javax.measure.unit
public final class SI extends SystemOfUnits
import static javax.measure.unit.SI.*; ... Unit<Pressure> HECTO_PASCAL = HECTO(PASCAL); Unit<Length> KILO_METER = KILO(METER);
| Modifier and Type | Field and Description |
|---|---|
static BaseUnit<ElectricCurrent> |
AMPERE
The base unit for electric current quantities (
A ). |
static AlternateUnit<RadioactiveActivity> |
BECQUEREL
The derived unit for activity of a radionuclide (
Bq ). |
static AlternateUnit<DataAmount> |
BIT
The unit for binary information (
bit ). |
static BaseUnit<LuminousIntensity> |
CANDELA
The base unit for luminous intensity quantities (
cd ). |
static Unit<Temperature> |
CELSIUS
The derived unit for Celsius temperature (
℃ ). |
static Unit<Length> |
CENTIMETER
Equivalent to
CENTIMETRE . |
static Unit<Length> |
CENTIMETRE
Equivalent to
CENTI(METRE) . |
static AlternateUnit<ElectricCharge> |
COULOMB
The derived unit for electric charge, quantity of electricity (
C ). |
static Unit<Volume> |
CUBIC_METRE
The metric unit for volume quantities (
m³ ). |
static AlternateUnit<ElectricCapacitance> |
FARAD
The derived unit for capacitance (
F ). |
static Unit<Mass> |
GRAM
The derived unit for mass quantities (
g ). |
static AlternateUnit<RadiationDoseAbsorbed> |
GRAY
The derived unit for absorbed dose, specific energy (imparted), kerma (
Gy ). |
static AlternateUnit<ElectricInductance> |
HENRY
The derived unit for inductance (
H ). |
static AlternateUnit<Frequency> |
HERTZ
The derived unit for frequency (
Hz ). |
static AlternateUnit<Energy> |
JOULE
The derived unit for energy, work, quantity of heat (
J ). |
static AlternateUnit<CatalyticActivity> |
KATAL
The derived unit for catalytic activity (
kat ). |
static BaseUnit<Temperature> |
KELVIN
The base unit for thermodynamic temperature quantities (
K ). |
static BaseUnit<Mass> |
KILOGRAM
The base unit for mass quantities (
kg ). |
static Unit<Length> |
KILOMETER
Equivalent to
KILOMETRE . |
static Unit<Length> |
KILOMETRE
Equivalent to
KILO(METRE) . |
static AlternateUnit<LuminousFlux> |
LUMEN
The derived unit for luminous flux (
lm ). |
static AlternateUnit<Illuminance> |
LUX
The derived unit for illuminance (
lx ). |
static Unit<Length> |
METER
Equivalent to
METRE (American spelling). |
static Unit<Velocity> |
METERS_PER_SECOND
Equivalent to
METRES_PER_SECOND . |
static Unit<Acceleration> |
METERS_PER_SQUARE_SECOND
Equivalent to
METRES_PER_SQUARE_SECOND . |
static BaseUnit<Length> |
METRE
The base unit for length quantities (
m ). |
static Unit<Velocity> |
METRE_PER_SECOND
Deprecated.
replaced by
METRES_PER_SECOND . |
static Unit<Acceleration> |
METRE_PER_SQUARE_SECOND
Deprecated.
replaced by
METRES_PER_SQUARE_SECOND . |
static Unit<Velocity> |
METRES_PER_SECOND
The metric unit for velocity quantities (
m/s ). |
static Unit<Acceleration> |
METRES_PER_SQUARE_SECOND
The metric unit for acceleration quantities (
m/s² ). |
static Unit<Length> |
MILLIMETER
Equivalent to
MILLIMETRE . |
static Unit<Length> |
MILLIMETRE
Equivalent to
MILLI(METRE) . |
static BaseUnit<AmountOfSubstance> |
MOLE
The base unit for amount of substance quantities (
mol ). |
static AlternateUnit<Force> |
NEWTON
The derived unit for force (
N ). |
static AlternateUnit<ElectricResistance> |
OHM
The derived unit for electric resistance (
Ω or Ohm ). |
static AlternateUnit<Pressure> |
PASCAL
The derived unit for pressure, stress (
Pa ). |
static AlternateUnit<Angle> |
RADIAN
The unit for plane angle quantities (
rad ). |
static BaseUnit<Duration> |
SECOND
The base unit for duration quantities (
s ). |
static AlternateUnit<ElectricConductance> |
SIEMENS
The derived unit for electric conductance (
S ). |
static AlternateUnit<RadiationDoseEffective> |
SIEVERT
The derived unit for dose equivalent (
Sv ). |
static Unit<Area> |
SQUARE_METRE
The metric unit for area quantities (
m² ). |
static AlternateUnit<SolidAngle> |
STERADIAN
The unit for solid angle quantities (
sr ). |
static AlternateUnit<MagneticFluxDensity> |
TESLA
The derived unit for magnetic flux density (
T ). |
static AlternateUnit<ElectricPotential> |
VOLT
The derived unit for electric potential difference, electromotive force (
V ). |
static AlternateUnit<Power> |
WATT
The derived unit for power, radiant, flux (
W ). |
static AlternateUnit<MagneticFlux> |
WEBER
The derived unit for magnetic flux (
Wb ). |
| Modifier and Type | Method and Description |
|---|---|
static <Q extends Quantity> |
ATTO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-18 |
static <Q extends Quantity> |
CENTI(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-2 |
static <Q extends Quantity> |
DECI(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-1 |
static <Q extends Quantity> |
DEKA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
101 |
static <Q extends Quantity> |
EXA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
1018 |
static <Q extends Quantity> |
FEMTO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-15 |
static SI |
getInstance()
Returns the unique instance of this class.
|
java.util.Set<Unit<?>> |
getUnits()
Returns a read only view over theunits defined in this class.
|
static <Q extends Quantity> |
GIGA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
109 |
static <Q extends Quantity> |
HECTO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
102 |
static <Q extends Quantity> |
KILO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
103 |
static <Q extends Quantity> |
MEGA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
106 |
static <Q extends Quantity> |
MICRO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-6 |
static <Q extends Quantity> |
MILLI(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-3 |
static <Q extends Quantity> |
NANO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-9 |
static <Q extends Quantity> |
PETA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
1015 |
static <Q extends Quantity> |
PICO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-12 |
static <Q extends Quantity> |
TERA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
1012 |
static <Q extends Quantity> |
YOCTO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-24 |
static <Q extends Quantity> |
YOTTA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
1024 |
static <Q extends Quantity> |
ZEPTO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-21 |
static <Q extends Quantity> |
ZETTA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
1021 |
public static final BaseUnit<ElectricCurrent> AMPERE
A
). The Ampere is that constant current which, if
maintained in two straight parallel conductors of infinite length, of negligible circular cross-section, and
placed 1 metre apart in vacuum, would produce between these conductors a force equal to 2 × 10-7 newton per metre
of length. It is named after the French physicist Andre Ampere (1775-1836).public static final BaseUnit<LuminousIntensity> CANDELA
cd
). The candela is the luminous intensity, in a
given direction, of a source that emits monochromatic radiation of frequency 540 × 1012 hertz and that has a
radiant intensity in that direction of 1/683 watt per steradianpublic static final BaseUnit<Temperature> KELVIN
K
). The kelvin is the 1/273.16th of the
thermodynamic temperature of the triple point of water. It is named after the Scottish mathematician and
physicist William Thomson 1st Lord Kelvin (1824-1907)public static final BaseUnit<Mass> KILOGRAM
kg
). It is the only SI unit with a prefix as part of its name and
symbol. The kilogram is equal to the mass of an international prototype in the form of a platinum-iridium
cylinder kept at Sevres in France.GRAM
public static final BaseUnit<Length> METRE
m
). One meter was redefined in 1983 as the distance traveled by
light in a vacuum in 1/299,792,458 of a second.public static final BaseUnit<AmountOfSubstance> MOLE
mol
). The mole is the amount of substance of a
system which contains as many elementary entities as there are atoms in 0.012 kilogram of carbon 12.public static final BaseUnit<Duration> SECOND
s
). It is defined as the duration of 9,192,631,770 cycles of
radiation corresponding to the transition between two hyperfine levels of the ground state of cesium (1967
Standard).public static final Unit<Mass> GRAM
g
). The base unit for mass quantity is KILOGRAM
.public static final AlternateUnit<Angle> RADIAN
rad
). One radian is the angle between two radii of a circle
such that the length of the arc between them is equal to the radius.public static final AlternateUnit<SolidAngle> STERADIAN
sr
). One steradian is the solid angle subtended at the center
of a sphere by an area on the surface of the sphere that is equal to the radius squared. The total solid angle of
a sphere is 4*Pi steradians.public static final AlternateUnit<DataAmount> BIT
bit
).public static final AlternateUnit<Frequency> HERTZ
Hz
). A unit of frequency equal to one cycle per second. After
Heinrich Rudolf Hertz (1857-1894), German physicist who was the first to produce radio waves artificially.public static final AlternateUnit<Force> NEWTON
N
). One newton is the force required to give a mass of 1 kilogram an
Force of 1 metre per second per second. It is named after the English mathematician and physicist Sir Isaac
Newton (1642-1727).public static final AlternateUnit<Pressure> PASCAL
Pa
). One pascal is equal to one newton per square meter. It
is named after the French philosopher and mathematician Blaise Pascal (1623-1662).public static final AlternateUnit<Energy> JOULE
J
). One joule is the amount of work done when
an applied force of 1 newton moves through a distance of 1 metre in the direction of the force. It is named after
the English physicist James Prescott Joule (1818-1889).public static final AlternateUnit<Power> WATT
W
). One watt is equal to one joule per second. It is
named after the British scientist James Watt (1736-1819).public static final AlternateUnit<ElectricCharge> COULOMB
C
). One Coulomb is equal to the
quantity of charge transferred in one second by a steady current of one ampere. It is named after the French
physicist Charles Augustin de Coulomb (1736-1806).public static final AlternateUnit<ElectricPotential> VOLT
V
). One Volt is equal to
the difference of electric potential between two points on a conducting wire carrying a constant current of one
ampere when the power dissipated between the points is one watt. It is named after the Italian physicist Count
Alessandro Volta (1745-1827).public static final AlternateUnit<ElectricCapacitance> FARAD
F
). One Farad is equal to the capacitance of a capacitor having an
equal and opposite charge of 1 coulomb on each plate and a potential difference of 1 volt between the plates. It
is named after the British physicist and chemist Michael Faraday (1791-1867).public static final AlternateUnit<ElectricResistance> OHM
Ω
or Ohm
). One Ohm is equal to the resistance
of a conductor in which a current of one ampere is produced by a potential of one volt across its terminals. It
is named after the German physicist Georg Simon Ohm (1789-1854).public static final AlternateUnit<ElectricConductance> SIEMENS
S
). One Siemens is equal to one ampere per volt. It is
named after the German engineer Ernst Werner von Siemens (1816-1892).public static final AlternateUnit<MagneticFlux> WEBER
Wb
). One Weber is equal to the magnetic flux that in linking a
circuit of one turn produces in it an electromotive force of one volt as it is uniformly reduced to zero within
one second. It is named after the German physicist Wilhelm Eduard Weber (1804-1891).public static final AlternateUnit<MagneticFluxDensity> TESLA
T
). One Tesla is equal equal to one weber per square
meter. It is named after the Serbian-born American electrical engineer and physicist Nikola Tesla (1856-1943).public static final AlternateUnit<ElectricInductance> HENRY
H
). One Henry is equal to the inductance for which an induced
electromotive force of one volt is produced when the current is varied at the rate of one ampere per second. It
is named after the American physicist Joseph Henry (1791-1878).public static final Unit<Temperature> CELSIUS
℃
). This is a unit of temperature such as the freezing
point of water (at one atmosphere of pressure) is 0 ℃, while the boiling point is 100 ℃.public static final AlternateUnit<LuminousFlux> LUMEN
lm
). One Lumen is equal to the amount of light given out through
a solid angle by a source of one candela intensity radiating equally in all directions.public static final AlternateUnit<Illuminance> LUX
lx
). One Lux is equal to one lumen per square meter.public static final AlternateUnit<RadioactiveActivity> BECQUEREL
Bq
). One becquerel is the radiation caused by one
disintegration per second. It is named after the French physicist, Antoine-Henri Becquerel (1852-1908).public static final AlternateUnit<RadiationDoseAbsorbed> GRAY
Gy
). One gray is equal to the
dose of one joule of energy absorbed per one kilogram of matter. It is named after the British physician L. H.
Gray (1905-1965).public static final AlternateUnit<RadiationDoseEffective> SIEVERT
Sv
). One Sievert is equal is equal to the actual dose, in
grays, multiplied by a "quality factor" which is larger for more dangerous forms of radiation. It is named after
the Swedish physicist Rolf Sievert (1898-1966).public static final AlternateUnit<CatalyticActivity> KATAL
kat
).public static final Unit<Velocity> METRES_PER_SECOND
m/s
).public static final Unit<Velocity> METERS_PER_SECOND
METRES_PER_SECOND
.public static final Unit<Acceleration> METRES_PER_SQUARE_SECOND
m/s²
).public static final Unit<Acceleration> METERS_PER_SQUARE_SECOND
METRES_PER_SQUARE_SECOND
.public static final Unit<Volume> CUBIC_METRE
m³
).public static final Unit<Length> CENTIMETER
CENTIMETRE
.public static final Unit<Length> MILLIMETER
MILLIMETRE
.@Deprecated public static final Unit<Velocity> METRE_PER_SECOND
METRES_PER_SECOND
.@Deprecated public static final Unit<Acceleration> METRE_PER_SQUARE_SECOND
METRES_PER_SQUARE_SECOND
.public static SI getInstance()
public static <Q extends Quantity> Unit<Q> YOTTA(Unit<Q> unit)
1024
unit
- any unit.unit.multiply(1e24)
.public static <Q extends Quantity> Unit<Q> ZETTA(Unit<Q> unit)
1021
unit
- any unit.unit.multiply(1e21)
.public static <Q extends Quantity> Unit<Q> EXA(Unit<Q> unit)
1018
unit
- any unit.unit.multiply(1e18)
.public static <Q extends Quantity> Unit<Q> PETA(Unit<Q> unit)
1015
unit
- any unit.unit.multiply(1e15)
.public static <Q extends Quantity> Unit<Q> TERA(Unit<Q> unit)
1012
unit
- any unit.unit.multiply(1e12)
.public static <Q extends Quantity> Unit<Q> GIGA(Unit<Q> unit)
109
unit
- any unit.unit.multiply(1e9)
.public static <Q extends Quantity> Unit<Q> MEGA(Unit<Q> unit)
106
unit
- any unit.unit.multiply(1e6)
.public static <Q extends Quantity> Unit<Q> KILO(Unit<Q> unit)
103
unit
- any unit.unit.multiply(1e3)
.public static <Q extends Quantity> Unit<Q> HECTO(Unit<Q> unit)
102
unit
- any unit.unit.multiply(1e2)
.public static <Q extends Quantity> Unit<Q> DEKA(Unit<Q> unit)
101
unit
- any unit.unit.multiply(1e1)
.public static <Q extends Quantity> Unit<Q> DECI(Unit<Q> unit)
10-1
unit
- any unit.unit.multiply(1e-1)
.public static <Q extends Quantity> Unit<Q> CENTI(Unit<Q> unit)
10-2
unit
- any unit.unit.multiply(1e-2)
.public static <Q extends Quantity> Unit<Q> MILLI(Unit<Q> unit)
10-3
unit
- any unit.unit.multiply(1e-3)
.public static <Q extends Quantity> Unit<Q> MICRO(Unit<Q> unit)
10-6
unit
- any unit.unit.multiply(1e-6)
.public static <Q extends Quantity> Unit<Q> NANO(Unit<Q> unit)
10-9
unit
- any unit.unit.multiply(1e-9)
.public static <Q extends Quantity> Unit<Q> PICO(Unit<Q> unit)
10-12
unit
- any unit.unit.multiply(1e-12)
.public static <Q extends Quantity> Unit<Q> FEMTO(Unit<Q> unit)
10-15
unit
- any unit.unit.multiply(1e-15)
.public static <Q extends Quantity> Unit<Q> ATTO(Unit<Q> unit)
10-18
unit
- any unit.unit.multiply(1e-18)
.public static <Q extends Quantity> Unit<Q> ZEPTO(Unit<Q> unit)
10-21
unit
- any unit.unit.multiply(1e-21)
.public static <Q extends Quantity> Unit<Q> YOCTO(Unit<Q> unit)
10-24
unit
- any unit.unit.multiply(1e-24)
.public java.util.Set<Unit<?>> getUnits()
getUnits
in class SystemOfUnits


I hear the train a comin' It's rolling round the bend
And I ain't seen the sunshine since I don't know when
I'm stuck in Folsom prison, and time keeps draggin' on
But that train keeps a rollin' on down to San Antone
When I was just a baby my mama told me.


This URL is an Eclipse software repository for example-project, and must be used in Eclipse (See how)


blogc-make
- a simple build tool for blogc
blogc-make
[-V
] [-f
FILE] [RULE ...]
blogc-make
[-h
|-v
]
blogc-make is a simple build tool for blogc websites. It reads a blogcfile(5) and generates the output files using blogc(1) and some predefined rules, that are useful enough for most common use cases.
See blogcfile(5) for details on the file format.
-D
Builds for development environment. This option is useful to load local,
non-optimized assets for development purposes. It adds two global
variables to all blogc(1) calls: MAKE_ENV_DEV=1
and MAKE_ENV=dev
.
-V
Activates verbose mode, that will give more details of commands runs.
-f
FILEReads FILE as blogcfile
.
-v
Show program name, version and exit.
-h
Show help message and exit.
Run all build rules. This is the default rule.
Clean built files and empty directories in output directory.
Run blogc-runserver(1)
(if available) pointing to output directory, watching
for changes in the source files and rebuilding as needed. This rule accepts
some arguments, in the following format:
runserver:host=<IP_ADDRESS>,port=8080,threads=20
The values in the example are the default values. Rebuilds are done by running
blogc-make all
internally.
Watch for changes in the source files, rebuilding as needed.
Rebuilds are done by running blogc-make all
internally.
Dump default Atom feed template based on current blogcfile(5) settings.
The template is dumped to the standard output, and can be used as base for customized Atom feed templates.
Build website index from posts.
The rule passes the following helper variables to blogc(1):
MAKE_RULE
index
MAKE_TYPE
post
Build main atom feed from posts.
The rule passes the following helper variables to blogc(1):
MAKE_RULE
atom
MAKE_TYPE
atom
Build atom feeds for each tag from posts.
The rule passes the following helper variables to blogc(1):
MAKE_RULE
atom_tags
MAKE_TYPE
atom
Build pagination pages from posts. This rule is disabled if posts_per_page
value in blogcfile(5) is negative or 0
.
The rule passes the following helper variables to blogc(1):
MAKE_RULE
pagination
MAKE_TYPE
post
Build pagination pages for each tag from posts. This rule is disabled if
posts_per_page
value in blogcfile(5) is negative or 0
.
The rule passes the following helper variables to blogc(1):
MAKE_RULE
pagination_tags
MAKE_TYPE
post
Build individual pages for each post.
The rule passes the following helper variables to blogc(1):
MAKE_RULE
posts
MAKE_TYPE
post
MAKE_SLUG
Build post listings for each tag from posts.
The rule passes the following helper variables to blogc(1):
MAKE_RULE
tags
MAKE_TYPE
post
Build individual pages for each page.
The rule passes the following helper variables to blogc(1):
MAKE_RULE
pages
MAKE_TYPE
page
MAKE_SLUG
Copy static files from source directory to output directory.
The blogc-make
command expects a settings file, called blogcfile
by default,
or any other file passed to -f
option. blogcfile
must have valid UTF-8 content.
The blogc-make
command will read any files listed on blogcfile
, and may write
files to the configured output directory.
BLOGC
Path to blogc(1)
binary. If not provided, the blogc
binary in $PATH
will
be used.
BLOGC_RUNSERVER
Path to blogc-runserver(1)
binary. If not provided, the blogc-runserver
binary in $PATH
will be used, if available.
OUTPUT_DIR
Path to the directory where blogc-make
should write (or instruct blogc(1) to
write) output files.
Any other environment variables are inherited by blogc(1) and blogc-runserver(1),
when called by blogc-make
.
Build all files:
$ blogc-make
or
$ blogc-make all
Clean built files:
$ blogc-make clean
Please report any issues to: https://github.com/blogc/blogc
Rafael G. Martins<EMAIL_ADDRESS>blogc(1), blogc-runserver(1), blogcfile(5)


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Module minifs
MiniFS is a minimal file system module for Lua, licensed under MIT.
It depends on LFS and provides easy access to functions such as copying files, checking the type of a file or working with temporary files. You can get it from the GitLab repository: https://gitlab.com/zatherz/minifs.
Functions
| fs.write (file, data) | Write data to a file, overwriting the previous contents (and creating the file if needed). |
| fs.append (file, data) | Append data to a file (similiar to write, but will not overwrite the data inside the file). |
| fs.read (file) | Read all data from a file. |
| fs.copy (fromfile, tofile) | Copy a file to a destination. |
| fs.move (fromfile, tofile) | Move a file. |
| fs.appendcopy (fromfile, tofile) | Append a copy of a file to another file. |
| fs.appendmove (fromfile, tofile) | Move and append a file. |
| fs.remove (file) | Remove a file. |
| fs.size (file) | Get the size of a file. |
| fs.update (file, accesstime, modificationtime) | Update the access/modification time of a file. |
| fs.create (file) | Create an empty, zero byte file. |
| fs.rename (file, newname) | Rename a file. |
| fs.exists (file) | Check if a file exists. |
| fs.mkdir (dir) | Create a new directory. |
| fs.rmdir (dir, recursive) | Remove a directory. |
| fs.device (file) | Get the device of the file. |
| fs.type (file) | Get the type of the file. |
| fs.uid (file) | Get the user ID of the file. |
| fs.gid (file) | Get the group ID of the file. |
| fs.accesstime (file) | Get the last access time of the file. |
| fs.modificationtime (file) | Get the last modification time of the file. |
| fs.changetime (file) | Get the last status change time of the file. |
| fs.separator () | Get the directory separator that the system uses. |
| fs.system (unixtype) | Get the operating system the script is running on (Mac/Linux/Windows). |
| fs.randomstring (length) | Create a random string containing lowercase, uppercase letters and numbers. |
| fs.tmpname (length, prefix, suffix) | Create a valid path to a temporary file name in the default temporary directory of the operating system. |
| fs.usetmp (length, prefix, suffix, call, dir) | Create a temporary file, then call a defined function and remove the file afterwards. |
| fs.usetmpdir (length, prefix, suffix, call) | Create a temporary directory, then call a defined function and recursively remove the directory afterwards. |
| fs.files (dir, fullpath) | Basic iterator over files in a directory. |
| fs.link (file, link) | Create a hardlink to a file. |
| fs.symlink (file, link) | Create a symlink to a file or directory. |
| fs.run (command, ...) | Run a console comand. |
| fs.call (command, ...) | Call a command and return all of its results. |
Functions
- fs.write (file, data)
-
Write data to a file, overwriting the previous contents (and creating the file if needed).
Parameters:
- file The file to write to.
- data The data that will be written to the file.
Returns:
-
boolean
- fs.append (file, data)
-
Append data to a file (similiar to write, but will not overwrite the data inside the file).
Parameters:
- file The file to append to.
- data The data that will be appended to the file.
Returns:
-
boolean
- fs.read (file)
-
Read all data from a file.
Parameters:
- file The file to be read.
Returns:
-
string
- fs.copy (fromfile, tofile)
-
Copy a file to a destination.
Parameters:
- fromfile The file to be copied.
- tofile The target path.
Returns:
-
boolean
- fs.move (fromfile, tofile)
-
Move a file. Similiar to copying, but will remove the original file after copying.
Parameters:
- fromfile The file to be moved.
- tofile The destination of the file.
Returns:
-
nil
- fs.appendcopy (fromfile, tofile)
-
Append a copy of a file to another file. Like copying, but if the target file already exists the contents will not be overwritten but instead added after the existing data.
Parameters:
- fromfile The file to be copied.
- tofile The target file.
Returns:
-
boolean
- fs.appendmove (fromfile, tofile)
-
Move and append a file. As opposed to the normal move function, the contents of the moved file will be appended to the target file instead of overwriting it.
Parameters:
- fromfile The file to be moved.
- tofile The destination of the file.
Returns:
-
nil
- fs.remove (file)
-
Remove a file.
Parameters:
- file The file to be removed.
Returns:
-
boolean
- fs.size (file)
-
Get the size of a file.
Parameters:
- file The file to get the size of.
Returns:
-
number
- fs.update (file, accesstime, modificationtime)
-
Update the access/modification time of a file.
Parameters:
- file The file to be updated.
- accesstime The access time to set, if nil will be set to the current time.
- modificationtime The modification time to set, if nil will be set to the accesstime, and if accesstime is nil, will be set to the current time.
Returns:
-
boolean, string [error message]
- fs.create (file)
-
Create an empty, zero byte file.
Parameters:
- file The file to be created.
Returns:
-
boolean
- fs.rename (file, newname)
-
Rename a file. The function will error
Parameters:
- file The name of the file.
- newname The new name of the file.
Returns:
-
boolean
- fs.exists (file)
-
Check if a file exists.
Parameters:
- file The path to be checked.
Returns:
-
boolean [whether the file exists]
- fs.mkdir (dir)
-
Create a new directory.
Parameters:
- dir The path to the directory.
Returns:
-
boolean, string [error message]
- fs.rmdir (dir, recursive)
-
Remove a directory.
Parameters:
- dir The path to the directory.
- recursive If true, the directory will be recursively removed. If false, the function will error on non-empty directories.
Returns:
-
boolean, string [error message]
- fs.device (file)
-
Get the device of the file. On Linux, this will be the inode. On Windows, this will be the drive number.
Parameters:
- file The path to the file.
Returns:
-
number (string on Windows?)
- fs.type (file)
-
Get the type of the file. This can be 'file', 'directory', 'link', 'socket', 'named pipe', 'char device', 'block device' or 'other'.
Parameters:
- file The path to the file.
Returns:
-
string
- fs.uid (file)
-
Get the user ID of the file. Always 0 on Windows.
Parameters:
- file The path to the file.
Returns:
-
number
- fs.gid (file)
-
Get the group ID of the file. Always 0 on Windows.
Parameters:
- file The path to the file.
Returns:
-
number
- fs.accesstime (file)
-
Get the last access time of the file.
Parameters:
- file The path to the file.
Returns:
-
number
- fs.modificationtime (file)
-
Get the last modification time of the file.
Parameters:
- file The path to the file.
Returns:
-
number
- fs.changetime (file)
-
Get the last status change time of the file.
Parameters:
- file The path to the file.
Returns:
-
number
- fs.separator ()
-
Get the directory separator that the system uses. Forward slash on Unix-likes, Backward slash on Windows.
Returns:
-
string
- fs.system (unixtype)
-
Get the operating system the script is running on (Mac/Linux/Windows).
Parameters:
- unixtype If set to true, the type of the Unix-like will be detected. Note that this uses an io.popen call and might be more expensive.
Returns:
-
string
- fs.randomstring (length)
-
Create a random string containing lowercase, uppercase letters and numbers.
Parameters:
- length Length of the name, 6 by default.
Returns:
-
string
- fs.tmpname (length, prefix, suffix)
-
Create a valid path to a temporary file name in the default temporary directory of the operating system.
Parameters:
- length Length of the filename.
- prefix Prefix of the filename, does not count for length.
- suffix Suffix of the filename, does not count for length.
Returns:
-
string
- fs.usetmp (length, prefix, suffix, call, dir)
-
Create a temporary file, then call a defined function and remove the file afterwards.
Note that you can also provide only one argument, the callback, and keep the rest of the values as defaults.
Parameters:
- length Length of the filename.
- prefix Prefix of the filename
- suffix Suffix of the filename.
- call The callback function to call inbetween creating a temporary file and removing the file. One argument, the path to the file, is provided to the function.
- dir If this is true, then the temporary file will be a temporary directory. See {fs.usetmpdir}.
- fs.usetmpdir (length, prefix, suffix, call)
-
Create a temporary directory, then call a defined function and recursively remove the directory afterwards.
Note that you can also provide only one argument, the callback, and keep the rest of the values as defaults.
Parameters:
- length Length of the filename.
- prefix Prefix of the filename
- suffix Suffix of the filename.
- call The callback function to call inbetween creating a temporary file and removing the file. One argument, the path to the file, is provided to the function.
- fs.files (dir, fullpath)
-
Basic iterator over files in a directory.
Parameters:
- dir The directory to iterate through.
- fullpath If this is set to true, then the entries returned by the iterator will contain the directory name along with the file name.
Returns:
-
function [iterator returns: string]
- fs.link (file, link)
-
Create a hardlink to a file.
Parameters:
- file The file to be linked to.
- link The path to the link.
- fs.symlink (file, link)
-
Create a symlink to a file or directory.
Parameters:
- file The file to be linked to.
- link The path to the link.
- fs.run (command, ...)
-
Run a console comand.
Parameters:
- command The command to be ran.
- ... Additional arguments.
- fs.call (command, ...)
-
Call a command and return all of its results.
Parameters:
- command The command to be called.
- ... Additional arguments.


| label_placer_simple {isoband} | R Documentation |
The simple label placer processes separate isolines independently and places
labels for each line using a placer function that does the actual placement work.
This label placer is not meant to be used by end users, but rather facilitates the
development of new label placers, such as label_placer_minmax()
.
label_placer_simple(lines, labels_data, placer_fun)
lines |
Isolines object for which labels should be placed. |
labels_data |
A data frame containing information about which labels should be placed. |
placer_fun |
A function that takes an individual isoline plus its associated
break id as input and returns a data frame specifying label positions. The data
frame should have three columns called |


| lesson 17 The longest suspension bridge in the world |
| Verrazano, an Italian about whom little is known, sailed into New York Harbour in 1524 and named it Angouleme. ^ 15 |
| He described it as 'a very agreeable situation located within two small hills in the midst of which flowed a great river. ' |
| Though Verrazano is by no means considered to be a great explorer, his name will probably remain immortal, |
| for on November 21st, 1964, the longest suspension bridge in the world was named after him. |
| The Verrazano Bridge, which was designed by Othmar Ammann, joins Brooklyn to Staten Island. |
| It has a span of 4, 260 feet. |
| The bridge is so long that the shape of the earth had to be taken into account by its designer. |
| Two great towers support four huge cables. |
| The towers are built on immense underwater platforms made of steel and concrete. |
| The platforms extend to a depth of over 100 feet under the sea. |
| These alone took sixteen months to build. |
| Above the surface of the water, the towers rise to a height of nearly 700 feet. |
| They support the cables from which the bridge has been suspended. |
| Each of the four cables contains 26, 108 lengths of wire. ^ |
| It has been estimated that if the bridge were packed with cars, it would still only be carrying a third of its total capacity. |
| However, size and strength are not the only important things about this bridge. |
| Despite its immensity, it is both simple and elegant, |
| fulfilling its designer's dream to create 'an enormous object drawn as faintly as possible'. |


Keyword: some
, in
A choice function is a special form of definition that introduces a different axiom than usual: one with an implication operator (->
) guarded by an existential quantifier.
Example:
Suppose we want to define a function finv
that is the inverse of function f
. We can write the definition like this:
definition finv(X) = some Y. f(Y) = X in Y
This special form of definition says that finv(X)
is Y
for some Y
such that f(Y) = X
. If there is no such Y
, finv(X)
is left undefined. The corresponding axiom is:
axiom forall X. ((exists Y. f(Y) = X) -> f(finv(X)) = X)
With this definition, finv
is a function, but it isn't fully specified. If a given element Y
has two inverses, finv
will yield one of them. This isn't a nondeterministic choice, however. Since f
is a function, it will always yield the same inverse of any given value Y
.
If we want to specify the value of finv
in case there is no inverse, we can write the definition like this:
definition finv(X) = some Y. f(Y) = X in Y else 0
The else
part gives us this additional axiom:
axiom forall X. ((~exists Y. f(Y) = X) -> finv(X) = 0)
Notice that this axiom contains a quantifier alternation. If this is a problem, we could use a macro instead:
definition finv(x) = some Y. f(Y) = x in Y else 0
The axiom we get is
axiom (~exists Y. f(Y) = x) -> finv(x) = 0)
which is alternation-free.


Become a Front-End Web Developer by completing a variety of projects for your portfolio - become an HTML, CSS and JavaScript pro!
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2 months
Progress
Become a UX Designer by completing a variety of projects for your portfolio such as design thinking, wireframing, prototyping etc.
3 months
Become a Digital Marketeer by completing a variety of projects for your portfolio
1 month
Description: Develop a discussion area for users to discuss a topic
Category: Web Development
Timeframe: 4 months
Progress
Description: Develop an online video call system
Category: Web Development
Timeframe: 2 months
Progress
Meet other like minded digital marketeer.
March 12 2019 (Sunday)
8:00 pm - 10:00 pm


I collaboarted with 5 designers to plan and conduct stakeholder workshops, user research and develop insights for the future of Wellness Program. Post discovery phase, I along with another designer, majorly worked on the mobile solution and collaborated with developers for building the platform.
With limited existing digital strategy, it was impossible for the company to analyse employees needs and offer personalized wellness program. Our goal was to improve employees wellness by enabling better engagement with the wellness program, personlized to their needs.
Our High-level Goals were :
1. Understanding the employees across geographies
2. Transforming Needs into a digital strategy
3. Design a mobile solution that seemlessly integrates into the lives of employees
4. Measue the engagement
Every journey has barriers, and our's were -
1. Humongous Scale
Understanding Employees with a wide range of demographics across different geographies were the biggest roadblock in the initial stages.
2. Communicating Design Outcomes
With the usual lack of awareness about design research outcomes and their impact amongst the stakeholders, it was evident that we will have to communicate more often that design is 'not just churning beautiful screens'.
3. Shipping Designs to Building the Solution
As often happens in an IT project, not all design ideas can be built, and we realized, an agile methodology would have sped up the entire journey.
Design Strategy refers to an integrate planning process that examines the relationship between how design and business may compliment one another. Simply put, the goal is to merge the business objective with creative solutions.
To improve employee wellness engagement and measure the programs success
Employees in Indian Offices
Mobile App - android & IOS, Intranet Site, Emails, Social Media
Can be built with existing solutions
Ease of access to services, Knowledge about HALE activities, personalisation


Papillary Carcinomas are the most frequent form of thyroid cancer, as illustrated by the chart above. Before discussing this form of cancer in detail, it is essential to understand the implications of this cancer in regard to specifically being located in the thyroid. The main purpose of the thyroid is to send hormones to other parts of the body, and regulate these hormones. This means that the thyroid has access to nearly every major organ in the body. This enables cancerous cells to spread quickly and broadly, which is why it is important to detect it in the early stages.
Papillary Carcinomas start growth in the thyroid area, and are physically indicated through a large lump on the throat, bigger than what the adams apple would be for a male. Other methods like blood tests, ultrasounds, and biopsies.
Symptoms of this form of Thyroid Cancer include intense and sharp pain in the neck, and swelling of the thyroid. If spread to the lymph nodes in the thyroid, which happens 50% of the time, swelling in these areas is also noticable.
While Follicular Carcinomas only account for 17% of all thyroid cancer cases, they still cannot be ignored. Follicular Carcinomas are actually specific variants of Papillary Carcinomas, so they share many of the same symptoms and causes. Both spread to other organs easily, and both originate within the thyroid. There are a couple differences however.
Unlike papillary carcinomas, follicular carcinomas are minimally invasive. It is almost impossible to detect these types of carcinomas physically, and in order to really prognose the situation, things like blood tests and ultrasounds must be scheduled.
Another key difference between the two is that follicular carcinomas rarely spread to the lymph nodes. This opens up a wide variety of non-invasive surgery, that is still complicated, but much better than having to operate on teh lymph nodes.
Hurthle Cell Carcinomas (HCC) are the rarest form of thyroid cancer, but cannot be ignored because of the implications it holds. Just as FC are variants of PC, HCC are variants of FC, going a step further. This form of cancer attacks Hurthle Cells, cells ripe with cytoplasm, which are infected and diable the mitochondria. This in turn reduces the amount of energy being given to the body, delibitating the health of a patient, and slowly killing them.
While many of the symptoms do not differ from the other two forms of cancer discussed above, the most important thing to take into consideration is how easily it can spread. The true symptoms of this tragic disease lie in how easily it spreads in the body, affecting the organs necessary for survival in every human.
Once a patient is diagnosed with any form of Thyroid Cancer, the best doctors and other medical staff work with the patient to create the best possible treatment plan. There are a total of 3 specialized doctors that work with thyroid cancers. The oncologist is a general cancer doctor that establishes the optimal treatment plan for the patient. The nuclear medicine doctor is a doctor who specializes in applying radioactive substances to diagnose and treat various thyroid carcinomas. Lastly, the Otolaryngologist is a doctor who specializes in treatment of the ear, nose, and throat area.
Depending on the type and stage of the cancer and other factors, treatment options for lung cancer can include: Surgery, radiation therapy, laser therapy, chemotherapy, and certain types of targeted therapy. Sometimes, more than one of type of treatment might be used. In choosing which treatment plan is best for the patient, some important factors to consider include the location and stage of the cancer, the patient's overall health, the chances of curing the disease, and the possible impact of the treatment on the thyroid.
This new development in the thyroid cancer treatment industry refferred to as Radioactive Iodine, is unique in its own way, because thyroid cells are the only cell type in the body that possess the mechanisms to absorb and concentrate iodine. Physicians can take advantage of this fact and give radioactive iodine to patients as a treatment option for papillary thyroid cancer.
There are several types of radioactive iodine, with one type being toxic to cells. Papillary thyroid cancer cells absorb iodine; therefore, they can be destroyed by giving the toxic isotope (I-131).
This type of treatment is such a huge breakthrough in modern science, especially when considered that it is considered a form of chemotherapy, without all the negatives like naseua, hair loss, and others.
Thyroidectomies usually involve removal of all or most of the thyroid. This is an especially new form of treatment, as scientists and doctors were not able to emulate the herculean job of the thyroid, but are able to do so now and remove the infected area before any of the cancerous cells spread.nimally invasive treatment for cancer. It is an image-guided technique that heats and destroys cancer cells.
Regardless of whether a patient has just one thyroid lobe and the isthmus removed, or the entire thyroid gland removed, most experts agree they should be placed on thyroid hormone replacement for the rest of their lives. This replaces the hormone in those who have no thyroid left, and to suppress further growth of the gland in those with some tissue left in the neck.
This is only scratching the surface of what modern science has brought the world in terms of treatment options, and we hope that you are able to further this process as well, until we finally crack the case of 100% cancer treatment.
The Thyroid Cancer Survivors' Association is an expansive organization that is dedicated to supporting 4 pillars of thyroid cancer research:
To Educate, so we and our families better understand our disease.
To Participate, so others learn from our experience.
To Communicate, so we and our health care professionals better understand each others' needs.
To Support Research, for a future free of thyroid cancer.
Thyroid Cancer Survivors' Association, Inc. is a non-profit 501(c)(3) organization (tax ID #52-2169434) of thyroid cancer survivors, family members, and health care professionals. Through your support, they hope to make the lives of current patients and our future generation better and prosperous. Click below to donate and directly impact someone's life forever.
The Light of Life Foundation is a foundation that works tirelessly to improve the quality of life of thyroid cancer patients through continual education of the lay public and the medical community, and by promoting research and development to improve thyroid cancer care.
Joan Shey, a former thyroid cancer patient created this foundation to provide support for others around the world with a system that was able to help their specific needs, something she simply didn't have at the time. Through Joan's leadership, the LoLF plans to raise money for research funds to support development of new diagnostic and treatment approaches for thyroid cancer.
This foundation could not have hoped to achieve its prosperity without people like you. You are the person who is able to help fund research and tests, and help take a step in the right direction to ending thyroid cancer once and for all. Check out the LoLF's website, and donate below to change lives today.
In order to succeed in the fight for life and breath we must join together and connect. Through social media, the sharing of stories, and advancement in research we, together, have the opportunity to beat lung cancer.


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workflow_engine.strategies package¶
Submodules¶
workflow_engine.strategies.base_strategy module¶
workflow_engine.strategies.execution_strategy module¶
-
class
workflow_engine.strategies.execution_strategy.
ExecutionStrategy
[source]¶ Bases:
workflow_engine.strategies.base_strategy.BaseStrategy
-
get_input
(self, enqueued_object, storage_directory, task)[source]¶ Override to populate and write input.
Parameters: - enqueued_object : Enqueueable
primary database object to be manipulated
- storage_directory : string
where to store input files
- task : Task
to be run
Returns: - dict
strategy-specific input
-
get_remote_queue
(self, task)[source]¶ helper method to get the remote blue_sky worker queue name
Parameters: - task : Task
used to access the executable
Returns: - string
well-known string used to choose which worker to submit task to
-
get_task_arguments
(self, task, write_files=False)[source]¶ Override to generate command-line arguments at run time.
Parameters: - task : Task
to be run
- write_files : boolean
generate files as a side effect
Returns: - list or None
argument strings
-
workflow_engine.strategies.ingest_strategy module¶
-
class
workflow_engine.strategies.ingest_strategy.
IngestStrategy
[source]¶ Bases:
workflow_engine.strategies.execution_strategy.ExecutionStrategy
workflow_engine.strategies.input_config_mixin module¶
workflow_engine.strategies.wait_strategy module¶
-
class
workflow_engine.strategies.wait_strategy.
WaitStrategy
[source]¶ Bases:
workflow_engine.strategies.execution_strategy.ExecutionStrategy


| Root node | Additional info |
| Node 1-1 | Additional info |
| Node 1-2 | Additional info |
| Node 1-2-1 | Additional info |
| Node 1-2-2 | Additional info |
| Root node | Additional info |
| Node 2-1 | Additional info |
Make tree structure with .treegrid-
and .treegrid-parent-
classes for

tag. Add class expanded
to node if you want to show it expanded.

Root node	Additional info

Node 1-1	Additional info

Node 1-2	Additional info

Node 1-2-1	Additional info

Node 1-2-2	Additional info

Root node	Additional info

Node 2-1	Additional info

To initialize TreeGrid, use JavaScript:
$('.tree').treegrid();
| Root node | Additional info |
| Root node | Additional info |
Add to table structure data-count
attribute to make node loadable. In this attribute stores child node count. But in fact, it does not matter how many childs actually node have. Setting this attribute indicates that the necessary data loading.

Root node	Additional info

Data loading starts automaticaly when node expands. To add nodes use source
option. You can use this option as function. If function returns false, node is not expands. Function should return array of strings, that contains html of adding rows.
$('.tree').treegrid({ source: function(id, response) { if (id == 1) response(['
Loaded node 1
']); } });
Also you can use source
as url. Server returns data in json
format.
$('.tree').treegrid({ source: '/data.php' });
| Root node | Add child |
| Root node | Additional info |
| Node 2-1 | Additional info |
Use add
function to add nodes. Nodes will added to element, that execute this function. If you want to add root nodes, call this function from table.
$('.tree').treegrid('add', ['
Added root
']); $('.treegrid-1').treegrid('add', ['
Added node
']);
| Root node | Remove me |
| Node 1-1 | Remove me |
| Node 1-2 | Remove me |
| Node 1-2-1 | Remove me |
| Node 1-2-2 | Remove me |
| Root node | Remove me |
| Node 2-1 | Remove me |
Use remove
function to remove nodes. When node removes, its children remves too.
$('.treegrid-1').treegrid('remove');
| Root node | Additional info |
| Node 1-1 | Additional info |
| Node 1-2 | Additional info |
| Node 1-2-1 | Additional info |
| Node 1-2-2 | Additional info |
| Node 1-3 | Additional info |
| Node 1-4 | Additional info |
| Root node | Additional info |
| Node 2-1 | Additional info |
To make nodes moveable, set enableMove
option in true
. To control the node movement use events onMoveStart
, onMoveStop
, onMoveOver
, onMoveOut
, onMove
. Helper element has .treegrid-container.dragging
class. In moving events position
param means where node should be move (0-before, 1-inside, 1-after) target.
$('.tree').treegrid({ enableMove: true, onMoveOver: function(item, helper, target, position) { if (target.hasClass('treegrid-8')) return false; return true; } });
If you want to manualy move node, use JavaScript:
$('.treegrid-8').treegrid('move', $('.treegrid-2'), 2);


--- layout: default title: Dental Checkup | Cute Smile Dr Samina Kathawala Hackensack NJ<PHONE_NUMBER> description: Routine Dental Check is the only way to keep your gums and teeth healthy. Why is routine dental check up so important? Adults over 35 lose more teeth to gum diseases, like periodontal disease, than from cavities. Three out of four adults are affected at some time in their life. The best way to prevent cavities and periodontal disease is by maintaing good dental hygiene. We serve Hackensack NJ Lodi NJ Hasbrouck Heights NJ River Edge NJ Teaneck NJ Maywood NJ Paramus NJ Carlstadt NJ East Rutherford NJ South Wood Ridge NJ Wood-ridge NJ. ---
ADDRESS - 52 Summit Ave, Hackensack NJ
Routine dental check includes - dental cleaning, a complete full mouth exam by our dentist and, if any X rays are required they will be taken during your visit.
Most adults start losing teeth because they fail to maintain good oral hygiene. Gum or periodontal disease and decay are both caused by bacteria and plaque. Plaque is a colorless coat of film, that sticks to your teeth at the gum line. Plaque constantly accumulates behind your teeth and is not readily visible. It usually has harmful bacteria that overtime eats your gums.
By daily brushing and flossing you can remove the plaque and the germs and help prevent long term damage to your teeth. Flossing is extremely important as it removes any food stuck between your teeth. The food that sticks to your teeth helps bacteria grow and multiply, since they eat those tiny food particles. Therefore make it a habit to brush daily and floss daily.
A balanced diet keep you healthy so its important to always eat healthy and exercise.
How often and what you eat has direct correlation to your dental health.  The bacteria's consume these sugars and produces acids that attack your teeth as long as it remains in your mouth. Enamel is the protective coating on your teeth.
Therefore resist the temptation of eating candies.
Sugary / Starchy Foods.
Sticky Foods.
What is a Comprehensive Dental Exam?

It is during this exam that you have the opportunity to ask as many questions as you like. The dentist shall explain and answer all your concerns. At our clinic Dr Samina takes ample time to go through all the findings. She explain's and loves to answer all your questions.
Will the X rays radiation affect me?
While dental X-rays do involve radiation, the exposed levels are so low that they're considered safe for children and adults. And with digital X-rays your risks from radiation exposure is even lower. Our office is completely digital and we do not use old style X rays and hence the radiation levels are very low.
To further protect you we use a bib to prevent your body from radiation.
If you are pregnant then let us know and we will not take your x rays. Women who are pregnant or believe they may be pregnant should avoid all types of X-rays.
How long the dental checkup lasts?
Dental check up for a new patient will usually last 1 hr. We do not rush patients.  Dr Samina Kathawala is just very commited to patient satisfaction; your health and well being is her top priority, therefore she will take ample time to explain and answer all your questions. Try her to see it first hand.
How much does dental checkup cost?
Usually dental checkup is considered a preventative visit and is 100% covered by insurance in most instances. So if you have insurance, you will have zero out of pocket cost. In rare instances if it's not covered, then our staff will happily verify your coverage and inform you before hand about your copayment.
Definition of Cosmetic Dentistry Terminology
Cosmetic Dentistry
Cosmetic dentistry refers to any dental work that improves a persons's smile or the appearance of a person's teeth, gums and/or bite.
Dental Checkup
A dental checkup is an appointment that involves cleaning the teeth, identifying any signs of infection and removingit. Ideally patients shall visit their dentist once every six months for a dental checkup.
Dental Caries
Dental caries - also known as cavities occur because of improper oral hygiene, leaving plaque that forms tiny holes in the teeth.
Decay
Tooth starts decaying when the enamel of the tooth begins to decay and erode from plaque and tartar on the teeth.
Dental Filling
A dental filling involves restoring the structure of the tooth by using metal, alloy, porcelain or plastic to fill the tooth.
Dental Sealants
Dental sealants contain a sealing material that is applied to the chewing surfaces of the teeth to prevent dental caries.
Gingivitis
Gingivitis is the inflammation of gum tissue that results from plaque, other infections in the mouth and poor oral hygiene.
Tartar
Tartar forms when plaque builds up on the surface of the teeth and calcifies into a hard surface that is much more difficult to remove and will require a visit to the dentist's office .
Tooth Enamel
Tooth enamel is the protective visible outer surface of a tooth that contains the dentin and dental pulp.
For appointment's please call {% if site.contact.phone %} {{ site.contact.phone }} {% endif %}


Baseball Simulation
You are facing Cy-Young award winner Max Scherzer. What will you do?
Throw me one, Max!


What is Raspberry Pi?
Under development since 2006, the Raspberry Pi is a small computer with the components mounted on a credit card sized motherboard, running a dedicated version of Linux.
Capable of offering basic office computing, low-level gaming, Internet and email access, media playback and many other features regularly expected from a computer in the 21st century, the Pi achieves all of this with a stripped-down component count, an ARM processor and a very low price.
Costs are kept so low by selling the computer without cables, storage or a case. Cables and storage are of course vital, and if you decide that you need a case, there are various solutions available.
The Raspberry Pi Foundation
The Raspberry Pi Foundation is a Charity set up with the aim of promoting the
study of computer science and related topics, especially at school level, and to
put the fun back into learning computing.
The foundation paired with
RS Components
and
Element 14
(Farnell) who
organised the manufacture and distribution of the devices under licence.
The first 10,000 devices were made in China, however manufacture has now
moved to the Sony Technology Centre in Pencoed in South Wales. In Oct 2013
they announced in October 2013 they have made
1,000,000 Raspberry Pi
s
The Raspberry Pi
The Raspberry Pi is a credit
-
card sized computer based on the Broadcom BC2835
System on a Chip (SoC) which has a 32
-
bit
ARM 11 CPU
and a
Graphics Processor
,
its
RAM
memory is mounted directly above the CPU using
Package on Package
What is a Raspberry Pi? from Raspberry Pi Foundation on Vimeo.
How do I get started ?
1.
Choose a suitable SD Card
The SD card needs to be at least
4GB
in size and must be
Class 4
or better.
The
Class
is shown in the small circle and indicates how fast the card is.
Before this card can be used with the Raspberry Pi computer, it must first be
formatted and loaded with an operating system. In most cases this is Linux...
2.
Format the SD Card
Download
SD Card Formatter
from the SD Card Association
www.sdcard.org
Insert the SD Card into your computer’s SD Card slot and format it
–
this utility
formats the whole card not just the partitions that are visible to Windows.
3.
Download the Software
It is recommended that first time Raspberry Pi users should start by downloading
the
New Out of Box Software (NOOBS)
software which is available from the
Raspberry Pi website.
4.Extract the Zip file onto the SD Card
Right Click the File and select
Extract All
–
copy the files onto your SD Card
5.
Connect
a Display
The Raspberry Pi is designed to work with TVs and monitors with an
HDMI
input.
It can also be used with analogue displays using composite video.
VGA isn’t supported directly
–
there is an “official” adapter sold by Element 14
6.
Connect a USB Keyboard and Mouse
The Raspberry Pi has two USB ports which are both used up just by plugging in a
keyboard and mouse, a cordless keyboard and mouse is recommended !
7.Connect to a Network
The Raspberry Pi can be connected via its built
-
in 10/100 MB Ethernet port to
wired networks
–
A WiFi dongle is available from Element 14
A network connection isn’t essential but it makes updating and getting new
software for your Raspberry Pi much easier.
8.
Power
Up
A micro USB power supply that can provide at least
700mA
at
5V
is required
Many mobile phone and tablet chargers are suitable
–
check the label.
9.
Select Display and Localisation
On first boot
NOOBS
will resize the FAT partition to a minimum which allows it to
create the partition required for the Installation
–
this is hidden from Windows
If you can’t see anything on your display at this stage don’t worry
–
by default the
Raspberry Pi will output to the HDMI port at the monitor’s preferred resolution.
Press
1
,
2
,
3
or
4
to select
HDMI preferred mode
,
HDMI safe mode
,
PAL
or
NTSC
The
display
,
language
and
keyboard
settings are remembered between reboots and
are automatically transferred to your chosen operating systems.
If you are connected to a wired network you can get help using the inbuilt web
browser and automatically download the latest versions
10.
Select an Operating System
Select the checkbox next to the Operating Systems you want to install using the
mouse or keyboard (using the
arrow keys
and
Enter
) and click Install (or press “
i
”)
11.
Reboot
If you have chosen to install multiple Operating Systems you are given a boot
menu on start up.
You can enter
Recovery Mode
on start up simply by holding down the Shift key
Setting up with Raspberry Pi
Setting up your Raspberry Pi from Raspberry Pi Foundation on Vimeo.
Some Cool Raspberry Pi Projects
Touch Screen Internet Radio using Raspberry Pi
Make this super easy and cool looking 2.8" touchscreen Internet Radio that can be controlled with PC, Smartphone and basically every machine that has got a browser and an internet connection..
Components list:
-Raspberry Pi, basically any one works from the first gen.
-Adafruit PiTfT touch screen
-Cable between the screen and raspberry.
For More Details Click Below Link
Touch screen internet radio
Web Controlled 8-Channel Powerstrip
Basically you can plug in up to 8 appliance and turn them on and off independantly from your smart phone! If you want to setup port-forwarding on your wireless router, you can control your appliances from anywhere in the world. (Although why you would want to turn on your blender from over-seas is a bit of a mystery.)
Assuming you already have your raspberry pi with the adapter and SD card, you should be able to round up the rest of the ingredients with $40-$50 dollars.
Here's what you're gonna need for this project:
- Raspberry Pi with SD Card
- Micro USB Power supply (Make sure your power supply can supply a full 1 amp)
- Project Box - Available at you local Target ($14.99) - Hurry these are seasonal!
-
8-Channel 5V Relay board - EBay (About $10 shipped, I found mine here.)
-
4 (qty) 15-Amp Power Receptacles (Lowe's or Home-Depot, get the cheap ones about 80 cents each)
-
18AWG Solid Hookup Wire (3 colors) - Radio Shack (About $8.50)
-
Short length of 14-Gauge wire. (Only need about 15 inches of white, I found some scrap)
-
Large wire-nuts (Red or bigger)
-
Colored jumper wires - Female to Female buy them on EBay here.
-
Power cord (I used an old computer power cord)
-
Scrap wood pieces
-
Double Stik tape
-
1/4" wood screws
-
Optional (but handy): A female end of an extension cord or broken holiday-light set.
Tools
Trim or plunge-type router with 1/8" straight cutting bit.
Wire strippers
Drill & drill bits (various sizes)
Screwdrivers (various sizes)
Multi-meter (for testing circuitry)
Utility knife
For More Details Click Below Link
Web Controlled 8-Channel Powerstrip


Blackpink (Hangul: ë¸ëíí¬; stylized as BLACKPINK or BLÎÆKPIÐK) is a South Korean girl group formed by YG Entertainment, consisting of members Jisoo, Jennie, Lisa, and RosÃ©.
The group debuted on August 8, 2016, with their single album Square One, which spawned "Whistle", their first number-one song in South Korea, as well as "Boombayah", their first number-one hit on the Billboard World Digital Songs chart, which set the record as the most-viewed debut music video by a Korean act. With the group's early commercial success, they were hailed as the New Artist of the Year at the 31st Golden Disc Awards and the 26th Seoul Music Awards. As of 2018, Blackpink is the highest-charting female K-pop act on both Billboard Hot 100 and Billboard 200, peaking at number 55 with "Ddu-Du Ddu-Du", and peaking at number 40 with Square Up, respectively. They are also the first and only K-pop girl group to enter and top Billboard's Emerging Artists chart. They are also the first female K-pop group to have four number-one singles on Billboard's World Digital Song Sales chart. At the time of its release, "Ddu-Du Ddu-Du" was the most-viewed music video in 24 hours on YouTube, and in January 2019, it became the most viewed music video by a K-pop group on YouTube.


Code is available for review on Github.Note: Each link below opens a new tab. JS samples may not function on iOS devices.
HTML
Forms Exercise(Form Markup & Fields)
Pokemon Chart (Tables, Images)
CSS
Sample Blog Page(Styling divs, text, borders, and padding)
Photo Grid(Styling text, images, and inline elements)
JS
Age(Defining variables, concatenation, Alert Method, math operators)
Information Repeater(Defining variables, concatenation, Alert Method, Console.log)
Bootstrap
Image Gallery(Version 3.7.7)
Sample Landing Page(Version 3.7.7)


npm install
First, make sure the Twitch Proxy project is running in pm2 under the name
twitch-proxy
.
To schedule monthly Twitch API key updates, run the following command:
pm2 start ~/demo-projects/scripts/twitch-proxy/update-and-reload-twitch-proxy.sh --no-autorestart --cron "0 0 1 * *"


Titanic Survival Prediction Form
Age
Between:[0-99]
Pclass
1
2
3
Sex
Male
Female
Fare
Between:[0-999]
Embarked
Embarked S
Embarked C
Embarked Q
FamSize
Between:[0-15]
Is Alone
Not Alone
Alone
Title
Miss
Mr
Mrs
Master
Other


From the post Best revenue of SP delegation, Minnowbooster or Smartsteem?, we’ve come to a conclusion that @smartsteem is a more competent platform for SP delegation.
I have a friend @seandeanayao who has invested a little in SP but he was too busy to be constantly active to make full use of his power. Dit not want his SP laying wasted in the account, I recommended him to delegate all his SP to @smartsteem. As he is not very familiar with all the hustle, I was the one who executed the delegation on his behalf.
I made a mistake by delegating ALL of his SP away
While he will be active in socializing with others on Steem, he does consistently making new post here. And this is what happened to him just now.
He completely ran out of bandwidth and could not post anything at all. While I delegated 256 SP out of his 257 SP, the effective 1.04 SP only grant him a couple kb of bandwidth, which of course will run out in no time.
I have to be honest that I never expect such thing would be happening. As I joined the platform with some SP invested already. My bad anyway.
Summary
Do not delegate all of your SP unless you do not want to participate in the blockchain at all(commenting or posting).
You don’t get back all the SP after undelegation immediately, it will take 7 days to cooldown in order to precent system abuse.
The best way to increase bandwidth? Buy some Steem and power it up, instant solution.
Please use my referral link to sign up Smartsteem if you found this article useful: https://smartsteem.com?r=fr3eze
之前分享过 @smartsteem 在出租 SP 的收益上是鹤立鸡群的。我有个朋友 @seandeanayao 投资了一点 SP 但是由于太忙碌没能好好利用，所以我就建议他出租所有 SP 给 Smartsteem。这里犯了一个错误，那就是我真的帮他把所有 SP 都出租了。
然后当他偶尔想 post 东西时，就悲剧了。因为SP剧减宽带一下子就用完了，post 不到东西了。我还真的不曾考虑过这件事因为自己不曾遇过，当初参加时就已经买了好些 Steem 进来。
总结
- 千万不要把所有 SP 租出去，除非你完全不想在这里活动。
- 遇到这样的情况也不要急着把 SP 收回来，因为那需要七天的冷却时间。
- 最好的方法就是再加码买点 Steem，power up 了就立马可以post 啦！
如果想注册 Smartsteem 来出租 SP， 可以通过我的链接注册：
https://smartsteem.com?r=fr3eze
This page is synchronized from the post: ‘Don’’t delegate all your SP away’


Official: Spain Sack Boss, Rehire Ex-Manager
by David KappelSpain have officially announced the sacking of their current boss and the rehiring of former manager Luis Enrique.
Click through the mini-gallery above to see some images of Spain's thumping win over Romania this week.
Robert Moreno had been in charge of La Furia Roja since Luis Enrique stepped down from his role following the sad passing of his daughter in June 2019.
Choose the right winger for SA's Real Madrid Dream Team & win a replica shirt!
However, Spain, via their official Twitter account, have now confirmed that Enrique has taken over from Moreno, who told his players after their victory over Romania on Monday night that he would not be given the job permanently.
According to Marca, the players were left speechless and in tears after Moreno had let them know the latest.
Read: FFF President Rules Out Benzema Return, Player Responds
Spain faced a similar tumultuous coaching situation ahead of the 2018 FIFA World Cup, when then coach Julen Lopetegui, who had guided his side unbeaten through qualification, was sacked on the eve of the tournament.


In this section, we will review the important concepts of machine learning. Machine learning is a type of artificial intelligence that provides computers with the ability to learn without being explicitly programmed. Machine learning algorithms can make predictions on data by building a model from example inputs.
A core objective of machine learning is to generalize from its experience. Generalization is the ability of a learning machine to perform accurately on new, unseen examples/tasks after having experienced a training data set. The training examples come from some generally unknown probability distribution and the learner has to build a general model about this space that enables it to produce sufficiently accurate predictions in new cases.
Machine learning tasks are typically classified into three broad categories, depending on the nature of the learning "signal" or "feedback" available to a learning system.
The computer is presented with example inputs and their desired outputs, given by a "teacher", and the goal is to learn a general rule that maps inputs to outputs.
No labels are given to the learning algorithm, leaving it on its own to find structure in its input. Unsupervised learning can be a goal in itself (discovering hidden patterns in data) or a means towards an end (feature learning).
A computer program interacts with a dynamic environment in which it must perform a certain goal, without a teacher explicitly telling it whether it has come close to its goal.
Between supervised and unsupervised learning is semi-supervised learning, where the teacher gives an incomplete training signal: a training set with some (often many) of the target outputs missing.
A feature is an individual measurable property of a phenomenon being observed. Features are also called explanatory variables, independent variables, predictors, regressors, etc. Any attribute could be a feature, but choosing informative, discriminating and independent features is a crucial step for effective algorithms in machine learning. Features are usually numeric and a set of numeric features can be conveniently described by a feature vector. Structural features such as strings, sequences and graphs are also used in areas such as natural language processing, computational biology, etc.
Feature engineering is the process of using domain knowledge of the data to create features that make machine learning algorithms work. Feature engineering is fundamental to the application of machine learning, and is both difficult and expensive. It requires the experimentation of multiple possibilities and the combination of automated techniques with the intuition and knowledge of the domain expert.
The initial set of raw features can be redundant and too large to be managed. Therefore, a preliminary step in many applications consists of selecting a subset of features, or constructing a new and reduced set of features to facilitate learning, and to improve generalization and interpretability.
In supervised learning, each example is a pair consisting of an input object (typically a feature vector) and a desired output value (also called the response variable or dependent variable). Supervised learning algorithms try to learn a function (often called hypothesis) from input object to the output value. By analyzing the training data, it produces an inferred function (referred as a model), which can be used for mapping new examples.
Supervised learning problems are often solved by optimizating the loss functions that represent the price paid for inaccuracy of predictions. The risk associated with hypothesis is then defined as the expectation of the loss function. In general, the risk cannot be computed because the underlying distribution is unknown. However, we can compute an approximation, called empirical risk, by averaging the loss function on the training set.
Empirical risk minimization principle states that the learning algorithm should choose a hypothesis which minimizes the empirical risk.
Batch learning algorithms generate the model by learning on the entire training data set at once. In contrast, online learning methods update the model with new data in a sequential order. Online learning is a common technique on big data where it is computationally infeasible to train over the entire dataset. It is also used when the data itself is generated over the time.
If the response variable is of category values, supervised learning problems care called classification. While the response variable is of real values, it is referred as regression.
When a model describes random error or noise instead of the underlying relationship, it is called overfitting. Overfitting generally occurs when a model is excessively complex, such as having too many parameters relative to the number of observations. A overfit model will generally have poor generalization performance, as it can exaggerate minor fluctuations in the data.
To assess if the model be not overfit and can generalize to an independent data set, out-of-sample evaluation is generally employed. If the model has been estimated over some, but not all, of the available data, then the model using the estimated parameters can be used to predict the held-back data.
A popular model validation technique is cross-validation. One round of cross-validation involves partitioning a sample of data into complementary subsets, performing the analysis on one subset (called the training set), and validating the analysis on the other subset (called the testing set). To reduce variability, multiple rounds of cross-validation are performed using different partitions, and the validation results are averaged over the rounds.
Regularization refers to a process of introducing additional information in order to prevent overfitting (or to solve an ill-posed problem). In general, a regularization term, typically a penalty on the complexity of hypothesis, is introduced to a general loss function with a parameter controlling the importance of the regularization term. For example, regularization term may be restrictions for smoothness or bounds on the vector space norm.
Regularization can be used to learn simpler models, induce models to be sparse, introduce group structure into the learning problem, and more.
A theoretical justification for regularization is that it attempts to impose Occam's razor on the solution. From a Bayesian point of view, many regularization techniques correspond to imposing certain prior distributions on model parameters.
Unsupervised learning tries to infer a function to describe hidden structure from unlabeled data. Since the examples given to the learner are unlabeled, there is no error or reward signal to evaluate a potential solution.
Unsupervised learning is closely related to the problem of density estimation in statistics. However unsupervised learning also encompasses many other techniques that seek to summarize and explain key features of the data.
Cluster analysis or clustering is the task of grouping a set of objects such that objects in the same group (called a cluster) are more similar to each other than to those in other groups.
In statistics, latent variables are variables that are not directly observed but are rather inferred from other observed variables. Mathematical models that aim to explain observed variables in terms of latent variables are called latent variable models.
Association rule mining is to identify strong and interesting relations between variables in large databases. Introduced by Rakesh Agrawal et al., a typeical use case is to discover regularities between products in large-scale transaction data recorded by point-of-sale systems in supermarkets. For example, the rule \{\mathrm{onions, potatoes}\} \Rightarrow \{\mathrm{burger}\} found in the sales data of a supermarket would indicate that if a customer buys onions and potatoes together, they are likely to also buy hamburger meat. Such information can be used as the basis for decisions about marketing activities (e.g., promotional pricing or product placements).
The acquisition of labeled data for a learning problem is usually labor intensive, time consuming, and of high cost. On the other hand, acquisition of unlabeled data is relatively inexpensive. Researchers have found that unlabeled data, when used in conjunction with a small amount of labeled data, can produce considerable improvement in model accuracy. Semi-supervised learning is a class of supervised learning tasks and techniques that make use of both a large amount of unlabeled data and a small amount of labeled data.
Reinforcement learning is about a learning agent interacting with its environment to achieve a goal. The learning agent has to map situations to actions to maximize a numerical reward signal. Different from supervised learning, the learner is not told which actions to take but instead must discover which actions yield the most reward by trying them. Moreover, actions may affect not only the immediate reward but also all subsequent rewards. Trial-and-error search and delayed reward are the most important features of reinforcement learning.
Markov decision processes (MDPs) provide a mathematical framework for modeling decision making in situations where outcomes are partly random and partly under the control of a decision maker.


samplepoint n Selects a trace sample point
n (0 to 255) to set the cursor location. This is the same as changing the
Sample Point spin edit value.
cursor 0 Turns on the cursor display.
cursor 1 Turns off the cursor display. This is the same as un-checking or checking the
Cursor check box.
mark Marks the reference position for the cursor function. This is the same as clicking the
Mark button.
compare 0 Selects
Compare radio item
Off.
compare 1 Selects
Compare radio item
to Trace.
compare 2 Selects
Compare radio item
to Part.
comparestep n Sets the
+ Compare pin value to the integer
n following comparestep. The set value for
n is 1 to 1024.
comparetrace n Sets the
- Compare pin value to the integer
n following comparestep. The set value for
n is 1 to 1024.
value n Selects the parameter value to calculate from the trace and cursor locations. Where
n is an integer 1 to 9.
0 Calculate resistance for slope (absolute) between the marked value and the current cursor position.
1 Calculate current gain between traces. Use mark for the reference trace and the cursor position for the second trace.
2 Calculate transconductance between traces. Use mark for the reference trace and the cursor position for the second trace.
3 Calculate the Early Voltage intercept point using the marked value and the current cursor position.
4 Caculate capacitance using the trace loop voltage magnitude and current magnitude.
5 Find the maximum voltage for the trace.
6 Find the minumum voltage for the trace.
7 Find the maximum current for the trace.
8 Find the minum current for the trace.
9 Mark the room temperature (25C) voltage for a diode. The diode voltage change is converted to degrees celcius.
update 0 Un-checks the
Update With Sweep Box.
update 1 Checks the
Update With Sweep
Box. This causes the parameter selected with
value to be updated each
time a sweep takes place. Otherwise, the value is only updated when a
parmeter is selected.
show n Causes the
index item in the list above to be checked. The index is the integer
n (0 to 6) following
show. The checked item is displayed as text at the top of the trace plot.
hide n Works the same as
show except the index item is un-checked.
Script Item:
Main:


ADVENTURE IS OUT THERE
THE CLIMBERS SHOP
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FALL 2016'S SALES
BUY NOW
$219
STARTS FROM
32-LITER WATERPROOF BACKPACK
$89
IN MORE COLORS


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{% extends 'base.html' %} {% import 'macros.html' as macro %} {% block content %}
Welcome to News Source!
A simple app that lets you choose your prefered news source and view all the top headlines from the source.
Your journey starts here!
Tap the buttons below to choose news sources by category. Then click on news source to view their top headlines
General Business Technology Sports Health Science Entertainment


As already describe before, we define a translation on a class by defining a new subclass of the metaclass openjava.mop.OJClass. The new metaclass overrides some methods in OJClass to change how to translate sourcecode related to the base class.
The main part of translation may be the translation on class
definition. We call this kind of translation callee-side
translation. For the convenience of explanation, suppose a base
class MyObject extended by a metaclass MyClass, like
following:
public class MyObject instantiates MyClass { public String str; public int f() { return 1; } }
To modify the source code at the callee-side of classes, we should
override the following method:
in the metaclassMyClass, which is a subclass of the metaclassOJClass.public void translateDefinition() throws MOPException
Furthermore, the part possible to translate is where the class is used. There are several part related to the use of class. i.e. object allocations, method calls, field accesses, .. We call this kind of translation caller-side translation. Similarly to callee-side translation, we should override appropriate methods in OJClass.
The following methods are for translation of object allocation parts.
is applied to explessions like:public Expression expandAllocation(Evnironment,AllocationExpression) throws MOPException
new
MyObject()
, and
is applied for explessions like:public Expression expandArrayAllocation(Evnironment,ArrayAllocationExpression) throws MOPException
new
MyObject[10]
or new
MyObject[]{ null, null }
Here, suppose a variable obj
is declared somewhere as follows:
MyObject obj;
The following methods are for translation of member access on either
class or object.
is applied to explessions like:public Expression expandFieldRead(Evnironment,FieldAccess) throws MOPException
obj.str
,
is applied to explessions like:public Expression expandMethodCall(Evnironment,MethodCall) throws MOPException
obj.f()
, and
is applied to explessions like:public Expression expandFieldWrite(Evnironment,AssignmentExpression) throws MOPException
obj.str =
"Hello"
The following methods are for translation of where the name of the
class appears.
public Expression expandTypeName(Evnironment,TypeName) throws MOPException
public Expression expandArrayAccess(Evnironment,ArrayAccess) throws MOPException public Expression expandAssignmentExpression(Evnironment,AssignmentExpression) throws MOPException public Expression expandExpression(Evnironment,Expression) throws MOPException public Statement expandVariableDeclaration(Evnironment,VariableDeclaration) throws MOPException
In the overriding methods, we can get information about the class by using the methods defined in OJClass such as follows:
public String getName()
public OJClass getSuperclass()
public OJClass[] getInterfaces()
public OJField[] getDeclaredFields()
public OJField[] getFields(OJClass situation)
public OJMethod[] getDeclaredMethods()
public OJMethod[] getMethods(OJClass situation)
public OJConstructor[] getDeclaredConstructors()
public OJConstructor[] getConstructors(OJClass situation)
public OJField getField(String name)
public OJMethod getMethod(String name,OJClass[] parameterTypes)
public OJConstructor getConstructor(OJClass[] parameterTypes)
In the overriding translateDefinition() method, we can modify the class definition by using the methods defined in OJClass such as follows:
protected OJField addField(OJField field)
protected OJField removeField(OJField field)
protected OJMethod addMethod(OJMethod method)
protected OJMethod removeMethod(OJMethod method)
protected OJConstructor addConstructor(OJConstructor constr)
protected OJConstructor removeConstructor(OJConstructor constr)


import pygame import constant import game class Monster(pygame.sprite.Sprite): def __init__(self, game): super().__init__() self.game = game # Default health point of mummy self.health = 100 self.max_health = 100 # Default attack point of mummy self.attack = 5 # Default mummy speed self.speed = 3 # image for sprite of mummy self.image = constant.mummy_image_sprite # Get and set position of mummy self.rect = self.image.get_rect() self.rect.x = constant.default_mummy_posX self.rect.y = constant.default_mummy_posY def forward(self): # Check not collision with player if not self.game.check_collision(self, self.game.all_players): # Forward monster self.rect.x -= self.speed


ASER (Activities, States, Events, and their Relations)
Introduction
ASER is a large-scale weighted eventuality knowledge graph, including actions, states, events, and their relations.
The eventualities (i.e., nodes of ASER) are extracted using selected dependency patterns. The edges are based on discourse relations (e.g., Result) in discourse analysis. Besides, conceptualized eventualities in a more abstract level and their relations are also conducted to generalize the knowledge.
In total, ASER (full) contains 438 million eventualities and 648 million edges between eventualities; ASER (core) contains 53 million eventualities and 52 million edges between eventualities. With the help of Probase (now called Microsoft Concept Graph), ASER (concept) contains 15 million conceptualized eventualities and 224 million edges between conceptualied eventualities.
Data Download
Talks
2023 July: KDD-China. Activity (or Process), State, and Event-based Knowledge Graphs. [pdf] [ppt]
2022 July: Amazon Search Science Team. Acquiring and Modeling Abstract Commonsense Knowledge via Conceptualization. [pdf] [ppt]
2021 Novermber: CCKS Tutorial. Commonsense Knowledge Acquisition and Reasoning. Presented by Yangqiu Song. [pdf] [ppt]
2021 September: Huawei Workshop on Commonsense. Commonsense Knowledge Base Population. Presented by Yangqiu Song. [pdf] [ppt]
2021 April: Renmin University and THU. An Overview of Commonsense Knowledge Graph Construction and Reasoning at HKUST. Presented by Yangqiu Song. [pdf] [ppt]
2020 September: NLP with Friends. Commonsense Reasoning from the Angle of Eventualities. Presented by Hongming Zhang. [ppt] [video]
2020 July: Knowledge Works at Fudan and THU. ASER: Building a Commonsense Knowledge Graph by Higher-order Selectional Preference. Presented by Yangqiu Song. [pdf] [ppt]
2019 October: MSRA. Event-centric Commonsense Reasoning with Structured Knowledge. Presented by Hongming Zhang. [pdf]
2019 July: HIT Event Reasoning Workhop, BUPT, PKU, Beihang. ASER: A Large scale Eventuality Knowledge Graph. Presented by Yangqiu Song. [pdf] [ppt]
Publications
Jiaxin Bai, Xin Liu, Weiqi Wang, Chen Luo, and Yangqiu Song. Complex Query Answering on Eventuality Knowledge Graph with Implicit Logical Constraints. arXiv, abs/2305.19068, 2023. [pdf]
Changlong Yu, Weiqi Wang, Xin Liu, Jiaxin Bai, Yangqiu Song, Zheng Li, Yifan Gao, Tianyu Cao, and Bing Yin. FolkScope: Intention Knowledge Graph Construction for E-commerce Commonsense Discovery. Findings of ACL. 2023. [pdf]
Tianqing Fang*, Quyet V. Do*, Sehyun Choi, Weiqi Wang, and Yangqiu Song. CKBP v2: An Expert-Annotated Evaluation Set for Commonsense Knowledge Base Population. arXiv, abs/2304.10392, 2023. [pdf]
Tianqing Fang, Quyet V. Do, Hongming Zhang, Yangqiu Song, Ginny Y. Wong, and Simon See. PseudoReasoner: Leveraging Pseudo Labels for Commonsense Knowledge Base Population. Findings of EMNLP. 2022. [pdf]
Zhaowei Wang, Hongming Zhang, Tianqing Fang, Yangqiu Song, Ginny Y. Wong, and Simon See. SubeventWriter: Iterative Sub-event Sequence Generation with Coherence Controller. Conference on Empirical Methods in Natural Language Processing (EMNLP). 2022. [pdf]
Mutian He, Tianqing Fang, Weiqi Wang, and Yangqiu Song. Acquiring and Modelling Abstract Commonsense Knowledge via Conceptualization. arXiv, abs/2206.01532, 2022. [pdf]
Hongming Zhang*, Xin Liu*, Haojie Pan*, Haowen Ke, Jiefu Ou, Tianqing Fang, and Yangqiu Song. ASER: Towards Large-scale Commonsense Knowledge Acquisition via Higher-order Selectional Preference over Eventualities. Artificial Intelligence, Volume 309, August 2022, 103740. [pdf]
Changlong Yu, Hongming Zhang, Yangqiu Song, and Wilfred Ng. CoCoLM: COmplex COmmonsense Enhanced Language Model. Findings of ACL, 2022. [pdf]
Tianqing Fang, Weiqi Wang, Sehyun Choi, Shibo Hao, Hongming Zhang, Yangqiu Song, and Bin He. Benchmarking Commonsense Knowledge Base Population with an Effective Evaluation Dataset. Conference on Empirical Methods in Natural Language Processing (EMNLP), 2021. [pdf]
Tianqing Fang, Hongming Zhang, Weiqi Wang, Yangqiu Song, and Bin He. DISCOS: Bridging the Gap between Discourse Knowledge and Commonsense Knowledge. The Web Conference (WWW), 2021. [pdf]
Hongming Zhang, Muhao Chen, Haoyu Wang, Yangqiu Song, and Dan Roth. Analogous Process Structure Induction for Sub-event Sequence Prediction. Conference on Empirical Methods in Natural Language Processing (EMNLP). 2020. [pdf]
Changlong Yu, Hongming Zhang, Yangqiu Song, Wilfred Ng, and Lifeng Shang . Enriching Large-Scale Eventuality Knowledge Graph with Entailment Relations. Conference on Automated Knowledge Base Construction (AKBC). 2020. [pdf]
Hongming Zhang, Daniel Khashabi, Yangqiu Song, and Dan Roth. TransOMCS: From Linguistic Graphs to Commonsense Knowledge. International Joint Conference on Artificial Intelligence (IJCAI). 2020. [pdf]
Mutian He, Yangqiu Song, Kun Xu, and Yu Dong. On the Role of Conceptualization in Commonsense Knowledge Graph Construction. HKUST Technical Report, March 6th, 2020. [pdf]
Hongming Zhang*, Xin Liu*, Haojie Pan*, Yangqiu Song, and Cane Wing-Ki Leung. ASER: A Large-scale Eventuality Knowledge Graph. The Web Conference (WWW), 2020. [pdf] [ppt]
Hongming Zhang, Hantian Ding, and Yangqiu Song. SP-10K: A Large-Scale Evaluation Set for Selectional Preference Acquisition. Annual Meeting of the Association for Computational Linguistics (ACL). 2019. [pdf]


The following demo shows how to display items in local time (default), in UTC, or for a specific time zone offset. By configuring your own moment
constructor, you can display items in the time zone that you want. All timelines have the same start and end date.


Alex Hedley
CSS3 Previews
So as you can see I have just dumped the raw code from www.css3.info and streamlined it for reference
| Borders | |||||
| border-color | ✓ | ||||
| border-image | ✓ | ✓ | ✓ | ||
| border-radius | ✓ | ✓ | ✓ | ✓ | |
| box-shadow | ✓ | ✓ | ✓ | ✓ | |
| Backgrounds | |||||
| background-origin and background-clip | ✓ | ✓ | ✓ | ✓ | |
| background-size | ✓ | ✓ | |||
| multiple backgrounds | |||||
| Colour | |||||
| HSL colours | ✓ | ✓ | ✓ | ✓ | |
| HSLA colors | ✓ | ✓ | ✓ | ✓ | |
| HSLA colors | ✓ | ✓ | ✓ | ✓ | |
| opacity | ✓ | ✓ | ✓ | ✓ | |
| RGBA colors | ✓ | ✓ | ✓ | ✓ | |
| Text effects | |||||
| text-shadow | ✓ | ✓ | ✓ | ✓ | |
| text-overflow | ✓ | ✓ | ✓ | ✓ | ✓ |
| word-wrap | ✓ | ✓ | ✓ | ✓ | ✓ |
| User-interface | |||||
| box-sizing | ✓ | ✓ | ✓ | ✓ | ✓ |
| resize | ✓ | ✓ | ✓ | ||
| outline | ✓ | ✓ | ✓ | ✓ | |
| Selectors | |||||
| attribute selectors | ✓ | ✓ | ✓ | ✓ | ✓ |
| Other modules | |||||
| multi-column layout | ✓ | ✓ | ✓ |
BORDERS
http://www.css3.info/preview/colored-border/
border: 8px solid #000;
-moz-border-bottom-colors: #555 #666 #777 #888 #999 #aaa #bbb #ccc;
-moz-border-top-colors: #555 #666 #777 #888 #999 #aaa #bbb #ccc;
-moz-border-left-colors: #555 #666 #777 #888 #999 #aaa #bbb #ccc;
-moz-border-right-colors: #555 #666 #777 #888 #999 #aaa #bbb #ccc;
padding: 5px 5px 5px 15px;
http://www.css3.info/preview/border-image/
Lorem ipsum dolor sit amet.

There should be a hard black shadow above this one, and the shadow should follow the rounded corners.
BACKGROUNDS
http://www.css3.info/preview/background-origin-and-background-clip/
Here’s 2 times 3 examples, the first row with background-clip
set to border-box
, in the second row it’s set to padding-box
. The Mozilla and WebKit version use their respective syntax.
border-box
padding-box
content-box
border-box
padding-box
content-box
http://www.css3.info/preview/background-size/
background-size: 200px 50px
. The background image should be really small, in the left upper corner of this div.Original Pic
http://www.css3.info/preview/multiple-backgrounds/
Isn't supported yet
COLOUR
http://www.css3.info/preview/hsl/
http://www.css3.info/preview/hsla/
http://www.css3.info/preview/opacity/
http://www.css3.info/preview/rgba/
TEXT EFFECTS
http://www.css3.info/preview/text-shadow/
Users of Webkit (from Safari 3+), Opera 9.5, Firefox 3.1(pre-Alpha), Konqueror or iCab should see a grey drop-shadow behind this paragraph.
Multiple shadows are Hot
http://www.css3.info/preview/text-overflow/
The following two div
s contains the following text: “Lorem ipsum dolor sit amet, consectetur”. As you can see, it is clipped. The first uses text-overflow: ellipsis;
, the second uses text-overflow: clip;
.
text-overflow: ellipsis-word;
, when implemented, should look like this:
This is how it looks pre and post hover in IE8
http://www.css3.info/preview/word-wrap/
This paragraph has long words thisisaveryverylongwordthatisntreallyoneword and again a longwordwithnospacesinit
This paragraph has long words thisisaveryverylongwordthatisntreallyoneword and again a longwordwithnospacesinit
http://www.css3.info/preview/box-sizing/
http://www.css3.info/preview/resize/
http://www.css3.info/preview/outline/
This div
has both a black border, and a blue outline, with an offset of 12 pixels.
http://www.css3.info/preview/attribute-selectors/
6.3.2. Substring matching attribute selectors
Three additional attribute selectors are provided for matching substrings in the value of an attribute:
[att^=val]
- Represents an element with the
att
attribute whose value begins with the prefix “val”.[att$=val]
- Represents an element with the
att
attribute whose value ends with the suffix “val”.[att*=val]
- Represents an element with the
att
attribute whose value contains at least one instance of the substring “val”.Attribute values must be identifiers or strings. The case-sensitivity of attribute names in selectors depends on the document language.
E[att*="string"] {property: value;}
where E is a selector.
p[title$="ho"] {background: green;}

 This paragraph should have a green background.

 The attribute selector doesn't match this paragraph.

 This paragraph should have a green background.

 The attribute selector doesn't match this paragraph.

 This paragraph should have a green background.

This paragraph should have a green background.
The attribute selector doesn’t match this paragraph.
This paragraph should have a green background.
The attribute selector doesn’t match this paragraph.
This paragraph should have a green background.
p[title$="t"] {background: green;}

 The attribute selector doesn't match this paragraph.

 This paragraph should have a green background.

 The attribute selector doesn't match this paragraph.

 The attribute selector doesn't match this paragraph.

 This paragraph should have a green background.

The attribute selector doesn’t match this paragraph.
This paragraph should have a green background.
The attribute selector doesn’t match this paragraph.
The attribute selector doesn’t match this paragraph.
This paragraph should have a green background.
p[title*="ont"] {background: green;}

 The attribute selector doesn't match this paragraph.

 This paragraph should have a green background.

 The attribute selector doesn't match this paragraph.

 The attribute selector doesn't match this paragraph.

 The attribute selector doesn't match this paragraph.

The attribute selector doesn’t match this paragraph.
This paragraph should have a green background.
The attribute selector doesn’t match this paragraph.
The attribute selector doesn’t match this paragraph.
The attribute selector doesn’t match this paragraph.
http://www.css3.info/preview/multi-column-layout/
Column Width
Lorem ipsum dolor sit amet, consectetuer adipiscing elit. Aenean egestas blandit ipsum. Morbi nulla metus, luctus et, ullamcorper sit amet, commodo quis, nisl. Ut blandit lacus nec nibh. Phasellus eleifend enim et risus. Nam condimentum. Praesent euismod auctor dui. Nunc ut leo vel magna adipiscing tempor. Donec pretium, ligula et hendrerit faucibus, sem velit accumsan tortor, sodales tempor est ligula non velit. Nulla sagittis, odio quis porta nonummy, mauris arcu gravida odio, quis aliquam lacus elit non libero. Proin aliquam augue accumsan augue. Quisque ut eros at erat ultrices sodales. Nunc vitae ipsum. Mauris in elit in dolor imperdiet interdum. Vivamus egestas sagittis justo. Sed lorem. Sed vel neque in ipsum gravida nonummy. Nulla tempor blandit elit.
Column Count
Cras urna metus, aliquam sed, condimentum eget, pellentesque scelerisque, massa. Nullam et est id augue blandit tincidunt. Ut consectetuer, justo eleifend varius facilisis, tortor lorem pharetra nunc, ac sodales purus nunc semper tortor. Integer nec urna. Praesent scelerisque, ipsum nec aliquet volutpat, sem ante sagittis risus, sed condimentum magna libero luctus elit. Donec pede purus, hendrerit non, laoreet vel, porta ut, neque. Cras eu lacus. Pellentesque tempus mattis magna. Nullam id nisl. Quisque dolor lorem, commodo ac, pharetra sed, nonummy nec, nulla. Mauris purus. Suspendisse eget mauris nec justo eleifend vestibulum. Nunc ut eros sed pede pretium congue. Etiam in elit ut nisi ultrices hendrerit. Cras vulputate ultrices quam. Curabitur venenatis. Cras sed nisi.


{% extends "site/base.html" %} {% load humanize %} {% block content %} {% if not user.is_authenticated %} You need to be logged in to submit. {% else %}
{{ form.non_field_errors }}
Or
Add a Url so people can click on your post or, leave the Url blank to submit a question or thought for discussion.