H.B. Woodrose Seeds
Some of you may remember that I posted a description of a rather ho-hum Hawaiian Baby Woodrose Seed (HBWS) trip a couple of weeks ago. Last night, a friend and I decided to make another attempt, with an increased dose, though aware of the warning that
'high dosages are not advisable -- beyond a certain level, experience so far has shown a tendency for limbs to get bluish'
-- Psychedelics Encyclopedia
I soaked twenty seeds in hot tap water for two to three hours, then (despairing of ever finding a mortar & pestle) smashed the seeds to a pulp with needle- nose pliers and added more water to the seeds & water in a tupperware container. I then vigorously shook the container. The water (strangely, since the seeds are brown & white) turned pond-scum green, with lots of seed chunks settling to the bottom.
I poured this mixture into two glasses, being careful to add the same proportion of pond-scum-water:seed-chunks to both glasses. My friend downed the mixture in one big gulp, getting some more water to wash some of the seed chunks from the side of the glass. I took it much more slowly, and returned for water a couple more times so I could get the seed chunks down.
My friend and I are both tall, thin men in our twenties. I'm about 6'2', he's perhaps an inch or two taller. I weigh about 170 lbs, he is probably in that area -- maybe 10-20 pounds more. I say this for dosage reasons. We're tall fellows -- if you're 5'6' and weigh 130, you probably won't need as many seeds. (Note of warning: If you're pregnant, or think you might be, don't use HBWS or other ergot-type hallucinogens unless you know /exactly/ what you are doing. These drugs can cause uterine contractions and may cause miscarriage)
To cut to the chase -- the trip was a '10' for both of us. We've both experienced many LSD trips, and between the two of us have sampled the delights of MDMA and psilocin/cybin. The HBWS trip ranked up there with the best.
It started soon but with a long slope. As an illustration, an LSD trip might be described like:
^_
/ --___
/ ----_____
/ ------_______
/ --------_________
- t ------------|-------------------------------------------------------
30 min.
with a quick peak that's very intense, and then several hours of slowly returning to consensus reality. The HBWS trip was more like:
__-____
____--- -----______
______----- -------________
- t ----------------------------|---------------------------------------
3 hours
Also, the peak was much less intense. Overall, much much less visual and audio and other sensory hallucinations than with LSD. Visuals were mostly forced for diagnostic reasons, audio was great, but not LSD-profound.
But the mind-food -- the intellectual games -- were amazingly good. And the real bonus is that conversation is very easy (on LSD, I often find that I get lost in that enormous jungle of symbols between the beginning of a sentence and it's terminating punctuation mark, making linguistic communication with other people a real chore at times). I could talk and form sentences and such with no more difficulty than usual (and in fact, I felt that my ability to do so was even heightened -- my friend commented at one point that 'I have an idea, and the words just /come/! It's incredible!'), but I had much more to talk about than usual.
 We took the brew at about 7:00PM and were up until 4:30AM talking almost non-stop metaphysics with two other people who were completely sober. I'm still feeling the effects now, at about 11:00AM. At 4:30 I settled down to sleep and was pleasantly surprised to find that sleep came easily and that the sleep was deep and very satisfying. (On LSD, I find it very difficult to get to sleep until I have come way down from the trip).
If you enjoy LSD, I strongly urge you to give this stuff a try. '...of the jungle' sells HBWS at 11 seeds for $2.50, or 100 for $10.00. T.A.E. sells 'em at $25 per 1/2 oz., $40/oz., $110/4oz. and $450/lb. If the ones you get are crusty on the outside, like maybe the inside of a walnut shell, you should crack this pod open and just use the smooth seed inside. I suspect that the outer coating is what causes nausea in some people.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


After the program loads, you can use Space with dot 4 to get down to the Take picture option. Or, you can take a picture using the Action button on the right edge of the BrailleNote Touch. The Action button is easier if you are holding the BrailleNote. After a second or two, the text will appear in Braille.
in-context


HexEdit Pro runs on any version of Windows from Windows 2000 to Windows 8.
Installation
Before you install HexEdit Pro 4.1 you need to obtain the installation file hexeditpro4_1.exe. It may be distributed in a zip file called something like hexeditpro4_1.zip. You can find out how to obtain this file from the HexEdit web site at http://www.hexedit.com.
When you double-click the hexed4_1.exe the Microsoft Windows Installer (MSI) program is run.
You may install the following components:
Program Files – You need these files if you want to run HexEdit Pro!
Help Files – These should be installed if you want to use the
on-line help.
Example Templates – several HexEdit Pro
templates for common types of file.
If you intend to run HexEdit Pro from a console command line then it needs to be installed in your PATH. You can do this by adding the directory where you installed HexEdit Pro to your PATH.
The first time you run HexEdit Pro (and thereafter until you register) you see a dialog reminding you that the version is unregistered. To register immediately just click the registration web link. To find other ways to register the software click one of the buttons.
If HexEdit Pro is corrupt or improperly installed you may see a message such as HexEdit Pro is not properly installed”. In this case you must manually remove it and reinstall – see Error: HexEdit has not been installed.
You can try HexEdit Pro for free for 30 days. To pay for it go to our registration web page.
Removing HexEdit
In Control Panel double click the “Add/Remove Programs” icon.
Click HexEdit Pro in the list of files that may be removed and click the Remove button.
Click “Yes” if you really want to remove HexEdit Pro . The removal procedure is displayed.
You are given the option of retaining or removing your settings. It is better to retain your settings if you might use HexEdit Pro again.
After HexEdit Pro has been removed just click the OK button.
If HexEdit Pro was corrupted or improperly installed you may not be able to remove it. In this case you may manually remove it – see Error: HexEdit has not been installed for details.
Note: Some things may not be completely removed until you shutdown and restart the system. For example, you may still see HexEdit Pro shown in the Start Menu until you reboot.


The BIDS Toolbox
Use this tool to create and manage Brain Imaging Data Structure (BIDS) datasets.
Choose between the options below to start. Learn more about BIDS here.
Please, wait while your BIDS dataset is being created...
Creation finished. Click here to get dataset.
Please, wait while your BIDS dataset is being updated...
Update finished. Click here to get dataset.
The BIDS Toolbox is part of the Microstructural Imaging Data Centre (MIDaC) project, grant reference ST/S00209X/1, funded by the Science and Technology Facilities Council (STFC) of the UK.


|
|
|
|
Details of Receiver | Billed to:
|
|
| Reverse Charge: | No |
| Invoice No: | WIPL/2017-18/0001 |
| Invoice Date: | 01-July-2017 |
| State: | Mumbai
|
|
| Name: | Pecan Reams Private Limited |
| Address: | 210, 2nd Floor, Sanjay Mittal Ind. Premises, Mittal Industrial Estate, Bldg. No- 2B, Andheri Kurla Road, Andheri – East,Mumbai- 400059 |
| GSTIN: | 24ADASFD3343DS2 |
| State: | Mumbai
|
|
|
| |
| Name of Product / Service |
Price (Rs.) |
Discount (Rs.) |
Amount |
|
|
|
Total |
| EAT Anytime Orange Bar |
50 |
50 |
50 |
|
|
|
50 |
| EAT Anytime Orange Bar |
50 |
50 |
50 |
|
|
|
50 |
| EAT Anytime Orange Bar |
50 |
50 |
50 |
|
|
|
50 |
|
|
|
Amount in words:
Fifty Rupees only
|
Total amount before Tax |
₹
50
|
| Add: CGST |
₹
-
|
| Add: SGST |
₹
0
|
| Add: IGST |
₹
0
|
|
Total Amount: GST
|
₹
50
|
|
Total Amount After Tax
|
₹
50
|
|
|
|
GST Payable on Reverse Charge
|
₹
50
|
Bank Name |
: HDFC Bank |
Branch |
: Kandivali(w) |
A/C No. |
:<PHONE_NUMBER>5231 |
IFSC Code |
: HDFC0000288 |
|
For Pecan Reams Private Limited Authorised Signatory |
Declaration:
I /We hereby certify that Registration Certificate under Maharashtra VAT Act 2002(Act No. IX of 2005) (as amended by Maharashtra Ordinance no.1 of 2005 dated 09-03-2005) is in force on the date on which the sale of goods specified in this bill/cash Memorandum has been effected by Me/Us in the regular course of our business. It shall be accounted for in the turnover of sales while filing return and the due tax, if any Payable on the sales has been paid or shall be paid. I /We hereby certify that Registration Certificate under Maharashtra VAT Act 2002(Act No. IX of 2005) (as amended by Maharashtra Ordinance no.1 of 2005 dated 09-03-2005) is in force on the date on which the sale of goods specified in this bill/cash Memorandum has been effected by Me/Us in the regular course of our business. It shall be accounted for in the turnover of sales while filing return and the due tax, if any Payable on the sales has been paid or shall be paid. |


{% extends "base_page.html" %} {% block content %}
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rad2deg(double)
- Static method in class utils.
Parser
radarUpdateTime
- Variable in class sim.
Parameters
Radar update time (Secs)
range
- Variable in class data.csd.
WeaponChoice
range
- Variable in class models.directfire.view.
MenuPanelModelDirectFirePH
range(Entity, Entity)
- Static method in class utils.
Utils
rangeBreak
- Variable in class data.csd.
Platform
rangeDismountInner
- Variable in class sim.
Parameters
Inner dismount radius.
rangeDismountOuter
- Variable in class sim.
Parameters
Outer dismount radius.
rangeMountInner
- Variable in class sim.
Parameters
Inner mount radius.
rangeMountOuter
- Variable in class sim.
Parameters
Outer mount radius.
rangePitInner
- Variable in class sim.
Parameters
Inner pit mount radius
rangePitOuter
- Variable in class sim.
Parameters
Outer pit mount radius
ranges
- Variable in class data.csd.
ProbabilityTable
rangeSquare(Entity, Entity)
- Static method in class utils.
Utils
RATE_OF_FIRE
- Static variable in class sim.
Constants
rateOfFire
- Variable in class sim.entity.
Entity
read(String)
- Method in class interpreter.
Interpreter
read(String, InterpreterInterface)
- Method in class interpreterOLD.
FileLoader
readyAmmunition
- Variable in class data.csd.
PlatformWeapon
realTimeRatio
- Variable in class sim.
Parameters
Real time ratio.
realTimeSynch
- Variable in class sim.
Parameters
Real time synchronisation
recognitionThreshold
- Variable in class data.csd.
Platform
recoverBridge(double)
- Method in class sim.entity.
Entity
recoverBridge(double)
- Method in interface sim.entity.
MoverEntity
Order an entity to recover a bridge.
registerEventHandlers()
- Method in class data.view.
DataViewer
registerEventHandlers()
- Method in class view.
SimpleView
reliability
- Variable in class data.csd.
Artillery
reloadTime
- Variable in class sim.entity.
EntityWeapon
remove(Event)
- Method in class models.
EventQueue
Remove an event from the queue
removeFromBridge(MoverEntity)
- Method in interface sim.entity.
BridgeEntity
removeFromBridge(MoverEntity)
- Method in class sim.entity.
Entity
reportMenu
- Variable in class view.janus_menu.
MenuPanel
ReportMenu
- Class in
view.janus_menu
ReportMenu()
- Constructor for class view.janus_menu.
ReportMenu
reportPanel
- Variable in class models.directfire.view.
MenuPanelModelTargetSelection
ReportPanel
- Class in
utils
ReportPanel()
- Constructor for class utils.
ReportPanel
reportPanel
- Variable in class view.janus_menu.
InfoPanel
ReportPanel
- Class in
view.janus_menu
ReportPanel()
- Constructor for class view.janus_menu.
ReportPanel
reportText
- Variable in class utils.
ReportPanel
resetFuelWarning()
- Method in class sim.entity.
Entity
resetFuelWarning()
- Method in interface sim.entity.
MoverEntity
Reset the fuel warning flag for an entity.
resolveDF()
- Method in class models.directfire.
DirectFireImpactEvent
result
- Variable in class models.directfire.view.
MenuPanelModelDirectFirePH
Resupply
- Class in
data.csd
Resupply()
- Constructor for class data.csd.
Resupply
reverseMode
- Variable in class sim.entity.
Entity
RiverType
- Class in
data.map
RiverType()
- Constructor for class data.map.
RiverType
RoadType
- Class in
data.map
RoadType()
- Constructor for class data.map.
RoadType
ROE_CONCEALED
- Static variable in class sim.
Constants
ROE_DOWN
- Static variable in class sim.
Constants
ROE_FREE
- Static variable in class sim.
Constants
ROE_HOLD
- Static variable in class sim.
Constants
ROE_LOOSE
- Static variable in class sim.
Constants
ROE_TIGHT
- Static variable in class sim.
Constants
ROE_VERY_FREE
- Static variable in class sim.
Constants
ROE_VERY_LOOSE
- Static variable in class sim.
Constants
ROE_VERY_TIGHT
- Static variable in class sim.
Constants
roeState
- Variable in class sim.entity.
Entity
ROF_AVERAGE
- Static variable in class sim.
Constants
ROF_HIGH
- Static variable in class sim.
Constants
ROF_LOW
- Static variable in class sim.
Constants
roundData
- Variable in class data.csd.
Artillery
roundsPerPull
- Variable in class data.csd.
Weapon
roundVelocity
- Variable in class data.csd.
Weapon
Route
- Class in
sim.route
Route()
- Constructor for class sim.route.
Route
routeLocked
- Variable in class sim.entity.
Entity
rows
- Variable in class data.csd.
ProbabilityTable
run()
- Method in class models.detection.
TestTargetGatherEvent.RunSim
run()
- Method in class sim.
Janus
run()
- Method in class sim.
Scenario.RunSim
run()
- Method in class tests.
TestEventGUI.RunSim
run()
- Method in class tests.
TestEventGuiOld.RunSim
run()
- Method in class tests.
TestView.RunSim
RUN_TYPE
- Static variable in class sim.
Constants
RUN_TYPE_BRANCH_WITH_PLANNING
- Static variable in class sim.
Constants
RUN_TYPE_BRANCHPOINT
- Static variable in class sim.
Constants
RUN_TYPE_CHECKPOINT
- Static variable in class sim.
Constants
RUN_TYPE_NON_INTERACTIVE
- Static variable in class sim.
Constants
RUN_TYPE_NON_INTERACTIVE_BATCH
- Static variable in class sim.
Constants
RUN_TYPE_NORMAL
- Static variable in class sim.
Constants
RUN_TYPES
- Static variable in class sim.
Constants
runGUI()
- Method in class models.movement.
TestMoveEventOld
runjan(int)
- Method in class sim.
Janus
Runjan
- Class in
sim
Runjan()
- Constructor for class sim.
Runjan
runMode
- Variable in class sim.entity.
Entity
running
- Variable in class sim.
Janus
running
- Variable in class sim.
Scenario
RunSim(EventQueue)
- Constructor for class models.detection.
TestTargetGatherEvent.RunSim
RunSim(EventQueue, Scenario)
- Constructor for class sim.
Scenario.RunSim
RunSim()
- Constructor for class tests.
TestEventGUI.RunSim
RunSim(EventQueue)
- Constructor for class tests.
TestEventGuiOld.RunSim
RunSim(EventQueue, Scenario)
- Constructor for class tests.
TestView.RunSim
runTest()
- Method in class models.detection.
TestTargetGatherEvent
runTest()
- Method in class models.movement.
TestMoveEvent
runTest()
- Method in class tests.
TestEvent
runTest()
- Method in class tests.
TestEventGuiOld
runType
- Variable in class sim.
Parameters
The first thing Janus wants to know is the run type.
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---
layout: cv
title: CV
comments: false
---
Skills
Programming Languages
Frameworks
Knowledge Background
Tools
Education
Foundations of Data Science for Finance @Advanced Risk and Portfolio Management
2019
Distributions, Copulas and Linear Factor Models
Master in Mathematics @University of Birmingham
2012 - 2014, First Class Honours
Modelling collective behaviour in the presence of non-local interaction potentials
Finite-time solutions to the Navier-Stokes Equations
Bachelor in Mathematics @University of Queensland
2010 - 2012
Mathematics of Acoustic Wave Scattering and Optical Tweezers
Work Experience
Senior Treasury Model Developer @Nationwide Building Society
May 2019 - Present
Responsible for developing, implementing and maintaining quantitative models to manage Interest Rate Risk, Concentration Risk and Operational Risk
Provide analysis to inform hedging strategy decisions manage reprice risk
Retail Model Developer @Barclays
Oct 2017 - May 2019
Responsible for developing the Forecasting and Stress Testing models for the UK Credit Cards portfolio
Maintain and enhance the suite of capital and provision models
Risk Analyst Lead @Nationwide Building Society
Jul 2014 - Oct 2017
Responsible for providing insight on the performance of Nationwide's Prime Mortgage portfolio to inform our policy and pricing strategy
Projects
Interest Rate Monte Carlo Simulator @Nationwide Building Society
Exponential Vasicek / PCA / Monte Carlo Simulation / SONIA
Redeveloped the Monte Carlo Interest Rate model as part of the LIBOR-SONIA transition
Simulated the principle components of the yield curve via an stochastic Vasicek model
Operational Risk Economic Capital Model @Nationwide Building Society
Distributions Fitting / Copula / Extreme-Value-Theorem / Simulation / Sensitivity
Redeveloped and optimised the Operational Risk economic capital model in Python
Built a front end GUI to support the models integration in the business and assist with sensitivity analysis
Funding Spread and Product Margin Simulator @Nationwide Building Society
Stochastic Short Rate Model / Monte Carlo Simulation
Redeveloped the Funding Spread and Product Margin Simulator
Simulate Credit Default Swaps and Bond Spreads to assess the likelihood and severity of shocks, which are
used to manage our hedging strategy, re-price risk and product optionality risk
Forecasting and Stress Testing Model @Barclays
Time-Series / Optimisation / IFRS 9 / Stress Testing
Developed the Forecasting and Stress Testing models for the UK Credit Cards porfolio, which are used for the EBA and PRA
stress testing exercises and financial planning
Optimised the implementation of the IFRS 9 feeder models to ensure an efficient and accurate forecast
Prime Mortgage Application Scorecard @Nationwide Building Society
Logistic Regression / Scorecard / Clustering / Cutoff Optimisation
Supported the redevelopment of the Prime Mortgage Main Advance application scorecard to improve lending decisions and
reduce the risk profile of the book
Prime Mortgage Policy Rules @Nationwide Building Society
Risk Appetite / Policy
Developed a suite of Prime Mortgage application policy rules to enhance decision making and improve the
risk appetite controls


I often become self-conscience about how people perceive me. I wonder how my actions or lack of action is being taken by those around me. This week we're reflecting on "Stereotype Threats." These are thoughts that are comprised of one being self-conscience of the affirmation of stereotypes through ones actions. While I'm aware if I may be displaying certain stereotypes, I think what I'm more more conscience of if, I'm not, living up to certain stereotypes.
As an Asian-American growing up in a 90% caucasian neighborhood my stereotypes were not necessarily negative but certainly stereotypical. I was expected to be a model citizen and excellent in the subjects of math and science. I was self-conscience of the expectation to do well academically. I felt as though I should try to live up to the stereotypes that teachers and peers had of me. This caused me to stress about my intelligence and if I lived up to their expectations.
I tried to keep this facade all the way through high school. I remember an occassion when I was trying to complete my assignment for Trig and my classmates constantly ask for my help in assignments. Despite my uneasiness about the subject, I didn't want to surrender to the notion that I may not be capable of helping them. At one point I ended up failing an assignment along with with all those that I was assisting. I allowed my pride and the expectations of others cloud my better judgement.
In order to reconcile this I'd like to be part of an environment that is aware of the true characteristics of others. Stereotypes whether they be derogatory or to the praise of others are still the imposed expectation of characteristics unto another person. I think it would be better to see beyond the stereotypes and see true character. That someone may be weak or excellent mathematically or artistically despite nationality and that acts of culture whether ethnic, racial or religious be confined to the choices of a person not the people.


#include <nrf52840.hpp>
◆ ProcessorBase
◆ nRF52840()
◆ ~nRF52840()
◆ earlyInitHook()
|
|
inlinestaticnoexceptinherited |
Perform any special initialization steps.
The earlyInitHook_() function must be implemented by the derived class as a static function.
These functions run before the C Run-time setup functions are called, and normal functionality (e.g. OS concepts) are not available.
Early initialization steps represent any super early code that needs to execute. For example, DRAM might need to be initialized before the boot process can relocate memory to its proper location in memory.
These functions are declared static to prevent you from easily using drivers within their confines
◆ earlyInitHook_()
| static void nRF52840::earlyInitHook_ |
( |
| ) |
|
|
inlinestaticnoexcept |
◆ highVoltageMode() [1/2]
| bool nRF52840::highVoltageMode |
( |
| ) |
|
|
noexcept |
◆ highVoltageMode() [2/2]
| bool nRF52840::highVoltageMode |
( |
bool |
en | ) |
|
|
noexcept |
Function for configuring UICR_REGOUT0 register to set GPIO output voltage to 3.0V.
This function will reset the microcontroller if the requested setting was applied. The UICR registers require this.
References checkVOUT(), and setVOUT().
◆ init()
Initialize the processor.
The initProcessor_() function must be implemented by the derived class.
Perform any steps necessary for initializing the processor & processor peripheral devices for use.
Note that this is only intended to be processor initialization. Platform initialization nis handled by the init() function.
This function will likely invoke the VirtualProcessor::init() function, but the order and actual initialization process is left to the derived class.
◆ init_()
◆ name()
Returns the Virtual HW Platform's name.
◆ name_cstr()
Returns the platform name as a cstring for C API compatibility.
◆ reset()
Reset the chip.
The reset_() function must be implemnted by the derived class.
A soft reset is intended to reset the program to the beginning without performing a full power cycle.
◆ reset_()
| void nRF52840::reset_ |
( |
| ) |
|
|
noexcept |
◆ spin()
| void nRF52840::spin |
( |
unsigned int |
usecs | ) |
|
|
noexcept |
The documentation for this class was generated from the following files:


Plot mean or variance shifts, with uncertainties and null hypothesis testing
plotShift(
x,
cl.color = "Reds",
plot.sig.vlines = TRUE,
label.sig = TRUE,
alpha = 0.05,
x.axis.label = NA,
x.lims = NA,
y.axis.label = NA,
combine.plots = TRUE,
...
)
Arguments
| x |
Output from actR::detectShift |
| cl.color |
Color palette, single color, or vector of colors to use for confidence intervals (default = "Reds"s) |
| plot.sig.vlines |
Plot vertical lines at significant change points? (default = TRUE) |
| label.sig |
Label significant change points (default = TRUE) |
| alpha |
significance level (default = 0.05) |
| x.axis.label |
Label the x-axis (default = NA, which will automatically generate from input) |
| x.lims |
2-element vector to usee as x-axis limits (default = NA) |
| y.axis.label |
Label the y-axis (default = NA, which will automatically generate from input) |
| combine.plots |
Combine the probability and timeseries plots into a single plot (TRUE)? Or return a list with each plot as a separate object (FALSE)? |
| ... |
Arguments passed on to geoChronR::plotTimeseriesEnsRibbons
add.to.plot A ggplot object to add this plot to. Default is ggplot() .
X A LiPD variable list to plot, including values, units, names, and more
Y A LiPD variable list to plot, including values, units, names, and more
alp alpha (transparency) parameter for the ribbons
probs a vector of probabilities to plot as ribbons. It will create bands as ribbons of quantiles moving inward. If there's an odd number, it plots the middle quantile as a line.
x.bin vector of bin edges over which to bin.
y.bin vector of bin edges over which to bin.
n.bins number bins over which to calculate intervals. Used to calculate x.bin if not provided.
color.low Color of the outermost band; the extreme quantiles of the distribution
color.high Color of the innermost band; the central quantiles of the distribution
color.line Line color (following ggplot rules)
color.vector A vector (of length equal to the number of bands) that specifies the colors for the ribbons from the outermost band in (default = NA). Colors specified as string according to ggplot2 conventions. If present, this overrules color.high and color.low
line.width Width of the line
export.quantiles If TRUE, return the plotted quantiles rather than the plot
|
Value
a ggplot object


editableContainer Class
Attaches stand-alone container with editable-form to HTML element. Element is used only for positioning, value is not stored anywhere.
This method applied internally in $().editable()
. You should subscribe on it's events (save / cancel) to get profit of it.
Final realization can be different: bootstrap-popover, jqueryui-tooltip, poshytip, inline-div. It depends on which js file you include.
Applied as jQuery method.
Item Index
Methods
Properties
- ajaxOptions
- anim
- autohide
- defaultValue
- error
- mode
- name
- onblur
- params
- pk
- placement
- savenochange
- scope
- send
- showbuttons
- success
- type
- url
- validate
- value
- {string} ALL Constant indicating any combination of finger are to be detected. Value is "all".
- {string} AUTO Constant indicating either horizontal or vertical will be allowed, depending on the swipe handlers registered. Value is "auto".
- {string} OUT Constant indicating the out direction. Value is "out".
- {string} PHASE_CANCEL Constant indicating the cancel phase of the touch event. Value is "cancel".
Methods
$().editableContainer(options)
-
options
jQuery method to initialize editableContainer.
Parameters:
-
options
Object
Example:
$('#edit').editableContainer({ type: 'text', url: '/post', pk: 1, value: 'hello' });
$.fn.swipe#destroy
()
Destroy the swipe plugin completely. To use any swipe methods, you must re initialise the plugin.
Example:
$("#element").swipe("destroy");
$.fn.swipe#disable
()
DOMNode
disables the swipe plugin
Returns:
The Dom element that is now registered with TouchSwipe
Example:
$("#element").swipe("disable");
$.fn.swipe#enable
()
DOMNode
re-enables the swipe plugin with the previous configuration
Returns:
The Dom element that was registered with TouchSwipe
Example:
$("#element").swipe("enable");
$.fn.swipe#option
-
property
-
[value]
Allows run time updating of the swipe configuration options.
Parameters:
-
property
StringThe option property to get or set, or a has of multiple options to set
-
[value]
Object optionalThe value to set the property to
Returns:
If only a property name is passed, then that property value is returned. If nothing is passed the current options hash is returned.
Example:
$("#element").swipe("option", "threshold"); // return the threshold
$("#element").swipe("option", "threshold", 100); // set the threshold after init
$("#element").swipe("option", {threshold:100, fingers:3} ); // set multiple properties after init
$("#element").swipe({threshold:100, fingers:3} ); // set multiple properties after init - the "option" method is optional!
$("#element").swipe("option"); // Return the current options hash
activate()
()
Activates input of visible container (e.g. set focus)
destroy()
()
Destroys the container instance
hide()
-
reason
Hides container with form
Parameters:
-
reason
StringReason caused hiding. Can be
save|cancel|onblur|nochange|undefined (=manual)
option(key, value)
-
key
-
value
Sets new option
Parameters:
-
key
String -
value
Mixed
render
()
Renders editableform
show()
-
closeAll
Shows container with form
Parameters:
-
closeAll
BooleanWhether to close all other editable containers when showing this one. Default true.
toggle()
-
closeAll
Toggles container visibility (show / hide)
Parameters:
-
closeAll
BooleanWhether to close all other editable containers when showing this one. Default true.
Properties
ajaxOptions
Object
Additional options for submit ajax request. List of values: http://api.jquery.com/jQuery.ajax
Default: null
Example:
ajaxOptions: { type: 'put', dataType: 'json' }
anim
String
Animation speed (inline mode only)
Default: false
autohide
Boolean
private
Whether to hide container on save/cancel.
Default: true
defaultValue
String | Object
Value that will be displayed in input if original field value is empty (null|undefined|''
).
Default: null
error
Function
Error callback. Called when request failed (response status != 200).
Usefull when you want to parse error response and display a custom message.
Must return string - the message to be displayed in the error block.
Default: null
Example:
error: function(response, newValue) { if(response.status === 500) { return 'Service unavailable. Please try later.'; } else { return response.responseText; } }
mode
String
Mode of editable, can be popup
or inline
Default: 'popup'
name
String
Name of field. Will be submitted on server. Can be taken from id
attribute
Default: null
onblur
String
Action when user clicks outside the container. Can be cancel|submit|ignore
.
Setting ignore
allows to have several containers open.
Default: 'cancel'
params
Object | Function
Additional params for submit. If defined as object
- it is appended to original ajax data (pk, name and value).
If defined as function
- returned object overwrites original ajax data.
Default: null
Example:
params: function(params) { //originally params contain pk, name and value params.a = 1; return params; }
pk
String | Object | Function
Primary key of editable object (e.g. record id in database). For composite keys use object, e.g. {id: 1, lang: 'en'}
.
Can be calculated dynamically via function.
Default: null
placement
String
Placement of container relative to element. Can be top|right|bottom|left
. Not used for inline container.
Default: 'top'
savenochange
Boolean
Whether to save or cancel value when it was not changed but form was submitted
Default: false
scope
DOMElement | Object
private
Scope for callback methods (success, validate).
If null
means editableform instance itself.
Default: null
send
String
Strategy for sending data on server. Can be auto|always|never
.
When 'auto' data will be sent on server only if pk and url defined, otherwise new value will be stored locally.
Default: 'auto'
success
Function
Success callback. Called when value successfully sent on server and response status = 200.
Usefull to work with json response. For example, if your backend response can be {success: true}
or {success: false, msg: "server error"}
you can check it inside this callback.
If it returns string - means error occured and string is shown as error message.
If it returns object like {newValue: <something>}
- it overwrites value, submitted by user.
Otherwise newValue simply rendered into element.
Default: null
Example:
success: function(response, newValue) { if(!response.success) return response.msg; }
type
String
Type of input. Can be text|textarea|select|date|checklist
Default: 'text'
url
String | Function
Url for submit, e.g. '/post'
If function - it will be called instead of ajax. Function should return deferred object to run fail/done callbacks.
Default: null
Example:
url: function(params) { var d = new $.Deferred; if(params.value === 'abc') { return d.reject('error message'); //returning error via deferred object } else { //async saving data in js model someModel.asyncSaveMethod({ ..., success: function(){ d.resolve(); } }); return d.promise(); } }
validate
Function
Function for client-side validation. If returns string - means validation not passed and string showed as error.
Since 1.5.1 you can modify submitted value by returning object from validate
:
{newValue: '...'}
or {newValue: '...', msg: '...'}
Default: null
Example:
validate: function(value) { if($.trim(value) == '') { return 'This field is required'; } }
value
Mixed
private
Initial value of form input
Default: null
{string} ALL Constant indicating any combination of finger are to be detected. Value is "all".
String
Constants representing the number of fingers used in a swipe. These are used to set both the value of fingers
in the
options object, as well as the value of the fingers
event property.
These properties are read only, attempting to change them will not alter the values passed to the event handlers.
{string} AUTO Constant indicating either horizontal or vertical will be allowed, depending on the swipe handlers registered. Value is "auto".
String
The page scroll constants that can be used to set the value of allowPageScroll
option
These properties are read only
{string} OUT Constant indicating the out direction. Value is "out".
String
The direction constants that are passed to the event handlers. These properties are read only, attempting to change them will not alter the values passed to the event handlers.
{string} PHASE_CANCEL Constant indicating the cancel phase of the touch event. Value is "cancel".
String
The phases that a touch event goes through. The phase
is passed to the event handlers.
These properties are read only, attempting to change them will not alter the values passed to the event handlers.
Events
nochange
Fired when value not changed but form is submitted. Requires savenochange = false.
Event Payload:
-
event
Objectevent object
save
Fired when new value was submitted. You can use $(this).data('editableContainer')
inside handler to access to editableContainer instance
Event Payload:
-
event
Objectevent object
-
params
Objectadditional params
-
newValue
Mixedsubmitted value
-
response
Objectajax response
-
Example:
$('#username').on('save', function(e, params) { //assuming server response: '{success: true}' var pk = $(this).data('editableContainer').options.pk; if(params.response && params.response.success) { alert('value: ' + params.newValue + ' with pk: ' + pk + ' saved!'); } else { alert('error!'); } });
shown
Fired when container is shown and form is rendered (for select will wait for loading dropdown options).
Note: Bootstrap popover has own shown
event that now cannot be separated from x-editable's one.
The workaround is to check arguments.length
that is always 2
for x-editable.
Event Payload:
-
event
Objectevent object
Example:
$('#username').on('shown', function(e, editable) { editable.input.$input.val('overwriting value of input..'); });
A catch all handler that is triggered for all swipe directions.
Event Payload:
-
event
EventObjectThe original event object
-
direction
IntThe direction the user swiped in. See {@link $.fn.swipe.directions}
-
distance
IntThe distance the user swiped
-
duration
IntThe duration of the swipe in milliseconds
-
fingerCount
IntThe number of fingers used. See {@link $.fn.swipe.fingers}
-
fingerData
ObjectThe coordinates of fingers in event
-
currentDirection
StringThe current direction the user is swiping.


{% extends 'base_template.html' %} {% block content %}
We're sorry but something has gone wrong. The administrator will be notified of this event, it may be helpful to send them a message as well describing what you were trying to do.
{% if sentry_event_id %} {% endif %}


This is the place where Star Wars Fans can come and find out about their favorite characters and vehicles!


S&P lowers credit ratings on three Lebanese banks on liquidity pressures
LONDON (Reuters) - S&P Global Ratings said on Thursday it was lowering the ratings on three Lebanese banks further into junk, citing rising liquidity pressures due to faster deposit erosion.
Long-term credit ratings on Bank Audi, Blom Bank and Bankmed were lowered to CCC from B-, the ratings agency said, adding the ratings would remain on CreditWatch, making them vulnerable to the risk of further downgrades.
Lebanon’s banks have been hit by liquidity pressure in recent weeks as depositors demand access to their money after banks imposed new curbs in the wake of widespread protests against political leaders.


Detailing the specification of the standard JSON Graph Format for Network data interchange.
This JSON Graph Format is focused on capturing basic graph structure in a convenient to use format. It allows for the use of metadata objects in the graph, nodes and edges which can be used for any other graph data that needs to be managed in your graph data files (e.g. graph layout, styling, algorithm results, etc). There have been many efforts to create JSON Graph specifications over the last few years. We published this JSON Graph specification on Github using JSON Schema and are providing basic tooling around it to help make it a standard. Please feel free to suggest changes and enhancements to either the specification or tooling (especially via a pull request to Github).
JSON Graph uses JSON-Schema for specification and validation of correctly formatted JSON files. A JSON Graph file isn't valid until it passes validation using the JSON Schema specification. The master specification was left as minimal as possible to be useful in the broadest range of applications. Sub-specifications may be used that validate against the master specification as well as the sub-specification for application specific needs for a JSON Graph datafile.
We are sure we have missed some specifications - please submit an issue to let us know where they are - thanks!


| Adapter1 (0%) |
| ConsultObservationPeriodMeasurements (0%) |
| ConsultObservationPeriodMeasurementsResponse (0%) |
| ConsultPatientMeasurements (0%) |
| ConsultPatientMeasurementsResponse (0%) |
| DateAdapter (0%) |
| DefineObservationPeriod (0%) |
| DefineObservationPeriodResponse (0%) |
| DeviceAlreadyAssignedException (0%) |
| DeviceNotAssignedException (0%) |
| EndTest (0%) |
| EndTestResponse (0%) |
| EnterActivationCode (0%) |
| EnterActivationCodeResponse (0%) |
| EntityAlreadyExistsException (0%) |
| EntityNotFoundException (0%) |
| FaultBean (0%) |
| GetPatients (0%) |
| GetPatientsResponse (0%) |
| IllegalStateException (0%) |
| InvalidSessionException (0%) |
| IsActivated (0%) |
| IsActivatedResponse (0%) |
| Login (0%) |
| LoginControllerPort (N/A) |
| LoginControllerService (0%) |
| LoginResponse (0%) |
| Logout (0%) |
| LogoutResponse (0%) |
| Measurement (0%) |
| MeasurementList (0%) |
| NotLoggedInException (0%) |
| ObjectFactory (0%) |
| Patient (0%) |
| PatientList (0%) |
| RegisterPatient (0%) |
| RegisterPatientResponse (0%) |
| ReturnDevice (0%) |
| ReturnDeviceResponse (0%) |
| Session (0%) |
| SessionControllerPort (N/A) |
| SessionControllerService (0%) |
| TestMeasure (0%) |
| TestMeasureResponse (0%) |
| package-info (N/A) |


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--- layout: page title: Privacy Policy type: pages navbar: home: / entries: - title: Home href: / - title: Blog href: /blog - title: School href: "https://wndx.school" ---
This Privacy Policy governs the manner in which the website collects, uses, maintains and discloses information collected from users (each, a 'User') of the website ('Site'). This privacy policy applies to the Site and all products and services offered by company.
We may collect personal identification information from Users in a variety of ways, including, but not limited to, when Users visit our site, register on the site, subscribe to the newsletter, and in connection with other activities, services, features or resources we make available on our Site. Users may be asked for, as appropriate, email address. Users may, however, visit our Site anonymously. We will collect personal identification information from Users only if they voluntarily submit such information to us. Users can always refuse to supply personally identification information, except that it may prevent them from engaging in certain Site related activities.
We may collect non-personal identification information about Users whenever they interact with our Site. Non-personal identification information may include the browser name, the type of computer and technical information about Users means of connection to our Site, such as the operating system and the Internet service providers utilized and other similar information.
Our Site may use 'cookies' to enhance User experience. User's web browser places cookies on their hard drive for record-keeping purposes and sometimes to track information about them. User may choose to set their web browser to refuse cookies, or to alert you when cookies are being sent. If they do so, note that some parts of the Site may not function properly.
Company may collect and use Users personal information for the following purposes:
We adopt appropriate data collection, storage and processing practices and security measures to protect against unauthorized access, alteration, disclosure or destruction of your personal information, username, password, transaction information and data stored on our Site.
We do not sell, trade, or rent Users personal identification information to others. We may share generic aggregated demographic information not linked to any personal identification information regarding visitors and users with our business partners, trusted affiliates and advertisers for the purposes outlined above.
Users may find advertising or other content on our Site that link to the sites and services of our partners, suppliers, advertisers, sponsors, licensors and other third parties. We do not control the content or links that appear on these sites and are not responsible for the practices employed by websites linked to or from our Site. In addition, these sites or services, including their content and links, may be constantly changing. These sites and services may have their own privacy policies and customer service policies. Browsing and interaction on any other website, including websites which have a link to our Site, is subject to that website's own terms and policies.
Company has the discretion to update this privacy policy at any time. When we do, we will revise the updated date at the bottom of this page. We encourage Users to frequently check this page for any changes to stay informed about how we are helping to protect the personal information we collect. You acknowledge and agree that it is your responsibility to review this privacy policy periodically and become aware of modifications.
By using this Site, you signify your acceptance of this policy. If you do not agree to this policy, please do not use our Site. Your continued use of the Site following the posting of changes to this policy will be deemed your acceptance of those changes.


Las Salinas de Bani lies 28nm east of Barahona, in the SE corner of the bay of las Calderas. This bay is a great place for waders and shorebirds. Salinas is an area that includes salt mines, mangroves, sand dunes, and thorn scrub. It is an undeveloped part of the coast, but the Calderas Bay provides good protection.
WARNING: Approaching Punta Calderas on the way into Las Salinas, there is a fish farm or similar structure marked by yellow buoys. (February 2010).
Position 18°13.1'N, 70°31.1'W.
See DR Formalities for detailed clearance information and fees
This is a Port of Entry, however it is more accustomed to dealing with commercial vessels and it may be advisable to clear in at a port more used to yachts.
Currently, Las Salinas will not clear vessels OUT internationally; they refer them to Barahona. However, they will clear vessels IN internationally and for those cruising the country for a local despacho.
Last updated May 2016.
The channel across the bay is marked by buoys.
The bay is very windy, but does offer good protection. Holding is good, particularly in front of the Hotel Salinas, however be sure to put out plenty of chain.
At the Hotel Salinas there are some privately owned berths which may be available to rent if free, however few services for cruisers.
It is also possible to leave the dinghy at the hotel pontoon.
The depth at the pontoon is 2.5m.
Last updated May 2016.


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Description:
This instruction performs 8-bit × 8-bit → 16-bit signed multiplication and shifts the result one bit left.
|
Rd |
Rr |
R1 |
R0 | ||
|---|---|---|---|---|---|
|
Multiplicand |
× |
Multiplier |
-> |
Product High |
Product Low |
|
8 |
8 |
16 |
Let (N.Q) denote a fractional number with N binary digits left of the radix point, and Q binary digits right of the radix point. A multiplication between two numbers in the formats (N1.Q1) and (N2.Q2) results in the format ((N1+N2).(Q1+Q2)). For signal processing applications, the format (1.7) is widely used for the inputs, resulting in a (2.14) format for the product. A left shift is required for the high byte of the product to be in the same format as the inputs. The FMULSU instruction incorporates the shift operation in the same number of cycles as MULSU.
The (1.7) format is most commonly used with signed numbers, while FMULSU performs a multiplication with one unsigned and one signed input. This instruction is therefore most useful for calculating two of the partial products when performing a signed multiplication with 16-bit inputs in the (1.15) format, yielding a result in the (1.31) format. Note: the result of the FMULSU operation may suffer from a 2's complement overflow if interpreted as a number in the (1.15) format. The MSB of the multiplication before shifting must be taken into account, and is found in the carry bit. See the following example.
The multiplicand Rd and the multiplier Rr are two registers containing fractional numbers where the implicit radix point lies between bit 6 and bit 7. The multiplicand Rd is a signed fractional number, and the multiplier Rr is an unsigned fractional number. The 16-bit signed fractional product with the implicit radix point between bit 14 and bit 15 is placed in R1 (high byte) and R0 (low byte).
This instruction is not available in all devices. Refer to the device specific instruction set summary.
Operation:
R1:R0 ← Rd × Rr(signed (1.15) ← signed (1.7) × unsigned (1.7))
Syntax: Operands: Program Counter:
FMULSU Rd,Rr 16 ≤ d ≤ 23, 16≤ r ≤ 23 PC ← PC + 1
16-bit Opcode:
|
0000 |
0011 |
1ddd |
1rrr |
Status Register (SREG) and Boolean Formulae:
|
I |
T |
H |
S |
V |
N |
Z |
C |
|---|---|---|---|---|---|---|---|
|
- |
- |
- |
- |
- |
- |
⇔ |
⇔ |
C: R16
Set if bit 15 of the result before left shift is set; cleared otherwise.
Z:
Set if the result is $0000; cleared otherwise.
R (Result) equals R1,R0 after the operation.
Example:
;****************************************************************************** ;* DESCRIPTION ;*Signed fractional multiply of two 16-bit numbers with 32-bit result. ;* USAGE ;*r19:r18:r17:r16 = ( r23:r22 * r21:r20 ) << 1 ;****************************************************************************** fmuls16x16_32: clr r2 fmuls r23, r21 ;((signed)ah * (signed)bh) << 1 movw r19:r18, r1:r0 fmul r22, r20 ;(al * bl) << 1 adc r18, r2 movw r17:r16, r1:r0 fmulsu r23, r20 ;((signed)ah * bl) << 1 sbc r19, r2 add r17, r0 adc r18, r1 adc r19, r2 fmulsu r21, r22;((signed)bh * al) << 1 sbc r19, r2 add r17, r0 adc r18, r1 adc r19, r2
Words: 1 (2 bytes)
Cycles: 2


The Bokeh server is an optional component that can be used to provide additional capabilities, such as:
The Bokeh server is built on top of Flask. Bokeh ships with a standalone executable bokeh-server that you can easily run, and you can also embed the Bokeh server functionality inside another Flask server using the Bokeh Server Flask Blueprint.
The basic task of the Bokeh Server is to be a mediator between the original data and plot models created by a user, and the reflected data and plot models in the BokehJS client:
Here you can see illustrated the most useful and compelling of the Bokeh server: full two-way communication between the original code and the BokehJS plot. Plots are published by sending them to the server. The data for the plot can be updated on the server, and the client will respond and update the plot. Users can interact with the plot through tools and widgets in the browser, then the results of these interactions can be pulled back to the original code to inform some further query or analysis (possibly resulting in updates pushed back the plot).
We will explore the capabilities afforded by the Bokeh server in detail below.
Bokeh defaults to single user mode - where every request is automatically logged in as a user with username defaultuser. However for teams, and for plot publishing, it makes more sense to add an authentication layer. This way users won’t be able to overwrite each other’s plots.
To do enable multi user mode, You need to turn on the multi_user bokeh server setting. This can be done using the command line parameter -m. Once this is done, all scripts that use the bokeh server must authenticate with the bokeh server. A user can be created with:
session = Session(root_url=url)
session.register(username, password)
Or logged in with:
session = Session(root_url=url)
session.login(username, password)
The bokeh client library will store authentication keys in the ~/.bokeh directory, so that in subsequent invocations, logging in is not necessary
For plot hosting, we generally recommend running the server in multi user mode. See the Authentication section for instructions on how to do this.
Once a plot is created, you have to publish it. Assuming you have a session that is authenticated against a document:
session = Session()
session.use_doc('mydocument')
#do some plots here
session.publish()
Or if you are using output_server:
output_server('myplot')
#make some plots
cursession().publish()
A public link to a plot on the bokeh server page can be viewed by append ?public=true To the url - for example if you have the url to a plot http://localhost:5006/bokeh/doc/some-doc-id/some-plot-id, You can generate a public link to the published plot using http://localhost:5006/bokeh/doc/some-doc-id/some-plot-id?public=true. In addition, the autoload_server function call in bokeh.embed also takes a public=true keyword argument, which will generate an embeddable html snippet that will load the public version of a given plot
The bokeh-server application has some command line options for general usage, setting the server port and IP, for instance:
show this help message and exit
IP address that the bokeh server will listen on (default: <IP_ADDRESS>)
port that the bokeh server will listen on (default: 5006)
URL prefix for server. e.g. ‘host:port/<prefix>/bokeh’ (default: None)
Additional configuration options for configuring server data sources, multi-user operation, scripts, etc:
location for server data sources
start in multi-user configuration (default: False)
script to load (for applets)
Bokeh server supports various different backends for data storage:
Note
Redis can be more difficult to install on Windows, please consult Notes for Windows Users for some additional notes.
Additional backends may be added in the future if need or demand arises, or if they are contributed by the community.
You can specify the backend when starting the Bokeh server by supplying the --backend command line argument:
storage backend: [ redis | memory | shelve ] (default: shelve)
For example:
$ bokeh-server --backend=memory
When using the redis backend there are some additional options available:
port for redis server to listen on (default: 7001)
start redis automatically
do not start redis automatically
By default bokeh-server will start Redis automatically when the redis backend is chosen.
The Bokeh server uses websockets for communication between the server and browser clients. There are several options for configuring the use of websockets:
connection string for websocket (unnecessary if auto-starting)
ZeroMQ URL
Typically these values do not require much attention. By default, bokeh-server automatically starts a ZeroMQ websocket worker.
use debug mode for Flask
run server in development mode: -js –backend=memory
don’t show ‘GET /static/... 200 OK’, useful with –splitjs
serve BokehJS files from the bokehjs build directory in the source tree
serve individual JS files instead of compiled bokeh.js, requires –debugjs
protect debug server reloading from syntax errors


Draggable Polyline
View project on GitHub
See example with ordered waypoints
See google maps directions example
This example shows a basic draggable polyline, with no waypoint reordering.
Show me the code


This is a topic that I've been stumbling with this week, which is why I chose it. So, what is the difference between displaying inline vs block vs inline block?
As you can see in the screenshot example above, we're dealing with positioning - or placement on a document. When designing a website, the contents are coded in HTML, while the formating and positioning of the elements are coded in CSS. When you want to place elements in a column or side by side, you have to consider the "display" tag and its capabilities.
When using display, you can choose from the following. display: inline; display: block; and display: inline-block;
Inline elements respect left and right margins & padding, but cannot have a width and height. They do allow other elements to reside to their left and right. You might use this if you want your elements to flow from left to right, onto multiple lines.
Block elements respect all margins and padding, but also force a line break after the element - so no other elements can reside next to a Block element. There is always some whitespace above and below it, as well. If you want elements - such as pictures - to be positioned one on top of the other, as if in a column, choose display: block;
Inline-Block elements are a hybrid of the two other options. They respect all margins & padding, and also allow other elements to reside next to them. Basically, the inline-block element sits on the page as an inline element, but behaves as a block element. Inline-Block positioning does not create whitespace in HTML. Inline-Block is ideal when you want to have elements reside side-by-side and you want to be able to easily control the space between them.


| BioBIKE gives you four tools with which to
analyze the alien genetic code. Click on any of them to learn more:
MAKE-RANDOM-RNA
IN-VITRO-TRANSLATE ANALYZE-AMINO-ACID-CONTENT ANALYZE-PEPTIDE-CONTENT |
Use these tools to find out all you can about the alien genetic code:
- Is it a fixed-length code? Variable?
- Is it a 2-nucleotide code? 3-nucleotide? 4-nucleotide? More?
- What specific codons encode what specific amino acids?
For more information contact Jeff Elhai (ElhaiJ (at) VCU.Edu)
Supported by grant DBI-0516378 from the National Science Foundation
and by Virginia Commonwealth University's
Center
for the Study of Biological Complexity


Table of Contents
This creates a new empty recipe. If there is a current recipe with unsaved changes the user is given a chance to save it.
This opens an existing recipe. Use the Open dialog to select the recipe you wish to open.
This is a shortcut to open recently saved recipes. This item opens a list with several of the most recently saved recipes to choose from.
Saves the current recipe. If this is the first time the recipe has been saved, the Save As dialog (described next) will be shown.
Saves the recipe under a new file name. A Save As dialog will be shown to select the name of the file to save to.
Exports the recipe to a different format. This command will display the Export dialog, which is very similar to the Save As dialog.
Display a print preview dialog. This dialog can be used to preview the recipe before printing.
This prints the recipe. Opens a print dialog allowing the user to specify where and how to print.
Quits QBrew. If you have unsaved recipes, you will be prompted to save them.
Brings up the Alchohol Percentage tool. This is used to calculate alcohol percentage by weight or volume, from measured specific gravity readins.
Brings up the Hydrometer Correction tool. This is used to correct hydrometer readings taken at temperatures other than the calibrated temperature.
Brings up the Database Editor tool. This is used to edit the database of ingredients and styles.
Toggle the main toolbar on and off. When unchecked the toolbar is hidden.
 When unchecked the status bar is hidden.
This configures settings for QBrew. A dialog is shown to configure general, recipe and calculation related settings.
Opens up a help window and displays this document.
Opens up a help window and displays a brewing primer.
Brings up a cursor you can use to find out what various controls and objects in the application do. Clicking on an item within QBrew will pop up a small window with help on that item.
Displays copyright and other basic information about QBrew


--- title: "February 20, 2012 Protocol Changes" shorturl: "feb20" active: false banner: "" date: 2012-02-18 ---
In June 2010 the Bitcoin reference software version 0.2.10 introduced a change to the protocol: the 'version' messages exchanged by nodes at connection time would have a new format that included checksum values to detect corruption by broken networks.
All other messages already carry a checksum (for connections between nodes 0.2.9 and later) but the version messages themselves could not be changed in a compatible way, so this change was delayed and did not take effect until midnight UTC on Feb 20th 2012 to leave users time to upgrade.
The developers of the Bitcoin reference software are unable to find any evidence of any nodes still running software prior to 0.2.10 on the network. If any nodes with software this old do still exist, they will no longer be able to connect to newer nodes.
This switchover has been tested and no significant disruption is expected and none has been observed so far. Nodes with incorrect clocks may have a difficult time making new connections for a brief period around the switchover time.
Please report any new connectivity issues to the #bitcoin-dev channel on Freenode IRC.
If there are unexpected difficulties this page will be updated with relevant information.


Enter a number (must be an integer), hit submit, and enjoy the results!
(You'll receive a list of numbers up to your entered number. If your number is divisible by 3, then you'll receive a "ping." And if your number is divisible by 5, then you'll receive a "pong.")


Chevy Woods & Wiz Khalifa Link Up For "Me (REMIX)"
Always a good time when these two come together.
by Noah CMe (Remix)
Chevy Woods & Wiz Khalifa
Editor Rating: VERY HOTTTTT
User Rating: very hottttt - 83% (10)
Whenever Chevy Woods and Wiz Khalifa link up for a track, there's always palpable brotherly love that bubbles up. This chemistry shines even stronger when they rap over a beat that suits them both. Chevy just posted a song, entitled "ME (Remix)", on his SoundCloud that serves as a perfect example of this duo's potential.
The ideal beat for these two is one that chops up a soulful sample and possesses some groove for them to turn into a stoner anthem. A vibrating vocal of a woman singing "Meeee" repeats throughout the song and gives some cushioning for the bars to bounce on. No matter how many times Chevy and Wiz rap about the good life, they're undeniably gifted at capturing a vibe that makes it feel like the sun is shining and you have a blunt in hand (even if neither of these things are true).
Takes some time out of your day to vibe out to the song below and let us know what you think.
Quotable Lyrics
More watches, more chains, more rangs
Getting head from yo main in a range, it’s (Me)
On the set, never change
You a lame, had to give up the game
Now they hatin' on (Me)
- Chevy Woods


{{set . "title" "WG Utils 2.0: Reports: Stats Table"}} {{template "header.html" .}}
| Month | Hits (graph) |
Cumulative Hits |
Hits/Month (all-time) |
Hits/Month (preceding year) |
Entries (graph) |
Cumulative Entries |
Entries/Month (1-year avg) |
Score (graph) |
Year's Hits |
|---|
| {{ index . "month" }} | {{ index . "monthHits" }} | {{ index . "cumulativeHits" }} | {{ printf "%.4f" (index . "avgMonthlyHits") }} | {{ printf "%.2f" (index . "oneYrAvgMonthlyHits") }} | {{ index $entCell "entries"}} | {{ index . "cumulativeBills"}} | {{ printf "%.2f" (index . "oneYrAvgMonthlyBills") }} | {{ printf "%.2f" (index . "score") }} | {{ if $monthsInYear }}{{index . "yearHits"}} | {{end}}


In this project, we tried to model the growth of a tumor in a rat's brain using the Gompertzian growth model. The fit is shown in the figure below.
The survival odds for this rat are virtually zero.


If you have created a twilio service, you can find the
ACCOUNT SID
and AUTH TOKEN
here: https://www.twilio.com/console.
Status:
If you have not created a twilio service, please create a service here: https://www.twilio.com/try-twilio.
Configured Services:
If you have not created a WML service, please create a service here on IBM Cloud.
Step 1: Add Twilio service to the Application
Twilio Credentials
Step 2: Add Watson service to the Application
Step 2: Add Watson Machine Learning service to the Application


fetch_slot/2
fetch_slot(
+SlotName,
-Value)
Fetch Value from the slot specified by SlotName.
This predicate may only appear in the body of a method clause, and it always operates on the object to which that message is sent. It cannot be used to directly access the slots of another object.
instantiation_error
domain_error
permission_error
>>/2
, store_slot/2


Class UnknownSourceInfo
Implementation of IDocumentSourceInfo for a document which has an unidentifiable source.
Inheritance
Inherited Members
Namespace: ZptSharp.Rendering
Assembly: ZptSharp.Abstractions.dll
Syntax
public sealed class UnknownSourceInfo : IDocumentSourceInfo, IEquatable<IDocumentSourceInfo>
Remarks
This class is used when (for any reason) the source information is not provided.
This typically means that either an optional parameter was omitted, or a null was explicitly passed.
Instances of this type will always indicate that the source is <unknown>
and are only
equal in the case that they are reference equal.
Properties
| Improve this Doc View SourceName
Gets the name of the source, which for this type will always return the string <unknown>
.
Declaration
public string Name { get; }
Property Value
| Type | Description |
|---|---|
| System.String | The name of the document source. |
Methods
| Improve this Doc View SourceEquals(IDocumentSourceInfo)
Determines whether the specified IDocumentSourceInfo is equal to the
current UnknownSourceInfo. Will only return true
if the objects are reference-equal.
Declaration
public bool Equals(IDocumentSourceInfo other)
Parameters
| Type | Name | Description |
|---|---|---|
| IDocumentSourceInfo | other | The IDocumentSourceInfo to compare with the current UnknownSourceInfo. |
Returns
| Type | Description |
|---|---|
| System.Boolean |
|
ToString()
Returns a System.String that represents the current UnknownSourceInfo.
For this type, it will always return the string <unknown>
.
Declaration
public override string ToString()
Returns
| Type | Description |
|---|---|
| System.String | A System.String that represents the current UnknownSourceInfo. |


gevent For the Working Python Developer
Stephen Diehl
gevent is a concurrency library based around libev. It provides a clean API for a variety of concurrency and network related tasks.
Intro
The structure of this tutorial assumes an intermediate level knowledge of Python but not much else. No knowledge of concurrency is expected. The goal is to give you the tools you need to get going with gevent and use it to solve or speed up your applications today.
The primary pattern provided by gevent is the Greenlet, a lightweight coroutine provided to Python as a C extension module. Greenlets all run inside of the OS process for the main program but are scheduled cooperatively by libevent. This differs from subprocceses which are new processes are spawned by the OS.
Greenlets
Synchronous & Asynchronous Execution
The core idea of concurrency is that a larger task can be broken down into a collection of subtasks whose operation does not depend on the other tasks and thus can be run side-by-side ( asynchronously ) instead of one at a time ( synchronously ). A switch between the two executions is known as a context swtich.
A context switch in gevent done through
yielding. In this case example we have
two contexts which yield to each other through invoking
gevent.sleep(0)
.
import gevent
def foo():
print 'Running in foo'
gevent.sleep(0)
print 'Emplict context switch to foo again'
def bar():
print 'Emplict context to bar'
gevent.sleep(0)
print 'Implicit swtich switch back to bar'
gevent.joinall([
gevent.spawn(foo),
gevent.spawn(bar),
])
A somewhat synthetic example defines a task
function
which is non-deterministic
(i.e. its output is not guaranteed to give the same result for
the same inputs). In this case the side effect of running the
function is that the task pauses its execution for a random
number of seconds.
import gevent
import random
def task(pid):
"""
Some non-deterministic task
"""
gevent.sleep(random.randint(0,2))
print 'Task', pid, 'done'
def synchronous():
for i in range(1,10):
task(i)
def asynchronous():
threads = [gevent.spawn(task, i) for in xrange(10]
gevent.joinall(threads)
print 'Synchronous:'
synchronous()
print 'Asynchronous:'
asynchronous()
In the synchronous case all the tasks are run sequentially, which results in the main programming blocking ( i.e. pausing the execution of the main program ) while each task executes.
The important parts of the program are thegevent.spawn
which wraps up the given function
inside of a Greenlet thread. The list of initialized greenlets
are stored in the array threads
which is passed to
the gevent.joinall
function which blocks the current
program to run all the given greenlets. The execution will step
forward only when all the greenlets terminate.
The output is:
Synchronous:
Task 1 done
Task 2 done
Task 3 done
Task 4 done
Task 5 done
Task 6 done
Task 7 done
Task 8 done
Task 9 done
Task 10 done
Asynchronous:
Task 2 done
Task 3 done
Task 5 done
Task 10 done
Task 8 done
Task 6 done
Task 9 done
Task 1 done
Task 4 done
Task 7 done
The important fact to notice is that the order of execution in the async case is essentially random and that the total execution time in the async case is much less than the sync case. In fact the maximum time for the synchronous case to complete is when each tasks pauses for 2 seconds resulting in a 20 seconds for the whole queue. In the async case the maximum runtime is roughly 2 seconds since none of the tasks block the execution of the others.
A more common use case, fetching data from a server
asynchronously, the runtime of fetch()
will differ between
requests given the load on the remote server.
import gevent.monkey
gevent.monkey.patch_socket()
import gevent
import urllib2
import simplejson as json
def fetch(pid):
response = urllib2.urlopen('http://json-time.appspot.com/time.json')
result = response.read()
json_result = json.loads(result)
datetime = json_result['datetime']
print 'Process ', pid, datetime
return json_result['datetime']
def synchronous():
for i in range(1,10):
fetch(i)
def asynchronous():
threads = []
for i in range(1,10):
threads.append(gevent.spawn(fetch, i))
gevent.joinall(threads)
print 'Synchronous:'
synchronous()
print 'Asynchronous:'
asynchronous()
Race Conditions
The perennial problem involved with concurrency is known as a race condition. Simply put is when two concurrent threads / processes depend on some shared resource but also attempt to modify this value. This results in resources whose values become time-dependent on the execution order. This is a problem, and in general one should very much try to avoid race conditions since they result program behavior which is globally non-deterministic.
One approach to avoiding race conditions is to simply not have any global state shared between threads. To communicate threads instead pass stateless messages between each other.
Spawning threads
gevent provides a few wrappers around Greenlet initialization. Some of the most common patterns are:
import gevent
from gevent import Greenlet
def foo(message, n):
"""
Each thread will be passed the message, and n arguments
in its initialization.
"""
gevent.sleep(n)
print message
# Initialize a new Greenlet instance running the named function
# foo
thread1 = Greenlet.spawn(foo, "Hello", 1)
thread1.start()
# Wrapper for creating and runing a new Greenlet from the named
# function foo, with the passd arguments
thread2 = gevent.spawn(foo, "I live!", 2)
# Lambda expressions
thread3 = gevent.spawn(lambda x: (x+1), 2)
threads = [thread1, thread2, thread3]
# Block until all threads complete.
gevent.joinall(threads)
In addition to using the base Greenlet class, you may also subclass
Greenlet class and overload the _run
method.
from gevent import Greenlet
class MyGreenlet(Greenlet):
def __init__(self, message, n):
Greenlet.__init__(self)
self.message = message
self.n = n
def _run(self):
print self.message
gevent.sleep(self.n)
g = MyGreenlet("Hi there!", 3)
g.start()
g.join()
Greenlet State
Like any other segement of code Greenlets can fail in various ways. A greenlet may fail throw an exception, fail to halt or consume too many system resources.
The internal state of a greenlet is generally a time-dependent parameter. There are a number of flags on greenlets which let you monitor the state of the thread
started
-- Boolean, indicates whether the Greenlet has been started.ready()
-- Boolean, indicates whether the Greenlet has haltedsuccessful()
-- Boolean, indicates whether the Greenlet has halted and not thrown an exceptionvalue
-- arbitrary, the value returned by the Greenletexception
-- exception, uncaught exception instance thrown inside the greenlet
import gevent
def win():
return 'You win!'
def fail():
raise Exception('You fail at failing.')
winner = gevent.spawn(win)
loser = gevent.spawn(fail)
print winner.started # True
print loser.started # True
# Exceptions raised in the Greenlet, stay inside the Greenlet.
try:
gevent.joinall([winner, loser])
except Exception as e:
print 'This will never be reached'
print winner.value # 'You win!'
print loser.value # None
print winner.ready() # True
print loser.ready() # True
print winner.successful() # True
print loser.successful() # False
# The exception raised in fail, will not propogate outside the
# greenlet. A stack trace will be printed to stdout but it
# will not unwind the stack of the parent.
print loser.exception
# It is possible though to raise the exception again outside
raise loser.exception
# or with
loser.get()
Greenlets that fail to yield when the main program receives a SIGQUIT may hold the program's execution longer than expected. This results in so called "zombie processes" which need to be killed from outside of the Python interpreter.
A common pattern is to listen SIGQUIT events on the main program and to invokegevent.shutdown
before exit.
import gevent
import signal
def run_forever():
gevent.sleep(1000)
if __name__ == '__main__':
gevent.signal(signal.SIGQUIT, gevent.shutdown)
thread = gevent.spawn(run_forever)
thread.join()
Timeouts
Timeouts are a constraint on the runtime of a block of code or a Greenlet.
from gevent import Timeout
seconds = 10
timeout = Timeout(seconds)
timeout.start()
def wait():
gevent.sleep(10)
try:
gevent.spawn(wait).join()
except Timeout:
print 'Could not complete'
Or with a context manager in a with
a statement.
import gevent
from gevent import Timeout
time_to_wait = 5 # seconds
class TooLong(Exception):
pass
with Timeout(time_to_wait, TooLong):
gevent.sleep(10)
In addition, gevent also provides timeout arguments for a
variety of Greenlet and data stucture related calls. For example:
import gevent
from gevent import Timeout
def wait():
gevent.sleep(2)
timer = Timeout(1).start()
thread1 = gevent.spawn(wait)
thread1.join(timeout=timer)
# --
timer = Timeout.start_new(1)
thread2 = gevent.spawn(wait)
thread2.get(timeout=timer)
# --
gevent.with_timeout(1, wait)
Data Structures
Events
Events are a form of asynchronous communication between Greenlets.
import gevent
from gevent.event import Event
a = Event()
def setter():
"""
After 3 seconds set wake all threads waiting on the value of
a.
"""
gevent.sleep(3)
a.set()
def waiter():
"""
After 3 seconds the get call will unblock.
"""
a.wait() # blocking
print 'I live!'
gevent.joinall([
gevent.spawn(setter),
gevent.spawn(waiter),
])
A extension of the Event object is the AsyncResult which allows you to send a value along with the wakeup call. This is sometimes called a future or a deferred, since it holds a reference to a future value that can be set on an arbitrary time schedule.
import gevent
from gevent.event import AsyncResult
a = AsyncResult()
def setter():
"""
After 3 seconds set the result of a.
"""
gevent.sleep(3)
a.set('Hello!')
def waiter():
"""
After 3 seconds the get call will unblock after the setter
puts a value into the AsyncResult.
"""
print a.get()
gevent.joinall([
gevent.spawn(setter),
gevent.spawn(waiter),
])
Queues
Queues are ordered sets of data that have the usual put
/ get
operations but are written in a way such that they can be safely
manipulated across Greenlets.
For example if one Greenlet grabs an item off of the queue, the same item will not grabbed by another Greenlet executing simultaneously.
import gevent
from gevent.queue import Queue
tasks = Queue()
def worker(n):
while not tasks.empty():
task = tasks.get()
print 'Worker %s got task %s' % (n, task)
gevent.sleep(0.5)
print 'Quitting time!'
def boss():
for i in xrange(1,25):
tasks.put_nowait(i)
gevent.spawn(boss).join()
gevent.joinall([
gevent.spawn(worker, 'steve'),
gevent.spawn(worker, 'john'),
gevent.spawn(worker, 'nancy'),
])
Queues can also block on either put
or get
as the need arises.
Each of the put
and get
operations has a non-blocking
counterpart, put_nowait
and
get_nowait
which will not block, but instead raise
either gevent.queue.Empty
or
gevent.queue.Full
in the operation is not possible.
In this example we have the boss running simultaneously to the
workers and have a restriction on the Queue that it can contain no
more than three elements. This restriction means that the put
operation will block until there is space on the queue.
Conversely the get
operation will block if there are
no elements on the queue to fetch, it also takes a timeout
argument to allow for the queue to exit with the exception
gevent.queue.Empty
if no work can found within the
time frame of the Timeout.
import gevent
from gevent.queue import Queue, Empty
tasks = Queue(maxsize=3)
def worker(n):
try:
while True:
task = tasks.get(timeout=1) # decrements queue size by 1
print 'Worker %s got task %s' % (n, task)
gevent.sleep(0.5)
except Empty:
print 'Quitting time!'
def boss():
"""
Boss will wait to hand out work until a individual worker is
free since the maxsize of the task queue is 3.
"""
for i in xrange(1,10):
tasks.put(i)
print 'Assigned all work in iteration 1'
for i in xrange(10,20):
tasks.put(i)
print 'Assigned all work in iteration 2'
gevent.joinall([
gevent.spawn(boss),
gevent.spawn(worker, 'steve'),
gevent.spawn(worker, 'john'),
gevent.spawn(worker, 'bob'),
])
Locks and Semaphores
Groups and Pools
Actor Model
The actor model is a higher level concurrency model popularized by the language Erlang. In short the main idea is that you have a collection of independent Actors which have an inbox from which they receive messages from other Actors. The main loop inside the Actor iterates through its messages and takes action according to its desired behavior.
Gevent does not have a primitive Actor type, but we can define one very simply using a Queue inside of a subclassed Greenlet.
class Actor(gevent.Greenlet):
def __init__(self):
self.inbox = queue.Queue()
Greenlet.__init__(self)
def recieve(self, message):
"""
Define in your subclass.
"""
raise NotImplemented()
def _run(self):
self.running = True
while self.running:
message = self.inbox.get()
self.recieve(message)
In a use case:
class Echo(Actor):
def recieve(self, message):
print message
class Speaker():
def recieve(self, message):
if message == 'start':
for i in xrange(1,5):
echo.inbox.put('Hey there!')
echo = Echo()
speak = Speaker()
echo.start()
speak.start()
speak.inbox.put('start')
gevent.joinall([echo, speak])
Real World Applications
Holding Side Effects
In this example we hold the side effects of executing an arbitrary string,
from gevent import Greenlet
env = {}
def run_code(code, env={}):
local = locals()
local.update(env)
exec(code, globals(), local)
return local
while True:
code = raw_input('>')
g = Greenlet.spawn(run_code, code, env)
g.join() # block until code executes
# If succesfull then pass the locals to the next command
if g.value:
env = g.get()
else:
print g.exception
WSGI Servers
from gevent.pywsgi import WSGIServer
def application(environ, start_response):
status = '200 OK'
body = 'Hello Cruel World!'
headers = [
('Content-Type', 'text/html')
]
start_response(status, headers)
return [body]
WSGIServer(('', 8000), application).serve_forever()
Performance on Gevent servers is phenomenal.
from gevent.pywsgi import WSGIServer
$ ab -n 10000 -c 100 http://<IP_ADDRESS>:8000/
Long Polling
Chat Server
License
This is a collaborative document published under MIT license. Forking on GitHub is encouraged


property BlockSize: Integer;
This property controls how large blocks should be repainted as the rasterization is performed. The size of the block is 2^BlockSize.
[See also]:


Dog left in car puts it into reverse gear and drives in a circle for an hour
One neighbour said the dog deserves a driving licence after the black Labrador only knocked down a mailbox and some bins in Florida - despite his hour's drive
by Tiffany LoNeighbours were left baffled when a seemingly 'driverless' car was seen reversing in circles for nearly an hour.
They couldn't work out why silver saloon was going around and around, before eventually knocking off into a post box in a cul de sac on Monday morning.
In truth, it was all down to dogged determination.
Inside a black Labrador, left in the car, had moved behind the wheel in the driver's seat, kicking the car in reverse and was driving around in circles for an hour.
He was going for so long he even left tread marks on the road.
Neighbours watched in awe and struggled to comprehend out what they saw.
Anne Sabol, who lives in the area, told WPBF: "At first I thought I saw somebody backing up, but then they kept going, and I'm like 'OK, what're they doing?'
"Then I saw the dog in the car, a big black lab or something, and I'm like 'This is turning weird'."
Port St Lucie police and the fire department were called to the scene as they were figuring how to stop the car.
But soon after the car hit the mailbox and some rubbish bins, it slowed down.
Then the police opened the door to see a large black Labrador hop out of the driver's seat
Officers found the dog owner, who asked to remain anonymous, and he explained he had left the car running in the street and the dog somehow changed gears and knocked it into reverse.
The driver said he will pay and replace the post box.
Anne was impressed after all and said: "They should give that dog a licence."


Meet the Team
Evelyn O. Talbott, DrPH, MPH
Dr. Talbott is the Principal Investigator for this study. She is a Professor of Epidemiology at the University of Pittsburgh Graduate School of Public Health (GSPH.) She has over 25 years of experience conducting case control studies of environmental risk factors both occupational and community specific. She was the director of PITT’s Academic Center of Excellence in Environmental Public Health Tracking that studied environmental exposures and chronic diseases, including ALS, multiple sclerosis (MS), cancer, and coronary heart disease. She has published over 200 peer reviewed articles and chapters based on her work. She has conducted numerous population based case control studies, and has worked closely with the neurology medical community throughout Pennsylvania for over 15 years.
John Vena, PhD
Dr. Vena is Professor and Founding Chair of the Department of Public Health Sciences at the Medical University of South Carolina in Charleston, SC. Dr. Vena serves as a co-investigator on the ALS study. Dr. Vena has over 38 years of experience in environmental and occupational epidemiology. He was part of a team as co-investigator on NIH grants to pioneer integration of biomarkers in epidemiology analytic studies to look at gene-environment interactions, exposure assessments, the use of Geographic Information Systems in epidemiologic research and retrospective assessment of occupational exposures in case-control studies using targeted survey methods, life-time occupational histories and use of job-exposure matrices.
Angela M. Malek, PhD, MPH
Dr. Malek is a Research Associate in the Department of Public Health Sciences at the Medical University of South Carolina. She has over 8 years of research experience in the epidemiology of neurological disorders (ALS, epilepsy, stroke) and chronic disease. Dr. Malek is a co-investigator on the current study.
Todd M. Bear, PhD
Dr. Bear is director of the Office of Health Survey Research and Associate Professor of Behavioral and Community Health Sciences at the University of Pittsburgh Graduate School of Public Health. Dr. Bear conducts survey research for the Centers for Disease Control and Prevention including the Behavioral Risk Factor Surveillance System, and has over 15 years’ experience in conducting behavioral and social science research. Dr. Bear serves as a co-investigator on the ALS Study.
Vincent C. Arena, PhD
Dr. Arena is an Associate Professor Emeritus of Biostatistics with over 38 years of experience in analyzing and conducting studies that evaluate the association of personal, occupational, and environmental risk factors in disease development. He has collaborated with Dr. Talbott for many years - most recently evaluating environmental risk factors for autism. He brings specific expertise in large scale community and industry-wide studies to this project and serves as a co-investigator.
Jeanine M. Buchanich, PhD
Dr. Buchanich is a Research Associate Professor of Biostatistics at the University of Pittsburgh Graduate School of Public Health, and also serves as Deputy Director of the Center for Occupational Biostatistics and Epidemiology. She has been involved in occupational and environmental epidemiology for more than 20 years and will serve as co-Investigator on the proposed case-control study to examine specific environmental and occupational risk factors for amyotrophic lateral sclerosis .
Judith R. Rager, MPH
Judith Rager is an epidemiologist in the Department of Epidemiology at the University of Pittsburgh Graduate School of Public Health. She has over 25 years of experience in epidemiology research and has served as a data manager and analyst for a number of environmental epidemiology studies.
Ravi K. Sharma, PhD
Dr. Sharma is an Adjunct Professor in the Department of Epidemiology at the University of Pittsburgh Graduate School of Public Health. As a demographer and a spatial epidemiologist, he has substantial experience in the analysis of vital statistics, demographic and large-scale demographic/epidemiological surveys and databases. His professional focus is on the application of geospatial statistical methodology to model the dynamic interactions of environmental factors (both social and physical) and health.
Abigail Foulds, PhD
Dr. Foulds is a Project Coordinator for the Office of Health Survey Research at the University of Pittsburgh Graduate School of Public Health. She has been conducting social science research for 15 years in the fields of behavioral and community health and geography.


XML based query syntax
This module contains:
- a modular Lucene Query Parser where queries are expressed as XML
- JUnit test
- Example XML queries
- Test index (subset of Reuters 21578)
The original motivation for creating this package was outlined and discussed here.
Parser support includes:
- "Span" queries
- "Like this" queries
- Boolean, Term, and UserInput (parsed with existing query parser)
- BoostingQuery - a class that can downgrade scores for hits on
certain terms rather than the hard-line approach taken by BooleanClause.Occurs.MUST_NOT
- FilteredQuery, RangeFilter, and "TermsFilter" for non-sequential terms
- "FuzzyLikeThis" a new query which is a cross between "LikeThis" and "fuzzy" but with
better scoring of fuzzy terms than standard fuzzy queries
- A modular design with expandable support for new query/filter types
This code is dependent on the "queries" contrib module although the "CoreParser" can be compiled with just Lucene core if required


Dreamhack Phones
Phone List
Information
Calling all phones will call all stationary phones first, if noone answers in 40 seconds it will call the Teamleader on-call.
Some phones have capability to dial out, from these phones press 0, then normal number including prefix. Example 00700-123456.
There is an external number to reach VisitDH info desk directly, this is 036-7777 894.
If you want to reach any IP-phone from your mobile, you can dial 075-75 75 270. You will be presented with a welcome prompth, after that please dial an extension according to the list below.
Tech
200 -
All phones
201 -
NOC
202 -
Teamleader table
209 -
Teamleader on-call
Security
220 -
All phones
221 -
Securitybås
229 -
Teamleader on-call
Activity
309 -
Teamleader on-call
Game
260 -
All phones
261 -
Gamebåset
262 -
Teamleader on-call
Visit DH
270 -
All phones
271 -
Lobby Syd
279 -
Teamleader on-call
Mainstage
289 -
Teamleader on-call
Stores
249 -
Teamleader on-call
Medic
230 -
All phones
231 -
Medic 1
232 -
Medic 2
239 -
Teamleader on-call
Logistik
259 -
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Brexit and Future Fit hot topics as candidates quizzed at Market Drayton hustings
by Aimee JonesVoters in North Shropshire had the chance to quiz the general election candidates at a hustings debate in Market Drayton.
Brexit was top of the agenda as John Adams from the Green Party, Liberal Democrat Helen Morgan, Conservative Owen Paterson and Graeme Currie from the Labour Party attempted to sway voters.
Robert Jones, from the Shropshire Party, was unable to attend.
Other topics discussed at Festival Drayton Centre included healthcare, the economy, education and climate change.
Each candidate was given 10 minutes to give a brief introduction and outline their plans for North Shropshire should they be elected.
Mrs Morgan said: "I'm new to the race. I'm a chartered accountant and moved to Shropshire a few yeas ago. I really want to take a stand for the things I value the most.
"The first reason I am standing is to stop Brexit but there are other key issues we need to address.
"The NHS at first on my list. We can all see what happens when you underfund the NHS. The Lib Dems will give the NHS the cash injection it needs and keep it safe from Donald Trump."
She also addressed a £6.7 million shortfall in education in Shropshire as well as the "awful" broadband in the county.
Mess
Mr Currie, who has stood in the last two elections, said the Labour Party will negotiate a Brexit deal and put it back to the public.
He also stressed the need for two emergency departments in Shropshire.
"My daughter was hit by a car and she died twice in the ambulance, it was only due to the skills and experience of the paramedics who saved her that she survived," he said.
"She went to Royal Shrewsbury Hospital and I don't believe she would have made it up the M54. We have go to defend the services we have got."
He stressed that if elected he would not take up another job and would have constituency offices in Oswestry and Market Drayton.
The North Shropshire region has been represented for more than two decades after Owen Paterson was elected in 1997.
He urged the audience to vote Conservative to ensure that Brexit is delivered by January 31.
"Blair and Brown made such a mess of the economy that we have had to make severe reductions but at least we can begin to build it up again.
"My longest running campaign to dual the A5 and A483 is also at last beginning to make real progress."
Voters also heard from Mr Adams who is new to the race.
"I'm asking you to cause a bit of a political earthquake at the general election," he said.
Devastation
"If we had more MPs in parliament, that could make all the different. I feel a huge responsibility to challenge Owen Paterson who is leading us down the wrong road in a time of climate emergency."
He also said the Green Party will transform the economy, create four million new jobs by 2030 and build 100,000 zero carbon homes per year.
The second part of the hustings saw the candidates field questions from the public.
A 16-year-old member of the audience asked what will be affected most in Shropshire if the country leaves the European Union.
Mr Currie criticised Mr Paterson's stance and said it would cause "devastation" for the agricultural industry.
His thoughts were echoed by Mrs Morgan who added that the private sector would also be affected.
The increased use of foodbanks was then addressed.
Mr Currie said reducing the amount of people relying on foodbanks is at the heart of what Labour set out to do.
“We will end rough sleeping and protect pensioner incomes by providing free television licences and bus passes among other things," he said.
Mr Adams added that his party will abolish bedroom tax and offer free childcare for nine months for children up to age of four.


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21.1 "That's the End of the Book, Now Here's the Meaning of Life"
Well, the meaning of Python, anyway. In the introduction to this book
I promised that we'd return to the issue of Python's
roles after seeing how it is used in practice. So in closing, here
are some completely subjective comments on the broader implications
of the language.
As I mentioned in the first chapter, Python's focus is on
productivity and
integration. I hope that this book has
demonstrated some of the benefits of that focus in action. In this
conclusion, let's now go back to the forest -- to revisit
Python's roles in more concrete terms. In particular,
Python's role as a prototyping tool can profoundly affect the
development cycle.
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--- layout: post title: Eden Project team plans eco-rainforest in Lancashire date: 2005-11-21 00:00:00 ---
The guys behind the Eden Project are keeping busy: "Unlike Eden, which uses fossil fuels to heat its domes in winter, Kew of the North is expected to get its fuel for free and would run at a profit even without visitors. Civil engineers working with Grimshaw estimate that it could earn about £12m a year by generating heat and electricity on site and from taking the green waste."


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The most significant greenhouse gas is actually water vapor, not something produced directly by humankind in significant amounts. However, even slight increases in atmospheric levels of carbon dioxide (CO2) can cause a substantial increase in temperature.
Why is this? There are two reasons: First, although the concentrations of these gases are not nearly as large as that of oxygen and nitrogen (the main constituents of the atmosphere), neither oxygen or nitrogen are greenhouse gases. This is because neither has more than two atoms per molecule (i.e. their molecular forms are O2 and N2, respectively), and so they lack the internal vibrational modes that molecules with more than two atoms have. Both water and CO2, for example, have these "internal vibrational modes", and these vibrational modes can absorb and reradiate infrared radiation, which causes the greenhouse effect.
Secondly, CO2 tends to remain in the atmosphere for a very long time (time scales in the hundreds of years). Water vapor, on the other hand, can easily condense or evaporate, depending on local conditions. Water vapor levels therefore tend to adjust quickly to the prevailing conditions, such that the energy flows from the Sun and re-radiation from the Earth achieve a balance. CO2 tends to remain fairly constant and therefore behave as a controlling factor, rather than a reacting factor. More CO2 means that the balance occurs at higher temperatures and water vapor levels. .
Earth's climate is mostly influenced by the first 6 miles or so of the atmosphere which contains most of the matter making up the atmosphere. This is really a very thin layer if you think about it. In the book The End of Nature, author Bill McKibbin tells of walking three miles to from his cabin in the Adirondack's to buy food. Afterwards, he realized that on this short journey he had traveled a distance equal to that of the layer of the atmosphere where almost all the action of our climate is contained. In fact, if you were to view Earth from space, the principle part of the atmosphere would only be about as thick as the skin on an onion! Realizing this makes it more plausible to suppose that human beings can change the climate. A look at the amount of greenhouse gases we are spewing into the atmosphere (see below), makes it even more plausible.


How do I place my order?
To start placing your order follow the steps listed on our homepage. After you have an idea of what you want out of your cake creation, give us a call. We usually prefer to meet in person to finalize designs and ingredients.
How much time in advance should I order?
We request that you order your cake 2 weeks in advance. For wedding cakes, we request at least one month.
Is there a limit to how customized my cake can be?
We are always open to creative ideas. We can accomodate ingredient replacements for refined sugar, dairy, wheat, etc. Organic ingredients are also available. Your cake creation can be created in almost any shape you desire (letters, numbers, hearts, stars, etc.). Take a look at our Cake Gallery to view example cake creations. We're always happy to discuss your dream cake no matter how ambitious.
Do I need to put down a deposit?
Yes. We require a 50% non-refundable deposit in order to confirm your order. As soon as the deposit is received, your cake creation order will officially be confirmed!
Can I make changes to my order once it has been confirmed?
You can make changes to your order as long as the request is made at least 7 days prior to the date of pick up or delivery. If your cake is more intricate (such as most wedding cakes), we request that you let us know of any changes at least two weeks in advance.
How does delivery work?
We can deliver your cake creation anywhere in the New York Metropolitan Area including parts of New Jersey and Long Island. However, there is a cost associated with delivery depending on the distance. We also offer pickup at our location. If you choose to pickup, please make sure that you have a safe way of transporting the cake (i.e. flat surface without the cake sliding around).
Should I keep my cake creation refrigerated?
Depending on the type of cake you have selected, you may have to refrigerate your cake. If you have chosen any variety of buttercream frosting, you should keep the cake refrigerated in order to keep the frosting intact. However, if you have chosen fondant on your cake, avoid refrigerating your cake creation. The moisture from the fridge can damage the fondant. Nonetheless, make sure a fondant coated cake is stored in a dry place less than 70 degrees.


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