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| http://localhost:80/ServiceStack.WebHost.Inte... | 0.6 | 1.2 | +0.0 |
| Deserialize Request | 0.0 | 0.0 | +0.3 |
| Executing Request Filters | 0.0 | 0.0 | +0.4 |
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| Writing to Response | 0.6 | 0.6 | +0.5 |
| share show time with children |


Ruby: Enumerable Method, Map
My topic today is about Ruby. More precisely about the enumerable method map.
What is an enumerable method?
An enumerable method is a “mix in” method (using another method) with the ability to sort and rely on an ordering between members of a collection. A collection is, more or less, a list of items (range, arrays, hashes, sets).
The enumerable method is built over the each
method. Because it is built over an each
method, only classes where the each
method can be used may use an enumerable methods. For example, the array class and the hash class are good candidates because they produce or are a collection, therefore, perfect for an each
method.
What does the enumerable method map do?
To start, maybe I should mention why I chose to talk about the map
method: Because I have seen it used a lot and I wasn’t very clear about what it does. When I looked at it, it was as if, it was too simple to be true. So, I decided to investigate….
Map creates an array with the results from running a block of code for every element in the enumerator. So yes, it is really that simple!
For example:
(1..4).map { |i| i*i} #=> [1,4,9,16]
But what does it do if no “block of code” is given?
(1..4).map { “cat”} #=> [ “cat”, “cat”, “cat”, “cat” ]
Voila! No trick, nothing hidden… except, maybe….. I should mention that instead of using the map
method, we can use the collect
method. They do exactly the same thing. I wouldn’t be surprised that these two synonymous methods come from how people visualize the process: some visualize it as “doing something” and “collecting” the results, while others see it as “re-mapping” the original object through some sort of transformation.
That’s it for today!


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Ayrton Senna da Silva was a Brazilian racing driver who won the Formula One World Drivers' Championship in 1988, 1990 and 1991. During the third race of the 1994 season, the San Marino GP in Ímola, Senna lost control of the car due to a broken steering bar, going straight on the Tamburello curve and crashing violently against the concrete wall. He was quickly rescued, transferred to the hospital, but a few hours later he was declared dead.
Ayrton Senna's achievements:
- 161 GPs disputed
- 65 Pole Positions
- 41 Wins
- 2982 Turns on leader
- 19 Faster turns
- 3x World Champion
Source: ayrtonsenna.com.br/en


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A few days ago I mistakenly
named Neal Stephenson as the author I'd read more of
than any other. But I was forgetting about being young and inhaling books.
On reflection, that title must surely belong to Larry Niven. As a teenager I
read every last thing he did - or at least everything I could find in my
hometown.
At one point my Mom picked up World Out of Time, to see what craziness her
son was always buried in, and she concluded over the dinner table that I was
reading it for the sex scenes she'd found. I presumably objected inarticulately
that I was so little interested in Larry Niven's brief nerdy depictions of
space sex that I'd barely even noticed they were there, but I have the
impression she wasn't convinced. But it really was was his brand of hard
science fiction that I was there for (I protest too much!) - revolving around
ideas rather than character arcs, and the ruthless application of consistent
world-views.
In inventing the Ringworld, Niven was inspired by Dyson spheres,
first described by Olaf Stapledon,
and popularized by Freeman Dyson.
A full, solid Dyson sphere was, in some regards, inefficient. Dyson postulated
miraculous gravity generators to make the inner surface of the sphere
habitable. But this can be achieved much more feasibly by simply spinning the
structure. However, all the matter inside the sphere, including any atmosphere,
then pools at the equator. Niven observed that the superfluous surface of the
sphere, away from the equator, can then be removed.
This vastly reduces the material needed to construct the megastructure.
Given miraculous elemental transmutation, one could easily gather enough
matter by recycling all the planets in a solar system as building material,
even with a 1,000km "wall" along each edge to keep the fringes of the
atmosphere in. Although this yields a much smaller habitable interior surface
area than a full sphere, it's still something like a million times larger than
planet Earth.
The aliens themselves weren't quite like any I've read before or since. The
creepy sessile but sentient Grogs. The mysterious Outsiders, information
brokers who are able to answer any question humanity has - if only we could
afford the prices. The warlike, carnivorous Kzinti (picture a species of
vicious, vaguely feline Chewbaccas - surely the inspiration for Wing
Commander's Kilrathi) forever attacking humanity before they were quite ready.
You can't help but almost feel sorry for them. By the times of Ringworld,
representatives such as Speaker to Animals (named for his shameful profession,
interfacing with humans) are sufficiently adapted to working alongside humans
to become formidable allies.
Perhaps Niven's greatest alien race was The Pierson's Puppeteers - like an
ostrich with two necks, each topped with a single eye and dexterous mouth,
while the brain resides safely in the body (pictured below, on the cover for
Neutron star). The body plan makes so much sense in action. Mobile eyes mean
they routinely view objects from both sides simultaneously, perfect for
close-up detailed work, using the hand-like mouths. Or, spread the necks wide
for amazing stereoscopic vision when distance estimation matters. And that
gestural laugh - eyes turned inward to briefly gaze into one another, observing
the self, no mirror required.
The psychology is also exquisite. Herbivores and herd-beasts, the Puppeteers
are inveterate cowards. No human has ever met a sane one - only their more
unstable individuals would venture out alone to run the risks of space travel
and meeting alien species. However, they are very intelligent, more so than
humans, and industrious, and devious. It becomes clear over the course of
the books that Puppeteers have selectively bred the Kzinti into constructive
docility by engineering the many human-kzin wars, and their plans for everyone
else are scarcely less manipulative.
Finally, my personal favorite was always the Pak. As alien as could be, and yet
they are us. On humanity's original home-world, long before introduction to
planet Earth, a symbiotic plant grows which young humans find uninteresting,
but in middle-age they develop a compulsion to binge on it. It activates genes
that provoke startling physiological and psychological changes, transforming
the human from a breeder, into a protector - stronger, and with large
joints for better leverage, with a tough wrinkled armour-like skin, much
smarter, with a second heart, and ruthlessly dedicated to just one goal -
protecting their own offspring. It is protectors who, it turns out many novels
later, originally built the Ringworld. The absence of the transforming plant,
which won't grow on Earth, means we grow without its benefits, leaving us with
inadequate hearts, joints that fail with age, and an old-aged descent into
feeble bodies and minds. Then, as the story begins, the first known
interstellar spaceship shows up at Earth, piloted by one protector, come to
rescue the failed colony, with a hold full of strange plant roots...
Wonders like these, from the novels and short stories set in his Known Space
universe kept me up at night, and shaped the way I thought. Although Niven's
writing had some mildly conservative tendencies, especially when under the
influence of his militaristic writing partner Jerry Pournelle, it is also
permeated with the necessity of a very liberal philosophy of non-judgemental
tolerance of other lifestyles, both alien and human, a philosophy made explicit
in one of Niven's Laws: "The only universal message in science fiction: There
exist minds that think as well as you do, but differently."
It's clear I wasn't the only one spellbound. Niven's ideas have been
influential throughout science fiction culture. Bank's Culture's Orbitals and
the understandably much rarer full Rings are clear descendants, as is the
eponymous megastructure/superweapon of the juggernaut Halo franchise, and
countless other imitators. Niven's meticulous hard-SF approach to fantasy in
The Magic Goes Away, and in particular his concept of the conservation of
mana, was an influence on Magic: The Gathering, as acknowledged in the card
Nevinyrral's Disk (Niven's name backwards), which uses magic to simultaneously
accelerate it's own spin, and to hold itself together, thus rapidly using up
all the mana in an area, rendering further magic unusable. Movies such as
Wall-E throw in sly nods - the Axiom is labelled in a passing graphic as using
a "General Dynamics Type Three Hull", which is a similar size and shape to
Niven's "General Products Number Three Hull".
For years I remember toting Niven's various doorstop 500 page novels to one
place or another, such as being forbidden from carrying one into the Houses of
Parliament viewing gallery. All the better that they usually had these crazy
great '70s covers, mostly by artist
Peter Andrew Jones,
from whom you can buy prints of some of them.
Collecting these today by Google image search, I see today that these funky
covers are relatively rare - the vast majority of Niven's sales were of
editions with far less interesting and less skillfully put together covers. So
I think it's appropriate to collect and celebrate them here.
I've not even read half of what Niven wrote. By the '90s the crazy covers had
been replaced by more conservative designs, and at the same time I drifted away
to other things. At the time it felt more like Niven was drifting away from me,
evolving in style over the years, losing something hard-to-characterize that
I'd enjoyed, maybe just the rawness of his earlier works. Maybe his style was
diluted through him writing so many books as partnerships, or, as I
increasingly assumed, in an advisory role, lending his name to the cover for
younger, less well-known authors, who did most of the work.
Looking back on it, with 30-or-so year's hindsight, there are also
components of Niven's writing that are lacking, and I was slowly growing out of
it. Hard SF often celebrates the elevation of ideas over characters, and while
there is a value to that, particularly for those readers who are the most
vulnerable to the sensation of wonder, it also needlessly shuns other aspects,
like the emotional impact of character-driven drama or individual psychological
epiphany. A more skilled writer, I now think, would have a broader range of
tools to imbue the story with more emotional resonance and meaning.
Still, while the affair lasted, it was fabulous. Goodreads page counts
indicates it was eleven thousand pages, beating my Neal Stephenson consumption
by a clear thousand pages. Combining that with a very conservative estimate of
the number of times I re-read each one, nearly twenty five thousand pages. What
can I say, I was a teenager, with seemingly endless oceans of time.
The following are just his books that I've read. He has many others, especially
many that are more recent than these.
| Title |
Pages |
Times read |
Effective pages |
|
Rainbow Mars (1999) |
477 |
1 |
477 |
|
Destiny's Road (1997) |
448 |
1 |
448 |
|
The Ringworld Throne (1996) |
368 |
1 |
368 |
|
Beowulf's Children (1995) |
512 |
2 |
1,024 |
|
Flatlander (1995) |
369 |
1 |
369 |
|
Crashlander (1994) |
281 |
1 |
281 |
|
The Gripping Hand (1993) |
413 |
2 |
826 |
|
The Barsoom Project (1989) |
352 |
1 |
352 |
|
The Legacy of Heorot (1987) |
383 |
2 |
766 |
|
The Smoke Ring (1987) |
323 |
2 |
646 |
|
Footfall (1985) |
524 |
3 |
1,572 |
|
The Integral Trees (1983) |
272 |
2 |
544 |
|
Oath of Fealty (1981) |
324 |
2 |
648 |
|
Dream Park (1981) |
448 |
3 |
1,344 |
|
The Patchwork Girl (1980) |
205 |
2 |
410 |
|
The Ringworld Engineers (1979) |
307 |
2 |
614 |
|
Convergent Series (1979) |
227 |
2 |
454 |
|
The Magic Goes Away (1978) |
212 |
5 |
1,060 |
|
Lucifer's Hammer (1977) |
629 |
2 |
1,258 |
|
A World Out of Time (1976) |
246 |
3 |
738 |
|
Tales of Known Space (1975) |
240 |
5 |
1,200 |
|
The Mote in God's Eye (1974) |
596 |
3 |
1,788 |
|
A Hole in Space (1974) |
196 |
2 |
392 |
|
The Flight of the Horse (1973) |
212 |
5 |
1,060 |
|
Protector (1973) |
218 |
4 |
872 |
|
Inconstant Moon (1971) |
200 |
4 |
800 |
|
Ringworld (1970) |
228 |
2 |
456 |
|
N-Space (1969) |
693 |
1 |
693 |
|
The Long Arm of Gil Hamilton (1969) |
182 |
2 |
364 |
|
All the Myriad Ways (1968) |
181 |
2 |
362 |
|
A Gift from Earth (1968) |
256 |
3 |
768 |
|
Neutron Star (1966) |
285 |
4 |
1,140 |
|
The World of Ptavvs (1966) |
188 |
4 |
752 |
| totals |
10,995 |
|
24,842 |
(Discussion
on Damien Walter's Science Fiction Facebook group)


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A | B | C | D | E | F | G | H | I | K | L | M | N | O | P | Q | R | S | T | U | V | W |
An academic article, submitted as a result of the work in an ENIGMA project
Defined in: The Person Ontology
Apathy Evaluation Scale - 12 item scale or 18 item scale
Defined in: The PD Neuropsychiatric Ontology
age of participants
Defined in: The PD Demographic Ontology
Age of Onset of Parkinson's Disease
Defined in: The PD Demographic Ontology
Include info on how this was measured
Defined in: The PD Cardiovascular Ontology
A mental health disorder defined by feelings of anxiety, fear, or worry
Defined in: The Cohort Ontology
Starkstein's Apathy Scale
Defined in: The PD Neuropsychiatric Ontology
Atrial Fibrillation: irregular (and often rapid) heart rate caused by poor blood flow that can cause blood clots, strokes, etc.
Defined in: The PD Cardiovascular Ontology
Property to describe the author of a publication in the context of an ENIGMA project
Defined in: The Person Ontology
Beck's Anxiety Index
Defined in: The PD Neuropsychiatric Ontology
Beck's Depression Inventory
Defined in: The PD Neuropsychiatric Ontology
Defined in: The PD Cardiovascular Ontology
Specifies the kinds of brain scan data collected
Defined in: The Cohort Ontology
A disease characterized by abnormal cell division and growth
Defined in: The Cohort Ontology
Cardiovascular Covariates measured by each PD cohort
Defined in: The PD Cardiovascular Ontology
A subset of vascular disorders affecting the heart
Defined in: The Cohort Ontology
A subset of vascular disorders affecting blood vessels of the brain and cerebral circulation
Defined in: The Cohort Ontology
checksum of data file to check if there are modifications
Defined in: The Cohort Ontology
City in which a cohort is located
Defined in: The Cohort Ontology
If measured subjects in the cohort were city dwelling (pop >100,000)
Defined in: The PD Demographic Ontology
Defined in: The PD Cardiovascular Ontology
Cognitive Covariates measured by each PD cohort
Defined in: The PD Cardiovascular Ontology
A group of individuals studied by a working group, limited by certain inclusion and exclusion criteria. Cohort Groups: COHORT_grp_NAME Example: STELLENBOCH_grp_CN for the control group Cohort Projects: COHORT_proj_NAME Example: STELLENBOCH_proj_FS for the Freesurfer project
Defined in: The Cohort Ontology
A subset of Cohort, which either forms the patient group or control group
Defined in: The Cohort Ontology
The subset of the individuals from a Cohort, which are used as samples for a specific project
Defined in: The Cohort Ontology
If other comorbidities were measured in subjects
Defined in: The PD Demographic Ontology
Concept used to represent a conflict of interest of an author in a paper
Defined in: The Project Ontology
Country in which a cohort is located
Defined in: The Cohort Ontology
A class used to describe covariates information for a cohort or study.
Defined in: The Cohort Ontology
Dataset in downloadable form
Defined in: The Cohort Ontology
A dataset containing information about an ENIGMA project cohort
Defined in: The Cohort Ontology
Specifies the kinds of data collected
Defined in: The Cohort Ontology
Defined in: The PD Cardiovascular Ontology
If PD diagnosis was confirmed in the subject(s)
Defined in: The PD Demographic Ontology
The method used to diagnose individuals in a Cohort
Defined in: The Cohort Ontology
Defined in: The PD Cognitive Ontology
Defined in: The PD Cognitive Ontology
A disorder/disease experienced by members of a cohort
Defined in: The Cohort Ontology
Duration of Illness
Defined in: The PD Demographic Ontology
Diagnosis Group
Defined in: The PD Demographic Ontology
Defined in: The PD Demographic Ontology
Disorders which affect the endocrine system
Defined in: The Cohort Ontology
Epworth Sleepiness Scale
Defined in: The PD Neuropsychiatric Ontology
Defined in: The Core Ontology
CV: Cardiovascular Disease
Defined in: The PD Cardiovascular Ontology
Geriatric Depression Index
Defined in: The PD Neuropsychiatric Ontology
Specifies the kinds of genetic data collected
Defined in: The Cohort Ontology
Disorders which are inherited and caused by abnormalities in the genome
Defined in: The Cohort Ontology
Hamilton Anxiety Scale
Defined in: The PD Neuropsychiatric Ontology
dominant hand (left/right) of the subjects
Defined in: The PD Demographic Ontology
Describes cardiovascular covariate properties specific to the PD working group
Defined in: The PD Cardiovascular Ontology
Describes cogitive covariate properties specific to the PD working group
Defined in: The PD Cognitive Ontology
Defined in: The PD Cardiovascular Ontology
Describes demographics properties specific to the PD working group
Defined in: The PD Demographic Ontology
Describes the additional demographics defining a given cohort
Defined in: The Cohort Ontology
Describes the organization's affiliates
Defined in: The Person Ontology
Describes the age groupings of individuals within a cohort group
Defined in: The Cohort Ontology
Describes inclusion criteria for maximum age of participants in a Cohort, CohortProject or CohortGroup
Defined in: The Cohort Ontology
Describes the mean age of the cohort
Defined in: The Cohort Ontology
Describes inclusion criteria for minimum age of participants in a Cohort, CohortProject or CohortGroup
Defined in: The Cohort Ontology
Describes the standard deviation of the age of a cohort
Defined in: The Cohort Ontology
Describes the brain scan data types that were collected for a cohort or project
Defined in: The Cohort Ontology
Provides a brief description of the working group or project or cohort or image acquisition protocol
Defined in: The Cohort Ontology
Describes what cohorts are part of a project or working group
Defined in: The Project Ontology
Property that indicates the cohort groups part of a cohort
Defined in: The Cohort Ontology
Describes the subcohorts, specific to a given project, that are part of that cohort
Defined in: The Cohort Ontology
Describes the current status of a cohort, cohort group or cohort project
Defined in: The Cohort Ontology
Describes where the data of the cohort was collected
Defined in: The Cohort Ontology
Property linking an author with a conflict of interest that the author has on a paper
Defined in: The Project Ontology
Property that points to the person that is a contact for the project or cohort
Defined in: The Cohort Ontology
Points to a media object, like an image or video file
Defined in: The Cohort Ontology
Describes the control group of a cohort
Defined in: The Cohort Ontology
Defined in: The PD Cardiovascular Ontology
Data property that aims to capture the current job title of a person. Examples are student, faculty, staff, postdoc, etc.
Defined in: The Person Ontology
Describes the end year of the data collection period of the cohort
Defined in: The Cohort Ontology
Describes the start year of the data collection period of the cohort
Defined in: The Cohort Ontology
Describes which data processing protocol was used in a project
Defined in: The Project Ontology
Property that links a cohort project with the data being described.
Defined in: The Cohort Ontology
Describes the data types that a cohort or project collected
Defined in: The Cohort Ontology
Describes the deadline date for data contribution of a project
Defined in: The Project Ontology
Describes the date the proposal for a project was approved
Defined in: The Project Ontology
Describes the end date of the target period of the project
Defined in: The Project Ontology
Describes the start date of the target period of the project
Defined in: The Project Ontology
Describes what degree a person has (e.g., BsC, PhD, etc.)
Defined in: The Person Ontology
Description of an item
Defined in: The Cohort Ontology
Describes the patient group of a cohort
Defined in: The Cohort Ontology
Describes what instrument is used to diagnose the members of the cohort
Defined in: The Cohort Ontology
Indicates a downloadable form of a dataset at a specific location
Defined in: The Cohort Ontology
Property that indicates which is the email of a person
Defined in: The Person Ontology
Describes the ethnic group that the participants of the cohort are in
Defined in: The Cohort Ontology
Criteria used to exclude cohort patients
Defined in: The Cohort Ontology
The family name of some person.
Defined in: The Person Ontology
Describes the funding source of the cohort
Defined in: The Cohort Ontology
Describes the genetic data types that were collected for a cohort or project
Defined in: The Cohort Ontology
The given name of some person.
Defined in: The Person Ontology
Data property that aims to capture the grants that have been obtained by a person, in order to properly list them in the acknowledgements of the corresponding publication
Defined in: The Person Ontology
Criteria used to define group of cohort patients
Defined in: The Cohort Ontology
Property that describes the home page of a cohort or person
Defined in: The Cohort Ontology
Describes the acquisition protocol that was used to scan the data of a cohort
Defined in: The Cohort Ontology
Describes middle initial of a person
Defined in: The Person Ontology
Name of an item
Defined in: The Cohort Ontology
Describing the number of females in a cohort project
Defined in: The Cohort Ontology
Describing the number of males in a cohort project
Defined in: The Cohort Ontology
Describes the number of participants in a cohort group or cohort project
Defined in: The Cohort Ontology
ORCID Id of a Person
Defined in: The Person Ontology
Describe the investigators of a cohort
Defined in: The Cohort Ontology
Describes which cohorts somone is a main PI of
Defined in: The Cohort Ontology
Describes the principal investigator of the cohort
Defined in: The Cohort Ontology
Property that points to the person that is a contact for the project or cohort
Defined in: The Project Ontology
Describes the population group of a population-based cohort
Defined in: The Cohort Ontology
Describes what projects are worked on by a specific working group
Defined in: The Core Ontology
Property to link project results to a Cohort Project
Defined in: The Cohort Ontology
Describes the approved proposal form link of a project
Defined in: The Project Ontology
Property that links a project to a publication that resulted from it.
Defined in: The Project Ontology
Describes a research interest of a person
Defined in: The Person Ontology
Describes the species of the subjects of a cohort (Humans, Chimps, Mice, etc.)
Defined in: The Cohort Ontology
Property used to link a cohort with the summary statistics that may have been produced after applying a given protocol
Defined in: The Cohort Ontology
Describes the study design of a project (Case/control; Population; Healthy only; Patients only) NOTE: study design options are mutually exclusive for Cohort Groups but not Projects
Defined in: The Cohort Ontology
Describes the total number of participants in the cohort
Defined in: The Cohort Ontology
Describing the number of female to male transgender individuals in a cohort group
Defined in: The Cohort Ontology
Describing the number of male to female transgender individuals in a cohort group
Defined in: The Cohort Ontology
Describes the working groups that someone is a chair of
Defined in: The Person Ontology
Describes what working group a person is a member of
Defined in: The Person Ontology
Defined in: The PD Cardiovascular Ontology
Ischamic Heart Disease: aka Coronary Heart Disease, heart problems caused by narrowed arteries that supply blood to the heart
Defined in: The PD Cardiovascular Ontology
Transient Ischaemic Attack: A "mini stroke" with minor stroke symptoms
Defined in: The PD Cardiovascular Ontology
The Stage for Hoehn and Yahr scales used for PD cohorts
Defined in: The PD Demographic Ontology
Hamilton Rating Scale for Depression (or HAM-D)
Defined in: The PD Neuropsychiatric Ontology
Hyperlipidaemia: High levels of lipids/cholesterol/fats in the blood
Defined in: The PD Cardiovascular Ontology
Hypertension: high blood pressure
Defined in: The PD Cardiovascular Ontology
Inventory of Depressive Symptomology
Defined in: The PD Neuropsychiatric Ontology
Procedure used to collect image data within the cohort
Defined in: The Cohort Ontology
A disease or disorder caused by the invasion of microorganisms
Defined in: The Cohort Ontology
IQ of participants
Defined in: The PD Demographic Ontology
Describes whether a project is active
Defined in: The Project Ontology
Insomnia Severity Index
Defined in: The PD Neuropsychiatric Ontology
Property that indicates the cohort groups and cohort projects which are part of a cohort
Defined in: The Cohort Ontology
Property that indicates the projects which are part of a cohort group
Defined in: The Cohort Ontology
Property that indicates the cohort groups which are part of a cohort project
Defined in: The Cohort Ontology
Property that indicates the cohort groups specific to a project
Defined in: The Cohort Ontology
Property that indicates the cohorts which are a part of a working group
Defined in: The Cohort Ontology
Describes if a cohort's data is publicly available
Defined in: The Cohort Ontology
Karolinska Sleepiness Scale
Defined in: The PD Neuropsychiatric Ontology
Levodopa Equivalent Doses used to treat Parkinson's Disease
Defined in: The PD Demographic Ontology
Geographic location of the cohort
Defined in: The Cohort Ontology
Montgomery-Asberg Depression Rating Scale
Defined in: The PD Neuropsychiatric Ontology
Subjects' marital status
Defined in: The PD Demographic Ontology
Movement Disorders Society Unified Parkinson's Disease Rating Scale - 1
Defined in: The PD Demographic Ontology
Movement Disorders Society Unified Parkinson's Disease Rating Scale - 2
Defined in: The PD Demographic Ontology
Movement Disorders Society Unified Parkinson's Disease Rating Scale - 3
Defined in: The PD Demographic Ontology
Movement Disorders Society Unified Parkinson's Disease Rating Scale - 4
Defined in: The PD Demographic Ontology
Movement Disorders Society Unified Parkinson's Disease Rating Scale - Total Score
Defined in: The PD Demographic Ontology
Disorders which can affect mood, behavior, and thinking
Defined in: The Cohort Ontology
Defined in: The PD Cognitive Ontology
Mini Mental State Exam
Defined in: The PD Cognitive Ontology
Montreal Cognitive Assessment
Defined in: The PD Cognitive Ontology
A mental health disorder defined by mood or behavioral swings
Defined in: The Cohort Ontology
Disorders which affect the nervous system
Defined in: The Cohort Ontology
Neuropsychiatric Covariates measured by each cohort
Defined in: The PD Cardiovascular Ontology
Occupation of the subjects
Defined in: The PD Demographic Ontology
Disorder characterized by decreased mental function due to a medical or physical disease
Defined in: The Cohort Ontology
An organization belonging to the ENIGMA consortium. Organization can be hospitals, universities, departments, etc.
Defined in: The Person Ontology
Orthostatic Hypertension: an increase in blood pressure upon assuming an upright position
Defined in: The PD Cardiovascular Ontology
Defined in: The PD Cognitive Ontology
Other Demographics info for PD cohorts
Defined in: The PD Demographic Ontology
Any other environmental factors relating to a PD cohort
Defined in: The PD Demographic Ontology
Other medication currently used
Defined in: The PD Demographic Ontology
Other Medication used during their lifetime
Defined in: The PD Demographic Ontology
Other Motor Evaluations
Defined in: The PD Demographic Ontology
Defined in: The PD Neuropsychiatric Ontology
Other Parkinson's Diagnosis Data
Defined in: The PD Demographic Ontology
e.g. antihypertensives, cholesterol lowering drugs, aspirin, steriods
Defined in: The PD Cardiovascular Ontology
e.g. chronic kidney disease and stage, migraines, arthritis, lupus
Defined in: The PD Cardiovascular Ontology
Positive and Negative Syndrome Scale
Defined in: The PD Neuropsychiatric Ontology
Parkinson's Anxiety Scale
Defined in: The PD Neuropsychiatric Ontology
If the patient was on medication during Unified Parkinson's Disease Rating Scale measurements
Defined in: The PD Demographic Ontology
Defined in: The PD Cognitive Ontology
PD-specific demographic Covariates measured by each cohort
Defined in: The PD Demographic Ontology
Describes if the patient is currently using PD medication
Defined in: The PD Demographic Ontology
Describes if the patient used PD medication during their lifetime
Defined in: The PD Demographic Ontology
PD Motor Subtypes (mild-motor predominant, intermediate, or diffuse malignant)
Defined in: The PD Demographic Ontology
Parkinson's Disease Sleep Scale
Defined in: The PD Neuropsychiatric Ontology
Individual involved with the cohort
Defined in: The Cohort Ontology
Defined in: The PD Cognitive Ontology
Parkinson's Psychosis Rating Scale
Defined in: The PD Neuropsychiatric Ontology
Project associated with the cohort
Defined in: The Cohort Ontology
An image processing or genetic analysis protocol used to extract brain feature data
Defined in: The Project Ontology
Pittsburgh Sleep Quality Index - Note whether you have the 7 component scores
Defined in: The PD Neuropsychiatric Ontology
Questionnaire for Psychotic Experiences
Defined in: The PD Neuropsychiatric Ontology
Questionnaire for Impulsive-Compulsive Disorders in Parkinson's Disease–Rating Scale
Defined in: The PD Neuropsychiatric Ontology
race/ethnicity of the subjects
Defined in: The PD Demographic Ontology
Defined in: The Project Ontology
REM Sleep Behavior Disorder 1 item screener
Defined in: The PD Neuropsychiatric Ontology
RBD (REM Sleep Behavior Disorder) Diagnosis
Defined in: The PD Demographic Ontology
REM Sleep Behavior Disorder Screening Questionnaire - full screener
Defined in: The PD Neuropsychiatric Ontology
Describes which data type is required by a project
Defined in: The Project Ontology
Disorders which affect the respiratory system
Defined in: The Cohort Ontology
Defined in: The PD Cognitive Ontology
Defined in: The PD Cognitive Ontology
Defined in: The PD Demographic Ontology
Schedule for Assessment of Positive Symptoms - PD
Defined in: The PD Neuropsychiatric Ontology
Sleep Apnea Scale of the Sleep Disorders Questionnaire
Defined in: The PD Neuropsychiatric Ontology
Scales for Outcomes in Parkinson's Disease - Autonomic
Defined in: The PD Demographic Ontology
Scales for Outcomes in Parkinson's Disease - Cognition
Defined in: The PD Demographic Ontology
Scales for Outcomes in Parkinson's Disease - Motor
Defined in: The PD Demographic Ontology
Scales for Outcomes in Parkinson's Disease - Psychiatric
Defined in: The PD Demographic Ontology
Scales for Outcomes in Parkinson's Disease - Sleep
Defined in: The PD Demographic Ontology
Schwab and England: Activities of Daily Living Scale
Defined in: The PD Demographic Ontology
Defined in: The PD Cognitive Ontology
sex of participants
Defined in: The PD Demographic Ontology
Snaith Hamilton Rating Scale
Defined in: The PD Neuropsychiatric Ontology
The side of PD symptoms during PD onset
Defined in: The PD Demographic Ontology
Blanket term ecompassing serious medical condtions
Defined in: The Cohort Ontology
Defined in: The PD Cardiovascular Ontology
A "pack year" is defined as twenty cigarettes smoked everyday for one year
Defined in: The PD Cardiovascular Ontology
State-Trait Anxiety Index
Defined in: The PD Neuropsychiatric Ontology
Standing blood pressure after standing for 3 minutes
Defined in: The PD Cardiovascular Ontology
State-Trait Anger Expression Inventory
Defined in: The PD Neuropsychiatric Ontology
Property that indicates which project/working group studies which disorder
Defined in: The Cohort Ontology
Subjects' Socioeconomic Status
Defined in: The PD Demographic Ontology
Subject ID
Defined in: The PD Demographic Ontology
A mental health disorder defined by the overusage or abuse of a substance
Defined in: The Cohort Ontology
A subset of substance abuse in which symptoms of withdrawal may appeared after reduction of substance use
Defined in: The Cohort Ontology
Supine blood pressure after resting for at least 5 minutes
Defined in: The PD Cardiovascular Ontology
Stroop Word-Color Test
Defined in: The PD Cognitive Ontology
Toronto Alexithymia Scale
Defined in: The PD Neuropsychiatric Ontology
Defined in: The PD Cognitive Ontology
University of Miami Parkinson's Disease Hallucinations Questionnaire
Defined in: The PD Neuropsychiatric Ontology
Unified Parkinson's Disease Rating Scale - 1
Defined in: The PD Demographic Ontology
Unified Parkinson's Disease Rating Scale - 2
Defined in: The PD Demographic Ontology
Unified Parkinson's Disease Rating Scale - 3
Defined in: The PD Demographic Ontology
Unified Parkinson's Disease Rating Scale - 4
Defined in: The PD Demographic Ontology
Unified Parkinson's Disease Rating Scale - Total Score
Defined in: The PD Demographic Ontology
University of Pennsylvania Smell Identification Test for Parkinson's Disease
Defined in: The PD Demographic Ontology
Encoding format of an item
Defined in: The Cohort Ontology
Describes which protocol was used in a project
Defined in: The Project Ontology
Describes the scanner used by the cohort
Defined in: The Cohort Ontology
Disorder which affects the body's network of blood vessels
Defined in: The Cohort Ontology
Wisconsin Card Sorting Test - Short Form
Defined in: The PD Cognitive Ontology
Wearing-Off Questionnaires WOQ-9, WOQ-19, WOQ-32
Defined in: The PD Neuropsychiatric Ontology
Word List Learning Task: Note the version used
Defined in: The PD Cognitive Ontology
Group of researchers studying a certain topic/disease
Defined in: The Cohort Ontology


TIME AND HABITS
22ND MAY 2016
Which timebox and habits techniques did you try?
I have previously used Headspace for meditation and mindfulness but most of the time I fell asleep after a few minutes so I don’t think the technique worked for me. The Fogg method is quite interesting but personally not my cup of tea. I find that I can successfully change my habits by changing the environment so that I transition and flow into the new desired behaviour. Unknowingly I have used the Pomodoro technique but found that my mind will still wander and procrastinate even when given a time limit.
What did you find interesting?
That in one form or another I’ve previously tried all the time and habits techniques mentioned. I like change so I am constantly finding new ways to experiment with my behaviour and form habits. Most techniques don’t work as I tend to get easily distracted.
What worked for you?
The growth mindset and flow. If I jump right into performing, the flow of productivity and change in behaviour naturally follows. However sometimes this can lead me down the rabbit hole and what feels like 10mins will have actually been 5 hours in real time. Therefore I find that when I make a record of how much time is spent to complete a task it makes me feel more accountable and motivates me to use my time more wisely. When I see that I spent an hour on a task that would’ve only taken 30 minutes to complete it raises red flags and indicates where I can enforce more self restraint to manage time and be more productive.
Which will you experiment further with?
I will continue working by going with the flow because it’s how I do things best. I will incorporate Toggl as a tool to measure and assess how long it takes me to complete tasks and also set up a daily schedule in my calendar to break up the work flow and allow for breaks.


In today's modern world with life's many competing pressures and unwanted changes, it's not unusual to feel worn down, overwhelmed, stressed, and worried.  I believe I can help.
Online and face to face appointments
I am based at the Beacon Clinic in Malvern, Worcestershire. I also offer online sessions using the Zoom platform. See my contact page for more information.
More about me I am an experienced and Accredited (BABCP) Cognitive Behavioural Psychotherapist and a Registered Mental Health Nurse. I have been privileged to work with many people, empowering them to gain the skills and strategies required to work through their problems. I specialise in Third Wave CBT, particularly Acceptance and Commitment Therapy - a form of CBT that uses Values, Self-Compassion and Mindfulness skills to build a better life. I also work within the Compassion Focused Therapy Model.
I hope you will take the time to have a look through my website, to find out more about Cognitive Behavioural Therapy and me. If you feel this approach might be for you, please contact me and take that first step towards us working together to get your life back on track.
I also regularly share interesting links related to mindfulness, CBT, and wellbeing on my Facebook page. Like or follow the page in order to see future updates.


class SimpleCov::SourceFile
Representation of a source file including it's coverage data, source code, source lines and featuring helpers to interpret that data.
Attributes
The array of coverage data received from the Coverage.result
The full path to this source file (e.g. /User/colszowka/projects/simplecov/lib/simplecov/source_file.rb)
Public Class Methods
# File lib/simplecov/source_file.rb, line 78 def initialize(filename, coverage) @filename = filename @coverage = coverage end
Public Instance Methods
# File lib/simplecov/source_file.rb, line 103 def build_lines coverage_exceeding_source_warn if coverage.size > src.size lines = src.map.with_index(1) do |src, i| SimpleCov::SourceFile::Line.new(src, i, coverage[i - 1]) end process_skipped_lines(lines) end
Warning to identify condition from Issue #56
# File lib/simplecov/source_file.rb, line 114 def coverage_exceeding_source_warn $stderr.puts "Warning: coverage data provided by Coverage [#{coverage.size}] exceeds number of lines in #{filename} [#{src.size}]" end
Returns all covered lines as SimpleCov::SourceFile::Line
# File lib/simplecov/source_file.rb, line 151 def covered_lines @covered_lines ||= lines.select(&:covered?) end
The coverage for this file in percent. 0 if the file has no relevant lines
# File lib/simplecov/source_file.rb, line 124 def covered_percent return 100.0 if no_lines? return 0.0 if relevant_lines.zero? Float(covered_lines.size * 100.0 / relevant_lines.to_f) end
# File lib/simplecov/source_file.rb, line 132 def covered_strength return 0.0 if relevant_lines.zero? round_float(lines_strength / relevant_lines.to_f, 1) end
Access SimpleCov::SourceFile::Line source lines by line number
# File lib/simplecov/source_file.rb, line 119 def line(number) lines[number - 1] end
Returns all source lines for this file as instances of SimpleCov::SourceFile::Line, and thus including coverage data. Aliased as :source_lines
# File lib/simplecov/source_file.rb, line 98 def lines @lines ||= build_lines end
Returns the number of relevant lines (covered + missed)
# File lib/simplecov/source_file.rb, line 173 def lines_of_code covered_lines.size + missed_lines.size end
# File lib/simplecov/source_file.rb, line 142 def lines_strength lines.map(&:coverage).compact.reduce(:+) end
Returns all lines that should have been, but were not covered as instances of SimpleCov::SourceFile::Line
# File lib/simplecov/source_file.rb, line 157 def missed_lines @missed_lines ||= lines.select(&:missed?) end
Returns all lines that are not relevant for coverage as SimpleCov::SourceFile::Line instances
# File lib/simplecov/source_file.rb, line 163 def never_lines @never_lines ||= lines.select(&:never?) end
# File lib/simplecov/source_file.rb, line 138 def no_lines? lines.length.zero? || (lines.length == never_lines.size) end
Will go through all source files and mark lines that are wrapped within # :nocov: comment blocks as skipped.
# File lib/simplecov/source_file.rb, line 179 def process_skipped_lines(lines) skipping = false lines.each do |line| if line.src =~ SimpleCov::LinesClassifier.no_cov_line skipping = !skipping line.skipped! elsif skipping line.skipped! end end end
The path to this source file relative to the projects directory
# File lib/simplecov/source_file.rb, line 84 def project_filename @filename.sub(/^#{SimpleCov.root}/, "") end
# File lib/simplecov/source_file.rb, line 146 def relevant_lines lines.size - never_lines.size - skipped_lines.size end
Returns all lines that were skipped as SimpleCov::SourceFile::Line instances
# File lib/simplecov/source_file.rb, line 168 def skipped_lines @skipped_lines ||= lines.select(&:skipped?) end
The source code for this file. Aliased as :source
# File lib/simplecov/source_file.rb, line 89 def src # We intentionally read source code lazily to # suppress reading unused source code. @src ||= File.open(filename, "rb", &:readlines) end
Private Instance Methods
ruby 1.9 could use Float#round(places) instead @return [Float]
# File lib/simplecov/source_file.rb, line 196 def round_float(float, places) factor = Float(10 * places) Float((float * factor).round / factor) end


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Poke is a component library specifically for buttons, built on top of styled-components.
Brought to you by Feather and our design community, Human Friendly.
Poke's aim is to provide designers & front-end developers with an easy-to-use button toolkit.
The ramp for front-end basics is getting shorter to shorter and the team at Feather thought that an incredibly specific component library would be pretty useful for developers, in the age of Bootstrap and Foundation, where the majority of developers are used to having a highly-usable tool at their fingertips within seconds.
We want to emphasise that Poke is an evolving codebase & completely open design project, please feel free to submit a pull request and contribute your own button sets.
I have Twitter and an email address, say hi!


Ping has a pattern feature to embed data in the packet. There is a data size limit.
ping -p SSNNUMBER <hacker IP>


I'm a 2nd year master's student in Computer Science, Ochanomizu University.
Bekki Lab.
About me
Contact
tagami.sora [at] is.ocha.ac.jp
Internship
2019.3 - 2020.7 : Abidarma Inc.
Operated a space for hands-on “Pepper” development. Hosted study sessions for Pepper application developers.
2021.8 - 2021.11 : Google Japan G.K.
Joined in Google Assistant team as Software Engineer Internship.
2022.1 - 2022.3 : Souzoh, Inc.
Developed Mercari Shops, a BtoC marketplace.
2020.8 - PRESENT : AppBrew
Developing of beauty platform "LIPS" as a Backend engineer.
Publications
2020.3 : NLP2020
Using Parallel Meaning Bank, which is a multilingual corpus with syntactic and semantic analysis information, we evaluate the performance of the general-purpose language model BERT in word-level semantic comprehension by a series labeling task called semantic phenomenon tag prediction of each word.
Experience
2020.5 - 2020.6 : Google STEP (Google Summer Trainee Engineering Program)
An engineer training program for women sponsored by Google.
2020.5 - 2020.7 : Build@Mercari
An engineer training program for Underrepresented group sponsored by mercari.


Creates new Stripes template definition, which can then be reused in many jsp files without need to code the same "surrounding content" again.


You have planned a dinner with your friends today. It's the right time to add them to your program. You need to be sure how many friends are joining you for dinner including you.
The idea is to take names from user input. Store them in a dictionary.
For example, if five friends are joining including you, you need to add five people to the dictionary so that you can access/update the corresponding bill value later.
In this stage your program should perform the following steps:
"No one is joining for the party"
is expected as an output;To communicate with the user, please use the prompts specified in the examples. Note that here and in the following stages we expect you to take every input in a new line.
The greater-than symbol followed by a space (>
) represents the user input. Note that it's not part of the input.
Example 1: Valid input
Enter the number of friends joining (including you):
> 5
Enter the name of every friend (including you), each on a new line:
> Marc
> Jem
> Monica
> Anna
> Jason
{'Marc': 0, 'Jem': 0, 'Monica': 0, 'Anna': 0, 'Jason': 0}
Example 2: Invalid input
Enter the number of friends joining (including you):
> 0
No one is joining for the party


RiOS v8.5 simplifies the Steelhead appliance configuration necessary to optimize traffic in an environment where there are:Microsoft Windows file servers using signed SMB or signed SMB2/3 for file sharing to Microsoft Windows clients. Microsoft Exchange servers providing an encrypted MAPI communication to Microsoft Outlook clients. Microsoft Internet Information Services (IIS) Web servers running HTTP or HTTP-based Web applications such as SharePoint 2007. Easy Config - Configures the server-side Steelhead appliance in Active Directory integrated mode for Windows 2003 or Windows 2008 to enable secure protocol optimization for CIFS SMB1, SMB2/3, and encrypted MAPI for all clients and servers. Auto Config - Configures the following accounts and privileges: Configure Delegation Account - Configures the deployed delegation account with AD delegation privileges. Configure Replication Account - Configures the deployed replication account with AD replication privileges. Add Delegation Servers - Configures a list of the Exchange and CIFS servers that have permission to delegate AD access privileges. Remove Delegation Servers - Removes Exchange and CIFS servers from the list of delegation server accounts with permission to delegate AD access privileges. Domain authentication automatic configuration simplifies the server-side Steelhead appliance configuration for enabling latency optimizations in a secure environment. Using this widget automates the majority of the required configuration tasks, avoiding the need to perform step-by-step operations in different configuration tools and using the command line on the Windows AD platforms.Use this widget to configure the server-side Steelhead appliance in integrated Active Directory mode for Windows 2003 or 2008 and later, and enable secure protocol optimization for CIFS SMB1, SMB2, and SMB3 for all clients and servers. To enable secure protocol optimization for MAPI and encrypted MAPI, you need to enable MAPI protocol optimization on all clients after running the widget.If any of the steps fail during the configuration, the system automatically rolls back to the previous configuration.You do not necessarily need to use the replication user or delegate user facility to optimize secure Windows traffic if you deploy the server-side Steelhead appliance so that it joins a domain in the Active Directory environment. To integrate the server-side Steelhead appliance into Active Directory, you must configure the role when you join the Steelhead appliance to the Windows domain.When you integrate the server-side Steelhead appliance in this way, it does not provide any Windows domain controller functionality to any other machines in the domain and does not advertise itself as a domain controller or register any SRV records (service records). In addition, the Steelhead appliance does not perform any replication nor hold any Active Directory objects. The server-side Steelhead appliance has just enough privileges so that it can have a legitimate conversation with the domain controller and then use transparent mode for NTLM authentication.
2.
4. Click Apply to apply your settings to the running configuration.
Specify the name of the domain administrator. RiOS deletes domain administrator credentials after the join. Specify the fully-qualified domain name of the Active Directory domain in which to make the Steelhead appliance a member. Typically, this is your company domain name. RiOS supports Windows 2000 or later domains. Specify the hosts that provide user login service in the domain, separated by commas. (Typically, with Windows 2000 Active Directory Service domains, given a domain name, the system automatically retrieves the DC name.) You can identify the short domain name by pressing Ctrl+Alt+Del on any member server. You must explicitly specify the short domain name if it does not match the leftmost portion of the fully qualified domain name. Select to enable encrypted MAPI optimization on the server-side Steelhead appliance. After running this widget, you must also choose Configure > Optimization > MAPI on the client-side Steelhead appliance and select Enable MAPI Exchange Optimization and Enable Encrypted Optimization. Select to enable optimization on SMB-signed connections on the server-side and client-side Steelhead appliances. Select to enable optimization on SMB2-signed connections on the server-side and client-side Steelhead appliances. Select to enable optimization on SMB3-signed connections on the server-side and client-side Steelhead appliances. Specifies which account type the server-side Steelhead appliance uses to join the domain controller.In RiOS v7.0 and later, you can optimize the traffic to and from hosted Exchange servers. You must configure the server-side Steelhead appliance in integrated Active Directory mode for Windows 2003 or Windows 2008 and higher domains. This allows the Steelhead appliance to use authentication within the Active Directory on the Exchange servers that provide Microsoft Exchange online services. The domain that the server-side Steelhead appliance joins must be either the same as the client user or any domain that trusts the domain of the client user.When you configure the server-side Steelhead appliance in integrated Active Directory mode, the server-side Steelhead appliance does not provide any Windows domain controller functionality to any other machines in the domain and does not advertise itself as a domain controller. In addition, the Steelhead appliance does not perform any replication nor hold any AD objects. When integrated with the Active Directory, the server-side Steelhead appliance has just enough privileges so that it can have a legitimate conversation with the domain controller and then use transparent mode for NTLM authentication.Active Directory integrated (Windows 2003) - Configures the server-side Steelhead appliance in Active Directory integrated mode. If the account for the server-side Steelhead was not already present, it is created in organizational unit (OU) domain controllers. If the account existed previously as a domain computer then its location does not change. You can move the account to a different OU later. This option does not support cross-domain authentication where the user is from a domain trusted by the domain to which the server-side Steelhead appliance is joined.Active Directory integrated (Windows 2008 and later) - Configures the server-side Steelhead appliance in integrated Active Directory mode for Windows 2008 DCs and higher and supports authentication across domains. This is the default setting. You must explicitly specify the Windows 2008 DCs as a comma-separated list in the Domain Controller field. The list should contain either the name or IP address of the Windows 2008 DCs.You must have Administrator privileges to join the domain. Additionally, if the user account is in a domain that is different from the domain to which the join is being performed, specify the user account in the format domain\\username. Do not specify the user account in the format username@realmname. In this case, domain is the short domain name of the domain to which the user belongs.Even though the Steelhead appliance is integrated with Active Directory, it does not provide any Windows domain controller functionality to any other machines in the domain. After you click Configure Domain Auth, the status indicates whether the domain authentication was successful. For details, see Status and Logging. If the authentication succeeds, secure protocol optimization for CIFS (SMB1), SMB2, and SMB33 is enabled for all clients and servers. Encryped MAPI is enabled for all servers. To enable encrypted MAPI for all clients, you must enable encrypted optimization on the client-side Steelhead appliance. For details, see Configuring MAPI Optimization.Although a user with generic domain administrator privileges meets the requirements for replication, this could have some security implications.Using delegation mode to optimize SMB-signed or encrypted MAPI traffic requires additional configuration (beyond joining the server-side Steelhead appliance to a domain) because delegation mode uses the Active Directory constrained delegation feature. You must configure both the server-side Steelhead appliance and the Windows domain that it joins.Constrained delegation is an Active Directory feature that enables configured services to obtain security related information for a user. Configuring constrained delegation requires the creation of a special delegate user account in the Windows domain. The account allows the delegate user the privilege of obtaining security information for use with specific applications (like CIFS and MAPI), and then configuring the delegate user credentials on the server-side Steelhead appliance.You can assign a restricted set of privileges to a user, known as a replication user. You can configure the replication user on a per-forest basis so that the user assigned to it can retrieve machine credentials from any domain controller in any trusted domain within the forest. Remember that a forest can comprise of multiple domains with trusts between them.Automatic configuration simplifies setting up your Steelhead appliance for delegation or replication. Use these widgets to:Configure delegation or replication accounts. Add or remove delegation servers.
Specify the delegate user name. The maximum length is 20 characters. The user name cannot contain any of the following characters:Note: The system translates the user name into uppercase to match the registered server realm information.Important: You can only add one delegate user per domain. A delegate user is required in each of the domains where a server is going to be optimized. Delegation Domain/Realm Select the delegation domain in which you want to make the delegate user a trusted member from the drop-down list. Specify the hosts that provide user login service in the domain, separated by commas. (Typically, with Windows 2000 Active Directory Service domains, given a domain name, the system automatically retrieves the DC name.) Configure Delegation Account After you click Configure Delegation Account, the status indicates whether the configuration was successful. For details, see Status and Logging.
Specify the replication user name. The maximum length is 20 characters. The user name cannot contain any of the following characters:Note: The system translates the user name into uppercase to match the registered server realm information.Important: You can only add one replication user per domain. A replication user is required in each of the domains where a server is going to be optimized. Replication Domain/Realm Select the replication domain in which you want to make the replication user a trusted member from the drop-down list. You must preconfigure the replication domain; it no replication domain exists, the list displays None. Specify the hosts that provide user login service in the domain, separated by commas. (Typically, with Windows 2000 Active Directory Service domains, given a domain name, the system automatically retrieves the DC name.) Configure Replication Account After you click Configure Replication Account, the status indicates whether the replication account configuration was successful. For details, see Status and Logging.
Specify the delegate user name. The maximum length is 20 characters. The user name cannot contain any of the following characters:Note: The system translates the user name into uppercase to match the registered server realm information.Important: You can only add one delegate user per domain. A delegate user is required in each of the domains where a server is going to be optimized. Delegation Domain/Realm Select the delegation domain in which you want to make the delegate user a trusted member from the drop-down list. Specify the hosts that provide user login service in the domain, separated by commas. (Typically, with Windows 2000 Active Directory Service domains, given a domain name, the system automatically retrieves the DC name.) After you click Add Delegation Servers, the status indicates whether the configuration was successful.The remove delegation servers widget removes delegation servers from either the CIFS or Exchange MDB service.
Specify the domain administrator name assigned to the delegation server. The maximum length is 20 characters. The user name cannot contain any of the following characters:Note: The system translates the user name into uppercase to match the registered server realm information. Delegation Domain/Realm Specify the hosts that provide user login service in the domain, separated by commas. (Typically, with Windows 2000 Active Directory Service domains, given a domain name, the system automatically retrieves the DC name.) Remove Delegation Servers After you click Remove Delegation Servers, the status indicates whether the servers were removed.Not Started - The operation has never executed on this Steelhead appliance. Success - The last time the operation executed, it completed successfully with no errors. Failed - The last time the operation executed, the results were unsuccessful. The operation was not carried out because it ran into an error condition. In Progress - The operation is actively running. In this state, the browser constantly polls the back end to see if the operation has completed. Once the operation completes, the browser stops polling. Last Run displays the amount of time elapsed since the last execution and then the time and date the operation completed. The time is meaningful only if the status is success or failed.Logging Data displays log output for the operation. You might want to view the log if the status indicates an operation failure. Two log files follow an operation:The summary log contains the highlights of the full log. The full log contains a detailed record of the operation. Select the Summary and Full Log tabs to view the logging data. The system displays a line count for the number of lines in the logging data. The system omits the tab if the log file is empty.For the summary and full log tabs, an abbreviated form of the timestamp appears in the left margin of each line. Use the mouse to hover over a timestamp and view the entire timestamp in a tooltip. Not all log lines have timestamps, because some of the logging data is generated by third-party (non-Riverbed) applications.The log highlights line errors in red and warnings in yellow.


LOLITA AGUINAGA
MINDFUL HEARTS THERAPY
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CONTACT
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A mindful quote goes here
Approach
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Insurance
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Click on me


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Please Apply For Your FreeTFT
Thank you for your application! We will send the FreeTFT as soon as we can.
When using the 3SDK the trustline is already set up for you. If you choose to use another Stellar wallet make sure you add the FreeTFT and a trustline (costs about 2 XLM) before finishing this form.
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|
areaDetector
3-12-1
EPICS areaDetector framework
|
This is the complete list of members for mpxConnection, including all inherited members.
| dumpData(char *sdata, int size) | mpxConnection | |
| fromLabview | mpxConnection | |
| fromLabviewBody | mpxConnection | |
| fromLabviewError | mpxConnection | |
| fromLabviewHeader | mpxConnection | |
| fromLabviewValue | mpxConnection | |
| mpxCommand(char *commandId, double timeout) | mpxConnection | |
| mpxConnection(asynUser *parentUser, asynUser *tcpUser, merlinDetector *parentObj) | mpxConnection | |
| mpxGet(char *valueId, double timeout) | mpxConnection | |
| mpxRead(asynUser *pasynUser, char *bodyBuf, int bufSize, int *bytesRead, double timeout) | mpxConnection | |
| mpxReadCmd(char *cmdType, char *cmdName, double timeout) | mpxConnection | |
| mpxSet(char *valueId, char *value, double timeout) | mpxConnection | |
| mpxWrite(double timeout) | mpxConnection | |
| mpxWriteRead(char *cmdType, char *cmdName, double timeout) | mpxConnection | |
| parseDataHeader(const char *header) | mpxConnection | |
| parseMqDataFrame(NDAttributeList *pAttr, const char *header, size_t *xsize, size_t *ysize, int *pixelDepth, int *offset, int *profileSelect) | mpxConnection | |
| toLabview | mpxConnection |


Blog Archive 2014 Walk the Walk But Don't Talk Mar 18 2014 2013 Be Accessible Dec 05 2013 Controlling Emotion and Mindset Nov 21 2013 Always More Efficient Sep 13 2013 Profits for Good Jun 06 2013 Time For Work May 09 2013 Excel is a Cul-de-sac Feb 28 2013 Wisdom Not Just Knowledge Feb 15 2013 Scrum as Cake Analogy Jan 31 2013 Working Body Means A Free Mind Jan 20 2013 2012 A New Chapter Dec 27 2012 I Don't Know Jun 23 2012 Wear Your Career Uniform Apr 09 2012 Thoughtful Actions Jan 19 2012 Being Disruptive Jan 05 2012 Clean Slate Jan 01 2012


File micro-entity accounts with Companies House
Criteria
Check your prepared accounts to see if you meet the criteria.
Turnover is no more than £632,000
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13
57
30ft
(+4 proficiency bonus)
Con (+3), Str (+4)
darkvision 120ft, passive Perception 9
Common, Draconic
3 (700 XP)
The baaz can use its wings to glide, negating any damage from a fall of any height. It can also travel horizontally up to four times the vertical distance it descends.
When the baaz dies, it turns to stone instantly. If the killing blow was dealt with a slashing or piercing melee weapon, the creature dealing the killing blow must make a DC 10 Dexterity saving throw. If it fails, its weapon is stuck in the petrified draconian and cannot be removed. The baaz crumbles to dust 1 minute after death. Items in the baaz’s possession are unaffected by the petrification and subsequent dissolution.
Melee Weapon Attack: +4 to hit, reach 5 ft., one target. Hit: 4 (1d8) slashing damage.
Ranged Weapon Attack: +6 to hit, reach 5 ft., one target. Hit: 7 (1d10) piercing damage.
Melee Weapon Attack: +4 to hit, reach 5 ft., one target. Hit: 5 (1d8) piercing damage.
Melee Weapon Attack: +4 to hit, reach 5 ft., one target. Hit: 5 (1d8) slashing damage.


AAAHHH HAAAA!!
I have found a bloody bootprint next to the Washing Machine
Looks like it could be a man's boot
Click to Continue


%inherit file="layout/layout.html" />
Notifry is dead, welcome to newtifry
Thanks to Daniel Foote (Notifry developper) for his work.
Newtifry is a push notification service to send server notifications to Android Mobile phones, running Android 2.2 or later. It uses Google Cloud Messaging APIs.
It is intended to replace notifications sent by SMS. SMS cost money to send, and for single user applications (like personal Nagios servers) this can give you real time notifications for free.
Unlike other systems that do the server monitoring for you, Newtifry is just intended to get the message to the phone - and no more. Newtifry is meant to be very simple and just focus on getting the notifications to the phone. You can plug Newtifry into your existing monitoring system to get the notifications going. Users supply the system administrators with a single unique key that identifies at message source, which they can enable or disable at will.
Newtifry is free, and all the code will be available soon under the Apache 2 License.
Newtifry is not yet avalaible in the Android market. To install it, download the apk here. You might also like to read the simple getting started guide.
Before use, please see our privacy policy and service level agreement.
Head on over to the frequently asked questions page and see if your question is answered. If not, send an email and we'll see what we can fix.


| Number of agents: | 9 | |
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| arm mean (μ): variance (σ2): | ||
| arm mean (μ): variance (σ2): | ||
| arm mean (μ): variance (σ2): | ||
| arm mean (μ): variance (σ2): | ||
| arm mean (μ): variance (σ2): |


H
I
II
III
How much more do I have to wait?
How many more nights do I have to stay up?
Until I can see you?


Hi all,
I have built an arduino energy monitor, the same as described here, and it works just fine. I have also developed a simple database where I store the measurements and see graphs in a simple php page.
About every 2 seconds I get measurements from the arduino to my local server.
As I am thinking of it, to calculate the total consumption in one hour I should take the mean from the current incoming consumption plus the mean saved consumption and store it back.
To be clear enough, in my database I have a table called current which has 6 fields, among the others there is the currentConsumption field and the meanConsumption field.
So, in every sample I get the meanConsumption is this one:
meanConsumption = ( currentConsumption + meanConsumption ) / 2
where in initialization both current and mean consumption are null and as we move on, the meanConsumption stores the mean of every current consumption sampling taken since that time.
So, in a way like this, I get the total consumption per hour which for example if it is 200 watt I get 0.2KwH, right ?
My problem is that if I turn off the electrical devices for the 30 minutes left ( suppose they were working for the first half hour ) I end up taking 0 consumption because the mean will slowly decrease and decrease and finally reach zero value ( as I store it as integer )
This happens because of the equation:
meanConsumption = ( currentConsumption + meanConsumption ) / 2
which will be
meanConsumption = ( 0 + meanConsumption ) / 2
because of the null consumption for the rest 30 minutes.
Obviously, I am missing something in my thoughts but what ?
Thank you in advance and sorry for my english.
Re: Arduino energy monitor - Consumption per hour
Hi Ricardo,
You're indeed missing some basic statistical notions (sorry if I'm too blunt)
Your method for calculating the average is wrong.
You should use this formula: http://upload.wikimedia.org/math/f/d/2/fd2d0cf834c997607df2713883a80d0d.png to calculate a rolling average but I'm afraid it still won't be what you'r after since that will give you the average consumption for all your samples. If you want the average consumption per hour then you'll have to calculate that average only on the samples in the hour you're interested in so you'll have either to reset the counter at the beginning of each hour or compute it from the last 60 minutes worth of samples
If you want to have a look at how that is done just have a look at the sources in emoncms, process model
Regards
Re: Arduino energy monitor - Consumption per hour
Hi madmatt and thanks for the reply,
I forgot to mention that in every sample I get I track the hour (and compare it with the hour I have stored in the db). When these two hours are different I reset the meanConsumption to zero and continue from the start.
Also, I update the db with the new hour and continue to check in every sample I get.
This happens for day, month and year too. So as you see, when one hour passes, I collect the consumption I have and update another table and with this way I do have a history in my consumption which I can see in graphs and other..
I may not be an expert in statistics but I think and as I clarified the situation, that to get the mean consumption in one hour sampling I will have to sum, and divide with 2, every sample with the previous one (all taken in that specific hour) or in another way, I will have to sum up all the values of currentConsumption and divide with the number of samples to find the mean consumption per hour and therefore the KwH.
That's my point of view, But my question still remains.
Say I monitor the consumption for one hour, eg 10, and until 10:30 I have the electrical devices in full load, then I unplug them and for the rest half hour ( 10:30 - 11:00) I continue to receive samples which obviously will be null or something bigger due to any possible noise. Then, at 11 o'clock I will have a mean consumption near to zero due to this fact. I think I made clear which my problem is. Do you guys have any idea or method for avoiding this state as it's obviously very inaccurate ?
Thanks in advance.
Re: Arduino energy monitor - Consumption per hour
When you add your last sample to the previous value and divide by 2 what you have isn't an average over your interval, but an average between two samples.
If you want to calculate an average over a time interval you have to count the number of samples you are actually averaging over and use the formula I linked. Using that formula you won't have to read all the previous samples in order to do the average, but simply carry over the number of samples and the current average.
Let's say at 11.00 you turned on a 1 kw load and sample it every 5 seconds
At 11.30 you turn it off and your average will be 1kw and your counter will be 30*12=360
At 11:30:05 the measured load will be 0 and with your calculation the average would be 0.5kw, while with the formula I posted it will be (0+1*360)/361=0.997kw and at 11:59:55 it will be something like (0+0.501*719)/720=0.5003 kw that will be the actual average consumption over an hour
Re: Arduino energy monitor - Consumption per hour
Aha, I see now the point clear enough.
So in my example the formula should be this one:
$meanConsumption = ( $currentConsumption + $counter * $meanConsumption ) / ( $counter + 1 );
where initial I have $meanConsumption = $currentConsumption = $counter = 0.
Plus those values should me zero in every new hour.
That's the whole story, isn't it ?
Re: Arduino energy monitor - Consumption per hour
Yes , you zero the values and will have to keep separate counters for every interval you want an average for but ... There is a catch ... This simple average is accurate if the time intervals you take your measure on are spaced equally. If for any reason you think you'll miss a lot of measurements then the average should be weighted by the interval between one sample and the previous one in order to keep that into account otherwise your measurements could be skewed by high measurements followed by intervals were the consumption was lower but the measurement wasn't taken (or the other way around)
Re: Arduino energy monitor - Consumption per hour
Yes that's a very good notice.
In my point of view, arduino will always send measurements every 2 seconds so I can't find a way to determine whether I might face a situation like this. Only if arduino fails, or the computer which powers it crash.
In any of these cases I will not have samples at all.
Both are possible, that's for sure, but I currently don't have the time to watch such a detail.
Anyway Mattia, thank you very much for your interest and the time spend to help me out.
Cheers buddy!


AlazarTech SDK Sample Programs
AlazarTech SDK version 5.8.2
© 2010 Alazar Technologies, Inc.
The SDK includes sample programs that demonstrate many of the types of acquisitions possible with AlazarTech digitizer boards. These sample programs are organized into folders under the “Samples” folder, with one folder per board model.
Please refer to the “AlazarTech SDK Guide” for more information about using these sample programs.
Click on a link below to display information about the samples programs available for a board model, and instructions on how to build them.
|
Model |
ReadMe File |
|
All |
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All |
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ATS310 |
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ATS330 |
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ATS460 |
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ATS660 |
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ATS850 |
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ATS860 |
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ATS9350 |
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ATS9462 |
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ATS9462-FIFO |
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ATS9870 |
If you have any questions or comments, or need assistance, contact us.
|
Web |
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Phone |
514-426-4899 |
|
Fax |
514-426-2723 |
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Alazar Technologies Inc. 6600 Trans-Canada Highway, Suite 310 Pointe-Claire, QC Canada H9R 4S2 |


Welcome to Pizza Not! (Sign In)
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Nullam quis risus eget urna mollis ornare vel eu leo.
Nullam id dolor id nibh ultricies vehicula ut id elit.
Pizza
Wings
Drinks
Hot Dogs
Burritos
Fruit
Earn pizza by eating pizza!


| Package | Description |
|---|---|
| org.bitcoinj.core |
The core package contains classes for network messages like
Block and
Transaction , peer connectivity via PeerGroup ,
and block chain management. |
| org.bitcoinj.crypto |
The crypto package contains classes that work with key derivation algorithms like scrypt (passwords to AES keys),
BIP 32 hierarchies (chains of keys from a root seed), X.509 utilities for the payment protocol and other general
cryptography tasks.
|
| Modifier and Type | Method and Description |
|---|---|
ECKey |
ECKey.decrypt(KeyCrypter keyCrypter,
org.spongycastle.crypto.params.KeyParameter aesKey)
Create a decrypted private key with the keyCrypter and AES key supplied.
|
ECKey |
ECKey.decrypt(org.spongycastle.crypto.params.KeyParameter aesKey)
Create a decrypted private key with AES key.
|
ECKey |
ECKey.encrypt(KeyCrypter keyCrypter,
org.spongycastle.crypto.params.KeyParameter aesKey)
Create an encrypted private key with the keyCrypter and the AES key supplied.
|
ECKey |
ECKey.maybeDecrypt(org.spongycastle.crypto.params.KeyParameter aesKey)
Creates decrypted private key if needed.
|
ECKey.ECDSASignature |
ECKey.sign(Sha256Hash input)
Signs the given hash and returns the R and S components as BigIntegers.
|
ECKey.ECDSASignature |
ECKey.sign(Sha256Hash input,
org.spongycastle.crypto.params.KeyParameter aesKey)
Signs the given hash and returns the R and S components as BigIntegers.
|
String |
ECKey.signMessage(String message)
Signs a text message using the standard Bitcoin messaging signing format and returns the signature as a base64
encoded string.
|
String |
ECKey.signMessage(String message,
org.spongycastle.crypto.params.KeyParameter aesKey)
Signs a text message using the standard Bitcoin messaging signing format and returns the signature as a base64
encoded string.
|
| Modifier and Type | Method and Description |
|---|---|
byte[] |
KeyCrypter.decrypt(EncryptedData encryptedBytesToDecode,
org.spongycastle.crypto.params.KeyParameter aesKey)
Decrypt the provided encrypted bytes, converting them into unencrypted bytes.
|
byte[] |
KeyCrypterScrypt.decrypt(EncryptedData dataToDecrypt,
org.spongycastle.crypto.params.KeyParameter aesKey)
Decrypt bytes previously encrypted with this class.
|
DeterministicKey |
DeterministicKey.decrypt(KeyCrypter keyCrypter,
org.spongycastle.crypto.params.KeyParameter aesKey) |
DeterministicKey |
DeterministicKey.decrypt(org.spongycastle.crypto.params.KeyParameter aesKey) |
org.spongycastle.crypto.params.KeyParameter |
KeyCrypter.deriveKey(CharSequence password)
Create a KeyParameter (which typically contains an AES key)
|
org.spongycastle.crypto.params.KeyParameter |
KeyCrypterScrypt.deriveKey(CharSequence password)
Generate AES key.
|
EncryptedData |
KeyCrypter.encrypt(byte[] plainBytes,
org.spongycastle.crypto.params.KeyParameter aesKey)
Encrypt the supplied bytes, converting them into ciphertext.
|
EncryptedData |
KeyCrypterScrypt.encrypt(byte[] plainBytes,
org.spongycastle.crypto.params.KeyParameter aesKey)
Password based encryption using AES - CBC 256 bits.
|
DeterministicKey |
DeterministicKey.encrypt(KeyCrypter keyCrypter,
org.spongycastle.crypto.params.KeyParameter aesKey) |
DeterministicKey |
DeterministicKey.encrypt(KeyCrypter keyCrypter,
org.spongycastle.crypto.params.KeyParameter aesKey,
DeterministicKey newParent) |
ECKey.ECDSASignature |
DeterministicKey.sign(Sha256Hash input,
org.spongycastle.crypto.params.KeyParameter aesKey) |
Copyright © 2022. All rights reserved.


| 006:054 Khan | : |
When those who believe in Our Ayat (proofs, evidences, verses, lessons, signs, revelations, etc.) come to you, say: "Salamun 'Alaikum" (peace be on you); your Lord has written Mercy for Himself, so that, if any of you does evil in ignorance, and thereafter repents and does righteous good deeds (by obeying Allah), then surely, He is Oft-Forgiving, Most Merciful. |
| 006:054 Maulana | : |
And when those who believe in Our messages come to thee, say: Peace be to you, your Lord has ordained mercy on Himself, (so) that if any one of you does evil in ignorance, then turns after that and acts aright, then He is Forgiving, Merciful. |
| 006:054 Pickthal | : |
And when those who believe in Our revelations come unto thee, say: Peace be unto you!  He is Forgiving, Merciful. |
| 006:054 Rashad | : |
When those who believe in our revelations come to you, you shall say, "Salmun 'Alaykum (Peace be upon you). Your Lord has decreed that mercy is His attribute. Thus, anyone among you who commits a transgression out of ignorance, and repents thereafter and reforms, then He is Forgiving, Most Merciful." |
| 006:054 Sarwar | : |
When the faithful come to you, say to them, "Peace be upon you. Your Lord has decreed for Himself to be All-merciful. Anyone of you who commits a sin out of ignorance, then repents, and reforms himself will find that God is All-forgiving and All-merciful." |
| 006:054 Shakir | : |
And when those who believe in Our communications come to you, say: Peace be on you, your Lord has ordained mercy on Himself, (so) that if any one of you does evil in ignorance, then turns after that and acts aright, then He is Forgiving, Merciful. |
| 006:054 Sherali | : |
And when those who believe in OUR Signs come to thee, say; 'Peace be unto you ! Your Lord has taken it upon Himself to show mercy, so that whoso among you does evil in ignorance and repents thereafter and reforms, then HE is Most Forgiving and Merciful.' |
| 006:054 Yusufali | : |
When those come to thee who believe in Our signs, Say: "Peace be on you: Your Lord hath inscribed for Himself (the rule of) mercy: verily, if any of you did evil in ignorance, and thereafter repented, and amend (his conduct), lo! He is Oft-forgiving, Most Merciful. |
Concepts/Themes Covered: أركان الإسلام > التوحيد > توحيد الله تعالي > ربوبيته جلّ وعلا Pillars of Islam> Islamic> Oneness of Allah> His Divinity, the Great and Almighty أركان الإسلام > التوحيد > توحيد الله تعالي > رحمة الله تعالى Pillars of Islam> Islamic> Oneness of Allah> His Glory's Mercy أركان الإسلام > التوحيد > الجاهلون بالدين > قبول توبتهم Pillars of Islam> Islamic> The Ignorants of Religion> Accepting their Repentance الإنسان والعلاقات الاجتماعية > المجتمع > التحية و السلام وأدب الضيافة Man and The Social Relations>The Society>Greetings and the Hospitality Morals
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.


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Seems like you might have an issue with keeping your house clean, and that you're the type of person that only has ketchup as a consistent staple in their fridge. It is actually quite obvious that you should not invite anyone over, but if you turn down the lights, pick up a few tealight candles, power up that big screen TV, and order in the best pizza in town... you could get away with having one lucky person over. For a few hours.  Good luck.
Sounds like your hippie self should probably plan a welcoming gathering at your home. Maybe even host a quick yoga session and write in your gratitude journals before breaking gluten-free bread! But, in order to accommodate all of the different eating restrictions, juice cleanses, and additive-avoidant preferences, it will just be easiest to have everyone bring their own food. And probably not share.
Ahh, a good ole' American BBQ! No surprises, no shock and awe. Just the simple tried and true things everyone expects and enjoys. Pop on your Ray Bans and live the comfortable life. Make sure you've got the coolers ready, extra solo cups on hand, and your Spotify 'Summer BBQ' playlist bumping all afternoon. Don't forget the corn hole and other yard games!
Well damn, you a fancy cat. Don't forget to send out gold gilded invitations at least 6 weeks in advance with a clear "Cocktail Attire" note (and discourage that Rent the Runway nonsense, a cocktail dress is an investment!). Make sure you get a microfiber cloth and wipe down all the wine glasses, and bust out your Emily Post skills while determining the proper way to set up your event. When your guests arrive, be sure to introduce them formally and include their full CV and list of credentials, out of respect of course. Remember, yawning is rude, so plan to have an Apple AirPod (cleverly disguised by your hairdo) with your favorite podcast playing to keep you engaged in the presence of your guests. Enjoy the self-congratulatory small talk and try not to lose your soul with every sip of your Old Fashioned!


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Definitions The terms "reproduce," "reproduction," "derivative works," and "distribution" have the same meaning here as under U.S. copyright law. A "contribution" is the original software, or any additions or changes to the software. A "contributor" is any person that distributes its contribution under this license. "Licensed patents" are a contributor's patent claims that read directly on its contribution.
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Grant of Rights (A) Copyright Grant- Subject to the terms of this license, including the license conditions and limitations in section 3, each contributor grants you a non-exclusive, worldwide, royalty-free copyright license to reproduce its contribution, prepare derivative works of its contribution, and distribute its contribution or any derivative works that you create. (B) Patent Grant- Subject to the terms of this license, including the license conditions and limitations in section 3, each contributor grants you a non-exclusive, worldwide, royalty-free license under its licensed patents to make, have made, use, sell, offer for sale, import, and/or otherwise dispose of its contribution in the software or derivative works of the contribution in the software.
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Conditions and Limitations (A) No Trademark License- This license does not grant you rights to use any contributors' name, logo, or trademarks. (B) If you bring a patent claim against any contributor over patents that you claim are infringed by the software, your patent license from such contributor to the software ends automatically. (C) If you distribute any portion of the software, you must retain all copyright, patent, trademark, and attribution notices that are present in the software. (D) If you distribute any portion of the software in source code form, you may do so only under this license by including a complete copy of this license with your distribution. If you distribute any portion of the software in compiled or object code form, you may only do so under a license that complies with this license. (E) The software is licensed "as-is." You bear the risk of using it. The contributors give no express warranties, guarantees or conditions. You may have additional consumer rights under your local laws which this license cannot change. To the extent permitted under your local laws, the contributors exclude the implied warranties of merchantability, fitness for a particular purpose and non-infringement.