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Justice League: Snyder Shares Frame from Cut Cyborg vs Steppenwolf Scene
by L.D. NolanJustice League director Zack Snyder has released a new still showing a cut confrontation between Victor Stone/Cyborg and Steppenwolf.
Snyder posted the following picture of Cyborg standing between his father and Steppenwolf to Vero. In Snyder's cut of the film, Steppenwolf killed Silas, though the character survived in the theatrical release, as a lot of content relating to Cyborg didn't make that version of the movie. Snyder captioned the photo, "Defending the father."
The production process for Justice League was infamously troubled, and the movie ultimately failed to meet expectations at the box office. After Snyder left Justice League following a family tragedy, director Joss Whedon was called in to complete reshoots that reportedly gave the film a lighter tone. Rumors of a Snyder Cut of Justice League quickly began gaining traction online, and several people involved with the production, including Snyder himself, have publicly discussed that version of the movie.
Click the button below to start this article in quick view.
Next up for the DC Extended Universe is Cathy Yan's Birds of Prey (And the Fantabulous Emancipation of One Harley Quinn), slated for release Feb. 7, 2020; Patty Jenkins' Wonder Woman 1984, coming June 5 2020; James Gunn's The Suicide Squad, which arrives August 6, 2021; and Matt Reeves' solo Batman film, which will swing into theaters June 25, 2021.
https://schema.orgBreadcrumbListListItem1Homehttps://www.cbr.com/ListItem2Movieshttps://www.cbr.com/category/movies/ListItem3Movie Newshttps://www.cbr.com/category/movies/news-movies/ListItem4Justice League: Snyder Shares Frame from Cut Cyborg vs Steppenwolf Scenehttps://www.cbr.com/justice-league-snyder-cut-cyborg-steppenwolf-scene/


Publications
Google Scholar Citations
SpiralGen: HPC, Code Generation, Cloud
"High-Assurance SPIRAL: End-to-End Guarantees for Robot and Car Control", IEEE Control Systems Magazine, 2017, in press.
“High Assurance Spiral: Scalable and Performance Portable Domain-Specific Control System Synthesis”.
B. Duff, J. Larkin, M. Franusich, F. Franchetti "Automatic Generation of 3-D FFTs", 2014 Rice Oil & Gas HPC.PhD: Nanoscale Thermal Transport
J.M. Larkin, A.J.H. McGaughey, “Origin of the Exceptionally Low Thermal Conductivity of Fullerene Derivative PCBM Films”, Physical Review B (in progress).
K. D. Parrish, A. Jain, J. M. Larkin, W. A. Saidi, and A. J. H. McGaughey, "Origins of thermal conductivity changes in strained crystals", Physical Review B 90 (2014) 235201.
J.M. Larkin, A.J.H. McGaughey, “Thermal Conductivity Accumulation in Amorphous Materials”, Physical Review B 89 (2014) 144303.
S.C. Huberman, J.M. Larkin, A.J.H. McGaughey, “Disruption of Superlattice Phonons by Interfacial Mixing”, Physical Review B 88 (2013) 155311.
A.J.H. McGaughey and J.M. Larkin, “Predicting Phonon Properties from Equilibrium Molecular Dynamics Simulations”, Advances in Heat Transfer Volume 17 (Academic Press, 2013).
J.M. Larkin, A.J.H. McGaughey, “Predicting Alloy Vibrational Mode Properties using Lattice Dynamics Calculations, Molecular Dynamics Simulations, and the Virtual Crystal Approximation”, Journal of Applied Physics 114 (2013) 023507.
J. M. Larkin, A.D. Massicotte, J.E. Turney, C.H. Amon, A.J.H. McGaughey, “Comparison and Evaluation of Spectral Energy Methods for Predicting Phonon Properties”, Journal of Computational and Theoretical Nanoscience 11 (2014) 257-264.
MS: Tuburlence and Nonlinear Systems
S. Stefanus, J. Larkin, W. Goldburg, “A Search for Conformal Invariance in Compressible Two Dimensional Turbulence”, Physics of Fluids 23 105101 (2011) (appeared on cover).
J. Larkin, W. Goldburg, M.M. Bandi, “Time-Evolution of a Fractal Distribution: Particle Concentrations in Free-Surface Turbulence”, Physica D 239 14 (2010) 1264-1268.
J. Larkin, W. Goldburg, “Decorrelating a Compressible Turbulent Flow: an Experiment”, Physical Review E 82, 016301 (2010).
J. Larkin, M.M. Bandi, A. Pumir, W. Goldburg, “Power-law distributions of particle concentration in free-surface flows”, Physical Review E 80, 066301 (2009).


Manchester United’s firepower enough for top four – Harry Maguire
by FSA EditorHarry Maguire has been buoyed by the form of Manchester United’s attack as the Red Devils set their sights on the Premier League’s top four.
Manchester United have the firepower to push for a top-four finish in the Premier League, says Harry Maguire, but the defender stated Ole Gunnar Solskjaer’s side must not get ahead of themselves.
United claimed their second successive victory as they secured a 2-1 derby victory over Manchester City on Saturday, three days after defeating Tottenham – managed by former boss Jose Mourinho – by the same scoreline.
The wins have taken United up to fifth, five points shy of fourth-place Chelsea, who on Saturday lost 3-1 to managerless Everton – United’s next opponents in the league.
With Marcus Rashford having already matched his total tally of league goals from last season and Anthony Martial having netted what proved to be the winner against City, Maguire believes United’s frontline has the quality to push them towards Champions League qualification.
However, the England centre-back is adamant United’s squad will stay grounded, with the league outside of the top four still heavily congested.
“I think you need to look after your own results, don’t look elsewhere, keep winning games,” Maguire told Sky Sports. “We’ve won back-to-back games against Spurs and City. We’ve got another big game next week now.
“The top four is in sight but we just keep looking after our own results, keep trying to get the three points and keep improving.
“Over the last month or so, I feel like as a defender I look at the forwards and think they’re going to score goals.
“At the start of the season, we didn’t really score more than one goal in a game but now I think it’s a few games on the spin where we’re back to scoring goals.
“They’re a big threat, they’re top players, great talent and I think it’s all coming together now.”
Before hosting Everton on Sunday, United face AZ in their final Europa League group match, with an EFL Cup quarter-final against Colchester United coming up prior to the festive period.


Tutorial: First 15 Minutes¶
This tutorial walks you through setting up Tilt for your project. It should take 15 minutes, and assumes you’ve already installed Tilt. Before you begin, you may want to join the #tilt
channel in Kubernetes Slack for technical and moral support.
Start by cd
’ing into a project you can already build and deploy to Kubernetes.
Example Tiltfile¶
At the end of this guide, your Tiltfile will look something like this:
# Deploy: tell Tilt what yaml to deploy
k8s_yaml('app.yaml')
# Build: tell Tilt what images to build from which directories
docker_build('companyname/frontend', 'frontend')
docker_build('companyname/backend', 'backend')
# ...
# Watch: tell Tilt how to connect locally (optional)
k8s_resource('frontend', port_forwards=8080)
Hello World¶
Run tilt up
to enter Tilt’s Heads-Up Display. Instead of writing your configuration all at once, we’ll use Tilt interactively. Each time you save your configuration, Tilt will reexecute it.
Right now, Tilt should be complaining there’s no file named Tiltfile
. Open it in your editor and write:
print('Hello Tiltfile')
Now save the file. Congrats, you just ran your first Tiltfile
. Tilt’s configurations are programs in Starlark, a dialect of Python. Can you see “Hello Tiltfile” in Tilt’s UI? Tilt is also warning you there are no declared resources. Let’s add some.
Step 1: Deploy¶
The function k8s_yaml
registers Kubernetes objects you want to deploy:
k8s_yaml('app.yaml')
Tilt supports many deployment configuration practices (for more details, check out the Deploy section of “Tiltfile Concepts”):
# multiple yaml files; can be either a list or multiple calls
k8s_yaml(['foo.yaml', 'bar.yaml'])
# run a command to generate yaml
k8s_yaml(local('gen_k8s_yaml.py')) # a custom script
k8s_yaml(kustomize('config_dir')) # built-in support for popular tools
k8s_yaml(helm('chart_dir'))
Use the pattern that matches your project (if you’re not sure, feel free to ask in Slack). You can see when it works because Tilt will display the registered objects.
Step 2: Build¶
The function docker_build
tells Tilt how to build a container image. Tilt automatically builds the image, injects the ID into Kubernetes objects and deploys. (The Build section of “Tiltfile Concepts” describes optional arguments.)
# docker build -t companyname/frontend ./frontend
docker_build('companyname/frontend', 'frontend')
Try editing a source file; you should see Tilt automatically build and deploy as soon as you save. Add additional images; you should have one docker_build
call for each container image you’re developing.
Step 3: Watch (Optional)¶
Tilt can give you consistent port forwards to running pods (whether they’re running locally or in the cloud). Call the k8s_resource
function with the name of the resource you want to access (taken from the UI):
k8s_resource('frontend', port_forwards='9000')
You can also use k8s_resource
to change the resource grouping, or forward multiple ports. Cf. the Resources section of Tiltfile Concepts
.
Congrats¶
Tilt is now setup for your project. Try exploring Tilt’s UI (there’s a context-sensitive legend in the bottom right). Introduce a build error and then a runtime crash; see Tilt’s UI respond and surface the relevant problem.
Now’s a great time to file bugs, feature requests, or talk to us about your use case. If you say hi in the #tilt
channel of Kubernetes slack we can find time to chat.
You can read in more detail about Tiltfile Concepts or Optimizing your Builds.


--- title: Privacy policy description: This Privacy policy was written to help you better understand how we collect, use and store your information. permalink: /legal/privacy/ layout: default published: true group: legal lang: en language: English og-locale: en_US order: 2 ---
Your privacy is important to us. It is Vývojka s. r. o.'s policy to respect your privacy regarding any information we may collect from you across our website, www.vyvojka.com, and other sites we own and operate.
We only ask for personal information when we truly need it to provide a service to you. We collect it by fair and lawful means, with your knowledge and consent. We also let you know why we’re collecting it and how it will be used.
We only retain collected information for as long as necessary to provide you with your requested service. What data we store, we’ll protect within commercially acceptable means to prevent loss and theft, as well as unauthorised access, disclosure, copying, use or modification.
We don’t share any personally identifying information publicly or with third-parties, except when required to by law.
Our website may link to external sites that are not operated by us. Please be aware that we have no control over the content and practices of these sites, and cannot accept responsibility or liability for their respective privacy policies.
You are free to refuse our request for your personal information, with the understanding that we may be unable to provide you with some of your desired services.
Your continued use of our website will be regarded as acceptance of our practices around privacy and personal information. If you have any questions about how we handle user data and personal information, feel free to contact us.
This policy is effective as of 25 July 2018.


I am an enthusiastic passionate full-stack developer and a Solutions Architect Associate who enjoys creating web applications using the core web fundamentals and also very conversant with object-oriented scripting languages which require constant updates with new releases.
My career aspiration is to be a Computer Scientist with simplicity being key. I am generally a multi-skilled person. Later, I want to be a Doctor of Science in Technology. My desire is to develop practical solutions in the workplace, critical analysis, synthesis, and innovation.


In the JavaScript language, describe all the use cases for each of:
parentheses ()- Exacutes a function. E.g. var variable = function()
- Shows a place to put Inputs to a function. E.g. GenericFunction(parameter 1, parameter 1)
- A place to put your arguments when making a for loop. E.g. for (var i = 0; i <10; i++) { do something here.}
- Shows the place to put data in an array. E.g. GenericArray [ 1, 2, “Hello”, true].
- Indicates an place to where to find an element in an array E.g. var name = ClassNames[0];.
- A place to a put a result in an if statement E.g. if (argument===true) {Result }
- Indicates a place to where in an object where data is present. E.g. var Dictionay = {Letter:"A", Word:"Ant", Definition: ”Small Insect” };
- Alterative way in which you can declare a sting except when in JSON where double quotes is monitory.
- Indicates a sting data is present E.g. “ThisIsASting”


.NET Gadgeteer Modules
This page lists all .NET Gadgeteer modules. All sources are found on the NETMF and Gadgeteer repo
Accel G248
The Accel G248 measures acceleration though I2C bus.
Barometer
Measures pressure.
Bluetooth
Breadboard X1
An easy breadboard option. Simply access the socket directly to wire whatever your heart desires!
Breakout
Simply a breakout of all signals.
Breakout TB10
Simply a breakout of all signals, on a terminal block.
Button
The Button module is very simple, with a button connected to pin 3 and an LED connected to pin4.
Button S7
7 buttons on a single module, with LEDs that light up with button presses!
Use the same code example provided for the Button Module.
Buttons map:
- Left: Pin
- Right: Pin 8
- Up: Pin 6
- Down: Pin 7
- Enter: Pin 3
- Back: Pin 4
Forward: Pin 9
CAN DW
Camera
Cellular Radio
Character Display
This is a standard and very common HD44780 display.
ColorSense
A color sensor that uses software I2C, not yet supported in TinyCLR OS.
Compass
Current ACS712
This is a current sensor that uses ACS712, which simply outputs an analog voltage.
Display CP7
The configurations for the display:
// these are the wrong values!
Width = 800,
Height = 480,
PixelClockRate = 24 * 1000 * 1000,
PixelPolarity = false,
OutputEnablePolarity = true,
OutputEnableIsFixed = true,
HorizontalFrontPorch = 16,
HorizontalBackPorch = 46,
HorizontalSyncPulseWidth = 1,
HorizontalSyncPolarity = true,
VerticalFrontPorch = 7,
VerticalBackPorch = 23,
VerticalSyncPulseWidth = 1,
VerticalSyncPolarity = true,
Display N18
This is an SPI display that can work on any system with SPI bus, even small ones without TFT display support.
Display N7
The configurations for the display:
Width = 800,
Height = 480,
PixelClockRate = 24 * 1000 * 1000,
PixelPolarity = false,
OutputEnablePolarity = true,
OutputEnableIsFixed = true,
HorizontalFrontPorch = 16,
HorizontalBackPorch = 46,
HorizontalSyncPulseWidth = 1,
HorizontalSyncPolarity = true,
VerticalFrontPorch = 7,
VerticalBackPorch = 23,
VerticalSyncPulseWidth = 1,
VerticalSyncPolarity = true,
Display NHVN
This allows the use of several displays offered by http://newhavendisplay.com/
Supported displays:
- NHD-4.3-480272EF-ATXL#
- NHD-4.3-480272EF-ATXL#-CTP
- NHD-4.3-480272EF-ATXL#-T
- NHD-7.0-800480EF-ATXL#
- NHD-7.0-800480EF-ATXL#-CTP
- NHD-7.0-800480EF-ATXV#
- NHD-7.0-800480EF-ATXV#-CTP
The configurations for all 4.3" display:
Width = 480,
Height = 272,
PixelClockRate = 20 * 1000 * 1000,
PixelPolarity = false,
OutputEnablePolarity = true,
OutputEnableIsFixed = false,
HorizontalFrontPorch = 2,
HorizontalBackPorch = 2,
HorizontalSyncPulseWidth = 41,
HorizontalSyncPolarity = false,
VerticalFrontPorch = 2,
VerticalBackPorch = 2,
VerticalSyncPulseWidth = 10,
VerticalSyncPolarity = false,
The configurations for all 7" display:
Width = 800,
Height = 480,
PixelClockRate = 20 * 1000 * 1000,
PixelPolarity = false,
OutputEnablePolarity = true,
OutputEnableIsFixed = false,
HorizontalFrontPorch = 88,
HorizontalBackPorch = 40,
HorizontalSyncPulseWidth = 48,
HorizontalSyncPolarity = false,
VerticalFrontPorch = 13,
VerticalBackPorch = 32,
VerticalSyncPulseWidth = 3,
VerticalSyncPolarity = false,
As for the capacitive touch controller, use this old NETMF driver code as a reference:
public class FT5306Controller {
private InterruptPort touchInterrupt;
private I2CDevice i2cBus;
private I2CDevice.I2CTransaction[] transactions;
private byte[] addressBuffer;
private byte[] touchDataBuffer;
private byte[] touchCountBuffer;
public delegate void TouchEventHandler(FT5306Controller sender, TouchEventArgs e);
public event TouchEventHandler TouchDown;
public event TouchEventHandler TouchUp;
public event TouchEventHandler TouchMove;
public FT5306Controller(Cpu.Pin interruptPin) {
this.transactions = new I2CDevice.I2CTransaction[2];
this.addressBuffer = new byte[1];
this.touchDataBuffer = new byte[4];
this.touchCountBuffer = new byte[1];
this.i2cBus = new I2CDevice(new I2CDevice.Configuration(0x38, 400));
this.touchInterrupt = new InterruptPort(interruptPin, false, Port.ResistorMode.Disabled, Port.InterruptMode.InterruptEdgeBoth);
this.touchInterrupt.OnInterrupt += (a, b, c) => this.OnTouchEvent();
}
private void OnTouchEvent() {
var points = this.ReadData(2, this.touchCountBuffer)[0];
for (var i = 0; i < points; i++) {
var data = this.ReadData(i * 6 + 3, this.touchDataBuffer);
var flag = (data[0] & 0xC0) >> 6;
var x = ((data[0] & 0x0F) << 8) | data[1];
var y = ((data[2] & 0x0F) << 8) | data[3];
var handler = flag == 0 ? this.TouchDown : flag == 1 ? this.TouchUp : flag == 2 ? this.TouchMove : null;
if (handler != null)
handler(this, new TouchEventArgs { X = x, Y = y });
}
}
private byte[] ReadData(int address, byte[] resultBuffer) {
this.addressBuffer[0] = (byte)address;
this.transactions[0] = I2CDevice.CreateWriteTransaction(this.addressBuffer);
this.transactions[1] = I2CDevice.CreateReadTransaction(resultBuffer);
this.i2cBus.Execute(this.transactions, 500);
return resultBuffer;
}
public class TouchEventArgs : EventArgs {
public int X { get; internal set; }
public int Y { get; internal set; }
}
}
Display T35
The configurations for the display:
Width = 320,
Height = 240,
PixelClockRate = 15 * 1000 * 1000,
PixelPolarity = false,
OutputEnablePolarity = true,
OutputEnableIsFixed = true,
HorizontalFrontPorch = 51,
HorizontalBackPorch = 27,
HorizontalSyncPulseWidth = 41,
HorizontalSyncPolarity = false,
VerticalFrontPorch = 16,
VerticalBackPorch = 8,
VerticalSyncPulseWidth = 10,
VerticalSyncPolarity = false,
Display T43
The configurations for the display:
Width = 480,
Height = 272,
PixelClockRate = 20 * 1000 * 1000,
PixelPolarity = false,
OutputEnablePolarity = true,
OutputEnableIsFixed = false,
HorizontalFrontPorch = 2,
HorizontalBackPorch = 2,
HorizontalSyncPulseWidth = 41,
HorizontalSyncPolarity = false,
VerticalFrontPorch = 2,
VerticalBackPorch = 2,
VerticalSyncPulseWidth = 10,
VerticalSyncPolarity = false,
Display TE35
The configurations for the display:
Width = 320,
Height = 240,
PixelClockRate = 15 * 1000 * 1000,
PixelPolarity = false,
OutputEnablePolarity = true,
OutputEnableIsFixed = true,
HorizontalFrontPorch = 51,
HorizontalBackPorch = 29,
HorizontalSyncPulseWidth = 41,
HorizontalSyncPolarity = false,
VerticalFrontPorch = 16,
VerticalBackPorch = 3,
VerticalSyncPulseWidth = 10,
VerticalSyncPolarity = false,
Distance US3
A very common ultrasonic sensor that works by sending a pulse on the trig Pin4 and measuring the response time on echo Pin3.
Ethernet ENC28
Ethernet J11D
Extender
FEZtive
Flash
GPS
GasSense
This module can host several different air sensors, like Alcohol and CO2.
The sensor has an internal heater on pin 4 that needs to be enabled and then it is a simple analog read on pin 3.
Gyro
HD44780
See the Character Display Module
HubAP5
No hub support is currently planned.
IO60P16
IR Receiver
Joystick
The Joystick module has two analog inputs for X (pin 4) and Y (pin 5) position. Pressing the knob also works like a button (pin 3).
Keypad KP16
LED 7C
An LED that can be set to one of 7 colors, 8 if you count off!
LED 7R
This is a ring of 6 LEDs and a 7th center LED. Reference the LED 7C module for using pins.
Center LED: pin 9 LEDs going clockwise starting from LEDs D1 to D6 on the board D1, D2, D3, D4, D5, D6 are pins 3 to 8 respectively.
LED Strip
A strip of 7 LEDs, connected to pins 3 through 9. Reference the LED 7C module for using pins.
Light Sense
Simply using analog on pin 3. Use the same code as the potentiometer.
Load
Each one of the 7 GPIO pins are connected to a transistor to handle a load, like a motor.
MaxO
Shift registers used to take serial SPI data and put on parallel pins, perfect for driving tons of LEDs!
MicroSD Card
Moisture
This is a simple analog input measuring the direct resistance (moisture) on pin 3. An enable pin needs to be activated on pin 6.
Motor Driver
The Motor Driver Module uses L298 H-bridge that can drive two motors up to 4A.
- Pin 6: Motor A Direction (GPIO)
- Pin 7: Motor A Speed (PWM)
- Pin 8: Motor B Direction (GPIO)
Pin 9: Motor B Speed (PWM)
Multicolor LED
Music
The Music Module uses the popular VS1053 decoder chip that decodes MP3, WMA, OGG, MIDI and WAV files.
Null Modem
No driver is needed.
OBD II
OneWire X1
A breakout with a terminal block for easily connecting OneWire devices, specifically the common temperature probes.
PIR
Motion detection. Simply pin 3 changes its state when it detects motion.
Parallel CNC
Potentiometer
The Potentiometer module is simply a variable resistor connected to pin3. Rotating its knob will result in an analog value changing from min to max.
Pulse Count
Pulse InOut
Pulse Oximeter
RFID Reader
RS232
Simply a serial port.
RS485
Simply a serial port.
Radio FM1
Reflector R3
Relay ISOx16
An array of 16 relays. Operate similar to the MaxO module.
Relay X1
Simply set pin 3 high to activate the relay.
Rotary H1
SD Card
S-Plus
Serial Camera
Stepper L6470
TempHumidity
Thermocouple
Touch C8
Touch L12
Tunes
The Tunes Module is a tiny speaker that is connected to pin 9. Use PWM to generate sounds
UC Battery 4xAA
No driver is needed.
USB Client DP
No driver is needed.
USB Client SP
No driver is needed.
USB Host
USB Serial
Simply, a serial port.
USB Serial SP
Simply, a serial port.
VideoOut
WiFi RN171
WiFi RS21
XBee Adapter
Simply, a serial port. From there a driver like https://xbee.codeplex.com/ will help.


---
layout: default
---
▲
About:
-
I studied at The University of Texas at Austin where I earned a B.S. in Electrical and Computer Engineering in May 2017. My focus was in computer architecture and embedded systems.
-
I'm currently working as a Software Engineer on the Hyper-Scale Compute team in Microsoft Azure. Specifically, I'm on the core development team for Azure Event Hubs,
and I'm integrating it with Apache Spark and Databricks.
▼
Projects:
{% for projects in site.data.projects %}
-
{{ projects.name}}
{{ projects.description1}}
{{ projects.description2}}
{% endfor %}
▼
Work Experience:
{% for work in site.data.work %}
{{ work.title }} | {{ work.time}}
{{ work.company }}
{% endfor %}
▼
Research Experience:
{% for research in site.data.research %}
{{ research.title }} | {{ research.time}}
{{ research.company }}
{{ research.description1 }}
{{ research.description2 }}
{% endfor %}
▼
Teaching:
- I have worked as a teaching assistant for one graduate course and two undergraduate courses. I've also received two Teaching Awards from the Cockrell School of Engineering.
-
| Course |
Professor |
Semester |
Survey |
{% for teach in site.data.teach %}
| {{ teach.course }} |
{{ teach.professor}} |
{{ teach.semester }} |
{{ teach.survey}} |
{% endfor %}


Hello!
Welcome to User Display! Scroll To see User's Post.


Put one hand on the Leap and let finger controls the music!
Vocal
Guitar
Drum
Melody
Click
Hand data:
Finger data:


{% extends 'flamingo/base.html' %} {% block content %} {% include 'flamingo/organisations/org_nav.html' %}
Roles for the requirement.
{{ form.roles }}
Primary Document for requirement.
Note: Only documents that aren't already a primary document for a requirement will appear here.
{{ form.primary }}
Alternatives for requirement.
{{ form.alternatives }}


{% extends 'layouts/layout.html' %} {% block pageTitle %} Your email address has been changed {% endblock %} {% block content %}


{% extends "base.html" %} {% block content %}
There is a problem with tags not updating correctly in the search index. We're working on this issue.
You are correct. Use the old school form on the upload page to get your images into Horseradish until this is working.
Nope, we don't want to step on the toes of Nicko.


Page count
Media ID, this is NOT the same as the doujin id
Raw data from the API
Scanlator if exists
Low resolution cover
All the titles that the doujin has.
The time it was published to the site
The timestamp of when it was published to the site
Content url
Generated using TypeDoc
Cover image of the doujin


ORG_2000001 - occupies
Label
occupies
Sub property of
Definition
The property that associates an organization occupies a geographical location is it has one of more people at the location, or has legal rights to the location
Definition source
Michael Conlon https://orcid.org/0000-0002-1304-8447
Domain
Example
The Navaho Nation occupies the Navaho Nation reservation. Microsoft occupies a campus in Redmond Washington. The University of Pittsburgh occupies the Cathedral of Learning
Term editor
Michael Conlon https://orcid.org/0000-0002-1304-8447


The Morning After: Microsoft unveils a new mobile Office app
Word, Excel and Powerpoint all-in-one.
by Richard LawlerHey, good morning! You look fabulous.
Monday started the week with some key announcements from Adobe and Microsoft that will affect how we work across all kinds of devices. Also, researchers have uncovered an unsettling method that could allow an attacker to exploit your voice-controlled smart speaker without making a sound, and we took a spin in the $150k Polestar 1 hybrid coupe.
Microsoft still hasn't perfected the Windows on ARM experience.
If you must have Microsoft's software to get work done on the go, the Surface Pro X is a solid choice. But the entire Windows on Snapdragon platform is plagued by limited app compatibility and bugs. Plus, adding the Slim Pen stylus and keyboard -- you won't want to use Windows on a tablet without it -- bumps its $999 price to $1,270.
This hybrid showcases what the new automaker is capable of achieving.
While a $155,000 vehicle that's only one of 1,500 ever built seems like an odd commuter, it can do the job and probably handle most of that drive in electric mode. The downside is that while its plexiglass-framed wiring looks cool, a triple-battery setup severely cuts into the available trunk space. This grand tourer is a halo car that works better as a concept, and with good reason -- only 450 are coming to the US. Even for big EV fans, it probably makes sense to wait a little longer for the $60k Polestar 2.
You can try it out on Android right now.
Microsoft's new Office app for mobile combines Word, Excel and Powerpoint
Instead of grabbing separate apps for Word, Excel and Powerpoint (aka the Office Triforce), Microsoft's new Office app puts them all together. The Office app also makes better use of your phone's talents, with the ability to take a photo of a document and turn it into an editable Word file on the fly or even do the same with printed-out tables in Excel. It's available for public testing on Android, while an iOS test group is already full.
The old Edge browser is now known as Edge Classic.
Microsoft's Chromium Edge browser arrives January 15th
After launching a beta test for the new Chromium Edge in September, Microsoft is now gearing up to officially launch the browser on January 15th, 2020. You can test out the near-final Release Candidate version today, which should be stable enough for anyone to use, but also lets IT administrators prepare for the new Edge.
In case you didn't know -- Instagram and Whatsapp are 'from Facebook.'
Facebook hopes a new logo will distract you from its problems
Time for a rebrand.
Phone cameras have gotten way better, and it's all down to smarter software.
Upscaled: How computational photography is making your photos better
To get around the small sensor, narrow lens and shallow depth of smartphone cameras, companies have had to get creative. The biggest advances all come from ways to stack or combine multiple images in the phone using specialized software. Computational photography is using algorithms and even machine learning to stitch together multiple photos to yield better results than were previously possible -- here's how it works.
But wait, there's more...
- Researchers show how lasers can silently issue 'voice commands' to your smart speakers
- Teenager solves car blind spots using a webcam and projector
- Adobe Photoshop for iPad is available right now
- What's on TV this week: 'Death Stranding,' 'Rick & Morty' and 'Green Eggs and Ham'
- Microsoft archived the 1978 'Superman' flick on its Project Silica glass storage medium
- Engadget's Guide to Fitness and Health: The best workout headphones
- YouTube star Jarvis banned from 'Fortnite' over cheating
- Seth Meyers' Netflix special will have a button to skip Trump jokes
The Morning After is a new daily newsletter from Engadget designed to help you fight off FOMO. Who knows what you'll miss if you don't Subscribe.
Craving even more? Like us on Facebook or Follow us on Twitter.
Have a suggestion on how we can improve The Morning After? Send us a note.


Android-x86
Run Android on your PC
Installation
Introduction
We have implemented a text-based easy installer to help install Android-x86 to a hard drive. These filesystems are supported:
In particular, you can install Android-x86 to an NTFS filesystem to co-exist with Windows. See the Advanced Section for more details.
Step by Step
- Download an iso image from a mirror site. Usually you should just use the latest image.
- Burn the iso image to cdrom, or create a bootable USB disk (recommended). See the Advanced Section for details.
- Boot from the Android-x86 installation CD/USB, choose the 'Install Android-x86 to harddisk' item, as shown below:
- After seconds of booting, you will see a partition selection dialog. You can choose an existing partition to install Android-x86, or you can create or modify partitions by choosing 'Create/Modify partitions'. Note you can install Android-x86 to an external disk like USB drive. If the target drive is not shown, try 'Detect devices'.
- Android-x86 can co-exist with other operating system or data in the chosen partition. If the partition is formatted, you may choose 'Do not re-format' to keep existing data. Otherwise, choose a filesystem type to format. Note the type you chose must match the partition id, or the boot loader will fail to boot.
- If you choose to format the partition, you will see a warning like below. Select 'Yes' to confirm, or select 'No' to keep the original filesystem.
- Next question is whether to install boot loader Grub. Usually you should answer 'Yes', unless you want to install boot loader by hand yourself.
- Then the installer will ask if you want to install /system directory as read-write. If you want to modify the system for some purposes (e.g., debugging), select 'Yes'.
- If you are lucky, the installation will begin, and you will see the progress bar.
- If you see the following screen, the installation is complete. Congratulations! Now you can run Andrond-x86 directly, or you can reboot and run it:
Upgrade
You may upgrade an older Android-x86 installation by the installer. Just select the partition containing the older installation. The installer will prompt if you'd like to upgrade it:
Select 'Yes' to upgrade it. Select 'No' to install the new version to a new directory and keep the older installation untouched.
If there are multiple older versions in the same partition, the installer will ask which version to upgrade:
Select the one you want to upgrade, or choose to install to a new folder.
Auto Installation
If you want to use Android-x86 as the only OS in your device, you may choose "Auto Installation" under the "Advanced options".
The installer will prompt you to confirm:
After you select 'Yes', the installer will erase the whole content of the hard disk, partition and install Android-x86 to it.
If you have multiple hard drives, the installer will let you choose which one to use. Be careful to choose the correct one.
Auto Update
By choosing "Auto Update" under the "Advanced options", the installer could update an older installation automatically.
In this mode, the installer searches a partition named "Android-x86" or the first ext4 partition, and update the older installation in it automatically. If no such a partition is found, the auto update mode will be cancelled.
Other boot options
- Live CD - Run Android-x86 without installation
The item means to boot Android-x86 directly. This is useful to check if your hardware is compatible with Android-x86 quickly. All data is stored in RAM (tmpfs) and will lose after poweroff.
- Live CD - Debug mode
See the debug howto for more details.
- Live CD - Vulkan support (experimental)
Enable the experimental Vulkan support. Not all GPUs support it.
- Live CD - No Setup Wizard
Skip the Setup Wizard. It's useful if you want to test some apps quickly in live mode.
- Live CD VESA mode - No GPU hardware acceleration
Disable GPU hardware acceleration. If you encounter black screen after booting, you may try this mode to see if it's bootable.
Advanced
Create a bootable USB stick for Android-x86
There are several tools which could be used to create a bootable USB stick for Android-x86. The following tools are available for Windows users:
For Linux users, just use the standard dd command like:
dd if=android-x86_64-9.0-rc1.iso of=/dev/sdX
where /dev/sdX is the device name of the target USB disk.
Multi-Boot
To boot other operating systems, you have to add items for them to /grub/menu.lst. For example, to boot Windows, add the following:
title Windows
rootnoverify (hd0,0)
chainloader +1
This assumes Windows is installed to the first partition of the first hard disk. Alternatively, you need to change rootnoverify to the appropriate value. See Grub Manual for details.
Updated (2010)
Since froyo-x86, if there is an NTFS partition in the installed disk, the installer will ask if you want to create a boot item for Windows, as shown below.
Issues
VMware
You have to change your virtual disk type to be IDE because the default type in VMware is SCSI, and Android-x86 kernel is not configured to support SCSI. You can follow these steps:
- Create a virtual machine.
- Edit virtual machine settings after the virtual machine created.
- Choose the hard disk and remove it.
- Add a hard disk to create a new virtual disk, then you can choose IDE as your virtual disk type.
- When finished, you can install android-x86 normally.


# Partially inspired by and using color scheme from Apple WWDC Site.
I (am)(a/an/the):
- Discord Bot Dev
- Avid Gamer
- 马来西亚华裔 (Malaysian Chinese)
- /r/Pokemon Subreddit & Discord Mod
Contacts:
- ngb#0995 (Discord)
- Steam
- Reddit
- GitHub
- ngbeslhang@gmail.com


The Sidewinder Sleeps Tonite
问题描述 :
most good logic puzzles, it has a set of very basic rules that can nonetheless result in devilishly difficult (and delightful!) puzzling experiences.
The rules of Slitherlink are as follows:
A Slitherlink board is made up of a lattice of dots; in this problem, it will be a regular rectangular lattice.
Some of the boxes (or cells) defined by the lattice have numbers within them; with a regular rectangular lattice, the numbers will be between 0
and 3 inclusive.
The goal of a Slitherlink puzzle is to connect adjacent dots (horizontally or vertically, like the sides of boxes) so that there is a single loop that
never crosses itself, with no line segments that are not part of the loop (no "dangling" segments or other, separate loops) such that every cell
that has a number has exactly that many sides as segments of the loop.
Given a supposedly solved Slitherlink puzzle, your task will be to determine whether or not it is indeed legitimately solved.
输入:
the following components:
A line containing two integers H, W (1 ≤ H,W ≤ 20) representing the height and width of the Slitherlink puzzle by the number of cells (not
dots!) per edge;
A series of 2H + 1 lines representing the Slitherlink puzzle, using the following non-whitespace characters:
0, 1, 2, 3, ?: The numbers written inside a given cell. A ? represents an empty cell, as in the example graphic above.
#: A dot in the lattice.
-, |: A horizontal or vertical line segment.
.: An empty adjacency between two dots in the lattice.
Note that all Slitherlink puzzles will be fully represented; that is, there is no internal whitespace on a given line to represent empty cells or
adjacencies.
输出:
the following components:
A line containing two integers H, W (1 ≤ H,W ≤ 20) representing the height and width of the Slitherlink puzzle by the number of cells (not
dots!) per edge;
A series of 2H + 1 lines representing the Slitherlink puzzle, using the following non-whitespace characters:
0, 1, 2, 3, ?: The numbers written inside a given cell. A ? represents an empty cell, as in the example graphic above.
#: A dot in the lattice.
-, |: A horizontal or vertical line segment.
.: An empty adjacency between two dots in the lattice.
Note that all Slitherlink puzzles will be fully represented; that is, there is no internal whitespace on a given line to represent empty cells or
adjacencies.
样例输入:
2 5 5 #-#-#-#-#-# |?.?.?.1.3| #.#-#-#.#-# |?|?.?|?|?. #-#.#.#.#-# .2.0.2|?.?| #-#.#-#.#-# |?|3|?.?|2. #.#-#.#-#.# |?.?.2|?.0. #-#-#-#.#.# 5 5 #-#-#-#-#-# |?|?.?.1.3| #.#-#-#.#-# |?|?.?|?|?. #-#.#.#.#-# .2.0.2|?.?| #-#.#-#.#-# |?|3|?.?|2. #.#-#.#-#.# |?.?.2|?.0. #-#-#-#-#.#
样例输出:
VALID INVALID
截图截一半，不要脸
截图截一半，不要脸
截图截一半，不要脸
截图截一半，不要脸
截图截一半，不要脸
截图截一半，不要脸
截图截一半，不要脸
截图截一半，不要脸
截图截一半，不要脸
很好，解决了
很强大啊，佩服
失误失误，转载错了。已经改正，抱歉。
赞一个
swap写成内联函数会不会好一些
代码不对，仔细对比一下输入输出， 怎么会有‘‘printf("The winning moves are:");’’这种输出呢？
妈呀！这个Dijkstra模板好长OwQ！
这个问题其实还可以找循环节。参照欧拉定理（也就是费马定理的推广）,a^(phi(m)) mod m = 1
http://zh.wikipedia.org/wiki/%E6%AC%A7%E6%8B%89%E5%AE%9A%E7%90%86_(%E6%95%B0%E8%AE%BA)
所以先算b mod phi(10)，这个部分都是可以约掉的。基本上O(1)的时间就出解了。当然，这也是因为这个问题模数太小的原因。
在方法1里面：
//遍历所有的边，计算入度
for(int i=0; i<V; i++)
{
degree = 0;
for (j = adj .begin(); j != adj .end(); ++j)
{
degree[*j]++;
}
}
为什么每遍历一条链表，要首先将每个链表头的顶点的入度置为0呢？
比如顶点5，若在顶点1、2、3、4的链表中出现过顶点5，那么要增加顶点5的入度，但是在遍历顶点5的链表时，又将顶点5的入度置为0了，那之前的从顶点1234到顶点5的边不是都没了吗？
算法，他认识我，我不认识他，后来有人告诉我你写的这段代码就是XXX算法。。。
为什么暴力求解方法循环到sqrt(n) 就可以了呢


Date Week Selector Task
The date quarter selector task displays an Options tab containing a combo box. The choices in the combobox are:
- Select a week - week and year input fields prompt for values
- Current week
- Previous week
- Next week
- Current week of previous year
- Current week of next year
- N weeks ago - an input field prompts for an integer
- N weeks from now - an input field prompts for an integer
When a selection made and values are specified in any dependent controls the following macro variables are created and set as follows:
- week - the first day of the week selected or a function that calculates the first day of the week of the selection, formatted as DDMMMYYYY
- week_end - the last day of the week selected or a function that calculates the last day of the week of the selection, formatted as DDMMMYYYY
- week_rel - a code that represents the selection made
- week_label - the common name of the selection
An example of the code generated by this task when "Current week of previous year" is selected:
%global week;
%global week_end;
%global week_rel;
%global week_label;
%let week = %sysfunc(intnx(Week.2, %sysfunc(intnx(Year, %sysfunc(date()), -1,
s)), 0, b), DATE9.);
%let week_end = %sysfunc(intnx(Week.2, %sysfunc(intnx(Year, %sysfunc(date()),
-1, s)), 0, e), DATE9.);
%let week_label = Current week of last year;
%let week_rel = W0W-1Y;
%put _GLOBAL_;
If today is March 22, 2017 the macro variable values set by this example code are:
GLOBAL WEEK 21MAR2016
GLOBAL WEEK_END 27MAR2016
GLOBAL WEEK_LABEL Current week of last year
GLOBAL WEEK_REL W0W-1Y


Let's save Loki!
Loki has been arrested by Thor and his Avengers accomplices. Solve all 10 questions to save Loki!
Start game


grammar::me::cpu - Virtual machine implementation II for parsing token streams
This package provides an implementation of the ME virtual machine. Please go and read the document grammar::me_intro first if you do not know what a ME virtual machine is.
This implementation provides an object-based API and the machines are not truly tied to Tcl. A C implementation of the same API is quite possible.
Internally the package actually uses the value-based machine manipulation commands as provided by the package grammar::me::cpu::core to perform its duties.
The package directly provides only a single command for the construction of ME virtual machines.
The command creates a new ME machine object with an associated global Tcl command whose name is meName. This command may be used to invoke various operations on the machine. It has the following general form:
Option and the args determine the exact behavior of the command.
The argument matchcode contains the match instructions the machine has to execute while parsing the input stream. Please read section MATCH CODE REPRESENTATION of the documentation for the package grammar::me::cpu::core for the specification of the structure of this value.
The tokmap argument taken by the implementation provided by the package grammar::me::tcl is here hidden inside of the match instructions and therefore not needed.
All ME virtual machine objects created by the class command specified in section CLASS API support the methods listed below.
The machines provided by this package provide methods for operation in both push- and pull-styles. Push-style means that tokens are pushed into the machine state when they arrive, triggering further execution until they are consumed. In other words, this allows the machine to be suspended and resumed at will and an arbitrary number of times, the quasi-parallel operation of several machines, and the operation as part of the event loop.
This method converts the location of a token given as offset in the input stream into the associated line number and column index. The result of the command is a 2-element list containing the two values, in the order mentioned in the previous sentence. This allows higher levels to convert the location information found in the error status and the generated AST into more human readable data.
Note that the command is not able to convert locations which have not been reached by the machine yet. In other words, if the machine has read 7 tokens the command is able to convert the offsets 0 to 6, but nothing beyond that. This also shows that it is not possible to convert offsets which refer to locations before the beginning of the stream.
This method returns a Tcl list containing the part of the input stream between the locations from and to (both inclusive). If to is not specified it will default to the value of from. If from is not specified either the whole input stream is returned.
Each element of the returned list is a list of four elements, the token, its associated lexeme, line number, and column index, in this order. This command places the same restrictions on its location arguments as the method lc.
This method takes the state value of a ME virtual machine and returns the current value of the stored program counter.
This method takes the state value of a ME virtual machine and returns the current value of the stored eof flag.
This method takes the state value of a ME virtual machine and returns the current location in the input stream.
This method takes the state value of a ME virtual machine and returns the current token.
This command returns the current semantic value SV stored in the machine. This is an abstract syntax tree as specified in the document grammar::me_ast, section AST VALUES.
This method returns the current match status OK.
This method returns the current error status ER.
This method takes the state value of a ME virtual machine and returns the location stack.
This method takes the state value of a ME virtual machine and returns the AST stack.
This method takes the state value of a ME virtual machine and returns the AST marker stack.
This method takes the state value of a ME virtual machine and returns the error stack.
This method takes the state value of a ME virtual machine and returns the subroutine return stack.
This method takes the state value of a ME virtual machine and returns the nonterminal match cache as a dictionary.
This method returns the current top entry of the AST stack AS. This is an abstract syntax tree as specified in the document grammar::me_ast, section AST VALUES.
This method returns a boolean value telling the caller whether the engine has halted execution or not. Halt means that no further matching is possible, and the information retrieved via the other method is final. Attempts to run the engine will be ignored, until a reset is made.
This method returns the code information used to construct the object. In other words, the match program executed by the machine.
This method adds an end of file marker to the end of the input stream. This signals the machine that the current contents of the input queue are the final parts of the input and nothing will come after. Attempts to put more characters into the queue will fail.
This method adds the token tok to the end of the input stream, with associated lexeme data lex and line/column information.
This method adds each individual character in the string as a token to the end of the input stream, from first to last. The lexemes will be empty and the line/col information is computed based on the characters encountered and the data in the variables lvar and cvar.
This methods causes the engine to execute match instructions until either
n instructions have been executed, or
a halt instruction was executed, or
the input queue is empty and the code is asking for more tokens to process.
If no limit n was set only the last two conditions are checked for.
This method implements pull-style operation of the machine. It causes it to execute match instructions until either a halt instruction is reached, or the command prefix nextcmd ceases to deliver more tokens.
The command prefix nextcmd represents the input stream of characters and is invoked by the machine whenever the a new character from the stream is required. The instruction for handling this is ict_advance. The callback has to return either the empty list, or a list of 4 elements containing the token, its lexeme attribute, and its location as line number and column index, in this order. The empty list is the signal that the end of the input stream has been reached. The lexeme attribute is stored in the terminal cache, but otherwise not used by the machine.
The end of the input stream for this method does not imply that method eof is called for the machine as a whole. By avoiding this and still asking for an explicit call of the method it is possible to mix push- and pull-style operation during the lifetime of the machine.
This method resets the machine to its initial state, discarding any state it may have.
This method deletes the object and releases all resurces it claimed.
This document, and the package it describes, will undoubtedly contain bugs and other problems. Please report such in the category grammar_me of the Tcllib Trackers. Please also report any ideas for enhancements you may have for either package and/or documentation.
When proposing code changes, please provide unified diffs, i.e the output of diff -u.
Note further that attachments are strongly preferred over inlined patches. Attachments can be made by going to the Edit form of the ticket immediately after its creation, and then using the left-most button in the secondary navigation bar.
Grammars and finite automata
Copyright © 2005-2006 Andreas Kupries <andreas_kupries@users.sourceforge.net>


|
Autumn Term 1999 |
Spring Term 2000 |
Summer Term 2000 |
| 7th Sept. - Tue, 21st Dec.
Half Term: 25th-29th October Staff Training Days: 1st November 1999 |
Tue, 4th Jan. - Fri, 14th April
Half Term: 21st-25th February Staff Training Days: 18th February 2000 |
Tue, 2nd May - Fri, 21st July
Half Term: 29th May-2nd June Staff Training Days: 3rd & 4th July 2000 |
| February | |
| 18th | Staff Training Day |
| March | |
| 8th | Science Module Exams |


Your Business Account Number (BAN) is a 7-digit number. If you don't know it, you can
look it up
. If it's not listed, you'll need to register your business or renew your business registration with the
Office of Treasurer and Tax Collector
.
Enter your Business Account Number (BAN):
must be 7 numbers
We don't have that BAN listed. Check that you've typed it correctly. If you've registered your business in the last 2 days, call 415-xxx-xxxx and they can enter the information for you.
Thank you for trying out this demo. We are experiencing high traffic at the moment. Please try again later.
Look up address
Next, select the address for this permit:
Choose this location
Business Account number
Business name
Trade name (DBA, the name you are Doing Business As)
Permit address
Permit city
Permit state
Permit zip
Mailing address
Mailing city
Mailing state
Mailing zip
If the address above is not correct,
update your Business Account with the Treasurer and Tax Collector
.


1. Hints and tips¶
The following are some examples of the use of the inline assembler and some
information on how to work around its limitations. In this document the term
“assembler function” refers to a function declared in Python with the
@micropython.asm_thumb
decorator, whereas “subroutine” refers to assembler
code called from within an assembler function.
1.1. Code branches and subroutines¶
It is important to appreciate that labels are local to an assembler function. There is currently no way for a subroutine defined in one function to be called from another.
To call a subroutine the instruction bl(LABEL)
is issued. This transfers
control to the instruction following the label(LABEL)
directive and stores
the return address in the link register (lr
or r14
). To return the
instruction bx(lr)
is issued which causes execution to continue with
the instruction following the subroutine call. This mechanism implies that, if
a subroutine is to call another, it must save the link register prior to
the call and restore it before terminating.
The following rather contrived example illustrates a function call. Note that
it’s necessary at the start to branch around all subroutine calls: subroutines
end execution with bx(lr)
while the outer function simply “drops off the end”
in the style of Python functions.
@micropython.asm_thumb
def quad(r0):
b(START)
label(DOUBLE)
add(r0, r0, r0)
bx(lr)
label(START)
bl(DOUBLE)
bl(DOUBLE)
print(quad(10))
The following code example demonstrates a nested (recursive) call: the classic Fibonacci sequence. Here, prior to a recursive call, the link register is saved along with other registers which the program logic requires to be preserved.
@micropython.asm_thumb
def fib(r0):
b(START)
label(DOFIB)
push({r1, r2, lr})
cmp(r0, 1)
ble(FIBDONE)
sub(r0, 1)
mov(r2, r0) # r2 = n -1
bl(DOFIB)
mov(r1, r0) # r1 = fib(n -1)
sub(r0, r2, 1)
bl(DOFIB) # r0 = fib(n -2)
add(r0, r0, r1)
label(FIBDONE)
pop({r1, r2, lr})
bx(lr)
label(START)
bl(DOFIB)
for n in range(10):
print(fib(n))
1.2. Argument passing and return¶
The tutorial details the fact that assembler functions can support from zero to
three arguments, which must (if used) be named r0
, r1
and r2
. When
the code executes the registers will be initialised to those values.
The data types which can be passed in this way are integers and memory
addresses. With current firmware all possible 32 bit values may be passed and
returned. If the return value may have the most significant bit set a Python
type hint should be employed to enable MicroPython to determine whether the
value should be interpreted as a signed or unsigned integer: types are
int
or uint
.
@micropython.asm_thumb
def uadd(r0, r1) -> uint:
add(r0, r0, r1)
hex(uadd(0x40000000,0x40000000))
will return 0x80000000, demonstrating the
passing and return of integers where bits 30 and 31 differ.
The limitations on the number of arguments and return values can be overcome by means
of the array
module which enables any number of values of any type to be accessed.
1.2.1. Multiple arguments¶
If a Python array of integers is passed as an argument to an assembler function, the function will receive the address of a contiguous set of integers. Thus multiple arguments can be passed as elements of a single array. Similarly a function can return multiple values by assigning them to array elements. Assembler functions have no means of determining the length of an array: this will need to be passed to the function.
This use of arrays can be extended to enable more than three arrays to be used.
This is done using indirection: the uctypes
module supports addressof()
which will return the address of an array passed as its argument. Thus you can
populate an integer array with the addresses of other arrays:
from uctypes import addressof
@micropython.asm_thumb
def getindirect(r0):
ldr(r0, [r0, 0]) # Address of array loaded from passed array
ldr(r0, [r0, 4]) # Return element 1 of indirect array (24)
def testindirect():
a = array.array('i',[23, 24])
b = array.array('i',[0,0])
b[0] = addressof(a)
print(getindirect(b))
1.2.2. Non-integer data types¶
These may be handled by means of arrays of the appropriate data type. For example, single precision floating point data may be processed as follows. This code example takes an array of floats and replaces its contents with their squares.
from array import array
@micropython.asm_thumb
def square(r0, r1):
label(LOOP)
vldr(s0, [r0, 0])
vmul(s0, s0, s0)
vstr(s0, [r0, 0])
add(r0, 4)
sub(r1, 1)
bgt(LOOP)
a = array('f', (x for x in range(10)))
square(a, len(a))
print(a)
The uctypes module supports the use of data structures beyond simple arrays. It enables a Python data structure to be mapped onto a bytearray instance which may then be passed to the assembler function.
1.3. Named constants¶
Assembler code may be made more readable and maintainable by using named constants rather than littering code with numbers. This may be achieved thus:
MYDATA = const(33)
@micropython.asm_thumb
def foo():
mov(r0, MYDATA)
The const() construct causes MicroPython to replace the variable name with its value at compile time. If constants are declared in an outer Python scope they can be shared between multiple assembler functions and with Python code.
1.4. Assembler code as class methods¶
MicroPython passes the address of the object instance as the first argument to class methods. This is normally of little use to an assembler function. It can be avoided by declaring the function as a static method thus:
class foo:
@staticmethod
@micropython.asm_thumb
def bar(r0):
add(r0, r0, r0)
1.5. Use of unsupported instructions¶
These can be coded using the data statement as shown below. While
push()
and pop()
are supported the example below illustrates the
principle. The necessary machine code may be found in the ARM v7-M
Architecture Reference Manual. Note that the first argument of data
calls such as
data(2, 0xe92d, 0x0f00) # push r8,r9,r10,r11
indicates that each subsequent argument is a two byte quantity.
1.6. Overcoming MicroPython’s integer restriction¶
The Pyboard chip includes a CRC generator. Its use presents a problem in MicroPython because the returned values cover the full gamut of 32 bit quantities whereas small integers in MicroPython cannot have differing values in bits 30 and 31. This limitation is overcome with the following code, which uses assembler to put the result into an array and Python code to coerce the result into an arbitrary precision unsigned integer.
from array import array
import stm
def enable_crc():
stm.mem32[stm.RCC + stm.RCC_AHB1ENR] |= 0x1000
def reset_crc():
stm.mem32[stm.CRC+stm.CRC_CR] = 1
@micropython.asm_thumb
def getval(r0, r1):
movwt(r3, stm.CRC + stm.CRC_DR)
str(r1, [r3, 0])
ldr(r2, [r3, 0])
str(r2, [r0, 0])
def getcrc(value):
a = array('i', [0])
getval(a, value)
return a[0] & 0xffffffff # coerce to arbitrary precision
enable_crc()
reset_crc()
for x in range(20):
print(hex(getcrc(0)))


Elastic-APM Demo
Welcome to a short introduction to Elastic APM with django.
List of elastic-apm related links


Estimation of the long memory parameter using wavelets. Other estimation techniques like GPH (Geweke and Porter-Hudak,1983, <doi:10.1111/j.1467-9892.1983.tb00371.x>) and Semiparametric methods(Robinson, P. M.,1995, <doi:10.1214/aos/1176324317>) also have included.
| Version: | 0.1.2 |
| Depends: | fracdiff, wmtsa |
| Published: | 2017-10-23 |
| Author: | Sandipan Samanta and Dr. Ranjit Kumar Paul |
| Maintainer: | Dr. Ranjit Kumar Paul <ranjitstat at gmail.com> |
| License: | GPL-2 | GPL-3 [expanded from: GPL] |
| NeedsCompilation: | no |
| CRAN checks: | WaveLetLongMemory results |
| Reference manual: | WaveLetLongMemory.pdf |
| Package source: | WaveLetLongMemory_0.1.2.tar.gz |
| Windows binaries: | r-devel: WaveLetLongMemory_0.1.2.zip, r-release: WaveLetLongMemory_0.1.2.zip, r-oldrel: WaveLetLongMemory_0.1.2.zip |
| OS X binaries: | r-release: WaveLetLongMemory_0.1.2.tgz, r-oldrel: WaveLetLongMemory_0.1.2.tgz |
| Old sources: | WaveLetLongMemory archive |
Please use the canonical form https://CRAN.R-project.org/package=WaveLetLongMemory to link to this page.


| Previous: Prerequisites | Up: Prerequisites | Next: Setup |
This manual provides you with an overview of an application for an e-learning platform. In this application students shall be able to manage their courses and their courses's lessons. You can find the source code of this application here.
Teachers shall be able to administrate their courses and courses's lessons.
And these are the concrete requirements:
The following sections describe the application for every single kind of user.
| Previous: Prerequisites | Up: Prerequisites | Next: Setup |


Weakness
Look inside yourself , look at this weak body.
Whole of the World have same,bad and blind feelings,but when prophercy will be done whole of the world will discard them.
World
Spy
Brainless
Viewers
Privacy
Stop


Files CCore/inc/Utf8.h CCore/src/Utf8.cpp
This file contains a set of tools to work with UTF8 encoding.
The type Unicode is an unsigned 32-bit type, it is used to represent a symbol using the Unicode encoding.
using Unicode = uint32 ;
Utf8Code represents a UTF8-encoded symbol. It consists of 1-4 characters.
class Utf8Code
{
char sym[4];
unsigned len;
public:
Utf8Code() noexcept;
Utf8Code(NothingType) : Utf8Code() {}
explicit Utf8Code(char b1);
Utf8Code(char b1,char b2);
Utf8Code(char b1,char b2,char b3);
Utf8Code(char b1,char b2,char b3,char b4);
Utf8Code(const char *ptr,ulen len);
explicit Utf8Code(StrLen str);
// methods
unsigned getLen() const { return len; }
PtrLen<const char> getRange() const { return Range(sym,len); }
uint8 operator [] (unsigned ind) const { return uint8( sym[ind] ); }
static Unicode ToUnicode(uint8 b1);
static Unicode ToUnicode(uint8 b1,uint8 b2);
static Unicode ToUnicode(uint8 b1,uint8 b2,uint8 b3);
static Unicode ToUnicode(uint8 b1,uint8 b2,uint8 b3,uint8 b4);
Unicode toUnicode() const;
// print object
void print(PrinterType &out) const;
};
Default constructor creates a null symbol. Other constructors create a symbol from the given characters, these characters must comply with UTF8 encoding rules.
getLen() returns the number of characters.
getRange() returns the range of characters.
operator [] returns the octet value of the character with the given index.
toUnicode() returns the Unicode value of the symbol.
ToUnicode() converts a UTF8 symbol, given as a set of octets, into the Unicode value.
Utf8Code is printable.
void GuardUtf8Broken(const char *name);
This guard function can be used to throw an exception in case of broken UTF8 text. The argument is a function name.
Utf8Code ToUtf8(Unicode unicode);
This function converts a Unicode value into the UTF8 symbol.
unsigned Utf8Len(uint8 b1); bool Utf8Ext(uint8 b);
Utf8Len() returns the UTF8 symbol length from the leading octet. If the given octet is not a UTF8 leading octet, null is returned.
Utf8Ext() returns true iff the octet is a UTF8 symbol extension.
template <class Ret> Ret PeekUtf8_gen(StrLen text); // +text Utf8Code PeekUtf8(StrLen text); // +text Utf8Code CutUtf8(StrLen &text); // +text Utf8Code PeekUtf8_guarded(StrLen text); // +text Utf8Code CutUtf8_guarded(StrLen &text); // +text Unicode PeekUtf8_unicode(StrLen text); // +text , Unicode(-1) on error Unicode CutUtf8_unicode(StrLen &text); // +text , Unicode(-1) on error Unicode PeekUtf8_unicode_guarded(StrLen text); // +text Unicode CutUtf8_unicode_guarded(StrLen &text); // +text
PeekUtf8_gen() is a generic peek function. It peeks the next UTF8 symbol from the non-empty text. And returns the object Ret, created with one of the following constructors:
class Ret { public: Ret(char b1); // broken UTF8 symbol Ret(char b1,Unicode ch); // 1-char UTF8 symbol Ret(char b1,char b2,Unicode ch); // 2-char UTF8 symbol Ret(char b1,char b2,char b3,Unicode ch); // 3-char UTF8 symbol Ret(char b1,char b2,char b3,char b4,Unicode ch); // 4-char UTF8 symbol };
PeekUtf8() peeks the next UTF8 symbol from the non-empty text. If there is no a valid UTF8 sequence at the begining of the text, the null UTF8 symbol is returned.
CutUtf8() extracts the next UTF8 symbol from the non-empty text (argument text is updated). If there is no a valid UTF8 sequence at the begining of the text, the null UTF8 symbol is returned and text is moved by 1 character.
PeekUtf8_guarded() is a gurded variant of the PeekUtf8(), it throws an exception in case of error.
CutUtf8_guarded() is a guarded variant of the CutUtf8(), it throws an exception in case of error.
PeekUtf8_unicode() peeks the next UTF8 symbol from the non-empty text and converts it to the Unicode value. In case of error the value Unicode(-1) is returned.
CutUtf8_unicode() extracts the next UTF8 symbol from the non-empty text (argument text is updated) and converts it to the Unicode value. In case of error the value Unicode(-1) is returned and text is moved by 1 character.
PeekUtf8_unicode_guarded() peeks the next UTF8 symbol from the non-empty text and converts it to the Unicode value. It throws an exception in case of error.
CutUtf8_unicode_guarded() extracts the next UTF8 symbol from the non-empty text (argument text is updated) and converts it to the Unicode value. It throws an exception in case of error.
void TrimUtf8End(StrLen &text); // removes non-complete trailing sequence
TrimUtf8End() removes the trailing non-complete UTF8 sequence, if any, from the text (argument text is updated).
ulen Utf8Len(StrLen text); ulen Utf8Len_guarded(StrLen text); StrLen Utf8Move(StrLen text,ulen count);
Utf8Len() is the symbol length of the UTF8 text.
Utf8Len_guarded is a guarded variant of the Utf8Len(), it throws an exception in case of error.
Utf8Move() moves a text cursor by the given number of the UTF8 symbols. The result is returned.


What's Your Ride?
p1 {
text-align:center;
}
Hello! This website is designed to help anyone interested in or new to motorcycling explore what styles of riding are common and what they think they will enjoy. I have listed 5 basic types of riding, although this is by no means a comprehensive list. Also please note that I have not included scooters of any description in this list. However, if you want something that has an automatic transmssion, then I would recommend looking into a scooter of some variety. Below I have listed the types of riding I will be covering on this site and brief discriptions of each. The links above will take you to a page about each type of riding, where you will find things like: motorcycle recommendations, gear recommendations, any extra training I would recommend outside of the required training for your endorsement, and links to useful videos.
Cruising
Off Road
Touring
Adventure
Track
♦ Cruising ♦
Cruising is probably the most common type of riding. It typically involves short to medium length rides where you are back home by the end of the day. If you only plan on riding in fair weather and for a few hours at a time, this is probably a good place to start!
♦ Off Road ♦
When people think about off roading on a motorcycle the first thing most people think of is dirt biking. However off road biking can also consist of things like trail riding and discovery routes. If you don't plan on riding on paved roads or having a street legal bike this would probably be where you want to start looking.
♦ Touring ♦
Touring is similar to cruising, but typically just involves riding for longer periods of time. These are trips like down the coast, cross country, or other multi day trips. If you want to ride a motorcycle to take long vacations and explore this is probably the style for you!
♦ Adventure ♦
Adventure bikes are what you get if you can't decide between off roading and cruising, so naturally that is what I own. You sit in an upright position like a dirt bike, but have some of the comforts that cruisers do. You can spend a good few hours on the bike while remaining comfortable, but they also can handle themselves off the beaten path. If you're looking for something more versatile, this is it.
♦ Track ♦
These are going to be the bikes designed for the fastest speed possible.  These are not very comfortable for very long, so don't get these unless you've got short rides planned or just want to go for maximum speed.
Picture credit Motorcycle Picture


Emacs Edit
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Help


| Name | Description |
| degraded |
One or more paths to the LUN are down, but I/O
is still possible. Further path failures may
result in lost connectivity.
|
| error |
The LUN is dead and/or not reachable.
|
| lostCommunication |
No more paths are available to the LUN.
|
| off |
The LUN is off.
Since vSphere API 4.0
|
| ok |
The LUN is on and available.
|
| quiesced |
The LUN is inactive.
Since vSphere API 4.0
|
| timeout |
All Paths have been down for the timeout condition
determined by a user-configurable host advanced option.
Since vSphere API 5.1
|
| unknownState |
The LUN state is unknown.
|


Events this Week
Pack's that include events
Exterior
Nature Exploration
leisure
20 / 02 / 1986
8 PM
Discount
30%
Discount
$100
Points
100
Event Details
Inspired by: Algarvepass
Crafted by:
@igcorreia
| Searching for a Dribbble invite :)


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About
hi, i'm mounica!
i'm an incoming technical program manager at Google, and a recent computer science grad from Northeastern University
About


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test's are over - party!!!
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WITNESS LIST Finance Committee February 24, 2005 -10:00A SB 1 - Article I - General Government ON: Isgur, Lea LBB Staff (LBB), Austin, TX Ivie, Julie LBB Staff (LBB), Austin, TX Mason, Jack LBB Staff (LBB), Austin, TX McBee, Barry First Assistant Attorney General (Office of the Attorney General), Austin, TX Miller, Sam LBB Staff (LBB), Austin, TX Millholland, Herman Director, Crime Victims Services (Office of the Attorney General), Austin, TX Newton, John LBB Staff (LBB), Austin, TX Rosofsky, Natasha LBB Staff (LBB), Austin, TX Scallin, Marva LBB Staff (LBB), Austin, TX Wright, Jody LBB Staff (LBB), Austin, TX Registering, but not testifying: On: Clifton, Robert LBB Staff (LBB), Austin, TX Corbell, Richard LBB Staff (LBB), Austin, TX Mujar, Deborah LBB Staff (LBB), Austin, TX Porfino, Ronnie LBB Staff (LBB), Austin, TX


The Dubstep Champion...!
A form of dance music, typically instrumental, characterized by a sparse, syncopated rhythm and a strong bassline.
Dubstep Champion...
Trance is a genre of electronic dance music that developed during the 1990s in Germany. It is characterized by a tempo lying between 125 and 150 beats per minute (BPM), repeating melodic phrases, and a musical form that distinctly builds tension and elements throughout a track often culminating in 1 to 2 "peaks" or "drops."
Although trance is a genre of its own, it liberally incorporates influences from other musical styles such as techno, house, pop, chill-out, classical music, tech house, ambient, and film music.
Electronic dance music (also known as EDM, dance music, club music, or simply dance) is a broad range of percussive electronic music genres produced largely for nightclubs, raves, and festivals...
Produced for playback by disc jockeys (DJs), EDM is generally used in the context of a live mix, where a DJ creates a seamless selection of tracks by segueing from one recording to the next..
A Disk Jockey (abbreviated DJ, D.J. or deejay) is a person who mixes recorded music as it is playing. Originally, the "disc" in "disc jockey" referred to gramophone records, but now "DJ" is used as an all-encompassing term to describe someone who mixes recorded music from any sources, including cassettes, CDs, or digital audio files on a CDJ or laptop. DJs typically perform for a live or broadcast audience, but DJs also create mixes that are recorded for later sale and distribution. DJs use equipment that can play at least two sources of recorded music simultaneously and mix them together. This allows the DJ to create seamless transitions between recordings and develop unique mixes of songs. Often, this involves aligning the beats of the music sources so their rhythms do not clash when they are played together.
DJ equipment also allows the DJ to preview a source of recorded music in headphones
before playing it for the audience. Previewing the music in headphones helps the DJ pick the next track
they want to play and cue up the track to the desired starting location so it will mix well with the
currently playing music...
People of TommorowLand : LIVE.LOVE.DANCE
| Dj Name | Style | Place | Date/Day |
|---|---|---|---|
| #1.Skrillex | Dubstep | Tommorrow Land US | 31st December 2016 |
| #2.Yellow Claw | Trappp | Sunburn Arena | 27-28-29 Dec 2016 |
| #3. Hardwell | Electro House | Sunburn Arena | 27-28-29 Dec 2016 |
| #4.Dimitri Like Mike Vagas | E D M | Vh1Supersonic GOA | 27-28-29 Dec 2016 |
| #5.Krewella | E D M | Sunburn GOA | 28th December 2016 |
| #6.Martin Garrix | Trance | Tommorrow Land US | 31st December 2016 |
| #7.Calvin Harris | E D M | Vh1Supersonic | 28th December 2016 |
| #8.Armin van Buuren | Trance | Sunburn GOA | 28th December 2016 |
| #9.Steve Aoki | Trance | Isomaniac | 7th October 2016 |
| #10.Avicii | Levels | Sunburn Goa | 28th December 2016 |
To indicate input that is typically entered via TURN TABLES...
Use ctrl + Dj to open the Next Track .


Time frame: February 2017 to March 2017
Tools used: Sketch, Adobe Creatve Suite, Invision, Draw.io
Grail is a community and marketplace app dedicated to men’s fashion. The goal of the app is to make highly sought after clothing more accessible and affordable to the general public. All of the items posted on Grail are secondhand, which not only makes the app’s catalog highly curated, but also sets those items at unbeatable prices.
Designing an app from the ground up was a challenging and rewarding experience for me. I received feedback from both my peers at BCIT and my fashion-conscious friends who helped me user test the app. This feedback ultimately made me realize that as user experience designers, we are designing for neither ourselves or our clients. We are designing for our users.
Context
In summer of 2013, my friends and I joined a social media group dedicated to buying and selling sneakers. We would occasionally snoop for things we liked and would even sell our own shoes when we wanted to save up money. We noticed an issue which plagued this group and others similar to it; the high probability of encountering flakers.
Flaking is the last minute withdrawal from a sale or purchase with a meeting time and location already arranged. Flakers in our social media group were removed and heavily shunned by the other members. It would often escalate to the point where these people would get into personal arguments.
What if there was a way to buy and sell clothing online without having to meet up at a physical location?
User flow
I was already familiar with flow charts during this stage of the app because of my computer science roots. I applied my previous knowledge into creating the user flows for Grail, keeping in mind that the flow chart had to be anchored upon the notion of how a human would think, rather than a computer.
draw.io was my software of choice when making this flow chart. What I liked about it was the simplicity, integration with Google drive, and the ability to export your chart into a PNG, XML or PDF file.
User scenarios
One of my favourite genres of video games is the JRPGs from the late 90s. You were given a character with certain traits and abilities as well as an interior motive. You interacted with other characters in an open environment as you fulfill that interior motive and complete the overall story.
User scenarios allow me to exercise this style of storytelling. Creating user profiles is similar to creating a character. The scenario is the overall motive. User testing is the live manifestation of this character and the completion of the story done in an evaluative 21st century way.
Paper prototyping
I was skeptical of paper prototyping at first. I though it seemed childish, as if I was in the third grade playing with arts and crafts. Why do I need to build a paper prototype when I can go straight to Sketch or Illustrator? What if people can’t read my handwriting or even worse, criticize my drawing skills?
I quickly came to realize that paper prototyping was fast, iterative and cheap. I did five paper screens in the time it took me to do one screen in Sketch. I played around with materials to determine how I can represent features commonly found in mobile apps such as scrolling and loading bars. I was able to build a basic yet functional version of my app, spending only a few dollars on common office materials and without having to open a single application.
User testing
I had to find the right person to test my paper prototype on; someone who’s fashion conscious and doesn’t work in tech field. My friend (heard in this video) seemed to fit the bill. He quickly grasped the app’s concept and how it works. He even ventured into features of the app that I had yet to build, expecting them to work. Needless to say, his feedback was invaluable and helped me design the app in the right direction.
Cognitive walkthrough
One of my colleagues from BCIT participated in this user test this time around. Although he didn't fit the description I had sought in my first test, he did give some substantial feedback which also helped in the design of the app. Here's some of the things he noticed:
Home Screen
Item screen
High fidelity
This stage of the design process felt like the last leg of the race. Everything I had done led me to this moment. I had a clear vision from the beginning of what this app does and how it works. I had refined my concept through user flow charts. I created a target audience and a hypothetical scenario in which they would use the app. I hand-crafted a paper prototype and tested it with real people. I carried this prototype over to Sketch and ran more user tests. The time had finally come to create a high fidelity prototype which I can share with other people.
Sketch has a large selection of UI kits that can serve as time-saving platforms for designers to build on top of. The Minimal UI Kit by Kerroudj is compatible with Sketch 3.5.1 and above and is completely vector based. It includes 13 Android Screens, free Google fonts and icons based on Material Design.
Reflection
In the end, I created a user interface which visually represented all the qualities I was seeking: sleek, minimalist and classy. I realized just how much work goes into designing an app and that none of the stages in the design process can be skipped. Without flowcharts and information architecture, it’s easy for users to get lost within your app. Without user profiles and scenarios, there’s no way to find out what users want. Without usability testing, there wouldn’t be a way to see how users would react to you app until launch.
When I show someone my prototype and that person says, “I would totally use this app if it were real” I take a moment to enjoy the fruits of my labor.


Onus
Onus is a movie starring Robert Render, Anthony Boyle, and Kenny Thompson.  He stresses hard to remember what happened, and...


Look at her eyes:)
...
New Gallery 2018/4/9
Tester
bitrate
7923 kb/s
height
720
duration
00:00:30.27
fps
29.79
width
1080
originaldate
2018-04-10T00:34:24.000000Z
Countdown
00:30
seconds!
:


Gracenote provides a variety of images as part of our enriched content offerings. For all images, Gracenote recommends that GNSDK applications present images by centering the image horizontally and vertically within the predefined square dimensions. Make the square be transparent so that the background shows through. This results in a consistent presentation despite variation in the image dimensions.
To accommodate variation in the images’ dimensions, we resize the images to fit within standardized image dimensions—a predefined square—so that the longest dimension equals the dimensions of one side of the square, while the other dimension is somewhat short of the full square. The following images show how an image is resized within the predefined square.
The outline for the square is used here only to demonstrate layout. We do not recommend displaying this outline on your application’s user interface.
|
Predefined Square |
Horizontally-oriented Images |
Veritcally-oriented Images |
|
|
|
|
While CD cover art is often represented by a square, it is more accurately a bit wider than it is tall. The dimensions of these cover images vary from album to album. Some CD packages, such as a box set, might even be a radically different shape.
Gracenote Standard Image Dimensions: Music Cover Art
|
Size |
W x H (Pixels) |
|
Thumbnail |
75 x 75 |
|
Small |
170 x 170 |
|
Medium |
450 x 450 |
|
Large |
720 x 720 |
|
Extra Large |
1080 x 1080 |
Occasionally, an Album result might have missing cover art. When this happens, your application can use a default image as a substitute. Gracenote distributes an clef symbol image to serve as a default replacement. The images are in jpeg format and located in the /images folder of the package. The image names are:
Like music Cover Art, Artist images are seldom square, and are generally more obviously rectangular than music cover art. Because music artists range from solo performers to bands with many members, the images may either be wide or tall.
Gracenote Standard Image Dimensions: Artist Images
|
Size |
W x H (Pixels) |
|
Thumbnail |
75 x 75 |
|
Small |
170 x 170 |
|
Medium |
450 x 450 |
|
Large |
720 x 720 |
|
Extra Large |
1080 x 1080 |