The build process currently uses the setuptools package to build and install the astropy core (and any affiliated packages that use the template). The user doesn’t necessarily need to have setuptools installed, as it will automatically bootstrap itself using the ez_setup.py file in the source distribution if it isn’t installed for the user.
As of Astropy v0.4, Astropy also uses an external package called astropy-helpers to provide some of its build and installation functionality. A copy of astropy-helpers is included with the Astropy source distribution, but also includes a mechanism to automatically download bug fixes from PyPI. The reason for providing these helpers as a separate package is that it makes it easier for affiliated packages to take advantage of these same utilities without requiring Astropy to be installed first. See APE4 for the full background on this.
Astropy-helpers is automatically bootstrapped to the Astropy build/installation script (setup.py) via a script called ah_bootstrap.py that is imported by setup.py. This script will do its best to ensure that the user has an up-to-date copy of astropy-helpers before building the package. The auto-upgrade mechanism in particular allows pushing platform-specific fixes for the build process without releasing a new version of Astropy (or any affiliated package that uses astropy-helpers).
The behavior of the ah_bootstrap.py script can also be modified by options in the project’s setup.cfg file under a section called [ah_boostrap]. APE4 provides more details.
The astropy-helpers distribution provides a Python package called astropy_helpers. Code that previously referenced the modules astropy.setup_helpers and astropy.version_helpers should now depend on astropy-helpers and use astrop_helpers.setup_helpers and astropy_helpers.version_helpers respectively. Likewise, astropy-helpers includes tools for building Astropy’s documentation. The astropy.sphinx package is deprecated in favor of astropy_helpers.sphinx. As such, astropy-helpers is a dependency of building Astropy’s documentation.
As is typical, there is a single setup.py file that is used for the whole astropy package. To customize setup parameters for a given sub-package, a setup_package.py file can be defined inside a package, and if it is present, the setup process will look for the following functions to customize the build process:
This function, if defined, should return a dictionary mapping the name of the subpackage(s) that need package data to a list of data file paths (possibly including wildcards) relative to the path of the package’s source code. e.g. if the source distribution has a needed data file astropy/wcs/tests/data/3d_cd.hdr, this function should return {'astropy.wcs.tests':['data/3d_cd.hdr']}. See the package_data option of the distutils.core.setup() function.
It is recommended that all such data be in a directory named data inside the package within which it is supposed to be used. This package data should be accessed via the astropy.utils.data.get_pkg_data_filename and astropy.utils.data.get_pkg_data_fileobj functions.
This provides information for building C or Cython extensions. If defined, it should return a list of distutils.core.Extension objects controlling the Cython/C build process (see below for more detail).
This function allows a package to add extra build options. It should return a list of tuples, where each element has:
Once an option has been added, its value can be looked up using astropy_helpers.setup_helpers.get_distutils_build_option.
This function declares that the package uses libraries that are included in the astropy distribution that may also be distributed elsewhere on the users system. It should return a list of library names. For each library, a new build option is created, '--use-system-X' which allows the user to request to use the system’s copy of the library. The package would typically call astropy_helpers.setup_helpers.use_system_library from its get_extensions function to determine if the package should use the system library or the included one.
This function declares whether the package requires processing through the 2to3 tool to run on Python 3. If not included, it defaults to True. The use of 2to3 is phased out in astropy and is retained for use in affiliate packages which have not switched to using six instead. See Writing portable code for Python 2 and 3 for more information.
The astropy_helpers.setup_helpers modules includes an update_package_files function which automatically searches the given source path for setup_package.py modules and calls each of the above functions, if they exist. This makes it easy for affiliated packages to use this machinery in their own setup.py.


The Second Wish: Environment
For a sustainable environment that provides sufficienct natural resources for a world population size.
The Backstory
With a constantly growing global population that surged through the 7 billion mark on October 31st, 2012,
Earth�s natural resources are being pushed to their limits with every passing day. Combine this with a
population that lives longer on average than ever before and breaching that limit becomes an impending reality.
Unfortunately, an ever increasing population creates an ever larger impact on the environment and soon enough
Earth won�t be able to keep up with the demand anymore. Whether it is a dwindling supply of fossil fuels in the
US, a lack of freshwater in Africa, or the absence of food in North Korea, the limits of Earth�s environment as
society grows affects the entire human population, as one world.
Fast Facts


|
C++ Actor Framework 0.19
|
Responds to an HTTP request at the server. More...
#include <responder.hpp>
Classes | |
| class | promise |
| Allows users to respond to an incoming HTTP request at some later time. More... | |
| class | promise_state |
Implementation detail for promise . More... | |
Public Member Functions | |
| responder (const request_header *hdr, const_byte_span body, http::router *router) | |
| responder (const responder &) noexcept=default | |
| responder & | operator= (const responder &) noexcept=default |
| const request_header & | header () const noexcept |
| Returns the HTTP header for the responder. | |
| const_byte_span | body () const noexcept |
| Returns the HTTP body (payload) for the responder. | |
| const_byte_span | payload () const noexcept |
| Returns the HTTP body (payload) for the responder. | |
| http::router * | router () const noexcept |
| Returns the router that has created this responder. | |
| actor_shell * | self () |
| Returns the actor_shell object from the router for interacting with actors in the system. | |
| lower_layer * | down () |
| Returns a pointer to the HTTP layer. | |
| void | respond (status code) |
Sends an HTTP response that only consists of a header with a status code such as status::no_content . | |
| void | respond (status code, std::string_view content_type, const_byte_span content) |
| Sends an HTTP response message to the client. | |
| void | respond (status code, std::string_view content_type, std::string_view content) |
| Sends an HTTP response message to the client. | |
| void | respond (status code, const error &what) |
| Sends an HTTP response message with an error to the client. | |
| void | begin_header (status code) |
| Starts writing an HTTP header. | |
| void | add_header_field (std::string_view key, std::string_view val) |
| Adds a header field. | |
| bool | end_header () |
| Seals the header and transports it to the client. | |
| bool | send_payload (const_byte_span bytes) |
| Sends the payload after the header. | |
| bool | send_chunk (const_byte_span bytes) |
| Sends a chunk of data if the full payload is unknown when starting to send. | |
| bool | send_end_of_chunks () |
| Sends the last chunk, completing a chunked payload. | |
| request | to_request () && |
| Converts a responder to a request for processing the HTTP request asynchronously. | |
| promise | to_promise () && |
| Converts the responder to a promise object for responding to the HTTP request at some later time but from the same socket_manager. | |
Responds to an HTTP request at the server.
Provides functions for accessing the HTTP client request and for writing the HTTP response.
This class has a similar API to request, but is used at the server directly. While a request is meant to handled outside of the server by eventually fulfilling the response promise, a responder
must generate the response immediately.
| void caf::net::http::responder::add_header_field | ( | std::string_view | key, |
| std::string_view | val | ||
| ) |
Adds a header field.
Users may only call this function between begin_header
and end_header
.
|
noexcept |
Returns the HTTP body (payload) for the responder.
valid()
|
noexcept |
Returns the HTTP header for the responder.
valid()
|
noexcept |
Returns the HTTP body (payload) for the responder.
valid()
Sends an HTTP response message with an error to the client.
Converts what
to a string representation and then transfers this description to the client.
| void caf::net::http::responder::respond | ( | status | code, |
| std::string_view | content_type, | ||
| const_byte_span | content | ||
| ) |
Sends an HTTP response message to the client.
Automatically sets the Content-Type
and Content-Length
header fields.
valid()
| void caf::net::http::responder::respond | ( | status | code, |
| std::string_view | content_type, | ||
| std::string_view | content | ||
| ) |
Sends an HTTP response message to the client.
Automatically sets the Content-Type
and Content-Length
header fields.
valid()


The goal of Enzy is to anticipate whether a customer is going to make an international transaction in a given time period. If they are, then Enzy will notify them if the exchange rate becomes favourable for them.
This creates a win-win scenario for both the customer and the bank. The customer will save money on their transaction and the bank will benefit by having the customer make the transaction through their platform.


Project “Housefire” is a website that shows a visual data representation of Operation “Velvet Shell” in Rainbow Six Siege.
A web application catered towards dog lovers. Developed using RESTful API's, Angular JS, with a sprinkle of CSS.
A third person multiplayer shooter developed in Unity.


Interaction
Tools
Not logged in Not logged in Not logged in Not logged in Not logged in
menu 2
menu 3
The Sonestown Covered Bridge is a Burr arch truss covered bridge over Muncy Creek in Davidson Township, Sullivan County, in the U.S. state of Pennsylvania. Built c. 1850, the bridge is 110 feet (34 m) long, and was placed on the National Register of Historic Places (NRHP) in 1980. The bridge is named for the nearby unincorporated village of Sonestown; it was built to provide access to a gristmill, which operated until the early 20th century. The bridge construction is cruder than the other two surviving covered bridges in Sullivan County, with each Burr arch formed from six straight beams set at angles instead of a smooth curve. Despite being repaired or restored several times from 1969, as of 2016 the bridge was deemed "basically intolerable requiring high priority of corrective action" on the National Bridge Inventory. It is the shortest covered bridge in the county and as of 2015 had average daily traffic of 50 vehicles. (Full article...)
The Sonestown Covered Bridge is a Burr arch truss covered bridge over Muncy Creek in Davidson Township, Sullivan County, in the U.S. state of Pennsylvania. Built c. 1850, the bridge is 110 feet (34 m) long, and was placed on the National Register of Historic Places (NRHP) in 1980. The bridge is named for the nearby unincorporated village of Sonestown; it was built to provide access to a gristmill, which operated until the early 20th century. The bridge construction is cruder than the other
Lorem ipsum dolor sit, amet consectetur adipisicing elit. Voluptatum quos necessitatibus culpa consectetur, fugit facere excepturi minima quo vero eum illum? Nobis doloremque repudiandae quam illum sequi soluta quasi eveniet. Lorem ipsum dolor sit amet consectetur adipisicing elit. Ab dolore quia blanditiis quasi, doloremque modi tempora nulla quod alias, sed dicta officia non, doloribus ipsam est nam accusamus! Reiciendis, iure. Lorem ipsum dolor sit amet consectetur, adipisicing elit. Consequuntur velit tempora expedita est minima nulla odit officiis alias, id blanditiis excepturi recusandae eius quos enim soluta sapiente. Harum, consequuntur quo. Lorem ipsum dolor sit amet consectetur adipisicing elit. Consectetur, dolor pariatur magnam sint doloribus dicta aperiam cum quidem cumque corrupti beatae officiis obcaecati, quia assumenda est animi! Obcaecati, modi natus!
Community portal – Bulletin board, projects, resources and activities covering a wide range of Wikipedia areas.
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Lorem, ipsum dolor sit amet consectetur adipisicing elit. Velit, saepe delectus! Vel rerum explicabo eum ea placeat, similique nobis, consectetur earum dolor alias dolore quasi fuga aperiam, iure voluptatem. Veritatis.
Lorem ipsum dolor sit amet consectetur adipisicing elit. Vitae sapiente porro distinctio aspernatur dolorem ab! Tempora cum reprehenderit ab repellat aliquid, ipsa repudiandae nesciunt architecto, quia tempore, voluptatum quaerat velit. Lorem ipsum dolor sit amet consectetur adipisicing elit. Vitae sapiente porro distinctio aspernatur dolorem ab! Tempora cum reprehenderit ab repellat aliquid, ipsa repudiandae nesciunt architecto, quia tempore, voluptatum quaerat velit.


10:15 - Arrival
11:00 - Civil ceremony (Drawing Room)
11:30 - Group photo and confetti
11:45 - Reception (Library)
13:00 - Wedding breakfast (Crosby)
15:00 - Speeches
15:30 - Costume change (Russell and Wyatt)
16:15 - Baraat (Roundabout)
16:45 - Groom welcome (Entrance)
17:00 - Indian ceremony (Radcliffe)
18:45 - Break
19:15 - First dance and cake cutting (Crosby)
20:30 - Buffet style dinner
The wedding is to be held at Rudding Park Hotel, Harrogate, HG3 1JH
We are not doing any gifts. For us, you attending the wedding is the best gift we can ask for!
We plan to stay in the area from 22/04/2022 to 29/04/2022 and will be staying at Rudding Park Hotel on the night of the wedding.
On Tuesday 26th April (day after the wedding) at around 14:00, we are planning on going to Brimham Rocks for a walk/climb/chill, feel free to join us for this!
We will be having the wedding at Rudding Park where there are a variety of Hotel Rooms. We have a few discounted rooms available on the night of the wedding, let us know if you are interested.
If you want to look elsewhere there are lots of hotels in central Harrogate, most of these will be within a 15 minute drive of the wedding venue. If you want to spend a bit longer in the area we recommend hiring a cottage. If you have a specific location/hotel in mind send us the details and we can check location. There is a list of links below to get you started but you should look at the usual booking sites such as booking.com /air bnb etc.
If you have not been to Harrogate before there is loads to do. Check out some of the links below. Let us know if you are staying a bit longer and we can help you with recommendations.


tim's notes (first attempt
Important notes from stage 0
The web basics are: the web
html
urls
http
web applications
The main type of document on the web is called HTML- Hypertext markup language. HTML consist of 4 different things:Text content (what you see)
Markup (what it looks like)
Reference to another document (e.g. images+videos)
Links to other pages
The markup is what we use to change the normal text into what we would like it look like.
The way we do that is by using something called openig tag and closing tag, and that looks something like this: < name> content < /name>
There are many different "name commands" and of course its impossible to remmember them all. But all you need is Google
when you are making commands by using tags, you are at the same time creating HTML elements.
Elements are everything inside an opening tag and a closing tag. some elements create an invisible box aorund them, those are called block elementsthe other type of elements are called inline elements. Take a look at this video
what can i use my new notes to?
I can for example. create webpages like this. but I have to be very carefull when i am writting elements, cause a computer can not guess what I am trying to tell it, it will only do exactly as i tell it, so I have to make sure I am typing correct.


{% extends "layout.html" %} {%- block relbar1 %} {% import 'macros.html' as macros %} {{ macros.nav_bar(pathto=pathto, active='Videos') }} {% endblock %} {%- block body %}
In-depth tutorials showing how to use Ploomber.
Conference and meetup presentations showcasing specific features.


Core CurriculumDownload PDF
Undergraduate CatalogDownload PDF
Graduate CatalogDownload PDF
Course Offerings


|
Incest in the Bible
"Cursed be he that lieth with his sister, the daughter of his father, or the daughter of this mother..." Yet Abraham marries his father's daughter and remains God's favorite:
"And Abraham said, Because I thought, Surely the fear of God is not in this place; and they will slay me for my wife's sake. And yet indeed she is my sister; she is the daughter of my father, but not the daughter of my mother; and she became my wife." |


The View Menu controls the available display options. You can switch between how your entries are shown: either as a single list (Flattened List) or organized by category (Nested Tree). You can choose whether or not to display a toolbar, and if so, whether to use the 'Classic' or 'New' toolbar icons. The toolbar itself is also customizable. You can also expand or collapse all the groups displayed in the Nested Tree view, display subsets of the entries, filter the entries displayed to match any criteria, select the font in which the entries are displayed and display reports of merge, compare, import and other advanced operations.
To display or hide the toolbar, check or uncheck the Toolbar Visible menu item.
To use "new" or "classic" toolbar icons, select the "New toolbar" or
"Classic toolbar" menu item, respectively.
The "Dragbar" is a special toolbar that allows you to paste
parts of the currently selected entry by "dragging" the icon specifying
the part you want to paste to where you want it to be pasted
to. For example, to paste the "Notes" text of a given entry to another
application using the Dragbar, select the entry, and then drag the "N"
icon from the Dragbar to the application. When you release the left
mouse button, the contents of the Notes field will be pasted to the
application. The Dragbar will disable ("grey out") icons for fields that
are empty in the selected entry.
The 'AutoType' Dragbar button behaves in a slightly different
manner: Dragging it to an input area on another Window
(e.g. Browser) will cause Password Safe to begin AutoType from there.
Notes:
Expands all groups, making all entries visible (Nested Tree view only).
Collapses all groups (Nested Tree view only).
"Subviews" are predefined filters that when selected, show only the entries that match their criteria.
As all filters, they can be cleared by double-clicking the red and white striped "filter active" indicator at the bottom right of the Status Bar, as can be seen in the following images where the filter is active.
If item Save database immediately after Edit or Add in menu Manage → Options → Backups is unchecked, changed item will not be saved immediately, but they will be shown in a different colour. See the next picture:
Overview of all entries:
By checking this item, only changed and unsaved items will be shown. If this filter is active and you save your database changes, it will be cancelled and the full database will be displayed.
Overview of all changed entries:
Note: As long as there are some unsaved items, there will be a "*" in the status area at the bottom of the application's window.
If you select this menu item, only entries with a defined expiry date will be shown in the list. It does not matter that the expiry date is in the past or future.
If there aren't any entries with expiry date, this menu item will be grayed out.
If you select this menu item, only entries that were found during the last Find operation will be shown. If a Find hadn't been performed or it had been cleared, then this menu item will be grayed out. If the Find Toolbar was visible when this filter was activated, it will be closed, since no new Finds can be performed whilst this filter is active. Find Next (F3) and Find Previous (Shift-F3) will still be available.
Note: If this filter is active, as it is based on displaying entries in the database
found during the last Find operation and only these, i.e. the Find operation
is not redone should the database be changed. For example:
A "filter" is a criteria (or set of criteria) that an entry either matches or doesn't match. Password Safe allows you to define filters and display only those entries that match a given filter. For more information on defining and using filters, see here.
Select a different font for displaying entries in the List or Tree views, and for displaying passwords in the Add and Edit Entry dialog boxes. You can also specify the font to use in the Virtual Keyboard. Note that this font must be able to display Unicode characters. Supported fonts include: "Arial Unicode MS" (which comes with Microsoft's Office suite), "Arial Unicode" and "Lucida Sans Unicode", although you may select another using the appropriate menu item.
If you save the results of Compare, Export, Find, Import, Merge, Synchronize and Validate operations to disk, they are stored in the same directory as the database. If you repeat one of these operations and again save the report to disk, it will overwrite any previous report for this operation without requesting permission. You may view these reports at a later date when you open a database in this same directory.
Refreshes the display either by pressing the F5 key or clicking on this menu item.


| MetroCon 2003 - Enabling Technologies Track |
Abstracts & Biographies
|
See Program Outline and Schedule
Quantum Cryptology
Tom Frey, Lockheed Martin
8:30-9:30
Abstract: Quantum Cryptology is an
emerging field that offers a very secure method to transfer information. This
technology leap is based on the novel properties of quantum mechanics to ensure
theoretically perfect encryption as well as protection against eavesdropping.
This presentation discusses the fundament properties behind quantum cryptology,
the advantages of this
Quantum Cryptology over traditional methods, potential applications, and some
of the obstacles still ahead.
Biography: Dr. Tom Frey is a Principle Research Scientist for Lockheed Martin where he leads a team of engineers in the creation and development of new technologies for current and futures aircraft. Previously, he served as the Chief Engineer of the F-22 Raptor Communications, Navigation, and Identification System and a technical consultant to the F-35 program. Dr. Frey has published more than a dozen technical papers and holds patents in the fields of high gain antennas and statistical signal processing. He is an instructor for the Engineering Leadership Development Program on Digital Signal Processing and has served as an adjunct professor in the Department of Engineering at Texas Christian University and the Department of Computer & Mathematics Sciences at Columbia College. Dr. Frey is member of the Texas A&M External Advisory & Development Council for the Department of Electrical Engineering. He is a Senior Member of the IEEE and a registered Professional Engineer in the state of Texas.
Carbon Nanotechnology: Finding The Killer
Apps
Ken Smith, Carbon Nanotechnologies, Inc.
9:45-10:45
Abstract: TBA
Biography: www.cnanotech.com
Scott Bergen, Focus Antennas
11:00-12:00
Biography: Scott Bergen received his BS in Electrical
Engineering from the University of Arkansas and has done post graduate Electrical
Engineering work at Southern Methodist University. He currently holds 6 U.S.
patents in various disciplines, including: antenna design (2), cellular phone
location, cellular phone tracking, cellular phone network optimization, remote
sensing, and signal processing. Mr. Bergen has worked extensively in both the
telecommunications and aerospace industries. He serves on the Board of Directors
for three companies, including Focus Antennas. And works on the F-35 Joint Strike
Fighter at Lockheed Martin Aeronautics.
Interferometric
Sensing of MEMS and Biological Structures
Tristan Tayag, Texas Christian University
1:30-3:00
Abstract: Optical interferometry is an attractive measurement technique due to its high resolution, large dynamic range, absolute calibration, and non-contacting detection. Modern interferometers utilize fiber optics to form robust systems for applications, which range from sensing the motion of translation stages in atomic force microscopes to sensing the distributed strain within the wing of an aircraft. In this paper, we review key aspects in the implementation of an interferometer system and present experimental results on two specific areas of application. The optical architecture and demodulation scheme are key aspects of an interferometer that are inherently interrelated. A common objective in interferometer design is the robustness of the system to environmental perturbations unrelated to the signal of interest. This objective, along with the form of the measurand, often dictates the optical configuration and demodulation approach. A variety of two-beam interferometer architectures and demodulation techniques will be reviewed. Particular emphasis will be placed on demodulation schemes based on digital signal processing (DSP) techniques. DSP-based demodulation schemes offer computational sophistication, real-time operation, and system flexibility. The two application areas, which will be presented, involve sensing the motion of microelectromechanical system (MEMS) structures and the contraction of biological cell structures. Each of these application areas has distinct system requirements that drive the interferometer design. The background and motivation for these two applications will be presented along with experimental results.
Biography: Tristan J. Tayag received his BSEE and MSE
degrees from the Johns Hopkins University in 1986 and 1987, respectively, and
his PhD degree from the University of Virginia in 1991. In 1986, he joined the
Applied Physics Laboratory of the Johns Hopkins University where he conducted
research in fiber optic sensors for biomedical applications. From 1991 through
1997, he was engaged in the development of integrated optical signal processors
at the U.S. Army Research Laboratory. He served as a Visiting Scientist at the
U.S. Military Academy at West Point during the 1996 academic year. Currently,
he is an Associate Professor at Texas Christian University where his research
interests include optical sensing, microelectromechanical systems, and digital
signal processing. He holds several patents and has published over 60 technical
papers on these subjects. He is a member of the Institute of Electrical and
Electronic Engineers, the Optical Society of America, and SPIE.
MuSUEC (Multiple Sensor
Ultrasonic Enabled Communication
Jim Houston, Lockheed Martin
3:15-4:45
Abstract: The introduction of advanced support concepts in military systems like Prognostic Health Management (PHM) and Autonomic Logistics has brought with it the need for a significant number of additional sensors. Sensors in these sorts of applications are typically associated with non-mission critical, low bandwidth data streams (environmental data, PHM precursors, etc). Collection and distribution of these data streams with "wired" solutions is impractical because of the associated costs, difficulty of installation, reliability and weight impacts. While a wireless solution is clearly indicated, RF energy-based solutions like BluetoothTM are often blocked by structural elements in the aircraft and have a negative impact on aircraft electromagnetic compatibility and signature. This presentation addresses a new wireless technology based on digitally modulated ultrasonic energy that appears to offer significant promise for the solution of this sensor integration problem. Challenges in the utilization of this technology on an aircraft and potential technology solutions to these challenges will be addressed. The presentation will end with a discussion of potential synergistic commercial applications for this technology and future plans for development of the technology in airborne weapon systems.
Biography: Jim Houston is a Research and Development
Staff Specialist for Lockheed Martin Aeronautics Company. He is the Principle
Investigator for a R&D project which is examining risk factors associated
with the utilization of COTS based avionics in military systems as well as potential
technologies which could mitigate these risks. He has been with GD/Lockheed
since 1976. He graduated with a MSEE from Oklahoma State University.


---
author: Colene Chow
categories: app
contact<EMAIL_ADDRESS>date: '2011-09-23 21:23:10'
developer: Ferdi Willemse
developer_link: http://www.metarreader.com/app
devices:
- ios
feature: 'true'
feature_image: /uploads/feature/metar.jpg
ios_link: http://itunes.apple.com/us/app/metar-reader/id465765574?mt=8
itunes_id: '465765574'
permalink: /metar-reader/
slug: metar-reader
status: publish
targetMarket: Business
thumb: /uploads/v2/4e7c3c1639401Metar.png
title: METAR Reader
type: app
layout: post
---
The #1 website for aviators and enthusiasts now fits in your pocket and offers even more features!
KEY FEATURES:
* Fetch METAR reports by ICAO code.
* Decode METAR reports into a readable format.
* Search for METAR weather stations and airports.
* Find airports and METAR weather stations near your GPS location.
* Add favorites 'on the fly'.
* Add shortcuts to METAR reports to the main screen.
Flight schools all around the world use METAR Reader to teach their students how to read METAR reports


(function() {
vectorop: 8bit vector arithmetics that emulate simple operator overloading in JavaScript, as a proof of principle. This script is intended as a tutorial!
@author: (c) 10/2011 by Lorenz Lo Sauer; lsauer.com
@license: MIT-LICENSE or BSD-LICENSE
@link: https://www.github.com/lsauer/vectorop/
@version: 0.1.1
Background:
By default, JS doesn't allow operator overloading but does allow capturing the value-
coercion-function stringTo
and valueOf
, which converts an object to a primitive value
Respectively, toString
acts in the context of a string coercion/conversion.
If either method returns a non-primitive type, the respective other method is invoked
Note:
The code is purposefully not geared towards speed (at the gain of readability)
for comprehensive matrix and vector functionality use 'glmatrix'
Only minimal Error checking is implemented. No overflow warnings are provided.
Only positive values are supported < 255, i.e. UInt8,
otherwise only signed 7bit numbers would be possible
In principle any number types could be implemented, by adapting the bit masks and bit allocations.
Due to certain 32bit constraints, the implemented number types are: positive integer numbers R: -1 < R < 256
Todo/Maybe:
- Allow negative 8bit numbers
- Add examples for other operators
- Implement a general purpose 'object to 64bit serialization'
See also:
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
(function() {
Define the internal vectorop object
var vectorop = {};
Export the vectorop object as either a CommonJS module, or as the global object
if (typeof module !== 'undefined' && module.exports) {
module.exports = vectorop;
} else {
this.vectorop = vectorop;
}
Set the vectorop version
vectorop.version = '0.1.1';
/**
* CONSTANTS
*/
vectorop.RADIAN = 57.2957795;
/**
* Utility Functions
*/
d2b
: Converts a decimal to a binary representation
@param d {Int} #decimal number
@return b {String} binary number representation
vectorop.d2b = function d2b(d){
return d.toString(2);
}
b2d
: Converts a binary representation to a decimal
@param d {String} #number in binary representation
@return d {Int} decimal number representation
vectorop.b2d = function b2d(d){
return parseInt(d,2);
}
listToMatrix
: converts a 1D array to a 2D array
@param a {Array} list of elements
@param len {Int} number of elements in each row
@return matrix {[[,..],[,...],...]} 2D array containing matrix elements
vectorop.listToMatrix = function Array1dTo2d(a, len){
var b=[];
for(var i=0; i<a.length; i+=len)
b.push( a.slice(i,i+len) );
return b;
}
matrix
: Converts a linear list of elements into an n x m matrix
@param alist {Array} linear list of elements
@param n {Int} #rows of the matrix
@param m {Int} #rows of the matrix optional:true; else n=m
@return matrix {[[,..],[,...],...]} 2D array containing matrix elements
vectorop.matrix = function matrix(alist,n,m) {
m||(m = n);
var mat = []
for(var i=0,len=n*m;i<len;i+=m)
mat.push(alist.slice(i,i+m))
return mat;
}
list
: inverse operation to the function matrix
: flattens an array
@param mat {Array} 2D array, representing an n x m matrix
@return array {Array} 1D array containing vector elements
vectorop.list = function list(mat){
return (mat+'')
.split(',')
.map(parseFloat);
}
matcmpr
: compares (non-strictly) two matrices and returns true or false
@param mat1 {Array} 1st 2d array of n x m matrix elements
@param mat1 {Array} 2nd 2d array of n x m matrix elements, to be compared to
@return isEq {Boolean} true is returned in the case of matrix equality
vectorop.matcmpr = function matcmpr(mat1,mat2){
if(undefined === mat1[0][0]) {
mat1 = [mat1];
mat2 = [mat2];
}
for(i in mat1)
for(j in mat1[i])
if(mat1[i][j] != mat2[i][j])
return false;
return true;
}
Todo:
&range|lower
, according to a dynamic bitsize per numberNotes:
The shifting operation could be refactored out into toString The Vector object contains the original x,y,z representation The z-value is ignored in a 2D vector, and thus placed beyond the 16bit position
_Vector
: packs x,y,z 8bit Integers (<255), into an vector object
@param x,y,z {Int} 8bit Integers holding coordinate values
@return point {Int} 32bit/64bit (JS runtime dependent), Integer containing x,y,z.
vectorop._Vector = function _Vector(x,y,z) {
var point, signx, signy, signz;
allow passing arguments as an array
if(x instanceof Array){
z = x[2]
,y = x[1]
,x = x[0]; //initial array `x` is now unreferenced
}
store the signs
signx = (x < 0) ? 1 : 0; //alternative: Number( x < 0)
signy = (y < 0) ? 1 : 0;
signz = (z < 0) ? 1 : 0;
initialize empty variables, as Integers
var _x = Math.abs( (x|0) || 0 );
var _y = Math.abs( (y|0) || 0 );
var _z = Math.abs( (z|0) || 0 );
allow passing arguments as single number i.e. a point
with three argument values passed, pack the absolute x,y,z values into a point
var bit24mask = (1 << 24)-1;
if(_x > 255){
point = _x & bit24mask; // as the point is 24bit, cut it off with a 24bitmask
}else{
point = (_z << 16) ^ (_y << 8) ^ _x; // overlay ad-hoc-created bitmasks via XOR
}
Todo: allocate sign to Bit 30(x),29(y), 28(z) pack the signs into the point
point |= (signx << 30);
point |= (signy << 29);
point |= (signz << 28);
assign local variables to an instance
if(this){ //-> for readability:
this.z = z // this.z = z<< 16;
,this.y = y // this.y = y<< 8;
,this.x = x; // this.x = x;
this.point = point;
} else {
return point;
}
}
Vector
: helper function that returns an Vector instanc
@param x,y,z {Int} 8bit Integers holding coordinate values
@return vector {Object} _Vector object containing 8bit 3D coordinates
vectorop.Vector = function Vector(x,y,z) {
if(arguments.length > 3){
return null;
}
var vobj = new vectorop._Vector(x,y,z);
define attribute-like functions
vobj.__defineGetter__('length', vectorop._Vector.prototype.len);
return vobj;
}
isVectorInstance
: helper function that checks if a passed object is a Vector instance and handles errors
@param v {Object} obejct tested to by an instance of _Vector
@return state {Boolean} returns true if the object is a _Vector instance
vectorop.Vector.isVectorInstance = function(v){
if( ! (v instanceof vectorop._Vector)){
throw new TypeError("A Vector instance must be passed to:" + arguments.callee);
}else {
return true;
}
}
demonstrate that valueOf
would get precedence, if defined...
/* vectorop._Vector.prototype.valueOf = function() {
* console.log("valueOf was invoked" )
* }
*/
toString
: overloaded function, to pack 8bit x,y,z values into a 32bit number of the vector instance
@return point {Int} 32bit number containing x,y,z 3D coordinates as 8bit integers
The function is mainly invoked through the '+' plus operator acting upon a vector instance
vectorop.Vector.prototype.toString = function() {
var x = this.x << 16; // each coordinate x,y,z is allocated 8bit, and shifted upwards
var y = this.y << 8;
var z = this.z;
console.log("Vector.toString invoked");
return x + y + z; //return a 32bit number containing x,y,z
}
toString
: overloaded function, to unpack a 32bit number into 8bit x,y,z values of the vector instance
@param isRetstring {Bool} when set to true, a pretty-printed string is returned rather than a bit-serialized number/point
@return point {Int} 32bit number containing x,y,z 3D coordinates as 8bit integers
vectorop._Vector.prototype.toString = function(isRetstring) {
var bit24mask = (1 << 24)-1; //alternative: Math.pow(2,24) - 1
this.z = ((this.point & bit24mask) >> 16) &255; //byte = UInt8; 255 = "11111111" 8bit Bitmask
get rid of the upper bits, then shift down:
this.y = ((this.point & bit24mask) >> 8) &255; //alternative: var y = (this.point -= (z << 16)) >> 8;
this.x = ((this.point & bit24mask) ) &255;
Todo: read sign from Bit 30(x),29(y), 28(z) read sign-bits put at the front of the 32bits; x being closer to the Most Significant Bit position
if( this.point & (1<<30) ){
this.x = -this.x;
}
if( this.point & (1<<29) ){
this.y = -this.y;
}
if( this.point & (1<<28) ){
this.z = -this.z;
}
var retstring = '[x: '+this.x+', y: '+this.y+', z: '+this.z+']';
if( typeof isRetstring !== "undefined" && true === Boolean(isRetstring) ){
return retstring;
}else{
console.log( retstring );
return this.point;
}
}
toArray
: returns an 1d array containing x,y,z cartesian coordinates
@return array {Array} 1D array containing vector values x,y,z
vectorop._Vector.prototype.toArray = function(){
return [ this.x, this.y, this.z ];
}
mul
: calculates the vector product between the pertaining vector instance and a vector passed as argument
@param v2 {Vector} second Vector
@return point {Int} 32bit number containing x,y,z 3D coordinates as 8bit integers
vectorop._Vector.prototype.mul = function(v2) {
vectorop.Vector.isVectorInstance(v2);
return new vectorop.Vector(
this.x * v2.x
,this.y * v2.y
,this.z * v2.z
);
}
div
: calculates the division between the pertaining vector instance and a vector passed as argument
@param v2 {Vector} second Vector
@return point {Int} 32bit number containing x,y,z 3D coordinates as 8bit integers
vectorop._Vector.prototype.div = function(v2) {
vectorop.Vector.isVectorInstance(v2);
return new vectorop.Vector(
this.x / v2.x
,this.y / v2.y
,this.z / v2.z
);
}
dot
: calculates the dot product between the pertaining vector instance and a vector passed as argument
@param v2 {Vector} second Vector
@return point {Int} 32bit number containing x,y,z 3D coordinates as 8bit integers
vectorop._Vector.prototype.dot = function(v2) {
vectorop.Vector.isVectorInstance(v2);
return this.x * v2.x
+this.y * v2.y
+this.z * v2.z;
}
cross
: calculates the cross product between the pertaining vector instance and a vector passed as argument
The cross product can be defined as the determinant of a suitable 3×3 matrix (See: Sarrus rule)
The cross product is anticommutative, implying negative numbers.
Calculating the cross product with the current implementation is possible only in select cases.
@param v2 {Vector} second Vector
@return vector {Object} _Vector object containing 8bit 3D coordinates
vectorop._Vector.prototype.cross = function(v2) {
vectorop.Vector.isVectorInstance(v2);
return new vectorop.Vector(
this.y * v2.z - this.z * v2.y
,this.z * v2.x - this.x * v2.z
,this.x * v2.y - this.y * v2.x
);
}
dotcross
: calculates the scalar triple product between the pertaining vector instance and two vector passed as argument
The result of the scalar triple product may be negative and can thus not be handled by the current implementation.
The scalar value can be thought of as the volume V of a parallelepiped, spanned by the three given vector instances
@param v2 {Vector} second Vector
@param v3 {Vector} third Vector
@return vector {Object} _Vector object containing 8bit 3D coordinates
vectorop._Vector.prototype.dotcross = function(v2, v3) {
vectorop.Vector.isVectorInstance(v2);
vectorop.Vector.isVectorInstance(v3);
return (v2.cross(v3)).dot(this);
}
abs
, length{attr}
, len
: calculates the magnitude or length of the pertaining vector instance
@return point {Int} 32bit number containing x,y,z 3D coordinates as 8bit integers
vectorop._Vector.prototype.abs =
vectorop._Vector.prototype.len = function() {
return Math.sqrt(
this.x * this.x
+this.y * this.y
+this.z * this.z
);
}
unit
,norm
: calculates a normalized or unit vector of the pertaining vector instance and a passed normalization factor
Note: By necessity, floating point numbers are required and thus unit
is incompatible with the current implementation
@param v2 {Vector|Int} second Vector object or integer value as normalization factor
@return vector {Object} _Vector object containing normalized 8bit 3D coordinates
vectorop._Vector.prototype.unit =
vectorop._Vector.prototype.norm = function(v2) {
var len;
if( v2 instanceof Object && v2.len instanceof Function ){
len = v2.len();
} else if(typeof v2 === 'number') {
len = v2;
} else{
no argument passed: normalize by the own length
len = this.len();
}
return new vectorop.Vector(
this.x / len
,this.y / len
,this.z / len
);
}
unit
,norm
: calculates a normalized or unit vector
@param v1 {Vector} Vector object to be normalized
@param v2 {Vector|Int} second Vector object or integer value as normalization factor
@return vector {Object} _Vector object containing normalized 8bit 3D coordinates
vectorop.Vector.unit =
vectorop.Vector.norm = function(v1, v2) {
var len;
if( v2 instanceof Object && v2.len instanceof Function ){
len = v2.len();
} else if(typeof v2 === 'number') {
len = v2;
} else{
no argument passed: normalize by the own length
len = v1.len();
}
return new vectorop.Vector(
v1.x / len
,v1.y / len
,v1.z / len
);
}
unit
,norm
: copies the pertaining Vector object
@return vector {Object} _Vector object containing 8bit 3D coordinates
vectorop._Vector.prototype.copy = function() {
return new vectorop.Vector(this.x, this.y, this.z);
}
min
: calculates the minimum vector coordinates between two vectors passed as argument
@param v1 {Vector} first Vector object
@param v2 {Vector} second Vector object
@return vector {Object} _Vector object containing the minimum 8bit 3D coordinates
vectorop.Vector.min = function(v1, v2) {
if( ! v1 instanceof vectorop._Vector && ! v2 instanceof vectorop._Vector ){
throw new TypeError("Two Vector instances must be passed to:" + arguments.callee);
}
return new vectorop.Vector(
Math.min(v1.x, v2.x)
,Math.min(v1.y, v2.y)
,Math.min(v1.z, v2.z)
);
}
min
: calculates the minimum vector coordinates of the pertaining v instance and a Vector passed as argument
@param v1 {Vector} first Vector object
@param v2 {Vector} second Vector object
@return vector {Object} _Vector object containing the minimum 8bit 3D coordinates
vectorop._Vector.prototype.min = function(v2) {
vectorop.Vector.isVectorInstance(v2);
return new vectorop.Vector(
Math.min(this.x, v2.x)
,Math.min(this.y, v2.y)
,Math.min(this.z, v2.z)
);
}
max
: calculates the maximum vector coordinates between two Vectors passed as argument
@param v1 {Vector} first Vector object
@param v2 {Vector} second Vector object
@return vector {Object} _Vector object containing the maximum 8bit 3D coordinates
vectorop.Vector.max = function(v1, v2) {
if( ! v1 instanceof vectorop._Vector && ! v2 instanceof vectorop._Vector ){
throw new TypeError("Two Vector instances must be passed to:" + arguments.callee);
}
return new vectorop.Vector(
Math.max(v1.x, v2.x)
,Math.max(v1.y, v2.y)
,Math.max(v1.z, v2.z)
);
}
max
: calculates the maximum vector coordinates of the pertaining Vector instance and a Vector passed as argument
@param v1 {Vector} first Vector object
@param v2 {Vector} second Vector object
@return vector {Object} _Vector object containing the maximum 8bit 3D coordinates
vectorop._Vector.prototype.max = function(v2) {
vectorop.Vector.isVectorInstance(v2);
return new vectorop.Vector(
Math.max(this.x, v2.x)
,Math.max(this.y, v2.y)
,Math.max(this.z, v2.z)
);
}
deg
,spherical
: calculates the spherical values of the pertaining Vector instance, or sets the coordinates when r,p,t (radius, phi, theta)
is passed
@param r {Vector} r, the radius or radial distance
@param t {Vector} theta, the inclination or polar angle
@param p {Vector} phi, the azimuth or azimuthal angle
@return vector {Object} Object containing `r,p,t (radius, phi, theta)` or a Vector containing the 8bit 3D coordinates
vectorop._Vector.prototype.deg =
vectorop._Vector.prototype.spherical = function() {
if( 0 === arguments.length ){
var len = this.len();
return {
r: len
,p: Math.atan2(this.y, this.x) /*theta*/
,t: Math.acos(this.z / len) /*phi*/
}
} else{
var x = r * Math.sin(phi) * Math.cos(the)
,y = r * Math.sin(phi) * Math.sin(the)
,z = r * Math.cos(phi);
this.point = (z<< 16) ^ (y<< 8) ^ x; // update the coordinates of the vector instance
return new vectorop.Vector(x,y,z);
}
}
sph2cart
,fromSpherical
: calculates the carthesian coordinate values x,y,z
of the spherical coordinates passed as r,p,t (radius, phi, theta)
@param r {Vector} r, the radius or radial distance
@param t {Vector} theta, the inclination or polar angle
@param p {Vector} phi, the azimuth or azimuthal angle
@return vector {Object} _Vector object containing the maximum 8bit 3D coordinates
vectorop.Vector.sph2cart =
vectorop.Vector.cartesian = function(r, phi, the) {
return new vectorop.Vector(
r * Math.sin(phi) * Math.cos(the)
,r * Math.sin(phi) * Math.sin(the)
,r * Math.cos(phi)
);
}
rot
: rotates the pertaining vector instance given the specified rotation angles of each axis
See: http://stackoverflow.com/questions/5081842/3d-z-y-x-rotation-of-vector
@param degx {Int} angle of rotation around the x-axis
@param degy {Int} angle of rotation around the y-axis
@param degz {Int} angle of rotation around the z-axis
@return vector {Object} _Vector object containing 8bit 3D coordinates
vectorop._Vector.prototype.rot = function(degx,degy,degz) {
Not implemented due to the current lack of floting number support
return null;
}
})();


I tried (fairly unsuccessfully) Calea two nights ago. I ate about three grams, smoked two joints, and made what I thought was a fairly strong tea. I did not feel a buzz like some others report, and had no dreams that night. However, I did feel slighlty woozy for the rest on the next day.
I did some research, and found that the dosage is between 3 and 25 grams. I thought that 25 grams seemed like a lot, and let me tell you, it is. I estimated by putting two large handfulls into a pan and let it boil for 20 minutes. I then proceeded to pour out the tea (pitch black) into a pitcher, and then repeated that process again. The pitcher had markings on the side of it, and with the Calea in the pitcher, as well as the tea, the level was at about one liter. I let it cool in the fridge for a couple of hours, and soak in the Calea. I got back from work at about 10:30 and drank the tea. (not great, but not as bad as some say (not bitter). I was planning to eat the Calea too, but then decided against it, figuring there was still a few more good batches of tea left in it.
Let me say, The first night I expected to be in a sort of weird sleeplike state, having crazy mushroomlike/physcodelic dreams after reading some reports. The first night nothing happened, the second, many things did.
I had many, rememberable dreams the night I drank the strong tea (last night.) Which is pretty cool, because I can go weeks at a time without remembering a dream. Coincidentally, I set my alarm to 9:00 this morning in order to get up and write a paper. However when 9:00 rolled around, I was too tired to get up, so I started pushing the snooze button (10 mins) on my alarm clock. I did this six times, and in between each one I had a controllable, vivid, yet not phsycodelic dream. I could go into details about them, but it would take a while, and wouldn't be very interesting.
Anyway, it is noon, the day after I drank the tea, (about 14 hrs ago). I am very relaxed right now, and have a definite head buzz too.
Happy Dreaming.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


'Who'd be manager?' - Nottingham Forest fans question Joe Worrall's team selection
Nottingham Forest latest | Joe Worrall selected his fantasy Forest team of the 2010s - and plenty of Reds fans have given their responses to the current centre-back
by Josh MurrayNottingham Forest fans are reacting to Joe Worrall's Reds team of the decade - and the players they might have included.
Current Forest centre-back Worrall responded to our tweet asking supporters to name their fantasy City Ground XIs from the past 10 years.
His team was made up of: Brice Samba, Eric Lichaj, Jack Hobbs, Michael Dawson, Chris Cohen, David Vaughan, Ben Osborn, Henri Lansbury, Michail Antonio, Andy Reid and Britt Assombalonga.
Wes Morgan, Radoslaw Majewski and Lewis McGugan were players who just missed out, according to Worrall's tweet.
Plenty of Reds fans were pleased with the 22-year-old's selections, although others have replied with suggestions of their own in certain positions.
Here's what some Forest supporters have been saying...
Brummie Tricky: Decent side that
Jack Derbyshire: A great Nottingham forest team
@YouAreMyForest: Robbie Earnshaw up front with Britt for me...
@horsley2001: Earnshaw????? Wes Morgan????? Guediora?????
Matt Floyd: David Vaughan oh my yes
Nottingham Forest latest
This is your round up of all things Forest; the one-stop shop that will keep you updated on the latest goings on at the City Ground and beyond.
Transfers, injuries, match-days and managers, we’ve got you covered.
We’ll be bringing the very latest on the Reds throughout the week and around the clock.
Make sure you keep yourself updated with our handy daily catch up...
Must reads...
- Marinakis' 'vision' for City Ground plans
- Why Reds must not settle for second best
- The lowdown on Reds 'target' Shankland
- Lamouchi demanding 'better' from players
For all your latest NFFC news, opinion, analysis and transfer gossip, click here
You can follow our Reds reporter Sarah Clapson on Twitter, and her email address is<EMAIL_ADDRESS>Owen Summers: Who’d be manager, Joe?
Lee Clarke: Gunter over Lichaj and McKenna over Vaughan for me but other than that pretty steady
@ITwobob: So only 2 from current team
Jordan Harland: No cash [shocked face emojis]
@LilMissRedDog: McGugan never showed his full potential which is a massive shame. I’d have personally opted for Raddy but this isn’t a bad team tbh.
Adam Webster: Who we having as the Manager?
Sign up for our free Forest WhatsApp service for latest news
Keep up to date with the latest Nottingham Forest news, features and exclusives from Nottinghamshire Live via our free WhatsApp service.
Text NEWS to<PHONE_NUMBER>2 and then add the number to your phone contacts book as ForestLive to receive daily updates and breaking news from our Reds reporter Sarah Clapson.
Your phone number won't be shared with any other members of the group. Click here for more information on the service.


License info structure. More...
#include <ai_license.h>
Data Fields | |
| bool | used |
| true if this is the license used by the current Arnold installation | |
| char | name [64] |
| product name | |
| char | ver [64] |
| product version | |
| char | exp [64] |
| expiration date | |
| char | options [64] |
| product options | |
| int | count |
| license count | |
| int | current_inuse |
| license count in use | |
| int | current_resuse |
| number of reservations in use | |
| int | hbased |
| HOST-BASED count. | |
| int | hold |
| license hold time | |
| int | max_roam |
| maximum roam time | |
| int | max_share |
| maximum number of processes that can share this license | |
| int | min_remove |
| minimum rlmremove time | |
| int | min_checkout |
| license minimum checkout time | |
| int | min_timeout |
| minimum timeout time | |
| int | nres |
| number of license reservations | |
| int | num_roam_allowed |
| number of roaming licenses allowed | |
| int | roaming |
| number of licenses currently roaming (for roaming licenses) | |
| int | share |
| license share flags (share flags RLM_LA_SHARE_xxx are defined in license.h) | |
| int | soft_limit |
| license soft limit | |
| int | thisroam |
| 1 if this license is a roaming license | |
| int | timeout |
| current license timeout | |
| int | tz |
| license timezone specification. More... | |
| int | tokens |
| if 0, this is a normal license. More... | |
| int | type |
| license type (license type flags RLM_LA__xxx_TYPE are defined in license.h) | |
| int | ubased |
| USER_BASED count. | |
License info structure.
| int AtLicenseInfo::tz |
license timezone specification.
| int AtLicenseInfo::tokens |
if 0, this is a normal license.
If non-zero, this is a token-based license


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4N/5D
Reach Moscow and check into your hotel. Once you reach you can rest in your room or step out to explore the neighborhood.
Welcome moscow
Other Benefits (On Arrival)
Transfers, Stay Included
On the second day of your 5 days in Moscow tour, you would go out exploring the city on a city tour. During this, you would visit places like New Maiden’s Monastery, VDNKH, The Cathedral of Christ the Saviour, The Bolshoi Theatre, Saint Basil’s Cathedral and the Red Square.
Other Benefits
Sightseeing, Breakfast, Stay Included
Exploring And Taking Tours
Off to St. Petersburg
On third day checkout of the hotel in Moscow and board the bullet train to St. Petersburg which is the next destination of this Moscow itinerary 5 days. Upon reaching, check-in the hotel, explore the nearby area and call it a day.
St. Petersburg Arriaval and City tour
Other Benefits (On Arrival)
Sightseeing, Breakfast, Stay Included
On the third day, you would go to a city and explore some of the best parts of St. Petersburg like The Smolny Convent, Saint Isaac’s Cathedral which is the largest orthodox basilica in the world, The Quay with Sphinxes, The Anichkov Bridge, Gleaming mosaics & marble and The Peter and Paul Fortress. Once the day gets over, you would head back to the hotel.
historical tour
Other Benefits (On Arrival)
Sightseeing, Breakfast, Stay Included
Final day of the trip.
Breakfast
Check out from Hotel
The End Of Russian Romance
Other Benefits (On Departure)
Breakfast, Transfers


*Run
prg
expressions which
are used during key
, sync
, wait
and listen
. The first element of each expression
must either be a positive number (thus denoting a file descriptor to wait for)
or a negative number (denoting a timeout value in milliseconds (in that case
another number must follow to hold the remaining time)). A select
system call is performed with these values, and the corresponding
prg
body is executed when input data are available or when a
timeout occurred (with @
set to the file
descriptor or timeout value). See also task
.
: (de *Run (-2000 0 (println '2sec))) # Install 2-sec-timer
-> *Run
: 2sec # Prints "2sec" every 2 seconds
2sec
2sec
# (Ctrl-D) Exit
$
+Ref
+relation
s, a subclass of +index
. Accepts an optional argument for a
+Hook
attribute. See also Database.
(rel tel (+Fold +Ref +String)) # Phone number with folded, non-unique index
+Ref2
+relation
s. Can only be used as a prefix
class to +Key
or +Ref
. It maintains an index in the current
(sub)class, in addition to that in one of the superclasses (must be a
+Ref
), to allow (sub)class-specific queries. See also Database.
(class +Ord +Entity) # Order class
(rel nr (+Need +Ref +Number)) # Order number
...
(class +EuOrd +Ord) # EU-specific order subclass
(rel nr (+Ref2 +Key +Number)) # Order number with backing index
+relation
rel
. The class hierarchy
includes the classes +Any
, +Bag
, +Bool
, +Number
, +Date
, +Time
, +Symbol
, +String
, +Link
, +Joint
and +Blob
, and the prefix classes +Hook
, +Hook2
, +index
, +Key
, +Ref
, +Ref2
, +Idx
, +IdxFold
, +Sn
, +Fold
, +Aux
, +UB
, +Dep
, +List
, +Need
, +Mis
, +Alt
and +Swap
. See also Database and +Entity
.
Messages to relation objects include
mis> (Val Obj) # Return error if mismatching type or value
has> (Val X) # Check if the value is present
put> (Obj Old New) # Put new value
rel> (Obj Old New) # Maintain relational structures
lose> (Obj Val) # Delete relational structures
keep> (Obj Val) # Restore deleted relational structures
zap> (Obj Val) # Clean up relational structures
(rand ['cnt1 'cnt2] | ['T]) -> cnt | flg
T
, a
boolean value flg
is returned. Note that if a range is given, the
results are "more random" because the higher bits of the internal generator are
used. See also seed
.
: (rand 3 9)
-> 3
: (rand 3 9)
-> 7
(range 'num1 'num2 ['num3]) -> lst
num1
through
num2
. When num3
is non-NIL
, it is used
to increment num1
(if it is smaller than num2
) or to
decrement num1
(if it is greater than num2
). See also
need
.
: (range 1 6)
-> (1 2 3 4 5 6)
: (range 6 1)
-> (6 5 4 3 2 1)
: (range -3 3)
-> (-3 -2 -1 0 1 2 3)
: (range 3 -3 2)
-> (3 1 -1 -3)
range/3
get
algorithm to the following arguments.
Typically used as filter predicate in select/3
database queries. See also
Comparing
, isa/2
, same/3
, bool/3
, head/3
, fold/3
, part/3
and tolr/3
.
: (?
@Nr (1 . 5) # Numbers between 1 and 5
@Nm "part"
(select (@Item)
((nr +Item @Nr) (nm +Item @Nm))
(range @Nr @Item nr)
(part @Nm @Item nm) ) )
@Nr=(1 . 5) @Nm="part" @Item={3-1}
@Nr=(1 . 5) @Nm="part" @Item={3-2}
-> NIL
(rank 'any 'lst ['flg]) -> lst
lst
should be sorted. Returns the
element from lst
with a maximal CAR less or equal to
any
(if flg
is NIL
), or with a minimal
CAR greater or equal to any
(if flg
is
non-NIL
), or NIL
if no match is found. See also
assoc
and Comparing.
: (rank 0 '((1 . a) (100 . b) (1000 . c)))
-> NIL
: (rank 50 '((1 . a) (100 . b) (1000 . c)))
-> (1 . a)
: (rank 100 '((1 . a) (100 . b) (1000 . c)))
-> (100 . b)
: (rank 300 '((1 . a) (100 . b) (1000 . c)))
-> (100 . b)
: (rank 9999 '((1 . a) (100 . b) (1000 . c)))
-> (1000 . c)
: (rank 50 '((1000 . a) (100 . b) (1 . c)) T)
-> (100 . b)
(rassoc 'any 'lst) -> lst
assoc
. Returns the first
element from lst
with its CDR equal to any
, or
NIL
if no match is found. See also assoc
and asoq
.
: (rassoc 7 '((999 1 2 3) ("b" . 7) ("ok" "Hello")))
-> ("b" . 7)
: (rassoc (1 2 3) '((999 1 2 3) ("b" . 7) ("ok" "Hello")))
-> (999 1 2 3)
: (rassoc 'u '((999 1 2 3) ("b" . 7) ("ok" "Hello")))
-> NIL
(raw ['flg]) -> flg
NIL
for "cooked mode"). Otherwise, the
console is set to the new state. See also key
.
$ pil
: (raw)
-> NIL
$ pil +
: (raw)
-> T
(rc 'sym 'any1 ['any2 ['any3 'any4..]]) -> any
sym
, or stores one or more
key-value pairs (any1 . any2)
in that file, using the key
any1
(and optionally any3
etc. for multiple stores).
All values are stored in a list in the file, using assoc
. During the whole operation, the file is
exclusively locked with ctl
.
: (info "a.rc") # File exists?
-> NIL # No
: (rc "a.rc" 'a 1) # Store 1 for 'a'
-> 1
: (rc "a.rc" 'b (2 3 4)) # Store (2 3 4) for 'b'
-> (2 3 4)
: (rc "a.rc" 'c 'b) # Store 'b' for 'c'
-> b
: (info "a.rc") # Check file
-> (28 733124 . 61673)
: (in "a.rc" (echo)) # Display it
((c . b) (b 2 3 4) (a . 1))
-> T
: (rc "a.rc" 'c) # Fetch value for 'c'
-> b
: (rc "a.rc" @) # Fetch value for 'b'
-> (2 3 4)
(rd ['sym]) -> any
(rd 'cnt) -> num | NIL
cnt
argument (second form), that number
of raw bytes (in big endian format if cnt
is positive, otherwise
little endian) is read as a single number. Upon end of file, if the
sym
argument is given, it is returned, otherwise NIL
.
See also pr
, tell
, hear
and wr
.
: (out "x" (pr 'abc "EOF" 123 "def"))
-> "def"
: (in "x" (rd))
-> abc
: (in "x"
(make
(use X
(until (== "EOF" (setq X (rd "EOF"))) # '==' detects end of file
(link X) ) ) ) )
-> (abc "EOF" 123 "def") # as opposed to reading a symbol "EOF"
: (in "/dev/urandom" (rd 20))
-><PHONE_NUMBER>56823753584720194864200246115286686486
(read ['sym1 ['sym2]]) -> any
NIL
is returned
upon end of file. When called without arguments, an arbitrary Lisp expression is
read. Otherwise, a token (a number, an internal symbol, a transient symbol (for
punctuation), or a list of symbols (for a string)) is read. In that case,
sym1
specifies which set of characters to accept for continuous
symbol names (in addition to the standard alphanumerical characters), and
sym2
an optional comment character. See also any
, str
, line
, skip
and eof
.
: (list (read) (read) (read)) # Read three things from console
123 # a number
abcd # a symbol
(def # and a list
ghi
jkl
)
-> (123 abcd (def ghi jkl))
: (make (while (read "_" "#") (link @)))
abc = def_ghi("xyz"+-123) # Comment
NIL
-> (abc "=" def_ghi "(" ("x" "y" "z") "+" "-" 123 ")")
(recur fun) -> any
(recurse ..) -> any
recurse
on the fly. During the execution of fun
, the
symbol recurse
is bound to the function definition
fun
. See also let
and
lambda
.
: (de fibonacci (N)
(when (lt0 N)
(quit "Bad fibonacci" N) )
(recur (N)
(if (>= 2 N)
1
(+
(recurse (dec N))
(recurse (- N 2)) ) ) ) )
-> fibonacci
: (fibonacci 22)
-> 17711
: (fibonacci -7)
-7 -- Bad fibonacci
(redef sym . fun) -> sym
sym
in terms of itself. The current definition is
saved in a new symbol, which is substituted for each occurrence of
sym
in fun
, and which is also returned. See also
de
, undef
, daemon
and patch
.
: (de hello () (prinl "Hello world!"))
-> hello
: (pp 'hello)
(de hello NIL
(prinl "Hello world!") )
-> hello
: (redef hello (A B)
(println 'Before A)
(prog1 (hello) (println 'After B)) )
-> "hello"
: (pp 'hello)
(de hello (A B)
(println 'Before A)
(prog1 ("hello") (println 'After B)) )
-> hello
: (hello 1 2)
Before 1
Hello world!
After 2
-> "Hello world!"
: (redef * @
(msg (rest))
(pass *) )
-> "*"
: (* 1 2 3)
(1 2 3)
-> 6
: (redef + @
(pass (ifn (num? (next)) pack +) (arg)) )
-> "+"
: (+ 1 2 3)
-> 6
: (+ "a" 'b '(c d e))
-> "abcde"
(rel sym lst [any ..]) -> any
sym
in the current class *Class
, using lst
as the list of
classes for that relation, and possibly additional arguments any
for its initialization. See also Database, class
, extend
, dm
and var
.
(class +Person +Entity)
(rel nm (+List +Ref +String)) # Names
(rel tel (+Ref +String)) # Telephone
(rel adr (+Joint) prs (+Address)) # Address
(class +Address +Entity)
(rel cit (+Need +Hook +Link) (+City)) # City
(rel str (+List +Ref +String) cit) # Street
(rel prs (+List +Joint) adr (+Person)) # Inhabitants
(class +City +Entity)
(rel nm (+List +Ref +String)) # Zip / Names
(release 'sym) -> NIL
acquire
.
: (release "sema1")
-> NIL
remote/2
*Ext
, revolve/2
, select/3
and db/3
.
(setq *Ext # Set up external offsets
(mapcar
'((@Host @Ext)
(cons @Ext
(curry (@Host @Ext (Sock)) (Obj)
(when (or Sock (setq Sock (connect @Host 4040)))
(ext @Ext
(out Sock (pr (cons 'qsym Obj)))
(prog1
(in Sock (rd))
(unless @
(close Sock)
(off Sock) ) ) ) ) ) ) )
'("localhost")
'(20) ) )
(de rsrc () # Simple resource handler, ignoring errors or EOFs
(extract
'((@Ext Host)
(let? @Sock (connect Host 4040)
(cons
(curry (@Ext @Sock) (X) # out
(ext @Ext (out @Sock (pr X))) )
(curry (@Ext @Sock) () # in
(ext @Ext (in @Sock (rd))) ) ) ) )
'(20)
'("localhost") ) )
: (?
@Nr (1 . 3)
@Sup 2
@Rsrc (rsrc)
(remote (@Item . @Rsrc)
(db nr +Item @Nr @Item)
(val @Sup @Item sup nr) )
(show @Item) )
{L-2} (+Item)
pr 1250
inv 100
sup {K-2}
nm Spare Part
nr 2
@Nr=(1 . 3) @Sup=2 @Rsrc=((((X) (ext 20 (out 16 (pr X)))) NIL (ext 20 (in 16 (rd))))) @Item={L-2}
-> NIL
(remove 'cnt 'lst) -> lst
cnt
from lst
. This
is a non-destructive operation. See also insert
, place
, append
, delete
and replace
.
: (remove 3 '(a b c d e))
-> (a b d e)
: (remove 1 '(a b c d e))
-> (b c d e)
: (remove 9 '(a b c d e))
-> (a b c d e)
(repeat) -> lst
repeat/0
and be
.
(be a (1)) # Define three facts
(be a (2))
(be a (3))
(repeat) # Unlimited supply
: (? (a @N))
@N=1
@N=2
@N=3
@N=1
@N=2
@N=3. # Stop
-> NIL
repeat/0
repeat
and
true/0
.
: (be integer (@I) # Generate unlimited supply of integers
(^ @C (box 0)) # Init to zero
(repeat) # Repeat from here
(^ @I (inc (-> @C))) )
-> integer
: (? (integer @X))
@X=1
@X=2
@X=3
@X=4. # Stop
-> NIL
(replace 'lst 'any1 'any2 ..) -> lst
lst
all occurrences of any1
with
any2
. For optional additional argument pairs, this process is
repeated. This is a non-destructive operation. See also append
, delete
, insert
, remove
and place
.
: (replace '(a b b a) 'a 'A)
-> (A b b A)
: (replace '(a b b a) 'b 'B)
-> (a B B a)
: (replace '(a b b a) 'a 'B 'b 'A)
-> (B A A B)
(request 'typ 'sym ['hook] 'val ..) -> obj
db
), a new object of the given type is
created (using new
). See also obj
.
: (request '(+Item) 'nr 2)
-> {3-2}
(request! 'typ 'sym ['hook] 'val ..) -> obj
request
.
See also new!
, set!
, put!
and inc!
.
(rest) -> lst
@
). Returns the list of all remaining arguments from the internal
list. See also args
, next
, arg
and pass
.
: (de foo @ (println (rest)))
-> foo
: (foo 1 2 3)
(1 2 3)
-> (1 2 3)
(retract) -> lst
be
, clause
, asserta
and assertz
.
: (be a (1))
-> a
: (be a (2))
-> a
: (be a (3))
-> a
: (retract '(a (2)))
-> (((1)) ((3)))
: (? (a @N))
@N=1
@N=3
-> NIL
retract/1
retract
, asserta/1
and assertz/1
.
: (be a (1))
-> a
: (be a (2))
-> a
: (be a (3))
-> a
: (? (retract (a 2)))
-> T
: (rules 'a)
1 (be a (1))
2 (be a (3))
-> a
(reverse 'lst) -> lst
lst
. See also flip
.
: (reverse (1 2 3 4))
-> (4 3 2 1)
(rewind) -> flg
T
when successful. See also flush
.
: (out "a" (prinl "Hello world"))
-> "Hello world"
: (in "a" (echo))
Hello world
-> T
: (info "a")
-> (12 733216 . 53888)
: (out "a" (rewind))
-> T
: (info "a")
-> (0 733216 . 53922)
revolve/2
remote/2
.
: (solve
(quote
@Rsrc '((1 2 3 4) (5 6 7 8) (a b c))
(revolve (@Res @Lst . @Rsrc)
(lst @Res @Lst) ) )
@Res )
-> (1 5 a 2 6 b 3 7 c 4 8)
(rollback) -> flg
commit
.
: (pool "db")
-> T
# .. Modify external objects ..
: (rollback) # Rollback
-> T
(root 'tree) -> (num . sym)
num
, and the base node in sym
. See also tree
.
: (root (tree 'nr '+Item))
-> (7 . {7-1})
(rot 'lst ['cnt]) -> lst
lst
are (destructively)
shifted right, and the value from the last cell is stored in the first cell.
Without the optional cnt
argument, the whole list is rotated,
otherwise only the first cnt
elements. See also flip
.
: (rot (1 2 3 4)) # Rotate all four elements
-> (4 1 2 3)
: (rot (1 2 3 4 5 6) 3) # Rotate only the first three elements
-> (3 1 2 4 5 6)
(round 'num1 ['num2]) -> sym
num1
with num2
decimal places,
according to the current scale *Scl
.
num2
defaults to 3. See also Numbers
and format
.
: (scl 4) # Set scale to 4
-> 4
: (round 123456) # Format with three decimal places
-> "12.346"
: (round 123456 2) # Format with two decimal places
-> "12.35"
: (format 123456 *Scl) # Format with full precision
-> "12.3456"
(rules 'sym ..) -> sym
sym
arguments. See also Pilog and be
.
: (rules 'member 'append)
1 (be member (@X (@X . @)))
2 (be member (@X (@ . @Y)) (member @X @Y))
1 (be append (NIL @X @X))
2 (be append ((@A . @X) @Y (@A . @Z)) (append @X @Y @Z))
-> append
(run 'any ['cnt ['lst]]) -> any
any
is an atom, run
behaves like eval
. Otherwise any
is a list,
which is evaluated in sequence. The last result is returned. If a lambda-binding
environment offset cnt
is given, that evaluation takes place in the
corresponding environment, and an optional lst
of excluded symbols
can be supplied. cnt
should be greater than zero. See also up
.
: (run '((println (+ 1 2 3)) (println 'OK)))
6
OK
-> OK
: (de f Prg
(let A 12
(println (cons 'Prg Prg) (cons 'A A))
(run Prg 1) ) )
-> f
: (let (Prg 77 A 99)
(f
(println (cons 'Prg Prg) (cons 'A A)) ) )
(Prg (println (cons 'Prg Prg) (cons 'A A))) (A . 12)
(Prg . 77) (A . 99)
-> (A . 99)


The base class of all models is Model, however fittable models should subclass ParametricModel. Parametric models can be linear or nonlinear in a regression analysis sense.
Model instances are callabale, that is, o evaluate a model it is called like a function. When possible the transformation is done using multiple param_sets. The number of parameter sets is stored in an attribute param_dim.
Parametric models also store a flat array of all parameter values. When fitting, this array is directly modified by a subclass of Fitter, in turn updating all of the model’s parameter values simultaneously. When fitting nonlinear models, the values of the parameters are used as initial guesses by the fitting class.
Models have an n_inputs attribute, which shows how many coordinates the model expects as an input. All models expect coordinates as separate arguments. For example a 2D model expects x and y to be passed separately, e.g. as two arrays or two lists. When a model has multiple parameter sets and x, y are 2D arrays, the model is evaluated with each of the parameter sets and the same x, y as input. The shape of the output array is (param_dim, x_shape, y_shape) where param_dim is the number of parameter sets and x_shape, y_shape is the shape of the input array. In all other cases the shape of the output array is the same as the shape of the input arrays.
Models also have an attribute n_outputs, which shows the number of output coordinates. The n_inputs and n_outputs attributes are used to chain transforms by adding models in series or in parallel. Because composite models can be nested within other composite models, creating theoretically infinitely complex models, a mechanism to map input data to models is needed. In this case the input may be wrapped in a LabeledInput object– a dict-like object whose items are {label: data} pairs.
The examples here assume this import statement was executed:
>>> from astropy.modeling import *
>>> import numpy as np
Create a 1D Gaussian with 2 parameter sets:
>>> x = np.arange(1, 10, .1)
>>> models.Gaussian1D.param_names
['amplitude', 'mean', 'stddev']
>>> g1 = models.Gaussian1D(amplitude=[10, 9], mean=[2, 3],
... stddev=[0.15, .1])
>>> g1.param_sets
array([[ 10. , 9. ],
[ 2. , 3. ],
[ 0.15, 0.1 ]])
Evaluate the model on one data set:
>>> y = g1(x)
>>> print(y.shape)
(90, 2)
or two data sets (any other number would be an error):
>>> y = g1(np.array([x, x]).T)
>>> print(y.shape)
(90, 2)
(Source code, png, hires.png, pdf)
(Source code, png, hires.png, pdf)
Evaluating polynomial models with multiple parameter sets with one input data set creates multiple output data sets:
>>> len(p1.parameters)
10
>>> p1.c1 = [0, 1, 2, 3, 4]
>>> p1.param_sets
array([[ 0., 0., 0., 0., 0.],
[ 0., 1., 2., 3., 4.]])
>>> y = p1(x)
(Source code, png, hires.png, pdf)
When passed a 2D array, the same polynomial will map parameter sets to array columns:
>>> x = np.ones((10,5))
>>> y = p1(x)
>>> print(y)
array([[ 0., 1., 2., 3., 4.],
[ 0., 1., 2., 3., 4.],
[ 0., 1., 2., 3., 4.],
[ 0., 1., 2., 3., 4.],
[ 0., 1., 2., 3., 4.],
[ 0., 1., 2., 3., 4.],
[ 0., 1., 2., 3., 4.],
[ 0., 1., 2., 3., 4.],
[ 0., 1., 2., 3., 4.],
[ 0., 1., 2., 3., 4.]])
>>> print(y.shape)
(10,5)
Create and evaluate a parallel composite model:
>>> x = np.arange(1,10,.1)
>>> p1 = models.Polynomial1D(1)
>>> g1 = models.Gaussian1D(amplitude=10., stddev=2.1, mean=4.2)
>>> sum_of_models = SummedCompositeModel([g1, p1])
>>> y = sum_of_models(x)
This is equivalent to applying the two models in parallel:
>>> y = x + g1(x) + p1(x)
In more complex cases the input and output may be mapped to transformations:
>>> x, y = np.mgrid[:5, :5]
>>> off = models.Shift(-3.2)
>>> poly2 = models.Polynomial2D(2)
>>> serial_composite_model = SerialCompositeModel(
... [off, poly2], inmap=[['x'], ['x', 'y']], outmap=[['x'], ['z']])
The above composite transform will apply an inplace shift to x, followed by a 2D polynomial and will save the result in an array, labeled ‘z’. To evaluate this model use a LabeledInput object:
>>> labeled_data = LabeledInput([x, y], ['x', 'y'])
>>> result = serial_composite_model(labeled_data)
The output is also a LabeledInput object and the result is stored in label ‘z’:
>>> print(result)
{'x': array([[-3.2, -3.2, -3.2, -3.2, -3.2],
[-2.2, -2.2, -2.2, -2.2, -2.2],
[-1.2, -1.2, -1.2, -1.2, -1.2],
[-0.2, -0.2, -0.2, -0.2, -0.2],
[ 0.8, 0.8, 0.8, 0.8, 0.8]]),
'y': array([[0, 1, 2, 3, 4],
[0, 1, 2, 3, 4],
[0, 1, 2, 3, 4],
[0, 1, 2, 3, 4],
[0, 1, 2, 3, 4]]),
'z': array([[ 0., 0., 0., 0., 0.],
[ 0., 0., 0., 0., 0.],
[ 0., 0., 0., 0., 0.],
[ 0., 0., 0., 0., 0.],
[ 0., 0., 0., 0., 0.]])}


Class: ActiveRecord::MessagePack::Decoder
| Relationships & Source Files | |
| Inherits: | Object |
| Defined in: | activerecord/lib/active_record/message_pack.rb |
Class Method Summary
- .new(entries) ⇒ Decoder constructor
Instance Method Summary
Constructor Details
.new(entries) ⇒ Decoder
# File 'activerecord/lib/active_record/message_pack.rb', line 91
def initialize(entries) @records = entries.map { |entry| build_record(entry) } @records.zip(entries) { |record, entry| resolve_cached_associations(record, entry) } end
Instance Method Details
#build_record(entry)
[ GitHub ]# File 'activerecord/lib/active_record/message_pack.rb', line 104
def build_record(entry) class_name, attributes_hash, is_new_record, * = entry klass = ActiveSupport::MessagePack::Extensions.load_class(class_name) attributes = klass.attributes_builder.build_from_database(attributes_hash) klass.allocate.init_with_attributes(attributes, is_new_record) end
#decode(ref)
[ GitHub ]# File 'activerecord/lib/active_record/message_pack.rb', line 96
def decode(ref) if ref.is_a?(Array) ref.map { |r| @records[r] } elsif ref @records[ref] end end
#resolve_cached_associations(record, entry)
[ GitHub ]# File 'activerecord/lib/active_record/message_pack.rb', line 111
def resolve_cached_associations(record, entry) i = 3 # entry == [class_name, attributes_hash, is_new_record, *associations] while i < entry.length begin record.association(entry[i]).target = decode(entry[i + 1]) rescue ActiveRecord::AssociationNotFoundError # The association no longer exists, so just skip it. end i += 2 end end


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Introduction
The Little Red Church


CHUCK & BUCK
Reviewed by Harvey Karten Artisan Entertainment Director: Miguel Arteta Writer: Mike White Cast: Mike White, Chris Weitz, Lupe Ontiveros, Beth Colt, Paul Weitz, Maya Rudolph, Mary Wigmore, Paul Sand, Gino Buccola
Remember when we were kids, had best friends, and swore to each other that we would keep in touch for the rest of our lives? Maybe this sort of promise would work in a traditional society like India's, but how many of us can honestly say that we've even seen any of our childhood friends ten, twenty, thirty years after we've grown up? Not many, I'll bet. Why is this so? Could be that we're now working in different cities, or perhaps we're even in close proximity but we have different lives. In my case, I became a high-school teacher while two of my buddies are doctors, another's a dentist, yet another "best friend" is a CPA. They all live somewhere in New York City but I haven't seen or spoken to them since we were 22. Is this bad? Not really. As we change our lives--if not our basic character--new people enter our perimeters.
But what if one day you were surprised to see your bygone best friend unannounced at your front door? You'd invite him in, of course, but what would you have to say to each other? You might get a chuckle or two remembering your experiences as kids, but aside from that, you're more than likely to be on different wave lengths. Now comes a movie that develops that theme.
In "Chuck & Buck," the character of Buck is played by the film's scripter, Mike White, who goes through his role so convincingly, with such seeming authenticity, that we are sure there's no small element of his own life in this sad and sincere tale of friendship gained and lost. Shot in digital video to give photographer Chuy Chavez more flexibility, "Chuck & Buck," directed by Miguel Arteta, is as unaffected as a faintly similar take on childhood, "Disney's the Kid," is blatantly counterfeit and commercial.
Buck's the kind of guy we've seen before, though not in such a state of Peter-Panism as is on display here. He's the fellow who still lives with his mom though approaching thirty, he's the married woman who calls her folks constantly to recount every detail of her days and weeks, he's the guy who double-dates with his sister, or the person who depends on his parents to set up job interviews and negotiate with his landlord. Buck represents a more intense degree of childishness, one who could use the services of both a psychotherapist and an image-maker (like "Disney's The Kid"'s Russ Duritz). When his mother dies after a five-year illness, the 27-year-old Buck has no idea what to do. He has no job, he has an inadequate education, and in fact he has spent his days in his room playing with and matchbox cars and listening to the records that were his favorites sixteen years ago. By contrast his best childhood buddy, Chuck (Chris Weitz), is an upwardly mobile executive in the music business with a Beamer, a trophy girl friend, and a lavish pad in Hollywood Hills. When Buck invites Chuck--whom he still considers his best friend though he has not spoken with him in a decade and a half--to his mother's funeral, Buck tries to re-establish the old bonds as though nothing has changed. He stalks him at home and office, and even writes a play called "Hank and Frank" to express his feelings for the pal.   The story features an impressive performance by the always excellent Lupe Ontiveros, this time in the role of Beverly, the house manager at the small theater which takes a chance with Buck's play.
Forced by circumstances to find himself, Buck can look forward to his first career and to joining the world of adults-- while still not giving up the preciousness of his childlike character. This whole enterprise is constructed with such candor and openness that we wonder why the mass movie audience still cheers on the endless escapism of the Hollywood studios. Could this tendency be a reflection of our own wish not to grow up and encounter life as it really is?
Rated R. Running time: 95 minutes. (C) 2000 by Harvey Karten<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Add countries to your ORCID record to highlight where you conduct your research or where your research is focused. You can add as many countries as you want.


Exodus 26:30
And thou shalt rear up the tabernacle according to the fashion thereof which was showed thee in the mount.


Google announced the first generation Pixel smartphones, the Pixel and the Pixel XL, on October 4, 2016 during the #MadeByGoogle event. They originally ran Android 7.1 Nougat. Google emphasized the camera on the two phones, which ranked as the best smartphone camera on DxOMarkMobile with 90 points until HTC released the U11, which also scored 90 points. This is largely due to software optimizations such as HDR+. The Pixel phones also include unlimited cloud storage for pictures on Google Photos and an unlockable bootloader.
-
- CPU: Snapdragon 821 (2x2.15 GHz Kryo & 2x1.6 GHz Kryo)
- GPU: Adreno 530
- Storage: 4GB RAM/64GB
- Camera: 12.3 MP (f/2.0, 1/2.3", 1.55µm), gyro EIS, phase detection & laser autofocus, dual-LED flash HDR+
- Screen: AMOLED 5.0 inches/5.5 inches 1080p/1440p 16:9 Corning Gorilla Glass 4
- Sensors: Fingerprint accelerometer gyro proximity barometer compass
- Battery: 3450mAh with Fast-charge Type-C
- Price: 630€


WITNESS LIST County Affairs Committee March 17, 1999-8:00A HB 108 For: Campos, Jr., Charlie (Self and Bexar County Constables Association) Against: Lee, Donald (Conference of Urban Counties) Riester, Eric (Bexar County) On: Pardue, Craig (Dallas County) HB 649 For: Covacevich, Anthony (Self and Hidalgo County) HB 1588 For: Foreman, Jimmy (Self and Montgomery Central Appraisal Dist., Tx Assn. of Appraisal Dist., Metro Council of Appraisal Dist.) HB 2122 For: Lee, Donald (Texas Conference of Urban Counties) Phillips, Bill (Emergency Services District # 2, Comal County) HB 2200 For: Allison, Jim (County Judges & Commissioners Association of Texas) Meredith, Michael D. (Rebecca King - 47th District Attorney) HB 2301 For: Allison, Jim (County Judges & Commissioners Association of Texas) Gossom, Jr., Woodrow W. (Wichita County Commissioners Court) Lee, Donald (Texas Conference of Urban Counties) HB 2467 For: Hynson, Kathy (County Treasurers Association of Texas)


Class label
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- TPS\TPS
- TPS\label
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public
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getStations(),
sanitizePagination(),
updateParent()
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$db,
$mysqli,
$mysqliDriver,
$username
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The new 𝗫-address format can replace the use of a separate address and destination tag for XRP deposits. By using the 𝗫-address, it will no longer be possible to forget adding a destination tag or entering the wrong one when sending deposits to exchanges and other platforms accepting XRP deposits.
If you own an XRP account address (paper or hardware wallet), your address starts
with 'r...'
and doesn't require a destination tag for deposits.
This will not change 🎉
When sending to an exchange, custodian wallet or payments platform, unlike when sending to your own XRP account address, you'll have to enter a numeric destination tag as well. That will change 🎉
The new 𝗫-address format will replace the combination of an 'r...'
address in combination with a destination tag.
By using one address that contains both the destination account and the destination tag, users can no longer make mistakes
by making mistakes entering, or omitting the destination tag.
You can easily recognize the new address because it will always start with an upper case 𝗫.
A new 𝗫-address will contain both the destination address and destination tag, and it looks like this:
XV5sbjUmgPpvXv4ixFWZ5ptAYZ6PD2q1qM6owqNbug8W6KV
.
It will take some time for all exchanges, clients, wallets, etc. to support the new address format. You will probably see the old format with separate numeric destination tags, and the new 𝗫-addresses both being offered. in the mean time.


The Spectrum
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Documentation by YARD 0.9.5
Alphabetic Index
File Listing
README
Namespace Listing A-Z
A
Agent
(NomadClient::Api)
Allocation
(NomadClient::Api)
Allocations
(NomadClient::Api)
Api
(NomadClient)
C
Client
(NomadClient::Api)
Configuration
(NomadClient)
Connection
(NomadClient)
E
Evaluation
(NomadClient::Api)
Evaluations
(NomadClient::Api)
J
Job
(NomadClient::Api)
Jobs
(NomadClient::Api)
N
Node
(NomadClient::Api)
Nodes
(NomadClient::Api)
NomadClient
P
Path
(NomadClient::Api)
R
Regions
(NomadClient::Api)
S
Status
(NomadClient::Api)
System
(NomadClient::Api)


Am a software developer based in Kenya.
am passionate about tech and its related disciplines.
Apart from being passionate with my career;
Have been been awarded and certified in the following:


This component is wrapped in a <div> element.
<div>
This component is wrapped in a <div> element. This component does have a category and a given name.
This component does have a category and a given name.


Benchmark results
| Scenario | Assemble Debug APK |
| Version | 6.2 |
| Tasks | mobile:assembleDebug |
| Sample | execution |
| warm-up build #1 | 140917 |
| warm-up build #2 | 19883 |
| warm-up build #3 | 18078 |
| warm-up build #4 | 16951 |
| measured build #1 | 17405 |
| measured build #2 | 16656 |
| measured build #3 | 17904 |
| measured build #4 | 16976 |
| measured build #5 | 16542 |
| measured build #6 | 17248 |
| measured build #7 | 16550 |
| measured build #8 | 16677 |
| measured build #9 | 17338 |
| measured build #10 | 16062 |
| measured build #11 | 17619 |
| measured build #12 | 16728 |
| measured build #13 | 17584 |
| measured build #14 | 16510 |
| measured build #15 | 18206 |
| mean | 17067.00 |
| min | 16062.00 |
| 25th percentile | 16550.00 |
| median | 16976.00 |
| 75th percentile | 17584.00 |
| max | 18206.00 |
| stddev | 603.43 |
| confidence | 0.00 |


One former colleague of mine used to say that even a monkey can become a DevOps engineer if put some effort. So I asked him to make DevOps engineer out of me. “Sure”, he said and gave me my first assignment: to read a book “How Linux Works: What Every Superuser Should Know” by Brian Ward. I abandoned the book in the middle, not because it was a boring book, but because it was hard to read the pure theory without applying it. However since then I got some interest in devops stuff.
Yesterday I tryied to dockerize my next.js application and was surprised how easy it was. If you the same as me before think that Docker is too complex, I can say that it’s not (or maybe I have not got into complexity yet). Below are the steps I performed to get my app into a docker container.
You can download Docker installer from the official site. Installation went smooth on my Mac machine, however I got into minor issues when was doing the same on Linux CentOS. Here are the installation steps for CentOS:
sudo yum install -y yum-utils device-mapper-persistent-data lvm2
sudo yum-config-manager --add-repo https://download.docker.com/linux/centos/docker-ce.repo
sudo yum install docker-ce
sudo usermod -aG docker $(whoami)
sudo systemctl enable docker.service
sudo systemctl start docker.service
If there is an error during docker-ce
installation, this command might help:
sudo yum install http://vault.centos.org/centos/7.3.1611/extras/x86_64/Packages/container-selinux-2.9-4.el7.noarch.rpm
Create Dockerfile and place it in the root of your Next.js application. Here is my Dockerfile:
FROM node:alpine
# Set working directory. All the paths will be relative to WORKDIR
WORKDIR /opt/dist
# Install PM2 globally
RUN npm install --global pm2
# Install dependencies
COPY package*.json ./
RUN npm install
# Copy source files
COPY . .
# Build the app
RUN npm run build
# Run the app
CMD [ "pm2-runtime", "start", "npm", "--", "start" ]
Btw, do not repeat my mistake: originally the first line of my docker file was FROM node:12
. As a result a final docker image was huge, about 1.3 Gb. I spent almost 1 hour trying to understand what makes the image so large, then found the github issue which recommends to use node:slim
and node:alpine
variants that are much more reasonable in size.
Run this command to create a docker image:
docker build -t my_app .
This is the last step. To run Docker container type:
docker run -d -p 3000:3000 my_app:latest
After that your application will be available at localhost:3000. Easy, right?
To wrap it up, here are few Docker commands that I found useful during setup:
docker ps # to see a list of running containers
docker stop [container_id] # to stop given container
docker images # to see a list of docker images
docker logs [first 3 characters of container id] # to see a log of a given container
docker rmi -f $(docker images -a -q) # to remove all docker images
Coming back to the beginning of the article, have I became a DevOps after getting my Next app into Docker? Of course, no! It’s just baby steps, but I enjoy it a lot.


If you are looking for a web developer, Then your search is over. I am that programmer you are looking for. enrollment in blue button to receive the my portfolios.


Hello there stranger!
Irvine here. This is just a real simple run down about me to get the ball rolling.
I graduated from the University of Texas at Austin with a BS in Film and a BA in English. I'm a former Project Manager from the Oil/Gas sector in Houston, TX. I moved to Washington only a month ago and am working my way through Code Fellows to hopefully gain a new set of technical skills to add to my toolbox.
Education
- BS, Radio-Television-Film from University of Texas at Austin
- BA, English from University of Texas at Austin
A Personal List of Fun Films to Watch
- Once Upon a Time in America
- The Untouchables
- Angel's Egg
- Harakiri
- Ran
- Unforgiven
- Vertigo
- Rear Window
- The Wild Bunch
- Raging Bull


Crest Project
Due in 1 day
Science Assesment
English Letter
Due in 2 days
English Assesment
English Retrieval Chart
Due in 2 days
English Assesment
Quadratics
Due in 4 days
Maths Test
Science Project
Due in 6 days
Science Assesment
Science Project
Due in 6 days
Science Assesment


interface SignedTransaction
Interface for anything that's able to provide signed transaction bytes.
raw |
abstract val raw: ByteArray? |
ConfirmedTransaction |
A mined, shielded transaction. Since this is a MinedTransaction, it represents data on the blockchain. data class ConfirmedTransaction : MinedTransaction, SignedTransaction |
EncodedTransaction |
data class EncodedTransaction : SignedTransaction |
PendingTransaction |
interface PendingTransaction : SignedTransaction, Transaction |


Algorithm is an answer to “how to do it?” . Whatever you want, you can say as a task instand of ‘it’. Algorithm defines any kind of steps for performing task. You have a algorithm for cooking egg even you don’t know, and certainly more detailed than “Take egg and cook it.” If you ever code something, imagination is getting start to appear in your mind how to describe it with a hundred commands. Actually, computer algorithms based on algorithms that human brain uses on any task.
If I want to determine factorial, I draw below diagram in my mind.
This is a basic example of algorithm.


|
TrackracerAR
0.9.2
|
Interface for FeaturePointsManager More...
Public Member Functions | |
| void | InstantiateFeaturePoints (ref Vector3[] points) |
| Instantiates the feature point game objects More... | |
| Vector3[] | GetFeaturePoints () |
| Returns the feature points positions in an array from beginning to end of the track More... | |
| void | ClearFeaturePoints () |
| Clears all feature points More... | |
| void | SetFeaturePointVisibility (bool _visible) |
| Toggles the visibility of the feature points by turning them on and off More... | |
| void | UpdateFeaturePoints (ref Vector3[] _featurePoints) |
| Updates the feature points to the given position array More... | |
Interface for FeaturePointsManager
| void IFeaturePointsManager.ClearFeaturePoints | ( | ) |
Clears all feature points
Implemented in FeaturePointsManager.
| Vector3 [] IFeaturePointsManager.GetFeaturePoints | ( | ) |
Returns the feature points positions in an array from beginning to end of the track
Implemented in FeaturePointsManager.
| void IFeaturePointsManager.InstantiateFeaturePoints | ( | ref Vector3[] | points | ) |
Instantiates the feature point game objects
Implemented in FeaturePointsManager.
| void IFeaturePointsManager.SetFeaturePointVisibility | ( | bool | _visible | ) |
Toggles the visibility of the feature points by turning them on and off
| _visible |
Implemented in FeaturePointsManager.
| void IFeaturePointsManager.UpdateFeaturePoints | ( | ref Vector3[] | _featurePoints | ) |
Updates the feature points to the given position array
Implemented in FeaturePointsManager.


| Class | Description |
|---|---|
| AmbulanceCentre |
The AmbulanceCentre object.
|
| AmbulanceTeam |
The AmbulanceTeam object.
|
| Area |
The Area object.
|
| Blockade |
A blockade.
|
| Building |
The Building object.
|
| Civilian |
The Civilian object.
|
| Edge |
An edge is a line segment with an optional neighbouring entity.
|
| EdgeListProperty |
A property that defines a list of Edges.
|
| FireBrigade |
The FireBrigade object.
|
| FireStation |
The FireStation object.
|
| Human |
Abstract base class for Humans.
|
| PoliceForce |
The PoliceForce object.
|
| PoliceOffice |
The PoliceOffice object.
|
| Refuge |
The Refuge object.
|
| Road |
The Road object.
|
| StandardEntity |
Abstract base class for all standard entities.
|
| StandardEntityConstants |
Constants for the standard entity package.
|
| StandardEntityFactory |
EntityFactory that builds standard Robocup Standard objects.
|
| StandardPropertyFactory |
PropertyFactory that builds standard Robocup Standard properties.
|
| StandardWorldModel |
A wrapper around a WorldModel that indexes Entities by location.
|
| World |
The World object.
|
| Enum | Description |
|---|---|
| StandardEntityConstants.BuildingCode |
Enum defining building codes.
|
| StandardEntityConstants.Fieryness |
Enum defining different levels of fieryness.
|
| StandardEntityURN |
URNs for standard entities.
|
| StandardPropertyURN |
URNs for standard property types.
|


FBI’s ‘resistance’ lawyer under fire in upcoming watchdog report
by Mary Kay LingeThe former FBI lawyer accused of altering crucial documents in the FBI’s investigation into the Trump campaign is the same official who praised “the Resistance” in an anti-Trump text message in 2016, according to reports.
Kevin Clinesmith, who worked for ousted FBI agent Peter Strzok in the Hillary Clinton email investigation and the Russia probe, made significant additions to an email that was included in an application to renew a surveillance order against Trump aide Carter Page, The New York Times reported.
Clinesmith, identified as “FBI Attorney 2,” also appeared in a 2018 Inspector General’s report as the author of a string of texts lamenting Trump’s election, according to the Daily Caller.
“I am so stressed about what I could have done differently,” he wrote Nov. 9, hours after Trump’s victory. “Viva la Resistance!” he texted on Nov. 22.


{% load staticfiles %} {% load leaflet_tags %}
See all events near you.
see animal density maps.
View and download charts on livestock incidence diseases
Copyright © 2017 deryq- by reactgis@jetbrains
hi


Welcome to Dogde Energy Balls
By configurating sounds you will be able to play the game with sound.
This format has to be e.g E3 7n or D1 2 you can play around a bit.
Please enter your sounds: