{% extends 'base.html' %} {% block head %} {% endblock %} {% block body %}
It was assumed that each grid cell has one turbine with the following parameters:
Blade length, l = 52 m
Air density, p = 1.23 kg/m3
Power Coefficient, Cp = 0.4
A = 𝜋l2
Wind speed, v
Then the output of each grid was calculated using the equation:
Pavail = ½pAv3Cp
On this basis and Revenue for offshore wind energy in 2019, the income from one wind turbine was calculated.


In JavaScript, functions are divided into declarative functions and anonymous functions.
Declarative functions are interpreted only once when the page is loaded. Once interpreted, the function is executed each time it is called. A declarative function creates the function keyword, function name, argument list, and function body with the following syntax:
function functionName (arg1, arg2,,,argN) { //Execution syntax }
function add(a,b) { return a + b; } alert(add(3,4));
An anonymous function is a function that is created dynamically at runtime.
var multiply = function(a, b) { return a * b }; alert(multiply(3,4));
You can create an anonymous function using the Function's constructor. But it is not used often.
var minus = new Function('a','b', 'return a - b'); alert(minus(3,4));
If you enclose the function with '(' and ')();', the function in parentheses is executed immediately.
Self-Executing Anonymous Functions are often found in JavaScript library code, such as jQuery.
(function() { alert("Hello World!"); })();
(function(whom) { alert("Hello " + whom); })('John Doe');
(function(a, b) { alert(a + b); })(2,5);
Scoping is a rule that determines the effective area of a variable.
Understanding scoping requires an understanding of hoisting.
Hoisting refers to the action of a JavaScript interpreter to 'raise a declared variable or function to the top of the current execution area'.
The assignment statement is not subject to hoisting because it is done during runtime.
For reference, hoisting is not an official term in JavaScript.
In Java, variables declared in a block are valid only within a block.
In JavaScript, however, such variables can only be created within a function.
In JavaScript, you can not create variables that are valid only in the {} and if statement blocks.
Predict the results of the following code.
var x = 1; function fn() { if (true) { var x = 10; } alert(x); } fn();
var x = 1; function fn() { x = 10; return; } fn(); alert(x);
var x = 1; function fn() { x = 10; return; function x() {} } fn(); alert(x);
The identifier x of the fn() function is valid only within the fn() function.
Exactly the above source is interpreted as follows.
var x = 1; function fn() { function x() {} x = 10; return; } fn(); alert(x);
var x = 1; function fn() { function x() {} x = 10; return x; } var retVal = fn(); alert(retVal); alert(x);
In JavaScript, you can not create variables that are valid only in the {} and if statement blocks.
var x = 1; alert(x); if (true) { var x = 2; alert(x); x++; } alert(x);
function foo() { var x = 1; if (x) { (function () { var x = 2; alert(x); }()); } alert(x); } foo();
The above example declares var x = 2; in the function.
This x variable is a new variable with a valid region only within the function, and has no relation to the variable x (var x = 1;) outside the function.
var x = 10; function fn() { alert(x); var x = 20; alert(x); } fn(); alert(x);
The above code is hoisted and interpreted as follows.
var x = 10; function fn() { var x; alert(x); x = 20; alert(x); } fn(); alert(x);
In the above code, comment out the var x declared in the function fn() to see how the result will change.
sayHo(); //SayHo() comes first in the code. function sayHo() { alert("Ho"); }
The above code is hoisted and interpreted as follows.
function sayHo() { alert("Ho"); } sayHo();
The following code, which looks similar, throws an error.
sayHo(); //TypeError: sayHo is not a function var sayHo = function() { alert("Ho"); }
The following is a more difficult example.
function bumpInto() { function greet() { alert("How You Doin?"); } return greet(); function greet() { alert("What's Up?"); } } bumpInto();
The above code is hoisted and interpreted as follows.
function bumpInto() { function greet() { alert("How You Doin?"); } function greet() { alert("What's Up?"); } return greet(); } bumpInto();
If the parameter list is different, will it overload as Java?
function bumpInto() { function greet() { alert("How You Doin?"); } function greet(whom) { //Greet function with parameters alert("What's Up?"); } return greet(); } bumpInto();
JavaScript functions are not overloaded like Java.
The greet (whom) function declared later is executed.
The assignment statement is said to be non-hoisting because it is done during runtime.
Consider the following example.
function bumpInto() { var greet = function () { alert("How You Doin?"); } return greet(); var greet = function (whom) { alert("What's Up?"); } } bumpInto();
The above code is hoisted and interpreted as follows.
function bumpInto() { var greet; var greet; greet = function () { alert("How You Doin?"); } return greet(); greet = function (whom) { alert("What's Up?"); } } bumpInto();
The greet() function that prints "What's Up?" after the return statement has no chance to execute.
JavaScript supports inner functions.
An inner function can use a variable declared in an outer function (wrapping inner function).
function fn() { var balance = 0; //outside variable function deposit(money) { //inner function balance += money; alert(balance); } deposit(100); } fn();
There is no way to call an internal function directly outside the parent function, but there is a way to execute the internal function outside the parent function.
"A JavaScript function is basically a function object, so you can assign a function to a variable or pass it as an argument to another function."
The code returns a reference to the inner function so that it can be referenced outside the parent function.
By returning a reference to the inner function in the above example, you can change it to be able to reference it outside of the parent function.
function fn() { var balance = 0; //outside variable function deposit(money) { //inner function balance += money; alert(balance); } alert("The fn() function is executed."); return deposit; } var retFn = fn();//If the function fn does not return, retFn is undefined. retFn(200);
The fact that this code runs without problems makes the Java programmer uncomfortable.
In Java, local variables defined in a method disappear when the method terminates.
Likewise, when the fn() function is terminated, the local variables defined within the function should be removed, but the variable balance is still valid even though the fn() function returns a return value.
balance is still valid because retFn has a closure.
A closure is a special object made up of two.
The first is the function and the second is the environment in which the function was created.
Here, the environment is a variable that can be used when a function is created.
"retFn has a closure containing the deposit function and the balance variable."
function fn() { var balance = 0; function deposit(money) { balance += money; alert(balance); } return deposit; } var ac1 = fn(); alert("---ac1---"); ac1(50); ac1(450); var ac2 = fn(); alert("---ac2---"); ac2(2000); ac2(500);
A closure is created when a function's internal functions are referenced outside the function.
The fact that an inner function can be called through a reference beyond its scope means that the function can still be called in the future, so JavaScript must keep the function.
If a variable is a local variable of a parent function, the inner function inherits the scope of the parent and can reference the variable.
If you call deposit() twice with the same reference variable, you can see that the value of the balance variable is accumulated.
ac1 (50); ac1 450;
ac2 (200); ac2 (500);
Also, in calls to the deposit() function that use different reference variables (ac1 and ac2), the balance variables increase independently of each other.
function account(accountNo) { var balance = 0; function getAccountNo() { return accountNo; } function deposit(money) { balance += money; } function withdraw(money) { balance -= money; } function getBalance() { return balance; } return { "getAccountNo": getAccountNo, "deposit": deposit, "withdraw": withdraw, "getBalance": getBalance }; } var ac1 = account('111'); ac1.deposit(1000); ac1.withdraw(500); alert(ac1.getAccountNo() + ': ' + ac1.getBalance()); var ac2 = account('222'); ac2.deposit(3000); ac2.withdraw(1000); alert(ac2.getAccountNo() + ': ' + ac2.getBalance());
The four internal functions refer to the same local variables and share the same scope of variables.
If the deposit() function increments the balance by 1000, the value of the increased balance will be the new starting value when withdraw () is called again.
When account() is called again like var ac2 = account('222');, a new instance of the closure with the same closed environment is created.
In JavaScript, the following is similar to a class in Java.
function Account(accountNo,balance) { this.accountNo = accountNo.toString(); this.balance = balance; } Account.prototype.getAccountNo = function () { return this.accountNo; }; Account.prototype.getBalance = function () { return this.balance; }; Account.prototype.deposit = function (money) { this.balance += money; }; Account.prototype.withdraw = function (money) { this.balance -= money; }; var ac1 = new Account('111',500); ac1.deposit(1000); ac1.withdraw(500); alert(ac1.getAccountNo() + ': ' + ac1.getBalance()); var ac2 = new Account('222',1000); ac2.deposit(3000); ac2.withdraw(1000); alert(ac2.getAccountNo() + ': ' + ac2.getBalance());References


The TinyOS 2.x base station that forwards packets between the UART and radio.It replaces the GenericBase of TinyOS 1.0 and the TOSBase of TinyOS 1.1.
On the serial link, BaseStation sends and receives simple active messages (not particular radio packets): on the radio link, it sends radio active messages, whose format depends on the network stack being used. BaseStation will copy its compiled-in group ID to messages moving from the serial link to the radio, and will filter out incoming radio messages that do not contain that group ID.
BaseStation includes queues in both directions, with a guarantee that once a message enters a queue, it will eventually leave on the other interface. The queues allow the BaseStation to handle load spikes.
BaseStation acknowledges a message arriving over the serial link only if that message was successfully enqueued for delivery to the radio link.
The LEDS are programmed to toggle as follows:


https://agx123.herokuapp.com//2018-02-23.jpg
This is the daily AgX chart for today 2018-02-23.
Today’s 200 day moving average is 0.92 for a STEEM/SBD ratio of 0.89.
What is AgX?
The Mayer’s multiple (200 days moving average of the BTC/USD price) is known to be a good indicator of the BTC price evolution.
AgX aims to be a similar indicator regarding the STEEM/SBD ratio, in order for users to find the right moment to exchange their SBD for STEEM at the best possible rate.
Historically a good time to sell steem for SBD is when the blue line is at the top of the chart, and it’s a good time to sell SBD for Steem when the blue line is at the bottom of the chart.
I originaly intended to take this off my wall today, but I’m not planning on moving it Saturday or Sunday to @agx.
Original idea by @aggroed (Vote for witness)
Developed by @stoodkev (Vote for witness)
This page is synchronized from the post: ‘Steem/SBD and AgX evolution - 2018-02-23’


@views.html.common.main("RESOLVEWebIDE - Registration", null) {
Your confirmation link has expired. Please click HERE to generate a new confirmation link.


Summary
An automatic insulin dosing mechanism composed of an insulin pump, continuous glucose monitor (CGM), and dose controller, is close to a mechanical cure for Type 1 diabetes. The dose controller is an integral part of the system, and can be designed using a range of techniques from the field of control systems engineering. The AP controller project proposed here would be to research, design, and test dose controllers on virtual patients. If software testing is successful, the controller can be implemented cheaply in hardware as a proof of concept.
Type 1 diabetes is an autoimmune disease which causes the destruction of insulin producing cells in the body. In healthy people, these insulin-producing cells regulate blood glucose levels. People with type 1 diabetes must manually regulate their blood glucose level. Variations in blood glucose result in a variety of adverse physical and mental effects; management of blood glucose is therefore the principal challenge of type 1 diabetes.
Continuous glucose monitors (CGMs) have enabled automated, high frequency, real-time readings of blood glucose levels. To dose insulin, people with type 1 diabetes use either imprecise manual injections via syringe, or precise dosing via insulin pump. Dosing insulin to regulate blood glucose levels is currently a manual process.
The combination of a CGM, an insulin pump, and an automated dose controller is known as a ”Closed Loop System.” Such systems have historically been limited by the imprecision of blood glucose measurement, but they are increasingly viable as sensor technology improves. The logic of the automated dose controller is often referred to as an AP or AP controller, standing for artificial pancreas.
The sensors, infusion sites, and devices required for a closed-loop system are inconvenient, but they enable a functional cure not yet available through biological methods.
The AP Controller project is to implement and test one or more viable insulin dose controller schemes, which would robustly manage blood glucose under a wide variety of intrinsic and external conditions. Intrinsic conditions are differences in insulin resistance and glucose response between patients. External conditions are manual dosing, arbitrary glucose variations caused by meals or exercise, and missed or miscalibrated sensor readings.
The project will be split into three phases. The first phase will be to implement the software patients and a set of comprehensive tests, from which the performance of the control schemes can be compared. The second phase will be to implement and test control schemes in software. The third phase will be to implement the control schemes into hardware. A summary of the higher-order goals is shown in table 1.
| Phase | Goal | Category |
| Preliminary | ||
| ∙ Faculty advisor recruitment | admin |
|
| ∙ Student recruitment | admin |
|
| ∙ Finalized Winter ’20 Roadmap | admin |
|
| ∙ Product: Project Proposal and Winter ’19 roadmap |
||
| Phase 1 | ||
| ∙ Implement ”no controller” test case in patient simulator | software |
|
| ∙ Implement benchmarks for control schemes | software, bio-eng |
|
| ∙ Product: Phase 1 Design Report |
||
| Phase 2 | ||
| ∙ Review literature re: control schemes | control, bio-eng |
|
| ∙ Implement control scheme | software |
|
| ∙ Benchmark and compare control scheme(s) | control, bio-eng |
|
| ∙ Alter control schemes, test | control, bio-eng |
|
| ∙ Fundraising for hardware | admin |
|
| ∙ Product: Phase 2 Design report |
||
| Phase 3 | ||
| ∙ Obtain hardware | admin |
|
| ∙ Develop hardware testing (response simulated) | hardware |
|
| ∙ Port control scheme(s) to hardware | software |
|
| ∙ Test control schemes in hardware | control, software |
|
| ∙ Product: Phase 3 Design Report |
||
The number of students in the project will determine the timeline of these phases. With just one student: phase 1 could be completed by mid-winter 2020; phase 2 by mid-spring 2020; and the final phase by end of spring into summer of 2020.
Additional students with additional skills would help not only accelerate the timeline but also expand its scope. More models could be compared and more robustly tested. Once the test apparatus is in place, the work could be made parallel – each student could implement their own controller, and then those controllers could be tested against one another.
We will use the FDA approved software simulator, UVA/Padova [4]. A 30-patient (10 adults, 10 children, 10 elderly) version of the simulator is freely available as a python library called simGlucose [7]. Therefore, the codebase of the project will be written primarily in Python 3.
Benchmarking will be composed of an evaluation of the simulation data after a long simulated test period (24 - 48 hours). Benchmarks for controller performance will need to be devised; possibilities include total time in acceptable range, severity of hypoglycemic events, severity of hyperglycemic events, stability of blood glucose. Models will be scored based on a combination of these factors.
CGM noise, missed readings, exogenous changes to blood glucose, and changes to insulin sensitivity can be simulated to test the stability of the controller.
Controllers in closed-loop systems generally fall into two classes: Model Predictive (MPC) and Proportional-Integral-Derivative (PID) controllers. While PID controllers are simpler, MPC controllers have yielded the most promising results in the field. A range of different schemes have been clinically tested – MPC, PID, and some hybrids. And many more have been tested in software. [3, 1]
As a first stage (phase 2), we will implement an already-existing MPC controller. At later stages, we will improve the controller to better suit the AP problem.
Experimenting with controllers using commercial hardware is typically not possible. However, some older model Medtronic pumps1 have been reverse-engineered to be controlled using a 915MHz radio module, which is available from several different manufacturers. The controller itself can run on a Raspberry Pi Zero WH. The pump/controller interface is available under an MIT license from the OpenAPS project [5]. It is also written in Python 3. The pump, radio, and controller hardware are inexpensive, and a complete kit can be purchased for a student budget (under $1000).
Implementing the scheme in hardware, rather than solely in software, is attractive. Since the AP would be a wearable device, implementing as much of it in hardware as possible would provide another important engineering constraint for the model – power, because the complexity of the controller will have direct implications on power usage. Further, it provides a real “proof-of-concept,” a tangible final milestone.
This project is compatible with the ABET student outcomes:
A. an ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics
The process of selecting and designing a controller for an AP will present a significant engineering challenge. The constraints of the AP problem are unique and will require a solid understanding of control theory and programming. A biological understanding of the response of blood glucose to insulin and environmental factors will be required. Finally, designing the hardware interfaces – particularly the hardware interface with the software patient model – will be an additional challenge.
B. an ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors
Incidence of Type 1 is increasing throughout the developed word for unclear reasons. The disease affects 1.25 million people in the United States, many of them children. [2, 6] A full closed-loop AP system is the cutting edge of diabetes care – for now, the closest we have to a cure. An robust AP controller is an essential piece.
Also, any medication which can be mechanically delivered and the effects thereof measured on a continuous basis can be controlled in a similar manner. The design (interface between delivery and measurement device) and constraints (incomplete measurements, non-recoverable delivery) of the AP system may partially be shared by other medications in other contexts.
C. an ability to communicate effectively with a range of audiences
A single-person project would require close communication with project advisors, sponsors, and the general public. We will need literacy in multiple areas: engineering, biological science, and project management. If the project recruits multiple students, communication between team members will be not only a core priority, but essential to a successful outcome.
D. an ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts
Safety is the largest challenge of the artificial pancreas, because insulin, once delivered, cannot be removed. Hypoglycemia, caused when too much insulin is delivered, causes impairment in the best case and death at worst. On the other hand, hyperglycemia causes both short-term and long-term damage. While there is no physical risk for this project, minimizing both frequency and severity of hypoglycemia events will be a core constraint, just as it would be in a real closed-loop system.
E. an ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives
To accomplish the multiple phases of the project, a significant amount of planning will be required. Due to the interdisciplinary nature of the project, extensive collaboration between team members and advisers will be required. If multiple students are recruited, they will need to work together to succeed, because the team would need to work across disciplines.
F. an ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions
A large amount of data will be produced from the software simulations. Interpreting this data to inform the design of the controller will be a central challenge of the project.
G. an ability to acquire and apply new knowledge as needed, using appropriate learning strategies.
The AP problem has been studied since the 1970 [1] – a wide body of research has been produced about the design of AP controllers in particular.
FrancisJ. Doyle et al. “Closed-Loop Artificial Pancreas Systems: Engineering the Algorithms”. In: Diabetes Care 37.5 (2014), pp. 1191–1197.
Edwin A.M. Gale. “The Rise of Childhood Type 1 Diabetes in the 20th Century”. In: Diabetes 51.12 (2002), pp. 3353–3361.
Roman Hovorka. “Closed-loop insulin delivery: from bench to clinical practice”. In: Nature Reviews Endocrinology 7.7 (Feb. 2011), pp. 385–395. issn: 1759-5037. doi: 10.1038/nrendo.2011.32. url: http://dx.doi.org/10.1038/nrendo.2011.32.
Chiara Dalla Man et al. “The UVA/PADOVA Type 1 Diabetes Simulator”. In: Journal of Diabetes Science and Technology 8.1 (Jan. 2014), pp. 26–34. issn: 1932-2968. doi: 10.1177/1932296813514502. url: http://dx.doi.org/10.1177/1932296813514502.
OpenAPS. 2019. url: https://openaps.org/.
Christopher C. Patterson et al. “Trends and cyclical variation in the incidence of childhood type 1 diabetes in 26 European centres in the 25 year period 1989–2013: a multicentre prospective registration study”. In: Diabetologia 62.3 (Nov. 2018), pp. 408–417. issn: 1432-0428. doi: 10.1007/s00125-018-4763-3. url: http://dx.doi.org/10.1007/s00125-018-4763-3.
Jinyu Xie. Simglucose v0.2.1. 2018. url: https://github.com/jxx123/simglucose.


Developer
ConorTheDev
Compatibility: This package is compatible with iOS iOS 12.0 to 13.4.1.
ShyLabels13 is the original ShyLabels tweak by NoisyFlake updated for iOS 13!
Your app labels will hide themselves when not in use.

Notes:
Initial Release 🎉


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The key function of this web component is to make the data more friendly both for the user and the developer.
It is easy to use as it gets two parameters: Id
and Title
.
If both parameters are given to the component next to the title another component will be rendered,
The other one renders the info given between the tags in the newly created.
JavaScript was created by Brendan Eich in 1995 during his time at Netscape Communications. It was inspired by Java, Scheme and Self.
Eich continued to oversee the development of SpiderMonkey, the specific implementation of JavaScript in Navigator.
JavaScript was created by Brendan Eich in 1995 during his time at Netscape Communications. It was inspired by Java, Scheme and Self.
Eich continued to oversee the development of SpiderMonkey, the specific implementation of JavaScript in Navigator.


Syntax:
multiple-value-bind (var*) values-form declaration* form*
=> result*
Arguments and Values:
var---a symbol naming a variable; not evaluated.
values-form---a form; evaluated.
declaration---a declare expression; not evaluated.
forms---an implicit progn.
results---the values returned by the forms.
Description:
Creates new variable bindings for the vars and executes a series of forms that use these bindings.
The variable bindings created are lexical unless special declarations are specified.
Values-form is evaluated, and each of the vars is bound to the respective value returned by that form. If there are more vars than values returned, extra values of nil are given to the remaining vars. If there are more values than vars, the excess values are discarded. The vars are bound to the values over the execution of the forms, which make up an implicit progn. The consequences are unspecified if a type declaration is specified for a var, but the value to which that var is bound is not consistent with the type declaration.
The scopes of the name binding and declarations do not include the values-form.
Examples:
(multiple-value-bind (f r) (floor 130 11) (list f r)) => (11 9)
Affected By: None.
Exceptional Situations: None.
See Also:
Notes:
(multiple-value-bind (var*) values-form form*) == (multiple-value-call #'(lambda (&optional var* &rest #1=#:ignore) (declare (ignore #1#)) form*) values-form)


You’re already a superb trainer with a brilliant command of the classroom, so we’re not going to bore you by going over old ground in our Train the Trainer program.
Instead, we’ll help you virtualise your brilliance and deliver the exciting, live and interactive virtual learning experiences your participants deserve. Master the technology and create energy through interaction in your virtual world.
If you’ve still got questions, our brochure has the answers. It covers everything you need to know about our Train the Trainer program. Click the button to download it.
Download a full brochureOur NPS scores are amongst the best in the business. Our participants aren’t just delighted with the training they receive, they can’t wait to tell everyone else about it too.
The content was valuable, the delivery was excellent and the trainer was excellent.
Dao Burt - Illumina
I think this was a fantastic program. It's amazing to attend a program that is demonstrating the principles that it is trying to teach, and to do it so well.
Marty Flores - 10x Genomics
The Virtual Training Team Train the Trainer Program consists of 6 linked workshops.
Here they are in more detail.
100+ tips and techniques to help you make the transition from the classroom to the virtual training world.
Everything you need to know to virtualise your classroom content, and design new material from the ground up.
Learn our tried and tested method to create a psychologically safe environment to get conversations going.
Learn by doing and make mistakes in a safe environment as you design and deliver a short virtual workshop.


Rotation 9: Arduino
Project Description:
For Arduino, we were supposed to document and complete at least 6 projects from the guide. On our computers, we downloaded the program Arduino and put it in our Google Drives. Thankfully, for time, the program already had the coding done for each different project we would do. Arduino was fun to use to learn how a circuit works and it was exciting to see the final outcome of all the pieces come together to create a circuit. Below are pictures of some of the circuits I created through Arduino.
One of the projects that I did allowed for me to change the color of the light by programming the amount of red, green, or blue that would be present. It was fun to see how much of the three colors I need to code into the project to make a final color of my choosing.


Output message layouts.
| Class | Description |
|---|---|
| ExceptionLayout | A Layout that renders only the Exception text from the logging event |
| Layout2RawLayoutAdapter | Adapts any ILayout to a IRawLayout |
| LayoutSkeleton | Extend this abstract class to create your own log layout format. |
| PatternLayout | A flexible layout configurable with pattern string. |
| PatternLayout.ConverterInfo | Wrapper class used to map converter names to converter types |
| RawLayoutConverter | Type converter for the IRawLayout interface |
| RawPropertyLayout | Extract the value of a property from the LoggingEvent |
| RawTimeStampLayout | Extract the date from the LoggingEvent |
| RawUtcTimeStampLayout | Extract the date from the LoggingEvent |
| SimpleLayout | A very simple layout |
| XmlLayout | Layout that formats the log events as XML elements. |
| XmlLayoutBase | Layout that formats the log events as XML elements. |
| XmlLayoutSchemaLog4j | Layout that formats the log events as XML elements compatible with the log4j schema |
| Interface | Description |
|---|---|
| ILayout | Interface implemented by layout objects |
| IRawLayout | Interface for raw layout objects |


This is my First webpage!
Isn't nice?
Here are some things I'm going to learn about coding:
Made with the help of Epicodus!
Check out my Favorite things site!


Please click below to see the HTML version of this email.
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Multiple interactive codes to view and analyze seismic data, via spectrum analysis, wavelet transforms, particle motion, hodograms. Includes general time-series tools, plotting, filtering, interactive display.
| Version: | 3.8-3 |
| Depends: | R (≥ 3.0) |
| Imports: | RPMG, Rwave |
| Suggests: | stats |
| Published: | 2018-08-22 |
| Author: | Jonathan M. Lees [aut, cre], Jake Anderson [ctb], Leonard Lisapaly [ctb], Dave Harris [aut, cph] |
| Maintainer: | Jonathan M. Lees <jonathan.lees at unc.edu> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| Copyright: | see inst/COPYRIGHTS RSEIS copyright details |
| NeedsCompilation: | yes |
| Materials: | NEWS |
| In views: | TimeSeries |
| CRAN checks: | RSEIS results |
| Reference manual: | RSEIS.pdf |
| Package source: | RSEIS_3.8-3.tar.gz |
| Windows binaries: | r-devel: RSEIS_3.8-3.zip, r-release: RSEIS_3.8-3.zip, r-oldrel: RSEIS_3.8-3.zip |
| OS X binaries: | r-release: RSEIS_3.8-3.tgz, r-oldrel: RSEIS_3.8-3.tgz |
| Old sources: | RSEIS archive |
| Reverse depends: | TDD |
| Reverse imports: | geophys, PEIP, RFOC, Rquake, RTOMO |
| Reverse suggests: | AtmRay, psd, TauP.R |
| Reverse enhances: | rFDSN |
Please use the canonical form https://CRAN.R-project.org/package=RSEIS to link to this page.


Package me.yixqiao.jlearn.matrix
Class Matrix
- java.lang.Object
-
- me.yixqiao.jlearn.matrix.Matrix
-
- All Implemented Interfaces:
java.io.Serializable
public class Matrix extends java.lang.Object implements java.io.Serializable
Matrix class and operations.- See Also:
- Serialized Form
-
-
Nested Class Summary
Nested Classes Modifier and Type Class Description static class
Matrix.Init
Initialization methods for Matrix.
-
Constructor Summary
Constructors Constructor Description Matrix(double[][] mat)
Create a matrix from an existing 2d array of doubles.Matrix(int rows, int cols)
Creates a new, empty matrix.Matrix(int rows, int cols, Matrix.Init init)
Create a new matrix using anMatrix.Init
object.
-
Method Summary
All Methods Instance Methods Concrete Methods Deprecated Methods Modifier and Type Method Description Matrix
add(double x)
Add a scalar to all elements.Matrix
add(Matrix m2)
Add another matrix element by element.void
addIP(double x)
Add a scalar to all elements, in place.void
addIP(Matrix m2)
Add another matrix element by element, in place.Matrix
applyEach(java.util.function.ToDoubleFunction<java.lang.Double> function)
Apply a function to each element.Matrix
applyEach(java.util.function.ToDoubleFunction<java.lang.Double> function, boolean useThreading)
Apply a function to each element.void
applyEachIP(java.util.function.ToDoubleFunction<java.lang.Double> function)
Apply a function to each element, in place.void
applyEachIP(java.util.function.ToDoubleFunction<java.lang.Double> function, boolean useThreading)
Apply a function to each element, in place.Matrix
cloneMatrix()
Create a clone of the matrix.void
crossOver(Matrix m2, double weightSelf)
Deprecated.As of v0.2.0, this method has no use.void
divideIP(Matrix m2)
Divide by another matrix element by element, in place.Matrix
dot(Matrix m2)
Calculate the dot product.Matrix
dot(Matrix m2, boolean useThreading)
Calculate the dot product.double
getMaxValue()
Get the greatest value in the matrix.double
getSum()
Get the sum of the elements.Matrix
getTranspose()
Get the matrix transpose.Matrix
multiply(double x)
Multiply each matrix element by a scalar.Matrix
multiply(Matrix m2)
Multiply by another matrix element by element.void
multiplyIP(double x)
Multiply each matrix element by a scalar, in place.void
multiplyIP(Matrix m2)
Multiply by another matrix element by element, in place.void
printMatrix()
Print out the matrix to stdout.void
readFromFile(java.io.DataInputStream dis)
Read the matrix from a file.Matrix
subtract(double x)
Subtract a scalar from all elements.Matrix
subtract(Matrix m2)
Subtract another matrix element by element.void
writeToFile(java.io.DataOutputStream dos)
Write the matrix to a file.
-
-
-
Constructor Detail
-
Matrix
public Matrix(int rows, int cols, Matrix.Init init)
Create a new matrix using anMatrix.Init
object.- Parameters:
rows
- number of rowscols
- number of columnsinit
- instance of init object
-
Matrix
public Matrix(int rows, int cols)
Creates a new, empty matrix.- Parameters:
rows
- number of rowscols
- number of columns
-
Matrix
public Matrix(double[][] mat)
Create a matrix from an existing 2d array of doubles.Note that this constructor does not create a copy of the array passed in.
- Parameters:
mat
- the array to make the matrix with
-
-
Method Detail
-
dot
public Matrix dot(Matrix m2)
Calculate the dot product.- Parameters:
m2
- the other matrix- Returns:
- the result
-
dot
public Matrix dot(Matrix m2, boolean useThreading)
Calculate the dot product.- Parameters:
m2
- the other matrixuseThreading
- whether to use threading- Returns:
- the result
-
add
public Matrix add(double x)
Add a scalar to all elements.- Parameters:
x
- number to add- Returns:
- new matrix
-
addIP
public void addIP(double x)
Add a scalar to all elements, in place.- Parameters:
x
- number to add
-
add
public Matrix add(Matrix m2)
Add another matrix element by element.- Parameters:
m2
- other matrix with same dimensions- Returns:
- new matrix
-
addIP
public void addIP(Matrix m2)
Add another matrix element by element, in place.- Parameters:
m2
- other matrix with same dimensions
-
subtract
public Matrix subtract(double x)
Subtract a scalar from all elements.- Parameters:
x
- number to subtract- Returns:
- new matrix
-
subtract
public Matrix subtract(Matrix m2)
Subtract another matrix element by element.- Parameters:
m2
- other matrix with the same dimensions- Returns:
- the resulting matrix
-
multiply
public Matrix multiply(double x)
Multiply each matrix element by a scalar.- Parameters:
x
- the number to multiply by- Returns:
- the resulting matrix
-
multiplyIP
public void multiplyIP(double x)
Multiply each matrix element by a scalar, in place.- Parameters:
x
- the number to multiply by
-
multiply
public Matrix multiply(Matrix m2)
Multiply by another matrix element by element.- Parameters:
m2
- other matrix with the same dimensions- Returns:
- the resulting matrix
-
multiplyIP
public void multiplyIP(Matrix m2)
Multiply by another matrix element by element, in place.- Parameters:
m2
- other matrix with the same dimensions
-
divideIP
public void divideIP(Matrix m2)
Divide by another matrix element by element, in place.- Parameters:
m2
- other matrix
-
applyEach
public Matrix applyEach(java.util.function.ToDoubleFunction<java.lang.Double> function)
Apply a function to each element.- Parameters:
function
- the function to apply- Returns:
- the resulting matrix
-
applyEach
public Matrix applyEach(java.util.function.ToDoubleFunction<java.lang.Double> function, boolean useThreading)
Apply a function to each element.- Parameters:
function
- the function to applyuseThreading
- whether to use threading- Returns:
- the resulting matrix
-
applyEachIP
public void applyEachIP(java.util.function.ToDoubleFunction<java.lang.Double> function)
Apply a function to each element, in place.- Parameters:
function
- the function to apply
-
applyEachIP
public void applyEachIP(java.util.function.ToDoubleFunction<java.lang.Double> function, boolean useThreading)
Apply a function to each element, in place.- Parameters:
function
- the function to applyuseThreading
- whether to use threading
-
getSum
public double getSum()
Get the sum of the elements.- Returns:
- the sum
-
getMaxValue
public double getMaxValue()
Get the greatest value in the matrix.- Returns:
- the max value
-
getTranspose
public Matrix getTranspose()
Get the matrix transpose.- Returns:
- the transposed matrix
-
writeToFile
public void writeToFile(java.io.DataOutputStream dos)
Write the matrix to a file.- Parameters:
dos
- stream to write to
-
readFromFile
public void readFromFile(java.io.DataInputStream dis)
Read the matrix from a file.- Parameters:
dis
- stream to read from
-
crossOver
@Deprecated public void crossOver(Matrix m2, double weightSelf)
Deprecated.As of v0.2.0, this method has no use.Cross over with another matrix.- Parameters:
m2
- other matrixweightSelf
- weight given to itself
-
printMatrix
public void printMatrix()
Print out the matrix to stdout.
-
cloneMatrix
public Matrix cloneMatrix()
Create a clone of the matrix.- Returns:
- the clone
-
-


If you are system administrator, you have right to demote trusted user to common user or demote system administrator to trusted user or common user.
Under main menu (figure 2.1.2), select item 'Demote user', then screen like figure 4.3.1 will be seen, which let you desire to demote user to common user
or trusted user, then click the 'Next' button. Figure 4.3.2 will be shown to let you select appropriate user(s) for demotion. Select the check-box in
front of desired user's alias, and then click 'Save' button to demote selected user(s).
Please note that only appropriate users will be listed on figure 4.3.2. Therefore, if it has no any appropriate user available, the user list will
be empty.
|


execline
Software
skarnet.org
The execline-cd program
execline-cd changes the current working directory to a
given directory, then executes a program.
Interface
execline-cd dir prog...
execline-cd performs a
chdir()
system call on dir, then execs into prog....
Notes
- By default, execline-cd can also be invoked as cd:
there is a cd program which is a symbolic link to execline-cd.
- When execline has been configured with the --enable-pedantic-posix
option, the cd binary is a symbolic link to the
posix-cd binary instead, so a cd command
in an execline script will invoke posix-cd instead
of execline-cd.
- Existing scripts that call cd will keep working no matter the
chosen configuration.


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Github
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|
Event sourcing
In most cases you are just interested in the current state of your data. There are applications, however, where previous states are just as important, and you need to be able to navigate from one state to another, by code alone. Event sourcing is used when the events that lead to the current state of the data are just as important as the current state itself is. Examples
Where does it come from?
When should you use it?
How does it work?Every action performed by the system is modelled as an event and written to an event store (event log). This store only changes by this adding of events. Events are not removed or modified after they're added. Event takes the form of a diff (difference) (no: set account balance to 110 euro; yes: increase account balance with 10 euro). Since a log of events itself does not make a state, and users need state to interact with a system, the system needs to build a current state from the event log. In the simplest case, a single state is updated each time a new event is added. In a more elaborate case, the system has many views on the same event log, and these are updated asynchronously (as is the case in CQRS). The system may have the ability to tag some event. If so, the system provides lists of tags and the user may be able to revert the system to the state labeled with this tag. This picture shows the events in the event source. The red flag is the tag that points to the current event. The state of the system reflects all the events up to this point. In the second picture a branch has been created starting with event #2. The client that uses the system is working on this branch and has created some events #4, #5, and #6 that exist parallel to the main branch. The state of this client reflects all events up to event #5. At some later state these branches may need to be merged into one again. Problems
Common implementation techniques
Links |


Services
Goldline IT are professionals in network service and IT solutions. When you contact us, you won’t just get an answer,
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Mailguard provides a comprehensive range of Cloud based solutions addressing security and real-time risk intelligence for businesses. Mailguard constantly monitors and combats new threats in real-time while providing access to your emails via any web browser globally in a fully functioning, fully protected email environment, reducing the risk of lost opportunities. Goldline IT can help you set up your business with Mailguard to provide email protection, filtering and archiving without the need for you to worry about the technical side of things.
Microsoft Office 365 is the IT solution for your business. You can organise your e-mails, schedules, calendars and documents with ease anytime, anywhere – Office 365 is online 24/7 and is accessible on any computer and most handheld devices. Microsoft Office 365 also has the latest protection against spam and viruses, as well as a enterprise-grade reliability and disaster recovery guarantee to keep your data safe. At Goldline IT we can help you set up your business with Microsoft Office 365 so you can keep it organised and running efficiently while we manage your IT networks.
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Goldline IT are professionals in network service and IT solutions. When you contact us, you won’t just get an answer,
you’ll get the full service, and we won’t leave until the job is complete.
Disaster Recovery & Backup
Security Content
Computer & Printer Repair
IT Support & Maintenance
Does Goldline IT offer a free IT audit?
Yes we do, we offer a complimentary IT support audit for the companies in Melbourne area. Please contact us on 03-98168377 if you are interested.Network Services
Hosted Services
Mailguard provides a comprehensive range of Cloud based solutions addressing security and real-time risk intelligence for businesses. Mailguard constantly monitors and combats new threats in real-time while providing access to your emails via any web browser globally in a fully functioning, fully protected email environment, reducing the risk of lost opportunities. Goldline IT can help you set up your business with Mailguard to provide email protection, filtering and archiving without the need for you to worry about the technical side of things.
Microsoft Office 365 is the IT solution for your business. You can organise your e-mails, schedules, calendars and documents with ease anytime, anywhere – Office 365 is online 24/7 and is accessible on any computer and most handheld devices. Microsoft Office 365 also has the latest protection against spam and viruses, as well as a enterprise-grade reliability and disaster recovery guarantee to keep your data safe. At Goldline IT we can help you set up your business with Microsoft Office 365 so you can keep it organised and running efficiently while we manage your IT networks.
Internet Services
We Provide:
Specialist Services
Logistics Software We Support
Medical Software We Support
Finance & Accounting Software We Support
MRP & Wholesale Software We Support


You lost!
Instructions
Click on the elements to change their color.
Same elements with the same color will be removed when their color changes.
Click as fast as you can, or you will lose!


HIGH FIDELITY A film review by Steve Rhodes Copyright 2000 Steve Rhodes RATING (0 TO ****): *** 1/2
"Did I listen to pop music because I was miserable or am I miserable because I listen to pop music?" Rob Gordon (John Cusack) says in voice-over in the introduction to Stephen Frears's HIGH FIDELITY.
Rob runs an old-fashioned vinyl record store, "located in a neighborhood that attracts the bare minimum of window shoppers." He has precisely two employees, Barry (Jack Black) and Dick (Todd Louiso), whom he hired to work for 3 days a week, but since they come every day anyway, he figures that he can't fire them. The three of them insult what few customers they have unless they consider the buyer's level of musical knowledge acceptable. They spend their time in the store quizzing each other and coming up with various 5-best lists.
"I know we don't have customers, but I thought that was a bad thing and not a business strategy," Barry tells Rob while apologizing for telling Rob's newest heartthrob about the store. Barry, who will form the Sonic Death Monkey band before the film is out, is outlandishly hilarious.
Although Rob has had a lot of girlfriends (Lisa Bonet, Joelle Carter, Iben Hjejle, Lili Taylor, Natasha Gregson Wagner and Catherine Zeta-Jones), he considers himself a failure when it comes to relationships since none of them have lasted. His most important top-5 list is that of his biggest breakups. Besides humorous flashbacks about his previous failures at sex and at relationships, there are many current episodes as he interviews his ex-girlfriends to find out what went wrong.
Easily half of dialog occurs with Cusack talking directly to the camera. His soliloquies are heavily laced with self-deprecating humor, and he has a hangdog look that says "dump me" on his forehead. "He's grumpy, he's broke and he hangs out with the musical moron twins," Rob says of himself, asking himself how in the world he attracts these great looking women in the first place?
Rob's most recent girlfriend and the one that gets the most screen time is Laura, played warmly and fetchingly by Iben Hjejle from MIFUNE. Their chemistry together has the definite spark that his other relationships lacked.
In one of his best performances ever, Cusack is absolutely delightful. Sympathetic, funny, sweet and sad, Cusack's Rob is a person that everyone can identify with in some way.
The movie is fresh and original, thanks to a great script by D.V. DeVincentis, Steve Pink, John Cusack and Scott Rosenberg, based on DeVincentis's novel, and it contains a large number of big laughs. And, as you might guess, it has a killer soundtrack.
 And, for the few of you who aren't, this movie should serve to change your mind.
HIGH FIDELITY runs 1:47. It is rated R for sexuality and language and would be fine for most teenagers.
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The internet is dirty. Data transfer requires electricity, which
creates carbon emissions — and this leads to climate change. The
Low Impact website reduces data transfer by up to 70% in
comparison to our regular website.
The low impact manifesto
A low impact website:
1. Does not load any images before they are actively requested by the user.
2. Minimizes the power consumption on the users device.
3. Adapts to reflect the amount of renewable energy it’s currently running on.
4. Informs the user of the impact of their browsing behavior.
5. Does not make use of videos.
6. Stores data locally on the user’s device to minimize data transfer.
7. Compresses all data to the greatest extent possible.
8. Loads only the most crucial programming scripts, frameworks and cookies.
9. Limits the amount of light emitted by the screen.


We're still working out kinks in parsing css for a url. Please help us out by filing a bug if something doesn't work right.


Background information
referees
contact information
employers
contact information
language
how come I speak five languages fluently?
university
background information to my studies
software
experience in software engineering
presentation
experience in didaktics, presentation, conferences
publication
list of all publications


CMPS 000
Course Name
Semester and Year
Taught by Dr. Kammerdiener
Announcement.
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Syllabus
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Files
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{% else %}There are {{ count }} User's Body Mass Index records.
{% endif %}| User ID | Height(CM) | Weight(KG) | User's BMI Calculation | Actions |
|---|---|---|---|---|
| {{ user.get_user_id() }} | {{ user.get_height() }} | {{ user.get_weight()}} | {{user.get_bmi()}} | Update |


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---
title: 'Getting Real: The Book by 37signals'
date: '2009-04-30T20:09:33+05:30'
tags:
- business
tumblr_url: https://sureshshanmugam.com/post/101874465/getting-real-the-book-by-37signals
---
Getting Real: The Book by 37signals
Reading this for the nth time. Do it good and get real.


DL gratuito, o que surpreende vindo da MITPress
http://mitpress.mit.edu/catalog/item/default.asp?ttype=2&tid=12589 >From Zone >Books<http://mitpress.mit.edu/catalog/browse/browse.asp?btype=8&pid=2> : *Access to Knowledge in the Age of Intellectual Property* Edited by Gaëlle Krikorian<http://mitpress.mit.edu/catalog/author/default.asp?aid=35438>and Amy Kapczynski <http://mitpress.mit.edu/catalog/author/default.asp?aid=38078> At the end of the twentieth century, intellectual property rights collided with everyday life. Expansive copyright laws and digital rights management technologies sought to shut down new forms of copying and remixing made possible by the Internet. International laws expanding patent rights threatened the lives of millions of people around the world living with HIV/AIDS by limiting their access to cheap generic medicines. For decades, governments have tightened the grip of intellectual property law at the bidding of information industries; but recently, groups have emerged around the world to challenge this wave of enclosure with a new counter-politics of "access to knowledge" or "A2K." They include software programmers who took to the streets to defeat software patents in Europe, AIDS activists who forced multinational pharmaceutical companies to permit copies of their medicines to be sold in poor countries, subsistence farmers defending their rights to food security or access to agricultural biotechnology, and college students who created a new "free culture" movement to defend the digital commons. *Access to Knowledge in the Age of Intellectual Property* maps this emerging field of activism as a series of historical moments, strategies, and concepts. It gathers some of the most important thinkers and advocates in the field to make the stakes and strategies at play in this new domain visible and the terms of intellectual property law intelligible in their political implications around the world. A Creative Commons edition of this work will be freely available online. *Contributors:* Ahmed Abdel Latif, Philippe Aigrain, Jeffrey Atteberry, Yochai Benkler, Yann Moulier Boutaing, Carlos Correa, Laura DeNardis, Sarah Deutsch, Peter Drahos, Hala Essalmawi, Rick Falkvinge, Sean Flynn, Vera Franz, Spring Gombe, Anil Gupta, Ellen 't Hoen, Charles Igwe, Eddan Katz, Kannikar Kijtiwatchakul, Gaëlle Krikorian, Lawrence Liang, Jiraporn Limpananont, James Love, Leena Menghaney, Viviana Munoz, Sisule F. Musungu, HeeSeob Nam, Chan Park, Eloan Pinheiro dos Santos, Achal Prabhala, Onno Purbo, Manon Ress, Caroline Rossini, Susan Sell, Sangeeta Shashikant, Roberto Verzola, Jo Walsh *About the Editors* Gaëlle Krikorian is a doctoral student at the École des Hautes Études en Sciences Sociales in Paris and a member of the consultative board AC27 at the national research agency on HIV/AIDS and Hepatitis (ANRS). Amy Kapczynski is Assistant Professor of Law at the University of California, Berkeley, Law School. She cofounded Universities Allied for Essential Medicines in 2002. Down load do livro: http://mitpress.mit.edu/books/full_pdfs/Access_to_Knowledge_in_the_Age_of_Intellectual_Property.pdf
_______________________________________________ Lista de discussão do Partido Pirata<EMAIL_ADDRESS>http://listas.partidopirata.org/cgi-bin/mailman/listinfo/listapirata http://listas.partidopirata.org/cgi-bin/mailman/listinfo


{% trans %} Clicking on the Pay Now button will redirect you to the SIXPay Saferpay site in order to complete your payment. {% endtrans %}


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| Getting the objects query | {{prettyNumber timing.getObjectsQuery}}ms |
| Getting NOT objects query | {{prettyNumber ../timing.getNotObjectQuery}}ms |
| Getting YES objects query | {{prettyNumber ../timing.getYesObjectQuery}}ms |
{{{query}}}


Join us and learn about the UTD Makerspace! Grab a slice of pizza and work on your projects. Feel free to network, pitch ideas and ask about the Makerspace
Hosted by: UTD Makerspace
Location: Synergy Park
Join us at the RAS General Meetings to learn, network and work on our awesome projects!
Hosted by: Robotics and Automation Society
Location: UTDesign Studio


CHIME! CHIME! CHIME! Listen to the Wizard of the Magic Incantations!
Once on a time there was a girl who lived with a bad-tempered woman. The woman treated her meanly. The girl tried to do everything she was told to do, but could never satisfy the woman.
One day she had to go to the well to fetch water without wetting the bucket. The poor girl shed hot tears. Just then a Little White Dog, as if called by magic, came running up out of the ground.
"If you will take me for your bridegroom,", said he, "I will provide water in your dry bucket."
The girl promised.
Then the Little Dog did as he promised, and vanished.
Some time after this, another bridegroom asked for the hand of the girl. She did not want him, but the wicked woman made her take him. There was nothing else to do!
The evening before the wedding, the bridegroom arrived. All hastened out to meet him. The Little White Dog appeared before the house. Every one went inside, but the Little White Dog was left without.
By and by the Little Dog began to sing:
Let me in, you pretty Maiden,
Me, your mannikin so wee!
Don't you know what at the fountain,
You so truly promised me?
Everybody laughed at the pertness of the Little Dog, and for a joke let him in. The Little Dog ran into the room, and saw the bridegroom sitting by the bride, and sang again:
Darling Maiden, seat me by you,
Me, your mannikin so wee!
Don't you know what at the fountain,
You so truly promised me?
The bridegroom said, "That's a funny little dog! He may sit near us because he begs so prettily."
The Little Dog laid himself down at the feet of the bride, and kept mouse-still.
The next morning the betrothal took place. Then the little dog sang again:
Maiden, take me for your bridegroom,
Me, your mannikin so wee!
Don't you know what at the fountain,
You so truly promised me?
The bridegroom looked surprised at this, but said nothing. After the betrothal was over, the breakfast was served and the Little Dog sang once more:
Seat me at your table, Maiden,
Me, your mannikin so wee!
Don't you know what at the fountain,
You so truly promised me?
The bride seated him at the table, and there was quiet. After breakfast they all, every one, got into the carriage to drive to the Church for the wedding. Then the Little Dog began to sing:
Maiden, take me in the carriage,
Me, your mannikin so wee!
Don't you know what at the fountain,
You so truly promised me?
The bridegroom let the girl take the Little Dog into the carriage, and they all drove off. When they reached the Church the priest began the service.
Don't you know what at the fountain,
You so truly promised me?
The priest asked the bride, "What is it you have promised? Tell me everything before I can marry you."
Then the girl confessed everything from A to Z. The wicked woman stamped the ground in rage. But there was nothing to do! The priest would not marry the girl, nor could the wicked woman beat her. In anger and spite the woman ran from the Church, and the Little Dog ran after her. She would have seized him, but at that very minute there drove up a superb coach drawn by eight horses.
A footman descended from the box, and begged the Little Dog to step into the coach. The Little Dog got in, and changed into a magnificent Prince. The girl was married to him, and he took her with him to his Golden Castle.
The Prince raised the first bridegroom to be Lord High Counselor, because he had been so kind to the Little White Dog, had fed him, let him lie at the feet of the bride, and had taken him up into the carriage.


Privacy Policy
About This Policy
(If you are a user having your usual residence in the EU)
Last updated: October 2019
Welcome to Sharecube (the “Platform”). The Platform is provided and controlled by Sharecube Inc. or Sharecube Pte. Ltd. (“Sharecube”, “we” or “us”).
We are committed to protecting and respecting your privacy. This policy sets out the basis on which we process any personal data we collect from you, or that you provide to us. If you do not agree with this policy, you should not use the Platform.
If you have any questions about how we use your personal data, please contact<EMAIL_ADDRESS>Our representative in the European Union is Weingarten, Brandenburgische Strasse 63, Einselthum, Rheinland-Pfalz, 67308.
Main Policy Information
What Information do We Collect About You?
We collect and process information you give us when you
create an account and upload content to the Platform.
This includes
profile information
that you provide. It also includes
technical and behavioural information
about your use of the Platform and information you give us
access to from
third parties
and other social media accounts.
We also collect information about you if you download the app
and
interact with the Platform
without creating an account.
How Will We Use The Information We Collect About You?
We use your information to
provide the Platform to you and to improve and administer it.
Where it is in our legitimate
interests, we use your information to, among other things,
improve and develop the Platform and ensure your safety.
In each case where we have your consent, we will also use your
personal information to
serve you targeted advertising and promote the platform.
Who Do We Share Your Information With?
We share your data with third party service providers who help
us to deliver the Platform including
cloud storage providers.
We also share your information with
business partners,
other companies in the same group as Sharecube Inc,
content moderation services,
measurement providers, advertisers and analytics providers.
Where required by law, we will share your information with
law enforcement agencies or regulators and with third parties
pursuant to a legally binding court order.
What Information do We Collect About You?
We collect and process information you give us when you create an account and upload content to the Platform. This includes profile information that you provide. It also includes technical and behavioural information about your use of the Platform and information you give us access to from third parties and other social media accounts. We also collect information about you if you download the app and interact with the Platform without creating an account.
How Will We Use The Information We Collect About You?
We use your information to provide the Platform to you and to improve and administer it. Where it is in our legitimate interests, we use your information to, among other things, improve and develop the Platform and ensure your safety. In each case where we have your consent, we will also use your personal information to serve you targeted advertising and promote the platform.
Who Do We Share Your Information With?
We share your data with third party service providers who help us to deliver the Platform including cloud storage providers. We also share your information with business partners, other companies in the same group as Sharecube Inc, content moderation services, measurement providers, advertisers and analytics providers.
Where required by law, we will share your information with law enforcement agencies or regulators and with third parties pursuant to a legally binding court order.
Further Information
Where we store your personal data
The personal data that we collect from you will be transferred to, and stored at, a destination outside of the European Economic Area ("EEA").
Where we transfer your personal data to countries outside the EEA, we do so under the Commission’s model contracts for the transfer of personal data to third countries (i.e. standard contractual clauses) pursuant to 2004/915/EC or 2010/87/EU (as appropriate). For a copy of these Standard Contractual Clauses, please contact us at<EMAIL_ADDRESS>Complaints
In the event that you wish to make a complaint about how we process your personal data, please contact us in the first instance at<EMAIL_ADDRESS>and we will endeavour to deal with your request as soon as possible. This is without prejudice to your right to launch a claim with the relevant data protection authority.
Changes
We will generally notify all users of any material changes to this policy, through a notice provided via the Platform. However, you should look at this policy regularly to check for any changes. We will also update the “Last Updated” date at the top of this policy, which reflects the effective date of such policy. Your continued access to or use of the Platform after the date of the updated policy constitutes your acceptance of the updated policy. If you do not agree to the updated policy, you must stop accessing or using the Platform.
Contact
Questions, comments and requests regarding this policy should be addressed to privacy@sharebox.com.


- det() - Method in class net.net16.jeremiahlowe.bettercollections.Matrix
-
- det(Matrix) - Static method in class net.net16.jeremiahlowe.bettercollections.Matrix
-
- det2x2() - Method in class net.net16.jeremiahlowe.bettercollections.Matrix
-
- det2x2(Matrix) - Static method in class net.net16.jeremiahlowe.bettercollections.Matrix
-
- distance(CustomVector2<U>, CustomVector2<U>) - Static method in class net.net16.jeremiahlowe.bettercollections.vector.CustomVector2
-
Deprecated.
Gets the distance between 2 vectors of type U
- distance(CustomVector3<U>, CustomVector3<U>) - Static method in class net.net16.jeremiahlowe.bettercollections.vector.CustomVector3
-
Deprecated.
Gets the distance between 2 vectors of type U
- distance(Vector2, Vector2) - Static method in class net.net16.jeremiahlowe.bettercollections.vector.Vector2
-
Gets the distance between vectors a and b
- distance(Vector3, Vector3) - Static method in class net.net16.jeremiahlowe.bettercollections.vector.Vector3
-
Gets the distance between two vectors
- distance2(CustomVector2<U>, CustomVector2<U>) - Static method in class net.net16.jeremiahlowe.bettercollections.vector.CustomVector2
-
Deprecated.
Gets the distance squared between 2 vectors of type U
- distance2(CustomVector3<U>, CustomVector3<U>) - Static method in class net.net16.jeremiahlowe.bettercollections.vector.CustomVector3
-
Deprecated.
Gets the distance squared between 2 vectors of type U
- distance2(Vector2, Vector2) - Static method in class net.net16.jeremiahlowe.bettercollections.vector.Vector2
-
Gets the distance squared between vectors a and b
Useful for quick distance comparisons because square roots are cpu taxing
- distance2(Vector3, Vector3) - Static method in class net.net16.jeremiahlowe.bettercollections.vector.Vector3
-
Gets the distance squared between two vectors
Useful for quick distance comparisons because square roots are cpu-taxing
- divide(float) - Method in class net.net16.jeremiahlowe.bettercollections.Matrix
-
- divide(Matrix) - Method in class net.net16.jeremiahlowe.bettercollections.Matrix
-
- divide(Matrix, float) - Static method in class net.net16.jeremiahlowe.bettercollections.Matrix
-
- divide(Matrix, Matrix) - Static method in class net.net16.jeremiahlowe.bettercollections.Matrix
-
- DOWN - Static variable in class net.net16.jeremiahlowe.bettercollections.vector.CustomVector2
-
Deprecated.
- DOWN - Static variable in class net.net16.jeremiahlowe.bettercollections.vector.CustomVector3
-
Deprecated.
- DOWN - Static variable in class net.net16.jeremiahlowe.bettercollections.vector.Vector2
-
- DOWN - Static variable in class net.net16.jeremiahlowe.bettercollections.vector.Vector3
-


Kylian Mbappe backs Lionel Messi for Ballon d'Or win
Paris Saint-Germain forward Kylian Mbappe has backed Barcelona star Lionel Messi to win the prestigious Ballon d'Or trophy next month.
by Andrew SinclairThe winner of the award, which recognises the player deemed to have played the best over the past year, will be announced on December 2nd during a ceremony in France.
Mbappe, who is on the 2019 shortlist after finishing fourth in 2018, has said Messi deserves it for his exploits over the course of the year.
Speaking to Spiegel, the former Monaco forward said: "In individual terms he [Messi] was the best this year."
The Argentine international has won the award five times previously but the most recent was in 2015, with Cristiano Ronaldo winning it in 2016 and 2017 and Luka Modric topping the poll last year.
body check tags ::


Installation¶
This page describes the steps necessary to install WaveDec.
Download¶
The code can be cloned from the repository
git clone https://github.com/StefanoMarano/WaveDec.git
or downloaded as ZIP archive.
Requirements¶
WaveDec needs the Python interpreter, version 3, and few additional Python packages.
If you wish wdPicker to produce plots with Latex fonts, you will need to configure Latex environment appropriately.
GNU/Linux (Ubuntu >14.04)¶
Install Python 3 and the Python package installer by running:
sudo apt-get install python3 python3-pip
The following Python libraries are needed:
glob, os, errno, sys, yaml, time, csv, logging, argparse, numpy, scipy, matplotlib
On Ubuntu many packages are installed with the default Python 3 installation. You may need to run:
sudo apt-get install python3-yaml python3-numpy python3-scipy python3-matplotlib
Alternatively, you may need to try:
sudo pip3 install <package_name>
GNU/Linux (Ubuntu <14.04)¶
See the instructions for Ubuntu 14.04 above and keep in mind the following:
Windows¶
There are several Python distributions including many key Python packages. See here for a list.
Consider installing WinPython with the following steps:
Download and install WinPython, version 3, from here. This distribution already includes the ScipPy stack.
Download the
zip
archive with a recent version of PyYAML from here. Install it using the WinPython control panel (add package, install).Open the WinPython command prompt. You will need to specify the full path to a script in order to execute it. For example
python C:\WaveDec\bin\WaveDec.py
Installation¶
GNU/Linux (Ubuntu)¶
Download the WaveDec files and extract the files from the compressed archive.
Add the folder
WaveDec/bin
to your search pathSpecify where the binaries file are located by adding the following line
PATH=$PATH:/full/path/to/WaveDec/bin
at the end of the
.bash_profile
file (if you are using Bash shell) or at the end of the.profile
file. Both files are located in your home folder. This change will take effect at the next login.To make the change immediate (and not permanent) type in your shell
export PATH="$PATH:/full/path/to/WaveDec/bin"
Make sure that
Wavedec.py
has execution privileges. On GNU/Linux typechmod u+x WaveDec.py
.Check whether your system is configured correctly by typing
WaveDec.py
at the shell prompt$ WaveDec.py No configuration file (None) found. Proceeding with default values. No suitable input found in '/home/yourdir'
To run WaveDec see the user’s guide.
Windows¶
Download the WaveDec files and extract the files from the compressed archive to the folder
c:\WaveDec\
.Check whether your system is configured correctly by typing
python c:\WaveDec\bin\WaveDec.py
at the shell prompt> python c:\WaveDec\bin\WaveDec.py No configuration file (None) found. Proceeding with default values. No suitable input found in 'c:\WaveDec\'
To run WaveDec see the user’s guide.
Troubleshooting¶
We can check whether Python 3 is properly installed by running
python3
from the command line. In a working Python 3 installation, Python will start in interactive mode. It should produce an output similar to:$ python3 Python 3.4.0 (default, Apr 11 2014, 13:05:11) [GCC 4.8.2] on linux Type "help", "copyright", "credits" or "license" for more information. >>>
To check whether the Python 3 packages are properly installed, let us import them as follows
>>> import glob, os, errno, sys, yaml, time, csv, logging, argparse, numpy, scipy, matplotlib >>>
No errors, the packages are properly installed on this system. When the packages are not correctly installed, an error is returned
>>> import nonexistingpackage Traceback (most recent call last): File "<stdin>", line 1, in <module> ImportError: No module named 'nonexistingpackage'
Leave the interactive mode with
exit()
Errors like the following
marra@bigstar01:~/WaveDec/bin$ ./WaveDec.py Traceback (most recent call last): File "./WaveDec.py", line 12, in <module> from EstimationRoutines import * File "/home/marra/WaveDec/bin/EstimationRoutines.py", line 8, in <module> from scipy.optimize import minimize ImportError: cannot import name minimize
will arise if the version of the installed packages
numpy
orscipy
are too old. To check the currently installed versions type>>> import numpy,scipy >>> print(scipy.__version__) 0.9.0 >>> print(numpy.__version__) 1.6.1
The most recent versions can be downloaded from here and read installation instructions here.


In August 2017, Hurricane Harvey caused massive flooding in Southeast Texas, USA. The storm left a number of residents stranded and in need of rescue. Emergency first responders were overwhelmed with the high volume of rescue calls. A loose-knit group of volunteer boaters assisted in the rescue effort. These volunteers explored neighborhoods seeking out residents who needed assistance. In addition, with the support of social media, a group of volunteers served as dispatchers to relay rescue requests to the volunteer boaters. This group of volunteers became known as the Cajun Navy. The Cajun Navy has been operating in various forms since Hurricane Katrina in 2005.
The Solution
The Emergency Response Demo application is inspired by the Cajun Navy response from Hurricane Harvey. It provides an online solution to connect stranded residents with volunteer responders. This application makes it easy to engage the community to organize volunteer responders.
Terminology
| Name | Definition |
|---|---|
| Incident | A request for help from an individual (or group of individuals) that are in need of rescue. Details of an Incident include the location (Lat, Long), the number of people stranded and whether medical assistance is required. |
| Responder | A volunteer who has a boat and is willing to rescue people who have reported an Incident. The boat has a capacity and a flag is set if they can/cannot provide first aid. There are two types of responders. People who sign up online via the emergency console and simulated responders via the Responder Simulator. |
| Mission | When a Responder is assigned an Incident, a Mission is created. The Mission defines where the Responder needs to go to collect the victims of the Incident (the Way Point) and what shelter the victims should be dropped off at (the Target Location). The mission also has details of the responders location history. |
What does the stack include?
The Emergency Response Demo makes it easy for you to show the power of the integrated Red Hat Middleware Portfolio, running on OpenShift. If you are looking for more information on the products click the links below.


Weather Journal App
How are you feeling today?
Home
Day
Month
City Name
Temp
Humidity
Wind Speed
Wind Direction


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Creator: {{comment.creator.username}}
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{% load i18n %} {% autoescape off %} {% blocktrans %}
You payment made on {{date}} with amount {{amount}} has been {{status}}. Please log in to hackdo system to check it.
This is a system auto-generated email, please don't reply.


Nuke expressions are so cool. It took me a while to understand how to use them but they are really powerful in what they can do. What they let you do is provide an equation for each pixel of the image. You have access to several built in variables, and the ability to define a few of your own. There's a library of built in functions you have access too as well. And it runs fast too!
A (non-comprehensive) rundown of the tools in the expression node are:
- Access to built-in variables r, g, b, a, x, y, frame, width, height
- A built-in library of functions (listed here)
- Access to other channels by their full layer.channel name, such as depth.Z
- Access to other nodes and their attributes via [value Transform2.translate.x]
- Conditional values via the tertiary format: condition ? trueValue : falseValue
- And my favorite: channel(x, y) to sample the color of other pixels, including interpolated subpixel values
Finally! All the simple image manipulations imagined in my mind, I could easily create! So many things are easier and simpler to me, when I just use an expression.
Need to invert the alpha and change its gradient direction? Put this in the alpha channel of an expression node
- 1 / (1 - a)
Need a linear-falloff circle shape?
- posX = 200
- posY = 350
- radius = 100
- dist = sqrt((x - posX)**2 + (y - posY)**2)
- rgba = clamp(1 - dist/radius, 0, 1)
One expression I used recently was to ease into scaling an image to the left of a particular x coordinate. It went like this:
- offset = 400
- factor = 0.9
- valid = x < offset
- newX = -(abs(x - offset) ** factor) + offset
- r = valid ? r(newX, y) : r
- g = valid ? g(newX, y) : g
- b = valid ? b(newX, y) : b
- a = valid ? a(newX, y) : a
You can take it pretty far with expressions. I built a mandelbrot fractal and kaleidoscope nodes out of expressions. The kaleidoscope was particularly fun to play with.
 They're worth learning to use and being played around with. They can do some really powerful things if you have the math mind to express what you're trying to do.
Download my collection of saved nuke gizmos here for your fun and learning. Nuke is available for free for non-commercial purposes as of mid-2015. Yay!


Quickstart
v4_0 reference
v3_2 reference
Please activate JavaScript to enable the search functionality.


Testing Plugins
Most of the tests in the IntelliJ Platform codebase are model level functional tests. What this means is the following:
- The tests run in a headless environment that uses real production implementations for the majority of components, except for a number of UI components.
- The tests usually test a feature as a whole, rather than individual functions that comprise its implementation.
- The tests do not test the Swing UI and work directly with the underlying model instead.
- Most of the tests take a source file or a set of source files as input data, execute a feature, and then compare the output with expected results. Results can be specified as another set of source files, as special markup in the input file, or directly in the test code.
The biggest benefit of this test approach is that tests are very stable and require very little maintenance once they have been written, no matter how much the underlying implementation is refactored or rewritten.
In a product with 15+ years of lifetime that has gone through a large number of internal refactorings, we find that this benefit greatly outweighs the downsides of slower test execution and more difficult debugging of failures being compared to more isolated unit tests.
Another consequence of our testing approach is what our test framework does not provide:
- We do not provide a recommended approach to mocking. We have a few tests in our codebase that use JMock, but in general, we find it difficult to mock all of the interactions with IntelliJ Platform components that your plugin class will need to have, and we recommend working with real components instead.
- We do not provide a general-purpose framework for Swing UI testing. You can try using tools such as FEST or Sikuli for plugin UI testing, but we don’t use either of them and cannot provide any guidelines for their use. Internally, we use manual testing for testing our Swing UIs. Please do not use platform/testGuiFramework, it is reserved for internal use.
Topics
- Tests and Fixtures
- Light and Heavy Tests
- Test Project and Testdata Directories
- Writing Tests
- Testing Highlighting
Check out this step-by-step tutorial teaching how to write and run automated tests for your custom language plugin (source code included).


Feature Discovery
Open tap target
Close tap target
menu
https://materializecss.com/feature-discovery.html
https://materializecss.com/getting-started.html
https://materializecss.com
Some text here
Some text here
The element below defines a feature discoverty
W


Departments
Department No
Department Code
Department Name
{{d.no}}
{{d.code}}
{{d.name}}
Please fill in information below
Department No:
Enter Code:
Enter Name:
Show Details / Hide
Department no is: {{d.no}} and department name is: {{d.name}}


public static final int |
CATEGORICAL_TOPK |
0 |
public static final String |
COLUMN_SEPARATOR |
";" |
public static final double |
DECAY_FACTOR |
0.05 |
public static final String |
DEFAULT_METHOD |
"threshold" |
public static final String |
INCORRECT_DBMS |
"Incorrect or no value set for the DBMS where input data is stored. Please specify a correct value in the configuration settings." |
public static final int |
INFLATION_FACTOR |
1000 |
public static final int |
K_MAX |
50 |
public static final int |
KEY_COLUMN |
0 |
public static final int |
KEYWORD_DICTIONARY |
5 |
public static final String |
LINE_SEPARATOR |
"\n" |
public static final int |
NAME_DICTIONARY |
4 |
public static final int |
NODE_FANOUT |
28 |
public static final int |
NUM_PIVOTS |
8 |
public static final int |
NUM_SAMPLES |
500 |
public static final int |
NUMERICAL_TOPK |
2 |
public static final String |
OUTPUT_COLUMN_SEPARATOR |
";" |
public static final String |
OUTPUT_FORMAT |
"JSON" |
public static final String |
OUTPUT_QUOTE |
"\"" |
public static final int |
PIVOT_BASED |
3 |
public static final int |
QGRAM |
3 |
public static final long |
RANKING_MAX_TIME |
10000L |
public static final int |
SEARCH_COLUMN |
1 |
public static final int |
SPATIAL_KNN |
1 |
public static final String |
SQL_SELECT_PATTERN |
"SELECT * \r\n [ FROM running_instance ]\r\n WHERE attr_name1 ~= \'attr_value1\' [ AND ...] \r\n [ WEIGHTS weight_value1 [, ...] ]\r\n [ ALGORITHM { threshold | partial_random_access | no_random_access | pivot_based } ]\r\n [ LIMIT count ]" |
public static final int |
TEMPORAL_TOPK |
7 |
public static final int |
TEXTUAL_TOPK |
8 |
public static final String |
TOKEN_DELIMITER |
"," |
public static final int |
VECTOR_DICTIONARY |
6 |
public static final String |
WORD_DELIMITER |
"+" |


Private Session
Private Chat
{{desc}}
Name :
Views : {{ProfileViews}}
{{Followers}} Followers
{{Following}} Following
Views : {{ProfileViews}}
{{Followers}} Followers
{{Following}} Following
Respected Moderator
Normal User
{{isPresent}}
Topics
Replies
Groups
ChatRooms
Followers
BookMarks
Public Sessions
Settings
In Construction


{{
_('This is the main page of the KalaPy examples.
'
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{{
_('This is the main page of the KalaPy examples.
'
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Richard McIntyre OAM
A composition graduate from the University of Sydney and having studied the bassoon privately with John Cran, Richard was for 10 years Associate Principal Bassoonist with the Sydney Symphony Orchestra before moving to Canberra in 1978.
He is a foundation member of the renowned wind quintet, The Canberra Wind Soloists (Australia’s most long-lived professional chamber ensemble), with whom he has recorded CD’s and toured extensively abroad. He has been Guest Principal and concerto soloist with the SSO and other Symphony Australia orchestras, the Australian Chamber Orchestra, and has performed with the Australia Ensemble and numerous other prominent chamber groups.
His association with the Canberra Symphony Orchestra as its Principal Bassoonist dates back to 1965. His recital repertoire has included works from the 16th century to the multiphonic avant-garde. Richard’s teaching endeavour has extended throughout Australia and into Asia, and has included much work with Youth Music Australia and its predecessors over some 30 years. He has contributed significantly to the bassoon’s pedagogic repertoire with numerous transcriptions and arrangements, and has won high international acclaim for his monumental arrangements of large-scale orchestral works for The Canberra Wind Soloists, giving them a distinctively unique repertoire.
His work as a youth orchestra conductor has yielded Canberran of the Year, Sounds Australian and Advance Australia awards; he was granted an Order of Australia Medal in 1992. School of Music faculty member since 1978.


Memorial services set for KNOE investigative reporter Ken Booth
by KNOEMONROE, La. (KNOE) - Memorial services have been set for longtime KNOE investigative reporter Ken Booth.
According to Mulhearn Funeral Home, visitation is set for Tuesday, December 10, 2019, from 1 p.m. to 2 p.m. A memorial service will follow.
The address is 2308 Sterlington Road, Monroe, LA 71203.
Booth died on December 6, 2019, after being diagnosed with lung cancer.


ogrmerge.py
Merge several vector datasets into a single one.
Synopsis
ogrmerge.py -o out_dsname src_dsname [src_dsname]*
[-f format] [-single] [-nln layer_name_template]
[-update | -overwrite_ds] [-append | -overwrite_layer]
[-src_geom_type geom_type_name[,geom_type_name]*]
[-dsco NAME=VALUE]* [-lco NAME=VALUE]*
[-s_srs srs_def] [-t_srs srs_def | -a_srs srs_def]
[-progress] [-skipfailures] [--help-general]
Options specific to the -single option:
[-field_strategy FirstLayer|Union|Intersection]
[-src_layer_field_name name]
[-src_layer_field_content layer_name_template]
Description
New in version 2.2.
ogrmerge.py script takes as input several vector datasets, each of them having one or several vector layers, and copy them in a target dataset.
There are essential two modes:
the default one, where each input vector layer, is copied as a separate layer into the target dataset
another one, activated with the -single switch, where the content of all input vector layers is appended into a single target layer. This assumes that the schema of those vector layers is more or less the same.
Internally this generates a VRT -- Virtual Format file, and if the
output format is not VRT, final translation is done with ogr2ogr
or gdal.VectorTranslate()
. So, for advanced uses, output to VRT,
potential manual editing of it and ogr2ogr can be done.
- -o <out_dsname>
Output dataset name. Required.
- <src_dsname>
One or several input vector datasets. Required
- -f <format>
Select the output format. Starting with GDAL 2.3, if not specified, the format is guessed from the extension (previously was ESRI Shapefile). Use the short format name
- -single
If specified, all input vector layers will be merged into a single one.
- -nln <layer_name_template>
Name of the output vector layer (in single mode, and the default is "merged"), or template to name the output vector layers in default mode (the default value is
{AUTO_NAME}
). The template can be a string with the following variables that will be susbstitued with a value computed from the input layer being processed:{AUTO_NAME}
: equivalent to{DS_BASENAME}_{LAYER_NAME}
if both values are different, or{LAYER_NAME}
when they are identical (case of shapefile). 'different{DS_NAME}
: name of the source dataset{DS_BASENAME}
: base name of the source dataset{DS_INDEX}
: index of the source dataset{LAYER_NAME}
: name of the source layer{LAYER_INDEX}
: index of the source layer
- -update
Open an existing dataset in update mode.
- -overwrite_ds
Overwrite the existing dataset if it already exists (for file based datasets)
- -append
Open an existing dataset in update mode, and if output layers already exist, append the content of input layers to them.
- -overwrite_layer
Open an existing dataset in update mode, and if output layers already exist, replace their content with the one of the input layer.
- -src_geom_type <geom_type_name[,geom_type_name]\*]>
Only take into account input layers whose geometry type match the type(s) specified. Valid values for geom_type_name are GEOMETRY, POINT, LINESTRING, POLYGON, MULTIPOINT, MULTILINESTRING, MULTIPOLYGON, GEOMETRYCOLLECTION, CIRCULARSTRING, CURVEPOLYGON, MULTICURVE, MULTISURFACE, CURVE, SURFACE, TRIANGLE, POLYHEDRALSURFACE and TIN.
- -dsco <NAME=VALUE>
Dataset creation option (format specific)
- -lco <NAME=VALUE>
Layer creation option (format specific)
- -a_srs <srs_def>
Assign an output SRS
- -t_srs <srs_def>
Reproject/transform to this SRS on output
- -s_srs <srs_def>
Override source SRS
- -progress
Display progress on terminal. Only works if input layers have the "fast feature count" capability.
- -skipfailures
Continue after a failure, skipping the failed feature.
- -field_strategy FirstLayer|Union|Intersection
Only used with
-single
. Determines how the schema of the target layer is built from the schemas of the input layers. May be FirstLayer to use the fields from the first layer found, Union to use a super-set of all the fields from all source layers, or Intersection to use a sub-set of all the common fields from all source layers. Defaults to Union.
- -src_layer_field_name <name>
Only used with
-single
. If specified, the schema of the target layer will be extended with a new field 'name', whose content is determined by -src_layer_field_content.
- -src_layer_field_content <layer_name_template>
Only used with
-single
. If specified, the schema of the target layer will be extended with a new field (whose name is given by-src_layer_field_name
, or 'source_ds_lyr' otherwise), whose content is determined bylayer_name_template
. The syntax oflayer_name_template
is the same as for-nln
.
Examples
Create a VRT with a layer for each input shapefiles
ogrmerge.py -f VRT -o merged.vrt *.shp
Same, but creates a GeoPackage file
ogrmerge.py -f GPKG -o merged.gpkg *.shp
Concatenate the content of france.shp and germany.shp in merged.shp, and adds a 'country' field to each feature whose value is 'france' or 'germany' depending where it comes from.
ogrmerge.py -single -o merged.shp france.shp germany.shp -src_layer_field_name country


| showPrompt {rstudioapi} | R Documentation |
Shows a dialog box with a prompt field.
showPrompt(title, message, default = NULL)
title |
The title to display in the dialog box. |
message |
A character vector with the contents to display in the main dialog area. |
default |
An optional character vector that fills the prompt field with a default value. |
The showPrompt
function was added in version 1.1.67 of RStudio.