Learning Javascript
I am a big believer in learning by doing. Basically the best way to learn a new programming language, or any other skill for that matter, is to dive in, find a project you are interested in building and just start. Sure you'll get plenty of things wrong but everytime you do you'll have a better understanding of why things failed and be better equipped to not make the same mistakes later on.
Compared to other people I know I started out programming relatively late. Before starting university in 2006 I hadn't really done any kind of programming. The language of choice at my university was Java so that was the first language I started programming in.
I didn't have anything to compare it to but I loved programming Java because it, put simply, allowed me to make my computer do things. I was studying math at the time so the first programs I wrote were relatively math heavy. A simple calculator and an RSA encryption tool were among my first programs.
I quickly pivoted to writing more advanced things. I took a "Introduction to Computer Networking" class where the professor showed how you could connect two different computers on a local network using a tcp server and client. It was crazy inspiring!
Writing networked things in Java was a bit complicated. I would use a lot of abstractions (interfaces, abstract classes, big class hieracies) but things still didn't always work. Writing networked programs are hard and I had very little experience and made a lot of beginners mistakes. This was around 2009 and a friend showed me an article about this new thing that had just come out called Node.js
I started playing around with Node and immediately started liking it since writing tcp servers were a lot simpler in Node than it was in Java. This was my first intro to Javascript as well - a language I knew very little about.
// a tcp echo server in javascript
// try finding a "production ready" one in java and you'll see the difference
var net = require('net')
var server = net.createServer(function (socket) {
socket.pipe(socket)
})
server.listen(10000)
About the same time me and a friend of mine from university, Tobias (@freeall) had been discussing writing a simple program that would help us share files with each other. A classic problem that most developers try to solve at one point. Tobias had also just discovered node and was new to Javascript as well.
We basically had no idea what we were doing. We grokked through some of the examples on the Node.js website and figured out how to create http servers. Node also had a file api and we would write files and userdata to files on the harddrive. Neither of us had at this time had ever really used a database before so just decided on using the file system for all user data.
More and more of the code we wrote looked alike so we started to copy-paste code around. This, of course, quickly turned into a mess and was hard to maintain. When we fixed a bug in our shared code we had to re-copy-paste it multiple places all over the code base. Node had just gotten the require
call so to solve this we decided to write a module. Our first main module was called common
. The code is actually still online on Github, https://github.com/gett/common and you can still download it from npm (we put it up there later when npm became a thing).
The "common" module was heavily inspired by the patterns described in "Javascript the Good Parts". It is the only book I've ever read about javascript. We were very excited about that module and a couple of our friends who were starting out with Node at the same time started using it as well.
The main problem with having a utility grab bag module was that it was really hard to decide what went into that module and what didn't. At that point our metric was that if code was being used twice it would go in the common module. Basically an anti copy-paste pattern. Today I just split everything into a bunch of small modules instead.
Javascript was asynchronous but neither of us had done enough sync programming for this to be really different. It was just how node worked. Inspired by Tim Caswell's step module we decided to write a flow control library as well. I read Tim's code multiple times and rewrote my own version. We didn't really re-use other peoples code at the time - that has definitely changed now though. Our step function was of course added as a function inside the common module. This pattern worked well for us and helped us avoid "callback hell".
I don't use any flow control libraries any more. I just use named functions and put more things into modules.
We actually ended up launching our project as a website and company called kkloud, which we later renamed to Ge.tt. Having it be an actual thing that other people could use on the internet was a huge motivator for us. I remember the excitement every time we would get a visitor we didn't know personally. It also allowed us to write Javascript every day as full time job. At one point we would spend more or less every hour we were awake writing Javascript. Although I wouldn't recommend this to anyone, it certainly gave us a lot of experience fast.
A bunch of people started using it. Soon we discovered that our approach of using the file system as a database didn't really work that well when multiple people were using the site at once. We decided we needed to understand how to use a database. After some quick research we set up a MongoDB instance which was all the hype at the time. We didn't really understand how it worked but it used JSON as a query language for storing documents. We knew that JSON was easy to write in Node. That was the killer feature for us. There was already a driver written for it Node called mongodb-native but it was a bit hard to use. We decided to write a wrapper for it that would make it a bit more user friendly. The wrapper was originally just called "db" (which was available on npm at the time!) but I soon renamed it to mongojs.
In the end I think we rewrote our entire code base about 5-6 times as we became more experienced and better understood Javascript and Node. Over time we got a better understanding of what we were actually building which helped us make our code a lot simpler. We never really decided to sit down and rewrite everything. It was just something that incrementally happened. It is also incredible difficult to find actual performance bottlenecks before deploying code. We didn't really cache anything until we found a couple of places in our server code where caching some specific database content allowed us to serve 10x more customers on the same hardware.
I think the main thing I learned about writing javascript is that isolating code in small modules is almost always a good idea. Replacing a small module is a lot easier than trying to rewrite parts of a big coupled and entangled code base when a great idea turns out not to be.
So to sum up my experience
- Find a project that motivates you.
- Writing bad code is better than not writing any code. Learn from your mistakes.
- Read other people's code.
- Don't listen too much to other devs / books / blogs. Do things your own way. Again, learn from your mistakes.
- Don't be afraid to reinvent the wheel. You'll learn a lot doing so.
- Always publish your code to Github. It doesn't matter if you think it's bad. It gives you a notion of finishing things


Name
HPL_indxg2p Map a global index into a process coordinate.
Synopsis
#include "hpl.h"
int
HPL_indxg2p(
const int
IG
,
const int
INB
,
const int
NB
,
const int
SRCPROC
,
const int
NPROCS
);
Description
HPL_indxg2p
computes the process coordinate which posseses the entry
of a matrix specified by a global index IG.
Arguments
IG (input) const int
On entry, IG specifies the global index of the matrix entry.
IG must be at least zero.
INB (input) const int
On entry, INB specifies the size of the first block of the
global matrix. INB must be at least one.
NB (input) const int
On entry, NB specifies the blocking factor used to partition
and distribute the matrix A. NB must be larger than one.
SRCPROC (input) const int
On entry, SRCPROC specifies the coordinate of the process
that possesses the first row or column of the matrix. SRCPROC
must be at least zero and strictly less than NPROCS.
NPROCS (input) const int
On entry, NPROCS specifies the total number of process rows
or columns over which the matrix is distributed. NPROCS must
be at least one.
See Also
HPL_indxg2l,
HPL_indxg2p,
HPL_indxl2g,
HPL_numroc,
HPL_numrocI.


Supreme Court blocks House from receiving Trump financial records for now
by CNN NewsourceThe House of Representatives will not get President Donald Trump's financial records for now, the Supreme Court said on Monday.
The ruling is a win for Trump, who is fighting on several fronts to shield the records from becoming public.
In a brief order, the court granted the President's emergency request to block a subpoena from House Democrats to his long-time accounting firm from moving forward. There were no noted dissents.
The justices set up an expedited briefing schedule to hear arguments from both sides on whether the court should agree to hear Trump's appeal this term. The President must file his opening brief on or before December 5.
The House has said it could move forward with an impeachment vote by the end of December.


blood donation
Donors Guidelines. Any donor, who is 18 -60 years age and having a minimum weight of
50Kg
can donate blood.
General Guidelines. To donate blood or platelets,
you must be in good general health, weigh at least 110 pounds, and be at least 16 years old.
Parental consent is required for blood donation by 16 year olds; 16 year olds are NOT eligible to donate platelets .
2.Who is allowed to donate blood?
Weight: You must weigh at least 110 pounds to be eligible for blood donation for your own safety.
Blood volume is in proportion to body weight. Donors who weigh less than 110 pounds may not tolerate the removal of the required volume of blood as well as those who weigh more than 110 pounds


Package org.apache.cayenne.configuration
Interface Constants
-
public interface Constants
Defines the names of runtime properties and named collections used in DI modules.- Since:
- 3.1
-
-
Field Summary
Fields Modifier and Type Field Description static String
CI_PROPERTY
Defines if database uses case-insensitive collationstatic String
JDBC_DRIVER_PROPERTY
static String
JDBC_MAX_CONNECTIONS_PROPERTY
static String
JDBC_MAX_QUEUE_WAIT_TIME
Defines a maximum time in milliseconds that a connection request could wait in the connection queue.static String
JDBC_MIN_CONNECTIONS_PROPERTY
static String
JDBC_PASSWORD_PROPERTY
static String
JDBC_URL_PROPERTY
static String
JDBC_USERNAME_PROPERTY
static String
JDBC_VALIDATION_QUERY_PROPERTY
static String
PROPERTIES_MAP
A DI container key for the Map<String, String> storing properties used by built-in Cayenne service.static String
QUERY_CACHE_SIZE_PROPERTY
An integer property defining the maximum number of entries in the query cache.static String
QUERY_EXECUTION_TIME_LOGGING_THRESHOLD_PROPERTY
A integer property that enables logging for just long running queries (rather than all queries).static String
SERVER_ADAPTER_DETECTORS_LIST
A DI container key for the List<DbAdapterDetector> that contains objects that can discover the type of current database and install the correct DbAdapter in runtime.static String
SERVER_CONTEXTS_SYNC_PROPERTY
A boolean property defining whether cross-contexts synchronization is enabled.static String
SERVER_DEFAULT_TYPES_LIST
A DI container key for the List<ExtendedType> storing default adapter-agnostic ExtendedTypes.static String
SERVER_DOMAIN_FILTERS_LIST
Deprecated.since 4.1 domain filters replaced with query and sync filtersstatic String
SERVER_DOMAIN_LISTENERS_LIST
A DI container key for the List<Object> storing lifecycle events listeners.static String
SERVER_DOMAIN_NAME_PROPERTY
An optional name of the runtime DataDomain.static String
SERVER_EXTERNAL_TX_PROPERTY
A boolean property that defines whether runtime should use external transactions.static String
SERVER_MAX_ID_QUALIFIER_SIZE_PROPERTY
A property that defines a maximum number of ID qualifiers in where clause of queries that are generated for example inIncrementalFaultList
or in DISJOINT_BY_ID prefetch processing.static String
SERVER_MAX_QUEUE_WAIT_TIME
Deprecated.since 4.0 renamed toJDBC_MAX_QUEUE_WAIT_TIME
.static String
SERVER_OBJECT_RETAIN_STRATEGY_PROPERTY
A String property that defines how ObjectContexts should retain cached committed objects.static String
SERVER_PROJECT_LOCATIONS_LIST
A DI container key for the List<String> storing locations of the one of more project configuration files.static String
SERVER_RESOURCE_LOCATOR
A server-side DI container key for bindingResourceLocator
static String
SERVER_ROP_EVENT_BRIDGE_FACTORY_PROPERTY
The name of theEventBridgeFactory
that is passed from the ROP server to the client.static String
SERVER_ROP_EVENT_BRIDGE_PROPERTIES_MAP
A server-side DI container key for the Map<String, String> storing event bridge properties passed to the ROP client on bootstrap.static String
SERVER_TYPE_FACTORIES_LIST
A DI container key for the List<ExtendedTypeFactory> storing default and user-provided ExtendedTypeFactories.static String
SERVER_USER_TYPES_LIST
A DI container key for the List<ExtendedType> storing a user-provided ExtendedTypes.static String
SNAPSHOT_CACHE_SIZE_PROPERTY
Snapshot cache max size
-
-
-
Field Detail
-
PROPERTIES_MAP
static final String PROPERTIES_MAP
A DI container key for the Map<String, String> storing properties used by built-in Cayenne service.- See Also:
- Constant Field Values
-
SERVER_ADAPTER_DETECTORS_LIST
static final String SERVER_ADAPTER_DETECTORS_LIST
A DI container key for the List<DbAdapterDetector> that contains objects that can discover the type of current database and install the correct DbAdapter in runtime.- See Also:
- Constant Field Values
-
SERVER_DOMAIN_FILTERS_LIST
@Deprecated static final String SERVER_DOMAIN_FILTERS_LIST
Deprecated.since 4.1 domain filters replaced with query and sync filtersA DI container key for the List<DataChannelFilter> storing DataDomain filters.
-
SERVER_DOMAIN_LISTENERS_LIST
static final String SERVER_DOMAIN_LISTENERS_LIST
A DI container key for the List<Object> storing lifecycle events listeners.- See Also:
- Constant Field Values
-
SERVER_PROJECT_LOCATIONS_LIST
static final String SERVER_PROJECT_LOCATIONS_LIST
A DI container key for the List<String> storing locations of the one of more project configuration files.- See Also:
- Constant Field Values
-
SERVER_DEFAULT_TYPES_LIST
static final String SERVER_DEFAULT_TYPES_LIST
A DI container key for the List<ExtendedType> storing default adapter-agnostic ExtendedTypes.- See Also:
- Constant Field Values
-
SERVER_USER_TYPES_LIST
static final String SERVER_USER_TYPES_LIST
A DI container key for the List<ExtendedType> storing a user-provided ExtendedTypes.- See Also:
- Constant Field Values
-
SERVER_TYPE_FACTORIES_LIST
static final String SERVER_TYPE_FACTORIES_LIST
A DI container key for the List<ExtendedTypeFactory> storing default and user-provided ExtendedTypeFactories.- See Also:
- Constant Field Values
-
SERVER_RESOURCE_LOCATOR
static final String SERVER_RESOURCE_LOCATOR
A server-side DI container key for bindingResourceLocator
- See Also:
- Constant Field Values
-
SERVER_ROP_EVENT_BRIDGE_PROPERTIES_MAP
static final String SERVER_ROP_EVENT_BRIDGE_PROPERTIES_MAP
A server-side DI container key for the Map<String, String> storing event bridge properties passed to the ROP client on bootstrap.- See Also:
- Constant Field Values
-
JDBC_DRIVER_PROPERTY
static final String JDBC_DRIVER_PROPERTY
- See Also:
- Constant Field Values
-
JDBC_URL_PROPERTY
static final String JDBC_URL_PROPERTY
- See Also:
- Constant Field Values
-
JDBC_USERNAME_PROPERTY
static final String JDBC_USERNAME_PROPERTY
- See Also:
- Constant Field Values
-
JDBC_PASSWORD_PROPERTY
static final String JDBC_PASSWORD_PROPERTY
- See Also:
- Constant Field Values
-
JDBC_MIN_CONNECTIONS_PROPERTY
static final String JDBC_MIN_CONNECTIONS_PROPERTY
- See Also:
- Constant Field Values
-
JDBC_MAX_CONNECTIONS_PROPERTY
static final String JDBC_MAX_CONNECTIONS_PROPERTY
- See Also:
- Constant Field Values
-
JDBC_MAX_QUEUE_WAIT_TIME
static final String JDBC_MAX_QUEUE_WAIT_TIME
Defines a maximum time in milliseconds that a connection request could wait in the connection queue. After this period expires, an exception will be thrown in the calling method. A value of zero will make the thread wait until a connection is available with no time out. Defaults to 20 seconds.- Since:
- 4.0
- See Also:
- Constant Field Values
-
JDBC_VALIDATION_QUERY_PROPERTY
static final String JDBC_VALIDATION_QUERY_PROPERTY
- Since:
- 4.0
- See Also:
- Constant Field Values
-
QUERY_CACHE_SIZE_PROPERTY
static final String QUERY_CACHE_SIZE_PROPERTY
An integer property defining the maximum number of entries in the query cache. Note that not all QueryCache providers may respect this property. MapQueryCache uses it, but the rest would use alternative configuration methods.- See Also:
- Constant Field Values
-
SERVER_DOMAIN_NAME_PROPERTY
static final String SERVER_DOMAIN_NAME_PROPERTY
An optional name of the runtime DataDomain. If not specified (which is normally the case), the name is inferred from the configuration name.- Since:
- 4.0
- See Also:
- Constant Field Values
-
SERVER_CONTEXTS_SYNC_PROPERTY
static final String SERVER_CONTEXTS_SYNC_PROPERTY
A boolean property defining whether cross-contexts synchronization is enabled. Possible values are "true" or "false".- See Also:
- Constant Field Values
-
SERVER_OBJECT_RETAIN_STRATEGY_PROPERTY
static final String SERVER_OBJECT_RETAIN_STRATEGY_PROPERTY
A String property that defines how ObjectContexts should retain cached committed objects. Possible values are "weak", "soft", "hard".- See Also:
- Constant Field Values
-
SERVER_EXTERNAL_TX_PROPERTY
static final String SERVER_EXTERNAL_TX_PROPERTY
A boolean property that defines whether runtime should use external transactions. Possible values are "true" or "false".- See Also:
- Constant Field Values
-
SERVER_ROP_EVENT_BRIDGE_FACTORY_PROPERTY
static final String SERVER_ROP_EVENT_BRIDGE_FACTORY_PROPERTY
The name of theEventBridgeFactory
that is passed from the ROP server to the client. Client would instantiate the factory to receive events from the server. Note that this property is stored inSERVER_ROP_EVENT_BRIDGE_PROPERTIES_MAP
, notPROPERTIES_MAP
.- See Also:
- Constant Field Values
-
SERVER_MAX_ID_QUALIFIER_SIZE_PROPERTY
static final String SERVER_MAX_ID_QUALIFIER_SIZE_PROPERTY
A property that defines a maximum number of ID qualifiers in where clause of queries that are generated for example inIncrementalFaultList
or in DISJOINT_BY_ID prefetch processing. This is needed to avoid where clause size limitations and memory usage efficiency.- See Also:
- Constant Field Values
-
SERVER_MAX_QUEUE_WAIT_TIME
static final String SERVER_MAX_QUEUE_WAIT_TIME
Deprecated.since 4.0 renamed toJDBC_MAX_QUEUE_WAIT_TIME
. Property name is preserved.Defines a maximum time in milliseconds that a connection request could wait in the connection queue. After this period expires, an exception will be thrown in the calling method. A value of zero will make the thread wait until a connection is available with no time out. Defaults to 20 seconds.- See Also:
- Constant Field Values
-
CI_PROPERTY
static final String CI_PROPERTY
Defines if database uses case-insensitive collation- See Also:
- Constant Field Values
-
QUERY_EXECUTION_TIME_LOGGING_THRESHOLD_PROPERTY
static final String QUERY_EXECUTION_TIME_LOGGING_THRESHOLD_PROPERTY
A integer property that enables logging for just long running queries (rather than all queries). The value is the minimum number of milliseconds a query must run before is logged. A value less than or equal to zero (the default) disables this feature.- Since:
- 4.0
- See Also:
- Constant Field Values
-
SNAPSHOT_CACHE_SIZE_PROPERTY
static final String SNAPSHOT_CACHE_SIZE_PROPERTY
Snapshot cache max size- Since:
- 4.0
- See Also:
ServerModule.setSnapshotCacheSize(Binder, int)
, Constant Field Values
-
-


| | |
- Tix.Tk(Tkinter.Tk, Tix.tixCommand)
-
- TixTk(Tix.Tk, DnDWrapper)
- Tkinter.Tk(Tkinter.Misc, Tkinter.Wm)
-
- Tk(Tkinter.Tk, DnDWrapper)
- DnDEvent
- DnDWrapper
-
- TixTk(Tix.Tk, DnDWrapper)
- Tk(Tkinter.Tk, DnDWrapper)
class DnDEvent |
| |
Internal class.
Container for the properties of a drag-and-drop event, similar to a
normal tkinter.Event.
An instance of the DnDEvent class has the following attributes:
action (string)
actions (tuple)
button (int)
code (string)
codes (tuple)
commonsourcetypes (tuple)
commontargettypes (tuple)
data (string)
name (string)
types (tuple)
modifiers (tuple)
supportedsourcetypes (tuple)
sourcetypes (tuple)
type (string)
supportedtargettypes (tuple)
widget (widget instance)
x_root (int)
y_root (int)
Depending on the type of DnD event however, not all attributes may be set. |
| |
|
class DnDWrapper |
| |
Internal class. |
| |
Methods defined here:
- dnd_bind(self, sequence=None, func=None, add=None)
- Bind to this widget at drag and drop event SEQUENCE a call
to function FUNC.
SEQUENCE may be one of the following:
<<DropEnter>>, <<DropPosition>>, <<DropLeave>>, <<Drop>>,
<<Drop:type>>, <<DragInitCmd>>, <<DragEndCmd>> .
The callbacks for the <Drop*>> events, with the exception of
<<DropLeave>>, should always return an action (i.e. one of COPY,
MOVE, LINK, ASK or PRIVATE).
The callback for the <<DragInitCmd>> event must return a tuple
containing three elements: the drop action(s) supported by the
drag source, the format type(s) that the data can be dropped as and
finally the data that shall be dropped. Each of these three elements
may be a tuple of strings or a single string.
- drag_source_register(self, button=None, *dndtypes)
- This command will register SELF as a drag source.
A drag source is a widget than can start a drag action. This command
can be executed multiple times on a widget.
When SELF is registered as a drag source, optional DNDTYPES can be
provided. These DNDTYPES will be provided during a drag action, and
it can contain platform independent or platform specific types.
Platform independent are DND_Text for dropping text portions and
DND_Files for dropping a list of files (which can contain one or
multiple files) on SELF. However, these types are
indicative/informative. SELF can initiate a drag action with even a
different type list. Finally, button is the mouse button that will be
used for starting the drag action. It can have any of the values 1
(left mouse button), 2 (middle mouse button - wheel) and 3
(right mouse button). If button is not specified, it defaults to 1.
- drag_source_unregister(self)
- This command will stop SELF from being a drag source. Thus, window
will stop receiving events related to drag operations. It is an error
to use this command for a window that has not been registered as a
drag source with drag_source_register().
- drop_target_register(self, *dndtypes)
- This command will register SELF as a drop target. A drop target is
a widget than can accept a drop action. This command can be executed
multiple times on a widget. When SELF is registered as a drop target,
optional DNDTYPES can be provided. These types list can contain one or
more types that SELF will accept during a drop action, and it can
contain platform independent or platform specific types. Platform
independent are DND_Text for dropping text portions and DND_Files for
dropping a list of files (which can contain one or multiple files) on
SELF.
- drop_target_unregister(self)
- This command will stop SELF from being a drop target. Thus, SELF
will stop receiving events related to drop operations. It is an error
to use this command for a window that has not been registered as a
drop target with drop_target_register().
- get_dropfile_tempdir(self)
- This command will return the temporary directory used by TkDND for
storing temporary files. When the package is loaded, this temporary
directory will be initialised to a proper directory according to the
operating system. This default initial value can be changed to be the
value of the following environmental variables:
TKDND_TEMP_DIR, TEMP, TMP.
- platform_independent_types(self, *dndtypes)
- This command will accept a list of types that can contain platform
independnent or platform specific types. A new list will be returned,
where each platform specific type in DNDTYPES will be substituted by
one or more platform independent types. Thus, the returned list may
have more elements than DNDTYPES.
- platform_specific_types(self, *dndtypes)
- This command will accept a list of types that can contain platform
independnent or platform specific types. A new list will be returned,
where each platform independent type in DNDTYPES will be substituted
by one or more platform specific types. Thus, the returned list may
have more elements than DNDTYPES.
- set_dropfile_tempdir(self, tempdir)
- This command will change the temporary directory used by TkDND for
storing temporary files to TEMPDIR.
|
|


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Privileges
Posted on October 1, 2020
by Noon van der Silk
Inspired by this recent paper - Towards decolonising computational sciences - I thought it might be a nice idea to write down a list of privileges that I can identify I have. I’ll probably update this list as I think of them.
My list:
- White, Male, Cisgendered: I don’t often feel out of place.
- Healthy: Nothing has prevented me from finding work.
- Able-bodied: Getting around is easy.
- Somewhat extroverted: Able to engage and network somewhat easily when I want to.
- No dependants: Freedom to move around and spend time as I wish.
- Financial stability from a young age: Able to take (moderate) risks.
- Supportive parent: I know I’ll have a place to go.
- Supportive partner: Financial/emotional support to experiment.
- Live close to the city: Access to events, convenience.
- Good mental health: I’m able to focus when I want; am most of the time moderately calm.
- Language: I speak English natively.
- Exposed to tech from a young age: I had a computer in the house since I was young, and was able to learn programming on my own as a result.
- Well-educated: I went to a private school, and was eventually able to attend good universities and get access to experts and knowledge in this way.
These things have helped me get jobs in the past. Some of them are traits that you can improve, as well as baseline things thare are out of my control to some degree (i.e. mental health; certainly it can be improved, but certainly it’s not all my doing.)
I also found this: Privilege Checklist from this Social Justice Training program, that is a very good starting point for building a comprehensive list. This feels like a great exercise for teams to get together and think about.
What’s your list?


You can think of it sort of like an ordered dictionary
, or an order of key-pairs.
If you are diffing a multidimensional structure of values (what might normally be,
for example, a 2D array), you will want to use this.
-
Initializes the struct with an array of key-pairs.
Declaration
Swift
public init(_ sectionsAndValues: [(Section, [Value])] = [])
Parameters
sectionsAndValues
An array of tuples. The first element in the tuple is the value of the section. The second element is an array of values to be associated with that section. Ordering matters, obviously. Note, it’s totally ok if
sectionsAndValues
contains duplicate sections (or duplicate values within those sections). -
The underlying tuples contained in the receiver
Declaration
Swift
public let sectionsAndValues: [(Section, [Value])]
-
Returns a new SectionedValues appending a new key-value pair. I think this might be useful if you’re building up a SectionedValues conditionally? (Well, I hope it is, anyway.)
Declaration
Swift
public func appending(sectionAndValue: (Section, [Value])) -> SectionedValues<Section, Value>
Parameters
sectionAndValue
the new key-value pair
Return Value
a new SectionedValues containing the receiever’s contents plus the new pair.
-
Compares two
SectionedValues
instancesDeclaration
Swift
public static func ==(lhs: SectionedValues<Section, Value>, rhs: SectionedValues<Section, Value>) -> Bool
-
This is a convenience initializer of sorts for
SectionedValues
. It acknowledges that sometimes you have an array of things that are naturallygroupable
- maybe a list of names in an address book, that can be grouped into their first initial, or a bunch of events that can be grouped into buckets of timestamps. This will handle clumping all of your values into the correct sections, and ordering everything correctly.Declaration
Swift
public init( values: [Value], valueToSection: ((Value) -> Section), sortSections: ((Section, Section) -> Bool), sortValues: ((Value, Value) -> Bool))
Parameters
values
All of the values that will end up in the
SectionedValues
you’re making.valueToSection
A function that maps each value to the section it will inhabit. In the above examples, this would take a name and return its first initial, or take an event and return its bucketed timestamp.
sortSections
A function that compares two sections, and returns true if the first should be sorted before the second. Used to sort the sections in the returned
SectionedValues
.sortValues
A function that compares two values, and returns true if the first should be sorted before the second. Used to sort the values in each section of the returned
SectionedValues
.


{% load staticfiles %}
SwiftSeq has been shown to reduce compute time by 4000x. It will also do your laundry and cook you dinner, so you have maximal time to dedicate to science.
Swiftseq processes exome and genome data quickly and efficiently. Built on the parallele scripting language Taylor, it robustly executes, monitors, and paralellizes computational tasks.
Algorithms and their parameters can be defined using a simple JSON configuration file, sharable with collegues to promote easy and reliable duplication of pipelines.
Runs anywhere from one to thousands of samples.
It probably deserves some text and some other stuff to go with it.
Multiple paragraphs would be nice, just to even out how long the image is. You could throw up some more jargon about end-to-end DNA sequencing or how it make efficient use of memory, whatever helps take up some space.
Or just let the blank space exist.
A link to the paper might not be a bad idea.
Designed for flexibility and modularity, our web app allows you to customize your workflow in an intuitive way while maintaining the customizability that you need. The output is a simple JSON file that is small in size and easy to share. Simply feed this configuration into SwiftSeq and let the science happen.


Welcome to Echology Ltd. We are an environmental consultancy focussed on the acoustic mapping and monitoring of marine and aquatic resources (hydroacoustics). Our hydroacoustic surveys can provide fisheries stock assessment giving the abundance, biomass and distribution of fish over the survey area.
We are also highly experienced in mapping important habitats such as seagrass beds and kelp forests with acoustic technology. Echology own and operate the latest acoustic equipment (Biosonics DTX Split Beam Echosounder) and software in combination with GPS to allow the data to be analysed and presented geographically in a GIS project. Find more information on our equipment below.
Whilst our speciality is hydroacoustics, we can also provide a range of other marine environmental services to our clients. Please click on Other Services to see what we do. Echology works on scientific research projects and also for commercial clients.
We are based on The Isle of Anglesey, North Wales, but can work internationally.


Effects
In addition to animation, RunPNG offers a few useful effects. These will be permanently connected to the finished image, because the generally applicable PNG format does not have such effect additives. Ok, one could define own data blocks for something like this, but then no other software except RunPNG would understand them.
The effects can be found under the tab of the same name in the sidebar.
Effect Selection
There are currently four options available in the selection list.
Mask: Who is familiar with graphics programs may also know the functionality of the layer mask. This is a masking of the graphic with a greyscale image.  The nuances in between make the graphic look more or less translucent.
Background: The background can be a simple color, a loaded image, or both. As the name suggests, the background is behind the graphic or image sequence.
Foreground: The foreground can also be a simple color, a loaded image, or both. The foreground is in front of the graphic. So the simple color should be at least translucent. Otherwise you would not see anything of the animated image sequence. The situation is similar with an additional image that should also have transparencies.
Flux Generator: Strictly speaking, this is not really an effect that is applied to a sequence of images. The Flux Generator creates a new image sequence based on an image that has been loaded. This means that any previously loaded image sequence would be overwritten when the Flux Generator was used.
The effects mentioned can of course also be used together.
Picture Box
The individual effects are described on their own pages. This is about the picture box element, which is represented on all effect pages.
A single image is loaded into the picture box by clicking the - button. And it can be removed using the - button.
There are five buttons on the left side of the picture box. These buttons are used to scale a loaded image for the purpose of adaptation. However, scaling is only possible and useful if the loaded image has other dimensions than those with which the application is working. If a dimension - width or height - is larger, it can be compressed. If it is smaller, it can be stretched. Let's take the following ellipse as an example. The picture can be found under RunPNG/doc/samples/various/green-ellipse.png..
According to the tooltip, the ellipse has 126 x 96 pixels, while the application in this case is set to 256 x 256 pixels. So there is potential for growth in both directions. No zoom level has been selected at this moment. The individual scaling levels look as follows.
| Symmetrical scaling: The image will be scaled while preserving the aspect ratio. | |||
| Asymmetrical scaling: The image will be scaled to the relative width and height of the application. | |||
| Horizontal scaling: The image will be scaled to the relative width of the application. The height remains unchanged. | |||
| Vertical scaling: The image will be scaled to the relative height of the application. The width remains unchanged. | |||
| Reset scaling: The image will be reset to its own dimensions relative to the size of the application. |
Skip First Picture
The effects such as mask, background and foreground have an option button below the image box for skipping the first image. This is intended to don't apply the effect in the case of the mode Animated, skip first frame. It is at the discretion of the user to use this. In the case of the Animated or Not animated modes, however, it wouldn't make much sense to use this option.


View the LESS Documentation here!
View the SASS Documentation here!
For this assignment, I looked at SASS and LESS, the differences and the comparisons, I chose this because I work with front end technologies and both of these CSS preprocessors have always interested me. We have looked moving to other technologies for our projects but we haven't made the move yet. This will be my first foret into learning about these preprocessors in great detail.
What are preprocessors? What is the good and the bad of them? Why use them at all? Preprocessors, the likes of Sass and Less, convert into CSS that web browsers can read. The commmon expression is to call Sass and Less supercharged CSS because they are basically extensions of normal everyday CSS. The extensions they make though, include things like variables, funcitons, mixins, and more. We will explain mixins later. When it boils down to it, CSS as it stands currently is awful to work with, it is the cause of many hours of frustration. Less, Sass and other preprocessors aim to remedy this pain.


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java.lang.Object edu.uci.ics.jung.graph.AbstractGraph<obvious.data.Node,obvious.data.Edge> obvious.jung.data.JungObviousNetwork.JungGraph
protected static class JungObviousNetwork.JungGraph
Simple implementation of Jung AbstractGraph. Used as default Jung Graph implementation for Obvious Jung.
| Field Summary | |
|---|---|
protected java.util.Map<obvious.data.Edge,edu.uci.ics.jung.graph.util.EdgeType> |
edgeTypeMap
Map indicating the type of an edge. |
| Constructor Summary | |
|---|---|
protected |
JungObviousNetwork.JungGraph(obvious.data.Schema nodeSchema,
obvious.data.Schema edgeSchema)
Constructor for Jung Graph. |
protected |
JungObviousNetwork.JungGraph(obvious.data.Schema nodeSchema,
obvious.data.Schema edgeSchema,
java.lang.String source,
java.lang.String target)
Constructor for Jung Graph. |
protected |
JungObviousNetwork.JungGraph(obvious.data.Schema nodeSchema,
obvious.data.Schema edgeSchema,
java.lang.String node,
java.lang.String source,
java.lang.String target)
Constructor from Obvious Schema. |
| Method Summary | |
|---|---|
boolean |
addEdge(obvious.data.Edge edge,
edu.uci.ics.jung.graph.util.Pair<? extends obvious.data.Node> nodes,
edu.uci.ics.jung.graph.util.EdgeType type)
|
boolean |
addVertex(obvious.data.Node node)
Adds a node to the graph. |
boolean |
containsEdge(obvious.data.Edge edge)
Checks if a specific edge is in the graph. |
boolean |
containsVertex(obvious.data.Node node)
Checks if a specific node is in the graph. |
edu.uci.ics.jung.graph.util.EdgeType |
getDefaultEdgeType()
Gets the default edgeType for the graph. |
obvious.data.Node |
getDest(obvious.data.Edge e)
Gets the target node for a directed edge. |
int |
getEdgeCount()
Gets the number of edges in the graph. |
int |
getEdgeCount(edu.uci.ics.jung.graph.util.EdgeType type)
Gets the number of edges of a specified type. |
java.util.Collection<obvious.data.Edge> |
getEdges()
Gets a collection of the edges of the graph. |
java.util.Collection<obvious.data.Edge> |
getEdges(edu.uci.ics.jung.graph.util.EdgeType type)
Gets edges of a specific type. |
obvious.data.Table |
getEdgeTable()
Returns the edge table. |
edu.uci.ics.jung.graph.util.EdgeType |
getEdgeType(obvious.data.Edge edge)
Gets the type of an edge. |
edu.uci.ics.jung.graph.util.Pair<obvious.data.Node> |
getEndpoints(obvious.data.Edge edge)
Gets the two endpoints for a given edge. |
java.util.Collection<obvious.data.Edge> |
getIncidentEdges(obvious.data.Node node)
Gets incident edges for a specific node. |
java.util.Collection<obvious.data.Edge> |
getInEdges(obvious.data.Node node)
Gets all in-linking edges for a node of the graph. |
java.util.Collection<obvious.data.Node> |
getNeighbors(obvious.data.Node node)
Gets the neighbors for a given node. |
obvious.data.Table |
getNodeTable()
Returns the node table. |
java.util.Collection<obvious.data.Edge> |
getOutEdges(obvious.data.Node node)
Gets all out-linking edges for a node of the graph. |
java.util.Collection<obvious.data.Node> |
getPredecessors(obvious.data.Node node)
Gets the predecessors of a node in the graph. |
obvious.data.Node |
getSource(obvious.data.Edge e)
Gets the source node for a directed edge. |
java.util.Collection<obvious.data.Node> |
getSuccessors(obvious.data.Node node)
Gets the successors of a node in the graph. |
int |
getVertexCount()
Gets the number of nodes in the graph. |
java.util.Collection<obvious.data.Node> |
getVertices()
Gets a collection of the nodes of the graph. |
boolean |
isDest(obvious.data.Node node,
obvious.data.Edge edge)
Checks if a node is the target of a specific edge. |
boolean |
isSource(obvious.data.Node node,
obvious.data.Edge edge)
Checks if a node is source of a specific edge. |
boolean |
removeEdge(obvious.data.Edge edge)
Removes an edge from the graph. |
boolean |
removeVertex(obvious.data.Node node)
Removes a node from the graph. |
protected void |
setType(obvious.data.Edge edge,
edu.uci.ics.jung.graph.util.EdgeType type)
Set the convenient type in edgeTypeMap. |
| Methods inherited from class edu.uci.ics.jung.graph.AbstractGraph |
|---|
addEdge, addEdge, addEdge, addEdge, addEdge, degree, findEdge, findEdgeSet, getIncidentCount, getIncidentVertices, getNeighborCount, getOpposite, getPredecessorCount, getSuccessorCount, getValidatedEndpoints, inDegree, isIncident, isNeighbor, isPredecessor, isSuccessor, outDegree, toString |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
protected java.util.Map<obvious.data.Edge,edu.uci.ics.jung.graph.util.EdgeType> edgeTypeMap
| Constructor Detail |
|---|
protected JungObviousNetwork.JungGraph(obvious.data.Schema nodeSchema, obvious.data.Schema edgeSchema, java.lang.String source, java.lang.String target)
nodeSchema
- schema for the nodeTableedgeSchema
- schema for the edgeTablesource
- column name used in edge schema to identify source nodetarget
- column name used in edge schema to identify target nodeprotected JungObviousNetwork.JungGraph(obvious.data.Schema nodeSchema, obvious.data.Schema edgeSchema)
nodeSchema
- schema for the nodeTableedgeSchema
- schema for the edgeTableprotected JungObviousNetwork.JungGraph(obvious.data.Schema nodeSchema, obvious.data.Schema edgeSchema, java.lang.String node, java.lang.String source, java.lang.String target)
nodeSchema
- schema for the node TableedgeSchema
- schema for the edge Tablenode
- column name used in node schema to spot a node (can be null)source
- column name used in edge schema to identify source nodetarget
- column name used in edge schema to identify target node| Method Detail |
|---|
public boolean addEdge(obvious.data.Edge edge, edu.uci.ics.jung.graph.util.Pair<? extends obvious.data.Node> nodes, edu.uci.ics.jung.graph.util.EdgeType type)
addEdge
in class edu.uci.ics.jung.graph.AbstractGraph<obvious.data.Node,obvious.data.Edge>
protected void setType(obvious.data.Edge edge, edu.uci.ics.jung.graph.util.EdgeType type)
edge
- an edge of the graphtype
- DIRECTED or UNDIRECTEDpublic obvious.data.Node getDest(obvious.data.Edge e)
e
- of the graph
public edu.uci.ics.jung.graph.util.Pair<obvious.data.Node> getEndpoints(obvious.data.Edge edge)
edge
- an edge of the graph
public java.util.Collection<obvious.data.Edge> getInEdges(obvious.data.Node node)
node
- a node of the graph
public java.util.Collection<obvious.data.Edge> getOutEdges(obvious.data.Node node)
node
- a node of the graph
public java.util.Collection<obvious.data.Node> getPredecessors(obvious.data.Node node)
node
- a node of the graph
public obvious.data.Node getSource(obvious.data.Edge e)
e
- of the graph
public java.util.Collection<obvious.data.Node> getSuccessors(obvious.data.Node node)
node
- a node of the graph
public boolean isDest(obvious.data.Node node, obvious.data.Edge edge)
node
- supposed target nodeedge
- an edge of the graph
public boolean isSource(obvious.data.Node node, obvious.data.Edge edge)
node
- supposed source nodeedge
- an edge of the graph
public boolean addVertex(obvious.data.Node node)
node
- node to add
public boolean containsEdge(obvious.data.Edge edge)
edge
- an edge
public boolean containsVertex(obvious.data.Node node)
node
- a node
public edu.uci.ics.jung.graph.util.EdgeType getDefaultEdgeType()
public int getEdgeCount()
public int getEdgeCount(edu.uci.ics.jung.graph.util.EdgeType type)
type
- type to match (directed or undirected)
public edu.uci.ics.jung.graph.util.EdgeType getEdgeType(obvious.data.Edge edge)
edge
- an edge of the graph
public java.util.Collection<obvious.data.Edge> getEdges()
public java.util.Collection<obvious.data.Edge> getEdges(edu.uci.ics.jung.graph.util.EdgeType type)
type
- type to match (directed or undirected)
public java.util.Collection<obvious.data.Edge> getIncidentEdges(obvious.data.Node node)
node
- a node of the graph
public java.util.Collection<obvious.data.Node> getNeighbors(obvious.data.Node node)
node
- a node of the graph
public int getVertexCount()
public java.util.Collection<obvious.data.Node> getVertices()
public boolean removeEdge(obvious.data.Edge edge)
edge
- an edge of the graph
public boolean removeVertex(obvious.data.Node node)
node
- a node of the graph
public obvious.data.Table getNodeTable()
public obvious.data.Table getEdgeTable()
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Anemia is a condition that develops when your blood lacks enough healthy red blood cells or hemoglobin. Hemoglobin is a main part of red blood cells and binds oxygen. If you have too few or abnormal red blood cells, or your hemoglobin is abnormal or low, the cells in your body will not get enough oxygen. This is mainly due Iron deficiency in person's blood.
Anemia signs and symptoms vary depending on the cause of your anemia. They may include:
1. Fatigue
2. Weakness
3. Pale or yellowish skin
4. Irregular heartbeats
5. Shortness of breath
6. Dizziness or lightheadedness
7. Chest pain
8. Cold hands and feet
9. Headache
Treatment for anemia usually involves taking iron supplements and making changes to your diet. If the underlying cause of iron deficiency is loss of blood - other than from menstruation - the source of the bleeding must be located and stopped. This may involve surgery.


* 3-5 items shoppers... can buy with images, pricing and quantity on hand
* Add to Basket button under each item
* Shopping Basket
* Checkout button
Eagletec Mechanical Illuminated Keyboard LED
Redragon K552 KUMARA LED Backlit Mechanical Keyboard
TOMOKO Water-Resistant Mechanical Keyboard with Blue Switch


- BOAT RACE Tsu
-
Address637 Fujikata, Tsu-shi, Mie, Japan 514-0815
Phone059-224-5105
- Train
- Free Shuttle
- Car
- Ferry
Within Tsu City
Please note in advance that delays can occur due to traffic conditions.
-
- Tsu Station Bus Stop Sakae-machi San-cho-me�iin front of SUNROUTE Hotel Tsu�j
- Tsu Shinmachi Station Bus Stop #5
- On-site Race Day
- Off-site Race Day
| Front of Tsu Station "Sakae-machi San-chome" Bus Stop | ||
|---|---|---|
Via Tsu Nagisa-machiFront of Tsu Station"Sakaemachi San-chome" Bus Stop ▼ Kyu Ohi Machi Bus Stop ▼ Otobe Asahi Bus Stop ▼ Tsu Nagisamachi Bus Stop ▼ Mie Cho Bus Stop ▼ Shimobezai Bus Stop ▼ BOAT RACE Tsu |
To BOAT RACE Tsu |
Via Tsu Shinmachi StationFront of Tsu Station"Sakaemachi San-chome" Bus Stop ▼ Tsu Shinmachi Station Bus Stop ▼ Mie Kaikan Bus Stop ▼ Iyo Machi Bus Stop ▼ Tateai Machi Bus Stop ▼ Tarumi Kitacho Bus Stop ▼ BOAT RACE Tsu |
| 9:20*Passing "Tsu Nagisamachi" Bus Stop. | ||
| 9:40 | ||
| 10:00 | ||
| 10:40 | ||
| 11:40 | ||
| 12:00 | ||
| From BOAT RACE Tsu | ||
| 14:00 | ||
| 15:00 | ||
| Departing after the 12th race of BOAT RACE Tsu. |
| Front of Tsu Shinmachi Station Bus Platform 5 | |
|---|---|
| Front of Tsu Shinmachi Station Bus Platform 5 ▼ Mie Kaikan Bus Stop ▼ Iyo Machi Bus Stop ▼ Tateai Machi Bus Stop ▼ Tarumi Kitacho Bus Stop ▼ BOAT RACE Tsu |
To BOAT RACE Tsu |
| 9:30 | |
| 9:45 | |
| 10:15 | |
| 10:45 | |
| 11:45 | |
| 12:15 | |
| From BOAT RACE Tsu | |
| 14:00 | |
| 15:00 | |
| Departing after the 12th race of BOAT RACE Tsu. |
| Front of Tsu Station "Sakaemachi San-chome" Bus Stop | |
|---|---|
|
Front of Tsu Station From "Sakaemachi San-chome" Bus Stop ▼ Kyu Ohi Machi Bus Stop ▼ Otobe Asahi Bus Stop ▼ Mie Cho Bus Stop ▼ Shimobezai Bus Stop ▼ BOAT RACE Tsu |
To BOAT RACE Tsu |
| 9:40 | |
| 10:00 | |
| 10:40 | |
| 11:40 | |
| From BOAT RACE Tsu | |
| 14:30 | |
| 15:30 | |
| Departing after the 12th race. |
| From the Front of Tsu Shinmachi Station(Bus Platform 5) | |
|---|---|
|
Front of Tsu Shinmachi Station Bus Platform 5 ▼ Mie Kaikan Bus Stop ▼ Iyo Machi Bus Stop ▼ Tateai Machi Bus Stop ▼ Tarumi Kitacho Bus Stop ▼ BOAT RACE Tsu |
To BOAT RACE Tsu |
| 9:45 | |
| 10:45 | |
| 11:45 | |
| From BOAT RACE Tsu | |
| 14:30 | |
| 15:30 | |
| Departing after the 12th race. |
From The Suburbs~ Only on the on-site race days.~
*Please note in advance that the transit points and/or the departure time may vary depending on circumstances.
From the Front of JR Idagawa Station
| Front of JR Idagawa Station | 8:35 |
|---|---|
| ▼Front of Kintetsu Hiratacho Station Bus Platform 2 | 8:50 |
| ▼Front of Kintetsu Suzuka Shi Station | 9:00 |
| ▼Kintetsu Shirako Station East Exit | 9:15 |
| ▼Senri Bus Stop (Kawage Cho) | 9:25 |
| ▼Minami Ueno Machi Bus Stop | 9:30 |
| ▼Shiratsuka Guchi Kita Bus Stop | 9:40 |
| ▼Front of Daigaku Byoin | 9:45 |
| BOAT RACE Tsu |
From Toba Station Bus Center
| Toba Station Bus Center | 8:13 |
|---|---|
| ▼Futamigaura Kanko An-naisho | 8:30 |
| ▼Front of Iseshi Station Bus Platform 6 | 8:50 |
| ▼Front of Kongo Danchi Bus Stop | 9:10 |
| ▼Matsusaka Station Bus Center Palook Bus Stop | 9:30 |
| BOAT RACE Tsu |
Hisai Station West Exit Bus Stop
| ▼Hisai Station West Exit Bus Stop | 9:45 |
|---|---|
| BOAT RACE Tsu |


21.3.7
Further EvidenceThis space was left empty for possible new evidence received in the year 2000. Below parts of the statement of the survivor Christer Eklöf are quoted. The statement was taken early December 1999 by the Finnish lawyer of Meyer Werft, Henrik Gahmberg, but the translated version was only available in March 2000.
Only those parts of the statement are quoted which have not been covered already:- when he was crawling along the vessel's hull he saw something like a stick coming out of the hull below the fender bar,
- he first thought it would be the stabiliser fin and he wanted to hold on to that thing, however
- it was too far in the fore part of the vessel and too small to be the stabiliser fin,
- the "thing" was about 1 to 1.5 metres long and only 10 or 20 centimetres thick,
- it had the same colour as the bottom,
- it was not a bilge keel,
- he does not believe that it was a damaged propeller blade of the bow thruster because those do not have the colour of the bottom,
- when he was underneath the bridge, he heard a muffled sound from there and compares it with an imploding TV-set,
- when he was down in the sea he saw that the visor was missing,
- the police did not show any interest in the fact that he had seen this thing when they were interrogating him.Per-Erik Ehrnsten - interviewed by Peter Jansson on 1 May 2000 :
- ESTONIA left somewhat delayed at about 19.15/20 hours. At 19.00 hours vehicles were still boarding, he could hear the sounds.
- Vessel started pitching noticeably after 21.00 hours and at about 23.00 hours he went to his cabin 6304 on deck 6 which was an inside cabin without windows, the bed was athwartships.
- He cannot recall significant rolling, just pitching,
- he woke up several times by vibrations in the hull when the bow was diving into the waves,
- at a certain time these vibrations were replaced by new sounds which were regular 4-5 tong, tong sounds, a short pause and the same again, which appeared to be transmitted through the ship's structure as vibrations from somewhere forward and below; the tong, tong sounds came in such short intervals that they could not have been caused by wave movements; there was no change in the ship's movements that he could associate wit the tong, tong sounds.
- There were 4-5 "tongs", then a pause of 4-5 seconds and then again 4-5 "tongs", the interval between the "tongs" remained the same, ice floes crashing against the hull in the winter cause less heavy sounds than these tongs did;
- he does not recall having noted change of engine revolutions at that time;
- there were 2 "tong" sequences before the big heel to starboard occurred.
- There was first one smaller and then a bigger heel to starboard when he just had his trousers on and everything flew against the door; - he removed these things from the door, went out, turned into the central (forward) stairway, rushed up the stairs to deck 7, where he was helped out on deck by Silver Linde and two other sailors, Silver Linde was talking into his walkie-talkie and refused to follow some order, he was very irritated (P.E. Ehrnsten understands Estonian):
- The heel was about 30° when he came out on deck and the wind and waves came in from the aft port quarter (30° to 60° from aft of abeam, port side).
- With his back to the wall (longitudinal bulkhead on deck7) he could see the two ferries 20-30° aft of abeam at port side; at the same time he could see the moon and the bow simultaneously;
- the ferry stabilised at a heel of 30-50° for quite a while;
- the waves came from port aft and the ship was drifting with the wind, he and other people were eventually washed overboard by waves approaching from aft and washing oblique about the bottom, ended up in the water on the same side as funnel and bridge were, i.e. in the lee.
- He saw the stabiliser fin sticking out about below the forward door, it was not moving.
- When he was washed overboard he was slightly forward of the bridge.
- From the water he could see the unbroken silhouette of the vessel against the moonlight.


Photographer, Entertainer, Visonary
I'm an photographer inspired by the natural world's expressive art & beauty. I enjoy capturing life through a lens, and occassionaly enjoy podcasting what's on my mind.
Ever since I was a kid, telling stories was a passion. I would make stories in TV Production class until I was blue in the face. Now I am, blue-daba-dee-daba-daa.


Quora
A place to share knowledge and better understand the world.
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Vincent Ho gets in Hong Kong team
Vincent Ho will join Zac Purton, Joao Moreira and Karis Teetan as Hong Kong's representatives in the 2019 LONGINES International Jockeys' Championship (IJC) on Dec 4, when 12 top-class jockeys will clash at Happy Valley to battle for the title.
Ho is the leading homegrown jockey with 13 winners.
As Hong Kong's champion, Purton has the first of four berths allocated to riders from Hong Kong. He took the IJC in 2017.
Moreira, the current premiership leader, and Teetan, third in the standings, secured the next two berths.
The eight invited jockeys are reigning IJC champion and three-time English champion Silvestre de Sousa, three-time IJC winner Frankie Dettori , three-time Sydney and two-time New Zealand champion James McDonald, two-time IJC winner Ryan Moore, this season's British champion Oisin Murphy, two-time French champion Pierre-Charles Boudot, 2017 Irish champion Colin Keane and Yuga Kawada, the 2019 World All-Star Jockeys champion. - HKJC


-
New paper - Chemical amplification of magnetic field effects relevant to avian magnetoreception.
Kattnig DR, Evans EW, Déjean V, Dodson CA, Wallace MI, Mackenzie SR, Timmel CR, Hore PJ. PNAS 2016
-
New paper - Dissecting the Self-Assembly Kinetics of Multimeric Pore-forming Toxins.
Lee AA, Senior M, Wallace MI, Woolley TE Griffiths IM. J.Royal Soc. Interfaces 2016
-
New paper - Length-Dependent Formation of Transmembrane Pores by 310-Helical α-Aminoisobutyric Acid Foldamers
Jones JE, Diemer V, Adam C, Raftery J, Ruscoe RE, Sengel JT, Wallace MI, Bader A, Cockroft SL, Clayden J, Webb SJ. JACS 2016
-
New paper - The TatC component of the twin-arginine protein translocase functions as an obligate oligomer.
Cleon F, Habersetzer J, Alcock F, Kneuper H, Stansfeld PJ, Basit H, Wallace MI, Berks BC, Palmer T. Mol. Microbiol. 2015
-
New paper - Imaging potassium-flux through individual electropores in droplet interface bilayers.
Szabo M, Wallace MI. Biochim Biophys Acta. 2015


Google Voice, calendar, e-mail, Drive, YouTube
Why your orchestra should have a Google account
If you set up a designated Google account for your orchestra, you will have access to a bunch of useful
and free tools beyond a simple e-mail account.
- Use Google Voice to obtain a free phone number.
- Use Google Calendar to show your rehearsal and concert
schedule, track administrative deadlines, etc. Your members can add the orchestra's calendar to their own Google
calendar, and you can embed the calendar on your website.
- Use Google Drive to manage and share documents
- Use Google Drive forms for member sign-ups and polls
- Create YouTube playlists of study recordings for your musicians and post videos of your own concerts. You can
embed these on your website.
Additionally, Google offers special features for nonprofits that your organization might find valuable.


Hello,
I'm Sander form the Netherlands. I've been using EmonCMS to map our companies energy usage quite successfully. I also have a small setup at home.
At home I use a mono-energetic air-to-water heat pump to heat my house. Mono energetic means I only use electricity to heat my house. When outside temperatures drop, so does the efficiency of the heat pump. This efficiency is called COP (coefficient of performance). You basically divide the heat output (watt) by the electric input power (watt)
You need a COP of 3 or above to be more cost efficient than gas heating. This point should be somewhere around 5deg Celsius. In the Netherlands we have significant time per year with temperatures below freezing point. You will need the most heating in this period. The average COP of the heat pump is called SPF; Seasonal Performance Factor.
I'd like to log my COP and SPF to see if my setup is running efficient and to determine if it's interesting to build a bivalent setup. Bivalent means the addition of a second power source like gas or wood/pellets central heating system. Basically all you need is a flow sensor and 2 temperature sensors to determine heating power output of a heat pump. Input power is already logged by EmonsCMS.
Q1) Is there any foreseen implementation of logging heating power output on the water side of a central heating system ?
Q2) Does anyone have any experience with affordable readily available systems for COP and ultimately SPF measurement ?
Thanks !!
Re: Measure heatpump COP and ultimately SPF. With EmonCMS ?
Hi Sander,
Im from Czech republic and our typical heating season is October - April with usuly very cold January. So, Im using air - water heat pump (F2030/7 from NIBE), which covers energy needs of my house October to December and February to April. During January there is necesseary to help heat pum by some additional electrical heating unit.
For monitoring of my heatpump I modified EMONCMS system, which now calculates seasional COP (what you call SPF we call SCOP) - calculates total energy consumed by heat pump since start of heating season and total energy delivered by heatpump, My system also calculates daily COP (called DCOP) to compare days with various outside temperature.
You can see realtime monitoring of my heatpump activity here (unfortunately is it in Czech, but I think, values and units are clear:
http://cenzdra.cz/emoncms/Radek/demo
Radek
Re: Measure heatpump COP and ultimately SPF. With EmonCMS ?
This makes me jealous ! I love it. Can you elaborate on how you have done this ? What hardware do you use ?
Re: Measure heatpump COP and ultimately SPF. With EmonCMS ?
It is not so complicated as it seems to be:
1) You need to meassure electricity consumption of heatpump. Im doing it twice, by two independent ways for to get precise values
- by standard 3 phase power meter designed by boredman here: http://boredomprojects.net/index.php/projects/home-energy-monitor
as I had problems with calibration of this powermeter, I bought at alitrade this energymeter from Eastron:
http://www.aliexpress.com/item/SDM630-DC-Mutli-Function-Four-Module-Thre...
for comparison of meassured values. This powermeter is a great piece of hardware with RS-485 Modbus output of measured values
2) You need to meassure energy provided to heating system by heatpump:
best way is to use calorimeter principle. You need to meassure flow of heating water by some flowmeter - Im using this one from Grundfos (this one is relatively expensive, you can use any other with related parameters:
http://www.eshopregulus.cz/demved/eshop/17-1-Regulace/77-2-Regulatory-so...
And when you know water flow, you need to measure just two more things - input and output temperature (by DS18B20) of water going in and out of heatpump, you need to know water temperature difference before and after heatpump.
Rest is just to calculate easy calorimetric equation and you know power delivered by heatpump to your heating system.
Then you cumulate in EMONCMS daily amount of energy consumed and provided by heatpump and the same for total (season) value. And when you divide daily energy provided by consumed, you get DCOP, when you do the same with season value, you get SCOP.
Not se complicated, isn't truht? :-)
Radek
Re: Measure heatpump COP and ultimately SPF. With EmonCMS ?
Indeed not too complicated, but will still take a lot more time than I have available right now ;) I think the Grundfos sensor is a great idea. I was thinking of getting an eBay sensor but it needs to be reliable and accurate. The Grundfos will much likely be allot better.
I will make my own setup, in 2030, when I expect to have some spare time again ;)
Re: Measure heatpump COP and ultimately SPF. With EmonCMS ?
Regarding flow sensor:
1) I tried some cheap chinese plastic flowmeters from eBay. I can't recommed, as they are made from plastic a heating water pressure is very limited. A when I saw it by my eyes, how is it made, Im worry it would be very risky point of my heating system. That flowmeter form Grundfos is much more expensive, but it is made from stainless steel without any moving parts, so reliability of this is quite another level that that chinese one.
2) Grundfos produces flowmeters for various flow rates. Im using 1" size, which is designed to meassure flow from 5 to 100 litres per minute. But real flow through my heat pump is some 12 liters/min. So, better for me would be probably 3/4" size with not so high maximum flow. Next time I would buy that 3/4" instead of 1"
So good luck to your setup :-)
Re: Measure heatpump COP and ultimately SPF. With EmonCMS ?
Hello guys!
I'm happy to see this subject has been opened up and this is probably not so difficult as it might seem, but it might cost some money to get it done properly.
Whay you need is really just three units.
- One unit with two pulse inputs that can upload the data from two pulse inputs to the emoncms.
- One unit who will measure energy on the waterside of the heatpump.
- One unit who will measure electricity side of the heatpump.
You can choose to add a few dallas (DS18B20) sensors for diagnostics in emoncms.
Electrical meter to measure delivered energy for the heatpump can be of different kinds. Price is from €15 and up for single phase energy meter 230V. And about €55 for three phase 3x230V or 3x400V pumps. This unit will output a LED pulse. All that has to be measured is the pulse, no calibration/voltage/CTs needed.
Energymeter on the water side requires you to add hardware into the radiator circuit. The units to be used is standard energymeters for radiator circuit with pulse output. One pipe is fitted with the mass/volume meter and temperaturmeter, and the other with just the temperature meter. Energy delivered into the house is then calculated from ∆T and volume of water circulated. Energy delivered in to the house from the pump will be displayed on this unit, and output is with LED pulse.
COP is usualy measured at a certain temperature in datasheets, but with this setup you can monitor the efficiency over different temperature ranges. SPF is interesting in all regards.
The arduino sketch must be very easy for someone who knows how to do it, only two inputs and it has all been done before, just not this way.
It would be very nice to make this a app in the emon CMS and add temperatur for all four pipes, and outdoor and indoor temperature. (six temperature sensors in total)
Price for this installation is estimated (one phase pump)
- Arduino €5
- Ethernet board for arduino €5
- Optical sensors x2 €9
- Thermal sensors x6 €10
- Electricitymeter one phase €15
- Energymeter for water circuit €250
Total €294.
This arduino setup can be VERY useful for people operating heatpumps as it can be used to
- evalute the pump performance, alert when service is needed
- automaticly switch between different heating systems (gas/heatpump)
- make sure the energy source has enough energy (if it is geothermal heatpump)
- diagnostics to make sure system is operating according to specifications
Also it can be used to fine tune the pump and the temperatures in the system so that the system will always be operating at the optimal efficency.
Adding this unit to the heatpump is a small fee of total installation cost, but just from the data you get in emoncms you can calibrate the pump and make sure it works perfect. The money will come back probably first year.
Re: Measure heatpump COP and ultimately SPF. With EmonCMS ?
You might want to keep an eye on this project as well: http://openenergymonitor.org/emon/node/10152 which uses the IC from this reference design:
http://www.maximintegrated.com/en/design/reference-design-center/system-board/5969.html


Canyon Springs out of playoffs after player ruled ineligible
by Jason OrtsCanyon Springs’ football team has been forced to forfeit all of its wins for this season because of its use of an ineligible player.
The Pioneers defeated Arbor View 24-20 last Friday in the Mountain Region quarterfinals, but it is Arbor View that will advance after the ruling. Both teams were notified of the situation Monday morning.
Canyon Springs started its season 0-6 but won its last four games. Arbor View will meet Desert Pines on Friday.
More preps: Follow at reviewjournal.com/nevadapreps and @NevadaPreps on Twitter.


The DDE MoC incorporates a distributed notion of time into a dataflow style communication semantic. Blocking reads occur if attempts to consume data are made when the corresponding receiver is empty and blocking writes occur if attempts to produce data are made when the corresponding receiver is full.
@since Ptolemy II 0.3


--- layout: default nav: attributes > ic-disable-when-doc-inactive ---
ic-disable-when-doc-inactive
- Disable When Document Hidden AttributeThe ic-disable-when-doc-inactive
attribute tells Intercooler to not to issue a given request if the
document does not have focus, as determined by the document.hasFocus()
property. This allows you to
pause polling, for example, when a document is not focused. If you wish for polling to occur even if the window
is inactive (but still potentially visible), consider using the
ic-disable-when-document-hidden
attribute instead.
The value of the attribute should be true
or false
ic-disable-when-doc-inactive
has no dependency implications.


Digital Fabrication and Engineering
Home
Projects
Rotation 1
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Rotation 7
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Pick a Project


ARTICLE XIII
ORGANIZATION; COLLECTIVE BARGAINING
Note
This article was renumbered from Article XII to be Article XIII by Const Con 1978 and election Nov7, 1978. The former Article XIII now appears as Article XV.
PRIVATE EMPLOYEES
Section 1. Persons in private employment shall have the right to organize for the purpose of collective bargaining. [Ren Const Con 1978 and election Nov7, 1978]


| 003:021 Khan | : |
Verily! Those who disbelieve in the Ayat (proofs, evidences, verses, lessons, signs, revelations, etc.) of Allah and kill the Prophets without right, and kill those men who order just dealings, ... announce to them a painful torment. |
| 003:021 Maulana | : |
Those who disbelieve in the messages of Allah and would slay the prophets unjustly and slay those among men who enjoin justice, announce to them a painful chastisement. |
| 003:021 Pickthal | : |
Lo! those who disbelieve the revelations of Allah, and slay the prophets wrongfully, and slay those of mankind who enjoin equity: promise them a painful doom. |
| 003:021 Rashad | : |
Those who have rejected GOD's revelations, and killed the prophets unjustly, and killed those who advocated justice among the people, promise them a painful retribution. |
| 003:021 Sarwar | : |
Warn those who deny the revelations of God and unjustly slay the Prophets and those who call people to be just, that they will suffer a painful torment. |
| 003:021 Shakir | : |
Surely (as for) those who disbelieve in the communications of Allah and slay the prophets unjustly and slay those among men who enjoin justice, announce to them a painful chastisement. |
| 003:021 Sherali | : |
Surely, those who deny the signs of ALLAH and seek to slay the Prophets unjustly and seek to slay such men as enjoin equity - announce to them a painful punishment. |
| 003:021 Yusufali | : |
As to those who deny the Signs of Allah and in defiance of right, slay the prophets, and slay those who teach just dealing with mankind, announce to them a grievous penalty. |
Concepts/Themes Covered: أركان الإسلام > التوحيد > الكافرون > صفات الكفار Pillars of Islam> Islamic> The Disbelievers> The Characteristics of the Disbelievers الدعوة إلى الله > وجوبها > وجوبها على كل مسلم The Call for Allah> Its Necessity> Its Necessity by Every Moslem العمل > العمل الطالح > إحباط العمل Action(Work)> Bad Deeds>Lost Deeds العلاقات القضائية > تنظيمات قضائية > العدل Judicial Relationships>Juridical Regulations>Justice
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Class Route
Route
- Slim\Routable uses Slim\CallableResolverAwareTrait
- Slim\Route implements Slim\Interfaces\RouteInterface uses Slim\MiddlewareAwareTrait
public
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#
__construct( string|string[] $methods, string $pattern, callable $callable,
Create new route |
public
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callable
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null|string
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boolean|string
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mixed
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Psr\Http\Message\ResponseInterface
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Psr\Http\Message\ResponseInterface
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add(),
getMiddleware(),
getPattern(),
setContainer(),
setPattern()
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addMiddleware(),
callMiddlewareStack(),
seedMiddlewareStack()
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resolveCallable()
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protected
string[]
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$methods
HTTP methods supported by this route |
#
[]
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protected
string
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$identifier
Route identifier |
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null|string
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$name
Route name |
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Parent route groups |
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Output buffering mode |
#
'append'
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protected
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Route parameters |
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callable
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$callable
The callable payload |
$container,
$middleware,
$pattern
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$middlewareLock,
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Jungle Arena is a 2D top down highscore game. While moving around smartly and using your abilitys to your advantage you try to servive as long as possible. Enemies will be spawned at intervals. But be aware. If you don't take them out, they might overrun you. A short gameplay video can be found above.
Jungle Arena was created during my first year. It was the very first project assigned to us and for me the very first time
I programmed. The goal of this project was to make any highscore game with just 1 restriction: we can use only
7 keys.
-Arrows(4)
-Other(3)
We started the project as team of seven. Pretty early on we had one dropout and we were left with six. This
however didn't cause any problems with our progress. For the game we worked in Processing3 using no libraries
apart from sound based ones. Wich means everything was programmed per pixel from the ground up.
...


When I was a small boy, my father told me
never to recomend a church or a woman
to anyone. And I have
found it wise never to
recomend a restaurant either.Something
always goes wrong with the cheese souffle
There is something profoundly satisfying
about sharing a meal. Eating together,
breaking bread together,
is one of the
oldest and most fundamentally unifying of
human experiences.
There is something profoundly satisfying
about sharing a meal. Eating together,
breaking bread together,
is one of the
oldest and most fundamentally unifying of
human experiences.
There is something profoundly satisfying
about sharing a meal. Eating together,
breaking bread together, is one
of the
oldest and most fundamentally unifying of
human experiences.


Ciril P Thomas
My Resume
This is a link to GitHub!
This is a link to linkedin!
This is a link to hackerearth!


WriteCGIStringN()
Syntax
Result = WriteCGIStringN(String$ [, Encoding])Description
Write a string to the CGI output, including a carriage return.
Parameters
String$ The string to write. Encoding (optional) The string encoding to use. It can be one of the following value: #PB_UTF8 (default) #PB_Ascii
Return value
Returns non-zero if the string has been successfully written to the CGI output.
Example
If Not InitCGI() Or Not ReadCGI() End EndIf WriteCGIHeader(#PB_CGI_HeaderContentType, "text/html", #PB_CGI_LastHeader) ; Using cariage return will make the page more readable when using "Show page source" in the browser ; WriteCGIStringN("<title>PureBasic - test</title>") WriteCGIStringN("Hello from PureBasic CGI
") WriteCGIStringN("Actual time: "+FormatDate("%hh:%ii", Date()) + "") WriteCGIStringN("")
See Also
InitCGI(), WriteCGIHeader(), WriteCGIString()
Supported OS
All


layout: post
#+begin_src dot :file digraph2.png :cmdline -Kdot -Tpng
digraph D {
size="8,6"
node [ shape = polygon,
sides = 4,
distortion = "0.0",
orientation = "0.0",
skew = "0.0",
color = "#aaaaaa",
style = filled,
fontname = "Helvetica-Outline" ];
apocalypse [sides=9 skew=".32" color="purple"]
apocalypse -> zombie
apocalypse -> zombies
shovel [skew=".56" color="#aa2222"]
subgraph singular {
label="one"
color=purple
zombie -> shovel [color="#440000"]
shovel -> run
}
run [sides=9, color=salmon2];
subgraph plural {
label="many"
color=red
zombies -> run [color="#00a4d4"]
}
}
#+end_src


Test page for data-linking annotations and correct management of views and positional insertion
insert action
insert thing
replace actions
replace things
remove first action
replace
View annotations are logged in the console.
Sibling lists within element-only content:
Sibling lists within regular content:


When it comes to hydroponics, you don’t want to invest hundreds of dollars into irrigation systems only to scrimp on appropriate lighting. There’s a lot to consider.
Obviously the best conditions for plants are natural light, but when that isn’t possible, there are many lighting solutions available. Unfortunately current lighting options are not as efficient as sunlight and so longer periods of light are required to create similar results.
Depending on the size of your hydroponic setup, a higher wattage may be required in your bulbs. This can be an issue for ambitious gardeners, but for modest setups and beginners with grow rooms under 4 square feet, less than 400w will do.
Take care when using HID lights, particularly in combination with air conditioners or cooling systems. The lamps require a temperature above 50°F in order to burn at top performance. You have to carefully manage the temperature: hot enough for the bulbs to work properly, but not too hot that you bake your plants.
On average, plants in hydroponic systems require between 14 and 16 hours of light at a time. This should be followed by a stretch of between 10 and 12 hours of darkness, to give the plants a rest period. Of course, this cycle usually works out longer than a day, and so it can be difficult to regulate effectively.
Missing a cycle, or consistently over- or under-exposing your plants can have unfortunate consequences on your crops. Many hydroponic gardeners use automatic electric timers in conjunction with their lighting systems to ensure their plants are receiving the light they need, when they need it.
There are several broad categories of lights suitable for hydroponic growth. One of the most popular and widely used categories are High Intensity Discharge lights (HIDs). The intensity of these types of bulb affect the height at which they can be suspended above plants. Due to their intensity they also emit a lot of heat, which can be problematic and necessitate the use of a cooling system. There are two commonly used subtypes: High Pressure Sodium bulbs, and Metal Hallide bulbs.
High Pressure Sodium (HPS) bulbs are more expensive than Metal Hallide bulbs, but have definite advantages over them. They are longer lasting, and the portion of the light spectrum they emit imitates the sun’s light during late summer and fall, which makes the bulbs perfect for plants that flower or fruit during that time.
Metal Hallide bulbs are cheaper and have a shorter lifespan than HPS bulbs, but are more useful during growth cycles and, since they emit a portion of the light spectrum similar to what the sun emits during spring and summer, they work particularly well with leafy or vegetative plants. With fruiting and flowering plants, they are best used in a cycle with HPS bulbs, so as to make best use of their differing light palettes.
The second common type of hydroponic light is Compact Fluorescent Lighting (CFL), also known as T5 lights. These light strips are much cheaper than HID lights, and are more economic with electricity, not producing the large quantities of heat HID lights do. They also require replacement less frequently. T5 lighting is best used for seedlings and growth rather than flowering, as this variety of lighting does not emit the part of the spectrum fruiting and flowering plants are most sensitive to.
The third type of hydroponic lighting solution is LED grow lights. LEDs are even more efficient and long-lived than T5 lightning, though require a larger initial investment. LED setups can be quite sophisticated, combining different variations of the light spectrum and even switching between different lighting options depending on which growth phase your plants are in. Plants grown under LEDs tend to be short but healthy, with dense growth but delayed flowering and fruiting.
A useful tool with hydroponic lighting is the reflector hood. This is a reflective bulb casing that catches light the bulb emits and reflects it at different angles back down onto the plants, increasing the efficiency of the bulb and saving on electricity costs.
If you have any questions or inquiries to make about hydroponic lighting or any aspect of your hydroponic system, you can get in touch with the experts at Happy Harvester Hydroponics. They're ready to give you the help you're looking for.


HAN University of Applied Sciences offer almost every type of professional course related to the following domains: education, social studies, commerce, communications, business administration, law, economics, engineering, built environment, applied sciences, IT, health, nursing and sports and exercise.
Informatica Communications Academy (ICA) provids the HBO course and graduate programs at HAN University of Applied Sciences in the field of computer science, digital media and communications.
ICA PRESENTS is a juried show that is done through the ICA department at the HAN. Students can submit and present their current semester projecs for a chance to win money.


Welcome to Kallism's Repo!
YOU'RE NOT CYDIA!
If you're seeing this you shouldn't be here!
To gain access to this repo you must add this repo from your iphone/ipad devices!
You may add it to Cydia by tapping below or adding manually the source: http://kallism.github.io/repo/
If you have any issues like hash-sum mismatch contact the repo manager otherwise contact the developer of the package!


Thank You
Your message has been submitted. I will respond within the week, usually within 24 hours.
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{% include "type-2-diabetes/includes/nav-contents.html" %}
{% markdown %}
#Getting diagnosed
Often type 2 diabetes is diagnosed by accident when you see your GP about something else and they ask for a blood or urine test.
However, if you have any [symptoms](/type-2-diabetes/check-if-you-have-diabetes-type-2) you should go and see your GP straight away.
##Before your diagnosis
To find out if you have type 2 diabetes, you usually have to go through the following steps:
1. Speak to your GP about your symptoms.
2. If your GP thinks you might have diabetes they’ll check your urine and take some blood to check your blood sugar levels. It usually takes about 1 to 2 days for the results to come back.
3. If the tests show that you have diabetes, your GP will ask you to come in again to explain what will happen next. You’ll most likely be also be [put on medication](/type-2-diabetes/type-2-diabetes-medicines) straight away.
##If you’re diagnosed with diabetes
If your blood test shows that you have diabetes, your GP will usually ask you to come in for another appointment.
What they’ll talk to you about in the appointment depends on the diagnosis and the treatment they’ll recommend.
Generally, they’ll talk to you about the following:
- what diabetes is
- what high blood sugar means for your health
- what medication you’ll have to take
- your diet and exercise
- your lifestyle, eg alcohol and smoking
Your GP will do their best to discuss the diagnosis to you but this first appointment might only be 10 to 15 minutes long.
###If you have questions about your diagnosis
It’s usually difficult to take everything in the GP tells you during the appointment.
Talk to family and friends about what the GP told you and write down all the questions you have.
Then make another [GP appointment](/book-an-appointment/start) and take your list of questions with you.
###Dealing with confusion and shock after the diagnosis
There’s also a lot of [information on diabetes](/type-2-diabetes/information-and-support-type-2-diabetes) available including how to find:
- support groups
- hospital courses about living with diabetes
- online forums and chat rooms where people with diabetes discuss how they manage their condition
##What happens after the diagnosis
Usually the following things happen after your diagnosis:
1. Your GP will prescribe [medication](/type-2-diabetes/type-2-diabetes-medicines). It might take some time for you to get used to the medication and to find the right amounts for you.
2. You might need to make changes to your [diet and start being active](/type-2-diabetes/diet).
3. You’ll have to watch your body for certain signs to avoid [other health problems](/type-2-diabetes/health-problems-caused-by-diabetes-type-2).
4. You’ll have to go for [regular type 2 diabetes check ups](/type-2-diabetes/going-for-regular-diabetes-check-ups).
{% endmarkdown %}
{{
ui_element_macros.simple_pagination({
previous: {
url: "/type-2-diabetes/check-if-you-have-diabetes-type-2",
title: "Check if you have type 2 diabetes"
},
next: {
url: "/type-2-diabetes/type-2-diabetes-medicines",
title: "Understanding medication"
}
})
}}
{% include "includes/nhs.uk/page_meta.html" %}
{% endblock %}


Reports classes whose names are too short, too long, or do not follow the specified regular expression pattern.
For each class type, specify the minimum length, maximum length, and the regular expression expected for class names using the provided input fields.
Regular expressions should be specified in the standard java.util.regex
format.


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Sorry about the wordyness of this post but I can't trim it down any.
Hi, I wish I found openenergy before I bought the Efergy home hub kit:-)
I'm still avidly reading all the stuff and trawling the forums, pity I've got to that stage of my life cycle where I'm now in the slow learners club lol. I've read so much info, my brain hurts and I think I have got myself confused :-)
I was hoping that I could use the Efergy CT sensor and battery powered transmitter along with the RFM12Pi wireless board for my Raspi but a thread on the forum suggests that the Efergy CT sensor is not the sensor of choice! I was pretty impressed with the Efergy kit and how simple it was to set up and the info provided by the Dashboard. However, the Dashboard "portal" seems to be a bit unreliable or maybe it's the ct sensor that isn't as good as it could be? I'm also finding that the historical graph is a bit limiting as I can only only see a max of 24 hrs and the downloadable CSV only gives a summary of the KWh for the 24 hour period.
I'm currently trying to monitor each circuit separately to establish a baseline and am getting some strange readings which I'm now taking with a "pinch of salt". e.g. my pond pump is on a circuit of it's own and yesterday the Dashboard Real Time Usage (RTU) showed it was using 920 W fairly steady. The following morning I noticed the graph display stopped at 23:30 and the RTU was now showing 90 - 93 W, they fixed the graph problem later in the day but the RTU is still showing 90 - 93 W. I was very surprised at the 920 W but 93 W is unbelievable! Unfortunately the pump doesn't have a rating plate. Googling hasn't thrown anything up as it's a discontinued model.
My son is anxious to have a go at using my Raspi and to incorporate the use of StatsD and Graphite along with Nginx, instead of Apache (He's a Web Developer and Zend Engineer!) but I see that there already is a emoncms "dashboard" so he would probably be re-inventing the wheel!
From my point of view, I would just like to grab the data being sent to the Efergy hub using Efergy's Elink application or something similar: so that I don't need to bother with their "Web Portal" dashboard - Graphs don't do it for me, I'm more of a spreadsheet numbers guy and would like to see the data that is squirted out every 12 sec so I can see the historical data and do with it whatever I want but I guess the CSV would get quite large. I do appreciate the visual aspect of graphs for a quick reference but find this to be more of a novelty as I don't have access to the historical data.
Where do I go from here, not forgetting that the main aim is to reduce my "lecky" bills and not keep spending money on trying to find out how much energy I'm using so that I can see where I can trim the fat!
I'd like to be able to see, reasonably easily, on my PC screen how much power we are consuming and where the biggest culprit is. I'm happy to play with the Raspi but I'm a little confused about what emoncms is! It seems to be a "web portal" and the data from the sensors is squirted up to emoncms.org but I'm looking for an application that will run either on my Windows 8 desktop with a nice 23" widescreen or if necessary, I can stick Ubuntu on a spare laptop. The Efergy Elink application doesn't currently work with the Home Hub (that might change!) but maybe a browser based "application" will ultimately be better than a non browser based application?
To monitor the energy I'm using, I think I understand that I need:-
1. a CT sensor(s)
2. a tranmitter (Wireless preferred)
3. a receiver (Wireless preferred) cum base station (Raspi with RFM12Pi board and LAMP stack installed)
Then it gets confusing:-)
If using the Raspi, it seems I have to make it become a "Web Server" so that the data can be squirted up to emoncms.org and/or local webserver (i.e. Raspi) and then I can view the "converted data" using a browser. If my son did his "smoke n mirrors" stuff, the Raspi would still be a web server but I would (hopefully) be able to view the collected data locally - probably using a browser again, which I suppose would be OK but wouldn't really be what I want. I want numbers, they talk to me, graphs are pictures that don't talk to me:-) I imagine my son would be able to squirt the data into a csv so that I can do whatever I want with the data and not be restricted to only having a cummlative total of KWh.
I'm not yet senile but go easy with me lol
Re: Old dog new tricks
Welcome, Jeff,
Picking up a few points:
As far as I know, Efergy measures current and guesses power. You need to know some electrical engineering but for things like tungsten lamps and electric fires, P = V x I. So a fire that takes 4 A at 250 V dissipates 1 kW. That equation doesn't work for things like the motor in a pond pump. The real power will be quite a bit lower than V x I. (And before anyone points it out, I'm carefully not mentioning power factor, which is the 'fiddle factor'.)
The Efergy c.t. has components inside it that I think are part of the input circuit of their transmitter, so it won't give linear readings if you try to use it with the emonTx.
Emoncms is a program you can download and run on your server. emoncms.org is a publicly available server running the same program. Your server needs to run full time to collect data in real time - or there will be gaps.
To measure power (more accurately than Efergy) you need an EmonTx (or several). Each can have 3 c.t's plugged in so can measure 3 circuits, add in a voltage monitor for the system voltage and you can calculate the real power on each circuit. It transmits the data by radio to a base station and/or a small LCD display. The base station can be a Raspi (RF equipped), and (I think I'm right here - no doubt somebody will correct me if not) it can either shunt the data off via the internet to emoncms.org, or to a local server running emoncms.org; or it can run emoncms (the program) and function as the server as well. The LCD gives you real-time consumption data - and that's about all.
Emoncms (the program) does two things: it stuffs received data into a database, and it pulls it out and draws histograms and graphs to allow you to view the data you've collected. The program is open source so if you have your own server, you can modify and rewrite the program as you want, read the database and make tables to give you the output you prefer.
A lot of people are working on identifying the 'signature' of each appliance so that, even by monitoring only the whole house current, it can identify each one as it is turned on. That research seems to be making progress but it's some way off being foolproof at this time.
Re: Old dog new tricks
Hi Robert,
Thanks for that. I tried having at look at Emoncms to see how it could be modified etc (if it's pearl or python we should be ok) but had to install github on my Win8 box and gave up trying to get the docs. Seems the github is not aimed at old gits like me lol.
My son originally said if I can find a way to capture the data, he'll use StatsD and Graphite along with Nginx to do whatever I want graph or table wise. We don't know if StatsD can capture the raw data from the Raspi without using emoncms.
Nothing simple is there :-(
Re: Old dog new tricks
Emoncms is written in PHP. You didn't need to install Github, all you have to do is download the zip file and follow your nose from there. Emoncms uses MySQL, so any language or script that can interface to that should be able to extract the data and use it.
If you want to run emoncms on a Windows box, you need WAMP. I use Wampserver http://www.wampserver.com/en/ on my WinXP and it loads and runs with no problem (but I only use it for website development and testing; although I have an old emoncms set up, I don't do energy logging). Once you've got WAMP running, there are instructions on this site here: http://openenergymonitor.org/emon/emoncms/installing-ubuntu-debian-pi for setting up emoncms. However, you must follow them very loosely. You start just above No.8 but use the tools in WampServer to create the database. But you do need to set up the various options etc. It's pretty straightforward - the main 'gotcha' is getting the passwords and permissions correct in MySQL.
(And less of the "old gits" - I've got a free bus pass!)
Re: Old dog new tricks
Thought I would register and just add a useful resource for anyone with a desire to access their hub data. I couldnt get past the engage.efergy url, but the blog link below tells you how to access it from a standard programming language.
Made my integration into my LED display so much easier.
Regards
Rob
http://blog.xojs.org/post/40590080661/how-much-energy-is-my-house-using