more possible for us. Right now, we have very few operating expenses (mainly safety insurance), but we also don’t have any source of income, which limits our outreach possibilities. We do not have a 501-c3 or tax exemption yet. However, sponsors and donations, which can be cash or by providing direct resources such as printing flyers or paying insurance, will make it possible for us to be sustainable and allow us to grow. In the future we would like to apply for a 501-c3 and be able to sponsor deserving gymnasts who have taken the class to continue gymnastics in OOA’s traditional offerings. Please contact us if you have a resource that could be beneficial our program, would like to donate, or would like to begin to navigate sponsoring a child with us. We would love to give sponsors and their businesses credit on our website as a way to thank you for your generosity.
Many hands make light work. Even with financial support and community awareness, there’s still organizing, advertising, and coaching to be done. We would love to have someone fill the role of creating and running social media for The Flips Project, which would be minimal work and very flexible, but would go a long way in getting the word out to the community. We are constantly looking for more reliable coaches who have some experience with gymnastics and are in high school or older. We have some experienced coaches who are great mentors, so you do not have to have coached before, just a patient heart that’s ready to learn. We operate with two coaches for each session as well as substitutes. We would love for you to be a part of this experience so please reach out if you are interested!


This port lies on the southern coast of San Miguel, about 20nm east of Ponta Delgarda.
Position 37°42'49"N, 25°25'41"W (harbour entrance)
Customs and Immigration are based here.
Last updated December 2015.
The marina lies to the east of the town and provides very good shelter.
The town provides all normal services.
Last updated December 2015.


This inspection reports any instances of Groovy increment or decrement expressions nested inside other expressions.
While admirably terse, such expressions may be confusing, and violate the general design principle that a
given construct should do precisely one thing.
Powered by InspectorGroovy


Notebooks
Story: Words and sentences: parts of the body
Words and sentences: parts of the body
Title
Words and sentences: parts of the body
Collection
Summary
Words in the Katkop dialect, from ≠kásin (B XXV. 2355-2360), from !kwéiten ta ||ken (L VI.-1. 3882, 3859-3897), and from Dia!kwãin (L V.-6. 4434 and 4435, 8. 4615 rev., 9. 4653 rev., etc.). |xam words, given by !kweiten ta ||ken, for parts of the body.
Comments
1) 'Dictated by !kweiten ta ||ken or Rachel, a Bushman woman, and the wife of ≠ka ssin or Klaas Katkop' (found written on the page opposite the Contents page of the notebook), 2) The page numbers in this book (VI-1) are duplicates of those in notebook IV-4, 3) This story is found in Book VI-1
Contributors
!kweiten ta ||ken (Rachel) (VI)
Date
8 December 1874
Categories
Keywords
words and sentences (parts of the body) , vocabulary (|xam) , vocabulary (parts of the body)
Story Pages
3882


A little while ago I decided to whip up a small Atompub server to get my head around the Atom Publishing Protocol. I called it FlatAtomPub because it was just storing stuff in flat files. I’m not committing to that name. It was also a chance to kick the tires on WebOb.
What I take out of the process:
- APE was very handy. I lazily did very little unit testing, instead relying on APE to do the work for me. This seemed to work quite well. It is fun doing test driven development when someone else develops the tests.
- I wrote a little decorator that serves as a kind of framework. It worked pretty well, I think. This might be the prototype of what the PylonsController.__call__ method does in some WebOb-using future.
- Stuff like conditional requests and responses are mostly implemented in WebOb itself, which works well. HTTP is clear about how conditional requests work, so if you can just setup the basic info (ETag, Last-Modified) you can let the library handle the rest. I could probably save a little work by paying closer attention to ETags and Last-Modified up-front, but since there’s no complicated template rendering the work saved doesn’t seem significant.
- The atom library removed most concern about the XML itself.
- I don’t know what to with collections. I guess I could allow multiple collections via configuration. If the store wasn’t a dumb store (e.g., it was plugged directly into a blog, it didn’t just passively store things) it would be clearer what a collection would mean. As it is, collections are just a way of aggregating multiple Atompub servers into one service document, which doesn’t seem very useful.
- Handling links and slugs is kind of annoying. I took the lazy way out for this, using relative links and treating the slug and link as the same thing. This isn’t a good long-term solution, as it can mess things up if you start handing entries around, or worse move a server, and I don’t even set xml:base on elements. In theory it should all work, but it makes the client do more effort than I would like. On the other hand, I suppose a client should do that extra work anyway, as it shouldn’t rely on the server not being lazy. So maybe I’m better off sticking with a lazy solution, and making sure I work with non-lazy clients.
- I considered pluggable storage, but ultimately decided it didn’t matter. Storing entries in files is fine; files are easy, and they work. I put in pluggable indexing instead. Amplee is another Python Atompub server, and I looked at Amplee storage backends. It’s kind of clever to have things like svn or S3 backends. But I’m not sure what use I’d actually do with that.
- I haven’t yet considered transactions; if something fails part way through, stuff will be inconsistent. Admittedly this is where files make things harder. Probably a clear way to re-index would be useful too, as at least there’s a clear location for the canonical data (the files).
- The dependencies are still a little tangled; even though the library doesn’t use a great deal of stuff, there’s enough pieces that some people have had a hard time getting it setup.
- Ignoring authentication is nice. I should see what it takes to setup some authentication, but implementing it directly is out of scope for FlatAtomPub.
Interested people can look at the svn repository.
This makes me wonder how hard WebDAV would be…
No related posts.
locking is a pain…
Is locking at all optional in WebDAV? I was hoping it was.
Your little decorator is very similar to the one I wrote recently for skunk.web (in skunk.web.controller), which is webob-based btw. The response object being a WSGI application makes things very convenient, and the framework flows from it very naturally.
Eh, so much for shrinking.
An interesting design decision for WebDAV (and probably for FlatAtompub) is building it as a WSGI app vs. middleware.
What are your thoughts on whether WebDAV (or FlatAtompub) is best implemented as an WSGI application or WSGI middleware, or does it matter?


--- layout: archive author_profile: true --- {% include base_path %}
October 2017 – Present
Software Engineer at Telsis
A position focused on voip telephony solutions and web development using Java, Typescript, nodejs, angularjs in a Restful microservices based architecture.
June. 2015 – July. 2015
Android and Web App developer [Internship]
Internship at Codly, a start up company in Cairo, Egypt.
Oct. 2014 – March. 2015
Research Assistance
I had the honor to join a university team under mister Katakis' guidance, to help, as part of my thesis, implement
the algorithm described in the paper : Mining Opinion Words and Opinion Targets in a
Two-Stage Framework Liheng Xu, Kang Liu, Siwei Lai, Yubo Chen and Jun Zhao, published
in ACL13 conference, in order to evaluate this domain specific polarity lexicon to the one
created by Pantelis Agathangelou, Ioannis Katakis, Fotios Kokkoras, Konstantinos Ntonas
in the paper : Mining Domain-Specific Dictionaries of Opinion Words, published at WISE
2014 conference. (http://deixto.com/niosto/)
Feb. 2014 – Now
Freelance Web Developer
Developing Websites for fun and friends.
Eg:
Created a simple site for a start up event company in Belgium (cmproductions.eu)


white rice
White rice is the name given to milled rice that has had its husk, bran, and germ removed. This alters the flavor, texture and appearance of the rice and helps prevent spoilage and extend its storage life. After milling, the rice is polished, resulting in a seed with a bright, white, shiny appearance.


April's Message
Experience Design prospers business, drives innovation and creates social good.
Hi, I am April Shin, a previous business analyst and currently a passionate
UX designer studying at University of Michigan.
I am currently a product design intern at Uber for summer 2019.
Find me on
Dribbble,
Medium, and
LinkedIn.
View Resume.
More projects available upon request!


Lisk
Lisk is a next generation crypto-currency and decentralized application platform, written entirely in JavaScript. For more information please refer to our website: https://lisk.io/.
Prerequisites - In order
This sections provides details on what you need install on your system in order to run Lisk.
System Install
-
Tool chain components -- Used for compiling dependencies
-
Ubuntu/Debian:
sudo apt-get update sudo apt-get install -y python build-essential curl automake autoconf libtool
-
MacOS 10.12-10.13 (Sierra/High Sierra):
Make sure that you have both XCode and Homebrew installed on your machine.
Update homebrew and install dependencies:
brew update brew doctor brew install curl automake autoconf libtool
-
-
Git (https://github.com/git/git) -- Used for cloning and updating Lisk
-
Ubuntu/Debian:
sudo apt-get install -y git
-
MacOS 10.12-10.13 (Sierra/High Sierra):
brew install git
-
https://nodejs.org/)
Node.js (-
Node.js serves as the underlying engine for code execution.
Install System wide via package manager:
-
Ubuntu/Debian:
curl -sL https://deb.nodesource.com/setup_6.x | sudo -E bash - sudo apt-get install -y nodejs
-
MacOS 10.12-10.13 (Sierra/High Sierra):
brew install<EMAIL_ADDRESS>-
-
(Recommended) Install using a version manager such as nvm.
- Install nvm following their instructions (https://github.com/creationix/nvm#installation)
- Install the correct version of Node.js using nvm:
nvm install 6.12.3
-
(Recommended) PM2 (https://github.com/Unitech/pm2) -- PM2 manages the node process for Lisk
npm install -g pm2
PostgreSQL (version 9.6):
-
Ubuntu/Debian:
curl -sL "https://downloads.lisk.io/scripts/setup_postgresql.Linux" | bash - sudo -u postgres createuser --createdb $USER createdb lisk_test createdb lisk_main sudo -u postgres psql -d lisk_test -c "alter user "$USER" with password 'password';" sudo -u postgres psql -d lisk_main -c "alter user "$USER" with password 'password';"
-
MacOS 10.12-10.13 (Sierra/High Sierra):
brew install<EMAIL_ADDRESS>initdb /usr/local/var/postgres -E utf8 brew services start<EMAIL_ADDRESS>createdb lisk_test createdb lisk_main
Installing Redis
-
Ubuntu/Debian:
sudo apt-get install redis-server
Start redis:
service redis start
Stop redis:
service redis stop
-
MacOS 10.12-10.13 (Sierra/High Sierra):
brew install redis
Start redis:
brew services start redis
Stop redis:
brew services stop redis
NOTE: Lisk does not run on the redis default port of 6379. Instead it is configured to run on port: 6380. Because of this, in order for Lisk to run, you have one of two options:
- Change the Lisk configuration
Update the redis port configuration in both config.json
and test/data/config.json
. Note that this is the easiest option, however, be mindful of reverting the changes should you make a pull request.
- Change the Redis launch configuration
Update the launch configuration file on your system. Note that their a number of ways to do this. The following is one way:
- Stop redis-server
- Edit the file
redis.conf
and change:port 6379
toport 6380
- Ubuntu/Debian:
/etc/redis/redis.conf
- MacOS:
/usr/local/etc/redis.conf
- Ubuntu/Debian:
- Start redis-server
Now confirm that redis is running on port 6380
:
redis-cli -p 6380
ping
And you should get the result PONG
.
Installation Steps
Clone the Lisk repository using git and initialize the modules.
git clone https://github.com/LiskHQ/lisk.git
cd lisk
git checkout master
npm install
Managing Lisk
To test that Lisk is built and configured correctly, issue the following command:
node app.js
Once the process is verified as running correctly, CTRL+C
and start the process with pm2
. This will fork the process into the background and automatically recover the process if it fails.
pm2 start --name lisk app.js
After the process is started, its runtime status and log location can be retrieved by issuing the following command:
pm2 show lisk
To stop Lisk after it has been started with pm2
, issue the following command:
pm2 stop lisk
NOTE: The port, address and config-path can be overridden by providing the relevant command switch:
pm2 start --name lisk app.js -- -p [port] -a [address] -c [config-path]
Tests
Preparing Node
- Recreate the database in order to run the tests against a new blockchain:
dropdb lisk_test
createdb lisk_test
- Ensure Lisk is configured to run on the same local network used by the tests. Replace the files config.json and genesis_block.json with those located under the test/data directory:
cp test/data/config.json test/data/genesis_block.json .
- Launch Lisk (runs on port 4000):
NODE_ENV=test node app.js
Running Tests
Tests are run using the following command:
npm test -- mocha:<tag>:<suite>:[section]
- Where tag can be one of
slow | unstable | untagged | extensive
(required) - Where suite can be one of
unit | functional | integration
(required) - Where section depending of the chosen suite can be:
- when
functional
-->get | post | ws | system
(optional)
- when
Individual test files can be run using the following command:
npm run mocha -- path/to/test.js
Genesis Account
The master passphrase for the genesis block used by the tests is as follows:
wagon stock borrow episode laundry kitten salute link globe zero feed marble
Contributors
https://github.com/LiskHQ/lisk/graphs/contributors
License
Copyright © 2016-2018 Lisk Foundation
This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.
You should have received a copy of the GNU General Public License along with this program. If not, see http://www.gnu.org/licenses/.
This program also incorporates work previously released with lisk 0.9.11
(and earlier) versions under the MIT License. To comply with the requirements of that license, the following permission notice, applicable to those parts of the code only, is included below:
Copyright © 2016-2018 Lisk Foundation Copyright © 2015 Crypti
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


Create Text objects using the CreateText method of the app object:
You can use the "Multiline" option to allow multi-line text and the "Left" or "Right" options
to align the text. The default is single line centered text.
Other options you will see used in the samples include AutoScale, Bold, Html and FontAwesome
Use the SetText and GetText functions of the Text object to set and get it's text.
You can change the look of a Text using the SetBackColor and SetTextColor functions on the Text object.
Text can be shortened using ellipsis (...) when the size of the control is too small to show all the text. Use the SetEllipsize to control where the ellipsis is placed. Available modes are "start", "middle", "end" and "marq".
You can also set a background image/pattern or background gradient for the Text using the SetBackground and SetBackGradient functions. See Layouts for examples of how to use these functions.
See 'CreateText for more informations and a complete function list


Watching "The Whole Nine Yards" and waiting to laugh is almost as futile as licking a popsicle stick in the hope it may eventually start to taste sweet. This lumbering, colorless attempt at comedy brings together several stars who look not only unattractive, but downright unhealthy. Instead of laughing at the puffy Matthew Perry and the skeletal Rosanna Arquette, you want to drive them to the nearest clinic for a check-up. Perhaps on the way out the door you can take a second to remind Bruce Willis his face is capable of more than just one grim expression. On the other hand, Willis isn't likely to be the only person who goes through "Yards" without cracking a smile. Mitchell Kupner's screenplay initially strives for both the corkscrew twists of "Ruthless People" and the dark humor of "Analyze This," only to quickly settle for the mundane rhythms of a bad TV sitcom. The movie's idea of a running gag is to make repeated references to the curious Canadian habit of spreading mayonnaise on hamburgers. Absolutely hilarious. Set in Montreal, "Yards" sets up Perry as Oz Oseransky, a dentist married to a harpy named Sophie (Arquette, employing the corniest French accent since Pepe Le Pew) who'd love nothing more than a ringside seat at her husband's funeral. When their new neighbor Jimmy Jones (Willis) is revealed to be none other than fugitive Chicago mobster Jimmy "Tulip" Tudeski, Oz flies into a panic, while Sophie schemes to use Jimmy to bump off her spouse. Oz zooms to the Windy City to report Jimmy to the authorities, meets Jimmy's curvy missus Cynthia (Natasha Henstridge) and learns the hard way why one should not covet thy neighbor's wife. "I haven't made love in five years," Cynthia confesses. "Neither have I -- I've been married," Oz replies. That's Kupner's idea of really snappy dialogue. As Willis practices his studied grimace and Perry wearyingly reprises all his anxious tics, the only zip in the picture is provided by Michael Clarke Duncan as a hard to figure associate of Jimmy's and Amanda Peet (TV's "Jack and Jill"), who puts considerable life into the throwaway role of Oz's goofy receptionist. With her enormous teeth and slightly crazed eyes, Peet has exactly the sort of manic edge so desperately desired by and conspicuously absent from the rest of the film. James Sanford
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


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At Sec. Zinke's invitation, the American public gave its opinion regarding America's national monuments under review. Here is what it had to say.
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Jockey is a real-time collaborative playlist web-app. Build a playlist of songs with your friends, then rate each song while it's playing to determine who has the best taste!
Invite friends
Add tracks
Listen to music
Rate songs
Jockey uses Google's realtime API to allow users to work collaboratively on playlists shared in Drive. Music is provided thanks to Soundcloud's vast database of songs.


We are playing aroun with github
If you don't already know, Github is an incredibly effective way to colleborate on development projects....
The school's website.Still doing the exercise, by adding some text
Getting used to branches
Final changes before the hand-in


Habitat
Originally from Kanto. Also found in Johto and Sinnoh. Spearow are hardy and can live in arid steppes, they also settle in forests and among grass fields.


Instrumentation
Note this is translated (mostly) literally from the instrument example in Om source.


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printer-profile(1) printer-profile(1) NAME printer-profile - Profile using X-Rite ColorMunki and Argyll CMS SYNOPSIS printer-profile [options] manuf model [rgb|cmyk] [patches] [ink-limit] DESCRIPTION printer-profile prints a test chart, uses the ColorMunki instrument to scan it in, then computes an ICM profile using the Argyll Color Manage‐ ment System. Manuf is "sam". Model is "clp-300" or "clp-315". Manuf is "hp". Model is "2600" or "cp1215". Manuf is "km". Model is "2300" or "2530". "rgb" is the usual setting. "patches" is a multiple 196 per page. Edit the script for additional models. OPTIONS -b 1|2 Bits per pixel (1) -r XRESxYRES Resolution. Default=''. () -P rem-print Remote print (64-bit) machine, or none (amd) -S rem-scan Remote scan (ColorMunki) machine, or none (mac) -D lvl Debug level EXAMPLES Profile the Samsung clp-315: $ printer-profile sam 315 rgb 196 BUGS gs 8.64 and before has problems with 32-bit machines and color profile data. Don't use! You need Argyll_V1.2.0 or later. FILES /usr/bin/printer-profile, /usr/share/foo2*/icm/testing.icm SEE ALSO firefox http://www.xritephoto.com/html/colormunkisplash.htm firefox http://www.argyllcms.com/ firefox http://www.argyllcms.com/Argyll_V1.3.5_src.zip AUTHOR Rick Richardson<EMAIL_ADDRESS>http://foo2zjs.rkkda.com/


Department of Pharmacology and Cancer Biology
Duke University School of Medicine
Kunkel 2019
Belsky et al., Genes & Development, 2015
Gutiérrez et al., Genome Research, 2019
Vinay Tripuraneni, MSTP
Vinay Tripuraneni, MSTP
Tsukuda et al., Nature 2005
| MacAlpine Lab | Collaborators |
|---|---|
| Mónica Gutiérrez | Jim Haber (Brandeis) |
| Heather MacAlpine | Thanks! |
| Yulong Li | Sue Jinks-Robertson |
| Vinay Tripuraneni | Mike Resnick |
| Rachel Hoffman | Tom Petes |
| Funding | |
| NIH/NIGMS |


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Love Quote
Being deeply loved by someone gives you strength, while loving someone deeply gives you courage
Love Quote
The beauty of a woman must be seen from in her eyes, because that is the doorway to her heart, the place where love resides.
Being deeply loved by someone gives you strength, while loving someone deeply gives you courage
The beauty of a woman must be seen from in her eyes, because that is the doorway to her heart, the place where love resides.


Kanye West has always been an influential figure in rap and hip-hop music. But with the release of "The Life of Pablo" — a digital-only album that made history when it debuted at number one on the charts — he has solidified his presence into the realm of pop culture. "The Life of Pablo" is not only influencing fans, but critics, fashion, and the music industry as a whole.
Locations where TLOP was recorded
Kanye West is notorious for secrecy while recording his albums, meaning he moves from studio to studio. For his latest, he cited 14 different places he in which he recorded in his album notes, from New York to Italy. Here are some of the most notable.
Fan Response
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The choice “{0}” is specified more than once. Duplicate key is at line {1}, column {2} in text “{3}”
You have repeated a match selection for your plural or select MessageFormat extension in your interpolation expression. The different choices have to be unique.
For more information about the MessageFormat syntax in interpolation expressions, please refer to MessageFormat extensions section at AngularJS i18n MessageFormat


HAMLET A film review by Laurie Mann Copyright 1991 Laurie Mann
HAMLET is a superbly-produced version of Shakespeare's play, with strong performances all around. Zeffirelli catches the look and feel of medieval Europe very well.
Zeffirelli's HAMLET opens at the funeral of King Hamlet, and cuts quickly to a feast, about two months later, when Queen Gertrude has married her dead husband's brother, King Claudius. The old king Hamlet has been almost forgotten, except by his grieving son, Hamlet. Nothing can rouse Hamlet from his stupor, and seeing the ghost of his father unhinges him.
Hamlet seems unhinged by more than his father's ghost. The spectre of sex also unhinges him. He's torn by his feelings for Ophelia, his feelings for his mother, and his convictions that his mother has dishonored his father. His madness is more than just a mask---he's loosing it early in the film, and spends the rest of the movie loosing it.
Mel Gibson gives a fine performance as Hamlet. I particularly liked Helena Bonham-Carter, who gives a really strong performance as Ophelia. Ophelia comes off as a very weak woman in most productions of HAMLET, but in this version you can hear the passion in her voice. Glen Close and Alan Bates portray Queen Gertrude and King Claudius as love-sick adolescents, but it works very well. And Ian Holm is sufficiently dottering as the advice-giving Polonius.
In HENRY V, Kenneth Branagh kept the frame of a theatrical production around the film, by starting the movie on a sound stage and keeping the Chorus (Derek Jacobi) in the film. Zeffirelli completely divorces Hamlet from theater, and opens up the play by adding a few short scenes that had only been described in the original. While I tend to be a purist about original material, the additions keep true to the spirit of the play.
My only reservation about the movie is that Gibson's performance is a little erratic. His early scenes of madness are a tad too wild-eyed. He is brilliant late in the movie, particularly in the climatic scene with Gertrude. However, Hamlet is a tough role to simply "act" in; it requires a theatrical performance.
It's rated PG-13. I'm not sure why--the killings aren't particularly brutal, there isn't much in the way of bad language, and the sex is only implied. (Actually, the "country matters" speech was said somewhat more laciviously than I'd seen before, and Hamlet attacks Gertrude in an almost rape-like manner.) Our ten-year-old begged to go, so we took her. Unfortunately, she was rather bored by it. (I forgot to note earlier that she enjoyed AWAKENINGS, but is now worried about getting encephalitis!) If your pre-teen wants to go, you might suggest they watch Zeffirelli's ROMEO AND JULIET on tape first, to see if they can follow it.
HAMLET is definitely worth seeing on a big screen. There are some lovely sweeping shots that will get lost on TV. It's also worth paying full price for. I'd give it an 8.
Laurie Mann **<EMAIL_ADDRESS>**<EMAIL_ADDRESS>NeXT mail<EMAIL_ADDRESS>.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


public interface InputDataSink extends DataSink
| Modifier and Type | Method and Description |
|---|---|
<C extends InputEntity> |
persistAllIgnoreNested(java.util.Collection<C> entities)
Should implement the entry point of a data sink to persist multiple input entities in a
collection.
|
<C extends InputEntity> |
persistAllIncludeNested(java.util.Collection<C> entities)
Should offer a clear alternative to
persistAllIgnoreNested(java.util.Collection<C>) if the nested
entities of the input entities are supposed to be persisted as well. |
<C extends InputEntity> |
persistIgnoreNested(C entity)
Should implement the entry point of a data sink to persist an input entity.
|
<C extends InputEntity> |
persistIncludeNested(C entity)
Should offer a clear alternative to
persistIgnoreNested(C) if the nested
entities of an input entity are supposed to be persisted as well. |
void |
persistJointGrid(JointGridContainer jointGridContainer)
Should implement the entry point of a data sink to persist a whole
JointGridContainer |
persist, persistAll, persistTimeSeries, shutdown
<C extends InputEntity> void persistIgnoreNested(C entity)
DataSink.persist(C)
and persistIncludeNested(C)
, this method should
not take care about the extraction process of nested entities (if any) but only persist
the uuid of the nested entity. This might speed up things a little bit because of
missing if-/else-clauses but can also lead to missing persisted data that should be persisted,
but is not e.g. nested types that are not available anymore afterwards. It might be useful
especially for all entities without nested entities. For all doubts about if the provided
entity contains needed nested data or not DataSink.persist(UniqueEntity)
is the
recommended method to be used.C
- bounded to be all input entities. Handling of the entities is normally then executed
by a InputEntityProcessor
entity
- the entity that should be persisted<C extends InputEntity> void persistAllIgnoreNested(java.util.Collection<C> entities)
DataSink.persistAll(Collection)
and persistAllIncludeNested(java.util.Collection<C>)
, this method should not take care about the
extraction process of nested entities (if any) but only persist the uuid of the nested entity.
This might speed up things a little bit because of missing if-/else-clauses but but can
also lead to missing persisted data that should be persisted, but is not e.g. nested types that
are not available anymore afterwards. It might be useful especially for all entities without
nested entities. For all doubts about if the provided entity contains needed nested data or not
DataSink.persistAll(Collection)
is the recommended method to be used.C
- bounded to be all unique entities. Handling of the entities is normally then
executed by a InputEntityProcessor
entities
- the entities that should be persisted<C extends InputEntity> void persistIncludeNested(C entity)
persistIgnoreNested(C)
if the nested
entities of an input entity are supposed to be persisted as well. However this might take
longer as additional entities have to be extracted and persisted.C
- bounded to be all input entities. Handling of specific entities is normally then
executed by a specific InputEntityProcessor
entity
- the entity that should be persisted including its nested entities<C extends InputEntity> void persistAllIncludeNested(java.util.Collection<C> entities)
persistAllIgnoreNested(java.util.Collection<C>)
if the nested
entities of the input entities are supposed to be persisted as well. However this might take
longer as additional entities have to be extracted and persisted.C
- bounded to be all unique entities. Handling of the entities is normally then
executed by a InputEntityProcessor
entities
- the entities that should be persisted including its nested entitiesvoid persistJointGrid(JointGridContainer jointGridContainer)
JointGridContainer
jointGridContainer
- the JointGridContainer
that should be persisted


You are entitled to free prescriptions
You are over the age of 60 and entitled to free prescriptions. You do not need to buy prescription prepayment.
You are over the age of 60 and entitled to free prescriptions. You do not need to buy prescription prepayment.


Tonto Dikeh still in Dubai prison - Source gives more incriminating details against actress
- Just recently, controversial actress Tonto Dikeh was arrested in Dubai after an altercation with security personnel and there were reports that she was later deported
- Tonto denied the deportation rumours and shared a video of herself still in Dubai
- Well, a source close to the actress has revealed more incriminating details about her arrest in an interview with Kemi Ashefon
The month of November saw quite a number of Nigerian celebrities visiting the City of Gold, Dubai, and even peppering their haters with beautiful photos and videos from the city.
Various Nigerian celebs visited the city for different reasons including attending the One Africa Fest, as well as the Bamteddy wedding.
Well, two stars whose visit to the city caused a lot of stir are celebrity besties, Tonto Dikeh and Bobrisky. Their fun trip took another turn after Tonto was arrested in Dubai following an altercation she had with security personnel, hurling insulting words at them.
There are rules - Comedian Alibaba reacts to viral video of student who fixed eyelashes to school
After the arrest was made, there were speculations that Tonto was deported from the city. Well, her best friend, Bobrisky posted a video of the actress to dispel the rumours. In the video, Tonto made sure to show that she is still in Dubai.
More details about Tonto’s detention has emerged after a close source to the actress revealed in an interview with Kemi Ashefon that the mother of one is still in Dubai.
According to the source, Bobrisky’s post about Tonto is just damage control to make fans think everything is well.
The source said: “First, Tonto is not the type to use that kind of video to debunk allegations of detention and deportation.
She would have used a more beautiful background wearing gorgeous clothes and displaying affluence. That was a damage control video she shared through Bobrisky. Tonto was looking like a tart! She wasn’t wearing make-up and looking like a prisoner in one small room! Anyways, in the video, there was no address about or her arrest. The Tonto we knew would have tore whoever wrote that story into shreds.”
Just in: Former attorney general Adoke ‘arrested in Dubai’
Also, Bobrisky has now shared another video on his page showing Tonto Dikeh telling her fans to follow her new Instagram page, @king_wigocharity. The actress explained that her old account is fine but she left her password in her office in Nigeria and cannot access the page.
See the video below:
Kemi Ashefon’s source also commented on this. The source said: “Who is fooling who? She said she is still in Dubai but her password is still in Africa! In this IT age? The video looks so stupid! Meanwhile, before the new page, she had posted many photos from Dubai on the old page @tontolet which has over 5million followers. It was on her old page she posted her ‘fake gift’ from Timi Frank. She even bought a new phone to run the new page! As a matter of fact, she removed the nylon seal from the cover of the phone!”
Speaking further on the actress, Kemi Ashefon’s source explained that after Tonto was arrested, her hotel room was searched and hard substances were found.
The source said: “After her arrest and her hotel room was searched, they found out that she came to Dubai with hard drug*s which she must have been taking.”
Hmm...Nawa o.
Legit.ng had reported how the actress in an Instagram post on Friday, November 15, said her big brother, Timi, gifted her an amazing AP wristwatch and an apartment for her son in Dubai. She told her son that the apartment will be serving during his school breaks as a place to stay in Downtown, Dubai.
PAY ATTENTION: Do you have news to share? Contact Legit.ng instantly
HELLO! NAIJ.com (naija.ng) upgrades to Legit.ng We keep evolving to serve our readers better
Should Tonto Dikeh have blasted her ex-husband online? Nigerians react | Legit TV
BBNaija star Uriel blasts troll, says everything she buys with her money is a big deal


Utopia is designed to make deployment to remote servers easy.
The preferred method of deployment to a production server is via git. The utopia
command assists with setup of a remote git repository on the server. It will setup a git
post-update
hook which will deploy the site correctly and restart passenger for that site.
To setup a server for deployment:
$ mkdir /srv/http/www.example.com
$ cd /srv/http/www.example.com
$ sudo -u http utopia server create
On your development machine, you should setup the git remote:
$ git remote add production ssh://remote/srv/http/www.example.com
$ git push --set-upstream production master
Utopia will load config/environment.yaml
and update ENV
before executing any code. You can set default environment values using the utopia
command:
$ sudo -u http utopia environment RACK_ENV=production DATABASE_ENV=production_cluster_primary
ENV["RACK_ENV"] will default to "production" unless otherwise specified.
ENV["DATABASE_ENV"] will default to "production_cluster_primary" unless otherwise specified.
To set a value, write KEY=VALUE
. To unset a key, write KEY
.
When you run rake
tasks or spawn a server, the values in config/environment.yaml
will be the defaults. You can override them by manually specifying them, e.g. DATABASE_ENV=development rake db:info
.
The best deployment platform for Utopia is Linux. Specifically, Arch Linux with the following packages:
There have been issues with the official packages and thus these packages were developed and tested with Utopia deployment in mind.
Create a configuration file for your site, e.g. /etc/nginx/sites/www.example.com
:
server {
listen 80;
server_name www.example.com;
root /srv/http/www.example.com/public;
passenger_enabled on;
}
server {
listen 80;
server_name example.com;
rewrite ^ http://www.example.com$uri permanent;
}
Create a file /etc/sudoers.d/http
with the following contents:
# Allow user samuel to check out code as user http using git:
%wheel ALL=(http) NOPASSWD: ALL
This allows the deploy task to correctly checkout code as user http
.


ChangeLog
3.6 - Upcoming release
- Switch to the new isl AST generator (replacing CLooG)
- Run-time alias checks
- Computation of no-alias information for later LLVM optimizations (vectorizer, LICM, ...)
- Support for multi-dimensional arrays of parameteric size (still tested)
- New assumption tracking framework
- Accesses to multi-dimensional arrays of fixed size are within bounds
- Compile-time reduction


WITNESS LIST State, Federal & International Relations Committee June 13, 2000-10:00A State Poet/State Artist For: McMillan, Jim Bob (Austin Writer's League) On: Archer, Jeff (Texas Legislative Council) Hubble, Peggy (Self and Christian-Hubble Media and Communications) Wiegand, Laura (Texas Commission on the Arts)


module Std:sig
..end
Interface that should support any regular data type.
A regular type is catch all term for all data types that are regular, like numbers, characters, strings and their algebraic closure. A proper term for such types would be inductive types. A regular type always has a concrete representation, it is printable, comparable (with total order), hashable, etc.
To contrast, functions, closures, proxies, descriptors, and any co-inductive types are non-regular. The main difference, is that regular type is self contained, where non-regular types, usually represent something that can be only observed, but not really represented with the data type.
On the border line we have Opaque
data types. These are types,
that pretend to be Regular
, but we can't actually inspect their
representation.
So what the library actually provides. First of all it defines the
Regular
interface, that each regular data type is expected to
implement. This includes a full set of Io
functions, that allows
one to read, write and serialize values of the type (see Std.Data
interface). It also provides an inteface for creating different
collections from the values of that type, including trees,
hashtables, maps, sets, etc. Also, it describes the whole algebra
of comparison functions. For the opaque data types an interface
called Std.Opaque
is provided, that is a proper subset of the
Regular
. It doesn't provide printing and serialization, but has
everything that can be derived for a type with a total order
(e.g., containers, comparison function, etc).
A functor is provided for each interface, that requires the minimal implementation, and derives the rest.
Finally, a Std.Bytes
module is provided that facilitates the
transfer from mutable to immutable Strings
. It is the extension
of OCaml standard Bytes module, enhanced with the expected set of
functions.
typebytes =
Bytes.t
bytes is a mutable sequence of bytes that has a fixed length.
Each type class is an abstraction of a tuple of function.
type 'a
reader
an interface for reading a value from the input.
type 'a
writer
an interface for writing a value to the output.
type
digest
a string that digests data
type'a
printer =Stdlib.Format.formatter -> 'a -> unit
'a printer
constructs a printer type for arbitrary type 'a
.
A value of type 'a printer
is a function that is expected by
the %a
specifier of the Format.printf
family of functions.
module Printable:sig
..end
Printable data structures.
module Seq:sig
..end
Lazy sequence.
type'a
seq ='a Seq.t
Abbreviation for 'a Sequence.t
val (^::) : 'a -> 'a seq -> 'a seq
x ^:: xs
is a consing operator for sequences
module Data:sig
..end
Data types support module.
module Regular:sig
..end
Regular types models a general concept of value, i.e., something
that can be used in way similar to regular int
, string
,
char
and other built in types.
module Opaque:sig
..end
Opaque type is like regular type, except that we can print or examine it in any way.
module Bytes:sig
..end
Extension of the standard bytes module.


Gift Guide 2019: The Best Family Presents Under $200
by Vivienne DeckerHoliday shopping for a family can be an overwhelming prospect, but I have come up with a list of items that every family is sure to enjoy. From DNA testing, to cornhole-playing, to super-size Jenga-building, these gifts under $200 are sure to be enjoyed in special family moments to come.
Health and Ancestry Insights
What cooler gift for a family than an understanding about what their DNA says about their ancestry, traits and health. The 23andMe Health + Ancestry Service shares details about health predispositions ranging from Type 2 Diabetes and Late-Onset Alzheimer’s Disease, as well as ancestry, finding out exactly where a person’s DNA comes from more than 1,500 regions. The service also shares information about how your DNA can influence your taste, smell and facial features, which could make for some fun family entertainment. Or fistfights.
A Cornhole Set
There are no family squabbles that a round of good old-fashioned Cornhole can’t solve. The classic game is fun for all ages, whether it’s 3-year-olds, 30-year-olds who have had a few drinks, or those old enough to not start reading any long novels.
A Classic Nintendo System
This Classic Nintendo Entertainment System will make anyone nostalgic for Super Mario Bros. in the best way. Now you can buy this system preloaded with 30 of your favorite games from Pac-Man to Donkey Kong and The Legend of Zelda and relive the thrills.
An Ice Cream Maker
Who doesn’t want to play budding ice-cream entrepreneur and make their very own special blend of organic-peppermint-fair-trade-chocolate-swirl ice cream? This Cuisinart Electric Ice Cream Maker makes up to 2 quarts of ice cream, gelato or sorbet in just 20 minutes.
A Bite-Size Multimedia Projector
Turn any room or backyard into an epic movie theater or family photo viewing party. Connect it to your phone and start the epic slide show or video series. Toothpicks [to keep eyes propped open during epic slide show] not included.
The Ultimate Family Pajamas
What holiday gift list would be complete without an incredible set of matching family pajamas? Made with 100% organic cotton, Burt’s Bees Baby Family Jammies are the best out there.
The Giant Jenga Game
There are few more thrilling things to buy a family than a super-size Jenga Giant set. This 5-foot-tall set is sure to entertain, just be sure little ones move out of the way before the tower falls.
The Perfect Throw
This 100% alpaca throw from Parachute is the perfect addition to any home. A cozy blanket is always a welcome gift for any family, and encourages comfy couch lounging.
Taco Serving Set
Whether Taco Night is a weekly occurrence or saved for Cinco de Mayo (we vote weekly), who wouldn’t want a special serving set for the occasion? It’s perfect for the family who has everything, and a welcome addition to any kitchen.
Millennial Game Night
The ultimate Millennial game, Cards Against Humanity may not be suitable for little ones, but it would certainly be fit for some cross-generational giggles for all who have at least reached puberty.