It is sometimes necessary to use 2 or more data sets that derive their data from the same XML or JSON document. This typically isn't a problem because the XML Data Set uses an internal load manager to cache requests for the same document, but there are times when the cache needs to be turned off because the data loaded with the same URL can yield different results. The following examples use XML as the data format, but the same technique is applicable when using JSON data.
Here's an example of 2 data sets that load the same XML data with this caching behavior turned off:
var dsProducts = new Spry.Data.XMLDataSet("../../demos/products/products.xml", "/products/product", { useCache: false });
var dsCategories = new Spry.Data.XMLDataSet("../../demos/products/products.xml", "/products/product/category", { useCache: false, distinctOnLoad: true, sortOnLoad: "category" });
Now the problem with this scenario, is that the 2 data sets will now cause 2 hits to the same server for the same document. Not very efficient. You can however make use of data set observers to make this a bit more efficient:
// Create the dsProducts data set. var dsProducts = new Spry.Data.XMLDataSet("../../demos/products/products.xml", "/products/product", { useCache: false }); // Create the dsCategories data set, but pass a null for the URL parameter so that it doesn't load // any data. var dsCategories = new Spry.Data.XMLDataSet(null, "/products/product/category", { useCache: false, distinctOnLoad: true, sortOnLoad: "category" }); // Define a function that we will register as an observer on dsProducts. function updateCategories(notificationType, notifier, data) { // We are only interested in "onPostLoad" notifications. // If it is any other notification, just bail. if (notificationType != "onPostLoad") return; // We recieved an "onPostLoad" notification from dsProducts! // Ask it for its XML document. If it has one, tell dsCategories // to extract its data from that document. var doc = dsProducts.getDocument(); if (doc) dsCategories.setDataFromDoc(doc); }; // Register our function as an observer on dsProducts. dsProducts.addObserver(updateCategories);
In the example above we are chaining dsCategories to dsProducts. We did this by setting the URL argument for dsCategories' data set constructor to null so that it doesn't attempt to load anything if loadData() called on it. The 2nd thing we did was define a function that would observe notifications on dsProducts. The idea here is that any time dsProducts loads data off the network, we want to catch the "onPostLoad" notification it fires off so we can grab its document and use that to extract the data for dsCategories.
The code above looks pretty huge with all of the comments, so here it is again with all of the comments stripped out.
var dsProducts = new Spry.Data.XMLDataSet("../../demos/products/products.xml", "/products/product", { useCache: false }); var dsCategories = new Spry.Data.XMLDataSet(null, "/products/product/category", { useCache: false, distinctOnLoad: true, sortOnLoad: "category" }); function updateCategories(notificationType, notifier, data) { if (notificationType != "onPostLoad") return; var doc = dsProducts.getDocument(); if (doc) dsCategories.setDataFromDoc(doc); }; dsProducts.addObserver(updateCategories);
Now, lets look at a slightly more complicated scenario, where we have one data set that relies on data from another data set for its XPath:
var dsProducts = new Spry.Data.XMLDataSet("../../demos/products/products.xml", "/products/product", { useCache: false });
var dsFeatures = new Spry.Data.XMLDataSet("../../demos/products/products.xml", "/products/product[name = '{ds1::name}']/features/feature", { useCache: false });
This scenario is almost identical to the first example, except that the dsFeatures XPath relies on the value of the "name" column in the current row of dsProducts. The solution to this is identical to the first example, except that we need to listen for one extra notification, specifically "onCurrentRowChanged":
// Create the dsProducts data set. var dsProducts = new Spry.Data.XMLDataSet("../../demos/products/products.xml", "/products/product", { useCache: false }); // Create the dsFeatures data set, but pass a null for the URL parameter so that it doesn't load // any data. var dsFeatures = new Spry.Data.XMLDataSet(null, "/products/product[name = '{dsProducts::name}']/features/feature", { useCache: false }); // Define a function that we will register as an observer on dsProducts. function updateFeatures(notificationType, notifier, data) { // We are only interested in "onPostLoad" notifications. // If it is any other notification, just bail. if (notificationType != "onPostLoad" && notificationType != "onCurrentRowChanged") return; // We recieved an "onPostLoad" or "onCurrentRowChanged notification // from dsProducts! Ask it for its XML document. If it has one, tell // dsFeatures to extract its data from that document. var doc = dsProducts.getDocument(); if (doc) dsFeatures.setDataFromDoc(doc); }; // Register our function as an observer on dsProducts. dsProducts.addObserver(updateFeatures);
Here is the same code without all of the comments:
var dsProducts = new Spry.Data.XMLDataSet("../../demos/products/products.xml", "/products/product", { useCache: false }); var dsFeatures = new Spry.Data.XMLDataSet(null, "/products/product[name = '{dsProducts::name}']/features/feature", { useCache: false }); function updateFeatures(notificationType, notifier, data) { if (notificationType != "onPostLoad" && notificationType != "onCurrentRowChanged") return; var doc = dsProducts.getDocument(); if (doc) dsFeatures.setDataFromDoc(doc); }; dsProducts.addObserver(updateFeatures);
Below is a live example of what was mentioned above. If you load this sample page in FireFox and you have the FireBug add-on installed, you will see that the XML file is only loaded once for all 3 data sets. This live version is using a merged version of the two observer functions above, which looks like this:
var dsProducts = new Spry.Data.XMLDataSet("../../demos/products/products.xml", "/products/product", { useCache: false }); var dsCategories = new Spry.Data.XMLDataSet(null, "/products/product/category", { useCache: false, distinctOnLoad: true, sortOnLoad: "category" }); var dsFeatures = new Spry.Data.XMLDataSet(null, "/products/product[name = '{dsProducts::name}']/features/feature", { useCache: false }); function updateCategoriesAndFeatures(notificationType, notifier, data) { if (notificationType != "onCurrentRowChanged" && notificationType != "onPostLoad") return; var doc = dsProducts.getDocument(); if (doc) { if (notificationType == "onPostLoad") dsCategories.setDataFromDoc(doc); dsFeatures.setDataFromDoc(doc); } }; dsProducts.addObserver(updateCategoriesAndFeatures);
Click on any of the items in the dsProducts column, and the dsFeatures column will update. Because we've chained the data sets together with observers, so that they share the same document, the server is only hit once.
| dsProducts | dsFeatures | dsCategories |
|---|---|---|
|
|
|


| Modifier and Type | Interface and Description |
|---|---|
interface |
ProtocolFactory<T extends
Protocol>
|
| Modifier and Type | Class and Description |
|---|---|
class |
BaseProtocol
Base for all MiCA protocols.
|
class |
ExternalSelectProtocol
ExternalSelectProtocol delegates its selection to a another
object, of any
type that the @Select annotation accepts
|
class |
FailureDetector
|
| Modifier and Type | Method and Description |
|---|---|
void |
FailureDetector.update(Protocol that)
|
| Modifier and Type | Method and Description |
|---|---|
abstract Protocol |
MicaRuntime.getProtocolInstance()
Get the local top-level protocol instance
|
| Modifier and Type | Method and Description |
|---|---|
abstract CommunicationPatternAgent
|
Compiler.compile(Protocol pinstance)
Generate a RuntimeAgent for the given protocol instance.
|
void |
RuntimeContextManager.setForeignRuntimeState(Protocol rootProtocol,
RuntimeState rts)
|
abstract void |
MicaRuntime.setProtocolInstance(Protocol pinstance)
Set local top-level protocol instance
|
void |
Protocol.update(Protocol that)
The update function
|
| Modifier and Type | Method and Description |
|---|---|
Protocol |
SimRuntime.getProtocolInstance()
|
Protocol |
Simulator.getReceiver(SimConnection sc)
|
Protocol |
SimConnection.getRemoteNode()
|
Protocol |
Simulator.getSender(SimConnection sc)
|
| Modifier and Type | Method and Description |
|---|---|
CommunicationPatternAgent
|
FakeCompiler.compile(Protocol pinstance)
|
Logging.SelectEvent |
SimRound.select(Protocol p)
|
void |
SimRuntime.setProtocolInstance(Protocol pinstance)
|
| Modifier and Type | Method and Description |
|---|---|
abstract <P extends Protocol> |
Selector.SelectorAnnotationDecider.getSelector(java.lang.reflect.AnnotatedElement element)
|
<P extends Protocol> |
Selector.SelectDecider.getSelector(java.lang.reflect.AnnotatedElement element)
|
<P extends Protocol> |
Selector.SelectUniformRandomDecider.getSelector(java.lang.reflect.AnnotatedElement element)
|
| Modifier and Type | Method and Description |
|---|---|
Protocol |
SimpleRuntime.getProtocolInstance()
|
| Modifier and Type | Method and Description |
|---|---|
CommunicationPatternAgent
|
SimpleCompiler.compile(Protocol pinstance)
Not much going on here; for SimpleCompiler, the SimpleAgent does
all the
work.
|
static MicaRuntime |
SimpleRuntime.launch(MicaRuntime rt,
Protocol pinstance,
boolean daemon,
int intervalMS,
long randomSeed,
int lockWaitTimeoutMS)
Entry point for SimpleRuntime.
|
static MicaRuntime |
SimpleRuntime.launchDaemon(SimpleRuntime rt,
Protocol pinstance,
Address address,
int intervalMS,
long randomSeed,
int lockWaitTimeoutMS)
Entry point for SimpleRuntime.
|
Distribution<Address>
|
SingleValueSelectFunctionSelector.select(Protocol pinstance)
|
abstract Distribution<Address>
|
Selector.select(Protocol pinstance)
|
Distribution<Address>
|
SelectFieldSelector.select(Protocol pinstance)
|
void |
SimpleRuntime.setProtocolInstance(Protocol pinstance)
|
| Modifier and Type | Method and Description |
|---|---|
double |
Sugar.executeSugarRate(Protocol p)
|
Distribution<Address>
|
Sugar.executeSugarView(Protocol p)
|
| Modifier and Type | Class and Description |
|---|---|
static class |
DemoNaiveBroadcast.StringBroadcast
|
static class |
DemoTokenRing.ChattyTokenRing
Override the act() function of TokenRing to print a message to
the
console when the token arrives.
|
class |
Dilator
|
class |
FindMin<T>
|
class |
FindMinComparable<T extends
Comparable<T>>
|
class |
FindMinPull
Pull-based "find minimum value" example protocol
|
class |
FindMinPullWeighted
Pull-based "find minimum value" example protocol
Demonstrates gossiping to neighbors with an arbitrary weighted distribution
|
class |
FindMinPush
"Find minimum value" pull protocol example
|
class |
FindMinSymmetric
Push-pull "find minimum value" example
|
class |
FourLayerTreeStack
This is a merged four-protocol, self-stabilizing stack that sits
on top of an
arbitrary overlay, "view" The main method demonstrates running an experiment
with this protocol using the TestHarness class to create many simulated nodes
on a random graph
Layer 1: Leader election.
|
class |
RoundRobinMerge
|
class |
RoundRobinMergeRate
|
class |
TreeCountNodes
Count the nodes in each subtree of a rooted spanning tree.
|
class |
TreeLabelNodes
Use the subtree node count protocol to assign unique numbers to
every node in
DFS order.
|
| Modifier and Type | Field and Description |
|---|---|
Protocol |
Dilator.p
|
| Modifier and Type | Method and Description |
|---|---|
Protocol |
DemoNaiveBroadcast.createProtocolInstance(int i,
Address address,
Overlay view)
|
| Modifier and Type | Method and Description |
|---|---|
static Dilator |
Dilator.dilate(int level,
Protocol p)
|
void |
FindMin.update(Protocol other)
|
void |
FindMinSymmetric.update(Protocol other)
|
void |
RoundRobinMerge.update(Protocol other)
|
void |
TreeLabelNodes.update(Protocol other)
|
void |
Dilator.update(Protocol other)
|
void |
FindMinPull.update(Protocol other)
|
void |
FindMinPush.update(Protocol other)
|
void |
RoundRobinMergeRate.update(Protocol other)
|
void |
FindMinPullWeighted.update(Protocol other)
|
| Constructor and Description |
|---|
Dilator(int level,
Protocol p)
|
RoundRobinMerge(Protocol p1,
Protocol p2)
|
RoundRobinMergeRate(Protocol p1,
Protocol p2)
|
| Modifier and Type | Class and Description |
|---|---|
class |
Pipeline<P extends
Protocol>
|
static class |
Pipeline.ProtocolFactory<Q extends
Protocol>
|
| Modifier and Type | Class and Description |
|---|---|
class |
CTRWSamplerOverlay
TODO (unfinished)
|
class |
MinAddressLeaderElection
Very basic leader election protocol.
|
class |
NaiveBroadcast<Message extends
Serializable>
|
class |
Pipeline<P extends
Protocol>
|
class |
RingOverlayBuilder
FIXME not complete
|
class |
SpanningTreeOverlay
Construct a rooted Spanning Tree overlay by using a leader
election protocol
to decide the root.
|
class |
TMan
|
class |
TokenRing
Dijkstra's first self-stabilizing token ring example.
|
| Modifier and Type | Method and Description |
|---|---|
void |
MinAddressLeaderElection.update(Protocol that)
|
void |
CTRWSamplerOverlay.update(Protocol that)
|
void |
NaiveBroadcast.update(Protocol that)
|
void |
Pipeline.update(Protocol other)
|
void |
TMan.update(Protocol that)
|
void |
TokenRing.update(Protocol other)
|
void |
SpanningTreeOverlay.update(Protocol that)
Gossip update function
|
void |
RingOverlayBuilder.update(Protocol that)
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
Broadcast<Message
extends Serializable>
General interface for broadcast.
|
| Modifier and Type | Class and Description |
|---|---|
class |
Aggregator<Summary,Aggregate>
Parametric aggregator class.
|
class |
CTRWPeerSampler
Peer sampling protocol based on the paper
"Peer counting and sampling in overlay networks based on random walks" by
Ganesh, Kermarrec, Merrer, Massoulie
|
class |
Merge
Serves as a base class for different merge operators.
|
class |
MergeCorrelated
Merge two protocols in such a way that the composite protocol
gossips both
subprotocols to the same target peer as frequently as possible, while still
respecting individual address distributions.
|
class |
MergeIndependent
Merge two protocols so that they make independent gossip
choices.
|
class |
MergeShuffle
Merge two protocols in such a way that the composite protocol
gossips both
subprotocols to the same target peer as frequently as possible, while still
respecting individual address distributions.
|
class |
ProtocolAdapter
ProtocolAdapter wraps another protocol, passing
rate/select/update directly
through
It serves as a base for operations that modify other protocols' existing
behavior.
|
class |
RateScalar
Scale the rate of a protocol
|
| Modifier and Type | Method and Description |
|---|---|
Protocol |
Merge.getP1()
Get first subprotocol
|
Protocol |
Merge.getP2()
Get second subprotocol
|
| Modifier and Type | Method and Description |
|---|---|
static MergeShuffle
|
MergeShuffle.merge(Protocol p1,
Protocol p2)
Convenience static method for merging.
|
static MergeCorrelated
|
MergeCorrelated.merge(Protocol p1,
Protocol p2)
Convenience static method for merging.
|
static MergeIndependent
|
MergeIndependent.merge(Protocol p1,
Protocol p2)
Convenient static method for merging p1+p2.
|
void |
Merge.setP1(Protocol p1)
Set first subprotocol
|
void |
Merge.setP2(Protocol p2)
Set second subprotocol
|
void |
Merge.update(Protocol p)
Composite update function.
|
void |
ProtocolAdapter.update(Protocol p)
|
void |
Aggregator.update(Protocol that)
Gossip update function
|
| Constructor and Description |
|---|
Merge(Protocol p1,
Protocol p2)
Constructor to make composite protocol p1 + p2
|
MergeCorrelated(Protocol p1,
Protocol p2)
Constructor to make composite protocol p1 + p2
|
MergeIndependent(Protocol p1,
Protocol p2)
Constructor to create independent merged p1 + p2
|
MergeShuffle(Protocol p1,
Protocol p2)
Constructor to make composite protocol p1 + p2
|
| Modifier and Type | Class and Description |
|---|---|
class |
TestLoggingRemoteLocal
This is a merged four-protocol, self-stabilizing stack that sits
on top of an
arbitrary overlay, "view" The main method demonstrates running an experiment
with this protocol using the TestHarness class to create many simulated nodes
on a random graph
Layer 1: Leader election.
|
| Modifier and Type | Field and Description |
|---|---|
static fj.F3<java.lang.Integer,Address,Overlay,Protocol> |
TestLoggingRemoteLocal.createNodeFunc
|
| Modifier and Type | Method and Description |
|---|---|
Protocol |
ExampleCompositeProtocolTest.createProtocolInstance(int i,
Address address,
Overlay view)
Create an instance of our protocol.
|
| Modifier and Type | Method and Description |
|---|---|
void |
TestLoggingRemoteLocal.update(Protocol p)
|
| Modifier and Type | Method and Description |
|---|---|
Protocol |
TestHarness.createProtocolInstance(int nodeId,
Address address,
Overlay overlay)
|
Protocol |
ProtocolInstanceFactory.createProtocolInstance(int nodeId,
Address address,
Overlay overlay)
|
| Modifier and Type | Method and Description |
|---|---|
static ProtocolInstanceFactory
|
TestHarness.factoryFromCNF(fj.F3<java.lang.Integer,Address,Overlay,Protocol> createNodeFunc)
|
static void |
TestHarness.main(java.lang.String[] argv,
fj.F3<java.lang.Integer,Address,Overlay,Protocol> createNodeFunc)
|
void |
TestHarness.runMain(java.lang.String[] argv,
fj.F3<java.lang.Integer,Address,Overlay,Protocol> createNodeFunc)
|
| Modifier and Type | Method and Description |
|---|---|
static java.util.Set<java.lang.Class<? extends Protocol>>
|
ReflectionUtil.getAllProtocolClasses()
|


When clicking on the button, retrieves the id in the form, then retrieves the X-Men corresponding in the API and display it in the tag whose id is "target". Use the template tag to reproduce a adequate html structure.
When clicking on the button, retrieves the id in the form, then retrieves the X-Men corresponding in the API and display it in the tag whose id is "target". Use the template tag to reproduce a adequate html structure.


Deed showing lewd 13th Century street name in Bristol up for sale
The deed is one of the earliest examples of the rude place name
by Rod MinchinA 13th century deed of a crudely offensive place name is to be sold at auction.
The deed is one of the earliest examples of Gropec*** Lane and is being sold by the family of a deceased collector from Bristol.
It was a compounded street name found in about 20 English towns and cities in medieval times and is believed to be a reference to organised prostitution.
The earliest reference to the lewd street name is from 1230 in Oxford and the Bristol example being sold is dated 1240.
The street was later changed to Hallier's Lane and after the Battle of Trafalgar was renamed Nelson Street, which it remains today.
The deed was written in Latin on vellum and is mounted on a wooden board. It comes with three related 20th-century manuscript paper labels.
It will go under the hammer on December 11 at Dominic Winter Auctioneers in Cirencester, Gloucestershire and is estimated to fetch up to £500.
Auctioneer Chris Albury said: "This was taken off the wall of a deceased Bristol collector recently.
"The family knew it was an old Bristol deed but it was only when I looked at it closely and clearly saw the place name that I realised why the collector probably treasured it and it seems it was a private joke he kept from his family.
"Besides the amusement factor, it is historically important as early documented usage of this place name and it will be of great interest to other collectors from Bristol and worldwide.
"Even with medieval deeds condition is a major factor in value and saleability so a high value is not a given.
"This one is very neatly written in a court hand, the ink is still very dark and about one-third of the original wax seal survives so it is better than many.
"The fact that it relates to a major city like Bristol will help, but the rude place name may well make this fly beyond the £500 estimate we've put on it."
If you would like to see all the latest news from in and around Bristol, you can check back on Bristol Live's homepage.


It is a 3D model. You can use mouse pointer(drag and rotate), can click over screen and move using the
wasd or arrow keys.
For best experience view website in pc. We recommend using Mozilla Firefox.
The site has Audio.
For the first time the 3d model will take a few seconds to load.
Loading...


Logo design, Web Design and Branding
Logo design, Web Design and Branding
Logo design, Web Design and Branding
Logo design, Web Design and Branding
Logo design, Web Design and Branding
Logo design, Web Design and Branding
Exclusive only at Envato Marketplace,Themeforest See Standard licenses & Extended licenses
Copyright © 2014 REVOX. All Rights Reserved.


---
title: Sexagesimal Clock
kochtitle: Sexagesimal Clock
goto: /index.html
extracss: argam
extincludes: https://cdn.jsdelivr.net/npm/bignumber.js/bignumber.min.js
includes: argam/argam, argam/sexagesimalclock
---
Arqam digits created by Michael Thomas De Vlieger
Font created by geobica, based on Dozenalism's "Florence" font.
Fonts used on this page are used with the permission of Dozenalism. Don't grab these without their permission.


Asso Professor
Academic Qualifications
m tech
Research interests
data science
Additional information
Teaching
Contact
Email: @gmail.com


Contact Info
First Name: Mary
Last Name: Goverl
Phone: +1-512-555-0191
Email<EMAIL_ADDRESS>Address Info
Street Address: 1610 Clifford Ave. B
City: Austin
State: Texas
Zip Code: 78702
http://www.realtyaustin-digital.com/realtyaustin/volume_4?pg=1#pg1


The CrosswordFormatter interface provides a means to read and write
crosswords to/from streams.
Provides common HTML-related functionality.
PuzFormatter reads puzzles in Across Lite's .puz format, which is arguably
the most popular format for exchanging crosswords.
(extensions in package org.akop.ararat.util)
This class is a modified version of LinkMovementMethod that handles
URL's of form wordRef://direction/number by invoking listener
OnWordReferenceSelectedListener (if specified)
A simple class that animates double-touch zoom gestures. Functionally similar to a [ ].


?
Back
Save
LED & Hardware setup
Total LED count:
Recommended power supply for brightest white:
?
Enable automatic brightness limiter:
Maximum Current:
mA
⚠ Your power supply provides high current.
To improve the safety of your setup,
please use thick cables,
multiple power injection points and a fuse!
Automatically limits brightness to stay close to the limit.
Keep at <1A if powering LEDs directly from the ESP 5V pin!
If you are using an external power supply, enter its rating.
(Current estimated usage:
unknown
)
LED voltage (Max. current for a single LED):
5V default (55mA)
5V efficient (35mA)
12V (30mA)
WS2815 (12mA)
Custom
Custom max. current per LED:
mA
Keep at default if you are unsure about your type of LEDs.
Hardware setup
LED outputs:
+
-
LED Memory Usage:
0
/
?
B
⚠ You might run into stability or lag issues.
Use less than
800 LEDs per pin
for the best experience!
Relay pin:
Active high
Button pin:
IR pin:
AUX pin:
Defaults
Turn LEDs on after power up/reset:
Default brightness:
(0-255)
Apply preset
at boot (0 uses defaults)
-
or
-
Set current preset cycle setting as boot default:
Use Gamma correction for color:
(strongly recommended)
Use Gamma correction for brightness:
(not recommended)
Brightness factor:
%
Transitions
Crossfade:
Transition Time:
ms
Enable Palette transitions:
Timed light
Default Duration:
min
Default Target brightness:
Mode:
Wait and set
Fade
Fade Color
Sunrise
Advanced
Palette blending:
Linear (wrap if moving)
Linear (always wrap)
Linear (never wrap)
None (not recommended)
Skip first LED:
Auto-calculate white channel from RGB:
None
Brighter
Accurate
Dual
Legacy
Back
Save


#Web Notepad
The “Web Notepad” project is a web app for notes or memos, using css and pure javascript.
Every content is stored in LocalStorage, so it’ll be saved after refreshing or even after restarting.
##Screenshots
##License
This project is released under MIT License, please read “LICENSE“ for more information.


Displays text on a VGA monitor. To-do: Bring in features from Steve Denson's VgaText application: https://code.google.com/p/propgcc/source/browse/demos/#demos%2FVgaText Note, this library is still preliminary; revisions are pending.
More...
#include <stdint.h>
Go to the source code of this file.
|
|
#define | Cols (32) |
| |
|
#define | Rows (15) |
| |
|
#define | Screensize (480) |
| |
|
#define | Lastrow (448) |
| |
|
#define | Vga_count (21) |
| |
|
#define | vgaSpin_Class_Defined__ |
| |
|
#define | Paramcount (21) |
| |
|
#define | Colortable (384) |
| |
Displays text on a VGA monitor. To-do: Bring in features from Steve Denson's VgaText application: https://code.google.com/p/propgcc/source/browse/demos/#demos%2FVgaText Note, this library is still preliminary; revisions are pending.
- Author
- Spin + ASM by Chip Gracey Converted from Spin + ASM with Eric Smith's Spin2Cpp utility Commented and function names adjusted by Andy Lindsay
- Version
- 0.85
- Copyright
- Copyright (C) Parallax, Inc. 2013. All Rights MIT Licensed.
| int32_t vga_text_bin |
( |
int32_t |
Value, |
|
|
int32_t |
Digits |
|
) |
| |
Display a value as binary text.
- Parameters
-
| Value | The value to display. |
| Digits | The number of digits to display. |
| int32_t vga_text_dec |
( |
int32_t |
Value) | |
|
Display a value as decimal text.
- Parameters
-
| Value | The value to display. |
| int32_t vga_text_hex |
( |
int32_t |
Value, |
|
|
int32_t |
Digits |
|
) |
| |
Display a value as hexadecimal text.
- Parameters
-
| Value | The value to display. |
| Digits | The number of digits to display |
| int32_t vga_text_out |
( |
int32_t |
C) | |
|
Display a character.
- Parameters
-
| C | Character to print. This could be a printable character like 'a', 'b', 'Z', '&', '~', or non-printable control characters |
Non-Printable Control Characters (with simpletools constants when they match.)
CLS = 0 HOME = 1 BKSPC = 8 10 (next character should be a position number) 11 (next character should be a position number) 12 set color (color pointer value follows) CR = 13
| int32_t vga_text_setcolors |
( |
int32_t |
Colorptr) | |
|
Override color palette.
- Parameters
-
| Colorptr | Points to a list of up to 8 colors. |
Each color is two bytes: foreground, background. Red, green and blue can each be values from 0 to 3. char foreground = (red << 4) | (green << 2) | blue Example: If you want the foreground to have a red value of 2, a green value of 1 and a blue value of 3, use char foreground = (2 << 4) | (1 << 2) | 3
| int32_t vga_text_start |
( |
int32_t |
Basepin) | |
|
Start the VGA text display.
- Parameters
-
| Basepin | pin connected to VGA's V (vertical sync) input. Must be P0, P8, P16, or P24. Counting upward from this pin, the connections are: H, B0, B1, G0, G1, R0, R1. Example: if the Basepin is set to 8, P8 is connected to H, P9 to V, P10 to B0, and so on, up through P15 to R1. |
- Returns
- Nonzero if successfully launched, or zero if no cog available.
| int32_t vga_text_str |
( |
char * |
Stringptr) | |
|
Display a string.
- Parameters
-
| Stringptr | A pointer to a text string. |


about me
Hello,my name is Feras Aljayyousi,im 24 years old.
- i did graduat from university in 2020 in power plant specialty
- i have intrest in pcs and tech since childhood
- i did work for a year in sales merchandiser in fine company
best 10 games from my childhood
- igi
- counter-strike
- need for speed
- gta vice city
- call of duty
- max payne
- snake nokia game
- house of dead
- virtua cop
- crazy taxie


Created by Ryan Whitley / @apollolm
Let's take a step back
Let's start with a web page
Fictitious Doohickey.com
http://jsfiddle.net/apollolm/jcr50on2/
Because there is no JavaScript!
JavaScript is a programming language.
Created in 1995 (19 years old!)
Created to make web pages come alive.
JavaScript and Webpages are like
Peanut Butter & Jelly
Ike & Tina
An HTML webpage is a cold, static, lifeless skeleton
JavaScript *listens* to stuff happening in the page, and can respond.
JavaScript can detect:
JavaScript *listens* to stuff happening in the page, and can respond.
Time: ~15 Minutes
Don't worry. We'll go thru step by step.
HTML - the container for data to go into
<!doctype html>
<html lang="en">
<head>
<meta charset="utf-8">
<title>TechDiversified Worshop - The Power of APIs</title>
</head>
List of 911 Responses
</body>
</html>
Load jQuery - a javascript helper library
Call to the API (getJSON) - wait for response
Loop over each result and write it into the container
//After the API is successfully called, the flow comes here.
$.each(result, function(idx, item){
$("#myResults").append(item.type);
$("#myResults").append("
");
});
A boring, ugly list.
Time: ~10 Minutes
Same as before, but add a mapContainer div
Load Leaflet - a mapping library
Call to the API (getJSON) - wait for response
Same as before
Loop over each result and write it into the container
Also, add the item to the map
//After the API is successfully called, the flow comes here.
$.each(result, function(idx, item){
//Write the item to a list
$("#myResults").append(item.type);
$("#myResults").append("
");
//Add map marker
if(item.latitude && item.longitude){
L.marker([item.latitude, item.longitude]).addTo(map);
}
});
A slightly more usable visualization
Time: ~10 minutes
Try sorting or filtering the list by type (Try to only show the type 'Aid Response')
Try adding another piece of information to the list - incident # perhaps?
Try adding another dataset you find at http://data.seattle.gov - more items on the map, create a separate list
Meetup - http://www.meetup.com/meetup_api/
Foursquare - https://developer.foursquare.com/
Google (Tons of APIs) - Google API Explorer
Facebook - Facebook Graph API
Well not really.
But APIs can do more than just fetch data.
Certain APIs let you put new data in.
Or delete or alter data.
You could build your own API to track your location (for example)
Go forth, find interesting APIs, and start to fit some pieces together for your app
APIs provide your apps, websites or scripts access to data from the outside world.
Make your program come alive (not literally)(yet)
Build new apps off of existing data - make older experiences better
This presentation can be found at http://tech-diversified.github.io/Workshops/API101


The Group
As the world ends, five seniors come together...
Many changes in schedule both at school and our personal lives have added some spice to the usual cycle of extreme procrastination and spontaneous innovation that we call Senior Design. The Group consists of five students equipped with a wide range of knowledge, however all lack a degree of creativity evidenced by their choice of team name.
Garrett Church
Mark Lawton
Christopher Bushman
Luis Melendez
Artur Tarverdyan
Our choice in project has much more meaning than our choice in name luckily. A staging Environment is a useful tool to test out new configurations without disrupting the live website. Amazon has created resources which can be used injunction to automate the deployment changes to the staging website as well as the live website.
- AWS EC2 is a web service that provides secure, resizable compute capacity in the cloud.
- AWS CodeCommit is a source control service that hosts secure Git-based repositories.
- AWS CodeDeploy is a deployment service that automates software deployments to a variety of compute services.
- AWS CodePipeline is a continuous delivery service that helps you automate your release pipelines for fast and reliable updates.
However, our project was focused on automating the creation of these resources using terraform. Terraform is a tool that provides infrasructure as code which along with AWS CLI allows us to automate the CI/CD Pipeline creation.


Navigation
Run unit tests in browser.
view api docs
Simple Demo (also seen below)
Plugin Demo
Responsive Demo
Middleware Play Demo
Icons Demo
Focus Visible Demo
Embeds Demo
Descriptions Demo
Combined Tracks Demo
Live Demo
LiveUI Demo
Vertical Volume Demo
Language Demo
loadMedia
Demo
Hls Demo
QualityLevels Demo
Autoplay Tests
noUITitleAttributes Demo
Document Picture-In-Picture Demo
Skip Buttons demo
Videojs debug build test page
Simple Demo (in an iframe)


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A NEW ERA OF DEFI
Copyright © 2020 Solarite.Finance. All rights reserved.


 Are you then also waking up in a cold sweat at the realisation you have none of those things? I feel for you, we’ve all got to start our PC gaming adventure somewhere. That may be a hand-me-down laptop, your parents Dell PC crap-box, or something you pulled out of a skip at work. The fact is, you may need a bitchin PC to max out the latest games, but you don’t need much to enjoy some truly amazing gaming experiences these days.
Let’s not muck about any longer, let’s just jump right into the games. Here are my top picks for those of you stuck on a laptop, old PC, or budget hardware. Think you can do better? Tell us all your games in the comments section!
Stardew Valley
You’ve inherited your grandfather’s old farm plot in Stardew Valley. Armed with hand-me-down tools and a few coins, you set out to begin your new life. Can you learn to live off the land and turn these overgrown fields into a thriving home? I bet you can, this game is properly addictive and goes way beyond just running a farm; you’re in for many surprises!
The Elder Scrolls V: Skyrim
One of the most popular entries in the ESO franchise runs rather well on older hardware. Remember, this game is a lot older now than people realise. It’s eight years old this month! Explore a huge land for 100’s of hours of fun and beyond!
Minecraft
It may be an old game, but Minecraft still feels as fresh as ever. Continuously updated and with endlessly innovative gameplay, custom worlds and more. Honestly, if you’re new to PC gaming and you haven’t played it, this is essential gaming right here for ALL ages!
Sid Meier’s Civilization V
One of the most engrossing and deep PC games ever experienced. Personally, I only got into the franchise this year, and while it was a lot to learn, once you’re in, it hooks you with a fierce grip. Build your empire, crush everyone else’s.
FTL: Faster Than Light
Ever wondered what it would be like to command a space ship in a roguelike exploration game? Wonder no more! FTL is unforgiving and utterly rewarding. Not only is it easy to run on very old hardware, but it’s also by far one of the most engrossing games of the last ten years.
Fallout 3
Sure, we may have Fallout 4, but 3 is not only easier to run on older hardware, but I think it’s also the better game of the two.  This game has depth, but it’s really what you make of it too. Plus, despite the age, there are some amazing mods that are still friendly to older PCs too. If you hated Fallout 76, take a step back and find out what made the series brilliant.
World of Warcraft
The big names in the MMO world just refuse to die. If anything, this one recently chose to be reborn in its original form. Regardless of modern or classic WoW, this is a huge gaming experience that’s sure to provide plenty of fun for any new PC gamer.


The InputReplace plugin provides a facility for expanding input character sequences
into replacement text, similar to abbreviations but without the requirement of
expanding a whole word at a time. It is useful for inserting characters not found
in your keyboard layout, such as turning "e'" into "é" or "c/" into "¢".
The primary advantage over jEdit's built-in abbreviations is that these
replacements can be used within words, rather than just with whole words.
This allows you to define, say, a single replacement e' → é and use it to
quickly enter both café and débutante. To enter café, you would type cafe' and
activate "Input Replace at Caret" after the whole word; to enter débutante, you
would type de', activate "Input Replace at Caret", and then finish typing the
word.
One can also define custom BeanShell functions to perform more complicated replacements.


| spatPomp {spatPomp} | R Documentation |
This function constructs a class ‘spatPomp’ object, encoding a spatiotemporal partially observed Markov process (SpatPOMP) model together with a uni- or multi-variate time series on a collection of units.
Users will typically develop a POMP model for a single unit before embarking on a coupled SpatPOMP analysis.
Consequently, we assume some familiarity with pomp and its description by King, Nguyen and Ionides (2016).
The spatPomp
class inherits from pomp
with the additional unit structure being a defining feature of the resulting models and inference algorithms.
spatPomp(
data,
units,
times,
covar,
t0,
...,
eunit_measure,
munit_measure,
vunit_measure,
dunit_measure,
runit_measure,
rprocess,
rmeasure,
dprocess,
dmeasure,
skeleton,
rinit,
rprior,
dprior,
unit_statenames,
unit_accumvars,
shared_covarnames,
globals,
paramnames,
params,
cdir,
cfile,
shlib.args,
PACKAGE,
partrans,
compile = TRUE,
verbose = getOption("verbose", FALSE)
)
data |
either a dataframe holding the spatiotemporal data,
or an object of class ‘spatPomp’, i.e., the output of another spatPomp calculation.
If dataframe, the user must provide the name of the times column using the |
units |
when |
times |
the sequence of observation times.
|
covar |
An optional dataframe for supplying covariate information. If provided, there must be two
columns that provide the observation time and the observation spatial unit with the same names and arrangement as the |
t0 |
The zero-time, i.e., the time of the initial state.
This must be no later than the time of the first observation, i.e., |
... |
If there are arguments that the user would like to pass to pomp's basic constructor function's ... argument, this argument passes them along. Not recommended for this version of spatPomp. |
eunit_measure |
Evaluator of the expected measurement given the latent states and model parameters. The |
munit_measure |
Evaluator of a moment-matched parameter set (like the standard deviation parameter of a normal distribution or the size parameter of a negative binomial distribution) given an empirical variance estimate, the latent states and all model parameters.
Only Csnippets are accepted. The Csnippet should assign the scalar approximation to the measurement variance parameter to the pre-defined variable corresponding to that parameter, which has been predefined with a |
vunit_measure |
Evaluator of the theoretical measurement variance given the latent states and model parameters. The |
dunit_measure |
Evaluator of the unit measurement model density given the measurement, the latent states and model parameters. The |
runit_measure |
Simulator of the unit measurement model given the latent states and the model parameters.
The |
rprocess |
simulator of the latent state process, specified using one of the rprocess plugins.
Setting |
rmeasure |
simulator of the measurement model, specified either as a C snippet, an R function, or the name of a pre-compiled native routine available in a dynamically loaded library.
Setting |
dprocess |
optional;
specification of the probability density evaluation function of the unobserved state process.
Setting |
dmeasure |
evaluator of the measurement model density, specified either as a C snippet, an R function, or the name of a pre-compiled native routine available in a dynamically loaded library.
Setting |
skeleton |
optional; the deterministic skeleton of the unobserved state process.
Depending on whether the model operates in continuous or discrete time, this is either a vectorfield or a map.
Accordingly, this is supplied using either the |
rinit |
simulator of the initial-state distribution.
This can be furnished either as a C snippet, an R function, or the name of a pre-compiled native routine available in a dynamically loaded library.
Setting |
rprior |
optional; prior distribution sampler, specified either as a C snippet, an R function, or the name of a pre-compiled native routine available in a dynamically loaded library.
For more information, see prior specification.
Setting |
dprior |
optional; prior distribution density evaluator, specified either as a C snippet, an R function, or the name of a pre-compiled native routine available in a dynamically loaded library.
For more information, see prior specification.
Setting |
unit_statenames |
The names of the components of the latent state. E.g. if the user is constructing an joint SIR model
over many spatial units, |
unit_accumvars |
a subset of the |
shared_covarnames |
If |
globals |
optional character;
arbitrary C code that will be hard-coded into the shared-object library created when C snippets are provided.
If no C snippets are used, |
paramnames |
optional character vector;
names of model parameters.
It is typically only necessary to supply |
params |
optional; named numeric vector of parameters.
This will be coerced internally to storage mode |
cdir |
optional character variable.
|
cfile |
optional character variable.
|
shlib.args |
optional character variables.
Command-line arguments to the |
PACKAGE |
optional character;
the name (without extension) of the external, dynamically loaded library in which any native routines are to be found.
This is only useful if one or more of the model components has been specified using a precompiled dynamically loaded library;
it is not used for any component specified using C snippets.
|
partrans |
optional parameter transformations, constructed using Many algorithms for parameter estimation search an unconstrained space of parameters.
When working with such an algorithm and a model for which the parameters are constrained, it can be useful to transform parameters.
One should supply the |
compile |
logical;
if |
verbose |
logical; if |
One implements a SpatPOMP model by specifying some or all of its basic components, including:
the simulator from the distribution of the latent state process at the zero-time;
the transition simulator of the latent state process;
the evaluator of the conditional density at a unit's measurement given the unit's latent state;
the evaluator of the expectation of a unit's measurement given the unit's latent state;
the evaluator of the moment-matched parameter set given a unit's latent state and some empirical measurement variance;
the evaluator of the variance of a unit's measurement given the unit's latent state;
the simulator of a unit's measurement conditional on the unit's latent state;
the evaluator of the density for transitions of the latent state process;
the simulator of the measurements conditional on the latent state;
the evaluator of the conditional density of the measurements given the latent state;
the simulator from a prior distribution on the parameters;
the evaluator of the prior density;
which computes the deterministic skeleton of the unobserved state process;
which performs parameter transformations.
The basic structure and its rationale are described in Asfaw et al. (2020).
Each basic component is supplied via an argument of the same name to spatPomp()
.
The five unit-level model components must be provided via C snippets. The remaining components, whose behaviors are inherited from
pomp may be furnished using C snippets, R functions, or pre-compiled native routine available in user-provided dynamically loaded libraries.
An object of class ‘spatPomp’ representing observations and model components from the spatiotemporal POMP model.
Kidus Asfaw, Edward L. Ionides, Aaron A. King
Asfaw, K., Park, J., Ho, A., King, A. A., and Ionides, E. L. (2020) Partially observed Markov processes with spatial structure via the R package spatPomp. ArXiv: 2101.01157. doi:10.48550/arXiv.2101.01157
King, A. A., Nguyen, D. and Ionides, E. L. (2016) Statistical Inference for Partially Observed Markov Processes via the R Package pomp. Journal of Statistical Software, 69(12), 1–43. doi:10.18637/jss.v069.i12


Persistent, hard working first year Coding student who is able to work alone and with others and gets along with others around him. Seeking the position of Web Developer.
Critical Thinking — Using logic and reasoning to identify the strengths and weaknesses of alternative solutions, conclusions or approaches to problems.
Complex Problem Solving — Identifying complex problems and reviewing related information to develop and evaluate options and solutions.
Active Learning — Understanding the implications of new information for both current and future problem-solving and decision-making.
Systems Analysis — Determining how a system should work and how changes in conditions, operations, and the environment will affect outcomes.
Moon Valley High School Phoenix, AZ Expected Grad Date: May 2020
West-MEC Coding Program GPA: 4
Relevant Coursework: French 1-2/3-4, Tech. and Drafting Design, Engineering Science, Band
Shangri-La Phoenix, AZ June 2017 to June 2018
Responsibilities include: I was responsible for getting the drinks for customers, cleaning the tables once people left, cleaning up each night, including having the tea emptied out and the water put back in for hot tea for the next morning, I swept the carpet with a broom and got used a mechanical vacuum to pick up everything. Each day I came in I had to clean the glass doors and bathroom mirrors and restock the toilet paper. Two of the four days I went in, I had to take off everything on the tables and use a cleaning product diluted with water and added soap to completely clean the tables, then wipe it down with a towel. I finished the process by waiting for the table to dry and then going back and spraying a cleaning product on it to make the table smooth. I also had daily task I had to complete, whether it be cleaning the metal every other Tuesday or wiping down chairs on Thursdays.
8/2017-11/2017
Each day after school, from 3:15 until we finished our run (generally early to mid 4:00ish), we would run anywhere, ranging from parks, the streets, canals, etc. Usually on Wednesdays we would have meets, which involved three or so other schools running an approximate three miles.
03/2018-05/2018
Each day after school, from 3:15 until we finished our run (generally early to mid 4:00ish), we would run anywhere, ranging from parks, the streets, canals, etc. Usually on Wednesdays we would have meets, which involved three or so other schools running an approximate three miles.


angular-on-screen-keyboard
Demo 1
: With the default keyboard
Demo 2
: With an overridden mini-numpad keyboard
Demo 3
: With overridden keyboard that suggests uppercase for every word


{{ job.address.city }}, {{ job.address.state }}
{{ job[chip?.field] || job[chip] }}
{{ job[chip?.field ] | date: 'mediumDate' }}
{{ job[chip?.field ] | date: 'medium' }}
{{ job[chip?.field ] | currency: 'USD' }}
{{ job[chip?.field ] | currency: 'GBP' }}
{{ job[chip?.field ] | currency: 'EUR' }}
{{ job[chip?.field] || job[chip] }}


Examples of defining data in JSON schema which is presented in web page(s).
Web forms can then be auto constructed from data definitions.
The presentation of data is handled by HTML templates with the help of Angularjs.
A JSON schema simply declares data along with its rules/validations and dependencies allowing for complex presentations.
The examples, and indeed this application, works across the main browsers Chrome, Safari, Firefox and IE.
The application also works across devices - currently tested on iPad and iPhone.


class Application : ApplicationCallPipeline
Represents configured and running web application, capable of handling requests
environment
- Instance of ApplicationEnvironment describing environment this application runs in
Application(environment: ApplicationEnvironment)
Represents configured and running web application, capable of handling requests |
val environment: ApplicationEnvironment |
val receivePipeline: ApplicationReceivePipeline
Pipeline for receiving content |
|
val sendPipeline: ApplicationSendPipeline
Pipeline for sending content |
fun dispose(): Unit
Called by ApplicationEngine when Application is terminated |
val ApplicationCallPipeline.conversionService: ConversionService |
|
val Application.log: Logger
Convenience property to access log from application |
fun Application.routing(configuration: Routing.() -> Unit): Routing
Gets or installs a Routing feature for the this Application and runs a configuration script on it |


Freljord
Home
About me
Portfolio
Gallery
Contact
TerminatorZyx
My very first Youtube account made this quarantine this was specially made for my videos in League of Legends but there are many hindrance on why I could not post some League of Legends Yet.


Ketra's Messenger Wahkan:
How can you leave us like this?!  You would sever our relationship, after all we've been through?!  Think carefully, my friend! Such decisions are irreversible!
"I truly quit."


CHASING AMY A film review by Steve Rhodes Copyright 1997 Steve Rhodes
RATING (0 TO ****): ***
Films live or die on the strength of their scripts. Writer and director Kevin Smith's third part of his New Jersey trilogy, CHASING AMY, amuses, delights, and moves the audience with its highly irreverent dialog. The trilogy's first two parts were the acclaimed, low-budget hit CLERKS and the less successful MALLRATS.
 Only independent filmmakers would have the courage to call attention to their bad reviews.)
CHASING AMY offers much more than an effective screenplay. The film's actors breathe life into characters that in other such plots would quickly degenerate into cliches or slapstick. Instead, this picture's population has some eminently likable people who are, frankly, just fun to hang out with.
The film features Ben Affleck and Joey Lauren Adams as a pair of star-crossed lovers. Ben plays Holden McNeil, part of a cartoonist duo. Jason Scott Lee is his friend since childhood and cartoonist partner Banky Edwards. Banky, whose role as a mere cartoon "tracer," gets him no end of ridicule. Well, someone has to paint in the figures that Holden outlines.
Joey Lauren Adams as Alyssa "Finger Cuffs" Jones, gives a breathless, almost Marilyn Monroe style, rendition of a blonde bombshell. Seeming at first to be someone only slightly smarter than a bimbo, her part rapidly evolves into the most complex and challenging character in the story. An accomplished actress whose compelling performance draws you into all her character's unpredictable twists and turns.
The show has two parts -- starting as comedy but slowly evolving into a touching drama. The first, and admittedly my favorite, part relies on natural, but highly sexual conversations for the humor. The good spirited dialog has the quick cadence of BEFORE SUNRISE, but the language and the subject matter revolve around explicit sexual repartee. Most of this is almost impossible to capture in a review for general audiences. One of the few printable lines has Banky explaining his sexual techniques to Alyssa over drinks on what looks like a double date. He says he tells his lovers exactly what is happening, "like CNN and the Weather Channel -- constant updates." Holden rolls his eyes as he wonders what his Howard Stern-like partner will say next.  (Yes, I did not realize these existed either.)
The simple plot of the picture moves in surprising ways, and the film gets more mileage out of its setup than I thought possible. I expected the script to stay with the jokes until they had long since worn out their welcome, but part way through, it becomes obvious that Smith has a serious story to tell about relationships.
From the first time Holden sees Alyssa, he is smitten by her charms. As she flirts incessantly with him, the chemistry between them is genuine and infectious. Soon the director is certain to cut to the scene where Holden and Alyssa jump into bed together. Well, maybe not.
Holden goes to a bar where Alyssa sings a song to the one she loves. He beams with pride as she looks his way. After her number is over, she walks into the audience and plants a big juicy one on her lover -- Kim (Carmen Lee). Shock would be a mild description of Holden's reaction.
In one of the plot's delicious twists, Holden and Alyssa stay great friends and have a string of platonic dates. Alyssa probes Holden's feeling about homosexuality. "So, you've never been curious about men?" she inquires. "Well, I've always wondered why my father watched Hee Haw," he responds.
After bottling up his love too long, he explodes and confesses how much he loves her. "You are the epitome of everything I've ever looked for in another human being," he solemnly tells her. The thought of a straight man going for her sends her body into convulsions of anger and other emotions.
How this gets resolved I will not say, but it happens before the midpoint of the show, so most of the film occurs afterwards. In an unpredictable story, my favorite part is how, at the end, Holden attempts to bring closure to their myriad of difficulties. The scene comes out of left field, but the emotions in it are raw and honest.
In a show about relationships, most of the people are either gay or lesbian. Holden and Banky seem to be the only practicing heterosexuals left. The chemistry and camaraderie between them could form the subject for an entire review. Jason Scott Lee is terrifically funny as a cheerleader for the heterosexual cause, but all three of the leads are precious.
Kevin Smith's skills are best shown in the script. His directorial judgments are uneven. Typical of the scenes that do not work is the one where he interlaces a cliched hockey bloodfest with a key confrontation between Holden and Alyssa. Smith and Scott Mosier edited the film, and too often they fell in love with their material. Many scenes would have been handsomer with a little trimming.
The sign of a good movie comes with your reaction when the ending credits roll. I left the theater wishing I did not have to leave my newly found friends. A more likable threesome I have not seen in some time.
CHASING AMY runs 1:41. It is rated R for explicit and constant sexual humor and for profanity. The film would be fine for mature teenagers. I recommend this sweet and captivating picture to you and give it ***.
**** = A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show. Don't waste your money. 0 = Totally and painfully unbearable picture.
REVIEW WRITTEN ON: April 11, 1997
Opinions expressed are mine and not meant to reflect my employer's.
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


Day/night 2nd Test: Bangladesh reeling at 64/6 vs India
by DH Web DeskBangladesh were in big trouble at 64 for the loss of six wickets after 20 overs on the opening day of their maiden Day/Night Test against India in Kolkata on Friday.
Speedster Umesh Yadav bagged three wickets, Ishant Sharma two and Mohammed Shami accounted for one.
Opener Shadman Islam scored 29 runs.
Earlier, Bangladesh captain Mominul Haque elected to bat.
The Virat Kohli-led India have not made any change to the side that won the opening Test in Indore.
Bangladesh made two changes to their line-up with Al-Amin Hossain and Naeem Hasan coming in to replace Taijul Islam, Mehidy Hasan.
The two teams are playing with the pink ball for the first time and fans have responded enthusiastically. The first four days of the game are sold out.
A silver coin, brought out specially for the game, was used for toss.
Bangladesh Prime Minister Sheikh Hasina along with Bangladesh Cricket Board Chairman Nazmul Hasan and some of India's biggest cricket icons such as Sunil Gavaskar and Sachin Tendulkar are in attendance at the historic match.
"We want people coming back to the game," said BCCI President Sourav Ganguly, who made the match possible by convincing the Bangladesh Cricket Board to agree.
This is just the 12th Day/Night game.
Also present at the Eden Gardens on Friday are a host of Indian sporting stars such as Olympic gold-medallist shooter Abhinav Bindra, six-time world champion boxer M C Mary Kom, and Grand Slam-winning tennis star Sania Mirza.
The teams:
India: Mayank Agarwal, Rohit Sharma, Cheteshwar Pujara, Virat Kohli(c), Ajinkya Rahane, Ravindra Jadeja, Wriddhiman Saha(w), Umesh Yadav, Ravichandran Ashwin, Mohammed Shami, Ishant Sharma
Bangladesh: Shadman Islam, Imrul Kayes, Mominul Haque(c), Mohammad Mithun, Mushfiqur Rahim, Mahmudullah, Liton Das(w), Nayeem Hasan, Abu Jayed, Al-Amin Hossain, Ebadat Hossain.
(With inputs from PTI)


| cert_verify {openssl} | R Documentation |
Read, download, analyze and verify X.509 certificates.
cert_verify(cert, root = ca_bundle()) download_ssl_cert(host = "localhost", port = 443, ipv4_only = FALSE) ca_bundle()
cert |
certificate (or certificate-chain) to be verified. Must be cert or list or path. |
root |
trusted pubkey or certificate(s) e.g. CA bundle. |
host |
string: hostname of the server to connect to |
port |
string or integer: port or protocol to use, e.g: |
ipv4_only |
do not use IPv6 connections |
If https verification fails and you can't figure out why, have a look at https://ssldecoder.org.
# Verify the r-project HTTPS cert chain <- download_ssl_cert("cloud.r-project.org", 443) print(chain) cert_data <- as.list(chain[[1]]) print(cert_data$pubkey) print(cert_data$alt_names) cert_verify(chain, ca_bundle()) # Write cert in PEM format cat(write_pem(chain[[1]]))


Css Loader is developed to load on screen a waiting spinner plugin for your customers, you have 17 different spinners to suit your designs.
In just 2 minutes you can configure this plugin, with a few steps you will have transitions from page to page on your website.
You also have the option of launching the loader if you are performing an action, to send data by Ajax, wait while a process is running, etc.
A simple, lightweight but very useful plugin, developed in CSS3, compatible with mobile devices and taking advantage of hardware acceleration.
When we are in a higher than screen web, wherever you're Css Loader always placed in the center of the screen.
Css Loader is developed to facilitate handling of spinners and loading effects into your web.
Key features:
To install the Css Loader plugin you must load the following JS library.

If we wish page transitions must load the following css
<link href="cssloader/css/cssloader.css" rel="stylesheet" type="text/css" />
In our HTML must include this html code after  tag

And to enable the transition from page must declare the plugin in our JavaScript and set the desired options.
$(document).ready(function() { $.cssLoader({ urlPlugin: '.', theme: 'circle' }); });
To activate it while running a process.
$.cssLoader.show({ useLayer: false });
And to hide once the process is complete.
$.cssLoader.hide();
Next we will detail all the possible options Css Loader plugin..
$.cssLoader(options, callback);
* = Required for proper operation options.
Type: String
Default value: '.'
Description: Relative URL path to the Css Loader plugin directory
Type: Boolean
Default value: false
Description: Relative URL path to the Css Loader plugin directory
Type: String
Default value: 'bubbles'
Description: Theme we want enabled to our spinner, these themes have:
Type: String
Default value: '#333'
Description: Our desired color spinner, not everyone can set this property
Type: Integer
Default value: 250
Description: Milliseconds it takes for the transitions
Type: Boolean
Default value: true
Description: Activates a veiled fullscreen only works with show() function, is necessary charging style "cssloader/css/cssloader.css" to work properly
Type: String
Default value: '#ffffff'
Description: If is active screen fogging, this property defines the color, only works with the show() function, to change the color of the layer transition from page to page, change the css file "css/cssloaser.css", property background-color, is necessary charging style "cssloader/css/cssloader.css" to work properly.
You can define an anonymous function within each callback.
$.cssLoader({ urlPlugin: '.' }, function(){ console.log('callback done!!'); });
$.cssLoader.show({ useLayer: false }, function(){ console.log('show done!!'); });
$.cssLoader.hide( function(){ console.log('hide done!!'); });
You can create your own theme, create a folder in themes folder and put the name of your own theme, then make an elements.php file inside this folder.
The only code that is necessary to keep the following:

Change the "your-css-spinner" class by the name of your class and assign the css to create code between  tags
You can use .gif files, we created a theme called image, the URL cssloader/themes/image, replaced file loader.gif by your .gif file, and sets the theme loader css property to 'image'
$(document).ready(function() { $.cssLoader({ urlPlugin: '.', theme: 'image' }); });
- Code optimization - Better compatibility with older browsers
- Pluging ready to work without PHP - Include Rgb theme
- Include Fine theme
- Fixed conflict with scroll event
- Now if you want you can use .gif files
- Initial version
For the development of this plugin have used the following libraries
Developers who have contributed:


Our Vision
"THE MALA" envisions quality education as the key resource for national development, delivered to a cross section of our society through sustainable projects..
Mission Statement
"THE MALA" aims for a quality learning experience for the students and quality training for the faculty by providing excellence in education within our socio-cultural framework, bringing forth benefit to students, community and the country.
History:
Mala Group of School was established in 1987 and became a fastest growing educational network and trusted name in providing quality education. During this period, Mala Pilot High School has gone far ahead and competing with various other reputable institutions in terms of both quality and quantity. Currently, it has Five branches with Eleven campuses, more than 9000 students are enrolled in these branches and hundreds of faculty members are providing their services for educating these students. Mala group High School has made education affordable and accessible to all the students regardless of their socio-economic background. It has a sufficient strength to educate, train and equip the students with the knowledge and skills needed for their success. During a short span of time, the continuous and concentrated efforts of the dedicated administrative staff and faculty members have developed Mala Group of Schools into Mala Education Promoters (Pvt.) Ltd. (QEP). For its academic excellence, QEP has formed strong foundations for a bright career for its alumni. The school has gone through a multidimensional growth in terms of number of students, number of faculty members and number of academic blocks. Our intellectual alumni are now trustworthy and competent doctors, engineers, advocates, judges, professors, managers, businessmen etc. Prominent colleges prefer our students for further admissions even during studies as they keep in touch with us through various seminars and presentations. A large number of our students are studying in national and international universities after being evaluated by their skills on merit.
Alhamdulillah! With the countless blessings of Allah Almighty and the continuous successes of all branches, Mala School has just started a dynamic project i.e. to fulfill the utmost need for widening one’s horizons. Qazi Apex Grammar School is famous for its perennial beauty.


Divide and conquer¶
It is frequently necessary to either split a data flow into multiple flows or combine data flows. The following nuts are specifically designed for this purpose. In this context the Partition and the MapMulti nuts might be of interest as well.
Zip¶
Zip(*iterables)
combines two or more iterables like a zipper taking at
every step an element from each iterable and outputting a tuple of the
grouped elements. Here an example
>>> from nutsflow import *
>>> numbers = [0, 1, 2]
>>> letters = ['a', 'b', 'c']
>>> numbers >> Zip(letters) >> Collect()
[(0, 'a'), (1, 'b'), (2, 'c')]
Zip
finishes when the shortest iterable is exhausted. See
>>> Range(100) >> Zip('abc') >> Collect()
[(0, 'a'), (1, 'b'), (2, 'c')]
Note that Zip
can zip more than two iterables:
>>> '12' >> Zip('ab', '+-') >> Collect()
[('1', 'a', '+'), ('2', 'b', '-')]
If the output of Zip
is required to be flat Flatten
can be called
>>> [0, 1, 2] >> Zip('abc') >> Flatten() >> Collect()
[0, 'a', 1, 'b', 2, 'c']
but using Interleave is simpler in this case.
Instead of nuts-flow’s Zip
, Python’s zip
could be used alternatively:
>>> zip(numbers, letters) >> Print() >> Consume()
(0, 'a')
(1, 'b')
(2, 'c')
Unzip¶
Unzip(container=None)
reverses a Zip operation:
>>> numbers, letters = [0, 1, 2] >> Zip('abc') >> Unzip()
>>> list(numbers)
[0, 1, 2]
>>> list(letters)
['a', 'b', 'c']
Per default Unzip
returns iterators but often the results are required
as lists or other collections (see above). Unzip
allows to provide a
container to collect the results:
>>> zip([0, 1, 2], 'abc') >> Unzip(list) >> Collect()
[[0, 1, 2], ['a', 'b', 'c']]
This equivalent to Unzip() >> Map(list) >> Collect()
but shorter.
Interleave¶
Interleave
works like Zip but does not group zipped results in
tuples. Instead an iterator over a flattened sequence of interleaved elements
is returned:
>>> numbers = [0, 1, 2]
>>> letters = ['a', 'b', 'c']
>>> numbers >> Interleave(letters) >> Collect()
[0, 'a', 1, 'b', 2, 'c']
Also in contrast to Zip
, Interleave
does not stop when the shortest
input iterable is depleted. Elements are returned until all inputs are
depleted:
>>> Range(10) >> Interleave('abc') >> Collect()
[0, 'a', 1, 'b', 2, 'c', 3, 4, 5, 6, 7, 8, 9]
Concat¶
Apart from zipping or interleaving iterators, they can also be concatenated
using Concat
:
>>> Range(5) >> Concat('abc') >> Collect()
[0, 1, 2, 3, 4, 'a', 'b', 'c']
>>> '12' >> Concat('abcd', [3, 4, 5]) >> Collect()
['1', '2', 'a', 'b', 'c', 'd', 3, 4, 5]
Note that Concat
is memory efficient and does not materialize any of the
input iterables or the concatenated result in memory; e.g. in contrast to the
following code:
>>> list(Range(5)) + list('abc')
[0, 1, 2, 3, 4, 'a', 'b', 'c']
Tee¶
Tee([n=2])
creates multiple independent iterators from a single iterable.
>>> numbers1, numbers2 = Range(5) >> Tee(2)
>>> numbers1 >> Collect()
[0, 1, 2, 3, 4]
>>> numbers2 >> Collect()
[0, 1, 2, 3, 4]
Tee
is only useful if the returned iterators are advanced largely
synchronously. Otherwise the memory consumption is identical to simply
materializing the input iterable and referencing it, e.g.
>>> numbers1 = Range(5) >> Collect()
>>> numbers2 = numbers1
A simple example where Tee
is useful would be to add each number in the
input iterable to its predecessor:
>>> add = lambda a, b: a + b
>>> numbers1, numbers2 = Range(5) >> Tee(2)
>>> numbers1 >> Drop(1) >> Map(add, numbers2) >> Collect()
[1, 3, 5, 7]
Iterators, in contrast to streams, do not allow to go back and Tee
provides
a way to overcome this limitation.


Your pizza is a click away!
Pepperoni.
Black Olives.
OnionsMushrooms.
Crust is essential to judging the taste of a quality pie.
Order cost summary


Our first simple AJAX example
Make a selection here:
Babylon 5
Battlestar Galactica
Stargate SG-1
Star Trek The Next Generation
In response, a list of characters will appear here:


The EA (Enter Alias) command creates an alias (synonym) for a list of one or more commands. It is normally used to create a short abbreviation for a longer command or sequence of commands that are frequently needed.
Combining EA with MON scripts allows you to create your own custom commands. A command file can accept parameters, generate output, and supports expression evaluation and flow control for creating loops - everything you need to create your own intelligent command (see Command Script Files). The EA command allows you to define a name to use for running your command.
| Note | |
|
Most sample board initialization files, plus the custom init file template, use EA commands to create names for various scripts that are included in the board initialization file. |
|
Aliases can be displayed with the Display Alias (DA) command, and removed with the Kill Alias (KA) command.
The DA (Display Alias) command shows the name and replacement text for one or all currently defined aliases. If the command is entered without a parameter, all aliases are displayed.
The KA (Kill Alias) command deletes the name and replacement text for one or all of the currently defined command aliases.
Examples
ea DIA DW @pc L 10,i // Disassemble instructions from current pc
ea rc fr c // Read command file without echo
da DIA // Display DIA alias
da * // Display all aliases
ka rc // Kill rc alias


Extensions
The following extensions are available globally.
-
Declaration
Swift
struct Int : FixedWidthInteger, SignedInteger
-
Declaration
Swift
protocol FloatingPoint : Hashable, SignedNumeric, Strideable where Self == Self.Magnitude
-
Declaration
Swift
typealias simd_float4 = float4
-
Declaration
Swift
typealias simd_float3 = float3
-
Declaration
Swift
struct simd_quatf
-
Declaration
Swift
struct Data : ReferenceConvertible, Equatable, Hashable, RandomAccessCollection, MutableCollection, RangeReplaceableCollection
-
Declaration
Swift
class FileManager : NSObject


| DOSE: T+ 0:00 |
15 mg |
insufflated |
AMT |
(powder / crystals) |
| T+ 2:30 |
15 mg |
oral |
5-MeO-DiPT |
(liquid) |
| T+ 3:00 |
|
smoked |
Cannabis |
(plant material) |
| T+ 4:00 |
2 hits |
smoked |
Cannabis |
(plant material) |
Ok, today, I recieved my package with AMT and 5meo-dipt (foxy).
I should note that I have no psychadelic experience, and I only have experience with DXM (no visuals), ecstacy, Baby woodrose (no visuals), weed and alcohol. So, not a big array of things. I would compare this to ecstacy, in many ways.
I first took out the AMT, and divided it into 40 equal piles, so that each pile has 25mg in it. I i filled 20 capsules with 25mg each, and then I got tired of the whole process, and put the final 10 capsules with 50mg each. There was some leftover afterword, so I put it in a line, and snorted it. It looked like probably 15-20mg, in accordance to the size of the 25mg piles.
After I finished this, I brought out the foxy, and started dividing it. I must say, it appeared that there was more foxy than AMT, once it was all dumped out, but I cant be sure. [Erowid Note: see article on
measured doses for comments about these methods of measuring] I divided them into 40 piles, just like I did with the AMT, but the thought of capsuling it all didnt get me too exicted. Also, the dose of foxy is like 10-15mg, as opposed to 30-40 for AMT, so even 25mg is too much. I decided to put 500mg of it back in the case it came in, for later use, and with the remaining 500mg, I sectioned off 250mg to go into a bottles of water with 250ml of water. I finished this, and proceeded to capsule the other 250mg, into 25mg sizes (which will have to half-sized when it comes time for ingestion).
So, my friends, J and M came over at about T+2:30 on the AMT. I was feeling very slight head buzz, and a very mild feeling of 'everything is all good.' At one point, at about the 2 hour mark, I saw a metal gate 'wiggle' which was pretty cool. That was it for the AMT. At about the 2:30 mark when my friends arrived, i didnt really notice anything from the AMT.
We each had 15ml of the water mixture. It was absolutely wretched. Even chasing it with apple juice did nothing. Furthermore, that taste would find its way to emerge into everything I ate from then until the trip was over. Specifically bubble gum, which kinda absorbed that taste..... still, 15ml is SO SMALL amount of water to ingest, I have no problem ingesting it in the future.
Well, my hopes for foxy are that it would be a good recreational substance to go clubbin with (cause I hate drinking, and I am on probation, so I get piss tested for other stuff). At T+30 for the foxy, we all three notice a VERY SLIGHT stomach discomfort. Nothing major though, and was easily ignored. WE all began to feel a slight body buzz at this point too, and decided it was time to smoke some green (if anyone was paying attention before, I am on probation, but because of a little arrangement I made, I dont get tested again for 2 more months).
Either way, I didnt really wanna smoke, cause I wanted to let the trip manifest itself, and see whether it was a good substance without the addition of MJ. However, I got tempted after the blunt was rolled, and smoke as it was passed amongst us.
T+45 min I must say, that with each subsequent hit, i felt the trip coming stronger and stronger. my whole body was soon buzzing really strongly, and everything was making me smile and laugh histerically. It was very euphoric and pleasant. The sense of touch was very much magnified as I constantly rubbed my legs along the couch, and massaged my own arm.
From this point till T+2:00, I had pretty much plateaud. I was feeling GREAT. We went onto the porch, and the heat felt great. We stared at girls, and laughed and had a good time.  Like, at one point, he said 'How can the horses get on the highway?' and then he sat there pondering it, as if it made perfect sense what he just said, while M and I laughed hysterically. ANother time, he said 'It's all about the flying cars.'
I never saw any real distinct visuals of any sort. At one point when I was in the bathroom trying to pee (I ended up having to attempt it sitting down, cause standing up was so much of a body rush that I felt too good to pee (if that makes any sense). Either way, while I was sitting there peeing, the light in the room, which is normally yellowish, turned to a red color, and I felt like I was in a dark room for a split second. Other than that one minor visual, and a sort of colorful rainbow glow around everything, that was it. I'd like to note that holding the flame of a lighter, and watching it dance was really fun, and we sat there watching it for a couple minutes, marveling at how it creates a rainbow for circles around it.
M said he kept seeing a car go by out of the corner of his eye, but when he looked, it wasnt there. Overall, it seems we each had different measures of how messed we were. I used my body buzz (which was fantastic), M used his vision, and J just sat there stunned and everything, and talked about how none of the commercials make sense, and how he could make television if he wanted to, cause all it is is 'the theory of now allowing two particles to take up the same space at any given time.' He was a huge tripp to listen to.
At about the 1:30 mark, I was at my peak, and kept marveling at how good sex would feel right now (I made a note to myself to do this with my gf at some point). I even started playing with myself, really slowly underneath my blanket while watching TV. It was sensational. lol. A must-do for foxy! At the 2 hour point, I found it starting to come down 'slightly.' Like, not much at all, but a deffinite dip in my body buzz and how messed up my vision was, so we smoked another two hits each, and were back where we had been upon the initial dose. It was amazing, and we all three enjoyed it ALOT. I was hoping for visuals, but maybe next time, or maybe on a higher dose (though 15mg is a relatively high dose, or so I hear).
I deffinitely found it to be the kind of substance that can be used in any environment, and would be enjoyed.  Furthermore, it provided me with energy, so I wont fall asleep or want to leave prematurely. I am interested in trying it with a higher dose (and lower dose, I suppose), and see if I can muster up some clear-cut visuals.
I think that since I dont have a mg scale, the way I did, with the water, (250mg of powder, for 250ml of water), is the way to go. I just hope the powder stays stable in the water for awhile. Otherwise, I'll be out 200mg of powder. I don't the answer to this, if its stable or not.
Overall, very enoyable, and will deffinitely repeat. I am psyched to try AMT at some point also.
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.


- The Clock Block
Time is a key concept in dynamic programming. At least the difference between now (today) and later (tomorrow) underlies Bellman's equation. In a stationary environment that is all that matters while solving the model. In a non-stationary world the clock takes on more values. The primary assumption is that time progresses: t′ ≥ t. This allows the value function to be solved backwards in time, saving storage or computation if, mistakenly the environment is assumed to be stationary. (That is, with stationarity a fixed point in all states must be solved at once, but with non-stationarity only a subset of the state space needs to be consider at each stage as we work backwards.)
So the two simple extremes are stationarity (today and tomorrow) and normal aging: t′ = t+1 until t=T‾. However, timing can be more complicated that those two cases. One is an agent facing a finite horizon problem and the possibility of early death.
The Clock Block is a single StateBlock that is always in the endogenous vector θ, and is always the "rightmost" element of it, in the sense that all task that span the endogenous state space will loop over time in the outermost loop.
- Setting the Clock
θ
always contains a single clock block derived from Clock.
- The simplest way to set the clock is to call SetClock().
- The first argument is either one of the ClockTypes tags for built-in clocks, or it is an object of a class derived from Clock.
- If a tag is sent, other arguments may be required by that clock type.
- The call to
SetClock()
must take place between the calls to Initialize()
and CreateSpaces()
- Example
Initialize();
SetClock(Stationary);
CreateSpaces();
- If
MyModel
does not set the clock explicitly, then a stationary infinite horizon clock is set by CreateSpaces().
- All clock blocks have the same first two variables in the block
- The first co-evolving state variable in the clock is t, a state variable that is weakly monotonic:
t′ ≥ t
With anticipation (foresight), V(θ) can/should be solved backwards in t if time is important in the model beyond just today and tomorrow in an infinite horizon.
- The second co-evovling variable in the clock block, t″, tracks feasible values of t next period during model solution.
- DDP uses t″ to avoid storing the full V(θ) while iterating. The user typically does nothing with t″.
- For example, with a
RandomMortality
clock described below, the next time may be either t+1
or T-1
if death occurs.
- The value function for the those two times must be available while computing the value at time
t
. However, no other time periods must be stored, so separate coding of the t
process and t″
process conserves memory in complex environments.
- Because it plays no direct role in the mathematics (as opposed to the computations), t″ is never listed as a member of θ, but it will be seen in output with the value 0.
- In more complex environments the clock may include other state variables whose values coevolve with t and t″.
- Current time and the decision horizon
- The clock block is available as counter, but usually
MyModel
does not need to refer to it directly.
- The current value of t, is available to
MyModel
as curt. That is,
curt ≡ counter.t.v
- The name
curt
is used to avoid potential confusion. And MyModel
can use the identifier t
for its own use.
- The decision horizon, or
counter.t.N
, also denoted T
, is the number of values that the time variable t
takes on.
- The horizon of the model is
T ≡ t.N
T = 1 for an infinite horizon model (T = ∞).
- Because it is crucial to the solution method, this is a property of
MyModel
stored as TT
When T is finite,
TT ≡ T = counter.t.N,
When T = ∞,
TT ≡ 1
- Double-T is used to avoid possible confusions and to let the user's code define
T
.
- DDP distinguishes between a static program (finite horizon and T = TT = 1>) and a stationary environment
(T=∞ and
TT=1
) by checking the class of counter
.
- Kinds of Clocks
See ClockTypes
InfiniteHorizon
: t″ = t = 0 = T‾.
- In the infinite horizon case Bellman 's equation must be iterated on from initial conditions until it converges.
- The algorithms know when today (t=0) is being accessed, and when tomorrow (t′) is being accessed. The code for
MyModel
only has to deal with today and the transitions of state variables.
Ergodic
- The user can set the clock to be ergodic, which means that there are no absorbing or terminal states in the state space Θ
- When the clock is
Ergodic
DDP will compute the ergodic or stationary distribution across states, Ρ∞ (θ). If the user's state transitions are not themselves stationary then this calculation may fail.
NormalAging
: t′ = t+1, up to T‾; t″=0.
- With ordinary aging Bellman's equation is solved backwards starting at t=T‾ down to 0. The auxiliary variable t″ is not needed to account for deviations from normal time so it is simply 0 always.
- A special case is a non-dynamic environment,
StaticProgram
, with T&line;=0. - DDP knows that an infinite horizon model is different than a static program, because in the static case it does not iterate on V() until convergence. Since
StaticProgram
is a tag associated with the class StaticP, which is derived from the class Aging, DDP cannot confuse this with a Stationary environment.
RandomMortality
: the agent either ages normally or dies before the start of the next period
- Random mortality means that, for there are two possible values of t and t″ next period
(t′,t″) = (T‾,1) w/ prob. π(α,θ)
(t′,t″) = (t+1,0) w/ prob. 1-π(α,θ).
- With premature mortality Bellman's equation is solved backwards but the final period is also tracked at each t as a potential state next period. The use of the auxiliary state variable t″ now becomes important computationally. While iterating DDP does not store the value function for all t, only the final and next. So when indexing these values it does not use t′ but t″. It ensures that as
t
is decremented the just-solved for values are placed where t″ = 0
will reach it.
- This means that
t″=0
is typically associated with "ordinary" time evolution while other values are perturbations such as premature death of the agent.
- The mortality probability π() can constant or depend on the current state and current actions.
RandomAging
: the agent spends a random amount of time in each age bracket
UncertainLongevity
:
- Many papers in the literature assume normal aging or random mortality with some long but finite maximum lifetime (say, age 100). Often the last part of the lifecycle is included with little decision making only to get reasonable continuation values for early ages. For δ not too close to 1 the cap on ages does not affect choices much earlier.
- Another, perhaps more elegant, approach is to treat the lifetime itself as uncertain.
t=T‾
is still the case of death which is still random and occurs with probability π() as above. But now t=T‾-1
is now a stationary problem and t=T‾
is a terminal state. Otherwise, once t=&Toline;-1
today and tomorrow are the same. DDP iterates on the value function at t=T‾
as if it were a (non-ergodic) stationary problem, continuing until convergence. Then it will proceed backwards as with mortality.
- The advantage of this approach is that there is a single choice probability for this final phase (conditional on other state variables) rather than computing and storing slightly different choice probabilities as
t
approaches T‾
.
- The Longevity clock combines a special case of a more general notion of
RandomAging
which uses AgeBrackets for the state clock with random mortality. But it is not a special case of either one so it is derived as a third class from NonStationary.
SocialExperiment
: Phased treatment and random assignment
- In this environment the agent believes they are in a stationary problem and acts accordingly. However, they are unexpectedly placed in a temporary experimental situation in which their utility and possibly state transitions have changed. They again act accordingly but they know that eventually they will return to the original environment, which acts as the terminal values for the experiment. There are three possible values of t″ during treatment.
RegimeChange
- Like a
SocialExperiment
except the unexpected environment lasts forever.
- Interacting With Value Function Iteration
- Clocks have two virtual methods associated with them which are called by ValueIteration and related solutionn methods.
- Vupdate() makes sure that the scratch space for the value function is updated after each iteration of Bellman's equation
- setPstar() determines whether the next iteration should calculate choice probabilities or not. If only one iteration is required to compute the value function at this point in the clock (no fixed point problem), then the clock will return
TRUE
. This does not itself check for convergence, and other considerations may set DP::setPstar to TRUE.
- Typically the user does nothing with these two methods unless they are creating their own solution method. And if the create their own clock type they have to provide replacement methods if the inherited ones are not coorect.


--- layout: post title: Bookmarks for July 3rd from 09:33 to 10:52 tags: - angularjs - authentication - bananabread - book - breakpoints - build - chrome - context - css3 - development - editor - epub - execution - facebook - framework - front end - game - javascript - layout - media queries - nokogiri - pdf - rails - reddit - ruby - sass - scraping - sinatra - text - tools - tumble - yeoman status: publish type: post published: true meta: aktt_notify_twitter: 'no' ---
These are my links for July 3rd from 09:33 to 10:52:


Class Image_Graph
Main class for the graph creation.
This is the main class, it manages the canvas and performs the final output
by sequentialy making the elements output their results. The final output is
handled using the Image_Canvas
classes which makes it possible to use
different engines (fx GD, PDFlib, libswf, etc) for output to several formats
with a non-intersecting API.
This class also handles coordinates and the correct managment of setting the correct coordinates on child elements.
- Image_Graph_Common
- Image_Graph_Element
- Image_Graph
Direct known subclasses
Image_Graph_Simple
Package: Image\Graph
Category: Images
Copyright: Copyright (C) 2003, 2004 Jesper Veggerby Hansen
License: LGPL License 2.1
Author: Jesper Veggerby<EMAIL_ADDRESS>Version: Release: @package_version@
Link: http://pear.php.net/package/Image_Graph
Located at app/vendors/Image/Graph.php
Category: Images
Copyright: Copyright (C) 2003, 2004 Jesper Veggerby Hansen
License: LGPL License 2.1
Author: Jesper Veggerby<EMAIL_ADDRESS>Version: Release: @package_version@
Link: http://pear.php.net/package/Image_Graph
Located at app/vendors/Image/Graph.php
public
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#
Image_Graph( mixed $params, integer $height = false, boolean $createTransparent = false )
Image_Graph [Constructor]. |
public
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public
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public
The
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public
integer
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public
integer
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public
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public
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public
object
&
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public
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#
layoutFactory( mixed $layout,
Factory method to create layouts. |
public
|
#
horizontal(
Factory method to create horizontal layout. |
public
|
#
vertical(
Factory method to create vertical layout. |
public
|
#
_default_error_handler( string $error_type, string $error_msg, string $error_file, integer $error_line, string $error_context )
The error handling routine set by set_error_handler(). |
public
|
|
public
|
|
public
boolean
|
|
public
boolean
|
Image_Graph_Common(),
_error(),
_reset(),
_setParent(),
_updateCoords(),
add(),
addNew(),
hide()
|
public
boolean
|
$_showTime | false |
#
Show generation time on graph |
public
boolean
|
$_displayErrors | false |
#
Display errors on the canvas |
$_background,
$_borderStyle,
$_bottom,
$_defaultFontOptions,
$_fillStyle,
$_font,
$_fontOptions,
$_left,
$_lineStyle,
$_padding,
$_right,
$_shadow,
$_top
|
$_canvas,
$_elements,
$_parent,
$_visible
|


{% extends "layout.html" %} {% block page_title %} Support payments {% endblock %} {% block content %} BETA This is a new service – your feedback will help us to improve it. Are you claiming for? One support worker Multiple support workers {% endblock %}
BETA This is a new service – your feedback will help us to improve it.


Hi, i'm Carlos Gonzalez, a developer specialized in Ruby on Rails, Python + Django.
I do believe the final user is the most important part of the software development process, so i think of him when developing.
Hi, i'm Carlos Gonzalez, a developer specialized in Ruby on Rails, Python + Django.
I do believe the final user is the most important part of the software development process, so i think of him when developing.


Count Up
Enter in 2 numbers. First to count up to and the second to count by:
Count up to:
County by:
Magic Button


I've been a lot of places in my own country, China. Besides, I went to Japan, Italy, and other European countries and witnessed different people with various cultures. Recently I travelled to HangZhou and saw the beautiful West Lake in Hangzhou, China
Hangzhou is one of the booming metropolis in China. Alibaba, the technology company locates in this beautiful city. INTERESTED IN VISITING HERE? Click here to learn more tips.


Test passed in 34 seconds on Droid
| Timestamp | Level | Tag | Message |
|---|---|---|---|
| 02-12 10:28:19.748 | info | TestRunner | started: testMakeASandwich_ItTastesGood(com.example.spoon.ordering.tests.OrderActivityTest) |
| 02-12 10:28:20.021 | debug | dalvikvm | GC_EXTERNAL_ALLOC freed 2140 objects / 210320 bytes in 53ms |
| 02-12 10:28:20.240 | info | dalvikvm | Could not find method android.app.Activity.getFragmentManager, referenced from method com.jayway.android.robotium.solo.Waiter.getFragment |
| 02-12 10:28:20.240 | warn | dalvikvm | VFY: unable to resolve virtual method 30: Landroid/app/Activity;.getFragmentManager ()Landroid/app/FragmentManager; |
| 02-12 10:28:20.240 | debug | dalvikvm | VFY: replacing opcode 0x6e at 0x0008 |
| 02-12 10:28:20.240 | info | dalvikvm | Could not find method android.app.Activity.getFragmentManager, referenced from method com.jayway.android.robotium.solo.Waiter.getFragment |
| 02-12 10:28:20.240 | warn | dalvikvm | VFY: unable to resolve virtual method 30: Landroid/app/Activity;.getFragmentManager ()Landroid/app/FragmentManager; |
| 02-12 10:28:20.240 | debug | dalvikvm | VFY: replacing opcode 0x6e at 0x0017 |
| 02-12 10:28:20.240 | warn | dalvikvm | VFY: unable to find class referenced in signature (Landroid/app/Fragment;) |
| 02-12 10:28:20.240 | debug | dalvikvm | VFY: dead code 0x000b-000f in Lcom/jayway/android/robotium/solo/Waiter;.getFragment (Ljava/lang/String;I)Landroid/app/Fragment; |
| 02-12 10:28:20.240 | debug | dalvikvm | VFY: dead code 0x001a-001f in Lcom/jayway/android/robotium/solo/Waiter;.getFragment (Ljava/lang/String;I)Landroid/app/Fragment; |
| 02-12 10:28:20.240 | warn | dalvikvm | VFY: unable to find class referenced in signature (Landroid/app/Fragment;) |
| 02-12 10:28:21.294 | info | dalvikvm | Jit: resizing JitTable from 4096 to 8192 |
| 02-12 10:28:21.443 | debug | dalvikvm | GC_EXTERNAL_ALLOC freed 1344 objects / 95128 bytes in 54ms |
| 02-12 10:28:21.474 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:23.232 | debug | dalvikvm | GC_EXTERNAL_ALLOC freed 1149 objects / 98816 bytes in 53ms |
| 02-12 10:28:23.287 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:24.505 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:26.310 | debug | dalvikvm | GC_EXTERNAL_ALLOC freed 1864 objects / 165616 bytes in 63ms |
| 02-12 10:28:26.373 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:27.615 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:33.724 | debug | dalvikvm | GC_EXTERNAL_ALLOC freed 5132 objects / 431680 bytes in 62ms |
| 02-12 10:28:33.763 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:34.943 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:42.115 | debug | dalvikvm | GC_EXTERNAL_ALLOC freed 5866 objects / 494528 bytes in 71ms |
| 02-12 10:28:42.169 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:43.349 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:45.107 | debug | dalvikvm | GC_EXTERNAL_ALLOC freed 2613 objects / 212248 bytes in 66ms |
| 02-12 10:28:45.154 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:46.326 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:47.841 | info | dalvikvm | Could not find method android.widget.CheckedTextView.getCheckMarkDrawable, referenced from method org.fest.assertions.api.android.widget.CheckedTextViewAssert.hasCheckMarkDrawable |
| 02-12 10:28:47.841 | warn | dalvikvm | VFY: unable to resolve virtual method 896: Landroid/widget/CheckedTextView;.getCheckMarkDrawable ()Landroid/graphics/drawable/Drawable; |
| 02-12 10:28:47.841 | debug | dalvikvm | VFY: replacing opcode 0x6e at 0x0007 |
| 02-12 10:28:47.841 | debug | dalvikvm | VFY: dead code 0x000a-0023 in Lorg/fest/assertions/api/android/widget/CheckedTextViewAssert;.hasCheckMarkDrawable (Landroid/graphics/drawable/Drawable;)Lorg/fest/assertions/api/android/widget/CheckedTextViewAssert; |
| 02-12 10:28:48.576 | debug | dalvikvm | GC_EXTERNAL_ALLOC freed 3397 objects / 265464 bytes in 54ms |
| 02-12 10:28:48.638 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:52.154 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:53.146 | warn | ResourceType | Entry identifier 0xff is larger than entry count 0xa2 |
| 02-12 10:28:53.349 | debug | dalvikvm | GC_EXTERNAL_ALLOC freed 8039 objects / 633088 bytes in 77ms |
| 02-12 10:28:53.404 | info | global | Default buffer size used in BufferedOutputStream constructor. It would be better to be explicit if an 8k buffer is required. |
| 02-12 10:28:53.912 | debug | dalvikvm | GC_EXPLICIT freed 1153 objects / 86344 bytes in 58ms |
| 02-12 10:28:54.005 | debug | dalvikvm | GC_EXPLICIT freed 131 objects / 6392 bytes in 69ms |
| 02-12 10:28:54.013 | info | TestRunner | finished: testMakeASandwich_ItTastesGood(com.example.spoon.ordering.tests.OrderActivityTest) |