api documentation¶
spectra_mole main¶
-
spectra_mole.
peaks2snr
(noise, z, peaks)[source]¶ calculate the snr for each peak
Parameters: - noise (float) – noise level
- z (1d-array) – spectral reflectivity
- peaks (tupel or list of tupels) – boundaries of the peaks
Returns: SNR value of the peaks (or list of values)
-
spectra_mole.
gauss_func
(x, m, sd)[source]¶ calculate the gaussian function on a given grid
Parameters: - x (array) – grid
- m (float) – mean
- sd (float) – standard deviation
Returns: array
-
spectra_mole.
check_consistency
(lst)[source]¶ Parameters: lst – list of spectra dictionaries (has to contain system
,ts
,range
)
-
spectra_mole.
broaden_spectrum
(adv_tupel, spectrum, cut_thres=None)[source]¶ Parameters: - adv_tupel (tupel) – advection velocity, shear, (u, v)
- spectrum (dict) – The second parameter
- cut_thres (int, optional) – mask values beow this threshold, else
use the
noise_thres
inspectrum
Returns: dict with broadened spectrum
-
spectra_mole.
check_particle_influence
(spectrum, noise_thres)[source]¶ check if there is signal in the spectrum above the threshold internally a Q of 3 is assumed (noise_thres = 3*noise_lvl)
Parameters: - spectrum (dict) – spectra dict
- noise_thres (float) – the noise threshold
Returns: bflag dict
-
spectra_mole.
calc_moments
(spectrum)[source]¶ estimate the moments for peaks above the noise threshold if no peak is found
mom(-200, -99., -99., -1, -1, -200)
Parameters: spectrum (dict) – spectra dict Returns: list of moments (namedtuple) in decending order
-
spectra_mole.
filter_moments
(moments, v, sigma, cr_iright)[source]¶ remove all moments that are left of v+sigma, width < 0.08 and moment.iright > cr_iright
Parameters: - moments – list of moments
- v – mean velocity of cloud radar
- sigma – width of cloud radar
- cr_iright – right edge of cloud radar
Returns: list of filtered moments, bflag
-
spectra_mole.
check_rwp_calibration
(spectrum_rwp, spectrum_broad)[source]¶ check the rwp calibration by comparing with a broadened cloud radar spectrum
based on different criteria it is decided if the calibration in trustworthy (
unsecure_calibration
) and correctable (mod_calibration
)Parameters: - spectrum_rwp (dict) – spectra dict of the wind profiler
- spectrum_broad (dict) – spectra dict of cloud radar adapted to rwp sampling characteristics
Returns: bflag, -cal_corr
-
spectra_mole.
check_noise_level
(spectrum_rwp, extern=None)[source]¶ check if the Hildebrand-Sekhon noise
noise_lvl_hs
is more than 4dB above the noise provided by the standard signal processing if yes replace the noise information in the spectrum_rwpParameters: - spectrum (dict) – spectra dict
- extern (optinal) – additional noise threshold
Returns: spectrum_rwp, bflag
-
spectra_mole.
estimate_calibration
(spectrum_rwp, spectrum_broad)[source]¶ estimate the calibration constant in the interval -3.00 -0.7 m/s
Parameters: - spectrum_rwp (dict) – spectra dict of the wind profiler
- spectrum_broad (dict) – spectra dict of cloud radar adapted to rwp sampling characteristics
Returns: cal_const or
np.nan
if no signal in this interval
-
spectra_mole.
modify_calibration
(spectrum, correction_factor)[source]¶ update the calibration constant with a correction factor and calculate a new reflectivity spectrum from the SNR
Parameters: - spectrum_rwp (dict) – spectra dict
- correction_factor (float) –
Returns: modified spectrum dict
-
spectra_mole.
correct_with_weighting
(spec_rwp, spec_broad)[source]¶ calculate the corrected spectrum with the weighting functions
Parameters: - spectrum_rwp (dict) – spectra dict of the wind profiler
- spectrum_broad (dict) – spectra dict of cloud radar adapted to rwp sampling characteristics
Returns: Bragg only spectrum dict
-
spectra_mole.
correct_with_fuzzy
(spec_rwp, spec_broad, savepath=False)[source]¶ calculate the corrected spectrum with fuzzy membership for later application of the fitting
Parameters: - spectrum_rwp (dict) – spectra dict of the wind profiler
- spectrum_broad (dict) – spectra dict of cloud radar adapted to rwp sampling characteristics
Returns: Bragg only spectrum dict
-
spectra_mole.
fit_res_curve
(x, m1, sd1, s1)[source]¶ function that calculates the fit residuals http://stackoverflow.com/questions/10143905/python-two-curve-gaussian-fitting-with-non-linear-least-squares
Parameters: - x – grid
- m1 – center of the gaussian
- sd1 – standard deviation of the gaussian
- s1 – scale value for the gaussian (here full reflectivity)
-
spectra_mole.
fit_peak
(spec_corr, moments)[source]¶ fit one peak to the fuzzy membership filtered spectrum
Parameters: - spectrum_corr (dict) – Bragg only spectrum
- moments (list of mom) – list of the moments for this spectrum
Returns: Bragg only spectrum dict
-
spectra_mole.
estimate_flag
(bflag, corr_moments, cr_moments, cr_ldr, bounds_unfiltered_moments)[source]¶ retrieve the integer flag from the binary flag
the available integer flags are:
{0: 'not influenced', 1: 'hydromet only', 2: 'plankton', 3: 'low snr', 4: '', 5: 'melting layer'}
Parameters: - bflag (dict) – binary flag dict
- corr_moments (list) – list with the corrected moments
- cr_moments (list) – list with the cloud radar moemnts
- cr_ldr (float) – cloud radar ldr in dB
- bounds_unfiltered_moments (list) – all peak boundaries
Returns: add_to_binary_flag, flag, flag_doc
-
spectra_mole.
get_index
(grid_mids, values)[source]¶ get the index of a value in an array
Parameters: - grid_mids – array of grid centers
- value – array of values
Returns: indices
-
spectra_mole.
estimate_error
(method, separation, contrast)[source]¶ estimate the error for given separation and contrast form Monte Carlo simulation
Parameters: - method –
diff
offit
- separation – array of separations
- contrast – array of separations
Returns: array of estimated error
- method –
-
spectra_mole.
calc_separation
(bragg_mom, moments_broad)[source]¶ Parameters: - bragg_mom – moments of the Bragg peak
- moments_broad – moments of the (adapted to RWP sampling) cloud radar peak
-
spectra_mole.
calc_contrast
(spec_corr, spec_broad, v)[source]¶ Parameters: - spec_corr (dict) – Bragg only spectrum
- spec_broad (dict) – spectra dict of cloud radar adapted to rwp sampling characteristics
- v (float) – velocity at which the contrast is evlauated
-
spectra_mole.
bflag2str
(bflag)[source]¶ Parameters: bflag (dict) – binary flag Returns: flag as binary string, keys
-
spectra_mole.
correct_pixel
(cr, rwp, advect, sel_ts, sel_range, visualize=False)[source]¶ do the correction for a single pixel
Parameters: - cr – cloud radar handler
- rwp – radar wind profiler handler
- advect – advection handler
- sel_ts (tuple or float) – either value or (index, value)
- sel_range (tuple or float) – either value or (index, value)
- visualize (bool, optional) – plot the single spectrum
Returns: dict with estimated values
Key Example bragg_weighting
vertical velocity estimated with the weighting method bragg_fit
vertical velocity estimated with the fit method spec_rwp
spectra dict of the radar wind profiler spec_broad
spectra dict of the cloud radar (adapted to rwp) flag
integer flag bflag
binary flag (dict) metrics
separation and contrast cal_const
used calibration constant cal_corr
correct calibration by
-
class
spectra_mole.
mira
(files)[source]¶ handles cloud radar spectra
Parameters: files (dict) – filenames for spectral, cloudnet and mmclx -
get_profile
(it, ir=(0, -1))[source]¶ get the mmclx velocity profile
Warning
currently using Zg, RMSg togehter with VEL
Parameters: - it – time index
- ir (tuple, optional) – range indices, default full profile
Returns: vel, Z, width
-
get_spectrum
(sel_ts, sel_range, silent=False, range_average=False)[source]¶ Parameters: - sel_ts (float or tuple) – either timestamp or (it, timestamp)
- sel_range (float or tuple) – either range or (ir, range)
- silent (bool, optional) – printing diagnostics
- range_average (bool, optional) – range average to adapt for the rwp range gate
Returns: spectrum dict
-
-
class
spectra_mole.
rwp
(files)[source]¶ Parameters: files (dict) – filename for rwp -
get_spectrum
(sel_ts, sel_range, silent=False, interp_vel=False, cal_corr=None)[source]¶ return a single spectrum
Warning
rwp spectrum is smoothed with a gaussian shaped running window
Parameters: - sel_ts (float or tuple) – either timestamp or (it, timestamp)
- sel_range (float or tuple) – either range or (ir, range)
- silent (bool, optional) – printing diagnostics
- interp_vel (bool, optional) – velocity array to interpolate
Returns: spectrum dict
-
advection submodule¶
Load the horizontal wind velocity from different sources
-
spectra_mole.advection.
calc_hvel
(data)[source]¶ calculate absolute horizontal velocity from gdas data piece
-
spectra_mole.advection.
nearest
(point, array, delta)[source]¶ searches nearest point in given array and returns (i, value[i])
Parameters: - point – value to find
- array – array of values
- delta – step in array
Returns: (index, nearest_value)
-
class
spectra_mole.advection.
gdas
(dt, height_grid)[source]¶ loads advection speed profile from gdas data, interpolates it to a (given) grid and provides it to spectra mole; there it is used for the correction of beam width broadening height grid may be specified, whereas time grid is fixed
Parameters: - dt – date of the measurement
- height_grid – height grid to interpolate
-
class
spectra_mole.advection.
wp_advect
(filename)[source]¶ loads advection velocity profile form the windprofiler off-zenith measurement
Parameters: filename – file with rwp off zenith observation


class ActiveRecord::Rollback
ActiveRecord::Transactions::ClassMethods#transaction
uses this exception to distinguish a deliberate rollback from other
exceptional situations. Normally, raising an exception will cause the
transaction
method to rollback the database transaction
and pass on the exception. But if you raise an ActiveRecord::Rollback exception, then the
database transaction will be rolled back, without passing on the exception.
For example, you could do this in your controller to rollback a transaction:
class BooksController < ActionController::Base def create Book.transaction do book = Book.new(params[:book]) book.save! if today_is_friday? # The system must fail on Friday so that our support department # won't be out of job. We silently rollback this transaction # without telling the user. raise ActiveRecord::Rollback, "Call tech support!" end end # ActiveRecord::Rollback is the only exception that won't be passed on # by ActiveRecord::Base.transaction, so this line will still be reached # even on Friday. redirect_to root_url end end


Why Choose Bro? Bro is a powerful network analysis framework that is much different from the typical IDS you may know.
Bro's domain-specific scripting language enables site-specific monitoring policies.
Bro targets high-performance networks and is used operationally at a variety of large sites.
Bro is not restricted to any particular detection approach and does not rely on traditional signatures.
Bro comprehensively logs what it sees and provides a high-level archive of a network's activity.
Broala provides enterprise-level support by the creators of Bro. More ...
Bro comes with analyzers for many protocols, enabling high-level semantic analysis at the application layer.
Bro keeps extensive application-layer state about the network it monitors.
Bro interfaces with other applications for real-time exchange of information.
Bro comes with a BSD license, allowing for free use with virtually no restrictions.
While focusing on network security monitoring, Bro provides a comprehensive platform for more general network traffic analysis as well. Well grounded in more than 15 years of research, Bro has successfully bridged the traditional gap between academia and operations since its inception. Today, it is relied upon operationally in particular by many scientific environments for securing their cyberinfrastructure. Bro's user community includes major universities, research labs, supercomputing centers, and open-science communities.
Bro has originally been developed by Vern Paxson, who continues to lead the project now jointly with a core team of researchers and developers at the International Computer Science Institute in Berkeley, CA; and the National Center for Supercomputing Applications in Urbana-Champaign, IL.
© 2014 The Bro Project.


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Page not found Sorry, I seem to have lost the page you were looking for. :( Back to jameslutley.com Home »


Iorio’s gelato makes authentic Italian gelato. They strive to make a genuine Italian gelato experience that includes the taste of the product, the design of the shop and the interaction between clients and staff. They want to make their customer’s lives more culturally rich by delivering the authentic Italian experience right in their town. They employ a fresh, modern approach to recreate the real Italian gelato. They utilize novel tools and knowledge, combined with using only real, natural and inspired by Italy ingredients. The goal of this project is to produce a recommendations report that the store owners could utilize to improve the customer experience. Below is a diagram showing with our timeline for this project.
Iorio’s wants our team to find ways in which the customer service flow could be improved. They care about every step in the process, starting from when a customer walks into the store, until the time they leave. Aspects of particular importance include the process to get a gelato, the waiting, tasting and checkout. They want the whole experience to be aligned with and authentically inspired by the Italian mission of Iorio’s. They are not only interested in receiving good service flow tips, but also would like to see a spotlight on potential weaknesses in their process with respect to their Italian mission. They want us to look at both their locations in Ann Arbor, as well as in East Lansing. Another point of interest Iorio’s has is getting recommendations on how to preserve the Italian experience when expanding to potential new locations.
In order to get insight into Iorio's business and brand, we explored their Ann Arbor location and reviewed their website. We also conducted a conversation with their owner, which provided us with information about their history, current state and vision for the future.
In order to understand Iorio's business better, each team member wrote a background research report. We focused on the following areas:
The report that I was responsible for was about the frozen dessert industry. The reports gave us insights into trends in the industry. We wanted to get a good understanding of the relevant factors that might affect Iorios' performance.
As part of our contextual inquiry, we conducted 7 interviews with the various stakeholders at Iorio's, including:
Below is one of the interview protocols that we used. The protocol shown is for an interview with the front line staff.
The data that we gathered during the interviews was synthesizes and analyzes by building an affinity diagram. That helped us to synthesize the information and be able to brainstorm on ideas together as a team.
As a final deliverable to our client, we prepared a consulting report with recommendations on how to improve the customer service experience. The report included our detailed findings and discoveries. Recommendations were added for each area that was identified as notable and important. A copy of the report could be provided if requested.


The "go rogue" philosophy
I’ve been meaning to write this post for a long time now. The problem was I never quite find the right words to do it.
The ”go rogue” philosophy is something that people follow every-time they want something to change. See it as a way to fight the system. Imagine you’re told to do something, something that you know is wrong and there’s a lot of better ways to do it. You have three options when that happens:
- You can shut up and do as you’re told.
- You can try to make them change their minds into doing the right thing.
- You can do the right thing either way.
- Obviously you should only jump into option number 3 if the second is not an option anymore. * Let’s just say there’s consequences to each one of the roads you take.  Because the more likely thing to happen is you having to do everything again because they realized that you’re right in the middle of the process.
The second option can also have some consequences. You do it a lot of times and you’ll end up being seen as the lone wolf that is always against the system. Hence if you just jump into option two you’re discrediting yourself. People will think that you’re being against the system just because you don’t care or are frustrated about something else.
So the best thing is to try and balance the second and third options. When you have the time to do the right thing and no time to argue with your team during the process just go for the third option and don’t thing about it. If you have that time, and you are sure you can change everyone’s minds so try and do it. That way you don’t have to do this ever again. At least on the subject you’re discussing.
So going rogue doesn’t mean to fight against the system for no reason. Is fighting for what you think is right and better for the team.


|
Border Surviellance Bot Group V
An attempt to model border surviellance using Firebird-V robot and Python
|
Public Member Functions | |
| def | open |
| def | close |
| def | makeDeviceName |
| def | fromURL |
| def | inWaiting |
| def | read |
| def | write |
| def | flushInput |
| def | flushOutput |
| def | sendBreak |
| def | setBreak |
| def | setRTS |
| def | setDTR |
| def | getCTS |
| def | getDSR |
| def | getRI |
| def | getCD |
| def | telnetSendOption |
| def | rfc2217SendSubnegotiation |
| def | rfc2217SendPurge |
| def | rfc2217SetControl |
| def | rfc2217FlowServerReady |
| def | getModemState |
Public Attributes | |
| logger | |
Static Public Attributes | |
| tuple | BAUDRATES |
Serial port implementation for RFC 2217 remote serial ports.
Definition at line 351 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::close | ( | self | ) |
Close port
Definition at line 491 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::flushInput | ( | self | ) |
Clear input buffer, discarding all that is in the buffer.
Definition at line 583 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::flushOutput | ( | self | ) |
Clear output buffer, aborting the current output and discarding all that is in the buffer.
Definition at line 591 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::fromURL | ( | self, | |
| url | |||
| ) |
extract host and port from an URL string
Definition at line 511 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::getCD | ( | self | ) |
Read terminal status line: Carrier Detect.
Definition at line 651 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::getCTS | ( | self | ) |
Read terminal status line: Clear To Send.
Definition at line 636 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::getDSR | ( | self | ) |
Read terminal status line: Data Set Ready.
Definition at line 641 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::getModemState | ( | self | ) |
get last modem state (cached value. if value is "old", request a new one. this cache helps that we don't issue to many requests when e.g. all status lines, one after the other is queried by te user (getCTS, getDSR etc.)
Definition at line 821 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::getRI | ( | self | ) |
Read terminal status line: Ring Indicator.
Definition at line 646 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::inWaiting | ( | self | ) |
Return the number of characters currently in the input buffer.
Definition at line 548 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::open | ( | self | ) |
Open port with current settings. This may throw a SerialException if the port cannot be opened.
Definition at line 357 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::read | ( | self, | |
size = 1 |
|||
| ) |
Read size bytes from the serial port. If a timeout is set it may return less characters as requested. With no timeout it will block until the requested number of bytes is read.
Definition at line 553 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::rfc2217FlowServerReady | ( | self | ) |
check if server is ready to receive data. block for some time when not.
Definition at line 815 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::rfc2217SendSubnegotiation | ( | self, | |
| option, | |||
value = '' |
|||
| ) |
Subnegotiation of RFC2217 parameters.
Definition at line 794 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::sendBreak | ( | self, | |
duration = 0.25 |
|||
| ) |
Send break condition. Timed, returns to idle state after given duration.
Definition at line 597 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::setBreak | ( | self, | |
level = True |
|||
| ) |
Set break: Controls TXD. When active, to transmitting is possible.
Definition at line 605 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::setDTR | ( | self, | |
level = True |
|||
| ) |
Set terminal status line: Data Terminal Ready.
Definition at line 626 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::setRTS | ( | self, | |
level = True |
|||
| ) |
Set terminal status line: Request To Send.
Definition at line 616 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::telnetSendOption | ( | self, | |
| action, | |||
| option | |||
| ) |
Send DO, DONT, WILL, WONT.
Definition at line 790 of file rfc2217.py.
| def serial::rfc2217::RFC2217Serial::write | ( | self, | |
| data | |||
| ) |
Output the given string over the serial port. Can block if the connection is blocked. May raise SerialException if the connection is closed.
Definition at line 568 of file rfc2217.py.
tuple serial::rfc2217::RFC2217Serial::BAUDRATES [static] |
(50, 75, 110, 134, 150, 200, 300, 600, 1200, 1800, 2400, 4800, 9600, 19200, 38400, 57600, 115200)
Reimplemented from serial::serialutil::SerialBase.
Definition at line 354 of file rfc2217.py.


ABOUT US
Capital Alliance (Pvt) Limited (CAL) is one of Sri Lanka's leading investment institutions participating in both primary and equity markets, with a strategic interest in using financial data analytics to enhance financial market forecasts, thereby improving both quality and return on investment.
SLIIT has always been extremely keen on developing an enriching educational and research as one of Sri Lanka's leading higher education institutes. And also committed to encouraging and developing new technologies.
SLIIT and CAL are therefore working as willing partners with a common goal of establishing a research laboratory for Financial Data Analytics, allowing those interested to perform comprehensive and detailed research on educational and industrial relevance.
OUR OBJECTIVES
To explore the potential directions current and future research can take, and to build local expertise in the area of financial data analytics in order to make better investment decisions.
To share the expertise assimilated and generated throughout the process via reputable scientific journals with the academic community, effectively increasing the exposure of local research conducted within this field.
OUR PROJECTS
Capture the impact on the sentiment of macroeconomic indicators and financial markets, through public domain information sources such as financial news reports.
Develop models for predict macroeconomic indicators such as Interest Rate, Inflation Rate, Exchange Rate.
OUR STAFF
CONTACT US
SLIIT
NEW KANDY ROAD
MALABE
<EMAIL_ADDRESS>+94 11 754 8401
CAL
LEVEL 05, MILLENNIUM HOUSE
46/58, NAWAM MAWATHA
COLOMBO 02.
<EMAIL_ADDRESS>+94 11 231 7777


After our doctor has contacted you and you have been paired with a Licensed Producer, learn how to administer your cannabis.
There are many strains of cannabis that each are better at treat different conditions. The following video is a great introduction to cannabis strains:
Coming soon
A vaporizer is one of the best ways to inhale your cannabis, and is recommended over combustion methods. While highly expensive, HC has approved the Volcano as a medical device. There are many other devices available that perform similarly, at a much more affordable price.


{% extends 'partials/base.html' %} {% load static %} {% block body %} Login Please enter your username and password {% include 'partials/_form_errors.html' %} Get started today {% endblock body %}
Please enter your username and password


Utilities for helping developers use python for adding various attributes, elements, and UI elements to forms generated via the uni_form template tag.
By setting attributes to me you can easily create the text that goes into the uni_form template tag. One use case is to add to your form class.
First we create a MyForm class and instantiate it
>>> from django import forms
>>> from uni_form.helpers import FormHelper, Submit, Reset
>>> from django.utils.translation import ugettext_lazy as _
>>> class MyForm(forms.Form):
... title = forms.CharField(label=_("Title"), max_length=30, widget=forms.TextInput())
... # this displays how to attach a formHelper to your forms class.
... helper = FormHelper()
... helper.form_id = 'this-form-rocks'
... helper.form_class = 'search'
... submit = Submit('search','search this site')
... helper.add_input(submit)
... reset = Reset('reset','reset button')
... helper.add_input(reset)
After this in the template:
{% load uni_form_tags %}
{% uni_form form form.helper %}
Form Layout, add fieldsets, rows, fields and html
example:
>>> layout = Layout(Fieldset('', 'is_company'),
... Fieldset(_('Contact details'),
... 'email',
... Row('password1','password2'),
... 'first_name',
... 'last_name',
... HTML('<img src="/media/somepicture.jpg"/>'),
... 'company'))
>>> helper.add_layout(layout)


short description of the bug / issue, provide more detail below.
[ paste your jsfiddle link here ]
use this jsfiddle to reproduce your bug: http://jsfiddle.net/simeydotme/fmo50w7n/ we will likely close your issue without it.
…


Need to miss class? Let us know in advance with the attendance form.
Office hours are now posted on Piazza. These may change, make sure to check for updates.
Inspiration: Edward Tufte popularized this map by Charles Minard of Napoleon's disastrous Russian invasion as the greatest visual presentation of data ever. How many different variables is Minard presenting? What is he choosing NOT to present? (Is this actually a map?) What elements would you use to copy this "carte figurative" in SVG?
SVG is an XML specification of vector graphics. Visual elements are represented as tags, which have styles and attributes.
1. Rectangles. How does SVG understand coordinates?
2. Paths. This is the most complicated SVG element, but also one of the most useful. It contains a tiny programming language. In-class project: Make a plot like Minard's.
3. Transformations are another useful (but a bit tricky) tool. How do we stretch, rotate, and shift elements, and how does the order of these operations affect the result?


@(clientId: String)
You must be a Lunatech employee with a valid Google account to use this software.


ContactDetail QML Type
The ContactDetail type holds a contact detail such as a phone number or a website address. More...
| Import Statement: | import QtLocation 5.3 |
| Since: | Qt Location 5.5 |
Properties
- contactDetail : QPlaceContactDetail
- label : string
- value : string
Detailed Description
The ContactDetail provides a single detail on how one could contact a Place. The ContactDetail consists of a label, which is a localized string describing the contact method, and a value representing the actual contact detail.
Examples
The following example demonstrates how to assign a single phone number to a place in JavaScript:
function writeSingle() { var phoneNumber = Qt.createQmlObject('import QtLocation 5.3; ContactDetail {}', place); phoneNumber.label = "Phone"; phoneNumber.value = "555-5555" place.contactDetails.phone = phoneNumber; }
The following demonstrates how to assign multiple phone numbers to a place in JavaScript:
function writeMultiple() { var bob = Qt.createQmlObject('import QtLocation 5.3; ContactDetail {}', place); bob.label = "Bob"; bob.value = "555-5555" var alice = Qt.createQmlObject('import QtLocation 5.3; ContactDetail {}', place); alice.label = "Alice"; alice.value = "555-8745" var numbers = new Array(); numbers.push(bob); numbers.push(alice); place.contactDetails.phone = numbers; }
Note, due to limitations of the QQmlPropertyMap, it is not possible to declaratively specify the contact details in QML, it can only be accomplished via JavaScript.
Property Documentation
For details on how to use this property to interface between C++ and QML see "Interfaces between C++ and QML Code".
This property holds a label describing the contact detail.
The label can potentially be localized. The language is dependent on the entity that sets it, typically this is the Plugin. The Plugin::locales property defines what language is used.
This property holds the value of the contact detail which may be a phone number, an email address, a website url and so on.


--- Title: Support heading: Support for CoEpi ---
Need help with CoEpi?
First, check out the issues list for either Android or iOS, and see if your issue has already been reported.
If not, feel free to create a new issue (click here to start for Android; click here to start for iOS) so we can most easily track resolution of any issues. You can also add a feature request using this method.
Not able to use Github? You can also hit "Report a problem" within the app, under your settings screen, to automatically generate an email to us. Feel free to include any screenshots if it would be helpful for sharing what you see.


| Global ID | Predicted Score | Predictions for 287_repair_cell_phone | Detected Boxes and Pose for human and cell_phone categories | GT Detections for 287_repair_cell_phone | All GT HOI categories annotated in the image (for any human-object pair) |
| HICO_test2015_00005479 | 0.0089 | carry_cell_phone,['s0-o0'] hold_cell_phone,['s0-o0'] talk_on_cell_phone,['s0-o0'] |
|||
| HICO_test2015_00008894 | 0.0087 | hold_cell_phone,['s0-o0'] text_on_cell_phone,['s0-o0'] |
|||
| HICO_test2015_00005479 | 0.0084 | carry_cell_phone,['s0-o0'] hold_cell_phone,['s0-o0'] talk_on_cell_phone,['s0-o0'] |
|||
| HICO_test2015_00008322 | 0.0075 | carry_cell_phone,['s0-o0', 's0-o1'] hold_cell_phone,['s0-o0', 's0-o1'] read_cell_phone,['s0-o0'] text_on_cell_phone,['s0-o0'] |
|||
| HICO_test2015_00000118 | 0.007 | hold_bicycle,['s0-o0'] walk_bicycle,['s0-o0'] |
|||
| HICO_test2015_00009532 | 0.0069 | carry_sandwich,['s0-o0'] hold_sandwich,['s0-o0'] |
|||
| HICO_test2015_00002606 | 0.0069 | brush_with_toothbrush,['s0-o0'] hold_toothbrush,['s0-o0'] |
|||
| HICO_test2015_00008664 | 0.0066 | carry_cell_phone,['s0-o0'] hold_cell_phone,['s0-o0'] talk_on_cell_phone,['s0-o0'] |
|||
| HICO_test2015_00007588 | 0.0065 | hold_frisbee,['s0-o0'] |
|||
| HICO_test2015_00001344 | 0.0064 | carry_cell_phone,['s0-o0'] hold_cell_phone,['s0-o0'] talk_on_cell_phone,['s0-o0'] |


Depending on the information you are looking for, you may need to refer to the Phoenix Pay Stub over the CWA Pay Stub, or vice-versa.
The next section will highlight how Overtime (Extra Duty Pay) and Leave without pay (LWOP) are displayed on both Pay Stubs.
Let’s have a closer look at some of the differences.
Only the CWA Pay Stub will confirm
Only The Phoenix Pay Stub will confirm


HTML Images Syntax
In HTML, images are defined with the img tag.
The img tag is empty, it contains attributes only, and does not have a closing tag.
The src attribute specifies the URL (web address) of the image:
Ideally, you should start your learning journey by learning HTML.
Start by reading Introduction to HTML. You may then move on to learning about more advanced topics such as:
CSS, and how to use it to style HTML (for example alter your text size and fonts used,
add borders and drop shadows, layout your page with multiple columns, add animations and other visual effects.)
JavaScript, and how to use it to add dynamic functionality to web pages (for example find your location and plot it on a map,
make UI elements appear/disappear when you toggle a button, save users' data locally on their computers, and much much more.)
Before starting this topic, you should have at least basic familiarity with using computers and using the web passively
(i.e. just looking at it, consuming the content). You should have a basic work environment set up as detailed in Installing basic software,
and understand how to create and manage files, as detailed in Dealing with files — both are parts of our Getting started with the web complete
beginner's module.
It is recommended that you work through Getting started with the web before attempting this topic, however,
it isn't absolutely necessary; much of what is covered in the HTML basics article is also covered in our Introduction to HTML module,
albeit in a lot more detail.


Key helper functions.
More...
|
| | kdb |
| | This is the main namespace for the C++ binding and libraries.
|
| |
| | kdb::tools |
| | This namespace is for the libtool library.
|
| |
Key helper functions.
- Copyright
- BSD License (see LICENSE.md or https://www.libelektra.org)
◆ commonKeyName()
| Key kdb::tools::helper::commonKeyName |
( |
Key |
key1, |
|
|
Key |
key2 |
|
) |
| |
Find common name between two keys.
- Returns
- the longest common name found
◆ rebaseKey()
| Key kdb::tools::helper::rebaseKey |
( |
const Key & |
key, |
|
|
const Key & |
oldParent, |
|
|
const Key & |
newParent |
|
) |
| |
Rebases the supplied key from the old parent to the new parent.
- See also
- ThreeWayMerge::rebasePath
- Parameters
-
| key | the key to be rebased |
| oldParent | the old parent of the key |
| newParent | the new parent of the key |
- Returns
- a rebased copy of the supplied key
- Exceptions
-
| InvalidRebaseException | if the key is not below the old parent |
◆ rebasePath()
| string kdb::tools::helper::rebasePath |
( |
const Key & |
key, |
|
|
const Key & |
oldParent, |
|
|
const Key & |
newParent |
|
) |
| |
Rebases the relative path of the passed key from the old parent to the new parent and returns the new path.
For example a key /user/example/config/key1 with the oldparent /user/example and the new parent /user/newexample/newpath would result in /user/newexample/newpath/config/key1
If any of the parent keys is a cascading key the namespace of the key to be rebased is assumed instead.
- Parameters
-
| key | the key whose path should be rebased |
| oldParent | the old parent of the key |
| newParent | the new parent of the key |
- Returns
- the rebased path
- Exceptions
-
| InvalidRebaseException | if the key is not below the old parent |
◆ removeNamespace()
| void kdb::tools::helper::removeNamespace |
( |
Key & |
key | ) |
|
Removes the namespace.
- Parameters
-
| key | will be made to a cascading key |


Innovations reports includes over thirty reports covering production and inventory. A simple user interface allows point-and-click
selection of the report and level of detail. Reports can be viewed on-screen, printed or exported to standard file formats.
Reports Features include:
Windows® user interface
Reports are chosen and configured with just a few "point and click" mouse or keyboard selections. Windows® multitasking allows
reports to be run alongside other active programs. Wide selection of reports
You can select among summary, intermediate or detailed formats. Reports can be modified using the built-in report designer.
Several variations cover
New Jobs; Work-In-Process; Production (shipments); Latency (elapsed time); Breakage; Remakes; Lens Inventory; Lap Usage
|


House Data and Risk Console
Relation of houses and associated risks
| User | Address | City | Risk of fire |
|---|---|---|---|
| {{ record[0] }} | {{ record[1] }} | {{ record[2] }} | {{ record[19] }} |
| User | Address | City | Risk of fire |
|---|---|---|---|
| {{ record[0] }} | {{ record[1] }} | {{ record[2] }} | {{ record[19] }} |


Doctor Lookup
Find doctors near you.
What symptom are you experiencing?
What is your address?
Search within:
5 miles
10 miles
15 miles
25 miles
50 miles
100 miles
Submit


CONTACT INFORMATION:
CONTACT NUMBER:
Cell
Home
Work
ATTENDANCE CHOICE:
This is to advise the Provincial Court that I prefer to attend my traffic court hearing for the above noted Violation Ticket:
If your preference is to appear remotely, please indicate if you have the ability to appear by:
Telephone
Videoconference
SCHEDULING INFORMATION:
To assist with scheduling the matter for hearing and to determine if matter can be heard remotely.
I AM disputing the
Allegation
OR
I AM disputing the
Fine amount
I need an Interpreter who speaks
I am disputing the allegation and will be calling witnesses (people other then myself)
I am asking that my hearing be conducted in French.
I will be entering exhibits.
{% if hearingAttendance == "remote" %}
For a remote hearing, complete this section:
By submitting this form, I am preferring to attend my traffic ticket hearing remotely. I understand that the Court may not be able to schedule my hearing remotely, and that I will be informed if the hearing must proceed in-person. I understand that if the hearing will be held by telephone or video, the trial will be scheduled on a weekday during regular business hours.
Dated:
Signed electronically by:
{% endif %}
{% if hearingAttendance != "remote" %}
For an in-person hearing, complete this section:
By submitting this form, I am choosing to attend my traffic ticket hearing in-person. I understand that the Court will schedule my hearing in-person and that the trial may be scheduled in the evening or on a Saturday.
Dated:
Signed electronically by:
{% endif %}


FAYA:80 (read FAYA port 80) is a monthly technology session hosted by FAYA Corporation, where technology enthusiasts converge to discuss and analyse the emerging trends in technology. The sessions aim to provide a platform for both amateurs and experts, to keep at par with the emerging tools and technologies in the IT industry. The objective of this endeavour is to create further tech communities which will enable peer group learning.
It aims to inculcate a culture of community of practice for the entrepreneurs, developers and technology professionals whereby they ignite the art of knowledge gaining and knowledge sharing.
Born out of a desire that technology professionals in Technopark, Kerala, should not lag behind when it comes to the futuristic technologies, FAYA:80 was kick-started in June, 2013 and is organized on the first Wednesday of every month at the Floor of Madness, FAYA in Technopark, Trivandrum.
FAYA:80 celebrated its 50th edition in July, 2017 with DISRUPT KERALA 2017, a day-long tech event, with a lineup of global speakers and visionaries. DISRUPT KERALA 2017 also saw the launch of two separate ongoing chapters of FAYA:80 in Kochi and Kozhikode, which are conducted on the second and third Wednesdays of the month respectively.


If you're using NRTM, the app can handle creating and updating your tournament for you.
If you're using TOME, create a new tournament page at:
https://anr-epitome.appspot.com/_to/new
Each round, after you generate pairings in TOME, export the tournament in TOME and update epiTOME with the new JSON.
If you have the tournament's codeword, you can update an existing tournament at:
https://anr-epitome.appspot.com/[tournament-name]/manage
Standings and pairings will be available at:
https://anr-epitome.appspot.com/[tournament-name]/
epiTOME is sporadically developed by ℵ𝔠 .
GitHub


Dialog with Controls
To create buttons for the dialog, use the "buttons" property.
veggie
This dialog has button controls


{% extends "layout.html" %} {% block body %}
Titanic by name, Titanic by nature, Belfast’s Titanic Quarter is one of the world’s largest urban-waterfront regeneration projects. Master-planned over 185 acres on the site where RMS Titanic was designed and built, Titanic Quarter is redefining what it means to work, live, play and stay in central Belfast. We can help you build your future among the inspiring legacy of Belfast’s maritime and industrial past.
In the past decade much has been achieved - Titanic Quarter has gone from a master plan to reality as a thriving and bustling destination, attracting over 1 million visitors every year. With £425 million of investment completed to date, 18,000 people live, work, study and play in Titanic Quarter daily.
Fostering Titanic Quarter's community, along with its sense of place and purpose, is as critical to its long-term success as developing some of the most sophisticated and sustainable regeneration projects in Europe.
All Information is from Titanic Quarter About


Custom Components
Problem
Create a simple custom component demonstrating view and viewModel binding.


Provides static data/methods used by all implementations and some non-type-specific classes that do not belong to {@link it.unimi.dsi.fastutil.objects}.


Research has proven that listening to and singing songs in a new language significantly aides in learning that new language. Unfortunately, there's no easy, streamlined way to find music in foreign languages. That's where LeeYu comes in.
"Research from the University of Edinburgh found that adults who sang words or short phrases from a foreign language while learning were twice as good at speaking it later."
- The Telegraph
With LeeYu, users will be able to find their favorite songs in any language they like. Users will also be able to find new songs from that language to learn more about the culture too. And if a user is having trouble, the community will help them out on the forums.
This is a mockup of what the app could look like. We are welcome to suggestions!


| monitor id | ||||||||
| [ implement implementItem ] | ||||||||
| [ implement by implementByItem ] | ||||||||
| [ import [ var ] importItem | ||||||||
| {, [ var ] importItem } ] | ||||||||
| [ export [ howExport ] id {,[howExport ] id }] | ||||||||
| statementsAndDeclarations | ||||||||
| end id |
monitor controller
export observe, report
var counter : int := 0
procedure observe
counter := counter + 1
end observe
procedure report (var n : int )
n := counter
counter := 0
end report
end controller
process observer
loop
observe one event
controller . observe
end loop
end observer
process reporter
var n : int
loop
controller.report ( n )
report n events
end loop
end reporter
fork observer % Activate the observer
fork reporter % Activate the reporter
A monitor can contain wait statements (that put processes to sleep) and signal statements (that wake them up again). These statements operate on condition variables, which are essentially queues of sleeping processes.
A class is essentially a template for creating individual modules (objects). See class for details. If the class declaration is preceded by the keyword monitor, the created modules are actually monitors. Monitor classes can only inherit (inherit from) other monitor classes.
The body of a monitor has the same form as that of a module, except that modules, monitors and processes cannot be declared inside monitors, and certain statements (wait and signal) are allowed in monitors.
If the optional compileTimeIntegerExpression is present, this is a device monitor. Its exclusive access is enforced by an implementation-dependent trick, such as executing it at a hardware priority level given by the expression. A device monitor is restricted from calling monitors (directly or indirectly). This restriction is imposed to eliminate the possibility of blocking a process with a non-zero hardware priority (as this would inadvertently allow multiple entry into a device monitor). It is the programmer's responsibility to meet this restriction; the compiler will not in general enforce the restriction. The current (1999) implementation ignores this compileTimeIntegerExpression.
monitor id [ : compileTimeIntegerExpn ]
[ implement implementItem ]
[ implement by implementByItem ]
[ import [ var ] importItem {, [ var ] importItem } ]
[ export [ howExport ] id {, [ howExport ] id } ]
[ pre trueFalseExpn ]
statementsAndDeclarations
[ invariant trueFalseExpn ]
statementsAndDeclarations
[ post trueFalseExpn ]
end id
The deviceSpecification is a compile time natural number that designates, to the implementation, the class of interrupts that effectively call this procedure. Interrupt handling procedures cannot be called explicitly within the program.
There are two restrictions that the programmer must follow when using interrupt handling procedures; these restrictions will not necessarily be enforced by the software. The first is that an interrupt handling procedure must not execute a wait, either directly or indirectly, by calling another procedure. The second is that the interrupt handling procedure must not directly or indirectly cause an exception, unless the exception will be caught by an exception handler that is activated directly or indirectly by the interrupt handling procedure.
procedure id [ : deviceSpecification ]
Declarations of classes within monitors are also disallowed.
Any subprogram declared within a subprogram is now allowed to be assigned to a subprogram variable, nor passed as a parametric subprogram.


Jidnyasa Kolhe is a Graduate student at Umass Dartmouth.
Active in Fall 2020 for Data visualization and Advance in Networking.
Fueled by her passion for painting and dancing.
I am planning on presenting a population growths Visualization. Most probably it could contain chloropleth map, graph, list, Mouse over function.
Planning to do group project on Netflix data as it is most trending now.


Preparation time
less than 30 mins
Cooking time
less than 10 mins
Serves
Serves 4
Thai food often has loads of ingredients, but this is a stripped-down version. Use whatever white fish is fresh.
Preheat the oven to 200C/400F/Gas 6. Skin the fish and remove any bones.
Place the fish in a roasting tray and season with sea salt and drizzle with olive oil. Roast for 7-8 minutes, then remove from the oven and cool.
While the fish is roasting, prepare the flavouring ingredients. Finely chop the lime leaves.
Slice the chilli in half and remove the seeds. Finely chop.
Peel the ginger and finely chop.
Lightly crush the garlic cloves with the flat side of a knife blade, then peel and finely chop.
Bruise the lemongrass stalks with a heavy knife. Trim off the root end and discard the tough outer leaves. Finely chop.
Chop the lime leaves, chilli, ginger and lemongrass on a chopping board until all ingredients are very finely chopped.
Place the finely chopped ingredients in a large mixing bowl. Add the mashed potato and a dash of fish sauce.
Break up the cooled fish and add it to the bowl. Mix the ingredients together well.
Finely chop the coriander and add to the bowl with a squeeze of lime juice. Mix thoroughly.
Heat the vegetable oil or olive oil in a non-stick frying pan. Form the fish mixture into small cakes about 6cm-8cm/2.5in-3in wide.
Dredge the fishcakes in the flour to coat, shaking off the excess. Fry the fishcakes in the hot oil for 3-4 minutes on each side until lightly browned.
Serve the fishcakes with a squeeze of fresh lime and some sweet chilli sauce for dipping.


Cytoscape 3 App Development Tutorial
John "Scooter" Morris, UCSF
Outline
- Setup
- "Variations on a theme – Hello World"
- Step 1: Cytoscape and OSGi
- Step 2: Cytoscape network model
- Step 3: Cytoscape table model
- Step 4: Cytoscape visual model
- Step 5: Cytoscape user interface mechanisms
- Step 6: Events
- API tour
- Discussion: Best Practices
Caveats
- I’m assuming you’re all competent Java programmers
- Can’t cover everything
- You would be overwhelmed even if we tried
- We’re going to cover Cytoscape 3 Bundled App API
- We’ll be building on things as we go
Setup - Eclipse
- Install Eclipse
- Download sample file
- Unpack
- In Eclipse:
- File→Import→Maven→Existing Maven Projects
- Navigate to the Setup directory from the download above
Debugging with Eclipse
Remote Execution for Debugging
- Run Cytoscape with debug as the first command line argument
- In Windows:
cytoscape.bat debug
- In Linux/Mac:
./cytoscape.sh debug
- Make sure you can see the following message in the terminal:
Listening for transport dt_socket at address: 12345
- NOTE: must be in the Cytoscape directory
Debugging with Eclipse
Run Debugger From Eclipse
- Click Run and select Debug Configurations...
- Select Remote Java Applications and create new configuration
- Select/Enter the following and press Apply:
- Name: Cytoscape3
- Project: myproject (your project name may be different; so "browse" to find the one you are about to debug )
- Connection Type: Standard (Socket Attach)
- Host: localhost
- Port: 12345 (or the port specified in the cytoscape.sh file)
- Press Debug. This starts up Cytoscape 3. After 20-30 seconds, you will see Cytoscape Desktop.
- Set a breakpoint in Eclipse
- Switch Perspective to Debug mode: Window → Perspective → Debug
- Load the bundle into your OSGI container and run


HTML 4.01 Test Suite - Assertions
Testable Assertions: Section 16 Frames
16 Frames - Multi-view presentation of documents
Assertion 16.2-1
(must)
An HTML document that describes frame layout (called a frameset document) has a different makeup than an HTML document without frames. A standard document has one HEAD section and one BODY. A frameset document has a HEAD, and a FRAMESET in place of the BODY.
Tests: None
Assertion 16.2-2
(may) The FRAMESET section of a document specifies the layout of views in the main user agent window. In addition, the FRAMESET section can contain a NOFRAMES element to provide alternate content for user agents that do not support frames or are configured not to display frames.
Tests: None
Assertion 16.2-3
(must) Elements that might normally be placed in the BODY element must not appear before the first FRAMESET element or the FRAMESET will be ignored.
Assertion 16.2.1-1
(must)
FRAMESET: rows = multi-length-list [CN]
This attribute specifies the layout of horizontal frames. It is a comma-separated list of pixels, percentages, and relative lengths. The default value is 100%, meaning one row.
Assertion 16.2.1-2
(must)
FRAMESET: cols = multi-length-list [CN]
This attribute specifies the layout of vertical frames. It is a comma-separated list of pixels, percentages, and relative lengths. The default value is 100%, meaning one column.
Assertion 16.2.1-4
(may)
Setting the rows attribute defines the number of horizontal subspaces in a frameset. Setting the cols attribute defines the number of vertical subspaces. Both attributes may be set simultaneously to create a grid.
Tests: None
Assertion 16.2.1-5
(must)
If the rows attribute is not set, each column extends the entire length of the page. If the cols attribute is not set, each row extends the entire width of the page. If neither attribute is set, the frame takes up exactly the size of the page.
Assertion 16.2.1-6
(must)
Frames are created left-to-right for columns and top-to-bottom for rows. When both attributes are specified, views are created left-to-right in the top row, left-to-right in the second row, etc.
Assertion 16.2.1-7
(should)
Absolute lengths that do not sum to 100% of the real available space should be adjusted by the user agent. When underspecified, remaining space should be allotted proportionally to each view. When overspecified, each view should be reduced according to its specified proportion of the total space.
Tests: None
Assertion 16.2.1-8
(must)
Framesets may be nested to any level.
Tests: None
Assertion 16.2.1-9
(must)
Authors may share data among several frames by including this data via an OBJECT element.
Tests: None
Assertion 16.2.1-10
(author)(should)
Authors should include the OBJECT element in the HEAD element of a frameset document and name it with the id attribute. Any document that is the contents of a frame in the frameset may refer to this identifier.
Tests: None
Assertion 16.2.2-1
(must)
FRAME: name = cdata [CI].
This attribute assigns a name to the current frame. This name may be used as the target of subsequent links.
Assertion 16.2.2-2
(must)
FRAME: longdesc = uri [CT].
This attribute specifies a link to a long description of the frame. This description should supplement the short description provided using the title attribute, and may be particularly useful for non-visual user agents.
Assertion 16.2.2-3
(must)
FRAME: src = uri [CT].
This attribute specifies the location of the initial contents to be contained in the frame.
Assertion 16.2.2-4
(must)
FRAME: noresize [CI].
When present, this boolean attribute tells the user agent that the frame window must not be resizeable.
Assertion 16.2.2-5
(must)
FRAME: scrolling = auto|yes|no [CI].
This attribute specifies scroll information for the frame window. Possible values
auto: This value tells the user agent to provide scrolling devices for the frame window when necessary. This is the default value.
yes: This value tells the user agent to always provide scrolling devices for the frame window.
no: This value tells the user agent not to provide scrolling devices for the frame window.
Assertion 16.2.2-6
(must)
FRAME: frameborder = 1|0 [CN].
This attribute provides the user agent with information about the frame border. Possible values:
1: This value tells the user agent to draw a separator between this frame and every adjoining frame. This is the default value.
0: This value tells the user agent not to draw a separator between this frame and every adjoining frame. Note that separators may be drawn next to this frame nonetheless if specified by other frames.
Assertion 16.2.2-7
(must)
FRAME: marginwidth = pixels [CN]
This attribute specifies the amount of space to be left between the frame's contents in its left and right margins. The value must be greater than zero (pixels). The default value depends on the user agent.
Assertion 16.2.2-8
(must)
FRAME: marginheight = pixels [CN]
This attribute specifies the amount of space to be left between the frame's contents in its top and bottom margins. The value must be greater than zero (pixels). The default value depends on the user agent.
Assertion 16.2.2-10
(must)
The src attribute specifies the initial document the frame will contain.
Tests: None
Assertion 16.2.2-11
(must)
The contents of a frame must not be in the same document as the frame's definition.
Tests: None
Assertion 16.3-1
(must)
{elements that create links: (A, LINK), image maps (AREA), and forms (FORM). }: target = frame-target [CI]
This attribute specifies the name of a frame where a document is to be opened.
Tests: None
Assertion 16.3-2
(must)
By assigning a name to a frame via the name attribute, authors can refer to it as the "target" of links defined by other elements. The target attribute may be set for elements that create links (A, LINK), image maps (AREA), and forms (FORM).
Tests: None
Assertion 16.3-3
(must)
Note. A frameset definition never changes, but the contents of one of its frames can. Once the initial contents of a frame change, the frameset definition no longer reflects the current state of its frames.
Tests: None
Assertion 16.3.1-1
(must)
When many links in the same document designate the same target, it is possible to specify the target once and dispense with the target attribute of each element. This is done by setting the target attribute of the BASE element.
Tests: None
Assertion 16.3.2-1
(should)
User agents should determine the target frame in which to load a linked resource according to the following precedences (highest priority to lowest):
1. If an element has its target attribute set to a known frame, when the element is activated (i.e., a link is followed or a form is processed), the resource designated by the element should be loaded into the target frame.
2. If an element does not have the target attribute set but the BASE element does, the BASE element's target attribute determines the frame.
3. If neither the element nor the BASE element refers to a target, the resource designated by the element should be loaded into the frame containing the element.
4. If any target attribute refers to an unknown frame F, the user agent should create a new window and frame, assign the name F to the frame, and load the resource designated by the element in the new frame.
Tests: None
Assertion 16.3.2-2
(may)
User agents may provide users with a mechanism to override the target attribute.
Tests: None
Assertion 16.4-1
(author)(should)
Authors should supply alternate content for those user agents that do not support frames or are configured not to display frames.
Tests: None
Assertion 16.4.1-1
(must)
The NOFRAMES element specifies content that should be displayed only by user agents that do not support frames or are configured not to display frames. User agents that support frames must only display the contents of a NOFRAMES declaration when configured not to display frames. User agents that do not support frames must display the contents of NOFRAMES in any case.
Tests: None
Assertion 16.4.1-2
(must)
The NOFRAMES element is part of both the transitional and frameset DTDs. In a document that uses the frameset DTD, NOFRAMES may be used at the end of the FRAMESET section of the document.
Tests: None
Assertion 16.4.2-2
(author)(should)
Authors should not put an image directly in a frame. Instead, the image should be specified in a separate HTML document, and therein annotated with the appropriate alternate text.
Tests: None
Assertion 16.5-1
(must)
IFRAME: longdesc = uri [CT]
This attribute specifies a link to a long description of the frame. This description should supplement the short description provided using the title attribute, and is particularly useful for non-visual user agents.
Assertion 16.5-2
(must)
IFRAME: name = cdata [CI]
This attribute assigns a name to the current frame. This name may be used as the target of subsequent links.
Assertion 16.5-3
(must)
IFRAME: width = length [CN]
The width of the inline frame.
Assertion 16.5-4
(must)
IFRAME: height = length [CN]
The height of the inline frame.
Assertion 16.5-5
(must)
The IFRAME element allows authors to insert a frame within a block of text. Inserting an inline frame within a section of text is much like inserting an object via the OBJECT element: they both allow you to insert an HTML document in the middle of another, they may both be aligned with surrounding text, etc.
Tests: None
Assertion 16.5-6
(should)
The information to be inserted inline is designated by the src attribute of this element. The contents of the IFRAME element, on the other hand, should only be displayed by user agents that do not support frames or are configured not to display frames.
Tests: None
Assertion 16.5-7
(may)
Inline frames may not be resized (and thus, they do not take the noresize attribute).
Tests: None


| cli_progress_output {cli} | R Documentation |
The text is calculated via cli_text()
, so all cli features can be
used here, including progress variables.
cli_progress_output(text, id = NULL, .envir = parent.frame())
text |
Text to output. It is formatted via |
id |
Progress bar id. The default is the current progress bar. |
.envir |
Environment to use for glue interpolation of |
The text is passed to the progress handler(s), that may or may not be able to print it.
TRUE
, always.


14 June 1996
Disease Outbreak Reported
An outbreak has been reported in Baganga, Davao Oriental Province, where 214 cases and 4 deaths occurred during the period 15 to 30 May. Measures to control the outbreak at provincial and local levels are being undertaken.
Other countries reporting cholera in the past week are: Cameroon, Kenya, Liberia and Niger.


|
My Project
|
Initialization and Configuration functions. More...
Functions | |
| void | I2C_DeInit (I2C_TypeDef *I2Cx) |
| Deinitialize the I2Cx peripheral registers to their default reset values. More... | |
| void | I2C_Init (I2C_TypeDef *I2Cx, I2C_InitTypeDef *I2C_InitStruct) |
| Initializes the I2Cx peripheral according to the specified parameters in the I2C_InitStruct. More... | |
| void | I2C_StructInit (I2C_InitTypeDef *I2C_InitStruct) |
| Fills each I2C_InitStruct member with its default value. More... | |
| void | I2C_Cmd (I2C_TypeDef *I2Cx, FunctionalState NewState) |
| Enables or disables the specified I2C peripheral. More... | |
| void | I2C_AnalogFilterCmd (I2C_TypeDef *I2Cx, FunctionalState NewState) |
| Enables or disables the Analog filter of I2C peripheral. More... | |
| void | I2C_DigitalFilterConfig (I2C_TypeDef *I2Cx, uint16_t I2C_DigitalFilter) |
| Configures the Digital noise filter of I2C peripheral. More... | |
| void | I2C_GenerateSTART (I2C_TypeDef *I2Cx, FunctionalState NewState) |
| Generates I2Cx communication START condition. More... | |
| void | I2C_GenerateSTOP (I2C_TypeDef *I2Cx, FunctionalState NewState) |
| Generates I2Cx communication STOP condition. More... | |
| void | I2C_Send7bitAddress (I2C_TypeDef *I2Cx, uint8_t Address, uint8_t I2C_Direction) |
| Transmits the address byte to select the slave device. More... | |
| void | I2C_AcknowledgeConfig (I2C_TypeDef *I2Cx, FunctionalState NewState) |
| Enables or disables the specified I2C acknowledge feature. More... | |
| void | I2C_OwnAddress2Config (I2C_TypeDef *I2Cx, uint8_t Address) |
| Configures the specified I2C own address2. More... | |
| void | I2C_DualAddressCmd (I2C_TypeDef *I2Cx, FunctionalState NewState) |
| Enables or disables the specified I2C dual addressing mode. More... | |
| void | I2C_GeneralCallCmd (I2C_TypeDef *I2Cx, FunctionalState NewState) |
| Enables or disables the specified I2C general call feature. More... | |
| void | I2C_SoftwareResetCmd (I2C_TypeDef *I2Cx, FunctionalState NewState) |
| Enables or disables the specified I2C software reset. More... | |
| void | I2C_StretchClockCmd (I2C_TypeDef *I2Cx, FunctionalState NewState) |
| Enables or disables the specified I2C Clock stretching. More... | |
| void | I2C_FastModeDutyCycleConfig (I2C_TypeDef *I2Cx, uint16_t I2C_DutyCycle) |
| Selects the specified I2C fast mode duty cycle. More... | |
| void | I2C_NACKPositionConfig (I2C_TypeDef *I2Cx, uint16_t I2C_NACKPosition) |
| Selects the specified I2C NACK position in master receiver mode. More... | |
| void | I2C_SMBusAlertConfig (I2C_TypeDef *I2Cx, uint16_t I2C_SMBusAlert) |
| Drives the SMBusAlert pin high or low for the specified I2C. More... | |
| void | I2C_ARPCmd (I2C_TypeDef *I2Cx, FunctionalState NewState) |
| Enables or disables the specified I2C ARP. More... | |
Initialization and Configuration functions.
=============================================================================== ##### Initialization and Configuration functions ##### ===============================================================================
| void I2C_AcknowledgeConfig | ( | I2C_TypeDef * | I2Cx, |
| FunctionalState | NewState | ||
| ) |
Enables or disables the specified I2C acknowledge feature.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| NewState | new state of the I2C Acknowledgement. This parameter can be: ENABLE or DISABLE. |
| None. |
| void I2C_AnalogFilterCmd | ( | I2C_TypeDef * | I2Cx, |
| FunctionalState | NewState | ||
| ) |
Enables or disables the Analog filter of I2C peripheral.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| NewState | new state of the Analog filter. This parameter can be: ENABLE or DISABLE. |
| None |
| void I2C_ARPCmd | ( | I2C_TypeDef * | I2Cx, |
| FunctionalState | NewState | ||
| ) |
Enables or disables the specified I2C ARP.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| NewState | new state of the I2Cx ARP. This parameter can be: ENABLE or DISABLE. |
| None |
| void I2C_Cmd | ( | I2C_TypeDef * | I2Cx, |
| FunctionalState | NewState | ||
| ) |
Enables or disables the specified I2C peripheral.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| NewState | new state of the I2Cx peripheral. This parameter can be: ENABLE or DISABLE. |
| None |
| void I2C_DeInit | ( | I2C_TypeDef * | I2Cx | ) |
Deinitialize the I2Cx peripheral registers to their default reset values.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| None |
| void I2C_DigitalFilterConfig | ( | I2C_TypeDef * | I2Cx, |
| uint16_t | I2C_DigitalFilter | ||
| ) |
Configures the Digital noise filter of I2C peripheral.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| I2C_DigitalFilter | Coefficient of digital noise filter. This parameter can be a number between 0x00 and 0x0F. |
| None |
| void I2C_DualAddressCmd | ( | I2C_TypeDef * | I2Cx, |
| FunctionalState | NewState | ||
| ) |
Enables or disables the specified I2C dual addressing mode.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| NewState | new state of the I2C dual addressing mode. This parameter can be: ENABLE or DISABLE. |
| None |
| void I2C_FastModeDutyCycleConfig | ( | I2C_TypeDef * | I2Cx, |
| uint16_t | I2C_DutyCycle | ||
| ) |
Selects the specified I2C fast mode duty cycle.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| I2C_DutyCycle | specifies the fast mode duty cycle. This parameter can be one of the following values:
|
| None |
| void I2C_GeneralCallCmd | ( | I2C_TypeDef * | I2Cx, |
| FunctionalState | NewState | ||
| ) |
Enables or disables the specified I2C general call feature.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| NewState | new state of the I2C General call. This parameter can be: ENABLE or DISABLE. |
| None |
| void I2C_GenerateSTART | ( | I2C_TypeDef * | I2Cx, |
| FunctionalState | NewState | ||
| ) |
Generates I2Cx communication START condition.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| NewState | new state of the I2C START condition generation. This parameter can be: ENABLE or DISABLE. |
| None. |
| void I2C_GenerateSTOP | ( | I2C_TypeDef * | I2Cx, |
| FunctionalState | NewState | ||
| ) |
Generates I2Cx communication STOP condition.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| NewState | new state of the I2C STOP condition generation. This parameter can be: ENABLE or DISABLE. |
| None. |
| void I2C_Init | ( | I2C_TypeDef * | I2Cx, |
| I2C_InitTypeDef * | I2C_InitStruct | ||
| ) |
Initializes the I2Cx peripheral according to the specified parameters in the I2C_InitStruct.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| I2C_InitStruct | pointer to a I2C_InitTypeDef structure that contains the configuration information for the specified I2C peripheral. |
| None |
| void I2C_NACKPositionConfig | ( | I2C_TypeDef * | I2Cx, |
| uint16_t | I2C_NACKPosition | ||
| ) |
Selects the specified I2C NACK position in master receiver mode.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| I2C_NACKPosition | specifies the NACK position. This parameter can be one of the following values:
|
| None |
| void I2C_OwnAddress2Config | ( | I2C_TypeDef * | I2Cx, |
| uint8_t | Address | ||
| ) |
Configures the specified I2C own address2.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| Address | specifies the 7bit I2C own address2. |
| None. |
| void I2C_Send7bitAddress | ( | I2C_TypeDef * | I2Cx, |
| uint8_t | Address, | ||
| uint8_t | I2C_Direction | ||
| ) |
Transmits the address byte to select the slave device.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| Address | specifies the slave address which will be transmitted |
| I2C_Direction | specifies whether the I2C device will be a Transmitter or a Receiver. This parameter can be one of the following values
|
| None. |
| void I2C_SMBusAlertConfig | ( | I2C_TypeDef * | I2Cx, |
| uint16_t | I2C_SMBusAlert | ||
| ) |
Drives the SMBusAlert pin high or low for the specified I2C.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| I2C_SMBusAlert | specifies SMBAlert pin level. This parameter can be one of the following values:
|
| None |
| void I2C_SoftwareResetCmd | ( | I2C_TypeDef * | I2Cx, |
| FunctionalState | NewState | ||
| ) |
Enables or disables the specified I2C software reset.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| NewState | new state of the I2C software reset. This parameter can be: ENABLE or DISABLE. |
| None |
| void I2C_StretchClockCmd | ( | I2C_TypeDef * | I2Cx, |
| FunctionalState | NewState | ||
| ) |
Enables or disables the specified I2C Clock stretching.
| I2Cx | where x can be 1, 2 or 3 to select the I2C peripheral. |
| NewState | new state of the I2Cx Clock stretching. This parameter can be: ENABLE or DISABLE. |
| None |
| void I2C_StructInit | ( | I2C_InitTypeDef * | I2C_InitStruct | ) |
Fills each I2C_InitStruct member with its default value.
| I2C_InitStruct | pointer to an I2C_InitTypeDef structure which will be initialized. |
| None |


|
Clawpack Documentation Version 5.0 --- Under Construction! Not yet accurate |
A few changes have been made that break backward compatibility. These are discussed in more detail below. A brief summary:
- The directory structure has changed, so old Makefiles may not point to libraries properly.
The directory structure of Clawpack has been modified to conform (slightly) better with standard conventions.
In Version 4.4, the main directory was called claw and within this was a subdirectory clawpack containing the classic single-grid Clawpack routines. Parallel to this was a subdirectory amrclaw with the AMR versions.
Starting in Version 4.5.0, the main directory is called clawpack. The location of this directory is where the environment variable $CLAW should point and this convention will be used below.
The subdirectory $CLAW/src now contains:
- claw: The classic Clawpack source code, with subdirectories Nd for N=1,2 containing the library routines (previously these routines were in claw/clawpack/Nd/lib).
- amrclaw: The AMR version (only the 2d version has been ported at this time).
- geoclaw: The GeoClaw code. The subdirectory 2d contains version of the amrclaw routines that have been modified for 2d depth-averaged flows.
The main directory also contains a subdirectory $CLAW/lib that will be used to store dynamically linked libraries created from the source code. For more details, see below.
Clawpack 4.4 consists of the Fortran 77 files from Clawpack 4.3 together with new Python tools for specifying input data and plotting results.
There is also a preliminary version of a pure Python version of Clawpack, see Quickstart.
The classic clawpack routines now read data from a file claw.data
rather than clawNez.data and the first line of this file lists the number of space dimensions. The remainder of the file has the same form as before.
Rather than modifying claw.data it is recommended that you modify parameters in the file setrun.py and then type
$ make .data
to create the claw.data file. You can modify this to also create setplot.data or other required data files.
The matlab plotting scripts should still work as described in the 4.3 documentation, but there is now a Python option that uses only open source software and provides more powerful plotting tools. See Plotting options.
The output routines such as out1.f, out2.f in classic Clawpack and valout.f in AMRClaw have been slightly modified to also print ndim to the fort.t files. This should not affect Matlab plotting but is needed for the new Python plotting routines.
10/30/09: Several more changes to Makefiles and amrclaw/2d/lib.
- This version posted as claw4rev226.tar.gz
- The subroutines filpatch and prefil are now written as recursive subroutines, so filpatch2.f, filpatch3.f, prefil2.f, and prefil3.f have been removed. Also drawrg.f has been removed, an old NCAR graphics routine no longer used. Makefiles in any amr application directory will need to be changed to remove these files from the list.
- For some samples of how to use the latest amrclaw, see e.g.,
10/20/09: Several changes to Makefiles and amrclaw/2d/lib.
- A new $CLAW/apps directory has been added for applications. The ones there now are ones used to debug the amrclaw changes, but eventually many more applications from Clawpack 4.3 and elsewhere will be put here.
- New options added to the common Makefile in util/Makefile.common. Type “make help” for a list. Makefiles can now also check for dependencies of included files such as call.i used in AMR.
- New boundary conditions added to amrclaw for problems on the sphere,
- Dynamic memory for amrclaw - the subroutine init_alloc.f95 was split up into:
- init_alloc.f90 does initial allocation and the initial size of the work array for AMR is specified here.
- resize_alloc.f90 reallocates for dynamic memory allocation if the code runs out of space for AMR.
- resize_alloc_static.f90 halts with an error message instead of reallocating. For use with compilers that don’t support move_alloc, such as older versions of gfortran. This is recommended as the default version in application Makefiles since otherwise it might not compile. Note that some f90 compatible compiler is required for using AMR (e.g. gfortran, which is freely available).
- restart_alloc.f90 is needed when doing a restart with dynamic memory.
- Note that .f95 files are now relabelled as .f90 since this is apparently the standard.
- Note that Makefiles in user directories that use amrclaw will need to be updated to list init_alloc.f90 and resize_storage_static.f90 or resize_storage.f90.
- Several bug fixes in amrclaw/2d/lib
9/18/09: branches/rjl merged back into trunk, includes:
Improvements to plotting routines and documentation,
More converted examples in the book directory,
clawpack/2d/lib directory added with 2d single-grid routines.
Similar to version from Clawpack 4.3 but can use setrun.py to set runtime parameters and data file is now called claw.data.
See clawpack/2d/example1 for an example of usage.
amrclaw/2d/lib directory added.
Similar to the version in Clawpack 4.3, but with some f95 routines to support dynamic memory allocation. Also gauges are implemented in this version (documentation to appear).
See clawpack/2d/example1/amr for an example of usage.


Kevin
Maria
Friday
-
December 25
-
2015
404
Sorry, the page you are looking for does not exist!
Go back
to our beautyfull homepage


--- title: Utility function for generating batches of temporal data. type: docs repo: https://github.com/rstudio/keras menu: main: name: Utility function for generating batches of temporal data. - keras parent: keras-reference aliases: - /reference/keras/timeseries_generator.html - /keras/reference/timeseries_generator.html - /guide/keras/reference/timeseries_generator.html - /tools/tools/keras/reference/timeseries_generator.html - /installation/keras/reference/timeseries_generator.html - /tutorials/keras/reference/timeseries_generator.html - /guide/tools/keras/reference/timeseries_generator.html - /deploy/keras/reference/timeseries_generator.html - /tools/keras/reference/timeseries_generator.html - /tutorials/tools/keras/reference/timeseries_generator.html ---
Utility function for generating batches of temporal data.
timeseries_generator(
data,
targets,
length,
sampling_rate = 1,
stride = 1,
start_index = 0,
end_index = NULL,
shuffle = FALSE,
reverse = FALSE,
batch_size = 128
)
| data | Object containing consecutive data points (timesteps). The data should be 2D, and axis 1 is expected to be the time dimension. |
| targets | Targets corresponding to timesteps in |
| length | Length of the output sequences (in number of timesteps). |
| sampling_rate | Period between successive individual timesteps
within sequences. For rate |
| stride | Period between successive output sequences.
For stride |
| start_index, end_index | Data points earlier than |
| shuffle | Whether to shuffle output samples, or instead draw them in chronological order. |
| reverse | Boolean: if |
| batch_size | Number of timeseries samples in each batch (except maybe the last one). |
An object that can be passed to generator based training
functions (e.g. fit_generator()
).ma


Sickening blows in Kolkata raise question of pink ball's visibility
by Amlan ChakrabortyTwo more Bangladesh batsmen sustained sickening blows to the helmet on Saturday, raising questions about the visibility of the pink ball used for their maiden day-night test against India at Kolkata's Eden Gardens.
The tourists, facing a heavy defeat, were already grappling with a personnel crisis after Liton Das and Nayeem Hasan were hit on the head by short deliveries from Mohammed Shami in their first innings on Friday.
That forced Bangladesh to bring in Mehidy Hasan Miraz and Taijul Islam as concussion substitutes.
On Saturday, Mohammad Mithun was smacked on the helmet by an Ishant Sharma delivery, while Mushfiqur Rahim, whose unbeaten 59 helped them avoid a defeat inside two days, was hit by an Umesh Yadav lifter.
"I thought lights and pink ball had a role to play," India's top-order batsman Cheteshwar Pujara said after the second day.
"For a batsman, it's not easy to pick the ball, especially short balls considering the kind of pace our fast bowlers have.
"Their batters, as far as I know, have not played any first-class game with pink ball. So it's not easy.
"First session is slightly easier to bat. Under lights, the ball starts swinging a little more. It's easier to see the ball in sunlight, whether it's red or pink."
Bangladesh finished day two on 152-6, needing to score 89 more to make India bat against and avoid an innings defeat. India are 1-0 up in the two-test series.
Bangladesh quick Al-Amin Hossain, however, dismissed suggestions that the tourists were not technically equipped to deal with the pink ball.
"I don't think there is any problem with the technique of our batsmen," he said. "One can always get hit in the head. I don't think visibility is an issue either, because when I batted, I had no problem seeing the ball."
Compounding Bangladesh's problem, Mahmudullah, who made a gutsy 39 and resisted India's victory charge during a dour partnership with Mushfiqur, had to retire hurt with a hamstring injury.
"Mahmudullah will be assessed again tomorrow. We're hoping he will be able to bat," a team spokesman said, adding that neither Mithun nor Mushfiqur had shown any initial symptoms of concussion.
Reuters


Random Quote Machine
You can avoid reality, but you cannot avoid the consequences of avoiding reality.
- Ayn Rand
New Quote!
by Lucas Hild


Q1: What should you do when a British banker picks a fight
with you?
A1: £ some ¢¢ into him.
Q2: What do you call it when a judge takes part of a law
off the books?
A2: § violence.
Q3: What did the football coach get from the locker room
vending machine in the middle of the game?
A3: A ¼ back at ½ time.
Q4: How hot did it get when the police detective interrogated
the mathematician?
A4: x³°
Q5: What does a punctilious plagiarist do?
A5: ©


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Apple Launches iBeacon and Calls it a Watch
beekn.net
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MapReduce redux, or How Hadoop spent its summer vacation
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Spark and Google Dataflow have gained attention of late somewhat to Hadoops 20 detriment The crux is Hadoops old partner MapReduce
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Bosch and Siemens go with Worldline to manage connected home cloud systems
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Why Amazon Has No Profits (And Why It Works) | Andreessen Horowitz
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Five Data Visualization Tools Focused on Design | Visually Blog
blog.visual.ly
The last few years have brought data visualization deeply into the world of design. It used to take highly technical designers or a team of ...
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How today's earthquake woke up half the Bay Area, in one chart
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Like many in the Bay Area, the magnitude 6.0 earthquake woke me up in the middle of the night. So, I asked the good folks at Jawbone to pull some ...
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Why There Will Never Be Another Red Hat: The Economics of Open Source | ...
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New Infrastructure Capabilities and Pricing for Qbox Elasticsearch Hosting
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After a summer of drama from our cloud infrastructure partners, competing with each other on price and features, we have rolled out new capabilities ...
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Qbox Elasticsearch Deployment Expands to Toronto, London, Hong Kong
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With thanks to our partners at IBM Softlayer, as of today, Qbox Elasticsearch instances can now be deployed in Toronto, London, and Hong Kong.
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Scalable A/B experiments at Pinterest
engineering.pinterest.com
Scalable A/B experiments at Pinterest
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Siri's Inventors Are Building a Radical New AI That Does Anything You Ask ...
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Viv was named after the Latin root meaning live. Its San Jose, California, offices are decorated with tchotchkes bearing the numbers six and five (VI ...
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If You Think Big Data’s Big Now, Just Wait | TechCrunch
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We've been hearing a great deal about the power of Big Data over the last couple of years. The hype says that as we gather more data, we will be able ...
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The World Of Everything-As-A-Service | TechCrunch
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Over the last few years, it’s become dramatically simpler and more capital-efficient to launch and grow internet businesses. In particular,..
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Data Is Beautiful is a hidden gem for gorgeous data visualizations
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Pretty. And pretty, informative
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Google whips up a Chrome app to let data scientists work together
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Tools like this could come in handy for companies that hire more than one data scientist to dream up smarter services or provide recommendations.
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Google shows off Mesa, a super-fast data warehouse that runs across data ...
gigaom.com
Google has published a paper about its latest big data system, a globally distributed data warehouse called Mesa that can ingest millions of rows in ...
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VoltDB Puts The Boot Into Amazon Web Services, Claims IBM Is Five Times ...
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In the to and fro discussion about which cloud vendor has the biggest market share and the biggest market growth, we often lose sight of the ...
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Hadoop at a Crossroads?
cacm.acm.org
A few facts and opinions and a couple of announcements, with a prediction on where the "Hadoop stack" might be going.
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The lab that created Spark wants to speed up everything, including cures ...
gigaom.com
AMPLab, the University of California, Berkeley, research group responsible for making Spark a household name in big data, has a lot more tricks up ...
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A Dozen Things I've Learned from Ann Winblad
25iq.com
1. "We don't fund inventions. We like inventions.” “We don't fund products. We only fund software companies." Two important points are being made ...
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CRogers/pun
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pun - A small library to enable pattern matching in javascript and coffeescript
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Stanford students learn to build their own bikes
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One of the most popular courses run by the Product Realization Lab, ME 204 teaches students how to build bicycles – with lessons in patience and ...
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Why local state is a fundamental primitive in stream processing
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One of the concepts that has proven the hardest to explain to people when I talk about Samza is the idea of fault-tolerant local state for stream...
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Continuous Deployment at Etsy — TimesOpen NYC
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Principles and practices in Continuous Deployment at Etsy. Presented by Mike Brittain at TimesOpen (nytimes) on July 22, 2014
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Building a Lambda Architecture with Elasticsearch at Yieldbot
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2014-05-06 Presentation to Boston Elasticsearch Meetup on Yieldbot's use of Elasticsearch in a Lambda Architecture
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Charlie Haden (1937-2014) - JazzWax
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I first learned that jazz bassist Charlie Haden had died on Saturday by email while in Boston on assignment. The next email on my phone was from The ...


--- layout: page title: Clubs description: The archive showing list of clubs showcasing their projects on "Events – Rotaract 3190". --- {% assign tags = site.tags | sort %} {% for tag_item in tags %} {% assign tag = tag_item | first %} {% endfor %}


Minnesota researchers to amass spleens as deer season begins
ST. PAUL, Minn. (AP) - Minnesota wildlife researchers will be collecting deer spleens this weekend as the state’s main deer hunting season begins.
The Department of Natural Resources’ researchers are hoping to harvest at least 800 of the organs from whitetail deer killed by hunters for a study that examines the levels of neonicotinoids, which are a family of insecticides that are heavily used in Minnesota-grown corn and soybeans.
The researchers seek to determine whether neonicotinoids, developed in the 1990s, are harming Minnesota’s deer since research shows the chemicals could be doing damage in the Dakotas, the St. Paul Pioneer Press reported.
The effort comes as neonicotinoids face mounting scrutiny for their unintended impacts on wildlife that include honeybees, birds and fish.
Neonicotinoids are not known to cause ill health effects in people, and there has not been evidence that suggests the state’s roughly half a million deer hunters should be worried about feeding harvested venison to their families because of pesticides.
As for the state’s deer population, it’s been generally increasing for numerous years, and hunting and severe winters continue to be the main factors in deer survival.
While Minnesota’s efforts to manage the nascent-but-expanding chronic wasting disease among deer have occupied the minds of hunters and policymakers for more than a year, the worry over deer and “neonics” is new.
“This is one step of us trying to be cutting edge and be on top of the game in managing the deer herd,” said Eric Michel, the state DNR’s farmland deer project leader.
Michel was also the co-author of a recent study from South Dakota State University that garnered the attention of wildlife officials around the U.S. because it linked higher levels of neonics with the reduced survival of baby deer, or fawn, among other health issues.
The study, published in the journal Scientific Reports in March, found that deer that had elevated levels of the insecticides in their bodies, particularly the spleen, not only had lower fawn survival but also behavioral changes. The behavioral changes include feeding less frequently and being generally lethargic, and suffering from birth defects, like a pronounced underbite.
Information from: St. Paul Pioneer Press, http://www.twincities.com
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| Package | Description |
|---|---|
| org.deidentifier.arx.test |
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractAnonymizationTest
Test for data transformations.
|
class |
AbstractTestExecutionTime
Test for data transformations.
|
class |
AbstractTestUtilityEstimation
Test for utility metrics.
|
class |
AbstractTestUtilityMetrics
Test for utility metrics.
|
class |
AbstractTestUtilityMetricsPrecomputation
Test for utility metrics.
|
class |
TestAnonymization
Test for data transformations.
|
class |
TestAnonymizationBLikeness
Test for beta-likeness
|
class |
TestAnonymizationCombinations
Tests of combinations of privacy models.
|
class |
TestAnonymizationDifferentialPrivacy
Tests for differential privacy
|
class |
TestAnonymizationDPresence
Test for d-presence
|
class |
TestAnonymizationEntropyLDiversity
Test for entropy l-diversity using the Grassberger and Shannon estimators.
|
class |
TestAnonymizationHeuristic
Tests the heuristic lightning algorithm.
|
class |
TestAnonymizationKAnonymity
Test for k-anonymity
|
class |
TestAnonymizationKMap
Test for k-map.
|
class |
TestAnonymizationLDiversity
Test for l-diversity.
|
class |
TestAnonymizationLocalRecoding
Test for local recoding
|
class |
TestAnonymizationOrderedDistanceTCloseness
Test for ordered-distance t-closeness.
|
class |
TestAnonymizationProfitability
Test for anonymization based on a monetary cost/benefit analysis
|
class |
TestAnonymizationRiskBased
Test for risk-based anonymization
|
class |
TestAnonymizationSubset
Test for anonymization of data subsets.
|
class |
TestAnonymizationTCloseness
Test for t-closeness.
|
class |
TestDataHandle
Tests for data handles
|
class |
TestDataImport
Tests for importing complex csv files
|
class |
TestDataStatistics
Test class for data statistics
|
class |
TestDomainShare
Test domain share model
|
class |
TestIllegalArguments
Test cases for illegal arguments.
|
class |
TestMicroaggregation
Test for microaggregation.
|
class |
TestSolutionSpaceClassification
Tests the classification of the solution space.
|
class |
TestSolutionSpaceClassification2
Tests the classification of the solution space
|
class |
TestSorting
Tests use of sorting within complex configurations
|
class |
TestUtilityEstimation
Tests for utility estimations.
|
class |
TestUtilityMetrics
Test data quality models.
|
class |
TestUtilityMetrics2
Test for utility estimations.
|
class |
TestUtilityMetricsLoss
Tests for the NDS metric.
|
class |
TestUtilityMetricsPrecomputation
Test for utility transformations.
|


*Uni
- A global variable holding an
idx
tree, with all unique data that were collected with the comma (,
)
read-macro. Typically used for localization. See also Read-Macros
and locale
.
: (off *Uni) # Clear
-> NIL
: ,"abc" # Collect a transient symbol
-> "abc"
: ,(1 2 3) # Collect a list
-> (1 2 3)
: *Uni
-> ("abc" NIL (1 2 3))
(u) -> T
- Removes
!
all breakpoints in all
subexpressions of the current breakpoint. Typically used when single-stepping a
function or method with debug
. See
also d
and unbug
.
! (u) # Unbug subexpression(s) at breakpoint
-> T
(udp 'any1 'cnt 'any2) -> any
(udp 'cnt) -> any
- Simple unidirectional sending/receiving of UDP packets. In the first form,
any2
is sent to a UDP server listening at host any1
,
port cnt
. In the second form, one item is received from a UDP
socket cnt
, established with port
. See also connect
.
# First session
: (port T 6666)
-> 3
: (udp 3) # Receive a datagram
# Second session (on the same machine)
: (udp "localhost" 6666 '(a b c))
-> (a b c)
# First session
-> (a b c)
(ultimo 'y 'm) -> cnt
- Returns the
date
of the last day
of the month m
in the year y
. See also day
and week
.
: (date (ultimo 2007 1))
-> (2007 1 31)
: (date (ultimo 2007 2))
-> (2007 2 28)
: (date (ultimo 2004 2))
-> (2004 2 29)
: (date (ultimo 2000 2))
-> (2000 2 29)
: (date (ultimo 1900 2))
-> (1900 2 28)
(unbug 'sym) -> T
(unbug 'sym 'cls) -> T
(unbug '(sym . cls)) -> T
- Removes all
!
breakpoints in the
function or method body of sym, as inserted with debug
or d
, or directly with edit
. See also u
.
: (pp 'tst)
(de tst (N)
(! println (+ 3 N)) ) # 'tst' has a breakpoint '!'
-> tst
: (unbug 'tst) # Unbug it
-> T
: (pp 'tst) # Restore
(de tst (N)
(println (+ 3 N)) )
(undef 'sym) -> fun
(undef 'sym 'cls) -> fun
(undef '(sym . cls)) -> fun
- Undefines the function or method
sym
. Returns the previous
definition. See also de
, dm
, def
and redef
.
: (de hello () "Hello world!")
-> hello
: hello
-> (NIL "Hello world!")
: (undef 'hello)
-> (NIL "Hello world!")
: hello
-> NIL
(unify 'any) -> lst
- Unifies
any
with the current Pilog
environment at the current level and with a value of NIL
, and
returns the new environment or NIL
if not successful. See also
prove
and ->
.
: (? (@A unify '(@B @C)))
@A=(((NIL . @C) 0 . @C) ((NIL . @B) 0 . @B) T)
(uniq 'lst) -> lst
- Returns a unique list, by eleminating all duplicate elements from
lst
. See also Comparing, sort
and group
.
: (uniq (2 4 6 1 2 3 4 5 6 1 3 5))
-> (2 4 6 1 3 5)
uniq/2
- Pilog predicate that succeeds if the first
argument is not yet stored in the second argument's index structure.
idx
is used internally storing for the values
and checking for uniqueness. See also member/2
.
: (? (uniq a @Z)) # Remember 'a'
@Z=NIL # Succeeded
: (? (uniq b @Z)) # Remember 'b'
@Z=NIL # Succeeded
: (? (uniq a @Z)) # Remembered 'a'?
-> NIL # Yes: Not unique
(unless 'any . prg) -> any
- Conditional execution: When the condition
any
evaluates to
non-NIL
, NIL
is returned. Otherwise prg
is executed and the result returned. See also when
.
: (unless (= 3 3) (println 'Strange 'result))
-> NIL
: (unless (= 3 4) (println 'Strange 'result))
Strange result
-> result
(until 'any . prg) -> any
- Conditional loop: While the condition
any
evaluates to
NIL
, prg
is repeatedly executed. If prg
is never executed, NIL
is returned. Otherwise the result of
prg
is returned. See also while
.
: (until (=T (setq N (read)))
(println 'square (* N N)) )
4
square 16
9
square 81
T
-> 81
(untrace 'sym) -> sym
(untrace 'sym 'cls) -> sym
(untrace '(sym . cls)) -> sym
- Removes the
$
trace function call at
the beginning of the function or method body of sym
, so that no
more trace information will be printed before and after execution. Built-in
functions (C-function pointer) are automatically converted to their original
form (see subr
). See also trace
and traceAll
.
: (trace '+) # Trace the '+' function
-> +
: +
-> (@ ($ + @ (pass $385455126))) # Modified for tracing
: (untrace '+) # Untrace '+'
-> +
: +
-> 67319120 # Back to original form
(up [cnt] sym ['val]) -> any
- Looks up (or modifies) the
cnt
'th previously saved value of
sym
in the corresponding enclosing environment. If cnt
is not given, 1 is used. See also eval
, run
and env
.
: (let N 1 ((quote (N) (println N (up N))) 2))
2 1
-> 1
: (let N 1 ((quote (N) (println N (up N) (up N 7))) 2) N)
2 1 7
-> 7
(upd sym ..) -> lst
- Synchronizes the internal state of all passed (external) symbols by passing
them to
wipe
. upd
is the
standard function passed to commit
during database transactions
.
(commit 'upd) # Commit changes, informing all sister processes
(update 'obj ['var]) -> obj
- Interactive database function for modifying external symbols. When called
only with an
obj
argument, update
steps through the
value and all properties of that object (and recursively also through
substructures) and allows to edit them with the console line editor. When the
var
argument is given, only that single property is handed to the
editor. To delete a propery, NIL
must be explicitly entered.
update
will correctly handle all entity/relation mechanisms. See also select
, edit
and Database
.
: (show '{3-1}) # Show item 1
{3-1} (+Item)
nr 1
pr 29900
inv 100
sup {2-1}
nm "Main Part"
-> {3-1}
: (update '{3-1} 'pr) # Update the prices of that item
{3-1} pr 299.00 # The cursor is right behind "299.00"
-> {3-1}
(upp? 'any) -> sym | NIL
- Returns
any
when the argument is a string (symbol) that starts with an
uppercase character. See also uppc
and
low?
: (upp? "A")
-> T
: (upp? "a")
-> NIL
: (upp? 123)
-> NIL
: (upp? ".")
-> NIL
(uppc 'any) -> any
- Upper case conversion: If
any
is not a symbol, it is returned
as it is. Otherwise, a new transient symbol with all characters of
any
, converted to upper case, is returned. See also lowc
, fold
and upp?
.
: (uppc 123)
-> 123
: (uppc "abc")
-> "ABC"
: (uppc 'car)
-> "CAR"
(use sym . prg) -> any
(use (sym ..) . prg) -> any
- Defines local variables. The value of the symbol
sym
- or the
values of the symbols sym
in the list of the second form - are
saved, prg
is executed, then the symbols are restored to their
original values. During execution of prg
, the values of the symbols
can be temporarily modified. The return value is the result of prg
.
See also bind
, job
and let
.
: (setq X 123 Y 456)
-> 456
: (use (X Y) (setq X 3 Y 4) (* X Y))
-> 12
: X
-> 123
: Y
-> 456
(useKey 'var 'cls ['hook]) -> num
- Generates or reuses a key for a database tree, by randomly trying to locate
a free number. See also
genKey
.
: (maxKey (tree 'nr '+Item))
-> 8
: (useKey 'nr '+Item)
-> 12
(usec) -> num
- Returns the number the microseconds since interpreter startup. See also
time
and tick
.
: (usec)
-><PHONE_NUMBER>219050


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