Deep_diagnose
An automated and efficient way for diagnosis
Week-wise cases analysis:
Month-wise cases analysis:
Year-wise cases analysis:


If you would like to review a movie you have seen, fill in the form below and sumit a review. We look forward to reading it.


"dataProtectionOfficer": {
"$id": "#/properties/dataProtectionOfficer",
"type": "object",
"title": "DataProtectionOfficer",
"description": "The Data Protection Officer (DPO) of the controller.",
"additionalProperties": true,
"properties": {
"name": {
"$id": "#/properties/dataProtectionOfficer/properties/name",
"type": "string",
"title": "Name",
"description": "The full name of the Data Protection Officer.",
"examples": [
"Jane Super"
]
},
"address": {
"$id": "#/properties/dataProtectionOfficer/properties/address",
"type": "string",
"title": "Address",
"description": "Address of the DPO.",
"examples": [
"Wolfsburger Ring 2, 38440 Berlin"
]
},
"country": {
"$id": "#/properties/dataProtectionOfficer/properties/country",
"type": "string",
"title": "Country",
"description": "The country in which the Data Protection officer is located at.",
"maxLength": 2,
"minLength": 2,
"pattern": "^[A-Z][A-Z]$",
"examples": [
"DE"
]
},
"email": {
"$id": "#/properties/dataProtectionOfficer/properties/email",
"type": "string",
"title": "Email",
"description": "The contact email address of the Data Protection Officer.",
"format": "email",
"examples": [
<EMAIL_ADDRESS>]
},
"phone": {
"$id": "#/properties/dataProtectionOfficer/properties/phone",
"type": "string",
"title": "Phone",
"description": "The phone number of the Data Protection Officer (may include country prefix).",
"pattern": "^[+]*[(]{0,1}[0-9]{1,4}[)]{0,1}[-\\s\\./0-9]*$",
"examples": [
"0049 151 1234 5678"
]
}
},
"required": [
"name",
"address",
"country",
"email"
],
"examples": [
{
"name": "Jane Super",
"address": "Wolfsburger Ring 2, 38440 Berlin",
"country": "DE",
"email"<EMAIL_ADDRESS>"phone": "0049 151 1234 5678"
}
]
}
C:\Users\Elias\Desktop\schema\tilt-schema.json (492:6)


--- layout: page title: About header-img: "img/about-bg.png" ---
I am beginning the very exciting and daunting process of trying to launch my third career -- here's hoping this is the one that sticks!


Haggai 1:13
Then spake Haggai the LORD's messenger in the LORD's message unto the people, saying, I am with you, saith the LORD.


Run Istio With Kubevirt
On this blog post, we are going to deploy virtual machines with the KubeVirt project and insert them into the Istio service mesh.
Some information about the technologies we are going to use in this blog post.
Kubernetes
Production-Grade Container Orchestration.
Kubernetes is an open-source system for automating deployment, scaling, and management of containerized applications.
Kubeadm
kubeadm helps you bootstrap a minimum viable Kubernetes cluster that conforms to best practices.
Calico
Calico provides secure network connectivity for containers and virtual machine workloads.
Calico creates and manages a flat layer 3 network, assigning each workload a fully routable IP address. Workloads can communicate without IP encapsulation or network address translation for bare metal performance, easier troubleshooting, and better interoperability. In environments that require an overlay, Calico uses IP-in-IP tunneling or can work with other overlay networking such as flannel.
KubeVirt
Virtualization API for kubernetes in order to manage virtual machines
KubeVirt technology addresses the needs of development teams that have adopted or want to adopt Kubernetes but possess existing Virtual Machine-based workloads that cannot be easily containerized. More specifically, the technology provides a unified development platform where developers can build, modify, and deploy applications residing in both Application Containers as well as Virtual Machines in a common, shared environment.
Benefits are broad and significant. Teams with a reliance on existing virtual machine-based workloads are empowered to rapidly containerize applications. With virtualized workloads placed directly in development workflows, teams can decompose them over time while still leveraging remaining virtualized components as is comfortably desired.
Istio
An open platform to connect, manage, and secure microservices.
Istio provides an easy way to create a network of deployed services with load balancing, service-to-service authentication, monitoring, and more, without requiring any changes in service code. You add Istio support to services by deploying a special sidecar proxy throughout your environment that intercepts all network communication between microservices, configured and managed using Istio’s control plane functionality.
Bookinfo application
A simple application that displays information about a book, similar to a single catalog entry of an online book store. Displayed on the page is a description of the book, book details (ISBN, number of pages, and so on), and a few book reviews.
The Bookinfo application is broken into four separate microservices:
productpage. The productpage microservice calls the details and reviews microservices to populate the page.
details. The details microservice contains book information.
reviews. The reviews microservice contains book reviews. It also calls the ratings microservice.
ratings. The ratings microservice contains book ranking information that accompanies a book review.
Note: This demo is going to be deployed on a kubernetes 1.10 cluster.
Requirements
- docker
- kubeadm
Follow this document to install everything we need for the POC
Deployment
For the POC we clone this repo
The repo contains all the configuration we need to deploy KubeVirt and Istio.
- kubevirt.yaml
- istio-demo-auth.yaml
It also contains the deployment configuration of our sample application.
- bookinfo.yaml
- bookinfo-gateway.yaml
Run the bash script
cd kubevirt-istio-poc
./deploy-istio-poc.sh
Demo application
We are going to use the bookinfo sample application from the istio webpage.
The follow yaml will deploy the bookinfo application with a ‘small’ change the details service will run on a virtual machine inside our kubernetes cluster!
Note: it will take like 5 minutes for the application to by running inside the virtual machine because we install git and ruby, then clone the istio repo and start the application.
POC details
Lets start with the bash script:
#!/bin/bash
set -x
kubeadm init --pod-network-cidr=<IP_ADDRESS>/16
yes | cp -i /etc/kubernetes/admin.conf $HOME/.kube/config
kubectl apply -f https://docs.projectcalico.org/v3.0/getting-started/kubernetes/installation/hosted/kubeadm/1.7/calico.yaml
while [[ $(kubectl get po -n kube-system | grep kube-dns | grep Running | wc -l) -eq 0 ]]
do
echo Calico deployment is no ready yet.
sleep 5
done
echo Calico is ready.
echo Taint the master node.
kubectl taint nodes --all node-role.kubernetes.io/master-
echo Deploy kubevirt.
kubectl apply -f https://github.com/kubevirt/kubevirt/releases/download/v0.7.0/kubevirt.yaml
echo Deploy istio.
kubectl apply -f istio-demo-auth.yaml
echo Add istio-injection to the default namespace.
kubectl label namespace default istio-injection=enabled
while [[ $(kubectl get po -n istio-system | grep sidecar-injector | grep Running | wc -l) -eq 0 ]]
do
echo Istio deployment is no ready yet.
sleep 5
done
echo Istio is ready.
sleep 20
echo Deploy the bookinfo example application
kubectl apply -f bookinfo.yaml
kubectl apply -f bookinfo-gateway.yaml
The follow script create a kubernetes cluster using the kubeadm command, deploy calico as a network CNI and taint the master node (have only one node in the cluster).
After the cluster is up the script deploy both istio with mutual TLS and kubevirt projects, it also add the auto injection to the default namespace.
At last the script deploy the bookinfo demo application that we change a bit.
Lets take a closer look in the virtual machine part inside the bookinfo.yaml file
##################################################################################################
# Details service
##################################################################################################
apiVersion: v1
kind: Service
metadata:
name: details
labels:
app: details
spec:
ports:
- port: 9080
name: http
selector:
app: details
---
apiVersion: kubevirt.io/v1alpha2
kind: VirtualMachineInstance
metadata:
creationTimestamp: null
labels:
special: vmi-details
app: details
version: v1
name: vmi-details
spec:
domain:
devices:
disks:
- disk:
bus: virtio
name: registrydisk
volumeName: registryvolume
- disk:
bus: virtio
name: cloudinitdisk
volumeName: cloudinitvolume
interfaces:
- name: testSlirp
slirp: {}
ports:
- name: http
port: 9080
machine:
type: ""
resources:
requests:
memory: 1024M
networks:
- name: testSlirp
pod: {}
terminationGracePeriodSeconds: 0
volumes:
- name: registryvolume
registryDisk:
image: kubevirt/fedora-cloud-registry-disk-demo:latest
- cloudInitNoCloud:
userData: |-
#!/bin/bash
echo "fedora" |passwd fedora --stdin
yum install git ruby -y
git clone https://github.com/istio/istio.git
cd istio/samples/bookinfo/src/details/
ruby details.rb 9080 &
name: cloudinitvolume
status: {}
---
..........
Details:
- Create a network of type pod
networks:
- name: testSlirp
pod: {}
- Create an interface of type slirp and connect it to the pod network by matching the pod network name
- Add our application port
interfaces:
- name: testSlirp
slirp: {}
ports:
- name: http
port: 9080
- Use the cloud init script to download install and run the details application
- cloudInitNoCloud:
userData: |-
#!/bin/bash
echo "fedora" |passwd fedora --stdin
yum install git ruby -y
git clone https://github.com/istio/istio.git
cd istio/samples/bookinfo/src/details/
ruby details.rb 9080 &
name: cloudinitvolume
POC Check
After running the bash script the environment should look like this
NAME READY STATUS RESTARTS AGE
productpage-v1-7bbdd59459-w6nwq 2/2 Running 0 1h
ratings-v1-76dc7f6b9-6n6s9 2/2 Running 0 1h
reviews-v1-64545d97b4-tvgl2 2/2 Running 0 1h
reviews-v2-8cb9489c6-wjp9x 2/2 Running 0 1h
reviews-v3-6bc884b456-hr5bm 2/2 Running 0 1h
virt-launcher-vmi-details-94pb6 3/3 Running 0 1h
Lets find the istio ingress service port
# kubectl get service -n istio-system | grep istio-ingressgateway
istio-ingressgateway LoadBalancer <IP_ADDRESS> <pending> 80:31380/TCP,443:31390/TCP,31400:31400/TCP 3h
Then browse the follow url
http://<k8s-node-ip-address>:<istio-ingress-service-port-exposed-by-k8s>/productpage
Example:
http://<IP_ADDRESS>:31380/productpage
Conclusions
This POC show how we can use KubeVirt with Istio to integrate the Istio service mesh to virtual machine workloads running inside our kubernetes cluster.


Old reliable
Spigen Rugged Armor Pixel 4 case review: Just buy one already
Year after year, the Rugged Armor still holds its own.
by Joe MaringWhenever a new phone is released, there are some cases we can count on being released for it. One such case is the Spigen Rugged Armor.
Admittedly, the Rugged Armor doesn't look like anything special at first glance. It's a simple, black case that doesn't appear to be all that protective, but in reality, it's consistently one of the best cases you can buy — and it's been that way for years.
If you have a Pixel 4 or 4 XL and want a sleek, reliable case that won't break the bank, keep on reading below for our full Spigen Rugged Armor review.
Ruggedly good
Spigen Rugged Armor
Bottom line: The Rugged Armor just may be Spigen's most popular case, and there's a good reason for that. This is a very thin and lightweight case, but even so, it still manages to provide the Pixel 4 with trustworthy shock-absorbing durability. It also offers clicky buttons and a simple design, all at a fantastic price. Just be aware of the ultra-smooth back and lack of color options.
Pros
- Ample protection with shock-absorption
- Nice and thin
- Clean design
- Textured frame
- Good, clicky button covers
Cons
- Back is too slippery/smooth
- It's only available in black
Spigen Rugged Armor What I love
When it comes to phone cases, I'm quite picky with what I like. I don't want something that's going to add a lot of bulk to my device, but I also value having reliable protection seeing as how I can be a clutz at times. This is a balance the Spigen Rugged Armor strikes beautifully, and that's not an easy thing to do.
The Rugged Armor is quite slim with a thickness of just 0.11 inches, meaning the Pixel 4 still retains a great in-hand feel. The corners are nicely rounded, further adding to the case's comfort, and you'll find a textured frame to add some welcome grip.
Despite having such a minimalistic design, the Rugged Armor lives up to its name by providing the Pixel 4 with more than enough coverage for all sorts of daily use. I wouldn't consider this a "heavy-duty" case, but it does a great job at keeping the phone safe from scratches, dings, and small drops. You also get Spigen's Air Cushion Technology, which helps to absorb shock in the event of a fall.
Speaking of durability, the front of the Rugged Armor has a small bezel that's raised above the Pixel 4's screen, ensuring it doesn't shatter if it hits the ground face-down.
As for the Rugged Armor's aesthetics, I think it strikes a good balance of being clean while still offering some visual appeal. The smooth matte black backside is flanked by two patterns on the top and bottom portions, allowing it to stand out without being overly flashy. If you aren't a fan of the looks, the Spigen Liquid Air offers a different design with essentially the same thickness and protection offered by the Rugged Armor.
Spigen Rugged Armor What's not so great
Speaking of the Liquid Air, the Rugged Armor shares the biggest downside also found with that case — the slippery back.
While the textured frame of the Rugged Armor add more grip to the Pixel 4, the smooth backside does not. In fact, it's more slippery than the Pixel 4's glass back. It's not a deal-breaker, but it does take some getting used to during your first few days of rocking the case.
My only other complaint with the Rugged Armor is Spigen's decision to only offer the case in black. It does look good and has a cool, stealthy aesthetic, but I'd really love to see the company get creative and offer the Rugged Armor in a bunch of different paint jobs — red, blue, green, yellow, you name it.
Spigen Rugged Armor Should you buy it?
The Spigen Rugged Armor isn't an exciting or extravegant case the way something like the Dbrand Grip is, but that's not the point of it. Instead, the Rugged Armor is a no-frills case that just wants to give you lots of protection in a slim profile without bleeding your wallet dry.
4 out of 5
In those regards, the Rugged Armor does a fantastic job.
Whether you're picking this up for the Pixel 4 or larger Pixel 4 XL, this is one of the most reliable cases you can buy.
Ruggedly good
Spigen Rugged Armor
The Rugged Armor just may be Spigen's most popular case, and there's a good reason for that. This is a very thin and lightweight case, but even so, it still manages to provide the Pixel 4 with trustworthy shock-absorbing durability. It also offers clicky buttons and a simple design, all at a fantastic price. Just be aware of the ultra-smooth back and lack of color options.
We may earn a commission for purchases using our links. Learn more.


PyInq was initially written for a masters course on developer testing. We had to write our own unit testing framework, and I wrote one for Python. Although little of that original code remains, it’s success and ease of use inspired me to redesign and greatly extend its functionality.
PyUnit is a well established and fairly extensive unit test framework. It has become the default for Pythonistas, partially due to some neat features, and partially due to its inclusion in the standard library.
That being said, there are some aspects of PyUnit that bother me. Imposing a naming convention on tests for identification purposes feels brittle. The requirement of you to manually create test suite objects and invoke a the test runner is unnecessary. And the whole framework feels very...un-pythonic. While some Python features and conventions are used very well, such as a context manager for assertRaises, others aren’t. The camel casing of assert names and the requirment for all tests to be in a class are the most obvious offenders. In many ways, it feels like a port of JUnit, rather than an xUnit framework for Python.
Combine these issues with some ideas I already had kicking around and the existing codebase from my course assignment, and the desire and base for PyInq was in place. A number of features were based off PyUnit, and even more are coming down the pipeline. I want PyInq to become an alternative to PyUnit. To that end, I have implemented a number of features present in PyUnit, albeit with modifications to ensure their smooth integration. PyInq is designed with extension in mind, so that modofication of its operation will not be difficult for those who wish to hack on it. And even more command line options are in the pipeline to allow further control over execution.


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X
Reviewed by Harvey Karten Manga Entertainment Director: Rintaro Writer: Asami Watanabe, story by Clamp, Satsuki Igarashi, Mokonaapapa, Nanase Ohkawa, Mikku "Mick" Nekoi Cast: Tomokazu Seki, Junko Iwao, Ken Narita
When the Japanese anime people get together to make a political movie they are not going to be concerned with the latest development in the race for the Akita City Council or with the progress of the anti-noise lobby in Narita. Anime folks are prone to deal with nothing short of the apocalyptic: the end of the world. This is a theme not unknown in America, which recently saw Peter Hyams direct Arnold in "End of Days" and Don McKellan ask "where were you on the final night of the earth" in "Last Night." Where Americans are the last word in special effects, first prize goes to Japan in the sheer color and audacity of its animated features. Remember the marvelous "Princess Mononoke," which was Hayao Miyazaki's take on the final struggle between good and evil (a major theme of the Zoroastrian religion as well, by the way)? Given the penchant for color and design of Miyazaki (and let's not forget Satushi Kon's "A Perfect Blue"), don't be surprised if the integrity of plot is not uppermost. If you go to "X" expecting anything like a linear narrative or slow-moving, step-by-step development of story, forget about it. Don't worry if you don't comprehend much of what's going on or see redundancy in the explosions of buildings, laser beams that dwarf the rays and shafts of "Star Wars," and characters who can fly through the air and are nonetheless vulnerable to thrusts of the sword. The biggest audience laugh of the 98-minute film comes about 3/4 of the way through when one of the central characters says, "What's going on here?"--the understatement of the evening. Look for color, texture, animation, and the sheer joy that the animators must have had in pushing graphic software to the limit.
But if you insist on the age-old need for a plot to give you half an understanding of the fable, the world is about to end (so what else is new)? Only one man, Kamui, can save it.  (Huh?) In a Jekyll-Hyde dualism similar to a theme explored in "Princess Mononoke," whichever side Kamui takes, his brother, whom he had early-on sworn to protect forever, automatically becomes his bitter enemy pledged to fight Kamui to the death, Star-Wars style.
The director of this colorful bit of nihilism, Rintaro, has been in the anime business for over 30 years, known in the U.S. for directing the TV series "Kimba the White Lion" and "Astro Boy." The animation is done by Clamp, aka four women from an all female animation studio. The market for this product is the massive number of comic book fans in the U.S., say about 14-17 years old, usually associated with the brightest people in their special-progress high-school classes. In Japan, in fact, the word is that this age group is going more to anime films than to the reactionary passe stuff peopled by human actors. If one insists on interpretations of the allegory, the two brothers represent humankind at war. Though alle menschen wierden bruder (says Beethoven in the fourth movement of his ninth symphony), remember that the tale of Cain and Abel ended in a not so fraternal manner. Are we doomed to be killed by our fellow creatures who look more or less like us but have different political or religious ideologies? It sure looks that way if you go along with the flow of "X." Aside from that, a happy ending and we all go home. All of us, that is, who are about 16 and chose to see and probably groove on this film while they could--somehow knowing that ten years from now, they could see the same thing and say, "Huh...I really went for something like this?"
Not Rated. Running Time: 98 minutes. (C) 2000 Harvey Karten<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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


Date Formatter
Date formatting in Go is different from most programming languages. Instead of using a format like
yyyy-MM-dd HH:mm:ss
or
%Y-%m-%d %H:%M:%S
, you have to write the date
Mon Jan 2 15:04:05 -0700 MST 2006
Source.
You can put the date format on the right in your code like this:
var formattedDateString = timestamp.Format("2006-01-02 15:04:05 (Monday)"))


--- layout: default title: ICCPE'17 - Keynote Speakers meta: The keynote speakers for ICCPE keyword: applied chemistry conference, polymer processing conference, petroleum conference, chemical engineering conference, chemistry conference, polymer conference, cfd conference, environmental conference, rheology conference, desalination, food processing, thermodynamics, transport phenomena, catalysis, process modelling, pharmacuetical conference, electrochemistry, flow, heat transfer, fluid dynamics, fluid mechanics, fluid flow, applied chemistry, polymer processing, petroleum, chemical engineering, chemistry, polymer, cfd, environmental, rheology, desalination conference, food processing conference, thermodynamics conference, transport phenomena conference, catalysis conference, process modelling conference, pharmacuetical, electrochemistry conference, flow conference, heat transfer conference, fluid dynamics conference, fluid mechanics conference, fluid flow conference ---
The keynote information for the 3rd International Conference on Chemical and Polymer Engineering (ICCPE'17) is as follows:
Dr. Maria Cristina Annesini
Maria Cristina is full professor of Chemical Engineering Fundamentals at the University of Rome "La Sapienza" where now she teaches the courses of Transport Phenomena and Chemical Reactors. She is member of the teaching board of Chemical Engineering PhD.
Her research activity, supported by over 150 scientific works, deals mainly with phase equilibrium thermodynamics (especially concerning the application of results to the development of unconventional separation processes), chemical and biochemical kinetics and reactor modeling, chemical, biochemical and physical processes for pollutant removal, artificial organ engineering. Since 2005 he is involved in different research projects on the production of hydrogen by steam reforming of natural gas or renewable feedstock and from water through thermochemical cycles powered by solar energy. In particular, she was the principal investigator for University of Rome La Sapienza in the COMETHY project (Compact Multifuel-Energy To Hydrogen converter ) an EC-7FP Collaborative Project co-funded by the Fuel Cells and Hydrogen Joint Undertaking (FCH JU).
Topic of Keynote: Scale Down of Reforming Processes for Hydrogen Production from Renewable Sources
Keynote Abstract


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--- layout: post title: ! 'Proposal: Hierarchical Unit Testing for less woes' date: 2010-10-02 17:54:29.000000000 +02:00 categories: - Computer Science tags: - testing status: publish type: post published: true meta: _edit_last: '10173910' _wpas_done_twitter: '1' author: login: saherneklawy email<EMAIL_ADDRESS>display_name: saherneklawy first_name: '' last_name: '' excerpt: !ruby/object:Hpricot::Doc options: {} ---
Disclaimer: The following content is of an idea which might be already existing, so please feel free to comment if you find it in existing testing frameworks :)
A common problem I face during test-driven development is when having to tests (for ease i'll call them T1 and T2). T1 and T2 test the functionality of F1 and F2 respectively. The fun starts when F2 is dependent on F1, and both tests fail. In a test suit of thousands of tests, it would be hard to see the correlation from only the report of running the test suite.
It gets worse when the dependency between tests is not direct. For example if F3->F2->F1 (-> means "depends on"), where only T1 and T3 fail and T2 is fine. These relations need a very careful reviewer of the test results, and one who is well aware of the relations between components and their tests. This might be impossible in HUGE teams spanning many components.
But what if the testing framework was aware of these relations, and was able to report them. Such relations could be represented for example as new annotations in JUnit. With building the relation graph between tests it would be easy show that T2 might have failed because T1 failed.
So this is an open call, any one willing to try creating this, if it is not already out there?


--- layout: default ---
{{ page.date | date: "%b %-d, %Y" }} Post By: {{page.author}}
Categories: {{category}}


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PLANET SICK-BOY: http://www.sick-boy.com
Pixar's follow-up to 1995's hugely successful Toy Story is another whopping cinematic victory, guaranteed to garner critical raves and still make money hand-over-fist while packing theaters through this holiday season. The original, the third-highest-grossing animated film ever (behind The Lion King and Aladdin) and the first full-length computer-generated movie, made almost $200 million during its theatrical run, catching Hollywood a bit off-guard. This sequel even pokes fun at the fact that unaware toy stores didn't stock enough of the film's action figures the first time around.
For the few people that haven't seen the first film, it focused on a group of toys owned by a six-year-old tyke named Andy Davis (voiced by John Morris). His favorite toy, a cowboy doll named Woody (Tom Hanks, You've Got Mail), faced his greatest fear when Andy received a shiny new Buzz Lightyear (Tim Allen, Home Improvement) doll for his birthday. A jealous Woody hatched a plan to get rid of his cocky rival, but it backfired, leaving the cowboy and his toy cohorts to perform a daring rescue mission to return Buzz to their master.
Here, Woody, Buzz and the other toys all get along nicely, even playing with Andy's dog, Buster, whom he received as a Christmas gift in Toy Story's final scene. As the film opens, we learn that Andy is about to leave for Cowboy Camp and plans to take his trusty pal Woody along. But right before they leave, Woody's arm is partially torn, which not only results in Andy leaving him behind, but also in his mother (Laurie Metcalf, The Norm Show) relegating the damaged toy to a dusty shelf. The ledge appears to be a home to toys that Andy has either grown out of or has broken.
Long story short, Woody is taken by an unscrupulous toy collector (Wayne Knight, Seinfeld), courtesy of Mrs. Davis' yard sale. The graying, balding pudge named Al recognizes Woody as a rare toy in near perfect condition and plans to sell his find to a Japanese museum along with three other figures he has previously collected from the `Woody's Roundup' set - Jessie the Cowgirl (Joan Cusack, Arlington Road), Stinky Pete the prospector (Kelsey Grammer, Frasier), and Bullseye the horse (David Ogden Stiers, Two Guys, a Girl & a Pizza Place).
Having no idea that he was so valuable, a pragmatic Woody is faced with the inevitable fact that Andy is growing older and will, at some point, stop playing with toys. He has to decide whether to go back to Andy and the other toys, or lead a boring life of virtual immortality from a glass case. Plus, Woody has to factor in the guilt aspect – if he ditches Jessie, Pete and Bullseye, they'll end up packed away in storage boxes indefinitely, until Al can find another Woody-clone to complete his sale.
Like the original film, Toy Story 2 is visually stunning, with CG images so true-to-life that you can easily forget that you aren't watching a live-action movie. It features better and more realistic action sequences than most films. And like its predecessors (Toy Story and A Bug's Life), this sequel seems to offer more jokes for adults than kids, spoofing Jurassic Park and Star Wars, among others. In fact, I'm not even sure that kids will grasp the whole concept of collecting old toys, or appreciate Al's videotapes of the hokey ‘50s television show that featured Woody and his pals.
Created by the same team of writers and directors that made both Toy Story and A Bug's Life, this new film seems to be filled with more emotional moments than either of its predecessors. The conflict Woody feels is more real than what we're used to seeing in films, and there is also an oddly effective Sarah MacLachlan song (her second weepy number this month after Anywhere But Here) about Jessie's former owner ditching the cowgirl for a life of makeup and boys. Again, this will likely be more effective for adults than children. And, after Pokémon, is that such a bad thing?
1:35 - G for cartoonish action
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.
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{% extends 'layout.html' %} {% block body %}
Pre-trained Xception model algorithm thinks the following...
The image looks like a... {{ plot_script|safe }}


public class StringTokenizer
extends java.lang.Object
The StringTokenizer
class allows an application to break a string into tokens by performing code point
comparison. The StringTokenizer
methods do not distinguish among identifiers, numbers, and quoted strings,
nor do they recognize and skip comments.
The set of delimiters (the codepoints that separate tokens) may be specified either at creation time or on a per-token basis.
An instance of StringTokenizer
behaves in one of three ways, depending on whether it was created with the
returnDelimiters
flag having the value true
or false
:
false
, delimiter code points serve to separate tokens. A token is a maximal sequence of consecutive code points that
are not delimiters. true
, delimiter code points are themselves considered to be
tokens. In this case a token will be received for each delimiter code point. A token is thus either one delimiter code point, or a maximal sequence of consecutive code points that are not delimiters.
A StringTokenizer
object internally maintains a current position within the string to be tokenized. Some
operations advance this current position past the code point processed.
A token is returned by taking a substring of the string that was used to create the StringTokenizer
object.
Here's an example of the use of the default delimiter StringTokenizer
:
StringTokenizer st = new StringTokenizer("this is a test"); while (st.hasMoreTokens()) { println(st.nextToken()); }
This prints the following output:
this is a test
Here's an example of how to use a StringTokenizer
with a user specified delimiter:
StringTokenizer st = new StringTokenizer( "this is a test with supplementary characters ???", " ?"); while (st.hasMoreTokens()) { println(st.nextToken()); }
This prints the following output:
this is a test with supplementary characters ? ?
| Constructor and Description |
|---|
StringTokenizer(java.lang.String string)
Constructs a new
StringTokenizer for the parameter string using whitespace as the delimiter. |
StringTokenizer(java.lang.String string,
java.lang.String delimiters)
Constructs a new
StringTokenizer for the parameter string using the specified delimiters. |
StringTokenizer(java.lang.String string,
java.lang.String delimiters,
boolean returnDelimiters)
Constructs a new
StringTokenizer for the parameter string using the specified delimiters, returning the
delimiters as tokens if the parameter returnDelimiters is true . |
| Modifier and Type | Method and Description |
|---|---|
int |
countTokens()
Returns the number of unprocessed tokens remaining in the string.
|
boolean |
hasMoreElements()
Returns
true if unprocessed tokens remain. |
boolean |
hasMoreTokens()
Returns
true if unprocessed tokens remain. |
java.lang.Object |
nextElement()
Returns the next token in the string as an
Object . |
java.lang.String |
nextToken()
Returns the next token in the string as a
String . |
java.lang.String |
nextToken(java.lang.String delims)
Returns the next token in the string as a
String . |
public StringTokenizer(java.lang.String string)
StringTokenizer
for the parameter string using whitespace as the delimiter. The returnDelimiters
flag is set to false
.string
- the string to be tokenized.public StringTokenizer(java.lang.String string, java.lang.String delimiters)
StringTokenizer
for the parameter string using the specified delimiters. The returnDelimiters
flag is set to false
.string
- the string to be tokenized.delimiters
- the delimiters to use.public StringTokenizer(java.lang.String string, java.lang.String delimiters, boolean returnDelimiters)
StringTokenizer
for the parameter string using the specified delimiters, returning the
delimiters as tokens if the parameter returnDelimiters
is true
.string
- the string to be tokenized.delimiters
- the delimiters to use.returnDelimiters
- true
to return each delimiter as a token.public int countTokens()
Exception
will result from a call to nextToken()
.public boolean hasMoreElements()
true
if unprocessed tokens remain. This method is implemented in order to satisfy the Enumeration
interface.true
if unprocessed tokens remain.public boolean hasMoreTokens()
true
if unprocessed tokens remain.public java.lang.Object nextElement()
Object
. This method is implemented in order to satisfy the
Enumeration
interface.Object
BasicException
- if no tokens remain.public java.lang.String nextToken()
String
.String
.BasicException
- if no tokens remain.public java.lang.String nextToken(java.lang.String delims)
String
. The delimiters used are changed to the specified
delimiters.delims
- the new delimiters to use.String
.BasicException
- if no tokens remain.


Map Me
LocateMe
Click on the LocateMe button to retrieve the GPS Location and plot it on Google Map
Map


𝗖𝗢𝗨𝗥𝗦𝗘𝗪𝗢𝗥𝗞 • Problem Solving Through Programming • Data Structures, Design and Analysis of Algorithms • Fundamentals of Electrical and Electronics Engineering • Digital Logic Design • Calculus for Engineers • Applications of Differential and Difference Equations • Modern Physics • Soft Skills Enhancement - Quantitative, Logical and Verbal Abilities, Fundamentals of Aptitude.
A seamlessly connected SOS Panic Button that offers hands-on-help for women to be used in case of impending danger.


--- layout: post title: Call for (Capistrano) Links post_id: 50 categories: - redirect date: 2008-07-10 10:22:00.000000000 -06:00 author: Jamis permalink: 2008/7/10/call-for-capistrano-links.html summary: > A request is made for links related to Capistrano ---
Tyler Bird, the director of the Capistrano documentation effort, has begun collecting links about Capistrano, to build a centralized de.licio.us account that people can use to find cap-related info around the web. You can read more about it on the capify.org/news site.


| 2 Jul 1929 |
Imelda Romualdez Marcos born, Manila. |
| 1953 |
Wins the title Miss Manila. |
| 1954 |
Marries Ferdinand Marcos. |
| 5 Jul 1966 |
Philippine military police awaken Brian Epstein and demand that The Beatles attend a party at the home of Imelda Marcos, wife of dictator Ferdinand Marcos. Epstein refuses, and the band is forced to flee the country ASAP. |
| 7 Dec 1972 |
Imelda Marcos stabbed. |
| 1980 |
"I get my fingers in all our pies. Before you know it, your little fingers including all your toes are in all the pies." |
| 1992 |
Runs for President, loses. |
| 1993 |
Sentenced to 1,824 years imprisonment on charges of corruption. |
| Mar 1998 |
"If you know how rich you are, you are not rich. But me, I am not aware of the extent of my wealth. That's how rich we are." Philippine Daily Inquirer. |
| Apr 1998 |
"I was born ostentatious. They will list my name in the dictionary someday. They will use Imeldific to mean ostentatious extravagance." Associated Press. |
| Oct 1998 |
Appeal on corruption charges successful. |
| Oct 2001 |
Charged with corruption. |


Children's books, book covers, character design, wallpaper, and much more!
Scrapbook paper, fabrics, cards, envelopes, boxes, stationery and many other things!
Please go to the contact page linked at the top right corner to send me a message.


CrimPapers
Articles published on 14 December 2018
On 14 December 2018, 11 new articles were published in 10 journals.
Corrigendum
Cumulative Impact: Why Prison Sentences Have Increased by Ryan D. King
Congress As A Deviant Organization: An Application of Ermann and Lundman’s Organizational Deviance Framework by Clayton D. Peoples, James E. Sutton
Research on Human Trafficking in Moldova: A Review of Literature by Ludmila Bogdan
Psychometric Properties of A Contextualized, Actuarially Informed Assessment For Law Enforcement Personnel Selection: the M-Pulse Inventory
An Exploration of Self-Compassion in Incarcerated Women
Investigating the Assignment of Probation Conditions: Heterogeneity and the Role of Race and Ethnicity
Concealed Guns on College Campuses: Examining Support For Campus Carry Among Faculty, Staff, and Students by Jennifer McMahon-Howard, Heidi Scherer, James T. McCafferty
Ethics For Police Translators and Interpreters by Erin C. Osterberg
Incorporating Sociocultural and Situational Factors Into Explanations of Interpersonal Violent Crime by Louise Dixon, Leigh Harkins, Daniel Wegerhoff
Perceptions of Fear Among Targets of Radical Animal Rights Extremism by Nicole K. Drumhiller, Jason Roesler


KamiLib, distributed under the following BSD-style license:
Copyright (C) 2005-2012 Ameoto Systems Inc. All Rights Reserved. (C) 2002-2008 Milan Ikits (C) 2002-2008 Marcelo E. Magallon. (C) 2002-2002 Lev Povalahev. (C) 1994-2008 Lua.org, PUC-Rio. (C) 2009-2009 Brush Technology. (C) 2005-2010 Lode Vandevenne.
Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
Special thanks to NeHe Productions. & RSA Data Security, Inc.


{% extends "layout.html" %} {% block page_title %} Location Picker Example 8 {% endblock %} {% block content %} Location picker What was the last country you visited? Choose a location {% for location in locations %} {{location}} {% endfor %} {% endblock %} {% block body_end %} {% endblock %}


_Snow_Falling_on_Cedars_ (PG-13) *** 1/2 (out of ****)
Ethan Hawke may topline the credits of this adaptation of David Guterson's highly-esteemed novel, but neither he nor anyone else in the cast can lay claim to being the "star" of the film. That title belongs to director/co-scripter (with Ron Bass) Scott Hicks, who has crafted a lushly evocative mood piece that has everything to do with sense and emotion as it doesn't with traditional plot-driven satisfactions.
Of course, there is a story here, and the primary one revolves around the 1950 trial of Japanese-American Kazuo Miyamoto (Rick Yune), who is charged with murder. Kazuo is married to Hatsue (Youki Kudoh), whose heart truly belongs to the caucasian Ishmael Chambers (Hawke), who runs the local newspaper in the Pacific Northwest community of San Piedro. They have been in love ever since they were children, but anti-Japanese sentiment during the WWII-era--culminating in her family's incarceration in the internment camp of Manzanar--tore them apart.
There are more secondary character touches, such as Ishmael's struggle with living up to his father's (Sam Shepard) legacy as a newspaperman, but all of the narrative comes secondary to the depth of feeling Hicks, cinematographer Robert Richardson, and composer James Newton Howard are able to convey through imagery. For a two-hour-plus film, _Snow_ is startlingly short on dialogue, relying on sight and sound to tell the story for extended passages. It's said that a picture says a thousand words, and the images in the film speak a lot more about the emotion of the piece than any scripted lines. This is best exemplified by the central Ishmael-Hatsue romance; Hawke and Kudoh barely share any screen time, but one can feel the longing between them to the point of heartache. The story eventually catches up and converges with the atmosphere in the end, making for the perfectly transcendent conclusion to this beautiful work of art.
Michael Dequina<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|<EMAIL_ADDRESS>Mr. Brown's Movie Site: http://welcome.to/mrbrown CinemaReview Magazine: http://www.CinemaReview.com on ICQ: #25289934 | on AOL Instant Messenger: MrBrown23
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


This is a polyfill of the ES6 Promise. The implementation is a subset of rsvp.js extracted by @jakearchibald, if you're wanting extra features and more debugging options, check out the full library.
For API details and how to use promises, see the JavaScript Promises HTML5Rocks article.
Promise
if missing or broken.es6-promise-auto
above.To install:
npm install es6-promise
To use:
var Promise = require('es6-promise').Promise;
To install:
bower install es6-promise --save
catch
is a reserved word in IE<9, meaning promise.catch(func)
throws a syntax error. To work around this, you can use a string to access the property as shown in the following example.
However, please remember that such technique is already provided by most common minifiers, making the resulting code safe for old browsers and production:
promise['catch'](function(err) {
// ...
});
Or use .then
instead:
promise.then(undefined, function(err) {
// ...
});
To polyfill the global environment (either in Node or in the browser via CommonJS) use the following code snippet:
require('es6-promise').polyfill();
Alternatively
require('es6-promise/auto');
Notice that we don't assign the result of polyfill()
to any variable. The polyfill()
method will patch the global environment (in this case to the Promise
name) when called.
You will need to have PhantomJS installed globally in order to run the tests.
npm install -g phantomjs
npm run build
to buildnpm test
to run testsnpm start
to run a build watcher, and webserver to testnpm run test:server
for a testem test runner and watching builder


The top level Media module.
The Media module is used accessing the device's media related functionality such as playing audio or recording video.
| linechange | Fired when an audio line type change is detected. | |
| recordinginput | Fired when the availablity of recording input changes. | |
| volume | Fired when the volume output changes. |
Adds the specified callback as an event listener for the named event.
Arguments
| name | [String] | Name of the event. |
| callback | [Callback<Object>] | Callback function to invoke when the event is fired. |
Applies the properties to the proxy.
Arguments
| props | [Dictionary] | A dictionary of properties to apply. |
Creates and returns an instance of Titanium.Media.AudioPlayer
.
Arguments
| parameters | [Dictionary<Titanium.Media.AudioPlayer>] | Properties to set on a new object, including any defined by Titanium.Media.AudioPlayer except those marked not-creation or read-only. |
Creates and returns an instance of Titanium.Media.AudioRecorder
.
Arguments
| parameters | [Dictionary<Titanium.Media.AudioRecorder>] | Properties to set on a new object, including any defined by Titanium.Media.AudioRecorder except those marked not-creation or read-only. |
Creates and returns an instance of Titanium.Media.Item
.
Arguments
| parameters | [Dictionary<Titanium.Media.Item>] | Properties to set on a new object, including any defined by Titanium.Media.Item except those marked not-creation or read-only. |
Creates and returns an instance of Titanium.Media.MusicPlayer
.
Arguments
| parameters | [Dictionary<Titanium.Media.MusicPlayer>] | Properties to set on a new object, including any defined by Titanium.Media.MusicPlayer except those marked not-creation or read-only. |
Creates and returns an instance of Titanium.Media.Sound
.
Arguments
| parameters | [Dictionary<Titanium.Media.Sound>] | Properties to set on a new object, including any defined by Titanium.Media.Sound except those marked not-creation or read-only. |
Creates and returns an instance of Titanium.Media.VideoPlayer
.
Arguments
| parameters | [Dictionary<Titanium.Media.VideoPlayer>] | Properties to set on a new object, including any defined by Titanium.Media.VideoPlayer except those marked not-creation or read-only. |
Fires a synthesized event to any registered listeners.
Arguments
| name | [String] | Name of the event. |
| event | [Dictionary] | A dictionary of keys and values to add to the Titanium.Event object sent to the listeners. |
Gets the value of the appMusicPlayer property.
Gets the value of the audioLineType property.
Gets the value of the audioPlaying property.
Gets the value of the audioSessionMode property.
Gets the value of the availableCameraMediaTypes property.
Gets the value of the availablePhotoGalleryMediaTypes property.
Gets the value of the availablePhotoMediaTypes property.
Gets the value of the averageMicrophonePower property.
Gets the value of the canRecord property.
Gets the value of the isCameraSupported property.
Gets the value of the peakMicrophonePower property.
Gets the value of the systemMusicPlayer property.
Gets the value of the volume property.
Returns true
if the source supports the specified media type.
Arguments
| source | [String] | Media source specified as a string: camera for Camera or photo for Photo Library. |
| type | [String] | Media type to check, either MEDIA_TYPE_PHOTO or MEDIA_TYPE_VIDEO. |
Shows the music library and allows the user to select one or more tracks.
Arguments
| options | [MusicLibraryOptionsType] | A dictionary of options as described in MusicLibraryOptionsType. |
Opens the photo gallery image picker.
Arguments
| options | [PhotoGalleryOptionsType] | Photo gallery options as described in PhotoGalleryOptionsType. |
Displays the given image.
Arguments
| options | [Dictionary<PreviewImageOptions>] | Dictionary containing the image and callback functions. |
Searches the music library for items matching the specified search predicates.
Arguments
| query | [MediaQueryType] | The query object to extract information from. |
Removes the specified callback as an event listener for the named event.
Arguments
| name | [String] | Name of the event. |
| callback | [Callback<Object>] | Callback function to remove. Must be the same function passed to addEventListener. |
Saves media to the device's photo gallery / camera roll.
Arguments
| media | [Titanium.BlobTitanium.Filesystem.File] | Media to save to the camera roll or media gallery. |
| callbacks | [Object] | Pass a dictionary with the following supported keys: success a function that will be called when the save succeeds, and error a function that will be called upon receiving an error. |
Sets the value of the audioSessionMode property.
Arguments
| audioSessionMode | [Number] | New value for the property. |
Sets the value of the availableCameraMediaTypes property.
Arguments
| availableCameraMediaTypes | [Array<Object>] | New value for the property. |
Sets the value of the availablePhotoGalleryMediaTypes property.
Arguments
| availablePhotoGalleryMediaTypes | [Array<Object>] | New value for the property. |
Sets the value of the availablePhotoMediaTypes property.
Arguments
| availablePhotoMediaTypes | [Array<Object>] | New value for the property. |
Sets the value of the averageMicrophonePower property.
Arguments
| averageMicrophonePower | [Number] | New value for the property. |
Shows the camera.
Arguments
| options | [CameraOptionsType] | A dictionary of camera options as described in CameraOptionsType. |
Takes a screen shot of the visible UI on the device.
Arguments
| callback | [Callback<ScreenshotResult>] | Function to call upon capture. |
Makes the device vibrate.
Arguments
| pattern | [Array<Number>] | Array of values identifying a vibrate pattern (only used on Android). |
Event properties
| source |
[Object] Source object that fired the event. |
| type |
[String] Name of the event fired. |
Event properties
| available |
[Boolean] Indicates whether the recording device is available. |
| source |
[Object] Source object that fired the event. |
| type |
[String] Name of the event fired. |


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prostatecancer_Visium_vignette.Rmd
The package spatialGE
provides a set of tools for the visualization of gene expression from spatially-resolved arrays. In this vignette we explore gene expression in two Visium data sets: One of normal prostate tissue and other with prostate adenocarcinoma. These data sets were generated with the Visium FFPE technology, but the instructions in this vignette can be used with regular Visium data sets. In this vugnette, we introduce the Python implementation of kriging in spatialGE
. We use PyKrige
to generate transcriptomic surfaces in order to reduce run time of the interpolation. Nonetheless, kriging is a computationally expensive procedure, and even though PyKrige
results in ~3X increases in speed, the interpolation of a Visium data set (~3,000 - 4,000 spots) takes some time.
spatialGE
uses reticulate
to bridge with the Python module PyKrige
. To do this, a Python environment needs to be set up. We recommend installing Anaconda and create an environment (r-reticulate
in this example), then install PyKrige
within that environment. Next, the path to the Python environment needs to be set up for R to find it. The set up is done in the .Renviron
file. On Mac OS, this is done by typing in the Terminal:
echo "RETICULATE_PYTHON=\"$HOME/opt/anaconda3/envs/r-reticulate/bin/python3\"" >> ~/.Renviron
The data sets are freely available and can be downloaded from the 10X Resources website. You may be asked toregister your information before accessing the data. The normal prostate (FFPE) can be downloaded here and the adenocarcinoma sample here. For this vignette, we assume the data will be downloaded in two folders on the computer’s Desktop. At the very least, the user will need to download ‘Spatial imaging data’ and the ‘Feature / cell matrix (raw)’ from each link.
The links to ‘Spatial imaging data’ and the ‘Feature / cell matrix (raw)’ contain compressed .tar.gz
files. You can double click the files to decompress them.
The spatialGE
repository is available at GitHub and can be installed via devtools
. To install devtools
, in case is not installed in your R console, please run the following code:
if("devtools" %in% rownames(installed.packages()) == FALSE) {
install.packages("devtools")
}
After making sure devtools
is installed, proceed to install spatialGE
:
# devtools::install_github("fridleylab/spatialGE")
To use spatialGE
, load the package using the command:
library(spatialGE)
Raw and processed data are stored in an STList (an R S4 class object). The STList can be created with the function STList()
, and in the case of Visium data, only the file paths to the Visium folders need to be provided. Each folder must contain at least two subfolders: filtered_feature_bc_matrix
and spatial
. The filtered_feature_bc_matrix
contains the files features.tsv.gz
, barcodes.tsv.gz
, and matrix.mtx.gz
. The spatial
folder contains tissue_positions_list.csv
.
The user also provides array IDs partially matching names of the folders. Optionally, the Visium folders can be provided in the second column of the sample meta data table along with clinical/phenotype data associated with each spatial array. The first column contains array IDs.
Assuming the folders are in the computer’s Desktop, we specify the file paths.
visiumfp <- c('~/Desktop/Human_Prostate_Cancer_Adenocarcinoma_Invasive_Carcinoma_FFPE/',
'~/Desktop/Normal_Human_Prostate_FFPE/')
Then, we load the file paths to the STList
function.
prvisium <- STList(rnacounts=visiumfp, samples=c('Adenocarcinoma', 'Normal'))
#> Loading required package: parallel
#> Creating STList...
The prvisium
object is an STList.
prvisium
#> Spatial Transcriptomics List (STList).
#> 2 spatial array(s):
#> Adenocarcinoma
#> Normal
In spatialGE
, we apply voom transformation to the RNA-Seq libraries fromeach of the spots in order to obtain a gaussian-shape normal distribution required by most methods in this package. Many of the methods implemented in spatialGE
have been borrowed from the field of geostatistics, which often require this kind of data transformation
Transformation is achieved by applying the function voom_norm()
.
prvisium <- voom_norm(prvisium)
#> Loading required package: magrittr
We can plot now the gene expression levels of specific genes. Let’s see KLK3:
qplot <- plot_gene_quilt(prvisium, genes='KLK3', color_pal='sunset', plot_who=2)
#> Loading required package: ggplot2
qplot
#> $KLK3_2
We can also generate transcriptomic surfaces for the samples using the PyKrige
implementation:
prvisium <- gene_krige(prvisium, genes='KLK3', univ=F, python=T)
We can now plot the transcriptomic surfaces.
kplot <- plot_gene_krige(prvisium, genes='KLK3', color_pal='sunset')
#> Loading required namespace: rgeos
ggpubr::ggarrange(plotlist=kplot, ncol=2, common.legend=T, legend='bottom')
As expected, the expression of KLK3, known as prostatic antigen, is higher across the entire cancerous sample (‘subj 1’), compared to the normal sample (‘subj 2’).


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The Alloy universe consists of atoms and relations, although everything that you can get your hands on and describe in the language is a relation. Atoms only exist behind the scenes.
An atom is a primary entity which is
A relation is a structure which relates atoms. Each relation is a set of ordered tuples (vectors of atoms). Each tuple indicates that those atoms are related in a certain way (as dictated by the relation itself). The "arity" of the relation is the number of atoms in each tuple.
For instance, one might have an arity-2 relation called "works-in" which relates engineers with their cubicles. Each tuple indicates an engineer (an atom) and the cubicle he works in (another atom). If several engineers share the same cubicle C, then there will be more than one tuple in the "works-in" relation with C in the second slot. If an engineer D works in more than one cubicle, then there will be more than once tuple in the "works in" relation with D in the first slot.
In the real world, essentially nothing is atomic, but that won't stop us from modelling them as such. In fact, our modeling approach has no built-in notion of composits at all; to model some X consisting of parts A and B, we would make X, A, and B all atomic. To represent the fact that X is related to A and B in a special way, we would adjust the contains relation to map X to both A and B. Containment is just one example of a structural relationship, and there is little reason to single it out for special treatment.
Alloy does not contain explicit notions of sets and scalars, but they are easy to simulate. A set is simply an atom which the containment relation map to the contents of that set. When you declare a signature (using the sig construct ), you are defining both an atom which will behave as a set (and the body of the signature defines relations from that atom to other signatures.
Alloy does not distinguish between an atom and the set containing just that atom. Another concequence is that set membership and subset are the same thing; both are denoted in. Otherwise, Alloy set operations behave as you would expect. Alloy syntax does not permit you to directly refer to atoms. If you wish to constraint a particular atom, you can do what amounts to writing the equivalent constraint for the singleton set containing that atom and no other atoms. That is what we are doign when we write constraints about the Root directory, in Chapter 1.


{% extends "base.html" %} {% block content %} {% import "components/cards.html" light_card,end_card %}
Script
Add a Script to the pipeline
JSON split
Use JSON to split previous output into various states
Add Data
Insert Data Into a Table
|
{{wf.Name}} |


Anything wrong with this?
Created by Maria Wherley, Michelle McManus and Jennifer Babb from Penn State University. Creative Commons Attribution license (reuse allowed)


Advertisement : Do not miss our shows on the occasion of the new opening !!!!!! Order and get half price discount !!!!! Complimentary cup of coffee with every order !!! New additions to the menu for children !!!! New additions suitable for vegetarians !!!!! A new menu with totally sugar free !!!!! Free delivery service from all our branches !!!!!! A new service to provide our products at any event !!!!!!


Friend
Finder
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email address
We'll never share your email with anyone else.
password
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unique name
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Contact
Name: Dale Mobile: 12145623 Email<EMAIL_ADDRESS>Name: Dale Mobile: 12145623 Email<EMAIL_ADDRESS>Name: Dale Mobile: 12145623 Email<EMAIL_ADDRESS>Name: Dale Mobile: 12145623 Email<EMAIL_ADDRESS>Name: Dale Mobile: 12145623 Email: Dale@dealership.com


The Jalopy runtime and persistant state storage and configuration facility. Provides a means to access and manage both runtime-only and persistent state information.


|
| | Frame (int height, int width, std::string fname) |
| |
| bool | advance () |
| |
| int | getHeight () |
| |
| int | getWidth () |
| |
| void | setY (std::vector< int > matrix) |
| |
| void | setU (std::vector< int > matrix) |
| |
| void | setV (std::vector< int > matrix) |
| |
| std::vector< int > | getY () |
| |
| std::vector< int > | getU () |
| |
| std::vector< int > | getV () |
| |
Abstract class representing a Frame.
◆ Frame()
| Frame::Frame |
( |
int |
height, |
|
|
int |
width, |
|
|
std::string |
fname |
|
) |
| |
|
inline |
Frame constructor.
- Parameters
-
| height | frame height |
| width | frame width |
| fname | video file name. |
◆ advance()
Advances and consumes the current bunch of data, so that it can refresh the current set of matrices with new ones.
- Returns
- whether or not the reading (and setting operation was successful)
◆ getHeight()
◆ getU()
| std::vector<int> Frame::getU |
( |
| ) |
|
|
inline |
◆ getV()
| std::vector<int> Frame::getV |
( |
| ) |
|
|
inline |
◆ getWidth()
◆ getY()
| std::vector<int> Frame::getY |
( |
| ) |
|
|
inline |
◆ setU()
| void Frame::setU |
( |
std::vector< int > |
matrix | ) |
|
|
inline |
U component of frame setter.
- Parameters
-
| matrix | matrix of integers. |
◆ setV()
| void Frame::setV |
( |
std::vector< int > |
matrix | ) |
|
|
inline |
V component of frame setter.
- Parameters
-
| matrix | matrix of integers. |
◆ setY()
| void Frame::setY |
( |
std::vector< int > |
matrix | ) |
|
|
inline |
Y component of frame setter.
- Parameters
-
| matrix | matrix of integers. |
The documentation for this class was generated from the following file:


This plot shows how wind speed changes with respect to latitude. There does not appear to be a relationship between wind speed and latitude. Most of the wind speed measurements for the cities observed are below about 20 mph, with some possible outliers above that point. It may be useful to create a box and whisker plot of the wind speeds to determine if some of the highest values (around 30 mph) represent outliers in the data set, and to possibly examine which cities in the dataset have such high wind speeds and figure out what causes such high wind speeds for those cities.


Steps¶
New in version 0.2.
Changed in version 0.4.
This function generates steps according to given sequence of values and given width of steps. Function also can repeat given sequence according required number of repeats, or desired lenght of data.
Example Usage¶
Usage is as simple as
import signalz
x = signalz.steps(2, [1, 2, 3], repeat=2)
where the 2 stands for step width, [1, 2, 3] are values for steps and repeat=2 make the sequence of steps repeat twice. So the returned output is
>>> [1 1 2 2 3 3 1 1 2 2 3 3]
Function Documentation¶
-
signalz.generators.steps.
steps
(step_width, values, repeat=1, size=None)[source]¶ This function generates steps from given values.
Args:
- step_width - desired width of every step (int)
- values - values for steps (1d array)
Kwargs:
- repeat - number of step sequence repetions (int), this variable is used, if the size is not defined
- size - size of output data in samples (int), if the size is used, the repeat is ignored.
Returns:
- array of values representing desired steps (1d array)


African Network of Southwest Florida holding annual gala Saturday night
by WFTX Digital TeamFORT MYERS, Fla. -- You are invited to the African Network of Southwest Florida's gala Saturday tonight.
The annual gala is at the Crowne Plaza in Fort Myers. There will be some entertainment celebrating cultures from various African countries.
The doors open at 5 p.m. and the program runs through 9:30 p.m.
You can get tickets on their website .


|
Contiki 2.5
|
Directories | |
| directory | bootloader |
| directory | compiler |
| directory | stm32w108 |
Files | |
| file | adc.c [code] |
| file | board.c [code] |
Board file x STM32W108 Kits boards. | |
| file | button.c [code] |
button APIs | |
| file | clocks.c [code] |
| file | flash.c [code] |
Implements the generic flash manipulation routines. | |
| file | flash.h [code] |
Header for flash for APIs. | |
| file | iap_bootloader.h [code] |
IAP bootloader specific definitions. | |
| file | led.c [code] |
LED manipulation routines; stack and example APIs. | |
| file | memmap-fat.h [code] |
STM32W108 series memory map fixed address table definition. | |
| file | memmap.h [code] |
STM32W108 series memory map definitions used by the full hal. | |
| file | mems.c [code] |
| file | mfg-token.c [code] |
Cortex-M3 Manufacturing-Token system. | |
| file | mfg-token.h [code] |
Cortex-M3 Manufacturing token system. | |
| file | micro-common-internal.c [code] |
| file | micro-common.c [code] |
STM32W108 micro specific HAL functions common to full and minimal hal. | |
| file | micro-common.h [code] |
Utility and convenience functions for STM32W108 microcontroller, common to both the full and minimal hal. | |
| file | micro.c [code] |
STM32W108 micro specific minimal HAL functions. | |
| file | mpu.h [code] |
| file | nvm-def.h [code] |
Data definitions for the Cortex-M3 Non-Volatile Memory data storage system. | |
| file | nvm.c [code] |
Cortex-M3 Non-Volatile Memory data storage system. | |
| file | nvm.h [code] |
Cortex-M3 Non-Volatile Memory data storage system. | |
| file | sleep.c [code] |
STM32W108 micro specific sleep functions. | |
| file | system-timer.c [code] |
STM32W108 System Timer HAL functions. | |
| file | temperature_sensor.c [code] |
MB851 temperature sensor APIS. | |
| file | token-manufacturing.h [code] |
Definitions for manufacturing tokens. | |
| file | uart.c [code] |
STM32W uart drivers, supporting IAR's standard library IO routines. | |
| file | uart.h [code] |
Header for STM32W uart drivers, supporting IAR's standard library IO routines. |


This “Don’t be a jerk” policy is a shortened, more casual version of the longer Code of Conduct policy. Read full version.
All delegates, speakers, exhibitors and volunteers of PGDay.Oz must follow the following code of conduct. Organizers will enforce this code before and throughout the event.
In short PGDay.Oz wants to provide an experience of the conference without harassment for all, regardless of gender, sexual orientation, disability, physical appearance, body size, race or religion. We do not tolerate harassment to conference participants in any form. Language and sexual images are not appropriate for any area of conference, including presentations. Conference participants who violate these rules can be fined or expelled from the conference without refund at the discretion of the conference organizers.

Participants who are instructed to stop any harassing behavior are required to comply immediately.
Even the exhibitors in the exhibition hall, in banquets for sponsors or suppliers, or similar activities are subject to standard anti harassment. In particular, the exhibitors must not use sexualized images or other material. The staff of the banquets (including volunteers) should not use sexualized clothing / uniforms / costumes, or otherwise create a sexualized environment.
If a participant undertakes a harassing behavior, the conference organizers may take any measures they find appropriate, including the expulsion from the conference without any reimbursement.
If you get harassed, or you see someone else being harassed, or you have any other concern, please contact immediately a member of the Conference staff, identified by blue shirt on.
The conference staff will help participants to contact the Safety team of the location or the local law enforcement, to escort, or assist in other ways those experiencing harassment.
These rules also extend to social events linked to the conference.
######Contacts:
- Andrea Cucciniello, +61 40304 6981, andrea.cucciniello@2ndquadrant.com.au


Using Aeronaut the Basics
The Work Area
On the left side is the Main Menu, on the bottom is the Toolbar, on the right side are all minimized Windows and
in the center is the working area where the active window is located.
The Main Menu
Here you can choose what you want to do. The Pilot Roster opens a window for editing your pilots.
Squadrons opens the squadron window. Aircraft Constructor opens the window for editing and designing your aircrafts.
Loadouts opens the loadout window.
The Zeppelin Constructor is for designing zeppelins with the FF5 Houserules. It is disabled now and it will be enabled with an upcoming update.
The Toolbar
The Toolbar is linked to the active Window. This means you can only use "New", "Open", "Save" and "Print" if a window is in the main area.
The Squadrons and Loadout windows cannot be printed.
New
Clears the active Window.
Open
Loads an aircraft, pilot, etc. in the active window or if no window is open, it opens a new window.
While a window is active you can only load the same type the window can display. If no window is active,
you can choose which file type you want to open.
Save
Saves the active window. A window can only saved if it is valid. Look for red texts if you see the invalid stamp. This gives you a hint
what is wrong.
Save As...
Saves the active window under a new name.
A window can only saved if it is valid. Look for red texts if you see the invalid stamp.
This gives you a hint what is wrong.
Delete
You can delete an AE file here.
Print
Prints the active Window. You can only print valid files and only from the aircraft, pilot or zeppelin window.
Options
Opens the option page in the Toolbook. Here you can change some settings.
Shortcuts


Quickstart
To get up and running quickly with Tempo, you can set up a fresh WPF application by doing the following:
- Create a new WPF project
- Add references to Tempo.dll, Tempo.Wpf.dll and Lifetime.dll; pre-built versions of these files are included in the bin\ directory in the Tempo repository.
- Open App.xaml and remove the StartupUri attribute.
- Edit App.xaml.cs to include the following initialization code. To compile, this will require adding using statements for the Tempo and Tempo.Wpf namespaces.
public partial class App : Application
{
public App()
{
TempoApp.Init(this, true, WhileRunning);
}
private void WhileRunning()
{
// This is the top-level reactive scope for the application
var window = new MainWindow();
window.Show();
}
}
Running this program should display a blank window.
See the Examples folder in the repository for more detail on integrating with WPF.


tar-serve
upload tar files to static serve
Name
% for member in members:
{{member['name']}}
{{member['type']}}
% end


Read Scripture Daily
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An open specification by reelyActive to maximise the interoperability of radio-identifiers across protocols, platforms and operating systems.
One identifier to rule compatible with them all.
The identifier consists of four elements which facilitate identification, ranging/location and the lookup of digital twins.
An InteroperaBLE Identifier consists of an Entity UUID, an Instance ID, a transmission power estimation (Tx Power) and an optional Class.
| Element | Size | Role | |
|---|---|---|---|
| Entity UUID | 128-bits | Identifies the entity or organisation responsible for the device (see Entity UUID subsection below) |
|
| Instance ID | 28-bits | Uniquely identifies the individual device (which itself may identify a person, product or place) |
|
| Class | 4-bits | OPTIONAL Implicitly indicates what is associated with the device, and/or its hierarchy | |
| Tx Power | — | Facilitates the estimation of proximity, range and/or location |
The Entity UUID is a 128-bit Version 4 (Random) UUID which observes the following form:
XXXXXXXX-XXXX-MXXX-NXXX-XXXXXXXXXXXX
Each character is hexadecimal (0-9, a-f) with the following constraints:
The InteroperaBLE Identifier is implemented as Eddystone-UID or iBeacon as detailed below:
The elided UUID has the form XXXXXXXX-XXXX-MXXX-NXXX-XXXXXXXXXXXX where 48-bits are removed from the 128-bit Entity UUID as indicated by the strikeout, as specified in the Eddystone documentation.
How to look up a device's digital twin from the elements of its InteroperaBLE Identifier.
An InteroperaBLE Identifier may be interpreted as a Uniform Resource Identifier (URI), which may be used to identify anything.
Interpret as a local .mp3 file of the form "file:/xxxxxxx.mp3".
The Instance ID is interpreted as 7-character-long, leading-zero-padded hexadecimal string (ex: "0123abc"). This is prefixed with "file:/" and suffixed with ".mp3" to complete the URI.
An InteroperaBLE Identifier may alternatively be interpreted as something other than a URI. In this case, the 28-bit identifier typically represents an index into a table associated with the Entity UUID.
Interpret the Instance ID as a single Unicode code point (i.e. as UTF-32). The Unicode standard includes over 144,000 characters, including a growing list of emojis, which can be encoded in an InteroperaBLE Identifier, provided they consist of a single code point.
For example, Instance ID 0x001f989 would be interpreted as 🦉 (owl emoji)
Interpret as a DirAct proximity beacon.
The Instance ID is the 32-bit DirAct instance.
Interpret as a button press event. Devices such as Minew button wristbands do not transmit button status explicitly in a packet payload, but rather can be configured to transmit a predefined packet (ex: iBeacon or Eddystone) following a button press.
The Instance ID may be ignored. The interpretation is that the device transmitting this Entity UUID is signalling a button press event.
Interpret as a BlueUp "Safety" packet. BlueBeacon series devices from BlueUp embed real-time personal safety data, such as button presses, in the minor identifier of an iBeacon packet. By configuring such devices to use the Entity UUID below as the iBeacon UUID, this data can be interpreted from the Instance ID.
For example, Instance ID 0x0008001 would be interpreted as a short button press and a battery level of 2.99V (consult the BlueUp technical documentation for details).
Continue exploring our open architecture and all its applications.


SICStus Prolog supports character codes up to 31 bits wide where the codes are interpreted as for Unicode for the common subset.
When a character code (a “code point” in Unicode terminology) is read or written to a stream it must be encoded into a byte sequence. The method by which each character code is encoded to or decoded from a byte sequence is called “character encoding”.
The following character encodings are currently supported by SICStus Prolog.
ANSI_X3.4-1968
ISO-8859-1
ISO-8859-2
ISO-8859-15
windows 1252
UTF-8
UTF-16
UTF-16LE
UTF-16BE
UTF-32
UTF-32LE
UTF-32BE
LE
and BE
denotes respectiviely little endian
and big endian.
These encodings can be auto-detected if a Unicode signature is present in a file opened for read. A Unicode signature is also known as a Byte order mark (BOM)
The encoding to use can be specified when using open/4
and
similar predicates using the option encoding/1
. When openening a
file for input the encoding can often be determined automatically. The
default is ISO-8859-1
if no encoding is specified and no encoding
can be detected from the file contents.
The encoding used by a text stream can be queried using
stream_property/2
.


Chapter 4: Hello science¶
After all this, you might be thinking “Computer programming sounds great, but couldn’t I have done it more efficiently in Excel?”
Depending on how slick you are with a spreadsheet, the answer might be yes. With the exception of the pandas
trick that merged the two files most of what we did could be achieved with filters and pivot tables taught in spreadsheet classes.
However, for all their flexibility, one of the great weaknesses of working with spreadsheets is that the numerous steps that go into conducting a complex analysis have to be repeated each time, by hand, whenever you want to replicate your work.
For this reason, some scientific projects that aim for transparency and reproducibility are now requiring that each step in a data analysis be documented in a Jupyter Notebook.
That’s good for its own sake and will help catch errors during pre-publication review, but it has a huge added benefit. At any time you can slightly modify your code and rerun the entire thing from the start.
In this case it means we could instantly reproduce our analysis for each of the 17 ballot measures and conduct a similar data interview in a matter of seconds.
To give it a try, scroll back up to the stop of the notebook and reexamine the list of unique propositions we output with the value_counts
method. You can pick any of them. For this example I am going to pick Proposition 66, which sought (and failed) to end California’s death penalty.
Copy the proposition’s full name and replace Proposition 64’s name in the nearby cell where we created the prop
variable.
prop = props[props.prop_name == 'PROPOSITION 066- DEATH PENALTY. PROCEDURES. INITIATIVE STATUTE.']
Now pull down the Cell
menu at the top of the notebook and select the Run all
option.
Moments later, the notebook will repopulate with the answers to all of questions. This time it will be analyzing Prop 66 instead. Try doing that with Excel.
That’s the end of our lesson for now. We’ll be working to expand it in the coming weeks as we prepare a longer version for the National Insitute of Computer-Assisted Reporting conference in Jacksonville. If you have any thoughts about how it could be improved or expanded, please email me at<EMAIL_ADDRESS>You can learn more about our open-source effort to fix California’s cryptic campaign-finance database at californiacivicdata.org.


The Millberry and Bakar Fitness and Recreation Centers have the same hours:
For Holiday and Member Services Hours:
Parnassus
Mission Bay
Millberry Fitness and Recreation Center
500 Parnassus Avenue
San Francisco California 94143
Phone:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Map
Bakar Fitness and Recreation Center
1675 Owens Street
San Francisco California 94158
Phone:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Map


Well, here they are, your finalists, for STEEEMFEST MINNOW. Please give them a round of applause. We’re at the final stage of this. One of these minnows is going to STEEMFEST on an all expense paid trip. Second and Third will get 150 SBD between them. We’re down to 11 as @rondonson secured a flight through an @steemfestdreams contest and @nikkig hasn’t been seen on the platform for 12-14 days, and no response from @stormriderstudio.
Judging rules
- Everyone of the invited judges will score the 10 participants. They will provide me with a number 1-10. Their first pick gets a 1 and their last pick gets a 10. I’m going to try to gather 6 or so judges in addition to me.
- The audience can vote on who they think should win. For any contestant you think should go please write their name in a brand new comment. I’ll tally up the number of votes and the person with the most votes will get a score of 1, then 2 and so on.
- The budget will play a role. $500 and under will be scored a 1. $1000 and under will be scored a 2. $1500 and under will be scored a 3, and anything over $1500 and over will be scored a 4.
I’ll add them all up and then it’s golf rules who wins ie the person with the lowest tally comes in first. If there is a tie the person with the most audience votes will win.
All judging, including audience, is due by 11:59pm New York Time on Sunday night.
Judging Thoughts
It’s a fair amount of money to send someone to Steemfest. I invite the judges to think of it as an investment into a person on behalf of the Steemit and Minnow community. Which finalist do you think we’ll get the most bang for our buck by sending there?
The winners will be announced on Monday on the @minnowsupport wall as the weekly resteem resumes.
Please give it up for the MINNOWS! They have done a great job and I’m so excited to see how far they’ve come in such a short time! NEXT STOP LISBON!
https://steemit.com/steemfest/@varunsangwan/steemfest-final-round-post
https://steemit.com/steemfest/@abh12345/minnow-steemfest-2-contest-final-round-entry
https://steemit.com/steemfest/@jeffjagoe/aggroed-s-steemfest-minnow-contest-entry-final-round
https://steemit.com/minnowsupportproject/@dinoo/give-people-in-need-a-voice-on-steemfest
https://steemit.com/minnowsupport/@siersod/steemfest-minnow-my-goals
If you think putting together a contest to give a free ticket to steemfest to a deserving Minnow is a good plan please upvote my Witness.
This page is synchronized from the post: ‘Ten STEEMFEST MINNOW Finalists- Here are the Final posts to be judged. Winner announced on Monday on the @minnowsupport wall. Audience votes count!!!’


VDPrequester
Requests jobs to be run in the cloud on volunteer computers
Available on GitHub, details on JSDocs.
This is a very simple library that allows you to submit jobs into my experimental Volunteer Distributed Processing (VDP) network.
It is specific to this network and has no generic applicability.
Node.js:
To install it:npm install VDPrequester
To see how to use it:npm docs
To code with it:
var vdprequester=new VDPrequester('ws://<IP_ADDRESS>:8080');
var square=21;
vdprequester.send(square,'squareroot',function(error,result) {
'The square root of '+square+' is '+result.data;
});
Browser:
To install it:
- Download vdprequester.min.js from GitHub or use their CDN for my latest version: v1.0.0
vdprequester.min.js
is a UMD (Universal Module Definition) bundle with an export name ofVDPrequester
To code with it:
<script>
var vdprequester=new VDPrequester('ws://<IP_ADDRESS>:8080');
var square=21;
vdprequester.send(square,'squareroot',function(error,result) {
'The square root of '+square+' is '+result.data;
});
</script>
Development:
Lint (to ensure no eslint
issues):npm run lint
Build minified version for browser into lib/vdprequester.min.js:npm run build-prod
Build and run test for browser testing and debugging:npm test
Build and run test with coverage:npm run test-coverage
Review coverage:npm run view-coverage
(after npm-run test-coverage
)


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/abbreviation.20vs.20reducible.20def.html ---
Where can I read about behavior of abbreviation
s and @[reducible] def
s in different scenarios ? I mean, e.g., rw
, simp
, typeclass search, dot notation.
Last updated: Apr 24 2020 at 19:02 UTC


Render.CoordManager Class
The CoordManager object provides canvas coordinates for rendering purposes. It also takes care of converting mouse event coordinates into canvas elements.
Constructor
Render.CoordManager
-
state
Parameters:
-
state
GUIState.StateThe canvas state.
Returns:
Item Index
Methods
- getCanvasHeight
- getCanvasWidth
- getClefPos
- getColWidth
- getElementByPos
- getIntervalSize
- getKeySignAccPos
- getKeySignColCenterX
- getLedgerLinesY
- getLetterNameY
- getNoteColCenterX
- getNoteFromY
- getNotePos
- getStaffHeight
- getStaffLinePos
- getStaffOrigin
- getStaffSystemHeight
- getStaffSystemOrigin
- getStaffWidth
- getStepwiseNoteDist
- getToolbarBtnSize
- getToolbarX
- getToolbarY
- getTopNoteY
- noteArrayBuild
- pointToKeySignAcc
- pointToStaffNote
- pointToTextInput
- pointToToolbarBtn
- pointWithin
- setLedgerLines
Methods
getCanvasHeight
-
numStaves
-
maxNumToolbarBtns
-
hasTextInput
Determines the height of the canvas.
Parameters:
-
numStaves
NumberThe number of staves in the staff system.
-
maxNumToolbarBtns
NumberThe number of buttons for the longest toolbar in the state.
-
hasTextInput
BooleanIndicating whether at least one column in the staff system has a text input.
Returns:
The height of the canvas.
getCanvasWidth
-
numNoteCols
-
totalAccColumns
-
numToolbars
Determines the width of the canvas.
Parameters:
-
numNoteCols
NumberThe number of note columns in one of the canvas' staves (with the assumption that each staff will have the same number of note columns).
-
totalAccColumns
NumberThe number of accidental columns in the key signature portion of one of the canvas' staves (with the assumption that each staff will have the same number of key signature accidental columns).
-
numToolbars
NumberThe number of canvas toolbars.
Returns:
The width of the canvas.
getClefPos
-
staffID
Provides the location of the clef in a given staff.
Parameters:
-
staffID
NumberThe zero-based ID of the staff.
Returns:
An object literal of the form {x:, y:} representing the clef's location.
getColWidth
-
maxNotes
Determine an appropriate note column width for the staff system, given the maximum number of notes in the columns.
Parameters:
-
maxNotes
NumberThe maximum number of notes in the staff system's note columns, with the assumption that all note columns in the staff system will have the same maximum number of notes).
Returns:
The note column width.
getElementByPos
-
point
-
staves
-
numCols
-
totalAccColumns
-
toolbars
-
hasTextInput
Given a canvas point, determine if a canvas element (note, key signature accidental, toolbar button, text input) is located at this point, and if so, return the element.
Parameters:
-
point
ObjectAn object literal representing the point, with properties x and y.
-
staves
NumberThe number of staves in the staff system.
-
numCols
NumberThe number of note columns in one of the canvas' staves (with the assumption that each staff will have the same number of note columns).
-
totalAccColumns
NumberThe number of accidental columns in the key signature portion of one of the canvas' staves (with the assumption that each staff will have the same number of key signature accidental columns).
-
toolbars
GUIState.ToolbarAn array of the canvas' toolbars.
-
hasTextInput
BooleanIndicates whether at least one column in the staff system has a text input.
Returns:
An object literal with a property 'elemType' indicating the type of element that was involved (if null, no element was involved). Additional properties, customized for a given type, provide additional details on the element.
getIntervalSize
-
note1
-
note2
Provides the interval size between two notes on the staff.
Parameters:
-
note1
StringThe first note's name as letter + register (e.g. 'A4').
-
note2
StringThe second note's name as letter + register (e.g. 'A4').
Returns:
The interval size between the two notes.
getKeySignAccPos
-
staffID
-
clef
-
keySignColID
-
letter
-
register
Provides the location of a key signature accidental.
Parameters:
-
staffID
NumberThe zero-based ID of the staff.
-
clef
StringThe staff's clef.
-
keySignColID
NumberThe zero-based ID of the key signature column where the accidental lies.
-
letter
StringThe accidental's letter name.
-
register
NumberThe accidental's register.
Returns:
An object literal of the form {x:, y:} representing the key signature accidental's location.
getKeySignColCenterX
-
staffID
-
keySignColID
Provides the x-coordinate of the center of a given key signature accidental column.
Parameters:
-
staffID
NumberThe zero-based ID of the staff.
-
keySignColID
NumberThe key signature column.
Returns:
getLedgerLinesY
-
staffID
-
clef
-
letter
-
register
Provides the y-coordinate of a given note's ledger lines.
Parameters:
-
staffID
NumberThe zero-based ID of the staff.
-
clef
StringThe staff's clef.
-
letter
StringThe note's letter.
-
register
NumberThe note's register.
Returns:
An array providing the y-coordinate for each line. If the given note is above the staff, the ledger lines are provided in descending order, otherwise they are provided in ascending order.
getLetterNameY
-
staffID
-
clef
-
letter
-
register
Provides the y of a given note on a staff.
Parameters:
-
staffID
NumberThe zero-based ID of the staff.
-
clef
StringThe staff's clef.
-
letter
StringThe note's letter.
-
register
NumberThe note's register.
Returns:
getNoteColCenterX
-
staffID
-
noteColID
-
totalAccColumns
Provides the x-coordinate of the center of a given note column.
Parameters:
-
staffID
NumberThe zero-based ID of the staff.
-
noteColID
NumberThe zero-based ID of the note column.
-
totalAccColumns
NumberThe number of accidental columns in the key signature portion of the staff.
Returns:
getNoteFromY
-
staffID
-
clef
-
noteY
Given a y coordinate and a staff, returns the note name associated with the y coordinate.
Parameters:
-
staffID
NumberThe zero-based ID of the staff.
-
clef
StringThe staff's clef.
-
noteY
NumberThe y coordinate.
Returns:
The note name as letter + register (e.g. 'A4').
getNotePos
-
letter
-
register
-
staffID
-
clef
-
noteColID
-
totalAccColumns
Provides the location of a given note on a staff.
Parameters:
-
letter
StringThe note's letter.
-
register
NumberThe note's register.
-
staffID
NumberThe zero-based ID of the staff.
-
clef
StringThe staff's clef.
-
noteColID
NumberThe zero-based ID of the note column.
-
totalAccColumns
NumberThe number of accidental columns in the key signature portion of the staff.
Returns:
getStaffHeight
-
withLedgerLines
Computes the height of a staff.
Parameters:
-
withLedgerLines
BooleanIndicates whether the ledger line portion of the staff should be included in the computation.
Returns:
The height of the staff.
getStaffLinePos
-
staffID
-
lineID
Provides the location of the upper left corner a staff line.
Parameters:
-
staffID
NumberThe zero-based ID of the staff.
-
lineID
NumberThe zero-based ID of the staff line.
Returns:
An object literal of the form {x:, y:} representing the staff line's origin.
getStaffOrigin
-
staffID
Provides the location of the upper left corner a staff.
Parameters:
-
staffID
NumberThe zero-based ID of the staff.
Returns:
An object literal of the form {x:, y:} representing the staff's origin.
getStaffSystemHeight
-
numStaves
Computes the height of the staff system.
Parameters:
-
numStaves
NumberThe number of staves in the staff system.
Returns:
The height of the staff system.
getStaffSystemOrigin
()
Object
Provides the location of the upper left corner of the staff system.
Returns:
An object literal of the form {x:, y:} representing the staff system's origin.
getStaffWidth
-
numNoteCols
-
totalAccColumns
Computes the width of a staff.
Parameters:
-
numNoteCols
NumberThe number of note columns in the staff.
-
totalAccColumns
NumberThe number of accidental columns in the key signature portion of the staff.
Returns:
The width of the staff.
getStepwiseNoteDist
-
note1
-
note2
Provides the stepwise distance between two notes on the staff.
Parameters:
-
note1
StringThe first note's name as letter + register (e.g. 'A4').
-
note2
StringThe second note's name as letter + register (e.g. 'A4').
Returns:
The number of steps on the staff between the two notes.
getToolbarBtnSize
()
Number
Povides the size of toolbar buttons. It is assumed that all toolbar buttons are square.
Returns:
getToolbarX
-
toolbarID
Povides the x-coordinate of the upper left corner of a given toolbar.
Parameters:
-
toolbarID
NumberThe zero-based ID of the toolbar.
Returns:
getToolbarY
-
numToolbarBtns
Povides the y-coordinate of the upper left corner of a given toolbar.
Parameters:
-
numToolbarBtns
NumberThe number of toolbar buttons in the toolbar.
Returns:
getTopNoteY
-
staffID
Provides the y-coordinate of a given staff's highest possible note.
Parameters:
-
staffID
NumberThe zero-based ID of the staff.
Returns:
noteArrayBuild
()
Object
Builds an array listing all white notes on the piano keyboard. All notes are assigned an integer ID. This array can be used to determine the stepwise distance between two notes on the staff.
Returns:
The keyboard note array, which can be referenced by ID (i.e. array.A0 returns 0) or by note name (i.e. array[0] returns 'A0').
pointToKeySignAcc
-
point
-
staffID
-
clef
-
totalAccCols
Given a canvas point and a staff, determine if a key signature accidental is located at this point, and if so, return the key signature accidental.
Parameters:
-
point
ObjectAn object literal representing the point, with properties x and y.
-
staffID
NumberThe zero-based ID of the staff.
-
clef
StringThe staff's clef.
-
totalAccCols
NumberThe number of accidental columns in the key signature portion of one of the canvas' staves (with the assumption that each staff will have the same number of key signature accidental columns).
Returns:
If a key signature accidental is found, return an object literal of the form {elemType: 'keySign', staffID: , colID: , noteName: __} representing the key signature accidental. Otherwise, returns an object literal of the form {elemType: null}.
pointToStaffNote
-
point
-
staffID
-
clef
-
numCols
-
totalAccColumns
Given a canvas point and a staff, determine if a note is located at this point, and if so, return the note.
Parameters:
-
point
ObjectAn object literal representing the point, with properties x and y.
-
staffID
NumberThe zero-based ID of the staff.
-
clef
StringThe staff's clef.
-
numCols
NumberThe number of note columns in one of the canvas' staves (with the assumption that each staff will have the same number of note columns).
-
totalAccColumns
NumberThe number of accidental columns in the key signature portion of one of the canvas' staves (with the assumption that each staff will have the same number of key signature accidental columns).
Returns:
If a note is found, an object literal of the form {elemType: 'note', staffID: , colID: , noteName: __} representing the note. Otherwise, returns an object literal of the form {elemType: null}.
pointToTextInput
-
point
-
numCols
-
totalAccColumns
Given a canvas point, determine if a text input element is located at this point, and if so, return the text input.
Parameters:
-
point
ObjectAn object literal representing the point, with properties x and y.
-
numCols
NumberThe number of note columns in one of the canvas' staves (with the assumption that each staff will have the same number of note columns).
-
totalAccColumns
NumberThe number of accidental columns in the key signature portion of one of the canvas' staves (with the assumption that each staff will have the same number of key signature accidental columns).
Returns:
If a text input is found, returns an object literal of the form {elemType: 'textInput', colID: __} representing the text input. Otherwise, returns an object literal of the form {elemType: null}.
pointToToolbarBtn
-
point
-
toolbarID
-
toolbarName
-
numToolbarBtns
Given a canvas point and a toolbar, determine if a toolbar button is located at this point, and if so, return the toolbar button.
Parameters:
-
point
ObjectAn object literal representing the point, with properties x and y.
-
toolbarID
NumberThe zero-based ID of the toolbar.
-
toolbarName
StringThe name of the toolbar.
-
numToolbarBtns
NumberThe number of buttons in the toolbar.
Returns:
If a toolbar button is found, return an object literal of the form {elemType: 'toolbar', toolbarName: , buttonID: } representing the toolbar button. Otherwise, returns an object literal of the form {elemType: null}.
pointWithin
-
point
-
llPoint
-
brPoint
Given a point and a rectangle's upper left and lower right corners, determine if the point lies within the rectangle.
Parameters:
-
point
ObjectAn object literal representing the point, with properties x and y.
-
llPoint
ObjectAn object literal representing the rectangle's upper left corner, with properties x and y.
-
brPoint
ObjectAn object literal representing the rectangle's lower right corner, with properties x and y.
Returns:
Returns true if the point lies within the rectangle.
setLedgerLines
()
Object
For each note in the coordinate manager's note array (this.notes), determines the number of ledger lines required to draw the note and whether the ledger lines are to be drawn above or below the note head.
Returns:
An array of object literals with two properties: numLines, which provides the number of lines, and loc, which is set to 'above' or 'below'. Each literal is accessed using the clef and the note name, separated by a hyphen (e.g. array.treble-G3 returns {numlines: 2, loc: 'above'}).