This is my website! I'm starting a Coding Bootcamp at Northwestern University, and it's a lot of fun! I also enjoy Food Network competitions more than I should.


DeckLock: keep track of your card games
using Pelican to build an overview of your collection
Currently I’ve been playing KeyForge and Gwent. One of my first posts was about Magic: the Gathering and my 3D printed dice and token boxes also made an appearance on this blog. So it is no secret I like card games, and my collection of decks both on- and off-line is rapidly growing. There are plenty of tools to keep track of your decks for a single game, however I want to create something myself that supports all games I play.
This was also a good opportunity to learn Pelican, a static website generator for Python. I’ve been using Jekyll for some time, though developing extra features (like the ones I presented in the previous post) requires the programming language Ruby. As I’m not well versed in Ruby, it would be far more efficient to use my preferred programming language Python. Pelican seems to fit very well and this was a perfect project to check this out myself.
You can see the result of this blog here. The code and instructions to build DeckLock with your own decks can be found on GitHub: https://github.com/4dcu-be/DeckLock
Introduction
KeyForge
KeyForge is a game designed by Dr. Richard Garfield, famous for creating Magic: the Gathering over 25 years ago. This game however is one-of-a-kind, as each deck you buy is a unique combination of cards designed to be played only in that specific configuration. Unlike other collectible card games, there is no trading individual cards. Furthermore, each deck comes with a QR-code, which will register that deck on https://www.keyforgegame.com/ when it is scanned using the KeyForge App (available in the App and Play store).
This is prefect for our application, we can get all information (name, decklist, …) of a scanned deck directly from the KeyForge website. The only thing we need is the decks unique identifier, everything else we’ll fetch automatically. Furthermore, using the same identifier additional statistics on the deck (like the estimated quality of the cards, synergies between them, …) can be obtained from [Deck of KeyForge].
Pelican
Static website generators, like Jekyll and Pelican take your content in a simple format (usually Markdown or reStructuredText) and templates that define how the final pages should look. These are combined into static html pages which can be hosted pretty much everywhere as there is no need for a database, php, … This elegant design with a clear separation between content and visualization has several advantages. The content is in a simple, text based format which can easily be stored, read, edited and reused. Sites are lightning fast as everything is pre-computed.
Getting started
First go to https://github.com/4dcu-be/DeckLock and create your own fork of the repository. Next, use the commands below to clone your own repository, create a virtual environment and install all required packages.
git clone <url to your fork of DeckLock> ./DeckLock
cd DeckLock
python -m venv venv
source venv/bin/activate
pip install -r requirements.txt
On windows the line to activate the virtual environment (source venv/bin/activate) will not work, use the line below instead.
venv\Scripts\activate.bat
Setting up DeckLock
Configuring the Makefile
As we are using a virtual environment with pelican installed there, the patch to the executable in
the environment needs to be set in the Makefile. Open the file and change the path on the line below to match your
system. The pelican executable should be in venv/bin
or venv/Scripts
.
PELICAN?=d:\Git\DeckLock\venv\Scripts\pelican
pelicanconf.py and publishconf.py
pelicanconf.py
should be ready to go, though feel free to have a look to see if any of the
settings and paths need to be changed.
In publishconf.py
however you will need to specify the final url of your site.
SITEURL = "https://4dcu.be/DeckLock"
Decks of KeyForge API key
If you want to include deck statistics from Decks of KeyForge you’ll have to create an account and get an API key from
https://decksofkeyforge.com/. Create a file .env
in the and add the line below.
A .env
file, which will not be committed, is used to keep your api key secret.
DOK_API_KEY=your_api_key
KeyForge Deck IDs
Next, you’ll have to specify where the KeyForge data can be found (folder), in pelicanconf.py
. Note that this path is
relative to the content folder
KEYFORGE_PATH = "./data"
Now, add a keyforge.json
file to ./content/data
, structured as followed with the identifiers of the decks to include.
A file with the KeyForge Decks I own is included as an example, the structure should be a shown below.
[
{
"deck_id" : "a4268ae8-a9f6-48c7-9739-b28a3553b108"
}, {
"deck_id" : "bfbf6786-218c-4320-a7b1-7ed4d6eddc69"
}
]
Building the platform
You can use make to build the website (if make is available on your system), use make html
to create a local instance
to test in the _site
directory. Use make release
to create the version for publication in the ./docs
folder.
make html
make release
alternatively you can use pelican directly, the content is in the folder ./content
and the output folder should be set
to ./_site
for a local test build. Write the output to the ./docs
folder with the publication settings so this can be
hosted easily on GitHub.
pelican ./content -o ./_site
pelican ./content -o ./docs -s publishconf.py
Hosting locally for testing
You can use Pelican’s built in webserver using the command make serve
.
Or you can build the site using make html
, navigate to the _site
folder and start a webserver
by running the command python -m http.server
.
In both cases you can see your site by pointing your browser to http://localhost:8000.
Hosting on GitHub
DeckLock includes a make release
command which will write the final version of the website to the ./docs
folder. Make
sure to commit and push all files in your repository. On GitHub you can specify that this folder is used for the project pages, enable this in the settings and you’ll have
free hosting to show off the decks you have in your card game collection.
How it works
All code is available on https://github.com/4dcu-be/DeckLock. In a nutshell,
Pelican can trigger functions at different stages of the build. By creating a plugin a function
get_keyforge_external_data
was added that will trigger when Pelican initializes. This function will read the settings,
find where keyforge.json is stored and the API key and connect to the different websites, pulling in all required
information.
Pelican uses three components to create pages, Readers (which reads files and converts them to a page e.g. blog posts, articles, …), Generators that take data, processes it, generates a url and sends it with the correct template to a Writer that will combine data and template into a single html file. Generators are use to generate overview pages per category, … The default Writer is usually sufficient, so adding Readers and Generators is where the magic happens to create your own specific site’s structure.
The function get_keyforge_external_data
will write everything required to a single json file, so we can forgo a Reader
and use a Generator, that loads the data, builds a url for each deck and ships the relevant data to our templates.
Here is a stub on how to create a function and register it to trigger on initialization and how to create a generator and register it with Pelican so it will produce our html files.
from pelican import signals, generators
class KeyForgeGenerator(generators.Generator):
""" Generator Class to produce pages based on keyforge.cache.json """
template_overview = "keyforge_overview.html"
template_deck = "keyforge_deck.html"
def __init__(self, context, settings, path, theme, output_path, **kwargs):
# Initialization function
def generate_output(self, writer):
# This function is required, this will be started by Pelican
# Here we'll call two other functions, one to create an overview page
# and one to create a page with deck details.
self.generate_keyforge_overview_page(writer, self.keyforge_data)
for k, v in self.keyforge_data.items():
self.generate_keyforge_deck_page(writer, k, v)
def generate_keyforge_deck_page(self, writer, deck_id, data):
# Function to generate deck pages
def generate_keyforge_overview_page(self, writer, data):
# Function to generate overview page
def get_keyforge_external_data(generator):
# Here we can get all settings from generator.settings ...
# Access APIs
# Write all output to disk
def get_generators(generators):
return KeyForgeGenerator
def register():
"""Register our function to get all data and generator to create the pages"""
signals.initialized.connect(get_keyforge_external_data)
Conclusion
While Pelican did require a bit more setting up than Jekyll making it harder to get started, the fact that I could use Python to extend it was a significant advantage. Implementing complex features, like pulling in data from external APIs, wasn’t all that hard with packages like requests and the built-in json module available. So Pelican is a great framework for developing static pages that require more demanding processing of the input data or connections with external data. For a basic blog you are probably faster up and running with Jekyll.
Note that there are various frameworks in other languages available which I did not consider. Most notably Gatsby which uses the javascript ecosystem under the hood and Hugo which is powered by GO-lang. The former is particularly interesting as it is entwined with react which could prove handy to create a powerful, interactive front-end….
Support for Magic: the Gathering was implemented in the next post. Gwent has been added in part 3.
Liked this post ? You can buy me a coffee


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This page is dedicated to the Netrunner collectable card game, which was created by Richard Garfield and released by Wizards of the Coast, Inc in 1996.
You'll find a complete card list here as well as a function to generate random starter decks and booster packages. My work is based on the original work of Dominik Bódi and brought the code into the web.


If a tasklist with the same name exists, delete the existing tasklist (and all the tasks in it).
Note that if multiple tasklists exist with the same name, only ONE of those tasklists will be deleted.
There may therefore still be multiple tasklists with the same name after the import.
Create a new tasklist containing only the imported tasks.
NOTE: Google does not allow the default tasklist to be deleted, so any tasks allocated to the @default tasklist will be added to existing tasks in the default tasklist.
The default tasklist is usually named "Default List" or
"My <AccountName> list",
but can have any name. It is not necessarily the first tasklist in the list of tasklists.


|
FIRM-OMPL
|
#include <tinyxml.h>
Public Member Functions | |
| TiXmlElement (const char *in_value) | |
| Construct an element. | |
| TiXmlElement (const TiXmlElement &) | |
| TiXmlElement & | operator= (const TiXmlElement &base) |
| const char * | Attribute (const char *name) const |
| const char * | Attribute (const char *name, int *i) const |
| const char * | Attribute (const char *name, double *d) const |
| int | QueryIntAttribute (const char *name, int *_value) const |
| int | QueryUnsignedAttribute (const char *name, unsigned *_value) const |
| QueryUnsignedAttribute examines the attribute - see QueryIntAttribute(). | |
| int | QueryBoolAttribute (const char *name, bool *_value) const |
| int | QueryDoubleAttribute (const char *name, double *_value) const |
| QueryDoubleAttribute examines the attribute - see QueryIntAttribute(). | |
| int | QueryFloatAttribute (const char *name, float *_value) const |
| QueryFloatAttribute examines the attribute - see QueryIntAttribute(). | |
| void | SetAttribute (const char *name, const char *_value) |
| void | SetAttribute (const char *name, int value) |
| void | SetDoubleAttribute (const char *name, double value) |
| void | RemoveAttribute (const char *name) |
| const TiXmlAttribute * | FirstAttribute () const |
| Access the first attribute in this element. | |
| TiXmlAttribute * | FirstAttribute () |
| const TiXmlAttribute * | LastAttribute () const |
| Access the last attribute in this element. | |
| TiXmlAttribute * | LastAttribute () |
| const char * | GetText () const |
| virtual TiXmlNode * | Clone () const |
| Creates a new Element and returns it - the returned element is a copy. | |
| virtual void | Print (FILE *cfile, int depth) const |
| virtual const char * | Parse (const char *p, TiXmlParsingData *data, TiXmlEncoding encoding) |
| virtual const TiXmlElement * | ToElement () const |
| Cast to a more defined type. Will return null not of the requested type. | |
| virtual TiXmlElement * | ToElement () |
| Cast to a more defined type. Will return null not of the requested type. | |
| virtual bool | Accept (TiXmlVisitor *visitor) const |
Protected Member Functions | |
| void | CopyTo (TiXmlElement *target) const |
| void | ClearThis () |
| const char * | ReadValue (const char *in, TiXmlParsingData *prevData, TiXmlEncoding encoding) |
Private Attributes | |
| TiXmlAttributeSet | attributeSet |
The element is a container class. It has a value, the element name, and can contain other elements, text, comments, and unknowns. Elements also contain an arbitrary number of attributes.
| bool TiXmlElement::Accept | ( | TiXmlVisitor * | visitor | ) | const [virtual] |
Walk the XML tree visiting this node and all of its children.
Implements TiXmlNode.
| const char * TiXmlElement::Attribute | ( | const char * | name | ) | const |
Given an attribute name, Attribute() returns the value for the attribute of that name, or null if none exists.
| const char * TiXmlElement::Attribute | ( | const char * | name, |
| int * | i | ||
| ) | const |
Given an attribute name, Attribute() returns the value for the attribute of that name, or null if none exists. If the attribute exists and can be converted to an integer, the integer value will be put in the return 'i', if 'i' is non-null.
| const char * TiXmlElement::Attribute | ( | const char * | name, |
| double * | d | ||
| ) | const |
Given an attribute name, Attribute() returns the value for the attribute of that name, or null if none exists. If the attribute exists and can be converted to an double, the double value will be put in the return 'd', if 'd' is non-null.
| const char * TiXmlElement::GetText | ( | ) | const |
Convenience function for easy access to the text inside an element. Although easy and concise, GetText() is limited compared to getting the TiXmlText child and accessing it directly.
If the first child of 'this' is a TiXmlText, the GetText() returns the character string of the Text node, else null is returned.
This is a convenient method for getting the text of simple contained text:
<foo>This is text</foo> const char* str = fooElement->GetText();
'str' will be a pointer to "This is text".
Note that this function can be misleading. If the element foo was created from this XML:
<foo>This is text</foo>
then the value of str would be null. The first child node isn't a text node, it is another element. From this XML:
<foo>This is text</foo>
GetText() will return "This is ".
WARNING: GetText() accesses a child node - don't become confused with the similarly named TiXmlHandle::Text() and TiXmlNode::ToText() which are safe type casts on the referenced node.
| void TiXmlElement::Print | ( | FILE * | cfile, |
| int | depth | ||
| ) | const [virtual] |
All TinyXml classes can print themselves to a filestream or the string class (TiXmlString in non-STL mode, std::string in STL mode.) Either or both cfile and str can be null.
This is a formatted print, and will insert tabs and newlines.
(For an unformatted stream, use the << operator.)
Implements TiXmlBase.
| int TiXmlElement::QueryBoolAttribute | ( | const char * | name, |
| bool * | _value | ||
| ) | const |
QueryBoolAttribute examines the attribute - see QueryIntAttribute(). Note that '1', 'true', or 'yes' are considered true, while '0', 'false' and 'no' are considered false.
| int TiXmlElement::QueryIntAttribute | ( | const char * | name, |
| int * | _value | ||
| ) | const |
QueryIntAttribute examines the attribute - it is an alternative to the Attribute() method with richer error checking. If the attribute is an integer, it is stored in 'value' and the call returns TIXML_SUCCESS. If it is not an integer, it returns TIXML_WRONG_TYPE. If the attribute does not exist, then TIXML_NO_ATTRIBUTE is returned.
| void TiXmlElement::RemoveAttribute | ( | const char * | name | ) |
Deletes an attribute with the given name.
| void TiXmlElement::SetAttribute | ( | const char * | name, |
| const char * | _value | ||
| ) |
Sets an attribute of name to a given value. The attribute will be created if it does not exist, or changed if it does.
| void TiXmlElement::SetAttribute | ( | const char * | name, |
| int | value | ||
| ) |
Sets an attribute of name to a given value. The attribute will be created if it does not exist, or changed if it does.
| void TiXmlElement::SetDoubleAttribute | ( | const char * | name, |
| double | value | ||
| ) |
Sets an attribute of name to a given value. The attribute will be created if it does not exist, or changed if it does.


A few options are available off-site and on-site. Check the neutron.ornl.gov users page for more infos.
Simply go to How to reset password web page.
Using ONCat, you will be able to
Just contact Jean Bilheux to discuss your needs.
By going over your experiment together, Jean will show you how to run the current tools and will develop customed python notebooks if needed.
The following tutorial will show you where are you data and how you can access them. Just go to How To > Access your data
After double clicking the [start jupyter] icon, I get an Firefox error message telling me that I have another Firefox window opened.
To fix this issue, just open a terminal and type >rm -rf ~/.mozilla
This should fix your issue and you should be able to start the jupyter notebooks now.
Just follow the following path to find and start ImageJ. If you need to learn how to use ImageJ, check their tutorial web site
You can retrieve the metadata of your TIFF images using:
| Tag Name | Description |
| ImageWidth | The number of columns in the image |
| ImageHeight | The number of rows in the image |
| BitsPerSample | The number of bits per component (ie. 16-bits or 32-bits for each greyscale pixel in our case) |
| SampleFormat | Specifies how to interpret each data sample in a pixel (1 = unsigned integer) |
| SamplesPerPixel | The number of components per pixel (1 in our case, which is grey scale) |
| Compression | 1 = None |
| PhotometricInterpretation | 1 = Min is black |
| MakeStr | The detector manufacture (eg. 'Andor' or 'SBIG') |
| ModelStr | The detector model number |
| SoftwareStr | EPICS areaDetector |
Tags 65000 to 650009 have no name and are used for timestamps and a unique ID
| Tag Name | Description |
| 65000 | EPICS timestamp. The timestamp is made when the image is read out from the camera. Format is seconds.nanoseconds since Jan 1st 00:00 1990. |
| 65001 | Unique ID for the image. Always 1 for single image acquisition, and incrementing up for camera and CT scans. Should always match the ImageCounter value. |
| 65002 | EPICS timestamp (seconds part only) |
| 65003 | EPICS timestamp (nanoseconds part only) |
| Tag Name | Description |
| FileNameStr | The original file name part of the constructed file name (see below) |
| InstrumentStr | 'CG1D' or 'VENUS' |
| IPTS | IPTS Number |
| ITEMS | ITEMS Number |
| SampleDescStr | Sample description (user entered) |
| NotesStr | User notes |
| DataSetStr | '2D' or '3D' |
| DataAcqModeStr | 'White Beam', 'TOF-cold/thermal', 'Epithermal' or 'Monochromatic' |
| DataTypeStr | 'OB', 'Raw' or 'DF' |
| Tag Name | Description |
| ExposureTime | Exposure time for the image (in seconds) |
| ExposurePeriod | Exposure period for the image (Exposure Time + Readout Time in seconds). Not relevant for single image exposures. |
| NumImages | 1= single image exposure (our normal mode of operation) |
| ImageCounter | Always 1 for single image acquisition, and incrementing up for camera and CT scans. |
| MinX | Min X pixel (0 for full frame images) |
| MinY | Min Y pixel (0 for full frame images) |
| SizeX | Size of image in X dimension (should be equal to the ImageWidth value) |
| SizeY | Size of image in Y dimension (should be equal to the ImageLength value) |
| Temperature | The setpoint temperature (in C) |
| TemperatureActual | The actual temperature read from the detector (in C) |
| Tag Name | Description |
| MotScanDeviceStr | 'Small Rot' or 'Large Rot' used for this CT scan (if we are doing a camera scan or single image acquisition, this is not relevant) |
| RotationActual | Actual position of the rotation stage used in the CT scan (or the previous scan if we are doing a camera scan or single image acquisition) |
| MotRotTable.RBV | Large rotation table actual position |
| MotRotTable | Large rotation table setpoint |
| MotSmallRotTable.RBV | Small rotation table actual position |
| MotSmallRotTable | Small rotation table setpoint |
| MotLiftTable.RBV | Lift Table actual position |
| MotLiftTable | Lift table setpoint |
| MotShortAxis.RBV | Short axis actual posiiton |
| ... |
TIFF Directory at offset 0x800008 (8388616) Image Width: 2048 Image Length: 2048 Bits/Sample: 16 Sample Format: unsigned integer Compression Scheme: None Photometric Interpretation: min-is-black Samples/Pixel: 1 Rows/Strip: 2048 Planar Configuration: single image plane Make: Unknown Model: Unknown Software: EPICS areaDetector Tag 65000: 837380408.136687 Tag 65001: 1 Tag 65002: 837380408 Tag 65003: 148080423 Tag 65010: FileNameStr:TiffHeaderTests Tag 65011: InstrumentStr:CG1D Tag 65012: IPTS:17255 Tag 65013: ITEMS:-1 Tag 65014: SampleDescStr:polarization test Tag 65015: NotesStr:polarization test Tag 65016: DataSetStr:2D Tag 65017: DataAcqModeStr:White Beam Tag 65018: DataTypeStr:Raw Tag 65019: ModelStr:DW936_BV Tag 65020: ManufacturerStr:Andor Tag 65021: ExposureTime:1.000000 Tag 65022: ExposurePeriod:5.451660 Tag 65023: NumExposures:1 Tag 65024: NumImages:1 Tag 65025: ImageCounter:1 Tag 65026: MinX:0 Tag 65027: MinY:0 Tag 65028: SizeX:2048 Tag 65029: SizeY:2048 Tag 65030: Temperature:-60.000000 Tag 65031: TemperatureActual:-57.830002 Tag 65032: MotScanDeviceStr:Small Rot Tag 65033: RotationActual:183.000132 Tag 65034: MotLiftTable.RBV:247.500452 Tag 65035: MotLiftTable:247.500452 Tag 65036: MotShortAxis.RBV:76.000000 Tag 65037: MotShortAxis:76.000000 Tag 65038: MotLongAxis.RBV:193.016000 Tag 65039: MotLongAxis:193.016000 Tag 65040: MotRotTable.RBV:182.996500 Tag 65041: MotRotTable:183.000000 Tag 65042: MotSmallRotTable.RBV:183.000132 Tag 65043: MotSmallRotTable:183.000000 Tag 65044: MotDetTable.RBV:200.000000 Tag 65045: MotDetTable:200.000000 Tag 65046: MotCameraVert.RBV:-51.699796 Tag 65047: MotCameraVert:-51.699796 Tag 65048: MotHoriTrans.RBV:28.000000 Tag 65049: MotHoriTrans:28.000000 Tag 65050: MotVertTrans.RBV:60.000000 Tag 65051: MotVertTrans:60.000000 Tag 65052: MotDiffuser.RBV:86.300000 Tag 65053: MotDiffuser:86.300000 Tag 65054: MotAperture.RBV:138.700000 Tag 65055: MotAperture:138.700000 Tag 65056: MotSlitVB.RBV:39.969938 Tag 65057: MotSlitVB:39.969938 Tag 65058: MotSlitVT.RBV:39.860484 Tag 65059: MotSlitVT:39.860484 Tag 65060: MotSlitHR.RBV:40.000000 Tag 65061: MotSlitHR:40.000000 Tag 65062: MotSlitHL.RBV:39.977781 Tag 65063: MotSlitHL:39.977781 Tag 65064: AndorCCDCooler:1 Tag 65065: AndorCCDTempStatusStr:Not stabilized at set point Tag 65066: AndorCCDPreAmpGain:0 Tag 65067: AndorCCDADCSpeed:2


Students at the college were beset by anxieties as they prepared to embark on their college careers and face the unknown challenges that lay ahead. [G|D]
The liege lord rode at the head of the impressive cortege, waving to show his appreciation for his loyal supporters following in his wake. [G|D]
His mentor had taken him under his wing and he had gained much knowledge and experience, but when his protege was entrusted with a great responsibility, he reneged on his promise to fulfill it. [G|D]
The siege on the kingdom was particularly heinous as it was viewed as a sacrilege to attack a place of such sacred importance to the people of the land. [G|D]


--- subject: Hey, you have 22 new notifications, and 9 messages --- You have new notifications. A lot has happened on Facebook since you last logged in. Here are some notifications you've missed from your friends. {\{firstname\}} {\{lastname\}} 9 Messages 22 Notifications Go to Facebook View Notifications
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I love using Monks. I really do. My very first character in DnD 3.5 was a Monk. I like the fact that you don't have to worry about weapons and armors and yet you have a fantastic ability to avoid damage. But I'd also like to run some minor spellcasting just in case I get into a sticky situation.
I've already rolled up a Githzerai Monk. I also roll my own stats outside of the game and the edit them in since I really don't like the point-buy system. So, my plan is to go Monk/Sorcerer/Enlightened Fist to continue my Monk-ish progressions while maintaining my ability to cast spells. I'd also like to go to a full level 20 with Monk. My only question is how to do this. In my rl builds, I usually take very careful steps to find the best way of levelling, but then in my rl builds, I have access to more than 3 classes.
I wouldn't be opposed to starting again (you can import a new character into your current save, right?). So, any advice from the build-making guru's?
NOt 100% on what you mean. I have yet to hear of an Enchanted fist, but im still new here. Could you maybe be looking for a nwn2 build? if so, this isnt the guild. You would want to try here Click Here _________________
Quote: Posted 06/23/04 21:16 (GMT) -- Anuis
Suolucider, Blitz 04, avado, Quisition, Boourns, ... welcome to the guild! Anuis
Makes me feel OOLD!!
My money is that it's a PRC class.
LOL, ah right! Never read a forum on xmas day evening!
If that's the case, i have no experiecne with that class. PRC is way too large and unbalanced for one person to know it all... well, that, and i havent played in PRC in a really, really long time/
Well:
monk level 15 is optimal, cleric + EF = 25 is good too. Just pick the best of both.


| PWG San Diego Meeting Details |
IEEE P1284.3 May 8/9
IEEE P1284.4 May 12/13
1394 May 14
IPP May 15
PMP/JMP May 16
Marriott
Suites
Symphony Towers
701 A Street
San Diego, California
Ph. 1-619-696-9800
Rooms: $149.00 per night
Cutoff date: 25 April 1997
BE SURE TO ASK FOR THE IEEE/PWG OR WARP NINE ENGINEERING RATE.
Meetings: 8:30AM to 6:00PM
The meeting charge is TBD ($35-$45 per meeting day).
The charge includes all meeting room expenses, AV charges and
break charges.
All attendees are responsible for making their own hotel reservations.


|
1-Wire API for Compact.NET Version 4.00
|
UParameterSettings contains the parameter settings state for one speed on the DS2480 based iButton COM port adapter. More...
Public Member Functions | |
| UParameterSettings (SlewRate sr, ProgramPulseTime12 ppt12, ProgramPulseTime5 ppt5, WriteOneLowTime wolt, SampleOffsetTime sot) | |
| Parameter Settings constructor. | |
Public Attributes | |
| SlewRate | pullDownSlewRate |
| The pull down slew rate for this mode. | |
| ProgramPulseTime12 | pulse12VoltTime |
| 12 Volt programming pulse time expressed in micro-seconds. | |
| ProgramPulseTime5 | pulse5VoltTime |
| 5 Volt programming pulse time expressed in milli-seconds. | |
| WriteOneLowTime | write1LowTime |
| Write 1 low time expressed in micro-seconds. | |
| SampleOffsetTime | sampleOffsetTime |
| Data sample offset and write 0 recovery time expressed in micro-seconds. |
UParameterSettings contains the parameter settings state for one speed on the DS2480 based iButton COM port adapter.
<version>0.00</version> <author>DS, SH</author>
| UParameterSettings | ( | SlewRate | sr, |
| ProgramPulseTime12 | ppt12, | ||
| ProgramPulseTime5 | ppt5, | ||
| WriteOneLowTime | wolt, | ||
| SampleOffsetTime | sot | ||
| ) |
Parameter Settings constructor.
| SlewRate pullDownSlewRate |
The pull down slew rate for this mode.
| ProgramPulseTime12 pulse12VoltTime |
12 Volt programming pulse time expressed in micro-seconds.
| ProgramPulseTime5 pulse5VoltTime |
5 Volt programming pulse time expressed in milli-seconds.
| SampleOffsetTime sampleOffsetTime |
Data sample offset and write 0 recovery time expressed in micro-seconds.
| WriteOneLowTime write1LowTime |
Write 1 low time expressed in micro-seconds.


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Police Shoot Bystanders in NYC, Kill Unarmed Man in North Carolina Who Was Seeking Help
Author: Daniel Politi Date: SUNDAY, SEPT. 15 2013 10:44 AM
"Saturday appeared to be a trigger-happy day for police in the United States as officers opened fire against unarmed men in two different states. One ended tragically, the other bizarre encounter could have ended much worse."
 He had been looking for help at a nearby apartment when the apartment's occupant called the police about a strange man. The police responded to the call and shot the man when he started toward them. He died. Also on Saturday, in North Carolina, cops accidentally missed their target and shot two ladies. One in the butt and one in the leg. Both women are fine.


the and HIV for were with infections from acquired number was The Hong heterosexual epidemic would new treatment diagnosed non-locally {background male female â€" model margin transmission {border-style SVL infection diagnosis partnership px;} risk #ffffff;} (%) newly not testing ;:â€". data growth have Kong annual care cases immediate could high individuals proportion retention that but increase other base-case interventions prevalent AIDS Health analyses are diagnoses impact infected our patients sequences sexual than total ART Diagnosed Kong, Medicine all clinical non-local population reported viral within (â€") been had local px; results sensitivity sex while {font-family Department HIV-infected Scenario above change compared font-size has less load low modelling study surveillance this (Scenario Centre HIV/AIDS Kong. Sciences University antiretroviral collected double; estimated impacts infections. key men might most prevention rate study. under which Appendix, Chinese Data Dis. Research Special Treatment [â€"] accounted among border-color border-width campaigns compartmental concurrency epidemic, explain heterosexually infections, intervention lower) models parameter potential reduction respectively. review solid; some virus when who {font-style {font-weight â€". & ;:e./journal.pone. Administrative Antiretroviral Aâ€"% China[], Europe. Infectious MSM Our PLoS Peopleâ€™s Region Republic Therapy This United aged between bold calculated care; changes courier; diagnosis* dividing em; epidemics gender higher however infection, initiated initiation introduced log lost lower males median model. months more performed periodic persons prevalence pt;} rate, scenarios significant simulated status strategy studies such sustained test-and-treat there through year


labeled
by Trey Pendragon at 2020-08-28 22:47:54.mentioned
by Roel Munoz at 2020-08-28 22:48:34.subscribed
by Roel Munoz at 2020-08-28 22:48:34.mentioned
by Kim Leaman at 2020-08-28 22:48:34.subscribed
by Kim Leaman at 2020-08-28 22:48:34.review_requested
by Cliff Wulfman at 2020-08-29 19:52:02.@cwulfman was able to get MODs functioning and GNIB is being ingested as ephemera into Figgy. Looking at ingest now. Metadata that is still needed, from what we can see: 1. Barcode: We will be using Folder NumberItem number (example: BI000009). Unique for each item. Folder and item numbers in EAD 2. Folder Number: Folder Number (example: BI0). Folder numbers not unique for each item ** FYI: Local identifier is the Item number (example: 00009). Local identifier is unique for each item and already in migrated metadata**
mentioned
by Cliff Wulfman at 2020-08-29 12:43:09.subscribed
by Cliff Wulfman at 2020-08-29 12:43:09.


svs: Tools for Semantic Vector Spaces
Various tools for semantic vector spaces, such as
correspondence analysis (simple, multiple and discriminant), latent
semantic analysis, probabilistic latent semantic analysis, non-negative
matrix factorization, latent class analysis and EM clustering. Furthermore,
there are specialized distance measures, plotting functions and some helper
functions.
| Version: |
1.1.0 |
| Depends: |
R (≥ 3.1.0), graphics, stats, utils |
| Imports: |
gtools |
| Suggests: |
MASS, pvclust |
| Published: |
2016-01-13 |
| Author: |
Koen Plevoets [aut, cre] |
| Maintainer: |
Koen Plevoets <koen.plevoets at ugent.be> |
| License: |
GPL-3 |
| NeedsCompilation: |
no |
| Citation: |
svs citation info |
| CRAN checks: |
svs results |
Downloads:
Reverse dependencies:
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=svs
to link to this page.


3 lakes with high trophic state events
10 lakes with low trophic state events
Lakes data
Reservoirs data


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Steem Account ID:
https://api.steemit.com
wss://rpc.steemviz.com
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wss://gtg.steem.house:8090
wss://steemd.minnowsupportproject.org
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Rodgers says Leicester can get even better
LONDON: Brendan Rodgers believes his high-flying Leicester City side can get even better as they mount an increasingly impressive challenge for a top-four finish in the Premier League.
Leicester followed up their 9-0 hammering of Southampton last week with a clinical 2-0 win at Crystal Palace on Sunday to move back above Chelsea into third place in the table.
With 23 points from 11 games they have made a better start than they did in the 2015-16 campaign under Claudio Ranieri when they went on to claim the title.
Rodgers, who replaced Claude Puel last season, has now won 12 Premier League games, behind only Liverpool's Juergen Klopp and Manchester City's Pep Guardiola in that period.
The former Liverpool and Celtic boss says there is more to come too.
"We're 11 games in and we've made a really good start," Rodgers said on Sunday after his side's seventh win in their last nine league games. "And the players will get better.
"That's the nice aspect. They are hungry to learn and they have an ambition to be the best and that's a magic formula for any coach. We are not getting carried away though, it's a long season, but we've made a good start."
Since taking charge, Rodgers has re-ignited Jamie Vardy who notched his 10th goal of the season on Sunday and appears to be playing at the level of the Premier League title season.
With James Maddison and Youri Tielemans providing the creativity and Jonny Evans and Caglar Soyuncu a rock-like central defensive partnership, Leicester look capable of maintaining their challenge.
Soyuncu has proved to be a superb replacement for Harry Maguire, who left for Manchester United, and he opened his account for the club on Sunday by heading the first goal.
"He is getting better all the time. He has a consistent run in the team now," Rodgers said of the elegant 23-year-old Turkish player signed from Freiburg in 2018.
"He is very aggressive the type of defender I like. I am delighted for him and the team."
Rodgers praised his side for the mental resilience to back up their big win at Southampton against a Palace side who themselves have been impressive so far this season.
"I have great pride with the team today," he said. "You need to be strong mentally when you come to teams like this.
"Roy (Hodgson) sets his teams up well and you know when your chances come you have to take them and we did. It's also another clean sheet and that's so important."
(Reporting by Martyn Herman, editing by Pritha Sarkar)


Text Sample #1
More than 10.6 million pistols, revolvers, shotguns, rifles
and misc. firearms were manufactured in the United States in
2020. In 2019, firearms were used in 14,414 homicides. And a
Geneva-based Small Arms Survey found that in 2017, United
States civilians held almost 40 percent of the world's
firearms, with about 121 firearms for every 100 residents in
the U.S.
Text Sample #2
You can find all sorts of high school and college athletic
programs named after wolves. And why not? In a mascot
battle, North Carolina State University's Mr. Wuf would
surely vanquish Sammy the Slug of University of
California-Santa Cruz. Grey wolves (Canis lupus) tend to
organize themselves into social groups known as "packs,"
with individual animals both living and hunting together.
Text Sample #3
Olympic timing technology has come a long way in the last
century. And thank goodness, as we've seen increasingly more
races that have come down to not just the wire, but the
itty-bitty strings that make up the wire. Take 2008, when
swimmer Michael Phelps finished one-hundredth of a second
before competitor Milorad Cavic. The digital evidence was
able to confirm that Phelps won the gold by that slimmest of
margins.
Text Sample #4
It's a question people have been asking basically since the
horseless carriage took over as a form of transport: What's
the fastest car? As early as 1914, speed freaks took to
venues like the Bonneville Salt Flats in Utah to
definitively find an answer. Then, pioneering performance
driver Teddy Tetzlaff pushed a custom Benz racecar to a
respectable 141 miles per hour (227 kilometers) in 1914.


--- layout: post status: publish published: true title: April Hope author: display_name: Andy login: Andy email<EMAIL_ADDRESS>url: '' author_login: Andy author_email<EMAIL_ADDRESS>excerpt: "\n\nApril 1991: Pittsburgh\n\nThe bases were loaded, and Andre Dawson came up to bat in the top of the ninth. The Cubs were down 3-0. I rocked back and forth on the couch and watched anxiously as Dawson dug in. \n\n\"Wouldn't it be awsome if he hit a grand slam?\" I mused aloud. As soon as I said it, I realized I was falling into my typical routine of willing my woeful team to win. " wordpress_id: 19 wordpress_url: http://ivyenvy.wordpress.com/?p=19 date: '2008-04-17 03:16:43 +0000' date_gmt: '2008-04-17 03:16:43 +0000' categories: - Uncategorized tags: - Andre Dawson - Dave Smith - Grand Slam - Harry Caray - Jason Kendall - Kerry Wood - Mark Derosa - Mark Grace - Ryne Sandberg - Steve Bartman - Steve Stone - Ted Lilly comments: - id: 2 author: Corey author_email<EMAIL_ADDRESS>author_url: http:// date: '2008-04-17 15:13:16 +0000' date_gmt: '2008-04-17 15:13:16 +0000' content: I remember that Steve Stone remark. I think it was in the 1990 season. As immature 12 year olds, it was the highlight of our day, for sure. I'm also pretty sure we followed it up with a mean game of fast-pitch tennis ball-baseball in the Seaton grade school parking lot. ---
April 1991: Pittsburgh
The bases were loaded, and Andre Dawson came up to bat in the top of the ninth. The Cubs were down 3-0. I rocked back and forth on the couch and watched anxiously as Dawson dug in.
"Wouldn't it be awsome if he hit a grand slam?" I mused aloud. As soon as I said it, I realized I was falling into my typical routine of willing my woeful team to win.
The very next pitch, Dawson hit the ball over the left field fence. We exploded into celebratory high-fives (the Canseco-McGwire bash was uncool by this time I believe). I felt prophetic.
Much to our dismay, however, the Cubs' closer Dave Smith went on to blow the save in the bottom of the ninth.
This game is one of my most vivid memories of being a Cubs fan, and it embodies much of my Cubs experience--a build up of tension and excitement often followed by the familiar scenario of blowing it in the end.
One day, when I was watching the game at Paul's house, the Cubs blew a ninth inning comeback opportunity. The video feed cut away to blackness, yet the audio remained. We could distinctly hear Steve Stone railing about the Cubs' play that day.
But my Cubs experience hasn't been all Bartman and blown opportunities. There have been plenty of peaks to go along with the valleys. Win or lose, I always enjoyed watching my favorite player, Ryne Sandberg, play. I loved listening to Harry Caray. One time I was watching the Cubs play the Cardinals in St. Louis, and coming back from a commercial, Harry said, "Here we are... back at Busch Memorial Hospital." Though he did have his miscues as a commentator, I loved his enthusiasm. I got to see my first game at Wrigley in the early nineties. The field was verdant and charged with excitement, and we sat on the first base line near Mark Grace.
The Cubs have given me plenty to cheer about in the past, and I'm sure that this year's team will be no exception. My favorite current players are Mark DeRosa, Ted Lilly, and Kerry Wood. I enjoyed watching Jason Kendall last season, and I was disappointed that the Cubs let him go. The current roster is strong, however, and they are on the cusp of a great season.
Go Cubs Go!


decoders¶
This package contains various decoder. A Decoder typically takes representation and produces data.
decoder¶
-
class
decoders.decoder.
Decoder
(params, model, name='decoder', mode='train')[source]¶ Bases:
object
Abstract class from which all decoders must inherit.
-
__init__
(params, model, name='decoder', mode='train')[source]¶ Decoder constructor. Note that decoder constructors should not modify TensorFlow graph, all graph construction should happen in the
self._decode()
method.Parameters: - params (dict) – parameters describing the decoder.
All supported parameters are listed in
get_required_params()
,get_optional_params()
functions. - model (instance of a class derived from
Model
) – parent model that created this decoder. Could be None if no model access is required for the use case. - name (str) – name for decoder variable scope.
- mode (str) – mode decoder is going to be run in. Could be “train”, “eval” or “infer”.
Config parameters:
- initializer — any valid TensorFlow initializer. If no initializer is provided, model initializer will be used.
- initializer_params (dict) — dictionary that will be passed to
initializer
__init__
method. - regularizer — and valid TensorFlow regularizer. If no regularizer is provided, model regularizer will be used.
- regularizer_params (dict) — dictionary that will be passed to
regularizer
__init__
method. - dtype — model dtype. Could be either
tf.float16
,tf.float32
or “mixed”. For details see mixed precision training section in docs. If no dtype is provided, model dtype will be used.
- params (dict) – parameters describing the decoder.
All supported parameters are listed in
-
_cast_types
(input_dict)[source]¶ This function performs automatic cast of all inputs to decoder dtype.
Parameters: input_dict (dict) – dictionary passed to self._decode()
method.Returns: same as input_dict, but with all Tensors cast to decoder dtype. Return type: dict
-
_decode
(input_dict)[source]¶ This is the main function which should construct decoder graph. Typically, decoder will take hidden representation from encoder as an input and produce some output sequence as an output.
Parameters: input_dict (dict) – dictionary containing decoder inputs. This dict will typically have the following content:
{ "encoder_output": encoder_output, "tgt_sequence": target_sequence, "tgt_length": target_length, }
Returns: - dictionary of decoder outputs. Typically this will be just::
- {
- “logits”: logits, # what will be passed to Loss
“samples”: samples, # actual decoded sequence,# e.g. characters instead of logits
}
Return type: dict
-
decode
(input_dict)[source]¶ Wrapper around
self._decode()
method. Here name, initializer and dtype are set in the variable scope and thenself._decode()
method is called.Parameters: input_dict (dict) – see self._decode()
docs.Returns: see self._decode()
docs.
-
static
get_optional_params
()[source]¶ Static method with description of optional parameters.
Returns: Dictionary containing all the parameters that can be included into the params
parameter of the class__init__()
method.Return type: dict
-
static
get_required_params
()[source]¶ Static method with description of required parameters.
Returns: Dictionary containing all the parameters that have to be included into the params
parameter of the class__init__()
method.Return type: dict
-
mode
¶ Mode decoder is run in.
-
name
¶ Decoder name.
-
params
¶ Parameters used to construct the decoder (dictionary)
-
fc_decoder¶
-
class
decoders.fc_decoder.
FullyConnectedCTCDecoder
(params, model, name='fully_connected_ctc_decoder', mode='train')[source]¶ Bases:
decoders.fc_decoder.FullyConnectedTimeDecoder
Fully connected time decoder that provides a CTC-based text generation (either with or without language model). If language model is not used,
tf.nn.ctc_greedy_decoder
will be used as text generation method.-
__init__
(params, model, name='fully_connected_ctc_decoder', mode='train')[source]¶ Fully connected CTC decoder constructor.
See parent class for arguments description.
Config parameters:
- use_language_model (bool) — whether to use language model for output text generation. If False, other config parameters are not used.
- decoder_library_path (string) — path to the ctc decoder with language model library.
- lm_binary_path (string) — path to the language model file.
- lm_trie_path (string) — path to the language model trie file.
- alphabet_config_path (string) — path to the alphabet file.
- beam_width (int) — beam width for beam search.
- lm_weight (float) — weight that is assigned to language model probabilities.
- word_count_weight (float) — weight that is assigned to the word count.
- valid_word_count_weight (float) — weight that is assigned to the valid word count, i.e. words that exist in language model dictionary.
-
-
class
decoders.fc_decoder.
FullyConnectedTimeDecoder
(params, model, name='fully_connected_time_decoder', mode='train')[source]¶ Bases:
decoders.decoder.Decoder
Fully connected decoder that operates on inputs with time dimension. That is, input shape should be
[batch size, time length, num features]
.-
__init__
(params, model, name='fully_connected_time_decoder', mode='train')[source]¶ Fully connected time decoder constructor.
See parent class for arguments description.
Config parameters:
- tgt_vocab_size (int) — target vocabulary size, i.e. number of output features.
- logits_to_outputs_func — function that maps produced logits to decoder samples, i.e. actual text sequences.
-
rnn_decoders¶
RNN-based decoders
-
class
decoders.rnn_decoders.
BeamSearchRNNDecoderWithAttention
(params, model, name='rnn_decoder_with_attention', mode='train')[source]¶ Bases:
decoders.rnn_decoders.RNNDecoderWithAttention
Beam search version of RNN-based decoder with attention. Can be used only during Inference (mode=infer)
-
__init__
(params, model, name='rnn_decoder_with_attention', mode='train')[source]¶ Initializes beam search decoder :param params: decoder_params: dictionary with decoder parameters Must define:
- batch_size - batch size
- GO_SYMBOL - GO symbol id, must be the same as used in data layer
- END_SYMBOL - END symbol id, must be the same as used in data layer
- tgt_vocab_size - vocabulary size of target
- tgt_emb_size - embedding to use
- decoder_cell_units - number of units in RNN
- decoder_cell_type - RNN type: lstm, gru, glstm, etc.
- decoder_dp_input_keep_prob -
- decoder_dp_output_keep_prob -
- decoder_use_skip_connections - use residual connections or not
- attention_type - bahdanau, luong, gnmt, gnmt_v2
- bahdanau_normalize - (optional)
- luong_scale - (optional)
- mode - train or infer
... add any cell-specific parameters here as well
-
_decode
(input_dict)[source]¶ Decodes representation into data :param input_dict: Python dictionary with inputs to decoder Must define:
- src_inputs - decoder input Tensor of shape [batch_size, time, dim]
- or [time, batch_size, dim]
- src_lengths - decoder input lengths Tensor of shape [batch_size]
Does not need tgt_inputs and tgt_lengths :return: a Python dictionary with:
- final_outputs - tensor of shape [batch_size, time, dim] or
- [time, batch_size, dim]
- final_state - tensor with decoder final state
- final_sequence_lengths - tensor of shape [batch_size, time] or
- [time, batch_size]
-
-
class
decoders.rnn_decoders.
RNNDecoderWithAttention
(params, model, name='rnn_decoder_with_attention', mode='train')[source]¶ Bases:
decoders.decoder.Decoder
Typical RNN decoder with attention mechanism
-
__init__
(params, model, name='rnn_decoder_with_attention', mode='train')[source]¶ Initializes RNN decoder with embedding :param params: dictionary with decoder parameters Must define:
- batch_size - batch size
- GO_SYMBOL - GO symbol id, must be the same as used in data layer
- END_SYMBOL - END symbol id, must be the same as used in data layer
- tgt_vocab_size - vocabulary size of target
- tgt_emb_size - embedding to use
- decoder_cell_units - number of units in RNN
- decoder_cell_type - RNN type: lstm, gru, glstm, etc.
- decoder_dp_input_keep_prob -
- decoder_dp_output_keep_prob -
- decoder_use_skip_connections - use residual connections or not
- attention_type - bahdanau, luong, gnmt, gnmt_v2
- bahdanau_normalize - (optional)
- luong_scale - (optional)
- mode - train or infer
... add any cell-specific parameters here as well
-
_build_attention
(encoder_outputs, encoder_sequence_length)[source]¶ Builds Attention part of the graph. Currently supports “bahdanau” and “luong” :param encoder_outputs: :param encoder_sequence_length: :return:
-
_decode
(input_dict)[source]¶ Decodes representation into data :param input_dict: Python dictionary with inputs to decoder Must define:
- src_inputs - decoder input Tensor of shape [batch_size, time, dim]
- or [time, batch_size, dim]
- src_lengths - decoder input lengths Tensor of shape [batch_size]
- tgt_inputs - Only during training. labels Tensor of the
- shape [batch_size, time] or [time, batch_size]
- tgt_lengths - Only during training. labels lengths
- Tensor of the shape [batch_size]
Returns: a Python dictionary with: * final_outputs - tensor of shape [batch_size, time, dim] or [time, batch_size, dim]- final_state - tensor with decoder final state
- final_sequence_lengths - tensor of shape [batch_size, time]
- or [time, batch_size]
-
transformer_decoders¶
Encoders based on Transformers arch from https://arxiv.org/abs/1706.03762
-
class
decoders.transformer_decoders.
TransformerDecoder
(params, model, name='transformer_decoder', mode='train')[source]¶ Bases:
decoders.decoder.Decoder
Greedy Transformer Decoder
-
__init__
(params, model, name='transformer_decoder', mode='train')[source]¶ Initializes Decoder :param params: dictionary of decoder parameters
-
_decode
(input_dict)[source]¶ Decodes decoder input sequence. :param input_dict: dictionary of decoder inputs For example (but may differ): decoder_input= { “src_inputs” : decoder source sequence,
“src_lengths” : decoder source length, “tgt_inputs” : (during training), “tgt_lengths” : (during training)}Returns: dictionary of decoder outputs For example (but may differ): decoder_output = {“decoder_outputs” : decoder_outputs,
“decoder_lengths” : decoder_lengths}
-
params
¶ Parameters used to construct the encoder
-
-
decoders.transformer_decoders.
transformer_decoder_fn
(decoder_input_seq, encoder_input_seq, encoder_outputs, dec_emb_w, output_projector, num_decoder_blocks, d_model, ffn_inner_dim, attention_heads, norm_type, drop_prob=0.0, training=True)[source]¶ Transformer decoder function. It will train all steps in parallel, but for inference should be used in auto-regressive manner. :param decoder_input_seq: input sequence to the decoder before the embedding of shape [batch_size, T] For iteration 0 during inference, this should contain GO symbols and be of shape [batch_size, 1] :param encoder_input_seq: input sequence to the encoder before the embedding of shape [batch_size, T]. Necessary for pad masking biases :param encoder_outputs: representation computed by encoder, tensor of shape [batch, T, dim] :param dec_emb_w: embedding matrix for decoder inputs :param output_projector: output projection layer for decoder :param num_decoder_blocks: number of decoder layers/blocks :param d_model: Int :param ffn_inner_dim: Int - dimensionality for the middle for ffn transorm :param attention_heads: Int - number of attention heads :param dropout_drop_prob: (default: 0.0) dropout drop probability :return: Logits tensor of shape [batch, time, d_model]


This class represents a score component which when attached to a game object is able to track its score.
More...
#include <ScoreComponent.hpp>
This class represents a score component which when attached to a game object is able to track its score.
◆ ScoreComponent()
| ScoreComponent::ScoreComponent |
( |
GameObject * |
game_object, |
|
|
TTF_Font * |
score_font |
|
) |
| |
|
explicit |
Public constructor for the ScoreComponent.
- Parameters
-
| game_object | The associated GameObject. |
| score_font | The font in which the score will be displayed to the user. |
◆ ~ScoreComponent()
| ScoreComponent::~ScoreComponent |
( |
| ) |
|
◆ GetComponentCardinality()
◆ GetComponentType()
This method returns the ComponentType for the score component.
- Returns
- The ComponentType for the ScoreComponent.
Reimplemented from Component.
◆ Init()
| void ScoreComponent::Init |
( |
| ) |
|
|
overridevirtual |
Overridden implementation for Init method. This initializes the surface on which the text will be rendered.
Reimplemented from Component.
◆ ProcessUpdate()
| void ScoreComponent::ProcessUpdate |
( |
float |
delta_time | ) |
|
|
overridevirtual |
Overridden implementation for process update to update the component once per frame update.
- Parameters
-
| delta_time | The time difference between two consecutive frame updates. |
Reimplemented from Component.
◆ Render()
| void ScoreComponent::Render |
( |
SDL_Renderer * |
renderer | ) |
|
|
overridevirtual |
Overridden implementation for render method to render the score once per frame update.
- Parameters
-
| renderer | The SDL_Renderer that can be used to draw on-screen. |
Reimplemented from Component.
◆ ResetScore()
| void ScoreComponent::ResetScore |
( |
| ) |
|
This method resets the score to 0.
◆ Update()
| void ScoreComponent::Update |
( |
SDL_Event & |
event | ) |
|
|
overridevirtual |
Overridden implementation for Update method to update the component based on any user action.
Currently empty implementation.
- Parameters
-
| event | The user based event that occurred. |
Reimplemented from Component.
◆ UpdateScoreBy()
| void ScoreComponent::UpdateScoreBy |
( |
int |
amount | ) |
|
This method is used to update the score.
- Parameters
-
| amount | The amount that needs to be added to the score. This amount may be negative. |
The documentation for this class was generated from the following files:


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{{ character.name }}
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Evolve
Molecular Epidemiology
The Cancer Genome Atlas
Molecular Epidemilogy Project
Time/Data Radial Graph
Topology
TCGA Project
Time/Data Radial Graph
Topology
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Classes
The following classes are available globally.
-
A Domain instance contains an elliptic curve domain - either with characteristic 2 or characteristic an odd prime. Please refer [SEC 1] section 3.1.
See moreDeclaration
Swift
public class Domain : CustomStringConvertible, Equatable
-
A CipherSuite instance is a HPKE element consisting of a Key Encapsulation Mechanism (KEM), a Key Derivation Function (KDF) and a AEAD Encryption Algorithm (AEAD). It can encrypt or decrypt a single message in one of four modes:
- Base mode
- Preshared key mode
- Authenticated mode
- Authenticated, preshared key mode
Declaration
Swift
public class CipherSuite : CustomStringConvertible
-
A HPKE private key. There are five different private keys types corresponding to the five KEM’s
- P256 - the key is a 32 byte value corresponding to curve EC256r1 private key
- P384 - the key is a 48 byte value corresponding to curve EC384r1 private key
- P521 - the key is a 66 byte value corresponding to curve EC521r1 private key
- X25519 - the key is a 32 byte value corresponding to curve X25519 private key
- X448 - the key is a 56 byte value corresponding to curve X448 private key
Declaration
Swift
public class HPKEPrivateKey : CustomStringConvertible
-
A public key. There are five different public keys types corresponding to the five KEM’s
- P256 - the key is a 65 byte value corresponding to curve EC256r1 uncompressed public key point
- P384 - the key is a 97 byte value corresponding to curve EC384r1 uncompressed public key point
- P521 - the key is a 133 byte value corresponding to curve EC521r1 uncompressed public key point
- X25519 - the key is a 32 byte value corresponding to curve X25519 public key
- X448 - the key is a 56 byte value corresponding to curve X448 public key
Declaration
Swift
public class HPKEPublicKey : CustomStringConvertible
-
Based on its CipherSuite, a Recipient instance can decrypt a sequence of messages in one of four modes:
- Base mode
- Preshared key mode
- Authenticated mode
- Authenticated, preshared key mode
The decryption of the messages must be done in the order in which they were encrypted
See moreDeclaration
Swift
public class Recipient
-
Based on its CipherSuite, a Sender instance can encrypt a sequence of messages in one of four modes:
- Base mode
- Preshared key mode
- Authenticated mode
- Authenticated, preshared key mode
Declaration
Swift
public class Sender
-
An Elliptic Curve private key
See moreDeclaration
Swift
public class ECPrivateKey : CustomStringConvertible
-
An Elliptic Curve public key
See moreDeclaration
Swift
public class ECPublicKey : CustomStringConvertible
-
ECSignature instances contain an ECDSA signature which consists of two byte arrays named r and s
See moreDeclaration
Swift
public class ECSignature


Fews National School
2004 - 2012
Scoil Mhuire, Greenhill, Carrick-on-Suir
2012 - 2018
University College Cork
2018 - Present


HTML + CSS
HTTP Protocol
Javascript
AJAX
Polymer is a JavaScript library that helps you create custom reusable HTML elements, and use them to build performant, maintainable apps.
Custom, reusable, encapsulated HTML tags to use in web pages and web apps. Custom components and widgets build on the Web Component standards, will work across modern browsers, and can be used with any JavaScript library or framework that works with HTML.


Click to play
(W, A, S, D = Move, SPACE = Jump, MOUSE = Look around)
Salinha Interativa - Made by
Hugo
and
Sebastião
H for Help


An agressive problem solver dedicated to produce
results and make a difference
I'm, a 24 year old, living in Nairobi. I'm currently a student at Moringa School pursuing a course in Software Development, perfecting my skills in Web development while specializing in full-stack development and user experience. My interests extend beyond programming. When am not coding am probably hanging out with my friends and family, reading novels or tech articles while enjoying enjoy a good cup of coffee, watching good movies or nature documentaries.
Moringa school | 2021 - To date
Web development using Js, JQ, Python frameworks and Angular
Kisii University | 2015 - 2019
Developing mobile applications in java & web application in php
Moringa School | 2021 - To Date
Developing websites both front and back end
Avenue Hospital | 2021 - 2021
Support deployment of IT technologies to end users and HelpDesk Admin
Using HTML,CSS,Bootstrap,Angular, and JS
Using Java, PHP, Python frameworks together with mysql & postgres databases
Using git collaboration tools i.e github


Members will become better informed and more involved with the Medical Center through a variety of social and educational events, as well as opportunities to mingle with physicians and hospital leadership
Direct interaction with VMC Foundation Board Members to provide perspective and guidance for the future direction of the Foundation’s mission
Experiential training for future board membership
Exclusive access to fundraising and networking events
Meet, collaborate, and mingle with other philanthropically-minded professionals in the South Bay Area
Showcase leadership and entrepreneurial abilities in fundraising, event planning, and community outreach while promoting the health and happiness of Santa Clara County
What to expect
MEMBERSHIP EXPECTATIONS
Regularly attend YPC Business Meetings in person (four per year)
Regularly attend YPC social events in person (two a year)
Raise at least $500 a year via any source (personal contribution, company matching, signature event ticket sales, and in-kind donations
Actively participate on at least one of our three committees (Treasury, Membership, and Events)
Help plan, prepare, and host a Signature Event, as needed.
Represent the VMC Foundation through community outreach and volunteerism with the Santa Clara Valley Medical Center
Come join us
SIGN UP
Let's work together
SUPPORT OUR CHARITY
YPC supports the efforts of the VMC Foundation to provide critical funds for the creation of the Women and Children’s Center at VMC.


|
|
Meridian Point : SI-1
Location: .1 cun posterior to the corner of the nail on the ulnar side of the little finger.
English Name: Lesser Marsh
Pinyin Name: Shao Ze
Actions & Effect:
Breast disorders of any etiology, insufficient lactation, mastitis, breast abscess, cysts.
Jing Well Point, clear heat from the opposite end of the channel, for eye redness, earache, tinnitus, sore throat, stiff tongue.
Headache, dizziness, loss of consciousness.
Local point for problems of the little finger and the course of the channel - pain and/or weakness of the arm and/or shoulder.
Disease
Apoplexy, loss of consciousness, insufficient lactation, sore throat
Meridian Point : SI-2
Location: When a loose fist is made, at the ulnar end of the crease, distal to the 5th metacarpophalangeal joint at the junction of the red & white skin.
English Name: Front Valley
Pinyin Name: Qian Gu
Actions & Effect:
Local point for pain, swelling, numbness of the fingers. As the water point it will remove heat - febrile disease, hot palms, darker urine.
Clear heat from the opposite end of the channel, tinnitus, headache, sore throat, neck, ear and/or eye pain and/or swelling.
Disease
Numbness of the fingers, fever, headache, tinnitus, deafness
Meridian Point : SI-3
Location: When a loose fist is made, at the ulnar end of the distal palmar crease proximal to the 5th metacarpal phalangeal joint at the junction of the red & white skin.
English Name: Back Ravine
Pinyin Name: Hou Xi
Actions & Effect:
Master Point of the GV, effects entire pathway.
Pain in the scapula, arm a/or hand combine with local points.
Stiff neck, cervical strain/sprain, pain of the back or neck.
Occipital headaches, combine with local points.
Night sweats, combine with HT 6.
Clears heat and excess from the head, ears and eyes, eye redness, inflammation, visual dizziness, earache, tinnitus, sore throat.
Calms the spirit, anxiety, manic depression.
Disease
Pain and rigidity of the head and neck, redness, swelling and pain in the eyes, sore throat, mania, pain in the lumbar and sacrum, acute spasm in the finger, elbow and arm, epilepsy, deafness
Meridian Point : SI-4
Location: On the ulnar side of the palm in a depression between the base of the 5th metacarpal joint and the hamate bone.
English Name: Wrist Bone
Pinyin Name: Wan Gu
Actions & Effect:
Local point for shoulder, arm, hand and wrist problems particularly along the course of the meridian.
Useful point to treat problems with all fingers - contracture, pain, swelling, stiffness.
Headache, neck pain.
Jaundice.
Disease
Jaundice, cataract, tinnitus, deafness, pain in the lumbar and leg, contracture of the fingers, pain in the wrist, weakness to hold things in the hand, pain and rigidity of the head and neck
Meridian Point : SI-5
Location: On the ulnar end of the transverse wrist crease in a depression between the styloid process of the ulna and the triquetral bone.
English Name: Yang Valley
Pinyin Name: Yang Gu
Actions & Effect:
Local point for the hand and wrist.
Neck and shoulder pain and/or swelling.
Toothache, lockjaw.
Clears heat from the hearts - calms the spirit, manic behavior.
Disease
Neck pain, headache, redness, swelling and pain in the eyes, tinnitus, deafness, mania, epilepsy, pain of the hand and wrist
Meridian Point : SI-6
Location: Dorsal to the head of the ulna in the body cleft on the radial side of the styloid process, found with the palm facing the chest.
English Name: Nursing the Aged
Pinyin Name: Yang Lao
Actions & Effect:
Acute and Severe Pain, in the neck, shoulder a/or arms.
Useful point for treating elderly patients, deafness, tinnitus, failing vision, upper body/limb stiffness.
Overwork a/or overstrain, fatigue in the extremities.
Disease
Blurred vision, aching of the shoulder, back, elbow and arm, acute lumbar pain
Meridian Point : SI-7
Location: 5 cun proximal to the dorsal crease of the wrist on the SI 5 to SI 8 line.
English Name: Branch to the Correct
Pinyin Name: Zhin Zheng
Actions & Effect:
Local point for pain and/or strength/control issues in the elbow, arm, and fingers. May be helpful for weakness of all the limbs as well.
Stiff neck, headaches, vision issues - blurry, obstructed.
Useful with onset of exterior wind-heat conditions such as colds/flus that start with neck and/or back pain.
Calms the spirit - manic behavior, anxiety, panic attacks, fear.
Disease
Headache, dizziness, depressive, stiff neck, weakness of the joints, aching and dysfunction of the elbow, warts
Meridian Point : SI-8
Location: Between the olecranon process of the ulna and the medial epicondyle of the humerus, found with the elbow flexed.
English Name: Small Sea
Pinyin Name: Xiao Hai
Actions & Effect:
Elbow problems, swelling, trembling, pain, numbness, weakness - channel issues with excess wind a/or heat.
Submandibular region swelling or pain, toothache, gums, cheek, neck, scapula, axilla.
Epilepsy
Disease
Pain in the elbow and arm, epilepsy
Meridian Point : SI-9
Location: 1 cun above the posterior end of the axillary fold, posterior and inferior to the shoulder joint, found with the arm adducted.
English Name: True Shoulder
Pinyin Name: Jian Zhen
Actions & Effect:
Local point for shoulder and arm pain and/or movement/control issues. Motor control issues of the hand.
Wind-heat invasion - chills and fever from the common cold.
Tinnitus, deafness.
Disease
Pain in the shoulder and arm, tinnitus, deafness
Meridian Point : SI-10
Location: With the arm abducted, directly above SI 9 in a depression inferior to the scapular spine.
English Name: Upper Arm Shu
Pinyin Name: Nao Shu
Actions & Effect:
Local point for shoulder and upper arm pain, swelling and/or weakness.
Wind-heat, wind-cold - chills and fever.
Disease
Pain in the shoulder and arm
Meridian Point : SI-11
Location: On the scapula in a depression at the center of the infrascapular fossa, found at the junction of the upper and middle third between the lower scapular spine and the inferior angle of the scapula.
English Name: Celestial Gathering
Pinyin Name: Tian Zong
Actions & Effect:
Breast problems, mastitis, insufficient lactation, breast pain.
Emotional issues, anxiety that presents with asthma, expands and relaxes the chest, asthma generally.
Local point for channel pain within the shoulder, scapula region, elbow, arm, face and jaw.
Disease
Pain in the shoulder and arm, asthma, cough, brest abscess
Meridian Point : SI-12
Location: Directly above SI 11 in the center of the suprascapular fossa, found in a depression when the arm is lifted.
English Name: Grasping the Wind
Pinyin Name: Bing Feng
Actions & Effect:
Local point for shoulder, scapula and/or arm pain, numbness, weakness along the course of the channel.
Disease
Pain in the shoulder and scapular region, aching and numbness of the upper extremities
Meridian Point : SI-13
Location: At the medial extremity of the suprascapular fossa midway between SI 10 and the spinous process of T2.
English Name: Crooked Wall
Pinyin Name: Qu Yuan
Actions & Effect:
Local point for shoulder and/or scapular region pain, weakness and/or stiffness. Useful for chronic shoulder problems.
Disease
Pain in the shoulder and scapular region
Meridian Point : SI-14
Location: 3 cun lateral to the spinous process of T1 (GV 13).
English Name: Outer Shoulder Shu
Pinyin Name: Jian Wai Shu
Actions & Effect:
Local point for shoulder and scapular region pain.
Neck pain and/or rotation issues, and pain of the upper back.
Disease
Pain or stiffness in the shoulder and back, cough, asthma
Meridian Point : SI-15
Location: 2 cun lateral to the spinous process of C7 (GV 14).
English Name: Central Shoulder Shu
Pinyin Name: Jian Zhong Shu
Actions & Effect:
Asthma, cough, coughing up of blood (hemoptysis).
Local point for shoulder, neck and/or upper back pain.
Disease
Cough, asthma, pain in the shoulder and back
Meridian Point : SI-16
Location: On the lateral side of the neck, posterior to the SCM and LI 18, level with the Adam's apple.
English Name: Celestial Windows
Pinyin Name: Tian Chuang
Actions & Effect:
Both SI 16 & SI 17 are Window of the Sky Points and are useful for throat distention, swelling, goiters, lumps in neck a/or throat, voice issues.
Ear issues - tinnitus, deafness, pain.
Local point for neck and/or shoulder problems.
Tong Ren/Tam Healing System: Used to effect the circulation within the vertebral artery and the occipital artery. Useful for occipital headache, alzheimer's, brain tumors, dyslexia, MS, and many brain issues related to circulation. Often used with Tian Dong as a starting point.
Falls into the category of Window of the Sky points within the Tam Healing system.
Disease
Sore throat, sudden loss of voice, pain and rigidity of the neck, tinnitus, deafness
Meridian Point : SI-17
Location: Posterior to the angle of the mandible in a depression on the anterior border of the SCM.
English Name: Celestial Countenance
Pinyin Name: Tian Rong
Actions & Effect:
Both SI 16 & SI 17 are Window of the Sky Points and are useful for throat distention, swelling, goiters, lumps in neck a/or throat.
Chest oppression, wheezing, cough, asthma.
Ear issues - tinnitus, deafness.
Tong Ren/Tam Healing System: Used to effect the circulation to the brain, and the facial nerves. Useful for facial issues such as TMJ, gum problems, etc. Also used with headaches, hearing issues, dizziness and/or high blood pressure.
Falls into the category of Window of the Sky points within the Tam Healing system.
Disease
Tinnitus, deafness, sore throat, swelling and pain of the neck
Meridian Point : SI-18
Location: Directly below the outer canthus of the eye in a depression on the lower border of the zygoma.
English Name: Cheek Bone Hole
Pinyin Name: Quan Liao
Actions & Effect:
Local point for facial disorders, Bell's palsy, trigeminal neuralgia, spasm, twitching of the eyelids, facial muscles, etc..
Upper jaw tootache.
Yellowing of the sclera.
Disease
Twitching of eyelids, facial paralysis, tooth ache, swelling of the cheek
Meridian Point : SI-19
Location: Anterior to the tragus and posterior to the condyloid process of the mandible, in a depression formed when the mouth is opened.
English Name: Auditory Palace
Pinyin Name: Ting Gong
Actions & Effect:
Ear problems of any etiology, inflammation, deafness, tinnitus, hearing loss.
TMJ, toothache.
Calms the spirit - manic behavior, epilepsy, sensation of pressure below the heart.
Disease
Tinnitus, deafness, otorrhea (discharge from the ear), Toothache, dysfunction of the maxillary joint
|


Sampling of risk sets in Cox regression, selections in the Lexis diagram, bootstrapping. Parametric proportional hazards fitting with left truncation and right censoring for common families of distributions, piecewise constant hazards, and discrete models. Parametric accelerated failure time models for left truncated and right censored data.
| Version: | 2.6.0 |
| Depends: | R (≥ 3.0.0), survival (≥ 2.42-5) |
| Imports: | stats, graphics |
| Suggests: | knitr, rmarkdown |
| Published: | 2018-07-13 |
| Author: | Göran Broström [aut, cre] |
| Maintainer: | Göran Broström <goran.brostrom at umu.se> |
| BugReports: | https://github.com/goranbrostrom/eha/issues |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | yes |
| Materials: | NEWS ChangeLog |
| In views: | Survival |
| CRAN checks: | eha results |
| Reference manual: | eha.pdf |
| Vignettes: |
Event History and Survival Analysis Parametric duration models |
| Package source: | eha_2.6.0.tar.gz |
| Windows binaries: | r-devel: eha_2.6.0.zip, r-release: eha_2.6.0.zip, r-oldrel: eha_2.6.0.zip |
| OS X binaries: | r-release: eha_2.6.0.tgz, r-oldrel: eha_2.6.0.tgz |
| Old sources: | eha archive |
| Reverse depends: | OrdFacReg, survsim |
| Reverse imports: | BayesCTDesign, rriskDistributions |
| Reverse suggests: | casebase, decisionSupport, flexsurv, mlt.docreg, rsimsum, rstpm2, simsurv |
| Reverse enhances: | memisc, stargazer, texreg |
Please use the canonical form https://CRAN.R-project.org/package=eha to link to this page.


{% extends "../base_generic.html" %} {% block title-main %}Search Service Posts{% endblock %} {% block page-content %} {% load static %}
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Makes it easier to access parts of an array.
Methods
Public Instance methods
Equal to self[4].
[ show source ]
# File vendor/rails/activesupport/lib/active_support/core_ext/array/access.rb, line 42 42: def fifth 43: self[4] 44: end
Equal to self[41]. Also known as accessing "the reddit".
[ show source ]
# File vendor/rails/activesupport/lib/active_support/core_ext/array/access.rb, line 47 47: def forty_two 48: self[41] 49: end
Equal to self[3].
[ show source ]
# File vendor/rails/activesupport/lib/active_support/core_ext/array/access.rb, line 37 37: def fourth 38: self[3] 39: end
Returns the tail of the array from position.
%w( a b c d ).from(0) # => %w( a b c d ) %w( a b c d ).from(2) # => %w( c d ) %w( a b c d ).from(10) # => nil %w().from(0) # => nil
[ show source ]
# File vendor/rails/activesupport/lib/active_support/core_ext/array/access.rb, line 12 12: def from(position) 13: self[position..-1] 14: end
Equal to self[1].
[ show source ]
# File vendor/rails/activesupport/lib/active_support/core_ext/array/access.rb, line 27 27: def second 28: self[1] 29: end
Equal to self[2].
[ show source ]
# File vendor/rails/activesupport/lib/active_support/core_ext/array/access.rb, line 32 32: def third 33: self[2] 34: end
Returns the beginning of the array up to position.
%w( a b c d ).to(0) # => %w( a ) %w( a b c d ).to(2) # => %w( a b c ) %w( a b c d ).to(10) # => %w( a b c d ) %w().to(0) # => %w()
[ show source ]
# File vendor/rails/activesupport/lib/active_support/core_ext/array/access.rb, line 22 22: def to(position) 23: self[0..position] 24: end


nips nips2005 nips2005-4 nips2005-4-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Daniel B. Neill, Andrew W. Moore, Gregory F. Cooper
Abstract: We propose a new Bayesian method for spatial cluster detection, the “Bayesian spatial scan statistic,” and compare this method to the standard (frequentist) scan statistic approach. We demonstrate that the Bayesian statistic has several advantages over the frequentist approach, including increased power to detect clusters and (since randomization testing is unnecessary) much faster runtime. We evaluate the Bayesian and frequentist methods on the task of prospective disease surveillance: detecting spatial clusters of disease cases resulting from emerging disease outbreaks. We demonstrate that our Bayesian methods are successful in rapidly detecting outbreaks while keeping number of false positives low. 1
[1] M. Kulldorff. 1999. Spatial scan statistics: models, calculations, and applications. In J. Glaz and M. Balakrishnan, eds., Scan Statistics and Applications, Birkhauser, 303-322.
[2] D. B. Neill and A. W. Moore. 2004. Rapid detection of signiﬁcant spatial clusters. In Proc. 10th ACM SIGKDD Intl. Conf. on Knowledge Discovery and Data Mining, 256-265.
[3] M. Kulldorff and N. Nagarwalla. 1995. Spatial disease clusters: detection and inference. Statistics in Medicine 14, 799-810.
[4] M. Kulldorff. 1997. A spatial scan statistic. Communications in Statistics: Theory and Methods 26(6), 1481-1496.
[5] D. B. Neill and A. W. Moore. 2004. A fast multi-resolution method for detection of signiﬁcant spatial disease clusters. In Advances in Neural Information Processing Systems 16, 651-658.
[6] D. B. Neill, A. W. Moore, F. Pereira, and T. Mitchell. 2005. Detecting signiﬁcant multidimensional spatial clusters. In Advances in Neural Information Processing Systems 17, 969-976.
[7] D. G. Clayton and J. Kaldor. 1987. Empirical Bayes estimates of age-standardized relative risks for use in disease mapping. Biometrics 43, 671-681.
[8] A. Molli´ . 1999. Bayesian and empirical Bayes approaches to disease mapping. In A. B. Lawson, et al., eds. Disease Mapping e and Risk Assessment for Public Health. Wiley, Chichester.
[9] W. Hogan, G. Cooper, M. Wagner, and G. Wallstrom. 2004. A Bayesian anthrax aerosol release detector. Technical Report, RODS Laboratory, University of Pittsburgh.
[10] D. B. Neill, A. W. Moore, M. Sabhnani, and K. Daniel. 2005. Detection of emerging space-time clusters. In Proc. 11th ACM SIGKDD Intl. Conf. on Knowledge Discovery and Data Mining.
[11] R. E. Gangnon and M. K. Clayton. 2000. Bayesian detection and modeling of spatial disease clustering. Biometrics 56, 922-935.
[12] A. B. Lawson and D. G. T. Denison, eds. 2002. Spatial Cluster Modelling. Chapman & Hall/CRC, Boca Raton, FL.
[13] X. Wang, R. Hutchinson, and T. Mitchell. 2004. Training fMRI classiﬁers to detect cognitive states across multiple human subjects. In Advances in Neural Information Processing Systems 16, 709-716.


{{ site.title }}
{{ site.description | default: site.github.project_tagline }}
Home
/
People
/
Research
/
Publications
/
Facilities
/
Contact
{{ content }}
Recent Updates
Our paper
"A medium-term disruption tolerant SDN for wireless TCP/IP networks,"
got published in IEEE Transactions on Network and Service Management, Dec. 2020
Our paper
"Effort: A New Metric for Roadside Unit Placement in 5G Enabled Vehicular Networks,"
got accepted in 3rd IEEE 5G World Forum, Sep. 2020
Our paper
"On Using Edge Servers in 5G Satellite Networks,"
got accepted in 3rd IEEE 5G World Forum, Sep. 2020


Pig Latin Translator
This program will translate any word or sentence to Pig Latin!
Please add your sentence here-
Translate my text!
Translation:


Day004:Second Program
~ ~ ~ ~ GO Program "To take two numbers from user and print the sum of two numbers".~ ~ ~ ~
// Take inputs from user and sum them.
package main
import (
"bufio"
"fmt"
"os"
"strconv"
"strings"
)
func main() {
reader := bufio.NewReader(os.Stdin)
fmt.Println("Enter a number:")
number1, _ := reader.ReadString('\n')
number1 = strings.TrimSpace(number1)
intNumber1, _ := strconv.Atoi(number1)
fmt.Println("Enter another number:")
number2, _ := reader.ReadString('\n')
number2 = strings.TrimSpace(number2)
intNumber2, _ := strconv.Atoi(number2)
sum := intNumber1 + intNumber2
fmt.Println("Sum of number1 and number2:", sum)
}
// Output:
Enter a number:
1
Enter another number:
2
Sum of number1 and number2: 3
Explaination of the code:
"bufio" stands for buffer input output, is the package name and it is use after package main which is shown below.
Syntax:
//Syntax
package main
import (
"bufio"
"fmt"
"os"
)
func main() {
reader := bufio.NewReader(os.Stdin)
// reader is a variable, bufio is the package that contains operations related to input and output , os stands for operating system, Stdin stands from standardInput.
}
To print the statement we use "fmt.Println()".
func main(){
fmt.Println(" ")
// String is print on the terminal.
}
To read the string we use "ReadString" and syntax is shown you below.
// Syntax
func main() {
x, _ := reader.ReadString('\n')
// x is a variable, _ it is used if there is error return, ReadString is used to read the string.
}
To delete/trim the space of string we use "string.TrimSpace".
func main(){
x = strings.TrimSpace(x)
// x is a variable
}
I can share you some more example:
1)Example
~ ~ ~ ~ To calculate the area of Rectangle."~ ~ ~ ~
//Area of Rectangle
package main
// Area of rectangle
import (
"bufio"
"fmt"
"os"
"strconv"
"strings"
)
func main() {
reader := bufio.NewReader(os.Stdin)
fmt.Println("Enter the length")
length, _ := reader.ReadString('\n')
length = strings.TrimSpace(length)
intLength, _ := strconv.Atoi(length)
fmt.Println("Enter the breadth")
breadth, _ := reader.ReadString('\n')
breadth = strings.TrimSpace(breadth)
intBreadth, _ := strconv.Atoi(breadth)
area := intLength * intBreadth
fmt.Println("Area ", area)
}
Output Area of Rectangle:
// Output:
Enter the length
55
Enter the breadth
10
Area 550
2)Example
~ ~ ~ ~ "Program to check user is eligible for vote or not". ~ ~ ~ ~
// Check user is eligible for vote or not.
package main
import (
"bufio"
"fmt"
"os"
"strconv"
"strings"
)
func main() {
reader := bufio.NewReader(os.Stdin)
fmt.Println("Enter age:")
age, _ := reader.ReadString('\n')
age = strings.TrimSpace(age)
intAge, _ := strconv.Atoi(age)
fmt.Println("Age enter by user:", intAge)
if intAge < 18 {
fmt.Println("You are not eligible for vote.")
}
if intAge >= 18 {
fmt.Println("You are eligible for vote")
}
}
Output To check user is eligible for vote or not.
//Output:
Enter age:
18
Age enter by user: 18
You are eligible for vote


Researcher Lorain:
Would you work with someone who abandoned you in the face of danger? You and I can work together, and I'm sure we'll make progress. Of course, it is going to be harder to find the area we need...
"Give me some time and I'll see if I can patch things up between you two."


Overview QA4SM
The Quality Assurance for Soil Moisture (QA4SM) service provides the user with:- An easy-to-use interface for comparing satellite soil moisture data against land surface models and the international soil moisture network
- A traceble and consistent methodology for all comparisons
- Various filtering and scaling options to assess the impact of these on the validation results
- Traceable validation results in netCDF format and as visualisations (graphs and maps)
QA4SM was created thanks to support of the Austrian Space Application Programme. From 2021 on the application is also supported by the European Space Agency.
Share with us your opinion
If you think we could improve something or you see a missing functionality, please let us know using this feedback form .News
Datasets and Settings
Allows specification of input datasets and settings for your validation
Results
Provides a list of all validation results
Download and Visualize
Allows download of validation results in netCDF format and as graphics


import SettingsController from 'uoit-virtualtour/client/app/components/settings/settings.controller.js'
SettingsController
The settings controller provides a high-level interface to the app's user preferences and data usage settings, login/logout functions, and a set of automatic usage detection functions.
Constructor Summary
| Public Constructor | ||
| public |
constructor($scope: *, $animate: *, $mdUtil: *, $popupWindow: *, UserAuth: *, UserSession: *, ConnectionDetails: *, AUTH_EVENTS: *) |
Member Summary
| Public Members | ||
| public |
$animate: * |
|
| public |
$mdUtil: * |
|
| public |
$popupWindow: * |
|
| public |
$scope: * |
|
| public |
AUTH_EVENTS: * |
|
| public |
|
|
| public |
UserAuth: * |
|
| public |
UserSession: * |
|
| public |
This property will hold the user's network and device information when it becomes available; it remains false until availability. |
|
| public |
isLoggedIn: * |
|
| public |
settings: * |
|
| public |
usage: * |
|
| public |
usageLevel: * |
|
| public |
user: * |
Method Summary
| Public Methods | ||
| public |
$onInit() Lifecycle hook to initialize dependencies when component is mounted. |
|
| public |
Collapses all accordion sections. |
|
| public |
User-activated function for auto-optimizing usage
level using the |
|
| public |
Expands all accordion sections. |
|
| public |
Uses the |
|
| public |
loadUserAfterLogin(event: Event, user: Object) Stores user info and opens accordion sections when login is detected. |
|
| public |
logout() Logs user out directly with |
|
| public |
Prompts user for login using |
|
| public |
Updates the user's setting preferences. |
|
| public |
updateUsage(usage: [object]) Updates the user's usage preferences and usage level description text. |
Public Constructors
public constructor($scope: *, $animate: *, $mdUtil: *, $popupWindow: *, UserAuth: *, UserSession: *, ConnectionDetails: *, AUTH_EVENTS: *) source
Params:
| Name | Type | Attribute | Description |
| $scope | * | ||
| $animate | * | ||
| $mdUtil | * | ||
| $popupWindow | * | ||
| UserAuth | * | ||
| UserSession | * | ||
| ConnectionDetails | * | ||
| AUTH_EVENTS | * |
Public Members
public $animate: * source
public $mdUtil: * source
public $popupWindow: * source
public $scope: * source
public AUTH_EVENTS: * source
public ConnectionDetails: * source
public UserAuth: * source
public UserSession: * source
public connection: boolean | object source
This property will hold the user's network and device information when it becomes available; it remains false until availability.
Example:
{
"network": {
"speeds": { ... },
...
},
"useragent": {
"device": { ... },
...
}
}
public isLoggedIn: * source
public settings: * source
public usage: * source
public usageLevel: * source
public user: * source
Public Methods
public $onInit() source
Lifecycle hook to initialize dependencies when component is mounted.
Stores authentication and user preference detail objects,
inits connection object to hold network info. Sets up
one-time $watch
binding to listen for accordion init
since its contents load async before it can open.
Sets up $on('event')
listener for login success; passes
user data from event into controller and syncs applicable
view elements; opens accordion to expose settings to user.
public detectConnection() source
User-activated function for auto-optimizing usage
level using the ConnectionDetails
service.
- Sets loading animation during detection
- Fetches connection information with
detect()
- Stores returned connection information
- Sets optimized usage settings with
optimize()
public getUsageLevel() source
Uses the ConnectionDetails
service to convert the current
session's usage preferences into a user-friendly description
of what the preferences' effects will be.
- Grabs
UserSession.usage
details - Uses
ConnectionDetails.calculateUsageLevel()
to tally usage stats from details - Passes resulting tally to
ConnectionDetails.getLabelsFromTally()
- Assigns resulting descriptions to controller
public loadUserAfterLogin(event: Event, user: Object) source
Stores user info and opens accordion sections when login is detected.
public promptLogin(): Promise source
Prompts user for login using $popupWindow
service's login()
dialog.
public updateUsage(usage: [object]) source
Updates the user's usage preferences and usage level description text.
Params:
| Name | Type | Attribute | Description |
| usage | [object] | Optional data override |


{%load static %}
Instagram: {{history.instaid}},
A Matching App which lets you match with people by inputting your recent 5 browsing history! We will mail you whenever you find a match! Fun Way to Interact with people having same interests as you!
1. {{history.one}}
2. {{history.two}}
3. {{history.three}}
4. {{history.four}}
5. {{history.five}}
Instagram: {{found.instaid}}
Mobile Number: {{found.mobno}}


The JS-EasyCache library is a simple library that emulates memcache functions using HTML5 localStorage, so that you can store items with an expiration date. These demos show its current functionality - set, get, remove.
Set memcache entries (most with expiration of 2 minutes):
(Check "Storage->Local Storage" in Chrome Dev Tools to see them stored.)
Retrieve EasyCache entries:
Delete EasyCache entries and try to retrieve them:


This is an app that displays the user's horoscopes in Yoda venacular.
Deployed Project RepositoryThis is an app that allows the user to schedule tasks for their workday.
Deployed Project RepositoryThis is an app that allows the user to gnerate a unique password.
Deployed Project Repository


I spent most of my childhood in Rancho Cucamonga California until my family moved to San Clemente California. I graduated from San Clemente High School and am so fortunate to have lived in a quiet beach town for a couple years.
One of the best decisions I've made in my life was packing up and moving to West Lafayette, IN. I made countless memories and friends while attending Purdue.
I begin to work with professor Shreyas Sen a couple times a week throughout the school year and into the summer. We began researching the possibilities of communicating data through the human body.
I interned with TI the popular chip manufacturer. While there I learned so much about the Semiconductor industry and working in a corporate environment.
I graduate from Purdue University with a degree in Computer Engineering and leave behind friends and memories to embark on my future career.
I investigated my passion for software development at App Academy. I refined my technical skills and learned what it takes to become a Software Engineer.
I learned Python in ECE 364: Software Engineering Tools Lab. After taking this class, I realized I wanted to become a Software Developer.
I learned Ruby when I attended App Academy. Check out some of my projects specifically LinkUp, which utilizes a Ruby on Rails backend.
HTML and CSS can often times be very stimulating as I love creating visually appealing websites.
I picked up Java after taking ECE 30862: Object Oriented Programming. Checkout a terminal game I modeled after SpaceInvaders
I've listed myself as proficient only because JavaScript continues to amaze me. Check out Rabbit Hole Rescue, the D3.js tree is really cool.
React is a major emphasis of App Academy's curriculum and almost every recent project I've built utilizes React components.
C was the first programming language I learned at Purdue. At one point I would've listed my expertise as expert however I've gotten a little rusty.
Rails is the server-side framework I am most comfortable with. I am comfortable with MySQL and PosteSQL backends.


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About Us
World Best Virtual Learning Network Educavo eLearning
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Admission Open for 2020
We denounce with righteous indignation and dislike men who are so beguiled and demoralized by the charms of pleasure of your moment, so blinded by desire those who fail in their duty through weakness. These cases are perfectly simple and easy every pleasure is to be welcomed and every pain avoided.
Frequently Asked Questions
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Polarisation:
s
p
Angle of incidence:
0°
85°
Refractive Index ratio of second to first material:
0.5
3
Critical Angle:
Brewster Angle:


| DOSE: |
1 cig. |
smoked |
Skullcap |
(dried) |
Well after becoming thoroughly dissatisfied with my increasingly high tolerance for cannabis and the fact that I didn't see any scullcap exclusive reports I decided to try some herbals tonight. I've tried scullcap before but to only negligible results. So I figured up the dosage. I've also only used this with combinations of other plants like kava, damiana, cannabis, and passionflower. Tonight's experiment is to determine the true effects of scullcap. That being said I can't predict that my reactions will be the same as others. So I will now start smoking.
Supplies:
King Size Kulu Lips Ultra Thin Rice Papers
I piece of card paper for roach
Scullcap purchased off of an internet site. Got 4 oz. for like 6 bucks I think.
T-0:00-Base line. I feel perfectly normal. I ate a sandwich about an hour ago and have been drinking water sporadically ever since. First hit was harsh and reminded me of a burning marshmallow. It has a pleasant hay kinda smell. Its almost sweet but it has a throat attack that isn't that great. Its also almost expansive in the lungs. Over all my first impression is of a good smoke even if not expecting any effects. Hopefully those come too.
T-0:05- I think I feel something it almost feels like a linger cannabis high. The point right before I feel comfortable going out and actually being able to fake soberiety if I need to. Just noticed a harsh chemically taste when I took a massive lung busting drag. It burns well. Pure white almost.
T-0:08- Definitely feel effects at this point. Not strong. Still feel a slight high.
T-0:13- Joint half way gone. Same as 5 minutes ago.
 This smoke burns my eyes more than cannabis smoke would. Yowch! Definite effects. I feel slightly less cognizant of my surroundings. The music is quite present, but other than typing and music I have to think about other things. Like the noise the fans make disappears when I don't think about it.
T-0:30- The effects are noticeable and definite but not very strong. I think I am going to brew up a damiana and scullcap tea.
This would work well in a spliff instead of tobacco.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Shelby American GT500 Dragon Snake Powers Into SEMA With 800+ HP
The extra punch is complemented by a meaner body kit.
by Adrian PadeanuIt was only last week when Shelby American announced plans to upgrade the new GT500 and now we already have the first package tailored to the ultimate Mustang. Officially labeled as a concept car, the Dragon Snake premieres today at SEMA with a slightly more aggressive body kit and newly designed one-piece forged aluminum wheels wrapped in performance tires.
From the carbon fiber hood and rear spoiler made from the same material and derived from drag cars, you can immediately tell this isn’t a standard GT500. Shelby American is already considering a widebody kit for those who still feel the Mustang doesn’t look mean enough. Rounding off the visual changes are the individually numbered dash plaque and engine plate.
Gallery: 2020 Ford Shelby GT500 Dragon Snake
There’s more to the Dragon Snake than these cosmetic upgrades as the changes are skin deep. For example, the 5.2-liter V8 engine has been taken from the series 760 horsepower to more than 800 hp thanks to an upgraded supercharger. While Shelby American doesn’t say anything about torque, we imagine it has also gone up from the stock 625 pound-feet (847 Newton-meters). The GT500 already does 0 to 60 mph (96 km/h) in 3.3 seconds and the quarter mile in 10.7 seconds, so it should be an absolute rocket with even more power.
The modified Ford benefits from an upgraded exhaust system as well as a Shelby American-tuned suspension with MagneRide and optimized springs and sway bars at the front and rear. All of these suspension optimizations have been done to improve the vehicle’s acceleration in a straight line, but also to maximize grip.
See Shelby's Other Big Debut At SEMA 2019:
In addition, the seven-speed dual-clutch automatic transmission has been tweaked to cope with the extra power delivered by the V8. The list of modifications is quite extensive as it also includes high-flow catalytic converters and a glass package shaving off some weight compared to the regular coupe.
There’s no word about pricing, but math starts at $70,300 for a standard Shelby Mustang GT500 and rises to six figures for the fully loaded variant.


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Definition at line 116 of file etharp.c.
Referenced by etharp_query(), etharp_tmr(), find_arp_entry(), and update_arp_entry().
Definition at line 111 of file etharp.c.
Referenced by etharp_output(), and update_arp_entry().
Definition at line 110 of file etharp.c.
Definition at line 112 of file etharp.c.
Referenced by etharp_init(), etharp_output(), etharp_query(), etharp_tmr(), find_arp_entry(), and update_arp_entry().