The Proximity Cookbook provides example scripts for common or prototypical Proximity tasks. These scripts are designed to serve as models for you to modify to meet your specific needs. Each “recipe” includes extensive discussion of the classes, methods, and data structures used in its accompanying script.
The Proximity Cookbook is currently in development and this edition represents a preliminary release of several example scripts. We welcome your suggestions for additional examples to include in future editions. Please contact us at
with your comments and recommendations.


Javascript for grown-ups
Language traits
Interpreted
Dynamically typed
Object oriented
Functional (functions are 1st class citizens)
Prototype-based
Talk is cheap, show me the code!
Variables...


#!/usr/bin/env python
# -*- coding: utf-8 -*
# Copyright: [CUP] - See LICENSE for details.
# Authors: Guannan Ma (@mythmgn),
"""
:description:
1. Delay-execute sth after several seconds
2. Schedule some tasks in a queue.
"""
try:
# pylint:disable=F0401
import queue
except ImportError:
import Queue as queue
import threading
import traceback
from cup.util import threadpool
from cup import log
URGENCY_HIGH = 0
URGENCY_NORMAL = 1
URGENCY_LOW = 2
[docs]class ExecutionService(object):
"""
execution service
"""
def __init__(
self, delay_exe_thdnum=3, queue_exec_thdnum=4
):
self.__toal_thdnum = delay_exe_thdnum + queue_exec_thdnum
self.__delay_exe_thdnum = delay_exe_thdnum
self.__queue_exe_thdnum = queue_exec_thdnum
self.__delay_queue = queue.PriorityQueue()
self.__exec_queue = queue.PriorityQueue()
self.__thdpool = threadpool.ThreadPool(
self.__toal_thdnum, self.__toal_thdnum,
name='executor_pool'
)
self.__status = 0 # 0 inited, 1 running 2 stopping
log.info(
'Executor service inited, delay_exec thread num:%d,'
' exec thread num:%d' % (delay_exe_thdnum, queue_exec_thdnum)
)
def _do_delay_exe(self, task_data):
self.__delay_queue.put(task_data)
[docs] def delay_exec(self,
delay_time_insec, function, urgency, *args, **kwargs
):
"""
delay_execute function after delay_time seconds
You can use urgency := executor.URGENCY_NORMAL, by default
:TODO:
consider about stopping timers when invoking stop function
"""
log.debug('got delay exec, func:{0}'.format(function))
task_data = (urgency, (function, args, kwargs))
timer = threading.Timer(
delay_time_insec, self._do_delay_exe,
[task_data]
)
timer.start()
[docs] def queue_exec(self, function, urgency, *argvs, **kwargs):
"""
execute function in a queue. Functions will be queued in line to
be scheduled.
You can use urgency := executor.URGENCY_NORMAL, by default.
"""
task_data = (urgency, (function, argvs, kwargs))
self.__exec_queue.put(task_data)
def __exec_worker(self, check_interval, func_queue, worker_name=''):
while self.__status != 2:
try:
item = func_queue.get(timeout=check_interval)
except queue.Empty:
# log.debug('no item found in exec queue')
continue
try:
_, (function, argvs, kwargs) = item
# pylint: disable=W0142
if func_queue is self.__delay_queue:
log.debug('to delay exec func:{0}'.format(function))
function(*argvs, **kwargs)
# pylint: disable=W0703
# we can NOT predict the exception type
except Exception as error:
log.warn(
'%s worker encountered exception:%s, func:%s, args:%s' %
(worker_name, error, function, kwargs)
)
log.warn('error type:{0}'.format(type(error)))
log.warn(traceback.format_exc())
log.debug(
'%s worker thread exited as the service is stopping' % worker_name
)
[docs] def run(self):
"""
Delayexec worker checks task every 20ms
QueueExec worker checks task every 100ms
"""
self.__thdpool.start()
self.__status = 1
for _ in xrange(0, self.__delay_exe_thdnum):
self.__thdpool.add_1job(
self.__exec_worker,
0.1, self.__delay_queue,
'Delayexec'
)
for _ in xrange(0, self.__queue_exe_thdnum):
self.__thdpool.add_1job(
self.__exec_worker, 0.02,
self.__exec_queue,
'Exec'
)
log.info('Executor service started')
[docs] def stop(self, wait_workerstop=True):
"""
stop the executor service.
:wait_workerstop:
If wait_workerstop is True, the function will hang util all workers
finish thier tasks.
Otherwise, the function will not hang, but tell you whether it's
succeeded stopped. (True for stoped, False for not stopped yet)
"""
log.info('to stop executor')
self.__status = 2
if wait_workerstop:
self.__thdpool.stop()
else:
self.__thdpool.try_stop()
log.info('end stopping executor')
# vi:set tw=0 ts=4 sw=4 nowrap fdm=indent


Stingray HTML5
Hold Mouse Right button to fly camera
Hold SHIFT to move faster
On the left you have a web view serving an HTTP page.


JS Refresh
Modern Javascript refresh exercises as given by Brad Traversy
Task List
Click Here
Loan Calculator
Click Here
Number Guesser
Click Here
Joke Generator
Click Here
Book List
Click Here
Github Finder
Click Here
Regular Expressions
Click Here
Iterators & Generators
Click Here
State Pattern
Click Here
TraCalorie
Click Here
CRUD
Click Here
Finish Line
Certificate


Here's how I want to write arbitary HTML:
h1.title This is an h1 whose class is "title". half { This is the same as `div.w3-col,s6`. }
source code here


Class for storing and operating on 3D mesh data. May contain:
Iterate over all faces, yielding a list of three tuples [(position, normal, color), ...] for each face.
Set the faces in this data set. Data may be provided either as an Nx3x3 list of floats (9 float coordinate values per face):
faces = [ [(x, y, z), (x, y, z), (x, y, z)], ... ]
or as an Nx3 list of ints (vertex integers) AND an Mx3 list of floats (3 float coordinate values per vertex):
faces = [ (p1, p2, p3), ... ]
vertexes = [ (x, y, z), ... ]
Set the color of the entire mesh. This removes any per-face or per-vertex colors.


This is a simple web application that allows you to create, edit and view swagger files!!!
It supports swagger 2.X and 3.X.X versions.


Today
14:53
Mitchelle Viray approved your requested leave.
10:01
Successfully Time In
Yesterday
10:23
Dexter Loor alignment meeting at 1PM!
15:21
Succesfully requested for Vacation Leave


Website & Mobile App
A Live Action desktop and mobile experience delivered via HTML5 and Flash. Websockets and Node.js enabled over the air...
ViewRich Media Campaign
Four products, one professional football player, explosions, volcanoes, and more. Old Spice knows what makes for an eye catching campaign.
ViewRich Media Campaign
A 3D, Rich Media take-over for HP highlighting the every day battle for outlets and the advantage of long battery life.
ViewWebsite
The portal to all things Got Milk? SilkTricky created a 3D and Box2 physics enhanced Flash site for the desktop and HTML5 site for mobile.
ViewRich Media Campaign
Interactive Rich Media units with streaming video and interactive 3D goodness.
ViewWebsite & iPhone Game
One of the first experiences to bridge the gap between mobile and desktop. Bank Run is an interactive short film and companion iPhone game.
ViewWE BREW SILKY SMOOTH CREATIVE IDEAS, HELPING BRANDS AND AGENCIES FIND SOLUTIONS TO TRICKY PROBLEMS.
WE BREW SILKY SMOOTH CREATIVE IDEAS, HELPING BRANDS AND AGENCIES FIND SOLUTIONS TO TRICKY PROBLEMS.
WE BREW SILKY SMOOTH CREATIVE IDEAS, HELPING BRANDS AND AGENCIES FIND SOLUTIONS TO TRICKY PROBLEMS.
Website
A Microsite Featuring a custom 3D animation, the kitty chorus mixer and video generator.
ViewRich Media Campaign
A Rich Media Campaign for Sony which takes the concept of a 3D world to the home pages of several of the largest sites on...
ViewInteractive Film
A SilkTricky production which takes visitors on a choose your own adventure, Zombie packed, horror film. Click carefully or become a Zombie dessert.
ViewSpecial Article
Lorem ipsum dolor sit amet consectetur adipisicing elit. Illo molestias cum vitae alias iste quos!
ViewBanner Campaign
A great beer deserves a few great banner ads to sell it through. Vitro Robertson called on SilkTricky to help make them.
ViewSpecial Article
Lorem ipsum dolor sit amet consectetur adipisicing elit. Enim debitis, neque facere minus facilis sit.
ViewMobile Site
SilkTricky designed and coded the mobile version of Subaru.com to work across a large variety of Smart Phones and Dumb Phones.
ViewSpecial Article
Lorem ipsum dolor sit amet consectetur, adipisicing elit. Eveniet omnis excepturi accusantium quos, labore cumque!
View


{% extends 'base.html' %} {% from 'shared/macros.html' import video_item %} {% block page_title %}{{ _('Home Page') }}{% endblock %} {% block userbar %}{% endblock %} {% block titlebar %}{% endblock %} {% block content %}
{% trans %} The search for the ultimate Firefox video has begun {% endtrans %}
{% trans %} A teenage girl learns the truth about the fox. Check out our video and get inspired for your own. {% endtrans %}
{% trans prizes=url('flicks.base.prizes'), judges=url('flicks.base.judges'), creative=url('flicks.base.creative') %} Enter our global contest today for your chance at some amazing prizes. Your video could even be seen by a panel of Hollywood judges. Plus, you'll get a Firefox prize pack just for entering. So read the brief and starting filming. {% endtrans %}
{% trans %} Contest closes May 1, 2012. {% endtrans %}
{{ _('Flicks News') }}
{# Social media text stays as is and is not to be translated. #} Twitter Facebook Tumblr Flickr


One of the worst crises I've witnessed and sitted involved my current girlfriend (we weren't together at the time of the crises). The participants had consumed differing quantities of P.cubensis, the girl took quite a heavy dose (3g on 45kg bodyweight) and was literally overwhelmed by the effects.
Her boyfriend (at the time) tried to talk-her down with the usual 'you are not going crazy, everything is ok, look at me etc.' But given that he was quite nervous about it and considering that his face was melting away whenever she looked at him he didn't have much success with this. Actually the symptoms got worse up to the point where she was speaking in sybillinic verses and bordering on an epileptic-like crises which is when I decided to intervene.
Her boyfriend tried to 'get her back' while I told her to 'go with it - whatever might happen and that this was actually what _had_ to happen'... at first she was very hesitant but then she realized that there was little else she could do and most importantly she felt safe in flowing with it... when her boyfriend was trying to Talk her down she felt compelled to do what he was saying but unable to fight the power of the mushrooms with obviously intensified the distress.
Conclusion of the story: I wouldn't suggest trying to 'talk people down' when they are so far gone that this isn't gonna work anyway...
cRoc
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.


# 📹 ## recording talks
at ThoughtWorks
Jesstern Rays
@jsstrn
http://jsstrn.me/talks/recording-talks-at-thoughtworks
# 🤔 ## what we'd like to have - record talks in the office - record presenter's screen - good audio quality - audible questions from audience - archive talks for reference
current state of affairs
# 🛎 ## internal talks
lunch and learns or all-hands
- live streamed via Fuze/Zoom - presenters have to setup Fuze/Zoom - poor audio quality (mic from laptop) - can't hear audience questions - no archive of past talks
# 🎙 ## external talks
ThoughtWorks Talks Tech or other meetups
- volunteers from Engineers.sg - good audio quality - videos archived on YouTube - presenters don't have to setup anything
proposed solution
# ☝ ## the plan 0. steal equipment from Engineers.sg 0. record internal and external talks 0. increase our bus factor 0. get our own equipment
steal equipment from Engineers.sg
# ☑ ## checklist 0. ~~steal equipment from Engineers.sg~~ 👍
0. ~~record internal and external talks~~ 👍
0. increase our bus factor 🙋
0. get our own equipment 📹
# 🚍 ## bus factor > the minimum number of people that have to suddenly disappear before the project stalls
# 🏃🚌 == 💀 > current bus factor: 1
# 🙋 ## we need your help - higher bus factor - lower commitment level per person - higher utilization - justify buying recording equipment
# 🏁 ## summary - we want to record our own talks - adopt recording process from Engineers.sg - increase bus factor - get our own recording equipment
# 👏 ## thank you
questions | suggestions | feedback
[@jsstrn](https://twitter.com/jsstrn)
http://jsstrn.me/talks/recording-talks-at-thoughtworks
# ⚙ ## references - [equipment setup][setup] - [bill of materials][bom] - [cost breakdown sheet][breakdown] [setup]: https://github.com/engineersftw/gitwiki/blob/master/07_current_setup/README.md [bom]: https://github.com/engineersftw/gitwiki/blob/master/07_current_setup/README.md#bill-of-materials [breakdown]: https://docs.google.com/spreadsheets/d/1XwH6AIASWPzvBX3dvqYYw9b_pHcKEn_RhS6rCFJR1lg


- clear() - Method in class dashboard.readout.BufferReadout
-
Clears the BufferReadout's screen and internal buffer
- clear() - Method in class dashboard.readout.CompassReadout
-
Clears and resets the CompassReadout's goal, position, and bearing.
- clear() - Method in class dashboard.readout.ImageReadout
-
Clears the image currently being displayed by the ImageReadout, making it display
a blank screen.
- clear() - Method in class dashboard.readout.MinimapReadout
-
Clears and deletes all the pins in the MinimapReadout, effectively
resetting its state.
- ColorGenerator - Class in dashboard.generator
-
Implements a Generator that generates random Colors.
- ColorGenerator(int) - Constructor for class dashboard.generator.ColorGenerator
-
Creates a ColorGenerator with the specified timing interval, operating in HSB mode.
- ColorGenerator(int, int) - Constructor for class dashboard.generator.ColorGenerator
-
Creates a ColorGenerator with the specified timing interval and color mode.
- ColorReadout - Class in dashboard.readout
-
Implements a Readout that represents an LED status light.
- ColorReadout.Builder - Class in dashboard.readout
-
Builder for the ColorReadout class.
- ColorUpdatable - Interface in dashboard.readout
-
Defines the functionality of a class that can be updated via a Color.
- CompassReadout - Class in dashboard.readout
-
Implements a Readout that represents a compass which always points in the direction of a
user-specified goal.
- CompassReadout.Builder - Class in dashboard.readout
-
Builder for the CompassReadout class.
- Control - Class in dashboard.control
-
Provides the base functionality for all user-interactable widgets that require
mouse input.
- Control() - Constructor for class dashboard.control.Control
-
- cross(GPoint, GPoint) - Static method in class dashboard.util.GPointMath
-
Returns the cross product of the two specified vectors.
- CustomButtonGrid - Class in dashboard.control
-
Implements a custom grid of
Buttons
that can be constructed at runtime.
- CustomButtonGrid.Builder - Class in dashboard.control
-
Builder for the CustomButtonGrid class.
- CustomGroup - Class in dashboard.control
-
Implements a custom group of widgets that can be constructed at runtime.
- CustomGroup.Builder - Class in dashboard.control
-
Builder for the CustomGroup class.


WITNESS LIST International Relations, Trade & Technology Committee April 30, 1997-1:00P HB 1880 Registering, but not testifying: On: Key, Alicia (Texas Attorney General), Austin HB 2138 Registering, but not testifying: For: Findeisen, Les (Tx Motor Transp. Assn), Austin HB 3478 Against: Graham, Gregory (self), Pearland Laird, Timothy (Right to Life Advocates), Pearland SB 1041 Registering, but not testifying: On: Cisneros, Jeannie (Tx Dept. of Commerce), Austin


The Tycho Version Control provides a simple interface for files that have already been placed under RCS and SCCS. If the file is not under version control, then the user will be prompted whether the current file should be placed under RCS or SCCS.
The Edit class provides the following features:
Checkout
-
Under RCS and SCCS, only one file can be checked out by a user.
Under SCCS, the status of checkin and checkout is determined by
the invocation of sccs info. Under RCS, the status is
determined by the read/write permission of the file. When the
file is checked out, the user will automatically gain write
permission of the file. When the file is checked out, the user
will only have read permission of the file.
Checkin
-
When a file is checked in, the version control will prompt for
description associated with the version. The file will be checked
in, the description and the version will be added to the history,
and the user will only have read permission of the latest version.
Under SCCS, the user should include the following tags in the
comment: %tag%
, where tag
could be either W
(file name),
G
(version number and date), or Q
(year).
Unedit
- For a file that is currently checked out, discard
any changes that have been made and revert to the version most
recently checked in.
View History
- This will open up all of the history associated
with the file, and provide hyperlinks (underlined text) to the
older versions. When the hyperlinks are accessed by double click,
the Tycho Version Control will retrieve the specified version,
store it in a temporary file, then display that temporary file
in an appropriate editor.
Diff Checked Files
- The user can check the different
versions to compare using this command. A diff editor will pop up and
color the differences between the files, while leaving the common
text in default color. When View History is first invoked, by
default, the two most current files will be checked.
Undo Last Checkin
- When this is invoked,
the most recent check-in
will be undo. In another word, the user will check out the most
recent file, and delete the log from history so that he/she can
continue editing. Beware that the combination of Diff Checked
Files
followed by an Undo
implies erasing the most
recent version.


A few tricks to improve your Vim editor’s readability and theming. All examples are for editing .vimrc and .gvimrc files.
.gvimrc is for GUI specific commands. For instance, you should use it for things that you want to see in gVim or MacVim and can’t or don’t want to use when Vim is running via terminal.
syntax enable
set background=dark
colorscheme themeName
Color schemes are stored in .vim/colors folder.
set guifont=Droid\ Sans\ Mono\ 14
"" or
set guifont=DejaVu\ Sans\ Mono:h13
As you can see, when there are spaces in a font name, you have to use \ before them. There are also system differences when it comes to picking size.
This is an example of setup for many operating systems:
if has("gui_gtk2")
set guifont=Droid\ Sans\ Mono\ 13
elseif has("gui_macvim")
set guifont=Menlo\ Regular:h14
elseif has("gui_win32")
set guifont=Consolas:h11:cANSI
endif
linespace=4
Linespace property doesn’t work exactly like line-height in CSS. It sets the space between lines, not leading.
The default is 0. I like to use something around 4 or 5, it depends on the font face.
Things listed below don’t look as well in a terminal as in a GUI rich editor with a nice theme:
Sometimes they work more like distractions than like handy hits. Consider using some of them in .gvimrc instead of .vimrc.
Set and show 80 characters limit.
set textwidth=80
set colorcolumn=+1
You’ll see a line after 80th column.
set number " show line numbers
set numberwidth=4 " width of number bar
set cursorline " highlight current line
set showmatch " highlight matching <[{()}]>
set autoindent " set autoindenting on
set copyindent " copy the indentation from previous line
set spell spelllang=en_us
set complete+=kspell
Press CTRL-N or CTRL-P in insert-mode to complete current word.


A few days ago
Loading...
_
>
Objectives :
Type 'help' in the console at the bottom of the screen.
Connect to the phone relay (connect phone.relay)
List all connected devices. (nmap -sL phone.relay)
Connect to the phone.
Send the trojan.
Disconnect from the device.
La guilde
:(
Your PC ran into a problem and need to restart. We're just collecting some error info, and then we'll restart for you.
If you'd like to know more, you can search online later for this error: ALWAYS_LOOK_AT_YOUR_BACK


|
ILI9341
|
Class to provide a window class. More...
#include <ILI9341_buffered.hpp>
Public Member Functions | |
| ili9341 (spi_bus &bus, pin_out &res, pin_out &dc, pin_out &cs) | |
| Default constructor. More... | |
| void | clear () override |
| Clear display funtion. More... | |
| void | clear_dumb () |
| Clear display funtion. More... | |
| void | clearPart (uint16_t x_start, uint16_t y_start, uint16_t x_end, uint16_t y_end) |
| Clear display partly funtion. More... | |
| void | flush () override |
| Flush function. More... | |
| void | setPixel (uint16_t x, uint16_t y) |
| Set pixel function. More... | |
| void | setPixel (uint16_t x, uint16_t y, uint16_t color) |
| Set pixel function. More... | |
| void | clearPixel (uint16_t x, uint16_t y) |
| Clear pixel function. More... | |
| void | setRotation (bool rotated=false) |
| Set display rotation function. More... | |
Class to provide a window class.
Class to provide a window class on a display using the ili9341 chip.
| ili9341::ili9341 | ( | spi_bus & | bus, |
| pin_out & | res, | ||
| pin_out & | dc, | ||
| pin_out & | cs | ||
| ) |
Default constructor.
Default constructor, which takes a spi_bus, a reset pin, a data/command pin and a chipSelect pin as arguments.
|
override |
Clear display funtion.
This function clears the display, pixel by pixel but only if that particular pixel has been overwritten by setPixel.
| void ili9341::clear_dumb | ( | ) |
Clear display funtion.
This function clears the display by spamming just the whole display.
| void ili9341::clearPart | ( | uint16_t | x_start, |
| uint16_t | y_start, | ||
| uint16_t | x_end, | ||
| uint16_t | y_end | ||
| ) |
Clear display partly funtion.
This function clears the display partly. With the arguments, you can specify the rectangle to be cleared.
| void ili9341::clearPixel | ( | uint16_t | x, |
| uint16_t | y | ||
| ) |
Clear pixel function.
Clear pixel at x, y to black.
|
override |
Flush function.
Flush function, not used in this library.
| void ili9341::setPixel | ( | uint16_t | x, |
| uint16_t | y | ||
| ) |
Set pixel function.
Set pixel at x, y to white.
| void ili9341::setPixel | ( | uint16_t | x, |
| uint16_t | y, | ||
| uint16_t | color | ||
| ) |
Set pixel function.
Set pixel at x, y to color.
| void ili9341::setRotation | ( | bool | rotated = false | ) |
Set display rotation function.
Set display rotation, false is not rotated an true is rotated.


open fun deleteCommand(command: ICommand<*>?): Boolean
Deletes a command from the registry by removing it and unlinking all subcommand references.
See Also
CommandBank.deleteCommand


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Welocally Places For Developers is a set of jQuery based javascript widgets that make it easy to create highly styled customized maps using Google Maps API v3. Its perfect for creating business directory websites, travel sites, real estate guides or any website where you want to go beyond the look and feel of Google Maps and showcase real world places.
It is founded around the data of places. Simply put, a place is all the relevant facts about a real world location, like its name, location, phone number, and website. This data is then used to set the map location and create place cards or marker maps.
Our primary goal is to combine a number of aspects of the Google Maps API into a single easy to use set of components, helping developers build beautiful and unique hyper-local websites with ease. Need more help? Goto our support site for in depth assistance with this product.
The place widget creates a pin card for a specific place. It perfect for showcasing a specific location. Of course all of the Google Maps Capabilities work also, so users can use street view to get curb appeal quickly.
The multi places widget will automatically scale to the correct view bounds to include all the place markers. When a user selects a specific place marker details like website or phone number and driving directions become visible and the map will center. This map is great for creating a set of places with a specific category, such as "Shopping" or a travel map.
The place widget configuration options are limited to marker and map styling. Most of the styling options reside in the CSS for the widget (see Place Styling tab for more info)
imagePath: The path to the markers index image, photoshop files included for each theme in examples directory.
styles: uses json styles from Google Map Styles Wizard for themeing your map.
showLetters: Index the markers automatically, you cant have more than 25 (A-Z). Turning this off uses the same image marker for all items.
showSelection: Will turn on a selectable list of items, essentailly a place list.
overrideSelectableStyle: This is the style override for seletable list elements. Used for one offs.
styles: uses json styles from Google Map Styles Wizard for themeing your map.
The HTML is used to configure the scripts and the styling that will be used for the map widget. It also is used to include the dependecies for the widget. Which are:
We support Chome 18, Firefox 5,6,7 and Safari 5.1. While we do not reccomend supporting Internet Explorer, we understand it is a necessity in some situations that can not be avoided. Our maps have been tested and work in IE6, IE7, IE8 and IE9 but do not look as good or perform as well as other browsers. Whe have included IE styling for our basic theme in the Welocally examples styles as an example on how you can support IE. If you want to make a custom theme that supports IE it should work as long as it passes all tests using the CSS Validation Service
Every aspect of the place map is stylable through css, primarily with the file wl_places_place.css, with the exception of the map itself which is styled by using json styles from Google Map Styles Wizard, and the markers image (See Multi Widget Configuration).
The path to the markers index image, photoshop files included for each theme in examples directory.
Every aspect of the multi place map is stylable through css, primarily with the file wl_places_multi.css, with the exception of the map itself which is configured by using json styles from Google Map Styles Wizard and the the markers image (See Multi Widget Configuration).
The path to the markers index image, photoshop files included for each theme in examples directory.
Googe Apps Cloud Places are cloud enabled places that can fetched remotely from your google apps spreadsheet. Just create a single worksheet spreadsheet with your places and all your sites will show the same information. Use google docs as your cloud places database!
To make your google docs spreadsheet the cloud database for you places you must publish your spreadsheet publically, and publish the places you want available as a single worksheet based spreadsheet. Make sure that updates are made saved so all maps pointing to this spreadsheet will be automatically updated.
Once you have published your spreadsheet it now acts as the cloud database for all your places, for a single place card just specify which row you want shown.
We have included a CSV file that you should be able to use as a template for your own google docs places spreadsheet. Download it and use it to put your own places in the cloud.
This spreadsheet has been shared publicly on Google Docs. Want to see it? click here.
The same approach that is used to load a single place in the previous example is used to create a multi place map, except that instead of just loading a single place the multi place map will attempt to load all places in the spreadsheet.
Using the cloud can be helpful for syndicating and managing places you may use on multiple sites from one data source, without databases or complicated APIs. We also have a simple cloud service for larger applications we are working on now. If you are interested in learning how our cloud places products can help you with your next location based application, please contact us.
We found a geocoder for google docs. We dont want to distribute it because we didnt write it, but the author has made publically available, so we are providing a link to the script. Its super easy to use. Just add the code to your google spreadsheet using Tools->Script manager... and the run onLoad. A new menu item will appear, Geocode. Select the address fields and the lat and long columns, and it will geocode all the rows in your spreadsheet.
This spreadsheet has been shared publicly on Google Docs. Want to see it? click here.


Input Section not yet Validated or used
"Enter Starting Address: "
"Enter Destination Address: "
A Response from Weather API - Citi ID
Total Array response:
Date
Weather
ICON
Temperatur
Wind Speed
Feels Like
Another Response
A Response from Weather API - Zipcode
Response for APi:
Temperature
Weather
Icon
Wind Speed
Feels Like
Another Response
A Response from Weather API - Latitude ∓ Longitude
Total Array response:
Temperature
Weather
Description
Icon
Wind Speed
Feels Like


Matplotlib was designed to be a two-dimensional plotting library.
Around the time of the 1.0 release, some 3D plotting utilities were built on top of matplotlib's 2D display, and the result is a convenient (if somewhat limited) set of tools for three-dimensional data visualization.
3D plots are enabled by importing the mplot3d
submodule:
from mpl_toolkits import mplot3d
Once this submodule is imported, a three-dimensional axes can be created by passing the keyword projection='3d'
to any of the normal axes creation routines:
%matplotlib inline import numpy as np import matplotlib.pyplot as plt
fig = plt.figure() ax = plt.axes(projection='3d')
With this 3D axes enabled, we can now plot a variety of three-dimensional plot types, as we'll see below.
Three-dimensional plotting is one of the functionalities which benefits immensely from viewing figures interactively rather than statically in the notebook; recall that to use interactive figures, you can either run a stand-alone Python script with the plt.show()
command, or in the IPython notebook switch to the non-inline backend using the magic command %matplotlib
rather than the usual %matplotlib inline
.
The most basic 3D plot is a line or collection of scatter plot created from sets of (x, y, z) triples.
In analogy with the more common two-dimensional discussed earlier, these can be created using the ax.plot3D
and ax.scatter3D
functions.
The call signature for these is nearly identical to that of their two-dimensional counterparts, so you can refer to recipe X.X for more information on controlling the output.
Here we'll plot a trigonometric spiral, along with some data drawn about the line:
ax = plt.axes(projection='3d') # Data for a 3D line zline = np.linspace(0, 15, 1000) xline = np.sin(zline) yline = np.cos(zline) ax.plot3D(xline, yline, zline, 'gray') # Data for 3D scattered points zdata = 15 * np.random.random(100) xdata = np.sin(zdata) + 0.1 * np.random.randn(100) ydata = np.cos(zdata) + 0.1 * np.random.randn(100) ax.scatter3D(xdata, ydata, zdata, c=zdata, cmap='Greens');
Notice that by default, the scatter points have their transparency adjusted to give a sense of depth on the page. While the 3D effect is sometimes difficult to see within a static image, an interactive view can lead to some nice intuition about the layout of the points.
Analogous to the contour plots we explored briefly in recipe X.X, mplot3d
contains tools to create three-dimensional relief plots using the same inputs.
Like two-dimensional ax.contour
plots, ax.contour3D
requires all the input data to be in the form of two-dimensional regular grids, with the Z data evaluated at each point.
Here we'll show a 3D contour diagram of a three-dimenisonal sinusoidal function:
def f(x, y): return np.sin(np.sqrt(x ** 2 + y ** 2)) x = np.linspace(-6, 6, 30) y = np.linspace(-6, 6, 30) X, Y = np.meshgrid(x, y) Z = f(X, Y)
fig = plt.figure() ax = plt.axes(projection='3d') ax.contour3D(X, Y, Z, 50, cmap='binary') ax.set_xlabel('x') ax.set_ylabel('y') ax.set_zlabel('z');
Sometimes the default viewing angle is not optimal; in this case we can use the view_init
method to set the elevation and azimuthal angles. Here we'll use an elevation of 60 degrees (that is, 60 degrees above the x-y plane) and an azimuth of 35 degrees (that is, rotated 35 degrees counter-clockwise about the z-axis):
from IPython.html.widgets import interact def animate(elevation=60,azimuth=30): ax = plt.axes(projection='3d') ax.view_init(elevation, azimuth) ax.contour3D(X, Y, Z, 50, cmap='binary') ax.set_xlabel('x') ax.set_ylabel('y') ax.set_zlabel('z'); ax.plot_wireframe(X, Y, Z, color='black') interact(animate, el=(-90,90), az=(-90,90))
Again, note that this type of rotation can be accomplished interactively by clicking and dragging when using one of matplotlib's interactive backends.
Two other types of 3D plots which work on gridded data are wireframes and surface plots. These take a grid of values and project it onto the specified three-dimensional surface, and can make the resulting three-dimensional forms quite easy to visualize:
fig = plt.figure() ax = plt.axes(projection='3d') ax.plot_wireframe(X, Y, Z, color='black') ax.set_title('wireframe');
A surface plot is like a wireframe plot, but each face of the wireframe is a filled polygon. Adding a colormap to the filled polygons can aid perception of the topology of the surface being visualized:
ax = plt.axes(projection='3d') ax.plot_surface(X, Y, Z, rstride=1, cstride=1, cmap='cubehelix', edgecolor='none') ax.set_title('surface');
Note that though the grid of values for a surface plot needs to be two-dimensional, it need not be rectilinear.
Here is an example of creating a partial polar grid, which when used with the surface3D
plot can give us a slice into the function we're visualizing:
r = np.linspace(0, 6, 20) theta = np.linspace(-0.9 * np.pi, 0.8 * np.pi, 40) r, theta = np.meshgrid(r, theta) X = r * np.sin(theta) Y = r * np.cos(theta) Z = f(X, Y) ax = plt.axes(projection='3d') ax.plot_surface(X, Y, Z, rstride=1, cstride=1, cmap='cubehelix', edgecolor='none');
For some applications, the rectilinear grid required by the above routines is overly restrictive and inconvenient. In these situations, the triangulation-based plots can be very useful. What if rather than an even draw from a cartesian or a polar grid, we instead have a set of random draws?
theta = 2 * np.pi * np.random.random(1000) r = 6 * np.random.random(1000) x = np.ravel(r * np.sin(theta)) y = np.ravel(r * np.cos(theta)) z = f(x, y)
We could create a scatterplot of the points to get an idea of the surface we're sampling from:
ax = plt.axes(projection='3d') ax.scatter(x, y, z, c=z, cmap='cubehelix', linewidth=0.5);
This leaves a lot to be desired.
The function that will help us in this case is ax.plot_trisurf
, which creates a surface by first finding a set of triangles formed between adjacent points.
Remember that x
, y
, and z
here are one-dimensional arrays.
ax = plt.axes(projection='3d') ax.plot_trisurf(x, y, z, cmap='cubehelix', edgecolor='none');
The result is certainly not as clean as when it is plotted with a grid, but the flexibility of such a triangulation allows for some really interesting 3D plots. For example, it is actually possible to plot a 3D Mobius strip using this, as we'll see next.
The key to creating the mobius strip is to think about it's parametrization: it's a two-dimensional strip, so we need two intrinsic dimensions. Let's call them \(\theta\), which ranges from \(0\) to \(2\pi\) around the loop, and \(w\) which ranges from -1 to 1 across the width of the strip.
Let's create this parametrization:
theta = np.linspace(0, 2 * np.pi, 30) w = np.linspace(-0.25, 0.25, 8) w, theta = np.meshgrid(w, theta)
Now from this parametrization, we must determine the \((x, y, z)\) positions of the embedded strip.
The key to creating the mobius strip is to recognize that there are two rotations happening: one is the position of the loop about its center (what we've called \(\theta\)), while the other is the twisting of the strip about its axis (we'll call this \(\phi\)). For a Mobuis strip, we must have the strip makes half a twist during a full loop, or \(\Delta\pi = \Delta\theta/2\).
phi = 0.5 * theta
Now we use simple geometry to derive the three-dimensional embedding. We'll define \(r\), the distance of each point from the center, and use this to find the embedded \((x, y, z)\) coordinates:
# radius in x-y plane r = 1 + w * np.cos(phi) x = np.ravel(r * np.cos(theta)) y = np.ravel(r * np.sin(theta)) z = np.ravel(w * np.sin(phi))
Finally, to plot the object, we must make sure the triangulization is correct. The best way to do this is to define the triangularization within the underlying parametrization, and then let matplotlib project this triangulation into the 3-dimensional space of the Mobius strip. This can be accomplished as follows:
# triangulate in the underlying parametrization from matplotlib.tri import Triangulation tri = Triangulation(np.ravel(w), np.ravel(theta)) ax = plt.axes(projection='3d') ax.plot_trisurf(x, y, z, triangles=tri.triangles, cmap='binary', linewidths=0.2); ax.set_xlim(-1, 1); ax.set_ylim(-1, 1); ax.set_zlim(-1, 1);
Combining the above techniques, it is possible to create and display a wide variety of 3D objects and patterns in matplotlib.


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This app starts to work once you have selected at least 3 topics or people to follow
Next, we track which content you engage with
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[PART VI.] ASSOCIATION ALTERNATE POWER OF SALE
FORECLOSURE PROCESS
[§667-91] Alternate power of sale process. The power of sale process in this part is an alternative process for associations to the foreclosure by action in part IA and the foreclosure by power of sale in part II. [L 2012, c 182, pt of §3(2)]


We are a DIY.org club. Please look around our page about this club! Cya.
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Class
AlignTabular alignment of same-type sequences.
Tabular alignment of same-type sequences.
| Implements | EqualityComparableConcept |
|---|---|
| All Impl'd | EqualityComparableConcept |
| Defined in | <seqan/align.h> |
| Signature |
template <typename TSequence, typename TGapSpec>
class Align;
|
Template Parameters
TSequence |
Type of the underlying sequence. |
|---|---|
TGapSpec |
Tag for selecting the Gaps specialization. |
Member Function Overview
Member Functions Inherited From EqualityComparableConcept
Interface Function Overview
-
void clearClipping(align);
Clear clipping on all rows. -
void clearGaps(align);
Clear gaps of all Align rows. -
TCol col(align);
Returns the columns of an Align object. -
TCols cols(align);
Returns the columns of an Align object. -
TStream operator<<(stream, align);
Stream-output for Align objects. -
TRow row(align, pos);
Returns a single row of an Align object. -
TRows rows(align);
Returns the rows of an Align object. -
void setStrings(align, stringSet);
Loads the sequences of a string set into an alignment. -
TStringSet stringSet(align);
Return string set with all ungapped sequences. -
void write(stream, align);
Writing of Gaps to Streams in human-readable format.
Interface Metafunction Overview
-
Col<TAlign>::Type
The column type for Align objects. -
Cols<TAlign>::Type
Return the type representing a column in an Align object. -
GetValue<TAlign>::Type
Return the get-value type for an Align object. -
GetValue<TAlign>::Type
Return the reference type for an Align object. -
Row<TAlign>::Type
Return the row type (Gaps specialization). -
Rows<TAlign>::Type
Return the type used for rows in an Align object (a Gaps specialization). -
Rows<TAlign>::Type;
Return the type of the underlying sequence. -
Rows<TAlign>::Type
Return the type that would be used for a string set of the sources. -
Value<TAlign>::Type
Return the value type for an Align object.
Detailed Description
The Alignment class is for storing tabular alignments of sequences having the same type. They do so by being a container of Gaps objects. The most common use case is storing pairwise alignments that are generated by one of the dynamic programming alignment algorithms.
Example
Here is an example of using an Align object with globalAlignment.
#include <seqan/basic.h> #include <seqan/sequence.h> #include <seqan/stream.h> // for I/O #include <seqan/align.h> #include <seqan/score.h> using namespace seqan; int main() { StringSet<DnaString> stringSet; appendValue(stringSet, "AGTTTAATCA"); appendValue(stringSet, "AGTATACGA"); Align<DnaString> align(stringSet); // Initialize the Align object using a StringSet. int score = globalAlignment(align, EditDistanceScore()); // Compute a global alingment using the Align object. std::cout << "score = " << score << std::endl; std::cout << "align\n" << align << std::endl; return 0; }
The output is as follows:
score = -4 align 0 . : AGTTTAATCA ||| | | | AGTAT-ACGA
See Also
Interface Functions Detail
void clearClipping(align);
Clear clipping on all rows.
Parameters
align
|
Align object to clear clippings of. |
|---|
Data Races
Thread safety unknown!
void clearGaps(align);
Clear gaps of all Align rows.
Parameters
align
|
The Align object to clear all all gaps from. |
|---|
Data Races
Thread safety unknown!
TCol col(align);
Returns the columns of an Align object.
Parameters
align
|
The Align object to get the cols of. |
|---|
Returns
TCol |
The column of the Align object (Metafunction: Col). |
|---|
Data Races
Thread safety unknown!
TCols cols(align);
Returns the columns of an Align object.
Parameters
align
|
The Align object to get the cols of. |
|---|
Returns
TCols |
The columns of the Align object (Metafunction: Cols). |
|---|
Data Races
Thread safety unknown!
TStream operator<<(stream, align);
Stream-output for Align objects.
Parameters
stream
|
std::ostream to write to. |
|---|---|
align
|
Align object to write out. |
Returns
TStream |
Reference to stream after output of align. |
|---|
Data Races
Thread safety unknown!
TRow row(align, pos);
Returns a single row of an Align object.
Parameters
align
|
The Align object to get the row of. |
|---|---|
pos
|
The number of the row to get. |
Returns
TRow |
Reference to the given row of align (Metafunction: Row). |
|---|
Data Races
Thread safety unknown!
TRows rows(align);
Returns the rows of an Align object.
Parameters
align
|
The Align object to get the rows for. |
|---|
Returns
TRows |
A container with the Gaps of the Align object. |
|---|
Data Races
Thread safety unknown!
void setStrings(align, stringSet);
Loads the sequences of a string set into an alignment.
Parameters
align
|
Align object to set underlying sequence of. |
|---|---|
stringSet
|
The StringSet with the data. |
Data Races
Thread safety unknown!
TStringSet stringSet(align);
Return string set with all ungapped sequences.
Parameters
align
|
Align object to get sequences of. |
|---|
Returns
TStringSet |
The set of ungapped sequences (Metafunction: StringSetType). |
|---|
Data Races
Thread safety unknown!
void write(stream, align);
Deprecated.
Old-style I/O.
Writing of Gaps to Streams in human-readable format.
Parameters
stream
|
The Stream to write to. |
|---|---|
align
|
The Align object to write out. |
Data Races
Thread safety unknown!


The Only Thing You Need to Succeed & Be Happy
Lately, I’ve been driving up to LA more often (I’m in San Diego).  They’re all spectacular, but one that continues to stick out is the Ben Horowitz chat. The whole thing is awesome — but one quote in particular resonated with me.
“The number one thing we look for in an entrepreneur is courage. Aristotle said that courage is the first virtue.  All the other things — honesty, integrity — they don’t get activated unless you have courage. It’s easy to be honest — unless it’s going to cost you your job, your marriage, or something else that you care about. Then it’s hard to be honest. So without courage, and you don’t have anything. You’re a zero character person.”
It struck a chord with me. Courage really is the cornerstone of everything. You always start with raw courage, and build up from there. Without it, your character is ephemeral — constantly fluctuating and adapting to the situation. Sometimes low quality, sometimes medium, probably never high. There’s no concept of yourself. You’re merely trying to fit in instead of injecting your own flavor. Zero character.
You need courage. Otherwise you can’t be successful or happy. Real success requires being innovative and original. You can’t do that through imitation. Without courage, you try and fit in through imitation. And by definition, a copycat is always 2nd to originality.
And you won’t be happy. You’re constantly trying to fit in, instead of being yourself.  Ultimately, that becomes destructive — you burn out and stop caring about your work quality, environment, relationships, etc. And since work takes up most of our working hours, you can’t be happy if you’re unhappy at work.
But when you are courageous, everything seems to magically align. When I say courageous, I mean — speak up when you think something is wrong. Ask questions, have an opinion, do what you think is right. Don’t worry about what the norm is or what other people will think. Be yourself.
You might step on some toes.  They’ll get over it. In the long run, people will respect you for having an opinion and being honest. You’ll develop a unique reputation and maybe even make some friends. But regardless, you’ll be unique and have some character.
 It’s very natural, easy, and stress free. You maximize learning and minimize regret. If you disagree with everyone and are vocal about it — you’re either wrong and end up learning, or you’re right and look like a genius. There is no losing outcome.
So be courageous, live your life. It’s the surest way to be happy and successful.
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MY BEST FRIEND'S WEDDING A film review by Christopher Null Copyright 1997 Christopher Null
An out-and-out blatant chick flick from the first frame on, MY BEST FRIEND'S WEDDING will be as enjoyable to its female patrons as it is frustrating to its male ones. Yes, Julia Roberts is back, and in fine form -- playing Julianne, the bad girl, against Cameron Diaz's squeaky-clean bride-to-be (Kim). The best friend in question is Michael (Dermot Mulroney), Roberts's long-time confidant. When Michael reveals his imminent marriage, Julianne develops a jealousy to be reckoned with, and makes it her life's work to break up the couple.
In addition to its problems with alienating male viewers, the real flaw in WEDDING is the lack of chemistry between the Mulroney and Roberts. While I'd probably be a little shy smooching on Julia, hey, that's no excuse for a seasoned pro. Then there's also the minor detail that the trailer tells the story better than the film -- leaving some gaping plot holes -- but who's quibbling? Roberts is the one to watch here, along with Rupert Everett as her gay editor and co-conspirator in this mess. It's really these two that make this picture fun -- and funny. And it's in WEDDING's fall-down funny moments that the picture really shines.
 But then again, who's watching her? I always liked the redheads best, anyway.
RATING: ***
|------------------------------| \ ***** Perfection \ \ **** Good, memorable film \ \ *** Average, hits and misses \ \ ** Sub-par on many levels \ \ * Unquestionably awful \ |------------------------------|
-Christopher Null /<EMAIL_ADDRESS>/ Writer-Producer -Visit the Movie Emporium at http://www.filmcritic.com -and Null Set Productions at http://www.filmcritic.com/nullset.htm
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


Applied Cognitive Sciences Lab
The main focus of the lab is to investigate decision making and cognition in applied domains. Some key domains include our environment, consumer behavior, cyber security, vehicle driving, natural disasters, and gambling.
Our research methodology includes conducting laboratory experiments where we collect human behavioral data using simulation games (also called “microworlds”) and we use computational cognitive models based on the cognitive ACT-R architecture and other approaches to understand and predict such behavior.
The laboratory consists of post-doctoral fellows, graduate and undergraduate students, and student interns. The lab members come from different fields which include computer engineering, electrical engineering, and humanities and social sciences. The lab infrastructure includes an air-conditioned (hot and cold) environment with state-of-the-art 7 AIO Desktops, 1 Powerful Workstation, Driving Simulator, Oximeter, Emotiv® 14-channel EEG headsets, Tobii® Eye Tracker, and other accessories. There is a plan to get a 32-channel EEG/ERP headset in the near future.
Our results and conclusions extend to applied domains. For example, our conclusions help understand the effects of existing designs on human cognition and how improvements to existing designs could enhance cognition. Our research also help in developing training interventions in varied applied domains. For example, training security analysts against certain kinds of cyber-attacks helps improve their on-job performance.


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-
National Conference On Deep Learning
As a part of the club initiative, a national level workshop was conducted for the faculty. It was a four-day workshop which commenced on fill and concluded on the Fill.There were a total of fill participants. A few snapshots of the workshop:
-
An Eventful Week!
As a part of the club initiative, another deep learning workshop was conducted for the second year students of CSE and IT departments. It was a four-day workshop which commenced on 30th March 2019 and concluded on the 2nd February 2019.There were a total of 30 participants. The schedule was:...
-
Second Batch Of Workshop
As a part of the club initiative, another deep learning workshop was conducted for the second year students of CSE and IT departments. It was a four-day workshop which commenced on 24th March 2019 and concluded on the 29th March 2019.There were a total of 30 participants. The schedule was:...
-
Kickstart!
As a part of the club initiative, a deep learning workshop was conducted for the second year students of CSE and IT departments.It was a four-day workshop which commenced on 3rd March 2019 and concluded on the 7th March 2019.There were a total of 23 participants. The schedule was: A...
-
What is Deep Learning?
Deep learning is a machine learning technique that teaches computers to do what comes naturally to humans: learn by example. Deep learning is a key technology behind driverless cars, enabling them to recognize a stop sign, or to distinguish a pedestrian from a lamppost. It is the key to voice...
-
Hello World
Initial Blog Post!


About Me
Hi there! I'm Ben, a 4th year student at UC Berkeley studying Computer Science and Psychology.
I enjoy making all sorts of things (like this website!), especially in the full-stack development space.
I've also been rather involved in teaching, and am a current TA for CS 186 (among other things).
In addition to the typical software stack, you can often find me designing and developing games with my fellow developers at Hexcaliber Games.
Here are some of the tools I use most frequently:
In addition to the typical software stack, you can often find me designing and developing games with my fellow developers at Hexcaliber Games.
Here are some of the tools I use most frequently:
HTML5/CSS/Sass/JavaScript/React (Native) for frontend development
Node.js and Django for backend development
C# with Unity for game development
Figma for design
Linux of all flavors as my OS of choice
Teaching
I'm currently a TA for CS 186, the Databases course at Berkeley.  Please come by discussion and OH for fun times :)
Previously, I have also been a TA and tutor for CS 61A, a CSM senior mentor, head facilitator for the Linux SysAdmin Decal, and an Instructional Assistant for ATDP's data structures course.
Here are some links to my teaching resources!
• CS 61A
• CS 61B
• Linux Sysadmin DeCal
• CS 70
Previously, I have also been a TA and tutor for CS 61A, a CSM senior mentor, head facilitator for the Linux SysAdmin Decal, and an Instructional Assistant for ATDP's data structures course.
Here are some links to my teaching resources!
• CS 61A
• CS 61B
• Linux Sysadmin DeCal
• CS 70
Featured Projects
With thousands of bikes, laptops, and other valuables getting stolen or misplaced every day, many of us have considered getting a GPS tracker to find our items-- only to realize that they cost upwards of $15/month to operate!
Trackversal is a hybrid Bluetooth-GPS tracking system that aims to make asset tracking affordable and accessible by everyone. As the primary full-stack developer on the team, I ensure that our software stack (React Native, Node.js, MongoDB) is feature-rich and user friendly.
Trackversal is currently at the pre-seed funding stage and is supported by CalHacks Fellowship as well as Berkeley SkyDeck.
Trackversal is a hybrid Bluetooth-GPS tracking system that aims to make asset tracking affordable and accessible by everyone. As the primary full-stack developer on the team, I ensure that our software stack (React Native, Node.js, MongoDB) is feature-rich and user friendly.
Trackversal is currently at the pre-seed funding stage and is supported by CalHacks Fellowship as well as Berkeley SkyDeck.
I'm currently a head facilitator for the Linux Systems Administration DeCal, a student-run course managed by the Open Computing Facility that serves as a crash course for UNIX systems, server engineering, and computer security.
As a facilitator, I help develop course materials, manage logistics, and give lectures.
All course materials will be available online to everyone- so even if you're not a Berkeley student, feel free to join in on the fun!
As a facilitator, I help develop course materials, manage logistics, and give lectures.
All course materials will be available online to everyone- so even if you're not a Berkeley student, feel free to join in on the fun!
In 2019, I organized a 24 hour long hackathon for 100 high school students in Fremont, CA.
As the lead organizer, I had the opportunity to work on many different aspects such as web development, contacting sponsors, and running workshops.
Organizing a hackathon for the first time took a lot of work, but I'm glad we were able to successfully contribute to the vibrant hackathon community!
As the lead organizer, I had the opportunity to work on many different aspects such as web development, contacting sponsors, and running workshops.
Organizing a hackathon for the first time took a lot of work, but I'm glad we were able to successfully contribute to the vibrant hackathon community!
More Projects
View More
Contact Me
Thanks for taking a look at my site! If there's anything (literally anything) you'd like to
talk to me about, feel free to send an email to<EMAIL_ADDRESS>Now seeking full-time positions starting September 2023!
Email me!


Simplify iOS SDK
The iOS SDK by Simplify allows you to create a card token (one time use token representing card details) in your iOS app to send to a server to enable it to make a payment. By creating a card token, Simplify allows you to avoid sending card details to your server. The SDK can help with formatting and validating card information before the information is tokenized.
Requirements
- Swift 5 or higher
Installation
The iOS SDK can be manualy included in your project by downloading or cloning the SDK project and adding it as a subproject in your project.
If you would like to use Carthage to integrate the sdk into your project, you can do so with the following line in your cartfile.
github "simpliftcom/simplify-ios-sdk"
Usage
Import the SDK
Import the Simplify SDK into your project
import Simplify
Initialialize the SDK
In order to use the SDK, you must initialize the Simplify
object with your public api key.
let simplify = Simplify(apiKey: <#your public api key#>)
Your public api key can be found and managed under
Account Settings>API Keyson the Simplify website.
Create a Card Token
Once you have inititalized an instance of Simplify
, you can then construct a SimplifyMap
containing the card information and pass that to the createCardToken
function to create a card token.
var card = SimplifyMap()
card.number.value = "<#card number#>"
card.cvc.value = "<#security code#>"
card.expMonth.value = "<#expiration month#>"
card.expYear.value = "<#expiration year#>"
simplify.createCardToken(card: card) { (result) in
switch (result) {
case .success(let cardToken):
// do provide the CardToken to your server to process the payment
case .failure(let error):
// handle the error
}
}
Sample App
This project includes a sample app to demonstrate SDK usage. To configure the sample app, add your public key to the PaymentViewController
in the project.


Further archival witterings, again from long ago in 2004. This was said to come from a collection called The Vitamin B Pirate Gang & Other Maritime Doggerel by Gervase Beerpint, presumably some relation to your favourite poet and mine, Dennis Beerpint.
Chaps oozing charm wedged in a chest.
There's no knowing who'll come out best.
One is called Billy, head made of cork,
Shoulders cast iron, arms and legs chalk.
Mythology enwraps him like a shroud.
His voice is grating and horribly loud.
And then there is Cedric, aquatic, with fins.
He likes to muck about with a box of pins.
He has no ears but his feet are huge.

Hummingbirds pain him, as do owls.
He's always had trouble pronouncing vowels.
The third of our trio is Swivel-Eyed Dan.
His head is the shape of a frying pan.
He once went south, looking for bees,
But all his dreams blew away on a breeze.
You have to give credit where it's due –
But not to Dan when he's dribbling goo.
Three of them, then, wedged in a chest,
Each one wearing a red satin vest,
Oozing insouciance, polish, and charm.
Let us hope they come to no harm.
But the chest has been stowed in the hold of a ship
Whose captain is moody and curls his lip.
As they sail out from port, the captain growls:
“Damn the beakers! Damm the owls!
Damn the crackers! Damn the flaps!
Damn the chest of charming chaps!”
Two hours later, the ship just sank,
And all that remained was a single plank.
It floated for weeks and was then washed ashore.
I found it on the beach and used it for a door.


Here is the schedule for GDG DevFest Baguio 2016 on November 5, 2016. The schedule may change without notice.
In addition to these talks, we have also prepared additional parallel activities that you can go to!


SKILLS + Add Skill {% for skill in skills %} {{skill.name}} {{skill.description|slice:"100"}}... Edit Delete {% endfor %}
PROJECTS + Add project {% for project in projects %} {{project.title}} {{project.description|slice:"100"}}... Edit Delete {% endfor %}


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Presented by Intrepid Technology, Inc. About the author. Adapted from the original Perl script by David Barrett , whose commissions pricer is located here. Other sites for the pricer.


MEN WITH GUNS (Sony Classics) Starring: Federico Jose Luppi, Damian Delgado, Dan Rivera Gonzalez, Damian Alcazar, Mandy Patinkin, Kathryn Grody. Screenplay: John Sayles. Producers: R. Paul Miller and Maggiel Renzi. Director: John Sayles. MPAA Rating: R (profanity, adult themes, violence) Running Time: 125 minutes. Reviewed by Scott Renshaw.
If the term "independent film" means anything in an era when Disney owns Miramax, it means the work of John Sayles. Nothing Sayles has done through nearly twenty years of film-making has been done the easy way, or the predictable way. Just when it looked like he was "going studio" after EIGHT MEN OUT, he made the sprawling and ambitious CITY OF HOPE; the intimate adult drama PASSION FISH was followed by the lyrical family fantasy THE SECRET OF ROAN INISH. So it only stands to reason that Sayles would capitalize on the critically-acclaimed, Oscar-nominated LONE STAR by making his next film a tale of Latin American politics told almost entirely in Spanish.
MEN WITH GUNS is classic John Sayles, which is to say that it will reward most fully the viewer willing to think about it for a while afterwards. The principal protagonist is an elderly, recently widowed doctor named Humberto Fuentes (Federico Jose Luppi) who works and lives a comfortable life in the capital of an unnamed Latin American country. His mind turned to thoughts of his legacy with the passing of his wife, Fuentes decides to take his vacation in the interior jungles, planning to visit former medical students who had gone to work with the native Indian communities. What he discovers is a world far-removed from his own, where government troops and rebel guerrillas carry on a war which as claimed many of the doctors as casualties.
This discovery initially baffles Fuentes, who can't make sense of why doctors would be a threat to anyone. It is the mad "logic" of this kind of war which becomes one of Sayles main themes in MEN WITH GUNS. To the rebels, the educated doctors are threats because they have been trained with the financial assistance of the government; to the government, they are threats because they could actually get the Indians thinking about their plight. If the doctors aid wounded government soldiers, they are killed by the guerrillas; if they _don't_ assist the government soldiers, their lives are forfeit as well. The natives can't even tell the difference between the two battling factions. To them, they are all just "men with guns" who aribtrarily turn the world upside down because of the power they hold at their fingertips.
Fuentes' journey through the jungles becomes a road to realizing all that has been going on, all of the suffering he conveniently had never noticed. Sayles develops this notion of accepting responsibility for one's actions -- or lack of action -- as Fuentes picks up a number of passengers along his way. One is a former government soldier (Damian Alcazar) haunted by the violence to which he had been a party; another is a former priest (Damian Delgado) who loses his faith when he abandons his village to save his own life. He even takes a poke at Americans' blissful ignorance of the world in the characters of two adventurous tourists (Mandy Patinkin and Kathryn Grody), while simultaneously suggesting the Americans know a bit more about Fuentes' country than the doctor himself. With his typical novelistic style, Sayles richly develops his characters into souls seeking redemption, doing their small part to be part of the solution where they had once been part of the problem.
Like many of Sayles' films, MEN WITH GUNS stumbles only because Sayles never met a two hour plus running time he didn't like. The side plots, including the inclusion of a streetwise youngster and a traumatized woman in Fuentes' traveling party, don't bear the same kind of fruit as the intertwined stories in LONE STAR. Often, they simply feel like padding in a singularly sedate war story. Still, Sayles working at less than the height of his powers is still a more provocative story-teller -- and an ever-more-mature visual film-maker -- than the vast majority of his contemporaries. He is willing to talk to his audiences rather than shout at them, to allow his films to sneak up on you with their thoughtful confidence. In 1998, that above all else makes John Sayles a truly independent film-maker.
On the Renshaw scale of 0 to 10 gun plays: 8.
Visit Scott Renshaw's MoviePage http://www.inconnect.com/~renshaw/ *** Subscribe to receive new reviews directly by email! See the MoviePage for details, or reply to this message with subject line "Subscribe".
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
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4 Nonconvex Penalty
4.1 Introduction
In addition to lasso, ridge and elastic net penalty, sgdnet also fits along regularization path for gaussian regression using nonconvex penalties, which are minimax concave penalty (MCP) (Zhang 2010) and smoothly clipped absolute deviation (SCAD) (Fan and Li 2001). Existing description and implementation of MCP and SCAD are in coordinate descent’s setting, here we proposed the methods with proximal gradient descent.
The ridge part in sgdnet use scale update \(\beta^{k + n} = \beta^{k} \prod _{i = 1}^{n}(1- \eta(1-\alpha) \lambda)\), where \(\lambda\) is the regularization strength, \(\alpha\) is elastic net mixing parameter and \(\eta\) is the step size. Other penalties are applied via a proximal step at each iteration from the coefficient \(\beta^{k+\frac{1}{2}}\) after the average gradient step. The proximal step solves a minimization problem:
where \(h_{\lambda}(\beta)\) is the penalty function.
4.2 MCP
The definition for minimax concave penalty for each element of coefficient \(\beta\) is given by:
\[\begin{equation} p_{\lambda, \gamma}(\beta_j) = \begin{cases} \lambda \beta_j - \frac{\beta_j^2}{2 \gamma} & \text{if} \,\, |\beta_j| \leq \gamma \lambda \\ \frac{1}{2} \gamma \lambda^2 & \text{otherwise.} \end{cases}\end{equation}\]
where \(\lambda \geq 0\) is the regularization strength and \(\gamma > 1\) is a user defined nonconvexity parameter. We have \(h_{\lambda}(\beta) = p_{\alpha \lambda, \gamma}(\beta) + \frac{(1 - \alpha)\lambda}{2} ||\beta||_2^2\) if user wants to mix ridge with MCP in the proximal step by setting \(\alpha\) (B. Huang Jian. and Zhang 2016). The proximal operator for them is given by:
\[\begin{equation} \beta_j \leftarrow \begin{cases} \frac{ \Big (1 - \eta \alpha \lambda \Big )_{+} \beta_j}{1 + \eta (1-\alpha)\lambda-\frac{\eta}{\gamma}} & \text{if} \,\, |\beta_j| \leq \gamma \alpha \lambda \Big (1 + (1- \alpha) \lambda\Big ) \\ \frac{\beta_j}{1+\eta(1-\alpha)\lambda} & \text{otherwise}. \end{cases} \end{equation}\]
MCP begins by applying the same rate of penalization as lasso, but continuously relaxes that penalization until \(\beta_j\) becomes large (Breheny and Huang 2011). When \(\alpha = 0\), this becomes the proximal updates for ridge (Friedman, Hastie, and Tibshirani 2010). For MCP, sgdnet set the default noncovexity parameter \(\gamma\) to \(3\). Here we use the example from ncvreg to demostrate its usage, while ncvreg uses coordinate descent method.
data(prostate)
x <- prostate$x
y <- prostate$y
sgd_mcp <- sgdnet(x, y, non_convexity = 3, penalty = "MCP")
ncv_mcp <- ncvreg(x, y, gamma = 3, penalty = "MCP")
sgd_mnet <- sgdnet(x, y, non_convexity = 3, alpha = 0.5, penalty = "MCP")
ncv_mnet <- ncvreg(x, y, gamma = 3, alpha = 0.5, penalty = "MCP")
4.3 SCAD
Following the same notation, the definition for smoothly clipped absolute penalty for each element of coefficient \(\beta\) is given by:
\[\begin{equation} p_{\lambda, \gamma}(\beta_j) = \begin{cases} \lambda \beta_j & \text{if} \, \,|\beta_j| \leq \lambda\\ \frac{\gamma \lambda \beta_j - \frac{1}{2} (\beta_j^2 + \lambda^2)}{\gamma - 1} \gamma \lambda^2 & \text{if} \,\, \lambda < |\beta_j| \leq \gamma \lambda \\ \frac{\lambda^2 (\gamma^2 - 1)}{2(\gamma - 1)} & \text{otherwise.} \end{cases} \end{equation}\]
where \(\lambda \geq 0\) and \(\gamma > 2\). The proximal operator for SCAD (Wang 2016) of strength \(\alpha \lambda\), with ridge of strength \((1-\alpha)\lambda\) can be solved as:
\[\begin{equation} \beta_j \leftarrow \begin{cases} \frac{\Big ( 1-\eta \alpha \lambda \Big )_{+} \beta_j}{1+\eta(1-\alpha)\lambda} & \text{if} \, \,|\beta_j| \leq \alpha \lambda + \eta \alpha \lambda ( 1 + (1-\alpha) \lambda)\\ \frac{\Big ( 1 - \frac{\gamma}{ \gamma - 1} \eta \alpha \lambda \Big)_{+} \beta_j}{1- \frac{\eta}{\gamma - 1} + \eta (1- \alpha) \lambda} & \text{if} \,\, \alpha \lambda + \eta \alpha \lambda ( 1 + (1-\alpha) \lambda) < |\beta_j| \leq \gamma \alpha \lambda ( 1 + \eta (1 - \alpha) \lambda) \\ \frac{\beta_j}{1+\eta(1-\alpha)\lambda} & \text{otherwise.} \end{cases} \end{equation}\]
Similar to MCP, SCAD begins by applying lasso’s penalization rate, and reduces the rate to 0 as \(\beta_j\) gets away from 0. The difference is in the way to make this transition. sgdnet has a default nonconvexity parameter \(\gamma = 3.7\). It can be specified by the non_convexity
variable in sgdnet()
function.
sgd_scad <- sgdnet(x, y, non_convexity = 3.7, penalty = "SCAD")
ncv_scad <- ncvreg(x, y, gamma = 3.7, penalty = "SCAD")
sgd_snet <- sgdnet(x, y, non_convexity = 3.7, alpha = 0.5, penalty = "SCAD")
ncv_snet <- ncvreg(x, y, gamma = 3.7, alpha = 0.5, penalty = "SCAD")
Reference
Breheny, Patrick, and Jian Huang. 2011. “Coordinate Descent Algorithms for Nonconvex Penalized Regression, with Application to Biological Feature Selection.” The Annals of Applied Statistics 5 (1): 232–53.
Fan, Jianqing, and Runze Li. 2001. “Variable Selection via Nonconcave Penalized Likelihood and Its Oracle Properties.” Journal of the American Statistical Association 38 (2): 1348–60.
Friedman, Jerome, Trevor Hastie, and Robert Tibshirani. 2010. “Regularization Paths for Generalized Linear Models via Coordinate Descent.” Journal of Statistical Software 33 (1): 1–22.
Huang, Breheny, Jian., and Cun-Hui Zhang. 2016. “The Mnet Method for Variable Selection.” Statistica Sinica 26 (3): 903–23.
Wang, Zhu et al. 2016. “Penalized Count Data Regression with Application to Hospital Stay After Pediatric Cardiac Surgery.” Stat Methods Med Res 25 (6): 2685–2703.
Zhang, Cun-Hui. 2010. “Nearly Unbiased Variable Selection Under Minimax Concave Penalty.” The Annals of Applied Statistics 38 (2): 894–942.


I created this map for a hillshade design challenge. The map is a landcover/hillshade of the Sinks Canyon area of the Wind River Range of mountains in central Wyoming. The "Sinks" is a canyon where the Popo Agie River dives into the mountainside, only to appear at the "Rise" a mile down the road. I have led backpacking trips in this area and wanted to capture the stunning beauty of the arid lowlands and rugged highlands of the Winds. The icons used are custom designs, meant to be associative symbols for those coming to experience the beauty of the Sinks.
This was the final project for an interactive web mapping class. I teamed up with 2 other students to create a way to visualize the impacts of natural disasters in the southwest United States. The project combined all of the skills practiced in the course. NOAA disaster data was processed into a GeoJSON, where it was turned into a proportional symbol map with Leaflet. D3 was used to create a timeline chart for the selected state or county. The search functionality and reclassification of the map involved heavy Javascript usage, culminating in a functioning webpage.
Done for a group project on vacancy in Madison, this vacancy map is a study in using a map to enhance a larger research project. Using Census data and IndieMapper, I created a simple solution to visualize the relationship between poverty and vacancy in the city. This was my first foray into designing to advance a narrative, not just feature one single piece.
I created this art map for my final projact in an introduction to Cartography class. The map was created in the style of Cinta Arrabas' map of the Camino de Santiago in Europe. The goal was not to create a reference map of hiking trails, but an art piece that conveys the fun and excitement of through-hiking cross-country.
A simple map also made for Intro to Cartography, this map was created for the challenge of designing a map meant for print in a small space. The print version of this map is 4" x 6", the size that would go into a newspaper. I learned to create isolines with this map, striking the balance between a useful design full of information and a clean design that is readable.
This long-form infographic tackles the challenge of combining the map with other graphic elements to tell a narrative story. I decided to highlight the danger that Arctic drilling poses to caribou herds. As someone who has been to the Alaskan Arctic, I believe strongly in preserving this fragile landscape for its native inhabitants. The challenge of this map involved adding elements of voice, style, and accent to tell a compelling story.


FinishHTTP()
语法
Result = FinishHTTP(HttpConnection)概要
Free the resources associated to the specified asynchronous download, started either with ReceiveHTTPFile() or ReceiveHTTPMemory().
参数
HttpConnection The HTTP connection to finish.
返回值
If the download has been successful, it returns the number of bytes written to disk for a download start with ReceiveHTTPFile(), or the memory buffer address for a download started with ReceiveHTTPMemory().
备注
The value #PB_HTTP_Aborted will be returned by HTTPProgress().
参阅
HTTPProgress(), AbortHTTP()
已支持操作系统
所有


--- layout: default robots: noindex ---
Here is a list of some of my past and present research projects.
More info coming soon!
This project will include a test dataset, operationalization process for accurately identifying honor crime cases, and the HKDB v1.0.
My dissertation is available to download from the Universität Mannheim Library.
I served as the research assistant for Dr. Florian Keusch's project funded by the Mannheim Center for European Social Research (MZES) for two years. The project overview can be found here. Our study write-up was published in Sociological Methods & Research.
This work was funded by the Bureau of Justice Statistics (BJS), US Department of Justice in response to a Congressional mandate to determine how to study honor violence in the US. Read more about our research here.
I enjoy writing book reviews, and have done so for Political Studies Review, International Review of Victimology, and the London School of Economics Review of Books. A few of my reviews are available here.


Typography is a JavaScript object that automatically sets a page ideal font size, leading, and line length. It also applies some orphan control. It's intent is to set a base body copy configuration that maximizes readibility, that can be overwritten as required.
Apply the "typography" class to the body tag to apply the ideal font size to your page. "lines", "orphans", and "quotes" control classes can be added either to the body tag for universal application, to individual copy tags (h1-h6, p, td, li), or to any other element that you want to apply these controls to.
Enjoy!


--- layout: post title: Now that's cool post_id: 325 categories: - tips & tricks date: 2004-11-13 04:44:00.000000000 -07:00 author: Jamis permalink: 2004/11/13/now-that-s-cool.html ---
Christian Neukirchen asked me a question this morning on IRC. He wanted to know if there was a way to pass parameters to a service’s constructor (in Needle) at the moment the service was requested. This is particularly useful for prototype services, where each request of the service returns a new instance—often, you will want to pass some context-specific data to the constructor of that service.
The short answer is “no”, you can’t really do specifically that in Needle. When I’ve needed something like that, I’ve usually split the constructor in two—creating an “injectible” constructor, and a separate #init
method that must be invoked manually after obtaining the service handle in order to pass in the context-specific stuff:
class Foo def initialize( bar ) @bar = bar end def init( baz ) @baz = baz do_initialization ... self end end registry.define.foo( :model => :prototype ) { |c,| Foo.new( c[:bar] ) } foo1 = registry.foo.init( "hello" ) foo2 = registry.foo.init( "world" )
It works, but it is clunky.
This morning, I found a better way, thanks to the power of Ruby’s closures. Ladies and gentlemen, consider the following:
class Foo def initialize( bar, baz ) @bar = bar @baz = baz do_initialization ... end end registry.define.foo( :model => :prototype ) do |c,| lambda { |baz| Foo.new( c[:bar], baz ) } end foo1 = registry.foo.call( "hello" ) foo2 = registry.foo.call( "world" )
I love closures! True, the invocation to #call
is still a bit clunky, but there’s not really a way to get around it. Besides, if you think about it, what you’ve done is turned the foo
service (above) into a factory, which accepts parameters and returns object instances tailored according to those parameters.
I’ve already reworked portions of the Net::SSH rewrite to take advantage of this approach—it’s really slick.
(Oh, and speaking of Net::SSH…connections and channels work! You can now execute processes remotely and respond to events. Remaining to finish: the port forwarding manager, the process manager, and the SFTP subsystem. Whew!)


References
Baumer, Benjamin S., Daniel T. Kaplan, and Nicholas J. Horton. Modern Data Science with r. Boca Raton, FL: CRC Press, 2017. https://mdsr-book.github.io/.
Bernard, Gordon R., Arthur P. Wheeler, James A. Russell, Roland Schein, Warren R. Summer, Kenneth P. Steinberg, William J. Fulkerson, et al. “The Effects of Ibuprofen on the Physiology and Survival of Patients with Sepsis.” New England Journal of Medicine 336 (1997): 912–18. http://www.nejm.org/doi/full/10.1056/NEJM199703273361303#t=article.
Bock, David E., Paul F. Velleman, and Richard D. De Veaux. Stats: Modelling the World. Boston MA: Pearson Addison-Wesley, 2004.
Dupont, William D. Statistical Modeling for Biomedical Researchers. New York: Cambridge University Press, 2002.
Gelman, Andrew, and Jennifer Hill. Data Analysis Using Regression and Multilevel-Hierarchical Models. New York: Cambridge University Press, 2007. http://www.stat.columbia.edu/~gelman/arm/.
Gelman, Andrew, and Deborah Nolan. Teaching Statistics: A Bag of Tricks. Second Edition. Oxford, UK: Oxford University Press, 2017.
Good, Phillip I. Introduction to Statistics Through Resampling Methods and r/s-PLUS. Hoboken, NJ: Wiley, 2005.
Grolemund, Garrett, and Hadley Wickham. R for Data Science. O’Reilly, 2021. http://r4ds.had.co.nz/.
Ismay, Chester, and Albert Y. Kim. ModernDive: Statistical Inference via Data Science, 2021. http://moderndive.com/.
Morton, D., A. Saah, S. Silberg, W. Owens, M. Roberts, and M. Saah. “Lead Absorption in Children of Employees in a Lead Related Industry.” American Journal of Epidemiology 115 (1982): 549–55.
Norman, Geoffrey R., and David L. Streiner. Biostatistics: The Bare Essentials. Fourth. People’s Medical Publishing House, 2014.
Pagano, Marcello, and Kimberlee Gauvreau. Principles of Biostatistics. Second. Duxbury Press, 2000.
Pruzek, Robert M., and James E. Helmreich. “Enhancing Dependent Sample Analyses with Graphics.” Journal of Statistics Education 17(1) (2009). http://ww2.amstat.org/publications/jse/v17n1/helmreich.html.
Ramsey, Fred L., and Daniel W. Schafer. The Statistical Sleuth: A Course in Methods of Data Analysis. Second. Pacific Grove, CA: Duxbury, 2002.
Vittinghoff, Eric, David V. Glidden, Stephen C. Shiboski, and Charles E. McCulloch. Regression Methods in Biostatistics: Linear, Logistic, Survival, and Repeated Measures Models. Second. Springer-Verlag, Inc., 2012. http://www.biostat.ucsf.edu/vgsm/.
Wainer, Howard. Graphic Discovery: A Trout in the Milk and Other Visual Adventures. Princeton, NJ: Princeton University Press, 2005.
———. Medical Illuminations: Using Evidence, Visualization and Statistical Thinking to Improve Healthcare. New York: Oxford University Press, 2013.
———. Visual Revelations: Graphical Tales of Fate and Deception from Napoleon Bonaparte to Ross Perot. New York: Springer-Verlag, 1997.
Yamada, SB, and EG Boulding. “Claw Morphology, Prey Size Selection and Foraging Efficiency in Generalist and Specialist Shell-Breaking Crabs.” Journal of Experimental Marine Biology and Ecology 220 (1998): 191–211. http://www.science.oregonstate.edu/~yamadas/SylviaCV/BehrensYamada_Boulding1998.pdf.


Class ARBTextureBufferObject
- java.lang.Object
-
- org.lwjgl.opengl.ARBTextureBufferObject
-
public class ARBTextureBufferObject extends java.lang.Object
Native bindings to the ARB_texture_buffer_object extension.This extension provides a new texture type, called a buffer texture. Buffer textures are one-dimensional arrays of texels whose storage comes from an attached buffer object. When a buffer object is bound to a buffer texture, a format is specified, and the data in the buffer object is treated as an array of texels of the specified format.
The use of a buffer object to provide storage allows the texture data to be specified in a number of different ways: via buffer object loads (
BufferData
), direct CPU writes (MapBuffer
), framebuffer readbacks (EXT_pixel_buffer_object extension). A buffer object can also be loaded by transform feedback (NV_transform_feedback extension), which captures selected transformed attributes of vertices processed by the GL. Several of these mechanisms do not require an extra data copy, which would be required when using conventional TexImage-like entry points.Buffer textures do not support mipmapping, texture lookups with normalized floating-point texture coordinates, and texture filtering of any sort, and may not be used in fixed-function fragment processing. They can be accessed via single texel fetch operations in programmable shaders. For assembly shaders (NV_gpu_program4), the TXF instruction is used. For GLSL (EXT_gpu_shader4), a new sampler type and texel fetch function are used.
While buffer textures can be substantially larger than equivalent one-dimensional textures; the maximum texture size supported for buffer textures in the initial implementation of this extension is 2^27 texels, versus 2^13 (8192) texels for otherwise equivalent one-dimensional textures. When a buffer object is attached to a buffer texture, a size is not specified; rather, the number of texels in the texture is taken by dividing the size of the buffer object by the size of each texel.
Requires
OpenGL 2.0
and NV_gpu_program4 or EXT_gpu_shader4. Promoted to core inOpenGL 3.1
.
-
-
Field Summary
Fields Modifier and Type Field and Description static int
GL_MAX_TEXTURE_BUFFER_SIZE_ARB
GL_TEXTURE_BINDING_BUFFER_ARBAccepted by thepname
parameters of GetBooleanv, GetDoublev, GetFloatv, and GetIntegerv.static int
GL_TEXTURE_BUFFER_ARB
Accepted by thetarget
parameter of BindBuffer, BufferData, BufferSubData, MapBuffer, MapBufferRangeARB, BindTexture, UnmapBuffer, GetBufferSubData, GetBufferParameteriv, GetBufferPointerv, and TexBufferARB, and thepname
parameter of GetBooleanv, GetDoublev, GetFloatv, and GetIntegerv.static int
GL_TEXTURE_BUFFER_DATA_STORE_BINDING_ARB
GL_TEXTURE_BUFFER_FORMAT_ARBAccepted by thepname
parameters of GetBooleanv, GetDoublev, GetFloatv, and GetIntegerv.
-
Method Summary
All Methods Static Methods Concrete Methods Modifier and Type Method and Description static void
glTexBufferARB(int target, int internalformat, int buffer)
Attaches the storage for the buffer object namedbuffer
to the active buffer texture, and specifies an internal format for the texel array found in the attached buffer object.
-
-
-
Field Detail
-
GL_TEXTURE_BUFFER_ARB
public static final int GL_TEXTURE_BUFFER_ARB
Accepted by thetarget
parameter of BindBuffer, BufferData, BufferSubData, MapBuffer, MapBufferRangeARB, BindTexture, UnmapBuffer, GetBufferSubData, GetBufferParameteriv, GetBufferPointerv, and TexBufferARB, and thepname
parameter of GetBooleanv, GetDoublev, GetFloatv, and GetIntegerv.- See Also:
- Constant Field Values
-
GL_MAX_TEXTURE_BUFFER_SIZE_ARB
public static final int GL_MAX_TEXTURE_BUFFER_SIZE_ARB
Accepted by thepname
parameters of GetBooleanv, GetDoublev, GetFloatv, and GetIntegerv.- See Also:
- Constant Field Values
-
GL_TEXTURE_BINDING_BUFFER_ARB
public static final int GL_TEXTURE_BINDING_BUFFER_ARB
Accepted by thepname
parameters of GetBooleanv, GetDoublev, GetFloatv, and GetIntegerv.- See Also:
- Constant Field Values
-
GL_TEXTURE_BUFFER_DATA_STORE_BINDING_ARB
public static final int GL_TEXTURE_BUFFER_DATA_STORE_BINDING_ARB
Accepted by thepname
parameters of GetBooleanv, GetDoublev, GetFloatv, and GetIntegerv.- See Also:
- Constant Field Values
-
GL_TEXTURE_BUFFER_FORMAT_ARB
public static final int GL_TEXTURE_BUFFER_FORMAT_ARB
Accepted by thepname
parameters of GetBooleanv, GetDoublev, GetFloatv, and GetIntegerv.- See Also:
- Constant Field Values
-
-
Method Detail
-
glTexBufferARB
public static void glTexBufferARB(int target, int internalformat, int buffer)
Attaches the storage for the buffer object namedbuffer
to the active buffer texture, and specifies an internal format for the texel array found in the attached buffer object. Ifbuffer
is zero, any buffer object attached to the buffer texture is detached, and no new buffer object is attached. Ifbuffer
is non-zero, but is not the name of an existing buffer object, the errorINVALID_OPERATION
is generated.When a buffer object is attached to a buffer texture, the buffer object's data store is taken as the texture's texel array. The number of texels in the buffer texture's texel array is given by
floor(buffer_size / (components * sizeof(base_type))
,where
buffer_size
is the size of the buffer object, in basic machine units andcomponents
andbase_type
are the element count and base data type for elements. The number of texels in the texel array is then clamped to the implementation-dependent limitMAX_TEXTURE_BUFFER_SIZE_ARB
. When a buffer texture is accessed in a shader, the results of a texel fetch are undefined if the specified texel number is greater than or equal to the clamped number of texels in the texel array.When a buffer texture is accessed in a shader, an integer is provided to indicate the texel number being accessed. If no buffer object is bound to the buffer texture, the results of the texel access are undefined. Otherwise, the attached buffer object's data store is interpreted as an array of elements of the GL data type corresponding to
internalformat
. Each texel consists of one to four elements that are mapped to texture components (R, G, B, A, L, and I). Elementm
of the texel numberedn
is taken from elementn
*components
+m
of the attached buffer object's data store. Elements and texels are both numbered starting with zero. For texture formats with normalized components, the extracted values are converted to floating-point values. The components of the texture are then converted to an (R,G,B,A) vector, and returned to the shader as a four-component result vector with components of the appropriate data type for the texture's internal format.- Parameters:
target
- the target of the operation. Must be:TEXTURE_BUFFER_ARB
internalformat
- the sized internal format of the data in the store belonging tobuffer
buffer
- the name of the buffer object whose storage to attach to the active buffer texture
-
-


This is the main entry point. After the processor is reset, it
jumps to the code located at RESET_VECTOR which is where this
code is located. This start up location contains only one
instruction. It immediately jumps to the _startup function
which is located in the _startup code section.
|
| Source File: c:\temp\Trc\BaseCode\ifi_startup.c |


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> Docs > Http Server > Tunnel
HttpServer can support the CONNECT method for establishing tunnels, which is most often used for HTTPS tunneling.
The CONNECT method is not enabled by default; the application needs to add it to supportedMethods
first
server.conf().supportedMethods("CONNECT", "GET", "HEAD" ... );
In the HttpHandler, the application needs to examine each CONNECT request and decide whether to allow the tunneling, based on criteria like client IP, target host:port. The target host:port is specified by request.host()
.
To grant the tunneling request, return a response with a 2xx
status code; the server will then establish a tunnel between the client and the target. To deny the tunneling request, return a response with a status code that's not 2xx
.
HttpHandler handler = request-> { if(request.method().equals("CONNECT")) // a tunneling request { if(isAllowed(request)) return HttpResponse.text(200, "tunneling request granted"); else return HttpResponse.text(403, "tunneling request denied"); } ... }; HttpServer server = new HttpServer(handler);
See also _HttpProxy.java for a simple HTTP+HTTPS proxy demo.


|
SBF
Super bloody fast messaging transport
|
This file declares the structures and functions to handle a memory pool. More...
Go to the source code of this file.
Macros | |
| #define | sbfPool_create(itemSize) sbfPool_create1 (itemSize, __FUNCTION__, __LINE__) |
Typedefs | |
| typedef typedefSBF_BEGIN_DECLS struct sbfPoolImpl * | sbfPool |
Functions | |
| void | sbfPool_init (sbfLog log) |
| sbfPool | sbfPool_default (size_t size) |
| sbfPool | sbfPool_create1 (size_t itemSize, const char *function, u_int line) |
| Creates a pool for a given item size and stores information about the function and line where it was created. More... | |
| void | sbfPool_destroy (sbfPool pool) |
| Releases all the resources allocated by the pool. More... | |
| void | sbfPool_registerAtExit (sbfPool pool) |
| void | sbfPool_showSummary (sbfLog log, sbfLogLevel level) |
This file declares the structures and functions to handle a memory pool.
This file declares the structures and functions to handle a property file.
Definition in file sbfPool.h.
| #define sbfPool_create | ( | itemSize | ) | sbfPool_create1 (itemSize, __FUNCTION__, __LINE__) |
| typedef typedefSBF_BEGIN_DECLS struct sbfPoolImpl* sbfPool |
| sbfPool sbfPool_create1 | ( | size_t | itemSize, |
| const char * | function, | ||
| u_int | line | ||
| ) |
Creates a pool for a given item size and stores information about the function and line where it was created.
| itemSize | the size of each item in the pool. |
| function | the name of the function. |
| line | the line number where the pool is calling the create method. |
| sbfPool sbfPool_default | ( | size_t | size | ) |
Creates the default memory pool with the given size.
| size | the number of memory blocks in the pool. |
| void sbfPool_destroy | ( | sbfPool | pool | ) |
Releases all the resources allocated by the pool.
| pool | the pool's handler. |
| void sbfPool_init | ( | sbfLog | log | ) |
Initialise the pool.
| log | a log's handler. |
| void sbfPool_registerAtExit | ( | sbfPool | pool | ) |
Registers a hook to be invoked when exiting if the pool cannot be created.
| pool | the pool's handler. |
| void sbfPool_showSummary | ( | sbfLog | log, |
| sbfLogLevel | level | ||
| ) |
Shows a summary of the defautl pool through the logging system.
| log | the log's handler. |
| level | the log's level. |


Home
Monthly Adoption Report
Year
Month
Breed
Dogs Surrendered
Dogs Adopted
Expenses for Adopted Dogs
Adoption Fees
Net Profit
{% for row in Mthly_report %}
{{ row[0] }}
{{ row[1] }}
{{ row[2] }}
{{ row[3] }}
{{ row[4] }}
{{ row[5] }}
{{ row[6] }}
{{ row[7] }}
{% endfor %}


This demo demonstrates how to trigger the Custom element Calendar valuechanged, nextButtonClick and backButtonClick events.
Events:


The total abjad value of … is …
06C0
(ۀ) to represent
iżāfah on a silent hā’, that will be
recognized just the same.
© 2017–22
T. S. Beers
The source files for this page are available
on GitHub
under the
MIT License.
I’m not much of a developer. If anything is messed up, please
let me know by email!


Status:
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