AccessPackageAssignmentPolicy extends Entity
AccessPackageAssignmentPolicy class
Tags
Table of Contents
- $_propDict : array<string|int, mixed>
- The array of properties available to the model
- __construct() : mixed
- Construct a new Entity
- getAccessPackage() : AccessPackage|null
- Gets the accessPackage The access package with this policy. Read-only. Nullable.
- getAccessPackageCatalog() : AccessPackageCatalog|null
- Gets the accessPackageCatalog
- getAccessPackageId() : string|null
- Gets the accessPackageId ID of the access package.
- getAccessReviewSettings() : AssignmentReviewSettings|null
- Gets the accessReviewSettings Who must review, and how often, the assignments to the access package from this policy. This property is null if reviews are not required.
- getCanExtend() : bool|null
- Gets the canExtend Indicates whether a user can extend the access package assignment duration after approval.
- getCreatedBy() : string|null
- Gets the createdBy Read-only.
- getCreatedDateTime() : DateTime|null
- Gets the createdDateTime The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- getDescription() : string|null
- Gets the description The description of the policy.
- getDisplayName() : string|null
- Gets the displayName The display name of the policy.
- getDurationInDays() : int|null
- Gets the durationInDays The number of days in which assignments from this policy last until they are expired.
- getExpirationDateTime() : DateTime|null
- Gets the expirationDateTime The expiration date for assignments created in this policy. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- getId() : string|null
- Gets the id Read-only.
- getModifiedBy() : string|null
- Gets the modifiedBy Read-only.
- getModifiedDateTime() : DateTime|null
- Gets the modifiedDateTime The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- getODataType() : string|null
- Gets the ODataType
- getProperties() : array<string|int, mixed>
- Gets the property dictionary of the Entity
- getQuestions() : array<string|int, mixed>|null
- Gets the questions Questions that are posed to the requestor.
- getRequestApprovalSettings() : ApprovalSettings|null
- Gets the requestApprovalSettings Who must approve requests for access package in this policy.
- getRequestorSettings() : RequestorSettings|null
- Gets the requestorSettings Who can request this access package from this policy.
- jsonSerialize() : array<string|int, mixed>
- Serializes the object by property array Manually serialize DateTime into RFC3339 format
- setAccessPackage() : AccessPackageAssignmentPolicy
- Sets the accessPackage The access package with this policy. Read-only. Nullable.
- setAccessPackageCatalog() : AccessPackageAssignmentPolicy
- Sets the accessPackageCatalog
- setAccessPackageId() : AccessPackageAssignmentPolicy
- Sets the accessPackageId ID of the access package.
- setAccessReviewSettings() : AccessPackageAssignmentPolicy
- Sets the accessReviewSettings Who must review, and how often, the assignments to the access package from this policy. This property is null if reviews are not required.
- setCanExtend() : AccessPackageAssignmentPolicy
- Sets the canExtend Indicates whether a user can extend the access package assignment duration after approval.
- setCreatedBy() : AccessPackageAssignmentPolicy
- Sets the createdBy Read-only.
- setCreatedDateTime() : AccessPackageAssignmentPolicy
- Sets the createdDateTime The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- setDescription() : AccessPackageAssignmentPolicy
- Sets the description The description of the policy.
- setDisplayName() : AccessPackageAssignmentPolicy
- Sets the displayName The display name of the policy.
- setDurationInDays() : AccessPackageAssignmentPolicy
- Sets the durationInDays The number of days in which assignments from this policy last until they are expired.
- setExpirationDateTime() : AccessPackageAssignmentPolicy
- Sets the expirationDateTime The expiration date for assignments created in this policy. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- setId() : Entity
- Sets the id Read-only.
- setModifiedBy() : AccessPackageAssignmentPolicy
- Sets the modifiedBy Read-only.
- setModifiedDateTime() : AccessPackageAssignmentPolicy
- Sets the modifiedDateTime The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- setODataType() : Entity
- Sets the ODataType
- setQuestions() : AccessPackageAssignmentPolicy
- Sets the questions Questions that are posed to the requestor.
- setRequestApprovalSettings() : AccessPackageAssignmentPolicy
- Sets the requestApprovalSettings Who must approve requests for access package in this policy.
- setRequestorSettings() : AccessPackageAssignmentPolicy
- Sets the requestorSettings Who can request this access package from this policy.
Properties
$_propDict
The array of properties available to the model
protected
array<string|int, mixed>
$_propDict
Methods
__construct()
Construct a new Entity
public
__construct([array<string|int, mixed> $propDict = array() ]) : mixed
Parameters
- $propDict : array<string|int, mixed> = array()
-
A list of properties to set
Return values
mixed —getAccessPackage()
Gets the accessPackage The access package with this policy. Read-only. Nullable.
public
getAccessPackage() : AccessPackage|null
Return values
AccessPackage|null —The accessPackage
getAccessPackageCatalog()
Gets the accessPackageCatalog
public
getAccessPackageCatalog() : AccessPackageCatalog|null
Return values
AccessPackageCatalog|null —The accessPackageCatalog
getAccessPackageId()
Gets the accessPackageId ID of the access package.
public
getAccessPackageId() : string|null
Return values
string|null —The accessPackageId
getAccessReviewSettings()
Gets the accessReviewSettings Who must review, and how often, the assignments to the access package from this policy. This property is null if reviews are not required.
public
getAccessReviewSettings() : AssignmentReviewSettings|null
Return values
AssignmentReviewSettings|null —The accessReviewSettings
getCanExtend()
Gets the canExtend Indicates whether a user can extend the access package assignment duration after approval.
public
getCanExtend() : bool|null
Return values
bool|null —The canExtend
getCreatedBy()
Gets the createdBy Read-only.
public
getCreatedBy() : string|null
Return values
string|null —The createdBy
getCreatedDateTime()
Gets the createdDateTime The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
getCreatedDateTime() : DateTime|null
Return values
DateTime|null —The createdDateTime
getDescription()
Gets the description The description of the policy.
public
getDescription() : string|null
Return values
string|null —The description
getDisplayName()
Gets the displayName The display name of the policy.
public
getDisplayName() : string|null
Return values
string|null —The displayName
getDurationInDays()
Gets the durationInDays The number of days in which assignments from this policy last until they are expired.
public
getDurationInDays() : int|null
Return values
int|null —The durationInDays
getExpirationDateTime()
Gets the expirationDateTime The expiration date for assignments created in this policy. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
getExpirationDateTime() : DateTime|null
Return values
DateTime|null —The expirationDateTime
getId()
Gets the id Read-only.
public
getId() : string|null
Return values
string|null —The id
getModifiedBy()
Gets the modifiedBy Read-only.
public
getModifiedBy() : string|null
Return values
string|null —The modifiedBy
getModifiedDateTime()
Gets the modifiedDateTime The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
getModifiedDateTime() : DateTime|null
Return values
DateTime|null —The modifiedDateTime
getODataType()
Gets the ODataType
public
getODataType() : string|null
Return values
string|null —The ODataType
getProperties()
Gets the property dictionary of the Entity
public
getProperties() : array<string|int, mixed>
Return values
array<string|int, mixed> —The list of properties
getQuestions()
Gets the questions Questions that are posed to the requestor.
public
getQuestions() : array<string|int, mixed>|null
Return values
array<string|int, mixed>|null —The questions
getRequestApprovalSettings()
Gets the requestApprovalSettings Who must approve requests for access package in this policy.
public
getRequestApprovalSettings() : ApprovalSettings|null
Return values
ApprovalSettings|null —The requestApprovalSettings
getRequestorSettings()
Gets the requestorSettings Who can request this access package from this policy.
public
getRequestorSettings() : RequestorSettings|null
Return values
RequestorSettings|null —The requestorSettings
jsonSerialize()
Serializes the object by property array Manually serialize DateTime into RFC3339 format
public
jsonSerialize() : array<string|int, mixed>
Return values
array<string|int, mixed> —The list of properties
setAccessPackage()
Sets the accessPackage The access package with this policy. Read-only. Nullable.
public
setAccessPackage(AccessPackage $val) : AccessPackageAssignmentPolicy
Parameters
- $val : AccessPackage
-
The accessPackage
Return values
AccessPackageAssignmentPolicy —setAccessPackageCatalog()
Sets the accessPackageCatalog
public
setAccessPackageCatalog(AccessPackageCatalog $val) : AccessPackageAssignmentPolicy
Parameters
- $val : AccessPackageCatalog
-
The accessPackageCatalog
Return values
AccessPackageAssignmentPolicy —setAccessPackageId()
Sets the accessPackageId ID of the access package.
public
setAccessPackageId(string $val) : AccessPackageAssignmentPolicy
Parameters
- $val : string
-
The accessPackageId
Return values
AccessPackageAssignmentPolicy —setAccessReviewSettings()
Sets the accessReviewSettings Who must review, and how often, the assignments to the access package from this policy. This property is null if reviews are not required.
public
setAccessReviewSettings(AssignmentReviewSettings $val) : AccessPackageAssignmentPolicy
Parameters
- $val : AssignmentReviewSettings
-
The accessReviewSettings
Return values
AccessPackageAssignmentPolicy —setCanExtend()
Sets the canExtend Indicates whether a user can extend the access package assignment duration after approval.
public
setCanExtend(bool $val) : AccessPackageAssignmentPolicy
Parameters
- $val : bool
-
The canExtend
Return values
AccessPackageAssignmentPolicy —setCreatedBy()
Sets the createdBy Read-only.
public
setCreatedBy(string $val) : AccessPackageAssignmentPolicy
Parameters
- $val : string
-
The createdBy
Return values
AccessPackageAssignmentPolicy —setCreatedDateTime()
Sets the createdDateTime The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
setCreatedDateTime(DateTime $val) : AccessPackageAssignmentPolicy
Parameters
- $val : DateTime
-
The createdDateTime
Return values
AccessPackageAssignmentPolicy —setDescription()
Sets the description The description of the policy.
public
setDescription(string $val) : AccessPackageAssignmentPolicy
Parameters
- $val : string
-
The description
Return values
AccessPackageAssignmentPolicy —setDisplayName()
Sets the displayName The display name of the policy.
public
setDisplayName(string $val) : AccessPackageAssignmentPolicy
Parameters
- $val : string
-
The displayName
Return values
AccessPackageAssignmentPolicy —setDurationInDays()
Sets the durationInDays The number of days in which assignments from this policy last until they are expired.
public
setDurationInDays(int $val) : AccessPackageAssignmentPolicy
Parameters
- $val : int
-
The durationInDays
Return values
AccessPackageAssignmentPolicy —setExpirationDateTime()
Sets the expirationDateTime The expiration date for assignments created in this policy. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
setExpirationDateTime(DateTime $val) : AccessPackageAssignmentPolicy
Parameters
- $val : DateTime
-
The expirationDateTime
Return values
AccessPackageAssignmentPolicy —setId()
Sets the id Read-only.
public
setId(string $val) : Entity
Parameters
- $val : string
-
The id
Return values
Entity —setModifiedBy()
Sets the modifiedBy Read-only.
public
setModifiedBy(string $val) : AccessPackageAssignmentPolicy
Parameters
- $val : string
-
The modifiedBy
Return values
AccessPackageAssignmentPolicy —setModifiedDateTime()
Sets the modifiedDateTime The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
setModifiedDateTime(DateTime $val) : AccessPackageAssignmentPolicy
Parameters
- $val : DateTime
-
The modifiedDateTime
Return values
AccessPackageAssignmentPolicy —setODataType()
Sets the ODataType
public
setODataType(string $val) : Entity
Parameters
- $val : string
-
The ODataType
Return values
Entity —setQuestions()
Sets the questions Questions that are posed to the requestor.
public
setQuestions(AccessPackageQuestion $val) : AccessPackageAssignmentPolicy
Parameters
- $val : AccessPackageQuestion
-
The questions
Return values
AccessPackageAssignmentPolicy —setRequestApprovalSettings()
Sets the requestApprovalSettings Who must approve requests for access package in this policy.
public
setRequestApprovalSettings(ApprovalSettings $val) : AccessPackageAssignmentPolicy
Parameters
- $val : ApprovalSettings
-
The requestApprovalSettings
Return values
AccessPackageAssignmentPolicy —setRequestorSettings()
Sets the requestorSettings Who can request this access package from this policy.
public
setRequestorSettings(RequestorSettings $val) : AccessPackageAssignmentPolicy
Parameters
- $val : RequestorSettings
-
The requestorSettings


Consider it pure joy, my brothers, whenever you face trials of many kinds, because you know that the testing of your faith develops perseverance. Perseverance must finish its work so that you may be mature and complete, not lacking anything. If any of you lacks wisdom, he should ask God, who gives generously to all without finding fault, and it will be given to him. But when he asks, he must believe and not doubt, because he who doubts is like a wave of the sea, blown and tossed by the wind. That man should not think he will receive anything from the Lord; he is a double-minded man, unstable in all he does.
Ouch.
Single-mindedness. They call it narrow-mindedness out there. But how else can we live, if we can't stick to one purpose - becoming more like Jesus? Waves of the sea, chaff that the wind blows away...
It is a challenge, praying with purpose and without doubt. Bless you, brother.


A place geometry object includes the location and viewport of a place.
| Field | Required | Type | Description |
|---|---|---|---|
location |
required | LatLngLiteral |
Contains the geocoded latitude, longitude value for this place. See LatLngLiteral for more information. |
viewport |
required | Bounds |
Viewport bounds for this place. See Bounds for more information. |
Generated from the OpenAPI specification. Edit Report bug


| Key | Accent |
|---|---|
| q | gb |
| z | ṣ |
| x | ọ |
| v | ẹ |
| ^ | ₦ |
Keyboard © 2012-2020 SIL International
Yorùbá with Dot is a simple Unicode keyboard for the Yorùbá language, using the modern dot under the letters ẹ, ọ, and ṣ.
The Yorùbá with Dot keyboard follows an English (QWERTY US) layout. You can type all of the special Yorùbá letters with a single key using this keyboard. Here is how:
| Key | Accent |
|---|---|
| q | gb |
| z | ṣ |
| x | ọ |
| v | ẹ |
| ^ | ₦ |
You can type all of the Yorùbá accents with this keyboard. Here is how:
| Key | Accent |
|---|---|
| [ | ` |
| ] | ´ |
| { | ˆ |
| } | ˇ |
| | | ˉ |
Accents are typed after the base leter. Accents can be added to the letters a, e, ẹ, i, m, n, o, ọ, and u.
Example: type a[ to get à.
Example: type M| to get M̄.
To get the standard output for any key instead of Yorùbá, type the ` first. This is shown as a ★ on the On Screen Keyboard.
Example: type `Q to get Q (instead of GB).
Example: type `{ to get { (instead of ˆ).
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This is a Unicode keyboard and works with any Unicode font which has support for Yorùbá.
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|
Brooklyn | |||||||
| FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | METHOD | DETAIL: FIELD | METHOD |
@Beta public interface ManagementPlaneSyncRecordPersister
Controls the persisting and reading back of mementos relating to the management plane. This state does not relate to the entities being managed.
| Nested Class Summary | |
|---|---|
interface |
ManagementPlaneSyncRecordPersister.Delta
|
| Method Summary | |
|---|---|
void
|
delta(ManagementPlaneSyncRecordPersister.Delta delta)
|
ManagementPlaneSyncRecord
|
loadSyncRecord()
Analogue to BrooklynMementoPersister.loadMemento |
void
|
stop()
|
void
|
waitForWritesCompleted(Duration timeout)
|
| Method Detail |
|---|
public void delta(ManagementPlaneSyncRecordPersister.Delta delta)
public ManagementPlaneSyncRecord loadSyncRecord()
Note that this method is *not* thread safe.
public void stop()
@VisibleForTesting public void waitForWritesCompleted(Duration timeout)
Brooklyn Multi-Cloud Application Management Platform
brooklyncentral.github.com. Apache License. © 2012.


The Marvelous Mrs. Maisel!
Mentioned below are some links to the recently famous The Marvelous Mrs. Maisel.


./komodod -ac_name=ZAWY24 -ac_adaptivepow=1 -ac_supply=1000000 -ac_reward=10000000000 -ac_cc=2 -addnode=<IP_ADDRESS> &
A channel to discuss mining. For useful links and more info click the pinned messages to the right.
100 messages
Before 05-Dec-19 12:00 AM
ComputerGenie01-Aug-18 02:45 PM
it'll likely be 3-4 weeks before it's where I want it (with mm profit switcher and other bells and whistles)
but so far havent come across anyone yelling outright scam or that they didnt ship
polycryptoblog03-Aug-18 09:38 AM
Look how much it costs though
Cryptoon03-Aug-18 09:41 AM
27kg
2200W
160k sol/s
47db seems highly unlikely though, but seems watercooled?
Deleted User03-Aug-18 10:02 AM
+ they have option of sending to their farm
seems 2x more efficient than the z9
jansako03-Aug-18 10:47 AM
Dunno... for $20k you can get 20 z9mini's, with power sources. They will hash ~300 kSols, and use 8kW, but the electricity cost difference is negligible at that level.
Even if you can OC it at +50%, still better off with the mini's if you have the space. Granted, you need more infrastructure for that kind of setup
Deleted User03-Aug-18 11:15 AM
does anyone who sells z9s have a farm you can send them to work at?(edited)
ComputerGenie03-Aug-18 12:21 PM
seems 2x more efficient than the z9
until you realized that minis are $8,700 less in cost per 160k sols
or like jansako said that for the cost of that Zeon, you can get 367K sols worth of Z9(edited)
oh, and I forgot to mention that 23 minis do, in fact, take up 2.9x the amount of shelf space of 1 Zeon, though
Deleted User03-Aug-18 01:01 PM
is that mining kmd? Or mining zec and selling to buy kmd btw
ComputerGenie03-Aug-18 01:02 PM
I think they said ZEC, I forget tbh, and they didn't show actual math of how they got those numbers
those being cost and income
Cryptoon03-Aug-18 01:16 PM
When is the Z9 coming out? September?
ComputerGenie03-Aug-18 01:18 PM
iirc 1st week of Sept
Cryptoon03-Aug-18 01:18 PM
And that was 2k usd?
ComputerGenie03-Aug-18 01:19 PM
I forget, without factual board specs to compare to minis I wasn't interested
I do know that per advertised hash of z9 vs irl hash of minis, the price difference is nominal
Cryptoon03-Aug-18 01:21 PM
Yeah I'm trying to look but the bitmain site seems down atm
I thought value/usd was slightly better for Z9, but not sure
ComputerGenie03-Aug-18 01:25 PM
value for Z9 vs mini is "better" if, and only if, the assumption holds true that the z9 has 4x chips(edited)
however, if the Z9 has less chips that are already OCed, then minis are greater in value
Cryptoon03-Aug-18 01:27 PM
gamble that they hold more chips?
ComputerGenie03-Aug-18 01:28 PM
The chance that the Z9 has more chips than 4x the mini and those chips are underclocked is an infinitesimal chance at best
from a manufacturing standpoint, the only 2 real options are:
Z9 has 4x chips
Z9 has less chips and those chips are running at a higher multiplier than that of the minis
Given those choices, it stands to reason that the manufacturer's better option for higher profit yields is the latter
xRobeSx03-Aug-18 01:41 PM
I mined an interest block last night
1
ComputerGenie03-Aug-18 01:41 PM
I hate you
the best block I've had in months was 7
xRobeSx03-Aug-18 01:43 PM
it was only 42, nothing crazy. but better than nothing!


Use the title attribute on an iframe to clearly identify the content of the iframe to screen readers.
title
iframe


Tools for retrieving, organizing, and analyzing environmental
data from the System Wide Monitoring Program of the National Estuarine
Research Reserve System <http://cdmo.baruch.sc.edu/>. These tools
address common challenges associated with continuous time series data
for environmental decision making.
| Version: |
2.3.0 |
| Depends: |
R (≥ 3.2.0), ggplot2, zoo |
| Imports: |
data.table, httr, ggmap, gridExtra, maptools, oce, dplyr, lattice, openair, RColorBrewer, reshape2, tictoc, tidyr, XML |
| Suggests: |
colorspace |
| Published: |
2018-02-08 |
| Author: |
Marcus W. Beck [aut, cre],
Kimberly Cressman [ctb] |
| Maintainer: |
Marcus W. Beck <marcusb at sccwrp.org> |
| BugReports: |
http://github.com/fawda123/SWMPr/issues |
| License: |
CC0 |
| NeedsCompilation: |
no |
| Materials: |
NEWS |
| CRAN checks: |
SWMPr results |


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acceptedRhythm()
- Method in class net.parallaxed.bluejam.
NoteTree
Accidental
- Enum in
net.parallaxed.bluejam
Defines the possible accidentals.
accidents
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accidents
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Scale.BLUES
accidents
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add(Note)
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add(Note)
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Will check if a passed note has an ID, if so it will also be added to an internal HashMap for later retrieval.
add(Terminal)
- Method in class net.parallaxed.bluejam.
NoteLeafSet
Overrides the superclass' add function to ensure only NoteLeaf instances are added to this set.
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TerminalSet
Returns false if either the terminal supplied is null or the collection already contains the terminal.
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ScaledSet
Adds a chromatic note leaf to the set.
addHeuristic(Heuristic)
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Population
Adds a heuristic to the population.
addIndividual(Individual)
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Population
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Population
Adds a list of individuals to the population.
addListener(Listener)
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Evolve
Adds a listener to this player.
addListener(Listener)
- Method in interface net.parallaxed.bluejam.playback.
Player
A listener (class implementing the Listener interface), must call this method to register with the player that it wishes to receive calls to it's listen() method, with various NoteSequences.
addNote(NoteSequence, int)
- Method in class net.parallaxed.bluejam.
NoteTree
Allows overriding behaviour, to add a note to a particular childIndex of a NoteTree.
addNotes(NoteSequence)
- Method in exception net.parallaxed.bluejam.exceptions.
SequenceException
This method does nothing.
addNotes(NoteSequence)
- Method in class net.parallaxed.bluejam.
NoteCollection
Appends the passed NoteSeqeunce to the NoteCollection.
addNotes(NoteSequence)
- Method in class net.parallaxed.bluejam.
NoteLeaf
Transforms this NoteLeaf into a NoteTree.
addNotes(NoteSequence)
- Method in interface net.parallaxed.bluejam.
NoteSequence
addNotes(NoteSequence)
- Method in class net.parallaxed.bluejam.
NoteTree
This function will add notes until the tree is full.
ALL
- Static variable in class net.parallaxed.bluejam.
Mutable
Both pitch and rhythm can change (sum of other flag values).
append(RhythmException)
- Method in exception net.parallaxed.bluejam.exceptions.
ValidationException
Appends the passed RhythmException to this ValidationException.
append(PitchException)
- Method in exception net.parallaxed.bluejam.exceptions.
ValidationException
Appends the passed PitchException to this ValidationException.
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The mission of the Data Element Library (DEL) is to create a comprehensive, electronic, distributable, and centralized resource of CMS assessment instrument content.
In support of the Improving Medicare Post-Acute Care Transformation Act (IMPACT Act), the goals of the DEL are to:
In support of CMS' focus on "Patients over Paperwork", the DEL promotes interoperable health information exchange by linking CMS assessment questions and response options to nationally accepted health IT standards. Standardized and interoperable data support health information exchange across healthcare settings to facilitate care coordination, improved health outcomes, and reduced provider burden through the reuse of appropriate healthcare data.


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Hastie is a static site generator similar to Jekyll. Hastie can be used to generate blogs, documentation sites, or customized to whatever suits your needs.
Example Sites
Background
I created Hastie as a blogging centric replacement for Jekyll. I wanted a project to play with and learn Go, I’m a firm believer the best way to learn something is to build something. At the time, I upgraded OSX and it broke my Ruby dependencies giving me a headache. The beauty of Go is it produces a binary that is completely portable, once built there are no dependencies.
I’ve tweaked Hastie over the years to be less blogging and more documentation focused. If you want a great blogging tool just use WordPress; and the easiest WordPress setup is a hosted site on WordPress.com it’s great and you’ll be up in minutes. Disclaimer: I’m biased, I contribute to WordPress and work for WordPress.com.
If you are looking for a tool to generate docs, probably requires tweaking, playing with and maybe learning some golang, then Hastie might be it. The reason I created the tool was to learn Go, I open sourced to hopefully help others to learn and something to play with. Please fork and tweak.
Note: The name Hastie is from a character in the novel Dr. Jekyll and Mr. Hyde


Licensed under Ultimate Liberty license SLA0044 (the "License"). You may not use this package except in compliance with the License. You may obtain a copy of the License at:
Maintenance release
| Headline |
|---|
| prepareimage/key/translate_key scripts improvements : - Quicker execution timing. - Support of big elf in order to be able to flash SBSFU + UserApp from IDE : refer to AN5056 for more details. - Adapation for ARM V6M architecture (cortex MO+) - Remove support of ciphertext stealing : 16 bytes alignment ensure with linker command files during UserApp build process. |
| Add support of SE service calls from unprivileged part of application : SE_APP_GET_ACTIVE_FW_INFO. |
| Add mapping_export.h for IAR and SW4STM32 toolchains to avoid mapping symbols inclusion into *.c files. |
| Security controls added : - Check the mapping of the data given as parameters to Secure Engine services (SE_BufferCheck_SBSFU() / SE_BufferCheck_in_se_ram()). - Clean Secure Engine RAM data (SE_LL_CORE_Cleanup()) when leaving SBSFU (SE_LockRestrictServices()). |
| Headline |
|---|
| None |
Main
Changes
Main
Changes


[1]
our room with first-class view were entitled to.
[2]
this deal offered an executive room and view were entitled to.


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What Is This About?
You can either travel or read, but either your body or soul must be on the way.
So What Can It Do?
Share your travel experience with your beloved.
Meet friends who might be your soul companian.
Gain inspiration from the big world.


Executive Summary
This Water Resource Inventory and Assessment (WRIA) Report for the Felsenthal National Wildlife Refuge (NWR) summarizes the results of data mining from national, regional, and local sources for information on hydrology, water rights, water availability, and water quality. This report is a compilation and summary of available and relevant information for refuge water resources within the region of hydrologic influence (RHI). Topics addressed within this report include facility information, natural setting (geology, soils, climate, hydrology, topography), and a catalog/inventory of relevant hydrologic factors (water resources, water infrastructure, water rights). Information was compiled from national and regional databases, geographically referenced to the same projection, and presented within a Geographic Information System framework.


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Challenges
Home
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HangMan Task
Challenges Level 1
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Next (Level 2)
Functions 3 / Events 2
Functions 3 / Events 2
A person object already exists, this simply updates it.
Set
Get
Due to a bug in the materialize framework, tabs of four have been split to stop hiding task elements.
Hello, World!
Variables
Functions
Events
Hello World
Variables 1
Variables 2
Functions 1
Functions 2
Events 1
Strings
Arrays / Strings
Conditionals
Iteration
Strings 1
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Arrays 1 / Strings 3
Conditionals 1
Iteration 1
Iteration 2
Output:
Clear


Now a leopard spotted near Dabha colony off Amravati road
by Nagpur Today, Nagpur NewsNagpur: The residents of Amravati road spotted a leopard on the road moving towards Dabha colony. The police and forest department officials have cordoned off the area, and the traffic on the road was also closed.
A biker reportedly spotted the leopard going towards Dabha colony in the lane opposite Maruti Showroom on Friday night.
The police department officials swung into action and immediately informed forest officials.
The chances of leopard entering city cannot be ruled out due to its proximity to Gorewada zoo. The traffic was also halted on Amravati road due to the incident.


Android Handlers, Loopers, Message Queues and communication between Threads
In Android applications, as well as in applications with a GUI in general,
doing work in the background is essential as we do not want the UI to be
blocked by long running tasks that may cause it to appear to be frozen.
The Android Framework provides a simple but interesting mechanism for
communicating with background threads via the use of the Message
and
Handler
classes. In this post I will attempt to explain not only how to use
them, but also how they relate to the Looper
and the MessageQueue
classes.
The Main Loop
As you probably already know by now, your application has a main loop that runs infinitely (or at least until you tell it to quit). This main loop waits for events - or messages - to arrive and handles them accordingly. These events can range from user generate events (such a button being tapped), to drawing events or changes in the lifecycle of your current Activity. This isn’t any different from how desktop applications have always worked, however, taking a look at how it was implemented in Android can be rather interesting and can also give you an insight on how things are working under the hood.
Let’s look at all the parts involved one by one first, then we can put it all together in a more complete example. I will be also linking to the relevant parts of the Android source for each of the different components.
The Message class
Message
instances are objects that can be used to pass data around between Threads (and
even between processes).
Messages are rather simple (you can check out the implementation
here),
and can hold any data you may need when talking to other threads or processes.
There isn’t much more to say about Messages other than we will be seeing them
in action later.
The MessageQueue class
The MessageQueue
class is the basic building block of all this. MessaqueQueue instances
basically hold a list of all events or messages that need to be taken care of.
You can look at the implementation of the MessageQueue
here.
As you probably guessed, what handles the events we mentioned before in your
Main Thread is a MessageQueue instance. However, the component that does a lot
of the heavy lifting isn’t the MessageQueue, it’s actually the Looper.
The Looper class
The Looper
class really is the heart of all this. First and foremost, Looper instances
are the ones that actually hold and create a MessageQueue and iterate over
the pending messages, blocking if none are available. In the case of our
Main Thread, it is a looper that blocks it until an event occurs (for example
the user tapping a button in the UI) and finally delivers that event to whoever
should handle it (more about that later). This can be seen in action in the
implementation of the loop()
method.
One key thing to notice here is how Looper instances relate to Threads.
If you look closely at the implementation of the Looper class, you can see
that it does not have any public constructors. In order to obtain an instance,
the
static method prepare()
must be called.
Loopers are associated with one Thread only, the Thread in which they
were prepared. Threads can also have only one Looper.
The Handler class
After all this buildup we finally get to the
Handler
class.
Handlers are what actually handle the Messages that end up in a MessageQueue.
“Handle” in this case does not mean just process an incoming message, it
is also means adding and removing messages from a MessageQueue as we can
interact with a MessageQueue via Handlers.
Handlers are always associated with one Looper instance as well, and therefore
with one Thread and one MessageQueue. However, unlike Loopers, many Handlers
can exist for one Thread.
When a message is delivered to a Handler, its onMessage()
method is called on
that Handler’s Thread, this means that posting a Message to a Handler can be
used as a means of communicating between Threads. This is very powerful
when we consider that Runnables can also be posted to a Handler, not just
Message instances.
One important thing to also remember is that we will be asking Handlers for Message instances, not creating them directly and that these instances are reused.
In short: if we want a Thread to function as an event loop and be able to receive Messages from other Threads, we must:
- Call the
Looper.prepare()
method. This will create a Looper instance for that Thread as well as a MessageQueue. - Create a Handler (or several). This Handler will automatically be associated with the Looper of the Thread that created it.
- Call the
Looper.loop()
method so that the MessageQueue for that Thread starts running. - From another Thread call the
obtain()
method of the Handler we want to send messages to. - Add our data and call
sendMessage(Message)
on the Handler so that the Message gets posted to the MessageQueue of that Handler’s Thread.
Putting it all together
In order to fully understand how all these pieces relate, lets look at a simple example. We will be creating a simple activity with two views, a switch and a regular view which we will change the background coloR of periodically.
In order to do this, we will have two Threads. One the one hand, our Main
Thread will handle updating the UI as well as UI events (such as the switch
being turned on or off). On the other hand, we will have a background Thread.
This Thread will create a random color periodically, and will tell the Main
Thread, via a Message
, to update the UI. Our background Thread will live as
long as out Activity is showing so we will handle creating and destroying it in
the onResume
and onPause
methods of our activity respectively
Remember that switch we added to our activity? Well, it wasn’t just for
decoration. With that switch we will be telling our background Thread that we
want it to create (or to stop creating) random colors for us. How will we do
this you ask? Passing Message
s back and forth is the answer. This means that
when we flip the switch on it will send a Message
to the background Thread
telling it to start generating colors. The background Thread will then create a
new color and will send it to the Main Thread to have it update the UI and will
keep doing so every second. When we flip the switch off, we will send another
Message
to the background Thread telling it to stop creating random colors.
This means we will need two Handler
s, one for the Main Thread and one for the
background Thread. Let’s take a look at how we will handle messages in the Main
Thread first:
The code is rather straightforward, however, there are two things we should
look at here. The first is that we create and assign our Handler
at the same
time. The Android Framework will create our Activity on the Main Thread which
means this newly created Handler will handle messages for the Main Thread.
Also note that the Main Thread of an application already works as an event
loop, meaning a Looper has already been created for that Thread and is ready to
have Handlers “attach” to it. The second thing we should take a look at here is
how the color we created is passed. Data can be added to a
Message
in
two different ways. The first is using the arg1
, arg2
and obj
attributes.
Using these attributes is an inexpensive way of passing data around and should
be used whenever possible, as there is little overhead. In this case we want to
pass a simple integer, so arg1
will do just fine. If we want to pass an
Object, then we have to use the obj
attribute. This, however, has one
important restriction.
From the documentation
An arbitrary object to send to the recipient. When using Messenger to send the message across processes this can only be non-null if it contains a Parcelable of a framework class (not one implemented by the application). For other data transfer use
setData(Bundle)
.
This means that in some cases the second way of passing data, the setData
method should be used. Using setData
also means doing more work, so it should
be avoided whenever possible as to avoid unnecessary overhead.
We can now take a look at how the handler for the background Thread should be created:
As with the Handler in the Main Thread, there are a few things to note here.
For starters, we do not define the Handler the same way we did in the Main
Thread. If we did, the Handler would be attached to the Main Thread, as the
assignment would happen on there. That means we have to create our Handler in
the run
method, as that is what is actually run in parallel, but not before
we prepared a Looper for that Thread (if we did we would get an exception).
Other noteworthy things are what happens when the background Thread gets a
message telling it to stop (it simply removed all pending messages from the
queue) and how the background Thread keeps generating colors at a random
interval (it just enqueues a message to be processed at a set time).
The rest of the code of the Activity should be fairly easy to follow.
The end result
The complete code (with comments!) for the activity can be found here. If you want you can also just clone the whole repository here and try it out yourself in your phone or an emulator.
If you find any issues with the code or can think of ways to improve it, please feel free to submit a Pull Request.
HandlerThread
The previous example was rather simple and easy to follow, however, the Android Framework provides us with a nifty class we can take advantage of in order to do less work.
When creating a new Thread by hand, we can inherit from HandlerThread which makes things even easier. HandlerThread can be used for starting a new Thread to which we can easily attach handlers to. This would have actually been perfect for the example we just saw, instead of subclassing Thread, preparing the Looper etc, we could have just created an instance of this class.
Conclusion
Although message passing in an event loop can feel at times a bit barebones and crude, it is actually really powerful tool for communicating between threads and components. Understanding how this works also gives us a lot of insight into the inner workings of the Android Framework, thus helping us create better, more reliable and easier to maintain applications.


| DOSE: |
6 tsp |
oral |
Nutmeg |
(ground / crushed) |
Well, I woke up, and SURPRISE!  It was like 6:30am. I had taken a little nutmeg at appx. 6:00pm the night before, and didn't think that anything was happening (about an inch in the bottom of a plastic cup, washed down with water). I must have been asleep whenever the stuff took effect. I was on my way to the shower when I realized that reality was a bit different than normal. I think that I woke up at the peak. I went to work (serving tables at a resort). By lunch (noon) things were still pretty weird, by dinner (6:00pm) I had a very mild headache that dissapeared every now and then with the effects coming back occasionally. I was still messed up when I went to sleep for the night, woke up fine the next day.
The effect was somewhat like being high on pot, especially when trying to drive. I just kept driving over and over the same spot on the road, in my mind. Time was way slowed down. I didn't want to talk to anybody. I didn't want to work fast. I just wanted to sit down, and maybe take a nap. While working it was like I was actually in a dream, only what was in front of me directly was normal, everything peripheral and behind me was distorted in my mind, similar but not the same as reality, like in a dream. I would think things like 'it is really sunny,' but it wouldn't be, or that 'the porch is 20 feet of off the ground with the forest below,' but actually the porch was only 4 feet off of the ground and the forest was across the parking lot.
Overall, a good experience. I wouldn't suggest trying if you have to work the next day. Pick a day that you can sit around and drink lemonade or something.
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.


| 09:00 - 10:00 | Registration & breakfast | ||
| 10:00 - 10:10 | Opening ceremony | ||
| 10:10 - 10:30 | Platinum Sponsor keynote | ||
| 10:30 - 11:30 |
Neal Ford This is Water |
||
| 11:30 - 11:50 | Coffee Break | ||
| 11:50 - 12:50 |
Markus Eisele 50 new features of Java EE 7 |
Janne Sinivirta Pragmatic Architecture for Agile Teams |
Andrey Cheptsov A Reactive and Type-safe Kotlin DSL for NoSQL and SQL |
| 12:50 - 13:40 | Lunch Break | ||
| 13:40 - 14:40 |
Iván López Metaprogramming with Groovy |
Oliver Gierke Whoops! Where did my architecture go? |
Andrzej Grzesik Go! The one language you have to try in 2014 |
| 14:40 - 14:50 | Break | ||
| 14:50 - 15:40 |
Jakub Marchwicki JEE'ish development without a hassle |
Neal Ford Functional Thinking in Java 8, Clojure, Groovy, and Scala |
Kevin Webber Go Reactive! Reactive web application development with Scala, Play, and Akka |
| 15:40 - 16:00 | Coffee Break |
| 16:00 - 16:15 |
Heather VanCura JCP, Adopt-a-JSR & You |
Matej Briškár JBoss Forge – building apps happens to be fun |
Václav Vávra Lockless hashmap implementation |
| 16:15 - 16:20 | Break | ||
| 16:20 - 16:35 |
Krzysztof Dębski Technical product owner or how to built technical backing for services. |
Martin Večeřa & Pavel Macík Good, Better, PerfCake |
Juraj Michálek Bigger and better Y Soft RnD with full Atlassian stack |
| 16:35 - 16:40 | Break | ||
| 16:40 - 17:00 |
Karel Rank Low-latency trading system in Java - SubM |
Fabian Förster Zipkin@E-Post: Debugging the Legacy |
Katarzyna Mrowca Agile Project Management Anti-Patterns |
| 17:00 - 17:10 | Break |
| 17:10 - 18:00 |
Václav Pech JetBrains MPS - Speaking your language |
Martin Skurla When assertThat(you). understandUnitTesting() fails |
Konrad Malawski Reactive streams and Akka streams |


Introduction
Brightway2 is a open source framework for life cycle assessment (LCA). It doesn’t try to replace software like SimaPro or OpenLCA, but rather to offer new possibilities to those who want to break the limits of conventional LCA. So it's not for everyone, and you will need to invest some time learning about Python to use Brightway2. Basically, this is the framework for you if your project lies at the intersection of LCA and your imagination.
Features
- More than 100 Monte Carlo iterations/second
- Use with Jupyter notebooks
- Downstream and upstream supply chain traversal
- Multiple database backends
- Graphs in Python (Matplotlib) or Javascript (D3.js)
Principles
-
Open. All code in Brightway2 is open source, and made available under the BSD license.
-
Agile. The simplicity of the data format and calculation engine make it easy to adapt the code or add new functionality.
-
Freedom. A inventory dataset is a document with a few required fields, and can be adapted to your particular model or problem domain.
-
Modular. Each set of functions is split into a package, with its own tests and documentation.
In [1]: from brightway2 import *
In [2]: def do_lca():
...: lca = LCA(
...: demand={Database("ecoinvent 2.2").random(): 1},
...: method=methods.random()
...: )
...: lca.lci()
...: lca.lcia()
...: return lca.score
...:
In [3]: %timeit do_lca()
1 loops, best of 3: 1.12 s per loop
In [1]: from brightway2 import *
In [2]: fp = "/Users/cmutel/Documents/LCA Documents/Ecoinvent/3.2/cutoff/datasets"
In [3]: ei = SingleOutputEcospold2Importer(fp, "ecoinvent 3.2 cutoff")
Extracting ecospold2 files:
0% 100%
[##############################] | ETA[sec]: 0.000 | Item ID: fff1a27b-b651-444
Total time elapsed: 127.138 sec
Extracted 12916 datasets in 127.87 seconds
In [4]: ei.apply_strategies()
Applying strategy: normalize_units
Applying strategy: remove_zero_amount_coproducts
Applying strategy: remove_zero_amount_inputs_with_no_activity
Applying strategy: remove_unnamed_parameters
Applying strategy: es2_assign_only_product_with_amount_as_reference_product
Applying strategy: assign_single_product_as_activity
Applying strategy: create_composite_code
Applying strategy: drop_unspecified_subcategories
Applying strategy: link_biosphere_by_flow_uuid
Applying strategy: link_internal_technosphere_by_composite_code
Applying strategy: delete_exchanges_missing_activity
Applying strategy: delete_ghost_exchanges
Applying strategy: nuncertainty
Applied 13 strategies in 3.53 seconds
In [5]: ei.statistics()
12916 datasets
459268 exchanges
0 unlinked exchanges
Out[5]: (12916, 459268, 0)
In [6]: ei.write_database()
Writing activities to SQLite3 database:
0% 100%
[##############################] | ETA[sec]: 0.000
Total time elapsed: 76.513 sec
Created database: ecoinvent 3.2 cutoff
In [1]: from brightway2 import *
In [2]: from scipy.stats import kendalltau
In [3]: import numpy as np
In [4]: db = Database("ecoinvent 3.2 cutoff")
In [5]: gwp, usetox = ('IPCC 2013', 'climate change', 'GWP 100a'), ('USEtox', 'human toxicity', 'total')
In [6]: lca = LCA({db.random(): 1}, method=gwp); lca.lci(factorize=True); lca.lcia()
In [7]: def calculate_correlation(n=1000):
....: results = np.zeros((2, n))
....: for x, method in enumerate((gwp, usetox)):
....: lca.switch_method(method)
....: for y, activity in enumerate(db):
....: if y == n:
....: break
....: lca.redo_lcia({activity: 1})
....: results[x, y] = lca.score
....: return results
In [8]: kendalltau(*calculate_correlation())
Out[8]: KendalltauResult(correlation=-0.004769486612148318, pvalue=0.82132482572697252)


Created by Rainer Stropek / @rstropek
View at https://rstropek.github.io/git-fundamentals/ Clone on GitHub


Arial 14pt #595959
Arial 25pt #0088ce The Novice Runner - Avoid the pittfalls of... and Preparation for the Blue Cross Broad Street Run
Arial 13/20 #333 "Workouts can be challenging, and mistakes in the gym are common," says Cedric Bryant, chief science officer of the American Council on Exercise. "These mistakes can cause mild strains or significant injuries, but by improving your routine, you'll work out safer and have better results from your efforts."
Not progressing wisely -- exercising too much, too hard, or too often instead of gradually working out longer and harder -- is a common mistake made by many fitness enthusiasts. But it's not the only one.
Here are common exercise mistakes and suggestions for how to avoid them:
Arial 18/20 The all-or-nothing approach
It's a mistake to skip your workout just because you don't have your usual 45 minutes to an hour to exercise."The fact is, any amount of exercise is better than nothing," says Bryant. "Research shows even 10 minutes of brisk walking, for example, can provide important health benefits."So even if you only have time to walk around the block, or to and from your car in the parking lot, take the time to exercise.
Unbalanced strength-training programs strength and strength-training programs strength and balanced strength-training
Most people tend to focus on certain muscles, such as the abdominals or biceps, because they have a greater impact on appearance or it's where they feel strongest. But to achieve a strong, balanced body, you have to train all the major muscle groups.Your workouts should include exercise to boost not only cardiovascular fitness or muscle strength, but also flexibility.
Bad form
The surest way to injure yourself in a gym is to use bad form. Allowing the knee to extend beyond the toes during a lunge or squat, for example, can put too much stress on the knee. Choose shoes wisely. Buy shoes that are designed for your particular workout and your foot.
Not enough variety
Too many people find a routine or physical activity they like and then never change. But not changing workouts can lead to boredom and plateaus or, worse, injury or burnout.Try not to do exactly the same workout two days in a row. Change-up your activities by walking one day and swimming the next, for instance. Varying your workouts exercises different sets of muscles."Repetitive stress injuries are common in people who do the same weight or running routine day after day because they're using the same tendons and muscles," Bryant says. "But people who cross-train or have several workouts to choose from on a given day achieve more well-rounded levels of fitness with fewer injuries."
- Determine a plan to improve your energy efficiency
- Reduce your utility bills and monitor your energy gains form your home computer
- Increase the value of your property
- Defend against unpredictable energy costs
- Reduce your carbon footprint.
Not adjusting machines
Most exercise equipment is designed to accommodate a wide range of body types and sizes. But it's up to you to adjust each machine to your body's unique needs. Using improperly adjusted machines will lead to less-than-optimal results and increase your risk for injury. Also, check the equipment to make sure it is properly maintained.


public final class NetworkService
extends java.lang.Object
| 限定符和类型 | 类和说明 |
|---|---|
static interface |
NetworkService.CustomNameResolver
A custom name resolver can support custom lookup keys (my_net_key:ipv4) and also change
the default inet address used in case no settings is provided.
|
| 限定符和类型 | 字段和说明 |
|---|---|
static java.lang.String |
DEFAULT_NETWORK_HOST
By default, we bind to loopback interfaces
|
static Setting<java.util.List<java.lang.String>> |
GLOBAL_NETWORK_BINDHOST_SETTING |
static Setting<java.util.List<java.lang.String>> |
GLOBAL_NETWORK_HOST_SETTING |
static Setting<java.util.List<java.lang.String>> |
GLOBAL_NETWORK_PUBLISHHOST_SETTING |
static Setting<java.lang.Boolean> |
NETWORK_SERVER |
static Setting<TimeValue> |
TCP_CONNECT_TIMEOUT |
static Setting<java.lang.Boolean> |
TCP_KEEP_ALIVE |
static Setting<java.lang.Boolean> |
TCP_NO_DELAY |
static Setting<ByteSizeValue> |
TCP_RECEIVE_BUFFER_SIZE |
static Setting<java.lang.Boolean> |
TCP_REUSE_ADDRESS |
static Setting<ByteSizeValue> |
TCP_SEND_BUFFER_SIZE |
| 构造器和说明 |
|---|
NetworkService(java.util.List<NetworkService.CustomNameResolver> customNameResolvers) |
| 限定符和类型 | 方法和说明 |
|---|---|
java.net.InetAddress[] |
resolveBindHostAddresses(java.lang.String[] bindHosts)
Resolves
bindHosts to a list of internet addresses. |
java.net.InetAddress |
resolvePublishHostAddresses(java.lang.String[] publishHosts)
Resolves
publishHosts to a single publish address. |
public static final java.lang.String DEFAULT_NETWORK_HOST
public static final Setting<java.util.List<java.lang.String>> GLOBAL_NETWORK_HOST_SETTING
public static final Setting<java.util.List<java.lang.String>> GLOBAL_NETWORK_BINDHOST_SETTING
public static final Setting<java.util.List<java.lang.String>> GLOBAL_NETWORK_PUBLISHHOST_SETTING
public static final Setting<java.lang.Boolean> NETWORK_SERVER
public static final Setting<java.lang.Boolean> TCP_NO_DELAY
public static final Setting<java.lang.Boolean> TCP_KEEP_ALIVE
public static final Setting<java.lang.Boolean> TCP_REUSE_ADDRESS
public static final Setting<ByteSizeValue> TCP_SEND_BUFFER_SIZE
public static final Setting<ByteSizeValue> TCP_RECEIVE_BUFFER_SIZE
public NetworkService(java.util.List<NetworkService.CustomNameResolver> customNameResolvers)
public java.net.InetAddress[] resolveBindHostAddresses(java.lang.String[] bindHosts) throws java.io.IOException
bindHosts
to a list of internet addresses. The list will
not contain duplicate addresses.bindHosts
- list of hosts to bind to. this may contain special pseudo-hostnames
such as _local_ (see the documentation). if it is null, it will fall back to _local_java.io.IOException
public java.net.InetAddress resolvePublishHostAddresses(java.lang.String[] publishHosts) throws java.io.IOException
publishHosts
to a single publish address. The fact that it returns
only one address is just a current limitation.
If publishHosts
resolves to more than one address, then one is selected with magic
publishHosts
- list of hosts to publish as. this may contain special pseudo-hostnames
such as _local_ (see the documentation). if it is null, it will fall back to _local_java.io.IOException


Custom
${data.value}
TextField
Standard
Disabled
Required
TextArea
Standard
Disabled
Required
Readonly
Select
Standard
Disabled
Required
Checkbox
Standard
Disabled
Radio
Standard
Disabled
Progress
Standard
Chips
Standard
Sliders
Standard
Continuous
Discrete
Discrete with Tickmarks
Disabled
Continuous
Discrete
Discrete with Tickmarks
Tabs
Cards
Our Changing Planet
by Kurt Wagner
Visit ten places on our planet that are undergoing the biggest changes today.
Our Changing Planet
by Kurt Wagner
Visit ten places on our planet that are undergoing the biggest changes today.
Lists
Single line
- Item
- Item
- Item
Two-line
- Item Secondary
- Item Secondary
- Item Secondary
Mixed dense
- Item Secondary
- Item
- Item Secondary
Mixed with leading
- tag_faces Item Secondary
- tag_faces Item
- tag_faces Item Secondary
Overig
Standard
Option 1
Option 2
Option 3
Succesvolle test


{extend name="main/index" /} {block name="main"}
Example block-level help text here.
email@example.com


Enter a command below to try it out or use your browser's console. Refer to the documentation below for the existing functions.
Be sure to include comma-separated parameters in the parentheses for your problem.
Parameters:
Output:
All functions are in the fin
object, and can be run like this: fin.methodName()
(you don't have to put fin. above in the demo).
Grab the source on Github (look in the dist
folder).


Think of all of these things in terms of a movie.
The HTML would set out the basic structure of the movie e.g. the script. It would outline the scenes of the movie, the dialogue, the basic characters and their names etc.
CSS would then set out the costumes/make-up/hair for the characters, music, sound effects, lighting, camera angles and timing of each scene.
The DOM would be sitting in the directors chair, where you get the whole picture of what is happening in the movie. That is to say, you can see and make changes to the "behind the scenes" (lighting, camera angles, duration etc.) and then this effects what is in front of the camera.
This is a way to look at the design mock-up of a website and section each are off into it's own box. Once the design is divided up into boxes we can then proceed to build the page box by box, adding elements and content within each - as well as organising the smaller boxes withn the larger ones.
As all aspects of the webpage can be seen to be contained within a box, the box model looks at how we can influence the constuction of each box to fine tune the layout of the website content. For example, we may add padding to protect the content from the outer edges of the box. We may add a border to create solid walls for the box. Sometimes we don't want the boxes right next to each other on the page - so we add a margin. By understanding the box model we have the ability to fine tune the layout of the elements on our page.


Gastrointestinal System and Nutritional Health
Jaundice
Ascites
Anorexia
Nausea, Vomiting, and Hematemesis
Disorders of Bowel Frequency and Evacuation
Abdominal Pain
Abdominal, Gastrointestinal, and GI Tract Masses, Cancers, and Organomegaly
Melena/Hematochezia/Anorectal Rectal Bleeding and Pain
Heartburn and Reflux
Oropharyngeal and Dental Pain and Lesions
Issues of Weight
Abdominal Trauma
Dysphagia and Odynophagia
Foreign Body in Gastrointestinal Tract
Abdominal Wall Abnormalities
Physical Exam Findings Related to the Gastrointestinal System and Nutritional Health
Laboratory Test Findings and Diagnostic Imaging Related to the Gastrointestinal System and Nutritional Health
Normal Processes
Embryonic development, fetal maturation, and perinatal changes
Organ structure and function
anatomy of the alimentary canal, including mouth, pharynx, esophagus, stomach, small
intestine, large intestine, anus, peritoneal cavity
liver and biliary system, including enterohepatic circulation
salivary glands and exocrine pancreas
gastrointestinal motility, including defecation digestion and absorption
Cell/tissue structure and function
endocrine and neural regulatory functions, including GI hormones (eg, gastrin)
salivary, gastrointestinal, pancreatic, hepatic secretory products, including enzymes,
proteins, bile salts, and processes
synthetic and metabolic functions of hepatocytes
Repair, regeneration, and changes associated with stage of life
Gastrointestinal defense mechanisms and normal flora
Abnormal Processes: Health and Health Maintenance, Screening, Diagnosis, Management, Risks, Prognosis
Infectious, immunologic, and inflammatory disorders
Infectious disorders
bacterial: pseudomembranous colitis (Clostridium difficile); enteritis/enteric infections
(includes gastroenteritis) (eg, Staphylococcus aureus, Escherichia coli, Listeria
monocytogenes, Yersinia enterocolitica, Campylobacter species, Vibrio cholerae,
Salmonella species, Shigella species, traveler's/infectious diarrhea); hepatic
abscess, subhepatic abscess, subphrenic abscess; peritonitis, primary and
secondary; Whipple disease
viral: infectious esophagitis (eg, CMV, herpes); hepatitis A, B, C, D, E; coxsackievirus
enteritis/colitis; Echovirus enteritis/colitis; rotavirus enteritis; mumps;
gingivostomatitis, herpetic
fungal: thrush
parasitic: Cryptosporidium, Cyclospora, Entamoeba histolytica, Giardia, Isospora belli,
Strongyloides stercoralis
immunologic and inflammatory disorders
autoimmune hepatitis; celiac disease;
eosinophilic esophagitis; granulomatous enteritis; inflammatory bowel disease,
including Crohn disease, regional enteritis, microscopic colitis (collagenous and
lymphocytic colitis), ulcerative colitis, toxic megacolon
Neoplasms
benign neoplasms, including polyps, cysts: stomach; small intestine; colon, rectum, and
anus, including polyps
malignant neoplasms and pre-malignant conditions: oral cancer (eg, lips, mouth, tongue,
salivary glands); esophageal, squamous and adenocarcinoma; Barrett esophagus;
gastrinoma, Zollinger-Ellison syndrome; gastrointestinal carcinoid tumors;
gastrointestinal stromal tumors; small intestine; stomach, adenocarcinoma,
lymphoma, MALT; colon, rectum, anus; hereditary colon cancer syndromes, familial
adenomatous polyposis (eg, Peutz-Jeghers syndrome, Gardner syndrome, Turcot
syndrome, ); MUTYH-associated polyposis; gallbladder, cholangiocarcinoma,
adenocarcinoma of the ampulla of Vater; liver, including hepatoma; peritoneal
cancer, including metastatic studding with cancer; pancreas
metastatic neoplasms
Signs, symptoms, and ill-defined disorders
upper gastrointestinal bleeding; lower
gastrointestinal bleeding; constipation; diarrhea; hematochezia; bright red rectal
bleeding; melena; nausea, vomiting, rumination
Disorders of the oral cavity, salivary glands, and esophagus
oral cavity and salivary glands: abscessed tooth; dental caries; malocclusion;
disorders of the salivary glands (eg, stones, sialadenitis, parotitis)
esophagus: achalasia and cardiospasm; dysphagia; diverticulum (eg, Zenker);
esophageal periapical abscess without sinus; esophagitis/esophageal reflux
(GERD); esophagitis, pill; Mallory-Weiss syndrome; paraesophageal (hiatal) hernia;
stricture and stenosis of esophagus
Disorders of the stomach, small intestine, colon, rectum, anus
stomach: dyspepsia/hyperacidity; gastric ulcer; gastritis; peptic ulcer; peptic ulcer
perforation; gastroparesis
small intestine, colon: appendicitis; angiodysplasia; diverticula, diverticulitis,
diverticulosis; duodenitis, duodenal ulcer, peptic ulcer; gastroenteritis and colitis
(noninfectious); granulomatous enterocolitis; Hirschsprung disease; impaction of
intestine; intestinal obstruction/stricture; intussusception; irritable colon/irritable
bowel syndrome; mesenteric ischemia/ischemic bowel/ischemic colitis; necrotizing
enterocolitis; paralytic ileus; volvulus; malnutrition and malabsorption, including
lactose intolerance, short bowel syndrome
rectum and anus: abscess of anal and rectal regions; anal fissure; anal fistula; ulcer;
fecal incontinence; hemorrhage (rectum, anus); proctitis; hemorrhoids; rectal
prolapse
Disorders of the liver and biliary system, noninfectious
liver
cirrhosis; Dubin-Johnson, Rotor syndromes; end-stage liver disease, including
indications for transplantation; Gilbert syndrome, Crigler-Najjar syndrome; hepatic
coma/hepatic encephalopathy; hepatitis, noninfectious; hepatitis, fatty liver,
alcoholic; hepatorenal syndrome; hepatopulmonary syndrome; jaundice; nonalcoholic fatty liver disease; portal hypertension/esophageal varices
biliary system: bile duct obstruction/cholestasis; cholangitis, including ascending;
choledocholithiasis; cholelithiasis/cholecystitis; cholestasis due to parenteral
nutrition; gallstone ileus; Mirizzi syndrome; primary biliary cirrhosis; primary
sclerosing cholangitis
Disorders of the pancreas
pancreatitis, acute; pancreatitis, chronic; pancreatitis,
hereditary; pancreatic cyst/pseudocyst; pancreatic duct obstruction; pancreatic
insufficiency
Disorders of the peritoneal cavity: ascites
Traumatic and mechanical disorders
abdominal wall defects; adhesions, postsurgical;
digestive system complications of surgery; post-gastric surgery syndromes (eg, blind loop
syndrome, adhesions); duodenal tear; foreign body in digestive system; inguinal, femoral,
and abdominal wall hernias; open wound, abdominal; perforation of hollow viscus and
blunt trauma; perforation/rupture of esophagus (Boerhaave syndrome); umbilical hernia
Congenital disorders: annular pancreas, biliary atresia, cleft lip and palate, esophageal
atresia, malrotation without volvulus, Meckel diverticulum, pyloric stenosis,
tracheoesophageal fistula
Adverse effects of drugs on the gastrointestinal system
drug-induced changes in motility
(chronic laxative abuse, opioids); drug-induced gastritis, duodenitis, peptic ulcer disease
(NSAIDs); drug-induced hepatitis (eg, acetaminophen, isoniazid); drug-induced
pancreatitis (eg, thiazide diuretics)


To run Ptplot 5.1p1 applets, you must install the version 1.3 or later of the Javasoft Java Plug-in. In theory, it should be possible to run Ptplot using the JDK1.2 plugin, but we recommend upgrading to the JDK 1.3 plugin.
If you will be extending the Ptplot classes, then you
should install the Java 1.3 Java Development Kit:
http://java.sun.com/j2se/1.3/
If you do not want to require your users to install the JDK 1.3 plugin, then you should stick with Ptplot3.1, which does not use Swing.
Ptplot is distributed in several formats.
ptplot
, then you may want to go through the installation
procedure so that the standalone scripts are properly localized.
If you are using Windows and you want to rebuild Ptplot or
localize the standalone scripts, then you will need to install the
Cygwin toolkit from
http://sources.redhat.com/cygwin/
We have packaged up the necessary Cygwin tools and made them available at
http://ptolemy.eecs.berkeley.edu/ptolemyII/ptII1.0/cygwin.htm
.
If you are running Windows and do not want to install the Cygwin toolkit,
then see
Using Ptplot under Windows without Cygwin
Below are the installation instructions for Unix and Windows with Cygwin.
javac
is in your path.
PTII
environment variable to point
to the top of the Ptplot tree. Under C-shell, one would do:
setenv PTII ~/src/ptplot5.1p1Under Cygwin with bash:
PTII=c:\\Program\ Files\\Ptolemy\\Ptplot\ 5.1p1 export PTII
PTII
directory:
cd "$PTII"(The double quotes are only necessary if $PTII has spaces in it)
configure
rm -f config.* ./configure
make
Note that when you run the installer under Windows, Ptplot is added to your Start menu under Ptolemy -> Ptplot.
configure
is a /bin/sh
script
that determines some information about your environment and
then modifies a few files.
When the configure
script is run, it reads in
mk/ptII.mk.in
and
bin/ptinvoke.in
generates
mk/ptII.mk
and
bin/ptplot
To get help with configure
, try
./configure --help
configure
reads in the .in
files
and substitutes strings inside the @
For example, configure
reads in
bin/ptinvoke.in
and sees
PTII_DEFAULT=@PTII_DEFAULT@ PTJAVA_DIR=@PTJAVA_DIR@becomes
PTII_DEFAULT=/users/cxh/ptII PTJAVA_DIR=/opt/jdk1.3
PTII
variable to the top-level
directory of the Ptplot tree.
C:\ptplot5.1p1> PTII=c:\ptplot5.1p1
PTII
is used by the standalone ptplot.bat
script and other scripts
java
is in your path by running
java -version
%PTII%\bin
to your PATH.
ptplot.bat
C:\ptplot5.1p1> cd ptolemy\plot
C:\ptplot5.1p1\ptolemy\plot>set CLASSPATH=..\.. C:\ptplot5.1p1\ptolemy\plot>echo %CLASSPATH% ..\..
C:\ptplot5.1p1\ptolemy\plot>del *.class C:\ptplot5.1p1\ptolemy\plot>javac *.java
ptplot.bat
, which reads %PTII%
C:\ptplot5.1p1\ptolemy\plot>ptplot.bat
.class
files
plotapplet.jar
pxgraphapplet.jar
pxgraphargs
applet parameter
should use this jar file.
plotmlapplet.jar
plot.jar
plot.jar
is used by the Ptolemy II build system.
plotapplication.jar
plotapplication.jar
is
present, then it is used by the standalone scripts (ptplot
etc.)
*applet.jar
file into the same directory as your applet,
and then to use the archive
applet directive.
For examples of applet html code, see the demonstrations.
ptinvoke.in
and produced ptplot
. The ptplot
script
is shared between the standalone applications, ptplot
determines what name it was called with, and selects the appropriate
class accordingly.
If the ptplot
script is run,
then ptolemy.plot.PlotApplication
is run
If the ptplot
script is copied to histogram
,
then ptolemy.plot.plotml.HistogramMLApplication
is run
If the ptplot
script is copied to pxgraph
,
then ptolemy.plot.compat.PxgraphApplication
is run
Under Unix, you can use a hard link to create the histogram and pxgraph script:
cd $PTII/bin ln ptplot histogram ln ptplot pxgraph
Under Windows, three .bat scripts are provided:
ptplot.bat
, histogram.bat
and
pxgraph.bat
Last Updated: $Date: 2001/03/20 16:36:32 $


{% load i18n %}
Read the Docs has reached our 3 month sustainability goal. From May until July we will be devoting those contributions to making Read the Docs better supported. Thanks to all the folks who have contributed.
Please read our blog post outlining our plan going forward. All backers will receive information about how to follow along with the work we've been doing. We're excited to get things rolling, so stay tuned!
{% if read_more %}You can find more information on our {% trans 'Sustainability Page' %}
{% endif %} {% else %}Since its inception over four years ago, Read the Docs has grown into a massive resource that developers rely on daily. To make Read the Docs sustainable, and to improve support for our users and readers, we are asking the community for contributions.
If you consider Read the Docs to be a useful service, and would like to see it continue to grow, consider pitching in to help cover the cost of bringing free and open documentation to everyone.
{% if read_more %} {% endif %}


Maximum sub-array problem on array of negative values
The maximum sub-array problem is to find the sub-array in an array of positive and negative integers, where the sum of the elements of the sub-array is the maximum sum.
For example, consider the array of values. The contiguous sub-array is with the largest sum as 7.
• Assume that the array A contains all negative values.
• In each recursive call, FIND-MAXIMUM-SUBARRAY calls FIND-MAX-CROSSING SUBARRAY.
• FIND-MAX-CROSSING SUBARRAY returns the sum of two sub arrays(cross- sum).
• Since all the values in A are negative, FIND-MAX-CROSSING SUBARRAY always returns a cross-sum (a negative value) that is less than the largest negative value in A.
• In lines 7-11, FIND-MAXIMUM-SUBARRAY compares the left-sum and right-sum with cross-sum and returns corresponding three values.
• Since the largest negative value of A is always greater than the cross-sum, ultimately FIND-MAXIMUM-SUBARRAY returns the largest negative value of A and index of the largest negative value in A.
Therefore, if all the elements of A are negative, then FIND-MAXIMUM-SUBARRAY returns the largest negative value in A and its index.
Maximum sub-array problem
The maximum sub-array problem is to find the sub-array in an array of positive and negative integers, whose elements have the maximum sum.
For example, consider the array of values. The contiguous sub-array is with the largest sum as 7.
In brute force approach, generate all the possible subarrays combinations and select the one with maximum sum. An array of n numbers has subarrays.
Pseudo code for the brute-force method
Input: An array A[1..n] of numbers.
Output: The subarray in an array of n values whose elements have the maximum sum.
S0 ← 0 // the initial prefix sum
for i ← 1 to n do
Si ← Si−1 + A[i]
max ←0 // initializing maximum to 0
// to find the maximum so far
for i ← 1 to n do
for j ← i to n do
if then
return max
Analyzing the running time of the algorithm
The algorithm examines all consecutive range of elements A[i..j]. For each range, it computes the sum in that range, and update the maximum max if necessary. The number of operations is,
The brute-force and recursive algorithms for the maximum sub-array problem
Consider an example of share market. Suppose a person wants to buy the shares at least possible price and sell them at best possible price to gain maximum profit. But speculating the minimum and maximum price would not be an easy task for a person. This kind of problems can be solved using the maximum sub array approach.
This approach finds out a subarray of a given array that holds consecutive elements of arrayin it and has the largest sum of all the sub arrays in the array. The following algorithms namely, recursive divide and conquer, Brute-Forceare two different ways of implementing the above said concept. Maximum sub array approach would find out the optimal solution for the problems like the one said above.
Brute Force Approach
The algorithm below finds the maximum possible sub array of the array A. Array P holds the maximum possible sum in the first index and starts and end index of the sub-array with maximum sum in the second and third index.
BRUTE-FORCE-ALGORITHM(A, P,n)
//initialize the sum
1. sum:=0
//loop to check the sub-arrays
2. for i=0 to n–1
3. for j=i+1 to n
4. P[0]+= A[j]
//check if the sub array sum is more than the previous sum
5. if(P[0]>sum)
//save the new difference
6. sum=P[0]
//save the buying date
7. P[1]=i
//save the selling date
8. P[2]=j
//return the statistics
9. return P
The brute force algorithm makes the permutation of every single pair of buying and selling prices including the fact that the selling date cannot be earlier or same as the buying date.
Now, the complexity of this algorithm would depend on the size of input. The algorithm would try for every possible combination of any two ascending days. The outer loop would run at least n times and the inner loop will run at most n–1 times. So, the complexity would be:
Brute Force approach works for small number of inputs but becomes tedious and time consuming if the number of inputs increases. In such a case Divide and Conquer approach comes in handy.Divide-and-Conquer approach
So in the case when number of entries increases recursive algorithm comes into play. Here the divide and conquer rule is used and the complexity of this RECURSIVE-DIVIDE –AND-CONQUER-ALGORITHM is.
The algorithm is as below in which lb and ub represent the lower and upper bounds of the array A of n entries. The procedure FIND-MAX-CROSSING-SUBARRAY (X, lb, mid, ub) that is used in this procedure is defined in the section 4.1 of the book. Here, lb=1, ub=n initially.
REC-DIVIDE –AND-CONQUER(X, lb, ub)
//base case where the array has only one element
1. if (lb==ub)
2. return (lb, ub, X[lb]);
3. else
//get the new mid-point
4. //recursive call to the procedure to find the subarrays in the first half
(left-lb, right-ub, left-add) = REC-DIVIDE-AND-CONQUER(X, lb, mid)
//recursive call to the procedure to find the sub array in the second half
5. (right-lb, right-ub, right-add) = REC-DIVIDE-AND-CONQUER(X, mid+1, mid)
//recursive call to the procedure to find the subarrays crossing the mid-point
6. (cross-lb, cross-ub, cross-add) =
FIND-MAX-CROSSING-SUBARRAY(X, lb, mid, ub)
//check if the concerned sub array is found in the first half
7. if left-add>=right-add and left-add>=cross-add
8. return (left-lb, left-ub, left-add)
//check if the sub array is in the second half
9. else if (right-add>=left-add and right-add>=cross-add)
//return the sub array
10. return (right-lb, right-ub, right-sum)
11. else
12. return (cross-add, cross-ub, cross-add)
This algorithm, in general case, is much more efficient than the brute force algorithm. For the base case where there is only one element. The running time would be T(1). The time in dividing the array into smaller sub arrays would be as there have to be n divisions.
Now, when merging the array, the time taken would be half of the time taken in dividing the array.
So, it would be.
So, the total time would be:
Comparison of performances
Now, have a look at the performances of both the algorithms. Theoretically, it seems that divide and conquer would always perform better than brute force. But practical implementations show that for small inputs the performance of the brute force algorithm is better than the divide and conquer approach. Here is the comparison of both the approaches using the code developed in C#.
/**********************************************************
* Program to compare the brute force and *
* divine-and-conquer approach to find maximum sub array *
**********************************************************/
//namespace system
using System;
namespace max_subarray_prob
{
Create a class that would show the comparison of brute force and the divide-and-conquer approach.
classProgram
{
Date members of the class are the variables that would be used to store the sum and index of the sub-array.
//initialize variables
int m = 0;
int[] p;
int[] q;
int[] s;
Define the brute force function for finding the maximum sub array. This would take as argument the array that the maximum sub-array has to be found within.
/* function to find the maximum sub-array using
Brute force
@param a is the array that the sub-array is to be
Found within
@return the array holding the lower and upper
bounds of the target array */
int[] max_subarray_bruteforce(int[] a)
{
Initialize the variables for storing the information about the sub array.
//initialize variables for storing the indexes
int sub_sum = 0;
int p1 = 0;
int l = 0;
int r = 0;
int max_sum = 0;
Run two nested for loops for finding the lower and the upper bound of the maximum sub array. The outer loop would run till the end of the loop. The inner loop would run from the current value of upper index to the end of the array.
//outer loop to find the sub-array
for (p1 = 0; p1 < a.Length - 1; p1++)
{
sub_sum = 0;
//inner loop that creates the upper bound for the sub-array
for (int p2 = p1; p2 < a.Length; p2++)
{
Store the sum of the subarray in a variable then check if this sum is more than the sum of previous sub array. If so, update the subarray sum and the upper and the lower bound.
//store the sum of sub-array
sub_sum += a[p2];
//check if the sum is more than the previous maximum
if(sub_sum > max_sum)
{
//update the maximum sub-array
max_sum = sub_sum;
l = p1;
r = p2;
}
}
}
Create the subarray and return it.
//create the sub-array
int[] x = { l, r, max_sum };
return x;
}
Define the function to find if the maximum sub array is crossing the crossover point. That means it is partially in the left sub array and rest of it is in the right sub array. The arguments are the concerned array, lower and upper bound and the midpoint of the array.
/* find max sub-array across the crossover point
@Param a is the array that the sub arrays is to be searched @param l lower bound of the array
@param m is the midpoint of the array
@param h upper bound of the array */
int[] crossover_point(int[] a, int l, int m, int
h)
{
Set the initial sum and the indexes.
//set the initial sum and other variables
int left_sum = -1000, right_sum = -1000;
int sum = 0;
int max_left = 0, max_right = 0;
Check if the maximum sub array is in the left sub array.
//loop to find the maximum sub array in the left sub-array
for (int i = m; i >= l; i--)
{
Store the sum of the current sub array and check if it is greater than the previous sum. If so, update the sub array indexes and sum.
//store the sum of the sub-array
sum = sum + a[i];
//check if the left sub array is max
if (sum > left_sum)
{
//update the sub-array bounds
left_sum = sum;
max_left = i;
}
}
sum = 0;
Check if the maximum sub array is in the right half of the array.
//loop to find the max sub array in the right sub- array
for (int j = m + 1; j <= h; j++)
{
Store the sum of the sub array and check if this is greater than the previous. If so, update the subarray indexes and the sum.
//store the sum of the sub-array
sum += a[j];
if (sum > right_sum)
{
right_sum = sum;
max_right = j;
}
}
Create the sub array and return it.
//create the sub-array
int[] y = { max_left, max_right, left_sum +
right_sum };
return y;
}
Define the divide and conquer method for finding the maximum sub array. The arguments are the array, the lower and upper bounds of the array.
/* find the maximum sub array using divide and conquer approach
@Param a is the array that the sub arrays is to be searched
@param l lower bound of the array
@param h upper bound of the array */
int[] max_subarray_dnc(int[] a, int l, int h)
{
Check if there is only one element in the array.
//base case where only one element is there in the array
if (l == h)
{
Return the subarray.
int[] z = { l, h, a[l] };
return z;
}
else
{
Find the new midpoint of the array.
//find the new midpoint of the array
m = (l + h) / 2;
Check the function recursively for left sub array and if the maximum sub array is in that array then return the subarray.
//recursive call to check if the max sub-array is in the left sub array
p = max_subarray_dnc(a, l, m);
Call the function recursively for right sub array and return the sub array if maximum sub array is in that.
//recursive call to check if the max sub-array is in the right sub array
q = max_subarray_dnc(a, m + 1, h);
Call the function to check is the maximum sub array is crossing the crossover point.
//check if the max sub-array is across the crossover point
s = crossover_point(a, l, m, h);
//return the left sub-array
if (p[2] >= q[2] && p[2] >= s[2])
return p;
//return the right sub-array
elseif (q[2] >= p[2] && q[2] >= s[2])
return q;
else
//return the crossover array
return s;
}
}
Define the main() function to call the above defined functions and compare the speed.
//main method
Static void Main()
{
Create the object of the class to call the functions. Initialize the variables.
//create the object
Program pr = newProgram();
//set the array length
int n = 30;
//declare the variables
double time0, time1, time2, time3, t1, t2;
string s1, s2;
int[] x;
int[] a;
Random ran = newRandom();
a = newint[n];
Generate random numbers in a given range and input them in the array.
//input random elements in the array
for (int i = 0; i < n; i++)
a[i] = ran.Next(-20, 20);
Call the functions and calculate the time taken in the execution of each one of them.
//call the brute force method and calculate the time taken
time0 =
Convert.ToDouble(DateTime.Now.ToOADate());
x = pr.max_subarray_bruteforce(a);
time1 =
Convert.ToDouble(DateTime.Now.ToOADate());
Print the array elements.
//print the array
Console.WriteLine("Array is: ");
for (int i = 0; i < n; i++)
Console.Write(a[i] + " ");
Console.WriteLine();
Console.WriteLine();
t1 = time1 - time0;
Print the time taken in the execution of brute force algorithm.
s1= string.Format("{0:0.0000000000000000000000}"
, t1);
Console.WriteLine("brute force: "
+ s1);
//call the divide and conquer method and calculate the time
time2 =
Convert.ToDouble(DateTime.Now.ToOADate());
x = pr.max_subarray_dnc(a, 0, n - 1);
time3 =
Convert.ToDouble(DateTime.Now.ToOADate());
t2 = time3 - time2;
Print the time taken in the execution of divide and conquer algorithm.
s2 =
string.Format("{0:0.0000000000000000000000}"
,t2);
Console.WriteLine("divide and conquer: "
+ s2);
Console.WriteLine();
Console.ReadKey();
}
}
}
Sample Output:
Array is:
-8 -17 0 14 1 -6 18 11 17 15 9 13 -10 -2 -18 -10
-3 -10 -8 -13 18 2 16 -8 11 -14 17 -5 -14 11
brute force: 0.0000000231520971283317
divide and conquer: 0.0000000115687726065516
Various values of array length yield the following results:
|
Size = |
Brute Force Algorithm |
Recursive Algorithm |
|
10 |
0.0000000115760485641658 |
0.0000000231448211707175 |
|
15 |
0.0000000115687726065516 |
0.0000000115760485641658 |
|
20 |
0.0000000115760485641658 |
0.0000000115760485641658 |
|
25 |
0.0000000115687726065516 |
0.0000000115760485641658 |
|
30 |
0.0000000231520971283317 |
0.0000000115687726065516 |
The above results infer that for n0<30 the performance of brute force is better than the divide and conquer one. Keeping this in mind the advantage of brute force can be used in the divide and conquer algorithm so that it can work even faster. The divide and conquer algorithm can be modified to use the brute force algorithm till the time the input size is less than 30.
In the procedure REC-DIVIDE –AND-CONQUER just add the following lines after line 2 to make the changes:
else if (lb==0 and ub<=30)
Initialize a new array P
BRUTE-FORCE-ALGORITHM (X, P, n)
return P
Rest of the algorithm would remain the same. Crossover point would not change even if the problem size is less than n0. The reason is that the crossover point is calculated using the mid of the array and the relative position of mid is not going to be affected by the value of n0. It does not matter how big or small the value of n0 is.
Modification in maximum-sub-array problem
The maximum sub array problem here is a concept where the target is to find the number of days whose combination creates the highest sum of prices, thus the total number of days is taken in an array and the aim is to find a sub array that gives the maximum sum.
Here, the base case of the maximum sub array is defined to be an empty array. The empty array shows its value to be zero but it is not required to show the value of the empty array.
In divide and conquer algorithm, first check if only one value is present in the array, then return that value. If more than one value is present, then take the lower bound in low and upper bound in high and divide the array into two sub arrays.
After that, compare the values of the sub array to find the maximum value in the array and return that value.
This algorithm does not accept an empty array, so we will modify it as:
FIND-MAXIMUM-SUBARRAY ( A, low, high )
// if array is empty
1. for
2. if
// array is empty
3. return -1
// base case: only one element
4. else if
5. return
6. else
7.
8. FIND-MAXIMUM-SUBARRAY (A, low, mid)
9. FIND-MAXIMUM-SUBARRAY (A, mid+1, high)
10. Compare all three sub arrays to find the max
11. return max
The tiny modification (First “if” section in above algorithm) that is required to be done in this algorithm, is that first check if all the elements of the array are negative, or there is no element in the array, then it returns the value -1 or shows an error message that the array is empty.
Thus, the value displayed for this base case would not result in a zero.
Linear-time algorithm for the maximum-subarray problem:
Consider that the maximum-subarray of A[1..j] is known, and by observation a maximum-subarray of A[1..j +1] is either a maximum-subarray of A[1..j] or a subbarray A[i..j + 1], for some .
Therefore, check from the index j+1 down to 1 to see if a maximum sum is changed or not. If the new maximum sum differs from the maximum sum of maximum-subarray of A[1..j], then maximum-subarray is A[i..j + 1].
Pseudocode:
Find-Maximum-Subarray(A)
// maximum-subarray of A[1..j] is assigned to max-sum
1 max-sum ← A[1..j]
// Initialize sum =0
2 sum = 0
// Initialize i =0
3 i = 0
// check from the index j+1 down to 1
4 for j = j + 1 downto 1
// Add A[j] to sum
5 sum = sum + A[j]
// check whether sum differs maximum-subarray of A[1..j] max-sum
6 if sum > max-sum
7 max-sum = sum
8 i = j
Analysis:
Line 1 initializes the variable max-sum to the maximum-subarray of A[1..j].
Line 2 and 3 initializes the variables sum and i.
Thus, lines 1-3 takes the constant time T(1) = Θ(1).
Lines 4-8 use for loop to ◊nd the new sum from j+1 down to 1. So, it takes the running time of T (j) = Θ(j), j > 0.
Thus, the algorithm takes a linear- time running for the maximum-subarray problem.


Demo Day Blog and Checklist
| ✔ | Demo Day Checklist |
|---|---|
| ✔ | 4 slides. |
| ✔ | Future state journey map |
| ✔ | Figma link (or other prototype software) for Prototype |
| ✔ | Include names of team members in the presentation |
| ✔ | 15-Minute presentation |
| ✔ | 10-Minute Q&A |
| ✔ | Useful Articles |
|---|---|
| ✔ | The 10/20/30 Rule of PowerPoint |
| ✔ | Design Thinking and process in a hackathon — a UX case study |


Consider the following definition of the function f, where args:
var fp = require('./fp'); functionDefinition
Now consider the following sequence of
invocations of the
function f:
functionCalls
What values are returned assuming that these invocations of f are made in the order given above? Note that, if a given invocation throws an exception or goes into an infinite loop, the correct answer is the word "error" in all lowercase letters.
Identify the base and recursive cases.
Make the recursive "leap of faith".
You may want to trace each function call on paper, keeping track of each recursive call.


Perf Report:
Test (Frame #34)
Worker Thread 0
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Worker Thread 1
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Worker Thread 2
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CUMULATIVE
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Minh Ha Duong
Director, Crypto Strategies at BIT Capital & Investment Principal at Ocean Investment family office
&
Capital allocator by profession, Industrial Engineer by education, and nerd at heart. Tech investor with operational experience and expertise in public markets investments as well as direct and indirect private market investments across VC, quant (hedge funds) and crypto.
Visit bitcap.com & oceaninvestment.com for more information.
Articles
[The Block] Outlook 2022 - The many faces of crypto scalability[Forbes] Myth-Busting In European Venture Capital
[Forbes] How To Craft Your Elevator Pitch To LPs As An Emerging VC Fund Manager
[Forbes] How Emerging Venture Capital Fund Managers Should Think About Their LP Fundraising Strategies
[Forbes] Structural Problems In The European Venture Capital LP Landscape And Why It Matters
[Forbes Series] Know Your Edge As A VC, The Complete Series (Part One, Part Two, Part Three)
[Forbes] Should You Raise A Fund? An LP’s View On Challenges And Alternatives
[The Block] Crypto VC portfolio construction: the LP's perspective
[Medium] Virtual office hours for emerging venture fund managers! #OpenLP
[The Block] Deriving a venture capital strategy in crypto: the LP's perspective
[Cambrial Medium] All in on crypto: Joining Cambrial Capital
[Tokeneconomy] Crypto Tax Calculation via Google Sheets (FIFO & ABC)
[Medium] Simply tracking cryptoasset investment performance & buy signals via Google Sheet (2/2)
[Medium] How to track performance when investing in Bitcoin, Ethereum, and other cryptoassets with Google Sheet for free (1/2)
[Project A Insights] Artisense: How Machines Learn to See and Navigate
[City.ai] #7 Berlin AI Community Update
[Tech.eu] An extensive list of European AI tech startups to watch in 2017
[TechCrunch] Facebook’s path into the messaging future
[Startup Grind Medium] Why you should care about Design
[Startup Grind Medium] Marketing Like a Pirate: What Growth Means at an Early Stage Startup
[Medium] Being a Techstars Associate: The amazing things you gain
[Medium] No Experience Required: Build Your App without a Product Team in an Hour per Day
[Startup Grind] Do you need to be in Silicon Valley? Two questions before the move
[Startup Grind] From Google to Alphabet, Larry & Sergey's 3 principles of sustained entrepreneurship
[Startup Grind] The 3 key differences between European vs US startups
[LinkedIn] What I have learned working for startups and corporate enterprises


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| John | Doe |
| Foo | Bar |


{% extends "master.html" %} {% block title %}Changes in {{report.versions[0].title}} from {{version1.date|date}} to {{version2.date|date}}{% endblock %} {% block head %} {# Since the content of this page is very similar to the main report, don't include it in web searches so they don't dupe up the main page content. #} {% endblock %} {% block body %}
This page shows textual changes in the document between the two versions indicated in the dates above. Textual matter removed in the later version is indicated with red strikethrough and textual matter added in the later version is indicated with blue.


Recoil
- Each shot adds RecoilUp degrees to vertical aim (pitch)
- Each shot adds
random_uniform(-recoilLeft, recoilRight)
to horizontal aim (yaw), positive being clockwise. - Recoil decrease per one logical frame per one axis (ver. or hor.) is calculated as follows:
- Note that vertical and horizontal recoil are independent, and both get decreased with same equation.
CurrentRecoil = Current amount of recoil (either ver. or hor.) RecoilDecrease = Weapon's recoil decrease value DeltaTime = Time since last logical frame (seconds) TimeSinceLastShot = Time since last fired shot (seconds) C = Some constant (approx. 5.0) RecoilTerm = ((abs(CurrentRecoil) / 0.5)^0.6 + .001) Decrease = RecoilTerm * RecoilDecrease * DeltaTime * TimeSinceLastShot^0.5 * C NewRecoil = (CurrentRecoil - Decrease) if CurrentRecoil > 0 else (CurrentRecoil + Decrease)
Spread
- If spread > 0.0, shot will have random dispersion from the aimpoint. Spread = radius of the circle used for random selection.
- Random dispersion based on current spread value per shot is calculated as follows:
- Where
a = 0.5
for all weapons. Due to this the dispersion is evenly spread out. - Note: Shotgun pellets have
a = 1.0
, and thus are more tightly spread out near the firing direction, which is first decided by the above shot dispersion.
rand1 = rand(0,1) rand2 = rand(0,2*PI) horizontal_dispersion = rand1^a * spread * cos(rand2) vertical_dispersion = rand1^a * spread * sin(rand2)
Bullet drop and drag
- Bullet accelerates towards ground at Gravity m/s²
- Bullet slows down at Bullet_Velocity² * Drag m/s
Deploy Time
- Deploy Time is the time it takes to weapon be able to fire after switching to said weapon.
Body part damage multipliers
General Multipliers
| Headshot | 1.7x |
| Upper body | 1.0x |
| Lower body and upper arms | 0.96x |
| Legs and forearms | 0.96x |
Special multipliers
| Headshot | 1.8x |
| Upper body | 1.0x |
| Lower body and upper arms | 0.9x |
| Legs and forearms | 0.75x |
| Headshot | 1.8x |
| Upper body | 1.0x |
| Lower body and upper arms | 0.93x |
| Legs and forearms | 0.93x |
| Headshot | 1.0x |
| Upper body | 1.0x |
| Lower body and upper arms | 1.0x |
| Legs and forearms | 1.0x |


App\Containers\Authentication\UI\API\Controllers\Controller
Class Controller
- Author: Mahmoud Zalt<EMAIL_ADDRESS>Synopsis
class Controller
extends ApiController
{
- // methods
- public $this logout()
- public JsonResponse proxyLoginForAdminWebClient()
- public JsonResponse proxyRefreshForAdminWebClient()
Hierarchy
Extends
- App\Ship\Parents\Controllers\ApiController
Methods
public
- logout()
- proxyLoginForAdminWebClient() — This `proxyLoginForAdminWebClient` exist only because we have `AdminWebClient` The more clients (Web Apps). Each client you add in the future, must have similar functions here, with custom route for dedicated for each client to be used as proxy when contacting the OAuth server.
- proxyRefreshForAdminWebClient() — Read the comment in the function `proxyLoginForAdminWebClient`


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cargo build
Compile a local package and all of its dependencies.
More information: home page
- Build the package or packages defined by the `Cargo.toml` manifest file in the local path:
cargo build
- Build artifacts in release mode, with optimizations:
cargo build --release
- Require that `Cargo.lock` is up to date:
cargo build --locked
- Build all packages in the workspace:
cargo build --workspace
- Build a specific package:
cargo build --package package
- Build only the specified binary:
cargo build --bin name
- Build only the specified test target:
cargo build --test testname