What we've got here is failure to communicate. Some men you just can't reach.
So you get what we had here last week, which is the way he wants it. Well, he gets it.
I don't like it any more than you men.
Office Hours
"Mag-aral maigi. Kung titigil ka sa pag-aaral, manghihinayang ka pagtanda mo dahil hindi mo naranasan ang kakaibang ligayang dulot ng mga araw na walang pasok o suspendido ang klase o absent ang teacher. (Haaay, sarap!). Nalaman kong marami palang libreng lecture sa mundo, ikaw ang gagawa ng syllabus."


"ABISHAG "father of (i.e., “given to”) error, a young woman of Shunem, distinguished for her beauty. She was chosen to minister to David in his old age. She became his wife (1 Kings 1:3,4,15). After David’s death Adonijah persuaded Bathsheba, Solomon’s mother, to entreat the king to permit him to marry Abishag. Solomon suspected in this request an aspiration to the throne, and therefore caused him to be put to death (1 Kings 2:17-25).
"ABISHAG "father of (i.e., “given to”) error, a young woman of Shunem, distinguished for her beauty. She was chosen to minister to David in his old age. She became his wife (1 Kings 1:3,4,15). After David’s death Adonijah persuaded Bathsheba, Solomon’s mother, to entreat the king to permit him to marry Abishag. Solomon suspected in this request an aspiration to the throne, and therefore caused him to be put to death (1 Kings 2:17-25).


Class camera
A class acting like a camera using scale, translate, and rotate.
Methods
| camera:new (_, args) | Creates the instance of the camera with the values passed in args. |
| camera:draw () | Performs all necessary matrix transformations needed by the camera. |
| camera:getTransformations () | Returns a table containing all of the matrix transformations done by the camera. |
| camera:toCameraCoords (x, y) | Converts screen coordinates to camera coordinates. |
| camera:toScreenCoords (x, y) | Converts camera coordinates to screen coordinates. |
| camera:transition (time, interpolation, values, key, fct) | Transitions the values in values using the interpolation provided in the time provided, running fct. |
| camera:pan (x, y, time, interpolation, fct) | Pans the camera to the given location in the given amount of time using the given interpolation. |
| camera:panTo (obj, time, interpolation, fct) | Pans the camera to the given object in the given amount of time using the given interpolation. |
| camera:zoomTo (newZoom, time, interpolation, fct) | Zooms the camera to the given zoom level in the given amount of time using the given interpolation. |
| camera:follow (obj) | Makes the camera follow the given object. |
| camera:unfollow () | Makes the camers stop following anything. |
| camera:update () | Makes sure camera:follow works. |
Methods
- camera:new (_, args)
-
Creates the instance of the camera with the values passed in args.
Parameters:
- _ (Unused) Allows camera.new to be called or camera:new.
- args
table
A table of arguments modifying the camera. Can be any of the following:
x: The x coordinate of the camera. Defaults to 0.
y: The y coordinate of the camera. Defaults to 0.
w: The width of the camera's viewport. Defaults to the screen width.
h: The height of the camera's viewport. Defaults to the screen height.
viewport: Another way of specifying the width and height of the camera. Defaults to the screen dimensions.
zoom: How much the camera should be zoomed in. Defaults to 1.
rotation: How much the camera should be rotated, in degrees. Defaults to 0.
Returns:
-
camera
The instance of the camera. Will error if the camera instance already exists.
- camera:draw ()
-
Performs all necessary matrix transformations needed by the camera.
Returns:
-
nil
- camera:getTransformations ()
-
Returns a table containing all of the matrix transformations done by the camera.
Returns:
-
table
A table containing all of the matrix transformations done by the camera.
- camera:toCameraCoords (x, y)
-
Converts screen coordinates to camera coordinates.
Parameters:
- x number The x coordinate in screen coordinates
- y number The y coordinate in screen coordinates.
Returns:
-
number,number
x and y in camera coordinates.
- camera:toScreenCoords (x, y)
-
Converts camera coordinates to screen coordinates.
Parameters:
- x number The x coordinate in camera coordinates
- y number The y coordinate in camera coordinates.
Returns:
-
number,number
x and y in screen coordinates.
- camera:transition (time, interpolation, values, key, fct)
-
Transitions the values in values using the interpolation provided in the time provided, running fct.
key can be used to make sure it cancels the function with the given key, and fct will run on each iteration.
Parameters:
- time number How many seconds it should take for the value to change completely.
- interpolation string (Optional) The key of the function in camera.interpolations to use to tween the values.
- values table A table whose keys are the fields to transition, and whose values are what they should transition to.
- key string (Optional) The key of the transition function, so other functions on that key can be cancelled.
- fct function (Optional) A function to run on each iteration of the transition.
Returns:
-
A function which will cancel the transition.
- camera:pan (x, y, time, interpolation, fct)
-
Pans the camera to the given location in the given amount of time using the given interpolation.
Parameters:
- x number Where it should end up on the x coordinate.
- y number Where it should end up on the y coordinate.
- time number How many seconds it should take to pan completely.
- interpolation string (Optional) The key of the function in camera.interpolations to use to tween the values.
- fct function A function to run on each movement of the camera.
Returns:
-
A function which will cancel the camera pan right where it is.
- camera:panTo (obj, time, interpolation, fct)
-
Pans the camera to the given object in the given amount of time using the given interpolation.
Parameters:
- obj table The object to pan to. (It does not actually need to be an object, it could be a normal table)
- time number How many seconds it should take to pan completely.
- interpolation string (Optional) The key of the function in camera.interpolations to use to tween the values.
- fct function (Optional) A function to run on each movement of the camera.
Returns:
-
A function which will cancel the camera pan right where it is.
- camera:zoomTo (newZoom, time, interpolation, fct)
-
Zooms the camera to the given zoom level in the given amount of time using the given interpolation.
Parameters:
- newZoom number Where the zoom should end up.
- time number How many seconds it should take to pan completely.
- interpolation string (Optional) The key of the function in camera.interpolations to use to tween the values.
- fct function (Optional) A function to run on each movement of the camera.
Returns:
-
function
A function which will cancel the camera pan right where it is.
- camera:follow (obj)
-
Makes the camera follow the given object.
Parameters:
- obj table The object to follow.
Returns:
-
nil
- camera:unfollow ()
-
Makes the camers stop following anything.
Returns:
-
nil
- camera:update ()
-
Makes sure camera:follow works.
Returns:
-
nil


While anthropogenic (caused by humans) emissions are a large source of greenhouse gas emissions, there are others. What are some of the other sources of greenhouse gas emissions in the atmosphere? How do the amounts of these emissions compare to those produced by humans?
in-context


Type DiceExpression
Namespace RogueSharp.DiceNotation
The DiceExpression class can be used to fluently add DiceTerms to a collection and then Roll them.
Methods
Public instance methods
DiceExpression Constant(int value)
Add a constant to this DiceExpression with the specified integer value
Parameters
-
int
value - An integer constant to add to this DiceExpression
Returns
-
DiceExpression
- A DiceExpression representing the previous terms in this DiceExpression plus this newly added Constant
DiceExpression Dice(int multiplicity, int sides, int scalar)
Add multiple Dice to this DiceExpression with the specified parameters
Parameters
-
int
multiplicity - The number of Dice
-
int
sides - The number of sides per Die
-
int
scalar - The value to multiply the result of the Roll of these Dice by
Returns
-
DiceExpression
- A DiceExpression representing the previous terms in this DiceExpression plus these newly added Dice
DiceExpression Dice(int multiplicity, int sides)
Add multiple Dice to this DiceExpression with the specified parameters
Parameters
-
int
multiplicity - The number of Dice
-
int
sides - The number of sides per Die
Returns
-
DiceExpression
- A DiceExpression representing the previous terms in this DiceExpression plus these newly added Dice
DiceExpression Dice(int multiplicity, int sides, int scalar, Nullable<int> choose)
Add multiple Dice to this DiceExpression with the specified parameters
Parameters
-
int
multiplicity - The number of Dice
-
int
sides - The number of sides per Die
-
int
scalar - The value to multiply the result of the Roll of these Dice by
-
Nullable<int>
choose - Optional number of dice to choose out of the total rolled. The highest rolled Dice will be chosen.
Returns
-
DiceExpression
- A DiceExpression representing the previous terms in this DiceExpression plus these newly added Dice
DiceExpression Die(int sides, int scalar)
Add a single Die to this DiceExpression with the specified number of sides and scalar
Parameters
-
int
sides - The number of sides on the Die to add to this DiceExpression
-
int
scalar - The value to multiply the result of the Roll of this Die by
Returns
-
DiceExpression
- A DiceExpression representing the previous terms in this DiceExpression plus this newly added Die
DiceExpression Die(int sides)
Add a single Die to this DiceExpression with the specified number of sides
Parameters
-
int
sides - The number of sides on the Die to add to this DiceExpression
Returns
-
DiceExpression
- A DiceExpression representing the previous terms in this DiceExpression plus this newly added Die
DiceResult MaxRoll()
Roll all of the Dice that are part of this DiceExpression, but force all of the rolls to be the highest possible result
Returns
-
DiceResult
- A DiceResult representing the results of this Roll. All dice should have rolled their maximum values
DiceResult MinRoll()
Roll all of the Dice that are part of this DiceExpression, but force all of the rolls to be the lowest possible result
Returns
-
DiceResult
- A DiceResult representing the results of this Roll. All dice should have rolled their minimum values
DiceResult Roll()
Roll all of the Dice that are part of this DiceExpression
Uses DotNetRandom as its RNG
Returns
-
DiceResult
- A DiceResult representing the results of this Roll
DiceResult Roll(IRandom random)
Roll all of the Dice that are part of this DiceExpression
Parameters
-
IRandom
random - IRandom RNG used to perform the Roll.
Returns
-
DiceResult
- A DiceResult representing the results of this Roll


Re-turnIt
Account
blog
My account info
Main page
Account QR Code
Current Account
Current Total
$8.00
Withdraw
Overall made
$28.00
Amount Pending
PET Bottles
$6.40
10.0 lb
Aluminium Cans
$13.12
8 lb
HDPE bottles
$17.40
$30 lb
History
In
+$8.00
Out
-$5.00
In
+$20.00
Out
-$5.00
Out
-$10.00


|
hwlib
C++ hardware library for V1IPAS-TI
|
i2c bus master interface More...
#include <hwlib-i2c.hpp>
Public Member Functions | |
| virtual void | write (fast_byte a, const byte data[], fast_byte n)=0 |
| i2c write transaction More... | |
| virtual void | read (fast_byte a, byte data[], fast_byte n)=0 |
| i2c read transaction More... | |
i2c bus master interface
This class abstracts the interface of a master to an I2C bus.
In its simplest form, an I2C bus has one master and a number of slaves that are connected by two wires: SCL (clock) and SDA (data). Both lines are pulled up by pull-up resistor, and can (only) be pulled down by a connected chip (open-collector).
An I2C transaction is either a read transaction or a transaction. In both cases, the transaction starts with the master transmitting a control byte, which contains the address of the slave chip, and one bit that indicates whether it is a read or a write transaction. The bits of a byte are transferred MSB (most significant bit) first.
Next the slave chip receives (write transaction) or transmits (read transaction) as many bytes as the master asks for.
At the bit level, master generates clock pulses by pulling the SCL line low. While the SCL is low, the master or slave can put a bit on the SDA line by pulling it down (for a 0) or letting it float (for a 1). The SCL line is always driven by the master (unless the slave uses clock-stretching), the SDA line is driven by the device on the bus that sends the bit.
Two special conditions are used. To signal the start (S) of a transaction, the sda is pulled low while the clk is high. The reverse is used to indicate a stop (P, the end of a transaction): the dta is released (goes high) while the clock is high.
Most slave chips that have only one data byte that can be read or written use a single-byte read or write transmission to read or write that data byte. Slave chips that have more than one address that can be written often use a write transaction where the first byte(s) written determine the address (within the slave chip), and the subsequent byte(s) are written to that address (and to the next addresses). An I2C read transaction addresses the slave chip, but has no provision to specify an address within the slave chip. A common trick is that a read addresses the last address specified by a (previous) write transaction. Hence to read from address X first a write is done to address X, but the transaaction stops after the X, hence nothing is written, but this sets the address pointer inside the slave chip. Now a read transaction reads from this address.
As always, consult the datasheet of the chip for the details.
The I2C bus was invented by Philips, who had a patent on it. Hence other manufacturers that implemented the I2C bus on their chips had either to pay royalties to Philips, or tried to avoid this by implementing a protocol that was compatible with I2C, without mentioning I2C. The I2C patent has expired, but you can still find many chips that are described as 'implementing a two-wire protocol' or something similar. In most cases this means that the chip implements I2C.
references:
i2c read transaction
This function reads n bytes from the slave at address a to data[].
Note that n is a byte, hence the maximum number of bytes is 255.
Implemented in hwlib::i2c_bus_bit_banged_scl_sda.
i2c write transaction
This function write n bytes from data[] to the slave at address a.
Note that n is a byte, hence the maximum number of bytes is 255.
Implemented in hwlib::i2c_bus_bit_banged_scl_sda.


About Daniel Kinyanjui
About Me
I am aspiring creative and innovative website and web application developer.
For the last 6 years, I have designed Elegant and Highend websites for client such as Classy Collar Ltd, Ruthys Cake Haven, Vintage Interiors, Sparkie Stores, SMK Consultants, and Sema Expense Manager. I have accumulated lots of experience in this field that has enabled me to satisfy my client needs by understanding their preference and implementing tools and technologies I have perfected throughout my career to meet their expectations. Kindly feel free to contact me about any questions or requests.
😀Education Background
- Degree in Infomation Technology.
- Java Certification
- Wedesign Certification
- Oracle Certification
- DevOps
Hobbies
- Running
- Racing
- Farming
© Copyright 2020 Designed by DK


#include <search.h> int hcreate(size_t nel); ENTRY *hsearch(ENTRY item, ACTION action); void hdestroy(void); #define _GNU_SOURCE /* See feature_test_macros(7) */
#include <search.h> int hcreate_r(size_t nel, struct hsearch_data *htab); int hsearch_r(ENTRY item, ACTION action, ENTRY **retval, struct hsearch_data *htab); void hdestroy_r(struct hsearch_data *htab);
The three functions hcreate_r(), hsearch_r(), hdestroy_r() are reentrant versions that allow a program to use more than one hash search table at the same time. The last argument, htab, points to a structure that describes the table on which the function is to operate. The programmer should treat this structure as opaque (i.e., do not attempt to directly access or modify the fields in this structure).
First a hash table must be created using hcreate(). The argument nel specifies the maximum number of entries in the table. (This maximum cannot be changed later, so choose it wisely.) The implementation may adjust this value upward to improve the performance of the resulting hash table.
The hcreate_r() function performs the same task as hcreate(), but for the table described by the structure *htab. The structure pointed to by htab must be zeroed before the first call to hcreate_r().
The function hdestroy() frees the memory occupied by the hash table that was created by hcreate(). After calling hdestroy() a new hash table can be created using hcreate(). The hdestroy_r() function performs the analogous task for a hash table described by *htab, which was previously created using hcreate_r().
The hsearch() function searches the hash table for an item with the same key as item (where "the same" is determined using strcmp(3)), and if successful returns a pointer to it.
The argument item is of type ENTRY, which is defined in <search.h> as follows:
typedef struct entry { char *key; void *data; } ENTRY;
The field key points to a null-terminated string which is the search key. The field data points to data that is associated with that key.
The argument action determines what hsearch() does after an unsuccessful search. This argument must either have the value ENTER, meaning insert a copy of item (and return a pointer to the new hash table entry as the function result), or the value FIND, meaning that NULL should be returned. (If action is FIND, then data is ignored.)
The hsearch_r() function is like hsearch() but operates on the hash table described by *htab. The hsearch_r() function differs from hsearch() in that a pointer to the found item is returned in *retval, rather than as the function result.
On success, hsearch() returns a pointer to an entry in the hash table. hsearch() returns NULL on error, that is, if action is ENTER and the hash table is full, or action is FIND and item cannot be found in the hash table. hsearch_r() returns nonzero on success, and 0 on error. In the event of an error, these two functions set errno to indicate the cause of the error.
hcreate_r() and hdestroy_r() can fail for the following reasons:
hsearch() and hsearch_r() can fail for the following reasons:
POSIX.1-2001 specifies only the ENOMEM error.
The hcreate_r(), hsearch_r(), and hdestroy_r() functions are thread-safe.
The hdestroy() and hdestroy_r() functions do not free the buffers pointed to by the key and data elements of the hash table entries. (It can't do this because it doesn't know whether these buffers were allocated dynamically.) If these buffers need to be freed (perhaps because the program is repeatedly creating and destroying hash tables, rather than creating a single table whose lifetime matches that of the program), then the program must maintain bookkeeping data structures that allow it to free them.
Individual hash table entries can be added, but not deleted.
The following program inserts 24 items into a hash table, then prints some of them.
#include <stdio.h> #include <stdlib.h> #include <search.h> static char *data[] = { "alpha", "bravo", "charlie", "delta", "echo", "foxtrot", "golf", "hotel", "india", "juliet", "kilo", "lima", "mike", "november", "oscar", "papa", "quebec", "romeo", "sierra", "tango", "uniform", "victor", "whisky", "x-ray", "yankee", "zulu" }; int main(void) { ENTRY e, *ep; int i; hcreate(30); for (i = 0; i < 24; i++) { e.key = data[i]; /* data is just an integer, instead of a pointer to something */ e.data = (void *) i; ep = hsearch(e, ENTER); /* there should be no failures */ if (ep == NULL) { fprintf(stderr, "entry failed\n"); exit(EXIT_FAILURE); } } for (i = 22; i < 26; i++) { /* print two entries from the table, and show that two are not in the table */ e.key = data[i]; ep = hsearch(e, FIND); printf("%9.9s -> %9.9s:%d\n", e.key, ep ? ep->key : "NULL", ep ? (int)(ep->data) : 0); } hdestroy(); exit(EXIT_SUCCESS); }


--- layout: post title: Another Day At The Beach date: 2011-03-20 08:49:24.000000000 -04:00 categories: - Family Life tags: - family activities - Jairah - Nippers - Scarlett - Tenneille - The beach status: publish type: post published: true meta: aktt_notify_twitter: 'no' _edit_last: '1' dsq_thread_id: '1188586509' author: login: cint email<EMAIL_ADDRESS>display_name: Jacinta first_name: Jacinta last_name: '' ---
Scarlett had Nippers yesterday. Which mean a lovely afternoon spent at the beach. The weather was perfect, not too hot, not too cold. Jairah and Tenneille loved walking around in the shallows of the bay.
Scarlett looks like a pro now on the body board. Unfortunately I only had my phone so couldn't get a good photo to show you. I think I ended up with about 50 shells in my pocket that were gifts from Tenneille. Each one she gave me, she promised was the last one, but of course there was always 'one more' that she liked 'the best'.
We enjoyed good olde fish and chips afterwards before all heading home happy, but weary. We were told by one of the group leaders that Scarlett has improved the most overall in the group. Now trying not to get a big head, but we have noticed how far she has come too and we are so proud of her efforts. We only have 2 more weeks to go before the season ends. It has been a fun journey.
Jacinta x


Parable provides support for simple variables through two approaches (variables, and values).
A variable in Parable is simply a pointer to a slice. The value stored in the first location of the slice can be accessed via @ and updated using !.
For a simple example, consider:
'temp' variable
"store 100 into the temp variable"
#100 &temp !
"read the value stored in the variable named temp:"
&temp @
"Multiply the value in temp by 1000 and update it with the new value:"
&temp @ #1000 * &temp !
Variables are quick and easy, but when you need to use them a lot, it can make the code messy and harder to follow. It's best to avoid them whenever possible.
A value is similar to a variable in that it holds a single value. But they're a bit more flexible in that they are actually functions, not raw pointers. They are created using value and updated using to.
Consider the following, which is functionally equivilent to the example for variable:
'temp' value
"store 100 into the temp variable"
#100 to temp
"read the value stored in the variable named temp:"
temp
"Multiply the value in temp by 1000 and update it with the new value:"
temp #1000 to temp
Values are cleaner to read than values, but have additional overhead since they need to decide whether they are being read or updated.
Unlike variables, values store and restore the data type automatically. E.g., to store and work on a string you could do:
'temp' variable
'hello' &temp !
&temp @ :p :s 'world!' +
Or:
'temp' value
'hello' to temp
temp 'world!' +


Drunken beans (Pintos Borrachos)
Pinto beans cooking with beer, what beer you use can change the dish.
Ingredients
- 1 small yellow onion
- 3 gloves of garlic
- 2 tomatoes. chopped
- 4 cups of water
- 1 ½ cups of pinto beans (can be dried or canned)
- 1 tbsp oregano
- ¾ tsp cumin
- 2 tbsp chilli powder(depends how hot you like it)
- 12oz of Beer/dark ale
Directions
- Sauté onions.
- Add garlic, sauté bit longer.
- Add tomatoes, water, beans, oregano, cumin, chilli powder, beer and salt, gradually bring to boil.
- When boiled, reduce to simmer.
- When beans are al dente (about 1 hour if using dried), bring to quick boil and evaporate remaining liquid until beans are stew-like.
- Remove from the heat and mashup, or skip this step if you want more of a bean stew.
Contribution
- just a dude who likes cooking
Recipe tags:
beans
stew


White on roll, cube action?
pips White=127 Black=114
(CorrectAnswer= 0/0, ErrorScore= 0)
No double Player Winning Chances: 65.412% (G:23.915% B:0.623%) Opponent Winning Chances: 34.588% (G:9.041% B:0.251%) Double/Take Player Winning Chances: 66.202% (G:25.293% B:0.551%) Opponent Winning Chances: 33.798% (G:9.786% B:0.268%) Cubeless Equities: No double=+0.4607 Double=+0.9639 Cubeful Equities No double: +0.6185 (-0.0981) Double/Take: +0.7166 Double/Pass: +1.0000 (+0.2834) Best Cube action: Double / Take


annie fitzgerald bartholomew is a designer, programmer and artist ✿
annie has worked for clients in art/design, tech, media and environmental fields. currently, she is a 2021 RARE with Google fellow, working as a UX/visual designer on the material design team. she also has volunteered at our climate voices, a climate justice organization that amplifies first-person climate change narratives and uses ethical storytelling. she is an alum of recurse center. her technical skills include digital + product design with adobe creative suite, figma + sketch, developing responsive websites + full stack web applications, and is always learning new things.
she currently lives and works in brooklyn.


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java.lang.Object com.vividsolutions.jts.operation.polygonize.EdgeRing
public class EdgeRing
Represents a ring of PolygonizeDirectedEdge
s which form
a ring of a polygon. The ring may be either an outer shell or a hole.
| Constructor Summary | |
|---|---|
EdgeRing(GeometryFactory factory)
|
| Method Summary | |
|---|---|
void |
add(DirectedEdge de)
Adds a DirectedEdge which is known to form part of this ring. |
void |
addHole(LinearRing hole)
Adds a hole to the polygon formed by this ring. |
static EdgeRing |
findEdgeRingContaining(EdgeRing testEr,
java.util.List shellList)
Find the innermost enclosing shell EdgeRing containing the argument EdgeRing, if any. |
LineString |
getLineString()
Gets the coordinates for this ring as a LineString . |
Polygon |
getPolygon()
Computes the Polygon formed by this ring and any contained holes. |
LinearRing |
getRing()
Returns this ring as a LinearRing , or null if an Exception occurs while
creating it (such as a topology problem). |
boolean |
isHole()
Tests whether this ring is a hole. |
static boolean |
isInList(Coordinate pt,
Coordinate[] pts)
Tests whether a given point is in an array of points. |
boolean |
isValid()
Tests if the LinearRing ring formed by this edge ring is topologically valid. |
static Coordinate |
ptNotInList(Coordinate[] testPts,
Coordinate[] pts)
Finds a point in a list of points which is not contained in another list of points |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public EdgeRing(GeometryFactory factory)
| Method Detail |
|---|
public static EdgeRing findEdgeRingContaining(EdgeRing testEr, java.util.List shellList)
public static Coordinate ptNotInList(Coordinate[] testPts, Coordinate[] pts)
testPts
- the Coordinate
s to testpts
- an array of Coordinate
s to test the input points against
Coordinate
from testPts
which is not in pts
,public static boolean isInList(Coordinate pt, Coordinate[] pts)
pt
- a Coordinate
for the test pointpts
- an array of Coordinate
s to test
true
if the point is in the arraypublic void add(DirectedEdge de)
DirectedEdge
which is known to form part of this ring.
de
- the DirectedEdge
to add.public boolean isHole()
true
if this ring is a holepublic void addHole(LinearRing hole)
hole
- the LinearRing
forming the hole.public Polygon getPolygon()
Polygon
formed by this ring and any contained holes.
Polygon
formed by this ring and its holes.public boolean isValid()
LinearRing
ring formed by this edge ring is topologically valid.
public LineString getLineString()
LineString
.
Used to return the coordinates in this ring
as a valid geometry, when it has been detected that the ring is topologically
invalid.
LineString
containing the coordinates in this ringpublic LinearRing getRing()
LinearRing
, or null if an Exception occurs while
creating it (such as a topology problem). Details of problems are written to
standard output.
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Dropdown menus are additional menu options that appear when the parent option is hovered over or clicked. VM UI Framework features two kinds of dropdown menus, the regular list-based dropdown, and a mega dropdown menu, both to be used in the top navigation bar. The list-based dropdown can also be used in buttons or button groups.
For either type of dropdown menu, simply add a class to the parent li
element. The
regular dropdown menu will have a class of dropdown
and the mega dropdown menu will
have a class of megaDropdown
. You can see code examples of each below and demos in the
navbar above.
The default dropdown menu is simply an unordered child list following a menu item. You can see a demo of it in the navbar above by hovering over or clicking on the "Dropdown" menu item.

Normal Menu Item

 Dropdown

Item 1 is really long

Item 2

Item 3

A mega dropdown menu is a dropdown in the navbar that expands to the full width of the grid. It's most useful when you have a lot of menu options or would like to include other elements in the dropdown, such as additional text or images.
div
columns can be used within the mega dropdown. However, the horizontal
margin between columns is cut in half.div
element.

Normal Menu Item

 Mega Dropdown

Buttons can also have a list-based dropdown menu, used either in a lone button or in a button group. You can see examples of both below.
Because a single button does not naturally have a container element, it should be wrapped in
a span
element, which should be given the class dropdown
.
 Dropdown

Item 1 is really long

Item 2

Item 3

Because button groups are already an unordered list, you simply need to apply the class
dropdown
to the li
element you wish to make a dropdown.

Button 1

Button 2

Button 3

 Dropdown

Item 1 is really long

Item 2

Item 3

VM UI Framework is created, owned, maintained by Virtuosi Media, Inc. © 2012-2013.


Throughout his career, Nolan has enjoyed a stellar career as a Salesforce Front-End Developer and Administrator, and is currently a Cloud Technology Architect/Data Engineer utilizing Microsoft Azure Amazon Web Services (AWS), and the Google Cloud Platform (GCP). As someone who strives for success, he has conquered every challenge thrown at him such as: ► Serving as an Officer for four years in the United States Army ► Completing a BA at Morehouse and an MBA at Georgia Tech ► Making the smooth transition from software sales to Administrator and then Developer ► Now, moving up the consultancy ladder. When asking his superiors and peers what he's best known for, they would attest to his strategic thinking, intelligence, expertise with business use cases and the fact that he's a collaborative team player.


OAuth2 Provider
Registered applications
Application name
client type
client ID
client secret
Delete app
client_id
client_secret
Delete
Create a new app


This package offers an interface for objective functions in the context of (multi-objective) global optimization. It conveniently builds up on the S3 objects, i. e., an objective function is a S3 object composed of a descriptive name, the function itself, a parameter set, box constraints or other constraints, number of objectives and so on. Moreover, the package contains generators for a load of both single- and multi-objective optimization test functions which are frequently being used in the literature of (benchmarking) optimization algorithms. The bi-objective ZDT function family by Zitzler, Deb and Thiele is included as well as the popular single-objective test functions like De Jong’s function, Himmelblau function and Schwefel function. Moreover, the package offers a R interface to the C implementation of the Black-Box Optimization Benchmarking (BBOB) set of noiseless test functions.
Visit the package repository on CRAN. If you want to take a glance at the developement version install the github developement version by executing the following command:
devtools::install_github("jakobbossek/smoof")
Assume the simplifying case where we want to benchmark a set of optimization algorithms on a single objective instance. We decide ourselves for the popular 10-dimensional Rosenbrock banana function. Instead of looking up the function definition, the box constraints and where the global optimum is located, we simply generate the function with smoof and get all the stuff:
library(ggplot2)
library(plot3D)
obj.fn = makeRosenbrockFunction(dimensions = 2L)
print(obj.fn)
print(autoplot(obj.fn))
plot3D(obj.fn, length.out = 50L, contour = TRUE)
Let us consider the problem of finding the (global) minimum of the multimodal target function f(x) = x sin(3x) on the closed intervall [0, 2PI]. We define our target function via the makeSingleObjectiveFunction()
method providing a name, the function itself and a parameter set. We can display the function within the box constraints with ggplot.
library(ggplot2)
obj.fn = makeSingleObjectiveFunction(
name = "My fancy function name",
fn = function(x) x * sin(3*x),
par.set = makeNumericParamSet("x", len = 1L, lower = 0, upper = 2 * pi)
)
print(obj.fn)
print(getParamSet(obj.fn))
print(autoplot(obj.fn))
The ecr package for evolutionary computing in R needs builds upon smoof functions.
Please cite my R Journal paper in publications. Get the information via citation("smoof")
or use the following BibTex entry:
@Article{,
author = {Jakob Bossek},
title = {smoof: Single- and Multi-Objective Optimization Test Functions},
year = {2017},
journal = {The R Journal},
url = {https://journal.r-project.org/archive/2017/RJ-2017-004/index.html},
}
Please address questions and missing features about the smoof package to the author Jakob Bossek
. Found some nasty bugs? Please use the issue tracker for this. Pay attention to explain the problem as good as possible. At its best you provide an example, so I can reproduce your problem.BSD_2_clause + file LICENSE


{% extends 'base.html' %} {% block content %}
You have {{ remaining_invitations }} remaining invitation{{ remaining_invitations|pluralize }} left.
{% endif %}Enter your friend's email address below to send them an invitation to join this site.
{% endblock content %}


Purpose: To display ontology IDs together with commented term names. This format can be embeded within other formats.
Extensions: .psx .pheno
Notes: Please visit http://www.fruitfly.org/~cjm/obd/pheno-syntax.html for more information. The current version of phenote associates the genotype and phenotypes in this format, and does not follow the strict rules of pheno-syntax as described at the above link. This will be ported to the tag-value adapter name in future versions.


Over the last couple of months I have been reading various reports and experiences to find a 'legal high' that is a good enhancement for a night out with the lads. I couldnt really find out what i wanted so I decided to buy samples of each of the above and do my own testing with friends.
All males of various ages and weights (weight did not seem to have any differering effects) each taken along with about 6 pints of beer to start with.
Mephedrone - 80mg sample - nice feelings arrive after 25 mins and last around 5 hours, small amount of dry mouth
150-200mg - more intense but had to stop drinking and went on the water after 90 mins, no trouble sleeping.
Methylone - 150mg same type of feeling as Mephedrone but speedier
had very light sleep after and raging headache in morning.
MDPV - 20mg very small dose required felt really mellow and this was probably the best so far but this was ruined by the impossibility to sleep. this lasted 10 hrs and i would not like to try this one again, other people also said they could not sleep all night and got up and felt rough all day.
Butylone - 100mg again very similar to Mephedrone but my brain felt like it was shrivelling up
What will I be ordering now? Mephedrone!
If I wanted a mild & mellow enhancement to a night out I would use around 80mg-100mg if I wanted a more raging night I'd have 150-200mg and start looking a bit strange with the staring eyes and gurning mouth.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


WITNESS LIST
Human Services Committee
July 12, 2016 - 9:00 AM
Charge 3--Department of Family and Protective Services
On:
Atwood, Annie (Self)
Berquist, Natalie (Self)
Black, Jim (Angel Eyes over Texs)
Black, Jim (Angel Eyes over Texas)
Blackstone, Kristene (Department of Family and Protective Services)
Bussey, Faith (Self)
Carson, Wayne (Self; Ach child and family services)
Cooper, Rachel (Center for Public Policy Priorities)
Crockett, Sarah (Texas CASA)
Daley, Dyann (Self; Cook Children's Center for Prevention of Child Maltreatment)
Dickard, Sarah (Self)
Francis, Will (National Association of Social Workers - Texas Chapter)
Funk, Sadie (Self; First3Years)
Gilliam, Camille (Department of Family and Protective Services)
Holder, William (Self)
Holman, Nancy (Texas Alliance of Child and Family Services)
Homer, Andrew (Self; Texas CASA)
Jaggers, Terri (Self; Orphan Care Solutions of Texas)
Johnson, Dan (Self; Behavioral Health Advocates of Texas)
King, Read (Self)
Mccall, Rod (Self)
McClure, Madeline (TexProtects, The Texas Association for the Protection of Children)
McCown, F. Scott (Self)
Mcintyre, Chyanne (Self; Angle eyes over texas)
Mericle, Cindy (Love Fosters Hope)
Morgan, Jeffrey (Self)
Murphy, Kate (Texans Care for Children)
Partap, Anu (Children's Health System of Texas)
Patel, Dimple (Texprotects)
Powell, Judy (Parent Guidance Center)
Querubin, Perry (Self; Texas state employees union)
Robertson, Alisha (Friends of Wednesday's Child)
Shaw, Jean (Department of Family and Protective Services)
Smith, Demetria (Self; Houston anti poverty coalition)
Smith, Linda (Self)
Spiller, Lee (Citizens Commission on Human Rights)
Subia, Lisa (Department of Family & Protective Services)
Watkins, Sue (Self)
Whitman, Hank (Department of Family and Protective Services)
Wilcoxson, Carrie (Self)
Zalkowski, Emily (Texas Health and Human Services Commission)
1
WITNESS LIST
Registering, but not testifying:
On:
Banes, Steven (Orphan Care Solutions of Texas)
Barillas, Katherine (One voice texas)
Gendron, Christine (Texas network of youth services)
Keyton, Sarah (Legislative budget board)
Kirkendall, Mary (Self)
Logan, Brandon (Self; Logan Law Firm)
Rasco, Sasha (Department of Family and Protective Services)
Reinhardt, Kaysie (Department of Family and Protective Services)
Woodruff, Trevor (Department of Family & Protective Services)
2


jQuery Excercises for Engineering Capstone Project
Source:
jQuery Essential Training: From LinkedIn Learning
Chp. 1
expand
First jQuery Page
Select Filter intro
Creating and Modifying Page Content
Events intro
Animating Page Content
AJAX intro
Chp. 2
expand
Basic Selectors
Basic Filters
Hierarchy Selectors
Attribute Filters
Using Child, Visibility, and Content Filters
Using jQuery Document Traversal Features
Chp. 3
Creating New Content
Inserting Document Content
Altering Document Content
Manipulating Element Attributes
CSS Properties and Class Manipulation
Using the Data Methods
Chp. 4
Binding and Unbinding Events with jQuery
Using Event Helpers
Using the jQuery Event Object
Chp. 5
Showing and Hiding Elements
Element Fading
Using Slide to Show and Reveal Elements
Animating an Element
Chp. 6
Using the Ajax Function
The Ajax Helper Functions
Working With Different Data Types
Using Global Ajax Handlers
Coding Challenge
For offline access of all files:
File tree
Source:
JavaScript and AJAX: Integration Techniques
AJAX in Action
Live Search AJAX app
Source:
JavaScript Essential Training
Events and Events Handling
Project: Technology and Design Ethics
Source:
Asyn JavaScript Training
Callbacks
Callbacks
Official jQuery Site:
jQuery


Our system reduces spam, viruses and malware infested mails to keep your organization safe from malicious email.
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Rarely has Minnesota seen an election season with so many hotly-contested races on both a state and national level, including many that are open or had surprise primary results. Our unprecedented number of toss-up congressional races — among the most in the nation — could help decide which party controls the U.S. House and Senate. Enthusiasm has been high, and so have early vote counts, which are pacing with 2016 despite usual trends for midterm years to see lower voter participation.
Here you'll find results for top state executive offices, the U.S. Congress' balance of power and Minnesota's 10 races for U.S. House and Senate.
Predictions of a "Blue Wave" have been bandied about for months now, but no matter the outcome, Minnesota has an unusual number of toss-up congressional races that could decide control.


For the New Years Eve of the millenium my fiance and I decided we wanted to ring in the year with a couple of hits of LSD. A few days before Dec 31 we each took one double dosed sugar cube because we had no idea how strong they were, and we wanted to ensure that our celebration would be both spectacular and comprehensible.

For the first couple of hours we wandered around our house, digging through storage to find old memories. We eventually ended up at the kitchen table with the intention to smoke some pot, but that plan got pushed to the background as we set off on a most intense, life examining conversation about being truthful, to yourself and others, and if it was possible to live a completely honest existence and not be thrown in a crazy house or in jail.
Soon our conversation began going in loops, which to me was a signal that some sort of critical mass was being reached, and we came to realize that neither of us had ever been with someone we could be completely honest with, until now. That peak, and the quiet triumph that accompanied it, rode in slowly from the sea and flooded our minds. The plateau carried us into the shower, to scrub and shed ourselves of all previous conversation until the only thing left was the final realization, and it was all so ridiculously simple. We came into each others arms under the spray, our bodies doing what they were meant to do with absolutely no pretense.
When we were done there was no drop off, we both felt exactly as we had when we first got into the shower. Making love was a creature statement, we are here, we are alive, and this is what we are meant to do. We went back into the kitchen to try and convince our bodies that soup was indeed needed. When I usually shower near the end of my trip, comming out of it is always a booster for me, like I expect the water to wash the LSD away and then I am impressed at how much it still remains despite my cleansing efforts.
He and I have since tried having sex on LSD once more (on the actual eve of New Years), and it was very different than the first, but just as intense and magickal. I had tried it with someone else about 7 years ago, someone I was not completely honest with, and it was a disaster. LSD strips your ego of any pretense, and bares you to the bone if you let it.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


ERA User versus ERA Superuser
ERA users can register evacuees, complete an evacuee registration, as well as add referrals based on a needs assesment.
ERA Superusers have the additional abilities to add & maintain ERA Users within their ESS Team, edit user permissions, and access database searching features.
ERA Superuser permissions should only be applied to supervisory and leadership positions.


| Opcode/Instruction | Op/En | 64/32 bit Mode Support | CPUID Feature Flag | Description |
|---|---|---|---|---|
|
VEX.DDS.LIG.66.0F38.W1 99 /r VFMADD132SD xmm1, xmm2, xmm3/m64 |
RVM | V/V | FMA | Multiply scalar double-precision floating-point value from xmm1 and xmm3/m64, add to xmm2 and put result in xmm1. |
|
VEX.DDS.LIG.66.0F38.W1 A9 /r VFMADD213SD xmm1, xmm2, xmm3/m64 |
RVM | V/V | FMA | Multiply scalar double-precision floating-point value from xmm1 and xmm2, add to xmm3/m64 and put result in xmm1. |
|
VEX.DDS.LIG.66.0F38.W1 B9 /r VFMADD231SD xmm1, xmm2, xmm3/m64 |
RVM | V/V | FMA | Multiply scalar double-precision floating-point value from xmm2 and xmm3/m64, add to xmm1 and put result in xmm1. |
|
EVEX.DDS.LIG.66.0F38.W1 99 /r VFMADD132SD xmm1 {k1}{z}, xmm2, xmm3/m64{er} |
T1S | V/V | AVX512F | Multiply scalar double-precision floating-point value from xmm1 and xmm3/m64, add to xmm2 and put result in xmm1. |
|
EVEX.DDS.LIG.66.0F38.W1 A9 /r VFMADD213SD xmm1 {k1}{z}, xmm2, xmm3/m64{er} |
T1S | V/V | AVX512F | Multiply scalar double-precision floating-point value from xmm1 and xmm2, add to xmm3/m64 and put result in xmm1. |
|
EVEX.DDS.LIG.66.0F38.W1 B9 /r VFMADD231SD xmm1 {k1}{z}, xmm2, xmm3/m64{er} |
T1S | V/V | AVX512F | Multiply scalar double-precision floating-point value from xmm2 and xmm3/m64, add to xmm1 and put result in xmm1. |
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| RVM | ModRM:reg (r, w) | VEX.vvvv (r) | ModRM:r/m (r) | NA |
| T1S | ModRM:reg (r, w) | EVEX.vvvv (r) | ModRM:r/m (r) | NA |
Description
Performs a SIMD multiply-add computation on the low double-precision floating-point values using three source operands and writes the multiply-add result in the destination operand. The destination operand is also the first source operand. The first and second operand are XMM registers. The third source operand can be an XMM register or a 64-bit memory location.
VFMADD132SD: Multiplies the low double-precision floating-point value from the first source operand to the low double-precision floating-point value in the third source operand, adds the infinite precision intermediate result to the low double-precision floating-point values in the second source operand, performs rounding and stores the resulting double-precision floating-point value to the destination operand (first source operand).
VFMADD213SD: Multiplies the low double-precision floating-point value from the second source operand to the low double-precision floating-point value in the first source operand, adds the infinite precision intermediate result to the low double-precision floating-point value in the third source operand, performs rounding and stores the resulting double-precision floating-point value to the destination operand (first source operand).
VFMADD231SD: Multiplies the low double-precision floating-point value from the second source to the low double-precision floating-point value in the third source operand, adds the infinite precision intermediate result to the low double-precision floating-point value in the first source operand, performs rounding and stores the resulting double-precision floating-point value to the destination operand (first source operand).
VEX.128 and EVEX encoded version: The destination operand (also first source operand) is encoded in reg_field. The second source operand is encoded in VEX.vvvv/EVEX.vvvv. The third source operand is encoded in rm_field. Bits 127:64 of the destination are unchanged. Bits MAXVL-1:128 of the destination register are zeroed.
EVEX encoded version: The low quadword element of the destination is updated according to the writemask.
Operation
In the operations below, “*” and “+” symbols represent multiplication and addition with infinite precision inputs and outputs (no rounding).
VFMADD132SD DEST, SRC2, SRC3 (EVEX encoded version)
IF (EVEX.b = 1) and SRC3 *is a register*
THEN
SET_RM(EVEX.RC);
ELSE
SET_RM(MXCSR.RM);
FI;
IF k1[0] or *no writemask*
THEN
DEST[63:0] (cid:197) RoundFPControl(DEST[63:0]*SRC3[63:0] + SRC2[63:0])
ELSE
IF *merging-masking*
; merging-masking
THEN *DEST[63:0] remains unchanged*
ELSE
; zeroing-masking
THEN DEST[63:0] (cid:197) 0
FI;
FI;
DEST[127:64] (cid:197) DEST[127:64]
DEST[MAX_VL-1:128] (cid:197) 0
VFMADD213SD DEST, SRC2, SRC3 (EVEX encoded version)
IF (EVEX.b = 1) and SRC3 *is a register*
THEN
SET_RM(EVEX.RC);
ELSE
SET_RM(MXCSR.RM);
FI;
IF k1[0] or *no writemask*
THEN
DEST[63:0] (cid:197) RoundFPControl(SRC2[63:0]*DEST[63:0] + SRC3[63:0])
ELSE
IF *merging-masking*
; merging-masking
THEN *DEST[63:0] remains unchanged*
ELSE
; zeroing-masking
THEN DEST[63:0] (cid:197) 0
FI;
FI;
DEST[127:64] (cid:197) DEST[127:64]
DEST[MAX_VL-1:128] (cid:197) 0
VFMADD231SD DEST, SRC2, SRC3 (EVEX encoded version)
IF (EVEX.b = 1) and SRC3 *is a register*
THEN
SET_RM(EVEX.RC);
ELSE
SET_RM(MXCSR.RM);
FI;
IF k1[0] or *no writemask*
THEN
DEST[63:0] (cid:197) RoundFPControl(SRC2[63:0]*SRC3[63:0] + DEST[63:0])
ELSE
IF *merging-masking*
; merging-masking
THEN *DEST[63:0] remains unchanged*
ELSE
; zeroing-masking
THEN DEST[63:0] (cid:197) 0
FI;
FI;
DEST[127:64] (cid:197) DEST[127:64]
DEST[MAX_VL-1:128] (cid:197) 0
VFMADD132SD DEST, SRC2, SRC3 (VEX encoded version)
DEST[63:0] (cid:197) MAX_VL-1:128RoundFPControl_MXCSR(DEST[63:0]*SRC3[63:0] + SRC2[63:0])
DEST[127:63] (cid:197) DEST[127:63]
DEST[MAX_VL-1:128] (cid:197) 0
VFMADD213SD DEST, SRC2, SRC3 (VEX encoded version)
DEST[63:0] (cid:197) RoundFPControl_MXCSR(SRC2[63:0]*DEST[63:0] + SRC3[63:0])
DEST[127:63] (cid:197) DEST[127:63]
DEST[MAX_VL-1:128] (cid:197) 0
VFMADD231SD DEST, SRC2, SRC3 (VEX encoded version)
DEST[63:0] (cid:197) RoundFPControl_MXCSR(SRC2[63:0]*SRC3[63:0] + DEST[63:0])
DEST[127:63] (cid:197) DEST[127:63]
DEST[MAX_VL-1:128] (cid:197) 0
Intel C/C++ Compiler Intrinsic Equivalent
VFMADDxxxSD __m128d _mm_fmadd_round_sd(__m128d a, __m128d b, __m128d c, int r);
VFMADDxxxSD __m128d _mm_mask_fmadd_sd(__m128d a, __mmask8 k, __m128d b, __m128d c);
VFMADDxxxSD __m128d _mm_maskz_fmadd_sd(__mmask8 k, __m128d a, __m128d b, __m128d c);
VFMADDxxxSD __m128d _mm_mask3_fmadd_sd(__m128d a, __m128d b, __m128d c, __mmask8 k);
VFMADDxxxSD __m128d _mm_mask_fmadd_round_sd(__m128d a, __mmask8 k, __m128d b, __m128d c, int r);
VFMADDxxxSD __m128d _mm_maskz_fmadd_round_sd(__mmask8 k, __m128d a, __m128d b, __m128d c, int r);
VFMADDxxxSD __m128d _mm_mask3_fmadd_round_sd(__m128d a, __m128d b, __m128d c, __mmask8 k, int r);
VFMADDxxxSD __m128d _mm_fmadd_sd (__m128d a, __m128d b, __m128d c);
SIMD Floating-Point Exceptions
Overflow, Underflow, Invalid, Precision, Denormal
Other Exceptions
| VEX-encoded instructions, see Exceptions Type 3. |
| EVEX-encoded instructions, see Exceptions Type E3. |


If you try selecting a palette and clicking "PBNify" and it doesn't start computing, then there could be a compatibility issue with your device or browser. Try running it from a different computer.
Usually it finishes within a minute, but it could take longer depending on the computer speed, having a lot of colors chosen for the palette, or having a very tall image. Hopefully changing one or more of those will get it to finish.
I do not have an installable version since it's written in web languages and would require substantial rewriting. However, since everything happens locally in the browser, you could in theory run PBNify offline. You'd have to download the repository, replace CDN references to local libraries, and run a local web server to serve PBNify from that directory.
You can use the slider to set the width before loading an image, and a higher number results in a more detailed outline.
There are two ways of doing this. You could use another program to recolor the image to include the colors you want, and then load that version into PBNify. Or, you can run PBNify with the original image, and then just replace the output palette with one containing substituted colors of your choosing.
Those are different ways of specifying a color as used with computers and printers. The hex code (e.g. #386e97) and RGB give red/green/blue components, HSL gives hue/saturation/lightness, HSV/HSB gives hue/saturation/value(brightness), and CMYK gives cyan/magenta/yellow/black, which is used for printers. I included all of them in case they are helpful in obtaining paints for the palette colors, but I'm not sure which ones are actually used for that, if any. When I've done PBNs I've only mixed basic paints to approximate the colors. If you find out what color specifications are used to buy custom paint colors, let me know and I'll add it!
I haven't tried printing onto anything except regular paper. But one way to get the outline onto canvas is to print it onto regular paper, place that on the canvas with graphite or carbon paper in between, and trace along the outlines and numbers.
PBNify cannot provide a vector graphic because its algorithms are based on a pixel grid and directly create a raster image.
This step can vary because different devices and browsers handle it differently. After clicking any of the "save" buttons, you should be able to right-click on the image and save it to file. If that doesn't work, try the "print to PDF" option when printing the page, which saves it as a PDF file. As a last resort you can screenshot and crop. You can do that from the main page if the tab that opens is blank.
You are welcome to use, copy, and modify the code, including for commercial purposes. I don't have time to help with business ventures, but I'd love to see what you do with it.
You may also use the PBNify output you create for commercial purposes, such as in a coloring book, as long as you aren't infringing copyright on the source images.


France coach Deschamps recalls Mendy and keeps Giroud
PARIS (AP) - France coach Didier Deschamps recalled left back Benjamin Mendy and kept faith with striker Olivier Giroud on Thursday for upcoming European Championship qualifiers against Moldova and Albania.
Mendy was part of France’s World Cup-winning squad last year but has not played for Les Bleus for more than a year after having surgery for a knee injury. He is now pushing for a starting place in the Manchester City team.
“He’s been playing more and his physical condition is much better,” Deschamps said. “It’s a choice to call Benjamin back, it’s important given what he’s experienced with us. He’s doing everything he can to get back to his best.”
Giroud’s tournament-leading 11 goals helped Chelsea win the Europa League last season and qualify for the Champions League. But he has hardly played in coach Frank Lampard’s youthful-looking Chelsea team this season.
Giroud needs three more goals to join Michel Platini with 41 and tie for second place on France’s list of top scorers. France hosts Moldova at Stade de France next Thursday and is at Albania three days later.
France is in second place in Group H behind Turkey.
France:
Goalkeepers: Alphonse Areola (Real Madrid), Mike Maignan (Lille), Steve Mandanda (Marseille)
Defenders: Lucas Digne (Everton), Léo Dubois (Lyon), Presnel Kimpembe (Paris Saint-Germain), Clément Lenglet (Barcelona), Benjamin Mendy (Manchester City), Benjamin Pavard (Bayern Munich), Raphael Varane (Real Madrid), Kurt Zouma (Chelsea)
Midfielders: N’Golo Kanté (Chelsea), Blaise Matuidi (Juventus), Tanguy Ndombele (Tottenham), Moussa Sissoko (Tottenham), Corentin Tolisso (Bayern Munich)
Forwards: Wissam Ben Yedder (Monaco), Kingsley Coman (Bayern Munich), Nabil Fekir (Real Betis), Olivier Giroud (Chelsea), Antoine Griezmann (Atletico Madrid), Thomas Lemar (Atletico Madrid), Kylian Mbappé (Paris Saint-Germain)
More AP soccer: https://apnews.com/apf-Soccer and https://twitter.com/AP_Sports
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A localised spectral estimate is the spectrum of a global function multiplied by a localization window. In a 2D Cartesian coordinate system, this multiplication becomes a convolution in the Fourier domain. As a result of the convolution, a localized spectral estimate for a given wavelength depends upon a range of coefficients of both the global function and localization window. One says that the window couples the global Fourier coefficients to the localized coefficients.
Windowing on the sphere leads to similar effects: Multiplication of a global function by a window leads to coupling of the spherical harmonic coefficients of the globally defined function to the localized spectrum. In the case of an isotropic and stationary function, a coupling matrix describes the relation between the global power to the localized power, and at high degrees, this matrix operation resembles a convolution.
We first generate a random model using the SHCoeffs
class interface. This class simplifies coefficient generation and provides a simple access to most SHTOOLS functions. We start by defining a global power spectrum that follows a power-law decay:
%matplotlib inline
from __future__ import print_function # only necessary if using Python 2.x
import matplotlib.pyplot as plt
import numpy as np
from pyshtools.shclasses import SHCoeffs, SHWindow, SHGrid
nl = 100 # l = [0, 199]
lmax = nl - 1
a = 4 # scale length
ls = np.arange(nl, dtype=np.float)
power = 1. / (1. + (ls / a) ** 2) ** 1.5
Next, we generate random coefficients from this input power spectrum, plot the power spectrum of the random realization, and expand the coeffificients on a grid:
coeffs_global = SHCoeffs.from_random(power)
power_global = coeffs_global.spectrum()
coeffs_global.plot_spectrum(unit='per_dlogl')
grid_global = coeffs_global.expand('DH2')
grid_global.plot()
We next generate a window function that picks a few local regions from the globally defined model. In this example, the window contains sharp boundaries, so the spherical harmonic bandwidth of the function is infinite. In general, this could severely bias the localized power spectrum away from its global value, especially when the power spectrum follows a power law. To combat this negative characteristic, we will show in a different tutorial how to construct windows with a specified spherical harmonic bandwith that are optimally concentrated within the provided region.
This example makes use of the class SHGrid
, which is the counterpart to SHCoeffs
. Let's start by making an arbitrary mask:
latgrid, longrid = np.meshgrid(grid_global.lats(), grid_global.lons(), indexing='ij')
window = (-40 < latgrid) & (latgrid < -30) & (10 < longrid) & (longrid < 30)
window += (0 < latgrid) & (latgrid < 30) & (60 < longrid) & (longrid < 80)
window += (-70 < latgrid) & (latgrid < -40) & (130 < longrid) & (longrid < 150)
window += (20 < latgrid) & (latgrid < 40) & (125 < longrid) & (longrid < 145)
window += (10 < latgrid) & (latgrid < 30) & (220 < longrid) & (longrid < 250)
Next, generate an SHGrid
instance from the input array, plot the grid, expand it in spherical harmonics, and calculate and plot the power spectrum. Note that the first element of the grid corresponds to 0 degrees longitude and 90 degrees north.
grid_window = SHGrid.from_array(window.astype(np.float64)[::-1]) # DH grid starts at north-pole
grid_window.plot()
coeffs_window = grid_window.expand()
coeffs_window.plot_spectrum(unit='per_dlogl')
power_window = coeffs_window.spectrum()
Multiplication of the global model with the window function localizes the data, and its expansion in spherical harmonics gives a local power spectrum estimate. The interaction of the window function with the random model distorts the spectrum. In particular, the ouput spectrum at degree l
is influenced by the input spherical harmonic degrees from l - Lwin
to l + Lwin
, where Lwin
in the spherical harmonic bandwidth of the windowing function.
Let's multiply the data by the window, expand the result in spherical harmonics, and plot the resulting localized power spectrum:
grid_local = SHGrid.from_array(grid_global.data * grid_window.data)
grid_local.plot()
coeffs_local = grid_local.expand()
coeffs_local.plot_spectrum(unit='per_dlogl')
power_local = coeffs_local.spectrum()
The expected distortion of the global spectrum due to the windowing operation can be described by a coupling matrix under the assumption that the model is isotropic and stationary. This means that the local (expected) spectra are independent of the position and orientation of the windows. In this case, the expected local spectrum depends only on the power spectrum of the global data and window.
The coupling matrix describes how input power maps to output power. At high degrees, it is approximately symmetric around the diagonal and resembles a convolution in spherical harmonic degree l. At low degrees, however, input power is spread more unevenly into output power. For example, input degree 0 maps preferentially to output degree 4, which is off-diagonal. This is a direct consquence of describing a 2D multiplication with coupling of a single dimension parameter l. A similar bias can be seen when describing coupling in 2D Fourier space between coefficients with similar |k|.
Here, we calculate and plot the couplting matrix using the function SHMTCouplingMatrix
:
from pyshtools.spectralanalysis import SHMTCouplingMatrix
coupling_matrix = SHMTCouplingMatrix(lmax, power_window.reshape(nl, 1))
fig, (col1, col2) = plt.subplots(1, 2, figsize=(10, 3))
col1.imshow(coupling_matrix, cmap='viridis')
col1.set(xlabel='input degree l', ylabel='output degree l', xlim=(-0.5, 10.5), ylim=(10.5, -0.5),
title='zoomed coupling matrix');
col2.imshow(coupling_matrix, cmap='viridis')
col2.set(xlabel='input degree l', ylabel='output degree l', title='full coupling matrix');
Finally, the coupling matrix can be used to predict the spectrum of the windowed function. SHTOOLS provides also the functions SHBiasK
and SHBias
that can compute directly the biased spectrum without explicitely computing the coupling matrix. Under some assumptions, the coupling matrix can be inverted allowing the global input power spectrum to be estimated from the localized spectrum. This has to be done with care because as a smoothing operation, windowing leads to loss of information (less resolution in degree l space) and has to be regularized to stabilize the inversion.
Here. we compute the biased spectrum using two methods, mutliplication of the global spectrum by the coupling matrix, and the function SHBias
, and then plot the results.
from pyshtools.spectralanalysis import SHBias
power_local2 = np.dot(coupling_matrix, power)
power_local3 = SHBias(power_window, power)
fig, ax = plt.subplots(1, 1, figsize=(10, 5))
ax.plot(ls, power_global, label='measured global')
ax.plot(ls, power_local, label='measured local')
ax.plot(power_local2, label='predicted local (CouplingMatrix)')
ax.plot(power_local3, 'x', label='predicted local (SHBias)')
ax.legend(loc=3)
ax.set_xscale('log', basex=2)
ax.set_yscale('log', basey=2)


The heart of your company is your brandľand it should be strong. We channel our experience in a way that solves our clients branding needs by building long-term assets for their business. Whether your project is large or small, we build brands for clients through engaging identity design and thoughtful brand strategy.
The heart of your company is your brandľand it should be strong. We channel our experience in a way that solves our clients branding needs by building long-term assets for their business. Whether your project is large or small, we build brands for clients through engaging identity design and thoughtful brand strategy.
The heart of your company is your brandľand it should be strong. We channel our experience in a way that solves our clients branding needs by building long-term assets for their business. Whether your project is large or small, we build brands for clients through engaging identity design and thoughtful brand strategy.
The heart of your company is your brandľand it should be strong. We channel our experience in a way that solves our clients branding needs by building long-term assets for their business. Whether your project is large or small, we build brands for clients through engaging identity design and thoughtful brand strategy.


SPARTACUS A film review by Frank Maloney Copyright 1991 Frank Maloney
SPARTACUS is Stanley Kubrick's classic epic about a slave rebellion in republican Rome. It was originally released in, I think, 1960, to tepid reviews and packed houses. Of the *major* Academy awards (best picture, director, actor, actress) it was nominated only for best picture; in all it won four Oscars, including Best Supporting Actor for Peter Ustinov. Despite its cold reception from the Academy, it was the biggest money maker of its release year.
On May 3 a restored SPARTACUS was released in several U.S. cities, including Seattle. I played hookey from work and Lyndol and I spent three-and-a-half happy hours on a glorious spring day in the dark of one of Seattle's largest houses watching a SPARTACUS that was even more wonderful than it was when I saw it first-run at the age of 15 or 16. I hope you get a chance to see this, the second greatest epic Hollywood ever made (LAWRENCE OF ARABIA being the greatest by most, and my, accounting).
One of the reasons it is better this time around is it includes a now-famous scene where Crassus (Lawrence Olivier) makes a pass at his body-slave Antoninus (Tony Curtis). The story is that Olivier insisted that the scene be filmed even though Kubrick and the others knew that the scene was unreleasable, so the soundtrack was never recorded. For the restoration, the scene was found in tact in the three-color separations used to reconstruct the negative (the original negative having long since been allowed to disintegrate); Curtis dubbed his dialog by pitching his voice higher and Anthony Hopkins dubbed Olivier's dialog seamlessly. The scene is fascinating in its delicacy and indirection, its talk of having appetites for oysters or snails or both, as an historical footnote on the presentation of homosexuality in the films. More importantly, in terms of the overall film, it goes a long ways toward filling out Curtis's character as well as his sudden appearance among the volunteers joining Spartacus and the other escaped gladiators on slopes of Mt. Vesuvius; I never really understood Antoninus before.
Another reason why SPARTACUS is better the second time around is that I am older and I understand the subtext now. As a teenager, I reacted merely to the spectacle. As an old fart, I now react to the theme of personal freedom that informs the entire movie. The script was written Dalton Trumbo, the great film writer who was blacklisted during the Red Scare of the late Forties. He had survived for years by selling scripts through fronts and by using noms de plume; I understand he actually was given a writing Oscar under an alias. He could not enter any studio in Hollywood. Meetings had to be held in private homes. Stanley Kubrick to his everlasting credit got tired of the hyprocrisy, issued Trumbo a gatepass one day, and used Trumbo's real name on the screen credits. I tell you it gave me a catch in the throat to see the credit, to see "Dalton Trumbo" proudly, defiantly displayed in those huge 70-mm letters.
Just as the theme is human liberty, so the background of the film itself recapitulates the theme. Trumbo said he knew the studio wouldn't go for the obvious stuff like the scene mentioned previously and choked on the slight nudity and sex (Jean Simmons has two coy nude scenes that were highly controversial in their day with the Legion of Decency and other bluenoses), but he knew the studio execs weren't astute enough to understand the really controversial aspect of the film, its theme. This theme is just as resonant today as it was then when SPARTACUS marked the "official" end of the McCarthy Era.
A third reason for liking SPARTACUS even more today is that no one makes these wonderful sweeping 70-mm epics today. Thirty years ago the budget originally called for $12 million; you could not bring it in for under $200 million today. Hollywood made a terrible choice when it turned its greedy back on 70-mm; the brilliant clarity of the medium brings tears to the eyes of a movie lover, the tears of pain and regret.
And these epic stars are no longer available either. Look at the cast: Kirk Douglas (Spartacus), Laurence Olivier (Crassus), Jean Simmons (Varinnia), Charles Laughton (Gracchus), Peter Ustinov (Batiacus), John Gavin (Julius Caesar), Tony Curtis (Antoninus), and literally a cast of thousands. Actors like Douglas and Olivier are more than equal to the challenge of the epic medium. Gavin was the weakest of the principals, but gosh he was handsome--what happened to him, old farts want to know. Jean Simmons was a marvel of strength and delicacy, a stronger version of Audrey Hepburn, who didn't find real strength until she became middle-aged. But the absolute treats are Laughton and Ustinov, who have two scenes together that ought to be required viewing for all interested in acting for the screen.
SPARTACUS was restored by the same team that restored LAWRENCE OF ARABIA, the restoration that sparked the current wave of restored classics.
This is more than recommended, this is required viewing.
-- Frank Richard Aloysius Jude Maloney
And now a note from the Moderator:
"Breaking the Hollywood Blacklist: The darkest chapter of the American entertainment industry was the years of the Hollywood blacklist. People accused of disloyalty to the government could not confront their accusers, but would suddenly find that nobody would hire them. Careers were destroyed by innuendo. One blacklisted writer was Dalton Trumbo. Before the years of the blacklist he was a successful screenwriters, but when his name appeared on the blacklist he could submit only very few scripts and then only under a pseudonym. Then in 1960 two major films were released with screen credit given to Trumbo under his own name. On both films the directors and the lead actors risked being blacklisted themselves by insisting to their studios that Trumbo's name appear in the credits in type no smaller than their own. When there was no fuss from the public, it was generally acknowledged that the blacklist was dead. The films were EXODUS and SPARTACUS. The directors were Otto Preminger and Stanley Kubrick; the stars were Paul Newman and Kirk Douglas."
And why Jewish Heritage Month? Well, Preminger, Kubrick, Newman, and Douglas were all Jewish. --Moderator] .
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.
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Related links: index of all rec.arts.movies.reviews reviews


Genesis 29:27
Fulfil her week, and we will give thee this also for the service which thou shalt serve with me yet seven other years.


{% extends "tutorial.html" %} {% block headauthor %}Seth Ladd{% endblock %} {% block headtitle %}Auditing Your Web App For Speed{% endblock %} {% block pagetitle %}Auditing Your Web App For Speed{% endblock %} {% block pagebreadcrumb %}Auditing Your Web App For Speed{% endblock %} {% block date %}July 28, 2010{% endblock %} {% block browsersupport %} Operaunsupported Internet Explorerunsupported Safariunsupported Firefoxunsupported Chromesupported {% endblock %} {% block iscompatible %} {% endblock %} {% block head %} {% endblock %} {% block onload %}{% endblock %} {% block content %}
Update: Feel free to use the DevTools Audits Panel, but for hunting down serious performance issues, you'll find the records from the Pagespeed Insights DevTools extension more useful.
A fast web app is a successful web app. Your job as a developer is not done until you have optimized both the real and perceived performance of your app. Not only is it simply the right thing to do to ensure your users have an excellent experience, but there are very practical and important business reasons to optimize. Amazon measured a 1% drop in sales for every 100ms of site latency, and Google measured a 20% drop in traffic for every 0.5 second delay (citation). Those are real numbers with real implications for your business and web app.
Web speed is so important, Google even has an entire effort devoted to making the web faster. If you need yet another reason to optimize your app performance, Google announced page speed was added to their ranking algorithm.
There are many published best practices for optimizing the performance of your web app, including two great books (High Performance Web Sites and Even Faster Web Sites). Techniques on the server (implement the correct cache control headers) and on the client (provide image width and height attributes) are combined into an end to end strategy for optimizing performance. With so many tips and tricks, it's sometimes difficult to gauge how they all map to real life and your real web app.
Luckily, the Chrome DevTools (included in every instance of Chrome), provides an excellent tool which inspects your web app and offers customized recommendations to enhance performance and reduce latency. This article will cover the Audits Panel, which is similar in scope to the very popular YSlow tool, and how you can use it to speed up your website, decrease latency, and increase user satisfaction.
Note, the Audits Panel tool is currently only available in Chrome, but we expect that other WebKit browsers will eventually integrate it.
To illustrate how the Audits Panel can recommend web app performance improvements, we'll turn the tool towards our very own www.html5rocks.com. We'll use the Audits Panel to help make our site even faster.
Starting DevTools is as easy as using the Chrome icon (upper right of the Chrome window) and selecting Tools > Developer Tools.
For more information on how to get started with DevTools, please read the official documentation.
The Audits Panel is located in the main tools button panel. You'll notice that, once selected, the Audits Panel has not yet run through its analysis of your web app. Running all of the heuristics can be slow, especially for a large web app such as GMail, so the tool is disabled by default.
Let's dive in by clicking the Run button, which reloads the web app with the performance heuristics turned on. After the page reload, you'll see a list of recommendations similar to the screenshot below.
You'll notice that the Audits Panel classifies the suggestions by severity, with the most severe marked with a red dot, and the medium severity suggestions marked with a yellow dot. This color coding helps you prioritize the suggestions, focusing on the most important (and biggest gains) first.
The number in parenthesis, following the suggestion, is how many instances the Audit Tool detected. For example, there were 12 instances of "Leverage browser caching". This gives you a sense of how often the suggestion can be applied.
As mentioned before, there are plenty of well known and heavily tested strategies for optimizing web app performance. We won't be covering them all in depth with this article, but it's easy to find more information and details. Helpful resources for learning more about the specifics of web app optimization include Let's make the web faster tutorials and High Scalability's Latency is Everywhere and It Costs You Sales.
The Audits Panel groups its suggestions into two categories, Network Utilization and Web Page Performance.
According to the Audits Panel, to improve Network Utilization we should:
To improve Web Page performance, we should:
Let's look at one of the strategies we can focus on to improve htmlrocks.com performance.
For example, let's first dive into the recommendation to leverage browser caching. What does this mean, specifically? Opening up the option in the UI, we are presented with the following details:
Caching resources is an excellent way to improve network utilization, which leads to lower bandwidth bills for the developer and faster response times for the user. Unfortunately, the tool doesn't tell you exactly what you need to do, so we need to dive into the recommendations a bit and use our knowledge of web app performance optimizations to apply these suggestions.
Without diving into HTTP caching, we can certainly cover some of the basics. The HTTP protocol includes caching instructions, allowing the server and the client to reduce the amount of data that needs to be transferred over the wire. For example, the server can tell the client to save the resource locally for a certain amount of time, thus eliminating the need to request the resource again. The client can also ask if the server's resource is newer than the one that is stored locally. Ideally, if a resource is static, the server should tell the client to store the resource locally and avoid asking the server for the resource in the future. There are, as you can imagine, an incredible amount of details regarding HTTP caching, but the general theme is "reduce the amount of data sent over the wire by storing resources locally on the client".
Let's look at one recommendation in depth, and learn how to connect the Audit recommendation to other tools inside DevTools. Specifically, let's look at how to fix "the following resources are explicitly non-cacheable."
Because caching is accomplished via the HTTP protocol, we need to look at the HTTP request and response for the http://www.html5rocks.com/ resource. Simply click on the resource to view the original request and response headers and details.
You are then taken to the Network, Resources or Sources panel (depending on the type of resource clicked) with further information. In this case we will be taken to the Network panel.
We are trying to confirm that the server has told the client "do not cache the homepage of html5rocks.com". To do this, we click on the resource to look at the Response Headers, as these are the headers and instructions sent by the server.
Sure enough, the server sent the "Cache-Control: no-cache" header to the client. This, as you would imagine, tells the client to always ask for the resource and to not cache it locally. Specifically, the HTTP specification for "no-cache" reads:
"If the no-cache directive does not specify a field-name, then a cache MUST NOT use the response to satisfy a subsequent request without successful revalidation with the origin server. This allows an origin server to prevent caching even by caches that have been configured to return stale responses to client requests."
This is exactly why the Audits Panel recommends enabling caching, because otherwise the server and client are sending potentially redundant information.
Now that we have confirmed the root cause of the Audit suggestion, how do we fix it? In this case, the solution involves server side configuration or code. Depending on your setup, you could enable caching through your web server's configuration or through configurations in your web app framework. Specifically, you should include an Expires header and a Cache-Control: private with a max-age parameter for any resource that you would want cached.
Remember that the Audits Panel is recommending improvements based on generic heuristics. It is applying best practices, learned over many years, to your specific web app. Most of the time, these recommendations are spot on and should be taken to heart.
However, there are a few cases where the recommendation may be correct but may not actually lead to any improvement. For example, if your page only has a single large image, the Audits Panel would recommend adding width and height attributes to the <img> tag (so that the rendering engine knows the image dimensions without having to download and inspect the image). While this is generally great advice, it won't help much if the image is the only element on the page.
Remember to apply these suggestions after you understand them. And don't forget to measure performance before and after the changes, to ensure there is actually an improvement.
The Audits Panel is an excellent and easy to use tool that will quickly show you how to optimize the performance of your web app. Speed is a crucial web app attribute, as many companies have found direct correlations between performance and revenue or activity. Optimizing your app's performance is not just the right thing to do for your users, but it is the right thing to do for your business's bottom line.
{% endblock %}


See: Description
| Class | Description |
|---|---|
| BeamSqlAbsExpression |
BeamSqlMathUnaryExpression for 'ABS' function. |
| BeamSqlAcosExpression |
BeamSqlMathUnaryExpression for 'ACOS' function. |
| BeamSqlAsinExpression |
BeamSqlMathUnaryExpression for 'ASIN' function. |
| BeamSqlAtan2Expression |
BeamSqlMathBinaryExpression for 'ATAN2' function. |
| BeamSqlAtanExpression |
BeamSqlMathUnaryExpression for 'ATAN' function. |
| BeamSqlCeilExpression |
BeamSqlMathUnaryExpression for 'CEIL' function. |
| BeamSqlCosExpression |
BeamSqlMathUnaryExpression for 'COS' function. |
| BeamSqlCotExpression |
BeamSqlMathUnaryExpression for 'COT' function. |
| BeamSqlDegreesExpression |
BeamSqlMathUnaryExpression for 'DEGREES' function. |
| BeamSqlExpExpression |
BeamSqlMathUnaryExpression for 'EXP' function. |
| BeamSqlFloorExpression |
BeamSqlMathUnaryExpression for 'FLOOR' function. |
| BeamSqlLnExpression |
BeamSqlMathUnaryExpression for 'LN' function. |
| BeamSqlLogExpression |
BeamSqlMathUnaryExpression for 'Log10' function. |
| BeamSqlMathBinaryExpression |
Base class for all binary functions such as
POWER, MOD, RAND_INTEGER, ATAN2, ROUND, TRUNCATE.
|
| BeamSqlMathUnaryExpression |
Base class for all unary functions such as
ABS, SQRT, LN, LOG10, EXP, CEIL, FLOOR, RAND, ACOS,
ASIN, ATAN, COS, COT, DEGREES, RADIANS, SIGN, SIN, TAN.
|
| BeamSqlPiExpression |
Base class for the PI function.
|
| BeamSqlPowerExpression |
BeamSqlMathBinaryExpression for 'POWER' function. |
| BeamSqlRadiansExpression |
BeamSqlMathUnaryExpression for 'RADIANS' function. |
| BeamSqlRandExpression |
BeamSqlMathUnaryExpression for 'RAND([seed])' function. |
| BeamSqlRandIntegerExpression |
BeamSqlMathUnaryExpression for 'RAND_INTEGER([seed, ] numeric)'
function. |
| BeamSqlRoundExpression |
BeamSqlMathBinaryExpression for 'ROUND' function. |
| BeamSqlSignExpression |
BeamSqlMathUnaryExpression for 'SIGN' function. |
| BeamSqlSinExpression |
BeamSqlMathUnaryExpression for 'SIN' function. |
| BeamSqlTanExpression |
BeamSqlMathUnaryExpression for 'TAN' function. |
| BeamSqlTruncateExpression |
BeamSqlMathBinaryExpression for 'TRUNCATE' function. |


Monads
Home
|
Something
|
Nothing
Nothing
Nothing represents the missing, the void, the nulls and nils.