Class: Aws::GuardDuty::Types::Scan
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb |
Overview
Contains information about a malware scan.
Constant Summary
Instance Attribute Summary
-
#account_id ⇒ String
rw
The ID for the account that belongs to the scan.
-
#admin_detector_id ⇒ String
rw
The unique detector ID of the administrator account that the request is associated with.
-
#attached_volumes ⇒ Array<Types::VolumeDetail>
rw
List of volumes that were attached to the original instance to be scanned.
-
#detector_id ⇒ String
rw
The unique ID of the detector that the request is associated with.
-
#failure_reason ⇒ String
rw
Represents the reason for FAILED scan status.
-
#file_count ⇒ Integer
rw
Represents the number of files that were scanned.
-
#resource_details ⇒ Types::ResourceDetails
rw
Represents the resources that were scanned in the scan entry.
-
#scan_end_time ⇒ Time
rw
The timestamp of when the scan was finished.
-
#scan_id ⇒ String
rw
The unique scan ID associated with a scan entry.
-
#scan_result_details ⇒ Types::ScanResultDetails
rw
Represents the result of the scan.
-
#scan_start_time ⇒ Time
rw
The timestamp of when the scan was triggered.
-
#scan_status ⇒ String
rw
An enum value representing possible scan statuses.
-
#scan_type ⇒ String
rw
Specifies the scan type that invoked the malware scan.
-
#total_bytes ⇒ Integer
rw
Represents total bytes that were scanned.
-
#trigger_details ⇒ Types::TriggerDetails
rw
Specifies the reason why the scan was initiated.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#account_id ⇒ String
(rw)
The ID for the account that belongs to the scan.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#admin_detector_id ⇒ String
(rw)
The unique detector ID of the administrator account that the request
is associated with. Note that this value will be the same as the one
used for DetectorId
if the account is an administrator.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#attached_volumes ⇒ Array
<Types::VolumeDetail> (rw)
List of volumes that were attached to the original instance to be scanned.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#detector_id ⇒ String
(rw)
The unique ID of the detector that the request is associated with.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#failure_reason ⇒ String
(rw)
Represents the reason for FAILED scan status.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#file_count ⇒ Integer
(rw)
Represents the number of files that were scanned.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#resource_details ⇒ Types::ResourceDetails (rw)
Represents the resources that were scanned in the scan entry.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#scan_end_time ⇒ Time
(rw)
The timestamp of when the scan was finished.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#scan_id ⇒ String
(rw)
The unique scan ID associated with a scan entry.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#scan_result_details ⇒ Types::ScanResultDetails (rw)
Represents the result of the scan.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#scan_start_time ⇒ Time
(rw)
The timestamp of when the scan was triggered.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#scan_status ⇒ String
(rw)
An enum value representing possible scan statuses.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#scan_type ⇒ String
(rw)
Specifies the scan type that invoked the malware scan.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#total_bytes ⇒ Integer
(rw)
Represents total bytes that were scanned.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end
#trigger_details ⇒ Types::TriggerDetails (rw)
Specifies the reason why the scan was initiated.
# File 'gems/aws-sdk-guardduty/lib/aws-sdk-guardduty/types.rb', line 6123
class Scan < Struct.new( :detector_id, :admin_detector_id, :scan_id, :scan_status, :failure_reason, :scan_start_time, :scan_end_time, :trigger_details, :resource_details, :scan_result_details, :account_id, :total_bytes, :file_count, :attached_volumes, :scan_type) SENSITIVE = [] include Aws::Structure end


Thailand’s Pavit steals dramatic four-way playoff in Malaysia
by AFPPavit Tangkamolprasert chipped-in for birdie on the second play-off hole Sunday to clinch the Sabah Masters for his second Asian Tour title.
After closing with a final round 65, Pavit — who suffered a play-off defeat at the recent Thailand Open — redeemed himself in a four-way battle against compatriot Phachara Khongwatmai, Australian David Gleeson and Aman Raj of India.
Pavit, 30, told reporters it had been an “unbelievable week.”
“It is the best chip in my life,” he said of his hole out.
Gleeson, who led after three rounds, could have wrapped up the tournament on the 72nd hole, but a costly bogey gave him a three-under 68.

In the first play-off hole — which was held on the par-four 18th — Raj bowed out with a bogey.
Related:
Swing when you’re winning: Thai golf stars blaze path for youngsters


-*- html -*-
YXA source code documentation
@title Mnesia database table access modules
@doc This directory holds modules used to manipulate and query various
Mnesia tables we use.
=== Modules ===
- database_eventdata: Published state for various events, used by
the subscribe/notify mechanisms in the eventserver
application.
- database_forward: Forwarding locations for SIP users - not really
supported, due to lack of documentation and test code.
- database_gruu: Stores GRUUs we assign.
- database_regexproute: Stores regular expressions used for address
manipulations done in the incomingproxy application.
- phone: Location database as well as Mnesia user database
access code.
- table_update: Code for table transformations if the records
defining the Mnesia tables change.


SEVEN [Spoilers] A film review by Jamahl Epsicokhan Copyright 1995 Jamahl Epsicokhan
Directed by David Fincher
Rating (out of 4): ****
(Warning to those who have not seen SEVEN: This review contains some spoiler information.)
SEVEN is a powerful, fully-realized film on the level of THE SILENCE OF THE LAMBS. It is a disturbing film that accomplishes its biggest of goals--it occupies the viewers mind long after the closing credits have rolled. While this film is not for the squeamish, there is no denying that SEVEN demands attention, for it is a film that transcends its genre in both style and substance.
For starters, classifying SEVEN as a "thriller" would not be an altogether complete classification of this film. While I was genuinely thrilled throughout, I would rather call SEVEN an "intense drama," because that is what it delivers--meaningful scenes with a relentlessness that does not readily let up. Part of Director David Finchers accomplishment is in style. He seems to have a knack for knowing exactly how the average person fears something as "simple" as a corpse. And visually, Fincher shows us the remains of murder victims in all-too-realistic and graphic terms (courtesy of Rob Bottin's always-grisly special effects). Throw in the appropriate but not-to-be-underestimated effects of lighting and a foreboding score and the result is a technical masterpiece of the murder scene. These scenes alone are quite impressive; as fascinating as they are harrowing.
Yet, SEVEN is more than just a technical accomplishment. In addition to style, Fincher supplies substance. SEVEN has compelling characters that it wants us to know and understand, and Fincher ties them all together in a completely pessimistic view of society. Detective William Somerset (Morgan Freeman) is a man who has nearly given up on the world. Its easy to see why. The world doesn't make sense. (Somerset drives this point home with a rather ghastly story of a robbery victim who was attacked just blocks from the police precinct. After knocked down and robbed of his wallet, the attacker stabbed the helpless man in both eyes.) Why should Somerset believe that by following this murder investigation and "picking up the pieces" he will be able to catch the killer? Somersets new partner, David Mills (Brad Pitt) has not given up on the world, perhaps because he is still young (and perhaps by having this optimism he's naive in this films portrayal of the world). He completely disagrees with Somersets abandonment of hope. However, David's wife (Gwyneth Paltrow) has so much fear of her urban surroundings, she isn't even sure if she wants to *tell* her husband about her recent pregnancy, let alone carry it until birth and attempt to raise it in this environment. These three characters are all performed with skill and authenticity that makes them feel like real people and not the typical Hollywood characters a lesser film might have offered. And in addition to making clear how each of these characters sees the world, Fincher gives us support for *why* they feel the way they do.
But if there's one character that underlines the message SEVEN is trying to convey, it has to be the killer, John Doe (Kevin Spacey). SEVEN's payoff lies in its ability to allow us to see how the killer views the world and what drives him to do what he does. One important thing to remember about Doe is how easy it is to simply dismiss him as a "psycho," with no motives behind his slayings. This is exactly the mistake Mills makes. In the extremely intense and superbly performed closing scenes, were allowed to see that Doe is, in his mind, merely a product of society. He's a killer who kills those who are bringing society down. In his mind he didn't kill "innocent" people, and, perhaps, they were not completely innocent (but, then again, who is?). Hes absolutely infuriated that Mills believes that the murder victims were innocent. Really, SEVEN doesn't just comment on the superficial obviousness of how screwed-up John Doe is. SEVEN makes larger statements about how screwed-up society is, hinting that society's degradation is simply conducive of creating more John Does.
Besides the stylistic and larger-issue arguments for seeing this film, I recommend SEVEN because it is, after all, also a very slick and well-made thriller. It features exciting plot developments, commanding performances, lots of suspense, and a conclusion that is chilling, riveting, and quite unfair. But then again, its a cruel world.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Interface of 'MIXMOD' software for supervised, unsupervised and semi-supervised classification with mixture modelling.
| Version: | 2.1.2 |
| Depends: | R (≥ 2.12.0), Rcpp (≥ 0.8.0) |
| Imports: | methods |
| LinkingTo: | Rcpp, RcppEigen |
| Published: | 2018-06-21 |
| Author: | Florent Langrognet [aut], Remi Lebret [aut], Christian Poli [aut], Serge Iovleff [aut], Benjamin Auder [aut, cre], Parmeet Bhatia [ctb], Anwuli Echenim [ctb], Serge Iovleff [aut], Christophe Biernacki [ctb], Gilles Celeux [ctb], G<c3><a9>rard Govaert [ctb] |
| Maintainer: | Benjamin Auder <benjamin.auder at u-psud.fr> |
| Contact: |<EMAIL_ADDRESS>|
| BugReports: | http://www.mixmod.org/article.php3?id_article=23 |
| License: | GPL-3 |
| Copyright: | Authors, and Mixmod use Eigen3 C++ library |
| URL: | http://www.mixmod.org |
| NeedsCompilation: | yes |
| SystemRequirements: | GNU make |
| In views: | Cluster |
| CRAN checks: | Rmixmod results |
| Reference manual: | Rmixmod.pdf |
| Package source: | Rmixmod_2.1.2.tar.gz |
| Windows binaries: | r-devel: Rmixmod_2.1.2.zip, r-release: Rmixmod_2.1.2.zip, r-oldrel: Rmixmod_2.1.2.zip |
| OS X binaries: | r-release: Rmixmod_2.1.2.tgz, r-oldrel: Rmixmod_2.1.2.tgz |
| Old sources: | Rmixmod archive |
| Reverse depends: | RmixmodCombi, SelvarMix |
| Reverse imports: | ClusVis, CorReg, IPCAPS |
| Reverse suggests: | mixpack |
Please use the canonical form https://CRAN.R-project.org/package=Rmixmod to link to this page.


--- layout: en/default theme: dark class: install title: "Thank you for contacting Rocket.Chat" permalink: /thank-you/ ---
Thank you for contacting us! We will be in touch with you shortly.


Mongoose Express REST-full API
merest provides easy way to expose Mongoose models as REST-full api. It creates pointed bellow end-points:
For each api-application:all api options
: OPTIONS..\
model api options
: OPTIONS ..\model-plural-name\search
: GET ..\model-plural-name\create
: POST ..\model-plural-name\details
: GET ..\model-plural-name\:idupdate
: POST ..\model-plural-name\:iddelete
: DELETE ..\model-plural-name\:id
Generally merest allows to:
- create rest api for many models
- create many rest interfaces for one model
- restrict the set of documents that are accessible via API
- configure of each mentioned above end-points
- expose static and instance methods of the Model
- create and expose swagger documentation of your rest api
- serve the swagger-ui
Getting started with merest
'use strict';
const merest = require('merest');
const express = require('express');
const bodyParser = require('body-parser');
const methodOverride = require('method-override');
// Defining model
const mongoose = require('mongoose');
const Contact = mongoose.model('Contact', new mongoose.Schema({
name: { type: String, required: true },
email: { type: String, required: true },
phone: String,
tags: [String]
}));
mongoose.connect('mongodb://localhost/merest-sample');
// Creating the Express application to serve API
const api = new merest.ModelAPIExpress();
api.use(bodyParser.json()); // Parsing JSON-bodies
api.use(methodOverride()); // Supporting HTTP OPTIONS and HTTP DELETE methods
api.expose(Contact); // Exposing our API
api.listen(8000, () => {
console.log('Express server listening on port 8000');
});
Calling API:
curl -X OPTIONS http://localhost:8000/
Output:
[
["options","/","List all end-points of current application"],
["options","/contacts/","List API-options for contacts"],
["get","/contacts/","List/Search all contacts"],
["post","/contacts/","Create a new Contact"],
["get","/contacts/:id","Find a Contact by Id"],
["post","/contacts/:id","Find a Contact by Id and update it (particulary)"],
["delete","/contacts/:id","Find a Contact by Id and delete it."]
]
Getting contact list:
curl -X GET http://localhost:8000/contacts
[
{
"_id": "58503799b1ab13090f2eeb31",
"name": "Jack London",
"email"<EMAIL_ADDRESS>"__v": 0,
"phone": "+4123464575647",
"tags": ["author", "american"]
}, {
"_id": "585276ca2aadb34477ad4034",
"name": "Taras Shevchenko",
"email"<EMAIL_ADDRESS>"__v": 0,
"tags": ["author", "poet", "painter", "national hero", "ukrainian"]
}
]
Integrating merest into existing projects
'use strict';
const merest = require('merest-swagger'); // to support SwaggerUI
const express = require('express');
const bodyParser = require('body-parser');
const methodOverride = require('method-override');
// Defining model
const mongoose = require('mongoose');
const Contact = mongoose.model('Contact', new mongoose.Schema({
name: { type: String, required: true },
email: { type: String, required: true },
phone: String,
tags: [String]
}));
mongoose.connect('mongodb://localhost/merest-sample');
const app = express();
// Creating the Express application to serve API
const api = new merest.ModelAPIExpress({
title: 'Contact List API',
host: 'localhost:8000', // Assign correct host that could be accessed from your network
path: '/api/v1',
options: false // we do not need the OPTIONS any more
});
app.use(bodyParser.json()); // Parsing JSON-bodies
app.use(methodOverride()); // Supporting HTTP OPTIONS and HTTP DELETE methods
api.expose(Contact); // Exposing our API
api.exposeSwaggerUi(); // Exposing swagger-ui
app.use('/api/v1', api); // mounting API as usual sub-application
app.listen(8000, () => {
console.log('Express server listening on port 8000');
});
Going to swagger-ui in browser: http://localhost:8000/swagger-ui
:
Next (Installation) >


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| Active ingredients |
Purposes |
| Chlorhexidine gluconate solution 0.5% w/w |
Antiseptic |
| Isopropyl alcohol, 70% w/w |
Antiseptic |
Use
- Healthcare Personnel Hand Antiseptic helps reduce bacteria that potentially can cause disease.
Warnings
For external use only
Flammable: keep away from fire or flame.
Do not use
- if you are allergic to chlorhexidine gluconate or any other ingredients in this preparation
- as a patient preoperative skin preparation (especially on the head or face)
- in contact with the meninges
- in the genital area
When using this product
- keep out of eyes, ears, and mouth. May cause serious and permanent eye injury if placed or kept in the eye during surgical procedures, or may cause deafness when instilled in the middle ear through perforated eardrums.
- if contact occurs in any of these areas, rinse with cold water right away
Stop use and ask a doctor if
- irritation, sensitization, or allergic reaction occurs and lasts for 72 hours. These may be signs of a serious condition.
Keep out of reach of children. If swallowed, get medical help or contact a Poison Control Center right away.
Directions
- rub hands vigorously with the towelette for about 15 seconds
- pay particular attention to nails and interdigital spaces
- no watering or toweling are necessary
Inactive ingredients
castor oil, glycerin, purified water
Questions?
1-800-843-8497
PRINCIPAL DISPLAY PANEL - 5mL Wipe Packet
NDC 0234-0587-17
HIBISTAT®
(0.5% Chlorhexidine
Gluconate solution
70% isopropyl alcohol w/w)
Healthcare Personnel Hand Antiseptic
HIBISTAT® provides rapid bactericidal action and has
a persistent antimicrobial effect against a wide range
of microorganisms.
WARNING: For external use only
Flammable: Keep away from fire or flame.
FOR PROFESSIONAL USE ONLY.
MÖLNLYCKE®
HEALTH CARE
1 Hand Antiseptic Wipe (5mL)
Distributed by Mölnlycke Health Care US, LLC.,
Norcross GA 30092


Some more text
is located here
Richard Wehrle


|
SPHinXsys
alpha version
|
SPHBody is a base body with basic data and functions. Its derived class can be a real fluid body, a real deformable solid body, a static or moving solid body or a fictitious body. Note that only real bodies have cell linked list. More...
#include <base_body.h>
Inherited by SPH::FictitiousBody, and SPH::RealBody.
Public Member Functions | |
| SPHBody (SPHSystem &sph_system, string body_name, Material &base_material, Particles &base_particles, int refinement_level, Real smoothinglength_ratio, ParticlesGeneratorOps op) | |
| Defaut constructor of SPHBody. More... | |
| virtual void | AllocateMeoemryCellLinkedList () |
| virtual void | AllocateMeoemryBackgroundMesh () |
| Allocate memory for back ground mesh. | |
| virtual void | UpdateCellLinkedList ()=0 |
| Update cell linked list. | |
| virtual void | BuildInnerConfiguration ()=0 |
| Build inner configuration. | |
| virtual void | BuildContactConfiguration ()=0 |
| Build contact configuration. | |
| virtual void | UpdateInnerConfiguration ()=0 |
| Update inner configuration. | |
| virtual void | UpdateContactConfiguration ()=0 |
| Update contact configuration. | |
| virtual void | UpdateInteractionConfiguration (SPHBodyVector interacting_bodies)=0 |
| Update interactiong configuration. More... | |
| string | GetBodyName () |
| Get the name of this body for out file name. More... | |
| void | SetContactMap (SPHBodyContactMap &contact_map) |
| Set up the contact map. | |
| void | AllocateMemoriesForConfiguration () |
| Allocate memories for configuration. | |
| bool | BodyContain (Vecd pnt) |
| Check wether a point within the geometry of this body. More... | |
| void | ClosestPointOnBodySurface (Vecd input_pnt, Vecd &closest_pnt, Real &phi) |
| Find closest point from a given point to body surface. More... | |
| void | BodyBounds (Vecd &lower_bound, Vecd &upper_bound) |
| Find the lower and upper bounds of the body. More... | |
| virtual void | CreateParticelsInSpecificManner () |
| Generate particles for the body in specific manner. More... | |
| virtual void | GenerateAParticle (Vecd pnt, Real particle_volume=0.0) |
| Generate a particle for the body. More... | |
| virtual void | WriteParticlesToVtuFile (ofstream &output_file) |
| Output particle data in VTU file for visuallization in Paraview. More... | |
| virtual void | WriteParticlesToPltFile (ofstream &output_file) |
| Output particle data in PLT file for visuallization in Tecplot. More... | |
| virtual void | WriteParticlesToXmlFile (std::string &filefullpath) |
| Output particle data in XML file for visuallization. More... | |
| virtual void | WriteParticlesToXmlForRestart (std::string &filefullpath) |
| Output particle data in XML file for restart simulation. More... | |
| virtual void | ReadParticlesFromXmlForRestart (std::string &filefullpath) |
| virtual void | WriteToXmlForReloadParticle (std::string &filefullpath) |
| virtual void | ReadFromXmlForReloadParticle (std::string &filefullpath) |
| virtual SPHBody * | PointToThisObject () |
| The pointer to derived class object. | |
Public Attributes | |
| Kernel * | kernel_ |
| int | refinement_level_ |
| int | rst_step_ |
| Allocate memory for cell linked list. More... | |
| Real | speed_max_ |
| Real | particle_spacing_ |
| size_t | number_of_real_particles_ |
| Particles & | base_particles_ |
| Material & | base_material_ |
| MeshCellLinkedList * | mesh_cell_linked_list_ |
| size_t | number_of_by_cell_lists_ |
| particle by cells lists is for parallel splitting algorithm particles in each cell are collected together, if two partiles each belongs two different cell entries, they have no interaction because they are too far. | |
| ByCellLists | by_cell_lists_particle_indexes_ |
| ReferenceNeighborList | reference_inner_configuration_ |
| Reference inner configurations for totoal Lagrangian formulation. | |
| NeighborList | current_inner_configuration_ |
| current inner configurations for updated Lagrangian formulation. | |
| SPHBodyContactMap | contact_map_ |
| Contact configurations. More... | |
| ContactParticleList | indexes_contact_particles_ |
| ReferenceContactNeighborList | reference_contact_configuration_ |
| ContactNeighborList | current_contact_configuration_ |
| Region | body_region_ |
| the reagion describe the geometry of the body static member, so the geoemtry head file is included. | |
| PositionsAndVolumes | body_input_points_volumes_ |
| The positions and volumes for genearting particles directly. | |
| ParticlesGeneratorOps | particle_generator_op_ |
Protected Member Functions | |
| Real | RefinementLevelToParticleSpacing () |
Protected Attributes | |
| SPHSystem & | sph_system_ |
| string | body_name_ |
| Real | smoothinglength_ratio_ |
SPHBody is a base body with basic data and functions. Its derived class can be a real fluid body, a real deformable solid body, a static or moving solid body or a fictitious body. Note that only real bodies have cell linked list.
|
explicit |
| void SPH::SPHBody::BodyBounds | ( | Vecd & | lower_bound, |
| Vecd & | upper_bound | ||
| ) |
Find the lower and upper bounds of the body.
| [in,out] | lower_bound | Lower bound of this body. |
| [in,out] | upper_bound | Upper bound of this body. |
| bool SPH::SPHBody::BodyContain | ( | Vecd | pnt | ) |
Check wether a point within the geometry of this body.
| void SPH::SPHBody::ClosestPointOnBodySurface | ( | Vecd | input_pnt, |
| Vecd & | closest_pnt, | ||
| Real & | phi | ||
| ) |
Find closest point from a given point to body surface.
| [in] | input_pnt | The given point. |
| [in,out] | closest_pnt | The found point. |
| [in,out] | phi | The distance from given point to closest point. |
|
virtual |
Generate particles for the body in specific manner.
Several manners are defind in the Body constructor lattice Generate particles on lattice point; direct Input particles with pos and vol; relaxed Read particles info from relax scheme; restart Read particles info from restart files.
|
virtual |
Generate a particle for the body.
| [in] | pnt | The position the particle. |
| [in] | particle_volume | The volume of the particle. |
| string SPH::SPHBody::GetBodyName | ( | ) |
Get the name of this body for out file name.
|
virtual |
Reload particle position and volume from XML files.
|
virtual |
Output particle data in XML file for restart simulation.
|
protected |
Computing particle spacing from refinement level
|
pure virtual |
Update interactiong configuration.
| [in] | interacting_bodies | Interacting bodies of this body. |
Implemented in SPH::FictitiousBody, and SPH::RealBody.
|
virtual |
Output particle data in PLT file for visuallization in Tecplot.
| [in,out] | output_file | Ofstream for output. |
|
virtual |
Output particle data in VTU file for visuallization in Paraview.
| [in,out] | output_file | Ofstream for output. |
|
virtual |
Output particle data in XML file for visuallization.
| [in,out] | output_file | Ofstream for output. |
|
virtual |
Output particle data in XML file for restart simulation.
| [in,out] | output_file | Ofstream for writing. |
|
virtual |
Output particle position and volume in XML file for reloading particles.
| Material& SPH::SPHBody::base_material_ |
Base material of this body.
| Particles& SPH::SPHBody::base_particles_ |
Base particles of this body.
|
protected |
name of this body
| SPHBodyContactMap SPH::SPHBody::contact_map_ |
Contact configurations.
Note that contact configuration only gives all topological relation to this body. The specific physical interaction, which may not involving all contact bodies, will be defined in the specific particle dynamicsContact map: pointing to toplogically contacted bodies.
| ContactNeighborList SPH::SPHBody::current_contact_configuration_ |
Configurations for updated Lagrangian formulation.
| ContactParticleList SPH::SPHBody::indexes_contact_particles_ |
Lists of particles has a ocnfiguration with particles in contaced bodies.
| MeshCellLinkedList* SPH::SPHBody::mesh_cell_linked_list_ |
Cell linked mesh of this body.
| size_t SPH::SPHBody::number_of_real_particles_ |
Number of real particles of the body.
| ParticlesGeneratorOps SPH::SPHBody::particle_generator_op_ |
Particle generator manner
| Real SPH::SPHBody::particle_spacing_ |
Particle spacing of the body.
| ReferenceContactNeighborList SPH::SPHBody::reference_contact_configuration_ |
Configurations for total Lagrangian formulation.
| int SPH::SPHBody::refinement_level_ |
refinement level of this body
| int SPH::SPHBody::rst_step_ |
Allocate memory for cell linked list.
Time step for restart simulaiton /**
|
protected |
Ratio between smoothing length to particle spacing.
| Real SPH::SPHBody::speed_max_ |
Maxium particle speed.


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Package it.polimi.ingsw.controller
Class TurnController
java.lang.Object
it.polimi.ingsw.controller.TurnController
- All Implemented Interfaces:
java.io.Serializable
public class TurnController
extends java.lang.Object
implements java.io.Serializable
This Class contains all methods used to manage every single turn of the match.
- See Also:
- Serialized Form
-
Constructor Summary
Constructors Constructor Description TurnController(java.util.Map<java.lang.String,VirtualView> virtualViewMap, GameController gameController)
Constructor of the Turn Controller. -
Method Summary
Modifier and Type Method Description void
broadcastMatchInfo()
Broadcast Match Info to all Clients.boolean
checkEffectPhase(PhaseType currentPhaseType)
Check if Active Player's Effect is applicable in current Phase.java.lang.String
getActivePlayer()
Worker
getActiveWorker()
java.util.List<java.lang.String>
getNicknameQueue()
Returns a list of Players' nicknames.PhaseType
getPhaseType()
void
movePhase(boolean skipEffect)
Ask to Active Player where to Move the Active Worker.void
newTurn()
Initialize a new Turn.void
next()
Set next active player.void
nextPhase()
Go to Next Phase.void
pickWorker()
Ask to Active Player which Worker want to Move.boolean
requireEffect()
void
resumePhase()
Resume to previous Phase.void
setActivePlayer(java.lang.String activePlayer)
Set the active player.void
setActiveWorker(Worker worker)
Set the Active Worker.void
setAppliedEffect(Effect appliedEffect)
Set the applied Effect.void
setPhaseType(PhaseType turnPhaseType)
Set the current Phase Type.void
setVirtualViewMap(java.util.Map<java.lang.String,VirtualView> virtualViewMap)
Set the virtual view map.void
turnControllerNotify(java.lang.String messageToNotify, java.lang.String excludeNickname)
Sends a Match Info Message to all the players.
-
Constructor Details
-
TurnController
public TurnController(java.util.Map<java.lang.String,VirtualView> virtualViewMap, GameController gameController)Constructor of the Turn Controller.- Parameters:
virtualViewMap
- Virtual View Map of all Clients.gameController
- Game Controller.
-
-
Method Details
-
getActivePlayer
public java.lang.String getActivePlayer()- Returns:
- the nickname of the active player.
-
setActivePlayer
public void setActivePlayer(java.lang.String activePlayer)Set the active player.- Parameters:
activePlayer
- the active Player to be set.
-
next
public void next()Set next active player. -
setActiveWorker
Set the Active Worker.- Parameters:
worker
- of Active Player.
-
getActiveWorker
- Returns:
- the Active Worker.
-
setPhaseType
Set the current Phase Type.- Parameters:
turnPhaseType
- Phase Type.
-
getPhaseType
- Returns:
- the current Phase Type.
-
newTurn
public void newTurn()Initialize a new Turn. -
pickWorker
public void pickWorker()Ask to Active Player which Worker want to Move. -
movePhase
public void movePhase(boolean skipEffect)Ask to Active Player where to Move the Active Worker.- Parameters:
skipEffect
-true
if effect should be by-passedfalse
ohterwise.
-
setAppliedEffect
Set the applied Effect.- Parameters:
appliedEffect
- Effect already applied.
-
broadcastMatchInfo
public void broadcastMatchInfo()Broadcast Match Info to all Clients. -
nextPhase
public void nextPhase()Go to Next Phase. -
checkEffectPhase
Check if Active Player's Effect is applicable in current Phase.- Parameters:
currentPhaseType
- current Phase Type- Returns:
true
if Effect is applicable,false
otherwise.
-
requireEffect
public boolean requireEffect()- Returns:
true
if Effect' Require is satisfied,false
otherwise.
-
resumePhase
public void resumePhase()Resume to previous Phase. -
turnControllerNotify
public void turnControllerNotify(java.lang.String messageToNotify, java.lang.String excludeNickname)Sends a Match Info Message to all the players. Sends a Generic Message which contains Turn Information to all players but the one specified in the second argument.- Parameters:
messageToNotify
- Message to send.excludeNickname
- name of the player to be excluded from the broadcast.
-
getNicknameQueue
public java.util.List<java.lang.String> getNicknameQueue()Returns a list of Players' nicknames.- Returns:
- a list of String.
-
setVirtualViewMap
Set the virtual view map.- Parameters:
virtualViewMap
- Virtual View Map.
-


Parsable
public protocol Parsable
Implement so we can set data on your variables in the TransformController
.
-
Undocumented
Declaration
Swift
public protocol Parsable
-
Set all properties from the data - throws :
ResponseError.InvalidDictionary(dictionary: AnyObject)
Declaration
Swift
func parseFromDict(dict: AnyObject) throws
-
From a dictionary containing properties of the object - throws:
RequestError.InvalidBody
Declaration
Swift
func toDictionary() throws -> NSDictionary?
-
Should provide key in JSON to node of dict that can be parsed.
{ "rootKey": {<dictToParse>} }
Declaration
Swift
static func rootKey() -> String?


#!/usr/bin/env python3
"""
benchbuild's run command.
This subcommand executes experiments on a set of user-controlled projects.
See the output of benchbuild run --help for more information.
"""
import logging
import time
from plumbum import cli
from benchbuild import experiment, experiments, project
from benchbuild.cli.main import BenchBuild
from benchbuild.settings import CFG
from benchbuild.utils import actions, progress
LOG = logging.getLogger(__name__)
[docs]@BenchBuild.subcommand("run")
class BenchBuildRun(cli.Application):
"""Frontend for running experiments in the benchbuild study framework."""
experiment_names = []
group_names = None
test_full = cli.Flag(
["-F", "--full"],
help="Test all experiments for the project",
default=False)
[docs] @cli.switch(
["-E", "--experiment"],
str,
list=True,
help="Specify experiments to run")
def set_experiments(self, names):
self.experiment_names = names
[docs] @cli.switch(
["-D", "--description"],
str,
help="A description for this experiment run")
def set_experiment_tag(self, description):
CFG["experiment_description"] = description
show_progress = cli.Flag(
["--disable-progress"], help="Disable progress bar", default=True)
[docs] @cli.switch(
["-G", "--group"],
str,
list=True,
requires=["--experiment"],
help="Run a group of projects under the given experiments")
def set_group(self, groups):
self.group_names = groups
pretend = cli.Flag(['p', 'pretend'], default=False)
def __generate_plan(self, exps, prjs):
for exp_cls in exps.values():
exp = exp_cls(projects=prjs)
eactn = actions.Experiment(obj=exp, actions=exp.actions())
yield eactn
[docs] @staticmethod
def setup_progress(cfg, num_actions):
"""Setup a progress bar.
Args:
cfg: Configuration dictionary.
num_actions (int): Number of actions in the plan.
Returns:
The configured progress bar.
"""
pg_bar = progress.ProgressBar(
width=80,
pg_char='|',
length=num_actions,
has_output=int(cfg["verbosity"]) > 0,
body=True,
timer=False)
def on_step_end(step, func):
del step, func
pg_bar.increment()
actions.Step.ON_STEP_END.append(on_step_end)
return pg_bar
[docs] def main(self, *projects):
"""Main entry point of benchbuild run."""
experiment_names = self.experiment_names
group_names = self.group_names
experiments.discover()
all_exps = experiment.ExperimentRegistry.experiments
if self.test_full:
exps = all_exps
else:
exps = dict(
filter(lambda pair: pair[0] in set(experiment_names),
all_exps.items()))
unknown_exps = list(
filter(lambda name: name not in all_exps.keys(),
set(experiment_names)))
if unknown_exps:
print('Could not find ', str(unknown_exps),
' in the experiment registry.')
prjs = project.populate(projects, group_names)
if not exps:
print("Could not find any experiment. Exiting.")
return -2
plan = list(self.__generate_plan(exps, prjs))
num_actions = actions.num_steps(plan)
actions.print_steps(plan)
if self.pretend:
exit(0)
if self.show_progress:
pg_bar = type(self).setup_progress(CFG, num_actions)
pg_bar.start()
start = time.perf_counter()
failed = execute_plan(plan)
end = time.perf_counter()
if self.show_progress:
pg_bar.done()
print_summary(num_actions, failed, end - start)
return len(failed)
[docs]def execute_plan(plan):
""""Execute the plan.
Args:
plan (:obj:`list` of :obj:`actions.Step`): The plan we want to execute.
Returns:
(:obj:`list` of :obj:`actions.Step`): A list of failed actions.
"""
results = [action() for action in plan]
return [result for result in results if actions.step_has_failed(result)]
[docs]def print_summary(num_actions, failed, duration):
"""
Print a small summary of the executed plan.
Args:
num_actions (int): Total size of the executed plan.
failed (:obj:`list` of :obj:`actions.Step`): List of failed actions.
duration: Time we spent executing the plan.
"""
num_failed = len(failed)
print("""
Summary:
{num_total} actions were in the queue.
{num_failed} actions failed to execute.
This run took: {elapsed_time:8.3f} seconds.
""".format(
num_total=num_actions, num_failed=num_failed, elapsed_time=duration))


Read the documentation on GitHub.
Unlike Meridian's well known iOS and Android mobile SDKs, the WebSDK is not a complete location services SDK.
A basic demo of the Meridian Web SDK.
A demo showing you can target placemark css using
.meridian-placemark-icon[data-meridian-placemark-id="add placemark id
here"]
to customize the UI
A demo showing how you can modify the zoom level at which label text appears.
A demo of using the api
parameter directly, for use cases
where you need multiple API tokens, or don't want to call
init
.
A demo showing how to change several options dynamically while using the SDK.
A demo showing how to draw a SVG polygon element.
A demo showing how to draw a SVG polyline element.
A demo showing how to draw SVG path, image and circle elements.
A demo showing how to draw an Area Placemark.
A demo showing how to convert a Lat/Lng to a Map Point (x/y) by creating an annotation point and drawing a polygon using a real world latitude and longitude.
A demo showing how to convert a Map Point (x/y) to Lat/Lng.
A demo showing how to create a point annotation.
A demo showing how to create a custom 'you are here' marker.
A demo showing how to hook into extra functionality of the click callbacks.
Option to avoid loading Tags
A demo showing how to replace the click callback functionality with entirely custom behavior.
A demo with an additional example of how a Tag/Marker click callback can be customized.
A demo showing how to filter tags by labels.
Another demo showing how to filter tags by labels.
A demo showing how to filter tags by name.
A demo showing you can target tag css using
.meridian-tag-label-"add tag label name here"
to customize the UI
A demo showing how to hide the Search menu icon.
A demo showing how to hide the Floor menu icon.
Specifying a minimum zoom level (minZoomLevel)
Specifying a maximum zoom level (maxZoomLevel)
A demo showing how to prevent unwanted pan and zoom gestures.
A demo showing how to style the map container.
A demo showing how to make the SDK take up the entire page.
A demo of how to create a dark mode theme for the SDK.
An advanced styling demo.
A demo showing how to use api.getDirections()
to display a
route. To submit feedback please visit:
https://forms.gle/amwwJ8FsQebNCNzz5
A demo showing how to use api.getDirections()
to display a
route that navigates across multiple floors. To submit feedback please
visit:
https://forms.gle/amwwJ8FsQebNCNzz5
A demo showing how to use api.openStream()
to track updates
of Tags on a single Floor.
A demo showing how to use api.openStream()
to track updates
of Tags leaving and entering a single zone.
A demo showing how to use api.openStream()
to track updates
on a single Tag.
A demo showing how to use api.openStream()
to track updates
for Tags with a specific Label.
A demo showing how to use api.openStream()
to track Tags at
a specific location (all Floors)
A demo allowing you to preview any floor.


Lukas Fruntke
Back to Home
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Looks like you got lost.
The page you were looking for was not found. Sorry!


scribd
Businessmodel of Scribd
Customer Segments
Scribd’s product offerings target distinctly different customer groups. Its subscription service is used by mass market consumers, including individuals across a range of demographics in more than 190 countries who wish to consume fiction and non-fiction e-books and audiobooks on demand.
The Company’s self-publishing and document-sharing platform is utilised by a range of individuals and organisations that wish to easily share files and papers – including students, academics, scientific researchers and businesses – as well as authors and large publishing houses that wish to monetise their content portfolios.
Fortune 500 companies such as Ford and HP are reported to use the platform to share documents, while prominent publishers Macmillan, Harper Collins and Bloomsbury provide e-books and audiobooks to the site.
Value Propositions
For users of Scribd’s document-sharing platform, the key value proposition is the ease and immediacy with which they are able to share documents and files with a global audience, at no cost.
Publishers are also attracted to the Scribd platform, as it enables them to command higher royalty percentages than are possible with traditional paper-and-ink books. The platform’s pay-per-read model, whereby publishing houses receive a payment close to full retail price each time a user consumes just 20% of a book’s content, means that publishers are required to shoulder only a small amount of risk.
Both free users of Scribd’s document-sharing platform and publishing partners that provide content to the Company’s digital library and marketplace, benefit from exposure to Scribd’s subscriber-base of 80 million monthly readers, as do advertisers and marketing agencies using the site to broaden their global audience.
Channels
Scribd can be accessed through its desktop and mobile websites, as well as via Apple iOS and Google Play apps. Apps are available on the Amazon Kindle Fire and Nook e-readers, as well as on mainstream mobile devices.
Customer Relationships
Scribd’s document-sharing platform has a self-service model, through which users are able to upload files instantly, without interacting with the Company directly.
The platform is also largely community-driven, with a large proportion of the Company’s 60 million shared documents being provided by its base of free users. Publishers and advertising agencies receive a more personalised service, requiring a greater degree of interaction with the Scribd sales and marketing team.
Key Activities
Scribd is engaged in the development and maintenance of an e-book subscription service and document-sharing platform. It also manages relationships with publishing houses that provide much of the platform’s digital content, and generates revenue through website advertising.
Key Partners
Scribd’s key partners are concerned with publishing, advertising and software development. Much of the platform’s digital library is provided by established publishing houses on a pay-per-read basis. Scribd also has distribution agreements with several major self-publishing platforms, including Smashwords and BookBaby, in order to capitalise on a burgeoning independent publishing market.
Scribd has an API which was previously made available to developers in order to integrate with third party applications. The Company, however, is no longer offering new API accounts. Scribd already has integration tie-ups with social media platforms via Readcast, which allows documents to be shared automatically on Facebook and Twitter. It also integrates Facebook social plugins on its content, which allow users to apply like, comment on and share documents via Facebook without leaving the Scribd site.
Scribd uses Google’s Double Click for Publishers ad-serving solution for a portion of its content, as well as Google’s Dynamic Allocation service, which enables Scribd’s ad servers to select the highest bids for advertising space in real time. The Company also partners with a number of advertising agencies to provide advertising content.
Key Resources
Scribd’s platform itself and the content it houses are its most obvious key resources. In turn, the Company’s content providers – its user community and publishers themselves – are key to the platform’s success. Scribd also has a proprietary copyright protection system named BookID which scans uploaded files before they are published.
The Company, however, has no applications filed with the US Patent and Trademark Office. In terms of personnel, Scribd’s sales and marketing division, through which partnership deals are managed, comprise a key component of the Company’s business model.
Cost Structure
Scribd’s major costs come in relation to its publishing agreements, platform and technology maintenance and development, and retention of personnel. Scribd’s pay-per-read publishing deals have proved particularly costly as a result of a small group of users who consume many times more than the price of their subscription each month. The Company has been forced to adjust its subscription model in order to balance these costs.
Revenue Streams
Scribd’s revenue is generated primarily by its subscription service, which permits users to access three books and one audiobook per month, and consume an unlimited number of documents, sheet music files and selected e-book titles, for a monthly fee of $8.99. A proportion of Scribd’s revenue is also generated by on-site advertising and contextual advertisements placed within documents.
This hybrid limited/unlimited model was introduced in 2016 after the previous fully unlimited model was found to be insufficient in offsetting publishing agreements that have been deemed too beneficial for publishers. In addition to self-service subscriptions, Scribd products can also be shared via gift cards and gift memberships.
A small amount of revenue is also generated by Scribd’s online marketplace where anyone – including professional publishing houses, students, scientists and amateur authors – can publish and sell documents, books and research reports. It remains free for authors to publish works on the store but Scribd takes a 20% share of all sales revenue.


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Plain of Tears [as28], plain, in Mandoria, wilderness
Last updated Turn #123
Plain of Tears [as28], plain, in Mandoria, wilderness
------------------------------------------------------------------------
27: Pack of wolves [ga1g], wolves, number: 9, went west.
29: Horde of rats [al5n], rats, number: 49, arrived from the west.
30: Hammad [j1s], refugee, with one peasant, arrived from the west.
Routes leaving Plain of Tears:
North, plain, to Plain of Tears [ar28], 7 days
East, plain, to Plain of Tears [as29], 7 days
South, plain, to Plain of Tears [at28], 7 days
West, forest, to Great Forest [as27], 8 days
Inner locations:
Poppy field [ae0l], poppy field, 1 day, owner:
Chimera [ag6n], chimera, number: 2
Seen here:
Horde of rats [al5n], rats, number: 49
Hammad [j1s], refugee, with one peasant


Verification Successful!
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If redirection doesn't work, just open Discord -- you should be able to speak very soon.


Building a Simple MIDI Synthesizer
We are going to build a MIDI synthesizer from scratch (without using the Faust libraries).
Phase Generator
The first step is to build a phase generator that produces a periodic sawtooth signal between 0 and 1. Here is the signal we want to generate:
Ramp
In order to produce the above signal we need first to produce a ramp signal
using the following Faust program:
You can think of a Faust program as a description of an audio circuit
where 0.125
, +
and _
are primitives of the language (predefined elementary audio components), and the other two signs: :
and ~
are used to connect together these audio components.
Semantics
To understand the above diagram let's annotate it with its mathematical semantics.
As we can see in the diagram, the formula of the output signal is:
We can compute the first values of :
- ...
- ...
Phase Signal
How can we transform the above ramp into sawtooth signal ? By removing the integer part of the samples in order to keep only the decimal (fractional) part (3.14159
-> 0.14159
).
Let's define a function to do that:
decimalpart(x) = x - int(x);
We can now use that function to transform our ramp into a sawtooth. It is then tempting to write:
process = 0.125 : + ~ _ : decimalpart;
From a mathematical point of view that would be perfectly correct, but we will accumulate rounding errors. To keep full precision it is better to place the decimal part operation inside the loop:
process = 0.125 : (+ : decimalpart) ~ _;
We can now listen the produced signal. Just copy and past decimalpart
and process
definitions into the Faust Web IDE.
Controlling the Frequency of the Phase Signal
Let's first rearrange our code:
In our phase
definition the step value, here 0.125
controls the frequency of the generated signal. We would like to compute this step value according to the desired frequency. In order to do the conversion we need to know the sampling rate. It is available from the standard library as ma.SR
.
Let say we would like our phase signal to have a frequency of 1 Hz, then the step should be very small 1/ma.SR
so that is will take ma.SR
samples (i.e. 1 second) for the phase signal to reach 1.
If we want a frequency of 440 Hz, we need a step 440 times bigger for the phase signal to reach 1 440 times faster.
phase = 440/ma.SR : (+ : decimalpart) ~ _;
We can generalize this definition by replacing 440
by a parameter f
:
phase(f) = f/ma.SR : (+ : decimalpart) ~ _;
and by indicating the desired frequency when we use phase
:
process = phase(440);
Creating a Sine Wave Oscillator
The next step is to transform above phase generator into a sine wave generator. We will use the sin
primitive that computes the sine of x (measured in radians). Therefore we start for the phase signal, we multiply it by 2PI to obtain radiants, and compute the sine. The full program is the following:
import("stdfaust.lib");
decimalpart(x) = x-int(x);
phase(f) = f/ma.SR : (+ : decimalpart) ~ _;
osc(f) = phase(f) * 2 * ma.PI : sin;
process = osc(440);
Controlling the Frequency and Gain of the Oscillator
The next step is to add some controls on the frequency and gain of the oscillator. We can replace the fixed frequency 440
by a user interface slider:
process = osc(hslider("freq", 440, 20, 10000, 1));
and add a gain to control the output level of the oscillator:
process = osc(hslider("freq", 440, 20, 10000, 1)) * hslider("gain", 0.5, 0, 1, 0.01);
Adding a Gate Button
In order to prepare our MIDI synthesizer we need to add a gate button so that the sound is only when we press it:
process = osc(hslider("freq", 440, 20, 10000, 1)) * hslider("gain", 0.5, 0, 1, 0.01) * button("gate");
Adding an Envelope Generator
It is a good idea to also add an envelop generator. Here we will use a predefined ADSR in the Standard Faust library.
import("stdfaust.lib");
decimalpart(x) = x-int(x);
phase(f) = f/ma.SR : (+ : decimalpart) ~ _;
osc(f) = phase(f) * 2 * ma.PI : sin;
process = osc(hslider("freq", 440, 20, 10000, 1))
* hslider("gain", 0.5, 0, 1, 0.01)
* (button("gate") : en.adsr(0.1,0.1,0.98,0.1));
Improving the Timbre
Instead of playing pure sine waves tones, let's improve the timbre with simple additive synthesis:
import("stdfaust.lib");
decimalpart(x) = x-int(x);
phase(f) = f/ma.SR : (+ : decimalpart) ~ _;
osc(f) = phase(f) * 2 * ma.PI : sin;
timbre(f) = osc(f)*0.5 + osc(f*2)*0.25 + osc(f*3)*0.125;
process = timbre(hslider("freq", 440, 20, 10000, 1))
* hslider("gain", 0.5, 0, 1, 0.01)
* (button("gate") : en.adsr(0.1,0.1,0.98,0.1));
Running as a Polyphonic MIDI Synth
To control the synthesizer using MIDI you need to use Chrome. The polyphonic MIDI mode is activated using the drop down menu Poly Voices on the left side of the editor. Choose Computer Keyboard as MIDI input to play notes with the computer keyboard, or plug a MIDI keyboard.
Adding a Global Effect
A global effect can be added by providing a definition for effect
.
// Common effect
effect = dm.zita_light;
import("stdfaust.lib");
decimalpart(x) = x-int(x);
phase(f) = f/ma.SR : (+ : decimalpart) ~ _;
timbre(f) = phase(f)*0.5 + phase(f*2)*0.25 + phase(f*3)*0.125;
process = timbre(hslider("freq", 440, 20, 10000, 1))
* hslider("gain", 0.5, 0, 1, 0.01)
* (button("gate") : en.adsr(0.1,0.1,0.98,0.1));
effect = dm.zita_light;


--- layout: page-with-toc title: Programme titlecontent: "" headings: "overview,tom-macwright,grayson-cooke,lesley-arnold,nathan-woodrow,markus-mannheim,litea-biukoto" ---
FOSS4G SotM Oceania 2020 is taking place online on 20 November 2020. We have created an exciting program with you—the FOSS4G and OpenStreetMap community.
An exciting lineup of thought-provoking keynote speakers.
| Speaker | Title |
|---|---|
| Tom MacWright | Ethics in Geo |
| Grayson Cooke | New Uses for Invalid Data: Satellite Imaging and “Path 99” |
| Lesley Arnold | FireWater: A Collaboration between Open Source, government, academia, business, non-for-profit and geospatial communities |
| Nathan Woodrow | How to Win Friends and Work on Open Source |
| Markus Mannheim | What users want |
| Litea Biukoto | OSS in Disaster Risk Reduction in the Pacific Region |
Title: Ethics in Geo
Abstract: From the Mercator projection to Google Earth, geospatial technology has always had an ethical component and a close relationship with military and industrial forces. I'll replay the last few decades of development in this world, try to figure out where we are and what we can do about it.
Biography: Tom MacWright spent over a decade in the space of geospatial and visualization technology, leading projects at Development Seed, Mapbox, and Observable. He's a frequent writer and contributor to open source projects.
Title: New Uses for Invalid Data: Satellite Imaging and “Path 99”
Abstract: “Path 99” is an art-science project designed for fulldome planetarium projection. Produced by media artist Grayson Cooke and sound artist Dugal McKinnon, and underpinned by a collaboration with Geoscience Australia and the Digital Earth Australia platform, this project uses satellite images of clouds to explore the weather and landscape of Path 99, an orbit of the Landsat 8 satellite that passes directly down the centre of Australia. In this talk I will provide an “open desktop” outline of the project, focusing on how the project merges GIS applications and processes with artistic and conceptual enquiry.
Biography: Born in New Zealand and based in Australia, Grayson Cooke is an interdisciplinary scholar and media artist, Associate Professor of Media at Southern Cross University. Grayson has exhibited and performed at major galleries and festivals internationally including the Japan Media Arts Festival, WRO Media Art Biennale and Imagine Science Film Festival in New York, and he has published widely in academic journals. He holds an interdisciplinary PhD from Concordia University in Montreal.
Title: FireWater: A Collaboration between Open Source, government, academia, business, non-for-profit and geospatial communities
Abstract: In the summer of 2019/20, destructive bushfires ripped
through New South Wales, eastern and north-eastern Victoria, and Kangaroo
Island in South Australia – burning over 1.8 million hectares of land and
causing loss of life and wildlife. During bushfires, firefighters often
have difficulty sourcing water. In some regional locations, mains water may
not be accessible and firefighters must rely on the static water infrastructure
- swimming pools, tanks and dams - as a vital source of water. The big
question is “where is the water”.
This presentation will show how OpenStreetMap, a SSSI mapathon, an
innovative Firewater App, high-resolution imagery, globally volunteered
geospatial information, artificial intelligence, and a proactive government
can find ‘FireWater’.
Biography: Dr Lesley Arnold is an independent consultant working
with governments to develop strategies, policies and implementation plans
for geospatial information reform, open data initiatives and geospatial
innovation globally.
Lesley currently works with the United Nations and World Bank supporting
countries to strengthen their geospatial information management capabilities
towards implementing the 2030 Agenda for Sustainable Development, and is one
of the lead authors of the UN-GGIM Integrated Geospatial Information Framework.
Lesley has held several executive positions on intergovernmental committees, and
led Western Australia’s fundamental geospatial information program for many years.
She is currently a Board Director for AuScope and SSSI.
Title: How to Win Friends and Work on Open Source
Abstract: Open source is eating the world, all the cool kids are doing it these days. What does that mean for your own personal and career growth to be involved in open source projects? And what of the people involved? Are your contributions all that matter or is the community an important driver in success
Biography: Nathan is a core QGIS developer and software developer for Chartis Technology. He has been involved as a developer in the QGIS project since 2011 (wow old), but still loves it the same if not more since he has seen it grow into what it is.
Title: What users want
Abstract: News media increasingly understand the importance of interactive story-telling. This is especially the case with data-rich stories — industry research shows audiences are far more engaged with numerical information if it is presented to them visually, and if audiences are allowed to explore it. However, the news industry is amid a financial crisis and increasingly unable to employ developers. At the same time, providers of geodata-visualisation platforms, such as Google and Mapbox, have begun charging substantial fees for high-volume customers like news media. Markus will offer a user-perspective of open-source geodata tools. He will discuss the kinds of visualisation that audiences engage with, the tools that news media are keen to use and some of the barriers to using them.
Biography: Markus Mannheim is a long-time Canberra journalist who has reported on government for 15 years. He now works as a data journalist at the ABC, which employed him as part of its efforts to expand its data analysis and story-telling skills. Markus has studied data analytics but says he is a "journalist who codes a little" rather than a developer.
Title: OSS in Disaster Risk Reduction in the Pacific Region
Abstract: Coming Soon
Biography: Litea has been an advocate of Free and Opensource Software and OpenData here in the Pacific and has anchored work develop and launch opendata repository of disaster risk information - the Pacific Risk Information System. Litea is a technical expert of disaster risk assessments in the region which has her involved in a number of technical expert groups including the Technical Working Group on Disaster Statistics in Asia and Pacific and the Technical Expert Group on Comprehensive Risk Management that reports to the Executive Committee of the Warsaw International Mechanism on Loss and Damage.
{% include schedule/_general.html %}


Include CSS.
First, include Animate.CSS it directly to your HTML head using a CDN:
<link rel="stylesheet" href="https://cdnjs.cloudflare.com/ajax/libs/animate.css/4.1.1/animate.min.css">
Then include Bootstrap 4 CSS files to your HTML head using a CDN:
<link rel="stylesheet" href="https://stackpath.bootstrapcdn.com/bootstrap/4.5.2/css/bootstrap.min.css"
integrity="sha384-JcKb8q3iqJ61gNV9KGb8thSsNjpSL0n8PARn9HuZOnIxN0hoP+VmmDGMN5t9UJ0Z" crossorigin="anonymous">
Also you have to take into consideration that slider after its initialization automaticly add some styles to you project:
body {
overflow-x: hidden;
}
#"your container id"{
position: relative;
transition: all linear 0.3s;
overflow: hidden; (optional)
}
Include JS.
Yep, include jQuery 3.5.1, animateCssSlider and your own app files after your css-link to your HTML head.

Include HTML.
Create div-container with random id for every slider you need at any place of HTML you need.
For example:

Slides collection.
Prepare some collections of slides for every slider you need.
It might be an array with slides.
For example, slides will be simple "img":
[
"",
"",
"",
"",
"",
]
Or you can include your slides right to your container.
Every first child of the container will be your slide.
For example, use as slides some "div" with text:

Some text

Some text

Some text

Some text

Some text

For debugging slider contains default collection:
[
"",
"",
"",
"",
"",
]
Call the plugin.
Now call in your app.js file the initializer function for your every slider with the same or different settings and all your sliders are ready.
For example, we used a container with id="galery".
Slider with default settings:
$('#galery').animateCssSlider()


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We put hard work, attention to detail, and determination in each and every project we complete at ARASUTECH. We provide our customers with the innovative ideas, appropriate equipment and up-to-date technologies in order to complete their project successfully, on-time, and within budget.
ARASUTECH is committed to its role as a leader for change, working to advance safety practices at project job sites and the safety culture within the electrical construction industry as a whole. We are committed to the continued development and sophistication of our own internal safety organization as well as the advancement of safety management, education and training programs throughout the company.
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Septimus Heap Book One: Magyk
If you enjoy stories about seventh sons of seventh sons and magyk this is the book for you. Read More...
If you enjoy stories about seventh sons of seventh sons and magyk this is the book for you. Read More...
The anticipated new novel by Rick Riordan. After Greek mythology (Percy Jackson), Greek/Roman (Heroes of Olympus), and Egyptian (Kane Chronicles), Rick decides to try his hand with Norse Mythology, and the end result is good. Read More...


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Dallinger’s Javascript library¶
In the previous section we saw that dallinger comes with a range of front-end files that get added to your experiment at run time. These are intended to help you make functional experiments more quickly than would otherwise be the case. We walked through some of the html files, but the real utility, the bit that will save you the most time, is dallingers javascript library dallinger2.js (its called dallinger2 because it replaced an earlier dallinger.js). In this section we’ll walk through some of the key functions that this library provides, so get it open now (Dallinger/dallinger/frontend/static/scripts/dallinger2.js) and we’ll get cracking.
Sending requests¶
Probably the nicest thing about the dallinger2 js library is that it provides a function that masks most of the detail of sending requests from the front end to the back end. The base function is ajax:
var ajax = function (method, route, data) {
var deferred = $.Deferred();
var options = {
url: route,
method: method,
type: 'json',
success: function (resp) { deferred.resolve(resp); },
error: function (err) {
console.log(err);
var rejection = dlgr.AjaxRejection(
{'route': route, 'method': method, 'data': data, 'error': err}
);
deferred.reject(rejection);
}
};
if (data !== undefined) {
options.data = data;
}
reqwest(options);
return deferred;
};
You really don’t need to understand this function in detail, but you atleast need a sense of hot it works. First, note that it takes three arguments:
- method is what route method you want to use, i.e. get or post.
- route is the address of the route, e.g. node/5/neighbors for the neighbors of node 5.
- data is something we haven’t seen much of yet, but we’ll see later that its a way to bundle additional information into the request, things like contents for Info post requests.
The rest of the code simply executes this request. Note also that at the end it returns the output of the request to whatever called the function:
return deferred;
where deferred is the request object (I am not sure why it is called deferred, but it doesn’t really matter). So, to summarize, this function allows user created experiments to send requests very quickly. Let’s say you do want to get the neighbors of Node 5. With dallinger2 imported you only need to do this:
dallinger.ajax('get', 'node/5/neighbors')
Note that here we are not specifying anything for the data argument, and we call the dallinger2 libarary by appending dallinger.
to the front of the command (and not dallinger2.
). Here’s another example where we are sending a request to create a new Info:
dallinger.ajax('post', 'info/5', data = {"contents": "hello!"})
This sends a request to have Node 5 make an Info with the contents “hello!”. But things get even nicer. Because get and post requests are very common, dallinger2 provides handy wrappers for both:
dlgr.get = function (route, data) {
return ajax('get', route, data);
};
dlgr.post = function (route, data) {
return ajax('post', route, data);
};
You should be able to see that these are very basic wrappers around the ajax function that fill in the method for you. So with these, the above request to make an Info can be replaced with:
dallinger.post('info/5', data = {"contents": "hello!"})
In fact dallinger2 goes even further with wrappers for common types of requests. So there’s the function createAgent to send a Node post request:
dlgr.createAgent = function () {
return dlgr.post('/node/' + dallinger.identity.participantId);
};
So now you can send a request to create a Node simply by executing dallinger.createAgent()
. You might be wondering what dallinger.identity
is and we’ll cover that shortly in the subsection on createParticipant
. There are other handy functions too: createInfo
sends an Info post request:
dlgr.createInfo = function (nodeId, data) {
return dlgr.post('/info/' + nodeId, data);
};
If you look through the rest of the file you’ll see there are other similar functions to get Infos, get received Infos, get incoming Transmissions, get Experiment properties, and so on. Some of the functions are bigger than others though, so we’ll look through a couple of them now.
Create participant¶
In the previous chapter we saw there is a server route (/participant/) that can be pinged to prompt the creation of Participant objects. One the front-end side dallinger2.js includes the function createParticipant() that can be called to send a request to this route. But, its a bit more complicated that the other functions we’ve just been looking at, so let’s go through it more carefully. We’re not going to go through every line though, a lot of the code is a bit beyond what you need to know.
The first important bit is where the function gets the various parameters needed for participant creation, and uses them to create the route address:
hit_params = get_hit_params();
url = "/participant/" + hit_params.worker_id + "/" + hit_params.hit_id +
"/" + hit_params.assignment_id + "/" + hit_params.mode + "?fingerprint_hash=" +
(hit_params.fingerprint_hash) + '&recruiter=' + hit_params.recruiter;
The function get_hit_params() is what loads the parameters, and they are originally sent to the participants machine by the recruitment service (i.e. mechanical turk) itself.
Next the function uses the post() function to actually send the request and opens a done
function that dictates what the function should do once the request has completed:
dlgr.post(url).done(function (resp) {
The next thing it does is save the participant id to the local variable dallinger.identity
:
$('.btn-success').prop('disabled', false);
dlgr.identity.participantId = resp.participant.id;
This is pretty much all the important stuff. The rest of the function checks how many other participants have arrived to determine if quorum has been reached, but we don’t need to worry about that for now. So, to summarize, the create participant function does the following:
- load the parameters that originally came from MTurk
- create the url and send the request
- save the result in the dallinger.identity variable
Submitting the Questionnaire and Assignment¶
The other functions we’ll look at happen at the very end of the experiment. The first is submitQuestionnaire()
. This is an optional function that you can call to submit questionnaire data the participant completes during debriefing (i.e. the data is saved in Question objects and not in Infos) provided that your questionnaire follows dallingers expected style (we’ll see examples of this later). The code is pretty abstract though, so I’ll just give you a high level overview. The first bit is what extracts all the questionnaire data:
var formSerialized = $("form").serializeArray(),
spinner = dlgr.BusyForm(),
formDict = {},
xhr;
formSerialized.forEach(function (field) {
formDict[field.name] = field.value;
});
This data is then sent to the Question post route:
xhr = dlgr.post('/question/' + dlgr.identity.participantId, {
question: name || "questionnaire",
number: 1,
response: JSON.stringify(formDict)
});
For simplicity (although somewhat ignoring Dallingers implicit style) this function saves all the data in a single Question object, where the response column actually contains a full description of all the questions and answers. After this the submitAssignment()
function is called:
xhr.done(dlgr.submitAssignment);
The first thing this function does is ask the server for all the participants details. The front end knows its participant id, but in order to submit the assignment back to the recruiter it needs to look back up all its recruiter specific values, things like worker_id and so on:
dlgr.get('/participant/' + dlgr.identity.participantId).done(function (resp) {
Once this request is complete sends another request to the worker_complete
route:
dlgr.get('/worker_complete', {
'participant_id': dlgr.identity.participantId
})
If this request completes successfully the participant is sent to the complete
page that returns them to the recruiters website where they can submit their work and get paid and so on:
dallinger.allowExit();
window.location = "/complete";
And this ends the experiment.


{% extends "_layout.html" %} {% import '_query_table.html' as querytable %} {% set page_title = _('Holdings') %} {% set holdings_all = 'SELECT account, units(sum(position)) as units, cost_number as cost, first(getprice(currency, cost_currency)) as price, cost(sum(position)) as book_value, value(sum(position)) as market_value, cost_date as acquisition_date WHERE account_sortkey(account) ~ "^[01]" GROUP BY account, cost_date, currency, cost_currency, cost_number, account_sortkey(account) ORDER BY account_sortkey(account), currency, cost_date' %} {% set holdings_by = { 'account': 'SELECT account, units(sum(position)) as units, cost(sum(position)) as book_value, value(sum(position)) as market_value, safediv((abs(sum(number(value(position)))) - abs(sum(number(cost(position))))), sum(number(cost(position)))) * 100 as unrealized_profit_pct WHERE account_sortkey(account) ~ "^[01]" GROUP BY account, cost_currency, account_sortkey(account), currency ORDER BY account_sortkey(account), currency', 'currency': 'SELECT units(sum(position)) as units, SAFEDIV(number(only(first(cost_currency), cost(sum(position)))), number(only(first(currency), units(sum(position))))) as average_cost, cost(sum(position)) as book_value, value(sum(position)) as market_value, safediv((abs(sum(number(value(position)))) - abs(sum(number(cost(position))))), sum(number(cost(position)))) * 100 as unrealized_profit_pct WHERE account_sortkey(account) ~ "^[01]" GROUP BY currency, cost_currency ORDER BY currency, cost_currency', 'cost_currency': 'SELECT units(sum(position)) as units, cost(sum(position)) as book_value, value(sum(position)) as market_value, safediv((abs(sum(number(value(position)))) - abs(sum(number(cost(position))))), sum(number(cost(position)))) * 100 as unrealized_profit_pct WHERE account_sortkey(account) ~ "^[01]" GROUP BY cost_currency ORDER BY cost_currency', } %} {% set units_column = { 'account': 1, 'currency': 0, 'cost_currency': 0, } %} {% block content %}
Query {{ querytable.download_links(query_string) }}
{% set contents, result_types, result_rows = ledger.query_shell.execute_query(g.filtered.entries, query_string) %} {{ querytable.querytable(ledger, contents, result_types, result_rows, filter_empty=units_column.get(aggregation_key, 1)) }} {% endblock %}


In this codelab, you'll setup Google Cloud Shell for developing Python applications. Cloud Shell provides a Debian Linux command-line environment as well as an online code editor.
Accept any terms of service that appear.
To isolate our Python environment from the system Python, create a virtual environment.
mkdir ~/venvs
python3 -m venv venvs/dev
echo ' source "$HOME/venvs/dev/bin/activate" ' >> "$HOME/.bashrc"
The "echo" command prints text, and the ">>" command appends that text to the file.
source .bashrc
Now when you open Cloud Shell, you should see "(dev)", which indicates you are using the virtual environment you just created.
which python
If you have successfully activated the virtual environment, you should see an output like "/home/USERNAME/venvs/dev/bin/python".
In addition to a command-line interface, Cloud Shell provides a graphical code editor.
In order to edit files, Cloud Shell Editor needs a working directory. Opening a working directory allows you to browse any files contained within it and provides a starting directory for any command-line terminals started by the editor.
Use Cloud Shell Editor to create a text file containing a list of Python packages you'll use in this course.
appdirs==1.4.4
astroid==2.5.6
attrs==20.3.0
black==21.4b2
cfgv==3.2.0
click==7.1.2
coverage==5.5
distlib==0.3.1
filelock==3.0.12
flake8==3.9.1
Flask==1.1.2
identify==2.2.4
importlib-metadata==4.0.1
iniconfig==1.1.1
isort==5.8.0
itsdangerous==1.1.0
Jinja2==2.11.3
lazy-object-proxy==1.6.0
MarkupSafe==1.1.1
mccabe==0.6.1
mypy-extensions==0.4.3
nodeenv==1.6.0
packaging==20.9
pathspec==0.8.1
pluggy==0.13.1
pre-commit==2.12.1
py==1.10.0
pycodestyle==2.7.0
pyfakefs==4.4.0
pyflakes==2.3.1
pylint==2.8.2
pyparsing==2.4.7
pytest==6.2.3
pytest-cov==2.11.1
PyYAML==5.4.1
regex==2021.4.4
six==1.16.0
toml==0.10.2
typed-ast==1.4.3
typing-extensions==<IP_ADDRESS>
virtualenv==20.4.5
Werkzeug==1.0.1
zipp==3.4.1
In addition to the Cloud Shell command-line, the Cloud Shell Editor comes with a command-line terminal. Using this terminal ensures that you are in the correct directory. It also enables useful features such as links to source code files from test output, which we will see in a later codelab.
You should see a terminal pane at the bottom of your window.
which python
If you have successfully activated the virtual environment, you should see an output like "/home/USERNAME/venvs/dev/bin/python".
ls
Verify that the "requirements.txt" file appears in the list.
Finally, add the Python packages that you'll use in this course to the virtual environment.
pip install -r requirements.txt
python -c 'import flask; print(flask.__version__)'
You should see "1.1.2" printed to the command-line output.


JavaScript Status Bar Messages
JavaScript can be used to display messages in the status bar using window.status
. For example, you can display a javascript status bar message whenever your users hover over your hyperlinks.
Status Bar Example
You can create a status bar message using the following code:
You may have noticed that I specified the onMouseout
to restore the status bar to nothing when the user hovers away from the link.
Example Doesn't Work for You?
Most (newer) major browsers disable status bar messages by default. If your status bar doesn't change when you hover over the link, it's probably because of this.
If you really want to see this example, you can enable status bar messages by changing your browser settings.
For example, in Firefox:
- Go to Tools > Options
- Click the Content tab
- Ensure that the JavaScript option is checked
- Click Advanced (next to the Enable JavaScript option)
- Check the Change status bar text option
- Click OK to save this screen
- Click OK again
In Internet Explorer:
- Go to Tools > Internet Options
- Click the Security tab
- Ensure that the Internet option is selected/highlighted
- Click Custom Level... (this launches the security settings for the Internet zone)
- Scroll down until you see Allow status bar updates via script (under the Scripting option). Click Enable
- Click OK to save this screen
- Click OK again
Note that, because this is the default setting in most browsers, there's a good chance that most of your users won't see your status bar message.


Uber is adding to London CO2 emissions and air pollution
by Stefan BosciaUber and other ride-hailing apps have contributed to a sharp rise in CO2 emissions and air pollution in the taxi and ride services sector, according to a new report
The report - written by the European Federation for Transport and Environment (T&E) - found there was a 23 per cent increase in emissions from "taxi-like services" between 2012 and 2017.
Read more: Uber launches new safety measures in bid for long-term London licence
The rising emissions have run parallel to private hire vehicle licences in London almost doubling to 89,000 in the same period.
T&E also found that the number of private car trips and taxi licences stayed stable over the five years, leading the report to conclude that the rise of Uber and similar apps has "strongly correlated" with "more emissions from the sector".
"In addition to the CO2 being emitted as a result of their operations, the impact of conventional vehicles in taxi and private hire vehicle fleets is putting a heavy burden on city air quality," T&E said.
This is despite Uber and Kapten - the two most popular London ride-hailing apps - consistently claiming otherwise.
"More people in fewer, more efficient cars can mean less environmental impact per person," Uber says on its website.
Meanwhile, Kapten chief executive Sebastien Oebel has also made similar statements in the past.
However, the report found that instead of keeping private cars off the roads, ride-hailing apps in fact act as a deterrent against catching public transport.
Uber comes under particular scrutiny in the T&E report as its app is opened eight-times more by Londoners than competitors apps.
"If Uber continues its current business practice of adding more combustion engine cars and fossil powered kilometres in our cities, it is an obstacle to the transition to green and sustainable cities in Europe," T&E said.
An Uber spokeswoman defended the company's environmental impact, noting that it introduced a clean air plan in January.
She added that Uber was aiming at running an all-electric fleet by 2025 in London.
"We are committed to reducing private car ownership by providing more alternatives," the spokeswoman said.
"In London, we recently introduced electric JUMP bikes, integrated Public Transport information into the app and our Clean Air Plan is helping drivers move into electric vehicles."
Kapten is also trying to move in this direction, launching an all-electric fleet of 1,100 cars this week.
Read more: Ride-hailing app Kapten unveils London-first electric fleet
Responding to the report, Kapten UK general manager Marius Zabrocki said: "Switching entirely to electric class is our objective and we started our way towards that direction by launching the electric class.
"We will go 100 per cent electric as early as possible."


--- layout: post title: glass a portrait of philip in twelve parts date: '2008-03-14T06:16:47+00:00' tags: [] tumblr_url: http://backlog.robbevan.com/post/28816636/glass-a-portrait-of-philip-in-twelve-parts ---
Glass: A Portrait of Philip in Twelve Parts


Sudoku
How to play?
Updateable info text
1
2
3
4
5
6
7
8
9
X
New Game
Easy
Medium
Hard
Expert
Start Over
Solve 1
Solve All
Game Options
Display errors
Use dark theme
Display timer


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See:
Description
| Interface Summary | |
|---|---|
| AttributeAssignActionDAO | attribute assign action data access methods |
| AttributeAssignActionSetDAO | attribute assign action set, links up actions with other actions (probably for privs) |
| AttributeAssignActionSetViewDAO | attribute assign action set views, links up actions with other actions (probably for privs) |
| AttributeAssignDAO | attribute assign data access methods |
| AttributeAssignValueDAO | attribute assign value data access methods |
| AttributeDefDAO | attribute def data access methods |
| AttributeDefNameDAO | attribute def name data access methods |
| AttributeDefNameSetDAO | attribute def name set, links up attributes with other attributes (probably for privs) |
| AttributeDefNameSetViewDAO | attribute def name set views, links up attributes with other attributes (probably for privs) |
| AttributeDefScopeDAO | attribute assign value data access methods |
| AuditEntryDAO | audit entry data access methods |
| AuditTypeDAO | audit type data access methods |
| ChangeLogConsumerDAO | change log consumer data access methods |
| ChangeLogEntryDAO | change log entry data access methods |
| ChangeLogTypeDAO | change log type data access methods |
| CompositeDAO | Basic Composite DAO interface. |
| EntityDAO | Basic Entity DAO interface. |
| ExternalSubjectAttributeDAO | Basic ExternalSubjectAttribute DAO interface. |
| ExternalSubjectDAO | Basic ExternalSubject DAO interface. |
| FieldDAO | Basic Field DAO interface. |
| GroupDAO | Basic Group DAO interface. |
| GrouperDAO | Base Grouper DAO interface. |
| GroupSetDAO | |
| MemberDAO | Basic Member DAO interface. |
| MembershipDAO | Basic Membership DAO interface. |
| PermissionEntryDAO | Basic PermissionEntry DAO interface. |
| PITAttributeAssignActionDAO | |
| PITAttributeAssignActionSetDAO | |
| PITAttributeAssignDAO | |
| PITAttributeAssignValueDAO | |
| PITAttributeAssignValueViewDAO | |
| PITAttributeDefDAO | |
| PITAttributeDefNameDAO | |
| PITAttributeDefNameSetDAO | |
| PITFieldDAO | |
| PITGroupDAO | |
| PITGroupSetDAO | |
| PITMemberDAO | |
| PITMembershipDAO | |
| PITMembershipViewDAO | |
| PITPermissionAllViewDAO | |
| PITRoleSetDAO | |
| PITStemDAO | |
| RegistryDAO | Basic Registry DAO interface. |
| RegistrySubjectDAO | Basic RegistrySubject DAO interface. |
| RoleDAO | role data access methods |
| RoleSetDAO | attribute def name set, links up attributes with other attributes (probably for privs) |
| RoleSetViewDAO | attribute def name set views, links up attributes with other attributes (probably for privs) |
| StemDAO | Basic Stem DAO interface. |
| StemSetDAO | |
| TableIndexDAO | |
| TransactionDAO | methods for dealing with transactions |
| Class Summary | |
|---|---|
| QueryOptions | options on a query (e.g. |
| QueryPaging | |
| QuerySort | |
| QuerySortField | simple bean holds one sort field |
| Exception Summary | |
|---|---|
| GrouperDAOException | Generic Grouper DAO exception. |
This package contains the data access object interfaces that a DB layer would have to implement (generally revolving around queries to DB)
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Pat's medium computer self efficacy means
that they will
persist through some challenges when using software for a reasonable amount of time.
Pat has medium computer self-efficacy, meaning
that they have some
self-confidence in performing computing tasks other than the ones theyare familiar with. This has a variety of
impacts on how they use
software. For example, Pat will keep on trying to figure out how to achieve
what they have
set out to do for quite awhile; Pat doesn't give up right away when computers
or technology present a challenge.


Online Movies Ticket Booking
PRM
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<EMAIL_ADDRESS>Rights Reserved.


DisplayPopupMenu()
Syntax
DisplayPopupMenu(#Menu, WindowID [, x, y])Description
Displays a PopupMenu under the current mouse position or at the given screen location.
Parameters
#Menu The menu to display. It must have been created with CreatePopupMenu() or CreatePopupImageMenu(). WindowID The window with which to associate the popup menu. This value can be obtained with the WindowID() function. x, y (optional) The location at which the menu should be displayed in screen coordinates. These are coordinates in pixels relative to the upper-left corner of the primary monitor.
If this parameter is not specified, the menu is displayed at the current mouse position.
Return value
None.
Remarks
The popup menu will be hidden again when the user selects an item or clicks somewhere outside of the area of the popup menu.
For an example and a preview image see the CreatePopupMenu() help.
See Also
CreatePopupMenu(), CreatePopupImageMenu()
Supported OS
All


Demo Shopping Site
Thank you
This is where you could thank the customer for their order and empty the cart.


Welcome to ZENBU : Login or Create a New Account
Surprise! You may already have an OpenID.
If you use any of the following services, you already have your own OpenID. Below are instructions on how to sign in with each of the following providers on an OpenID enabled website. (When you see bold text, you should replace it with your own username or screenname on that service.)
Look for the “Sign in with a Google Account” button or use your Google Profile URL.
mixi is a web service that allows users to communicate with their friends and acquaintances.
Other Well Known & Simple Providers
In addition, there are several dedicated OpenID providers that are generally recommended by various members of the community. While not a comprehensive list, each of these providers offers a free and secure OpenID to use across the web.
Chi.mp allows you to create your own social hub on an OpenID domain you own and control.
ClaimID is an easy way to manage your online identity with OpenID.
myID.net is an OpenID provider with support for groups and the Korean language.
myOpenID is the first standalone provider for both individuals and businesses, with secure multi-factor authentication.
VeriSign’s Personal Identity Provider is an OpenID provider with support for multi-factor authentication.
Your Internet ID lets you build a social identity to use on the web.


The Java EE 7 Tutorial
37.5 Database Schema Creation
The persistence provider can be configured to automatically create the database tables, load data into the tables, and remove the tables during application deployment using standard properties in the application's deployment descriptor. These tasks are typically used during the development phase of a release, not against a production database.
The following is an example of a persistence.xml
deployment descriptor that specifies that the provider should drop all database artifacts using a provided script, create the artifacts with a provided script, and load data from a provided script when the application is deployed:
<?xml version="1.0" encoding="UTF-8"?> <persistence version="2.1" xmlns="http://xmlns.jcp.org/xml/ns/persistence" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://xmlns.jcp.org/xml/ns/persistence http://xmlns.jcp.org/xml/ns/persistence/persistence_2_1.xsd"> <persistence-unit name="examplePU" transaction-type="JTA"> <jta-data-source>java:global/ExampleDataSource</jta-data-source> <properties> <property name="javax.persistence.schema-generation.database.action" value="drop-and-create"/> <property name="javax.persistence.schema-generation.create-source" value="script"/> <property name="javax.persistence.schema-generation.create-script-source" value="META-INF/sql/create.sql" /> <property name="javax.persistence.sql-load-script-source" value="META-INF/sql/data.sql" /> <property name="javax.persistence.schema-generation.drop-source" value="script" /> <property name="javax.persistence.schema-generation.drop-script-source" value="META-INF/sql/drop.sql" /> </properties> </persistence-unit> </persistence>
37.5.1 Configuring an Application to Create or Drop Database Tables
The javax.persistence.schema-generation.database.action
property is used to specify the action taken by the persistence provider when an application is deployed. If the property is not set, the persistence provider will not create or drop any database artifacts.
Table 37-3 Schema Creation Actions
| Setting | Description |
|---|---|
|
|
No schema creation or deletion will take place. |
|
|
The provider will create the database artifacts on application deployment. The artifacts will remain unchanged after application redeployment. |
|
|
Any artifacts in the database will be deleted, and the provider will create the database artifacts on deployment. |
|
|
Any artifacts in the database will be deleted on application deployment. |
In this example, the persistence provider will delete any remaining database artifacts and then create the artifacts when the application is deployed:
<property name="javax.persistence.schema-generation.database.action" value="drop-and-create"/>
By default, the object/relational metadata in the persistence unit is used to create the database artifacts. You may also supply scripts used by the provider to create and delete the database artifacts. The javax.persistence.schema-generation.create-source
and javax.persistence.schema-generation.drop-source
properties control how the provider will create or delete the database artifacts.
Table 37-4 Settings for Create and Delete Source Properties
| Setting | Description |
|---|---|
|
|
Use the object/relational metadata in the application to create or delete the database artifacts. |
|
|
Use a provided script for creating or deleting the database artifacts. |
|
|
Use a combination of object/relational metadata, then a user-provided script to create or delete the database artifacts. |
|
|
Use a combination of a user-provided script, then the object/relational metadata to create and delete the database artifacts. |
In this example, the persistence provider will use a script packaged within the application to create the database artifacts:
<property name="javax.persistence.schema-generation.create-source" value="script"/>
If you specify a script in create-source
or drop-source
, specify the location of the script using the javax.persistence.schema-generation.create-script-source
or javax.persistence.schema-generation.drop-script-source
property. The location of the script is relative to the root of the persistence unit:
<property name="javax.persistence.schema-generation.create-script-source" value="META-INF/sql/create.sql" />
In the above example, the create-script-source
is set to a SQL file called create.sql
in the META-INF/sql
directory relative to root of the persistence unit.
37.5.2 Loading Data Using SQL Scripts
If you want to populate the database tables with data before the application loads, specify the location of a load script in the javax.persistence.sql-load-script-source property
. The location specified in this property is relative to the root of the persistence unit.
In this example, the load script is a file called data.sql
in the META-INF/sql
directory relative to the root of the persistence unit:
<property name="javax.persistence.sql-load-script-source" value="META-INF/sql/data.sql" />


Angela is student at the University of California, San Diego, studying for her Bachelor's degree in Computer Science. She previous took CSE 110 and COGS 187A, two project classes that were very helpful to developing her skills as a software engineer.