/** * @author Richard Davey<EMAIL_ADDRESS>* @author Pete Baron<EMAIL_ADDRESS>* @copyright 2016 Photon Storm Ltd. * @license {@link https://github.com/photonstorm/phaser/blob/master/license.txt|MIT License} */ /** * A data representation of a Hermite Curve (see http://en.wikipedia.org/wiki/Cubic_Hermite_spline) * * A Hermite curve has a start and end point and tangent vectors for both of them. * The curve will always pass through the two control points and the shape of it is controlled * by the length and direction of the tangent vectors. At the control points the curve will * be facing exactly in the vector direction. * * As these curves change speed (speed = distance between points separated by an equal change in * 't' value - see Hermite.getPoint) this class attempts to reduce the variation by pre-calculating * the `accuracy` number of points on the curve. The straight-line distances to these points are stored * in the private 'points' array, and this information is used by Hermite.findT() to convert a pixel * distance along the curve into a 'time' value. * * Higher `accuracy` values will result in more even movement, but require more memory for the points * list. 5 works, but 10 seems to be an ideal value for the length of curves found in most games on * a desktop screen. If you use very long curves (more than 400 pixels) you may need to increase * this value further. * * @class Phaser.Hermite * @constructor * @param {number} p1x - The x coordinate of the start of the curve. * @param {number} p1y - The y coordinate of the start of the curve. * @param {number} p2x - The x coordinate of the end of the curve. * @param {number} p2y - The y coordinate of the end of the curve. * @param {number} v1x - The x component of the tangent vector for the start of the curve. * @param {number} v1y - The y component of the tangent vector for the start of the curve. * @param {number} v2x - The x component of the tangent vector for the end of the curve. * @param {number} v2y - The y component of the tangent vector for the end of the curve. * @param {number} [accuracy=10] The amount of points to pre-calculate on the curve. */ Phaser.Hermite = function (p1x, p1y, p2x, p2y, v1x, v1y, v2x, v2y, accuracy) { if (accuracy === undefined) { accuracy = 10; } /** * @property {number} _accuracy - The amount of points to pre-calculate on the curve. * @private */ this._accuracy = accuracy; /** * @property {number} _p1x - The x coordinate of the start of the curve. * @private */ this._p1x = p1x; /** * @property {number} _p1y - The y coordinate of the start of the curve. * @private */ this._p1y = p1y; /** * @property {number} _p2x - The x coordinate of the end of the curve. * @private */ this._p2x = p2x; /** * @property {number} _p2y - The y coordinate of the end of the curve. * @private */ this._p2y = p2y; /** * @property {number} _v1x - The x component of the tangent vector for the start of the curve. * @private */ this._v1x = v1x; /** * @property {number} _v1y - The y component of the tangent vector for the start of the curve. * @private */ this._v1y = v1y; /** * @property {number} _v2x - The x component of the tangent vector for the end of the curve. * @private */ this._v2x = v2x; /** * @property {number} _v2y - The y component of the tangent vector for the end of the curve. * @private */ this._v2y = v2y; /** * @property {array} _points - A local array of cached points. * @private */ this._points = []; /** * @property {Phaser.Point} _temp1 - A local cached Point object. * @private */ this._temp1 = new Phaser.Point(); /** * @property {Phaser.Point} _temp2 - A local cached Point object. * @private */ this._temp2 = new Phaser.Point(); this.recalculate(); }; Phaser.Hermite.prototype.constructor = Phaser.Hermite; Phaser.Hermite.prototype = { /** * Performs the curve calculations. * * This is called automatically if you change any of the curves public properties, such as `Hermite.p1x` or `Hermite.v2y`. * * If you adjust any of the internal private values, then call this to update the points. * * @method Phaser.Hermite#recalculate * @return {Phaser.Hermite} This object. */ recalculate: function () { this._ax = (2 * this._p1x - 2 * this._p2x + this._v1x + this._v2x); this._ay = (2 * this._p1y - 2 * this._p2y + this._v1y + this._v2y); this._bx = (-3 * this._p1x + 3 * this._p2x - 2 * this._v1x - this._v2x); this._by = (-3 * this._p1y + 3 * this._p2y - 2 * this._v1y - this._v2y); this.length = this.calculateEvenPoints(); return this; }, /** * Calculate a number of points along the curve, based on `Hermite.accuracy`, and stores them in the private `_points` array. * * @method Phaser.Hermite#calculateEvenPoints * @return {number} The total length of the curve approximated as straight line distances between the points. */ calculateEvenPoints: function () { var totalLength = 0; this._temp1.setTo(0, 0); // pnt this._temp2.setTo(this._p1x, this._p1y); // lastPnt this._points[0] = 0; for (var i = 1; i <= this._accuracy; i++) { this.getPoint(i / this._accuracy, this._temp1); totalLength += this._temp1.distance(this._temp2); this._points[i] = totalLength; this._temp2.copyFrom(this._temp1); } return totalLength; }, /** * Convert a distance along this curve into a `time` value which will be between 0 and 1. * * For example if this curve has a length of 100 pixels then `findT(50)` would return `0.5`. * * @method Phaser.Hermite#findT * @param {integer} distance - The distance into the curve in pixels. Should be a positive integer. * @return {number} The time (`t`) value, a float between 0 and 1. */ findT: function (distance) { if (distance <= 0) { return 0; } // Find the _points which bracket the distance value var ti = Math.floor(distance / this.length * this._accuracy); while (ti > 0 && this._points[ti] > distance) { ti--; } while (ti < this._accuracy && this._points[ti] < distance) { ti++; } // Linear interpolation to get a more accurate fix var dt = this._points[ti] - this._points[ti - 1]; var d = distance - this._points[ti - 1]; return ((ti - 1) / this._accuracy) + d / (dt * this._accuracy); }, /** * Get the X component of a point on the curve based on the `t` (time) value, which must be between 0 and 1. * * @method Phaser.Hermite#getX * @param {number} [t=0] - The time value along the curve from which to extract a point. This is a value between 0 and 1, where 0 represents the start of the curve and 1 the end. * @return {number} The X component of a point on the curve based on the `t` (time) value. */ getX: function (t) { if (t === undefined) { t = 0; } else { if (t < 0) { t = 0; } if (t > 1) { t = 1; } } var t2 = t * t; var t3 = t * t2; return (t3 * this._ax + t2 * this._bx + t * this._v1x + this._p1x); }, /** * Get the Y component of a point on the curve based on the `t` (time) value, which must be between 0 and 1. * * @method Phaser.Hermite#getY * @param {number} [t=0] - The time value along the curve from which to extract a point. This is a value between 0 and 1, where 0 represents the start of the curve and 1 the end. * @return {number} The Y component of a point on the curve based on the `t` (time) value. */ getY: function (t) { if (t === undefined) { t = 0; } else { if (t < 0) { t = 0; } if (t > 1) { t = 1; } } var t2 = t * t; var t3 = t * t2; return (t3 * this._ay + t2 * this._by + t * this._v1y + this._p1y); }, /** * Get a point on the curve using the `t` (time) value, which must be between 0 and 1. * * @method Phaser.Hermite#getPoint * @param {number} [t=0] - The time value along the curve from which to extract a point. This is a value between 0 and 1, where 0 represents the start of the curve and 1 the end. * @param {Phaser.Point|Object} [point] - An optional Phaser.Point, or Object containing public `x` and `y` properties. If given the resulting values will be stored in the Objects `x` and `y` properties. If omitted a new Phaser.Point object is created. * @return {Phaser.Point} An Object with the x, y coordinate of the curve at the specified `t` value set in its `x` and `y` properties. */ getPoint: function (t, point) { if (t === undefined) { t = 0; } if (point === undefined) { point = new Phaser.Point(); } if (t < 0) { t = 0; } if (t > 1) { t = 1; } var t2 = t * t; var t3 = t * t2; point.x = t3 * this._ax + t2 * this._bx + t * this._v1x + this._p1x; point.y = t3 * this._ay + t2 * this._by + t * this._v1y + this._p1y; return point; }, /** * Get a point on the curve using the distance, in pixels, along the curve. * * @method Phaser.Hermite#getPointWithDistance * @param {integer} [distance=0] - The distance along the curve to get the point from, given in pixels. * @param {Phaser.Point|Object} [point] - An optional Phaser.Point, or Object containing public `x` and `y` properties. If given the resulting values will be stored in the Objects `x` and `y` properties. If omitted a new Phaser.Point object is created. * @return {Phaser.Point} The point on the line at the specified 'distance' along the curve. */ getPointWithDistance: function (distance, point) { if (distance === undefined) { distance = 0; } if (point === undefined) { point = new Phaser.Point(); } if (distance <= 0) { point.x = this._p1x; point.y = this._p1y; } else { this.getPoint(this.findT(distance), point); } return point; }, /** * Calculate and return the angle, in radians, of the curves tangent based on time. * * @method Phaser.Hermite#getAngle * @param {number} [t=0] - The `t` (time) value at which to find the angle. Must be between 0 and 1. * @return {number} The angle of the line at the specified `t` time value along the curve. The value is in radians. */ getAngle: function (t) { if (t === undefined) { t = 0; } this.getPoint(t - 0.01, this._temp1); this.getPoint(t + 0.01, this._temp2); return Math.atan2(this._temp2.y - this._temp1.y, this._temp2.x - this._temp1.x); }, /** * Calculate and return the angle, in radians, of the curves tangent at the given pixel distance along the curves length. * * @method Phaser.Hermite#getAngleWithDistance * @param {number} [distance=0] - The distance along the curve to get the angle from, in pixels. * @return {number} The angle of the line at the specified distance along the curve. The value is in radians. */ getAngleWithDistance: function (distance) { if (distance === undefined) { distance = 0; } if (distance <= 0) { return Math.atan2(this._v1y, this._v1x); } else { return this.getAngle(this.findT(distance)); } }, /** * Get the angle of the curves entry point. * * @method Phaser.Hermite#getEntryTangent * @param {Phaser.Point|Object} point - The Phaser.Point object, or an Object with public `x` and `y` properties, in which the tangent vector values will be stored. * @return {Phaser.Point} A Point object containing the tangent vector of this Hermite curve. */ getEntryTangent: function (point) { point.x = this._v1x; point.y = this._v1y; return point; } }; Object.defineProperties(Phaser.Hermite.prototype, { /** * @name Phaser.Hermite#accuracy * @property {number} accuracy - The amount of points to pre-calculate on the curve. */ accuracy: { get: function () { return this._accuracy; }, set: function (value) { if (value !== this._accuracy) { this._accuracy = value; this.recalculate(); } } }, /** * @name Phaser.Hermite#p1x * @property {number} p1x - The x coordinate of the start of the curve. Setting this value will recalculate the curve. */ p1x: { get: function () { return this._p1x; }, set: function (value) { if (value !== this._p1x) { this._p1x = value; this.recalculate(); } } }, /** * @name Phaser.Hermite#p1y * @property {number} p1y - The y coordinate of the start of the curve. Setting this value will recalculate the curve. */ p1y: { get: function () { return this._p1y; }, set: function (value) { if (value !== this._p1y) { this._p1y = value; this.recalculate(); } } }, /** * @name Phaser.Hermite#p2x * @property {number} p2x - The x coordinate of the end of the curve. Setting this value will recalculate the curve. */ p2x: { get: function () { return this._p2x; }, set: function (value) { if (value !== this._p2x) { this._p2x = value; this.recalculate(); } } }, /** * @name Phaser.Hermite#p2y * @property {number} p2y - The y coordinate of the end of the curve. Setting this value will recalculate the curve. */ p2y: { get: function () { return this._p2y; }, set: function (value) { if (value !== this._p2y) { this._p2y = value; this.recalculate(); } } }, /** * @name Phaser.Hermite#v1x * @property {number} v1x - The x component of the tangent vector for the start of the curve. Setting this value will recalculate the curve. */ v1x: { get: function () { return this._v1x; }, set: function (value) { if (value !== this._v1x) { this._v1x = value; this.recalculate(); } } }, /** * @name Phaser.Hermite#v1y * @property {number} v1y - The y component of the tangent vector for the start of the curve. Setting this value will recalculate the curve. */ v1y: { get: function () { return this._v1y; }, set: function (value) { if (value !== this._v1y) { this._v1y = value; this.recalculate(); } } }, /** * @name Phaser.Hermite#v2x * @property {number} v2x - The x component of the tangent vector for the end of the curve. Setting this value will recalculate the curve. */ v2x: { get: function () { return this._v2x; }, set: function (value) { if (value !== this._v2x) { this._v2x = value; this.recalculate(); } } }, /** * @name Phaser.Hermite#v2y * @property {number} v2y - The y component of the tangent vector for the end of the curve. Setting this value will recalculate the curve. */ v2y: { get: function () { return this._v2y; }, set: function (value) { if (value !== this._v2y) { this._v2y = value; this.recalculate(); } } } });


Website Under Development
I am currently in the process of redeveloping my website. Please check later for further updates.
© 2018 JoseGuerraUK
I am currently in the process of redeveloping my website. Please check later for further updates.
© 2018 JoseGuerraUK


Rex Salisbury
aspiring full-stack engineer / fintech enthusiast / recovering banker
I'm currently training as a full-stack engineer at Dev Bootcamp in San Francisco. With a background in finance and investment banking (and some dabbling in entrepreneurship), I'm passionate about translating my financial expertise and technical knowledge into building and improving products in the fintech space.


Conor McGregor trains two-year-old son in adorable UFC session
Conor McGregor had some advice for two-year-old son Conor Jnr as he put him through his paces in the octagon
by Liam Prenderville, http://www.facebook.com/mirrorfootballConor McGregor has offered his two-year-old son a glimpse into life as a UFC superstar.
McGregor is working towards his UFC return and took some time out from training to put Conor Jnr through his paces.
In an adorable video, the two-year-old is seen donning the heavy MMA gloves and throwing some punches at his superstar father.
After slipping over following a wild swing, McGregor tells the toddler: "On you feet, don't fall in. Stay on your feet!"
McGregor's fiancee Dee Devlin and his daughter Croia are also seen in the ring during the session.
The Irishman uploaded a number of images alongside the clip as Conor Jnr aims some kicks and punches.
McGregor captioned the posts: "We reap what we sow."
McGregor is expected to take on Donald Cerrone when he returns to the octagon on January 218.
The bout will be the 31-year-old's first fight since he was choked out by Khabib Nurmagomedov.
His striking coach Owen Roddy is confident McGregor will be back as good as ever.
"I know he’s working very hard," he told MMA Junkie . "There’s no official date set yet, but Conor’s been training very hard, as you can see - he’s in good nick.
"If you're looking at any of the pictures, he's in phenomenal shape, he’s ready to go. I’m sure everybody’s excited to see him back.
"If it is 'Cowboy', it would be an exciting fight. I said this a couple of months ago: 'Cowboy' and Conor is a great fight for the fans.
"Two guys that are exciting strikers – although ‘Cowboy’ is phenomenal on the ground, as well, but I think if it was a fight between them, it would be a striking battle, and I think it would be one for the fans, so if it is that, it’ll be an exciting one.
"I just want to see Conor back in. I think everybody just wants to see Conor back in the UFC, bring back that spectacle that is his fights.


Weight Plate Clock
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Kettlebell Pencil Holder
Kettlebell Model


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| totalPenaltySpace {mgcv} | R Documentation |
INTERNAL function to obtain (orthogonal) basis for the null space and range space of the penalty, and obtain actual null space dimension components are roughly rescaled to avoid any dominating.
totalPenaltySpace(S, H, off, p)
S |
a list of penalty matrices, in packed form. |
H |
the coefficient matrix of an user supplied fixed quadratic penalty on the parameters of the GAM. |
off |
a vector where the i-th element is the offset for the i-th matrix. |
p |
total number of parameters. |
A list of matrix square roots such that S[[i]]=B[[i]]%*%t(B[[i]])
.
Simon N. Wood <simon.wood@r-project.org>.


Schatrax returns with new EP, SCHATRAX2501
The 12-inch, out January 17th, is the first release on his label since 2016.
by Steph LeeSchatrax is back with a four-track EP of unreleased material, titled SCHATRAX2501.
It's the first release on the Schatrax label since 2016, when the English artist briefly revived it to continue his Vintage Vinyl reissue series.
SCHATRAX2501, in contrast, contains never before heard house tracks. Limited vinyl copies are available for pre-order on Schatrax's website, before the official release on January 17th.
Hear clips for the upcoming record on Schatrax's website.
Tracklist
A1 Folkdance
A2 Coral
B1 Sisphunk
B2 Into The Stars
Schatrax will release SCHATRAX2501 on January 17th, 2020.


| JP CPI Monthly Y/Y (%) | ||||||
| Release Date | For Month | Market Expectation | Kshitij Expectation | Previous | Released | Revised |
| 21-Jun-19 | Jun-19 | 0.7 | 1.02 | 0.89 | 0.79 | - |
| 19-Jul-19 | Jul-19 | 0.6 | - | 0.79 | 0.69 | - |
| 23-Aug-19 | Aug-19 | 0.6 | - | 0.69 | 0.59 | - |
| 20-Sep-19 | Jan-00 | - | - | 0.59 | - | - |
| Copyright: Kshitij Consultancy Services |


@()(implicit session: play.api.mvc.Session) @import navigation.nav @css = { } @js = { } @nav(css, js) {
VC Deals™ is a web crawling/scrapping tool whose purpose is to gather and store information about V.C. funds that have participated in the financing of emerging companies in selected countries of Latin America.


Major Pettigrew's last stand
About the book
Author: Simonson, Helen.
Title: Major Pettigrew’s last stand.
Publication: [Toronto] : Bond Street Books, c2010. ISBN<PHONE_NUMBER>254.
DAISY audio format narrated by Stephen Thorne. CELA library call number DA41307. 358 pages in the paperback edition; 12 hrs., 39 mins. as a recorded book.
About the story
Author Helen Simonson’s debut novel, Major Pettigrew’s Last Stand is a delightful read.
The main character, Major Ernest Pettigrew (retired), lives alone in the small Sussex village of Edgecombe St. Mary some years after the death of his wife. A witty old bachelor attached to the quiet society of the village in which he lives, he loves shooting, civility and a well-brewed cup of tea.
As he finds himself drifting into a closer and closer friendship with a fellow villager, the widowed Mrs. Jasmina Ali who runs the village shop, he brushes up against the censure of his neighbours for his “inappropriate liaison”.
Mrs. Ali who, despite having lived there for years is essentially an outsider in this close-knit community, meets with the disapproval of her family, for whom she cares deeply.
Both characters learn about themselves, each other and the people around them. Both take a courageous stand.
I won’t tell you what happens, just that it’s an engaging novel, unexpected suspenseful and often touching. It takes on stereotypes of age and race. It insists that responsibilities be assumed and choices made.
I enjoyed the reading of Stephen Thorne, who narrated it. His voice suits the story and he has a feel for the art of storytelling.
I look forward to Helen Simonson’s next novel, The summer before the war, also set in Sussex, England. It’s available now in print, but has not yet been put into an accessible format. While it is available on Bookshare, it’s not yet available to Canadians.
Recommended?
I can highly recommend this delightful book!


Using the Activity Starter Component
The activity starter component lets you combine applications by having one application start up other applications. Activity Starter is mostly for advanced developers, but it's a key way to extend the App Inventor, because it means lets you take advantage of applications written by others, and created with other development frameworks.
The apps you start can be App Inventor apps created by you or others; apps like Camera and Maps that are pre-installed on the device; or any app at all, created using App Inventor or not, as long as you have the necessary information to supply to the activity starter.
For applications that are appropriately designed, you can pass values to the applications when starting it. You can also start an application and get back a result from it to use in further processing, provided that the application is designed to return a result. Presently, you can pass and receive text values only.
To start another application, you must supply certain control information to the
Android operating system. You do this by setting various properties of Activity
Starter before calling the
StartActivity
method. This section gives
some examples.
Starting Another App Inventor Application from your App Inventor App
You can start another app that was created with App Inventor if you know its package name and class name. If you have the source code of the app, you can find these names as follows:
- Download the source code to your computer.
-
Using a file explorer or unzip utility, find the file
youngandroidproject/project.properties
. -
The first line will start with "
main=
". Everything after that is the package and class name.
For example, here is a first line you might see for an App named HelloPurr.:
main=appinventor.ai_HomerSimpson.HelloPurr
The
HomerSimpson
part of the name comes from the App Inventor
user account.
To start this app, you would use an activity starter component with these properties:
ActivityPackage: appinventor.ai_HomerSimpson.HelloPurr
ActivityClass: appinventor.ai_HomerSimpson.HelloPurr.Screen1
Invoking the activity starter's
StartActivity
method will start
HelloPurr. When HelloPurr finishes (if it does), the original app's
ActivityStarter.AfterActivity
method will be invoked.
Note: If you are going to start another App Inventor app, make sure you use the correct package name. For example, if someone posts the source code (zip file) for an app, and you repackage that app, you'll end up with a different package name than he had. In cases of doubt, or if you don't have the source code, start the activity by hand on the phone and run "adb logcat" to view the Android system log and see what was actually started, as explained below in "Figuring out how to set the properties".
Note: If you will be starting a second App Inventor app that you yourself are writing, it's generally easier and more convenient to design the whole thing as a single multiple screen app, rather than creating two separate apps. See the section below on "Activity Starter versus Multiple Screen Apps".Starting a Builtin Phone Application from your App Inventor App
Apps that come with the phone can be invoked using package names and class names, as above. Android apps can also launch responses to an intent , which is the Android operating system's way of specifying something to do without necessarily designating a particular app. You can find information about intents (written for advanced developers) in the Android system documentation .
Some apps are designed to take extra information when they are launched. For example, maps can take geographic information that specifies which map to display. Another example is launching a Web search with extra information that specifies the text to search for. You must consult the documentation for the particular app to learn what this extra information is and how to specify it. Generally, you specify the information by setting the activity starter's properties just before the other app is launched.
Here are some examples:
Start the Camera
To launch the Android Camera app, use an activity starter with these properties:
Action: android.intent.action.MAIN
ActivityPackage: com.google.android.camera
ActivityClass: com.android.camera.Camera
This is pretty much what the App Inventor Camera component does, although it is much more convenient to use the Camera component.
Launch a Web search
To launch a Web search for a particular query, such as "Homer Simpson", use an activity starter with these properties:
Action: android.intent.action.WEB_SEARCH
ExtraKey: query
ExtraValue: Homer Simpson
ActivityPackage: com.google.android.providers.enhancedgooglesearch
ActivityClass:
com.google.android.providers.enhancedgooglesearch.Launcher
Open the browser to a Web page
Use these activity starter properties to open a specific web page:
Action: android.intent.action.VIEW
DataUri:
http://news.google.com
Start the mailer with pre-addressed message
To start the Android mailer application, use the action
android.intent.action.VIEW
. You can use Activity starter's
DataUri
property to specify the recipient, the subject, and the
body of the message.
For example, if you specify:
Action: android.intent.action.VIEW
DataUri<EMAIL_ADDRESS>then starting the activity will bring up the mailer, with the addressee filed in.
If you specify:
Action: android.intent.action.VIEW
DataUri:
mailto:santa@northpole.com?subject=Please Santa&body=Bring me a pony.
then starting the activity will bring up the mailer, with the addressee, the subject, and the body filled in. You can use the mailer to edit these before sending the message, if you prefer.
 Search the Web to find appropriate documentation and tools for creating these, for example Elements of a Mailto: URL
Show a map for a location
If you know the latitude and a longitude of a location, you can show a map using an activity starter with these properties to show a map of the area:
Action: android.intent.action.VIEW
DataUri: geo:37.8,-122.23?z=23
The format of the DataURI is specific to the app. In this example, the URI specifies a z (zoom) of 23, which is the largest zoom value. Zoom value is optional and ranges from 1 (the entire Earth) to 23.
If you know the zip code, you can set the activity starter properties as follows:
Action: android.intent.action.VIEW
DataUri: geo:0,0&q=94043
If you have a street address, you can use a DataUri that encodes the address with a scheme called URL encoding :
Action: android.intent.action.VIEW
DataUri: geo:0,0&q=5000% 20MacArthurBlvd%20Oakland%2CCA
Generally in URI encoding the only characters you have to replace are spaces
(
%20
) and punctuation marks, such as comma (
%2C
) and
period (
%2E
).
Play a YouTube video
You'll need to know the URI of the YouTube video. Then set the Activity Starter properties as
Action: android.intent.action.VIEW
ActivityPackage: com.google.android.youtube
ActivityClass: com.google.android.youtube.PlayerActivity
and set the Data URI to the URI of the video to be played, for example:
DataUri: http://www.youtube.com/watch?v=8ADwPLSFeY8
Figuring out how to set the properties
If you can't find documentation for the activities you want to start, one way to figure out how to set the properties is to start up the activity manually and look at what appears in the Android System Log. For example, if you use YouTube to play a video, you'll see in the log:
I/ActivityManager( 86): Starting activity: Intent {
act=android.intent.action.VIEW cat=[android.intent.category.BROWSABLE]
dat=http://www.youtube.com/watch?v=8ADwPLSFeY8 flg=0x3800000
cmp=com.google.android.youtube/.PlayerActivity }
If you can find the "cmp=" string, then the ActivityPackage is the part before the slash, and the ActivityClass is is the entire "cmp=" part, without the slash character. As in the YouTube example, there may also be "dat=" information that can specify with the DataUri property.
Starting arbitrary apps
You can use the Activity Starter to start any activity at all if you know the package name and class name, or the appropriate intent. Some developers document these intents for the benefit of other Android developers. For hints on starting other apps using intents, see the Android API documentation or search the Android developer forums.
If you have an app on your phone and you don't have the source code, you might still be able figure out the package name and class name (and sometimes the intent) by launching the app and inspecting the Android system log, as indicated above.
Receiving results from apps that you start
Some apps are constructed to return a result. You can see that result as the
result
argument of the activity starter's
AfterActivity
event. Currently, App Inventor can receive text results only.
Returning results from App Inventor apps, and getting the result
You can create App Inventor apps that return a (text) result to their
callers, so they can be used as subroutines. To return a result, invoke the command
close screen with plain text
(located in the Control drawer). Your
subroutine app will terminate, and the argument of
close screen with
plain text
will become available to the app that called it.
If the calling app was itself an App Inventor app that used an activity starter,
it will see that text as
the argument to the activity starter's
AfterActivity
event.
In more detail, suppose there are two App Inventor apps:
A
SubroutineApp
designed to be
started with an activity starter and return a value, and a
CallerApp
that uses an ActivityStarter to call
SubroutineApp
. To return the
result,
SubroutineApp
executes
close screen with plain text
,
giving it as argument the result (text only) that should be returned to the caller.
On the caller side,
CallerApp
sets up its Activity Starter with the
correct package name and class name for starting
SubroutineApp
. It
must also set the
ActivityStarter.ResultName
property to the special
text string
APP_INVENTOR_RESULT
. Then
CallerApp
starts
the
SubroutineApp
activity. When the subroutine finishes, the Activity
Starter's
AfterActivity
event triggers,
and the result that was passed back from
SubroutineApp
will be available as the
result
argument to
AfterActivity
. That same information is available as the
ActivityStarter's
Result
property.

To do this, use an Activity Starter in
CallerApp
with the
ExtraKey property to set to the special tag
APP_INVENTOR_START
and the ExtraValue
property set to the text you want to
pass. The
SubroutineApp
can retrieve that value by using
the
get start plain text
block from the Control drawer.
By passing and returning results, you can combine several App Inventor apps, both apps you write, as well as apps you share with others.
Returning results from arbitrary applications
Getting values back from other applications is like getting values back from App
Inventor apps. In general in Android, an activity will
return a result that is designated by a
name, where the result is designated by a name, where the name is specified
with the Activity Starter's
ResultName
property. The name to use for
App Inventor apps is
APP_INVENTOR_RESULT
, as described above. Other
applications, not created with App Inventor, will use other names, and you'll need
to know those names in order get values back from
those applications. In general, you'll
need to consult documentation about the app you want to use as a subroutine.
Some developers
provide this information, or sometimes you'll have access to the source code.
Not all Android apps use the
Result
and
ResultName
mechanism. For example, some apps return information via the properties
ResultType
and
ResultUri
. Again, you'll need to have
information from the app developer to know which of these to use.
For advanced developers:
More specifically (with reference to the Android
developer documentation) an app can be designed to return an
intent
. The
Activity starter uses the specified
ResultName
to access
intent.getStringExtra(resultName)
to produce the result. The values
for
ResultType
and
ResultUri
come from
intent.getType()
and
intent.getDataString()
.
Example: Picking files from the SD Card
Here's an example that illustrates using a third-party application:
AndExplorer from Lysesoft is an application that lets you pick files for your SD card. You can call AndExplorer with an activity starter to add a file picking capability to your application. You'll need to have AndExplorer installed on your phone. You can get it from the Android Market.
To start AndExplorer to pick a file, use an ActivityStarter with:
Action: android.intent.action.PICK
dataType: vnd.android.cursor.dir/lysesoft.andexplorer.file
dataURI: file:///sdcard
When you start the activity and pick a file, the resulting file name will be
available as
ResultUri
. Also,
ResultType
will give the
type of the file, for example, image/jpeg or audio/mpeg. Using this, you can write
an app that lets you pick a file from the SD card and either displays the image or
plays the music track as appropriate.
Is the application available?
If your app calls other apps as activities, you'll want to check that those
other apps are available on your user's phone before trying to start them. You can
check this using the Activity Starter method
ResolveActivity
, which
returns the name of the Activity that would be started, given the package or intent
information you've provided. If this name is blank, then the required application is
not present, and you can warn your user.
Using the Activity Starter versus using multiple screens
The sections above explain how you can create an App Inventor app that calls another App Inventor app, perhaps with passing and returning text values. If you will be writing both apps, it's probably better to make a single multiscreen app rather than create two apps and use the Activity Starter. This will simplify things for your users, because they will need install only one app on their device. Also, with multiple screen apps, you can pass and return lists as values rather than just text, and you can share values between the screens with TinyDB. See the documentation on multiple screen apps for details.
Note on upgrading old apps
The activity starter commands described here have
changed from earlier releases, which used
close screen with result
and
get
start text
, rather than the newer
close screen
with plain text
and
get start plain
text
. If you load the source for an app from before 2012 and
release 66, App Inventor will flag the old blocks
and require you to replace them with the new versions.


Each dataset contains scores for every game during a specific season of the NHL.
| Version: | 1.0.0 |
| Depends: | R (≥ 2.10) |
| Published: | 2017-03-08 |
| Author: | D. Lukke Sweet |
| Maintainer: | D. Lukke Sweet <dls229 at zips.uakron.edu> |
| License: | CC0 |
| NeedsCompilation: | no |
| CRAN checks: | NHLData results |
| Reference manual: | NHLData.pdf |
| Package source: | NHLData_1.0.0.tar.gz |
| Windows binaries: | r-devel: NHLData_1.0.0.zip, r-release: NHLData_1.0.0.zip, r-oldrel: NHLData_1.0.0.zip |
| OS X binaries: | r-release: NHLData_1.0.0.tgz, r-oldrel: NHLData_1.0.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=NHLData to link to this page.


Running Functions
After completing the Development Guide, you’ll have a function that can be run locally using node
:
node dist/my_func_run.js --help
or as a container:
docker run gcr.io/kpt-functions-demo/my-func:dev --help
In order do something useful with a function, we need to compose a Pipeline with a source and a sink function.
This guide covers two approaches to running a pipeline of functions:
You can also use a container-based workflow orchestrator like Cloud Build, Tekton, or Argo Workflows.
Using kpt fn
kpt
CLI provides utilities for working with configuration, including running KPT functions.
Installing kpt
CLI
Follow installation instructions to get the kpt
CLI.
Example
First, initialize a git repo if necessary:
git init
Fetch an example configuraton package:
kpt pkg get https://github.com/GoogleContainerTools/kpt-functions-sdk.git/example-configs example-configs
cd example-configs
git add . && git commit -m 'fetched example-configs'
You can run a function imperatively:
kpt fn run --image gcr.io/kpt-functions/label-namespace . -- label_name=color label_value=orange
You should see labels added to Namespace
configuration files:
git status
Alternatively, you can run a function declaratively:
cat << EOF > kpt-func.yaml
apiVersion: v1
kind: ConfigMap
metadata:
name: my-config
annotations:
config.k8s.io/function: |
container:
image: gcr.io/kpt-functions/label-namespace
config.kubernetes.io/local-config: "true"
data:
label_name: color
label_value: orange
EOF
You should see the same results as in the previous examples:
kpt fn run .
git status
You can have multiple function declarations in a directory. Let’s add a second function:
cat << EOF > kpt-func2.yaml
apiVersion: v1
kind: ConfigMap
metadata:
name: my-config
annotations:
config.k8s.io/function: |
container:
image: gcr.io/kpt-functions/validate-rolebinding
config.kubernetes.io/local-config: "true"
data:
subject_name<EMAIL_ADDRESS>EOF
fn run
executes both functions:
kpt fn run .
In this case, validate-rolebinding
will find policy violations and fail with a non-zero exit code.
Refer to help pages for more details on how to use kpt fn
kpt fn run --help
Using docker run
You can run a pipeline of KPT functions using only docker run
.
Example 1
Begin by running the function with the --help
option:
docker run gcr.io/kpt-functions/label-namespace --help
The label_namespace
function is parameterized with a functionConfig
of kind ConfigMap
. It labels
the Namespace
objects in the input with the given given label_name
and label_value
.
Let’s explore different ways of invoking this functions.
functionConfig from a file
functionConfig
can be specified as a file:
cat > /tmp/fc.yaml <<EOF
apiVersion: v1
kind: ConfigMap
data:
label_name: color
label_value: orange
metadata:
name: my-config
EOF
For now, let’s use a hardcoded input containing two Namespace
and one ResourceQuota
objects:
cat > /tmp/input.yaml <<EOF
apiVersion: v1
kind: List
items:
- apiVersion: v1
kind: Namespace
metadata:
name: audit
annotations:
config.kubernetes.io/path: audit/namespace.yaml
config.kubernetes.io/index: '0'
- apiVersion: v1
kind: Namespace
metadata:
name: shipping-dev
annotations:
config.kubernetes.io/path: shipping-dev/namespace.yaml
config.kubernetes.io/index: '0'
- apiVersion: v1
kind: ResourceQuota
metadata:
name: rq
namespace: shipping-dev
annotations:
config.kubernetes.io/path: shipping-dev/resource-quota.yaml
config.kubernetes.io/index: '0'
spec:
hard:
cpu: 100m
memory: 100Mi
pods: '1'
EOF
Running the function, you should see the mutated List
printed to stdout:
docker run -i -u $(id -u) -v /tmp:/tmp gcr.io/kpt-functions/label-namespace -i /tmp/input.yaml -f /tmp/fc.yaml
functionConfig from literal values
functionConfig
can be any Kubernetes Kind. It’s common for functions to use a ConfigMap to
provide a simple list of key/value pairs as parameters. We provide porcelain to make this easier:
docker run -i gcr.io/kpt-functions/label-namespace -d label_name=color -d label_value=orange < /tmp/input.yaml
Note: This causes an error if the function takes another Kind of
functionConfig
.
Composing a pipeline
We can use any source and sink function to compose a pipeline. Here, we’ll use read-yaml
and write-yaml
functions from the KPT functions catalog.
 Privileged actions, like filesystem access or calls to the network, require escalated access. Note the example usages ofread-yaml
, which includedocker run -u $(id -u)
, running the container with your user ID.-v
: Filesystem access requires mounting your container’s filesystem onto your local filesystem. For example, theread-yaml
command includes the following:-v $(pwd):/source
. This connects the container’s/source
directory to the current directory on your filesystem.-i
: This flag keeps STDIN open for use in pipelines.
Example 2
Functions can be piped to form sophisticated pipelines.
First, grab the example-configs
directory and pull the container images:
git clone --depth 1 https://github.com/GoogleContainerTools/kpt-functions-sdk.git
cd kpt-functions-sdk/example-configs
docker pull gcr.io/kpt-functions/read-yaml
docker pull gcr.io/kpt-functions/mutate-psp
docker pull gcr.io/kpt-functions/expand-team-cr
docker pull gcr.io/kpt-functions/validate-rolebinding
docker pull gcr.io/kpt-functions/write-yaml
Run these functions:
docker run -i -u $(id -u) -v $(pwd):/source gcr.io/kpt-functions/read-yaml -i /dev/null -d source_dir=/source |
docker run -i gcr.io/kpt-functions/mutate-psp |
docker run -i gcr.io/kpt-functions/expand-team-cr |
docker run -i gcr.io/kpt-functions/validate-rolebinding -d<EMAIL_ADDRESS>|
docker run -i -u $(id -u) -v $(pwd):/sink gcr.io/kpt-functions/write-yaml -o /dev/null -d sink_dir=/sink -d overwrite=true
Let’s walk through each step:
read-yaml
recursively reads all YAML files from thefoo-corp-configs
directory on the host.mutate-psp
reads the output ofread-yaml
. This function transforms anyPodSecurityPolicy
resources by setting theallowPrivilegeEscalation
field tofalse
.expand-team-cr
similarly operates on the result of the previous function. It looks for Kubernetes custom resource of kindTeam
, and generates new resources based on that (e.g.Namespaces
andRoleBindings
).validate-rolebinding
validates that there are noRoleBindings
withsubject
set<EMAIL_ADDRESS>. This steps fails with a non-zero exit code if the policy is violated.write-yaml
writes the result of the pipeline back to thefoo-corp-configs
directory on the host.
Let’s see what changes were made to the repo:
git status
You should see the following changes:
- An updated
podsecuritypolicy_psp.yaml
, mutated by themutate-psp
function. - The
payments-dev
andpayments-prod
directories, created byexpand-team-cr
function.


When getting all the users Pentaho returns not always the wanted CID code, you can override this by inserting the correct CID manually.
| User (email) | CID | Actions |
|---|---|---|
|
{{ association.email }}
|
{{ association.cid }}
|
|


GCM Internals
Device Info
|
Android Id
|
(secret: )
|
|
User Profile Service Created
|
|
|
GCM Enabled
|
|
|
GCM Client Created
|
|
|
GCM Client State
|
|
|
Connection Client Created
|
|
|
Connection State
|
|
|
Last Checkin
|
|
|
Next Checkin
|
|
|
Registered App Ids
|
|
|
Send Message Queue Size
|
|
|
Resend Message Queue Size
|
|
Check-in Log
Connection Log
Registration Log
| Time |
App Id |
Source |
Event |
Details |
Receive Message Log
| Time |
App Id |
From |
Size (bytes) |
Event |
Details |
Message Decryption Failure Log
Send Message Log
| Time |
App Id |
Receiver Id |
Msg Id |
Event |
Details |


!Newbie Guide:
Select the one you seek below. Their location will be indicated on the radar.
[npc_%objectId%_NpcLocationInfo 30520|Warehouse Chief Reed]
[npc_%objectId%_NpcLocationInfo 30521|Warehouse Freightman Murdoc]
[npc_%objectId%_NpcLocationInfo 30522|Warehouse Keeper Airy]
[npc_%objectId%_Link default/NPCloc/30601.htm|Back To The Main List]


My Github Profile Checkout a few classmates that I follow that right some clean and solid code: Nick Beekhuizen Nate Valline Ashton Walden


Open the log, whichever button you click increases the count of the stored variable
Open the log, whichever button you click increases the count of the new closure's stored variable


Tigers
Jason
Manager
ID: 1
Email:
<EMAIL_ADDRESS>Office Number: 1
Joey
Engineer
ID: 2
Email:
<EMAIL_ADDRESS>Github:
joey
Joseph
Intern
ID: 3
Email:
<EMAIL_ADDRESS>School: St. John's University


| Contents | Previous | Next | Java Management Extensions (JMX) Technology Overview |
Java Management Extensions Technology is a new feature in version 5.0 of the Java Platform, Standard Edition (J2SE). If you are already familiar with JMX technology, see Appendix A, "JMX Technology Versions" for version information.
JMX technology provides a simple, standard way of managing resources such as applications, devices, and services. Because JMX technology is dynamic, you can use it to monitor and manage resources as they are created, installed and implemented. You can also use JMX technology to monitor and manage the Java Virtual Machine1 (JVMTM).
JMX technology was developed through the Java Community ProcessSM (JCPSM) as two closely related Java Specification Requests (JSRs):
Each of the JSRs is defined by the API documentation generated by the JavadocTM tool, in conjunction with the PDF specification documents for each JSR. The Specifications and Reference Implementations can be downloaded at:
http://java.sun.com/products/JavaManagement/download.html
As its name indicates, the JMX Remote API adds remoting capability to the JMX specification, allowing you to monitor and manage applications, systems and networks remotely. In this document, the term “JMX technology” is used to cover both the JMX specification and the JMX Remote API.
This chapter introduces JMX technology in the following sections:
The JMX specification defines an architecture, the design patterns, the APIs, and the services for application and network management and monitoring in the Java programming language.
Using JMX technology, a given resource is instrumented by one or more Java objects known as Managed Beans, or MBeans. These MBeans are registered in a core managed object server, known as an MBean server, that acts as a management agent and can run on most devices enabled for the Java programming language.
The specifications define JMX agents that you use to manage resources instrumented in compliance with the specifications. A JMX agent consists of an MBean server, in which MBeans are registered, and a set of services for handling MBeans. In this way, JMX agents directly control resources and make them available to remote management applications.
The way in which resources are instrumented is completely independent from the management infrastructure. Resources can therefore be rendered manageable regardless of how their management applications are implemented.
JMX technology defines standard connectors (JMX connectors) that allow you to access JMX agents from remote management applications. JMX connectors using different protocols provide the same management interface. Hence a management application can manage resources transparently, regardless of the communication protocol used. JMX agents can also be used by systems or applications that are not compliant with the JMX specification but which support JMX agents.
JMX technology provides Java developers across all industries with a flexible means to instrument Java code, create smart Java agents, implement distributed management middleware and managers, and smoothly integrate these solutions into existing management and monitoring systems.
| Contents | Previous | Next |
Java Management Extensions (JMX) Technology Overview Java Management Extensions (JMX), Java 2 Platform, Standard Edition 5.0 |
Copyright © 2004 Sun Microsystems, Inc. All rights reserved.


College:
Global Academy of Technology
Website:
http://www.gat.ac.in/
Phone:
+91<PHONE_NUMBER>,+91<PHONE_NUMBER>
Skills
Placements 80%The Department of CSE Infrastructure Details
* Alan Turing Lab
* Edsger Dijkstra Lab
* Charles Babbage Lab
* Ivan Sutherland Lab
* Gordon Moore Lab
* Von Neumann Lab
* Research and Development Center
* Other Details
The Department of Computer Science and Engineering, since its inception in 2001, has always attracted the best of engineering aspirants from all over the country and abroad. It is successful in producing skilled and competent Computer Engineers and Entrepreneurs ready to satisfy the needs of the industry and society at large.
Why CSE @ GAT?
NBA Accredited upto 30-06-2022
The department is equipped with adequate infrastructure to support academic, research and extra-curricular activities for the all-round development of our students with 40 well-qualified, skilled and experienced faculty members. The department frequently organizes workshops, talks and faculty development programs regularly for the benefit of the student and faculty community. The department has an impressive placement track record with 85% of the students placed in reputed organizations.
Infrastructure
The Department of Computer Science has excellent classrooms and well equipped laboratories. State-of-the art technical equipment in laboratories, rich collection of books in department library and extensive e-learning opportunities provide students flexible and seamless learning experience. The department not only offers scope for research and study but also provides ample opportunities for holistic development of our students. Each and every student is given an exclusive computer system to carryout laboratory work and projects. The department has high speed internet connectivity with Wi-Fi access.
Programs offered
Undergraduate – Bachelor of Engineering
Postgraduate – Master of Technology
Doctoral program
Events and Activities
The Department of CSE is bustling with activities for students and faculty members throughout the year. The students are provided with a myriad of opportunities and platforms for enhancing their technical knowledge as well as to showcase their cultural talents. The department also encourages faculty participation in various technical events.
Events Conducted for Faculty Members
1. A 5-day Faculty Readiness Workshop on “InfyTQ based Foundation Program” was conducted and hosted by Department of CSE in association with Infosys Campus Connect from 22nd– 26th July, 2019.
2. “A 13-day FDP on Artificial Intelligence and Machine Learning”, in association with IIIT,Allahabad was conducted and hosted by Department of CSE,GAT from 1st– 13th July, 2019.
3. Three Day Faculty Development Program on “System Software and Compiler Design / Operating Systems Laboratory”Workshop.
4. Two Day Faculty Development Program on “ARM 7 & Keil IDE”Workshop.
5. A 5-days Faculty Development Program on “Big Data Analytics” from 25th July, 2016 to 29th July, 2016.
Value Added Programs for CSE Students
1. A 3 – days workshop on “Python Programming” was conducted and hosted by the Department of Computer Science and Engineering in association with Vueron Systems Pvt. Ltd. from 12thOctober 2019 to 14thOctober 2019 for 3rd semester students of GAT.
2. Around 112 students participated in a 6-day workshop on “Blockchain and its applications” conducted and hosted by the Department of Computer Science and Engineering in association with IIIT, Allahabad and Curl Analytics from 19thSeptember 2019 to 24thSeptember 2019.
3. A one-day session on on “Winning attitude”was conducted by Dr. Guruprasad N. on 18th September, 2019 for 3rd semester and 5th semester students of CSE & ISE. Click here for photos.
4. Around 80 students participated in a 5-day workshop on “Big Data Analytics and Machine Learning” conducted and hosted by the Department of Computer Science and Engineering in association with IIIT, Allahabad from 29thApril 2019 to 3rdMay 2019.
5. Two Day Workshop on “Mobile Application Development using React Native”on 16th November and 17th November 2018.
6. Two Day Workshop on “Virtualization & Cloud by VMware”on 15th November and 16th November 2018.
7. Two Day workshop on “Android Apps Development” Workshop on 5th October 2018 and 6th October 2018.
8. Microsoft Certification on “Cross Platform Mobile Application and Development using JAVA Script” – October 2018.
9. Two Day Workshop on “Network Designing using Cisco Packet tracer”on on 27th February to 1st March 2018.
10. Two Day Workshop on “UML Modelling and Design Patterns”on 13th and 15th May 2017 for final year students.
11. Department techno-cultural fest“Genesys” hosted on 22nd and 23rd Feb 2017.
12. Certification program on “VSpere 6.0”conducted for third year CSE students in January 2017.
13. Two Day Workshop on“Python Programing” on on 27th and 28th August 2016.
14. Two Day Workshop on “Arduino Programming & Applications of IOT”on on 27th and 28th August 2016.
15. Two Day Workshop on “Raspberry – PI & Applications of IOT”on 27th and 28th August 2016.
16. Two Day Workshop on “Network Simulator -2”on 5th and 6th April 2016.
17. One day Workshop on “Image Processing Using MATLAB”on 29th October 2015.
Events and Activities
1. Mrs.Kangavalli R, Associate Professor, Dept of CSE
2. Mrs.Priyanga P, Associate Professor, Dept of CSE
3. Mr.Shyam Sundar Bhushan, Associate Professor, Dept of CSE
events...
classes......
information about our academics...


Founded by:
Jasmine V., Himaja N., Audrey K., Rachel S.
Life Hacks
Worth Using
Basic's mission is to simplify your life!
Find hacks for small problems you didn't realize could be solved. You could also help others with problems you have the solutions to, or tips by creating your own account and posting them.
Life Hacks
For:
The Kitchen: Find nifty hacks for preparing food, creating snacks, and much more!
The Office: Here are hacks for all your technological needs, in addition to general office hacks.
The Home: Need quick fixes for around the house nuicances? You'll find them here!
The Closet: From removing stains to reviving old shirts, here are all your clothing hacks.
The Garage: Your car, bike, and garage projects could use these helpful hacks.


Templates are the base to draw a building from. Installed templates are stored as .bldg files in the building template directory of the plugin directory.
To share a template with someone, just give them the .bldg file for that template. The template directory can be opened from Extensions > Eneroth Townhouse System > Template Editing > Open Template Directory.
While being edited a template is represented by a component. There are 3 ways to obtain such a component.
To save the template to the library (and pack it as a .bldg file) click Save Template in the toolbar .
The main volume of the building must be drawn directly in the component to be recognized by the plugin. The two gable faces must have their normals in negative and positive X. All other faces must be perpendicular to these two.
The easiest way to achieve this is to draw the building profile in the Y Z plane and push-pull it into a volume. The volume can have any length but the length its drawn to will be used when creating the preview image later.
The side of the volume towards negative Y is considered the front side. The facade plane should intersect default ground level along the X axis.
The volume can extend below the origin to make sure the building meets the ground even when drawn on an un-even terrain (I typically extend it 3 m downwards). When volume extends down the side edges of the front facade can be split on the X axis to get an Endpoint to snap to when drawing neighboring buildings.
The template info dialog is used to set the template attributes, such as ID and name.
Name - What the template should be called. So far I haven't come up with a naming convention so write anything you find relevant.
Modeler - The person saving the template. If the template is based on another person's template use your own name anyway but credit them in the description.
ID - Starts with a prefix based on your name to avoid name collisions and people accidentally overwriting each other files when sharing them. If you for instance use the prefix "ene" (reserved by me, Eneroth3) and then update the plugin the template might be overwritten by one I made that is included in the plugin and happens to have the same name.
Alignment tells if the sides of the building are typically aligned towards a street, a courtyard or another building (firewall).
Depth is measured between the facade planes and details such as bay windows and eaves can be ignored.
The part info dialog is used to set attributes to the currently selected group or component, e.g. its positioning within the building.
This option must be set for the part to be drawn at all.
Group/component axes can be displayed by going to Windows > Model Info > Components and tick the checkbox "Show component axes" to easier locate the origins.
Array is used to evenly spread a number of groups/components along the width of the building volume, either by a fixed number or by an approximate distance between.
The Y and Z coordinates of each instance is kept as it is in the original while new X coordinates are calculated for each instance. Typically the group/component should be horizontally centered on its origin.
Margins can be used to add a fixed distance at each side of the facade and spread the instances evenly only in the remaining space.
These are used to place only one instance of the group or component on each facade.
The Y and Z coordinates of the grouo/component is kept as it is while the X coordinate is set according to the positioning setting.
To create a quoins, have one group or component aligned to the left and one to the right. Make sure these groups/componnets have their origins on the side resembling the building corner.
Replacement is used to allow the user to replace one or more instances of an arrayed, aligned, centered or relatively positioned group or component with another group or component. This can be used to replace a window by a door or a balcony.
First of all the part to replace must have been given a name. Then it cam be selected from a dropdown menu for the replacement. The replacement part must also have a name so users can distinguish it in the UI.
For complex replacements, such as a bay window crossing the cornice and continuing onto the roof, the Cut Multiple Faces feature can be used.
For this to work it's important that the origin and axes of the replacement correspond to those of the replacement. If a window for instance has its origin at its bottom a replacing door must have its origin at the same height, and not at the bottom of the door.
Gable is used to place the group or component on the building ends.
The origin is placed either on the start or end of the path the building is drawn to with the X axis pointing inwards to the middle of the building and the Y axis following the gable face. This means the component/group is skewed if the user sets end angles different from 90 degrees.
The gable setting can be used for replacing the firewall at the building short side with a facade. This feature can also be used to add side risalits to the front or add a gateway that is skewed to be parallel with the gable wall. A margin can be suggested for the adjacent facade to prevent arrayed or aligned groups/components from colliding with this one.
Typically the Cut Multiple Faces is used for gables, especially the advanced ones.
Corner is used to place a group/component by a corner of the building.
The Y and Z coordinates of the grouo/component is kept as it is while the X coordinate is set to be on the bisector of the corner. The Y axis of the group/component follows the bisector while the X axis is perpendicular to it.
Typically this setting is used for corner turrets. A margin can be suggested for the adjacent facades to prevent arrayed or aligned groups/components from colliding with this one.
By default all materials on the main volume can be replaced from the building Properties dialog. By ticking "Replace materials within this part" the plugin will also check for and replace materials within this group. This is useful when a group has multiple materials to replace meaning painting the group/component itself doesn't work.
This option is only available for groups. Automatically modifying individual components would clutter the component browser with multiple versions of it. However the plugin allows you to easily convert a component to a group.
Solid union and subtract can be performed with a group/component onto the main volume of the building.
Solid operations are slow to perform. If possible use native cut-opening components instead.
Solid index is used to determine what order to perform the operations in starting at the lowest number. Default is 0.
There's also an option to use the group or component's naked edges to cut openings, similar to the native cut opening feauture but on multiple faces at once. This is strictly isn't a solid operation and is always performed after the the real solid operations (union and subtract). This feature is useful when the part spans multiple faces, e.g. a bay window the roof eaves and continuing on the roof.
For this to work the naked edges of the group/component must lay tight onto the main volume. If there is any gap the plugin can't find what to cut away. It is also important that all faces are correctly oriented for the plugin to distinguish the inside of the cutting loop from the outside.


here you can fine tune what is displayed in the
hand viewer tab
Side bar position
here you may adjust the position of the side bar in the hand viewer
Deck style
here you may adjust the style of the deck used in the hand viewer. not that changes
take effect on the next hand loaded.
Max Player Name
here you may adjust the maximum lenght of player names. if a player name is longer than
this number of chars it will get truncated. set to -1 to not truncate at all.
No floating point
if checked, TableCrab will try its best automatically convert floating point bet amounts and stack sizes to
integer values. maybe helpful at the micros.
Prefix | Action | Postfix
you may adjust prefixes and postixes for actions. for example a bet is displayed as "b100".
set prefix to "bets(" and postfix to ")" and the action will be displayed as
"bets(100)".
Restore Default
restores default prefixes and postfixes for all actions
- Note: changes will take effekt as soon as the next hand is grabbed


OpenCache is an open-source distributed content caching platform. Currently in development, OpenCache's operation is transparent to requesting clients. Through the use of OpenFlow, requests are redirected dynamically and on-the-fly. In addition, the OpenCache Project is working towards a well defined and open interface for the management and administration of cache deployments, details of which can be found in our documentation.
Source code is hosted on github. To get started, please follow our tutorial. For examples of our recent scientific publications, please see our research section. More information on the team behind OpenCache can be found in the about section.


Online Chat With Specialist
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Date:
Why do people laugh in depression or behave properly in depression?
Date:
Oh god! why did you give humans 'The Intelligence'?
Date: July 28, 2020
It is raining outside. I am sitting inside my little cubicle room under a fan with pen and notebook in my hand while a book of vectors is open in front of me. My mind is tensed due to upcomming JEE exam. I can see through window, a sparrow flying in the sky, here and there, with wet body, sometimes up sometime down, fully enjoying the nature. I also want to embarace the rain but I am restrictted with tons of reasons, I have sinus, I may caught fever, I have to take permission from parents blah, blah, blah.....
But I want to enjoy like that sparrow. What if humans dont have intelligence? But why does we get intelligence? And what does we get from that intelligence? Development? And that development gave us depression, tension, war, nuclear weapons, thousands of diseases..........We would have been more happier if we are not developed. Even we have snatched the joy of that little sparrow by constructing buildings, pollutions..........The most important things in our life is happiness and satisfaction, which we are not getting through this so called 'development'.
Let us imagine a situation, what could have been, if humans dont have intelligence. "There are be greenery everywhere. We are sitting on the top of a mountain. Cold breezes touching our wet bodies. Fresh air inside our nose. Little kids screaming in joy. Fresh and sweet fruits around. No stress, no tension. Hearing beatiful song of birds. Beautiful sceniory to look around. Opposite genders loving each others body in open without any societal fear(samne wala kya kahega). Beautiful fragnances in nose. Legs deep in cold water. Beautiful rainbow in the sky.............Life full of joy..............." I dont know about others, but I would have loved this environment.
Anyway now I am going to solve questions of scalar triple products because I have examinations ahead.
Dear Indian Society!
Apke baare me kya kahe? Apke bare me kahne ke liye mere pas sabdo ka ambar bhada pra hai... Aap to mahaan hain


Observing groups of people agreeing on patterns that don't exist.
Apart from helping us make sense of the world, our brains continually find familiar patterns where none exist and convince us of their validity. This is known as Pareidolia.
Humans are really intelligent. No, really. A great portion of this stems from our inherent ability to see patterns and identify similarities, and generalize from a small set of examples or data.
We are, for example, great at telling a cat from a horse even if we haven't seen that particular cat or horse before. We can also identify two selfies as being of the same person, even when taken at slightly different angles and under different lighting conditons.
These feats of intelligence were until recently extremely hard for computers to imitate, and still require complicated artificial neural networks and a lot of processing power. On the other hand, we humans are still very far from doing a billion 9-digit multiplications every second...
Our pattern matching abilities are, unfortunately, hard to turn off. The "Face on Mars" is a common example.
Drawing inferences too far from limited data, or seeing patterns that aren't there, leads us to making bad choices. Understanding our limitations is the first step to overcoming them.
This website hopes to illustrate both this practice of "false patterns", or Pareidolia, as well as how similarly our brains work at subconscious levels.
The objective is to match up elements of two nonrelated sets, like the words "Boba" and "Tiki" together with either a smooth or jagged geometrical figure. Studies have shown that a vast majority consider "Boba" to be a better name for the smooth figure, even though it does not mean anything. This similarity in thinking may be one of the foundations of human communication.
Were the choices on this website made completely at random, all possible combinations would, with enough testers, show up (approximately) equally often. But our brains, making up patterns where they don't belong, will make certain combinations far more likely.
At least, that's the theory. I hope you contribute with a few minutes of your time. Statistics will be posted and frequently updated on this site.
My name is Marcus Näslund and I am a software developer and mathematician in Sweden.
If you think this is a great (or terrible) idea, have more questions, or just want to help fill up my inbox, e-mail me at naslundx (at) gmail (dot) com.


Impression is a multi-award winning, strategic-thinking team of digital marketing quis ipsum suspendisse.
Starkers pardon you knees up is Elizabeth geeza Why, quain gosh standard guvnor cras brilliant.
Project
Clients
Employe
Starkers pardon you knees up is Elizabeth geez Why, quain standard guvnor gosh cras briliant.
On your bike mate it's your round cracking goal bloke chimne pot Queen's English lemon squeezy young musa bamboozled peary.
More DetailsStarkers pardon you knees up is Elizabeth geeza Why, quain standard guvnor gosh cras brilliant.

Mush owt to do with me in my flat barney baking cakes argy-bargy a load of old tosh lemon
They’ve taken on a growing role Over the last few year.


Base class for popups, menus, dialogs, combo boxes, etc. —
things that appear temporarily over other things.
See Dialog or one of the
PopupSource subclasses such as
ComboBox for examples.
A Popup typically uses an Overlay behind
the popup to absorb mouse clicks and/or provide background visual effects.


SRTStream
open class SRTStream : NetStream
extension SRTStream: TSWriterDelegate
Undocumented
-
Undocumented
See moreDeclaration
Swift
public enum ReadyState : UInt8
-
Undocumented
Declaration
Swift
public private(set) var readyState: SRTStream.ReadyState { get set }
-
Undocumented
Declaration
Swift
public init(_ connection: SRTConnection)
-
Undocumented
Declaration
Swift
override open func attachCamera(_ camera: AVCaptureDevice?, onError: ((NSError) -> Void)? = nil)
-
Undocumented
Declaration
Swift
override open func attachAudio(_ audio: AVCaptureDevice?, automaticallyConfiguresApplicationAudioSession: Bool = true, onError: ((NSError) -> Void)? = nil)
-
Undocumented
Declaration
Swift
open func publish(_ name: String?)
-
Undocumented
Declaration
Swift
open func close()
-
Undocumented
Declaration
Swift
final public func didOutput(_ data: Data)


ActiveRecord
ActiveRecord is a package that allows you to use the Active Record Pattern in your application Models.
Introduction
Unlike most ActiveRecord implementations, ours is small, fast and dead simple to use. It attempts to make creating, updating and deleting items from your database as easy as possible. It does this by doing all the hard work for you.
ActiveRecord allows you to associate your Models with each other. More on this later.
Installation
The ActiveRecord package is included in the Fuel download. All you need to do is enable it in your config.
'packages' => array(
'activerecord',
),


{% extends "app/layout.html" %} {% block content %}
Pendleton provides third party model testing services to augment investor presentations, create new products and increase efficiency for product management.
Efficient database design is critical for scaling enterprises. Pendleton offers exemplorary front end design, unique functionality, and custom views to keep your team connected.
Empower your business to grow for you, not with you. Machine Learning capabilities allow for realtime analysis and decision making.


Static positioning is the default behavior of elements. Inherited positioning tells an element to inherit its positioning from its parent element. Z-index controls the vertical stacking order of elements. Elements must have a set positioning for z-index to work.


Before Change
if sum(weights) > 0.:
max_weight = max(weights)
// inverse of Herfinhal index
h_ = 1. / sum([w * w for w in weights])
else:
max_weight = 0.
h_ = float("inf")
else:
After Change
if len(edges) > 0:
weights = [self.graph.es[e]["weight"] for e in edges]
max_weight = max(weights)
if len(weights) == 1:
exists_synonym = True
elif len(weights) > 1:
weights = sorted(weights)
w1 = weights[-1]
if w1 > 0.:
w2 = weights[-2]
if w1 / w2 > 2.:
exists_synonym = True
if exists_synonym > 0.:
for e in edges:
edge = self.graph.es[e]
if edge["weight"] == max_weight:


Say hello to me!
hello@echoestemplate.com


| author: | Ian Bicking<EMAIL_ADDRESS>|
|---|---|
| revision: | $Rev$ |
| date: | $LastChangedDate$ |
Contents
This document is intended for web framework authors and integrators, and people who want to understand the internal architecture of Paste.
If you have questions about this document, please contact the paste mailing list or try IRC (#pythonpaste on freenode.net). If there’s something that confused you and you want to give feedback, please submit an issue.
Note
Sometimes people use “URL”, and sometimes “URI”. I think URLs are a subset of URIs. But in practice you’ll almost never see URIs that aren’t URLs, and certainly not in Paste. URIs that aren’t URLs are abstract Identifiers, that cannot necessarily be used to Locate the resource. This document is all about locating.
Most generally, URL parsing is about taking a URL and determining what “resource” the URL refers to. “Resource” is a rather vague term, intentionally. It’s really just a metaphor – in reality there aren’t any “resources” in HTTP; there are only requests and responses.
In Paste, everything is about WSGI. But that can seem too fancy. There are four core things involved: the request (personified in the WSGI environment), the response (personified inthe start_response callback and the return iterator), the WSGI application, and the server that calls that application. The application and request are objects, while the server and response are really more like actions than concrete objects.
In this context, URL parsing is about mapping a URL to an application and a request. The request actually gets modified as it moves through different parts of the system. Two dictionary keys in particular relate to URLs – SCRIPT_NAME and PATH_INFO – but any part of the environment can be modified as it is passed through the system.
Note
WSGI isn’t object oriented? Well, if you look at it, you’ll notice there’s no objects except built-in types, so it shouldn’t be a surprise. Additionally, the interface and promises of the objects we do see are very minimal. An application doesn’t have any interface except one method – __call__ – and that method does things, it doesn’t give any other information.
Because WSGI is action-oriented, rather than object-oriented, it’s more important what we do. “Finding” an application is probably an intermediate step, but “running” the application is our ultimate goal, and the only real judge of success. An application that isn’t run is useless to us, because it doesn’t have any other useful methods.
So what we’re really doing is dispatching – we’re handing the request and responsibility for the response off to another object (another actor, really). In the process we can actually retain some control – we can capture and transform the response, and we can modify the request – but that’s not what the typical URL resolver will do.
The most obvious kind of URL parsing is finding a WSGI application.
Typically when a framework first supports WSGI or is integrated into Paste, it is “monolithic” with respect to URLs. That is, you define (in Paste, or maybe in Apache) a “root” URL, and everything under that goes into the framework. What the framework does internally, Paste does not know – it probably finds internal objects to dispatch to, but the framework is opaque to Paste. Not just to Paste, but to any code that isn’t in that framework.
That means that we can’t mix code from multiple frameworks, or as easily share services, or use WSGI middleware that doesn’t apply to the entire framework/application.
An example of someplace we might want to use an “application” that isn’t part of the framework would be uploading large files. It’s possible to keep track of upload progress, and report that back to the user, but no framework typically is capable of this. This is usually because the POST request is completely read and parsed before it invokes any application code.
This is resolvable in WSGI – a WSGI application can provide its own code to read and parse the POST request, and simultaneously report progress (usually in a way that another WSGI application/request can read and report to the user on that progress). This is an example where you want to allow “foreign” applications to be intermingled with framework application code.
OK, enough theory. How does a URL parser work? Well, it is a WSGI application, and a WSGI server, in the typical “WSGI middleware” style. Except that it determines which application it will serve for each request.
Let’s consider Paste’s URLParser (in paste.urlparser). This class takes a directory name as its only required argument, and instances are WSGI applications.
When a request comes in, the parser looks at PATH_INFO to see what’s left to parse. SCRIPT_NAME represents where we are now; it’s the part of the URL that has been parsed.
There’s a couple special cases:
The empty string:
URLParser serves directories. When PATH_INFO is empty, that means we got a request with no trailing /, like say /blog If URLParser serves the blog directory, then this won’t do – the user is requesting the blog page. We have to redirect them to /blog/.
A single /:
So, we got a trailing /. This means we need to serve the “index” page. In URLParser, this is some file named index, though that’s really an implementation detail. You could create an index dynamically (like Apache’s file listings), or whatever.
 Note that PATH_INFO must start with a /, or it must be empty.
URLParser pulls off the first part of the path. E.g., if PATH_INFO is /blog/edit/285, then the first part is blog. It appends this to SCRIPT_NAME, and strips it off PATH_INFO (which becomes /edit/285).
It then searches for a file that matches “blog”. In URLParser, this means it looks for a filename which matches that name (ignoring the extension). It then uses the type of that file (determined by extension) to create a WSGI application.
One case is that the file is a directory. In that case, the application is another URLParser instance, this time with the new directory.
URLParser actually allows per-extension “plugins” – these are just functions that get a filename, and produce a WSGI application. One of these is make_py – this function imports the module, and looks for special symbols; if it finds a symbol application, it assumes this is a WSGI application that is ready to accept the request. If it finds a symbol that matches the name of the module (e.g., edit), then it assumes that is an application factory, meaning that when you call it with no arguments you get a WSGI application.
Another function takes “unknown” files (files for which no better constructor exists) and creates an application that simply responds with the contents of that file (and the appropriate Content-Type).
In any case, URLParser delegates as soon as it can. It doesn’t parse the entire path – it just finds the next application, which in turn may delegate to yet another application.
Here’s a very simple implementation of URLParser:
class URLParser(object):
def __init__(self, dir):
self.dir = dir
def __call__(self, environ, start_response):
segment = wsgilib.path_info_pop(environ)
if segment is None: # No trailing /
# do a redirect...
for filename in os.listdir(self.dir):
if os.path.splitext(filename)[0] == segment:
return self.serve_application(
environ, start_response, filename)
# do a 404 Not Found
def serve_application(self, environ, start_response, filename):
basename, ext = os.path.splitext(filename)
filename = os.path.join(self.dir, filename)
if os.path.isdir(filename):
return URLParser(filename)(environ, start_response)
elif ext == '.py':
module = import_module(filename)
if hasattr(module, 'application'):
return module.application(environ, start_response)
elif hasattr(module, basename):
return getattr(module, basename)(
environ, start_response)
else:
return wsgilib.send_file(filename)
Well, URLParser is one kind of parser. But others are possible, and aren’t too hard to write.
Lets imagine a URL like /2004/05/01/edit. It’s likely that /2004/05/01 doesn’t point to anything on file, but is really more of a “variable” that gets passed to edit. So we can pull them off and put them somewhere. This is a good place for a WSGI extension. Lets put them in environ["app.url_date"].
We’ll pass one other applications in – once we get the date (if any) we need to pass the request onto an application that can actually handle it. This “application” might be a URLParser or similar system (that figures out what /edit means).
class GrabDate(object):
def __init__(self, subapp):
self.subapp = subapp
def __call__(self, environ, start_response):
date_parts = []
while len(date_parts) < 3:
first, rest = wsgilib.path_info_split(environ['PATH_INFO'])
try:
date_parts.append(int(first))
wsgilib.path_info_pop(environ)
except (ValueError, TypeError):
break
environ['app.date_parts'] = date_parts
return self.subapp(environ, start_response)
This is really like traditional “middleware”, in that it sits between the server and just one application.
Assuming you put this class in the myapp.grabdate module, you could install it by adding this to your configuration:
middleware.append('myapp.grabdate.GrabDate')
Besides looking in the filesystem, “object publishing” is another popular way to do URL parsing. This is pretty easy to implement as well – it usually just means use getattr with the popped segments. But we’ll implement a rough approximation of Quixote’s URL parsing:
class ObjectApp(object):
def __init__(self, obj):
self.obj = obj
def __call__(self, environ, start_response):
next = wsgilib.path_info_pop(environ)
if next is None:
# This is the object, lets serve it...
return self.publish(obj, environ, start_response)
next = next or '_q_index' # the default index method
if next in obj._q_export and getattr(obj, next, None):
return ObjectApp(getattr(obj, next))(
environ, start_reponse)
next_obj = obj._q_traverse(next)
if not next_obj:
# Do a 404
return ObjectApp(next_obj)(environ, start_response)
def publish(self, obj, environ, start_response):
if callable(obj):
output = str(obj())
else:
output = str(obj)
start_response('200 OK', [('Content-type', 'text/html')])
return [output]
The publish object is a little weak, and functions like _q_traverse aren’t passed interesting information about the request, but this is only a rough approximation of the framework. Things to note:
Anyway, this example is less complete, but maybe it will get you thinking.


Sylvanian Families Waters Beaver Family (Tomy)
The Waters Beavers are one of the original families in Sylvania.
UK Biography Information
Father Wade Waters is the best house builder and carpenter in the Sylvanian woods He can build you anything from a tree house to a large family home on the hills of Sylvania.
Mother Nancy Waters is a great gardener who grows the most beautiful flowers and delicious vegetables in the whole of Sylvania. She's famous for her miniature roses and sweet peas.
Brother Roger Waters is very friendly and sporty, making him so popular he was voted head-boy of his school, a job he takes very seriously.
Sister Misty Waters day-dreams all the time. Her favourite day dream is of being a famous dancer; as the principle ballerina in Swan Lake of topping the bill in the theatre production of Cats.


You have no routes created. Go make your first one!
{{route.startLabel}} to {{route.endLabel}}
Leaving between {{route.fromHour > 12 ? route.fromHour-12 : route.fromHour}}:{{route.fromHour > 11 ? route.fromMinutes + "PM" : route.fromMinutes + "AM"}} and {{route.toHour > 12 ? route.toHour-12 : route.toHour}}:{{route.toHour > 11 ? route.fromMinutes + "PM" : route.fromMinutes + "AM"}}
No drivers have accepted the ride yet.
{{route.confirmedDriverRoute.driverInformation.name}}
{{route.confirmedDriverRoute.driverInformation.phoneNumber}}
From: {{route.startLabel}}
To: {{route.endLabel}}
Leaving between {{route.fromHour > 12 ? route.fromHour-12 : route.fromHour}}:{{route.fromHour > 11 ? route.fromMinutes + "PM" : route.fromMinutes + "AM"}} and {{route.toHour > 12 ? route.toHour-12 : route.toHour}}:{{route.toHour > 11 ? route.fromMinutes + "PM" : route.fromMinutes + "AM"}}
{{route.days}}
{{confirmedRoute.passengerInformation.name}}
Driving: {{confirmedRoute.days}}
Leaving between {{route.fromHour > 12 ? route.fromHour-12 : route.fromHour}}:{{route.fromHour > 11 ? route.fromMinutes + "PM" : route.fromMinutes + "AM"}} and {{route.toHour > 12 ? route.toHour-12 : route.toHour}}:{{route.toHour > 11 ? route.fromMinutes + "PM" : route.fromMinutes + "AM"}}
From: {{confirmedRoute.startLabel}}
To: {{confirmedRoute.endLabel}}
{{confirmedRoute.passengerInformation.name}}
Driving: {{confirmedRoute.days}}
{{confirmedRoute.fromHour}}:{{confirmedRoute.fromMinutes}} and {{confirmedRoute.toHour}}:{{confirmedRoute.toMinutes}}
From: {{confirmedRoute.startLabel}}
To: {{confirmedRoute.endLabel}}


In this step we create a vrBrowser class and read in a VRML file.
void main(int argc, char *argv[]) { printf("VRaniML Pretty Printer\n"); printf("Version 1.0\n\n"); vrBrowser browser; }
void main(int argc, char *argv[]) { printf("VRaniML Pretty Printer\n"); printf("Version 1.0\n\n"); vrBrowser browser; // Read the file (note: we hardcode the filename here // for ease of instruction). Note: Sending NULL to ReadURL // will cause the browser to read from stdin. browser.ReadURL("[install_dir]/sample browser/logo.wrl"); }
Where '[install_dir]' is the directory into which you installed the VRaniML library (c:/program files/great hill corporation/vraniml by default).
This program should behave exactly as it did in Step 2. We now have a full scene graph. In the next step we will export the file to the stdout stream.


Hello! My name is Matthew Mellea and I'm a 16 year old student from the San Francisco Bay Area.
I'm interested in mechanical engineering, robotics, machining, Computer Aided Design, entrepreneurship, and programming.
Send me an email!
Hello! My name is Matthew Mellea and I'm a 16 year old student from the San Francisco Bay Area.
I'm interested in mechanical engineering, robotics, machining, Computer Aided Design, entrepreneurship, and programming.
Send me an email!


Collective Soul-She Said -----|------------------3--|------------------------3--|---------------------| -----|------------3-----3--|------------------------3--|---------------------| -----|------------0-----0--|-----0-h-0----0----0----0--|---------------------| -----|---0-h-2------0------|-----0-h-2----0----0----0--|---------------------| -----|---0-h-3------2------|-----0-h-3----0----2----2--|---2--3--2-----------|- -----|--------------3------|-------------------3----0--|--------------3---0--| Riff 1 Riff 2 Riff 3 Riff 1 Riff 1 She said that time is unfair to a woman her age Riff 1 Riff 1 And now that wisdom has come everything else fades F C Riff 1x2 She said she realizes she's seen her better days *Riff 2 * Bandintro She said she can't look back to her days of youth Riff 2 Riff 2 What she thought were lies, she later found was truth F C Riff 2X2 She said her daddy had dreams but he drank them away F C Riff 2X2 And her mother's to blame for the way she is today G Cadd9 Life's river shall rise, she said G Cadd9 And only the strong shall survive, she said verse G Cadd9 But I'm feeling quite weak, she said G Cadd9 Riff2x2 Will you comfort and forgive me, she said Riff 2 Riff 2 She said she's still searching for salvation's light Riff 2 Riff 2 Yet she wishes all day and she prays all night F C Riff 2x2 She said she won't speak of love cause love she's never known F C Riff 2x2 And it's moments like these she hates to be alone G Cadd9 Life's river shall rise, she said G Cadd9 And only the strong shall survive, she said G Cadd9 But I'm feeling quite weak, she said G Cadd9 Riff 2x4 Will you comfort and forgive me, she said F C Riff 2x2 (Line twice) Riff 1 Riff 1 Riff 1 Riff 1 G Cadd9 Cadd9 Riff 2x2 Will you comfort and forgive, forgive me, She said Riff 1 Riff 1 Forgive me, she said Riff 1 Riff 1 Forgive me, she said


${headerMessage}
While ${extensionDisplayName} is offered for free, if you find it useful, please consider supporting it.


Review: The New Eve (2000) Reviewed by Eugene Novikov http://www.ultimate-movie.com/ Member: Online Film Critics Society
Starring Karin Viard, Pierre-Loup Rajot, Catherine Frot, Sergi Lopez. Directed by Catherine Corsini. Unrated (would be a strong R for sex and profanity).
I've been horribly dilatory in catching up with the best of French cinema; as such, my experience with the nation's impressive film history is limited to the most populist entries. I keep promising myself that I'll get to it but it never seems to happen. In any event, I seriously doubt that Catherine Corsini's The New Eve (La Nouvelle Eve) will be considered a masterpiece by anyone, though it is a worthy effort. It's sometimes rambling, sometimes incoherent but also sporadically insightful. This won't be a blockbuster.
When we're introduced to Camille, she is a pseudo-independent club hopper, having sex with strange men, regularly taking various mind- altering substances, partying with a lesbian couple and earning derision from her family, including her married brother whose wife is expecting a baby. A subtly presented "afraid of commitment" cliche, Camille refuses to get into a serious relationship with anyone.
That all changes when she meets Alexis (Pierre-Loup Rajot). She quickly falls in love with him, before she has a chance to find out that he is a married father of two and a serious political activist. Everybody tells her that chasing a married man is pure masochism and bound to lead to no good, she goes after Alexis anyway. Luckily for her, Alexis doesn't put up too much of a fight -- his resistance amounts to "I can't. No, really, I can't. Seriously, this isn't a good idea. Ok, fine" -- and they start an affair.
Suddenly, after the two spend a weekend together away from the wife, Alexis's wimps out. He says that he can't, in good conscience, continue this relationship and keep his wife in the dark. Confused, heart-broken and frightened, Camille reverts to her old ways, nearly killing herself in the process.
The New Eve hardly ever tests our patience. Though it has a tendency to overstate some of its points, the 94 minutes go by reasonably quickly. Karin Viard gives a discovery of a performance; her desperation is painfully palpable and when she is happy, so are we. She also involves us in her character -- at about the halfway point I realized that I was genuinely interested in what was going to happen to this person in the end. The film sets up its conflict so carefully that the outcome is difficult to predict.
Where the movie goes wrong is its pacing. The film lingers on certain plot points longer than we'd like it to but other events go by so fast that it becomes hard to follow. I think that at one point I actually missed the protagonist getting married. Crucial scenes are rushed through while inconsequentials are emphasized (instead of the lengthy, pointless post-coitus conversation, for example, the film could have used more exposition).
The movie's ending is bizarre and more than a little confusing, though certainly open to interpretation. It's so open to interpretation, as a matter of fact, that it muddles the movie's actual point, leaving us to debate amongst ourselves whether The New Eve was actually trying to say something with its denoument or just to catch us off-guard. Is that a good thing? Well, whatever floats your boat.
Grade: B-
©2000 Eugene Novikov
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Docker Swarm overview
Estimated reading time: 2 minutesYou are viewing docs for legacy standalone Swarm. These topics describe standalone Docker Swarm. In Docker 1.12 and higher, Swarm mode is integrated with Docker Engine. Most users should use integrated Swarm mode — a good place to start is Getting started with swarm mode, Swarm mode CLI commands, and the Get started with Docker walkthrough). Standalone Docker Swarm is not integrated into the Docker Engine API and CLI commands.
Docker Swarm is native clustering for Docker. It turns a pool of Docker hosts into a single, virtual Docker host. Because Docker Swarm serves the standard Docker API, any tool that already communicates with a Docker daemon can use Swarm to transparently scale to multiple hosts. Supported tools include, but are not limited to, the following:
- Dokku
- Docker Compose
- Docker Machine
- Jenkins
And of course, the Docker client itself is also supported.
Like other Docker projects, Docker Swarm follows the “swap, plug, and play” principle. As initial development settles, an API develops to enable pluggable backends. This means you can swap out the scheduling backend Docker Swarm uses out-of-the-box with a backend you prefer. Swarm’s swappable design provides a smooth out-of-box experience for most use cases, and allows large-scale production deployments to swap for more powerful backends, like Mesos.
Understand Swarm cluster creation
The first step to creating a swarm cluster on your network is to pull the Docker Swarm image. Then, using Docker, you configure the swarm manager and all the nodes to run Docker Swarm. This method requires that you:
- open a TCP port on each node for communication with the swarm manager
- install Docker on each node
- create and manage TLS certificates to secure your cluster
As a starting point, the manual method is best suited for experienced
administrators or programmers contributing to Docker Swarm. The alternative is
to use docker-machine
to install a cluster.
Using Docker Machine, you can quickly install a Docker Swarm on cloud providers or inside your own data center. If you have VirtualBox installed on your local machine, you can quickly build and explore Docker Swarm in your local environment. This method automatically generates a certificate to secure your cluster.
Using Docker Machine is the best method for users getting started with Swarm for the first time. To try the recommended method of getting started, see Get Started with Docker Swarm.
If you are interested in manually installing or interested in contributing, see Build a swarm cluster for production.
Discovery services
To dynamically configure and manage the services in your containers, you use a discovery backend with Docker Swarm. For information on which backends are available, see the Discovery service documentation.
Advanced scheduling
To learn more about advanced scheduling, see the strategies and filters documents.
Swarm API
The Docker Swarm API is compatible with the Docker remote API, and extends it with some new endpoints.
Getting help
Docker Swarm is still in its infancy and under active development. If you need help, would like to contribute, or simply want to talk about the project with like-minded individuals, we have a number of open channels for communication.
-
To report bugs or file feature requests, use the issue tracker on Github.
-
To talk about the project with people in real time, join the
#docker-swarm
channel on IRC. -
To contribute code or documentation changes, submit a pull request on Github.
For more information and resources, visit the Getting Help project page.
docker, swarm, clustering


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