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Our goal is to protect your privacy and the information that you submit to us through the Internet. PepsiCo operates this web site from its offices in Purchase, New York in the United States. All matters pertaining to this web site are governed and interpreted under the laws of the State of New York, United States.
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This policy covers www.PepsiCo.com (PepsiCo's corporate web site). Some of our subsidiaries and/or programs may have their own, possibly different, policies that are posted on their own web sites. We encourage you to review those policies when linking to those web sites.
Personal Information - You may choose to provide personal information (such as your name, address, telephone number and email address) on this web site. Here are some of the ways you may provide the information and the types of information you may submit. We also tell you how we may use the information.
- If you email us through the "Contact Us" link on this site, we ask you for information such as your name and email address so we can respond to your questions and comments. You may choose to provide additional information as well.
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- On our site we provide a phone number, a postal address and an email address so visitors can report matters or other concerns to the board of directors or Audit Committee. If you email us, please be aware that you will be providing us with your email address and any other information you include in your email.
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We collect an Internet Protocol address from all visitors to our site. We use your IP address to help us administer our site. Your IP address is also used to help identify you when you visit our site.
If you submit personal information on the "Careers" or "Job Opportunities" sections of this site, the use and protection of such information is governed by the Jobs2Web Privacy Policy () and/or Broadbean Privacy Policy () posted on that particular web page. Visit each
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<EMAIL_ADDRESS>We do not sell or otherwise disclose personal information about our web site visitors, except as described here. We may share information provided by our visitors to this site with service providers we have retained to perform services on our behalf. These service providers are restricted from using or disclosing the information except as necessary to perform services on our behalf or to comply with legal requirements. In addition, we may disclose information about you (i) if we are required to do so by law or legal process, (ii) to law enforcement authorities or other government officials, or (iii) when we believe disclosure is necessary or appropriate to prevent physical harm or financial loss or in connection with an investigation of suspected or actual illegal activity.
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We maintain administrative, technical and physical safeguards to protect against unauthorized disclosure, use, alteration or destruction of the personal information you provide on this web site. We use secure socket layer (SSL) technology to help keep the personal information you provide on this site secure.
This Privacy Statement may be updated periodically and without prior notice to you to reflect changes in our online information practices. We will post a notice on this web site to notify you of any significant changes to our Privacy Statement and indicate when it was most recently updated.
If you have any questions or comments about this Privacy Statement, or if you would like us to update information we have about you or your preferences, please contact us via one of the addresses or telephone numbers listed .


---
layout: post
title: ToxoDB 24 Released
category: [ToxoDB]
---
ToxoDB_4_15_news
We
are pleased to announce the release of ToxoDB 24
All
EuPathDB release numbers have been synchronized to help us more
efficiently manage our expanding number of databases. As of this
release all EuPathDB resource release numbers have been set to release
24. Subsequent version numbers will increase by one with each
release. For information about individual dataset version
numbers see the Data Sets page.
EuPathDB
Resource |
Jan
2015
Version #
|
April
2015
Version #
|
| ToxoDB |
13.0 |
24 |
New
data in this release:
The data set title below links to a full
description and list of associated searches and genome browser tracks.
Newly Annotated Genome:
Hammondia
hammondi
strain H.H.34 -
Genbank
version 30
June 2014.
Genome
annotation is now
available for this genome.
New Features:
Help us improve our
Data Set page: The dataset page includes information about all
datasets loaded into our resources including, release and date loaded,
name of the provider, links to searches and data visualization, etc...
Take a look at the beta version of our dataset page (access it from the
data summary menu item at the top of our web pages) and let us know what
you think.
Note:
Our bimonthly database releases incorporate new data and correct old
data when necessary. Changes in annotation and new
experimental data may slightly alter your search results by
increasing or decreasing the number of hits. When search parameters
change with a new release, we invalidate (Ø)
the search and ask you to rerun it. When IDs are updated or removed,
we map the old IDs to the new ones, remove the old IDs from your
Basket, and leave your Favorites page alone.
Follow
EuPathDB
on FaceBook,
Twitter, and YouTube


Below you will see all the crystals you have to collect.
Each Crystal is worth a different point value, which you will only see reflected in your score. Thus, you will have to remember each crystal's value as you play. The object of the game is to match the random number score by collecting the right crystals. If your score at the end of each round equals the random number, you win. If your score exceeds the random number value, you lose.
Click on the crystals until your score matches the random number.


| Mandatory | Part | Value | Device | Package | Description | |
| M | C1 | 10uF | CPOL-EUE2.5-5 | E2,5-5 | POLARIZED CAPACITOR, European symbol | |
| M | D1 | | DIODE-D-5 | D-5 | DIODE | |
| J2 | | CONN_05X2PTH | 2X5 | | |
| J3 | | CONN_03 | 1X03 | | |
| J4 | | CONN_03 | 1X03 | | |
| J7 | | CONN_05X2PTH | 2X5 | | |
| J8 | | CONN_05X2PTH | 2X5 | | |
| JIN | | CONN_02LOCK_LONGPADS | 1X02_LOCK_LONGPADS | | |
| JIN1 | USB_MINI-B_SMT | USB_MINI-B_SMT | USB-MINIB | USB type Mini-B Connector | |
| JIN2 | | USB_MICRO-B_FEMALE-SMT | USB-B-MICRO-SMD | USB Type Micro-B Connector | |
| JOUT | | CONN_02LOCK_LONGPADS | 1X02_LOCK_LONGPADS | | |
| JP1 | | JUMPER-SMT_3_NO_SILK | SMT-JUMPER_3_NO_SILK | Normally open jumper | |
| JP3 | | JUMPER-SMT_3_NO_SILK | SMT-JUMPER_3_NO_SILK | Normally open jumper | |
| JSPIPROG | AVR_SPI_PROG_3X2PTH | AVR_SPI_PROG_3X2PTH | 2X3 | AVR ISP 6 Pin | |
| I | K1 | 4052 | 4052 | F4052 | RELAY | |
| LED_POWER2 | | LED-FKIT-1206 | FKIT-LED-1206 | LED (Generic) | |
| NPNOR1 | 2SC2120 | -NPN-TO92-ECB | TO92-ECB | NPN Transistror | |
| NPNOR2 | 2SC2120 | -NPN-TO92-ECB | TO92-ECB | NPN Transistror | |
| M | NRELAY | 2SC2120 | -NPN-TO92-ECB | TO92-ECB | NPN Transistror | |
| R1 | 1k | R-EU_0207/2V | 0207/2V | RESISTOR, European symbol | |
| R2 | 1k | R-EU_0207/2V | 0207/2V | RESISTOR, European symbol | |
| M | R3 | 1k | R-EU_0204/7 | 0204/7 | RESISTOR, European symbol | |
| R4 | 10k | R-EU_0207/2V | 0207/2V | RESISTOR, European symbol | |
| R5 | 10k | R-EU_0207/2V | 0207/2V | RESISTOR, European symbol | |
| R6 | 1k | R-EU_R1206W | R1206W | RESISTOR, European symbol | |
| S1 | MOMENTARY-SWITCH-SPST-PTH-6.0MM | MOMENTARY-SWITCH-SPST-PTH-6.0MM | TACTILE_SWITCH_PTH_6.0MM | Momentary Switch (Pushbutton) - SPST | |
| M | U$1 | ATTINY10 | ATTINY10 | SOT23 | | |
| I | U$2 | HK4100F-DC5V | HK4100F-DC5V | SMR1 | HUIKE (Fujitsu) subminaiture relay | |
//
Mandatory status:
* M: mandatory
* I: pick one or the other, no difference (Beware: board v1.0 works only with F4052 relay, only from v1.2 both relays type are properly accepted)
//


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Fried Rice & Chicken
A very special delicacy
| Date | 18-04-2018 |
|---|---|
| Meal | Fried Rice & Chicken |
| Price | ₦1,500 |
| Description | rice wey dem fry, I guess I dont know the description, just eat the damn food its sweet. |
| Caterer | Pearl Foodies |
| Address | Andela Epic Towers ..... Anthony Bus Stop. |
| Status | Ready |
| Delivery Time | N/A |


| ID | Email ID | Received Date | Review Comment | Reviewed Date | Review Status | |
|---|---|---|---|---|---|---|
| {{eachFeedback.surveyUserGuid}} | {{eachFeedback.emailId || "Not Provided"}} | {{eachFeedback.receivedDate | date:'mediumDate'}} | {{eachFeedback.comment}} | {{eachFeedback.reviewUpdatedDate | date:'mediumDate'}} | {{eachFeedback.reviewComplete ? "Completed" : "Pending"}} |
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new Groups() protected
Group APIS
Methods
get() → Boolean
Fetch a domains groups
The user must be logged in otherwise an error will be emitted
create(group) → boolean
Create a new Group
Arguments:
-
group
(Object)
 Group object
update(m, action, dataopt) → boolean
Update an existing Group
Arguments:
-
m
(Object)
 The message
-
action
(string)
 The action to perform on the message. Must be one of the allowed actions in the message.
-
[data]
(string)
 Action specific data.
If the Action is 'FORWARD' then data must contain the UUID of the member the message is being forwarded to
If the Action is 'DELEGATE' then the data must contain the UUID of the member the message is being delagated to
group
(Object)
 Group object
m
(Object)
 The message
action
(string)
 The action to perform on the message. Must be one of the allowed actions in the message.
[data]
(string)
 Action specific data.
If the Action is 'FORWARD' then data must contain the UUID of the member the message is being forwarded to
If the Action is 'DELEGATE' then the data must contain the UUID of the member the message is being delagated to


MathGeoLib
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Game Math and Geometry Library
My C++ library for 3D mathematics and geometry manipulation.
Jukka Jylänki
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| ID | First Name | Last Name | Phone NO | Department | Degree | Experience (years) | Status |
|---|---|---|---|---|---|---|---|
| {{employee.id}} | {{employee.first_name}} | {{employee.last_name}} | {{employee.phone_no}} | {{employee.department}} | {{employee.degree}} | {{employee.previous_exp}} | {{employee.status}} |


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Minimalist Tip Calculation
Blue Tip Calculator is a simple, elegant tip solution for the minimalist on the go. It supports iPhone, iPad, and Apple Watch.
This started out as an assignment in one of the free online Swift courses I was working on. After finishing it, I figured I may as well submit it to the App Store. It was an exciting experience to see it get approved, and then to see it getting some downloads. Later on, when the Apple Watch was released, I wrote an extension so you could use it on the watch. Now, I think the watch version is much nicer, and slicker than the iOS version.
Blue Tip Calculator on iPhone
How to use the app on iOS
Watch the tutorial video to learn more
Calculating your tip faster on iOS
Watch the tutorial video to learn more
How to use the app on WatchOS
Watch the tutorial video to learn more
I'm here to help!
If any topics were not covered in this section, and you still feel like you need help, then send me a message. Most support requests should be answered within 24 hours Monday-Friday. You may experience a delay on weekends.


Module: ActionController::RequestForgeryProtection
| Child Modules: | |
| Extended by: | |
| Includes: | |
| Defined in: |
Overview
Controller actions are protected from Cross-Site Request Forgery (CSRF) attacks by including a token in the rendered HTML for your application. This token is stored as a random string in the session, to which an attacker does not have access. When a request reaches your application, Rails verifies the received token with the token in the session. All requests are checked except GET requests as these should be idempotent. Keep in mind that all session-oriented requests should be CSRF protected, including JavaScript and HTML requests.
Since HTML and JavaScript requests are typically made from the browser, we
need to ensure to verify request authenticity for the web browser. We can
use session-oriented authentication for these types of requests, by using
the protect_from_forgery
method in our controllers.
GET requests are not protected since they don't have side effects like writing to the database and don't leak sensitive information. JavaScript requests are an exception: a third-party site can use a <script> tag to reference a JavaScript URL on your site. When your JavaScript response loads on their site, it executes. With carefully crafted JavaScript on their end, sensitive data in your JavaScript response may be extracted. To prevent this, only XmlHttpRequest (known as XHR or Ajax) requests are allowed to make GET requests for JavaScript responses.
It's important to remember that XML or JSON requests are also affected
and if you're building an API you should change forgery protection
method in ApplicationController
(by default:
:exception
):
class ApplicationController < ActionController::Base
protect_from_forgery unless: -> { request.format.json? }
end
CSRF protection is turned on with the protect_from_forgery
method. By default protect_from_forgery
protects your session
with :null_session
method, which provides an empty session
during request.
We may want to disable CSRF protection for APIs since they are typically designed to be state-less. That is, the request API client will handle the session for you instead of Rails.
The token parameter is named authenticity_token
by default.
The name and value of this token must be added to every layout that renders
forms by including csrf_meta_tags
in the HTML
head
.
Learn more about CSRF attacks and securing your application in the Ruby
[guides.rubyonrails.org/security.html].
Constant Summarycollapse
- AUTHENTICITY_TOKEN_LENGTH =
-
32
- CROSS_ORIGIN_JAVASCRIPT_WARNING =
-
"Security warning: an embedded " \ "<script> tag on another site requested protected JavaScript. " \ "If you know what you're doing, go ahead and disable forgery " \ "protection on this action to permit cross-origin JavaScript embedding."
Constants included from ActiveSupport::Callbacks
ActiveSupport::Callbacks::CALLBACK_FILTER_TYPES
Instance Method Summary collapse
-
#any_authenticity_token_valid? ⇒ Boolean
protected
Checks if any of the authenticity tokens from the request are valid.
- #compare_with_real_token(token, session) protected
-
#form_authenticity_param
protected
The form's authenticity parameter.
-
#form_authenticity_token(form_options: {})
protected
Sets the token value for the current session.
- #handle_unverified_request protected
-
#mark_for_same_origin_verification!
protected
GET requests are checked for cross-origin JavaScript after rendering.
-
#marked_for_same_origin_verification? ⇒ Boolean
protected
If the
verify_authenticity_token
before_action ran, verify that JavaScript responses are only served to same-origin GET requests. -
#masked_authenticity_token(session, form_options: {})
protected
Creates a masked version of the authenticity token that varies on each request.
-
#non_xhr_javascript_response? ⇒ Boolean
protected
Check for cross-origin JavaScript responses.
- #normalize_action_path(action_path) protected
- #per_form_csrf_token(session, action_path, method) protected
-
#protect_against_forgery? ⇒ Boolean
protected
Checks if the controller allows forgery protection.
- #real_csrf_token(session) protected
-
#request_authenticity_tokens
protected
Possible authenticity tokens sent in the request.
- #unmask_token(masked_token) protected
-
#valid_authenticity_token?(session, encoded_masked_token) ⇒ Boolean
protected
Checks the client's masked token to see if it matches the session token.
- #valid_per_form_csrf_token?(token, session) ⇒ Boolean protected
-
#valid_request_origin? ⇒ Boolean
protected
Checks if the request originated from the same origin by looking at the Origin header.
-
#verified_request? ⇒ Boolean
protected
Returns true or false if a request is verified.
-
#verify_authenticity_token
protected
The actual before_action that is used to verify the CSRF token.
-
#verify_same_origin_request
protected
If
verify_authenticity_token
was run (indicating that we have forgery protection enabled for this request) then also verify that we aren't serving an unauthorized cross-origin response. - #xor_byte_strings(s1, s2) protected
Methods included from ActiveSupport::Concern
append_features, class_methods, .extended, included
Methods included from AbstractController::Callbacks
Methods included from ActiveSupport::Callbacks
#__run_callbacks__, #halted_callback_hook, #run_callbacks
Instance Method Details
#any_authenticity_token_valid? ⇒ Boolean (protected)
Checks if any of the authenticity tokens from the request are valid.
274 275 276 277 278
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 274
def any_authenticity_token_valid? request_authenticity_tokens.any? do |token| valid_authenticity_token?(session, token) end end
#compare_with_real_token(token, session) (protected)
[ GitHub ]351 352 353
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 351
def compare_with_real_token(token, session) ActiveSupport::SecurityUtils.secure_compare(token, real_csrf_token(session)) end
#form_authenticity_param (protected)
The form's authenticity parameter. Override to provide your own.
389 390 391
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 389
def form_authenticity_param params[request_forgery_protection_token] end
#form_authenticity_token(form_options: {}) (protected)
Sets the token value for the current session.
286 287 288
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 286
def form_authenticity_token(form_options: {}) masked_authenticity_token(session, form_options: ) end
#handle_unverified_request (protected)
[ GitHub ]222 223 224
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 222
def handle_unverified_request forgery_protection_strategy.new(self).handle_unverified_request end
#mark_for_same_origin_verification! (protected)
GET requests are checked for cross-origin JavaScript after rendering.
246 247 248
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 246
def mark_for_same_origin_verification! @marked_for_same_origin_verification = request.get? end
#marked_for_same_origin_verification? ⇒ Boolean (protected)
If the verify_authenticity_token
before_action ran, verify
that JavaScript responses are only served to same-origin GET requests.
252 253 254
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 252
def marked_for_same_origin_verification? @marked_for_same_origin_verification ||= false end
#masked_authenticity_token(session, form_options: {}) (protected)
Creates a masked version of the authenticity token that varies on each request. The masking is used to mitigate SSL attacks like BREACH.
293 294 295 296 297 298 299 300 301 302 303 304 305 306 307
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 293
def masked_authenticity_token(session, form_options: {}) action, method = .values_at(:action, :method) raw_token = if per_form_csrf_tokens && action && method action_path = normalize_action_path(action) per_form_csrf_token(session, action_path, method) else real_csrf_token(session) end one_time_pad = SecureRandom.random_bytes(AUTHENTICITY_TOKEN_LENGTH) encrypted_csrf_token = xor_byte_strings(one_time_pad, raw_token) masked_token = one_time_pad + encrypted_csrf_token Base64.strict_encode64(masked_token) end
#non_xhr_javascript_response? ⇒ Boolean (protected)
Check for cross-origin JavaScript responses.
257 258 259
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 257
def non_xhr_javascript_response? content_type =~ %r(\Atext/javascript) && !request.xhr? end
#normalize_action_path(action_path) (protected)
[ GitHub ]409 410 411 412
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 409
def normalize_action_path(action_path) uri = URI.parse(action_path) uri.path.chomp("/") end
#per_form_csrf_token(session, action_path, method) (protected)
[ GitHub ]374 375 376 377 378 379 380
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 374
def per_form_csrf_token(session, action_path, method) OpenSSL::HMAC.digest( OpenSSL::Digest::SHA256.new, real_csrf_token(session), [action_path, method.downcase].join("#") ) end
#protect_against_forgery? ⇒ Boolean (protected)
Checks if the controller allows forgery protection.
394 395 396
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 394
def protect_against_forgery? allow_forgery_protection end
#real_csrf_token(session) (protected)
[ GitHub ]369 370 371 372
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 369
def real_csrf_token(session) session[:_csrf_token] ||= SecureRandom.base64(AUTHENTICITY_TOKEN_LENGTH) Base64.strict_decode64(session[:_csrf_token]) end
#request_authenticity_tokens (protected)
Possible authenticity tokens sent in the request.
281 282 283
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 281
def request_authenticity_tokens [form_authenticity_param, request.x_csrf_token] end
#unmask_token(masked_token) (protected)
[ GitHub ]343 344 345 346 347 348 349
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 343
def unmask_token(masked_token) # Split the token into the one-time pad and the encrypted # value and decrypt it one_time_pad = masked_token[0...AUTHENTICITY_TOKEN_LENGTH] encrypted_csrf_token = masked_token[AUTHENTICITY_TOKEN_LENGTH..-1] xor_byte_strings(one_time_pad, encrypted_csrf_token) end
#valid_authenticity_token?(session, encoded_masked_token) ⇒ Boolean (protected)
Checks the client's masked token to see if it matches the session
token. Essentially the inverse of masked_authenticity_token
.
312 313 314 315 316 317 318 319 320 321 322 323 324 325 326 327 328 329 330 331 332 333 334 335 336 337 338 339 340 341
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 312
def valid_authenticity_token?(session, encoded_masked_token) if encoded_masked_token.nil? || encoded_masked_token.empty? || !encoded_masked_token.is_a?(String) return false end begin masked_token = Base64.strict_decode64(encoded_masked_token) rescue ArgumentError # encoded_masked_token is invalid Base64 return false end # See if it's actually a masked token or not. In order to # deploy this code, we should be able to handle any unmasked # tokens that we've issued without error. if masked_token.length == AUTHENTICITY_TOKEN_LENGTH # This is actually an unmasked token. This is expected if # you have just upgraded to masked tokens, but should stop # happening shortly after installing this gem compare_with_real_token masked_token, session elsif masked_token.length == AUTHENTICITY_TOKEN_LENGTH * 2 csrf_token = unmask_token(masked_token) compare_with_real_token(csrf_token, session) || valid_per_form_csrf_token?(csrf_token, session) else false # Token is malformed end end
#valid_per_form_csrf_token?(token, session) ⇒ Boolean (protected)
355 356 357 358 359 360 361 362 363 364 365 366 367
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 355
def valid_per_form_csrf_token?(token, session) if per_form_csrf_tokens correct_token = per_form_csrf_token( session, normalize_action_path(request.fullpath), request.request_method ) ActiveSupport::SecurityUtils.secure_compare(token, correct_token) else false end end
#valid_request_origin? ⇒ Boolean (protected)
Checks if the request originated from the same origin by looking at the Origin header.
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# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 400
def valid_request_origin? if forgery_protection_origin_check # We accept blank origin headers because some user agents don't send it. request.origin.nil? || request.origin == request.base_url else true end end
#verified_request? ⇒ Boolean (protected)
Returns true or false if a request is verified. Checks:
-
Is it a GET or HEAD request? Gets should be safe and idempotent
-
Does the form_authenticity_token match the given token value from the params?
-
Does the X-CSRF-Token header match the form_authenticity_token
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# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 268
def verified_request? !protect_against_forgery? || request.get? || request.head? || (valid_request_origin? && any_authenticity_token_valid?) end
#verify_authenticity_token (protected)
The actual before_action that is used to verify the CSRF token. Don't
override this directly. Provide your own forgery protection strategy
instead. If you override, you'll disable same-origin
<script>
verification.
Lean on the protect_from_forgery declaration to mark which actions are due for same-origin request verification. If protect_from_forgery is enabled on an action, this before_action flags its after_action to verify that JavaScript responses are for XHR requests, ensuring they follow the browser's same-origin policy.
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# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 211
def verify_authenticity_token mark_for_same_origin_verification! if !verified_request? if logger && log_warning_on_csrf_failure logger.warn "Can't verify CSRF token authenticity." end handle_unverified_request end end
#verify_same_origin_request (protected)
If verify_authenticity_token
was run (indicating that we have
forgery protection enabled for this request) then also verify that we
aren't serving an unauthorized cross-origin response.
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# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 236
def verify_same_origin_request if marked_for_same_origin_verification? && non_xhr_javascript_response? if logger && log_warning_on_csrf_failure logger.warn CROSS_ORIGIN_JAVASCRIPT_WARNING end raise ActionController::InvalidCrossOriginRequest, CROSS_ORIGIN_JAVASCRIPT_WARNING end end
#xor_byte_strings(s1, s2) (protected)
[ GitHub ]382 383 384 385 386
# File 'actionpack/lib/action_controller/metal/request_forgery_protection.rb', line 382
def xor_byte_strings(s1, s2) s2_bytes = s2.bytes s1.each_byte.with_index { |c1, i| s2_bytes[i] ^= c1 } s2_bytes.pack("C*") end


Choose a design from one of our libraries or design your own charm from a JPEG or PNG file.
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--- layout: post status: publish published: true title: "一把吉他，一杯茶" author: Leask author_login: leask author_email<EMAIL_ADDRESS>author_url: https://leaskh.com wordpress_id: 673 wordpress_url: http://leaskh.wordpress.com/2005/09/27/%e4%b8%80%e6%8a%8a%e5%90%89%e4%bb%96%ef%bc%8c%e4%b8%80%e6%9d%af%e8%8c%b6 date: '2005-09-27 12:17:28 +0800' date_gmt: '2005-09-27 12:17:28 +0800' categories: - Life tags: [] comments: [] ---


Vin, the street urchin who has grown into the most powerful Mistborn in the land, and Elend Venture, the idealistic young nobleman who loves her, must build a healthy new society in the ashes of an empire. Three separate armies attack. As the siege tightens, an ancient legend seems to offer a glimmer of hope. But even if it really exists, no one knows where to find the Well of Ascension or what manner of power it bestows.
The army crept like a dark stain across the horizon.


This is a dummy experiment, here's where a consent form would go.
If you would like to take part in the study, please check the checkbox below in order to begin.
Please tick (check) this box to indicate that you consent to taking part in this study and are 18 years old or over.


|
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| PREV NEXT | FRAMES NO FRAMES |
| Packages that use ConnectionLostException | |
|---|---|
| ioio.lib.api | |
| ioio.lib.util |
| Uses of ConnectionLostException in ioio.lib.api |
|---|
| Methods in ioio.lib.api that throw ConnectionLostException | |
|---|---|
int |
Sequencer.available()
Get the number of cues which can be pushed without blocking. |
int |
AnalogInput.available()
Gets the number of samples currently in the buffer. |
void |
IOIO.beginBatch()
Start a batch of operations. |
void |
IOIO.endBatch()
End a batch of operations. |
void |
IcspMaster.enterProgramming()
Initiate a sequence that will put the slave device in programming mode. |
void |
IcspMaster.executeInstruction(int instruction)
Execute a single instruction on the slave MCU. |
void |
IcspMaster.exitProgramming()
Initiate a sequence that will put the slave device out of programming mode. |
float |
PulseInput.getDuration()
Gets the pulse duration in case of pulse measurement mode, or the period in case of frequency mode. |
float |
PulseInput.getDurationBuffered()
Reads a single measurement from the queue. |
float |
PulseInput.getDurationSync()
This is very similar to PulseInput.getDuration() , but will wait for a new sample to arrive
before returning. |
float |
PulseInput.getFrequency()
Gets the momentary frequency of the measured signal. |
float |
PulseInput.getFrequencySync()
This is very similar to PulseInput.getFrequency() , but will wait for a new sample to arrive
before returning. |
java.lang.String |
IOIO.getImplVersion(IOIO.VersionType v)
Query the implementation version of the system's components. |
java.io.InputStream |
IOIOConnection.getInputStream()
|
Sequencer.Event |
Sequencer.getLastEvent()
Get the most recent execution event. |
java.io.OutputStream |
IOIOConnection.getOutputStream()
|
int |
AnalogInput.getOverflowCount()
Gets the number of samples that have been dropped as result of overflow, since AnalogInput.setBuffer(int) has been called. |
float |
AnalogInput.getSampleRate()
Gets the sample rate used for obtaining buffered samples. |
float |
AnalogInput.getVoltage()
Gets the analog input reading, as an absolute voltage in Volt units. |
float |
AnalogInput.getVoltageBuffered()
Read a sample from the internal buffer. |
float |
AnalogInput.getVoltageSync()
This is very similar to AnalogInput.getVoltage() , but will wait for a new sample to arrive
before returning. |
void |
IOIO.hardReset()
Equivalent to disconnecting and reconnecting the board power supply. |
void |
Sequencer.manualStart(Sequencer.ChannelCue[] cues)
Execute a cue until further notice. |
void |
Sequencer.manualStop()
Stop a manual cue currently running. |
AnalogInput |
IOIO.openAnalogInput(int pin)
Open a pin for analog input. |
CapSense |
IOIO.openCapSense(int pin)
Shorthand for openCapSense(pin, CapSense.DEFAULT_COEF). |
CapSense |
IOIO.openCapSense(int pin,
float filterCoef)
Open a pin for cap-sense. |
DigitalInput |
IOIO.openDigitalInput(DigitalInput.Spec spec)
Open a pin for digital input. |
DigitalInput |
IOIO.openDigitalInput(int pin)
Shorthand for openDigitalInput(new DigitalInput.Spec(pin)). |
DigitalInput |
IOIO.openDigitalInput(int pin,
DigitalInput.Spec.Mode mode)
Shorthand for openDigitalInput(new DigitalInput.Spec(pin, mode)). |
DigitalOutput |
IOIO.openDigitalOutput(DigitalOutput.Spec spec,
boolean startValue)
Open a pin for digital output. |
DigitalOutput |
IOIO.openDigitalOutput(int pin)
Shorthand for openDigitalOutput(new DigitalOutput.Spec(pin), false). |
DigitalOutput |
IOIO.openDigitalOutput(int pin,
boolean startValue)
Shorthand for openDigitalOutput(new DigitalOutput.Spec(pin), startValue). |
DigitalOutput |
IOIO.openDigitalOutput(int pin,
DigitalOutput.Spec.Mode mode,
boolean startValue)
Shorthand for openDigitalOutput(new DigitalOutput.Spec(pin, mode), startValue). |
IcspMaster |
IOIO.openIcspMaster()
Open an ICSP channel, enabling Flash programming of an external PIC MCU, and in particular, another IOIO board. |
PulseInput |
IOIO.openPulseInput(DigitalInput.Spec spec,
PulseInput.ClockRate rate,
PulseInput.PulseMode mode,
boolean doublePrecision)
Open a pin for pulse input. |
PulseInput |
IOIO.openPulseInput(int pin,
PulseInput.PulseMode mode)
Shorthand for openPulseInput(new DigitalInput.Spec(pin), rate, mode, true), i.e. |
PwmOutput |
IOIO.openPwmOutput(DigitalOutput.Spec spec,
int freqHz)
Open a pin for PWM (Pulse-Width Modulation) output. |
PwmOutput |
IOIO.openPwmOutput(int pin,
int freqHz)
Shorthand for openPwmOutput(new DigitalOutput.Spec(pin), freqHz). |
Sequencer |
IOIO.openSequencer(Sequencer.ChannelConfig[] config)
Open a motion-control sequencer. |
SpiMaster |
IOIO.openSpiMaster(DigitalInput.Spec miso,
DigitalOutput.Spec mosi,
DigitalOutput.Spec clk,
DigitalOutput.Spec[] slaveSelect,
SpiMaster.Config config)
Open a SPI master module, enabling communication with multiple SPI-enabled slave modules. |
SpiMaster |
IOIO.openSpiMaster(int miso,
int mosi,
int clk,
int[] slaveSelect,
SpiMaster.Rate rate)
Shorthand for IOIO.openSpiMaster(ioio.lib.api.DigitalInput.Spec, ioio.lib.api.DigitalOutput.Spec, ioio.lib.api.DigitalOutput.Spec, ioio.lib.api.DigitalOutput.Spec[], ioio.lib.api.SpiMaster.Config)
, where the pins are all open with the default modes and default configuration values are
used. |
SpiMaster |
IOIO.openSpiMaster(int miso,
int mosi,
int clk,
int slaveSelect,
SpiMaster.Rate rate)
Shorthand for IOIO.openSpiMaster(ioio.lib.api.DigitalInput.Spec, ioio.lib.api.DigitalOutput.Spec, ioio.lib.api.DigitalOutput.Spec, ioio.lib.api.DigitalOutput.Spec[], ioio.lib.api.SpiMaster.Config)
, where the MISO pins is opened with pull up, and the other pins are open with the default
modes and default configuration values are used. |
TwiMaster |
IOIO.openTwiMaster(int twiNum,
TwiMaster.Rate rate,
boolean smbus)
Open a TWI (Two-Wire Interface, such as I2C/SMBus) master module, enabling communication with multiple TWI-enabled slave modules. |
Uart |
IOIO.openUart(DigitalInput.Spec rx,
DigitalOutput.Spec tx,
int baud,
Uart.Parity parity,
Uart.StopBits stopbits)
Open a UART module, enabling a bulk transfer of byte buffers. |
Uart |
IOIO.openUart(int rx,
int tx,
int baud,
Uart.Parity parity,
Uart.StopBits stopbits)
Shorthand for IOIO.openUart(DigitalInput.Spec, DigitalOutput.Spec, int, Uart.Parity, Uart.StopBits) ,
where the input pins use their default specs. |
void |
Sequencer.pause()
Pause execution of the sequence. |
void |
Sequencer.push(Sequencer.ChannelCue[] cues,
int duration)
Push a timed cue to the sequencer. |
boolean |
DigitalInput.read()
Read the value sensed on the pin. |
float |
CapSense.read()
Gets the capacitance reading. |
float |
AnalogInput.read()
Gets the analog input reading, as a scaled real value between 0 and 1. |
float |
AnalogInput.readBuffered()
Read a sample from the internal buffer. |
float |
CapSense.readSync()
This is very similar to CapSense.read() , but will wait for a new sample to arrive before
returning. |
float |
AnalogInput.readSync()
This is very similar to AnalogInput.read() , but will wait for a new sample to arrive before
returning. |
void |
IcspMaster.readVisi()
Request a read of the VISI register on the slave MCU. |
void |
AnalogInput.setBuffer(int capacity)
Initializes or destroys an internal buffer, used for queuing sampled data. |
void |
PwmOutput.setDutyCycle(float dutyCycle)
Sets the duty cycle of the PWM output. |
void |
Sequencer.setEventQueueSize(int size)
Sets a new size for the incoming event queue. |
void |
CapSense.setFilterCoef(float t)
Sets the low-pass filter coefficient. |
void |
PwmOutput.setPulseWidth(float pulseWidthUs)
The same as PwmOutput.setPulseWidth(int) , but with sub-microsecond
precision. |
void |
PwmOutput.setPulseWidth(int pulseWidthUs)
Sets the pulse width of the PWM output. |
void |
IOIO.softReset()
Resets the entire state (returning to initial state), without dropping the connection. |
void |
Sequencer.start()
Start execution of the sequence. |
void |
Sequencer.stop()
Stop execution of the sequence. |
void |
IOIO.sync()
Sends a message to the IOIO and waits for an echo. |
Sequencer.Event |
Sequencer.waitEvent()
Waits until an execution event occurs and returns it. |
void |
Sequencer.waitEventType(Sequencer.Event.Type type)
A convenience method for blocking until an event of a certain type appears on the event queue. |
void |
IOIOConnection.waitForConnect()
|
void |
IOIO.waitForConnect()
Establishes connection with the IOIO board. |
void |
DigitalInput.waitForValue(boolean value)
Block until a desired logical level is sensed. |
void |
CapSense.waitOver(float threshold)
Block until sensed capacitance becomes greater than a given threshold. |
void |
CapSense.waitOverSync(float threshold)
This is very similar to #waitOver() , but will wait for a new sample to arrive before
returning. |
float |
PulseInput.waitPulseGetDuration()
Deprecated. Please use PulseInput.getDurationBuffered() instead. |
boolean |
TwiMaster.Result.waitReady()
Wait until the asynchronous call which returned this instance is complete. |
void |
SpiMaster.Result.waitReady()
Wait until the asynchronous call which returned this instance is complete. |
void |
CapSense.waitUnder(float threshold)
Block until sensed capacitance becomes less than a given threshold. |
void |
CapSense.waitUnderSync(float threshold)
This is very similar to #waitUnder() , but will wait for a new sample to arrive before
returning. |
int |
IcspMaster.waitVisiResult()
Wait and return a result of a call to IcspMaster.readVisi() . |
void |
DigitalOutput.write(boolean val)
Set the output of the pin. |
void |
SpiMaster.writeRead(byte[] writeData,
int writeSize,
int totalSize,
byte[] readData,
int readSize)
Shorthand for SpiMaster.writeRead(int, byte[], int, int, byte[], int) for
the single-slave case. |
boolean |
TwiMaster.writeRead(int address,
boolean tenBitAddr,
byte[] writeData,
int writeSize,
byte[] readData,
int readSize)
Perform a single TWI transaction which includes optional transmission and optional reception of data to a single slave. |
void |
SpiMaster.writeRead(int slave,
byte[] writeData,
int writeSize,
int totalSize,
byte[] readData,
int readSize)
Perform a single SPI transaction which includes optional transmission and optional reception of data to a single slave. |
TwiMaster.Result |
TwiMaster.writeReadAsync(int address,
boolean tenBitAddr,
byte[] writeData,
int writeSize,
byte[] readData,
int readSize)
Asynchronous version of TwiMaster.writeRead(int, boolean, byte[], int, byte[], int) . |
SpiMaster.Result |
SpiMaster.writeReadAsync(int slave,
byte[] writeData,
int writeSize,
int totalSize,
byte[] readData,
int readSize)
The same as SpiMaster.writeRead(int, byte[], int, int, byte[], int) , but
returns immediately and returns a SpiMaster.Result object that can be
waited on. |
| Uses of ConnectionLostException in ioio.lib.util |
|---|
| Methods in ioio.lib.util that throw ConnectionLostException | |
|---|---|
void |
IOIOLooper.loop()
Subclasses should override this method for performing operations to be done repetitively as long as IOIO communication persists. |
void |
BaseIOIOLooper.loop()
|
void |
IOIOLooper.setup(IOIO ioio)
Subclasses should override this method for performing operations to be done once as soon as IOIO communication is established. |
void |
BaseIOIOLooper.setup(IOIO ioio)
|
|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |


Lighre229.github.io
PDF Education Spring 2008 Ohaus - wholesalepoint.com. OHAUS is a worldwide leader that manufactures and markets analytical, precision, portable and light industrial electronic and mechanical weighing equipment. OHAUS. Laden Sie zur Ansicht das Dokument im PDF-Format herunter. PDF-Dokumente erfordern die Installation der Adobe® Acrobat Reader DC® Software.  Ohaus Corporation, USA, was examined and evaluated in 1994 by the Bureau Veritas Quality International, BVQI, and was awarded ISO 9001 registration. This certifies that Ohaus Corporation, USA, has a quality system that conforms
We would like to show you a description here but the site won t allow. Explorer Pro Bedienungsanleitung - dmx.ohaus.com. Guides. The guides below will help you make the most of the platform features. Social Features - An overview of social features available on Instant Games. Best Practices - How to design your game around social experiences and succeed on our platform. Making your game lightweight - learn how to optimize your game for slower connections, older devices Ohaus Ep214c Manual - roseupload.
Bill Redirect software is compatible with all models of scale/balance including. Scale Manufacturers. My Weigh Scales. Jennings Scales. Tanita Scales. Ohaus Scales (old models) Ohaus Scales (new models) The New JS-V Dually AXE A2 EP164-USR EP164 EP214-USR Ohaus Explorer®. Guides - Games - Documentation - Facebook for Developers. Scales Modes Example (Bill Redirect).
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Balances, analytical, Explorer Pro from Eurodyne. ISO 9001 Registration for Ohaus Corporation. Ohaus Corporation, USA, was examined and evaluated in 1994 by the Bureau Veritas Quality Interna-tional, BVQI, and was awarded ISO 9001 registration. This certifies that Ohaus Corporation, USA, has a quality system that conforms with the international. Multilayer LAN Switches Documentation - Cisco. Unique Ohaus design offers increased durability and superior accuracy employing a precision engineered metal beam for years of maintenance-free classroom use Dual style, interchangeable pans allow for a broader range of objects to be weighed including a flat pan similar to the Ohaus Harvard Trip and a bowl-type pan for use in weighing round objects. Handbücher MFC-J480DW - support.brother.com.
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BLINK A film review by James Berardinelli Copyright 1994 James Berardinelli
Rating (Linear 0 to 10): 6.1
Date Released: 1/26/94 Running Length: 1:46 Rated: R (Language, nudity, violence, sex)
Starring: Madeleine Stowe, Aidan Quinn, James Remar, Peter Friedman, Laurie Metcalf Director: Michael Apted Producer: David Blocker Screenplay: Dana Stevens Music: Brad Fiedel Released by New Line Cinema
What would it be like to lose your sight at the age of eight then, twenty years later through the miracle of modern medical science, regain it? Wondrous, yes; but perhaps frightening as well. That which was familiar and comfortable in darkness suddenly becomes strange and threatening in light.
 For twenty years, she has lived in the dark, until an eye surgeon (Peter Friedman) offers her a cornea transplant to restore her vision. With mingled excitement and fear, she allows the operation, first on one eye, then on the other. Initially, her vision is imperfect--images swim in and out of focus, and she occasionally hallucinates, apparently seeing things up to a day after they occur. Soon after returning to her apartment building, Emma becomes witness to a murder--sort of. She sees the face of a suspect, but not until the day after the killing. Detective John Hallstrom (Aidan Quinn) doesn't know what to make of Emma's "visions", but she's his only witness in what appears to be a serial killing.
For BLINK to work, the viewer has to be willing to accept a rather dubious plot device: that Emma's eye/brain coordination is so screwed up that it occasionally takes as much as a full day before she recognizes a face. Those that find this a tremendously silly proposition will have difficulty wading through the movie's improbabilities. Fortunately, director Michael Apted is skillful enough that his use of such an unlikely premise is masked with adequate flair.
With the exception of some insipid dialogue (snippets of which infect the entire production), BLINK starts out well. It's fascinating to watch as a blind woman regains her sight. Apted tries to present the world from her perspective and, while this is interesting in the beginning, he does it a little too often.
The "thriller" portion of the story takes a while to get going, with the first twenty minutes devoted to setup. When the killer is eventually introduced, it occurs in a chilling scene, helped in part by Brad Fiedel's cacophonous music and some intriguing camerawork. Much of the plot follows a fairly standard formula--cop and victim meet, they argue, then they fall in love--but every time BLINK looks like its going to fall into a typical cliche of the genre, it somehow manages to avoid the trap. That's not to say that there aren't times when things become obvious or predictable, but at least the ending shows a little originality, and the motive is unique.
Madeleine Stowe's Emma is a rarity--a strong-willed victim who isn't afraid to fight back without the support of a man. At times, Hallstrom seems almost superfluous. In fact, one could almost make a case for a role-reversal, with Emma as BLINK's central focus and the detective as her male love interest.
Ms. Stowe manages to portray Emma as forthright and independent, and she adequately conveys the mixed emotions that result from her newfound sense of sight. Nevertheless, there's an occasional lack of passion in the performance, and there are a few scenes where she isn't convincing. Throughout her career, Ms. Stowe has excelled at playing supporting characters. Placed in the lead role for the first time, occasional faults are magnified.
Aidan Quinn is something of a nonentity.  The screenplay is undoubtedly part of the problem--writer Dana Stevens constantly has trouble with character consistency--but Quinn never gets a good handle on his role.
Michael Apted, best known for his documentaries (The 7 UP series and INCIDENT AT OGLALA), develops a fine atmosphere, creating a Chicago that is often ominous and strange. Unfortunately, Apted isn't as strong in directing his actors as he is setting a mood.
BLINK is an adequate thriller. It offers a reasonable one-hundred six minutes worth of entertainment, with a few chills but not many surprises. Although this isn't a breakthrough performance for Madeleine Stowe, she manages to pull off the role of Emma in a mostly-convincing fashion. Nevertheless, except for the often-haunting and claustrophobic atmosphere, there's little special here. Considering the general low quality of entries into the genre, however, you could easily do worse.
- James Berardinelli<EMAIL_ADDRESS>.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


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reminders.Rd
Print out a list of steps to take upon creating a new R package in RStudio.
reminders(pkg = basename(getwd()), account = "leonawicz")
| pkg | defaults to working directory. |
|---|---|
| account | GitHub account name, defaults to "leonawicz". |
cat
a list of steps to the console.
Adding the repo on GitHub (step 3) can be done any time prior to step 4.
The suggested steps are mostly universal except for the final two, which cater to SNAPverse defaults.
See use_these
for details on defaults.
reminders()#> 1. Create a new R package via RStudio > New Project > R Package #> with 'Create a git repository' checked. #> 2. Make initial commit by adding the initial .Rbuildignore, .gitignore and [pkgname].Rproj files. #> 3. Add the repo on GitHub: #> Use default settings (Do not create README.md). #> Set docs/ directory for hosting project website (Must first push docs/ to GitHub). #> 4. In git shell, enter: #> git remote add origin git@github.com:leonawicz/reference.git #> git push -u origin master #> 5. Then return to R console and run: #> snapmeta::use_these() #> NOTE: Run Rstudio session as Administator in Windows so usethese() can create lintr symbolic link. #> 6. Add Travis CI, Appveyor and code coverage badges to README.Rmd. Add projects on respective sites. #> Badges are in console output. Remember to add the `after_success` segment to .travis.yml as well. #> 7. Check the following: #> Delete absolute path to `docs` created by pkgdown in .Rbuildignore. #> Make initial updates to DESCRIPTION and other files, e.g., README.Rmd, vignette Rmd file, LICENSE.md. #> Delete NAMESPACE so it can be auto-generated via devtools. #> Delete any Hello World files. #> At least one inital unit test is required to pass build. Lintr test will suffice. #> Commit changes, but hold off on cran-comments.md and revdep until meaningful.


|
SideCar
|
Public Types | |
| enum | Flags { kDropping = (1 << 0) } |
| using | Super = Header |
| using | Ref = boost::shared_ptr< TSPI > |
| using | Coord = std::vector< double > |
| Public Types inherited from SideCar::Messages::Header | |
| using | Ref = boost::shared_ptr< Header > |
Public Member Functions | |
| ~TSPI () | |
| Destructor. | |
| ACE_InputCDR & | load (ACE_InputCDR &cdr) |
| Read in a TSPI message from an CDR input stream. More... | |
| ACE_OutputCDR & | write (ACE_OutputCDR &cdr) const |
| Write out a TSPI message to a CDR output stream. More... | |
| std::ostream & | printData (std::ostream &os) const |
| Print out a textual representation of the TSPI message. More... | |
| std::ostream & | printDataXML (std::ostream &os) const |
| Write out a TSPI message to a C++ output stream in XML format. More... | |
| const double * | getEarthCentered () const |
| Obtain the position in earth-centered coordinates. More... | |
| double | getE () const |
| Obtain the E component of the earth-centered position. More... | |
| double | getF () const |
| Obtain the F component of the earth-centered position. More... | |
| double | getG () const |
| Obtain the G component of the earth-centered position. More... | |
| const Coord & | getLatitudeLongitudeHeight () const |
| Obtain the position in latitude, longitude, height. More... | |
| double | getLatitude () const |
| Obtain the latitude component. More... | |
| double | getLongitude () const |
| Obtain the longitude component. More... | |
| double | getHeight () const |
| Obtain the height component. More... | |
| const Coord & | getRangeAzimuthElevation () const |
| Obtain the position in range, azimuth, elevation from the radar origin. More... | |
| double | getRange () const |
| Obtain the range component. More... | |
| double | getAzimuth () const |
| Obtain the azimuth component. More... | |
| double | getElevation () const |
| Obtain the elevation component. More... | |
| const Coord & | getXYZ () const |
| Obtain the 3-D offsets from the radar origin. More... | |
| double | getX () const |
| Obtain the X component. More... | |
| double | getY () const |
| Obtain the Y component. More... | |
| double | getZ () const |
| Obtain the Z component. More... | |
| double | getWhen () const |
| Obtain the timestamp for the position report. More... | |
| const std::string & | getTag () const |
| Obtain the name assigned to the report. More... | |
| bool | isDropping () const |
| Determine if the report is dropping. More... | |
| void | setDropping () |
| Set the dropping indicator. | |
| void | dump () const |
| Write the current position values to the debug logger. | |
| void | addAttribute (const std::string &name, const XmlRpc::XmlRpcValue &value) |
| Add an attribute to the position report. More... | |
| const Attributes & | getAttributes () const |
| Obtain the Attributes object for this report. More... | |
| void | loadXML (XmlStreamReader &xsr) |
| Set internal state from an XML message. More... | |
| Public Member Functions inherited from SideCar::Messages::Header | |
| Header (const MetaTypeInfo &metaTypeInfo) | |
| Constructor for messages read in from an external device. More... | |
| Header (const std::string &producer, const MetaTypeInfo &metaTypeInfo) | |
| Constructor for new messages. More... | |
| Header (const std::string &producer, const MetaTypeInfo &metaTypeInfo, const Ref &basis) | |
| Constructor for new messages. More... | |
| Header (const std::string &producer, const MetaTypeInfo &metaTypeInfo, const Ref &basis, MetaTypeInfo::SequenceType sequenceNumber) | |
| Constructor for new messages. More... | |
| virtual | ~Header () |
| Destructor. More... | |
| const MetaTypeInfo & | getMetaTypeInfo () const |
| Obtain the type specification for the message. More... | |
| const GUID & | getGloballyUniqueID () const |
| Get the globally-unique ID of the message. More... | |
| MetaTypeInfo::SequenceType | getMessageSequenceNumber () const |
| Get the message sequence number for the message. More... | |
| void | setMessageSequenceNumber (MetaTypeInfo::SequenceType msn) |
| Set the sequence number for this message. More... | |
| const Time::TimeStamp & | getCreatedTimeStamp () const |
| Obtain when the message was created. More... | |
| Time::TimeStamp | setCreatedTimeStamp (const Time::TimeStamp &timeStamp) |
| Revise the creation message timestamp. More... | |
| const Time::TimeStamp & | getEmittedTimeStamp () const |
| Obtain when the message was written to an external device (file or network). More... | |
| Time::TimeStamp | setEmittedTimeStamp (const Time::TimeStamp &timeStamp) |
| Set the emitted time stamp with the given value. More... | |
| virtual size_t | getSize () const |
| Obtain the C++ structure size for this object. More... | |
| HeaderPrinter | headerPrinter () const |
| Convenience method that simply returns a new HeaderPrinter functor for this header object. More... | |
| DataPrinter | dataPrinter () const |
| Convenience method that simply returns a new DataPrinter functor for this header object. More... | |
| XMLPrinter | xmlPrinter () const |
| Convenience method that simply returns a new XMLPrinter functor for this header object. More... | |
| virtual std::ostream & | print (std::ostream &os) const |
| Write out the entire message to a C++ text output stream. More... | |
| virtual std::ostream & | printHeader (std::ostream &os) const |
| Write out the message header to a C++ text output stream. More... | |
| virtual std::ostream & | printXML (std::ostream &os) const |
| Write out the message to a C++ text output stream in XML format. More... | |
| bool | hasBasis () const |
| Determine if the message has a basis message attached to it. More... | |
| Ref | getBasis () const |
| Obtain a reference to the message that this one was based on. More... | |
| template<typename T > | |
| T::Ref | getBasis () const |
| Templated version of the above method. More... | |
Static Public Member Functions | |
| static Logger::Log & | Log () |
| static const MetaTypeInfo & | GetMetaTypeInfo () |
| Obtain the message type information for RawVideo objects. More... | |
| static const GEO_LOCATION * | GetOrigin () |
| static std::string | GetSystemIdTag (uint16_t systemId) |
| static double | MakeEFGCoordinateFromRawBytes (const uint8_t *ptr) |
| Utility that converts 4 raw bytes into a double value, taking into account endianess of the host, where big-endian is taken as-is and little-endian is byte-swapped. More... | |
| static Ref | MakeRaw (const std::string &producer, ACE_Message_Block *raw) |
| Class factory that creates new reference-counted TSPI message objects. More... | |
| static Ref | MakeRAE (const std::string &producer, const std::string &tag, double when, double range, double azimuth, double elevation) |
| Class factory that creates new reference-counted TSPI message objects from range, azimuth, and elevation values. More... | |
| static Ref | MakeLLH (const std::string &producer, const std::string &tag, double when, double latitude, double longitude, double height) |
| Class factory that creates new reference-counted TSPI message objects from latitude, longitude, and height values. More... | |
| static Ref | MakeXYZ (const std::string &producer, const std::string &tag, double when, double x, double y, double z) |
| Class factory that creates new reference-counted TSPI message objects using offsets from the radar position (given by RadarConfig) More... | |
| static Ref | Make (ACE_InputCDR &cdr) |
| Class factory that creates new reference-counted TSPI message objects using data from an input CDR stream. More... | |
| Static Public Member Functions inherited from SideCar::Messages::Header | |
| static Logger::Log & | Log () |
| Obtain log device to use for objects of this class. More... | |
| static const MetaTypeInfo * | GetMessageMetaTypeInfo (ACE_InputCDR &cdr) |
Additional Inherited Members |
|
inline |
|
inline |
Obtain the Attributes object for this report.
|
inline |
Obtain the azimuth component.
Definition at line 244 of file TSPI.h.
Referenced by dump(), printData(), and printDataXML().
|
inline |
|
inline |
|
inline |
Obtain the elevation component.
Definition at line 251 of file TSPI.h.
Referenced by dump(), printData(), and printDataXML().
|
inline |
|
inline |
|
inline |
|
inline |
| const TSPI::Coord & TSPI::getLatitudeLongitudeHeight | ( | ) | const |
|
inline |
|
static |
Obtain the message type information for RawVideo objects.
Definition at line 36 of file TSPI.cc.
References SideCar::Messages::RadarConfig::GetSiteHeight(), SideCar::Messages::RadarConfig::GetSiteLatitude(), SideCar::Messages::RadarConfig::GetSiteLongitude(), and LOGINFO.
Referenced by MakeEFGCoordinateFromRawBytes().
|
inline |
Obtain the range component.
Definition at line 237 of file TSPI.h.
Referenced by dump(), printData(), and printDataXML().
| const TSPI::Coord & TSPI::getRangeAzimuthElevation | ( | ) | const |
|
inline |
|
inline |
|
inline |
| const TSPI::Coord & TSPI::getXYZ | ( | ) | const |
|
inline |
|
inline |
|
inline |
|
virtual |
Read in a TSPI message from an CDR input stream.
Override of Header::load().
| cdr | stream to read from |
Reimplemented from SideCar::Messages::Header.
Definition at line 386 of file TSPI.cc.
References SideCar::Messages::Header::load(), SideCar::Messages::TLoaderRegistry< T >::load(), LOGDEBUG, and LOGINFO.
|
virtual |
Set internal state from an XML message.
| xsr | input XML stream to read from |
Reimplemented from SideCar::Messages::Header.
Definition at line 456 of file TSPI.cc.
References SideCar::Messages::XmlStreamReader::getAttribute(), SideCar::Messages::Header::loadXML(), and SideCar::Messages::XmlStreamReader::readNextEntityAndValidate().
|
static |
|
static |
Utility that converts 4 raw bytes into a double value, taking into account endianess of the host, where big-endian is taken as-is and little-endian is byte-swapped.
| ptr | address of 4 bytes to use |
Definition at line 176 of file TSPI.cc.
References dump(), GetMetaTypeInfo(), SideCar::Messages::Header::Header(), LOGINFO, and Logger::ProcLog::showsDebug1().
|
static |
Class factory that creates new reference-counted TSPI message objects from latitude, longitude, and height values.
| producer | name of the entity that created the message |
| tag | name for the TSPI plot |
| when | time of the plot \param latitude degrees latitude of the target \param longitude degrees longitude of the target \param height vertical distance to target in meters \return reference to new TSPI object |
|
static |
Class factory that creates new reference-counted TSPI message objects from range, azimuth, and elevation values.
| producer | name of the entity that created the message |
| tag | name for the TSPI plot |
| when | time of the plot \param range distance (slant-range) to target in meters \param azimuth angle from 0 north to target in radians \param elevation angle from horizontal to target in radians \param latitude degrees latitude of the target \param longitude degrees longitude of the target \param height vertical distance to target in meters \return reference to new TSPI object |
|
static |
Class factory that creates new reference-counted TSPI message objects.
| producer | name of the entity that is creating the new object |
| raw | data block containing the raw TSPI message \return reference to new TSPI object |
Definition at line 116 of file TSPI.cc.
References LOGINFO.
Referenced by SideCar::IO::TSPIReaderTask::openAndInit().
|
static |
Class factory that creates new reference-counted TSPI message objects using offsets from the radar position (given by RadarConfig)
| producer | name of the entity that created the message |
| tag | name for the TSPI plot |
| when | time of the plot \param x north offset from radar in meters \param y east offset from radar in meters \param z up offset from radar in meters \return reference to new TSPI object |
|
virtual |
Print out a textual representation of the TSPI message.
Override of Header::print().
| os | C++ text stream to write to |
Reimplemented from SideCar::Messages::Header.
Definition at line 435 of file TSPI.cc.
References getAzimuth(), getElevation(), and getRange().
|
virtual |
Write out a TSPI message to a C++ output stream in XML format.
| os | stream to write to |
Reimplemented from SideCar::Messages::Header.
Definition at line 444 of file TSPI.cc.
References getAzimuth(), getElevation(), and getRange().
|
virtual |
Write out a TSPI message to a CDR output stream.
Override of Header::write().
| cdr | stream to write to |
Reimplemented from SideCar::Messages::Header.
Definition at line 422 of file TSPI.cc.
References SideCar::Messages::VoidLoaderRegistry::getCurrentVersion(), and SideCar::Messages::Header::write().


A class static block environment is a Lexical Environment that corresponds to the evaluation of the static block of a class. A class static block environment establishes a new `this` binding.
A class static block Environment Record is a declarative Environemtn Record that is used to represent the top-level scope of a class static block and provides a `this` binding.
Class Static Block Environment Records have the additional state fields listed in
| Field Name | Value | Meaning |
|---|---|---|
| [[ThisValue]] | Any | This is the *this* value used for this invocation of the function. |
| [[ThisBindingStatus]] | `"initialized"` | `"uninitialized"` | |
| [[FunctionObject]] | Object | The function object for a class whose static belock evaluation caused this Environment Record to be created. |
| [[HomeObject]] | Object | *undefined* | If the associated function has `super` property accesses and is not an |ArrowFunction|, [[HomeObject]] is the object that the function is bound to as a method. The default value for [[HomeObject]] is *undefined*. |


Hello There! 🙌
My name is Han, I currently study in software engineering with a minor in computational mathematics at the university of Waterloo. 🇨🇦 I have a strong passion for crafting, designing and building all kinds of things with technology. Solving real-life problems and contributing to an increase in the efficiency of services through the use of technology is what truly drive me.
In my spare time, I enjoy playing piano and guitar, reading about finance and playing poker with friends.
I share an unique love for aviation and flying.🛫 The idea of soaring freely through the clouds motivated me to obtain both my glider and private pilot licences at the ages of 16 and 17 respectively.
💼
experience
North Inc. (Formely Thalmic Labs) - Software Engineer; Cloud & Backend Services
Jan - Apr 2019 Kitchener, ON- N/A
Intact Financial Corporation - Data Lab Intern
May - Aug 2018 Montreal, QC- Lead the design and development of a data modeling pipeline
- Built an internal library that reduced Cross-Validation run time by more than 5 folds using sklearn and Dask
- Integrated a denoising auto-encoder for preliminary feature selection on insurance premium data with Pytorch
- Re-factored a data modeling code base from R to Python
- Implemented a fault-tolerant and load balanced infrastructure using Docker Swarm.
Nuance Communications Inc. - Software QA Intern
May - Aug 2017 Montreal, QC- Designed and wrote Atutomated White Box, Black Box and Regression Tests with Java (JUnit)
- Reduced overhead of load testing by around 15% by moving away from JMeter to a custom multi-threaded test framework
- Automated server configurations and pipelines for JUnit tests setup and teardown workflow on testing servers
Wedo Services - Software Developer Intern
Oct-Jul 2016 Montreal, QC- Integrated quick quote feature that calculates surface area by coloring on a map to improve customer UX
- Designed and built a chatbot using Facebook’s Messenger API that quadrupled customer convergence
- Improved a reactive front-end interfaces with MeteorJS’s two-way data binding’s protocol (DDP) over websockets.
🛠
projects!
ML Baseball (ML.B) ⚾
Machine Learning Baseball ⚾
Aggregated data from multiples sources on regular season game logs and team/player’s statistics.
Computed each past game as a vector with n features (aggregated team and players) and trying to perform supervised classification on win-loose using an support vector classifier
Cross validation with gridsearch on 60-40 data split.
Tools:
R, Rstudio, Python, Scipy, Pandas
Source
Albert Butlerbot 🤵
Albert, the Butler Chatbot 🤵
Built a full service chat bot with Facebook Messenger API
Linked with secure payment using Stripe API and Shopify API for store products.
CI-Driven deployment using Heroku
MeteorJS and NodeJS Backend
Check it out Source
Deep RL Portfolio 💸
Deep RL Portfolio 💸
Attempt to reproduce a paper by Jiang et al. on financial portfolio optimizer using a deep reinforcement learning agent using Keras and data from Yahoo Finance.
Outputs a vector of weights to m instruments in portfolio for optimized performance.
CNN of 3 dense layers with rectified linear activation and Gradient Descent Optimizer (SGD) and a final layer with softmax
Source
Corny Volatility 🌽
Corny Volatility 🌽
Analyze the effect of the WASDE report published monthly by the USDA on the implied volatility dynamics for corn futures.
Built a real-time data pre-processing pipeline using Interactive Brokers’ API in C++ with Apache Kafka for low-latency message processing to compute implied volatility.
Source
Floating Kangaroo 🌵
Floating Kangaroo 🌵
Messenger bot that leverage Facebook Messenger API's location sharing
Request Yellow Pages API for recommendations of restaurants, deals, etc. near your current location.
NodeJS, Express JS Backend
Check it out Source


Received empty dataset...sorry :(
Add some data in this vicinity, then look here later.
Last checked: {{ last }}


Click "Browse" button and select an image file (JPEG, PNG) on your local file system.
This example illustrates how to use the cornerstoneFileImageLoader to load a local image (JPEG, PNG) and display it using cornerstone.


{% extends "base.html" %} {% block content %}
| Name | User ID | Address | Default Payment | |
|---|---|---|---|---|
| Johnny Lee | dv334455 |<EMAIL_ADDRESS>| 123 4th ST, New York, NY, 12345 | 123-123-123-1234 |
| Status | Average Rate |
|---|---|
| Customer | 2 |
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the
industry's standard dummy
text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a
type specimen book.
It has survived not only five centuries, but also the leap into electronic typesetting, remaining
essentially unchanged.
It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages,
and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem
Ipsum.
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the
industry's standard dummy
text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a
type specimen book.
It has survived not only five centuries, but also the leap into electronic typesetting, remaining
essentially unchanged.
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.


Upgrade Guide 4.0.0
EditThis guide is intended for users upgrading projects from version 3.3.x to 4.0.0. For non-breaking changes, please refer to the changelog.
The minimum required Haxe version for this release is 3.2.0.
A lot of changes can be handled with a simple find-and-replace in the editor of your choice.
elapsed
argument added to update()
The function signaure of update()
changed to update(elapsed:Float)
. FlxG.elapsed
is still available, but it is recommended to use the argument value instead.
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
override public function update():Void |
override public function update(elapsed:Float):Void |
super.update(); |
super.update(elapsed); |
x += 100 * FlxG.elapsed; |
x += 100 * elapsed; |
Introduction of flixel.math
A new flixel.math
package was added. A number of flixel.util
classes have been moved there:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
import flixel.util.FlxMath |
import flixel.math.FlxMath |
import flixel.util.FlxPoint |
import flixel.math.FlxPoint |
import flixel.util.FlxVector |
import flixel.math.FlxVector |
import flixel.util.FlxRect |
import flixel.math.FlxRect |
import flixel.util.FlxAngle |
import flixel.math.FlxAngle |
import flixel.util.FlxVelocity |
import flixel.math.FlxVelocity |
import flixel.util.FlxRandom |
import flixel.math.FlxRandom |
Move of "typed" classes:
Typed classes have been moved into the modules of the non-typed versions:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
import flixel.group.FlxTypedGroup |
import flixel.group.FlxGroup |
import flixel.group.FlxTypedSpriteGroup |
import flixel.group.FlxSpriteGroup |
import flixel.effects.particles.FlxTypedEmitter |
import flixel.effects.particles.FlxEmitter |
import flixel.ui.FlxTypedButton |
import flixel.ui.FlxButton |
Changed integer constants to enums:
ActionScript 3 does not have enums, which is why a lot of these "value sets" were implemented using integer constants. For improved type-safety and to better fit the Haxe coding style, they have been converted to enums:
As long as it's not ambigious, Haxe allows using just the enum value name without the enum's name. In the first case, the enum also does not need to be imported. For example, this means that both of these syntaxes are valid:
FlxG.camera.follow(LOCKON);
FlxG.camera.follow(FlxCameraFollowStyle.LOCKON);
Which of these two styles is used is mostly a matter of personal preference.
FlxCamera
shake modes:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
FlxCamera.SHAKE_BOTH_AXES |
flixel.util.FlxAxes.XY |
FlxCamera.SHAKE_HORIZONAL_ONLY |
flixel.util.FlxAxes.X |
FlxCamera.SHAKE_VERTICAL_ONLY |
flixel.util.FlxAxes.Y |
FlxCamera
follow styles:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
FlxCamera.STYLE_LOCKON |
FlxCameraFollowStyle.LOCKON |
FlxCamera.STYLE_NO_DEAD_ZONE |
FlxCameraFollowStyle.NO_DEAD_ZONE |
FlxCamera.STYLE_PLATFORMER |
FlxCameraFollowStyle.PLATFORMER |
FlxCamera.STYLE_SCREEN_BY_SCREEN |
FlxCameraFollowStyle.SCREEN_BY_SCREEN |
FlxCamera.STYLE_TOPDOWN |
FlxCameraFollowStyle.TOPDOWN |
FlxCamera.STYLE_TOPDOWN_TIGHT |
FlxCameraFollowStyle.TOPDOWN_TIGHT |
FlxText
border styles:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
FlxText.BORDER_NONE |
FlxTextBorderStyle.NONE |
FlxText.BORDER_OUTLINE |
FlxTextBorderStyle.OUTLINE |
FlxText.BORDER_OUTLINE_FAST |
FlxTextBorderStyle.OUTLINE_FAST |
FlxText.BORDER_SHADOW |
FlxTextBorderStyle.SHADOW |
FlxTilemap
auto-tiling options:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
FlxTilemap.ALT |
FlxTilemapAutoTiling.ALT |
FlxTilemap.AUTO |
FlxTilemapAutoTiling.AUTO |
FlxTilemap.OFF |
FlxTilemapAutoTiling.OFF |
FlxBar
fill directions:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
FlxBar.FILL_BOTTOM_TO_TOP |
FlxBarFillDirection.BOTTOM_TO_TOP |
FlxBar.FILL_HORIZONTAL_INSIDE_OUT |
FlxBarFillDirection.HORIZONTAL_INSIDE_OUT |
FlxBar.FILL_HORIZONTAL_OUTSIDE_IN |
FlxBarFillDirection.HORIZONTAL_OUTSIDE_IN |
FlxBar.FILL_LEFT_TO_RIGHT |
FlxBarFillDirection.LEFT_TO_RIGHT |
FlxBar.FILL_RIGHT_TO_LEFT |
FlxBarFillDirection.RIGHT_TO_LEFT |
FlxBar.FILL_TOP_TO_BOTTOM |
FlxBarFillDirection.TOP_TO_BOTTOM |
FlxBar.FILL_VERTICAL_INSIDE_OUT |
FlxBarFillDirection.VERTICAL_INSIDE_OUT |
FlxBar.FILL_VERTICAL_OUTSIDE_IN |
FlxBarFillDirection.VERTICAL_OUTSIDE_IN |
FlxG.html5
browser types:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
HTML5FrontEnd.INTERNET_EXPLORER |
FlxBrowser.INTERNET_EXPLORER |
HTML5FrontEnd.CHROME |
FlxBrowser.CHROME |
HTML5FrontEnd.FIREFOX |
FlxBrowser.FIREFOX |
HTML5FrontEnd.SAFARI |
FlxBrowser.SAFARI |
HTML5FrontEnd.OPERA |
FlxBrowser.OPERA |
Changed String constants to abstract enums:
Some static String constants have been changed to abstract enums. This is not a breaking changes, since the old String values are still compatible, but for the sake of type safety it is recommended to use the enum values instead:
As with regular enums, the enum name may be omitted.
FlxText
alignment:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
text.alignment = "left"; |
text.alignment = FlxTextAlign.LEFT; |
text.alignment = "center"; |
text.alignment = FlxTextAlign.CENTER; |
text.alignment = "right"; |
text.alignment = FlxTextAlign.RIGHT; |
FlxG.keys
keys:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
FlxG.keys.anyPressed(["SPACE", "W"]) |
FlxG.keys.anyPressed([FlxKey.SPACE, FlxKey.W]) |
FlxG.keys.anyPressed(["SPACE", "W"]) |
FlxG.keys.anyPressed([SPACE, W]) |
FlxSprite
:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
getScreenXY() |
getScreenPosition() |
cachedGraphics |
graphic |
resetFrameBitmaps() |
removed (set dirty to true to regen graphic) |
getFlxFrameBitmapData() |
updateFramePixels() |
loadGraphicFromTexture() |
removed (assign a frames collection to frames ) |
loadRotatedGraphicFromTexture() |
removed (assign a frames collection to frames ) |
FlxCamera
:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
bounds |
minScrollX , minScrollY , maxScrollX and maxScrollY |
setBounds() |
setScrollBoundsRect() |
follow() 's Offset argument |
removed |
FlxTilemap
:
loadMap()
has been split up into loadMapFromArray()
and loadMapFromCSV()
.
FlxGroup
:
callAll()
and setAll()
have been removed - use forEach()
instead:
// 3.3.x
group.setAll("scrollFactor", FlxPoint.get(0, 0));
group.callAll("kill");
// 4.0.0
group.forEach(function(basic:FlxBasic))
{
basic.scrollFactor.set(0, 0);
basic.kill();
}
flixel.input.gamepad
:
The hardware IDs of the different controller types are now mapped to a common FlxGamepadInputID
. This avoids the need of having to handle multiple controller types - this now happens automatically under the hood.
// 3.3.x
if (gamepad.pressed(XboxButtonID.A) ||
gamepad.pressed(OUYAButtonID.O) ||
gamepad.pressed(LogitechButtonID.TWO)) {}
// 4.0.0
if (gamepad.anyPressed([FlxGamepadInputID.A])) {}
// or
if (gamepad.pressed.A) {}
It is still possible to use the IDs from the flixel.input.gamepad.id
classes via the functions with the Raw
suffix.
Because of the poor driver support, the PS3 ID class / support for PS3 controllers have been removed.
FlxPath
:
FlxPath#start()
no longer takes a FlxObject
argument, instead, FlxObject
now has a path property. This means FlxObject
takes care of updating the path, taking care of the issue that paths are not paused along with the objects they work on in substates.
// 3.3.x
var path = new FlxPath().start(object, points);
// 4.0.0
object.path = new FlxPath().start(points);
FlxColor
/ FlxColorUtil
refactor:
FlxColor
is now an abstract
, which means it can be used like an object, while the underlying type is still a regular Int
. The static FlxColorUtil
functions can now be used as member methods or properties:
// 3.3.x
var color:Int = 0x008080;
trace(FlxColorUtil.getGreen(color));
// 4.0.0
var color:FlxColor = 0x008080;
trace(color.green);
The amount of colors presets (FlxColor.RED
etc..) has been reduced.
FlxEmitter
refactor:
FlxEmitterExt
has been merged into FlxEmitter
. For circular emitters, FlxEmitterMode.CIRCLE
can be used.
Most properties are now FlxRangeBounds
objects which have a min
and a max
FlxRange
object.
The separate color component Bounds
have been merged into a FlxRangeBounds<FlxColor>
.
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
at() |
focusOn() |
on |
emitting |
FlxParticle
changes:
Most properties are now FlxRange
objects which have a start
and an end
value (for example velocityRange
).
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
maxLifespan |
lifespan |
lifespan |
age (counts up instead of down) |
FlxRandom
refactor:
FlxRandom
can now be instantiated and the static functions are now member methods. A pre-created instance is available via FlxG.random
.
Some methods have also been renamed or removed:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
FlxRandom.intRanged(min, max) |
FlxG.random.int(min, max) |
FlxRandom.floatRanged(min, max) |
FlxG.random.float(min, max) |
FlxRandom.chanceRoll(chance) |
FlxG.random.bool(chance) |
FlxRandom.weightedGetObject() |
removed (getObject() now has a range argument) |
FlxRandom.colorExt() |
removed |
FlxAngle
changes:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
FlxAngle.getAngle(point1, point2) |
point1.angleBetween(point2) |
FlxAngle.angleLimit() |
removed (use FlxMath.bound() instead) |
There have been several changes to FlxAngle.rotatePoint()
:
- the y-axis is no longer inverted
- rotation is now clockwise
- moved to
FlxPoint
(rotate()
)
// 3.3.x
var angle = 45;
var point = FlxPoint.get(10, 5);
FlxAngle.rotatePoint(x, y, pivotX, pivotY, angle, point);
// 4.0.0
var angle = 45;
var point = FlxPoint.get(10 + x, 5 + y);
var pivot = FlxPoint.weak(pivotX, pivotY);
point.rotate(pivot, angle);
FlxMath
changes:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
newAmount = FlxMath.wrapValue(value, amount, max + 1) |
newAmount = FlxMath.wrapValue(value + amount, min, max) |
FlxMath.getDistance(point1, point2) |
point1.distanceTo(point2) |
FlxMath.MIN_VALUE |
FlxMath.MIN_VALUE_FLOAT |
FlxMath.MAX_VALUE |
FlxMath.MAX_VALUE_FLOAT |
Other:
| HaxeFlixel 3.3.x | HaxeFlixel 4.0.0 |
|---|---|
import flixel.text.FlxTextField |
import flixel.addons.text.FlxTextField |
FlxPoint#inFlxRect() |
FlxPoint#inRect() |
FlxRect#containsFlxPoint() |
FlxRect#containsPoint() |
flixel.plugin.MouseEventManager |
flixel.input.mouse.FlxMouseEventManager |
flixel.util.loaders.CachedGraphics |
flixel.graphics.FlxGraphic |
FlxVelocity
's accelerateTowards*()
-functions now only take a single maxSpeed
argument (instead of x
and y
).
The complete
option of FlxTween
is now called onComplete
.
flixel-addons
Not all flixel-addons changes are covered here. Please check the changelog for the rest.
FlxNapeState
refactor:
FlxNapeState
is now FlxNapeSpace
and no longer extends FlxState
. This makes it possible to use the flixel.addons.nape
package along with other FlxState
subclasses (for example FlxUIState
).
// flixel-addons 1.x.x
import flixel.addons.nape.FlxNapeState;
class PlayState extends FlxNapeState
{
override public function create():Void
{
super.create();
}
}
// flixel-addons 2.0.0
import flixel.FlxState;
import flixel.addons.nape.FlxNapeSpace;
class PlayState extends FlxState
{
override public function create():Void
{
super.create();
FlxNapeSpace.init();
}
}


Most enrolled and highly rated Creativity courses
“Creativity doesn’t wait for that perfect moment. It fashions its own perfect moments out of ordinary ones.” ~Bruce Garrabrandt.
© Copyright 2021 myClass


Community honors 21 veterans at assisted living home in New Jersey
by WABCWOODCLIFF LAKE, New Jersey (WABC) -- A community in New Jersey celebrated Veterans Day by honoring 21 of their residents who served in the military.
Local political leaders joined the staff at The Bristal at Woodcliff Lake Assisted Living on Monday to recognize veterans who range in age from 74 to 95.
Some of the men had just married and left their families to join the service after Japan attacked Pearl Harbor.
They say it's something they would do again.
"It was a rough start to a new life at 19 and go to war," Louis Raspanti said.
Veterans Day is a time for all to remember the men and women who showed up and pledged their lives.
"My parents didn't know where I was, they knew the location, but they didn't know what I was doing, it was kept too secret," said Tom Thompson with the Naval Reserve.
Director Michelle Braccino works to make sure every Veterans Day is their day.
"I want to make sure I show them how appreciative we are of what they did. I've lost some and I get teary-eyed because I miss them," she said.
Organizers honor the men every year so they will always know how much they are appreciated.


General model description.
The building is a single room based on the BESTEST Case 900 model definition. The floor dimensions are 6m x 8m and the floor-to-ceiling height is 2.7m. There are four exterior walls facing the cardinal directions and a flat roof. The walls facing east-west have the short dimension. The south wall contains two windows, each 3m wide and 2m tall. The use of the building is assumed to be a two-person office with a light load density.
The constructions are based on the BESTEST Case 900 model definition. The exterior walls are made of concrete block and insulation, while the floor is a concrete slab. The roof is made of wood frame with insulation. The layer-by-layer specifications are (Outside to Inside):
Exterior Walls
| Name | Thickness [m] | Thermal Conductivity [W/m-K] | Specific Heat Capacity [J/kg-K] | Density [kg/m3] |
|---|---|---|---|---|
| Layer 1 | 0.009 | 0.140 | 900 | 530 |
| Layer 2 | 0.0615 | 0.040 | 1400 | 10 |
| Layer 3 | 0.100 | 0.510 | 1000 | 1400 |
| Name | IR Emissivity [-] | Solar Emissivity [-] |
|---|---|---|
| Outside | 0.9 | 0.6 |
| Inside | 0.9 | 0.6 |
Floor
| Name | Thickness [m] | Thermal Conductivity [W/m-K] | Specific Heat Capacity [J/kg-K] | Density [kg/m3] |
|---|---|---|---|---|
| Layer 1 | 1.007 | 0.040 | 0 | 0 |
| Layer 2 | 0.080 | 1.130 | 1000 | 1400 |
| Name | IR Emissivity [-] | Solar Emissivity [-] |
|---|---|---|
| Outside | 0.9 | 0.6 |
| Inside | 0.9 | 0.6 |
Roof
| Name | Thickness [m] | Thermal Conductivity [W/m-K] | Specific Heat Capacity [J/kg-K] | Density [kg/m3] |
|---|---|---|---|---|
| Layer 1 | 0.019 | 0.140 | 900 | 530 |
| Layer 2 | 0.1118 | 0.040 | 840 | 12 |
| Layer 3 | 0.010 | 0.160 | 840 | 950 |
| Name | IR Emissivity [-] | Solar Emissivity [-] |
|---|---|---|
| Outside | 0.9 | 0.6 |
| Inside | 0.9 | 0.6 |
The windows are double pane clear 3.175mm glass with 13mm air gap.
There is maximum occupancy (two people) from 8am to 6pm each day, and no occupancy during all other times.
The internal heat gains from plug loads come mainly from computers and monitors. The internal heat gains from lighting come from hanging fluorescent fixtures. Both types of loads are at maximum during occupied periods and 0.1 maximum during all other times. The occupied heating and cooling temperature setpoints are 21 C and 24 C respectively, while the unoccupied heating and cooling temperature setpoints are 15 C and 30 C respectively.
The climate is assumed to be near Denver, CO, USA with a latitude and longitude of 39.76,-104.86. The climate data comes from the Denver-Stapleton,CO,USA,TMY.
Heating and cooling is provided to the office using an idealized four-pipe fan coil unit (FCU), presented in Figure 1 below. The FCU contains a fan, cooling coil, heating coil, and filter. The fan draws room air into the unit, blows it over the coils and through the filter, and supplies the conditioned air back to the room. There is a variable speed drive serving the fan motor. The cooling coil is served by chilled water produced by a chiller and the heating coil is served by hot water produced by a gas boiler.
For the fan, the design airflow rate is 0.55 kg/s and design pressure rise is 185 Pa. The fan and motor efficiencies are both constant at 0.7. The heat from the motor is added to the air stream. The COP of the chiller is assumed constant at 3.0. The efficiency of the gas boiler is assumed constant at 0.9.
A baseline thermostat controller provides heating and cooling as necessary to the room by modulating the supply air temperature and fan speed. The thermostat, designated as C1 in Figure 1 and shown in Figure 2 below, uses two different PI controllers for heating and cooling, each taking the respective zone temperature set point and zone temperature measurement as inputs. The outputs are used to control supply air temperature set point and fan speed according to the map shown in Figure 3 below. The supply air temperature is exactly met by the coils using an ideal controller depicted as C2 in Figure 1. For heating, the maximum supply air temperature is 40 C and the minimum is the zone occupied heating temperature setpoint. For cooling, the minimum supply air temperature is 12 C and the maximum is the zone occupied cooling temperature setpoint.
fcu_oveTSup_u
[K] [min=285.15, max=313.15]: Supply air temperature setpoint
fcu_oveFan_u
[1] [min=0.0, max=1.0]: Fan control signal as air mass flow rate normalized to the design air mass flow rate
con_oveTSetHea_u
[K] [min=288.15, max=296.15]: Zone temperature setpoint for heating
con_oveTSetCoo_u
[K] [min=296.15, max=303.15]: Zone temperature setpoint for cooling
fcu_reaFloSup_y
[kg/s] [min=None, max=None]: Supply air mass flow rate
fcu_reaPCoo_y
[W] [min=None, max=None]: Cooling electrical power consumption
fcu_reaPFan_y
[W] [min=None, max=None]: Supply fan electrical power consumption
fcu_reaPHea_y
[W] [min=None, max=None]: Heating thermal power consumption
zon_reaCO2RooAir_y
[ppm] [min=None, max=None]: Zone air CO2 concentration
zon_reaPLig_y
[W] [min=None, max=None]: Lighting power submeter
zon_reaPPlu_y
[W] [min=None, max=None]: Plug load power submeter
zon_reaTRooAir_y
[K] [min=None, max=None]: Zone air temperature
zon_weaSta_reaWeaCeiHei_y
[m] [min=None, max=None]: Cloud cover ceiling height measurement
zon_weaSta_reaWeaCloTim_y
[s] [min=None, max=None]: Day number with units of seconds
zon_weaSta_reaWeaHDifHor_y
[W/m2] [min=None, max=None]: Horizontal diffuse solar radiation measurement
zon_weaSta_reaWeaHDirNor_y
[W/m2] [min=None, max=None]: Direct normal radiation measurement
zon_weaSta_reaWeaHGloHor_y
[W/m2] [min=None, max=None]: Global horizontal solar irradiation measurement
zon_weaSta_reaWeaHHorIR_y
[W/m2] [min=None, max=None]: Horizontal infrared irradiation measurement
zon_weaSta_reaWeaLat_y
[rad] [min=None, max=None]: Latitude of the location
zon_weaSta_reaWeaLon_y
[rad] [min=None, max=None]: Longitude of the location
zon_weaSta_reaWeaNOpa_y
[1] [min=None, max=None]: Opaque sky cover measurement
zon_weaSta_reaWeaNTot_y
[1] [min=None, max=None]: Sky cover measurement
zon_weaSta_reaWeaPAtm_y
[Pa] [min=None, max=None]: Atmospheric pressure measurement
zon_weaSta_reaWeaRelHum_y
[1] [min=None, max=None]: Outside relative humidity measurement
zon_weaSta_reaWeaSolAlt_y
[rad] [min=None, max=None]: Solar altitude angle measurement
zon_weaSta_reaWeaSolDec_y
[rad] [min=None, max=None]: Solar declination angle measurement
zon_weaSta_reaWeaSolHouAng_y
[rad] [min=None, max=None]: Solar hour angle measurement
zon_weaSta_reaWeaSolTim_y
[s] [min=None, max=None]: Solar time
zon_weaSta_reaWeaSolZen_y
[rad] [min=None, max=None]: Solar zenith angle measurement
zon_weaSta_reaWeaTBlaSky_y
[K] [min=None, max=None]: Black-body sky temperature measurement
zon_weaSta_reaWeaTDewPoi_y
[K] [min=None, max=None]: Dew point temperature measurement
zon_weaSta_reaWeaTDryBul_y
[K] [min=None, max=None]: Outside drybulb temperature measurement
zon_weaSta_reaWeaTWetBul_y
[K] [min=None, max=None]: Wet bulb temperature measurement
zon_weaSta_reaWeaWinDir_y
[rad] [min=None, max=None]: Wind direction measurement
EmissionsElectricPower
[kgCO2/kWh]: Kilograms of carbon dioxide to produce 1 kWh of electricity
EmissionsGasPower
[kgCO2/kWh]: Kilograms of carbon dioxide to produce 1 kWh thermal from gas
HDifHor
[W/m2]: Horizontal diffuse solar radiation
HDirNor
[W/m2]: Direct normal radiation
HGloHor
[W/m2]: Horizontal global radiation
HHorIR
[W/m2]: Horizontal infrared irradiation
InternalGainsCon[1]
[W]: Convective internal gains of zone
InternalGainsLat[1]
[W]: Latent internal gains of zone
InternalGainsRad[1]
[W]: Radiative internal gains of zone
LowerSetp[1]
[K]: Lower temperature set point for thermal comfort of zone
Occupancy[1]
[number of people]: Number of occupants of zone
PriceElectricPowerConstant
[($/Euro)/kWh]: Completely constant electricity price
PriceElectricPowerDynamic
[($/Euro)/kWh]: Electricity price for a day/night tariff
PriceElectricPowerHighlyDynamic
[($/Euro)/kWh]: Spot electricity price
PriceGasPower
[($/Euro)/kWh]: Price to produce 1 kWh thermal from gas
TBlaSky
[K]: Black Sky temperature
TDewPoi
[K]: Dew point temperature
TDryBul
[K]: Dry bulb temperature at ground level
TWetBul
[K]: Wet bulb temperature
UpperCO2[1]
[ppm]: Upper CO2 set point for indoor air quality of zone
UpperSetp[1]
[K]: Upper temperature set point for thermal comfort of zone
ceiHei
[m]: Ceiling height
cloTim
[s]: One-based day number in seconds
lat
[rad]: Latitude of the location
lon
[rad]: Longitude of the location
nOpa
[1]: Opaque sky cover [0, 1]
nTot
[1]: Total sky Cover [0, 1]
pAtm
[Pa]: Atmospheric pressure
relHum
[1]: Relative Humidity
solAlt
[rad]: Altitude angel
solDec
[rad]: Declination angle
solHouAng
[rad]: Solar hour angle.
solTim
[s]: Solar time
solZen
[rad]: Zenith angle
winDir
[rad]: Wind direction
winSpe
[m/s]: Wind speed
Artificial lighting is provided by hanging fluorescent fixtures.
There are no shades on the building.
There is no energy generation or storage on the site.
A moist air model is used, but condensation is not modeled on the cooling coil and humidity is not monitored.
The FCU fan is speed-controlled and the resulting flow is calculated based on resulting pressure rise by the fan and fixed pressure drop of the system.
A constant infiltration flowrate is assumed to be 0.5 ACH.
The supply air temperature is directly specified.
CO2 generation is 0.0048 L/s per person (Table 5, Persily and De Jonge 2017) and density of CO2 assumed to be 1.8 kg/m^3, making CO2 generation 8.64e-6 kg/s per person. Outside air CO2 concentration is 400 ppm. However, CO2 concentration is not controlled for in the model.
Persily, A. and De Jonge, L. (2017). Carbon dioxide generation rates for building occupants. Indoor Air, 27, 868–879. https://doi.org/10.1111/ina.12383.
The Peak Heat Day (specifier for /scenario
API is 'peak_heat_day'
) period is:
The Typical Heat Day (specifier for /scenario
API is 'typical_heat_day'
) period is:
The Peak Cool Day (specifier for /scenario
API is 'peak_cool_day'
) period is:
The Typical Cool Day (specifier for /scenario
API is 'typical_cool_day'
) period is:
The Mix Day (specifier for /scenario
API is 'mix_day'
) period is:
The Constant Electricity Price (specifier for /scenario
API is 'constant'
) profile is:
/scenario
API is 'constant'
.
The Dynamic Electricity Price (specifier for /scenario
API is 'dynamic'
) profile is:
The On-Peak Period is:
The Highly Dynamic Electricity Price (specifier for /scenario
API is 'highly_dynamic'
) profile is:
The Electricity Emissions Factor profile is:
The Gas Emissions Factor profile is: