Table of Contents
Basic Statistics
Overview of elementary concepts in statistics.
Variables. Correlation. Measurement scales. Statistical significance.
Distributions. Normality assumption.
Advanced Statistics
Overview of advanced concepts in statistics. Anova. Linear regression.
Estimation and hypothesis testing.
Error terms.
Introducing Newt
Introducing the basic functionality of the Newt application. Creating sheets.
Charts. Menus and Toolbars. Importing data. Saving data in various formats.
Exporting data. Shortcuts. List of methods.
Charts
Working with charts. 2D charts. 3D charts. Bar, line, box, pie, range charts.
Scatterplots. Histograms.
Predicting values
Time series and forecasting. Trend Analysis. Seasonality. Moving averages.
Univariate methods. Multivariate methods. Holt-Winters smoothing.
Exponential smoothing. ARIMA. Fourier analysis.
Neural networks
Overview of neural networks. Biology behind neural networks.
Basic artificial Model. Training. Preprocessing. Postprocessing.
Types of neural networks.
Glossary
Terms and definitions in statistics.


Provides tools that make it easier to validate data using Benford's Law.
| Version: | <IP_ADDRESS> |
| Depends: | R (≥ 3.0.0) |
| Imports: | data.table |
| Suggests: | testthat |
| Published: | 2017-03-22 |
| Author: | Carlos Cinelli |
| Maintainer: | Carlos Cinelli <carloscinelli at hotmail.com> |
| BugReports: | http://github.com/carloscinelli/benford.analysis/issues |
| License: | GPL-3 |
| URL: | http://github.com/carloscinelli/benford.analysis |
| NeedsCompilation: | no |
| Materials: | README |
| CRAN checks: | benford.analysis results |
| Reference manual: | benford.analysis.pdf |
| Package source: | benford.analysis_<IP_ADDRESS>.tar.gz |
| Windows binaries: | r-devel: benford.analysis_<IP_ADDRESS>.zip, r-release: benford.analysis_<IP_ADDRESS>.zip, r-oldrel: benford.analysis_<IP_ADDRESS>.zip |
| OS X binaries: | r-release: benford.analysis_<IP_ADDRESS>.tgz, r-oldrel: benford.analysis_<IP_ADDRESS>.tgz |
| Old sources: | benford.analysis archive |
Please use the canonical form https://CRAN.R-project.org/package=benford.analysis to link to this page.


New Year, Lets Review!
Well another year has
passed, so I thought I’d make a short recap of it, and tell you what I
am looking forward to in 2006. The year was firmly in the hands of
mother nature as we saw in both Pakistan, New Orleans/Gulf of Mexico and
the Tsunami’s after effects. International consensus was reached at the
G8 as London was being bombed - not by the IRA, but by their new enemies
in the middle east. Iran esculated its pressure on the world by resuming
its nuclear activities. George W. Bush took office in January, much to
the distaste of the Daily Mirror in the UK, who scored their most famous
headline, “How Could 59,054,087 People, Be So Dumb?”.
Good Year For…
For Natural Disasters (Katrina, Earthquake)
George W. Bush
Daily Mirror (Bush Headline)
Charles and Camilla (Wedding)
Live 8 and Bob Geldof
U2 (How to Dismantle’s Continued Success)
Palestine (Regained Control of Gaza Strip)
Irish Soccer Team (Knocked out of World Cup)
Chelsea (Win Premiership) and Liverpool (Win Champions League)
** Bad Year**
Catholic Church (Fearns Sex Scandal, Unpopularity of New Pope)
Michael Jackson (Didn’t he deserve it?)
New Orleans
Kashmir (Pakistani Part)
Israel (Pullout of Gaza Strip)
Liam Lawlor (Died in Car Crash, and Misreports of Prostitution)
Ukraine (400% Gas Hikes, Ouch!)
Manchester United (Glazer Takeover, Roy Keane Leaves, Vodafone Withdraw
Sponsorship) Broadband in Ireland (Still one of the lowest take ups in
Europe)
2005 was a good year for Ireland, as continued growth keeps jobless
figures one of the lowest in Europe. What do we have to look forward to
in 2006?
2006….
Wifi, set to increase ten fold Playstation 3 and Nintendo Revolution due
to be released Government Savings Scheme Matures Dublins newest radio
station, Phantom FM to come online The End of Big Brother Intel’s new
DVD lookalike Computers St. Patricks Day (Again) Dublin Pubs losing
money (Yay!) Skype introducing Video Rise of VOIP, killing off Eircom
Chewing Gum Tax (dont we need it?) More rises in cost of living Well
thats what 2006 may hold, so lets hope some of the better things come
true! It’s gonna be another great year for technology and gadgets, with
more MP3’s predicted to be sold in 2006 than ever before, lets just hope
Time Magazine doesn’t give iPod gadget of the century this year!
**


Representative STEM images for the Al-Mg system after HPT. These images are taken from the center and edge of the Al-Mg disk after HPT for 100 turns. The marks describing the examined locations of Spectrums 1–3 and 4–6 from the center and edge regions, respectively.


public static class ShareCompat.IntentBuilder
extends java.lang.Object
Intent#ACTION_SEND
and
Intent#ACTION_SEND_MULTIPLE
sharing intents and starting activities
to share content. The ComponentName and package name of the calling activity
will be included.| Modifier and Type | Method and Description |
|---|---|
ShareCompat.IntentBuilder |
addEmailBcc(java.lang.String address)
Add an email address to be used in the "bcc" field of the final Intent.
|
ShareCompat.IntentBuilder |
addEmailBcc(java.lang.String[] addresses)
Add an array of email addresses to be used in the "bcc" field of the final Intent.
|
ShareCompat.IntentBuilder |
addEmailCc(java.lang.String address)
Add an email address to be used in the "cc" field of the final Intent.
|
ShareCompat.IntentBuilder |
addEmailCc(java.lang.String[] addresses)
Add an array of email addresses to be used in the "cc" field of the final Intent.
|
ShareCompat.IntentBuilder |
addEmailTo(java.lang.String address)
Add an email address to be used in the "to" field of the final Intent.
|
ShareCompat.IntentBuilder |
addEmailTo(java.lang.String[] addresses)
Add an array of email addresses to be used in the "to" field of the final Intent.
|
ShareCompat.IntentBuilder |
addStream(Uri streamUri)
Add a stream URI to the data that should be shared.
|
Intent |
createChooserIntent()
Create an Intent that will launch the standard Android activity chooser,
allowing the user to pick what activity/app on the system should handle
the share.
|
static ShareCompat.IntentBuilder |
from(Activity launchingActivity)
Create a new IntentBuilder for launching a sharing action from launchingActivity.
|
Intent |
getIntent()
Retrieve the Intent as configured so far by the IntentBuilder.
|
ShareCompat.IntentBuilder |
setChooserTitle(java.lang.CharSequence title)
Set the title that will be used for the activity chooser for this share.
|
ShareCompat.IntentBuilder |
setChooserTitle(int resId)
Set the title that will be used for the activity chooser for this share.
|
ShareCompat.IntentBuilder |
setEmailBcc(java.lang.String[] addresses)
Set an array of email addresses to BCC on this share.
|
ShareCompat.IntentBuilder |
setEmailCc(java.lang.String[] addresses)
Set an array of email addresses to CC on this share.
|
ShareCompat.IntentBuilder |
setEmailTo(java.lang.String[] addresses)
Set an array of email addresses as recipients of this share.
|
ShareCompat.IntentBuilder |
setHtmlText(java.lang.String htmlText)
Set an HTML string to be sent as part of the share.
|
ShareCompat.IntentBuilder |
setStream(Uri streamUri)
Set a stream URI to the data that should be shared.
|
ShareCompat.IntentBuilder |
setSubject(java.lang.String subject)
Set a subject heading for this share; useful for sharing via email.
|
ShareCompat.IntentBuilder |
setText(java.lang.CharSequence text)
Set the literal text data to be sent as part of the share.
|
ShareCompat.IntentBuilder |
setType(java.lang.String mimeType)
Set the type of data being shared
|
void |
startChooser()
Start a chooser activity for the current share intent.
|
public static ShareCompat.IntentBuilder from(Activity launchingActivity)
launchingActivity
- Activity that the share will be launched frompublic Intent getIntent()
To create an intent that will launch the activity chooser so that the user
may select a target for the share, see createChooserIntent()
.
public Intent createChooserIntent()
public void startChooser()
Note that under most circumstances you should use
ShareCompat.configureMenuItem()
to add a Share item to the menu while
presenting a detail view of the content to be shared instead
of invoking this directly.
public ShareCompat.IntentBuilder setChooserTitle(java.lang.CharSequence title)
title
- Title stringpublic ShareCompat.IntentBuilder setChooserTitle(int resId)
resId
- Resource ID of the title string to usepublic ShareCompat.IntentBuilder setType(java.lang.String mimeType)
mimeType
- mimetype of the shared dataIntent#setType(String)
public ShareCompat.IntentBuilder setText(java.lang.CharSequence text)
text
- Text to shareIntent#EXTRA_TEXT
public ShareCompat.IntentBuilder setHtmlText(java.lang.String htmlText)
EXTRA_TEXT
has not already been supplied,
a styled version of the supplied HTML text will be added as EXTRA_TEXT as
parsed by Html.fromHtml
.htmlText
- A string containing HTML markup as a richer version of the text
provided by EXTRA_TEXT.setText(CharSequence)
public ShareCompat.IntentBuilder setStream(Uri streamUri)
This replaces all currently set stream URIs and will produce a single-stream ACTION_SEND intent.
streamUri
- URI of the stream to shareIntent#EXTRA_STREAM
public ShareCompat.IntentBuilder addStream(Uri streamUri)
streamUri
- URI of the stream to shareIntent#EXTRA_STREAM
,
Intent#ACTION_SEND
,
Intent#ACTION_SEND_MULTIPLE
public ShareCompat.IntentBuilder setEmailTo(java.lang.String[] addresses)
addresses
- Email addresses to send toIntent#EXTRA_EMAIL
public ShareCompat.IntentBuilder addEmailTo(java.lang.String address)
address
- Email address to send toIntent#EXTRA_EMAIL
public ShareCompat.IntentBuilder addEmailTo(java.lang.String[] addresses)
addresses
- Email addresses to send toIntent#EXTRA_EMAIL
public ShareCompat.IntentBuilder setEmailCc(java.lang.String[] addresses)
addresses
- Email addresses to CC on the shareIntent#EXTRA_CC
public ShareCompat.IntentBuilder addEmailCc(java.lang.String address)
address
- Email address to CCIntent#EXTRA_CC
public ShareCompat.IntentBuilder addEmailCc(java.lang.String[] addresses)
addresses
- Email addresses to CCIntent#EXTRA_CC
public ShareCompat.IntentBuilder setEmailBcc(java.lang.String[] addresses)
addresses
- Email addresses to BCC on the shareIntent#EXTRA_BCC
public ShareCompat.IntentBuilder addEmailBcc(java.lang.String address)
address
- Email address to BCCIntent#EXTRA_BCC
public ShareCompat.IntentBuilder addEmailBcc(java.lang.String[] addresses)
addresses
- Email addresses to BCCIntent#EXTRA_BCC
public ShareCompat.IntentBuilder setSubject(java.lang.String subject)
subject
- Subject heading for this shareIntent#EXTRA_SUBJECT


ESP32 MPPT Controller configuration site
Please fill in your Wifi configuration and select time zone.
SSID
Password
Timezone
Choose an option
Europe
Asia
North America
South America
Oceania
Africa
Save Configuration


GPXTrack
public final class GPXTrack : GPXElement, Codable
Represents trkType
of GPX v1.1 schema.
A track can hold track segments, along with additional information regarding the track.
Tracks are meant to show the start and finish of a journey, through the track segments that it holds.
-
Array of track segments. Must be included in every track.
Declaration
Swift
@available(*, deprecated, renamed: "segments") public var tracksegments: [GPXTrackSegment] { get }
-
Array of track segments. Must be included in every track.
Declaration
Swift
public var segments: [GPXTrackSegment]
-
Name of track.
Declaration
Swift
public var name: String?
-
Additional comment of track.
Declaration
Swift
public var comment: String?
-
A full description of the track. Can be of any length.
Declaration
Swift
public var desc: String?
-
Source of track.
Declaration
Swift
public var source: String?
-
GPS track number.
Declaration
Swift
public var number: Int?
-
Type of current track.
Declaration
Swift
public var type: String?
-
Custom Extensions of track, if needed.
Declaration
Swift
public var extensions: GPXExtensions?
-
Default Initializer
Declaration
Swift
public required init()
-
Initialize a new
GPXTrackSegement
to the track.Method not recommended for use. Please initialize
GPXTrackSegment
manually and adding it to the track instead.Declaration
Swift
public func newTrackSegment() -> GPXTrackSegment
-
Adds a single track segment to the track.
Declaration
Swift
public func add(trackSegment: GPXTrackSegment?)
-
Adds an array of track segments to the track.
Declaration
Swift
public func add(trackSegments: [GPXTrackSegment])
-
Removes a tracksegment from the track.
Declaration
Swift
public func remove(trackSegment: GPXTrackSegment)
-
Initializes a new track point in track, then returns the new track point.
Declaration
Swift
public func newTrackPointWith(latitude: Double, longitude: Double) -> GPXTrackPoint


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4
Bulgur wheat is healthy and filling and a nice alternative to rice or couscous. This salmon pilaf flavoured with fresh herbs is a healthy quick supper.
This meal is
low calorie
and provides 461 kcal, 32g protein, 49g carbohydrate (of which 1.7g sugars), 14.6g fat (of which 2.4g saturates), 2.5g fibre and 0.1g salt per portion.
Preheat the oven to 180C/160C Fan/Gas 4.
Wrap the salmon in foil and cook for 15 minutes, or until the salmon is cooked through.
Meanwhile, place the bulgur wheat in a medium sized lidded pan. Add boiling water to reach 1cm/½in above the bulgur wheat. Cover with the lid and simmer over a medium heat for 12-15 minutes, or until the bulgur wheat is tender and has absorbed the water.
Cook the peas and beans in a pan of boiling water until done to your liking, then drain.
Flake the salmon and mix it into the bulgur wheat with the peas and beans. Add in the chives and parsley. Season with salt and freshly ground black pepper.
Serve with lemon halves and yogurt.


Processing Lessons
Index
Crosshairs
Box Detection
Edge Detection
Collision Detection
Learning Machines


Title
Climb leg attack feet, or sleep on keyboard burrow under covers, but hide when guests come over intently sniff hand, for chew foot. Climb leg attack feet, or sleep on keyboard
Lorem ipsum dolor sit amet, consectetur adipiscing elit. In maximus non augue eu placerat. Phasellus facilisis pulvinar magna sed feugiat. Duis fringilla orci ut nibh lobortis, eu pharetra nisi vulputate. Nullam posuere augue quis pharetra consectetur. Nam porttitor nec lectus blandit malesuada. Interdum et malesuada fames ac ante ipsum primis in faucibus.
Climb leg attack feet, or sleep on keyboard burrow under covers, but hide when guests come over intently sniff hand, for chew foot.      Climb leg attack feet, or sleep on keyboard


{% extends "layout.html" %} {% block page_title %} Money Claims Prototype {% endblock %} {% block proposition_header %} {% set my_account="2" %} {% include "includes/propositional_navigation.html" %} {% endblock %} {% block content %} BETA This is a new service – your feedback will help us to improve it. What do you want to do? As you've told us you can't afford to pay the full amount now you can do one of the following: What do you want to do? Suggest a repayment plan - instalments, for example Offer to pay the full amount by a set date {% include 'prototypes/prototype-feb-2020/includes/contact.html' %} {% endblock %}
BETA This is a new service – your feedback will help us to improve it.
As you've told us you can't afford to pay the full amount now you can do one of the following:


| Listing | File | Summary |
|---|---|---|
| 8.21 | cilkplus/base_diamond.h | Base case for evaluating a diamond of lattice points. |
| 8.22 | cilkplus/parallel_lattice.h | Code for parallel recursive evaluation of binomial lattice in Cilk Plus. |
| 8.23 | cilkplus/striped_lattice.h | Marching over diamonds in Cilk Plus. |
| Bonus | common/test_lattice.cpp | Harness for testing/timing. |


Contents
Short Descriptions
|
is a service that allows access to multimedia devices and allows sharing of multimedia files between applications. |
|
|
is a service that allows a desktop environment to know when media files are being played through pipewire. |
|
|
allows you to play or record media using an pipewire instance. |
|
|
allows you to interact with a pipewire instance. |
|
|
lists all of the daemons and objects in use by pipewire. |
|
|
allows you to monitor pipewire instances. |
|
|
tracks memory usage and API calls used by pipewire. |
|
|
allows you to inspect pipewire plugins. |
|
|
allows you to monitor pipewire plugins. |
|
|
contains API functions for handling multimedia pipelines. |
|
|
provides a glib main() loop for pulseaudio to route media through pipewire. |
|
|
is a pipewire plugin for pulseaudio. |
|
|
is a simplified version of the pulseaudio plugin for pipewire. |
|
|
is an ALSA plugin for pipewire. |
|
|
is a Gstreamer plugin for pipewire. |


¡Bienvenidos a KODIGO!
Contenido
Lorem Ipsum is simply dummy text of the
printing and typesetting industry. Lorem
Ipsum has been the industry's standard
dummy text ever since the 1500s, when
Lorem Ipsum is simply dummy text of the
printing and typesetting industry. Lorem
Ipsum has been the industry's standard
dummy text ever since the 1500s, when


Lions sign Nauta to active roster, Skipper to practice squad
by The Associated PressALLEN PARK, Mich. (AP) — The Detroit Lions have signed tight end Isaac Nauta to the active roster from the practice squad and signed tackle Dan Skipper to the practice squad.
The Lions announced the moves Saturday, a day before their game at Washington.
Nauta was drafted by Detroit in the seventh round this year out of Georgia.
Skipper returns to the Lions after they released him earlier in the week. Detroit claimed Skipper via waivers from the Houston Texans on Nov. 12.
___
More AP NFL: https://apnews.com/NFL and https://twitter.com/AP_NFL
The Associated Press


Package org.drip.spline.stretch
Interface SingleSegmentSequence
-
- All Known Subinterfaces:
MultiSegmentSequence
- All Known Implementing Classes:
CalibratableMultiSegmentSequence
,CurveStretch
,SingleSegmentLagrangePolynomial
public interface SingleSegmentSequence
SingleSegmentSequence is the interface that exposes functionality that spans multiple segments. Its derived instances hold the ordered segment sequence, the segment control parameters, and, if available, the spanning Jacobian. SingleSegmentSequence exports the following group of functionality:
- Construct adjoining segment sequences in accordance with the segment control parameters
- Calibrate according to a varied set of (i.e., NATURAL/FINANCIAL) boundary conditions
- Estimate both the value, the ordered derivatives, and the Jacobian (quote/coefficient) at the given ordinate
- Compute the monotonicity details - segment/Stretch level monotonicity, co-monotonicity, local monotonicity
- Predictor Ordinate Details - identify the left/right predictor ordinate edges, and whether the given predictor ordinate is a knot
- Module = Computational Core Module
- Library = Spline Builder Library
- Project = Basis Splines and Linear Compounders across a Broad Family of Spline Basis Functions
- Package = Multi-Segment Sequence Spline Stretch
- Author:
- Lakshmi Krishnamurthy
-
-
Method Summary
Modifier and Type Method Description double
getLeftPredictorOrdinateEdge()
Return the Left Predictor Ordinate Edgedouble
getRightPredictorOrdinateEdge()
Return the Right Predictor Ordinate Edgeboolean
isCoMonotone(double[] adblMeasuredResponse)
Verify whether the Stretch mini-max Behavior matches the Measurementboolean
isKnot(double dblPredictorOrdinate)
Is the given Predictor Ordinate a Knot Locationboolean
isLocallyMonotone()
Indicate if all the comprising Segments are MonotoneWengertJacobian
jackDResponseDCalibrationInput(double dblPredictorOrdinate, int iOrder)
Calculate the Response Derivative to the Calibration Inputs at the specified OrdinateWengertJacobian
jackDResponseDManifestMeasure(java.lang.String strManifestMeasure, double dblPredictorOrdinate, int iOrder)
Calculate the Response Derivative to the Manifest Measure at the specified OrdinateMonotonocity
monotoneType(double dblPredictorOrdinate)
Identify the Monotone Type for the Segment underlying the given Predictor Ordinateboolean
resetNode(int iPredictorOrdinateNodeIndex, double dblResetResponse)
Reset the Predictor Ordinate Node Index with the given Responseboolean
resetNode(int iNodeIndex, SegmentResponseValueConstraint srvcReset)
Reset the Predictor Ordinate Node Index with the given Segment Constraintdouble
responseValue(double dblPredictorOrdinate)
Calculate the Response Value at the given Predictor Ordinatedouble
responseValueDerivative(double dblPredictorOrdinate, int iOrder)
Calculate the Response Value Derivative at the given Predictor Ordinate for the specified orderboolean
setup(double dblStretchLeadingResponse, double[] adblSegmentRightEdgeResponse, StretchBestFitResponse sbfr, BoundarySettings bs, int iCalibrationDetail)
Set up (i.e., calibrate) the individual Segments in the Stretch to the Response Values corresponding to each Segment Predictor right Ordinate.R1ToR1
toAU()
Convert the Segment Sequence into an AbstractUnivariate Instance
-
-
-
Method Detail
-
setup
boolean setup(double dblStretchLeadingResponse, double[] adblSegmentRightEdgeResponse, StretchBestFitResponse sbfr, BoundarySettings bs, int iCalibrationDetail)
Set up (i.e., calibrate) the individual Segments in the Stretch to the Response Values corresponding to each Segment Predictor right Ordinate.- Parameters:
dblStretchLeadingResponse
- Stretch Left-most ResponseadblSegmentRightEdgeResponse
- Array of Segment Right Edge Responsessbfr
- Stretch Fitness Weighted Responsebs
- The Calibration Boundary ConditioniCalibrationDetail
- The Calibration Detail- Returns:
- TRUE - Set up was successful
-
responseValue
double responseValue(double dblPredictorOrdinate) throws java.lang.Exception
Calculate the Response Value at the given Predictor Ordinate- Parameters:
dblPredictorOrdinate
- Predictor Ordinate- Returns:
- The Response Value
- Throws:
java.lang.Exception
- Thrown if the Response Value cannot be calculated
-
responseValueDerivative
double responseValueDerivative(double dblPredictorOrdinate, int iOrder) throws java.lang.Exception
Calculate the Response Value Derivative at the given Predictor Ordinate for the specified order- Parameters:
dblPredictorOrdinate
- Predictor OrdinateiOrder
- Order the Derivative- Returns:
- The Response Value
- Throws:
java.lang.Exception
- Thrown if the Response Value Derivative cannot be calculated
-
jackDResponseDCalibrationInput
WengertJacobian jackDResponseDCalibrationInput(double dblPredictorOrdinate, int iOrder)
Calculate the Response Derivative to the Calibration Inputs at the specified Ordinate- Parameters:
dblPredictorOrdinate
- Predictor OrdinateiOrder
- Order of Derivative desired- Returns:
- Jacobian of the Response Derivative to the Calibration Inputs at the Ordinate
-
jackDResponseDManifestMeasure
WengertJacobian jackDResponseDManifestMeasure(java.lang.String strManifestMeasure, double dblPredictorOrdinate, int iOrder)
Calculate the Response Derivative to the Manifest Measure at the specified Ordinate- Parameters:
strManifestMeasure
- Manifest Measure whose Sensitivity is soughtdblPredictorOrdinate
- Predictor OrdinateiOrder
- Order of Derivative desired- Returns:
- Jacobian of the Response Derivative to the Quote at the Ordinate
-
monotoneType
Monotonocity monotoneType(double dblPredictorOrdinate)
Identify the Monotone Type for the Segment underlying the given Predictor Ordinate- Parameters:
dblPredictorOrdinate
- Predictor Ordinate- Returns:
- Segment Monotone Type
-
isLocallyMonotone
boolean isLocallyMonotone() throws java.lang.Exception
Indicate if all the comprising Segments are Monotone- Returns:
- TRUE - Fully locally monotonic
- Throws:
java.lang.Exception
- Thrown if the Segment Monotone Type could not be estimated
-
isCoMonotone
boolean isCoMonotone(double[] adblMeasuredResponse) throws java.lang.Exception
Verify whether the Stretch mini-max Behavior matches the Measurement- Parameters:
adblMeasuredResponse
- The Array of Measured Responses- Returns:
- TRUE - Stretch is co-monotonic with the measured Responses
- Throws:
java.lang.Exception
- Thrown if the Segment Monotone Type could not be estimated
-
isKnot
boolean isKnot(double dblPredictorOrdinate)
Is the given Predictor Ordinate a Knot Location- Parameters:
dblPredictorOrdinate
- Predictor Ordinate- Returns:
- TRUE - Given Predictor Ordinate corresponds to a Knot
-
resetNode
boolean resetNode(int iPredictorOrdinateNodeIndex, double dblResetResponse)
Reset the Predictor Ordinate Node Index with the given Response- Parameters:
iPredictorOrdinateNodeIndex
- The Predictor Ordinate Node Index whose Response is to be resetdblResetResponse
- The Response to reset- Returns:
- TRUE - Reset succeeded
-
resetNode
boolean resetNode(int iNodeIndex, SegmentResponseValueConstraint srvcReset)
Reset the Predictor Ordinate Node Index with the given Segment Constraint- Parameters:
iNodeIndex
- The Predictor Ordinate Node Index whose Response is to be resetsrvcReset
- The Segment Constraint- Returns:
- TRUE - Reset succeeded
-
getLeftPredictorOrdinateEdge
double getLeftPredictorOrdinateEdge()
Return the Left Predictor Ordinate Edge- Returns:
- The Left Predictor Ordinate Edge
-
getRightPredictorOrdinateEdge
double getRightPredictorOrdinateEdge()
Return the Right Predictor Ordinate Edge- Returns:
- The Right Predictor Ordinate Edge
-
toAU
R1ToR1 toAU()
Convert the Segment Sequence into an AbstractUnivariate Instance- Returns:
- The AbstractUnivariate Instance
-
-


Address: 127.127.12.u
Reference ID: IRIG
Driver ID: IRIG-TPRO
TPRO Device: /dev/tprou
Requires: KSI/Odetics device driver,
/usr/include/sys/tpro.h
header file
This driver supports the KSI/Odetics TPRO and TPRO-SAT IRIG-B Decoder, which is a module connected directly to the SBus of a Sun workstation. The module works with the IRIG-B signal generated by several radio clocks, including those made by Arbiter, Austron, Odetics, Spectracom and TrueTime, among others, although it is generally an add- on option. In the case of the TPRO-SAT, the module is an integral part of a GPS receiver, which serves as the primary timing source.
Using the TPRO interface as a NTP reference clock provides precision time only to xntpd and its clients. With suitable kernel modifications, it is possible to use the TPRO as the CPU system clock, avoiding errors introduced by the CPU clock oscillator wander. See the A Kernel Model for Precision Timekeeping page for further details.
The driver writes each timecode as received to the
clockstats
file.
time1 time
time2 time
stratum number
refid string
IRIG
.
flag1 0 | 1
flag2 0 | 1
flag3 0 | 1
flag4 0 | 1
Additional Information


This code was updated from the Java source to work with Processing.js asynchronous image loading.
Click and drag the mouse up and down to control the signal and press and hold any key to see the current pixel being read. This program sequentially reads the color of every pixel of an image and displays this color to fill the window.
Original Processing.org Example: PixelArray
// All Examples Written by Casey Reas and Ben Fry // unless otherwise stated. PImage a; int[] aPixels; int direction = 1; boolean onetime = true; float signal; void setup() { size(200, 200); aPixels = new int[width*height]; noFill(); stroke(255); frameRate(30); a = loadImage("data/ystone08.jpg", null, function(){ for(int i=0; i