:: com :: sun :: star :: geometry ::
|
| unpublished |
struct EllipticalArc |
|
|
|
- Usage Restrictions
- not published
- Description
- This structure specifies an arbitrary elliptical arc.
This structure contains all parameters necessary to specify
arbitrary elliptical arcs. The parameters are modelled closely
after the SVG specification.
As with the parameters below, there are mostly four different
ellipses arcs (two different ellipses, on which four different
arcs connect start and end point) which satisfy the given set of
constrains. Thus, there are two flags indicating which one of those
ellipses should be taken.
- Since
- OOo 2.0
|
| Elements' Summary |
| StartPosition |
Start point of the arc. |
| EndPosition |
End point of the arc. |
| RadiusX |
Main radius in x direction of the ellipse this arc is part of. |
| RadiusY |
Main radius in y direction of the ellipse this arc is part of. |
| XAxisRotation |
Rotation angle of the x axis of the ellipse relative to the x
axis of the reference coordinate system.
|
| IsLargeArc |
If true, and there's a choice, take the longer one of two arcs
connecting start and end point.
|
| IsClockwiseSweep |
If true, and there's a choice, take the arc that goes
clock-wise from start to end point.
|
| Elements' Details |
StartPosition
RealPoint2D StartPosition;
- Description
- Start point of the arc.
|
|
EndPosition
RealPoint2D EndPosition;
- Description
- End point of the arc.
|
|
RadiusX
double RadiusX;
- Description
- Main radius in x direction of the ellipse this arc is part of.
|
|
RadiusY
double RadiusY;
- Description
- Main radius in y direction of the ellipse this arc is part of.
|
|
XAxisRotation
double XAxisRotation;
- Description
- Rotation angle of the x axis of the ellipse relative to the x
axis of the reference coordinate system.
|
|
IsLargeArc
boolean IsLargeArc;
- Description
- If true, and there's a choice, take the longer one of two arcs
connecting start and end point.
|
|
IsClockwiseSweep
boolean IsClockwiseSweep;
- Description
- If true, and there's a choice, take the arc that goes
clock-wise from start to end point.
|
|
Top of Page
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


This method should not be used. Sub-classes may use ReadOnlyCompletableFuture.setFailure(Throwable)
to complete the future exceptionally. Once completed, it cannot be changed. Instead, create a
derived future using various CompletionStage methods to define an alternate value.
This method should not be used. Sub-classes may use ReadOnlyCompletableFuture.setValue(Object) to
complete the future. Once completed, it cannot be changed. Instead, create a derived future
using various CompletionStage methods to define an alternate value.


RT @secretGeek: Windows says "Found new hardware" for two main reasons. Either because you've plugged in new hardware, or because you ha ...
9/21/2012, 7:18:17 PM
Favs: 0
Retweets: 0
link--- layout: tweet ---
RT @secretGeek: Windows says "Found new hardware" for two main reasons. Either because you've plugged in new hardware, or because you ha ...
9/21/2012, 7:18:17 PM
Favs: 0
Retweets: 0
link


from pyro.poutine import Poutine
import torch
# overload call function here?
[docs]class AbstractInfer(object):
"""
Infer class must implement: _pyro_sample, _pyro_observe,
_pyro_on_exit, _pyro_param, _pyro_map_data
"""
def __init__(self):
pass
# extend Poutine -- switch to this context when appropriate
[docs]class LWCopoutine(Poutine):
# every time
def _enter_poutine(self, *args, **kwargs):
"""
When model execution begins
"""
self.current_score = 0
def _pyro_sample(self, prev_val, name, dist, *args, **kwargs):
"""
Simply sample from distribution
"""
return dist(*args, **kwargs)
def _pyro_observe(self, prev_val, name, dist, val, *args, **kwargs):
"""
Get log_pdf of sample, add to ongoing scoring
"""
logp = dist.log_pdf(val, *args, **kwargs)
self.current_score += logp
return val
[docs]class LikelihoodWeighting(AbstractInfer):
def __init__(self, model, *args, **kwargs):
"""
Call parent class initially, then setup the couroutines to run
"""
# initialize
super(LikelihoodWeighting, self).__init__()
# wrap the model function with a LWCoupoutine
# this will push and pop state
self.model = LWCopoutine(model)
# defining here, but will be updated at runner time
self.current_score = 0.
self.samples = []
[docs] def runner(self, num_samples, *args, **kwargs):
"""
Main function of an Infer object, automatically switches context with copoutine
"""
# setup sample to hold
samples = []
for i in range(num_samples):
# push and pop stack handled by copoutine
# What about models which take inputs?
rv = self.model(*args, **kwargs)
# add to sample state
samples.append([i, rv, self.model.current_score])
# send back array of samples to be consumed elsewhere
return samples
#
# class LWMarginal(object):
# # takes a trace distribution and consumes
# def __call__(trace_dist, num_samples, *args, **kwargs):
# # grab num samples from the trace dist, then consume
# concrete = trace_dist.runner(num_samples)
[docs]def lw_expectation(trace_dist, functional, num_samples):
# running var
accum_so_far = 0.
sum_weight = 0.
# sample from trace_dist
samples = trace_dist.runner(num_samples)
# loop over the sample tuples
for i, rv, cur_score in samples:
# not necessarily efficient torch.exp call x2, fix later
sum_weight += torch.exp(cur_score)
# apply function to return value, multiply by exp(cur_score)
accum_so_far += functional(rv) * torch.exp(cur_score)
#
return accum_so_far / sum_weight


My main project was to develop a suite of analytics which was integrated with an existing product to provide more capabilities to the end user. Another project was to develop a tool which sits on a gateway in between two security domains and analyses multiple log-streams, summarising the information so that it is more easily interpretable. I also designed and developed a front-end user interface to supplement the suite of analytics to make them more intuitive for the end user to use.
View SiteInvinsec develop their own SIEM (security information and event management) platform as well as providing their own SOC services along with other services such as penetration testing, physical security and assurance. My work included developing my understanding of data science and how data is passed into a SIEM and monitored using a SOC and working with the network architecture team as they deliver solutions to customer. I also supported the development and launch of weekly newsfeed services which led to me researching and building an online cyber-security development community which the company uses to share the alpha of the platform and receive feedback from the community.
View SiteI helped to develop a mobile application to the enterprise community by facilitating in the creation of the Met Office weather app. My work ranged from software design and testing in Java as well as working with the business-development team to implement marketing strategies which has resulted in 7 million downloads across all platforms.
View SiteI helped to design their Improved Harness TechnologyTM (IHT) which has been developed and patented as an innovative replacement for conventional wire harness for use in planes and F1 cars for example. I also undertook significant market research into the Urban Air Mobility (UAM) and Vertical Take-off and Landing (VTOL) industry as a potential customer base.
View Site


You're currently looking at posts categorised under {{ page.title }}. View all posts instead.
-
{% for post in page.posts %}
{% include post-summary.html post=post %}
{% endfor %}
--- layout: default call_to_action: Contact background_image_path: --- {% if page.title %}
You're currently looking at posts categorised under {{ page.title }}. View all posts instead.


I was born in Wyoming and love the outdoors. I enjoy hiking, learning, and going on picnics in the mountains.
My passion: I LOVE traveling and most days yearn for a new adventure. My goal is to go to a new country every year!
My number one hobby is running after a toddler with lots of energy. Most days you can find us looking for excavators.


Scientists are using a range of methods to monitor the Antarctic Ice Sheet in order to understand how the ice sheet is responding to climate change. This will assist in predicting rates of future sea level change. The data that has been collected shows West Antarctica is vulnerable and undergoing significant thinning. One of the fastest changing areas of the Antarctic Ice Sheet is Thwaites Glacier bordering the Amundsen Sea in West Antarctica.
2.48 mi
200 feet
snowfall
calving, snow melt, sublimation (moving straight from snow to vapor)
firn or new snow
green
infrared
372.8 mi
229.65 feet
557.7 feet
6 in
a slowly moving mass or river of ice
Why study Antarctic ice? The ice cover on Antarctica is both old and thick. For some 34 million years, Antarctica has been collecting snow, pressing it into ice until in the interior regions ice measures more than 4000 meters in depth. The continent is the size of the U.S. and Mexico combined and is over 97% ice covered. Antarctica is the largest reservoir of ice on earth, holding enough ice that were it to fully melt, sea level would rise by ~60 meters .
A permanent layer of land ice at least 50,000 sq. km. (20,000 sq. miles).
What causes changes in the ice? The physical characteristics of the surface of the ice sheet are affected by the ocean, the atmosphere and the compaction of the ice itself. Scientists use a measurement known as the surface mass balance (SMB) of the ice sheet to help simplify the complex interactions of the ice, air and water. Simply stated the ice sheet's SMB can be described as a balance between the inputs and outputs of ice mass. Annually adding snow increases the surface elevation of the ice sheet and the overall SMB, while removing snow through sublimation (moving directly from solid to gas state), calving and melting will lower both the elevation and the SMB. As surface snow is buried it becomes compacted and therefore more dense, ultimately reducing surface elevation. While ice compaction, through aging of the ice crystals, will change ice sheet elevation it will not change overall ice mass. Ice sheets are dynamic, however an ice sheet in balance will annually compact surface snow into ice (although a portion will melt or be ablated), while simultaneously adding an equivalent amount of new snow. In the map areas in balance show as white, sections nearly in balance are a pale shade of blue or pink.
What about Antarctic ice shelves? Ice shelves form around much of the perimeter of Antarctica (shown in light grey in the app image) where ice flows off the land. Acting like barricades for the ice sheet behind them, they provide back stress to slow ice flow off the continent. Their direct contact with the ocean makes them susceptible to melting from a warming ocean. Recently scientists have studied increased melt at the base of the Antarctic ice shelves, citing this as a major source of ice loss. This melting weakens the ice shelves and can cause their collapse, which allows more ice to flow off the land into the ocean. For more on this topic see the map called Thwaites ice shelf is melting from below
permanent floating sheets of ice that connect to a landmass
How do scientists study it? Scientists monitoring change in the Antarctic ice sheet measure ice surface elevation, ice speed, surface melt and overall ice mass. Although each of these measurements can help tell us how the ice sheet is responding to climate change and assist us in predicting rates of sea level change, the method used to assess rates of ice sheet thinning in the app is lidar collected from the NASA Ice, Cloud and land Elevation satellites 2003-2019. ICESat 1 operated 2003-2209 and ICESat 2 operated 2018 to present. Between the two satellites NASA ran a data collection program called IceBridge using aeroplanes flying over the ice sheet to collect similar data for over a decade until 2018 when ICESat II was launched with increased imaging capabilities.
How does LIDAR work? The technique involves sending and retrieving short laser pulses or LiDAR from the satellites. Like radar, LiDAR relies on timing the delay between sending and receiving light pulses to the Earth's surface. ICESat 2 carries two lasers (a primary and a back up) sending out 10,000 pulses a second. This is astounding when compared to ICESat 1 which operated until 2009, sending out 40 pulses a second! Each ICESat 2 pulse sends out 20 trillion photons but given the vast area only a dozen or so return to the telescope! The very fast rate of transmission allows measurements to be collected every 0.75 m along the ice sheet surface! Computer programs are in place to collect the returning photons and calculate the position of the satellite, time traveled, speed of light and ultimately use this to calculate ice surface, and to track changes in the height of the ice surface relative to a set reference period.
2.5 feet
What about Thwaites Glacier? When a glacier is stable it has a relatively constant balance of inputs and outputs from snowfall. West Antarctica is currently not stable, it is thinning at rates of up to 5 meters a year, and overall losing mass. One of the fastest changing areas of the Antarctic ice sheet is the region including Thwaites and Pine Island Glacier where the Amundsen Sea borders West Antarctica (the region shown in the image below). In the image, the combination of glaciers shown in red pulls ice from deep in the interior, draining a large section of the West Antarctic ice sheet. Ice losses measured through through ICESat LIDAR shows 118 billion tonnes of grounded-ice loss per year for all of Antarctica with an incredible 83 billion tons from the Thwaites catchment area. This far excedes every other Antarctic catchment area, with Pine Island being the only catchment close at 63 billion tons of loss. Recall that grounded ice is what contributes to changes in sea level.
Light Detecting and Ranging
the measurement of height or altitude
What can we learn from the map? In the app zoom out until you can see the full continent of Antarctica. The red and orange colors show areas where the ice surface is lowering. These are primarily areas at low elevations near the edges of the ice sheets and fast flowing glaciers. The blue colors show areas where the ice surface height is increasing. This can be from either an increase or redistribution in snowfall, or a slow-down in ice speed, you will see that much of Antarctica seems to be colored in blue, especially the largest part of the continent, East Antarctica. One are in particular that shows a deep blue is a section just to the West of the Thwaites glacier catchment. This deep blue swath is a blocked or stalled ice stream, known as Kamb Ice Stream. Once a fast flowing area of the Antarctic Ice Sheet it slowed considerably a~ 200 years ago. Historically the center of Antarctica was poorly covered by satellites so this large area is grey. Newer satellites have added improved coverage. The light grey areas around the edges of the continent are the ice shelves (described in a section above) and not included in this data map. Where do you see the largest areas of ice sheet thinning? Click on the map to see the actual amounts of loss. What do you think, is Thwaites an area scientists should be studying?
Data Source
Additional information


Julián García
is a computational scientist. He is a Lecturer at the
Faculty of Information Technology at Monash University,
where he uses computers to understand evolution and teaches Computer Programming and Computational Science.
Before moving to Australia he lived in Colombia, the Netherlands and Germany.


Defining parameters
% Choosing tire TireModel = TirePacejka(); % Choosing vehicle VehicleModel = VehicleSimpleNonlinear();
In this case, no parameter is defined. So, the default values are used.
Now, we have two variables defined. The first one is the tire model (Pacejka) and the second one is the vehicle model (Vehicle simple nonlinear).
The System is completely defined once we attribute the chosen tire model to the vehicle object.
VehicleModel.tire = TireModel;
Choosing the simulation time span
T = 6; % Total simulation time [s] resol = 50; % Resolution TSPAN = 0:T/resol:T; % Time span [s]
To define a simulation object (simulator) the arguments must be the vehicle object and the time span. The default parameters of the simulation object can be found in Simulator.
simulator = Simulator(VehicleModel, TSPAN);
Changing initial conditions of the simulation object
simulator.ALPHAT0 = -0.2; % Initial side slip angle [rad] simulator.dPSI0 = 0.7; % Initial yaw rate [rad/s]
Run simulation
simulator.Simulate();
Results
The time history of each state is stored in separate variables. Retrieving states
XT = simulator.XT; YT = simulator.YT; PSI = simulator.PSI; VEL = simulator.VEL; ALPHAT = simulator.ALPHAT; dPSI = simulator.dPSI;
Plotting the states
f1 = figure(1); grid on ; box on plot(TSPAN,XT,'linewidth',1) xlabel('time [s]') ylabel('Distance in the x direction [m]')
f2 = figure(2); grid on ; box on plot(TSPAN,YT,'linewidth',1) xlabel('time [s]') ylabel('Distance in the y direction [m]')
f3 = figure(3); grid on ; box on plot(TSPAN,PSI,'linewidth',1) xlabel('time [s]') ylabel('Yaw angle [rad]')
f4 = figure(4); grid on ; box on plot(TSPAN,VEL,'linewidth',1) xlabel('time [s]') ylabel('Velocity [m/s]')
f5 = figure(5); grid on ; box on plot(TSPAN,ALPHAT,'linewidth',1) xlabel('time [s]') ylabel('Vehicle slip angle [rad/s]')
f6 = figure(6); grid on ; box on plot(TSPAN,dPSI,'linewidth',1) xlabel('time [s]') ylabel('Yaw rate [rad/s]')
Frame and animation
g = Graphics(simulator); g.Frame(); g.Animation();


Forwarding is used to redistribute incoming mail to one or more other addresses, including remote addresses too. In contrast to a mailing list, if delivery to any of the destination addresses fails, then the bounce message goes to the original sender, not to a third person, like a mailing list owner.
NOTE: Before first configuring forwarding to a remote address, you must configure the SRS module. See First steps.

For example if you want that all mails sent to the address<EMAIL_ADDRESS>be
forwarded to<EMAIL_ADDRESS>and<EMAIL_ADDRESS>, then insert the following line:
<EMAIL_ADDRESS><EMAIL_ADDRESS>"customer@example.net"), ...


| DOSE: |
14 g |
oral |
Nutmeg |
(liquid) |
I heard about nutmeg and thought I'd give it a whirl alongside a few trusted companions. We had read up extensively on it and I think the most notable thing we took away from our research was that it has an atrocious taste and highly oily nature. Before we embarked on the experience we chatted with several people about what we'd be doing and someone suggested we try incorporating lemons into our preparation, as the acid in lemons would go a long way toward cutting the oil in the nutmeg. It was a great suggestion. We bought fresh nuts and then threw them into the blender along with fresh lemons and sugar.
We had heard a 'full' dosage was about 1 gram per 10 lbs of body weight. Being the first time and all, and knowing some of the very powerful and potentially unpleasant effects of myristic acid, we chilled and did about a 2/3 dosage or so. Anyway, blending the nuts with the lemons and sugar was fantastic, considering the alternatives.  But the lemons really killed the oil and it was like lemonade but kinda shitty, but tolerable.
We drank it down and within a few hours was real messed up but in a good way. Several hours later got real spaced and tripped out to medeski martin and wood.  Also felt very paranoid and anxious for those days. It was fucked. Good experience overall, not entirely sure if I'd really do it again, since there are better and less unpleasant things out there to do. I would however try maybe 1/4 dosage, I think that'd probably leave me feeling kind of giddy and high but probably without most of the long lasting effects.
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.


The flow cell project began at UBC in 2016 as a research project, intended to research the viability of using a flow-assisted Zinc - Nickel oxide battery as a means of energy storage. Essentially, the flow cell is a rechargeable battery, with some different properties that make it an interesting research topic.
Conventional rechargeable batteries use stationary (i.e. non-flowing) solutions, with environmentally harmful materials, such as those in lead-acid or lithium-ion batteries. These batteries are used for a certain number of charge-discharge cycles with a certain efficiency. When applying a flowing electrolytic solution to a normal battery, the energy efficiency of it is greatly increased, due to the electrodes' increased exposure to the ions in solution. This is the main benefit of using flow cells instead of conventional rechargeable batteries.
In addition, the materials used in making conventional batteries are normally quite toxic or environmentally harmful. Our flow cell uses Zinc and Nickel oxide with KOH and ZnO solutions, which are all non-toxic, giving us another reason to look into the viability of these cells.
Our goal in this project is to vary the parameters of the cell, such as cell geometry and electrolyte flow, in order to optimize cell performance. We will also be researching how to tackle the issue of dendritic growth (see "Technology" section below for details). Eventually, we would like to build a microgrid of flow batteries on campus.
Shams Elnawawi
Project Leader
This section gives some more information about the technicalities of the flow cell.
As mentioned before, our flow cell uses Zinc and Nickel oxide, with a flowing solution of ZnO in aqueous KOH. This operates as a normal electrochemical cell, with the zinc dissolving and depositing onto a copper substrate. (Note: the reactions are summarized below) When charging, the electron surplus at the copper anode will cause the Zn(OH)42- ions to form solid Zn and 4 OH- groups. The Zn deposits are said to be dendritic, due to their growth pattern. Dendritic growth is random and very difficult to control, meaning that any unusual growth can touch something else in the cell and cause an internal short, which is a large obstacle for advancements in flow cell technology.
While discharging, the Zn deposits dissolve and combine with OH- ions to form Zn(OH)42-, causing electrons to be released through the substrate and therefore creating current.
Not surprisingly, the mechanics of the flow cell are all about the flow of solution through the cell. We use a 12-24V DC peristaltic pump to pump the solution through, because peristaltic pumps don't actually come in contact with the fluid being pumped. The solution's flowrate will affect dendritic growth and the cell's efficiency, which is why we are also using a variable power supply. The benefit of this is we can change the voltage going to the pump, which will change the flowrate of solution.
Our cell is made of laser-cut acrylic sheets glued together using acrylic adhesives, which allows us to see what's going on with the electrodes during operation. This helps us develop our methods of dendrite suppression, and keeps the cell relatively light.
Since this project is focused on energy storage, there is huge potential to include microelectronic technology, such as Arduino boards and printed circuit boards. We haven't integrated this technology into the project just yet, but we will! Some examples of what we can do include using an Arduino to control the pump's flow direction, using circuits to display the voltage available in the battery in real-time, or even automating the flow cell's charge-discharge cycles.
Since we're trying to optimize the cell's performance, the shape of the cell itself will have an impact on the cell's electrochemistry. At the moment, our cell is box-shaped, with an inlet and outlet on opposite sides of the cell. Design is one of the most important aspects of engineering, and so we will be incorporating design processes and prototyping technology into the project, to give team members a valuable experience.
We'd love your feedback!
Envision has meetings every Saturday at noon. Swing by for a cup of , or send me an email!


http://www.susangranger.com/
Susan Granger's "LOVE'S LABOUR'S LOST" (Miramax Films)
Having done "Henry V," "Hamlet" and "Much Ado About Nothing" on film, Kenneth Branagh, who comes from working-class background, continues his determination make Shakespeare more relevant to contemporary audiences. This time, he punctuates the Bard with '30s and '40s musical numbers. Set in Europe in 1939, just before the outbreak of W.W.II, the romantic comedy begins when the King of Navarre (Alessandro Nivola) and three companions (Kenneth Branagh, Matthew Lillard, Adrian Lester) swear to shun all distractions and study for three years. But no sooner have they made their monastic vows than the Princess of France (Alicia Silverstone) and three lovely ladies-in-waiting (Emily Mortimer, Carmen Ejogo, Natascha McElhorne) show up, and the four flirtatious couples pair off to songs from Cole Porter, Irving Berlin, Jerome Kern, George and Ira Gershwin. The fact that his cast has mediocre musical ability didn't deter Branagh's enthusiasm. "It wasn't our ambition to achieve the slickness and impossible perfection of Fred Astaire and Ginger Rogers," he explains. "What we did want was abandonment to the enterprise, joy and commitment to the songs and dancing." Indeed, singing "Cheek to Cheek" mid-air, they float to the rafters of a library. Branagh wavers uncomfortably between the various styles of American musicals, attempting to combine the crisp, formal precision of Busby Berkeley's choreography with the more relaxed ambiance of Gene Kelly. Also, in his ambitious attempt to condense the narrative and combine the ensemble numbers, Branagh loses much of the comedy, except for Nathan Lane as the clown. On the Granger Movie Gauge of 1 to 10, "Love's Labour's Lost" is a whimsical 7, putting a frothy, new spin on old Will.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Toggle navigation
Menu
Akron
Coming Soon
Coming Soon
Coming Soon
Coming Soon
University of Akron Honors Printing
Just upload any file below and it will print at the Honors Computer Lab printer!
Print
Other cool stuff
Statistics
123-456-6789
feedback@comingsoon.com


A | |
| Arg [Batteries.Legacy] | |
| Array [Extlib.ExtArray] | |
| Array [BatteriesExceptionless] | |
| Array [Batteries] | |
| Array [Batteries.Legacy] | |
| Array [BatIO.Incubator] | |
| Array1 [BatBigarray] |
One-dimensional arrays.
|
| Array2 [BatBigarray] |
Two-dimensional arrays.
|
| Array3 [BatBigarray] |
Three-dimensional arrays.
|
| ArrayLabels [Batteries.Legacy] | |
B | |
| Base64 [Extlib] | |
| Base64 [Batteries] | |
| BatArray |
Array operations
|
| BatAvlTree |
Internals of ISet and IMap, usable as generic tree library
|
| BatBase64 |
Base64 codec.
|
| BatBig_int |
Operations on arbitrary-precision integers.
|
| BatBigarray |
Additional and modified functions for big arrays.
|
| BatBitSet |
Efficient bit sets.
|
| BatBool |
Operations on booleans
|
| BatBounded |
Bounded values
|
| BatBuffer |
Extensible string buffers.
|
| BatBytes |
Byte sequence operations.
|
| BatCache |
The data structure for a manual cache with keys
'a and values 'b .
|
| BatChar |
Operations on characters.
|
| BatCharParser |
Parsing character strings.
|
| BatComplex |
Additional and modified functions for complex numbers.
|
| BatConcurrent |
Definition of concurrency primitives.
|
| BatDeque |
Functional double-ended queues
|
| BatDigest |
MD5 message digest.
|
| BatDllist |
A mutable, imperative, circular, doubly linked list library
|
| BatDynArray |
Dynamic arrays.
|
| BatEnum |
Enumeration over abstract collection of elements.
|
| BatFile |
File manipulation.
|
| BatFingerTree |
This module implements a generic finger tree datastructure
as described here:
Finger Trees: A Simple General-purpose Data Structure
http://www.soi.city.ac.uk/~ross/papers/FingerTree.pdf
|
| BatFloat |
Operations on floating-point numbers.
|
| BatFormat |
Pretty printing.
|
| BatGc |
Memory management control and statistics; finalised values.
|
| BatGenlex |
A generic lexical analyzer.
|
| BatGlobal |
Mutable global variable.
|
| BatHashcons |
Hash consing of data structures
|
| BatHashtbl |
Extra functions over hashtables.
|
| BatHeap |
Functional heaps over ordered types
|
| BatIMap |
DIET Maps from integers, packed using ranges
|
| BatIO |
High-order abstract I/O.
|
| BatISet |
DIET : Discrete Interval Encoding Trees
|
| BatInnerIO |
Core of the BatIO module.
|
| BatInnerPervasives |
Operators
|
| BatInnerWeaktbl |
Weak hash table library for OCaml, with an interface compatible with
the standard Hashtbl module.
|
| BatInt |
Operations on integers.
|
| BatInt32 |
32-bit integers.
|
| BatInt64 |
64-bit integers.
|
| BatInterfaces |
Common signatures for data structures.
|
| BatLazyList |
Lazy lists of elements.
|
| BatLexing |
Simple lexing using ocaml conventions
|
| BatList |
Additional and modified functions for lists.
|
| BatLog |
Simple logging
|
| BatLogger |
Logging Library
|
| BatMap |
Association tables over ordered types.
|
| BatMarshal |
Marshaling of data structures.
|
| BatMultiMap |
Polymorphic Multi-Map.
|
| BatMultiPMap |
Polymorphic Multi-Map.
|
| BatMutex |
Locks for mutual exclusion.
|
| BatNativeint |
Processor-native integers.
|
| BatNum |
Operation on arbitrary-precision numbers.
|
| BatNumber |
A common interface for numbers.
|
| BatOo |
Operations on objects
|
| BatOptParse |
Modules for GNU
getopt(3) -style command line parsing.
|
| BatOption |
Functions for the option type.
|
| BatOrd |
An algebraic datatype for ordering.
|
| BatParserCo |
A simple parser combinator library.
|
| BatPathGen |
Filepath handling.
|
| BatPervasives |
Additional functions.
|
| BatPrintexc |
Facilities for printing exceptions.
|
| BatPrintf |
Formatted output functions (also known as unparsing).
|
| BatQueue |
First-in first-out queues.
|
| BatRMutex |
Reentrant Mutexes
|
| BatRandom |
Pseudo-random number generators (PRNG).
|
| BatRef |
Operations on references.
|
| BatRefList |
Reference on lists.
|
| BatResult |
Monadic results of computations that can raise exceptions
|
| BatReturn |
Local exceptions/labels/goto/return.
|
| BatScanf |
Formatted input functions.
|
| BatSeq |
Sequence of elements
|
| BatSet |
Sets over ordered types.
|
| BatSplay |
Maps and sets based on splay trees
|
| BatStack |
Last-in first-out stacks.
|
| BatStream |
Streams and stream parsers
|
| BatString |
String operations.
|
| BatSubstring | Substring.t is the type of substrings of a basestring, an efficient
representation of a piece of a string.
|
| BatSys |
System interface.
|
| BatText |
Heavyweight strings ("ropes")
|
| BatTuple |
Tuples.
|
| BatUChar |
Unicode characters.
|
| BatUTF8 |
UTF-8 encoded Unicode strings.
|
| BatUnit |
Operations on
unit .
|
| BatUnix |
Low-level interface to the operating system (both Unix and Windows).
|
| BatUref |
Unifiable references using destructive union-find
|
| BatVect |
Extensible vectors with constant-time append/prepend.
|
| Batteries | |
| BatteriesConfig |
The default function to open a www browser.
|
| BatteriesExceptionless | |
| BatteriesPrint | |
| BatteriesThread | |
| Big_int [Batteries] | |
| Big_int [Batteries.Legacy] | |
| Bigarray [Batteries] | |
| Bigarray [Batteries.Legacy] | |
| BitSet [Extlib] | |
| BitSet [Batteries] | |
| Bit_set [Batteries] | |
| Bool [Batteries] | |
| Bounded [Batteries.Incubator] | |
| Buf [BatUTF8] |
Buffer module for UTF-8 strings
|
| Buffer [Batteries] | |
| Buffer [Batteries.Legacy] | |
| Bytes [Batteries] | |
| Bytes [Batteries.Legacy] | |
C | |
| C [BatGenlex.Languages.Library] | |
| Cache [Batteries] | |
| Callback [Batteries.Legacy] | |
| Cap [BatteriesExceptionless.String] | |
| Cap [BatteriesExceptionless.Array] | |
| Cap [BatString] |
Capabilities for strings.
|
| Cap [BatHashtbl] |
Capabilities for hashtables.
|
| Cap [BatArray] |
Capabilities for arrays.
|
| Char [Batteries] | |
| Char [Batteries.Legacy] | |
| CharParser [Batteries] | |
| Comp [BatTuple.Tuple5] | |
| Comp [BatTuple.Tuple4] | |
| Comp [BatTuple.Tuple3] | |
| Comp [BatTuple.Tuple2] | |
| Comp [BatOrd] | |
| Comp [BatList] | |
| Comp [BatChar.Incubator] | |
| Compare [BatNumber.Numeric] | |
| Compare [BatNum] | |
| Compare [BatNativeint] | |
| Compare [BatInt64] | |
| Compare [BatInt.Safe_int] | |
| Compare [BatInt] | |
| Compare [BatFloat] | |
| Compare [BatComplex] | |
| Compare [BatBool] | |
| Compare [BatBig_int] | |
| Complex [Batteries] | |
| Complex [Batteries.Legacy] | |
| Concurrent [Batteries] | |
D | |
| Deque [Batteries] | |
| Digest [Batteries] | |
| Digest [Batteries.Legacy] | |
| Dllist [Extlib] | |
| Dllist [Batteries] | |
| DynArray [Extlib] | |
| DynArray [Batteries] | |
E | |
| Easy [BatLog] |
A simple-to-use logger with verbosity levels that outputs by
default to stderr (changeable at runtime) with the date and time
at the beginning of each log message.
|
| Enum [Extlib] | |
| Enum [BatteriesExceptionless] | |
| Enum [Batteries] | |
| Enum [BatIO.Incubator] | |
| Eq [BatTuple.Tuple5] | |
| Eq [BatTuple.Tuple4] | |
| Eq [BatTuple.Tuple3] | |
| Eq [BatTuple.Tuple2] | |
| Eq [BatOrd] | |
| Eq [BatList] | |
| Eq [BatChar.Incubator] | |
| Eq [BatArray.Incubator] | |
| EqComp [BatOrd] | |
| EqOrd [BatOrd] | |
| Exceptionless [BatString.Cap] |
Exceptionless counterparts for error-raising operations
|
| Exceptionless [BatString] |
Exceptionless counterparts for error-raising operations
|
| Exceptionless [BatStack] | |
| Exceptionless [BatSet.S] |
Operations on
Set without exceptions.
|
| Exceptionless [BatSeq] | |
| Exceptionless [BatQueue] | |
| Exceptionless [BatMap.PMap] |
Exceptionless versions of functions
|
| Exceptionless [BatMap] |
Exceptionless versions of functions
|
| Exceptionless [BatMap.S] |
Operations on
Map without exceptions.
|
| Exceptionless [BatList] |
Exceptionless counterparts for error-raising operations
|
| Exceptionless [BatLazyList.Labels] | |
| Exceptionless [BatLazyList] |
Exceptionless counterparts for error-raising operations
|
| Exceptionless [BatHashtbl.Cap] |
Operations on
BatHashtbl.Cap without exceptions.
|
| Exceptionless [BatHashtbl.S] |
Operations on
Hashtbl without exceptions.
|
| Exceptionless [BatHashtbl] |
Operations on
Hashtbl without exceptions.
|
| Exceptionless [BatEnum] |
Operations on
BatEnum without exceptions.
|
| Exceptionless [BatArray.Cap] |
Operations on
BatArray.Cap without exceptions.
|
| Exceptionless [BatArray] |
Operations on
Array without exceptions.
|
| ExtArray [Extlib] | |
| ExtHashtbl [Extlib] | |
| ExtList [Extlib] | |
| ExtString [Extlib] | |
| Extlib | |
F | |
| File [Batteries] | |
| Filename [Batteries.Legacy] | |
| FingerTree [Batteries] | |
| Float [Batteries] | |
| Format [Batteries] | |
| Format [Batteries.Legacy] | |
| Formatter [BatOptParse] |
This module contains the types and functions for implementing
custom usage message formatters.
|
G | |
| Gc [Batteries] | |
| Gc [Batteries.Legacy] | |
| Genarray [BatBigarray] |
Generic arrays (of arbitrarily many dimensions)
|
| Generic [BatFingerTree] | |
| Genlex [Batteries] | |
| Genlex [Batteries.Legacy] | |
| Global [Extlib] | |
| Global [Batteries] | |
H | |
| H [BatHashcons] |
Hashing utilities
|
| Hashcons [Batteries] | |
| Hashtbl [Extlib.ExtHashtbl] | |
| Hashtbl [BatteriesExceptionless] | |
| Hashtbl [Batteries] | |
| Hashtbl [Batteries.Legacy] | |
| Heap [Batteries] | |
I | |
| IMap [Batteries] | |
| IO [Extlib] | |
| IO [Batteries] | |
| ISet [Batteries] | |
| IString [BatString] |
uses icompare as ordering function
|
| Incubator [Batteries] | |
| Incubator [BatSet] |
Incubator
|
| Incubator [BatRandom] | |
| Incubator [BatOrd] | |
| Incubator [BatIO] | |
| Incubator [BatChar] | |
| Incubator [BatArray] | |
| Index [BatRefList] |
Functions that operate on the element at index
i in a list (with
indices starting from 0).
|
| Infix [BatSet.PSet] | |
| Infix [BatSet] | |
| Infix [BatSet.S] | |
| Infix [BatSeq] | |
| Infix [BatResult] |
This infix module provides the operator
(>>=)
|
| Infix [BatPathGen.PathType] |
As other Operators modules in batteries are named "Infix" we provide Infix as well.
|
| Infix [BatParserCo] |
Infix submodule regrouping all infix operators
|
| Infix [BatOption] | |
| Infix [BatNumber.Numeric] | |
| Infix [BatNum] | |
| Infix [BatNativeint] | |
| Infix [BatMultiPMap] |
Infix operators over a
BatMultiPMap
|
| Infix [BatMultiMap] |
Infix operators over a
BatMultiPMap
|
| Infix [BatMap.PMap] |
Infix operators over a
BatMap.PMap
|
| Infix [BatMap] |
Infix operators over a
BatPMap
|
| Infix [BatMap.S] |
Infix operators over a
BatMap
|
| Infix [BatList] |
Infix submodule regrouping all infix operators
|
| Infix [BatLazyList] |
Infix submodule regrouping all infix operators
|
| Infix [BatInt64] | |
| Infix [BatInt.Safe_int] | |
| Infix [BatInt] | |
| Infix [BatIMap] |
Infix operators over a
BatIMap
|
| Infix [BatHashtbl.S] |
Infix operators over a
BatHashtbl
|
| Infix [BatHashtbl] |
Infix operators over a
BatHashtbl
|
| Infix [BatFloat] | |
| Infix [BatEnum] | |
| Infix [BatComplex] | |
| Infix [BatChar] |
Infix submodule regrouping all infix operators
|
| Infix [BatBounded.BoundedNumericType] | |
| Infix [BatBool] | |
| Infix [BatBig_int] | |
| Input [BatInnerIO] | |
| Int [Batteries] | |
| Int32 [Batteries] | |
| Int32 [Batteries.Legacy] | |
| Int64 [Batteries] | |
| Int64 [Batteries.Legacy] | |
| IntSet [BatteriesPrint] | |
| Interfaces [Batteries] | |
L | |
| LExceptionless [BatList.Labels] | |
| LExceptionless [BatEnum.Labels] | |
| LExceptionless [BatArray.Labels] | |
| Labels [BatteriesExceptionless.LazyList] | |
| Labels [BatteriesExceptionless.Enum] | |
| Labels [BatteriesExceptionless.List] | |
| Labels [BatteriesExceptionless.Array] | |
| Labels [BatSet.S] |
Operations on
Set with labels.
|
| Labels [BatOption] |
Operations on options, with labels.
|
| Labels [BatMap.S] |
Operations on
Map with labels.
|
| Labels [BatList] |
Operations on
List with labels.
|
| Labels [BatLazyList] |
Operations on
LazyList with labels.
|
| Labels [BatHashtbl.Cap] |
Operations on
BatHashtbl.Cap with labels.
|
| Labels [BatHashtbl.S] |
Operations on
Hashtbl with labels.
|
| Labels [BatHashtbl] |
Operations on
Hashtbl with labels.
|
| Labels [BatEnum] |
Operations on
BatEnum with labels.
|
| Labels [BatArray.Cap] |
Operations on
BatArray.Cap with labels.
|
| Labels [BatArray] |
Operations on
Array with labels.
|
| Languages [BatGenlex] | |
| LargeFile [BatUnix] |
File operations on large files.
|
| Lazy [Batteries.Legacy] | |
| LazyList [BatteriesExceptionless] | |
| LazyList [Batteries] | |
| Legacy [Batteries] | |
| Lexing [Batteries] | |
| Lexing [Batteries.Legacy] | |
| Library [BatGenlex.Languages] | |
| List [Extlib.ExtList] | |
| List [BatteriesExceptionless] | |
| List [Batteries] | |
| List [Batteries.Legacy] | |
| List [BatIO.Incubator] | |
| ListLabels [Batteries.Legacy] | |
| Log [Batteries.Incubator] | |
| Logger [Batteries] | |
M | |
| Make [BatSet] |
Functor building an implementation of the set structure
given a totally ordered type.
|
| Make [BatPathGen] |
Constructs path handling module for string-like type and its operations given in
S .
|
| Make [BatMap] |
Functor building an implementation of the map structure
given a totally ordered type.
|
| Make [BatLog] |
Build a logger module with custom, fixed output, prefix and flags
|
| Make [BatInnerWeaktbl] |
Functor building an implementation of the hashtable structure.
|
| Make [BatHeap] |
Functorized heaps over arbitrary orderings.
|
| Make [BatHashtbl] |
Functor building an implementation of the hashtable structure.
|
| Make [BatGenlex.Languages] | |
| Make [BatBounded] |
Functor to build an implementation of a bounded type given the bounded
values definition
M
|
| Make2 [BatSet] | |
| MakeCompare [BatNumber] | |
| MakeInfix [BatNumber] | |
| MakeLock [BatConcurrent] | |
| MakeNumeric [BatNumber] | |
| MakeNumeric [BatBounded] | |
| MakeRefOps [BatNumber] |
Automated definition of reference operators for a given numeric
type
|
| MakeTable [BatHashcons] | |
| Make_lev [BatLog] |
Make your own level-based logger, like
Easy
|
| Map [BatteriesExceptionless.Splay] | |
| Map [BatteriesExceptionless] | |
| Map [Batteries] | |
| Map [Batteries.Legacy] | |
| Map [BatSplay] | |
| Marshal [Batteries] | |
| Marshal [Batteries.Legacy] | |
| Monad [BatResult] | |
| Monad [BatOption] |
This module provides everything needed to write and execute computations
in the Option monad.
|
| Monad [BatEnum] |
The BatEnum Monad
|
| MoreLabels [Batteries.Legacy] | |
| MultiMap [Batteries] | |
| MultiPMap [Batteries] | |
| Mutex [BatteriesThread] | |
N | |
| Nativeint [Batteries] | |
| Nativeint [Batteries.Legacy] | |
| NoLock [BatConcurrent] | |
| Num [Batteries] | |
| Num [Batteries.Legacy] | |
| NumString [BatString] |
uses numeric_compare as its ordering function
|
| Number [Batteries] | |
O | |
| OCaml [BatGenlex.Languages.Library] | |
| OfString [BatPathGen] |
This implementation can be used with UTF-8, but encoding of used strings is not verified.
|
| Oo [Batteries] | |
| Oo [Batteries.Legacy] | |
| OperatorLift [BatPathGen.PathType] |
Convenience operator for lifting primitive strings to
ustring type.
|
| Operators [BatPathGen.PathType] |
Infix operators for path construction.
|
| Opt [BatOptParse] |
This module contains the basic functions and types for defining
new option types and accessing the values of options.
|
| OptParse [Extlib] | |
| OptParser [BatOptParse] |
This module contains the option parser itself.
|
| Option [Extlib] | |
| Option [Batteries] | |
| Ord [BatTuple.Tuple5] | |
| Ord [BatTuple.Tuple4] | |
| Ord [BatTuple.Tuple3] | |
| Ord [BatTuple.Tuple2] | |
| Ord [BatOrd] | |
| Ord [BatList] | |
| Ord [BatChar.Incubator] | |
| Ord [BatArray.Incubator] | |
| Output [BatInnerIO] | |
P | |
| PMap [Extlib] | |
| PMap [BatteriesExceptionless.Map] | |
| PMap [BatMap] | |
| PSet [BatSet] | |
| Parse [BatPathGen.StringType] | |
| ParserCo [Batteries] | |
| Parsing [Batteries.Legacy] | |
| PathGen [Batteries.Incubator] | |
| Printexc [Batteries] | |
| Printexc [Batteries.Legacy] | |
| Printf [Batteries] | |
| Printf [Batteries.Legacy] | |
| Private_state_enums [BatRandom.Incubator] | |
| Product [BatSet.Make2] | |
Q | |
| Queue [BatteriesExceptionless] | |
| Queue [Batteries] | |
| Queue [Batteries.Legacy] | |
R | |
| RMutex [BatteriesThread] | |
| Random [Batteries] | |
| Random [Batteries.Legacy] | |
| Ref [Batteries] | |
| RefList [Extlib] | |
| RefList [Batteries] | |
| Result [Batteries] | |
| Return [Batteries] | |
| Rev [BatOrd] | |
| RevComp [BatOrd] | |
| RevOrd [BatOrd] | |
S | |
| Safe_float [BatFloat] |
Operations on floating-point numbers, with exceptions raised in
case of error.
|
| Safe_int [BatInt] |
Safe operations on integers.
|
| Scanf [Batteries] | |
| Scanf [Batteries.Legacy] | |
| Scanning [BatScanf] |
Scanning buffers
|
| Seq [BatteriesExceptionless] | |
| Seq [Batteries] | |
| Set [Batteries] | |
| Set [Batteries.Legacy] | |
| Slot [BatPrintexc] | |
| Sort [Batteries.Legacy] | |
| Source [BatParserCo] |
A source for parsing.
|
| Splay [BatteriesExceptionless] | |
| Splay [Batteries] | |
| Stack [BatteriesExceptionless] | |
| Stack [Batteries] | |
| Stack [Batteries.Legacy] | |
| State [BatRandom.Incubator.Private_state_enums] | |
| State [BatRandom] |
Manipulate the current state of the random generator.
|
| Std [Extlib] | |
| StdLabels [Batteries.Legacy] | |
| StdOpt [BatOptParse] |
This module contains various standard options.
|
| Str [Batteries.Legacy] | |
| Stream [Batteries] | |
| Stream [Batteries.Legacy] | |
| StreamLabels [BatStream] | |
| String [Extlib.ExtString] | |
| String [BatteriesExceptionless] | |
| String [Batteries] | |
| String [Batteries.Legacy] | |
| StringLabels [Batteries.Legacy] | |
| StringSet [BatteriesPrint] | |
| Substring [Batteries] | |
| Sys [Batteries] | |
| Sys [Batteries.Legacy] | |
T | |
| TaggedInfix [BatNum] | |
| Text [Batteries] | |
| TextSet [BatteriesPrint] | |
| Tuple [Batteries] | |
| Tuple2 [Batteries] | |
| Tuple2 [BatTuple] |
Pairs.
|
| Tuple3 [Batteries] | |
| Tuple3 [BatTuple] |
Triples.
|
| Tuple4 [Batteries] | |
| Tuple4 [BatTuple] |
4-Tuples.
|
| Tuple5 [Batteries] | |
| Tuple5 [BatTuple] |
5-Tuples.
|
U | |
| UChar [Extlib] | |
| UChar [Batteries] | |
| UTF8 [Extlib] | |
| UTF8 [Batteries] | |
| Unit [Batteries] | |
| Unix [Batteries] | |
| Unix [Batteries.Legacy] | |
| Uref [Batteries] | |
V | |
| Vect [Batteries] | |
W | |
| Weak [Batteries.Legacy] | |
| WithMonad [BatEnum] |
Monadic operations on Enumerations containing monadic elements
|


Port forwarding settings
Target discovery settings
Define the listening port on your device that maps to a port accessible from your development machine.
Learn more
Specify hosts and ports of the target discovery servers.
Enable port forwarding
Done
Off


|
SX126x-Arduino
2.0.1
|
Implementation according to LoRaWAN Specification v1.0.2. More...
Functions | |
| PhyParam_t | RegionCN470GetPhyParam (GetPhyParams_t *getPhy) |
| The function gets a value of a specific phy attribute. More... | |
| void | RegionCN470SetBandTxDone (SetBandTxDoneParams_t *txDone) |
| Updates the last TX done parameters of the current channel. More... | |
| void | RegionCN470InitDefaults (InitType_t type) |
| Initializes the channels masks and the channels. More... | |
| bool | RegionCN470Verify (VerifyParams_t *verify, PhyAttribute_t phyAttribute) |
| Verifies a parameter. More... | |
| void | RegionCN470ApplyCFList (ApplyCFListParams_t *applyCFList) |
| The function parses the input buffer and sets up the channels of the CF list. More... | |
| bool | RegionCN470ChanMaskSet (ChanMaskSetParams_t *chanMaskSet) |
| Sets a channels mask. More... | |
| bool | RegionCN470AdrNext (AdrNextParams_t *adrNext, int8_t *drOut, int8_t *txPowOut, uint32_t *adrAckCounter) |
| Calculates the next datarate to set, when ADR is on or off. More... | |
| void | RegionCN470ComputeRxWindowParameters (int8_t datarate, uint8_t minRxSymbols, uint32_t rxError, RxConfigParams_t *rxConfigParams) |
| bool | RegionCN470RxConfig (RxConfigParams_t *rxConfig, int8_t *datarate) |
| Configuration of the RX windows. More... | |
| bool | RegionCN470TxConfig (TxConfigParams_t *txConfig, int8_t *txPower, TimerTime_t *txTimeOnAir) |
| TX configuration. More... | |
| uint8_t | RegionCN470LinkAdrReq (LinkAdrReqParams_t *linkAdrReq, int8_t *drOut, int8_t *txPowOut, uint8_t *nbRepOut, uint8_t *nbBytesParsed) |
| The function processes a Link ADR Request. More... | |
| uint8_t | RegionCN470RxParamSetupReq (RxParamSetupReqParams_t *rxParamSetupReq) |
| The function processes a RX Parameter Setup Request. More... | |
| uint8_t | RegionCN470NewChannelReq (NewChannelReqParams_t *newChannelReq) |
| The function processes a Channel Request. More... | |
| int8_t | RegionCN470TxParamSetupReq (TxParamSetupReqParams_t *txParamSetupReq) |
| The function processes a TX ParamSetup Request. More... | |
| uint8_t | RegionCN470DlChannelReq (DlChannelReqParams_t *dlChannelReq) |
| The function processes a DlChannel Request. More... | |
| int8_t | RegionCN470AlternateDr (AlternateDrParams_t *alternateDr) |
| Alternates the datarate of the channel for the join request. More... | |
| void | RegionCN470CalcBackOff (CalcBackOffParams_t *calcBackOff) |
| Calculates the back-off time. More... | |
| bool | RegionCN470NextChannel (NextChanParams_t *nextChanParams, uint8_t *channel, TimerTime_t *time, TimerTime_t *aggregatedTimeOff) |
| Searches and set the next random available channel. More... | |
| LoRaMacStatus_t | RegionCN470ChannelAdd (ChannelAddParams_t *channelAdd) |
| Adds a channel. More... | |
| bool | RegionCN470ChannelsRemove (ChannelRemoveParams_t *channelRemove) |
| Removes a channel. More... | |
| void | RegionCN470SetContinuousWave (ContinuousWaveParams_t *continuousWave) |
| Sets the radio into continuous wave mode. More... | |
| uint8_t | RegionCN470ApplyDrOffset (uint8_t downlinkDwellTime, int8_t dr, int8_t drOffset) |
| Computes new datarate according to the given offset. More... | |
Variables | |
| static const uint8_t | DataratesCN470 [] = {12, 11, 10, 9, 8, 7} |
| static const uint32_t | BandwidthsCN470 [] = {125000, 125000, 125000, 125000, 125000, 125000} |
| static const uint8_t | MaxPayloadOfDatarateCN470 [] = {51, 51, 51, 115, 222, 222} |
| static const uint8_t | MaxPayloadOfDatarateRepeaterCN470 [] = {51, 51, 51, 115, 222, 222} |
Implementation according to LoRaWAN Specification v1.0.2.
| #define CN470_MAX_NB_CHANNELS 96 |
LoRaMac maximum number of channels
| #define CN470_TX_MIN_DATARATE DR_0 |
Minimal datarate that can be used by the node
| #define CN470_TX_MAX_DATARATE DR_5 |
Maximal datarate that can be used by the node
| #define CN470_RX_MIN_DATARATE DR_0 |
Minimal datarate that can be used by the node
| #define CN470_RX_MAX_DATARATE DR_5 |
Maximal datarate that can be used by the node
| #define CN470_DEFAULT_DATARATE DR_0 |
Default datarate used by the node
| #define CN470_MIN_RX1_DR_OFFSET 0 |
Minimal Rx1 receive datarate offset
| #define CN470_MAX_RX1_DR_OFFSET 3 |
Maximal Rx1 receive datarate offset
| #define CN470_DEFAULT_RX1_DR_OFFSET 0 |
Default Rx1 receive datarate offset
| #define CN470_MIN_TX_POWER TX_POWER_7 |
Minimal Tx output power that can be used by the node
| #define CN470_MAX_TX_POWER TX_POWER_0 |
Maximal Tx output power that can be used by the node
| #define CN470_DEFAULT_TX_POWER TX_POWER_0 |
Default Tx output power used by the node
| #define CN470_DEFAULT_MAX_EIRP 19.15f |
Default Max EIRP
| #define CN470_DEFAULT_ANTENNA_GAIN 2.15f |
Default antenna gain
| #define CN470_ADR_ACK_LIMIT 64 |
ADR Ack limit
| #define CN470_ADR_ACK_DELAY 32 |
ADR Ack delay
| #define CN470_DUTY_CYCLE_ENABLED 0 |
Enabled or disabled the duty cycle
| #define CN470_MAX_RX_WINDOW 3000 |
Maximum RX window duration
| #define CN470_RECEIVE_DELAY1 1000 |
Receive delay 1
| #define CN470_RECEIVE_DELAY2 2000 |
Receive delay 2
| #define CN470_JOIN_ACCEPT_DELAY1 5000 |
Join accept delay 1
| #define CN470_JOIN_ACCEPT_DELAY2 6000 |
Join accept delay 2
| #define CN470_MAX_FCNT_GAP 16384 |
Maximum frame counter gap
| #define CN470_ACKTIMEOUT 2000 |
Ack timeout
| #define CN470_ACK_TIMEOUT_RND 1000 |
Random ack timeout limits
| #define CN470_RX_WND_2_FREQ 505300000 |
Second reception window channel frequency definition.
| #define CN470_RX_WND_2_DR DR_0 |
Second reception window channel datarate definition.
| #define CN470_MAX_NB_BANDS 1 |
LoRaMac maximum number of bands
| #define CN470_BAND0 |
Band 0 definition { DutyCycle, TxMaxPower, LastTxDoneTime, TimeOff }
| #define CN470_FIRST_RX1_CHANNEL ((uint32_t)500300000) |
Defines the first channel for RX window 1 for CN470 band
| #define CN470_LAST_RX1_CHANNEL ((uint32_t)509700000) |
Defines the last channel for RX window 1 for CN470 band
| #define CN470_STEPWIDTH_RX1_CHANNEL ((uint32_t)200000) |
Defines the step width of the channels for RX window 1
| PhyParam_t RegionCN470GetPhyParam | ( | GetPhyParams_t * | getPhy | ) |
The function gets a value of a specific phy attribute.
| getPhy | Pointer to the function parameters. |
| Returns | a structure containing the PHY parameter. |
| void RegionCN470SetBandTxDone | ( | SetBandTxDoneParams_t * | txDone | ) |
Updates the last TX done parameters of the current channel.
| txDone | Pointer to the function parameters. |
| void RegionCN470InitDefaults | ( | InitType_t | type | ) |
Initializes the channels masks and the channels.
| type | Sets the initialization type. |
| bool RegionCN470Verify | ( | VerifyParams_t * | verify, |
| PhyAttribute_t | phyAttribute | ||
| ) |
Verifies a parameter.
| verify | Pointer to the function parameters. |
| phyAttribute | Sets the initialization type. |
| Returns | true, if the parameter is valid. |
| void RegionCN470ApplyCFList | ( | ApplyCFListParams_t * | applyCFList | ) |
The function parses the input buffer and sets up the channels of the CF list.
| applyCFList | Pointer to the function parameters. |
| bool RegionCN470ChanMaskSet | ( | ChanMaskSetParams_t * | chanMaskSet | ) |
Sets a channels mask.
| chanMaskSet | Pointer to the function parameters. |
| Returns | true, if the channels mask could be set. |
| bool RegionCN470AdrNext | ( | AdrNextParams_t * | adrNext, |
| int8_t * | drOut, | ||
| int8_t * | txPowOut, | ||
| uint32_t * | adrAckCounter | ||
| ) |
Calculates the next datarate to set, when ADR is on or off.
| adrNext | Pointer to the function parameters. |
| drOut | The calculated datarate for the next TX. |
| txPowOut | The TX power for the next TX. |
| adrAckCounter | The calculated ADR acknowledgement counter. |
| Returns | true, if an ADR request should be performed. |
| void RegionCN470ComputeRxWindowParameters | ( | int8_t | datarate, |
| uint8_t | minRxSymbols, | ||
| uint32_t | rxError, | ||
| RxConfigParams_t * | rxConfigParams | ||
| ) |
Computes the Rx window timeout and offset.
| datarate | Rx window datarate index to be used |
| minRxSymbols | Minimum required number of symbols to detect an Rx frame. |
| rxError | System maximum timing error of the receiver. In milliseconds The receiver will turn on in a [-rxError : +rxError] ms interval around RxOffset |
| rxConfigParams | Returns updated WindowTimeout and WindowOffset fields. |
| bool RegionCN470RxConfig | ( | RxConfigParams_t * | rxConfig, |
| int8_t * | datarate | ||
| ) |
Configuration of the RX windows.
| rxConfig | Pointer to the function parameters. |
| datarate | The datarate index which was set. |
| Returns | true, if the configuration was applied successfully. |
| bool RegionCN470TxConfig | ( | TxConfigParams_t * | txConfig, |
| int8_t * | txPower, | ||
| TimerTime_t * | txTimeOnAir | ||
| ) |
TX configuration.
| txConfig | Pointer to the function parameters. |
| txPower | The tx power index which was set. |
| txTimeOnAir | The time-on-air of the frame. |
| Returns | true, if the configuration was applied successfully. |
| uint8_t RegionCN470LinkAdrReq | ( | LinkAdrReqParams_t * | linkAdrReq, |
| int8_t * | drOut, | ||
| int8_t * | txPowOut, | ||
| uint8_t * | nbRepOut, | ||
| uint8_t * | nbBytesParsed | ||
| ) |
The function processes a Link ADR Request.
| linkAdrReq | Pointer to the function parameters. |
| drOut | Data rate. |
| txPowOut | TX power. |
| nbRepOut | Number of repeats. |
| nbBytesParsed | Number of parsed bytes. |
| Returns | the status of the operation, according to the LoRaMAC specification. |
| uint8_t RegionCN470RxParamSetupReq | ( | RxParamSetupReqParams_t * | rxParamSetupReq | ) |
The function processes a RX Parameter Setup Request.
| rxParamSetupReq | Pointer to the function parameters. |
| Returns | the status of the operation, according to the LoRaMAC specification. |
| uint8_t RegionCN470NewChannelReq | ( | NewChannelReqParams_t * | newChannelReq | ) |
The function processes a Channel Request.
| newChannelReq | Pointer to the function parameters. |
| Returns | the status of the operation, according to the LoRaMAC specification. |
| int8_t RegionCN470TxParamSetupReq | ( | TxParamSetupReqParams_t * | txParamSetupReq | ) |
The function processes a TX ParamSetup Request.
| txParamSetupReq | Pointer to the function parameters. |
| Returns | the status of the operation, according to the LoRaMAC specification. Returns -1, if the functionality is not implemented. In this case, the end node shall not process the command. |
| uint8_t RegionCN470DlChannelReq | ( | DlChannelReqParams_t * | dlChannelReq | ) |
The function processes a DlChannel Request.
| dlChannelReq | Pointer to the function parameters. |
| Returns | the status of the operation, according to the LoRaMAC specification. |
| int8_t RegionCN470AlternateDr | ( | AlternateDrParams_t * | alternateDr | ) |
Alternates the datarate of the channel for the join request.
| alternateDr | Pointer to the function parameters. |
| Datarate | to apply. |
| void RegionCN470CalcBackOff | ( | CalcBackOffParams_t * | calcBackOff | ) |
Calculates the back-off time.
| calcBackOff | Pointer to the function parameters. |
| bool RegionCN470NextChannel | ( | NextChanParams_t * | nextChanParams, |
| uint8_t * | channel, | ||
| TimerTime_t * | time, | ||
| TimerTime_t * | aggregatedTimeOff | ||
| ) |
Searches and set the next random available channel.
| nextChanParams | Parameters of next channel to use for TX. |
| channel | Next channel to use for TX. |
| time | Time to wait for the next transmission according to the duty cycle. |
| aggregatedTimeOff | Updates the aggregated time off. |
| Function | status [1: OK, 0: Unable to find a channel on the current datarate] |
| LoRaMacStatus_t RegionCN470ChannelAdd | ( | ChannelAddParams_t * | channelAdd | ) |
Adds a channel.
| channelAdd | Pointer to the function parameters. |
| Status | of the operation. |
| bool RegionCN470ChannelsRemove | ( | ChannelRemoveParams_t * | channelRemove | ) |
Removes a channel.
| channelRemove | Pointer to the function parameters. |
| Returns | true, if the channel was removed successfully. |
| void RegionCN470SetContinuousWave | ( | ContinuousWaveParams_t * | continuousWave | ) |
Sets the radio into continuous wave mode.
| continuousWave | Pointer to the function parameters. |
| uint8_t RegionCN470ApplyDrOffset | ( | uint8_t | downlinkDwellTime, |
| int8_t | dr, | ||
| int8_t | drOffset | ||
| ) |
Computes new datarate according to the given offset.
| downlinkDwellTime | Downlink dwell time configuration. 0: No limit, 1: 400ms |
| dr | Current datarate |
| drOffset | Offset to be applied |
| newDr | Computed datarate. |
|
static |
Data rates table definition
|
static |
Bandwidths table definition in Hz
|
static |
Maximum payload with respect to the datarate index. Cannot operate with repeater.
|
static |
Maximum payload with respect to the datarate index. Can operate with repeater.


JIANZE SURGICAL SCRUB BRUSH NAIL CLEANER - povidone-iodine sponge
Changzhou Jianze Sanitary Material Co., Ltd.
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
|
JIANZE SURGICAL SCRUB BRUSH NAIL CLEANER
povidone-iodine sponge | ||||||||||||||||||||
| ||||||||||||||||||||
| ||||||||||||||||||||
| ||||||||||||||||||||
| ||||||||||||||||||||
|
| Labeler - Changzhou Jianze Sanitary Material Co., Ltd. (421279569) |
| Registrant - Changzhou Jianze Sanitary Material Co., Ltd. (421279569) |
| Establishment | |||
| Name | Address | ID/FEI | Business Operations |
|---|---|---|---|
| Changzhou Jianze Sanitary Material Co., Ltd. | 421279569 | manufacture |


public class GuiRobot
extends org.testfx.api.FxRobot
FxRobot
by adding some customized functionality and workarounds.
| Constructor | Description |
|---|---|
GuiRobot()
|
| Modifier and Type | Method | Description |
|---|---|---|
int |
getNumberOfWindowsShown(java.lang.String stageTitle)
|
Returns the number of windows with
stageTitle that
are currently open.
|
javafx.stage.Stage |
getStage(java.lang.String stageTitle)
|
Returns the first stage, ordered by proximity to the current
target window, with the stage title.
|
boolean |
isHeadlessMode()
|
Returns true if tests are run in headless mode.
|
boolean |
isWindowShown(java.lang.String stageTitle)
|
Returns true if the window with
stageTitle is
currently open.
|
void |
pauseForHuman()
|
Pauses execution for
PAUSE_FOR_HUMAN_DELAY_MILLISECONDS milliseconds for a human to
examine the
effects of the test.
|
void |
waitForEvent(java.util.function.BooleanSupplier event)
|
Waits for
event to be true by DEFAULT_WAIT_FOR_EVENT_TIMEOUT_MILLISECONDS
milliseconds.
|
void |
waitForEvent(java.util.function.BooleanSupplier event,
int timeOut) |
Waits for
event to be true. |
bounds, bounds, bounds, bounds, bounds, bounds, bounds, bounds, bounds, capture,
capture, capture, capture, capture, capture, clickOn, clickOn, clickOn, clickOn,
clickOn, clickOn, clickOn, clickOn, clickOn, clickOn, clickOn, closeCurrentWindow,
doubleClickOn, doubleClickOn, doubleClickOn, doubleClickOn, doubleClickOn,
doubleClickOn, doubleClickOn, doubleClickOn, doubleClickOn, doubleClickOn,
doubleClickOn, drag, drag, drag, drag, drag, drag, drag, drag, drag, drag, drag,
drop, dropBy, dropTo, dropTo, dropTo, dropTo, dropTo, dropTo, dropTo, dropTo,
dropTo, dropTo, eraseText, from, from, from, fromAll, interact, interact,
interactNoWait, interactNoWait, interrupt, interrupt, listTargetWindows,
listWindows, lookup, lookup, lookup, moveBy, moveTo, moveTo, moveTo, moveTo, moveTo,
moveTo, moveTo, moveTo, moveTo, moveTo, offset, offset, offset, offset, offset,
offset, offset, offset, offset, point, point, point, point, point, point, point,
point, point, press, press, push, push, release, release, rightClickOn,
rightClickOn, rightClickOn, rightClickOn, rightClickOn, rightClickOn, rightClickOn,
rightClickOn, rightClickOn, rightClickOn, rightClickOn, robotContext, rootNode,
rootNode, rootNode, scroll, scroll, scroll, scroll, scroll, sleep, sleep, targetPos,
targetWindow, targetWindow, targetWindow, targetWindow, targetWindow, targetWindow,
targetWindow, targetWindow, type, type, window, window, window, window, window,
window, write, write, write
clickOn, clickOn, clickOn, clickOn, clickOn, clickOn, clickOn, clickOn, clickOn,
clickOn, doubleClickOn, doubleClickOn, doubleClickOn, doubleClickOn, doubleClickOn,
doubleClickOn, doubleClickOn, doubleClickOn, doubleClickOn, doubleClickOn, moveBy,
moveTo, moveTo, moveTo, moveTo, moveTo, moveTo, moveTo, moveTo, moveTo, moveTo,
moveTo, moveTo, offset, offset, offset, offset, offset, offset, offset, offset,
offset, rightClickOn, rightClickOn, rightClickOn, rightClickOn, rightClickOn,
rightClickOn, rightClickOn, rightClickOn, rightClickOn, rightClickOn
public void pauseForHuman()
PAUSE_FOR_HUMAN_DELAY_MILLISECONDS
milliseconds for a human to examine the
effects of the test. This method will be disabled when the GUI tests are executed in
headless mode to avoid
unnecessary delays.
public boolean isHeadlessMode()
public void waitForEvent(java.util.function.BooleanSupplier event)
event
to be true by DEFAULT_WAIT_FOR_EVENT_TIMEOUT_MILLISECONDS
milliseconds.
guitests.GuiRobot.EventTimeoutException
- if the time taken exceeds
DEFAULT_WAIT_FOR_EVENT_TIMEOUT_MILLISECONDS
milliseconds.
public void waitForEvent(java.util.function.BooleanSupplier event, int timeOut)
event
to be true.timeOut
- in millisecondsguitests.GuiRobot.EventTimeoutException
- if the time taken exceeds
timeOut
.
public boolean isWindowShown(java.lang.String stageTitle)
stageTitle
is currently
open.
public int getNumberOfWindowsShown(java.lang.String stageTitle)
stageTitle
that are
currently open.
public javafx.stage.Stage getStage(java.lang.String stageTitle)
StageNotFoundException
- if the stage is not found.


Children's Hospital Charity Run 12 hour
Woodsfield OH//USA
Race Winners
(32 runnings)
06
Oct
2007
2006
01 Oct
2005
2004
2003
05
Oct
2002
06
Oct
2001
07
Oct
2000
02 Oct
1999
03
Oct
1998
04
Oct
1997
05
Oct
1996
1995
01 Oct
1994
02 Oct
1993
03
Oct
1992
1991
06
Oct
1990
07
Oct
1989
1988
10 Oct
1987
18 Oct
1986
1985
1984
1983
1982
1981
Notes: 1978 was the inaugural year. This event was for 24 hours thru at
least 2002. Dates are the dates for the race starts. Distances are
given in kilometers. Course is a one mile paved loop.
03 Oct
2009
106.2
Justin Wickham (OH/USA)
77.2
Lori
Michener-4
05 Oct
2008
106.2
Tom Mays
72.4
Ruta
Mazelis-5
109.4
Regis
Shivers-2
80.4
Lori
Michener-3
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
185.0
Roy Heger
144.8
Lori
Michener-2
185.0
Ron Grimes
122.3
Ruta
Mazelis-4
167.4
Bo Pfeffer
85.2
Lori Michener (OH/USA)
135.1
Charlie Kozlesky-3
152.8
Cathy
Fieseler-2
162.5
Dirk
Sanders-4
131.9
Cathy Fieseler
160.9
Charlie Kozlesky-2
16.1
Ruta
Mazelis-3
178.6
Regis Shivers
164.1
Ruta
Mazelis-2
---
n/a
---
n/a
177.0
Dirk
Sanders-3
165.7
Charlie Kozlesky
160.9
Ruta Mazelis
180.2
Phil Freeland
---
n/a
---
n/a
179.4
Norm Roof
177.0
Harlow Aikens
---
n/a
---
n/a
188.3
Dirk
Sanders-2
113.4
Irene
Schoeller-2
179.4
Dirk Sanders
88.5
Irene Schoeller
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
1980
---
n/a
---
n/a
1979
---
n/a
---
n/a
1978
---
n/a
---
n/a
Most Wins
(1978/date)
Men
4
Dirk Sanders
1986-87,1994,1998
Women
5
Ruta Mazelis
1993,1996-97,2001,2008
Prize Money
(ADR qualified runners)
Prize money has not been awarded at this race according to available information.
Race Time Bias
(sec/km)
The race time bias is not calculated for distances beyond the marathon.
Competitive Level
(1990-date)
Insufficient data to calculate the competitive level.
Last Updated on 03 Sep 2012
Contributor: Joe Winch (50)


With over 15 years of clinical experience as Sport Physiotherapist & RMT and more than 16 years involved in endurance competitions as Ironman triathlons and ultra-races, Alvaro have achieved a great experience on the field.
His passion is to combine all his expertise and knowledge about Physiotherapy, Physiology, Biomechanics and Functionality of the human body into the best outcome for his clients from both holistic and clinical perspective, providing you a compressive view from a real experience.
Alvaro’s has a genuine talent in soft tissue treatments when we talk about hip’s and knee’s pathologies or mechanic dysfunctions.
If you are looking for a way to take back control of your health, or just prefer to bring your yoga practise to the next level, then our One-on-One lessons may be just what you need.
Whether you want to lose weight or improve your fitness level, Alvaro with his extensive knowledge and experience will develop tailored program based on your goals and expectations.
A Life Coaching program will focus on goal setting, creating positive outcomes by learning how to manage your own personal grow.
Most of the time I am unable to answer the phone calls, best way to reach me out will be by sending a text on<PHONE_NUMBER> or email with the following details:
I will get back to you ASAP. Otherwise, book for a 5 min free consultation.


"A good name is better than riches"
The Akan people of Ghana frequently name their children after the day of the week they were born and the order in which they were born. These "day names" have further meanings concerning the soul and character of the person. Middle names have considerably more variety and can refer to their birth order, twin status, or an ancestor's middle name.
This naming tradition is shared throughout West Africa and the African diaspora. During the 18th–19th centuries, slaves in the Caribbean from the region that is modern-day Ghana were referred to as Coromantees. Many of the leaders of slave rebellions had "day names" including Cuffy or Kofi, Cudjoe or Kojo, and Quamina or Kwame/Kwamina. Most Ghanaians have at least one name from this system, even if they also have an English or Christian name. Notable figures with day names include Ghana's first president Kwame Nkrumah and former United Nations Secretary-General Kofi Annan.
This AKAN NAME GENERATOR works to use your birthday and gender to generate your TRUE akan name and take you back to your roots
CLICK HERE TO BEGIN YOUR JOURNEY TO THE PAST


Sign up
Username:
Password:
Full Name:
Email Address
Cohort
Current Status:
GitHub ID:
Login to your account →


Exterior Parking Lot
Exterior
Entry Atrium
Left of Entry Atrium
BBM/Talking Books
BBM
Bookmobile Area Int
Bookmobile Ext
Community Engagement
SCS 1
SCS 2
Hallway
Material Sorting
Receiving/Acquisitions
Acquisitions
Technical Services
Right of Entry Atrium


Movie Reviews
Title
Release Date
Rating
Serenity
2000
5+
Toy Story
1998
5
Cosplay Conference
Time
Friday
Saturday
Sunday
9:00
Registration
10:00
dance
photos
autographs
11:00
Judging
Awards
Tentative schedule--more to come
Example of Styling thead and tfoot
One
Two
Thing 1
Thing 2
Another one
Three more
Two things
Four things


Create a new project in the database¶
The project creation app in the Clinical Knowledge Graph was designed to make the process straightforward and user-friendly. To create a project, please follow the steps below.
Neo4j
Open neo4j desktop
Start the database
Terminal
In one terminal window:
Activate the virtual environment (if created beforehand)
$ source /path/to/virtualenvironment/bin/activate;
Start a redis-server:
$ redis-server
Warning
If redis-server is not found, install with brew install redis
(Mac) or sudo apt-get install redis-server
(Linux).
Warning
On Windows, redis-server should be installed by default (to check, go to start menu > services.msc > Redis). If that is not the case, go to https://github.com/microsoftarchive/redis/releases
, download the latest release installer (.msi file), and follow the installation instructions. Let all options as default but remember to select Add the Redis installation folder to the PATH environment variable.. To start a redis-server, make sure it is not running in ``services.msc``, and run in the command prompt: C:”Program Files”Redisredis-server
Note
C:\"Program Files"
can be replaced with the correct path where you installed Redis from the installer (.msi file).
In two separate terminal windows:
Navigate to
report_manager
in both of them
$ cd CKG/src/report_manager
Start a celery queue from the report_manager directory, in each window:
Default queue
$ celery -A worker worker -l debug
Compute queue - Report generation
$ celery -A worker worker --loglevel=DEBUG --concurrency=3 -E -Q compute
In a fourth terminal window:
Run the report manager index app:
$ cd CKG/src/report_manager
$ python index.py
This will print some warnings, which should be okay.
Warning
Make sure that your virtual environment is always activated in each terminal window, before running any other command.
Browser
Copy the url
http://localhost:5000/
into a web browser and you will be directed to a login page.Enter your username and password
This action will redirect you to the CKG home page app. From here, you can navigate to different applications, including the “Project Creation” app.
Note
Username and password will be authenticated in the CKG database. For this reason, you should have been created as a new user in the database before this step.
Project creation¶
From the CKG app home page, you can navigate to the project creation app by clicking PROJECT CREATION
or pasting the url http://localhost:5000/apps/projectCreationApp
in the browser.
Once you have been redirected, please fill in all the information needed to create a project. This includes all the fields marked with *
(mandatory). (1)
After all fields are filled in, please revise all the information and press Create Project
. (2)
The page will refresh and once finished, the project identifier will be depicted in front of the Project information
header. (3) Use this identifier to search for data related to your project.
At this stage, and if your project has been successfully created in the database, a new button will appear and the message will instruct you to download a compressed file with the experimental design and clinical data template files. To do so, please press the button “Download Clinical Data template”. (4)
Note
Each field, with the exception of Project name
, Project Acronym
,``Number of subjects``, Project Description
, Starting Date
and Ending Date
, can take multiple values. Select the most appropriate ones for your specific project.
Fill in the ExperimentalDesign_Pxxxxxxx.xlsx
file with your subject, biological sample and analytical sample identifiers. Please double-check they are correct, this information is essential to map the results correctly in the database.
The ClinicalData_Pxxxxxxx.xlsx
file needs to be filled in with all the relevant clinical data and sample information. For more instructions on how to fill in the file, please see Upload project experimental data.
To check your project in the neo4j database interface:
Open the Neo4j desktop app
Find the graph database in use and click Manage, followed by Open Browser (opens a new window).
In the new Neo4j window, click on the database symbol (top left corner) and, under Node Labels, click Project
At this point, you should be able to see all the nodes corresponding to projects loaded in the database.
To expand your project information, click on your project node and in the bottom of the window press the <
symbol. Here you will find all the attributes of the project, including the project identifier (typically “P000000xx”).


START
MONEY TREE$
Click "Start" to grow your own Money Tree!
Workflow
Back to Start
Click Me
Click the button to grow your tree and then hover over it for a Suprise!
X - Click when Done.
CONGRATULATIONS!
You grew a money tree! Click below to grow another.
Restart?


I am an interior architect with 10+ years experience who is switching careers to UX design and frontend web development!
About MeI thrive in a cross discipline collaboration environment. With over 10+ years working in the design field while collaborating with engineers on daily basis. This experience gave me a unique approach in resolving design issues and produce functional and beautiful products.
UX is similar to architecture, every design decisions are made based on user studies and driven by the user needs to make provide best design solutions.
Every project is a team work involves multiple disciplines and I am an excellent collaborator and enjoy working with team members from various backgrounds.
With 10+ years in design industry, solving unforseen issues with creative solutions are my strength.
During Covid pandemic most outdoor activities are limited due to social distancing rules. To solve this issue, this App is using google map api to gather the heatmap of crowd size in certail hiking trail locations. This information will inform hiking enthusiasts who are looking for new hiking trails and places to explore and remain adqute social distancing. *Due to google Map restriction and security, access to crowd heat map is not available for the purpose of this app. This project is still in progress....
Link to App BACKA small app I did using the weather api to collect the locations and weather updates with some simple UI design work
Link to App BACKUsing the basic code random number function. I make this password generator for the ease to get random password quickly
Link to App BACKThis is an UX/UI design only project which is focusing on the connection between retail owners and indivitual customers. Each customer has a customised feeds to suit each customer's individual style preferences and getting new fashion updates through the app for additional marketing opportunities
DETAILS BACKI started my career as an interior architect and working on multiple large architecture firms in both Seattle and San Francisco. After 10 years in the architecture industry, I got involved in UX/UI design on an interior design project for a high tech client designing way finding graphic system. This experience got me interested in the UX design so I took a course in UX design at SF General Assembly. I was excited to better understand the significant overlap between UX design and architecture. The design thinking process is identical.
To further expand my skills and knowledge. I signed up for the University of Washington Coding bootcamp to learn and gain knowledge of coding and skills in multiple programming languages. This coding bootcamp gave me a great insight of the work involved behind the scene. Equipped with the skills of coding, it also made me a better UX designer who understands not only how the front end UX design process works but also the coding complexity and challenges engineers are facing in their daily work.
I thrive in a multidisciplinary environment with opportunities to learn quickly, tackle problems and come up with elegant solutions. Being a designer not only requires a good sense of aesthetics but also the ability to understand the psychology behind the design intention, which is particularly important when it comes to collaborating cross discipline.
Copyright © 2020 Shunpin Tseng


China's new envoy to Canada delivers familiar message on justice, rights
by The Canadian Press, StaffOTTAWA - Beijing has a new representative in Canada, but the stern message to Ottawa remains the same.
Chinese ambassador Cong Peiwu is reiterating his country's call for Canada to release Meng Wanzhou, an executive with Huawei Technologies arrested nearly a year ago.
Relations between Ottawa and Beijing have been fractious since early last December, when Canadian authorities in Vancouver took Meng into custody following a request from the United States over allegations of violating sanctions on Iran.
Cong said in a roundtable interview in Ottawa today that Meng's arrest and pending extradition to the U.S. amount to arbitrary detention.
Soon after Meng was arrested, Beijing detained two Canadians, Michael Spavor and Michael Kovrig, on allegations of undermining national security.
The developments are widely seen in Canada as retaliation for the detention of Meng, whose extradition hearing begins in January.


Back to home page
Add restaurant
Restaurant name
Street Address
Location
email
Website
Facebook
Other details
Add restaraunt


Please select one of the products displayed below by clicking one of them. A new set of three products will show up.
You will be able to see the results with the most clicked products after voting for 15 times.


Dear {{ recipient }},
{{ sender_name }} has sent you a message:
{{ message }}
You can respond to them by replying to this email.
Thanks,
EA Hub
Feedback | Messaging Preferences | Report an issue


{% extends "layout.html" %} {% block page_title %} Example - Radio buttons and checkboxes {% endblock %} {% block content %} Confirmation and next steps Your application has been submitted. You've chosen to pay at the consulate. Bring your credit or debit card with you for your appointment. If you wish to pay in cash, consulates accept local currency rather than British pounds. You must attend the British Consulate General Amsterdam in person to complete your application. Click Next below to book your appointment. Warning You'll need to bring with you: proof of your travel plans, eg flight booking confirmations (or detailed written plans if you can't book ahead) a local police report if your passport has been stolen or your current passport if you still have it proof of residency if your final destination is outside of the UK or the European Economic Area a passport-sized photograph (passport photo requirements) bring docs and feedback I confirm that I'll bring the necessary documents I am happy to be contacted for feedback to help improve this service Download a print ready application form Opens a printable version of your application in a new tab. You do not have to do this but printing your application in advance will save you time at the consulate. If you are using a shared computer delete your application form after you have printed it. Next {% endblock %}
Your application has been submitted.
You've chosen to pay at the consulate. Bring your credit or debit card with you for your appointment. If you wish to pay in cash, consulates accept local currency rather than British pounds.
You must attend the British Consulate General Amsterdam in person to complete your application. Click Next below to book your appointment.
Download a print ready application form


Toggle navigation
Model
Santro
Aura
Grand i10 NIOS
Elantra
Book Now
Overview
Book Now
Name
Phone No.
Email
Model
SANTRO
GRAND i10 NIOS
AURA
ELANTRA
Select Area
CENTRAL DELHI
NORTH DELHI
EAST DELHI
WEST DELHI
SOUTH DELHI
NOIDA
GREATER NOIDA
GHAZIABAD
MODINAGAR
FARIDABAD
PALWAL
GURUGRAM
SONIPAT
GANAUR
KUNDLI
GOHANA
BARAUT
BULANDSHAHR
Thanks
Our executive will contact you soon
and facilitate your purchase of a hyundai car.
Select Dealer
SUBMIT
Spacial Offers
Santro
Benefits up to 45 000 (P)
BOOK NOW
Grand i10 NIOS
Benefits up to 25 000 (P/D)
BOOK NOW
Aura
Benefits up to 30 000 (P/D)
BOOK NOW
Elantra
Benefits up to 1 00 000 (P)
BOOK NOW


Equivalent to clicking the Scenarios command on the Tools menu, clicking a scenario, and then clicking the Delete button. Deletes the specified scenario.
Syntax
SCENARIO.DELETE(scen_name)
Scen_name is the name of the scenario you want to delete.
Related Functions
SCENARIO.GET Returns the specified information about the scenarios defined on your worksheet
SCENARIO.ADD Equivalent to clicking the Scenario Manager command on the Tools menu and then clicking the Add button
SCENARIO.EDIT Equivalent to clicking the Scenario Manager command on the Tools menu and then clicking the Edit button
Return to index


Demonstrating scrolling with large amount of columns.
For better performance with the following example, you can choose to load the ui-grid.core.js file instead:
<script src="/release/ui-grid.core.min.js"></script>


{% include 'head.html' %}
Clipy
Shutdown
Video {% set tooltip = "Vid.me URLs end in a 4-charcter Id like 'xyzZ' " + "and YouTube 'watch' URLs have 'v=12345678901' " + "with an 11-char Id. You can enter the full URL or just the Id." %}
Inquire
X
{% include 'footer.html' %}


Welcome to Kevin Lee's brain!
this is to help future Kevin to remember what he used to do and guide him on how he did things if he ever wants to relearn or remember it
This is where you can navigate around Kevin's brain
This is the place where the magic happens


Shortest Paths is an implementation of the dijkstra shortest paths algorithm. When nodes within the same component are selected, the Shortest Paths function will determine the path(s) with the smallest number of transactions between the selected nodes, and highlight the nodes and transactions along the path(s).


Welcome to ClearTH
ClearTH provides various features: test automation, connections to system gateways, converters, etc.
Please select needed function from the menu on the left:
- Automation - run automated tests and see history of the launches including detailed reports.
- Connectivity - setup connections to system gateways.
- ClearTH logs - download ClearTH logs and setup the verbosity of the loggers.
- Tools - miscellaneous helpers like message parser, message to script converter, etc.
- User management - administration of ClearTH users.
- Recent pop-ups - list of pop-up messages that were shown recently in case you have missed them.
- Roll up - button to toggle compact view of the menu.
- Sign out - log out from the application and return to log-in page.


{% extends 'tgrsite/main.html' %} {% block title %}Sign up{% endblock %} {% block pagetitle %}Sign up{% endblock %} {% block breadcrumbs_child %}Sign up{% endblock %} {% block body %} {% include "parts/render_form.html" with save="Sign Up" %}
By signing up to this website you agree to the Privacy Policy and Content Policy .
{% endblock %}


This is a simple example of an Angular component that counts by any number
input your number here.
Current count: {{ currentCount }}


| Home | Trees | Indices | Help |
|---|
|
|
object --+ | mungoCore.AbstractFeature --+ | Feature
GFF feature class @see: http://www.sanger.ac.uk/Software/formats/GFF/ g = Feature( reference=, source=, type=, start=, end=, score=, strand=, phase=, group= )
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
Inherited from Inherited from Inherited from |
|
|||
|
|||
|
|||
|
|
|||
attributes =
|
|||
converters =
|
|||
format =
|
|
|||
|
Inherited from |
|
Constructor:
|
|
repr(x)
|
Create a gff object from a hmmer domain (like) object Group field is constructed as: <aggregator> <domain.domain>; Note "<note>"; Evalue <d.eValue>
|
|
attributes
|
converters
|
format
|
| Home | Trees | Indices | Help |
|---|
| Generated by Epydoc 3.0.1 on Tue Apr 24 16:15:01 2012 | http://epydoc.sourceforge.net |


Relationships are a way to represent all the different ways in which entities are connected to each other and to URLs outside MusicBrainz.
More...
|
| string | Type [get, set] |
| | Gets or sets the relation type. More...
|
| |
| string | TypeId [get, set] |
| | Gets or sets the relation type ID. More...
|
| |
| string | TargetType [get, set] |
| | Gets or sets the relation target type. More...
|
| |
| string | Direction [get, set] |
| | Gets or sets the relation direction. More...
|
| |
| string | Begin [get, set] |
| | Gets or sets the begin date. More...
|
| |
| string | End [get, set] |
| | Gets or sets the end date. More...
|
| |
| bool? | Ended [get, set] |
| | Gets or sets a value indicating whether the relation ended or not. More...
|
| |
| string[] | Attributes [get, set] |
| | Gets or sets a list of attributes. More...
|
| |
| Url | Url [get, set] |
| | Gets or sets the url relationship (include url-rels). More...
|
| |
| Artist | Artist [get, set] |
| | Gets or sets the artist relationship (include artist-rels). More...
|
| |
| Work | Work [get, set] |
| | Gets or sets the work relationship (include work-rels). More...
|
| |
Relationships are a way to represent all the different ways in which entities are connected to each other and to URLs outside MusicBrainz.
◆ Artist
| Artist YTMusicUploader.MusicBrainz.API.Entities.Relation.Artist |
|
getset |
Gets or sets the artist relationship (include artist-rels).
◆ Attributes
| string [] YTMusicUploader.MusicBrainz.API.Entities.Relation.Attributes |
|
getset |
Gets or sets a list of attributes.
◆ Begin
| string YTMusicUploader.MusicBrainz.API.Entities.Relation.Begin |
|
getset |
Gets or sets the begin date.
◆ Direction
| string YTMusicUploader.MusicBrainz.API.Entities.Relation.Direction |
|
getset |
Gets or sets the relation direction.
◆ End
| string YTMusicUploader.MusicBrainz.API.Entities.Relation.End |
|
getset |
Gets or sets the end date.
◆ Ended
| bool? YTMusicUploader.MusicBrainz.API.Entities.Relation.Ended |
|
getset |
Gets or sets a value indicating whether the relation ended or not.
◆ TargetType
| string YTMusicUploader.MusicBrainz.API.Entities.Relation.TargetType |
|
getset |
Gets or sets the relation target type.
◆ Type
| string YTMusicUploader.MusicBrainz.API.Entities.Relation.Type |
|
getset |
Gets or sets the relation type.
◆ TypeId
| string YTMusicUploader.MusicBrainz.API.Entities.Relation.TypeId |
|
getset |
Gets or sets the relation type ID.
◆ Url
| Url YTMusicUploader.MusicBrainz.API.Entities.Relation.Url |
|
getset |
Gets or sets the url relationship (include url-rels).
◆ Work
| Work YTMusicUploader.MusicBrainz.API.Entities.Relation.Work |
|
getset |
Gets or sets the work relationship (include work-rels).
The documentation for this class was generated from the following file:
- D:/Repositories/YTMusicUploader/YTMusicUploader/Providers/MusicBrainz/Entities/Relation.cs


:a pointed device secured to a rider's heel and used to urge on the horse
:recognition and reward for achievement won his academic spurs as the holder of a chair in a university James Mountford
:a goad to action :stimulus
:something projecting like or suggesting a spur: as
:a projecting root or branch of a tree, shrub, or vine
:a stiff sharp spine (as on the wings or legs of a bird or insect)
:one on a cock's leg
:a gaff for a gamecock
:a hollow projecting appendage of a corolla or calyx (as in larkspur or columbine)
:a bony outgrowth (as on the heel of the foot)
:climbing iron
:an angular projection, offshoot, or branch extending out beyond or away from a main body or formation
:a ridge or lesser elevation that extends laterally from a mountain or mountain range
:a railroad track that branches off from a main line
:a reinforcing buttress of masonry in a fortification
:on impulse :suddenly


Ctrl
+
Alt
+
↓,
Ctrl
+
Alt
+
N
Process next command
Ctrl
+
Alt
+
↑,
Ctrl
+
Alt
+
P
Unprocess last command
Ctrl
+
Alt
+
Enter
Process or unprocess to caret
Proof Tree mode shortcuts
→
: Enter the focused subtree
←
: Backtrack to the parent goal
↓/↑
: Browse tactic groups, or browse remaining subgoals
Shift+↓/Shift+↑
: Browse goals within currently focused tactic
[/]
: Browse tactics within a tactic group
Glossary
conclusion
In a type like a -> b -> c, the conclusion is c.
constructor
A constructor is a symbol used to create a value of some user-defined type. Each constructor belongs to only one type, and the constructors are known to be distinct (we say they are injective).
existential unification variable
When you need to prove exists x, P x, you can delay, under certain conditions, the choice of x by introducing a temporary variable, say ?42, that will stand for whatever x should have been.
inductive type
Inductive types are defined by the user by giving the list of their constructors. Values of that type can only be created using one of these constructors and providing it arguments of the type it requires (if any).
obligation
A proof obligation is another way of saying that there is a new goal to prove. Usually, applying a tactic can yield new obligations. We say that a tactic finishes a goal if it yields no obligation.


Posterior Parietal Cortex
Striate Cortex
Events
Premotor Cortex
Links
Primary Auditory Cortex
About SOCS
Faculty
Website written by
Ben Motz
Please address questions
and comments to
iusocs@indiana.edu


GridOptions
ui.grid.importer
A mandatory callback function that adds data to the source data array. The grid generally doesn't add rows to the source data array, it is tidier to handle this through a user callback.
gridOptions.importerDataAddCallback: function( grid, newObjects ) { $scope.myData = $scope.myData.concat( newObjects ); })
| Param | Type | Details |
|---|---|---|
| grid | Grid | the grid we're importing into, may be useful in some way |
| newObjects | array | an array of new objects that you should add to your data |
A callback function that provides custom error handling, rather than the standard grid behaviour of an alert box and a console message. You might use this to internationalise the console log messages, or to write to a custom logging routine that returned errors to the server.
gridOptions.importerErrorCallback: function( grid, errorKey, consoleMessage, context ) { myUserDisplayRoutine( errorKey ); myLoggingRoutine( consoleMessage, context ); })
| Param | Type | Details |
|---|---|---|
| grid | Grid | the grid we're importing into, may be useful if you're positioning messages in some way |
| errorKey | string | one of the i18n keys the importer can return - importer.noHeaders, importer.noObjects, importer.invalidCsv, importer.invalidJson, importer.jsonNotArray |
| consoleMessage | string | the English console message that importer would have written |
| context | object | the context data that importer would have appended to that console message, often the file content itself or the element that is in error |
A callback function that will filter (usually translate) a single header. Used when you want to match the passed in column names to the column displayName after the header filter.
Your callback routine needs to return the filtered header value.
gridOptions.importerHeaderFilter: function( displayName ) { return $translate.instant( displayName ); })
or:
gridOptions.importerHeaderFilter: $translate.instant
| Param | Type | Details |
|---|---|---|
| displayName | string | the displayName that we'd like to translate |
| string | the translated name |
A callback that massages the data for each object. For example, you might have data stored as a code value, but display the decode. This callback can be used to change the decoded value back into a code. Defaults to doing nothing.
| Param | Type | Details |
|---|---|---|
| grid | Grid | in case you need it |
| newObject | object | the new object as importer has created it, modify it then return the modified version |
| object | the modified object |
gridOptions.importerObjectCallback = function ( grid, newObject ) { switch newObject.status { case 'Active': newObject.status = 1; break; case 'Inactive': newObject.status = 2; break; } return newObject; };
A callback function that will process headers using custom logic. Set this callback function if the headers that your user will provide in their import file don't necessarily match the grid header or field names. This might commonly occur where your application is internationalised, and therefore the field names that the user recognises are in a different language than the field names that ui-grid knows about.
Defaults to the internal processHeaders
method, which seeks to match using both
displayName and column.name. Any non-matching columns are discarded.
Your callback routine should respond by processing the header array, and returning an array of matching column names. A null value in any given position means "don't import this column"
gridOptions.importerProcessHeaders: function( headerArray ) { var myHeaderColumns = []; var thisCol; headerArray.forEach( function( value, index ) { thisCol = mySpecialLookupFunction( value ); myHeaderColumns.push( thisCol.name ); }); return myHeaderCols; })
| Param | Type | Details |
|---|---|---|
| grid | Grid | the grid we're importing into |
| headerArray | array | an array of the text from the first row of the csv file, which you need to match to column.names |
| array | array of matching column names, in the same order as the headerArray |
Whether or not importer is enabled. Automatically set to false if the user's browser does not support the required fileApi. Otherwise defaults to true.
An object on which we call new
to create each new row before inserting it into
the data array. Typically this would be a $resource entity, which means that if you're using
the rowEdit feature, you can directly call save on this entity when the save event is triggered.
Defaults to a vanilla javascript object
gridOptions.importerNewObject = MyRes;


Napier Archery is primarily a social club for any students interested in the sport of archery. Whether you've never laid eyes on a bow and arrow, or you've spent years shooting competitively, you'll find it a fun and welcoming environment to people of all abilities. As well as the social aspects of the sport as a way of making new friends, we also welcome anyone wishing to get involved with archery competitively.
During the academic year the club regularly competes in events and competitions at a university level in the Scottish Student Sport Archery league and British University and Colleges Championships, as well as local and national events in target and field archery all year round. Napier Archery has enjoyed a strong history of success in all competition formats and categories.
Napier Archery is an active member of several UK based archery organisations.
Follow us on Facebook to hear our latest news
Or follow us on our other social media
As part of ENSA - Edinburgh Napier Students Association, anyone who wants to join may do so online through the ENSA portal. You will need to create an account on the ENSA site to process your membership. Once you've joined, we'll take care of all the rest.
If you have any problems joining, or if you have any additional questions, just send us a message and we'll try to sort things out.
Napier Archery shoots at a number of different venues across Edinburgh city. This includes outdoor training during the Scottish summer and indoor shooting throughout the long Edinburgh winter.
As well as training, we also take part in competitions throughout Scotland and abroad, and we hold several social events during the year.
The best way to keep track of us and stay up to date with all of our training sessions, upcoming competitions, and events is to follow our club calendar.
Our training sessions are held at the following locations:
Engage Sports and Fitness Centre
9 Sighthill Court
EH11 4BN
Archers Hall
66 Buccleuch Street
EH8 9LR
Craiglockhart Campus Graduation Field
219 Colinton Road
EH14 1DJ
If you want to know more, just send us a message on Facebook or send us an email and we will get back to you as soon as possible!


Henri Lebesgue was born on 28 June 1875 in Beauvais, Oise. Lebesgue's father was a typesetter and his mother was a school teacher. His parents assembled at home a library that the young Henri was able to use. His father died of tuberculosis when Lebesgue was still very young and his mother had to support him by herself. As he showed a remarkable talent for mathematics in primary school, one of his instructors arranged for community support to continue his education at the Collège de Beauvais and then at Lycée Saint-Louis and Lycée Louis-le-Grand in Paris.
Born in Venice, he was steered towards mathematics at an early age by his teachers and his father, who was himself a teacher of mathematics. In 1896 he entered the Scuola Normale Superiore di Pisa, where he studied under the notable mathematicians Ulisse Dini and Luigi Bianchi. He gained some early fame when his 1900 doctoral thesis, entitled Clifford's parallelism in elliptic spaces, was discussed in a widely read work on differential geometry published by Bianchi in 1902.
Nikolai Nikolaevich Luzin (also spelled Lusin; 9 December 1883 – 28 January 1950) was a Soviet/Russian mathematician known for his work in descriptive set theory and aspects of mathematical analysis with strong connections to point-set topology. He was the eponym of Luzitania, a loose group of young Moscow mathematicians of the first half of the 1920s. They adopted his set-theoretic orientation, and went on to apply it in other areas of mathematics.


Detected Bluetooth Devices
| Name | Address | Options |
|---|---|---|
| {{ device.displayname }} | {{ device.bluetoothaddress }} | Add |
No bluetooth devices have been detected yet.
{% endif %}| Name | Address | Options |
|---|---|---|
| {{ device.displayname }} | {{ device.bluetoothaddress }} | Add |
No bluetooth devices have been detected yet.
{% endif %}


Jean-Michel Bruel was head of the SM@RT team of the IRIT CNRS laboratory until September 2021. His research areas include the development of software-intensive Cyber-Physical Systems, and methods/model/language integration, with a focus on Requirements and Model-Based Systems Engineering. He has defended his “Habilitation à Diriger des Recherches” in December 2006 and obtained in 2008 a full professor position at the University of Toulouse . He has been head Laboratory Representative for the Toulouse 2 Jean Jaurès University from 2016 to 2020. He is head of the Computer Science department of the Technical Institute of Blagnac since september 2021. He is now a member of the Strategic Research Committee of the IRIT CNRS laboratory since 2021.
Habilitation, 2006
University of Pau
Ph.D. in Software Engineering, 1996
University of Toulouse - UPS
M.Sc. in Software Engineering, 1992
University of Toulouse - UPS