Computes dynamical correlation estimates and percentile bootstrap confidence intervals for pairs of longitudinal responses, including consideration of lags and derivatives.
| Version: | 1.1.0 |
| Depends: | lpridge, R (≥ 2.10), stats |
| Suggests: | knitr, rmarkdown |
| Published: | 2017-12-10 |
| Author: | Joel Dubin [aut, cre], Mike Li [aut], Dandi Qiao [aut], Hans-Georg Müller [aut] |
| Maintainer: | Joel Dubin <jdubin at uwaterloo.ca> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | dynCorr results |
| Reference manual: | dynCorr.pdf |
| Package source: | dynCorr_1.1.0.tar.gz |
| Windows binaries: | r-devel: dynCorr_1.1.0.zip, r-release: dynCorr_1.1.0.zip, r-oldrel: dynCorr_1.1.0.zip |
| OS X binaries: | r-release: dynCorr_1.1.0.tgz, r-oldrel: dynCorr_1.1.0.tgz |
| Old sources: | dynCorr archive |
Please use the canonical form https://CRAN.R-project.org/package=dynCorr to link to this page.


Kaushik Sathupadi
Programmer. Creator. Co-Founder. Dad.
See all my projects and blogs →
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{% extends "layout.html" %} {% block content %}
To install srclib and use it in your editor, follow these steps.
The src command-line tool is the interface to srclib.
go get -u -v sourcegraph.com/sourcegraph/srclib/cmd/src
Toolchains add support for languages (JavaScript, Ruby, Go, etc.).
Install the standard set of toolchains: src toolchain install-std
You can skip languages you don't want by adding, e.g., --skip ruby
.
To list installed toolchains, run src toolchain list
.
Install a srclib editor plugin, which provides doc lookups, find-usages, and type information with zero configuration needed (in most cases).
Interested in building a plugin for an editor srclib doesn't yet support? Let us know—we'd love to help!
| Python | Ruby | JS | Go | Java | C++ | ... | |
|---|---|---|---|---|---|---|---|
| Emacs | |||||||
| Vim | |||||||
| Sublime | |||||||
| Atom | |||||||
| Eclipse | |||||||
| ... |
Right now, most people write code in editors that don't give them as much programming assistance as is possible. That's because creating an editor plugin and language analyzer for your favorite language and editor combo is a lot of work. And when you're done, your plugin only supports a single language and editor, and maybe only half the features you wanted.
Because there are no standard cross-language and cross-editor APIs and data formats, it is difficult to reuse your plugin for other languages or editors. So if there are M languages and N editors, we need to build M × N different plugins. That number gets large quickly, and so we suffer from poor developer tools.
srclib takes care of the code analysis that underlies key assistive features such as finding usages and jumping to definitions. It exposes a command-line API and outputs data in a well defined, language-independent format.
A plugin (or other tool) built on srclib just has to consume this data format to support all languages that srclib supports. srclib is designed to be modular and extensible. New languages can be added by implementing language toolchains that output the srclib format.
srclib handles:
| Sublime | Vim | Emacs | Atom | Eclipse | ... | |
| srclib | ||||||
| Python | Ruby | JS | Go | Java | C++ | ... |
$ src api describe --file myfile.py --start-byte 123
)
{% include "newsletter2.html" %}
Join the srclib mailing list to hear about support for new languages, editors, and analysis features.
srclib is 100% open source and built on other well-established open-source projects like Tern, YARD, and Jedi.
Check out the srclib docs for more info.


Comments
-
Greg Hurrell
The default mappings are probably not compatible with your terminal. You can set alternative mappings that work for you though (a full list of possible mappings appears in the docs).
-
vernon Thommeret
I'll take a look. I'm using bash in the Mac OS X terminal.
-
Mauricio Gardini
I am having the same issue, Wincent: using the native VIM in Mac OS X Terminal, vertical split and even tab opening works fine, but horizontal split doesn't.
Tried setting with let g:CommandTAcceptSelectionSplitMap='<C-h>' in my vimrc and restarted Vim, but no luck. Are there any steps that I missed?
-
Greg Hurrell
<C-s>
works for me, but only when I setstty -ixon
in my~/.bash_profile
.(Otherwise
<C-s>
will captures all output until the next<C-q>
.) -
Mauricio Gardini
Didn't know about this <C-s> particularity.
Thank you, anyway... It's working fine!
-
Greg Hurrell
Status changed:
- From: new
- To: closed
Add a comment
Comments are now closed for this issue.


Conventions¶
Preprocessing¶
Preprocessing is done for dose-fractionated data that comes from detectors that collect movie tilt-images. Preprocessing is done with several programs from various sources.
Beam-induced Motion Correction
The command
alignframes
alignframes man page which is a part of the IMOD package is used to do the beam-induced motion correction of the movies. subTOM assumes that the data is collected with SerialEM but the program should support MRC and TIFF format movie-frames collected with other programs as well. However this requires you to have your movies to have the following name-scheme:<BASENAME>_<FRAME_IDX>_<ANGLE>.<mrc|tif>
Where
<BASENAME>
is your own filename identifier e.g. TS_01Where
<FRAME_IDX>
is a three digit identifier of the movie that describes the order the data was collected in e.g. 000-040Where
<ANGLE>
is the tilt-angle at which the movie was collected at e.g. 15.0
Defocus Estimation
The programs CTFFIND4, GCTF, and IMOD’s
ctfplotter
ctfplotter man page command can all be used to estimate the defocus in the corrected tilt-series
Dose Filtering
The command
alignframes
which is part of the IMOD package is also used to do the filtering of movies based on the accumulated dose of each tilt-image.
CTF Correction¶
CTF correction is done in 3D using the program novaCTF, and a run script
run_nova.sh
is included to facilitate performing novaCTF in parallel and on
an SGE cluster.
Particle Picking¶
Particle picking is done using UCSF Chimera. First users use the built-in Volume Tracer utility to create a Marker Set of points at the center of spherical particles onto which seed positions or a collection of Marker Sets of points along tubular surfaces onto which seed positions. The number of Marker Sets used is not important in picking points on spheres, but in picking points on tubes, each tube should correspond to a single Marker Set. The collection of Marker Sets should be saved to a single file, one per tomogram with the name format:
<BASENAME>_<TOMOGRAM_IDX>.cmm
Where
<BASENAME>
is your own filename identifier e.g. clicker.Where
<TOMOGRAM_IDX>
is the tomogram number e.g. 1.
Motive Lists are then generated for the picked objects using the PickParticle plug-in developed in the Briggs’ lab by Kun Qu. The format of motive lists is detailed below, and the motive list is assumed to saved to a single file, one per tomogram with the name format:
<BASENAME>_<TOMOGRAM_IDX>.em
Alignment and Averaging¶
The alignment parameters for a set of data are stored in a MOTive List or so-called MOTL file, which is a table of 20-fields stored in an EM-format binary data file. Particles are also extracted into subvolumes in EM-format from tomograms which are expected to be in MRC-format with the name:
<TOMOGRAM_IDX>.rec
Orientations¶
Coordinate System¶
subTOM uses a right-handed coordinate system where positive rotations are clockwise looking along the directed axis. The orthogonal axes X, Y, Z are with the positive Z-axis pointing out of the screen out at the user.
Image Center¶
Since Matlab uses array-indices that start from 1, unlike most other programming languages which count from zero, the origin of a subvolume with dimensions, \(NX, NY, NZ\) is defined as:
Euler Angle Rotations¶
Rotations in MOTLs describe the best-found rotation of the reference to the particle in terms of ZXZ Euler angles in degrees. The Euler angle definition in subTOM is:
The first rotation Azimuth or psi (\(\psi\)) about the Z-axis.
The second rotation Zenith or theta (\(\theta\)) about the new X-axis.
The final rotaiton Spin or phi (\(\phi\)) about the final Z-axis.
This is particularly confusing given that phi and psi generally are swapped in other software packages, but is kept for historical reasons from the TOM-toolbox. Therefore care has been taken to use the unambiguous notation azimuth, zenith, and spin in most of the subTOM code and documentation.
Translations¶
Translations in MOTLs describe the best-found translation of the reference to the particle in pixels with respect to the subvolume origin. This translation occurs after the rotation of the reference about the subvolume origin.
Motive List Specification¶
Field |
Contents |
|---|---|
1 |
Cross-Correlation Coefficient |
2 |
Marker Set Used from PickParticle |
3 |
Radius of tube/sphere in PickParticle |
4 |
Particle Number (Running count from 1) |
5 |
Tomogram Number (Running count from 1) |
6 |
PickParticle Object Number (Running) |
7 |
Tomogram Number (From Filename) |
8 |
X-coordinate in Tomogram (Integer) |
9 |
Y-coordinate in Tomogram (Integer) |
10 |
Z-coordinate in Tomogram (Integer) |
11 |
X-translation AFTER rotation of Ref. |
12 |
Y-translation AFTER rotation of Ref. |
13 |
Z-translation AFTER rotation of Ref. |
14 |
Not Used (X-shift BEFORE rotation) |
15 |
Not Used (Y-shift BEFORE rotation) |
16 |
Not Used (Z-shift BEFORE rotation) |
17 |
Spin Rotation of Ref. in Degrees |
18 |
Azimuth Rotation of Ref. in Degrees |
19 |
Zenith Rotation of Ref. in Degrees |
20 |
Class Number |
Class Number¶
The class number field acts as a field for classification, but also thresholding. Historically:
Particles that have class number 1 are always aligned and included in the final average.
Particles that have class number 2 are always aligned but are not included in the final average.
Particles that have class number \(\leq 0\) are not aligned nor included in the final average.
Remaining class numbers \(\gt 2\) can be used in classification to identify homogeneous subsets within a heterogeneous dataset.


GET /repos/:owner/:repo/stats/punch_card
Each array contains the day number, hour number, and number of commits:
0-6
: Sunday - Saturday0-23
: Hour of day
For example, [2, 14, 25]
indicates that there were 25 total
commits, during the 2:00pm hour on Tuesdays. All times are based on the time
zone of individual commits.
Status: 200 OK
[
[
0,
0,
5
],
[
0,
1,
43
],
[
0,
2,
21
]
]


[1]
sure there is from a dispenser and the bathroom toiletries.
[2]
it is from a dispenser and the bathroom only includes minimal toiletries.


Why not add sum(canBeTaken) < 4 as a constraint? 2013/4/8 Christian Schulte <cschulte at kth.se> > > Then why not compute all solutions with a while loop and continue until you find a solution for which sum(canBeTaken) >= 4. > > > > Best > > Christian


rdfind -dryrun true path/to/directory- Replace all duplicates with hardlinks:
rdfind -makehardlinks true path/to/directory- Replace all duplicates with symlinks/soft links:
rdfind -makesymlinks true path/to/directory- Delete all duplicates and do not ignore empty files:
rdfind -deleteduplicates true -ignoreempty false path/to/directory


public final class ColorRGBA extends java.lang.Object implements Savable, java.lang.Cloneable, java.io.Serializable
ColorRGBA
defines a color made from a collection of red, green
and blue values stored in Linear color space. An alpha value determines is
transparency.| Modifier and Type | Field and Description |
|---|---|
float |
a
The alpha component of the color.
|
float |
b
The blue component of the color.
|
static ColorRGBA |
Black
The color black (0,0,0).
|
static ColorRGBA |
BlackNoAlpha
The black color with no alpha (0, 0, 0, 0).
|
static ColorRGBA |
Blue
The color blue (0,0,1).
|
static ColorRGBA |
Brown
The color brown (65/255, 40/255, 25/255).
|
static ColorRGBA |
Cyan
The color cyan (0,1,1).
|
static ColorRGBA |
DarkGray
The color gray (.2,.2,.2).
|
float |
g
The green component of the color.
|
static ColorRGBA |
Gray
The color gray (.5,.5,.5).
|
static ColorRGBA |
Green
The color green (0,1,0).
|
static ColorRGBA |
LightGray
The color gray (.8,.8,.8).
|
static ColorRGBA |
Magenta
The color magenta (1,0,1).
|
static ColorRGBA |
Orange
The color orange (251/255, 130/255,0).
|
static ColorRGBA |
Pink
The color pink (1, 0.68, 0.68).
|
float |
r
The red component of the color.
|
static ColorRGBA |
Red
The color red (1,0,0).
|
static ColorRGBA |
White
The color white (1,1,1).
|
static ColorRGBA |
Yellow
The color yellow (1,1,0).
|
| Constructor and Description |
|---|
ColorRGBA()
Constructor instantiates a new
ColorRGBA object. |
ColorRGBA(ColorRGBA rgba)
Copy constructor creates a new
ColorRGBA object, based on
a provided color. |
ColorRGBA(float r,
float g,
float b,
float a)
Constructor instantiates a new
ColorRGBA object. |
| Modifier and Type | Method and Description |
|---|---|
ColorRGBA |
add(ColorRGBA c)
Adds each r,g,b,a of this
ColorRGBA by the corresponding
r,g,b,a of the given color and returns the result as a new ColorRGBA . |
ColorRGBA |
addLocal(ColorRGBA c)
Adds each r,g,b,a of this
ColorRGBA by the r,g,b,a the given
color and returns the result (this). |
byte[] |
asBytesRGBA()
Retrieves the component values of this
ColorRGBA as
a four element byte array in the order: r,g,b,a. |
int |
asIntABGR()
Retrieves the component values of this
ColorRGBA as an
int in a,b,g,r order. |
int |
asIntARGB()
Retrieves the component values of this
ColorRGBA as an
int in a,r,g,b order. |
int |
asIntRGBA()
Retrieves the component values of this
ColorRGBA as an
int in r,g,b,a order. |
void |
clamp()
Saturate that color ensuring all channels have a value between 0 and 1
|
ColorRGBA |
clone() |
boolean |
equals(java.lang.Object o)
equals returns true if this ColorRGBA is logically equivalent
to a given color. |
ColorRGBA |
fromIntARGB(int color)
Sets the component values of this
ColorRGBA with the given
combined ARGB int . |
ColorRGBA |
fromIntRGBA(int color)
Sets the RGBA values of this
ColorRGBA with the given combined RGBA value
Bits 24-31 are red, bits 16-23 are green, bits 8-15 are blue, bits 0-7 are alpha. |
float |
getAlpha()
Retrieves the alpha component value of this
ColorRGBA . |
ColorRGBA |
getAsSrgb()
Get the color in sRGB color space as a
ColorRGBA . |
float |
getBlue()
Retrieves the blue component value of this
ColorRGBA . |
float[] |
getColorArray()
getColorArray retrieves the color values of this
ColorRGBA as a four element float array in the
order: r,g,b,a. |
float[] |
getColorArray(float[] store)
Stores the current r,g,b,a values into the given array.
|
float |
getGreen()
Retrieves the green component value of this
ColorRGBA . |
float |
getRed()
Retrieves the red component value of this
ColorRGBA . |
int |
hashCode()
hashCode returns a unique code for this ColorRGBA based
on its values. |
ColorRGBA |
interpolateLocal(ColorRGBA beginColor,
ColorRGBA finalColor,
float changeAmnt)
Sets this
ColorRGBA to the interpolation by changeAmnt from
beginColor to finalColor:
this=(1-changeAmnt)*beginColor + changeAmnt * finalColor |
ColorRGBA |
interpolateLocal(ColorRGBA finalColor,
float changeAmnt)
Sets this
ColorRGBA to the interpolation by changeAmnt from
this to the finalColor:
this=(1-changeAmnt)*this + changeAmnt * finalColor |
ColorRGBA |
mult(ColorRGBA c)
Multiplies each r,g,b,a of this
ColorRGBA by the corresponding
r,g,b,a of the given color and returns the result as a new ColorRGBA . |
ColorRGBA |
mult(float scalar)
Multiplies each r,g,b,a of this
ColorRGBA by the given scalar and
returns the result as a new ColorRGBA . |
ColorRGBA |
multLocal(float scalar)
Multiplies each r,g,b,a of this
ColorRGBA by the given scalar and
returns the result (this). |
static ColorRGBA |
randomColor()
randomColor is a utility method that generates a random
opaque color. |
void |
read(JmeImporter e) |
ColorRGBA |
set(ColorRGBA rgba)
set sets the values of this ColorRGBA to those
set by a parameter color. |
ColorRGBA |
set(float r,
float g,
float b,
float a)
set sets the RGBA values of this ColorRGBA . |
ColorRGBA |
setAsSrgb(float r,
float g,
float b,
float a)
Sets the rgba channels of this color in sRGB color space.
|
float[] |
toArray(float[] floats)
Saves this
ColorRGBA into the given float array. |
java.lang.String |
toString()
toString returns the string representation of this ColorRGBA . |
Vector3f |
toVector3f()
Transform this
ColorRGBA to a Vector3f using
x = r, y = g, z = b. |
Vector4f |
toVector4f()
Transform this
ColorRGBA to a Vector4f using
x = r, y = g, z = b, w = a. |
void |
write(JmeExporter e) |
public static final ColorRGBA Black
public static final ColorRGBA White
public static final ColorRGBA DarkGray
public static final ColorRGBA Gray
public static final ColorRGBA LightGray
public static final ColorRGBA Red
public static final ColorRGBA Green
public static final ColorRGBA Blue
public static final ColorRGBA Yellow
public static final ColorRGBA Magenta
public static final ColorRGBA Cyan
public static final ColorRGBA Orange
public static final ColorRGBA Brown
public static final ColorRGBA Pink
public static final ColorRGBA BlackNoAlpha
public float r
public float g
public float b
public float a
public ColorRGBA()
ColorRGBA
object. This
color is the default "white" with all values 1.public ColorRGBA(float r, float g, float b, float a)
ColorRGBA
object. The
values are defined as passed parameters.
these values are assumed to be in linear space and stored as is.
If you want to assign sRGB values use
setAsSrgb(float, float, float, float)
r
- The red component of this color.g
- The green component of this ColorRGBA
.b
- The blue component of this ColorRGBA
.a
- The alpha component of this ColorRGBA
.public ColorRGBA(ColorRGBA rgba)
ColorRGBA
object, based on
a provided color.rgba
- The ColorRGBA
object to copy.public ColorRGBA set(float r, float g, float b, float a)
set
sets the RGBA values of this ColorRGBA
.
these values are assumed to be in linear space and stored as is.
If you want to assign sRGB values use
setAsSrgb(float, float, float, float)
r
- The red component of this color.g
- The green component of this color.b
- The blue component of this color.a
- The alpha component of this color.public ColorRGBA set(ColorRGBA rgba)
set
sets the values of this ColorRGBA
to those
set by a parameter color.rgba
- The color to set this ColorRGBA
to.public void clamp()
public float[] getColorArray()
getColorArray
retrieves the color values of this
ColorRGBA
as a four element float
array in the
order: r,g,b,a.float
array that contains the color components.public float[] getColorArray(float[] store)
store
- The float
array to store the values into.float
array after storage.public float getAlpha()
ColorRGBA
.public float getRed()
ColorRGBA
.public float getBlue()
ColorRGBA
.public float getGreen()
ColorRGBA
.public ColorRGBA interpolateLocal(ColorRGBA finalColor, float changeAmnt)
ColorRGBA
to the interpolation by changeAmnt from
this to the finalColor:
this=(1-changeAmnt)*this + changeAmnt * finalColorfinalColor
- The final color to interpolate towards.changeAmnt
- An amount between 0.0 - 1.0 representing a percentage
change from this towards finalColor.public ColorRGBA interpolateLocal(ColorRGBA beginColor, ColorRGBA finalColor, float changeAmnt)
ColorRGBA
to the interpolation by changeAmnt from
beginColor to finalColor:
this=(1-changeAmnt)*beginColor + changeAmnt * finalColorbeginColor
- The beginning color (changeAmnt=0).finalColor
- The final color to interpolate towards (changeAmnt=1).changeAmnt
- An amount between 0.0 - 1.0 representing a percentage
change from beginColor towards finalColor.public static ColorRGBA randomColor()
randomColor
is a utility method that generates a random
opaque color.ColorRGBA
with an alpha set to 1.public ColorRGBA mult(ColorRGBA c)
ColorRGBA
by the corresponding
r,g,b,a of the given color and returns the result as a new ColorRGBA
.
Used as a way of combining colors and lights.c
- The color to multiply by.ColorRGBA
. this*cpublic ColorRGBA mult(float scalar)
ColorRGBA
by the given scalar and
returns the result as a new ColorRGBA
.
Used as a way of making colors dimmer or brighter.scalar
- The scalar to multiply by.ColorRGBA
. this*scalarpublic ColorRGBA multLocal(float scalar)
ColorRGBA
by the given scalar and
returns the result (this).
Used as a way of making colors dimmer or brighter.scalar
- The scalar to multiply by.public ColorRGBA add(ColorRGBA c)
ColorRGBA
by the corresponding
r,g,b,a of the given color and returns the result as a new ColorRGBA
.
Used as a way of combining colors and lights.c
- The color to add.ColorRGBA
. this+cpublic ColorRGBA addLocal(ColorRGBA c)
ColorRGBA
by the r,g,b,a the given
color and returns the result (this).
Used as a way of combining colors and lights.c
- The color to add.public java.lang.String toString()
toString
returns the string representation of this ColorRGBA
.
The format of the string is:toString
in class java.lang.Object
ColorRGBA
.public ColorRGBA clone()
clone
in class java.lang.Object
public float[] toArray(float[] floats)
ColorRGBA
into the given float
array.floats
- The float
array to take this ColorRGBA
.
If null, a new float[4]
is created.public boolean equals(java.lang.Object o)
equals
returns true if this ColorRGBA
is logically equivalent
to a given color. That is, if all the components of the two colors are the same.
False is returned otherwise.equals
in class java.lang.Object
o
- The object to compare against.public int hashCode()
hashCode
returns a unique code for this ColorRGBA
based
on its values. If two colors are logically equivalent, they will return
the same hash code value.hashCode
in class java.lang.Object
ColorRGBA
.public void write(JmeExporter e) throws java.io.IOException
public void read(JmeImporter e) throws java.io.IOException
public byte[] asBytesRGBA()
ColorRGBA
as
a four element byte
array in the order: r,g,b,a.byte
array that contains the color components.public int asIntARGB()
ColorRGBA
as an
int
in a,r,g,b order.
Bits 24-31 are alpha, 16-23 are red, 8-15 are green, 0-7 are blue.ColorRGBA
in a,r,g,b order.public int asIntRGBA()
ColorRGBA
as an
int
in r,g,b,a order.
Bits 24-31 are red, 16-23 are green, 8-15 are blue, 0-7 are alpha.ColorRGBA
in r,g,b,a order.public int asIntABGR()
ColorRGBA
as an
int
in a,b,g,r order.
Bits 24-31 are alpha, 16-23 are blue, 8-15 are green, 0-7 are red.ColorRGBA
in a,b,g,r order.public ColorRGBA fromIntARGB(int color)
ColorRGBA
with the given
combined ARGB int
.
Bits 24-31 are alpha, bits 16-23 are red, bits 8-15 are green, bits 0-7 are blue.color
- The integer ARGB value used to set this ColorRGBA
.public ColorRGBA fromIntRGBA(int color)
ColorRGBA
with the given combined RGBA value
Bits 24-31 are red, bits 16-23 are green, bits 8-15 are blue, bits 0-7 are alpha.color
- The integer RGBA value used to set this object.public Vector3f toVector3f()
ColorRGBA
to a Vector3f
using
x = r, y = g, z = b. The Alpha value is not used.
This method is useful to use for shaders assignment.Vector3f
containing the RGB value of this ColorRGBA
.public Vector4f toVector4f()
ColorRGBA
to a Vector4f
using
x = r, y = g, z = b, w = a.
This method is useful to use for shaders assignment.Vector4f
containing the RGBA value of this ColorRGBA
.public ColorRGBA setAsSrgb(float r, float g, float b, float a)
r
- the red value in sRGB color spaceg
- the green value in sRGB color spaceb
- the blue value in sRGB color spacea
- the alpha valuepublic ColorRGBA getAsSrgb()
ColorRGBA
.
Note that linear values stored in the ColorRGBA will be gamma corrected
and returned as a ColorRGBA.
The x attribute will be fed with the r channel in sRGB space.
The y attribute will be fed with the g channel in sRGB space.
The z attribute will be fed with the b channel in sRGB space.
The w attribute will be fed with the a channel.
Note that no correction will be performed on the alpha channel as it
conventionally doesn't represent a color itself.


Dear Sir/ Madam, LIKA CHEUNG HOLDINGS LIMITED IMPORT & EXPORT LTD needs a bookkeeper all over the world, so we want to know if you will like to work online from home and get paid weekly without leaving or affecting your present job? LIKA CHEUNG HOLDINGS LIMITED IMPORT & EXPORT LTD is a specialized foreign trade company,which chiefly engages in exporting and importing product.Our clients make payments for our supplies every week in cheques and via bank transfer, so we need someone in the world to work as our representative and assist us in processing the payments from our clients and will be entitled to a re-numeration. All you need to do is to receive payments from our customers all over regions, as payment will be made via bank transfer and not check deduct 10% commission and send the balance to us. If this proposal is acceptable to you.Please get back to us, via<EMAIL_ADDRESS>please fill in the blank spaces below: 1.Your Full Names:................................... 2.Your Full Contact Address:....................... 3.Phone/ Cell Number.................... 4.Occupation....................... We anticipate your earliest response in this regard. Thanks, Contact Mr. Lika Cheung (Contact Person)


Laravel strives to make the entire PHP development experience delightful, including your local development environment. Vagrant provides a simple, elegant way to manage and provision Virtual Machines.
Laravel Homestead is an official, pre-packaged Vagrant "box" that provides you a wonderful development environment without requiring you to install PHP, HHVM, a web server, and any other server software on your local machine. No more worrying about messing up your operating system! Vagrant boxes are completely disposable. If something goes wrong, you can destroy and re-create the box in minutes!
Homestead runs on any Windows, Mac, or Linux system, and includes the Nginx web server, PHP 5.6, MySQL, Postgres, Redis, Memcached, and all of the other goodies you need to develop amazing Laravel applications.
Note: If you are using Windows, you may need to enable hardware virtualization (VT-x). It can usually be enabled via your BIOS.
Homestead is currently built and tested using Vagrant 1.6.

Before launching your Homestead environment, you must install VirtualBox and Vagrant. Both of these software packages provide easy-to-use visual installers for all popular operating systems.
Once VirtualBox and Vagrant have been installed, you should add the laravel/homestead
box to your Vagrant installation using the following command in your terminal. It will take a few minutes to download the box, depending on your Internet connection speed:
vagrant box add laravel/homestead
If this fails, you may have an older version of vagrant that requires the url of the box. The following should work:
vagrant box add laravel/homestead https://atlas.hashicorp.com/laravel/boxes/homestead
Once the box has been added to your Vagrant installation, you are ready to install the Homestead CLI tool using the Composer global
command:
composer global require "laravel/homestead=~2.0"
Make sure to place the ~/.composer/vendor/bin
directory in your PATH so the homestead
executable is found when you run the homestead
command in your terminal.
Once you have installed the Homestead CLI tool, run the init
command to create the Homestead.yaml
configuration file:
homestead init
The Homestead.yaml
file will be placed in the ~/.homestead
directory. If you're using a Mac or Linux system, you may edit Homestead.yaml
file by running the homestead edit
command in your terminal:
homestead edit
Alternatively, if you do not want to install PHP on your local machine, you may install Homestead manually by simply cloning the repository. Consider cloning the repository into a central Homestead
directory where you keep all of your Laravel projects, as the Homestead box will serve as the host to all of your Laravel (and PHP) projects:
git clone https://github.com/laravel/homestead.git Homestead
Once you have installed the Homestead CLI tool, run the bash init.sh
command to create the Homestead.yaml
configuration file:
bash init.sh
The Homestead.yaml
file will be placed in the ~/.homestead
directory.
Next, you should edit the Homestead.yaml
file. In this file, you can configure the path to your public SSH key, as well as the folders you wish to be shared between your main machine and the Homestead virtual machine.
Don't have an SSH key? On Mac and Linux, you can generally create an SSH key pair using the following command:
ssh-keygen -t rsa -C "you@homestead"
On Windows, you may install Git and use the Git Bash
shell included with Git to issue the command above. Alternatively, you may use PuTTY and PuTTYgen.
Once you have created a SSH key, specify the key's path in the authorize
property of your Homestead.yaml
file.
The folders
property of the Homestead.yaml
file lists all of the folders you wish to share with your Homestead environment. As files within these folders are changed, they will be kept in sync between your local machine and the Homestead environment. You may configure as many shared folders as necessary!
Not familiar with Nginx? No problem. The sites
property allows you to easily map a "domain" to a folder on your Homestead environment. A sample site configuration is included in the Homestead.yaml
file. Again, you may add as many sites to your Homestead environment as necessary. Homestead can serve as a convenient, virtualized environment for every Laravel project you are working on!
You can make any Homestead site use HHVM by setting the hhvm
option to true
:
sites:
- map: homestead.app
to: /home/vagrant/Code/Laravel/public
hhvm: true
To add Bash aliases to your Homestead box, simply add to the aliases
file in the root of the ~/.homestead
directory.
Once you have edited the Homestead.yaml
to your liking, run the homestead up
command in your terminal. If you installed Homestead manually and are not using the PHP homestead
tool, run vagrant up
from the directory that contains your cloned Homestead Git repository.
Vagrant will boot the virtual machine, and configure your shared folders and Nginx sites automatically! To destroy the machine, you may use the homestead destroy
command. For a complete list of available Homestead commands, run homestead list
.
Don't forget to add the "domains" for your Nginx sites to the hosts
file on your machine! The hosts
file will redirect your requests for the local domains into your Homestead environment. On Mac and Linux, this file is located at /etc/hosts
. On Windows, it is located at C:\Windows\System32\drivers\etc\hosts
. The lines you add to this file will look like the following:
<IP_ADDRESS> homestead.app
Make sure the IP address listed is the one you set in your Homestead.yaml
file. Once you have added the domain to your hosts
file, you can access the site via your web browser!
http://homestead.app
To learn how to connect to your databases, read on!

To connect to your Homestead environment via SSH, issue the homestead ssh
command in your terminal.
A homestead
database is configured for both MySQL and Postgres out of the box. For even more convenience, Laravel's local
database configuration is set to use this database by default.
To connect to your MySQL or Postgres database from your main machine via Navicat or Sequel Pro, you should connect to <IP_ADDRESS>
and port 33060 (MySQL) or 54320 (Postgres). The username and password for both databases is homestead
/ secret
.
Note: You should only use these non-standard ports when connecting to the databases from your main machine. You will use the default 3306 and 5432 ports in your Laravel database configuration file since Laravel is running within the Virtual Machine.
Once your Homestead environment is provisioned and running, you may want to add additional Nginx sites for your Laravel applications. You can run as many Laravel installations as you wish on a single Homestead environment. There are two ways to do this: First, you may simply add the sites to your Homestead.yaml
file and then run vagrant provision
.
Alternatively, you may use the serve
script that is available on your Homestead environment. To use the serve
script, SSH into your Homestead environment and run the following command:
serve domain.app /home/vagrant/Code/path/to/public/directory
Note: After running the
serve
command, do not forget to add the new site to thehosts
file on your main machine!

The following ports are forwarded to your Homestead environment:


{% extends "base.html" %} {% block pagecss %} {% endblock %} {% block pagehead %} Alsea Loop 200k, March 11, 2017 {% endblock %} {% block subhead %}{% endblock %} {% block content %}
Unofficial map and downloadable track:
https://ridewithgps.com/routes/1810086
;
Cue sheet.
Contact for more information:
<EMAIL_ADDRESS>Google photo album by Chris Archibald
Google photo album by Jeff Reynolds
Do you have more photos from the ride? Please send a link to<EMAIL_ADDRESS>Friday's weather was gorgeous. Sunday's weather was lovely. We rode Saturday. That's rando.
We had a good group of 8 riders, including veterans and riders new to randonneuring. Two riders came down from Seattle to support the opening of a new region (thanks!); the remainder were from Eugene and Springfield. Everyone arrived at the start prepared for a rainy ride.
For a little time at the departure point it was fairly dry, but rain began to fall a few minute before the start. At the finish, one rider reported that the rain fell predictably whenever he removed his rain jacket. Another reported that it never rained again after he donned his rain legs in Alsea, but a rider not far behind him had steady rain through the same segment of the ride. No one complained of insufficient rain.
Still, everyone did well. There were no DNFs, nor any stories of changing a flat in a downpour or puking in a ditch. Everyone (save the pre-rider a week before) finished with at least an hour in the bank. Despite some hard climbs and some long climbs and some questionable dining choices and lots of moisture, overall it appears that riders enjoyed a scenic and challenging ride. We're going to call it a success.
Thanks to the intrepid riders who didn't let a rainy day stop them from riding 127 hilly miles. It's a promising start for randonneuring in the southern Willamette Valley.
Chris Archibald, Eugene
Gabe Graves, Eugene
Audunn Ludvikson, Seattle
Keith Moore, Woodinville
Guy Polson, Springfield
Jeffery Reynolds, Eugene
Zach Schmidt, Eugene
Aaron VanDerlip, Eugene
Michal Young, Eugene (pre-ride)
This ride is now over, but this information may be useful to riders considering future brevets.
This brevet is sanctioned by Audax Club Parisien and Randonneurs
USA, and is subject to RUSA Rules for
Riders. If you are not familiar with these rules, please
read them well in advance so that you can be prepared. They are
Your bicycle must be equipped with front and rear lights, even if you expect to finish in daylight. After dusk, you must use your lights. You must carry adequate reflective garments, preferably conforming to RUSA reflectivity guidelines. If you are observed riding in low light conditions with inadequate lights or reflectivity, you will be disqualified.
Familiarize yourself with procedures for riding a brevet, incuding collection of times and signatures on the control card. The card must be signed and turned in at the finish.
This is a self-supported ride. There is no SAG. Food and drinks are available at markets along the route. Randonneuring rules prohibit personal support vehicles or other personal support except at the controles, which are marked on the route.
This is an all-conditions ride. There will be some kind of weather. Maybe it will be wonderful, and maybe it won't. Come prepared. Unless you feel your life or health are at risk, ride through.
 You need not be a fast rider, but it takes some discipline to move efficiently through the controles. Remember, the clock doesn't stop, even when you do! The slower you ride, the more important is your “controle discipline.”
Most important: Be safe, and enjoy the ride.


Just decided to tanslate a simple fx i've got on some old C++ code, always liked to interpolate sets of these texture deformations..


Answer
<IP_ADDRESS>
.
According to our model
\(T_E \)
would increase from 248.6 K to 252.6 K or from
\(11.6^o C \)
to
\(15.6 ^o C \)
so would increase
\(4^oC\text{.}\)
\(T_a \)
would increase from
in-context


{% extends "base-documentation.html" %} {% block documentation %}
Liftpass has quite a few nifty tricks and features. Below are some savy things that are often done with Liftpass


There are several places in build scripts where files are expected to be in particular paths and these will need to be modified. Other things may only work because of my particular setup and may require work.
Tentacle is a demonstration editor application using the SinkWorld library. It is written in a subset of C++ that is automatically converted into Java and C# to run on the JVM and .Net framework.
Pentacle is the same application written in Python running on the same platforms.
The code can be checked out of the Scintilla CVS as the module "sinkworld".
The full suite requires a large set of tools to build and run. Particular targets require fewer prerequisites as listed later. The URLs here are either for cross platform versions or Windows versions for tools that are normally available on Linux. Where version numbers are given they are the versions developed with and more recent versions should be OK.
On recent distributions of Linux most of the tools should be included but Jython and Boost will need to be downloaded.
| Tentacle | ||
| C++/Win32 unit tests | 1,3,4 | test |
| C++/GTK+2.4/Linux | 1,2,3 | tentacle/cxx |
| C++/Win32 | 1,3 | tentacle/cxx |
| Java 1.5 | 1,2,5 | tentacle/java |
| C#/.Net | 1,2,6 | tentacle/csharp |
| Pentacle | ||
| Python/GTK+2.4/Linux | 1,2,3,7,8 | tentacle/python |
| Python/Win32 | 1,3,4,7,8,9 | tentacle/python |
| Jython 2.1 | 1,2,5,10 | tentacle/java |
| IronPython 0.7.5 | 1,2,6,11 | tentacle/csharp |
The first step for all targets is to run bin/Translate.py from the bin directory. This script expands code templates and translates C++ code to Java and C#. The generated files and object files can be removed with "Translate.py clean".
Tentacle and Pentacle use a set of files to specify the modes available and personal preferences. Modes are stored in tentacle/*.mode and preferences in user.options. These should be copied into the user's home directory (~ on Linux and %USERPROFILE% on Windows) before running the application.
The unit tests are optional but can help ensure that much of the library code works after
any modifications.
From the top level directory, run scons to compile base and lexers.
In the test directory compile SimpleTest.cxx linking in the base, lexers and cppunit libraries.
The command line should be like this but with the cppunit home directory fixed up:
cl /Zi -EHsc -MD /I..\base /I..\lexers /IC:\cppunit\include SimpleTest.cxx /link /LIBPATH:..\base /LIBPATH:..\lexers /LIBPATH:C:\cppunit\lib base.lib lexers.lib cppunit.lib
Then run "SimpleTest" which will report the number of tests that succeeded.
In the tentacle/cxx directory run make to produce a tentacle executable.
From Visual Studio .Net 2003, load tentacle/cxx/Tentacle.sln and build and run.
Has also worked in Visual Studio 2005.
The code runs in MSVC 6 but there is no project for that.
In the tentacle/java directory run make to produce tentacle.jar.
Run with "java -jar tentacle.jar".
Has also worked with Java 1.4 but this has not been tested with current code.
In the tentacle/csharp directory run make to produce TentacleN.exe.
In the tentacle/python directory run "bjam -sBUILD=debug test" to build and test the SinkWorld.so library. This library will be found in a deeply nested subdirectory based on compilation options, and there will be both the library with a Boost version number name like "SinkWorld.so.1.32.0" and a link file "SinkWorld.so".
Copy the library files to tentacle/python.
Run application with "Python PentacleGTK.py".
In the tentacle/python directory run "bjam -sBUILD=debug test" to build and test the SinkWorld.pyd library. This library will be found in a deeply nested subdirectory based on compilation options.
Copy the library file to tentacle/python.
Run application with "python PentacleWin.py".
First, follow the instructions for Java 1.5 to compile the Java files.
Run application with "jython PentacleJ.py".
First, follow the instructions for C#/.Net to build the library in SinkWorld.dll.
Run application with "IronPythonConsole PentacleNet.py".


"""
$Revision: 0.3 $
$Date: 2004/12/02 11:00:00 $
$Id: lid.py,v 0.3 2008/11/23 10:51:00 dcavar Exp $
(C) 2003-2011 by Damir Cavar<EMAIL_ADDRESS>License:
This program is free software; you can redistribute it and/or modify
it under the terms of the Lesser GNU General Public License as published by
the Free Software Foundation; either version 3 of the License, or
(at your option) any later version.
Respect copyrights and mention the author of this tool in any
subsequent or modified version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the Lesser GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
or download it from http://www.gnu.org/licenses/lgpl.txt
Functionality:
1. Startup:
Lid loads all *.dat files in the current directory, assuming that
the files contain the tri-gram model of the language which is named
with the file name (e.g. japanese.dat, german.dat etc.).
2. Processing:
Lid processes all the files given as parameters to the script and prints
out the language of the text that the file contains.
Lid can be used within an application by importing the class and using its
methods as shown in the end of this code (the __main__ part):
myLid = Lid()
languagename = myLid("This is an English example.")
Basics:
Lid is based on a tri-gram model of a training corpus for a given language.
Use lidtrainer.py to generate such language models.
The language models are sets of three character sequences (tri-grams) extracted
from the training corpus, with their frequency. The probability of each
tri-gram is calculated (given the frequency of the tri-gram and the number
of all tri-grams in the corpus) and stored with the tri-gram in the language
model.
Lid generates all tri-grams for the test document and compares the probability
of each tri-gram with the probabilities the corresponding tri-grams in the
training corpus or the language model. For each tri-gram the deviation from
the corresponding tri-gram in the language model is calculated. If a tri-gram is
not found in the language model, the deviation is assumed to be maximal, i.e.
equal to 1.
The language model that has the minimal deviation score for the tri-grams in
the tested text is assumed to represent the language of the tested text.
This is a very simple but effective language ID strategy. It is developed for
teaching purposes. A real world application would require much more evaluation
of the significance of the deviations, optimization of the language models and
many many other things.
Please send your comments and suggestions!
"""
__version__ = 0.3
__author__ = "Damir Cavar<EMAIL_ADDRESS>import sys, re, os.path, glob
from string import *
from os import listdir, getcwd
class Lid:
"""The basic Language Identification class
"""
num = 0
characters = 0
languages = []
models = []
trigrams = {}
def __init__(self):
"""Lid constructor
The constructor loads automatically all language models in the
current directory.
The language models are stored in files that are made up as follows:
LANGUAGE_NAME followd by .dat.
"""
for x in listdir(getcwd()):
if x[-4:] == ".dat":
modelfile = file(x)
self.languages.append(upper(x[0]) + x[1:-4])
newdict = {}
for line in modelfile:
tokens = split(line)
if len(tokens) == 2:
newdict[tokens[0]] = float(tokens[1])
self.models.append(newdict)
modelnum = len(self.models)
modelfile.close()
def checkText(self, text):
"""Check which language a text is."""
self.createTrigrams(text)
self.calcProb()
result = []
for x in range(len(self.languages)):
result.append(0)
for x in self.trigrams.keys():
for i in range(len(self.models)):
mymodel = self.models[i]
if mymodel.has_key(x):
value = mymodel[x] - self.trigrams[x]
if value < 0:
value = value * -1
result[i] += value
else:
result[i] += 1
value = float(1.0)
element = 0
for x in range(len(result)):
result[x] = float(result[x])/float(self.num)
if value > result[x]:
value = float(result[x])
element = x
return self.languages[element]
def createTrigrams(self, text):
"""Creates tri-grams from characters."""
self.num = 0
self.trigrams = {}
text = re.sub(r"\n", " ", text)
text = self.cleanTextSC(text)
text = re.sub(r"\s+", " ", text)
self.characters = len(text)
for i in range(len(text) - 2):
trigram = text[i:i+3]
self.num += 1
if self.trigrams.has_key(trigram):
self.trigrams[trigram] += 1
else:
self.trigrams[trigram] = 1
def calcProb(self):
"""Calculate the probabilities for each trigram."""
for x in self.trigrams.keys():
self.trigrams[x] = float(self.trigrams[x]) / float(self.num)
def eliminateFrequences(self, num):
"""Eliminates all bigrams with a frequency <= num"""
for x in self.trigrams.keys():
if self.trigrams[x] <= num:
value = self.trigrams[x]
del self.trigrams[x]
self.num -= value
def createTrigramNSC(self, text):
"""Creates bigrams without punctuation symbols."""
self.createTrigrams(self.cleanTextSC(text))
def cleanTextSC(self, text):
"""Eliminates punctuation symbols from the submitted text."""
for i in punctuation:
if i in text:
text = replace(text, i, " ")
return text
def cleanPBIG(self):
"""Eliminate tri-grams that contain punctuation marks."""
for i in self.trigrams.keys():
for a in punctuation:
if a in i:
value = self.trigrams[i]
del self.trigrams[i]
self.num -= value
break
if __name__ == "__main__":
myLid = Lid()
if len(sys.argv) > 1:
for i in sys.argv[1:]:
for y in glob.glob(os.path.normcase(i)):
try:
print "File:\t" + str(y) + "\tLanguage:\t" + myLid.checkText(open(y).read())
except IOError:
print "Cannot open file:" + str(y)
pass
else:
print "Usage:"
print "python Lid.py [filename]"


---
layout: intro
header:
overlay_color: "#5e616c"
overlay_image: /assets/images/background.png
actions:
- label: "Go Home"
url: /home/
excerpt: >
Wellcome to my technological blog.
I will post lecture notes, paper review and projects all related to
Artificial Intelligence.
---


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by Mike Pick December 04, 2013 Published in Layout & Grids, Mobile/Multidevice, Responsive Design ∙ 21 Comments


[gecode-users] Help to express a constraint
Christian Schulte
cschulte at kth.se
Sun Jun 1 19:51:42 CEST 2014
Hmm, why not just write a bunch of reified constraints? Did you try that?
You basically have an implication something like tihsfollows:
rel(*this, (status(t,m) != 3) && (status(succ(t,m)) != 3) >>
(time(succ(t,m),m)) ? 10));
I have to admit that I do not know what "increase by 10" means. I would
expect that you can express it as a constraint (that's why I write a ?
above).
Best
Christian
--
Christian Schulte, www.ict.kth.se/~cschulte/
> -----Original Message-----
> From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On
> Behalf Of Philippe
> Sent: Sunday, June 01, 2014 12:41 AM
> To: users at gecode.org
> Subject: [gecode-users] Help to express a constraint
>
> Hello all,
>
>
> I want to increase the starting time of the successor of task t in machine
m (eg.
> time(succ(t,m),m)) by 10 only if status(t,m) != 3 and
> status(succ(t,m)) != 3
>
> with status = Matrix<IntArgs>
> t = int
> m = int
> succ = Maxtrix<IntVarArray>
> time = Matrix<IntVarArray>
>
> I have dirty/wrong/long code to do this (I am shameful to show you it),
I'm
> certainly going in a wrong direction (comparing to elegant/natural code
seen in
> the examples).
> Could you help me please ?
> Thanks for your help
> Philippe
>
> note:
> I've read the tips 7.3 page 106 of gecode manual and i'm not using
scheduling
> constraint since i don't feel comfortable yet with it).
>
>
>
>
>
> _______________________________________________
> Gecode users mailing list
> users at gecode.org
> https://www.gecode.org/mailman/listinfo/gecode-users
More information about the users
mailing list


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Dashboard
My profile
saiful islam
On/Off-Boarding
My tasks
2
| Manuel Dietrich | Contract ends (31.12.2019) | ||
| Manuel Dietrich | Contract will expire on 31.12.2019 with 3 days of absence remaining |
All approvals
:companyName at a glance
Birthdays
No birthdays today
You can still celebrate your colleagues for being awesome


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object visualize.PreNodeDisplay
public class PreNodeDisplay
Class for drawing nodes and related objects for the pre-visualizer.
| Field Summary | |
|---|---|
private double |
arrowLength1_
The scaled values of the drawing. |
private double |
arrowLength2_
The scaled values of the drawing. |
private java.util.Vector<BoundaryCase> |
bCases_
The boundary cases to be displayed for boundaries. |
private double[] |
bScales_
The scaling factor of boundaries. |
private int |
coordinateSystem_
The coordinate system for drawing numerical values. |
private static int |
global_
Static variable for drawing coordinate system. |
private static int |
local_
Static variable for drawing coordinate system. |
private double |
radius_
The scaled values of the drawing. |
private double |
radius1_
The scaled values of the drawing. |
private Structure |
structure_
The structure to be drawn. |
private double |
textHeight_
The scaled values of the drawing. |
private double |
textPosition_
The scaled values of the drawing. |
private double |
tol_
Writing tolerance. |
| Constructor Summary | |
|---|---|
PreNodeDisplay(Structure structure,
double maxDistance,
double minDistance,
double[] factors)
Creates PreNodeDisplay object. |
| Method Summary | |
|---|---|
private void |
computeScaledValues(double maxDistance,
double minDistance,
double[] factors)
Computes scaled values of the drawing. |
protected void |
draw(SolidMAT owner,
boolean[] options,
double[] vizOptions,
java.util.Vector[] assigns)
Draws nodes and related objects. |
private DVec |
drawArrow(int head,
int dir,
DVec pos,
int coord,
DMat tr,
java.lang.String color)
Draws arrow. |
private void |
drawConstraints(Node node,
DVec pos)
Draws constraints for nodes. |
private void |
drawDispLoads(Node node,
DVec pos)
Draws displacement loads for nodes. |
private void |
drawInitialDisp(Node node,
DVec pos)
Draws initial diplacements for nodes. |
private void |
drawInitialVelo(Node node,
DVec pos)
Draws initial velocities for nodes. |
private void |
drawLocalAxes(DVec pos,
DMat tr)
Draws local axes of nodes. |
private void |
drawMasses(Node node,
DVec pos)
Draws masses for nodes. |
private void |
drawMechLoads(Node node,
DVec pos)
Draws mechanical loads for nodes. |
private void |
drawNode(SolidMAT owner,
Node node,
DVec pos,
double[] vizOptions,
boolean[] options,
java.util.Vector[] assigns)
Draws nodes as sphere. |
private void |
drawSprings(Node node,
DVec pos)
Draws springs for nodes. |
private void |
drawText(java.lang.String text,
DVec pos)
Draws text. |
private java.lang.String |
formatter(double number)
Formats given real number to scientific form and returns string. |
protected void |
setBoundaryCases(java.util.Vector<BoundaryCase> bCases)
Sets boundary cases for drawing boundaries. |
private void |
setColorForGroupAssigns(SolidMAT owner,
Node node,
java.util.Vector[] assigns,
inf.v3d.obj.BoundingBox box)
Sets color to node for the group-assign. |
protected void |
setCoordinateSystem(int coordinateSystem)
Sets coordinate system for drawing numerical values. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
private static final int global_
private static final int local_
private int coordinateSystem_
private Structure structure_
private double radius_
private double radius1_
private double textHeight_
private double textPosition_
private double arrowLength1_
private double arrowLength2_
private java.util.Vector<BoundaryCase> bCases_
private double[] bScales_
private double tol_
| Constructor Detail |
|---|
public PreNodeDisplay(Structure structure, double maxDistance, double minDistance, double[] factors)
structure
- The structure to be drawn.maxDistance
- The maximum distance of the structure.minDistance
- The minimum distance of the structure.| Method Detail |
|---|
protected void setCoordinateSystem(int coordinateSystem)
coordinateSystem
- The coordinate system of drawing.protected void setBoundaryCases(java.util.Vector<BoundaryCase> bCases)
bCases
- The boundary cases to be displayed for boundaries.protected void draw(SolidMAT owner, boolean[] options, double[] vizOptions, java.util.Vector[] assigns)
owner
- The owner frame of this drawing.options
- The node display options.vizOptions
- The node visualization options.assigns
- Vector storing the names and related colors of colored assigns
of elements.private void drawNode(SolidMAT owner, Node node, DVec pos, double[] vizOptions, boolean[] options, java.util.Vector[] assigns)
owner
- The owner frame of this drawing.node
- The node to be drawn.pos
- The position vector of node.vizOptions
- The visualization options for node.options
- The node display options.assigns
- Vector storing the names and related colors of colored assigns
of elements.private void setColorForGroupAssigns(SolidMAT owner, Node node, java.util.Vector[] assigns, inf.v3d.obj.BoundingBox box)
owner
- The owner frame of this drawing.node
- The node to be colored.assigns
- Vector storing the names and related colors of colored assigns
of nodes.box
- Drawing object representing the node.private void drawConstraints(Node node, DVec pos)
node
- The node to be drawn.pos
- The position vector of node.private void drawSprings(Node node, DVec pos)
node
- The node to be drawn.pos
- The position vector of node.private void drawMechLoads(Node node, DVec pos)
pos
- The position vector of node.private void drawDispLoads(Node node, DVec pos)
node
- The node to be drawn.pos
- The position vector of node.private void drawInitialDisp(Node node, DVec pos)
node
- The node to be drawn.pos
- The position vector of node.private void drawInitialVelo(Node node, DVec pos)
node
- The node to be drawn.pos
- The position vector of node.private void drawMasses(Node node, DVec pos)
node
- The node to be drawn.pos
- The position vector of node.private void drawLocalAxes(DVec pos, DMat tr)
pos
- The position vector of node.tr
- The transformation matrix of node.private void drawText(java.lang.String text, DVec pos)
text
- The string to be written.pos
- The position of text.private DVec drawArrow(int head, int dir, DVec pos, int coord, DMat tr, java.lang.String color)
head
- Number of heads.dir
- Direction.pos
- Starting position.coord
- Coordinate system.tr
- Transformation matrix.color
- Color.
private void computeScaledValues(double maxDistance, double minDistance, double[] factors)
minDistance
- The minimum distance between nodes.maxDistance
- The maximum distnace between nodes.private java.lang.String formatter(double number)
number
- The number to be formatted.
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Contains classes for the main parts of the Web application.
At the top level it contains the Main servlet and the Monitor servlet.


class: center, middle, inverse, title-slide # Week 7 - Still further into Data Viz ### Joshua Rosenberg and Alex Lishinski ### March 4, 2021 --- # Welcome! Welcome to *week 7*!  **Record the meeting** --- # Breakout rooms! Starting with whomever likes spicy food the most . . . **One question:** - What is one interesting or exciting thing you did or found out about when using R this past week? **One reflection/discussion:** - What is one take-away (large or small) that you can use in your own visualizations from the two readings from last week? * 1: https://clauswilke.com/dataviz/histograms-density-plots.html * 2: https://clauswilke.com/dataviz/visualizing-proportions.html --- ### Review of last week's class - Review of the grammar of graphics - Understanding visualizations by layers - Understanding mapping of data to geoms - Homework: counting, grouping and summarizing, recoding using a factor, and telling a story with data --- ### But first: an example  --- ### But first: an example  --- ### But first: an example  --- ### But first: an example  --- ### But first: an example  --- ### But first: an example  --- ### But first: an example  --- ### Two overarching goals of learning data viz in R * Conceptual framework of visualization + Grammar of graphics and different mappings of data onto visual elements * Details of implementation + How to build and refine plots layer by layer + Eventually: Interactive data viz with ggviz and shiny --- ### Homework highlights  --- ### Homework highlights  --- ### Homework highlights  --- ### Homework highlights  --- ### Homework highlights  --- ### This week's topics **Overview** A. Using color B. Grouping and stacking bar charts C. Faceting plots --- ### A. Using color One high-level distinction to consider: * Assigning a color to a geom * Mapping a variable (with `aes()`) a color to a geom --- ### A. Using color **Assigning a color to a geom** ```r colors() ``` ```r tidykids <- read_csv(here("data", "tidykids.csv")) tidykids %>% filter(variable == "PK12ed") %>% group_by(year) %>% summarize(mean_inf_adj_perchild = mean(inf_adj_perchild)) %>% # b/c of multiple states ggplot(aes(x = year, y = mean_inf_adj_perchild)) + geom_point(color = "darkblue") + theme(text = element_text(size = 14)) ``` --- ### A. Using color **Assigning a color to a geom**  --- ### A. Using color **Mapping a color to a geom** ```r tidykids %>% filter(variable %in% c("PK12ed", "highered", "pell")) %>% group_by(variable, year) %>% summarize(mean_inf_adj_perchild = mean(inf_adj_perchild)) %>% # b/c of multiple states ggplot(aes(x = year, y = mean_inf_adj_perchild, color = variable)) + geom_point() + theme(text = element_text(size = 14)) ``` --- ### A. Using color **Mapping a color to a geom**  --- ### A. Using color **Use a scale function to modify a scale** * `scale_color_*` * `scale_color_discrete` * `scale_color_continous` * `scale_color_brewer` * `scale_color_manual()` * `scale_fill_*` * `scale_fill_discrete` * `scale_fill_continous` * `scale_fill_brewer` * `scale_color_manual()` --- ### A. Using color **Removing the title from a scale** ```r p <- tidykids %>% filter(variable %in% c("PK12ed", "highered", "pell")) %>% group_by(variable, year) %>% summarize(mean_inf_adj_perchild = mean(inf_adj_perchild)) %>% # b/c of multiple states ggplot(aes(x = year, y = mean_inf_adj_perchild, color = variable)) + geom_point() + theme(text = element_text(size = 14)) p + scale_color_discrete("") ``` See the result on the next slide. --- ### A. Using color **Removing the title from a scale**  --- ### A. Using color **Changing the colors of a scale using a "color brewer" scale**: ```r p + scale_color_brewer() ```  --- ### A. Using color **Changing the colors of a scale using a "color brewer" scale**: The "color brewer" functions support three kinds of scales: * sequential (`type = "seq"`) for ordered data * divergent (`type = "div"`) for data with a natural midpoint and two extremes * qualitative (`type = "qual"`) for categorical/qualitative data https://colorbrewer2.org/#type=sequential&scheme=BuGn&n=3 https://www.r-graph-gallery.com/38-rcolorbrewers-palettes.html *What kind of palette would be best for our last plot?* --- ### A. Using color **Changing the colors of a scale using a "color brewer" scale**: ```r p + scale_color_brewer(type = "qual") ```  --- ### A. Using color **Changing the colors of a scale using a "color brewer" scale**: ```r p + scale_color_brewer(type = "qual", palette = 2) ```  --- ### A. Using color https://brand.utk.edu/standards/colors/ ```r p + scale_color_manual(values = c("#FF8200", "#58595B", "8D2048")) ```  --- ### B. Grouping and stacking bar charts **Removing the title from a scale** ```r p <- tidykids %>% filter(variable %in% c("PK12ed", "highered", "pell")) %>% group_by(variable, year) %>% summarize(mean_inf_adj_perchild = mean(inf_adj_perchild)) %>% # b/c of multiple states ggplot(aes(x = year, y = mean_inf_adj_perchild, color = variable)) + geom_col() + theme_minimal() + theme(text = element_text(size = 14)) p + scale_color_discrete("") ``` See the result on the next slide. --- ### B. Grouping and stacking bar charts **What might we change?** ```r tidykids %>% filter(variable == "PK12ed", state %in% c("Tennessee", "Kentucky")) %>% ggplot(aes(x = year, y = inf_adj_perchild, fill = state)) + geom_col() + theme_minimal() + theme(text = element_text(size = 14)) + scale_fill_brewer(type = "qual", palette = 7) + xlab("") + ylab("Mean Inflation-Adjusted Spending Per Child") ``` --- ### B. Grouping and stacking bar charts  --- ### B. Grouping and stacking bar charts **Using the `position = "dodge"` argument** ```r tidykids %>% filter(variable == "PK12ed", state %in% c("Tennessee", "Kentucky")) %>% ggplot(aes(x = year, y = inf_adj_perchild, fill = state)) + geom_col(position = "dodge") + theme_minimal() + theme(text = element_text(size = 14)) + scale_fill_brewer(type = "qual", palette = 7) ``` --- ### B. Grouping and stacking bar charts  --- ### B. Grouping and stacking bar charts **A use for stacking** ```r tidykids %>% filter(variable %in% c("PK12ed", "highered"), state %in% c("Tennessee")) %>% group_by(year) %>% mutate(prop_of_edu_spending = inf_adj_perchild / sum(inf_adj_perchild)) %>% ggplot(aes(x = year, y = prop_of_edu_spending, fill = variable)) + geom_col(position = "stack") + theme_minimal() + theme(text = element_text(size = 14)) + scale_fill_brewer(type = "qual", palette = 7) + xlab("") + ylab("Mean Inflation-Adjusted Spending Per Child") ``` --- ### B. Grouping and stacking bar charts **A use for stacking**  --- ### C. Faceting plots **Faceting plots with `facet_wrap()`** **States combined** ```r tidykids %>% filter(variable == "PK12ed", state %in% c("Tennessee", "Kentucky", "North Carolina", "Virginia", "Georgia", "Alabama", "Mississippi", "Arkansas", "Missouri")) %>% group_by(year) %>% summarize(mean_inf_adj_perchild = mean(inf_adj_perchild)) %>% ggplot(aes(x = year, y = mean_inf_adj_perchild)) + geom_point() + geom_line() ``` --- ### C. Faceting plots  --- ### C. Faceting plots **States faceted** ```r tidykids %>% filter(variable == "PK12ed", state %in% c("Tennessee", "Kentucky", "North Carolina", "Virginia", "Georgia", "Alabama", "Mississippi", "Arkansas", "Missouri")) %>% ggplot(aes(x = year, y = inf_adj_perchild)) + geom_point() + geom_line() + facet_wrap(~state) ``` --- ### C. Faceting plots  --- ### C. Faceting plots **Variables of spending faceted** ```r tidykids %>% filter(state == "Tennessee", variable %in% c("HeadStartPriv", "highered", "PK12ed", "pell", "edserv", "edsubs")) %>% group_by(year) %>% ggplot(aes(x = year, y = inf_adj_perchild)) + geom_point() + geom_line() + facet_wrap(~variable) ``` --- ### C. Faceting plots  --- ### Live coding Let's head over to the following file for a demonstration: `week-7-demo.R` *Why `.R` instead of `.Rmd`?* --- ### Data ethics statement * Next, you will proviide feedback on your base group member's data ethics statement * To do so, provide at least three stars (elements you liked) and three wishes (elements for which you suggest improvements) * Do so by providing comments on your base group members' Google Doc * When complete, message the person to whom you provided feedback in your base group's Slack channel --- ### Where to next with respect to data viz? - Interactive visualizations? - gganimate: https://gganimate.com/articles/gganimate.html - magick: https://cran.r-project.org/web/packages/magick/vignettes/intro.html - Shiny: https://shiny.rstudio.com - Books: - https://socviz.co/ - https://clauswilke.com/dataviz - Resources - http://rweekly.org/ - https://github.com/rfordatascience/tidytuesday; [#tidytuesday on Twitter](https://twitter.com/hashtag/tidytuesday?lang=en) ---  --- **This week** * Homework 7: Available tomorrow by noon; **Due by Thursday, 3/11** * Theming with color * Stacking and dodging * Faceting * Readings * https://r4ds.had.co.nz/graphics-for-communication.html * https://clauswilke.com/dataviz/figure-titles-captions.html * https://clauswilke.com/dataviz/color-pitfalls.html * Data ethics feedback; **Due by Thursday, 3/11** * [Final project](https://making-data-science-count.github.io/s21-intro-to-data-sci-methods-in-ed/assignments-final-projects.html) --- ### Random * Webinar on open science: https://cos-io.zoom.us/webinar/register/1216134199427/WN_OpHYNc0PQhSkOVPSB3Qaag * xaringan: https://bookdown.org/yihui/rmarkdown/xaringan.html --- ### Wrapping up In your base group's Slack channel: - What is one thing you learned today? - What is something you want to learn more about? - Share your feelings in GIF form! We really appreciate being able to see these reactions and get this feedback!


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Requestor
GitHub
Requestor
Request like a boss. 😎


The simplest way to handle a request is by writing a plain HTTP handler. It is modeled after Erlang/OTP's gen_server behaviour, although simplified, as Cowboy will simply call the three callbacks sequentially.
The first callback, init/3
, is common to all handlers, as it is used to identify the type of handler. Plain HTTP handlers just return ok
.
init(_Type, Req, _Opts) -> {ok, Req, no_state}.
This function receives the name of the transport and protocol modules used for processing the request. They can be used to quickly dismiss requests. For example the following handler will crash when accessed using TCP instead of SSL.
init({ssl, _}, Req, _Opts) -> {ok, Req, no_state}.
This function also receives the options associated with this route that you configured previously. If your handler does not use options, then it is recommended you match the value []
directly to quickly detect configuration errors.
init(_Type, Req, []) -> {ok, Req, no_state}.
You do not need to validate the options unless they are user configured. If they are, and there's a configuration error, you may choose to crash. For example, this will crash if the required lang
option is not found.
init(_Type, Req, Opts) -> {_, _Lang} = lists:keyfind(lang, 1, Opts), {ok, Req, no_state}.
If your users are unlikely to figure out the issue without explanations, then you should send a more meaningful error back to the user. Since we already replied to the user, there's no need for us to continue with the handler code, so we use the shutdown
return value to stop early.
init(_Type, Req, Opts) -> case lists:keyfind(lang, 1, Opts) of false -> {ok, Req2} = cowboy_req:reply(500, [ {<<"content-type">>, <<"text/plain">>} ], "Missing option 'lang'.", Req), {shutdown, Req2, no_state}; _ -> {ok, Req, no_state} end.
Once the options have been validated, we can use them safely. So we need to pass them onward to the rest of the handler. That's what the third element of the return tuple, the state, is for.
We recommend that you create a state record for this. The record will make your handler code clearer and will allow you to better use Dialyzer for type checking.
-record(state, { lang :: en | fr %% More fields here. }). init(_Type, Req, Opts) -> {_, Lang} = lists:keyfind(lang, 1, Opts), {ok, Req, #state{lang=Lang}}.
The second callback, handle/2
, is specific to plain HTTP handlers. It's where you, wait for it, handle the request.
A handle function that does nothing would look like this:
handle(Req, State) -> {ok, Req, State}.
There's no other return value. To obtain information about the request, or send a response, you would use the Req object here. The Req object is documented in its own chapter.
The following handle function will send a fairly original response.
handle(Req, State) -> {ok, Req2} = cowboy_req:reply(200, [ {<<"content-type">>, <<"text/plain">>} ], <<"Hello World!">>, Req), {ok, Req2, State}.
The third and last callback, terminate/3
, will most likely be empty in your handler.
terminate(_Reason, Req, State) -> ok.
This callback is strictly reserved for any required cleanup. You cannot send a response from this function. There is no other return value.
If you used the process dictionary, timers, monitors or may be receiving messages, then you can use this function to clean them up, as Cowboy might reuse the process for the next keep-alive request.
The chances of any of this happening in your handler are pretty thin however. The use of the process dictionary is discouraged in Erlang code in general. And if you need to use timers, monitors or to receive messages, you are better off with a loop handler, a different kind of handler meant specifically for this use.
This function is still available should you need it. It will always be called.


This manual documents the release 3.12 of the Objective Caml system. It is organized as follows.
Objective Caml runs on several operating systems. The parts of this manual that are specific to one operating system are presented as shown below:
Unix: This is material specific to the Unix family of operating systems, including Linux and MacOS X.
Windows: This is material specific to Microsoft Windows (2000, XP, Vista).
The Objective Caml system is copyright © 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2006, 2007, 2008 Institut National de Recherche en Informatique et en Automatique (INRIA). INRIA holds all ownership rights to the Objective Caml system.
The Objective Caml system is open source and can be freely redistributed. See the file LICENSE in the distribution for licensing information.
The present documentation is copyright © 2008 Institut National de Recherche en Informatique et en Automatique (INRIA). The Objective Caml documentation and user’s manual may be reproduced and distributed in whole or in part, subject to the following conditions:
The complete Objective Caml distribution can be accessed via the http://caml.inria.fr/Caml Web site. The http://caml.inria.fr/Caml Web site contains a lot of additional information on Objective Caml.


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Car Parts Shop is a German online shop
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of experts will be glad to assist you! You’ll quickly find the correct
replacement part for a low price in our inline shop. We look forward
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repairs and regular maintenance of your vehicle are listed in a
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PyCon UK 2022
Despite a series of unexpected events: train strake and the passing of the Queen. PyCon UK 2022 is still happening in Cardiff City Hall this year. So how was it?
Day 1
The opening was scheduled at 11 am for a late start due to concern of the train strike (which didn’t happen) so people already gather in the hallway after the registration. There are coffee, tea and Wales cakes.
@PyConUK opens with a hall track this year pic.twitter.com/taAIxm7dr1
— Cheuk Ting Ho at #PyConUK (@cheukting_ho) September 16, 2022
Then it is the opening. This year Ann is chairing the organising committee and she is explaining all the house rules and the “toilet talk” this year.
Welcome @PyConUK 2022 pic.twitter.com/5gwIWxyNbJ
— Cheuk Ting Ho at #PyConUK (@cheukting_ho) September 16, 2022
After there are exciting talks, including the talk about Python Exceptional Groups.
@IritKatriel is taking about Python exception @PyConUK pic.twitter.com/hgzn9VutIC
— Cheuk Ting Ho at #PyConUK (@cheukting_ho) September 16, 2022
And a talk about PyScript.
@nekokawaigari is taking about @pyscript_dev and building a cool app with it @PyConUK pic.twitter.com/TgEVSyNNBy
— Cheuk Ting Ho at #PyConUK (@cheukting_ho) September 16, 2022
And my talk about Hypothesis.
Having used and given talks about Python's Hypothesis library, I'm happy to learn about hypothesis.extra.ghostwriter which generates tests for you #pyconuk pic.twitter.com/tC4DlaESLg
— tomviner (@tomviner) September 16, 2022
And to top it, Daniele talks about the relationship between documentation and software.
@evildmp is talking about the DogTail model of software and documentation @PyConUK pic.twitter.com/2XBJdFfsgc
— Cheuk Ting Ho at #PyConUK (@cheukting_ho) September 16, 2022
After the conference and dinner, we socialise at our usual place. Where I had a great chat with Adam Johnson about my idea of deploying the trained model to the front end with PyScript.
Day 2
Day 2 starts with more coffee and wales cake, then by the keynote. The keynote is about the flaws computational research can have.
Day 2 keynote by Vincent Knight, proud father of 2, about why his computational research is not to be trusted @PyConUK pic.twitter.com/c5bqG9jmY7
— Cheuk Ting Ho at #PyConUK (@cheukting_ho) September 17, 2022
Then I took a break to have a walk before lunch.
After lunch, I chat with some friends and have coffee (or better, an affogato)
@PyConUK #IceCreamSprint is quite close thanks to the Brodies pic.twitter.com/IKg05FOcUO
— Cheuk Ting Ho at #PyConUK (@cheukting_ho) September 17, 2022
Before the lighting talk, there are a few more interesting talks. Talk about speeding up your computation with Numpy.
@t_redactyl talking how @numpy_team can speed up your computation @PyConUK pic.twitter.com/mO0nys42Q0
— Cheuk Ting Ho at #PyConUK (@cheukting_ho) September 17, 2022
And talk about the BBC and AWS.
@ben_nuttall is back at @PyConUK 2022 (not 1916) pic.twitter.com/b6YlRoB2Fm
— Cheuk Ting Ho at #PyConUK (@cheukting_ho) September 17, 2022
After the lighting talk, I had to have a quick Ramen and then regroup at Tiny Rebels. Got a chance to talk to the organisers and it feels like homecoming at PyCon UK
Day 3
Day 3 starts with a PyCon UK AGM, chaired by Owen. Then we are more talks in the morning, including Ian’s talk. Unfortunately, there were technical issues so it was changed to a lighting talk.
Ian Thomas is talking about UK census data @PyConUK pic.twitter.com/uUtXtYcu79
— Cheuk Ting Ho at #PyConUK (@cheukting_ho) September 18, 2022
I was so glad that I was able to attend Daniele’s workshop about the Diátaxis framework (it’s a documentation framework and no you cannot install it). The first time I know about it was back in 2019 and since then it has evolved and I have learnt more this time in the workshop.
So glad to be able to join @Canonical’s @evildmp’s workshop on Diátaxis framework. @PyConUK Something I always want to learn pic.twitter.com/yDgZanlTEI
— Cheuk Ting Ho at #PyConUK (@cheukting_ho) September 18, 2022
The last day is only a half day and I am so glad that I can get home early and get some rest.
#PyConUK delegates, enjoy your evening in beautiful Cardiff pic.twitter.com/lbbRSy02bV
— PyCon UK (@PyConUK) September 16, 2022


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Scandio.noConflict = function() {
Tries to resolve version conflicts by restoring the previously loaded version globally
Scandio.noConflict = function() {
Retore the previousScandio
root.Scandio = previousScandio;
Return yerself to continue
return this;
};
Support for AMD/RequireJS If define function deefined and its amd
if (typeof define === 'function' && define.amd) {
Define Scandio
define('Scandio', function() {
and return the library
return Scandio;
});
}
}(this, jQuery, window, document, undefined));


The multi-valued suggest box is an autocompleter that allows for multiple values and browsing. It uses REST to retrieve suggestions from the server. The full process is documented in Creating a Multi-Valued Auto-Complete Field Using GWT SuggestBox and REST. You can extend it to have suggestions display any information you want, as we have done here.
Try typing blue, mac, or * to search for crayon colors.


WITNESS LIST Transportation & Homeland Security Committee May 18, 2005 - 8:00A HB 1044 FOR: Sylvia, Jimmy County Judge (Chambers County), Anahuac, TX Registering, but not testifying: For: Iupe, Charles President (Cedar Crossing Ind. Park), Houston, TX On: Saenz, Amadeo Asst. Exec. Dir. of Engineering Operations (Texas Department of Transportation), Austin, TX HB 1107 Registering, but not testifying: On: Saenz, Amadeo Asst. Exec. Dir. of Engineering Operations (Texas Department of Transportation), Austin, TX HB 1244 Registering, but not testifying: On: Craig, Mike Vehicle, Title and Registration Deputy Director (Texas Department of Transportation), Austin, TX HB 1480 Registering, but not testifying: On: Craig, Mike Vehicle, Title & Registration Deputy Director (Texas Department of Transportation), Austin, TX HB 1596 Registering, but not testifying: For: Zacharias, Larry Chief of Police (Texas Police Chiefs Assoc.), Richardson, TX On: Craig, Mike Vehicle, Title & Registration Deputy Director (Texas Department of Transportation), Austin, TX HB 1672 FOR: Sisk, Cathy Division Chief (Harris County), Houston, TX Vasquez, Michael Program Manager (Texas Conference of Urban Counties), Austin, TX HB 1986 ON: Emery, Charles Chair of BD (Denton County Transportation Auth.), Lewisville, TX Registering, but not testifying: On: Jackson, Bob Deputy General Counsel (Texas Department of Transportation), Austin, TX HB 2134 Registering, but not testifying: On: Bass, James Chief Financial Officer (Texas Department of Transportation), Austin, TX HB 2137 ON: Bass, James Chief Financial Officer (Texas Department of Transportation), Austin, TX Simmons, Steve Deputy Executive Director (Texas Department of Transportation), Austin, TX HB 2257 Registering, but not testifying: On: Lopez, Carlos Director, Traffic Operations (Texas Department of Transportation), Austin, TX HB 2337 AGAINST: Bonewald, Silona I. Ms. (ACLU), Austin, TX Henson, Scott Legislative committee member (American Civil Liberties Union of Texas), Austin, TX Registering, but not testifying: For: Jones, James Captain (Houston Police Department), Houston, TX Kroll, John (AXALTO, Inc.), Austin, TX Watson, Rick A. Lieutenant (Dallas Police Dept.), Dallas, TX Zacharias, Larry Chief of Police (Texas Police Chiefs Assoc.), Richardson, TX HB 2348 Registering, but not testifying: For: Arterburn, David Asst. Leg. Director (United Transportation Union), Amarillo, TX English, Jr., Connie State Legislative Director (United Transportation Union), Austin, TX On: Saenz, Amadeo Asst. Exec. Dir. of Engineering Operation (Texas Department of Transportation), Austin, TX HB 2650 Registering, but not testifying: On: Bass, James Chief Financial Officer (Texas Department of Transportation), Austin, TX HB 2656 ON: Fulton, Dave Aviation Division Director (Texas Department of Transportation), Austin, TX Lesikar, Shelly SW Regional Representative (Aircraft Owners & Pilots Association (AOPA)), Houston, TX HB 2799 FOR: Gonzales, Patricia Community Activist (Community Activist, President of LULAC Council #4807), Pasadena, TX O' Ryan, Anne Legislative and Community Affairs (AAA Texas), Austin, TX Poole, Suzanne President (Houston Professional Towing Association / Citizens Against SafeClear), Missouri City, TX Rash, Jeanette Leg. Chairperson (Texas Towing and Storage Association), Houston, TX Yerena, Gracie Owner (Gracie's Wrecker Service), Houston, TX AGAINST: Breshears, Joe Director (City of Houston-Office of Mobility), Houston, TX ON: Barnard, Joe Motor Carrier Compliance Manager (Texas Department of Transportation), Austin, TX Registering, but not testifying: For: Basoudounes, Hiatham Board Member (Houston Professional Towing Association), Missouri City, TX Brand, Brian Member (Houston Professional Towing Association), Missouri City, TX Cunningham, Erroll Board Member (Houston Professional Towing Association), Missouri City, TX Embrey, Mark Member (Houston Professional Towing Assoc.), Houston, TX Flukinger, Donna Member (HPTA), LaPorte, TX Flukinger, Ernest Member (HPTA), Houston, TX Flukinger, Randall Member (HPTA), Houston, TX Franklin, Anthony J. Member (Houston Professional Towing Assoc.), Houston, TX Gonzalez, Jesus Member (Houston Prof. Towing Assc.), Houston, TX Hake, David Member (Houston Professional Towing Assoc.), Missouri City, TX Holman, Henry Member (Houston Professional Towing Association), Missouri City, TX Holt, Jesse Member (Houston Prof. Towing Assc.), Houston, TX Mannel, Terry Member (HPTA), Houston, TX Moreno, Pete Member (HPTA), Houston, TX O'Bryant, Antoine Member (Hou. Pro. Towing Assoc.), Houston, TX Pradia, Keith Member (Houston Pro.Towing Assoc.), Houston, TX Salinas, Homer Vic. Pres (Houston Professional Towing Assoc.), Houston, TX Salinas, Joel Member (Hou. Pro. Towing Assoc.), Houston, TX Salinas, Justo Member (HPTA), Houston, TX Salinas Jr., Jesus Member (Houston Professional Towing Assoc.), Houston, TX Sandstrom, Mark G. Treasurer (Houston Professional Towing Assoc.), Missouri City, TX Sheaman, Rickey (Owner and Driver), Spring, TX Smith, Steve President (Self), Dallas, TX Telford, Brian Keith Member (Houston Profesional Assoc.), Houston, TX Wilson, Billy Board Member (Houston Professional Towing Association), Missouri City, TX HB 2894 FOR: Bruner, Gary (Power Industries), Austin, TX Hoosen, Greg Attorney (Personalized Plates-Texas), Austin, TX ON: Craig, Mike Vehicle, Title & Registration Deputy Director (Texas Department of Transportation), Austin, TX


register_plugins.Rd
Function registers a new gating or preprocessing method with openCyto so that it may be used in the csv template.
register_plugins(fun = NA, methodName, dep = NA, ...)
| fun |
|
|---|---|
| methodName |
|
| dep |
|
| ... | other arguments
type |
logical
TRUE if successful and prints a message. FALSE otherwise.
The fun
argument should be a wrapper function definition for the gating or preprocessing method.
Gating method must have formal arguments:
fr a flowFrame
pp_res a pre-processing result
xChannel character
(optional)
yChannel character
(required)
filterId character
... ellipses for the additional parameters.
Preprocessing method must have formal arguments:
fs a flowSet
that stores the flow data (could be subgrouped data if groupBy
column is defined in the csv template
gs a GatingSet
gm a gtMethod
object that stores the information from gating method
xChannel character
(required)
yChannel character
(required)
... ellipses for the additional parameters.
The gating function must return a filter (i.e. polygonGate or other instance) from flowCore. The preprocessing can return anything and it will be passed on to the gating function. So it is up to gating function to use and interpret the results of preprocessing. Not all formal parameters need to be used. Additional arguments are passed via the ... and can be processed in the wrapper


(Route : Settings Menu, Customise Command)
This tab page allows you to set the keyboard shortcuts that Ameol uses.
This is a Hot Spot image. Move your mouse pointer over the image
and when the mouse pointer changes to the shape of a hand click
the left mouse button once for extra help.


Select world Around 1.
Suppose we wanted to count the number of steps taken by Reeborg to reach the wall on the right from its starting position. One way to do this is to use a variable which I will name number_of_steps and give it an initial value of 0. Then, each time that Reeborg takes a step, I will add 1 to the previous value of number_of_steps.
Simple enough?
Before I write a Python program to do just that, let’s do an experiment.
Try this!
Run the following program:
n = 1
n = n + 3
print(n)
What did you see? Then, try running the following:
a = a + 3
print(a)
Very different result, isn’t it?
In computer programming, the action of changing the value of a variable so that it increases is called incrementing a variable. When the variable decreases, we use the verb decrement instead.
Remember when we saw variables and the assignment operator =. A variable is a name given to an object so that we can refer to it using that name. The basic form is:
variable = object
One example we gave before was:
length = 4
width = 6
area = length * width # area of a rectangle
print(area) # will output 24
To figure out what object area refers to, Python needs to replace the variables length and width by the object they refer to:
area = 4 * 6
However, 4 * 6 is still not an object: it is the product of two objects. So Python needs to do some more work and get:
area = 24
Now, we truly have an equation with a name (variable) on the left-hand side of the assignment operator =, and an object (24) on the right hand-side. Let’s go back to the previous example:
n = 1
n = n + 3
Having the same variable name n appearing on both sides of the assignment operator does not change the logic: first we find out which single object is meant on the right-hand side, and only then do we assign a name to it. Thus, the line of code:
n = 1
instructs Python that whenever we write n we mean it to be thought of as 1. The next line of code is:
n = n + 3
This is clearly not a standard mathematical operation! Remember, we just saw that the assignment operator tells Python to assign a new name to an object. Here, the object is obtained via:
n + 3
We’ve already instructed Python that we want n to refer to 1. Thus n + 3 should be thought of as 1 + 3. Python knows how to add integers, and it can replace this sum of two integers by a single one: 4. Thus, n + 3 refers to the object 4, and the line of code:
n = n + 3
really means:
n = 4
And this line can be thought of as telling Python whatever n meant before, forget about it, and think of it as meaning 4 from now on.
What about a = a + 3? Python first looks at the right hand side a + 3, finds a variable a which has not been assigned to any object before, so it doesn’t know what to do with it, and lets us know by giving an error message.
Counting steps
It is time to have Reeborg count the number of steps needed to reach the wall in front of him in world Around 1. Do this with the following program:
number_of_steps = 0
while front_is_clear():
number_of_steps = number_of_steps + 1
move()
print(number_of_steps)
Your turn
Have Reeborg go all the way once around world Around 1. Along the way, Reeborg should could the number of steps and the number of left turns, printing both of these values at the end. Important Do this without defining your own functions.
In Python programs, we often need to do something like:
number_of_steps = number_of_steps + 1
or:
pizza_slices = pizza_slices - 2
Not only this is long to write, but it also does not respect Rule # 3: Do not repeat yourself, since we have the same variable name written twice on the same line. There is a shorter way to write such lines of code which avoid repetitions, using what are known as augmented assignment operators.
We can rewrite the above lines of code as:
number_of_steps += 1
pizza_slices -= 2
For each mathematical operator, +, -, /, //, *, **, there is a corresponding augmented assignment operator +=, -=, /=, //=, *=, **=.
Important
When using augmented assignment operators, do not leave a space between the different symbols. Thus, write += and not + =.
Your turn
Have Reeborg go all the way once around world Around 1. Along the way, Reeborg should could the number of steps and the number of left turns, printing both of these values at the end. This time, use augmented assignment operators.
At the end of the previous lesson, you were left with a task for Reeborg that couldn’t be done because you couldn’t use carries_object(). While you now know how to keep track of the number of leaves picked up by Reeborg, there are two more programming concepts we must learn so that Reeborg can accomplish his task. We will do this in the following two sections.


I've always been curious and eager to learn. I studied science because I enjoyed exploring the complex structure of life, and I studied cooking because I wanted to know the techniques to make my favourite foods, but there was always something missing. The thing I enjoy most with development is that there's always something new to learn and you see the solid result of your work in front of you. For me, full stack is where my true interests lie as it fulfils that curiosity in me to see the whole process in the work. My ideal environment would be a close-knit team in which I would be able to see the organism that is code in full motion.
This was my first real attempt at a JavaScript project. I used jQuery to manipulate the DOM and vanilla JS to make the internal sequence logic. Using CSS, I created a bomb case with a transition to an explosion on when the timer runs out.
Check it outMy second project was to show that I could make an app with Mongoose, Express and Node using JWT authentication. What I did with my app was create a Google Map that would show where I have been over the last 3 years. I used a file upload module called Multer which I used along with the JSON data that was obtained using Google’s Takeout service for the location data on my phone. Finally I used that JSON data to place markers where I had been and used HTML5 geolocation show my current location.
Check it outThe main concept of this project was to create an app that would allow people to create anonymous feed to a organisation or group.This was a full MEAN stack app with Chart.js and JWT token authentication with a ui-state based view system. My main responsibilities to this project were to implement JWT authentication, an anonymised name factory for idea authors and several CSS features.
Check it outFor my final project, I used a Ruby on Rails backend with SQL and an Angular with Chart.js front-end to create an easy to view representation of the user’s diabetic health. A main focus on this project's styling was to allow for mobile responsiveness.
Check it out


{% extends "email/email-layout.html" %} {% block subject %} Your immigration and asylum appeal: Questions from the Tribunal {% endblock %} {% block from %} Immigration and asylum tribunal<EMAIL_ADDRESS>{% endblock %} {% block content %}
A Tribunal case worker has looked at the information you gave us about why you're appealing the Home Office decision.
The case worker needs to ask you some more questions about your appeal.
You now need to go to your appeal to answer the case worker's questions.
Sign in to your account to do this:
https://www.appeal-immigration-asylum-decision.service.gov.uk/
You have until {{ appealData.respondByDate }} to do this.
{% endblock %}


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A pleasant writing environment
A system that can be configured and deployed in minutes
Customization that is limited only by your imagination.
Does all this sound too good to be true? Don't believe what I say? See it in action for yourself. Or Read the docs to get a better understanding of how specter works.


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[gecode-users] Interacting with FlatZincSpaces, or: Gecode/JS bindings
Sebastian Kosch
sebastian.kosch at mail.utoronto.ca
Sat Apr 11 03:56:12 CEST 2015
Thanks Guido, that's helpful!
Before I get started on c) then -- to start, I would probably just drop
in mzn2fzn.cpp + friends, turn its output into a FlatZincSpace and run
it -- I have two more questions:
> a) There are a few options here. You can change the parser to also export its symbol table, which you can use to look up variables in the FlatzincSpace by their name.
That sounds really convenient, but I'm afraid I'll need a bit more
hand-holding. As far as I can see, my named variable arrays in Minizinc
turn into dozens of X_INTRODUCED_### variables in Flatzinc. How do I
keep track of them?
> I also have some ideas on making Gecode much more compact (by removing much of the template instantiation), I think that should help make the generated Javascript more manageable.
That's an interesting and promising idea. Is this on your short-term
agenda? If not, and if I decide to look into it myself, where would be
the best place to start (in terms of refactoring effort/bloat reduction
ratio)?
> b) The serialisation interface was part of Gecode 2 but we removed it in Gecode 3 (I think), mainly because it was an incredibly invasive part of the code (IIRC it made up about 30% of the overall Gecode code base!).
Ah, I see.
Thanks again!
Seb
>
>> On 11 Apr 2015, at 12:03 am, Sebastian Kosch <sebastian.kosch at mail.utoronto.ca> wrote:
>>
>> Hi,
>>
>> I am playing with the idea of building a simple browser interface to
>> Gecode. I have tweaked the source so that it compiles to a asm.js blob
>> via emscripten -- notwithstanding the dozens of obvious reasons why
>> doing this is a dumb idea, I can now solve Flatzinc models in the
>> browser, and that's pretty cool.
>>
>> I would like to do more than just input a Flatzinc string, of course,
>> and build something closer to Gist maybe. So I would like to either
>>
>> a) write wrapper functions in C++ to interact with the Flatzinc model
>> after it's been read in. This code would go into the JS blob and allow
>> me to interact with the space from the browser (e.g. add/remove
>> variables and constraints, change options, restart searches etc.) -- or:
>>
>> b) have an easier way of passing Javascript objects directly to Gecode
>> to manipulate the space.
>>
>> (a potential option c) might be to integrate the Minizinc parser into
>> the JS blob, and to create a "proper" space in Gecode directly from
>> Minizinc instead of compiling to Flatzinc first, and then use a) ... but I'd rather not.)
>>
>> In terms of a), what are my options beyond finding out which of the
>> variables are part of the optimization? Can I access Flatzinc
>> annotations on variables somehow? Is there a way to predict which
>> objects in the space correspond to which of the parts in the "original"
>> Minizinc model?
>>
>> In terms of b), it appears that this was planned at some point (see
>> https://github.com/mattetti/Gecoder/blob/0352cf3b879d2f6764a4da6efe3fb2b1ff1b819c/vendor/gecode/win32/include/gecode/serialization.hh),
>> but then dropped. Could I investigate this further, or did you come up
>> against hard reasons why that's not an option at all?
>>
>> I hope all of this doesn't sound too crazy or convoluted. I'm looking
>> forward to your thoughts!
>>
>> Sebastian
>>
>>
>>
>> _______________________________________________
>> Gecode users mailing list
>> users at gecode.org
>> https://www.gecode.org/mailman/listinfo/gecode-users
>
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