ALM
Traditionally, the impact of research articles has been measured by the publication journal. But a more informative view is one that examines the overall performance and reach of the articles themselves. Article-Level Metrics capture the manifold ways in which research is disseminated and used, including:
- viewed
- shared
- discussed
- cited
- recommended.
Each of the metrics fall under one of these activities. But as an entire set, they paint a comprehensive portrait of the overall footprint of how the scholarly and public are engaging with the research.
From: Fenner M, Lin J (2013). Altmetrics in Evolution: Defining & Redefining the Ontology of Article-Level Metrics. http://dx.doi.org/10.3789/isqv25no2.2013.04.
ALM offer a dynamic and real-time view of the latest activity. Researchers can stay up-to-date with their published work and share information about the impact of their publications with collaborators, funders, institutions, and the research community at large. These metrics are also a powerful way to navigate and discover others’ work. They can be customized based on the unique needs of researchers, publishers, institutional decision-makers, and funders.
ALM Application
The ALM application collects and aggregates the data from external sources where article activity is occurring. It was developed in 2009 as an open source application by PLOS. To date, the community of contributors to the application has rapidly grown as more publishers and other providers are implementing the system.
The application retrieves data from a wide set of services (sources). Some of these sources represent the actual channels where users are directly viewing, sharing, discussing, citing, recommending the articles (e.g., Twitter and Mendeley). Others are third-party vendors which provide this information (e.g., CrossRef for citations). All data is fetched via an API from the sources. Each source has a unique set of specifications for query volume, frequency, and speed. In order to ensure that the metrics reflect the latest activity, we queue each article for every source to be refreshed based upon its publication date and the upper thresholds for each source. The system then programmatically harvests data for each article and each source at its appointed time.
The platform contains a default set of public sources, available for all with a user account. Publishers and providers have also implemented additional private sources either because the sources either use an internal application, which is not available via public API (journal usage stats, figshare usage, journal comments, etc.) or require a contract with the provider (Scopus, Web of Science, F1000). Additional sources (public or private) can be easily configured to extend the collection of article activity.
The ALM application automatically monitors the harvest of successfully returned data, query errors, elevated counts that are flagged as suspicious. The system surfaces potential issues for investigation on the administrative dashboard as well as through email notifications. It also contains a basic set of reporting tools for article statistics, source status, errors, etc.


--- layout: default title: CMS Membership ---
Membership is $30 per month. Payments made through PayPal include an additional processing fee which covers the transaction fees.
Currently we accept membership payment in these forms:
You can use any of the following buttons to subscribe to automatic payments.
You can use any of the following buttons to make a one time payment.


---
layout: post
title: Gouache
date: '2015-12-31T04:57:48+01:00'
categories:
- Illustration
picture_url: https://film-Storyboards.tumblr.com/post/136320726076/concept-Illustration-unfinished-gouache
---
Unfinished gouache / collage on cardboard.
Unfinished gouache on cardboard.


RunOrg handles [forms](/forms.htm) as collections of fields. An individual
field carries meta-data that tells the client how it should be displayed, and
tells the server how it should be validated (when a form is filled) and
summarized (for generating form-level statistics).
A field is represented as a JSON dictionary with the following keys:
id | | An alphanumeric identifier, between 1 and 11 characters long.
Two fields in the same form should have different identifiers.
label |
Some kinds of fields (namely, the multiple-choice and single-choice fields) will use
a list of possible choices. These choices are numbered on their position (starting
with zero).
A choice may be either a string representing a [human-readable label](/docs/#/types/label.js),
or an arbitrary blob of JSON that will be stored and returned as-is by the API.
# Text fields: `"text"`
A standard text field, designed to contain unformatted text. Usually rendered as
a `` or `` in HTML.
"Hello, world!"
Acceptable values are JSON strings and `null`. When marked as `required`, acceptable
values are non-empty JSON strings.
# Rich text fields: `"rich"`
A rich text field, designed to contain HTML-formatted text (more specifically, a
RunOrg-specific [subset of HTML](/concepts/rich.htm)). Usually rendered as a
WYSIWYG textarea.
"
This is a title
This is a bold paragraph
"
Acceptable values are JSON strings (containing appropriately-formated rich text)
and `null`. When marked as `required`, acceptable values are non-empty JSON
strings.
# Date/time fields: `"time"`
A date or date-time field. Usually rendered as a `` or
`` in HTML5.
"2014-04-19T18:42:53Z"
Acceptable values are [dates](/concepts/time.js): JSON strings containing
an ISO-8601 formatted date (`yyyy-mm-dd`) or date-time (`yyyy-mm-ddThh:ii:ssZ`),
or `null`. When marked as `required`, only dates are acceptable values.
# Single choice field: `"single"`
A single-choice question. Uses the list of `choices` to determine what the
possible choices are. Usually rendered as a list of ``
or a `` field.
2
Aceptable values are integers between `0` and `n-1` (with `n` being the
number of possible choices), representing the picked choice. `null` is
also a possible value, unless the field is marked as `required`.
# Multiple choice field: `"multiple"`
A multiple choice question. Uses the list of `choices` to determine what the
possible choices are. Usually rendered as a list of ``
fields.
[2,4]
Acceptable values are lists of integers between `0` and `n-1` (with `n` being
the number of possible choices), representing all the picked choices. There is
no restriction on how many times a given choice can appear, though when returned
by the API, each choice will appear no more than once. `null` is also a possible
value.
When marked as `required`, the field will accept neither `null` nor `[]`.
# Arbitrary JSON fields: `"json"`
A custom field, for your convenience. Stores arbitrary JSON data and returns it
as-is. No server-side processing will occur (including statistics).
{ "PayerID" : 185530,
"BeneficiaryID" : 185530,
"Amount" : 2000,
"PayerWalletID" : 0,
"BeneficiaryWalletID" : 196902 }
Any JSON value is acceptable. When the field is marked as `required`, however,
the following values are not acceptable: `null`, `""`, `[]` and `{}`.
# Person fields: `"person"`
A field that references a person in the current database, through its identifier.
Usually displayed as an auto-completion component that uses the
[search API](/docs/#/people/search.js) to find person identifiers.
"0SNQg00511H"
Acceptable values are person identifiers that match a person in the
current database. If the field is not marked as `required`, then `null`
is also an acceptable value.
# More field types
Currently, there are plans for new field types to be implemented. More
will become available in time.


Preparation time
1-2 hours
Cooking time
1 to 2 hours
Serves
Serves 10-12
Joconde is an elaborate technique to imprint decoration in a sponge. Here it is used to to adorn a rich mousse cake.
Preheat the oven to 220C/425F/Gas 7. Line two 45cm x 30cm/18in x 12in baking trays with greaseproof paper and brush with the melted butter. Line the base and sides of a 25cm/10in springform cake tin with greaseproof paper.
To make the joconde paste, cream the butter and sugar until light and fluffy then gradually add the egg whites, beating continuously. Fold in the sifted flour then add the food colouring. Spoon the mixture into a piping bag fitted with a 5mm/¼in plain nozzle. Pipe the mixture onto the baking trays in a swirl pattern.
To make the joconde sponge, whisk the egg whites until soft peaks form when the whisk is removed. Add the granulated sugar and continue whisking until stiff peaks are formed. Cover with cling film to prevent the meringue collapsing.
Beat the almonds, icing sugar and eggs in a bowl until the mixture is light and fluffy. Mix in the flour and cocoa powder.
Gently fold in the meringue mixture using a large spatula. Mix a cupful of the sponge batter into the clarified butter, then fold this into the remaining batter.
Remove the baking trays with the decorated sheets of greaseproof paper from the freezer. Divide the batter evenly between the two baking trays, spreading it smoothly over the decorations and ensuring it is level.
Bake for 5-7 minutes or until the sponges are lightly browned. Cover each sponge with a sheet of greaseproof paper then upturn the baking trays onto the work surface and peel off the paper to reveal the pattern.
Cut strips of sponge to line the sides of the cake tin, ensuring the pattern is facing outwards, then cut a circle of sponge to line the base. Cut a second circle to make the top of the cake.
For the mousse, pour the orange juice through a fine sieve into a small bowl and sprinkle over the gelatine. Set the mixture aside for three minutes then place the bowl over a small pan of simmering water, taking care the bottom of the bowl does not touch the water, and stir gently until the gelatine has dissolved.
Meanwhile, place the chocolate in a large bowl and melt it in the microwave, stirring every 45 seconds. Mix the orange zest and egg yolks into the melted chocolate, then stir in the gelatine mixture and fold in the whipped cream.
Whisk the egg whites until they form stiff peaks then gently fold into the chocolate mixture. Pour the mousse into the cake tin, place the sponge circle on top and chill in the fridge for at least two hours.
For the orange gelée, mix the arrowroot with a little orange juice and stir into the rest of the juice. Heat in a saucepan until the mixture thickens and clears then remove from the heat and set aside to cool. Carefully remove the cake from the tin and place onto a serving plate. Cut thin strips of peel from the oranges and curl them around a straw. Pour the cooled gelée over the mousse cake, decorate with whipped cream and orange zest curls and dust with cocoa powder.


Upload your document
Sample.html
Sample.docx
Sample.pdf
Upload a pdf, Microsoft™ Word(.doc, .docx) or HTML document. (The max file size is 1 MB.)
Choose your file
Choose an output format
Answer Units JSON
Normalized HTML
Plain Text
Your Document
Output Document
Download
Download


| Package | Description |
|---|---|
| com.worldpay.innovation.wpwithin.rpc |
| Class and Description |
|---|
| WPWithin.addService_args |
| WPWithin.addService_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.addService_result |
| WPWithin.addService_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.AsyncClient |
| WPWithin.AsyncIface |
| WPWithin.beginServiceDelivery_args |
| WPWithin.beginServiceDelivery_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.beginServiceDelivery_result |
| WPWithin.beginServiceDelivery_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.Client |
| WPWithin.CloseRPCAgent_args |
| WPWithin.CloseRPCAgent_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.CloseRPCAgent_result |
| WPWithin.CloseRPCAgent_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.deviceDiscovery_args |
| WPWithin.deviceDiscovery_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.deviceDiscovery_result |
| WPWithin.deviceDiscovery_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.endServiceDelivery_args |
| WPWithin.endServiceDelivery_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.endServiceDelivery_result |
| WPWithin.endServiceDelivery_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.getDevice_args |
| WPWithin.getDevice_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.getDevice_result |
| WPWithin.getDevice_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.getServicePrices_args |
| WPWithin.getServicePrices_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.getServicePrices_result |
| WPWithin.getServicePrices_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.Iface
WorldpayWithin Service - exposing all WorldpayWithin SDK functionality
|
| WPWithin.initConsumer_args |
| WPWithin.initConsumer_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.initConsumer_result |
| WPWithin.initConsumer_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.initProducer_args |
| WPWithin.initProducer_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.initProducer_result |
| WPWithin.initProducer_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.makePayment_args |
| WPWithin.makePayment_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.makePayment_result |
| WPWithin.makePayment_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.removeService_args |
| WPWithin.removeService_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.removeService_result |
| WPWithin.removeService_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.requestServices_args |
| WPWithin.requestServices_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.requestServices_result |
| WPWithin.requestServices_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.searchForDevice_args |
| WPWithin.searchForDevice_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.searchForDevice_result |
| WPWithin.searchForDevice_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.selectService_args |
| WPWithin.selectService_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.selectService_result |
| WPWithin.selectService_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.setup_args |
| WPWithin.setup_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.setup_result |
| WPWithin.setup_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.startServiceBroadcast_args |
| WPWithin.startServiceBroadcast_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.startServiceBroadcast_result |
| WPWithin.startServiceBroadcast_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.stopServiceBroadcast_args |
| WPWithin.stopServiceBroadcast_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithin.stopServiceBroadcast_result |
| WPWithin.stopServiceBroadcast_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.AsyncClient |
| WPWithinCallback.AsyncIface |
| WPWithinCallback.beginServiceDelivery_args |
| WPWithinCallback.beginServiceDelivery_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.beginServiceDelivery_result |
| WPWithinCallback.beginServiceDelivery_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.Client |
| WPWithinCallback.endServiceDelivery_args |
| WPWithinCallback.endServiceDelivery_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.endServiceDelivery_result |
| WPWithinCallback.endServiceDelivery_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.errorEvent_args |
| WPWithinCallback.errorEvent_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.errorEvent_result |
| WPWithinCallback.errorEvent_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.Iface
WorldpayWithin Callback Service - RPC clients implement this service to enable callbacks from WorldpayWithin Service
|
| WPWithinCallback.makePaymentEvent_args |
| WPWithinCallback.makePaymentEvent_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.makePaymentEvent_result |
| WPWithinCallback.makePaymentEvent_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.serviceDiscoveryEvent_args |
| WPWithinCallback.serviceDiscoveryEvent_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.serviceDiscoveryEvent_result |
| WPWithinCallback.serviceDiscoveryEvent_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.servicePricesEvent_args |
| WPWithinCallback.servicePricesEvent_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.servicePricesEvent_result |
| WPWithinCallback.servicePricesEvent_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.serviceTotalPriceEvent_args |
| WPWithinCallback.serviceTotalPriceEvent_args._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
| WPWithinCallback.serviceTotalPriceEvent_result |
| WPWithinCallback.serviceTotalPriceEvent_result._Fields
The set of fields this struct contains, along with convenience methods for finding and manipulating them.
|
Copyright © 2017. All rights reserved.


How it works:
step 1: search
Use the search above to parse through our ever-growing list of potential bandmates.  Awesome! Schedule a jam session, and before you know it, who knows... maybe you'll sell out Wembley!
Form a Band today!


| Method | Defined by | ||
|---|---|---|---|
|
[static]
Returns a classification constant depending on a Point3D's position relative to a plane.
| PlaneMath | ||
|
[static]
Computes a plane from three Point3Ds.
| PlaneMath | ||
|
[static]
Computes a plane from a normal Point3D and a specified point.
| PlaneMath | ||
|
[static]
Computes the distance between a plane and a Point3D.
| PlaneMath | ||
|
normalizePlane(p_oPlane:Plane):void
[static]
Normalizes the plane.
| PlaneMath |
| Constant | Defined by | ||
|---|---|---|---|
| NEGATIVE : int = -1 [static]
Specifies a negative distance from a Point3D to a plane.
| PlaneMath | ||
| ON_PLANE : int = 0 [static]
Specifies a Point3D is on a plane.
| PlaneMath | ||
| POSITIVE : int = 1 [static]
Specifies a positive distance from a Point3D to a plane.
| PlaneMath |
| classifyPoint | () | method |
public static function classifyPoint(p_oPlane:Plane, p_oPoint3D:Point3D):Number
Returns a classification constant depending on a Point3D's position relative to a plane.
The classification is one of PlaneMath.NEGATIVE, PlaneMath.POSITIVE, and PlaneMath.ON_PLANE.
Parametersp_oPlane:Plane — The reference plane.
|
|
p_oPoint3D:Point3D — The Point3D we want to classify.
|
Number — The classification of the Point3D.
|
| computePlaneFromPoints | () | method |
public static function computePlaneFromPoints(p_oPoint3DA:Point3D, p_oPoint3DB:Point3D, p_oPoint3DC:Point3D):Plane
Computes a plane from three Point3Ds.
Parametersp_oPoint3DA:Point3D — The first Point3D.
|
|
p_oPoint3DB:Point3D — The second Point3D.
|
|
p_oPoint3DC:Point3D — The third Point3D.
|
Plane —
The computed plane.
|
| createFromNormalAndPoint | () | method |
public static function createFromNormalAndPoint(p_oNormal:Point3D, p_oPoint:Point3D):Plane
Computes a plane from a normal Point3D and a specified point.
Parametersp_oNormal:Point3D — The normal Point3D.
|
|
p_oPoint:Point3D — The point.
|
Plane —
The computed plane.
|
| distanceToPoint | () | method |
public static function distanceToPoint(p_oPlane:Plane, p_oPoint3D:Point3D):Number
Computes the distance between a plane and a Point3D.
Parametersp_oPlane:Plane — The plane.
|
|
p_oPoint3D:Point3D — The Point3D.
|
Number — The distance between the Point3D and the plane.
|
| normalizePlane | () | method |
public static function normalizePlane(p_oPlane:Plane):void
Normalizes the plane.
Often before making some calculations with a plane you have to normalize it.
Parametersp_oPlane:Plane — The plane to normalize.
|
| NEGATIVE | constant |
public static const NEGATIVE:int = -1
Specifies a negative distance from a Point3D to a plane.
| ON_PLANE | constant |
public static const ON_PLANE:int = 0
Specifies a Point3D is on a plane.
| POSITIVE | constant |
public static const POSITIVE:int = 1
Specifies a positive distance from a Point3D to a plane.


The dress you like clearly didn't work out very well.
You pick out a pair of leggings, and peruse your rows of shirts; what kind of shirt do you want to wear today?


Password is less than 8 characters.
Password is required.
Password confirmation is required.
Passwords do not match
Start with a new account Sign Up


How to obtain usage metrics to use for OpenShift capacity management
Overview
This article provides examples of the self-service commands you can execute against your UKCloud for OpenShift cluster to gain usage metrics and statistics to help manage your ongoing capacity requirements.
A UKCloud deployed OpenShift cluster comprises a single Starter Pack, plus a number of Runtime Packs as required by your workload demands.
Starter Pack - Provides the foundation OpenShift services to support the orchestration and management of the container runtime environments, along with additional infrastructure nodes to support services such as log aggregation and metric collection.
Each customer environment requires only a single Starter Pack.
Runtime Pack - Nodes on which your containerised applications and services run. You have the choice of difference size Runtime Packs.
You can call off Runtime Packs individually, however, we strongly recommend the initial deployment of two or more Runtime Packs for production environments to provide resilience to your workloads in the event of the failure of a single Runtime Pack.
To add or remove Runtime Packs, raise a Service Request via the My Calls section of the UKCloud Portal.
The sections in this guide, show you how to obtain various statistics about the platform, including:
Overall status of each node in the cluster
Uptime per node
CPU usage
Memory usage
Block storage consumption (used by persistent volumes)
Object storage consumption (used by the registry)
Intended audience
To complete the steps in this guide you must have access to and a working knowledge of oc
, the OpenStack command-line client (CLI). For more information, see OpenShift's Get Started with the CLI.
Identifying capacity statistics
The OpenStack CLI provides the ability to list the nodes in your cluster and then retrieve status information about a specific node. You can use this information to determine if the nodes in your cluster have enough available disk space and memory.
To obtain the list of nodes that make up the OpenStack cluster, enter the following command:
oc get nodes
The results show you the overall readiness of each node and how long they've been running. For example:
To find the detailed status of a node, enter the following command:
oc describe node <nodename>
The results show a large amount of information about disk status (pressure and out-of-disk), memory pressure and usage, CPU usage and resource consumption from any running pods. For example:
You can also obtain some of the above information via the REST API, by using something like:
curl -H "Authorization: Bearer $token" -H 'Accept: application/json' https://ocp.\$clustername:8443/api/v1/nodes
For more information about accessing this data, see How to monitor your OpenShift cluster.
Identifying block storage consumption
For capacity management, it's also useful to know much block storage your cluster is using.
To obtain block storage consumption (persistent volumes) information, enter the following command:
oc get pv
The results will look similar to the following, where we can see there is one item consuming 50 GB of storage.
Identifying object storage consumption
Object storage is used only for the OpenShift registry, therefore, you can calculate how much object storage your cluster is using by adding up the resources in the registry.
To obtain information about resources in the registry, enter the following two commands:
oc adm top imagestreams oc adm top images
The output from these commands will look something like the following:
Note
For the
oc adm top
command to work, Hawkular must be running in your cluster. This command can also report on nodes and pods.The appendix at the end of this guide provides some sample Python code to sum the sizes of resources from these two
oc adm top
commands.
Other monitoring options
You can find a simple example of a custom monitoring application, using the REST API described above, in How to monitor your OpenShift cluster and as a UKCloud blog post.
You can also perform monitoring using Hawkular, which is built into the product. You can access Hawkular from the browser-based console at:
https://ocp.<your-deployment-name>.cna.ukcloud.com:8443
Or directly at:
https://hawkular-metrics.<your-deployment-name>.cna.ukcloud.com/hawkular/metrics
Next steps
Further cluster capacity management options are discussed at:
https://blog.openshift.com/full-cluster-capacity-management-monitoring-openshift
Appendix - Example code for adding up storage contents
You can use the following code to add up the values from oc adm top
.
#!/usr/bin/env python3
"""
Add up storage values.
oc adm top imagestreams gives us storage usage for each storage use for each imagestream, and oc adm top images gives us the same for images
Storage is suffixed with 'MiB' or 'GiB', so each value needs converting to a number before we can add them up.
Output from oc adm top is tabulated, so input-processing is needed.
"""
import re
import subprocess
import sys
VERBOSE = False
def add_sizes(command_output, size_column):
sum_sizes = 0
for row in command_output.split("\n"):
if row == '' or re.match('NAME\t+', row):
continue
values = re.split('\t+', row)
storage = values[size_column]
if 'MiB' in storage:
multiplier = 1
elif 'GiB' in storage:
multiplier = 1024
else:
print("ERROR: Found unexpected storage size {}".format(storage))
sys.exit(1)
mtch = re.match('([\d.]+)[MG]iB$', storage)
if mtch:
size = float(mtch.group(1)) * multiplier
sum_sizes += size
if VERBOSE:
print("{}\t{} ".format(storage, size))
else:
print("Did not match -- {}".format(storage))
return sum_sizes
output = subprocess.run(['oc', 'adm', 'top', 'imagestreams'],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
imagestream_size = add_sizes(output.stdout.decode('utf-8'), 1)
Feedback
If you find an issue with this article, click Improve this Doc to suggest a change. If you have an idea for how we could improve any of our services, visit the Ideas section of the UKCloud Community.


The Organization was founded in April 2001 for the students who step out and make their careers in foreign lands, with the head office located in Dhaka, Bangladesh. “Executive” provides professional consulting services to students, who like to pursue higher education in Australia, Canada, Ireland, and the United Kingdom (England, Scotland, Wales). In last few years of our flawless operations we have acquired the faith and goodwill of students, colleges and universities.
We are a single source for your “Study Abroad Solutions”. “Executive” is always availed to consult on taking your higher education to the next level so you can stay competitive in the global world. We welcome the opportunity to work with you "today" for "tomorrow's" better career solutions.
We give all students correct information and guideline to make them successful to find a better educational institute in a developed


Groups to get you started building your 505 Tech Network
Prepared by @superherondan - If you have things you think should be one this list send me them!
Local Resources
@SuperHeronDan's Meetups
Deep Dive Coding - Our very own meetup
New Mexico Android Developers - Android Mobile OS Development
Kotlin ABQ - Learn Kotlin a newer language slowly taking over the world
Google Technology & Developer Group - All things Google
ABQ Tech Meetups & Groups
Angular ABQ - For those that like beer and JavaScript
AWS ABQ - Those working with Amazon Web Services, they talk about DevOps as well
Albuquerque Bitcoin, Ethereum and Altcoins - For those in the Crypo space
Code For ABQ - Civic group focus on supporting public and non-profit orgs with coding needs
DC505 - Cybersecurity specialists, ethical hackers, security researchers
ABQ Game Developer Guild - Great group blending the arts and computer game development
Girl Develop It ABQ - Great group that host lots of introductory workshops
Ideas and Coffee - Great group from the coworking space Ideas and Coffee. They host various groups wordpress, IOS, developer coworking time
ABQ Innovation Ecosystem - Great group host various meetups, several blockchains events
New Mexico Technology Council - Official meetup for the NM Tech Council
NMUG - New Mexico .NET Users Group
ABQ Python - The language that is taking over the world, Data Science, Machine Learning, Oh my!
Albuquerque SQL Server User Group - Sql Sql Sql
Santa Fe/North New Mexico Meetups & Groups
Santa Fe SQL Group
Santa Fe Software Developers
Kick Ass Entrepreneurs
Santa Fe Business Incubator
NM TechWorks
Dormant Meetups/Groups
(AJUG) Albuquerque Java User Group - Java group (gone dormant)
Google Developer Group Albuquerque - old google group (gone dormant)
Santa Fe JavaScript Meetup - JavaScript in Santa Fe
ABQ Salesforce Group


Closing on: 10/12/2019
Working with developers abroad and locally to create, modify,
and resolute bugs for offshore customer web applications.
Candidate will be working with teams but it is important that
he/she is capable of working independently and are able to
quickly pick up new technologies.
The role will be mostly responsible for back-end development,
however, he/she may be required to occasionally contribute to
front-end development duties. Take part in development as a
member of our development teams. Provide daily status to the
team, tracking progress on a shared project timeline. Produce
clean, efficient, reliable, and maintainable code. Willingness
to work in an environment that reflects and adapts to our
clients’ needs and market demands Diverse technology knowledge
and a sense of curiosity to explore new and better ways to solve
problems. Translate client requirements into technical
implementation. Adapting and Implementing new technologies and
framework.


The Construction System is online which provide design cost estimation using our website, this website will provide the help in construction it will fetch by database and the Design of database and from the other various important Design.
We are going to focus on describing the system in terms of product perspective, product functions, user characteristics, assumptions and dependencies on the following section of this document. Next, we will address specific requirements of the system, which will enclose external interface requirements, requirements of the system, performance requirements, and other requirements.
This website will allow interactive interface to Construction System through website so that they can get design and cost estimation as per their choice. Which will allow people to design and estimation from various way sources so this will help them to identify the purpose of our Construction System Application
To use product, users are required to register through the web interface. Whenever a new user registered, all the required data will be created in the database and a predefined workspace will be assigned for the user. Later, user will be able to login and logout the system anytime he wants.  From the user point of view, user will have to functionality to store the result if wants it precious or important for later use. User can Download as PDF of stored news and also the statistics of their profile, share the result in. User will also be able to access the history of their Searches . User can set Location on Various Category: Home , Work , Road, Design.


| Name | Description |
|---|---|
| AIMC_DOL | Test example: AsynchronousInductionMachineSquirrelCage direct-on-line |
| AIMC_YD | Test example: AsynchronousInductionMachineSquirrelCage Y-D |
| AIMC_Transformer | Test example: AsynchronousInductionMachineSquirrelCage transformer starting |
| AIMS_Start | Test example: AsynchronousInductionMachineSlipRing |
| AIMC_Inverter | Test example: AsynchronousInductionMachineSquirrelCage with inverter |
| AIMC_Conveyor | Test example: AsynchronousInductionMachineSquirrelCage with inverter driving a conveyor |
| AIMC_InverterDrive | Test example: AsynchronousInductionMachineSquirrelCage inverter drive |
| AIMC_Steinmetz | AsynchronousInductionMachineSquirrelCage Steinmetz-connection |
| AIMC_withLosses | Test example: AsynchronousInductionMachineSquirrelCage with losses |
| AIMC_Initialize | Test example: Steady-State Initialization of AsynchronousInductionMachineSquirrelCage |


(You may have to view the page source to view the ESI code after clicking on the link)
Example Home Page


Rendering Profiles
Here is a first attempt at defining a list of useful “common scenarios” exporting profiles. Each profile serves to limit the incredible amount of codecs/settings combinations to keep them relevant to the user's intended publishing medium. If the user doesn't fit in those presets, he probably knows what he is doing/what he wants and will use the “Custom...” approach, or perhaps make his own preset for later reuse.
- Tapes and disks / (“publishing”?)
- DVD
- NTSC, PAL, etc.
- ~~VCD and SVCD~~
- Obsolete. Who still uses them these days, when you can burn inexpensive DVDs and you can even burn Blu-ray?
- DV
- (intended for almost-lossless editing, for back-up, or exporting to tape...)
- HDV
- High Definition / Bluray
- (don't know if bluray has anything specific compared to regular HD)
- DVD
- Devices
- iPod / iPhone / iWhatever
- PlayStation 3
- Internet
- HTML 5 streaming video
- Theora + Vorbis with the streaming-friendly switches
- ~~Maybe H.264~~
- Webm VP8
- A bitrate calculator that takes into amount the server's available upload bandwidth and amount of simultaneous connections would be a nice feature
- Youtube / Vimeo / Blip / DailyMotion / Google Video / Facebook /
Myspace
- Support limitations of each? For example, filesize and duration. Timelines longer than the maximum duration could be automatically split into multiple parts if the user wishes it.
- Email
- (I see “normal” people emailing themselves videos quite often)
- maybe the same as for HTML 5 video
- Flash video (for embedding in Flash files)
- HTML 5 streaming video
- Other
- Video for OpenOffice presentations (intended for easy embedding in an Impress slideshow)
- Preview/draft (low resolution, low quality, optimized for speed, intended for rendering quickly and having a preview)
- Custom...
The results of the search are


File Component
Read and write files.
Since: 1.0
Support Level: Stable
Maven: org.apache.camel:camel-file:%s
Syntax: file:directoryName?options
file:inbox?delete=true
inbox
The starting directory
delete=true
If true, the file will be deleted after it is processed successfully.


{% extends 'helpcentre-detail.html' %} {% block pageTitle %} The change phone number link in your backup email does not work {% endblock %} {% block beforeContent %} {% endblock %} {% block content %}
Your backup email address can be used if you lose access to the mobile phone number on your NHS login. To confirm changing your phone number, you must select the confirmation link we send you. If the link does not work, there are a number of possible reasons why.
The link to confirm changing your phone number has a time limit of 24 hours. If it has been more than 24 hours since you received the link in your email, it will no longer work.
You will need to try change your phone number again. We will then send you a new confirmation link in your email.
Contact us if you did not mean to change your phone number or you think this is a mistake.
The link to confirm changing your phone number may not work because you have already used it and have successfully confirmed your change of phone number. You can change your phone number again by visiting your NHS login settings.
Contact us if you did not mean to change your phone number, or you do not have access to the new phone number.


|
Free yourself from frames! |
|
|
NetMonsters: Information: Help: Feedback:
|
Welcome to NetMonster Home!
Are you new? Never heard of NetMonster? Well, you've been missing way too much for your own good. Fill yourself in at the NetMonster Home Page, then come back here and review my TOS. After that go have fun on this site.
Latest News (5/6/00)Added link. (5/6/00)Changed page layout. (4/31/00)Added new counter. This one is fast. (4/27/00)I just made a Listbot for web masters.
(4/17/00)Updated TOS due to spam I was getting. (4/16/00)My Birthday! (4/8/00)I put my stats up because I was bored. Please remember that the stats are messed up. Just look at the Rank Verification Code (Netscape Users: Get Netscape 6). (4/2/00)I removed the counter to decrease load time. (3/23/00)I changed the background image so it would look better. Any complaints? Tell me. Also tell me if the text goes into the blue. (3/22/00)After a delay, this site is up and running again. The delay was caused by the fact that I got a new computer! I also have ADSL! I am working on a message board right now. There is one problem with some configuration. (3/22/00)Old news moved as of 3/22/2000 at 6:46:45 EST
This page can't hold all the news. The old news is stored for reference. |
|
- |
Help Me Please help me keep this site in order. If you find any pop-up banners, please alert me. Tell me if any page does not have its side bar. |
|
- |
This is a NetMonster Home Network site. Previous Next Random Site List Sites
|
|
Go to the Secret Rift User name: Delta Password: tri |
This page looks best at full screen on a monitor running ‘True Color’ (32 Bit) with a screen size of 1024x768. Please tell me if there are any browser compatibility issues. I am previewing this using Netscape 6, and proud of it too! Get it now! |
|
I would like to thank BigNoseBird.com for the background image and all accompanying images. (I 'made' the bullet by cropping part of the background) Thanks you for teaching me about SSI too! |


President @ Cerebro 2018
The Technical Committee of Indian Institute of Information Technology, Vadodara (IIIT Vadodara) hosted its very first Technical Fest, Cerebro in March 2018. With participation of over 300 people in various events held over the two days, my team and I were delighted with the success of this fest. We all learned a lot about Team Work. We all had a great time and it was overall a great experience.
Mentor @ Google Code-In
Due to my interests in android and open source I prefer exploring open source android projects for various bugs and possible enhancements. Eventually, I got an invite to mentor the pre-university students from all around the globe in the prestigious Coding Contest of Google Code-In 2017. The most surprising thing I found there was the calibur, which these students possessed. Students of age group 13-17 were evenly arguing, over the technical developments of the projects, with the mentors of age group 21-25.
Android Monk
Android Monk was a two day workshop, which mainly focussed on the topics such as Fragments, Constraint Layouts, Recycler Views, Material Design, and Firebase. Android Monk was held by WiseL and for the students of 1st Year batch. I played the role of a volunteer as well as an Instructor there. Was a great learning experiences and it was at this moment that I realised that solving issues for newbies is pretty difficult, as sometimes they find a problem which is new to even the mentors.
Follow Me:


--- layout: post date: 2009-02-04 time: "09:00:00" authors: ["Greg Wilson"] title: Cameron Neylon Says Interesting Things tags: ["Noticed", "Opinion"] ---
This time, he has blogged about best practices for making scientific data available. I think this kind of thing will have a much bigger impact on scientists' productivity than any amount of parallel supercomputing, and that computer scientists could have a lot of impact by helping "real" scientists figure out how to do it better.


Loops offer a quick and easy way to do something repeatedly. There are many different kinds of loops, but they all essentially do the same thing: they repeat an action some number of times. (Note that it's possible that number could be zero!) The various loop mechanisms offer different ways to determine the start and end points of the loop. There are various situations that are more easily served by one type of loop over the others.
While-loop
A while statement executes its statements as long as a specified condition evaluates to true.
A while statement looks as follows:
If the condition becomes false, statement within the loop stops executing and control passes to the statement following the loop.
The condition test occurs before statement in the loop is executed. If the condition returns true, statement is executed and the condition is tested again. If the condition returns false, execution stops, and control is passed to the statement following while.
To execute multiple statements, use a block statement ({ ... }) to group those statements.
Example 1
The following while loop iterates as long as n is less than 3:
With each iteration, the loop increments n and adds that value to x. Therefore, x and n take on the following values:
After the first pass: n = 1 and x = 1
After the second pass: n = 2 and x = 3
After the third pass: n = 3 and x = 6
After completing the third pass, the condition n < 3 is no longer true, so the loop terminates.
Example 2
Avoid infinite loops. Make sure the condition in a loop eventually becomes false—otherwise, the loop will never terminate! The statements in the following while loop execute forever because the condition never becomes false:
For-loop
A for loop repeats until a specified condition evaluates to false. The JavaScript for loop is similar to the Java and C for loop.
A for statement looks as follows:
When a for loop executes, the following occurs:
The initializing expression initialExpression, if any, is executed. This expression usually initializes one or more loop counters, but the syntax allows an expression of any degree of complexity. This expression can also declare variables.
The conditionExpression expression is evaluated. If the value of conditionExpression is true, the loop statements execute. If the value of condition is false, the for loop terminates. (If the condition expression is omitted entirely, the condition is assumed to be true.)
The statement executes. To execute multiple statements, use a block statement ({ ... }) to group those statements.
If present, the update expression incrementExpression is executed.
Control returns to Step 2.


Contains the classes pertaining to the Workspace's MenuBar. It contains one main, abstract class: WorkspaceMenu, from which EditMenu, GameMenu, HelpMenu, ServerMenu, SettingsMenu.
The two main classes in this package are WorkspaceMenuBar, which houses the actual MenuBar, and WorkspaceMenu, the superclass for all of the Workspace's Menus. The other classes in the package are subclasses of WorkspaceMenu.


Kunal Bhamare
I’m a software developer and computer programmer with an avid interest in Data Structures, Algorithms. Hands-on experience in Analysis, Development and Implementation. Solid programming expertise in C/C++, Object Oriented analysis. Enthusiastic
team player, a fast leaner with creative programming solving skills, good coding and communication skills.from Pune. You can view my works
here. Presently I am undergraduate at
VIT University Bhopal.
Thank You for Visiting!
Ping me at kunash1432@gmail.com


FluentNode are a set of Fluent apis for node applications (based on the concepts used in O2 Platforms C#’s FluentSharp APIs) and similar to UnderscoreJS (except that FluentNode actualy extends the target Javascript objects)
The method extensions/protototypes are included the following files (and tests):


Technical blog from Craig Russell.
This post describes how you could structure your Shortcut to get the current day of the week, and how you’d do something different depending on which day it is.
Apple Shortcuts provides only basic built-in functionality for working with Dates. If you want to do something like treating weekdays differently from a weekend, or only performing an action on Tuesdays and Thursday, it isn’t obvious how you’d achieve this in Shortcuts.
Shortcuts doesn’t support if-else if
statements. At best, you could use an if
, and in the else
block nest another if
. Then in its else
block, nest another if
… 🔁.
If day is Monday {
// do something
}
else {
if day is Tuesday {
// do something
}
else {
if day is Wednesday {
// do something
}
else {
.. and so on
}
}
}
yuk.
We can define a dictionary where the keys are the days of the week. The general idea is that we can parse the day of the week from the date as a string, and then use that string to lookup a value from the dictionary. In the example above, the values are empty, but we could add in a meaningful value like a string or a boolean (there’s an example of this at the end of the post).
⚠ The format of the days matters here; we need to make sure that the names we use for a key match the correct custom date formatting.
We can use the Get Dictionary Value
action, and apply a custom date format which will return only the day of the week.
With a date format set to custom
, we can apply a format based on the standard date formats. For our case, EEEE
which returns the full name of the day of the week:
E
meaning to return the day of the weekE
s meaning to use the “full name” format⚠ You have to make sure the date format you use produces the exact same names as the keys you use in the dictionary. My set of keys works for me in English, but would need adjusted if running on a machine set to another locale. You could decide to use numerical days of the weeks instead, but I prefer the named days for my use case as it’s more readable.


Create your Pizza
Pizza Name
Size
Small
Medium
Large
X-Large
Ingredients
Pepperoni
Ham
Cheddar
Mushrooms
Tuna
Crust
Thin
Medium
Thick
Your Pizza
Start creating your favorite pizza!


Browser Compatibility
The web is for everyone, but support is not the same as optimization.
Rather than trying to provide the same level of functionality for older browsers, Kraken uses progressive enhancement to serve a basic experience to all browsers (even Netscape and IE 5). Newer browsers that support modern APIs and techniques get a better layout, more visually attractive elements, and an enhanced experience.
Kraken works in all browsers, but it's optimized for modern browsers and IE 9+.
Vendor Prefixing
Kraken uses Autoprefixer, and is configured to only add prefixes if required by the last two versions of a browser.
If a feature isn't working (for example, the grid does not work in Firefox 28 and lower), it may simply need a vendor prefix. You can add these manually, or adjust the Autoprefixer settings in gulpfile.js
if you're working with the source code.
For more details on when support for specific features were added to different browsers, consult Can I Use.


Test Results - Reports 📜
🚀 Go / Backend Services
Unit tests
Code coverage
🚀 Vue / Web Frontend
Unit tests


--- layout: post authors: ["Greg Wilson"] title: "The New Instructor Post-Assessment Questionnaire" date: 2014-11-19 time: "13:00:00" tags: ["Assessment"] ---
As mentioned two weeks ago, a group led by Daniel Chen have been revising the post-workshop survey for instructors so that we can get a better idea of who's actually teaching what, how long it's taking, and how it's going. The latest draft can be viewed here, and is included below. We'd be grateful for one last round of feedback—in particular, we're concerned about (a) the overall length and (b) how closely the headings are tied to our current curriculum. Please let us know what you think in comments on this post.
1 1.5 2 2.5 3 3.5 4 4.5 5 5.5 6 6.5 7 7.5 N/A Shell Git Python R MATLAB SQL Make OtherIf you taught "other" please describe what you taught and how long it took (e.g., "SVN (3.5); SPSS (3); SAS(2.5)")


GradientColor()
Syntax
GradientColor(Position.f, Color)Description
Adds the given Color at the given Position to the spectrum of the drawing gradient.
Parameters
Position.f The position for the color in the gradient. It must be a float value between 0.0 and 1.0. Color The color to be used. This color can be in RGB or RGBA format.
Return value
None.
Remarks
By default, the drawing gradient ranges from the current background color at position 0.0 to the current front color at position 1.0. With this command, additional colors can be added Inbetween, or the colors at 0.0 and 1.0 can be overwritten.
The ResetGradientColors() command can be used to revert back to the default gradient.
The following commands can be used to specify the shape of the drawing gradient:
- LinearGradient()
- CircularGradient()
- EllipticalGradient()
- BoxedGradient()
- ConicalGradient()
- CustomGradient()
Note: This command only has an effect with ImageOutput() and CanvasOutput(). The gradient only affects the drawing commands when #PB_2DDrawing_Gradient is set with the DrawingMode() command.
Example
If OpenWindow(0, 0, 0, 400, 200, "2DDrawing Example", #PB_Window_SystemMenu | #PB_Window_ScreenCentered) If CreateImage(0, 400, 200) And StartDrawing(ImageOutput(0)) Box(0, 0, 400, 200, $FFFFFF) DrawingMode(#PB_2DDrawing_Gradient) BackColor($0000FF) GradientColor(0.4, $00FFFF) GradientColor(0.6, $FFFF00) FrontColor($FF0000) LinearGradient(0, 0, 200, 200) Circle(100, 100, 100) LinearGradient(350, 100, 250, 100) Circle(300, 100, 100) StopDrawing() ImageGadget(0, 0, 0, 400, 200, ImageID(0)) EndIf Repeat Event = WaitWindowEvent() Until Event = #PB_Event_CloseWindow EndIf
See Also
ResetGradientColors(), LinearGradient(), CircularGradient(), EllipticalGradient(), BoxedGradient(), ConicalGradient(), CustomGradient(), DrawingMode()
Supported OS
All


Lets you use "tools" in unusual ways, such as from shell scripts.
Plugin Information |
|---|
View Tool Environment on the plugin site for more information. |
About this plugin
See http://issues.jenkins-ci.org/browse/JENKINS-4532 for motivation.
Some screenshots are better than a long discussion:
- This is what you define in Hudson's main config screen:
- This is how you use the plugin in a job:
- This is what you get:
Compared to Custom Tools Plugin the advantage is that you can use the tool in arbitrary ways, not just running an executable from it. In the future these plugins should be merged. SharedObjects Plugin can also be used to achieve this plugin's effect.
History
1.0 released Feb 15 2010


SL NIC Info Finder
NIC Number
Instructions
This app supports both old & new NIC numbers.
First, enter your NIC number (New or Old).
Then press the Find Button.
NIC type will be detected automatically.
Information
NIC Type
:
Date of Birth
:
Age
:
Gender
:
Voting Status
:
Home
About


Know Us
We are aiming to build an automated delivery transportation system, for usage inside the TIET campus. This product will be used to deliver food orders (Zomato, Swiggy etc), online orders (Flipkart, Amazon etc) from the main gate of the campus to the hostels.
It may also be used to deliver other auxiliaries and food orders (COS complex and other canteens) within the campus.
This delivery system will be synchronised with a mobile app for seamless and secure co-ordination.
Building the best automated solution to deliver food orders ..
<EMAIL_ADDRESS>Mechanical Enginnering
Year: 4th
<EMAIL_ADDRESS>Mechanical Enginnering
Year: 4th
<EMAIL_ADDRESS>Mechanical Enginnering
Year: 4th
<EMAIL_ADDRESS>Mechanical Engineering
Year: 4th
ggoel_be17@thapar.edu


Odoo Developer at ShowHeroes Group
RemoteFrameworks:
- Odoo v16/Python
- Odoo modules: HR, CRM, Project, Helpdesk, Contact, Sales, Purchase, Documents
- Docker
- Legacy: Personio
Age: 33
Address: Lujan de Cuyo - M5507Frameworks:
Frameworks:
Frameworks:
Frameworks:
Projects:
Projects:
Projects:
Spring Framework 5, Spring Boot 2, Spring Data JPA, Spring MVC, Spring MockMVC, Spring WebFlux, Spring Web Client, Spring Data MongoDB, Spring RestDocs, Hibernate, Project Lombok, MapStruct, Maven, Gradle, JUnit 4 and JUnit 5, Mockito
Spring MVC, Spring RestTemplate, Project Lombok, MapStruct, Spring Data JPA with Hibernate, MySQL and H2, Jackson for processing JSON with Spring Boot Spring RESTdocs, Apache Maven, Spring Application Events Apache ActiveMQ Artemis, Saga Pattern, Spring State Machine for coordinating Sagas JUnit 5, WireMock with JUnit 5, Awaitily in your Integration Tests Spring Cloud Gateway, Netflix Ribbon / Spring Cloud Loadbalancer, Netflix Eureka, Netflix Eureka, Spring Cloud OpenFeign, Reslience4J and Hystrix / Spring Cloud OpenFeign, Spring Cloud Config, Spring Boot Actuator, Docker
Odoo module to manage bots created in 3Commas. You can create bots from running python scripts on github. It's planned to make an integration with Odoo's account module to connect bots profits with account balance. Adds crypto coins as currencies in Odoo.
Our project proposal arises from a natural need to favor the daily economy of people. We observe that in spite of being in the era of communications and information at the moment, there is currently no system that suggests an efficient and beneficial way of acquiring the provisions of daily consumption. We noticed that supermarkets offer offers continuously to their customers to tempt them to consume in their stores. These offers, besides being very difficult for customers to remember (since there are offers per card, per day of the week, per branch, etc.), are often deceptive and often act as a bait for the unsuspecting customer to save in the acquisition of a product, but overpay in the acquisition of another group of related products. From this observation, Chango Smart was developed, which is a system that analyzes a database to calculate based on unit prices, benefits, discounts and distance to the trade, which is the most recommended supermarket to acquire a certain list of products. Added to this base is the active participation of users, who can load prices and products easily, either through the web or a Smartphone, thus promoting the updating and reliability of the information. In this work we find an investigation of existing softwares, with evaluations focused on their strengths. Subsequently, and taking into account those positive points, the development of Chango Smart is detailed. To conclude, we can say that Chango Smart is an integral, technological, innovative and realistic solution to the aforementioned problem, and, at the same time, that this software is friendly and of great value to users when making their daily purchases in supermarkets.
A simple simulator based on Argentina's Procrear Credit Program. This indicates how much credit do you need depending on your first capital amount.
A simple poll front-end based on React. Design for a hospital that need everybody could report an incident (OMS List) anonymously, and be saved in the back-end system.
Music, Read Dev.To, Travelling, Cycling, Gaming, Read Newspapers, Economy (Stock Exchange).


We are doing upgrades this weekend
We expect to be back to full operation over the next couple of days. Sorry for the inconvenience.


Book an Appointment
Name:
Email:
Reason for visit:
Date
Time:
Confirm
Hi
, Your appointment for
at
has been confirmed.


warnings.simplefilter("default")
// The GoalRunner will setup final logging below in `.setup()`, but span the gap until then.
logging.basicConfig(level=logging.INFO)
// This routes the warnings we enabled above through our loggers instead of straight to stderr raw.
logging.captureWarnings(True)
root_dir = get_buildroot()
exiter.exit_and_fail("PANTS_BUILD_ROOT does not point to a valid path: {}".format(root_dir))
// Setup and run GoalRunner.
goal_runner = GoalRunner.Factory(root_dir, options, build_config, run_tracker, reporting).setup()
result = goal_runner.run()
exiter.do_exit(result)


--- layout: default title: Home post_limit: 5 image: danieldesira.jpg ---
Daniel is a nature lover, web developer and vegetarian gym goer. When he doesn't have his eyes fixated on the computer screen, you can find him taking care of his 3 tortoises and budgie, observing wildlife or hitting some "heavy" weights.
Apart from his studies and work he has involved himself in several movements. During his studies at University, he was active in ICTSA's subcommittee particularly with a Science in the City 2014 project. In 2015, he joined the SHout campaign for the abolition of spring hunting through the unsuccessful referendum. Shortly after, he was elected to Y4TE's exec where he served for 6 months.
Want to know about my IT-related skills? Check out my portfolio.
Send me an email and we'll talk it through.
Flexible and negotiable prices.


If temperature <= 70 degrees, no notification will be sent. If temperature > 70 degrees, notification will be sent to the app. If temperature > 105 degrees, notification will be sent to the app and authorities will be notified.


This is a simulation of a split-flap display (often called a Solari board) designed to run in a web browser. It dynamically loads JSON data from a data source and renders that data as characters and images on the board. Individual characters are animated using CSS sprites.
The look and feel are fully configurable by changing the markup and using different sprite images.
Click here to see the Arrivals Information:
Click here to see the Departures Information
Here's a different page configured to show real-time weather information from the Weather Underground's Weather API:
For more information check out the README file.
The project is hosted on Github at https://github.com/baspete/Split-Flap.


B. Monkey
B. Monkey is a movie starring Asia Argento, Jared Harris, and Rupert Everett. A young woman attempts to end her criminal career. But she needs love to make it.


HTPP
HTTP stands for Hypertext Transfer Protocol. It is the foundation of data communication for the World Wide Web.
The World Wide Web was created by Tim Berners-Lee who is a computer scientist who studied at the University at Oxford. He is now a professor at the Massachusetts Institute of Technology.
HTPPS
HTTPS is the Hypertext Transfer Protocol Secure. This is an extention of HTTP which is used for secure communication over a network. This communication protocol is encrypted which makes it secure.
Photographs by SunTech.


Follow this link for a Banner Advertisement
Loyd Grossman Giveaway
Win a Seasonal Recipes hamper
Loyd Grossman GiveawayWin one of five great Loyd Grossman Seasonal Recipes hampers.
20% off Aussie WineA great saving on our Wizards of Oz case - £53.50.
Order Flowers OnlineChoose from a selection of beautiful bouquets.
Grocery Shop OnlineSave time when you shop online at WaitroseDeliver.
Gourmet On Tour OfferUp to 25% discount on selected holidays.
Waitrose WorthingA new Waitrose in Worthing has now opened.
Best School Dinner A search for the best school dinner in Britain.
Outdoor Eating Sizzling barbecues and picnicware from johnlewis.com.
Back to top


start your audio conferencing at
https://kraken.fm/
ROOM-ID
ROOM-ID
could be anything, a simple word is good for a public room
refresh this page to get a random and anonymous
ROOM-ID
each time
Please allow me to access your microphone 🎤
enter a name to help others recognize you
Share the page with people and wait for others to join


3 charged with smuggling gun parts from US to Saudi Arabia
LOS ANGELES (AP) - Three Saudi nationals were charged in Southern California with violating federal export laws by buying $100,000 worth of gun parts in the U.S. while on student visas and smuggling them to Saudi Arabia, federal prosecutors said Wednesday.
An indictment returned this week charges Hatim Humeed Alsufyani, 36, and Mosab Alzahrani, 27, with conspiracy and knowingly exporting weapons parts without a license, the U.S. Department of Justice said.
A separate indictment charges Abdulwahab Mohammed A. Alabdulwahab, 30, with similar counts, as well as smuggling.
All three are believed to be in Saudi Arabia and could not be reached for comment.
Alsufyani and Alzahrani allegedly conspired between 2014 and 2018 to smuggle firearms parts from the U.S. to Saudi Arabia by falsely identifying rifle barrels, rifle triggers and other items as “shower curtain rods” or “car parts,” according to a news release.
On Dec. 10, 2016, Alzahrani attempted to board a flight from Los Angeles to Riyadh with 30 firearms parts concealed in his checked luggage, the indictment alleges.
Alzahrani was allowed to leave the country after being found with weapons parts, spokesman Thom Mrozek said. Mrozek wasn’t sure if he was allowed to leave that day or at a later date.
Between 2015 and 2018, Alabdulwahab contacted U.S.-based firearms parts retailers to purchase firearms parts for the purpose of illegally exporting those components to Saudi Arabia, court papers said.
Mrozek said the timing of the indictments has nothing to do with a separate case in Northern California alleging the Saudi government recruited Twitter employees to gather confidential information on thousands of accounts that included prominent opponents.
Sign up for Daily Newsletters
Copyright © 2019 The Washington Times, LLC.
Please read our comment policy before commenting.


Post grid
UI/UX
2 days ago
How to create your world in coding
Amelie
Share
UI/UX
2 days ago
How to create your world in coding
Amelie
Share
UI/UX
2 days ago
How to create your world in coding
Amelie
Share
UI/UX
2 days ago
How to create your world in coding
Amelie
Share
UI/UX
2 days ago
How to create your world in coding
Amelie
Share
UI/UX
2 days ago
How to create your world in coding
Amelie
Share


Your Information and Inventory
Home
Play a Game
Sign In
Tell Greg About You
Enter the following information:
Your name:
Your username:
Points to date:
Your Avatar
Select three weapons to help you in your quest
Sword
Slingshot
Shield
Bow and 10 Arrows
3 Magic Rocks
Knife
Staff
Wizard's Wand
10 Extra Arrows
Cloak of Invisibility
Select five items to carry with you on your journeys
3-Day Food Supply
Backpack
Kevlar Vest
3-Day Supply of Water
Box of 5 Firestarters
Tent
First Aid Kit
Warm Jacket
3 Pairs Extra Socks
Pen and Notebook
Your information
Your name:
Username:
Player points:
Avatar:
Weapons:
Supplies:


The So-Called Flying Car Does Not Have Clearance To Go Up In The Air Today
by Chief ChapreeAmong the main topic that made it into the headlines for past few days is the subject of “flying car”, mainly thanks to the revelation by the Minister of Entrepreneur Development, Mohd Redzuan Md Yusof that a test flight will take place later today. As it turns out, that is not going to happen.
While the minister refused to disclose the test location of the so-called flying car, the Civil Aviation Authority of Malaysia (CAAM) has released a statement yesterday that the test flight didn’t receive any authorization from the regulatory body. Not only that, the statement also revealed the location of test flight which apparently located at the hanger of UniKL’s Malaysian Institute of Aviation Technology in Subang Airport.
As shown in the statement above, the location of the test flight is within a busy and highly regulated airspace. Furthermore, the flying car which is actually an EHang 216 passenger drone itself was not given permission by the Chinese authority to fly outside of EHang’s R&D area in Guangzhou, China.
CAAM spilt the tea even further by stating that an unauthorized test flight has taken place at the Subang Airport area last month which is now being investigated by the regulator.
In the end, it seems possible that the unauthorized test flight could be the actual factor that jeopardizing the EastCap’s intention to roll out EHang 216 in our market, rather than a public test flight as per the minister’s earlier remark.
(Source: CAAM.)


This essay is a non-technical overview of some subjects related to the field of data science research, modeling financial stock market data using "Numerics-Machine Learning-Analytics".
Terms: A security is a tradable asset in a financial market, this term refers to any form of financial instrument.
In financial stock market, security is termed as stock, asset, equity or share.
Aim and Motivation
The aim of this short introduction to equilibrium prices is to get across the essential modeling elements necessary to formalize them more carefully into an economic dynamic system to evaluate their exhibiting oscillatory behaviors.
In general, equilibrium price is determined when demand equals supply. The determination of equilibrium conditions rely on choices made by agents as investors, firms, households, central banks and so on. A discussion about the existence of this equilibrium price in a competitive economy is in the work of Kenneth J. Arrow and Gerard Debreu.
In financial stock market, the crucial focus is paid to what determines the equilibrium prices of multi-assets portfolios and how that equilibrium prices change when financial , economic and policy conditions change:
To understand how the equilibrium price settings are causing the emergence of the volatility and return.
To be able to assess the condition of stability of the fluctuations in equilibrium prices and to know what happens to average characteristics of these fluctuations over time.
A nonlinear system is a system in which the change of the output is not proportional to the change of the input. A common approach to the analysis of condition of stability is via linearization which may not necessary provide insight into
non-linear interactions between equilibrium prices of multi-assets portfolios.
A nonlinear modelling is most preferred to take at least some nonlinearities into account, modelling the interactions between equilibrium prices of multi-assets portfolios to capture their non linear complexity and synergetic nonlinear effects between them.
Importantly enough, the nonlinear modelling has to convey useful information about the average characteristics of the fluctuations over time and may not only if few exceptions occur.
Stochastic Discounting Factor Models
A modern elaboration of the work of Kenneth J. Arrow and Gerard Debreu for financial asset pricing is called Stochastic Discounting Factor Models(SDFm) when the no-arbitrage condition is assumed to secure the existence of security equilibrium in an economy where all agents have access to the same information set. The work
of John Y. Campbell presents a detailed review about SDFm.
This modern asset pricing theory is mainly focusing at understanding the prices of future claims that are subject to
future uncertainty. In the presence of any payoff uncertainty when undertaking an investment venture, investors will typically ask for risk compensation, and thus for some investment-specific return, which will discount the expected future payoff stream.
Importantly enough, the valuation process that investors undergo for investments with uncertain payoff typically depends on their statistical views on possible future outcomes, preferences as their attitudes toward risk, and, of course, the payoff structure itself.
The equilibrium price is then an averaging discounting payoffs under different "states of affairs" and weighing them according to the investors's probabilities and marginal preference structures. The equilibrium prices of multi-assets portfolios serve also to identify the fundamental differences in risk premia patterns between them that give rise to differences in their average returns via the variances and covariance operators, which captures the risk adjustment for risky assets in the multi-assets portfolios.
The challenge in this modern asset pricing theory lies on the adequate identification of the investor’s probability and marginal preference structures and risk factors that are able to model empirically the actual SDFm from a given market data-sets.
In practice it is presumably infeasible to capture simultaneously all influencing factors in the actual SDFm from the data. Usually, a parametrization of SDFm is expressed as a function of the marginal rate of substitution of consumption of the investors. But most elementary parametrizations stop at this point.
Machine Learning Perspective
Equilibrium prices of multi-assets portfolios are stochastic processes represented by time series exhibiting oscillatory behaviors. It is useful for financial and economic purposes to have a convenient way of summarizing the "average" behavior of such processes over time, see the work of Carl Futia.
The starting point of this analysis is a set of economic states(system) representing a number of multi-assets portfolios. The dynamics of this system are stochastic, governed by transition probabilities that are estimated by a Machine Learning perspective characterizing the actual SDFm, either due to intrinsic randomness in the equilibrium prices of the system or to the unpredictable influence of choices made by agents.
An essential role that Machine Learning perspective can play in this modern asset pricing theory is to identify automatically from market equilibrium price data-sets the fundamental differences in risk premia patterns between multi-assets portfolios that give rise to differences in their average returns. For instance, to deduce similar correlated assets to the actual pricing structure of SDFm that may help to assess how the exposures of these assets to major intervention in the economy, as unconventional monetary policy, macroeconomic shocks, new trading strategies, new policies and so on, are priced.
Using non-linear Machine Learning modeling is to take into consideration higher order terms that are important when analysing equilibrium prices and related financial variables as risk premia or asset returns. Also in order to characterize non discernible SDF without committing to a particular asset pricing model, i.e., a marked departure from the statistical artifact hypothesis.
Therefore, the aim is to use machine learning as an integrative part of the modern asset pricing theory, offering automated procedures for the characterization of SDFm based on past market data-sets observations, unraveling
underlying patterns in equilibrium prices data and providing insights about the characteristic of asset pricing under uncertainty as transition probabilities that are governing the dynamics of the system representing a number of multi-assets portfolios.
Limiting Behaviors
The system, representing a number of multi-assets portfolios, is determined by a set of time-dependent parameters, which may be thought of as a set of indicators of its macroscopic aspect summarising the dynamic behaviour implied by transition probabilities.
The initial knowledge of the system is characterized by some limiting distribution of the transition probability as an equilibrium where the system settles down and, once there, there is no reason for the system to move. However, as the financial assets in the system still interact in an unknown way, exhibiting new equilibrium prices, .i.e, change in the entries of the corresponding transition probability, resulting in structural changes in the underlying pricing processes of the financial assets and vice versa. Therefore the system again temporally evolves stochastically into new transition probabilities with new limiting distributions. Each new transition probability is the result of a perturbation on the previous transition probability.
In other words, the system has a performing dynamic perturbation that involves time explicitly.
This comparative statics using equilibrium prices with Machine Learning perspectives to derive transition probabilities and to estimate the limiting distributions is a financial model to assess nonlinear relationships between the crucial elements of the financial assets system one is interested in. An important attention is to know what happens to the transition probabilities and their associated entropies over time.
Numerical Results
The system representing a finite number of multi-assets portfolios can be described by a sequence of networks(graphs) where each network has a transition probability matrix
estimated by the comparative statics procedure and the network is considered as a perturbed network(perturbed transition probability) of the previous network( previous transition probability). Therefore, this empirical analysis(EA) is to assess the limiting distribution behaviors of these consecutive perturbed transition probability matrices.
A numerical analysis shows that the limiting distribution may be extremely sensitive to perturbations of some entries of the transition matrix, but insensitive to others. An approximation of the relative difference between two entropies of two consecutive limiting distributions is derived in terms of hitting times which capture wide or no variations in the sensitivities of different entries of the transition probability matrix. An important result of this numerical analysis is the entropy of the system can be increasing or decreasing, thus the entropy can be a financial risk measure.
Considering the last 252 days where each day is representing a perturbed transition probability matrix. This EA determines how the limiting distributions and their associated entropies change through daily perturbation.
More the limiting distribution values are clumped, going to be a uniform distribution, the higher its entropy(more uncertainty).
When limiting distribution values are evenly distributed over the interval (0:1), the entropy is reducing(less uncertainty). In plain English, low entropy means we know a lot about the system states(kind of observed order) and high entropy means we don’t know much at all about the system states(disorder).
Major World Indexes
Temporal Dynamics of the Limiting Stationary Distributions
Variation in Limiting Stationary Distribution values
Last Daily Network
Daily Entropy of the Limiting Stationary Distributions


getting device pointer, allocating and freeing memory More...
Modules | |
| allocHost | |
| Allocate memory on host. | |
| allocV2 | |
| Allocate memory using the ArrayFire memory manager. | |
| deviceInfo | |
| Gets the information about device and platform as strings. | |
| deviceMemInfo | |
| Memory manager related functions. | |
| freeHost | |
| Free memory allocated on host internally by ArrayFire. | |
| freePinned | |
| Free pinned memory allocated by ArrayFire's memory manager. | |
| freeV2 | |
| Returns memory to ArrayFire's memory manager. | |
| getDevice | |
| Get the current device ID. | |
| getDeviceCount | |
| Gets the number of compute devices on the system. | |
| info | |
| Display ArrayFire and device info. | |
| infoString | |
| Get af::info() as a string. | |
| isDoubleAvailable | |
| Check if double precision support is available for specified device. | |
| isHalfAvailable | |
| Check if half(16-bit) precision floating point support is available for specified device. | |
| pinned | |
| Allocate pinned memory using ArrayFire's memory manager. | |
| setDevice | |
| Change current device to specified device. | |
| sync | |
| Blocks until all operations on device are finished. | |
getting device pointer, allocating and freeing memory


--- layout: post date: 2009-09-05 time: "09:00:00" authors: ["Greg Wilson"] title: R for Programmers? tags: ["Content"] ---
What's the best introduction to the statistical language R for experienced programmers who are more interested in its support for objects, systems programming, and the like than they are in statistics?


This page updates every seconds and should provide a quick overview of Burstcoin network.
(Data updated seconds ago.)
| NextBlock | BaseTarget | Type | Domain | GenerationSignature | TargetDeadline | State |
|---|---|---|---|---|---|---|
This list does not contain all nodes of Burstcoin network, only a manual configured subset.
The above chart shows the block transitions of nodes, weight by amount of nodes. Based on the data received by this page.


Final Project
Checkpoint 3
Homework
In Class Project
Homework
Lesson 13 Homework
Homework
In Class Project
Homework
Winery Site
Checkpoint 2
Lesson 9 In Class Project
Lesson 9 Homework
Lesson 8 In Class Project
Lesson 8 Homework
Lesson 7 In Class Project
Lesson 7 Homework
In Class Project
Homework
In Class Project
Homework
In Class Project
Homework
In Class Project
Homework
In Class Project
Homework
In Class Project
Homework


CONTACT US FORM
User Information
Enter Firstname (Max 20 characters)
Enter Lastname (Max 50 characters)
Enter Email
Enter Phone Number (Max 15 Characters)
Enter Username (Max 12 Characters)
Enter Password (Max 7 Characters)
Current Address
Enter Address
Enter City
Choose Country
Choose One
Canada
Mexico
United States
Enter zipcode
Feel free to add comments


Reps debate CBN’s N1.3tr budget in camera - The Nation Newspaper
By Victor Oluwasegun, Abuja
Journalists were shut out by the Chairman, House of Representatives Committee on Banking and Currency, Hon. Victor Nwokolo on Wednesday as the Central Bank of Nigeria (CBN) defended its N1.3 trillion budget proposal for the 2020 fiscal year.
Before the closed door budget presentation the representaive of the CBN Governor, Godwin Emefiele’s representative, Mr. Adamu Edward Lametek, was allowed to give a breakdown of the 2019 budget before going into the presentation of the N1.3 trillion in the 2020 budget estimates.
No one knew the cause of the sudden change of mind by the chairman who had earlier called for coverage of the proceedings,.
He ordered that all the management staff, journalists and other supporting staff should vacate the venue before delving into the budget defence.
Read Also: CBN won’t cut interest rate, says FXTM chief
On Thursday last week, one of the concerned members of the House of Representatives, Rep. Gudaji Kazure had during a press briefing queried the N1.3 trillion proposed by the CBN which he described as outrageous and alarming.
Kazaure spoke of the need for downward review of the proosed budget in the nation’s interest, and also expressed concern for CBN’s disregard for the House resolution over the implementation of the money deposit and withdrawal charges by banks, after the House advised that the policy should be suspended.
His words: “In 2019, budget of the CBN was N420 billion, but the same CBN brought a budget of N1.3 trillion for 2020. What are they producing? Which revenue are they generating?”.
The lawmaker vowed to persuade the House to ask his colleagues in the appropriation committee to bring down the budget of the CBN to N300 million.
He said health, education and the federal government’s N-Power social intervention programme, should benefit from the balance of one trillion naira.


With `f8-feature-toggle-loader`, you can activate a feature depending on the level your user consent. It uses
`enableByLevel` strategy. It allows to tag a feature for a particular level. Feature flag level are:
internal,
experimental,
beta,
released.
- internal will only show it to accounts with an @redhat.com email. It will have a notification on the screen:
"This feature is open to Red Hat users only. You can manage pre-production features on your profile page."
- experimental will be "This feature is experimental. You can manage pre-production features on your profile page."
- beta notification will be "This feature is in beta. You can manage pre-production features on your profile page."
- released makes the feature default for everyone.
NOTE: Anonymous user can only see the `released` state. For other level, you need to be logged-in.
This use case could be while the feature is under development and you want to make sure loading the component will not break the whole UI.
For example, let's dynamically load
DynamicallyLoadedComponent.
But now we don't want to just hide the component, we want to make sure the component code is not loaded at all.


J6B
Loading...
System Status
Loading...
Build version :
UpTime :
AP :
(
)
Station :
(
)
FreeHeap :
RGBW Status
Loading...
Current color :


Lambda Calculus Interpreter
Enter the λ-expression you want to reduce below:
2*3
Reduction strategy:
Applicative Order
Normal Order


--- title: "Perioperative Process" author: "Brett Taylor" date: '2018-07-18' slug: perioperative-process tags: Management categories: Business Opportunity ---
The preoperative phase is used to perform tests, attempt to limit preoperational anxiety and may include the preoperative fasting.
The peroperative period begins when the patient is transferred to the operating room table and ends with the transfer of a patient to the postanaesthesia care unit (PACU). During this period the patient is peroperatively monitored, anaesthetized, prepped, and draped, and the operation is performed. Nursing activities during this period focus on safety, infection prevention, and physiological response to peroperative anaesthesia. Peroperative radiation therapy and peroperative blood salvage may also be performed during this time.
The postoperative period begins after the transfer to the Post Anesthesia Care Unit (PACU) and terminates with the resolution of the surgical sequelae. It is quite common for the very last of this period to end outside of the care of the surgical team. It is uncommon to provide extended care past the discharge of the patient from the PACU.


Prime Sifter
Enter a number and page will return every prime number less than that number.
Submit
Results:


Creates ASCII art from an image
ascii_map(file, alphabet = letters, rescale = NULL, threshold = 0.5)
| file | A character string specifying the path to the file |
|---|---|
| alphabet | A character vector that lists the set of characters to use |
| rescale | Scale to resize image to (if NULL, sets maximum size of 100x100) |
| threshold | Lightness value at which to truncate |
The function returns a tibble with three variables. The x and y variables specify co-ordinates on the grid, and the label variable specifies the character that should be shown at that point. Whitespace characters are not included in the output.
This is the workhorse function for the package. The user specifies the path to the image fil` as a character vector, and the function returns a tibble specifying the map. You can customise the set of characters used to render the image by changing the alphabet argument. The amount of whitespace in the ASCII image depends on the threshold parameter, which specifies the maximum brightness (in greyscale terms, from 0 to 1) at which the relevant cell in the output will be mapped to a character. Pixels in the image brighter than the threshold are automatically mapped to whitespace. Finally, you can "rescale" the input image. By default, images are rescaled so that the largest dimension is 100 pixels, but you can choose any rescaling factor you want. If your original image is 600x400 you could specify rescale = .1 which would result in a character map that is 60x40 characters is size
#> Warning: Assuming third dimension corresponds to colour#> Warning: Using a rescale value of 0.175bayes_map#> # A tibble: 1,404 x 3 #> x y label #> <int> <int> <chr> #> 1 44 2 r #> 2 45 2 v #> 3 46 2 b #> 4 47 2 e #> 5 48 2 o #> 6 41 3 y #> 7 42 3 u #> 8 43 3 e #> 9 44 3 s #> 10 45 3 o #> # … with 1,394 more rows


Line data Source code
1 : /** @file GuillotineBinPack.h 2 : @author Jukka Jylänki 3 : 4 : @brief Implements different bin packer algorithms that use the GUILLOTINE data structure. 5 : 6 : This work is released to Public Domain, do whatever you want with it. 7 : */ 8 : #pragma once 9 : 10 : #include "tarray.h" 11 : 12 : #include "Rect.h" 13 : 14 : /** GuillotineBinPack implements different variants of bin packer algorithms that use the GUILLOTINE data structure 15 : to keep track of the free space of the bin where rectangles may be placed. */ 16 : class GuillotineBinPack 17 : { 18 : public: 19 : /// The initial bin size will be (0,0). Call Init to set the bin size. 20 : GuillotineBinPack(); 21 : 22 : /// Initializes a new bin of the given size. 23 : GuillotineBinPack(int width, int height); 24 : 25 : /// (Re)initializes the packer to an empty bin of width x height units. Call whenever 26 : /// you need to restart with a new bin. 27 : void Init(int width, int height); 28 : 29 : /// Specifies the different choice heuristics that can be used when deciding which of the free subrectangles 30 : /// to place the to-be-packed rectangle into. 31 : enum FreeRectChoiceHeuristic 32 : { 33 : RectBestAreaFit, ///< -BAF 34 : RectBestShortSideFit, ///< -BSSF 35 : RectBestLongSideFit, ///< -BLSF 36 : RectWorstAreaFit, ///< -WAF 37 : RectWorstShortSideFit, ///< -WSSF 38 : RectWorstLongSideFit ///< -WLSF 39 : }; 40 : 41 : /// Specifies the different choice heuristics that can be used when the packer needs to decide whether to 42 : /// subdivide the remaining free space in horizontal or vertical direction. 43 : enum GuillotineSplitHeuristic 44 : { 45 : SplitShorterLeftoverAxis, ///< -SLAS 46 : SplitLongerLeftoverAxis, ///< -LLAS 47 : SplitMinimizeArea, ///< -MINAS, Try to make a single big rectangle at the expense of making the other small. 48 : SplitMaximizeArea, ///< -MAXAS, Try to make both remaining rectangles as even-sized as possible. 49 : SplitShorterAxis, ///< -SAS 50 : SplitLongerAxis ///< -LAS 51 : }; 52 : 53 : /// Inserts a single rectangle into the bin. The packer might rotate the rectangle, in which case the returned 54 : /// struct will have the width and height values swapped. 55 : /// @param merge If true, performs free Rectangle Merge procedure after packing the new rectangle. This procedure 56 : /// tries to defragment the list of disjoint free rectangles to improve packing performance, but also takes up 57 : /// some extra time. 58 : /// @param rectChoice The free rectangle choice heuristic rule to use. 59 : /// @param splitMethod The free rectangle split heuristic rule to use. 60 : Rect Insert(int width, int height, bool merge, FreeRectChoiceHeuristic rectChoice, GuillotineSplitHeuristic splitMethod); 61 : 62 : /// Inserts a list of rectangles into the bin. 63 : /// @param rects The list of rectangles to add. This list will be destroyed in the packing process. 64 : /// @param dst The outputted list of rectangles. Note that the indices will not correspond to the input indices. 65 : /// @param merge If true, performs Rectangle Merge operations during the packing process. 66 : /// @param rectChoice The free rectangle choice heuristic rule to use. 67 : /// @param splitMethod The free rectangle split heuristic rule to use. 68 : void Insert(TArray<RectSize> &rects, TArray<Rect> &dst, bool merge, 69 : FreeRectChoiceHeuristic rectChoice, GuillotineSplitHeuristic splitMethod); 70 : 71 : // Implements GUILLOTINE-MAXFITTING, an experimental heuristic that's really cool but didn't quite work in practice. 72 : // void InsertMaxFitting(TArray<RectSize> &rects, TArray<Rect> &dst, bool merge, 73 : // FreeRectChoiceHeuristic rectChoice, GuillotineSplitHeuristic splitMethod); 74 : 75 : /// Computes the ratio of used/total surface area. 0.00 means no space is yet used, 1.00 means the whole bin is used. 76 : float Occupancy() const; 77 : 78 : /// Returns the internal list of disjoint rectangles that track the free area of the bin. You may alter this vector 79 : /// any way desired, as long as the end result still is a list of disjoint rectangles. 80 0 : TArray<Rect> &GetFreeRectangles() { return freeRectangles; } 81 : 82 : /// Returns the list of packed rectangles. You may alter this vector at will, for example, you can move a Rect from 83 : /// this list to the Free Rectangles list to free up space on-the-fly, but notice that this causes fragmentation. 84 0 : TArray<Rect> &GetUsedRectangles() { return usedRectangles; } 85 : 86 : /// Performs a Rectangle Merge operation. This procedure looks for adjacent free rectangles and merges them if they 87 : /// can be represented with a single rectangle. Takes up Theta(|freeRectangles|^2) time. 88 : void MergeFreeList(); 89 : 90 : #ifdef _DEBUG 91 : void DelDisjoint(const Rect &r) { disjointRects.Del(r); } 92 : #endif 93 : 94 : private: 95 : int binWidth; 96 : int binHeight; 97 : 98 : /// Stores a list of all the rectangles that we have packed so far. This is used only to compute the Occupancy ratio, 99 : /// so if you want to have the packer consume less memory, this can be removed. 100 : TArray<Rect> usedRectangles; 101 : 102 : /// Stores a list of rectangles that represents the free area of the bin. This rectangles in this list are disjoint. 103 : TArray<Rect> freeRectangles; 104 : 105 : #ifdef _DEBUG 106 : /// Used to track that the packer produces proper packings. 107 : DisjointRectCollection disjointRects; 108 : #endif 109 : 110 : /// Goes through the list of free rectangles and finds the best one to place a rectangle of given size into. 111 : /// Running time is Theta(|freeRectangles|). 112 : /// @param nodeIndex [out] The index of the free rectangle in the freeRectangles array into which the new 113 : /// rect was placed. 114 : /// @return A Rect structure that represents the placement of the new rect into the best free rectangle. 115 : Rect FindPositionForNewNode(int width, int height, FreeRectChoiceHeuristic rectChoice, int *nodeIndex); 116 : 117 : static int ScoreByHeuristic(int width, int height, const Rect &freeRect, FreeRectChoiceHeuristic rectChoice); 118 : // The following functions compute (penalty) score values if a rect of the given size was placed into the 119 : // given free rectangle. In these score values, smaller is better. 120 : 121 : static int ScoreBestAreaFit(int width, int height, const Rect &freeRect); 122 : static int ScoreBestShortSideFit(int width, int height, const Rect &freeRect); 123 : static int ScoreBestLongSideFit(int width, int height, const Rect &freeRect); 124 : 125 : static int ScoreWorstAreaFit(int width, int height, const Rect &freeRect); 126 : static int ScoreWorstShortSideFit(int width, int height, const Rect &freeRect); 127 : static int ScoreWorstLongSideFit(int width, int height, const Rect &freeRect); 128 : 129 : /// Splits the given L-shaped free rectangle into two new free rectangles after placedRect has been placed into it. 130 : /// Determines the split axis by using the given heuristic. 131 : void SplitFreeRectByHeuristic(const Rect &freeRect, const Rect &placedRect, GuillotineSplitHeuristic method); 132 : 133 : /// Splits the given L-shaped free rectangle into two new free rectangles along the given fixed split axis. 134 : void SplitFreeRectAlongAxis(const Rect &freeRect, const Rect &placedRect, bool splitHorizontal); 135 : };