TE wireless platform allows streaming contents ( Natok, Hollywood movies, Bollywood Movies, Animation, Short Films ) to passenger's owned devices.
Capable of streaming to all the passengers with no degradation in quality.
Content can be sourced from TE, your existing CSP( Content Service Provider) or any third party you chose.
Enjoy unlimited contents without paying for the internet data while traveling.
No more buffering while watching videos. Loads media in 3 seconds or less and enjoy uninterrupted service.


UVM includes some macros to allow the user to specify intent without the need to specify multiple types of SystemVerilog constructs. These macros assist with reporting, object behavior (interaction with the factory and field usage in comparing/copying/etc), sequence specification, and TLM connection.
UVM also includes some defines to specify sizing in the register space and to determine version of the UVM standard and/or implementation.
| Macros and Defines | |
| UVM includes some macros to allow the user to specify intent without the need to specify multiple types of SystemVerilog constructs. |


The definition of the event to trigger
Takes the form of a WMI query
Be mindful of performance!
These take some practice...
Intrinsic query:
SSELECT * FROM __InstanceOperationEvent WITHIN 30 WHERE ((__CLASS = "__InstanceCreationEvent" OR __CLASS = "__InstanceModificationEvent") AND TargetInstance ISA "CIM_DataFile") AND (TargetInstance.Extension = "doc") OR (TargetInstance.Extension = "docx")
Extrinsic query
SELECT * FROM Win32_VolumeChangeEvent WHERE EventType = 2


Workflow v2.2.0 -> v2.3.0¶
Features¶
7fbeb3f
router: move deis-router to use Deployments69831ed
workflow-manager: move deis-workflow-manager to use Deployments31cbcc9
registry: move deis-registry to use Deployments4173034
controller: move deis-controller to use Deployments106e022
builder: move deis-builder to use Deployments1692748
test: add TEST env variable to workflow e2e chart78e77cb
workflow-dev: re-introduce registry-proxy38c80bb
registry: Add support for private registry79a26ec
*: add helm-keep to all Deployments, like router already hased96f15
makefile: add deploy command to deploy image to k8s (#396)a849301
makefile: add formating and linting tests (#394)2f5642a
registry: Add support for external registryecfcea6
api: added auth/whoami endpoint (#737)ba12d09
boot: background the loading of DB data into Kubernetes63c8f4d
app: during ps:restart run pod delete in parallelccf988b
apps: scale / deploy run all process types in parallel instead of sequantially7473e16
regsitry: Add support for private registry76ea246
IDN: add support for international domains7003286
Dockerfile: verify nginx pgp key (#219)1f652ae
builder: add pre-compile/post-compile hooks827a411
builder: inject ENV_DIR into the environment4e49625
auth: basic auth for /v3/doctor/{id} API endpoint (#88)84206b2
deis doctor includes lots of k8s dataa8e23b6
registry: Add docs for configuring private registry540c4ec
update: update docs to reflect v2.3.05615bb4
ci: send emails to slack on e2e failure (#133)6e2954d
shortcuts: add shortcuts testf59bb66
Jenkinsfile: no retry prompt if master8168ea1
cmd: add auth:whoami --all5e78fc4
Jenkinsfile: override 'sh' to add colorized outputfb6ed28
Jenkinsfile: get actual PR commit, if PR1199b9e
ci: add codecov (#146)caf1fd0
git: add more flags to the git command (#141)
Fixes¶
93098d6
registry: registry token refresher shouldn't be uninstalled when using in-clustere0e5712
k8s_util: proxy registry host/port information to dockerbuilder766d73a
release: old release shouldn't be deleted if new release failscf16d56
scheduler: only get logs for run pods when possiblea2c00ed
app: round the log message wait time using bankers rounding4f9efb0
pull: release and build should be deleted on failed deis pulle36f796
registry: User should be able to pull the image from internal registrye99b852
boot: show a warning instead of error if a Deployment is in progress when Deis Workflow is starting up02d9bb2
scheduler: check if an event stream was returned before pop()ing itffef759
scheduler: lower case CPU limits and upper case first char in Memory limits for Kubernetes17a0ef0
registry: catch docker timeouts and show a nicer error1d24ed6
registry: Use proper hostname for dockerhub images418eef7
registry: Add unit testsa4d58d8
validation: success threshold can only be equal to one when setting liveness probe. Error properlyd7c4632
models: add more sensible ordering to various API responsesf3bbc11
app: add verbose_name to App model due to a DRF 3.4.1 fixa044e94
scale: return a 404 instead of 400 when scale uses a proc type that does not exist6d6a10e
middleware: remove unused server side version check (#937)bab3632
controller: only load latest config8de5f6c
secret: handle the secret value if it is None614feb7
deploy.py: remove insecure-registry requirement38f839a
rootfs: check if recovery.conf is present920afe5
router: BodySize config can be "0"152680b
builder: remove CACHE_DIR from /bin/release6aa120a
jobs: run periodic jobs once at start time (#89)7fd06ce
quickstart: fix link to buildpack documentatione8dd0b5
releases: remove old milestone step89e4177
tests: set owner of files created by containers to the local user (#151)c655ea0
test-style: make fmt fail style-test and fix existing formatting errors (#135)f94b05f
CI: don't allow untrusted commands when uploading (#154)9d52c27
git: fix linting error (#159)1f412af
CI: False doesn't abort build (#158)8c843a6
CI: add false to retry loop (#162)
Documentation¶
ed7c6de
PR Template: switch from refs to requires as per new syntaxdc4e0ba
README: add debian installation instructions (#837)feef1e4
dockerfiles: Add Bash to requirements list of Dockerfile/imagea3bd63b
dockerfiles: Re-word bash requirement annotatione7a25b5
applications: reword deployments description1cc7347
applications: add pre-compile/post-compile hook docs2a63431
configuring-postgres: fix typo (of -> or)835c9f3
applications: fix up grammar under "Compile Hooks"3cbe544
roadmap: rewrite for new release processcb8c8d1
installing-workflow: remove insecure-registry documentation9404953
reference: add /v2/auth/whoami endpointe28bc0f
releases: add deisrel command to query released components85d34d5
applications: explain how to add user ssh keya3c749b
installing: add k8s 1.3.4+ as supported272a8af
releases: paste CHANGELOG into tag annotatione4065f7
release: restore seed-repo milestone stepe84fb14
releases: tag workflow-* repositoriesd637f06
styles: remove light shadow from doc text links
Maintenance¶
a327912
*: remove old charts that reference pre 2.0.0 releasec82f3eb
workflow-v2.3.0: Release workflow and workflow-e2e version 2.3.0c102d81
Makefile: update docker-go-dev to 0.14.0 (#393)c4c00bc
requirements: update requests-toolbelt to 0.7.0122d2de
requirements: update ndg-httpsclient to 0.4.2b606adb
requirements: update Django REST Framework to 3.4.02196b58
requirements: update Django to 1.9.8f530e2b
requirements: update to docker-py 1.9.0c19cdfc
dev_requirements: update coverage lib to 4.2.0745d6d0
requirements: Update to DRF 3.4.172f0df8
requirements: move from django-cors-headers to django-cors-middlewaref6bfbeb
api: bump API version to v2.2.058a837a
Dockerfile: update pip to 8.1.2a948381
*: update docker-go-dev and switch to using new linter (#220)a5e8416
english language: upgrade != total uninstallcc4f07e
*: upgrade docker-go-dev and use new linter (#155)87820c4
glide: update controller-sdk-go


VFX Artists React To and Discuss TRON: LEGACY and THE MATRIX RELOADED
by Joey PaurWe’ve got a new episode of VFX Artists React to Bad & Great CGI from Corridor Crew and in this video the crew is joined by filmmaker and VFX artist Mike Diva. Together they break down and discuss the visual effects in films such as TRON: Legacy and The Matrix Reloaded.
TRON: Legacy was in the very early day of seeing older actors de-aged digitally with Jeff Bridges. This may have been the first time for a movie. While the end result of the de-aging process wasn’t the greatest, ten years ago it was still pretty cool to see! They did the best they could. All these years later it’s better, but as we saw with Will Smith in Gemini Man, the tech still has a ways to go.


Hi,
I'm Andrea Beltrán
Hi,
I'm Andrea Beltrán
Urban dance
Of the things I love most in the world is dancing. From the moment I learned about the existence of urban dance, I knew that was what I wanted to learn. The first class was an unforgettable experience since I was very shy and had never moved my body in a position other than the conventional ones. Over time I began to discover what my favorite styles are: House, Locking, Waacking and Hip Hop. Each of them produces different sensations in me: fun, happiness or serenity. Today I can easily say that this journey has changed my life. Dancing for me means freedom, passion, happiness and expression. There are times when I can manifest things with my dance that would be very complicated to do with my words.
Swimming
I started swimming since I was a baby. Once I entered school, my parents always took me in the afternoon to train. Swimming has taught me the essence of competing. In this sport you have two rivals: The clock and all those swimmers who are doing the same test. The tests that I have always liked have been those that cover many meters. My favorite is 1500m in freestyle followed by 800m and 400m (also in freestyle). I also like to compete in backstroke and if there was a longer test than the 200m one, I would surely do it. The best part is when one has already been swimming in full competition for approximately 18 minutes and no longer feels the legs. It is at that moment where you know that you must give your best and overcome fatigue to win.


SequenceGenerator()
Can generate a sequence of values evenly spread between a range.
This generator is useful for generating values between two bounds with a certain interval between them (e.g. -5,5 in 0.5 steps.


Funds
{{ vm.financial_data.account_balance | currency }}
Held for current projects
{{ vm.financial_data.held_for_liability | currency }}
Awaiting payment
{{ vm.financial_data.awaiting_payment | currency }}
Total
{{ (vm.financial_data.account_balance - vm.financial_data.held_for_liability) | currency }}
Total tasks completed
{{ vm.financial_data.tasks_completed }}
Total earned
{{ vm.financial_data.total_earned | currency }}
Deposit Funds


WebGL Bouquet + ThreeJS
Procedural Lathe Flowers lib is used. Use mouse to control the model.
updated
4 May 2021


When users share datasources with this organization, they'll be visible here. Datasources shared with this organization will be accessible to all members of this organization.


Why me? Julius Malema fumes at questions over his lifestyle
by ZINGISA MVUMVUEFF leader Julius Malema has slammed critics who question his taste for the good life while claiming to represent the poor.
Speaking to TimesLIVE, Malema said the criticism was unfair as it was directed only to him. He said many ANC leaders also lived in upmarket suburbs and no one questioned them while he is selectively questioned for living in Sandton.
He said everyone who voted for the EFF knew of his expensive tastes and continued to support him because his lifestyle did not mean that he is not committed to fighting for the poor.
Malema said he acquired his expensive tastes from "our leaders", mentioning several former ANC heavyweights who have never been criticised or questioned about where they live.
"Mandela stayed in Houghton, Thabo Mbeki stays in Houghton and Kgalema Motlanthe stays in Houghton - but no one has ever doubted their commitment to fight for the poor because of where they stay," he said.
"There are rules for certain people and different rules for the hated ones. I will not accept that. There is nothing I am doing that our leaders, who are loved - [by] rich and poor - have not done. I am following in their footsteps."
Malema said he was puzzled that questions over his lifestyle persisted when "it is not a secret that I wear Louis Vuitton and Gucci".
"I buy those things with my own money, not government money, and have never said to anyone - media and the electorate - that I do not wear Louis Vuitton," he said.
"I have never said, 'I stay in Alexandra, vote for me.' I have never said, 'Vote for me because, like Thomas Sankara, I am riding a bike.' They voted for me knowing that I stay in Sandton."


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In my opinion, feedback is a means to help me revise my work before submission. As I tend to write a lot for a report so there are times that I will not look back at my work to check for
grammar errors or format issues. Therefore, feedback offers me an insight into some sections that needed further adjustment. For example, one of the students leaves me a comment on how I
use the first point of view too often, which makes the report subjective as it greatly depended on my personal opinions.However, I feel that I can justify the use of the first point of
view in this report by saying that there are sections asking for my opinion like “How will this affect you?”. As a result, it is unavoidable to use “I” to answer the questions, yet, I will
go back to those sections, proofread, and figure out what her point is by saying so. If I find out somewhere needed to edit, I can immediately resolve the issues, which saves me a lot of time
reading through the report as I do not need to read from the start.
The other effect is that people, who provide feedback, demonstrate how comprehensible the report is from the readers’ points
of view and perspective as IT fellows. This is because they need to understand what I would like to express so that they can provide corresponding suggestions to my report. Otherwise, it might
show that my report is off the track and I need to make some changes. At the same time, I could improve the performance by taking their responses into the report. In particular, I spend lots of
time paraphrasing the information to avoid plagiarism and minimize the number of references that I need to cite. Despite my effort to do so, there will be some facts that cannot be fully expressed
in my own words, such as terminology, which might lead to plagiarism. As a result, the student advised that I should include more academic sources in the reference as well as the drawings that needed
to clarify in the appendix. By doing so, I would know what are essentials that should include in technical writing and what are mistakes to avoid. As a result, my report can minimize the chances of
plagiarism as well as I learn to improve my technical writing skill for the other assignment.
The other advantage of feedback is that it is an estimation of my knowledge level. For example, the student indicates the possibility to carry out the 2D object detection feature in the project. As a beginner
to this major, I have not acquired enough knowledge together with information to indicate whether it is absolutely practical or not. By receiving feedback from an experienced fellow, I start to doubt the potential
of this development and make further research to prove that it is likely to execute. Along the process of researching, I acquired further information to consolidate my idea, whether the feedback is wrong or right.
In this case, I agree with the student that 2D object detection on the smartphone app is still unfamiliar to lots of people in Vietnam because this technology has not been widely applied to daily applications.
In addition, it will be costly to develop from scratch as well as a lack of local specialists in this field. However, this feature is still feasible to develop but it will require a great commitment in research and
financial investment to make this possible. Last but not least, feedback like “it is well done” or “I really like” significantly motivates me to keep on working, in which people provide their opinions on what they like about my work or how good the performance
is. It encourages me in the way that I feel the reward for the effort that I make, and thus, I am willing to dedicate myself to enhance the quality of work.


Sexually transmitted infections caused by Chlamydia trachomatis may lead to pelvic inflammatory disease, ectopic pregnancy, infertility, and chronic pelvic pain in women. They are associated with increased risk of HIV transmission. Pregnant women may transmit infection to their newborn, causing serious medical complications.
NHANES offers an opportunity to assess the prevalence of chlamydia in the general population and to monitor trends in prevalence as prevention programs are established and expanded.
Examined participants aged 14-39 years were eligible. This public data file only includes examined participants aged 18-39 years. See Analytic Notes for information on participants aged 14-17 years.
The BDProbeTec CT Chlamydia trachomatis Amplified DNA Assays are based on the simultaneous amplification and detection of target DNA, using amplification primers and a fluorescent labeled detector probe. The Strand Displacement Amplification (SDA) reagents are dried in two separate disposable microwell strips. The processed sample is added to the Priming Microwell, which contains the amplification primers, fluorescent labeled detector probe, and other reagents necessary for amplification. After incubation, the reaction mixture is transferred to the Amplification Microwell, which contains two enzymes (a DNA polymerase and a restriction endonuclease) necessary for SDA. The Amplification Microwells are sealed to prevent contamination and then incubated in a thermally controlled fluorescent reader, which monitors each reaction for the generation of amplified products.
Refer to the Laboratory Method Files section for a detailed description of the laboratory methods used.
There were no changes to the lab methods, lab equipment, or lab site for this component in the NHANES 2015-2016 cycle.
Chlamydia trachomatis in Urine (December 2017)
Urine samples were processed, stored, and shipped to the Division of STD Prevention, National Center for HIV/AIDS, Viral Hepatitis, STD and TB Prevention, National Center for HIV/AIDS, Viral Hepatitis, STD and TB, Centers for Disease Control and Prevention, Atlanta GA for analysis.
Detailed instructions on specimen collection and processing are discussed in the NHANES Laboratory Procedures Manual (LPM). Vials are stored under appropriate frozen (–30°C) conditions until they are shipped to the Division of STD Prevention Laboratory for testing.
The NHANES quality assurance and quality control (QA/QC) protocols meet the 1988 Clinical Laboratory Improvement Act mandates. Detailed QA/QC instructions are discussed in the NHANES LPM.
Mobile Examination Centers (MECs)
Laboratory team
performance is monitored using several techniques. NCHS and contract consultants
use a structured competency assessment evaluation during visits to evaluate both
the quality of the laboratory work and the quality-control procedures. Each
laboratory staff person is observed for equipment operation, specimen collection
and preparation; testing procedures and constructive feedback are given to each
staff member. Formal retraining sessions are conducted annually to ensure that
required skill levels were maintained.
Analytical Laboratories
NHANES uses several methods to
monitor the quality of the analyses performed by the contract laboratories. In
the MEC, these methods include performing blind split samples collected on “dry
run” sessions. In addition, contract laboratories randomly perform repeat
testing on 2.% of all specimens.
NCHS developed and distributed a quality control protocol for all CDC and contract laboratories, which outlined the use of Westgard rules (Westgard, et al. 1981) when running NHANES specimens. Progress reports containing any problems encountered during shipping or receipt of specimens, summary statistics for each control pool, QC graphs, instrument calibration, reagents, and any special considerations are submitted to NCHS quarterly. The reports are reviewed for trends or shifts in the data. The laboratories are required to explain any identified areas of concern.
The data were reviewed. Incomplete data or improbable values were sent to the performing laboratory for confirmation.
Refer to the 2015 - 2016 Laboratory Data Overview for general information on NHANES laboratory data.
Please refer to the NHANES Analytic Guidelines and the on-line NHANES Tutorial for further details on the use of sample weights and other analytic issues.
Demographic and Other Related Variables
The analysis of
NHANES laboratory data must be conducted using the appropriate survey design and
demographic variables. The NHANES
2015-2016 Demographics File contains demographic data, health indicators,
and other related information collected during household interviews as well as
the sample weight variables. The recommended procedure for variance estimation
requires use of stratum and PSU variables (SDMVSTRA and SDMVPSU, respectively)
in the demographic data file.
This laboratory data file can be linked to other NHANES data files using the unique survey participant identifier (i.e., SEQN).
The public release data file includes Chlamydia - urine data for participants aged 18–39. Chlamydia - urine data for youth aged 14–17 years are available through the NCHS Research Data Center (RDC).
Detection Limits
Since this data is reported as
qualitative data the use of lower LLODs isn’t applicable.
| Code or Value | Value Description | Count | Cumulative | Skip to Item |
|---|---|---|---|---|
| 1 | Positive | 44 | 44 | |
| 2 | Negative | 2025 | 2069 | |
| 3 | Indeterminate | 0 | 2069 | |
| . | Missing | 56 | 2125 |


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Hello, I'm
Peris Oduol
I am a Software Developer
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Worked at LVCT where I Mentored girls in the slums.
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public class Cache
extends java.lang.Object
| Constructor and Description |
|---|
Cache() |
| Modifier and Type | Method and Description |
|---|---|
void |
addItemsToCache(java.util.ArrayList<Item> items)
Method to add an ArrayList of Items to the Cache
|
void |
addItemToCache(Item item)
Method to add an Item to the Cache
|
void |
addTradesToCache(java.util.ArrayList<Trade> trades)
Method to add an ArrayList of Trades to the Cache
|
void |
addTradeToCache(Trade trade)
Method to add a Trade to the Cache
|
java.util.ArrayList<Item> |
getPendingItems()
Retrieves all Items that are waiting to be pushed to the server
|
java.util.ArrayList<Trade> |
getPendingTrades()
Retrieves all Trades that are waiting to be pushed to the server
|
void |
storeFriend(User friend)
Saves the data of the most recently viewed friend in the Cache
|
void |
storeProfile(User self)
Saves an offline copy of the User object in tha Cache
|
public void addItemsToCache(java.util.ArrayList<Item> items)
items
- An ArrayList of offline Items created by the userpublic void addItemToCache(Item item)
item
- An Item that was created offline by the userpublic java.util.ArrayList<Item> getPendingItems()
public void addTradesToCache(java.util.ArrayList<Trade> trades)
trades
- An ArrayList of offline Trades created by the userpublic void addTradeToCache(Trade trade)
trade
- A Trade that was created offline by the userpublic java.util.ArrayList<Trade> getPendingTrades()
public void storeProfile(User self)
self
- The User object to be storedpublic void storeFriend(User friend)
friend
- The User that was most recently viewed by the user


Submitted by: {{ quote.description }} On: {{ quote.completeDate | date }}
Votes: {{quote.vote}}
Time since posted: {{ quote.completeDate|dateCount}} Days ago


Open-Source and Community Supported.
Open Source
The TorSpider spiders, backend API, and frontend web services are all open-source, built and maintained by programmers from around the globe.
Community Supported
TorSpider is supported by the community. We are a collaborative project, made possible by the financial and computational contributions of our supporters.
Flexible Architecture
TorSpider was built to grow as its community matures. With a backend API used by both the spiders and the frontend website, we can upgrade, scale, and replace parts as needed.
How to Contribute
Want to join the team? Check us out on GitHub.


Not Found
Apologies, but the page you requested could not be found.  - Hamlet Darcy
Apologies, but the page you requested could not be found. Perhaps searching will help.
This content is archived. I didn't want it to be lost in the ether, so I exported it from wordpress as static files. I also stripped it of the heavy theme as much as possible using the excellent Boilerplate theme.


| DOSE: |
1 hit |
oral |
LSD |
(gel tab) |
It was late June and I was in Ocean City, Maryland with many of my friends. I was staying on the sixth floor of a hotel overlooking the boardwalk. Every night was a party beer, smoke, ecstasy, and acid. I had tripped four previous times so I knew what it was about, and how it worked, but I never tripped alone before or in an unfamiliar place and thatís where I went wrong.
One night we all got tabs, and planned to trip the next evening, but while me and my friend were cutting them up one of the tabs shot out from the scissors and landed directly in a drop of water at the bottom of the sink.  About twenty minutes later we were passing a bowl of some of the best hydro I have ever seen on the balcony overlooking the boardwalk.  I was having the best time at first though I was the only one tripping. Till about two A.M. everyone was up, but then one by one people were leaving and falling asleep, and since I was the only one tripping I was completely awake.
As the night wound down the trip got worse and worse as more people left the balcony, until I was the only one left. I knew it was coming and now that I was by myself it was there. The bad trip had overcome me. I tried to fight it every way possible music, cigarettes (I went through three packs in about six hours), and sleep but nothing worked. Everything that can go wrong went wrong. I was having the most horrible visual trip. The sand on the beach showed me the craziest things overlooking it from about six stories. Not to mention the ocean, all the lights around the boardwalk, the heat lightning storm that crept up on me, the crazy looking crack heads and drunks lingering around the boardwalk all hours of the night, and the eerie setting of the balcony with kept appearing to be a mouth only seconds away from swallowing me.
Not to mention the visual part the audio part was almost as worse. I was picking up sounds from everywhere. At one point I kept hearing all of these very loud cricket noises, I looked over the balcony and there was a row of bushes, I looked hard and the crickets were racing out of the bushes up the building and right onto my balcony. I jumped up onto my lawn chair and screamed, I looked harder and they all disappeared. I continuously tried to calm myself down and succeeded but of course it didn't last long as the bad trip slowly crept back into my mind. Around six I tried to sleep but it just kept getting worse and worse. I would keep calming myself down, but as soon as I did, not seconds later it was back.
In bed I was seeing everything as scary as possible. The wallpaper was getting crazier and crazier and the blankets on my bed in the hotel kept making all of these waving motions almost as something was slowly creeping up on me from under the covers. I could not take it anymore I wanted it to go away more than anything I have ever wanted in my life. I went back out on the balcony and continued my bad trip as it took eons to go away. Eventually it did almost simultaneously with the most beautiful sunrise I have ever seen. At the time I believe I got a preview of heaven with amazing sun and green appearing ocean.
After that I very quickly became drowsier and drowsier until I was definitely ready for bed. By this time it was a little after nine A.M. I went in and practically immediately passed out and slept until about 2:30 P.M. It was over and I was happy. I hope my frightening account, as hard as it was to write, has warned you of the psychological craziness of LSD and next time you do it be very careful about your surroundings and never trip alone.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


synthetic asynchronous processing in javascript
(Now with extra anti-freeze!)
Browsers are synchronous. They have limits & can be slow. thaw.js defers processes
until the browser is ready for them.
thaw.js makes frozen browsers thaw(.js).
Thaw.js is like the idea of javascript promises only tied to time.
You could, if you don't care about the DOM. Unfortunately the DOM does exist, and it is synchronous. Web workers do not have access to anything synchronous, including the DOM.
You are in one right now! Scroll to bottom to see.
There are 2 million div elements being appended to this very document from
three separate thaw calls happening right now, 6 million total. Does your browser seem slow or sluggish? Of
course not! It is thaw(.js)ing.
With Functions:
new Thaw([
function() {},
function() {}
]);
With Arrays:
new Thaw([], {
each:function(i) {
//this = item of array
},
done: function() {
//this = item of array
}
});
As a block or Thaws (can be even faster in some situations):
new Thaw.Block({
each:function(i) {
//this = item of array
},
done: function() {
//this = item of array
}
}, 200);
add({*}item)
insert({*}item)
addArray({Array}items)
insertArray({Array}items)
stop()
MIT


Process
Every design should have a reason behind it
After our team finished the game concept design, we delivered our ideas to Ant Hive. Their game designers
were responsible for all visual design of the VR game, such as moving, hitting, and killing status of
each monster. Then, I began to work on the pre-game, game-in-progress, and post-game workflow design.
Below are requirements for my wireframe:
- The game feature should be easily noticed and the game can be quickly started.
- Creating a friendly experience for users to transfer from non-VR part to VR part
- Adding a SOFY E-Commerce entry to boost product sales
To make the game feature outstanding, I added the new game entry button to the top of the existing app and
marked a “NEW” text to make it outstanding. After users click the button, they can get into the game.
And during the loading time, I added a loading image to keep their interest.
For the home page, I placed the side navigation bar to leave enough space for the main content. The
navigation bar contains 3 tabs：selecting levels, points redemption, and E-commerce. The default active
tab is selecting levels. For selecting levels panel, it shows three levels which contain level’s title,
level’s introduction, and functional buttons, such as tutorial button and start button. If the level is
locked, I put a lock icon on the top of the panel.
After users click the tutorial button, they go to the tutorial page, which has two parts —about friend
and about enemy. For each part, users can click the arrow to switch characters. Also, users have the option of jumping tutorial; And I provided start button on the last panel. For the tutorial
panel, at first I overlooked several problems, which I will explain later.
For the game flow, after users click the start button, the interface notifies users to put their smartphone
into VR glasses to play the game.
Because there is a time-delay when users wear VR glasses, the game won’t start until users aim at the start
button for 1 second. After one level finishes, users go to the game-over page which presents all
information from this round. And I also provided a progress bar to tell users how many points they still
need to get to unlock next level.
On the redemption page, users can view their current points and redemption history. But due to the
imitation of business issues, they can only redeem all points at once for coupons. I didn’t think it was a good
marketing idea. I gave feedback to my director that I wanted users can directly redeem points for
SOFY’s products, which obviously produce more motivation for users to play the game and attract more
people to use SOFY products. However, my director told me we could do nothing about this part.
Then I realized that design is not only about designing a product, but also relates to
balancing business goals and design goals.


I'm a User Experience and User Interface Designer specialized in designing and building mobile and desktop applications. I have led many design initiatives for startups, digital agencies, and fortune 500 companies including Digital Intent, Kindred Healthcare, Vantiv, Possible Worldwide, Convergys, Zipscene, and Salesforce. I'm both a student and practitioner of Lean startup/UX Approach to design which improves design and development efficiency for my employers and clients. I have a Bachelors in Science from Capella University. I also have associates in Web Design Technology and Graphic Design Technology from Cincinnati State.
Aside from being a UX Designer, I'm also an active Real Estate Investor.


User Manual
The application has the following functionalities:
- Generate: generates a new set of points; the valid number of points is in range [3; 256].
- Speed: sets the speed fo the simulations.
- Stop: stops the simulation.
- Clear log: clears the simulation log.
- Naïve: starts the naïve algorithm simulation, with the following color coding:
- Green: part of the convex hull
- Magenta: edge being tested
- Red: point on the right
- Blue: point on the left
- Smart Naïve: starts the naïve algorithm simulation. The color coding is the same as Naïve.
- Gift Wrapping: starts the gift wrapping algorithm simulation, with the following color coding:
- Green: part of the convex hull
- Cyan: processed points
- Yellow: leftmost turn
- QuickHull: starts the QuickHull algorithm simulation, with the following color coding:
- Green: part of the convex hull
- Magenta: convex hull lower bound
- Red: point on the right
- Blue: point on the left
- Cyan: processed points
- Yellow: furthest point
- Monotone Chain: starts the monotone chain algorithm simulation, with the following color coding:
- Green: part of the convex hull
- Magenta: current convex hull attempt
- Graham Scan: starts the graham scan algorithm simulation, with the following color coding:
- Blue: pivot
- Green: part of the convex hull
- Magenta: current convex hull attempt
- Kirkpatrick-Seidel: starts the Kirkpatrick-Seidel algorithm simulation, with the following color coding:
- Green: segment of the convex hull
- Black Line: current line the bridge is being searched for
- Magenta: current points considered in the BRIDGE function
- Blue: points to the left of the bridge
- Red: points to the right of the bridge
- Yellow: discarded points


{% extends 'htc-layout.html' %} {% block pageTitle %} Guide to regulations - Information for innovators {% endblock %} {% block beforeContent %} {{ breadcrumb({ items: [ { href: "/htc", text: "Home" } ], href: "/htc/innovators", text: "Information for innovators" }) }} {% endblock %} {% block content %}
Innovative surgical procedures and techniques do not have specific regulatory approval processes, though any medical products and devices that are used may require separate approvals.
The Royal College of Surgeons of England have produced a best-practice guide to surgical innovation which is applicable to the whole of the UK.
{% from 'pagination/macro.njk' import pagination %} {{ pagination({ "previousUrl": "/htc/innovators/regulations/digital", "previousPage": "Digital products, services and components", "nextUrl": "/htc/innovators/regulations/other", "nextPage": "Models of care and other innovations" }) }}


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 6
Dietary
Lemon-scented crème brûlée served with figs marinated in rosewater and pistachio nut brittle – this is some sophisticated dessert.
Equipment and preparation: You will need a mini chef’s blowtorch.
For the crème brûlée, preheat the oven to 150C/300F/Gas 2.
Mix together the cream, lemon juice and lemon zest in a saucepan and bring to the boil. Reduce the heat and simmer gently for 10 minutes, whisking continuously. Remove from the heat and set aside.
In a heatproof bowl, whisk together the eggs and sugar until light and frothy.
Add the boiled cream to the eggs and mix well.
Pour the mixture into individual moulds placed in a roasting tin. Cover the base of the tin with water to make a bain marie. Place in the oven for about 30 minutes, or until they are set on the edges but still wobbly in the centre. Remove from the oven and set aside to cool.
For the figs, preheat the oven to 160C/325F/Gas 3. Place the figs on a baking tray and sprinkle them with sugar and rosewater. Bake the figs for six minutes.
For the brittle, line a baking tray with greaseproof paper. Place the sugar into a saucepan over a low heat. Once the sugar has completely melted, add the nuts. Pour the mixture onto the prepared tray and leave to cool.
When set, break the brittle into shards.
For the crème brûlée, cover the tops with an even layer of caster sugar and caramelise using a chef's blowtorch.
Serve the crème brûlée with the figs and brittle.


Do you use a Desktop launch bar on your computer? Maybe Alfred, Quicksilver or something similar? Well Storm Bar is just like that but built for the web.
Imagine a launch bar for the web that has a documented public JavaScript based API where extensions are simply URLs. This is Storm Bar.
First you'll need to install some Bolts. Bolts are extensions that allow you to add new commands to your Storm Bar.
Storm Bar ships with 2 Bolts installed by default. These are 'help' and 'bolt'. You've already seen what the 'help' Bolt does.
The 'bolt' Bolt is a very simple package manager that allows you to list, install, update and remove Bolts from your local machine.
First lets try installing a bolt that allows you to search Google. Open Storm Bar in another window and type 'bolt install google' then hit enter.
Now you should be able to type 'google funny cat' and get some search results back. Congratulations, you installed and used your first Bolt!
Storm Bar is a very young project so there aren't too many Bolts around yet. There is a community repository of useful bolts on github. When you type in a bolt name like 'bolt install google' it is installed from here.
Alternatively you can write your own custom bolts and install them with a URL (gists make a great home for custom Bolts) 'bolt install http://mydomain.com/mybolt.js'
For more help on writing your own bolts see the Bolt API guide.


KUROMA_ Jump over the board like a chess horse. Do not jump twice to the same square.
ZEN_ Try to jump as much as possible. Please play with AI to guide you and challenge you.
VS_ Force a position where the opponent can not jump.
Play against other people and AI. Each AI has its own strategy that is not ranked by difficulty level.
To reset score, click settings_backup_restore
To display full screen, click fullscreen


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Gavin & Bob will be holding a JSR299 Session at JavaOne-2007. Don´t miss it!
Session details (as found on JavaOne site).
JSR 299, Web Beans, aims to unify the JavaServer Faces technology-based managed bean component model with the Enterprise JavaBeans (EJB) component model, resulting in a significantly simplified programming model for web-based applications. This session covers
• The background of the Web Beans effort • Expert group membership • The purpose and scope of the Web Beans specification • The Web Beans programming model • The impact on other JSRs: EJB 3 architecture; JavaServer Faces platform; Java EE • The current status of JSR 299 • Open issues • Q&A


--- layout: home ---
GNaP is a free high-productivity toolset that integrates the components and APIs you need for modern application development.
Getting startedλ yo gnap
_-----_
| | .--------------------------.
|--(o)--| | Welcome to the |
`---------´ | outstanding GNaP |
( _´U`_ ) | generator! |
/___A___\ '--------------------------'
| ~ |
__'.___.'__
´ ` |° ´ Y `
? What is the project name of your application? todo-app
? What is the title of your application? Todo App
? Which theme does your application use? gnap-theme-gnap-angular
? Which port should the development server run on? 9000
We've set up an example site so you can see for yourself what's included.


Heartbroken loved ones of Graeme Hughes pay tribute to 'true gent' dad found dead in Perth house
A 31-year-old man has since been arrested and charged following Graeme's death.
by Kathleen SpeirsDevastated loved ones of a 47-year-old man found dead in Perth have paid tribute to a ‘true gent’ who was ‘one of a kind’.
Police found the body of dad-of-three Graeme Hughes at a property in the town's Uist Place at around 7pm on Monday.
A 31-year-old man has since been arrested and charged following Graeme's death.
The man made an appearance at Perth Sheriff Court on Wednesday in connection with the death.
Grieving friends and family of Greame, also known as Hughsey, took to social media to pay tribute to the joiner who was 'the life and soul of the party'.
On Facebook, his aunt, Fiona Kaszta, wrote: "My heart is broken into a thousand pieces, I can't believe I'm never going to see you again.
"You were the first born nephew we ever had and I loved you so much, I don't know how I'm ever going to get over this.

His cousin, Darren McCutcheon posted: "Absolutely gutted.
"Still can’t believe it, going to miss you.
"You truly were one of a kind, love you cuz."
Laura Moncrieff added: "So sad, a true gent always the life and soul of the party."
Fraser Scrimgeour commented: "Such a shame, great man and great joiner.
"He will be sadly missed, RIP Hughsey."
Ann Marie McCrae: "So heartbreaking, so many of us robbed of a wonderful friend and relative.
"Three beautiful children left without a dad.

Police officers are also now appealing to members of the public for more information to help them with their investigation.
Detective Inspector Keith Duncan, the senior investigating officer, said: “Our enquiries continue and we are keen to speak to anyone who may have been in the area of Uist Place around 3.30pm on Monday, November 4.
“We are also looking to speak to anyone who may have been in the areas of Uist Place, Bute Drive and Stroma Court, between 3.45pm and 6.30pm that day and could have seen Graeme, who was wearing a grey hooded top and dark bottoms.”
A police presence will remain in the area whilst enquiries are ongoing.
Anyone with information is asked to contact Police Scotland on 101 or speak to any police officer, quoting incident number 3464 of November 4.
Information can also be passed on anonymously via the charity Crimestoppers on 0800 555 111.


Color Culture is a library to create Cultures - dynamic color palettes -, it also convert colors between models, accepts new color models defined by the user, offers out of the box modifier methods and many other functionalities.
A "hello, world" example, this will create a color black and display its value as a string in an alert window:
import { RGB } from 'color-culture';
const color = new RGB();
alert(color.rgba)
A color may also be created using a string:
import { Color, RGB } from 'color-culture';
const red = new Color('red'); // this will create a new red RGB color
const blue = new Color('#00FF00'); // this will create a new blue RGB color
const yellow = new Color('#DDDD0080'); // this will create a new yellow RGB color, the last two digits represent its alpha channel
const green = new Color('rgb(0,255,0)'); // this will create a new green RGB color
You may also create a color using an array, this will create a green color:
const color = new RGB([0,250,0,1]);
In an RGB model the first three values represent the channles red, green and blue respectively and the last one the alpha channel; alpha channels are used to define transparency.
Color culture comes with some predefined color models: RGB, HSL, CMYK, LAB and XYZ, for example, to creat a CMYK color you may proceed like so;
import { CMYK } from 'color-culture';
const color = new CMYK([100,100,0,0,1]); // which is blue
Color Culture converts between CMYK, HSL, LAB, RGB and XYZ out of the box
import { CMYK, HSL, LAB, RGB } from 'color-culture';
let colorA = new RGB([0, 0, 255, 1]);
let colorB = colorA.hsl();
let colorC = colorB.to(LAB.MODEL);
let colorD = colorC.to('xyz');
If you need to use a color model not available in Color Culture there are ways to register a new model, as well as conversion functions that will allow you to convert between any other color model present.
Note that without also registering conversion functions your custom model would not be capable of much, to learn more about that look into next section.
To have the values of your channels kept within ranges just register you model like so:
import { BaseFactory } from 'color-culture';
BaseFactory.setModel('hip', [[0, 65025], [0, 65025], [0, 65025], [0, 255]], 3);
In this case the first three channels are bound between values 0 to 65025 inclusive and the last channel between 0 to 255 also iclusive. Alpha channel is set to the forth channel (3, since we start to count from 0).
Color Culture will automatically keep values in range by min/maxing through ranges, but if there's need to a different approach in keeping values within range you may specify a custom function to do so, for example:
import { Base, BaseFactory } from 'color-culture';
BaseFactory.setModel('hip', [[0, 360], [0, 100], [0, 100], [0, 1]], 3, (model: Base) => {
model.channels[0] = ((model.channels[0] % 360) + 360) % 360;
for (let i = 1; i < model.channels.length; i++) {
model.channels[i] =
model.ranges[i][0] > model.channels[i]
? model.ranges[i][0]
: model.ranges[i][1] < model.channels[i]
? model.ranges[i][1]
: model.channels[i];
});
After registration you may create a new instance of your color using BaseFactory:
import { BaseFactory } from 'color-culture';
const color = BaseFactory.createGeneric([100, 50, 50, 1], 'hip');
In case you have a new color model there's no need to create conversion functions to all others color models, Color Culture uses https://www.npmjs.com/package/ngraph.path to automatically find the shortest path between models.
Conversion work as long as there's at least one function converting to RGB, HSL, CMYK, LAB or XYZ and one function converting from RGB, HSL, CMYK, LAB or XYZ to your new model.
First pick a call name to your model, in this example 'hip' will be used, then register functions on how to convert to and from your model:
import { Base, BaseFactory, Color, HSL, Converter } from 'color-culture';
Converter.register('hsl', 'hip',
(value: Base): Base => {
// code to convert, check /tests/custom_model.spec.ts in repository for the full example
});
Converter.register('hip', 'hsl',
(value: Base): Base => {
// code to convert, check /tests/custom_model.spec.ts in repository for the full example
});
//to use
let original = new CMYK([48,78,10,5,1]);
let converted = original.to('hip');
Registration only needs to be done once.
Cultures are like color palettes in the sense that they are groups of colors, but cultures have two distinctive functionalities:
You can link one color to another, so changing the source color will affect all colors linked to it.
You can create colors based on functions that are executed every time the culture is read.
How is a culture created:
import { Color, CMYK, RGB, Culture, Relation } from 'color-culture';
// adding a bit of black to a pure yellow should result in a darker yellow
const bitOfBlack = new CMYK([0, 0, 0, 30, 0]);
const yellow = new CMYK([0, 0, 100, 0, 1]);
const culture = new Culture();
const source = culture.addColor(yellow);
const relation = culture.addRelation( ()=>{
return bitOfBlack.add(source)
} );
const result = relation.result;
alert(result.toString()) // darker yellow
If the original color is changed from yellow to blue, the result will appear as a darker blue instead of darker yellow:
const darkCMKYYellow = new CMYK([0, 0, 100, 30, 1]);
const darkCMKYBlue = new CMYK([100, 100, 0, 30, 1]);
const bitOfBlack = new CMYK([0, 0, 0, 30, 0]);
const CMYKyellow = new CMYK([0, 0, 100, 0, 1]);
const culture = new Culture();
// add a pure yellow to the culture
const source = culture.addColor(CMYKyellow);
// relation is a function
const relation = culture.addRelation( ()=>{
// it calls upon the source color using source result
// and adds a bitOfBlack to it
return bitOfBlack.add(source.result)
} );
alert(relation.result.toString()) // this will result in a darker yellow
// if we change the source color to blue
source.modifier = new CMYK([100, 100, 0, 0, 1]);
alert(relation.result.toString()) // this will result in a darker blue
This is an example of a Relation that is independent of any other colors and will return a random shade of green:
const randomGreen = culture.addRelation( () => {
return new HSL([150, 50, Math.random() * 75, 1]);
} );
Every instance of the Color class contains commonly used functions for color manipulation.
let color = new Color('Turquoise');
console.log(color.rgba);
console.log(color.lighten().rgba);
Modifications can also be chained.
let color = new Color('Turquoise');
console.log(color.rgba);
console.log(color.darken().desaturate());
Modifications may be changed by an amount ( with the exception of negate, which is absolute ).
let color = new Color('Turquoise');
console.log(color.rgba);
console.log(color.rotate(120).saturate(55));
A modification DOES NOT change the original color, but if your intent is to change the original color proceed like so:
let color = new Color('Turquoise');
color.negate(); // this will NOT change the value of the variable color
color = color.negate(); // this will update the value of the variable color
A string representation of a color may be expressed in many ways.
as a hexadecimal:
let color = new Color('red');
color.hex; // #FF0000
as an alpha hexadecimal, where the ending two digist represent the alpha channel:
let color = new Color('red');
color.hexa; // #FF0000FF
and, of course, using toString:
let color = new Color('red');
color.toString(); // rgb(255,0,0,1)
color = new CMYK([0,100,100,0,1])
color.toString(); // cmyk(0,100,100,0,1)
npm i color-culture --save
Examples can be found in:
Angular application: https://github.com/otaviocsantos/color-culture-angular-example
Vue application: https://github.com/otaviocsantos/color-culture-vue-example
5.0.1 Fixes: Documentation for contrast method. 5.0.0 Breaking changes: Removed spaces from names in Named.css. Renamed Named.css to Named.names. New features: Added HSV color model. New contrast modifier: makes sure your color is readable. New Range class to create gradients. Named now accepts user defined names. Expanded tests. Fixes: Color convertions fixes between RGB <-> XYZ
4.0.0 New and improved, hopefully better maintained in the future...
3.0.0 Made Relation more flexible, expanded documentation, added test cases, fixed round bug when calling rgba, better creation from string, better support for custom models.
2.0.0 Ground up rewrite and streamlining.
2.0.1 Small fix in documentation and link to Angular app example.
2.0.2 Expanded documentation and link to Vue app example.
2.1.0 Added new creation methods to BaseFactory, fixed some some creation methods in BaseFactory. Updated documentation.
2.1.1 Fixed small typos in README
2.1.2 Added custom color model CRUD methods to BaseFactory.
Generated using TypeDoc


class: center, middle # Composite Arithmetic Types Are > the + of Their Parts ## John McFarlane ### A9.com ??? Hi, my name is John McFarlane. I work at A9.com in Palo Alto, California. Today I'd like to share my ideas on the future of numeric types in C++. --- # Background ??? First, a little bit about how I got here. -- * Game Development ??? I worked for many years in games development where code reuse is traditionally quite low. Often parts of the STL will be reinvented and for some good and some bad reasons. -- * Study Group 14 - Low Latency (Games, Embedded, HFT, etc.) ??? Then a couple of years ago I found out about SG14. This is a place where game developers and others connect with the C++ committee for mutual benefit. -- * P0037: "Fixed-Point Real Numbers" ??? Around that time, I started toying with a fixed-point type. I floated an idea on the SG14 forum and soon I was presenting a proposal. -- * Study Group 6 - Numerics ??? This made me aware of the Numerics Study Group where similar work was already going on. SG6's aim is to produce a technical specification containing numeric types and other utilities. -- * Platforms: PCs, Cloud, Mobile devices, Embedded systems, GPUs / FPGAs, ??? This endeavor is huge. We care much more about energy consumption so integer arithmetic is regaining ground from floating-point. -- * Applications: Simulation, Image Processing, Machine Learning, Information Security ??? And we need to do heavy duty number crunching across all of these platforms from facial recognition on your phone to autonomous robots navigating public spaces. And correctness of security-critical systems is a very high-profile concern. -- * P0554: "Composition of Arithmetic Types" ??? So now I'm trying put the case for my fixed-point type within a much wider context. -- * Should SG14 Produce a Low-latency Library? ??? And at the same time there is some discussion of gathering a common body of work in SG16 into a usable library. I and others really need to publish a library that is more appealing to users. So something I'd like you to take away and consider is how we might go about this. Should SG16 create one or more low-latency-related libraries? Should we do this within Boost? --- # Disclaimer In the interest of time, this talk does not mention: * user-defined literals, * integral constants * class template deduction * operator overload resolution * <=> * `std::common_type` * `noexcept` * `constexpr` * trig functions * UB, nasal demons or why `signed>unsigned` * Unum * decimal representation * rationals * variable-width integers * two's complement, ternary architecture or qubits ??? Numerics is broad. This talk is short. Please ask questions and give feedback but expect me to brush over some details in my slides. --- # The Pitch ??? But first the rousing mission statement.... -- > Do for `int` what the STL did for `[]` ??? I think as a C++ library writer there is no better inspiration than the STL. Specifically, there are some interesting parallels to be drawn in terms of safety, usability and abstraction. And of course, what's the single best quality of the STL? -- ```c++ template
using Composite = map
>> ``` ??? Composability! --- class: center, middle # Composability is a GOOD THING
+
=
--- # How can I tell if my type is composite? ??? So what is a composite arithmetic type? -- Four telltale signs: ??? Let's first identify some common characteristics. -- 1. Can be composed from fundamental arithmetic types ??? The user should be able to choose a built-in integer type as the building block for a composite type. -- 1. Can be substituted for fundamental arithmetic types ??? The more easily you can replace built-ins with your type, the better things will be. Not only is this useful for retrofitting an existing codebase with some shiny new functionality but also, it makes it more likely that your type ... -- 1. Can be used to compose other arithmetic types ??? ...can be used to compose other arithmetic types. And forth, -- 1. Separation of concerns ??? Smaller, simpler arithmetic types have certain advantages over kitchen sink solutions. For instance, they are much easier to reason about. But before we examine each bullet in detail, I'd like to introduce two types that I'm going to use for illustrative purposes. --- # Example Numeric Types ??? Type number one is everyone's favorite, -- Example Type #1: `safe_integer<>`: ```c++ template
class safe_integer { public: // ... private: Rep _rep; }; ``` ???
... the safe integer. `safe_integer<>` behaves like a built-in integer except it catches overflow and UB at run-time. This simple version will throw an exception to ensure that incorrect results cannot escape. -- ```c++ // multiplication of safe_integer
cannot exceed numeric limits auto a = safe_integer
{numeric_limits
::max()} * 2; // exception! // difference from safe_integer
cannot be negative auto b = safe_integer
{0} - 1; // exception! // conversion to safe_integer
cannot exceed numeric limits auto c = safe_integer
{numeric_limits
::max()}; // exception! // value of safe_integer
cannot be indeterminate auto d = safe_integer
{}; // compiler error? exception? zero-initialization? ``` ??? The idea is that you cannot use `safe_integer<>` to get a result that is incorrect due to overflow. Neither `a`, `b` nor `c` ever make it into scope. `d` is an interesting design question. One way or another, we wish to prevent reading of an uninitialized variable. --- # Example Numeric Types ??? My second example tackles similar problems but it trades versatility for power. -- Example Type #2: `elastic_integer<>`: ```c++ template
class elastic_integer { // ... private: Rep _rep; // Narrowest or something wider }; ``` ???
Rather than catch overflow errors at runtime, `elastic_integer<>` tries to avoid them at compile time. You'll often find this behavior bundled in with safe integers but I think those concerns can be separated. -- ```c++ // elastic_integer holding 4 digits auto a = elastic_integer<4, unsigned>{10}; // result of addition is 1 digit wider auto b = a+a; // elastic_integer<5, unsigned>; // result of subtraction is signed auto c = -b; // elastic_integer<5, signed>; // run-time overflow is not the concern of elastic_integer auto d = elastic_integer<8, signed>{256}; ``` ??? This type is actually parameterized on the number of bits it needs to store a value. Arithmetic operations increase required capacity. This type can keep one step ahead of overflow by producing widened results. Addition and subtraction return results which are one bit wider. Subtraction and negation convert unsigned types to signed types. Multiplication doubles width and so on. So, back to our list... --- # How can I tell if my type is composite? Four telltale signs: 1. **Can be composed from fundamental arithmetic types** 1. Can be substituted for fundamental arithmetic types 1. Can be built from composite arithmetic types 1. Separation of concerns ??? Starting with composition *from* fundamental types. --- # Telltale Sign #1 ## Can be composed from fundamental arithmetic types ```c++ // good template
class safe_integer; ``` ??? I'll use `safe_integer<>` to exemplify the right interface. -- ```c++ // bad template
class safe_integer; ``` ??? Here is the pattern I see quite a bit. It's indicative of a library writer who has been grazed by `int`'s rough edges and thinks: "I can fix this!" -- ```c++ using good = safe_integer
; ``` ??? But `int`s not nearly as broke as you might think. It certainly looks broke on first inspection. But it gives you the very best speed, storage, portability tradeoff. -- ```c++ using bad = safe_integer<31, true>; ``` ??? So when I specify a 32-bit signed type here, I'm simply pessimising for a bunch of platforms. -- ```c++ using bad = safe_integer
::digits, true>; ``` ??? No problem, the user can choose to use `int` this way. Smelly. Not idiomatic. -- ```c++ using good = safe_integer
; ``` ??? The compositional interface makes specifying the width easy because we're working *with* C++ and not *against* it. There are plenty more reasons why the former style is better. But lets move on. --- # How can I tell if my type is composite? Four telltale signs: 1. Can be composed from fundamental arithmetic types 1. **Can be substituted for fundamental arithmetic types** 1. Can be built from composite arithmetic types 1. Separation of concerns ??? Number two: up to a point, the more a custom numeric type can act like a built-in type, the better. I say up to a point. If it doesn't do anything different, it's worthless and if it passes the `std::is_same` test, you cheated! --- # Telltale Sign #2 ## Can be substituted for fundamental arithmetic types ??? Lets look at the case of a project where run-time performance is paramount but where we want to catch lots of bugs during development. -- ```c++ // pch.h #include
#include
namespace acme { #if defined(NDEBUG) template
using integer = Rep; #else template
using integer = safe_integer
; #endif } ``` ??? Here's a header that we're going to include everywhere in our project. It uses the `NDEBUG` macro of `assert` fame to differentiate between production builds that need speed and development builds which do not. There's a challenge here. Making your types transparent to code which is expecting fundamental types means understanding how they behave. And if you get it wrong, you end up with incorrect, sub-optimal code. -- ```c++ auto square(acme::integer
f) { return f * f; } ``` ??? For instance, what does our `square` function return? --- # Writing Transparent Operators ??? Lets write a multiply operator. -- ```c++ template
auto operator*(safe_integer
const& a, safe_integer
const& b) { Rep product = a.data() * b.data(); // do some overflow checking return safe_integer
{product}; } ``` ??? This is a naive attempt at a multiplication operator. It takes two `safe_integer`-of-`Rep`s and returns one `safe_integer`-of-`Rep`. Note that the class has an accessor, `data()`, that leaks the internal representation. There are two problems with the use of `Rep` here. Firstly, there's an implicit conversion when `product` is defined. -- ```c++ safe_integer
{2} * safe_integer
{3}; ``` ??? In this example, `product` is `short` but it is initialized with `int`. -- ```c++ safe_integer
{6} * safe_integer
{7}; ``` ??? And in this example, the operands are different types and the function doesn't resolve. Let's fix that. --- # Writing Transparent Operators ```c++ template
auto operator*(safe_integer
const& a, safe_integer
const& b) { auto product = a.data()*b.data(); // do some overflow checking return safe_integer
{product}; } ``` ```c++ safe_integer
{2} * safe_integer
{3}; ``` ```c++ safe_integer
{6} * safe_integer
{7}; ``` ??? Two changes: the operands can be different types and the return type is deduced. This is way better. And it's getting easier to make these improvements. Type deduction is happening twice here where you see `auto`. And a third place in C++17: you can remove the template parameter in the `return` statement. The benefits of this approach extend way beyond the types I'm discussing here. For example, many linear algebra libraries won't work with some numeric types or work sub-optimally due to homogeneous operands and implicit conversion. --- # Friendly Advice > When you use a type's operator, don't assume its return type. ??? Of course, that's just for arithmetic operators. For comparison, say, it's safe to return `bool`. Right? -- ```c++ // oh crap auto c = safe_integer
>{} != safe_integer
>{} ``` (Courtesy of Joël Falcou) --- # Telltale Sign #2 ## Can be substituted for fundamental arithmetic types ```c++ // pch.h #include
#include
namespace acme { #if defined(NDEBUG) template
using integer = Rep; #else template
using integer = safe_integer
; #endif } ``` ```c++ auto square(acme::integer
f) { return f * f; } ``` ??? Returning to our square function, it now returns an `int` no matter what build. It does this because the operator tries as hard as possible not to interfere with the operations of its `Rep` type. I call this the prime directive of composite arithmetic types. --- # The Prime Directive > "The Prime Directive is not just a set of rules. It is a philosophy, and a very correct one. History has proved again and again that whenever mankind interferes with a less developed civilization, no matter how well intentioned that interference may be, the results are invariably disastrous." — Jean-Luc Picard ??? --- # How can I tell if my type is composite? Four telltale signs: 1. Can be composed from fundamental arithmetic types 1. Can be substituted for fundamental arithmetic types 1. **Can be built from composite arithmetic types** 1. Separation of concerns ??? Next up, we fit the pieces together. --- # Telltale Sign #3 ## Can be built from composite arithmetic types ```c++ template
class safe_integer; template
class elastic_integer; ``` ??? Here are our two composite arithmetic types. -- ```c++ template
class safe_elastic_integer; ``` ??? Here's a third type we might like: something that returns widen results where possible and performs run-time overflow checks everywhere else. How might we go about this? (Clue in the title of the talk.) --- # Telltale Sign #3 ## Can be built from composite arithmetic types ```c++ template
class safe_integer; template
class elastic_integer; ``` ```c++ template
using safe_elastic_integer = safe_integer
>; ``` ??? And here we have a composite arithmetic type. Note in the definition of `safe_elastic_integer` I'm defaulting `Narrowest` to `int` for brevity. So what happens when we multiply these together? (And why compose this way 'round?) --- # `safe_elastic_integer` ```c++ template
auto operator*(safe_integer
const& a, safe_integer
const& b) { auto product = a.data()*b.data(); // do some overflow checking return safe_integer
{product}; } ``` ```c++ template
using safe_elastic_integer = safe_integer
>; ``` ```c++ auto a = safe_elastic_integer<4, int>{14} * safe_elastic_integer<3, int>{6}; ``` ??? Here, `Rep1` is `elastic_integer<4, int>` and `Rep2` is `elastic_integer<3, int>` so `product` is of type, `elastic_integer<7, int>`. `product` cannot possibly overflow so overflow checking is a waste of time here. How do we fix this? --- # `safe_elastic_integer` ```c++ template
constexpr auto operator*(safe_integer
const& a, safe_integer
const& b) { auto product = a.data()*b.data(); if (numeric_limits
::digits+numeric_limits
::digits >numeric_limits
::digits) { // do some overflow checking } return safe_integer
{product}; } ``` ```c++ template
using safe_elastic_integer = safe_integer
>; ``` ```c++ auto a = safe_elastic_integer<4>{14}*safe_elastic_integer<3>{6}; ``` ??? Pretty easily. And in C++17, this `if` can be `constexpr`. But doesn't it seem a little wrong adding a special case into `safe_integer` code in order to accommodate `elastic_integer`? -- ```c++ auto b = safe_integer
{14} * safe_integer
{6}; ``` ??? No, because it's not a special case. Again, multiplying two `short`s together carries no risk of overflow on most systems. `elastic_integer` turns out to be a generalization of a classic design decision that's been quietly preventing bugs for decades. --- # How can I tell if my type is composite? Four telltale signs: 1. Can be composed from fundamental arithmetic types 1. Can be substituted for fundamental arithmetic types 1. Can be built from composite arithmetic types 1. **Separation of concerns** ??? Anyway, I believe that we can do a lot better than two components. We concentrated on two types and shown how we get a third type for free. Those two types are often grouped together but I think they can be independent. Let's see some more types... --- # Let's Keep Going... ??? I've been working on a couple of other types which are designed to be components. -- ```c++ template
class fixed_point; ``` ??? Fixed-point takes an integral type and scales it by the given power of two. -- ```c++ template
class elastic_integer; ``` ??? `elastic_integer` you've seen. -- ```c++ template
class precise_integer; ``` ??? `precise_integer<>` provides better rounding modes for division, shift right and float-to-int conversion. -- ```c++ template
class safe_integer; ``` ??? And finally here's `safe_integer` with an additional parameter that allows you to choose what happens when overflow occurs. What can we make with these? --- # `precise_safe_elastic_fixed_point` ```c++ // precise safe elastic fixed-point template< int IntegerDigits, int FractionalDigits = 0, class OverflowTag = throwing_overflow_tag, class RoundingTag = rounding_closest_tag, class Narrowest = int> using precise_safe_elastic_fixed_point = fixed_point< elastic_integer< IntegerDigits+FractionalDigits, precise_integer< safe_integer< Narrowest, OverflowTag >, RoundingTag > >, -FractionalDigits >; ``` ??? AND...  From this list, the biggest omission is a `wide_integer` type that can break through the 64-bit boundary. For example, if you multiply two 64-bit `elastic_integer`s together, you need an least 127-bits to store the result. I haven't started on such a type yet although there are solutions out there one of which I'll mention in a few slides. --- # fixed_point + elastic_integer ??? Now I haven't mentioned efficiency yet but for many types in many applications this is a deal-breaker. Precision and safety are added features on top of existing types. But `fixed_point` and `elastic_integer` are designed purely to be wrappers over low-level integer arithmetic. -- ```c++ // square a number using 15:16 fixed-point arithmetic float square_int(float input) { // user must scale values by the correct amount auto fixed = static_cast
(input * 65536.f); // user must remember to widen the result to avoid overflow auto prod = int64_t{fixed} * fixed; // user must remember that the scale also was squared return prod /<PHONE_NUMBER>.f; } // same function with added type safety float square_fixed_point(float input) { // alias to fixed_point
, -16> auto fixed = elastic_fixed_point<15, 16>{input}; // concise, safe and zero-cost! auto prod = fixed * fixed; return static_cast
(prod); } ``` ??? These two functions do exactly the same work. These type types are meant to wrap existing functionality and absolutely *nothing else*. --- # https://godbolt.org/g/C30RXx ```asm square_int(float): mulss xmm0, DWORD PTR .LC0[rip] cvttss2si eax, xmm0 pxor xmm0, xmm0 cdqe imul rax, rax cvtsi2ssq xmm0, rax mulss xmm0, DWORD PTR .LC1[rip] ret square_fixed_point(float): mulss xmm0, DWORD PTR .LC0[rip] cvttss2si eax, xmm0 pxor xmm0, xmm0 cdqe imul rax, rax cvtsi2ssq xmm0, rax mulss xmm0, DWORD PTR .LC1[rip] ret .LC0: .long<PHONE_NUMBER> .LC1: .long 796917760 ``` --- # fixed_point + Boost.Multiprecision ??? Here's one you may have heard of. Can someone give me a big number. -- ```c++ #include
void boost_example() { using namespace boost::multiprecision; using rep = number< cpp_int_backend<400, 400, unsigned_magnitude, unchecked, void>>; using big_number = fixed_point
; auto googol = big_number{1}; for (auto zeros = 0; zeros!=100; ++zeros) { googol *= 10; } cout << googol << endl; // "1e+100" auto googolth = 1 / googol; cout << googolth << endl; // "1e-100" } ``` ??? The first half of this function is fairly unremarkable. It uses Boost.Multiprecision to generate a number with 100 zeros.  But when the inverse is computed, it is returned in a type with 400 fractional digits. You'll notice I'm including a header that isn't from the Boost library. It contains some glue code. It doesn't require much but there are some and it is needed for all types that hope to join the party. --- # The Small Print ??? Types such as `elastic_integer` and `fixed_point` don't always return the same types from their operators. Notably, they may return types which are a different width or a different signedness. There is no standard way to choose an integer type based on those properties. And even if there were, you would need to extend it to cover novel types. -- ```c++ template
using make_signed_t
> = elastic_integer
>; // elastic_integer<10, signed> using a = make_signed_t
>; ``` ??? Firstly, there's no extensible way to set signedness. This use of `std::make_signed` is not allowed. -- ```c++ template
using twice_as_wide = set_num_digits
::digits * 2>; // uint16_t using b = twice_as_wide
; ``` ??? Secondly, we can get the width of an integer at compile time using `numeric_limits` and we're allowed to specialize `numeric_limits` for new types. But we can't generate a type from a given number of bits --- not even fundamental integer types. -- ```c++ auto c = safe_integer
{...}; auto d = multiply_overflow(saturate, c, 2); ``` ??? And types are not always the best way to get things done. Sometimes a function is better. Here's a function that keeps the result of a multiplication within the numeric limits of its product. We want to handle overflow by throwing exceptions *except* for this one line of code. This is easy enough if we're only supporting a known set of types such as all fundamental arithmetic types. But to write general-purpose functions which can be extended to take yet-to-be-imagined types, we need to provide generic accessors that let us mine down through the layers to the root. --- # `numeric_traits` ??? I don't know what form this kinds of scaffolding should take. But maybe a class template along the lines of `numeric_limits` might work. -- ```c++ namespace std { template
struct numeric_traits { static constexpr bool is_specialized = false; // ... }; template<> struct numeric_traits
{ // ... }; } ``` ??? Here's a class template called `numeric_traits` which comes ready-specialized for fundamental arithmetic types. --- # `numeric_traits` ```c++ namespace std { template
struct numeric_traits
> { static constexpr bool is_specialized = false; using make_signed_t = safe_integer
::make_signed_t>; using make_unsigned_t = safe_integer
::make_unsigned_t>; using set_width_t = safe_integer
::make_unsigned_t>; Rep to_rep(safe_integer
const& si) { return si._rep; } safe_integer
from_rep(Rep const& r) { return safe_integer
{r}; } // ... }; } ``` ??? And here I've specialized it for my `safe_integer` type. I also need to specialize `numeric_limits` like normal if only for `is_signed` and `digits` members. Nobody likes that we need stuff like `iterator_traits`. But when you want to do generic work across class objects and fundamental types alike there needs to be a --- # Thanks John McFarlane, @JSAMcFarlane Links: * fixed-point - [github.com/johnmcfarlane/fixed_point](https://github.com/johnmcfarlane/fixed_point) * SG14 forum - [groups.google.com/a/isocpp.org/d/forum/sg14](https://groups.google.com/a/isocpp.org/d/forum/sg14) Papers: * P0554: Composition of Arithmetic Types - [wg21.link/p0554](http://wg21.link/p0554) * P0037: Fixed-Point Real Numbers - [wg21.link/p0037](http://wg21.link/p0037) * P0101: Numeric TS Outline - [wg21.link/p0101](http://wg21.link/p0101)


deep4rec package¶
Subpackages¶
- deep4rec.datasets package
- Submodules
- deep4rec.datasets.amazon_electronics module
- deep4rec.datasets.census module
- deep4rec.datasets.clf_negative module
- deep4rec.datasets.dataset module
- deep4rec.datasets.frappe module
- deep4rec.datasets.ml module
- deep4rec.datasets.ml100k module
- deep4rec.datasets.movielens_helper module
- Module contents
- deep4rec.models package
Submodules¶
deep4rec.utils module¶
Utilitiy functions.
-
deep4rec.utils.
base_name
(path)[source]¶ Identifies base name of path.
Parameters: path – A string indicating a path. Returns: A string indicating the base name of path.
-
deep4rec.utils.
maybe_uncompress
(file_path, output_path=None)[source]¶ If file path is a compressed file than uncompress it.
-
deep4rec.utils.
name_to_fn
(fn, mapper_fn)[source]¶ If needed maps a name to a function based on mapper_fn.
-
deep4rec.utils.
parent_path
(path)[source]¶ Finds parent path.
Parameters: path – A string indicating a path. Returns: A string indicating the parent path of path.


×
TUTORIAL
Hi! I'm Hernani Fernandes, a Full Stack developer and this program
is an example how to use html5 canvas features and show an interactive app.
-
Click 3 times on the white board in different places and create red circles
-
In the third click will be created a random blue parallelogram and a yellow circle with same area and position of the parallelogram
-
Drag and drop red circles to recalculate objects or click to set a new red circle position
-
Click in the right corner at the screen in the reset button to start again!


filmcritic.com presents a review from staff member James Brundage . You can find the review with full credits at http://www.filmcritic.com/misc/emporium.nsf/2a460f93626cd4678625624c007f2b46/d68b6c487567e5be882568b10009e801?OpenDocument
Bobby G. Can't Swim (1999, R)
Written and Directed by John-Luke Montias
Produced by Michael Pilgrim
Starring John-Luke Montias and Susan Mitchell
As Reviewed by James Brundage
Having just watched probably the worst single-man-show I had ever seen (Happy Birthday, Mr. Mograbi), I walked into the theatre for Bobby G. Can't Swim with the same queasy trepidation of Jodie Foster sitting in front of Hannibal the Cannibal in Silence of the Lambs. Another one-man show awaited me, this one in a genre (the street movie) that is overdone at the best.
Sitting in the theatre, still aching for Pepto-Bismol after Mograbi's shaky camerawork, I began to compose my negative review in advance. I began to figure out insults that I could pass off later on. This process occupied my mind for almost five minutes, at which point the thoroughly excellent and surprising Bobby G. Cant' Swim came on the screen and made me vow yet again to save coming up with snide wise ass comments until after I have watched the movie.
Bobby G. Can't Swim is the story of Bobby Grace (John-Luke Montias), a street pusher who may be able to make the deal of his lifetime… sell a key of cocaine to a bunch of out-of-town yuppies at a tremendous markup. Of course, several things go wrong with this simple plan and Bobby G. ends up fighting for his life.
Admittedly, Bobby G. loses a point for originality in plot, but therein lies the film's only flaw. Instead of having a street movie that waxes philosophical about how hard the street life is or that simply curses and shoots people, Bobby G. Can't Swim opts for adopting a strong case of gallows humor.
Bobby is a small time sucker who is constantly getting taken advantage of (i.e. he ends up getting a collector's bowling ball for a few grams of cocaine), and what little moral fiber Bobby has makes him so endearing to the viewer that it is impossible to take your eyes off the character. This is aided by the fact that John-Luke Montias tailor-made the part to himself and tended bar in the area in which the film takes place. Susan Mitchell, who plays Bobby's hooker-girlfriend, shines as much as a gritty New York hooker can shine.
Despite his proficiency with actors and his background in acting, Montias cannot and will not ever be described as an actor's director. This backhand that several critics use to excuse a director's lack of technical proficiency has no place in a review of Bobby G. Can't Swim due to the fact that the film is extremely well made. The camera is infused with the energy of the street, and Montias captures New York City perfectly.
The script sidesteps almost every cliché in the genre. It never mentions the Mafioso. It never deals with racist themes. It never paints its characters in black and white. The only cliché that it does not sidestep is its ending. Somewhere along the line, the script forces itself into a narrative cul-de-sac and we end up with a predictable final scene. Yet this is virtually the only problem, and the ending is not so terrible as to spoil the rest of the film. All in all Bobby G. Can't Swim is a film worth time and money in every way, shape, and form… it's a boisterous, exhilarating ride worth paying for.
****1/2
-- Christopher Null -<EMAIL_ADDRESS>- http://www.filmcritic.com
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


|
ViennaCL - The Vienna Computing Library
1.5.2
|
OpenCL kernel generation class for matrix expressions of AXPY type, i.e. A = alpha * B + beta * C, where the number of summands can in principle be arbitrarily large. More...
#include <saxpy.hpp>
Public Member Functions | |
| matrix_saxpy (unsigned int v, vcl_size_t gs1, vcl_size_t gs2, vcl_size_t ng1, vcl_size_t ng2, unsigned int d) | |
| std::string | csv_representation () const |
| csv representation of an operation | |
| void | configure_range_enqueue_arguments (vcl_size_t kernel_id, statements_type const &statements, viennacl::ocl::kernel &k, unsigned int &n_arg) const |
| Configures the range and enqueues the arguments associated with the profile. | |
| void | kernel_arguments (statements_type const &, std::string &arguments_string) const |
Static Public Member Functions | |
| static std::string | csv_format () |
OpenCL kernel generation class for matrix expressions of AXPY type, i.e. A = alpha * B + beta * C, where the number of summands can in principle be arbitrarily large.
| matrix_saxpy | ( | unsigned int | v, |
| vcl_size_t | gs1, | ||
| vcl_size_t | gs2, | ||
| vcl_size_t | ng1, | ||
| vcl_size_t | ng2, | ||
| unsigned int | d | ||
| ) | [inline] |
| void configure_range_enqueue_arguments | ( | vcl_size_t | kernel_id, |
| statements_type const & | statements, | ||
| viennacl::ocl::kernel & | k, | ||
| unsigned int & | n_arg | ||
| ) | const [inline, virtual] |
Configures the range and enqueues the arguments associated with the profile.
Implements profile_base.
| static std::string csv_format | ( | ) | [inline, static] |
| std::string csv_representation | ( | ) | const [inline, virtual] |
| void kernel_arguments | ( | statements_type const & | , |
| std::string & | arguments_string | ||
| ) | const [inline, virtual] |
Implements profile_base.


WITNESS LIST
Transportation Committee
March 26, 2019 - 2:00 PM or upon final adjourn./recess or bill referral if permission granted
Against:
French, Michelle (Self; Tax assessor collector association of texas)
Luedeke, Shay (Self; Tax assessor collector association)
Registering, but not testifying:
For:
Belsick, Michael (Self)
Hall, Terri (Self)
Long, Matt (Self)
Olson, Ken (Self)
Smith, Angela (Self; Fredericksburg Tea Party)
Against:
Swirsky, Alexie (Self)
Tschirhart, Gwenda (Self; Tax Assesor Collector Association)
On:
Arriaga, Amanda (Texas Dept of Public Safety)
Brewster, Whitney (Texas Department of Motor Vehicles)
Flores, Linda (Texas Department of Motor Vehicles)
Higginbotham, Mike (Texas Department of Motor Vehicles)
Kuntz, Jeremiah (Texas Department of Motor Vehicles)
For:
Hall, Terri (Self; Texas TURF, Texans for Toll-free Highways)
Registering, but not testifying:
For:
Baggett, Donnis (Self; Texas Press Association)
Belsick, Michael (Self)
Geske, Matthew (Self; Austin Chamber of Commerce)
Long, Matt (Self)
Olson, Ken (Self)
On:
Bass, James (TxDOT)
For:
Canon, Kelly (Self; Arlington Republican Club)
Hall, Terri (Self; Texas TURF, Texans for Toll-free Highways)
Schirmbeck, Byron (Texas Campaign For Liberty)
1
WITNESS LIST
Against:
Anderson, David (City of Leon Valley)
Berrettini, Thomas (Self; Grand Prairie Police Dept)
Cooley, Chad (Self; Cedar Hill Police Department)
Gonzalez, Ruben (Self; County of El Paso)
Hansen, Eric (Grand Prairie Police Dept)
Kuenstler, Kelly (City of Leon Valley)
Salvaggio, Joe (City of Leon Valley)
Williams, Jeff (North Richland Hills PD)
Registering, but not testifying:
For:
Bagley, Bob (Self)
Belsick, Michael (Self)
Bruce, John (Self; Frisco Police Department)
Casas, Amelia (Texas Criminal Justice Coalition)
Cook, Kelli (Self)
Dixon, Don (Self)
Fincher, Janet (Self)
Fincher, Rusty (Self)
Grisham, CJ (Self)
Jaros, Joshua (Self)
Long, Matt (Self)
Moreau, Craig (Self)
Smith, Angela (Self; Fredericksburg Tea Party)
Snavely, Travis (Self)
Stevens, Darren (Self; Frisco Police Dept)
Swirsky, Alexie (Self)
Against:
Crum, Benjamin (Self; City of Balcones Heights)
Gillian, Lamar (City of Balcones Heights)
Hamm, Lance (Self)
Harris, David (City of Balcones Heights)
Jahanara, John (City of Balcones Heights)
O'Ryan, Anne (AAA TEXAS)
Olson, Ken (Self)
Paterson, Adrienne (Self)
Perdue, Jimmy (Self; City of North Richland Hills)
Ramirez, Ricardo (City of Sugar Land)
Schultz, Scott (City of Sugar Land)
Sparks, Clifford (City of Dallas)
For:
McKnight, Peyton (American Council of Engineering Companies of Texas)
2
WITNESS LIST
Registering, but not testifying:
For:
Fowler, Perry (Texas Water Infrastructure Network (TXWIN))
Geske, Matthew (Self; Austin Chamber of Commerce)
Rove, Karen (AGC of Texas, Highway Heavy)
On:
Bass, James (TxDOT)
Hale, Bill (Txdot)
For:
Canon, Kelly (Self; Arlington Republican Club)
Dennard, Jerry (Self)
Dixon, Don (Self)
Hall, Terri (Self; Texas TURF, Texans for Toll-free Highways)
Openshaw, Michael (Self)
Schirmbeck, Byron (Texas Campaign For Liberty)
Against:
Anderson, David (City of Leon Valley)
Barger, Michael (City of Austin Police Department)
Barton, Danny (City of Coppell)
Brooks, Tanya (City of Fort Worth)
Cooley, Chad (Self; Cedar Hill Police Department)
Hamm, Lance (Self)
Hansen, Eric (Grand Prairie Police Dept)
Kuenstler, Kelly (City of Leon Valley)
O'Ryan, Anne (AAA TEXAS)
Paterson, Adrienne (Self)
Salvaggio, Joe (City of Leon Valley)
Schultz, Scott (City of Sugar Land)
Webb, Dennis (Self; City of Irving)
Registering, but not testifying:
For:
Bagley, Bob (Self)
Casas, Amelia (Texas Criminal Justice Coalition)
Cook, Kelli (Self)
Easton, Janna (Self)
Fincher, Janet (Self)
Fincher, Rusty (Self)
Grisham, CJ (Self)
Jaros, Joshua (Self)
Maynard, Beth (Self)
Moreau, Craig (Self)
3
WITNESS LIST
For:
Murphy, Joseph (Self)
Nelms, Deborah (Self)
Propes, Jay (Self; Harley Davidson Motor Company)
Rhodes, Fran (Self; Ne tarrant tea party)
Smith, Angela (Self; Fredericksburg Tea Party)
Snavely, Travis (Self)
Starnes, Joel (Self; Texas Liberty Initiative)
Swirsky, Alexie (Self)
Vaughn, Jason (Self; Texas Young Republicans)
York, Ruth (Self)
Against:
Berrettini, Thomas (Self; Grand Prairie Police Dept)
Bruce, John (Self; Frisco Police Department)
Crossley, Jay (Self)
Crum, Benjamin (Self; City of Balcones Heights)
Curtis, Daniel (Plano Police Department)
Gillian, Lamar (City of Balcones Heights)
Harris, David (City of Balcones Heights)
Howard, Curtis (Self; City of Plano PD)
Jahanara, John (City of Balcones Heights)
Kelly, Bill (Mayor’s Office, City of Houston)
Kroll, John (City of Humble)
Perdue, Jimmy (Self; City of North Richland Hills)
Ramirez, Ricardo (City of Sugar Land)
Rhodes, Terrence (Dallas Police Department)
Schaub, Patricia (Self)
Sparks, Clifford (City of Dallas)
Stevens, Darren (Self; Frisco Police Dept)
Weist, Jon (City of Irving)
Williams, Jeff (North Richlands Hills PD)
On:
Chacon, Michael (TxDOT)
Hernandez, Indra (Department of state health services)
Schmider, Joseph (Department of state health services)
For:
Braziel, Robert (Texas Automobile Dealers Association)
Ferchill, Cary (TEXETRA)
Hall, Terri (Self; Texas TURF, Texans for Toll-free Highways)
Against:
Barletta, Joseph (Self; Smart Charge America)
Bollar, Rick (Self)
Bulla, Dale (Self; TXETRA)
4
WITNESS LIST
Against:
Campbell, Brandon (Self)
Fudman, Edward (Self)
Kingman, John (Self)
Ludwick, Damien ludwick (Self)
Manning, Craig (Self)
Royston, James (Self)
Smith, Tom (Self; Txetra)
On:
Kuntz, Jeremiah (Texas Department of Motor Vehicles)
Roane, Jerry (TriTrack Motors And Roane Inventions Incorporated)
Registering, but not testifying:
For:
Dixon, Don (Self)
Geske, Matthew (Self; Austin Chamber of Commerce)
Igo, Shanna (Texas Municipal Lague)
Long, Matt (Self)
McKnight, Peyton (American Council of Engineering Companies of Texas)
Rove, Karen (AGC of Tx Highway Heavy)
Rusing, Shannon (Texas Oil and Gas Association)
Smith, Angela (Self; Fredericksburg Tea Party)
Against:
Belsick, Michael (Self)
Campbell, Byron (Alliance of Automobile Manufacturers)
Campbell, Drew (Alliance of Automobile Manufacturers)
Doran, Laird (The Friedkin Group on behalf of Gulf States Toyota, Inc.)
McMahon, Lori (Toyota Motor North America)
Metzger, Luke (Self; Environment Texas)
Olson, Ken (Self)
Reed, Cyrus (Sierra club lone star chapter)
Soignier, Chris (Self)
Sparks, Clifford (City of dallas)
Against:
Anderson, David (City of Leon Valley)
Barton, Danny (City of Coppell)
Berrettini, Thomas (Self; Grand Prairie Police Dept)
Canon, Kelly (Self; Arlington Republican Club)
Cooley, Chad (Self; Cedar Hill Police Department)
Hall, Terri (Self; Texas Turf, Texans for Toll-free Highways)
Hall, Terri (Self; Texas TURF, Texans for Toll-free Highways)
Hamm, Lance (Self)
Hansen, Eric (Grand Prairie Police Dept)
5
WITNESS LIST
Against:
Kuenstler, Kelly (City of Leon Valley)
Salvaggio, Joe (City of Leon Valley)
Schirmbeck, Byron (Texas Campaign For Liberty)
Registering, but not testifying:
For:
Casas, Amelia (Texas Criminal Justice Coalition)
Dixon, Don (Self)
Smith, Angela (Self; Fredericksburg Tea Party)
Against:
Bagley, Bob (Self)
Bruce, John (Self; Frisco Police Department)
Cook, Kelli (Self)
Curtis, Daniel (Plano Police Department)
Dixon, Don (Self)
Fincher, Janet (Self)
Fincher, Rusty (Self)
Franco, Brie (City of Austin)
Grisham, CJ (Self)
Howard, Curtis (Self; City of Plano PD)
Jaros, Joshua (Self)
Kelly, Bill (Mayor’s Office, City of Houston)
Kroll, John (City of Humble)
O'Ryan, Anne (AAA TEXAS)
Olson, Ken (Self)
Paterson, Adrienne (Self)
Patterson, TJ (City of Fort Worth)
Perdue, Jimmy (Self; City of North Richland Hills)
Ramirez, Ricardo (City of Sugar Land)
Schultz, Scott (City of Sugar Land)
Snavely, Travis (Self)
Sparks, Clifford (City of Dallas)
Stevens, Darren (Self; Frisco Police Dept)
Williams, Jeff (North Richland Hills PD)
On:
Chacon, Michael (TxDOT)
For:
Gilmore, Thomas (City of Lewisville)
Registering, but not testifying:
For:
Costa, Dianne (Denton County Transportation Authority)
6
WITNESS LIST
For:
Emery, Charles (Denton County Transportation Authority)
Suarez, Raymond (Denton County Transportation Authority)
Watts, Chris (City of Denton)
For:
Gonzalez, Ernie (City of Eagle Pass, Texas)
Registering, but not testifying:
For:
Van de Putte, Leticia (City of Del Rio)
For:
Campirano, Eduardo (Brownsville Navigation District)
Wood, John (Port of brownsville)
On:
Halili, Lisa (Self; PRESTIGE OYSTER)
Registering, but not testifying:
For:
Borskey, Mark (Texas Recreational Vehicle Association)
Pacheco, Michael (Texas Farm Bureau)
On:
Chrane, Justin (Texas DPS)
For:
Short, Greg (Safer 71)
Suits, Stacy (Self; Travis County Constable Pct 3)
Against:
Hall, Terri (Self; Texas TURF, Texans for Toll-free Highways)
Registering, but not testifying:
For:
Franco, Brie (City of Austin)
MacDougal, Vanessa (Self)
Tatum, Alexis (Travis County Commissioners Court)
Against:
Belsick, Michael (Self)
Cook, Kelli (Self)
Long, Matt (Self)
7
WITNESS LIST
On:
Chacon, Michael (TxDOT)
Against:
Dixon, Don (Self)
Hall, Terri (Self; Texas TURF, Texans for Toll-free Highways)
On:
Bass, James (Txdot)
Registering, but not testifying:
For:
Geske, Matthew (Self; Austin Chamber of Commerce)
Hines, James (Texas Association of Business)
McCartt, J. (Fluor)
Rove, Karen (AGC of Texas, Highway Heavy)
Sullivan, Ray (HNTB)
Against:
Belsick, Michael (Self)
Cook, Kelli (Self)
Long, Matt (Self)
Olson, Ken (Self)
Smith, Angela (Self; Fredericksburg Tea Party)
For:
Moore, Dana (Texas Truckng Association)
Registering, but not testifying:
For:
Borskey, Mark (Texas Recreational Vehicle Association)
Pacheco, Michael (Texas Farm Bureau)
Schumann, Peyton (Texas and Southwestern Cattle Raisers Association)
On:
Chrane, Justin (Texas DPS)
On:
Goodin, P.E., Ginger (Texas A&M Transportation Institute (TTI))
Registering, but not testifying:
For:
Belsick, Michael (Self)
Dixon, Don (Self)
Hall, Terri (Self; Texas TURF, Texans for Toll-free Highways)
8
WITNESS LIST
For:
Kearns, Dennis (Texas Railroad Association)
Long, Matt (Self)
Mullins, Lindsay (BNSF Railway)
Smith, Angela (Self; Fredericksburg Tea Party)
Williams, Julie (Chevron USA)
Against:
Olson, Ken (Self)
For:
Athey, David (US Army)
Registering, but not testifying:
For:
Delisi, Deirdre (San Antonio Chamber of Commerce)
Finley, Trace (United Corpus Christi Chamber of Commerce Military Facilities Task Force)
Mays, Dan (City of Texarkana, Texas)
Norton, Scott (Self; TexAmericas Center)
Van de Putte, Leticia (City of Del Rio)
Williamson, Doug (Abilene Chamber of Commerce)
On:
Bass, James (TxDOT)
For:
Blankenship, Erika (Self; Texas Auto Center)
Tushar, Edward (Maund Automotive Group)
Registering, but not testifying:
For:
Martim, Jeff (Tx independent autodealers assoc)
Polan, Deborah (CarMax)
Against:
Allison, Jim (County Judges and Commissioners Association of Texas)
On:
Kuntz, Jeremiah (Texas Department of Motor Vehicles)
For:
Reig, Frank (Revel Transit Inc)
Registering, but not testifying:
For:
Propes, Jay (Self; Harley Davidson Motor Company)
9
WITNESS LIST
Against:
Olson, Ken (Self)
On:
Kuntz, Jeremiah (Texas Department of Motor Vehicles)
10


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|
|||||||||||
| PREV NEXT | FRAMES NO FRAMES |
| Packages that use BaseAxionCommand | |
| org.axiondb.engine.commands | AxionCommand implementations. |
| Uses of BaseAxionCommand in org.axiondb.engine.commands |
| Subclasses of BaseAxionCommand in org.axiondb.engine.commands | |
class |
AddConstraintCommand
An ADD CONSTRAINT command, as generated by
ALTER TABLE and CREATE TABLE
statements. |
class |
CheckFileStateCommand
A CHECKFILESTATE query. |
class |
CheckpointCommand
A CHECKPOINT command, which saves any
unsaved data to the persistent store. |
class |
CreateIndexCommand
A CREATE [UNIQUE] [TYPE] INDEX command. |
class |
CreateSequenceCommand
A CREATE SEQUENCE command. |
class |
CreateTableCommand
A CREATE[TYPE] TABLE command. |
class |
DeleteCommand
A DELETE command. |
class |
DropConstraintCommand
A DROP CONSTRAINT command. |
class |
DropSequenceCommand
A DROP SEQUENCE command. |
class |
DropTableCommand
A DROP TABLE command. |
class |
InsertCommand
An INSERT statement. |
class |
RemountCommand
A REMOUNT command, which points the database at
a new location. |
class |
SelectCommand
A SELECT query. |
class |
ShutdownCommand
A SHUTDOWN command, which closes the database. |
class |
UpdateCommand
An UPDATE command. |
|
|||||||||||
| PREV NEXT | FRAMES NO FRAMES |


| Interface | Description |
|---|---|
| DogListener |
React to a dog event (when the player may invoke dog ard)
|
| Playable |
Round or full game common API
|
| Class | Description |
|---|---|
| AlliedCard |
Allied card (taupe or dog) representation
|
| Card |
Card representation
|
| Field |
Field management
|
| Game |
The game (contains rounds)
|
| HarassStrategy |
Aggressive strategy
|
| IAPlayer |
Computer-powered player
|
| Player |
Represent a player (alive or not)
|
| Round |
The small game
|
| SafeStrategy |
Safe strategy : transforms small rocks, or get more
|
| StrategyResult |
Action chosen by a strategy (contains card, target and alliedCard)
|
| Enum | Description |
|---|---|
| ActionType |
Every possible action
|
| CardType |
Every possible card
|
| SeasonType |
Lists four seasons
|


Merging is not reversible. If you're not sure the given entities are identical, do not merge them.
Changes data visibility. The combined data will be visible to anyone who can see the original entities.


Movie |
Genre |
Rating |
Age Ratings |
Length (min) |
|---|---|---|---|---|
| Soul | Animation | 8.1 | PG | 100 |
| Another Round | Comedy | 7.8 | Not Rated | 117 |
| Avengers: Endgame | Action | 8.4 | PG-13 | 181 | The Gentlemen | Action | 7.8 | R | 113 |
| Parasite | Comedy | 8.6 | R | 132 |
| The Godfather | Crime | 9.2 | R | 175 |
| Knives Out | Comedy | 7.9 | PG-13 | 130 |
| 1917 | Drama | 8.3 | R | 119 |
| Harry Potter and the Sorcerer's Stone | Adventure | 7.6 | PG | 152 |
| The trial of the Chicago 7 | Drama | 7.8 | R | 129 |


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