Hopefully Rust Won't Be Bust When It Launches on PS4 Next Year
Popular PC survival time making the jump
by Sammy BarkerOnline survival games don’t have the best track record when it comes to competent console conversions, but let’s hope that Rust bucks this sorry trend. Due out on the PlayStation 4 next year after becoming something of a phenomenon on PC, the release will see you attempting to stay alive in a world where “everything wants you dead”.
“Conquer thirst and hunger, battle the elements, create clothing, and stay safe against hostile forces including other players, scientists, bears, wolves, or even succumb to fire, drowning, or radiation poisoning,” the press release reads. “A game without rules, Rust doesn’t tell its inhabitants what to do.”
The origins of this title date all the way back to 2013, when it first launched in Early Access on Steam. It’s since attracted over eight million players to its servers, with the PS4 release likely to significantly increase those numbers next year. Double Eleven’s been roped in on development duties, with original developer Facepunch also involved.
[via youtube.com]


Media¶
-
class
batoid.
Medium
[source]¶ The
Medium
class is used to model a refractive medium.Media have essentially one function: to return their refractive index given a wavelength.
-
class
batoid.
ConstMedium
(n)[source]¶ Bases:
batoid.medium.Medium
A
Medium
with wavelength-independent refractive index.- Parameters
n (float) – The refractive index.
-
class
batoid.
TableMedium
(table)[source]¶ Bases:
batoid.medium.Medium
A
Medium
with refractive index defined via a lookup table.- Parameters
table (
batoid.Table
) – Lookup table for refractive index.
-
class
batoid.
SellmeierMedium
(B1, B2, B3, C1, C2, C3)[source]¶ Bases:
batoid.medium.Medium
A
Medium
with Sellmeier dispersion formula.The Sellmeier formula is
\[n = \sqrt{1 + \sum_{i=1}^3 \frac{B_i \lambda^2}{\lambda^2 - C_i}}\]where \(\lambda\) is the vacuum wavelength in microns.
- Parameters
B1, B2, B3, C1, C2, C3 (float) – Sellmeier coefficients.
-
property
coefs
¶ The Sellmeier dispersion formula coefficients [B1, B2, B3, C1, C2, C3].
- Type
array of float, shape (6,)
-
class
batoid.
SumitaMedium
(A0, A1, A2, A3, A4, A5)[source]¶ Bases:
batoid.medium.Medium
A
Medium
with Sumita dispersion formula.The Sumita formula is
\[n = \sqrt{A_0 + A_1 \lambda^2 + \sum_{i=2}^5 A_i \lambda^{-2 (i-1)}}\]where \(\lambda\) is the vacuum wavelength in microns.
- Parameters
A0, A1, A2, A3, A4, A5 (float) – Sumita coefficients.
-
property
coefs
¶ The Sumita dispersion formula coefficients [A0, A1, A2, A3, A4, A5].
- Type
array of float, shape (6,)
-
class
batoid.
Air
(pressure=69.328, temperature=293.15, h2o_pressure=1.067)[source]¶ Bases:
batoid.medium.Medium
A
Medium
for air.- Parameters
pressure (float, optional) – Atmospheric pressure in kiloPascals. [default: 69.328]
temperature (float, optional) – Temperature in Kelvin. [default: 293.15]
h2o_pressure (float, optional) – Water vapor pressure in kiloPascals. [default: 1.067]
Notes
Uses the formulae given in Filippenko (1982), which appear to come from Edlen (1953), and Coleman, Bozman, and Meggers (1960). The default values for temperature, pressure and water vapor pressure are expected to be appropriate for LSST at Cerro Pachon, Chile, but they are broadly reasonable for most observatories.


Mechanical Joints¶
Spherical Joint¶
-
class
uraeus.smbd.symbolic.components.joints.
spherical
(name, body_i=None, body_j=None)[source]¶ The spherical joint prevents the relative translational movement between the two connected bodies at a given common location, where the two bodies are free to rotate relative to each-other in all directions.
The joint definition requires one defintion point and one defintion axis.
- Parameters
name (str) – Name of the joint instance. Should mimic a valid python variable name.
body_i (body) – The 1st body isntance. Should be an instance of the body class.
body_j (body) – The 2nd body isntance. Should be an instance of the body class.
Revolute Joint¶
-
class
uraeus.smbd.symbolic.components.joints.
revolute
(name, body_i=None, body_j=None)[source]¶ The revolute joint allows only one rotation freedome between the connected bodies around a common axis, thus it fully prevents the relative translation between the bodies at the joint definition location, as well as any rotation other-than around the joint definition axis.
The joint definition requires one defintion point and one defintion axis.
- Parameters
name (str) – Name of the joint instance. Should mimic a valid python variable name.
body_i (body) – The 1st body isntance. Should be an instance of the body class.
body_j (body) – The 2nd body isntance. Should be an instance of the body class.
Cylinderical Joint¶
-
class
uraeus.smbd.symbolic.components.joints.
cylinderical
(name, body_i=None, body_j=None)[source]¶ The cylinderical joint allows only one relative rotation freedome and one relative translation freedome between the connected bodies along a common axis, thus it prevents any relative translation and rotation along any other direction, other-than around the joint definition axis.
The joint definition requires one defintion point and one defintion axis.
- Parameters
name (str) – Name of the joint instance. Should mimic a valid python variable name.
body_i (body) – The 1st body isntance. Should be an instance of the body class.
body_j (body) – The 2nd body isntance. Should be an instance of the body class.
Fixed Joint¶
-
class
uraeus.smbd.symbolic.components.joints.
fixed
(name, body_i=None, body_j=None)[source]¶ A joint that constraints two bodies to be fixed relative to each-other, by imposing six algebraic constraints equations to deminish the relative six degrees-of-freedom between the constrained bodies.
The joint definition requires one defintion point and one defintion axis.
- Parameters
name (str) – Name of the joint instance. Should mimic a valid python variable name.
body_i (body) – The 1st body isntance. Should be an instance of the body class.
body_j (body) – The 2nd body isntance. Should be an instance of the body class.
Fixed Orientation Joint¶
-
class
uraeus.smbd.symbolic.components.joints.
fixed_orientation
(name, body_i=None, body_j=None)[source]¶ A joint that constraints two bodies to have fixed relative orientation w.r.t each-other, by imposing three algebraic constraints equations to deminish the relative three relative orientation degrees-of-freedom between the constrained bodies.
The joint definition requires only one defintion axis.
- Parameters
name (str) – Name of the joint instance. Should mimic a valid python variable name.
body_i (body) – The 1st body isntance. Should be an instance of the body class.
body_j (body) – The 2nd body isntance. Should be an instance of the body class.
Translational Joint¶
-
class
uraeus.smbd.symbolic.components.joints.
translational
(name, body_i=None, body_j=None)[source]¶ The translational joint allows only one relative translation freedome between the connected bodies along a common axis, thus it prevents all relative rotations between the connected bodies, and any relative translation along any other direction, other-than around the joint definition axis.
The joint definition requires one defintion point and one defintion axis.
- Parameters
name (str) – Name of the joint instance. Should mimic a valid python variable name.
body_i (body) – The 1st body isntance. Should be an instance of the body class.
body_j (body) – The 2nd body isntance. Should be an instance of the body class.
Universal Joint¶
-
class
uraeus.smbd.symbolic.components.joints.
universal
(name, body_i=None, body_j=None)[source]¶ The universal joint prevents the relative translational movements between the connected bodies just like the spherical joint, but it also prevents the relative rotation/spin too, so, the connected body pair is only allowed to rotate around two common axes.
The joint definition requires one defintion point and two defintion axis.
- Parameters
name (str) – Name of the joint instance. Should mimic a valid python variable name.
body_i (body) – The 1st body isntance. Should be an instance of the body class.
body_j (body) – The 2nd body isntance. Should be an instance of the body class.


There are many approaches you can take when making a remix. To some, it’s the art of tweaking the existing composition, possibly extending the work for the dancefloor; to others it’s wiping the slate clean, composing something entirely new with a unique stamp pressed onto a few original features. Both can work wonders, but more often than not, artists are treading a careful balance between these approaches to find that magical middle ground.
When Switzerland’s answer to Tame Impala, Bumblebees, approached us about remixing a track from their fantastic debut album, Dancing Dots in the Dark we were utterly transfixed by the opener, Above the Ocean. It’s genuinely one of the best contemporary indie-psych tracks we’ve heard – mesmerizingly brilliant and the kind of song you wish you’d written yourself.
It’s been a goal of ours since we started out to find a way for dream pop to make its way onto the dancefloor and Above the Ocean felt like the opportune moment to prospect this synthesis, so we carefully introduced a limited selection of parts from the original track – a rush of reverse guitars and Bumblebees’ angelic vocals and set these to our own melancholy template: enveloping Rhodes chord progressions and crisp drums to create a fitting soundtrack to our imaginary sun-soaked slow disco.


Celebrate U Port Washington hosts, organizes, and manages birthday parties for disadvantaged children, children who reside or are temporarily in shelters, and children who are infirmed, disabled or can’t afford to celebrate their birthday in a fun joyous and educational way. These parties build self-esteem and give hope. Co-founded by Eli Ross and Sylivia Ades.


Self-archiving and psychology journals
Last year we did an analysis, here at the JEPS Bulletin, trying to find out how many of the most reputable journals in psychology are open access. The conclusion was, to say the least, defeating. But as...
[Read More]


Before Change
weight_expanded = weight_expanded.narrow(2, self.padding_l, T)
// normalize the weight over valid positions like self-attention
weight_expanded = F.softmax(weight_expanded, dim=2)
weight_expanded = F.dropout(weight_expanded, self.weight_dropout, training=self.training, inplace=False)
else:
P = self.padding_l
// For efficieny, we cut the kernel size and reduce the padding when the kernel is larger than the length
if K > T and P == K-1:
After Change
output = output.view(T, B, C)
return output
def _forward_expanded(self, x, incremental_stat, query):
"""Turn the convolution filters into band matrices and do matrix multiplication.
This is faster when the sequence is short, but less memory efficient.
This is not used in the decoder during inference.
"""
T, B, C = x.size()
K, H = self.kernel_size, self.num_heads
R = C // H
assert R * H == C == self.input_size
weight = self.weight_linear(query).view(T*B*H, -1)
if not self.renorm_padding:
if self.weight_softmax:
weight = F.softmax(weight, dim=1)
weight = self.weight_dropout_module(weight, inplace=False)
weight = weight.narrow(1, 0, K).contiguous()
weight = weight.view(T, B*H, K).transpose(0, 1)
x = x.view(T, B*H, R).transpose(0, 1)


|
XLabs
Cross-platform reusable C# libraries
|
Class SelectCell. More...
Public Member Functions | |
| SelectCell (Func< INavigation > navigation) | |
| Initializes a new instance of the SelectCell class. More... | |
| Public Member Functions inherited from XLabs.Forms.Controls.ExtendedTextCell | |
| ExtendedTextCell () | |
| Initializes a new instance of the ExtendedTextCell class. More... | |
Static Public Attributes | |
| static readonly BindableProperty | ItemsProperty = BindableProperty.Create<SelectCell, List<string>>(p => p.Items, default(List<string>)) |
| The items property More... | |
| static readonly BindableProperty | SelectedItemProperty = BindableProperty.Create<SelectCell, string>(p => p.SelectedItem, default(string)) |
| The selected item property More... | |
| Static Public Attributes inherited from XLabs.Forms.Controls.ExtendedTextCell | |
| static readonly BindableProperty | DetailLocationProperty = BindableProperty.Create<ExtendedTextCell, TextCellDetailLocation> (p => p.DetailLocation, default(TextCellDetailLocation)) |
| The detail location property More... | |
| static readonly BindableProperty | FontSizeProperty |
| The font size property More... | |
| static readonly BindableProperty | FontNameAndroidProperty |
| The font name android property More... | |
| static readonly BindableProperty | FontNameIosProperty |
| The font name ios property More... | |
| static readonly BindableProperty | FontNameWpProperty |
| The font name wp property More... | |
| static readonly BindableProperty | FontNameProperty |
| The font name property More... | |
| static readonly BindableProperty | BackgroundColorProperty |
| The background color property More... | |
| static readonly BindableProperty | SeparatorColorProperty |
| The separator color property More... | |
| static readonly BindableProperty | SeparatorPaddingProperty |
| The separator padding property More... | |
| static readonly BindableProperty | ShowSeparatorProperty |
| The show separator property More... | |
| static readonly BindableProperty | ShowDisclousureProperty |
| The show disclousure property More... | |
| static readonly BindableProperty | DisclousureImageProperty |
| The disclousure image property More... | |
Protected Member Functions | |
| virtual ContentPage | CreatePage () |
| Creates the page. More... | |
Properties | |
| List< string > | Items [get, set] |
| Gets or sets the items. More... | |
| string | SelectedItem [get, set] |
| Gets or sets the selected item. More... | |
| Func< INavigation > | Navigation [get, set] |
| Gets or sets the navigation. More... | |
| Properties inherited from XLabs.Forms.Controls.ExtendedTextCell | |
| TextCellDetailLocation | DetailLocation [get, set] |
| Gets or sets the detail location. More... | |
| double | FontSize [get, set] |
| Gets or sets the size of the font. More... | |
| string | FontNameAndroid [get, set] |
| Gets or sets the font name android. More... | |
| string | FontNameIos [get, set] |
| Gets or sets the font name ios. More... | |
| string | FontNameWp [get, set] |
| Gets or sets the font name wp. More... | |
| string | FontName [get, set] |
| Gets or sets the name of the font. More... | |
| Color | BackgroundColor [get, set] |
| Gets or sets the color of the background. More... | |
| Color | SeparatorColor [get, set] |
| Gets or sets the color of the separator. More... | |
| Thickness | SeparatorPadding [get, set] |
| Gets or sets the separator padding. More... | |
| bool | ShowSeparator [get, set] |
| Gets or sets a value indicating whether [show separator]. More... | |
| bool | ShowDisclousure [get, set] |
| Gets or sets a value indicating whether [show disclousure]. More... | |
| string | DisclousureImage [get, set] |
| Gets or sets the disclousure image. More... | |
Events | |
| Action | SelectedItemChanged |
| Occurs when [selected item changed]. More... | |
Class SelectCell.
| XLabs.Forms.Controls.SelectCell.SelectCell | ( | Func< INavigation > | navigation | ) |
Initializes a new instance of the SelectCell class.
| navigation | The navigation. |
|
protectedvirtual |
Creates the page.
|
static |
The items property
|
static |
The selected item property
|
getset |
Gets or sets the items.
The items.
|
getset |
Gets or sets the navigation.
The navigation.
|
getset |
Gets or sets the selected item.
The selected item.
| Action XLabs.Forms.Controls.SelectCell.SelectedItemChanged |
Occurs when [selected item changed].


I would greatly recomend Trackdrills to anyone looking to improve themselves. They have lots of really cool and amazing features that would motivate you to want to workout always 🏋🏾♀.
Trackdrills helped me get in shape in one month and helped me get the girl of my dreams. I would totally recommend 100% 🚀🚀.
I have been using Trackdrills for over a year now, and I would say the motivation emails and alerts have helped me stay on track with working out.


Before Change
logging.info("Posting {} to PyPI".format(path))
pypi_credentials = get_secret()
cmd = "python3 -m twine upload --username {} --password {} {}".format(
pypi_credentials["username"],
pypi_credentials["password"],
path)
// The PyPI credentials for DEV has username set to "skipPublish"
// This way we do not attempt to publish the PyPI package
// Just print a helpful message
After Change
pypi_credentials = get_secret()
cmd = "python3 -m twine upload {}".format(path)
version = os.path.basename(path).split("-")[1]
// The PyPI credentials for DEV has username set to "skipPublish"
// This way we do not attempt to publish the PyPI package
// Just print a helpful message


|
MINT
Mimetic INTerpolation on the sphere
|
#include "mntLIBRARY_API.h"
#include <limits>
#include <vector>
#include <map>
#include <string>
#include <vtkUnstructuredGrid.h>
#include <mntGlobal.h>
#include <vmtCellLocator.h>
#include <mntGrid.h>
#include <mntQuadEdgeIter.h>
#include <mntNcAttributes.h>
#include <mntNcFieldRead.h>
#include <mntNcFieldWrite.h>
#include <mntMultiArrayIter.h>
Go to the source code of this file.
Classes | |
| struct | RegridEdges_t |
| Edge-centred field regridding. More... | |
Macros | |
| #define | MNT_REGRID_EDGES |
Functions | |
| LIBRARY_API int | mnt_regridedges_new (RegridEdges_t **self) |
| Constructs a regridding object for edge centred fields. More... | |
| LIBRARY_API int | mnt_regridedges_del (RegridEdges_t **self) |
| Destructor. More... | |
| LIBRARY_API int | mnt_regridedges_setSrcGrid (RegridEdges_t **self, Grid_t *grid) |
| Set the source grid. More... | |
| LIBRARY_API int | mnt_regridedges_setDstGrid (RegridEdges_t **self, Grid_t *grid) |
| Set the destination grid. More... | |
| LIBRARY_API int | mnt_regridedges_setSrcGridFlags (RegridEdges_t **self, int fixLonAcrossDateline, int averageLonAtPole) |
| Set the source grid flags. More... | |
| LIBRARY_API int | mnt_regridedges_setDstGridFlags (RegridEdges_t **self, int fixLonAcrossDateline, int averageLonAtPole) |
| Set the destination grid flags. More... | |
| LIBRARY_API int | mnt_regridedges_dumpSrcGridVtk (RegridEdges_t **self, const char *fort_filename, int nFilenameLength) |
| Dump the source grid to a VTK file. More... | |
| LIBRARY_API int | mnt_regridedges_dumpDstGridVtk (RegridEdges_t **self, const char *fort_filename, int nFilenameLength) |
| Dump the destination grid to a VTK file. More... | |
| LIBRARY_API int | mnt_regridedges_initSliceIter (RegridEdges_t **self, const char *src_fort_filename, int src_nFilenameLength, const char *dst_fort_filename, int dst_nFilenameLength, int append, const char *field_name, int nFieldNameLength, std::size_t *numSlices) |
| Initialize the slice iterator. More... | |
| LIBRARY_API int | mnt_regridedges_loadSrcSlice (RegridEdges_t **self, double data[]) |
| Load a slice of the source field from the 2D UGRID file. More... | |
| LIBRARY_API int | mnt_regridedges_dumpDstSlice (RegridEdges_t **self, double data[]) |
| Dump a slice of the destination field slice to 2D UGRID file. More... | |
| LIBRARY_API int | mnt_regridedges_nextSlice (RegridEdges_t **self) |
| Increment the slice iterator. More... | |
| LIBRARY_API int | mnt_regridedges_loadEdgeField (RegridEdges_t **self, const char *fort_filename, int nFilenameLength, const char *field_name, int nFieldNameLength, std::size_t ndata, double data[]) |
| Load a field from a 2D UGRID file. More... | |
| LIBRARY_API int | mnt_regridedges_dumpEdgeField (RegridEdges_t **self, const char *fort_filename, int nFilenameLength, const char *field_name, int nFieldNameLength, std::size_t ndata, const double data[]) |
| Dump a field to a 2D UGRID file. More... | |
| LIBRARY_API int | mnt_regridedges_loadSrcGrid (RegridEdges_t **self, const char *fort_filename, int n) |
| Load a source grid from a 2D UGRID file. More... | |
| LIBRARY_API int | mnt_regridedges_loadDstGrid (RegridEdges_t **self, const char *fort_filename, int n) |
| Load a destination grid from a 2D UGRID file. More... | |
| LIBRARY_API int | mnt_regridedges_buildLocator (RegridEdges_t **self, int numCellsPerBucket, double periodX, int enableFolding) |
| Build the cell locator. More... | |
| LIBRARY_API int | mnt_regridedges_computeWeights (RegridEdges_t **self, int debug) |
| Compute the regridding weights. More... | |
| LIBRARY_API int | mnt_regridedges_getNumSrcCells (RegridEdges_t **self, std::size_t *n) |
| Get the number of the source grid cells. More... | |
| LIBRARY_API int | mnt_regridedges_getNumDstCells (RegridEdges_t **self, std::size_t *n) |
| Get the number of the destination grid cells. More... | |
| LIBRARY_API int | mnt_regridedges_getNumEdgesPerCell (RegridEdges_t **self, int *n) |
| Get the number of edges per cell. More... | |
| LIBRARY_API int | mnt_regridedges_getNumSrcEdges (RegridEdges_t **self, std::size_t *n) |
| Get the number of unique edges in the source grid. More... | |
| LIBRARY_API int | mnt_regridedges_getNumDstEdges (RegridEdges_t **self, std::size_t *n) |
| Get the number of unique edges in the destination grid. More... | |
| LIBRARY_API int | mnt_regridedges_apply (RegridEdges_t **self, const double src_data[], double dst_data[], int placement) |
| Apply the interpolation weights to an edge field with unique edge Ids. More... | |
| LIBRARY_API int | mnt_regridedges_vectorApply (RegridEdges_t **self, const double src_u[], const double src_v[], double dst_u[], double dst_v[], int fs) |
| Apply the interpolation weights to an edge field with unique edge Ids. More... | |
| LIBRARY_API int | mnt_regridedges_loadWeights (RegridEdges_t **self, const char *fort_filename, int n) |
| Load the weights from file. More... | |
| LIBRARY_API int | mnt_regridedges_dumpWeights (RegridEdges_t **self, const char *fort_filename, int n) |
| Dump the weights to file. More... | |
| LIBRARY_API int | mnt_regridedges_print (RegridEdges_t **self) |
| Print/display the weights. More... | |
| #define MNT_REGRID_EDGES |
| LIBRARY_API int mnt_regridedges_apply | ( | RegridEdges_t ** | self, |
| const double | src_data[], | ||
| double | dst_data[], | ||
| int | placement | ||
| ) |
Apply the interpolation weights to an edge field with unique edge Ids.
| self | instance of the regridding object |
| src_data | edge centred data on the source grid (input) |
| dst_data | edge centred data on the destination grid (output) |
| placement | MNT_CELL_BY_CELL_DATA for cell by cell data, MNT_UNIQUE_EDGE_DATA for unique edge data |
| LIBRARY_API int mnt_regridedges_buildLocator | ( | RegridEdges_t ** | self, |
| int | numCellsPerBucket, | ||
| double | periodX, | ||
| int | enableFolding | ||
| ) |
Build the cell locator.
| self | instance of the regridding object |
| numCellsPerBucket | average number of cells per bucket |
| periodX | periodicity length (set to 0 if non-periodic) |
| enableFolding | set to 1 if latitudes can take values > 90 or < -90 degrees |
| LIBRARY_API int mnt_regridedges_computeWeights | ( | RegridEdges_t ** | self, |
| int | debug | ||
| ) |
Compute the regridding weights.
| self | instance of the regridding object |
| debug | 0=no debug info, 1=print debug info, 2=save bad edges in VTK file |
| LIBRARY_API int mnt_regridedges_del | ( | RegridEdges_t ** | self | ) |
Destructor.
| self | this instance |
| LIBRARY_API int mnt_regridedges_dumpDstGridVtk | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | nFilenameLength | ||
| ) |
Dump the destination grid to a VTK file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| nFilenameLength | length of filename string (excluding '\0' if present) |
| LIBRARY_API int mnt_regridedges_dumpDstSlice | ( | RegridEdges_t ** | self, |
| double | data[] | ||
| ) |
Dump a slice of the destination field slice to 2D UGRID file.
| self | instance of the regridding object |
| data | array of size number of unique edges (output) |
| LIBRARY_API int mnt_regridedges_dumpEdgeField | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | nFilenameLength, | ||
| const char * | field_name, | ||
| int | nFieldNameLength, | ||
| std::size_t | ndata, | ||
| const double | data[] | ||
| ) |
Dump a field to a 2D UGRID file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| nFilenameLength | length of filename string (excluding '\0' if present) |
| field_name | name of the field |
| nFieldNameLength | length of field_name string (excluding '\0' if present) |
| ndata | number of edges and size of data |
| data | array of size number of unique edges (input) |
| LIBRARY_API int mnt_regridedges_dumpSrcGridVtk | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | nFilenameLength | ||
| ) |
Dump the source grid to a VTK file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| nFilenameLength | length of filename string (excluding '\0' if present) |
| LIBRARY_API int mnt_regridedges_dumpWeights | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | n | ||
| ) |
Dump the weights to file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| n | length of above filename string |
| LIBRARY_API int mnt_regridedges_getNumDstCells | ( | RegridEdges_t ** | self, |
| std::size_t * | n | ||
| ) |
Get the number of the destination grid cells.
| self | instance of the regridding object |
| n | number of cells |
| LIBRARY_API int mnt_regridedges_getNumDstEdges | ( | RegridEdges_t ** | self, |
| std::size_t * | n | ||
| ) |
Get the number of unique edges in the destination grid.
| self | instance of the regridding object |
| n | number (output) |
| LIBRARY_API int mnt_regridedges_getNumEdgesPerCell | ( | RegridEdges_t ** | self, |
| int * | n | ||
| ) |
Get the number of edges per cell.
| self | instance of the regridding object |
| n | number (output) |
| LIBRARY_API int mnt_regridedges_getNumSrcCells | ( | RegridEdges_t ** | self, |
| std::size_t * | n | ||
| ) |
Get the number of the source grid cells.
| self | instance of the regridding object |
| n | number of cells |
| LIBRARY_API int mnt_regridedges_getNumSrcEdges | ( | RegridEdges_t ** | self, |
| std::size_t * | n | ||
| ) |
Get the number of unique edges in the source grid.
| self | instance of the regridding object |
| n | number (output) |
| LIBRARY_API int mnt_regridedges_initSliceIter | ( | RegridEdges_t ** | self, |
| const char * | src_fort_filename, | ||
| int | src_nFilenameLength, | ||
| const char * | dst_fort_filename, | ||
| int | dst_nFilenameLength, | ||
| int | append, | ||
| const char * | field_name, | ||
| int | nFieldNameLength, | ||
| std::size_t * | numSlices | ||
| ) |
Initialize the slice iterator.
| self | instance of the regridding object |
| src_fort_filename | src file name (does not require termination character) |
| src_nFilenameLength | length of src filename string (excluding '\0' if present) |
| dst_fort_filename | dst file name (does not require termination character) |
| dst_nFilenameLength | length of dst filename string (excluding '\0' if present) |
| append | set this to 1 in order to append the data to an existing file, 0 otherwise |
| field_name | name of the field |
| nFieldNameLength | length of field_name string (excluding '\0' if present) |
| numSlices | number of slices (output) |
| LIBRARY_API int mnt_regridedges_loadDstGrid | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | n | ||
| ) |
Load a destination grid from a 2D UGRID file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| n | length of filename string |
| LIBRARY_API int mnt_regridedges_loadEdgeField | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | nFilenameLength, | ||
| const char * | field_name, | ||
| int | nFieldNameLength, | ||
| std::size_t | ndata, | ||
| double | data[] | ||
| ) |
Load a field from a 2D UGRID file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| nFilenameLength | length of filename string (excluding '\0' if present) |
| field_name | name of the field |
| nFieldNameLength | length of field_name string (excluding '\0' if present) |
| ndata | number of edges and size of data |
| data | array of size number of unique edges (output) |
| LIBRARY_API int mnt_regridedges_loadSrcGrid | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | n | ||
| ) |
Load a source grid from a 2D UGRID file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| n | length of filename string |
| LIBRARY_API int mnt_regridedges_loadSrcSlice | ( | RegridEdges_t ** | self, |
| double | data[] | ||
| ) |
Load a slice of the source field from the 2D UGRID file.
| self | instance of the regridding object |
| data | array of size number of unique edges (output) |
| LIBRARY_API int mnt_regridedges_loadWeights | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | n | ||
| ) |
Load the weights from file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| n | length of filename string |
| LIBRARY_API int mnt_regridedges_new | ( | RegridEdges_t ** | self | ) |
Constructs a regridding object for edge centred fields.
| self | instance of the regridding object |
| LIBRARY_API int mnt_regridedges_nextSlice | ( | RegridEdges_t ** | self | ) |
Increment the slice iterator.
| self | instance of the regridding object |
| LIBRARY_API int mnt_regridedges_print | ( | RegridEdges_t ** | self | ) |
Print/display the weights.
| self | instance of the regridding object |
| LIBRARY_API int mnt_regridedges_setDstGrid | ( | RegridEdges_t ** | self, |
| Grid_t * | grid | ||
| ) |
Set the destination grid.
| self | instance of the regridding object |
| grid | instance of Grid_t |
| LIBRARY_API int mnt_regridedges_setDstGridFlags | ( | RegridEdges_t ** | self, |
| int | fixLonAcrossDateline, | ||
| int | averageLonAtPole | ||
| ) |
Set the destination grid flags.
| self | instance of the regridding object |
| fixLonAcrossDateline | set this to 1 if a periodicity length (360) should be added/subtracted to nodes in order to make each cell as compact as possible |
| averageLonAtPole | set this to 1 if longitudes at the poles should take the average value of the cell's longitudes |
| LIBRARY_API int mnt_regridedges_setSrcGrid | ( | RegridEdges_t ** | self, |
| Grid_t * | grid | ||
| ) |
Set the source grid.
| self | instance of the regridding object |
| grid | instance of Grid_t |
| LIBRARY_API int mnt_regridedges_setSrcGridFlags | ( | RegridEdges_t ** | self, |
| int | fixLonAcrossDateline, | ||
| int | averageLonAtPole | ||
| ) |
Set the source grid flags.
| self | instance of the regridding object |
| fixLonAcrossDateline | set this to 1 if a periodicity length (360) should be added/subtracted to nodes in order to make each cell as compact as possible |
| averageLonAtPole | set this to 1 if longitudes at the poles should take the average value of the cell's longitudes |
| LIBRARY_API int mnt_regridedges_vectorApply | ( | RegridEdges_t ** | self, |
| const double | src_u[], | ||
| const double | src_v[], | ||
| double | dst_u[], | ||
| double | dst_v[], | ||
| int | fs | ||
| ) |
Apply the interpolation weights to an edge field with unique edge Ids.
| self | instance of the regridding object |
| src_u | edge x component of the velocity on the source grid (input), size is num edges |
| src_v | edge y component of the velocity on the source grid (input), size is num edges |
| dst_u | x component of the velocity on the destination grid (output), size is num edges |
| dst_v | y component of the velocity on the destination grid (output), size is num edges |
| fs | function space (MNT_FUNC_SPACE_W1 or MNT_FUNC_SPACE_W2) |


In the past and even today, most games on the Web are developed with Adobe Flash and ActionScript 3. With the rise of HTML5 and the lack of support for Flash on mobile devices, developers need and easy migration path. The Dart language is very similar to ActionScript 3 and the StageXL library itself provides the easy to use API of Flash to build games and other graphically rich content. Although StageXL is targeted to existing Flash developers, the API should be appealing to all other game developers too.
This article explains the basic building blocks of the StageXL library and should get you started.
The rendering model of StageXL relies on the Display List concept. The display list is a hierarchy that contains all objects that should be visible on the screen. To build this hierarchy, three basic types of objects are available.
The stage is the root of the display list hierarchy and is a wrapper over the HTML5 canvas element. Typically your game has one stage, only in a more advanced scenario you may use two stages on top of each other.
As the name suggests, the display object container is a container of display objects. The stage itself is a display object container. You can add child display objects to the container and thereby build the hierarchy of the display list. If you move, scale or rotate the container, all children will behave accordingly. If you remove the container from the display list, all children will be removed aswell and consequently disappear from the screen.
The display object is a visual element on the screen. The most basic display object is the Bitmap. A Bitmap contains pixel art and is obviously a very important building block for 2D games.
The hierarchy of the display list is also responsible for the depth management of your display objects.
The easiest way to understand the Display List is to look at some code. You can find this example and more advanced examples on the StageXL github page. The first example shows the construction of a custom display object container called 'Painting'.
The painting consists of a rectangluar background and four colorful boxes. The example introduces the BitmapData and Bitmap types. The BitmapData type contains pixels - either by creating a new BitmapData object filled with a flat color (as in our example), or by loading an image from the server. To make those pixels visible, you have to create a Bitmap display object and add it to the display object container (Painting). Please pay attention to the order of the boxes - the boxes added first are in the background, the boxes added later are in the foreground. The example also shows how to set the position of the Bitmap relative to its parent.
class Painting extends DisplayObjectContainer {
final List<int> colors = [Color.Red, Color.Green, Color.Blue, Color.Brown];
Painting() {
var background = new BitmapData(400, 300, false, Color.BlanchedAlmond);
var backgroundBitmap = new Bitmap(background);
addChild(backgroundBitmap);
for(var i = 0; i < colors.length; i++) {
var box = new BitmapData(100, 100, false, colors[i]);
var boxBitmap = new Bitmap(box);
boxBitmap.x = 80 + i * 50;
boxBitmap.y = 60 + i * 30;
addChild(boxBitmap);
}
}
}
Now that we have created the Painting, we need to add the Painting itself to the display list to make it visible. As explained earlier, the root of the display list is the Stage. Therefore we create the Stage from a canvas element which is part of the HTML document. At the same time we have to take a look at the RenderLoop class. The render loop (also known as game loop) provides a constant stream of events that updates your game logic and draws the display list to the screen. Our painting example looks pretty static, but in fact it is updated 60 times per second - if the positions of the boxes would change over time, you would see a smooth animation.
import 'dart:html' as html;
import 'package:stagexl/stagexl.dart';
void main() {
var canvas = html.query('#stage');
var stage = new Stage('myStage', canvas);
var renderLoop = new RenderLoop();
renderLoop.addStage(stage);
var painting = new Painting();
painting.x = 40;
painting.y = 40;
stage.addChild(painting);
}
All display objects are so called event dispatchers. This means that you can dispatch events or listen to events on each single display object. This is particularly useful for mouse or touch events, this way the objects in your game can individually react to user input. Another common and useful event is dispatched by the render loop whenever a new frame is entered. The following example shows a clock where the time is updated "onEnterFrame" and the color of the time is changed "onMouseClick". The example introduces another display object called TextField, which is used to display text on the screen.
class Clock extends DisplayObjectContainer {
List _colors = [Color.Black, Color.Blue, Color.Red, Color.Green];
int _colorIndex = 0;
TextField _textField;
Clock() {
_textField = new TextField();
_textField.defaultTextFormat = new TextFormat("Verdana", 14, Color.Black);
_textField.width = 200;
_textField.height = 20;
_textField.background = true;
_textField.backgroundColor = Color.Yellow;
_textField.text = new DateTime.now().toString();
addChild(_textField);
this.onEnterFrame.listen(_onEnterFrame);
this.onMouseClick.listen(_onMouseClick);
}
_onEnterFrame(EnterFrameEvent e) {
_textField.text = new DateTime.now().toString();
}
_onMouseClick(MouseEvent e) {
_colorIndex = (_colorIndex + 1) % _colors.length;
_textField.textColor = _colors[_colorIndex];
}
}
The enterFrame event could be used to animate display objects over time (as example you could change the "x" and "y" property of a display object). Please note that the StageXL library provides a dedicated framework with easing functions for this use case, therefore we do not recommend using the enterFrame for animations. Please visit the StageXL homepage for more details.
A game consists of many different resources (or assets) like images and sounds. You can load all of those resources one by one, or use the resource manager to do the job. Using the resource manager is as easy as creating a new instance, adding all your resources (name and URL) and calling a single load method.
The example below adds three images to the resource manager. Each image is tagged with a unique name and the URL to the image is provided too. When the resource manager has finished loading all images, the load-future completes and you can access the BitmapDatas by the given unique name.
import 'dart:async';
import 'dart:html' as html;
import 'package:stagexl/stagexl.dart';
void main() {
var canvas = html.query('#stage');
var stage = new Stage('myStage', canvas);
var renderLoop = new RenderLoop();
renderLoop.addStage(stage);
var resourceManager = new ResourceManager()
..addBitmapData("house", "../common/images/House.png")
..addBitmapData("sun", "../common/images/Sun.png")
..addBitmapData("tree", "../common/images/Tree.png");
resourceManager.load().then((_) {
var sun = new Bitmap(resourceManager.getBitmapData("sun"));
var tree = new Bitmap(resourceManager.getBitmapData("tree"));
var house = new Bitmap(resourceManager.getBitmapData("house"));
// Not shown: set x and y properties of sun, tree, house
stage.addChild(sun);
stage.addChild(tree);
stage.addChild(house);
});
}
This introduction to StageXL should only cover the basic concepts of the display list and get you started. You can find more advanced samples and demos on the StageXL homepage and in the github repository. Hopefully we can talk about one of the advanced features in a future article.
The StageXL library does not only cover the display list, but also the Sound APIs of Flash. The easy to use Sound API hides the implementation details and provides cross browser compatibility.
 You can use built in tools like Tweens and easing functions, or you can implement the Animatable interface in your own classes. Later you can add "animatable" objects to the Juggler who keeps track of all your animations.
Masks are used to limit the available display area of display objects. Masks can have any arbitrary shape, but most commonly they have a rectangular shape. Only the content within the mask is visible, all pixels outside of the mask are not drawn. Filters provide visual effects like drop shadow, glow or blur to BitmapDatas.
The darflash library also contains runtimes for popular third party tools. This is a list of current and future runtimes supported by StageXL out of the box.


Fundraiser Launched to Pay for Funeral of 'Hollywood Superman'
by Andrew PaulFriends of "Hollywood Superman" Christopher Dennis are organizing a fundraiser to try and cover the performer's funeral costs.
Earlier this month, Dennis—widely known for his Hollywood Boulevard performances as the Man of Steel—was found dead in Los Angeles.  Now, his friends are hoping his 25 years of recognition will help them raise money.
Last week, friends of the late performer organized a Gofundme to finance "funeral services, cremation, grave/niche plot, and a memorial plaque" at the Hollywood Forever Cemetery. "Chris was a gentle soul who believed in the good and tried to live up to his Superman image by going far out of his way and helping countless people simply out of his kindness. He tried hard to be a better man. All of his life he was looking for rest and peace," the Gofundme page reads.
Click the button below to start this article in quick view.
The Superman Museum in Metropolis, Illinois, issued a statement expressing their "deepest condolences," and going on to state, "Chris had a love for Superman, and an uncanny resemblance to Christopher Reeve." Dennis' friends are seeking $18,000 to cover the entirety of their goals, and they are currently nearing the $2000 mark.
https://schema.orgBreadcrumbListListItem1Homehttps://www.cbr.com/ListItem2Nerd Culturehttps://www.cbr.com/category/nerd-culture/ListItem3Fundraiser Launched to Pay for Funeral of 'Hollywood Superman'https://www.cbr.com/fundraiser-hollywood-superman-christopher-dennis-funeral/


A kotlin client that adapts the Java HighLevel REST client from Elasticsearch. Note, much of this library consists of extension functions for classes in the org.elasticsearch
hierarchy.
Typical usage would involve creating a client and a dao instance:
// a short cut for creating a client + rest client
// all of the parameters are optional if you want to run against localhost:9200
// you can also use the original RestHighLevelClient constructor from the java SDK
val esClient = RestHighLevelClient(
host="domain.com",
port=9999,
https=true,
user="thedude",
password="lebowski")
// documents are backed by data classes
data class TestModel(var message: String)
// the dao takes care of serialization/deserialization boilerplate, CRUD, and more
// you can of course use your own serialization framework of choice
val dao = esClient.crudDao<TestModel>("myindex",
refreshAllowed = true,
modelReaderAndWriter = JacksonModelReaderAndWriter(
TestModel::class,
ObjectMapper().findAndRegisterModules()
)
)
io.inbot.eskotlinwrapper |
Misc. classes that support the various extension functions on the client. |
io.inbot.eskotlinwrapper.dsl |
|
org.elasticsearch.action.search |
Extension functions to add a few alternate source methods on queries. E.g. you can use multiline Kotlin templated strings. |
org.elasticsearch.client |
Extension functions to add functions to the client. Like |
org.elasticsearch.common.xcontent |
Extension functions to support strings more easily. |
org.elasticsearch.search |
Extension functions to adapt search responses. |


A | |
| Ads [Android] | |
| Android |
This module provides utility functions for handling
Android
platform, for example, it provides a number of typical names for
commonly used classes within the Android framework (helpful for
finding and manipulating things like Buttons, for example)
|
| Apache [Java] | |
| App [Android] | |
B | |
| BwDFA [Dataflow] |
Backward Data-flow analysis
|
C | |
| Callgraph |
This module defines a type for call graph and provides functions for
generating and printing a call graph.
|
| Combine |
This module provides a function for merging two DEX binaries.
|
| Content [Android] | |
| Ctrlflow |
This module defines types for control-flow graph and dominance relations,
and provides utility functions for obtaining information from such graphs.
|
D | |
| Database [Android] | |
| Dataflow |
This module provides data-flow analysis frameworks
|
| Dex |
This module defines types for DEX binary and provides utility functions
for traversing DEX file and getting info from DEX file.
|
| Dump |
This module provides utilities for dumping a dex file into an on
disk file.
|
F | |
| FwDFA [Dataflow] |
Forward Data-flow analysis
|
H | |
| Htmlunparse |
This module provides functions for dumping contents of dex files in
a directory based html structure, allowing the viewer to jump around
the directory to more easily visualize code.
|
I | |
| IM [Instr] |
The data pool is a mapping from 32-bit offset to
Dex.data_item .
|
| IM [Util] | |
| IO [Java] | |
| IS [Util] | |
| IdxKey [Dex] | |
| Instr |
This module defines types for Dalvik bytecodes and provides utility
functions for generating, parsing and dumping instructions.
|
| IntKey [Util] | |
J | |
| Java |
This module provides utility functions for handling
Java language
|
K | |
| KeyEvent [Android.View] | |
L | |
| Lang [Java] | |
| Liveness |
This module defines liveness analysis using
Dataflow module.
|
| Location [Android] | |
| Log |
inspired by
android.util.Log
|
| Logging |
This module provides special functions for logging apps
|
M | |
| Main |
Main workhorse
|
| MenuItem [Android.View] | |
| Modify |
This module provides utility functions for modifying DEX binary.
|
N | |
| Net [Android] | |
| Net [Java] | |
O | |
| OS [Android] | |
| OffKey [Dex] | |
P | |
| PM [Android.Content] | |
| Parse |
This module provides a function for parsing binary input channel.
|
| Permission [Android] | |
| Preference [Android] | |
| Propagation |
This module offers constant propagation analysis using
Dataflow
|
R | |
| Reaching |
This module conducts reaching definition analysis via
Dataflow module.
|
T | |
| Testing |
instrument testing features into the dex accordingly
|
U | |
| Unparse |
This module provides utility functions for pretty printing
or collecting information about DEX file.
|
| Util [Android] | |
| Util |
This module offers some utility functions
|
V | |
| View [Android] | |
| Visitor |
This module provides visitor pattern.
|
W | |
| Worklist [Dataflow] |
simple queue-based scheduler
|


Gardening, cooking, building effect pedals, board games (specifically: 40k), beer (specifically: brewing and drinking).


The WebGLContextEvent object fires in response to status changes in the WebGLRenderingContext, such as the failure to create a WebGL context or loss of the rendering state. You can listen for these events using webglcontextlost or webglcontextrestored.
The WebGLContextEvent object has these types of members:
The WebGLContextEvent object has these properties.
| Property | Description |
|---|---|
|
Contains additional information about the event, or an empty string if no information exists. |
Build date: 1/17/2014


#include <vdt_spatial_check.hh>
Public Member Functions | |
| vdt_spatial_check_iqr (float min_tolerance_value, float multiplier_value) | |
| vdt_spatial_chec_iqr constructor | |
| int | perform_iqr (vector< float > &values, float target_reading) const |
| perform_iqr perform iqr check | |
| int | perform_iqr (size_t num_values, float iqr25, float iqr75, float median, float target_reading) const |
| perform_iqr perform iqr check by supplying iqr25, iqr75, median, and num_values | |
Static Public Member Functions | |
| static int | iqr_median (vector< float > &values, float *iqr25, float *iqr75, float *median) |
| iqr_median find iqr values and median | |
Public Attributes | |
| float | min_tolerance |
| min_tolerance | |
| float | multiplier |
| multiplier | |
Static Public Attributes | |
| static const float | air_temperature_tolerance_degC = 3.5 |
| air_temperature_tolerance_degC air temperature tolerance value for performing IQR test | |
| static const float | air_pressure_tolerance_mb = 7.5 |
| air_pressure_tolerance_mb air pressure tolerance value for performing IQR test | |
| static const float | standard_multiplier = 3.0 |
| standard_multiplier multipler value for performing IQR test | |
| static const float | relative_humidity_multiplier = 2.5 |
| relative_humidity_multiplier multipler value for performing IQR test | |
| static const size_t | min_iqr_size = 5 |
| min_iqr_size minimum number of values to use for performing IQR | |
| static const float | unbiased_scale = 0.7413 |
| unbiased_scale unbiased scale factor for performing IQR | |
The IQR spatial test is a method for checking whether a sensor reading is consistent with its neighboring sensor readings. It detects sensor readings that differ by more than a predefined threshold from an expected value within a neighborhood of the target sensor reading.
In general, across large regions, the atmosphere is quite homogeneous spatially. However, there are times and places such as in complex terrain or near frontal systems where close sensor readings are quite different but realistic. As such, the spatial test has some limitations.
A target sensor reading does not pass the IQR test when |Ze - Zo| > max(M * 0.7413 * IQR, minToleranceBound) where Ze = Median of neighbors Zo = Target sensor reading M = Multiplier value: The value is 3 for all fields, except Relative Humidity, which is 2.5 IQR = Interquartile range: The difference between the .25 and .75 percentiles of the neighbors. The coefficient 0.7413 makes the IQR an unbiased estimate of the true standard deviation minToleranceBound = A fixed value set for each field that bounds the minimum acceptable spread between the target sensor value and the estimate In order to guarantee adequate spatial variation between neighboring sensors, various tolerance bounds (minToleranceBound) are used for different weather parameter fields. These bounds are adjustable, so that they can be tuned further as necessary. The minToleranceBound values for each weather parameter field are as follows: essAirTemperature: 3.5 deg C essDewpointTemp: 7 deg C windSensorAvgSpeed: 4.5 m/sec essAtmosphericPressure: 7.5 mbar essRelativeHumidity: 15 % essSurfaceTemperature: 10 deg C essPavementTemperature: 10 deg C essSubSurfaceTemperature: 3 deg C essWetBulbTemp: 7 deg C The IQR test is only effective and thus only run if there are 5 or more Automated Surface Observing Systems (ASOS), Automated Weather Observing Systems (AWOS), and/or Environmental Sensor Station (ESS) neighbors that satisfy all of the following conditions: . Within a 69 mile radius of the target sensor reading . Within +/- 350 meters of elevation . Within 1 hour of the target sensor reading time Otherwise, the test will not run. Up to 20 of the nearest sensors to the target sensor reading satisfying the above criteria are chosen to makeup the background field.
|
inline |
vdt_spatial_chec_iqr constructor
param[in] min_tolerance_bound minimum tolerance bound for met variable being evaluated param[in] multiplier_value typically 3.0 except for relative humidity where it's set to 2.5
|
static |
iqr_median find iqr values and median
| [in] | values | nearby station observation values |
| [out] | iqr25 | 25th percentile value |
| [out] | iqr75 | 75th percentile value |
| [out] | median | median percentile value |
| int vdt_spatial_check_iqr::perform_iqr | ( | vector< float > & | values, |
| float | target_reading | ||
| ) | const |
perform_iqr perform iqr check
| [in] | values | nearby station observation values |
| [in] | target_reading | target reading of sensor to compare against nearby station observation values |
| int vdt_spatial_check_iqr::perform_iqr | ( | size_t | num_values, |
| float | iqr25, | ||
| float | iqr75, | ||
| float | median, | ||
| float | target_reading | ||
| ) | const |
perform_iqr perform iqr check by supplying iqr25, iqr75, median, and num_values
| [in] | num_values | number of values used in calculating iqr25, iqr75, and median |
| [in] | iqr25 | 25th percentile value |
| [in] | iqr75 | 75th percentile value |
| [in] | median | median value |
| [in] | target_reading | target reading of sensor to compare against |


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R package for cleaning data from Electronic Health Record systems, focused on cleaning height and weight measurements.
This package implements the Daymont et al. algorithm, as specified in Supplemental File 3 within the Supplementary Material published with that paper.
Carrie Daymont, Michelle E Ross, A Russell Localio, Alexander G Fiks, Richard C Wasserman, Robert W Grundmeier, Automated identification of implausible values in growth data from pediatric electronic health records, Journal of the American Medical Informatics Association, Volume 24, Issue 6, November 2017, Pages 1080–1087, https://doi.org/10.1093/jamia/ocx037
This package also includes an R version of the SAS macro published by the CDC for calculating percentiles and Z-scores of pediatric growth observations and utilities for working with both functions. As of summer 2021, it also supports cleaning anthropometric measurements for adults up to age 65. The adult algorithm has not yet been published in a peer-reviewed publication, but is described in detail at Adult algorithm.
The growthcleanr
package processes data prepared in a specific format to identify biologically implausible height and weight measurements. It bases these evaluations on techniques which use patient-specific longitudinal analysis and variations from published growth trajectory charts for pediatric subjects. These techniques are performed in a specific order which refines and improves results throughout the process.
Results from growthcleanr
include a flag for each measurement indicating whether it is to be included or excluded based on plausibility, with a variety of specific types of exclusions identified distinctly. These flags can be analyzed further by researchers studying anthropometric EHR data to determine which measurements to include or exclude in their own studies. No values are deleted or otherwise removed; each is only flagged in a new column.
To start running growthcleanr
, an R installation with a variety of additional packages is required, as is a growth measurement dataset prepared for use in growthcleanr
.
The rest of this documentation includes:
growthcleanr
with large data sources


If this is your first time using the Candle manager in this web browser, then it may not load properly.
to open it in a new tab, and accept the security exception. In the new tab, you may have to click on "advanced" or "show details" to see this option.
After creating this exception things should start working normally.


{% extends 'app/base.html' %} {% load i18n %} {% block script %} {% endblock %} {% block main %} {% trans "participate" as participate %} {% trans "without leaving Facebook" as without_leave_facebook %} {% trans "only" as only %}
{% trans "Social Ideation is an application that will allow you to participate on the initiative" %} {{ initiative_name }} {% trans "directly from Facebook" %}. {% trans "Just follow the next steps" %}.
{% trans "Join the Facebook linked to the initiative" %} {{ initiative_name }}, {% trans "which will offer you a an alternative participation channel" %}.
{% trans "Join Group" %}
{% trans "Log into Social Ideation App so the ideas and comments you post on the" %} {% trans "group's" %} {% trans "timeline will be automatically replicated on the page of the initiative" %} {{ initiative_name }} {% trans "on IdeaScale" %} {% trans "(see the" %} {% trans "scenario" %} 1 {%trans "to better understand how it works)" %}
{% trans "Log in" %}
{% trans "Give Social Ideation App the permission to post on your behalf inside the" %} {% trans "group" %} {% trans "the ideas and comments you publish on the page of the initiative" %} {{ initiative_name }} {% trans "on IdeaScale" %} {% trans "(see the" %} {% trans "scenario" %} 2 {% trans "to better understand how it works)" %}.


Slide View
Current version of the Firefox does not support transition effects. The slide view will work, but you will not able to see
any smooth transition.
Even the Slide View of this demo is made with SlideView component.
...
]]>
SlideView provides a number of client-side functionality to navigate between slides.
Navigate to 5th slide
Navigate to next slide
Navigate to explanation slide
]]>
Customized Slide View:
Previous
Next
Third
...
]]>
#innerSlideView{
background : none !important;
top : 80% !important;
}
#innerSlideView div.mf-slide{
text-align: center;
}
Next
Go to Third
Last
Previous
Next
Previous
Next
Previous
Next (does nothing)
First


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| Package | Description |
|---|---|
| com.hazelcast.cache.impl.client |
Hazelcast JSR-107 aka JCache implementation
Client Requests
|
| com.hazelcast.client.impl.client |
This contains the Requests and other DTO's exchanged between client/server
|
| com.hazelcast.cluster.client |
This package contains the client cluster functionality.
|
| com.hazelcast.collection.client |
This package contains client functionality for Collections in Hazelcast.
|
| com.hazelcast.concurrent.atomiclong.client |
This package contains client requests for the IAtomicLong.
This package contains all the client request object to operate on the IAtomicLong that are send by the client. |
| com.hazelcast.concurrent.atomicreference.client |
This package contains client requests for the IAtomicLong.
This package contains all the client request object to operate on the IAtomicLong that are send by the client. |
| com.hazelcast.concurrent.countdownlatch.client |
This package contains client requests for the ICountDownLatch.
This package contains all the client requests object to operate on the ICountDownLatch that are send by the client. |
| com.hazelcast.concurrent.lock.client |
This package contains client requests for the ILock.
This package contains all the client requests object to operate on the ILock that are send by the client. |
| com.hazelcast.concurrent.semaphore.client |
This package contains client requests for the ISemaphore.
|
| com.hazelcast.executor.impl.client |
This package contains client requests for the IExecutorService.
|
| com.hazelcast.map.impl.client |
Contains client requests for the
IMap |
| com.hazelcast.mapreduce.impl.client |
This package contains request and response classes for communication between cluster
members and Hazelcast native clients
|
| com.hazelcast.multimap.impl.client |
Contains client requests for Hazelcast MultiMap module.
|
| com.hazelcast.partition.client |
Contains client functionality for partition related information.
|
| com.hazelcast.queue.impl.client |
This package contains client requests for the IQueue.
|
| com.hazelcast.replicatedmap.impl.client |
This package contains classes for client communication on replicated map implementation
|
| com.hazelcast.topic.impl.client |
This package contains client requests for the ITopic.
|
| com.hazelcast.transaction.client |
This package contains client transaction code
|
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractCacheRequest
Abstract cache request to handle a completion id registration.
|
class |
CacheAddEntryListenerRequest
Client request which registers an event listener on behalf of the client and delegates the received events
back to client.
|
class |
CacheClearRequest
This client request specifically calls
CacheClearOperationFactory on the server side. |
class |
CacheContainsKeyRequest
This client request specifically calls
CacheContainsKeyOperation on the server side. |
class |
CacheCreateConfigRequest
This client request specifically calls
CacheCreateConfigOperation on the server side. |
class |
CacheDestroyRequest
This client request specifically calls
CacheDestroyOperation on the server side. |
class |
CacheEntryProcessorRequest
This client request specifically calls
CacheEntryProcessorOperation on the server side. |
class |
CacheGetAllRequest
This client request specifically calls
CacheGetAllOperationFactory on the server side. |
class |
CacheGetAndRemoveRequest
This client request specifically calls
CacheGetAndRemoveOperation on the server side. |
class |
CacheGetAndReplaceRequest
This client request specifically calls
CacheGetAndReplaceOperation on the server side. |
class |
CacheGetConfigRequest
This client request specifically calls
CacheGetConfigOperation on the server side. |
class |
CacheGetRequest
This client request specifically calls
CacheGetOperation on the server side. |
class |
CacheIterateRequest
This client request specifically calls
CacheKeyIteratorOperation on the server side. |
class |
CacheListenerRegistrationRequest
This client request specifically calls
CacheListenerRegistrationOperation on the server side. |
class |
CacheLoadAllRequest
This client request specifically calls
CacheLoadAllOperationFactory on the server side. |
class |
CacheManagementConfigRequest
This client request specifically calls
CacheManagementConfigOperation on the server side. |
class |
CachePutIfAbsentRequest
This client request specifically calls
CachePutIfAbsentOperation on the server side. |
class |
CachePutRequest
This client request specifically calls
CachePutOperation on the server side. |
class |
CacheRemoveEntryListenerRequest
Client request which unregisters the event listener on behalf of the client.
|
class |
CacheRemoveRequest
This client request specifically calls
CacheRemoveOperation on the server side. |
class |
CacheReplaceRequest
This client request specifically calls
CacheReplaceOperation on the server side. |
class |
CacheSizeRequest
This client request specifically calls
CacheSizeOperationFactory on the server side. |
| Modifier and Type | Class and Description |
|---|---|
class |
AllPartitionsClientRequest
Base class for client request that will run on all partitions.
|
class |
AuthenticationRequest
Client Authentication Request that holds credentials
|
class |
BaseClientRemoveListenerRequest |
class |
CallableClientRequest |
class |
ClientCreateRequest |
class |
ClientDestroyRequest |
class |
ClientRequest |
class |
DistributedObjectListenerRequest |
class |
GetDistributedObjectsRequest |
class |
InvocationClientRequest |
class |
KeyBasedClientRequest |
class |
MultiPartitionClientRequest |
class |
MultiTargetClientRequest
Base class for client request that will be send more than one member
|
class |
PartitionClientRequest
Base class for partition based client request.
|
class |
RemoveAllListeners
When a connection does not respond to heart-beat we switch the listeners to another endpoint
If somehow connection starts to respond heart-beat we need to signal the endpoint to remove the listeners
|
class |
RemoveDistributedObjectListenerRequest
Client request to add a distributed object listener to a remote node.
|
class |
TargetClientRequest |
| Modifier and Type | Class and Description |
|---|---|
class |
AddMembershipListenerRequest |
class |
ClientPingRequest |
| Modifier and Type | Class and Description |
|---|---|
class |
CollectionAddAllRequest |
class |
CollectionAddListenerRequest
this class is used to attach a listener to node for collections
|
class |
CollectionAddRequest |
class |
CollectionClearRequest |
class |
CollectionCompareAndRemoveRequest |
class |
CollectionContainsRequest |
class |
CollectionGetAllRequest |
class |
CollectionIsEmptyRequest |
class |
CollectionRemoveListenerRequest |
class |
CollectionRemoveRequest |
class |
CollectionRequest |
class |
CollectionSizeRequest |
class |
ListAddAllRequest |
class |
ListAddRequest |
class |
ListGetRequest |
class |
ListIndexOfRequest |
class |
ListRemoveRequest |
class |
ListSetRequest |
class |
ListSubRequest |
class |
TxnCollectionRequest |
class |
TxnListAddRequest |
class |
TxnListRemoveRequest |
class |
TxnListSizeRequest |
class |
TxnSetAddRequest |
class |
TxnSetRemoveRequest |
class |
TxnSetSizeRequest |
| Modifier and Type | Class and Description |
|---|---|
class |
AddAndGetRequest |
class |
AtomicLongRequest |
class |
GetAndAddRequest |
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractAlterRequest |
class |
AlterAndGetRequest |
class |
AlterRequest |
class |
ApplyRequest |
class |
CompareAndSetRequest |
class |
GetAndAlterRequest |
class |
GetAndSetRequest |
class |
GetRequest |
class |
IsNullRequest |
class |
ModifyRequest |
class |
ReadRequest |
class |
SetRequest |
| Modifier and Type | Class and Description |
|---|---|
class |
AwaitRequest |
class |
CountDownRequest |
class |
GetCountRequest |
class |
SetCountRequest |
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractIsLockedRequest |
class |
AbstractLockRequest |
class |
AbstractUnlockRequest |
class |
BeforeAwaitRequest |
class |
GetLockCountRequest |
class |
GetRemainingLeaseRequest |
class |
IsLockedRequest |
class |
LockRequest |
class |
SignalRequest |
class |
UnlockRequest |
| Modifier and Type | Class and Description |
|---|---|
class |
AcquireRequest |
class |
AvailableRequest |
class |
InitRequest |
class |
ReduceRequest |
class |
ReleaseRequest |
class |
SemaphoreRequest |
| Modifier and Type | Class and Description |
|---|---|
class |
CancellationRequest |
class |
IsShutdownRequest |
class |
PartitionCallableRequest
This class is used for sending the task to a particular partition
|
class |
ShutdownRequest |
class |
TargetCallableRequest
This class is used for sending the task to a particular target
|
| Modifier and Type | Class and Description |
|---|---|
class |
ClientCancellationRequest
This class is used to request a map reduce job cancellation on the job owning
node from the emitting client.
|
class |
ClientJobProcessInformationRequest
This class is used to retrieve current processed records and other statistics from
emitting client to the job owning node.
|
class |
ClientMapReduceRequest<KeyIn,ValueIn>
This class is used to prepare and start a map reduce job emitted by a client
on a random node in the cluster (making it the job owner).
|
| Modifier and Type | Class and Description |
|---|---|
class |
AddEntryListenerRequest |
class |
CountRequest |
class |
EntrySetRequest |
class |
GetAllRequest |
class |
KeyBasedContainsRequest
The KeyBasedContainsRequest can be used to determine if a key is available in a multimap (when value is null), or
to check if a map-entry is stored in the multimap (value not null).
|
class |
KeySetRequest |
class |
MultiMapAllPartitionRequest |
class |
MultiMapIsLockedRequest |
class |
MultiMapKeyBasedRequest |
class |
MultiMapLockRequest |
class |
MultiMapRequest |
class |
MultiMapUnlockRequest |
class |
PutRequest |
class |
RemoveAllRequest |
class |
RemoveEntryListenerRequest |
class |
TxnMultiMapGetRequest |
class |
TxnMultiMapPutRequest |
class |
TxnMultiMapRemoveAllRequest |
class |
TxnMultiMapRemoveRequest |
class |
TxnMultiMapRequest |
class |
TxnMultiMapSizeRequest |
class |
TxnMultiMapValueCountRequest |
class |
ValuesRequest |
| Modifier and Type | Class and Description |
|---|---|
class |
GetPartitionsRequest |
| Modifier and Type | Class and Description |
|---|---|
class |
AddAllRequest
Provides the request service for
AddAllOperation |
class |
AddListenerRequest
this class is used to attach a listener to targeted node which sends back the events to client for a queue
|
class |
ClearRequest
Provides the request service for
ClearOperation |
class |
CompareAndRemoveRequest
Provides the request service for
CompareAndRemoveOperation |
class |
ContainsRequest
Provides the request service for
ContainsOperation |
class |
DrainRequest
Provides the request service for
DrainOperation |
class |
IsEmptyRequest
Request to check if the Queue is empty
|
class |
IteratorRequest
Provides the request service for
IteratorOperation |
class |
OfferRequest
Provides the request service for
OfferOperation |
class |
PeekRequest
Provides the request service for
PeekOperation |
class |
PollRequest
Provides the request service for
PollOperation |
class |
QueueRequest
This class contains methods for all Queue requests
such as
ClearRequest . |
class |
RemainingCapacityRequest
Request for remaining capacity of Queue.
|
class |
RemoveListenerRequest
Remove listener request belong to the Queue item.
|
class |
RemoveRequest
Remove Request for the Queue.
|
class |
SizeRequest
Request for size of the Queue.
|
class |
TxnOfferRequest
Request for transactional offer operation.
|
class |
TxnPeekRequest
Request for transactional peek operation.
|
class |
TxnPollRequest
Request for transactional poll operation.
|
class |
TxnSizeRequest
Request for size of the Transactional Queue.
|
| Modifier and Type | Class and Description |
|---|---|
class |
AddMessageListenerRequest |
class |
PublishRequest |
class |
RemoveMessageListenerRequest |
| Modifier and Type | Class and Description |
|---|---|
class |
BaseTransactionRequest |
class |
CommitTransactionRequest |
class |
CreateTransactionRequest |
class |
PrepareTransactionRequest |
class |
RecoverAllTransactionsRequest |
class |
RecoverTransactionRequest |
class |
RollbackTransactionRequest |
Copyright © 2016 Hazelcast, Inc.. All Rights Reserved.


HONEYCOMB
Water
website
Welcome this is 2
website
Welcome this is 3
website
Welcome this is 4
website
Welcome this is 5
website
Public Spaces
website
Welcome this is 7
website


vs
loglevel
This page compares
ulog
to
loglevel
.
Open devtools
Open the browser developer tools (F12).
TO DO


Congratulations! You have successfully simulated and identified a lock wait problem. As you can see, a lock wait problem could significantly hinder the performance of a DB2 system.
The info center article on the right gave several suggestions on resolving and avoiding lock wait problems.


| Purchase Summary {{vendorName ? 'of '+ vendorName: ''}} | |||||
|---|---|---|---|---|---|
| Sub Total | Discount | VAT | Other Charges | Total Amount | |
| {{row.Title}} | {{row.SubTotal | Currency}} | {{row.Discount | Currency}} | {{row.VAT | Currency}} | {{row.TotalOtherCharges | Currency}} | {{row.TotalAmount | Currency}} |


MOSES PITT'S LETTER RESPECTING ANNE JEFFERIES.
"AN account of Anne Jefferies, now living in the county of Cornwall, who was fed for six months by a small sort of airy people, called fairies; and of the strange and wonderful cures she performed with salves and medicines she received from them, for which she never took one penny of her patients.
- In a letter from Moses Pitt to the Right Reverend Father in God, Dr. Edward Fowler, Lord Bishop of Gloucester."
Anne Jefferies, who was afterwards married to one William Warren, was born in the parish of St Teath in December 1626, "and she is still living, 1696, being now in the 70th year of her age." From the published narrative, we learn that Mr Humphrey Martin was requested by Mr Moses Pitt to see and examine Anne in 1693. Mr Martin writes, "As for Anne Jefferies, I have been with her the greater part of one day, and did react to her all that you wrote to me; but site would not own anything of it, as concerning the fairies, neither of any of the cures that she did. She answered, that if her own father were now alive, she would not discover to him those things which did happen then to her. I asked her the reason why she would not do it; she replied, that if she should discover it to you, that you would make books or ballads of it; and she said, that she would not have her name spread about the country in books or ballads of such things, if she might have five hundred pounds for it."
Mr Pitt's correspondent goes on to say that Anne was so frightened by the visitors she had in the arbour "that she fell into a kind of convulsion fit. But when we found her in this condition we brought her into the house and put her to bed, and took great care of her. As soon as she recovered out of her fit, she cried out, 'They are just gone out of the window--they are just gone out of the window. Do you not see them?'" Anne recovered, and "as soon as she recovered a little strength, she constantly went to church." "She took mighty delight in devotion, and in hearing the Word of God read and preached, although she herself could not read."
Anne eventually tells some portions of her story, and cures numerous diseases amongst the people, by the powers site had derived from the fairy world. "People of all distempers, sicknesses, sores, and ages, came not only so far off as the Land's End, but also from London, and were cured by her. Site took no moneys of them, nor any reward that ever I knew or heard of, yet had she moneys at all times sufficient to supply her wants. She neither made nor bought any medicines or salves that ever I saw or heard of, yet wanted them not as she had occasion. She forsook eating our victuals, and was fed by these fairies from that harvest time to the next Christmas day; upon which day she came to our table and said, because it was that day, she would eat some roast beef with us, the which she did--I myself being then at the table."
The fairies constantly attended upon Anne, and they appear to have vied with each other to win her favour. They feel her, as we have been already told ; and the writer says that on one occasion site "gave me a piece of her bread, which I did eat, and I think it was the most delicious bread that ever I did eat, either before or since." Anne could render herself invisible at will. The fairies would come and dance with her in the orchard. She had a silver cup, given at her wish by the fairies to Mary Martyn, when she was about four years of age.
At last, "one John Tregeagle, Esq., who was steward to John Earl of Radnor, being a justice of peace in Cornwall, sent his warrant for Anne, and sent her to Bodmin jail, and there kept her a long time." The fairies had previously given her notice that she would be apprehended.
"She asked them if she should hide herself. They answered no; she should fear nothing, but go with the constable. So she went with the constable to the justice, and he sent her to Bodmin jail, and ordered the prison keeper that she should be kept without victuals, and she was so kept, and yet she lived, and that without complaining. But poor Anne lay in jail for a considerable time after; and also Justice Tregeagle, who was her great prosecutor, kept her in his house some time as a prisoner, and that without victuals."
We have a curious example of the fairies quoting Scripture. I am not aware of another instance of this. Anne, when seated with the family was called three times. "Of all these three calls of the fairies, none heard them but Anne.  Pray, desire them to read that place of Scripture, in the First Epistle of St. John, chap. iv. ver. I, "Dearly beloved, believe not every spirit, but try the spirits, whether they are of God;" and this place of Scripture was turned down so in the said Bible. I told your lordship before, Anne could not read."
Anne was at length liberated from confinement. She lived in service near Padstow, and in process of time married William Warren.
How honestly and simply does Moses conclude his story!
 She herself can best tell, if she would be prevailed upon to do so; and the history of it, and the rest of the passages of her life, would be very acceptable and useful to the most curious and inquisitive part of mankind." [a]
[a] "An Historical Survey of the County of Cornwall." C. S. Gilbert 1817.


SwiftyDSB
Hello guys :)
Today I try to implement my own npm module with swift. It is still Work in Progress and not useable at the moment.
If you need to fetch something from the dsb use my javascript module -> Link
Documentation
https://noim.me/SwiftyDSB/index.html
Installation
ETA soon :)


| 1060 | (A) | that fele Fastande folke felide the sauoure |
| 1064 | (C) | That many fastynge folke . þer felede þe sauour |
| 1047 | (D) | Ther fele fastyng folk fastyd had longe |
| 1027 | (E) | & many fastyng foolk . felyd it soone |
| (Ex) | ---- no text ---- | |
| 1085 | (L) | þat fele fastyng folke felde þe sauere |
| 999 | (P) | ? ?? ???? ??????? ????? ????? þe sauer |
| 1036 | (U) | There fele fastyng folk feled it sone |
| 125 | (V) | þat fele fastaunde folke . felten þe sauoure |


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02 October 2002
Disease Outbreak Reported
Burundi: As of 22 September the Ministry of Health has reported a total of 934 cases and 68 deaths. The number of cases is decreasing in the two most affected provinces, Muyinga and Ruyigi. However, two new provinces, Gitega and Karuzi, have been affected and report an increasing number of cases.
Between 23-27 September, two cases were laboratory confirmed for Neisseria meningitidis serogroup W135 in Cankuzo province, in a commune bordering Tanzania. To date, only serogroup A had been identified in 53 samples from all affected provinces. Systematic sampling of suspected cases is ongoing in order to detect whether there has been a shift in the dominant serogroup from A to W135. In the meantime, the vaccination campaign with the current polysaccharide bivalent vaccine ( for serogroups A and C) will continue in the affected provinces.
A meeting between the Ministry of Health, WHO, UNICEF, nongovernmental organizations, and other partners was held on 23 September to analyse the epidemiological situation and to prepare a new appeal for vaccines.
United Republic of Tanzania: The overall number of cases is decreasing in the camps to an average of twenty per week. The vaccination campaign for refugees in the camps and for the local population in Kibondo district, Kibondo province was completed on 23 September. Vaccination of registered refugees from the northern provinces in Ngara and Kasulu is scheduled to begin this week.


Test two objects for inequality.
Test two objects for inequality.
true
if !(this == that), false otherwise.
Equivalent to x.hashCode
except for boxed numeric types.
Equivalent to x.hashCode
except for boxed numeric types.
For numerics, it returns a hash value which is consistent
with value equality: if two value type instances compare
as true, then ## will produce the same hash value for each
of them.
a hash value consistent with ==
Test two objects for equality.
Test two objects for equality.
true
if the receiver object is equivalent to the argument; false
otherwise.
Foreground color for ANSI black
Foreground color for ANSI black
Background color for ANSI black
Background color for ANSI black
ANSI blink
ANSI blink
Foreground color for ANSI blue
Foreground color for ANSI blue
Background color for ANSI blue
Background color for ANSI blue
ANSI bold
ANSI bold
Foreground color for ANSI cyan
Foreground color for ANSI cyan
Background color for ANSI cyan
Background color for ANSI cyan
Foreground color for ANSI green
Foreground color for ANSI green
Background color for ANSI green
Background color for ANSI green
ANSI invisible
ANSI invisible
Foreground color for ANSI magenta
Foreground color for ANSI magenta
Background color for ANSI magenta
Background color for ANSI magenta
Foreground color for ANSI red
Foreground color for ANSI red
Background color for ANSI red
Background color for ANSI red
Reset ANSI styles
Reset ANSI styles
ANSI reversed
ANSI reversed
ANSI underlines
ANSI underlines
Foreground color for ANSI white
Foreground color for ANSI white
Background color for ANSI white
Background color for ANSI white
Foreground color for ANSI yellow
Foreground color for ANSI yellow
Background color for ANSI yellow
Background color for ANSI yellow
Cast the receiver object to be of type T0
.
Cast the receiver object to be of type T0
.
Note that the success of a cast at runtime is modulo Scala's erasure semantics.
Therefore the expression 1.asInstanceOf[String]
will throw a ClassCastException
at
runtime, while the expression List(1).asInstanceOf[List[String]]
will not.
In the latter example, because the type argument is erased as part of compilation it is
not possible to check whether the contents of the list are of the requested type.
the receiver object.
Create a copy of the receiver object.
Tests whether the argument (arg0
) is a reference to the receiver object (this
).
Tests whether the argument (arg0
) is a reference to the receiver object (this
).
The eq
method implements an equivalence relation on
non-null instances of AnyRef
, and has three additional properties:
x
and y
of type AnyRef
, multiple invocations of
x.eq(y)
consistently returns true
or consistently returns false
.x
of type AnyRef
, x.eq(null)
and null.eq(x)
returns false
.null.eq(null)
returns true
. When overriding the equals
or hashCode
methods, it is important to ensure that their behavior is
consistent with reference equality. Therefore, if two objects are references to each other (o1 eq o2
), they
should be equal to each other (o1 == o2
) and they should hash to the same value (o1.hashCode == o2.hashCode
).
true
if the argument is a reference to the receiver object; false
otherwise.
The equality method for reference types.
The default error, can be overridden by setErr
Called by the garbage collector on the receiver object when there are no more references to the object.
Called by the garbage collector on the receiver object when there are no more references to the object.
The details of when and if the finalize
method is invoked, as
well as the interaction between finalize
and non-local returns
and exceptions, are all platform dependent.
Flushes the output stream.
Flushes the output stream. This function is required when partial output (i.e. output not terminated by a newline character) has to be made visible on the terminal.
A representation that corresponds to the dynamic class of the receiver object.
A representation that corresponds to the dynamic class of the receiver object.
The nature of the representation is platform dependent.
a representation that corresponds to the dynamic class of the receiver object.
The hashCode method for reference types.
The default input, can be overridden by setIn
Test whether the dynamic type of the receiver object is T0
.
Test whether the dynamic type of the receiver object is T0
.
Note that the result of the test is modulo Scala's erasure semantics.
Therefore the expression 1.isInstanceOf[String]
will return false
, while the
expression List(1).isInstanceOf[List[String]]
will return true
.
In the latter example, because the type argument is erased as part of compilation it is
not possible to check whether the contents of the list are of the specified type.
true
if the receiver object is an instance of erasure of type T0
; false
otherwise.
Equivalent to !(this eq that)
.
Equivalent to !(this eq that)
.
true
if the argument is not a reference to the receiver object; false
otherwise.
Wakes up a single thread that is waiting on the receiver object's monitor.
Wakes up a single thread that is waiting on the receiver object's monitor.
Wakes up all threads that are waiting on the receiver object's monitor.
Wakes up all threads that are waiting on the receiver object's monitor.
The default output, can be overridden by setOut
Prints an object to out
using its toString
method.
Prints an object to out
using its toString
method.
the object to print; may be null.
Prints its arguments as a formatted string to the default output, based on a string pattern (in a fashion similar to printf in C).
Prints its arguments as a formatted string to the default output, based on a string pattern (in a fashion similar to printf in C).
The interpretation of the formatting patterns is described in
java.util.Formatter
.
the pattern for formatting the arguments.
the arguments used to instantiating the pattern.
Prints out an object to the default output, followed by a newline character.
Prints out an object to the default output, followed by a newline character.
the object to print.
Prints a newline character on the default output.
Reads a boolean value from an entire line of the default input.
Reads a boolean value from an entire line of the default input. Has a fairly liberal interpretation of the input.
the boolean value read, or false if it couldn't be converted to a boolean
Reads a byte value from an entire line of the default input.
Reads a byte value from an entire line of the default input.
the Byte that was read
Reads a char value from an entire line of the default input.
Reads a char value from an entire line of the default input.
the Char that was read
Reads a double value from an entire line of the default input.
Reads a double value from an entire line of the default input.
the Double that was read.
Reads a float value from an entire line of the default input.
Reads a float value from an entire line of the default input.
the Float that was read.
Reads an int value from an entire line of the default input.
Reads an int value from an entire line of the default input.
the Int that was read
Print formatted text to the default output and read a full line from the default input.
Print formatted text to the default output and read a full line from the default input. Returns null if the end of the input stream has been reached.
the format of the text to print out, as in printf
.
the parameters used to instantiate the format, as in printf
.
the string read from the default input
Read a full line from the default input.
Read a full line from the default input. Returns null
if the end of the
input stream has been reached.
the string read from the terminal or null if the end of stream was reached.
Reads an long value from an entire line of the default input.
Reads an long value from an entire line of the default input.
the Long that was read
Reads a short value from an entire line of the default input.
Reads a short value from an entire line of the default input.
the short that was read
Reads in some structured input (from the default input), specified by a format specifier.
Reads in some structured input (from the default input), specified by a format specifier.
See class java.text.MessageFormat
for details of
the format specification.
the format of the input.
a list of all extracted values.
Reads in some structured input (from the default input), specified by a format specifier, returning only the first value extracted, according to the format specification.
Reads in some structured input (from the default input), specified by a format specifier, returning only the first value extracted, according to the format specification.
format string, as accepted by readf
.
The first value that was extracted from the input
Reads in some structured input (from the default input), specified by a format specifier, returning only the first two values extracted, according to the format specification.
Reads in some structured input (from the default input), specified by a format specifier, returning only the first two values extracted, according to the format specification.
format string, as accepted by readf
.
A Tuple2 containing the first two values extracted
Reads in some structured input (from the default input), specified by a format specifier, returning only the first three values extracted, according to the format specification.
Reads in some structured input (from the default input), specified by a format specifier, returning only the first three values extracted, according to the format specification.
format string, as accepted by readf
.
A Tuple3 containing the first three values extracted
Sets the default error stream.
Sets the default error stream.
the new error stream.
Sets the default error stream.
Sets the default error stream.
the new error stream.
Sets the default input stream.
Sets the default input stream.
the new input stream.
Sets the default input stream.
Sets the default input stream.
specifies the new input stream.
Sets the default output stream.
Sets the default output stream.
the new output stream.
Sets the default output stream.
Sets the default output stream.
the new output stream.
Creates a String representation of this object.
Creates a String representation of this object. The default representation is platform dependent. On the java platform it is the concatenation of the class name, "@", and the object's hashcode in hexadecimal.
a String representation of the object.
Sets the default error stream for the duration of execution of one thunk.
Sets the default error stream for the duration of execution of one thunk.
the new error stream.
the code to execute with the new error stream active
the results of thunk
withErr[T](err:PrintStream)(thunk: =>T)
Set the default error stream for the duration of execution of one thunk.
Set the default error stream for the duration of execution of one thunk.
the new error stream.
the code to execute with the new error stream active
the results of thunk
withErr(Console.out) { println("This goes to default _out_") }
withErr[T](err:OutputStream)(thunk: =>T)
Sets the default input stream for the duration of execution of one thunk.
Sets the default input stream for the duration of execution of one thunk.
the new input stream.
the code to execute with the new input stream active
the results of thunk
withIn[T](reader:Reader)(thunk: =>T)
Sets the default input stream for the duration of execution of one thunk.
Sets the default input stream for the duration of execution of one thunk.
the code to execute with the new input stream active
the results of thunk
val someFile:Reader = openFile("file.txt") withIn(someFile) { // Reads a line from file.txt instead of default input println(readLine) }
withIn[T](in:InputStream)(thunk: =>T)
Sets the default output stream for the duration of execution of one thunk.
Sets the default output stream for the duration of execution of one thunk.
the new output stream.
the code to execute with the new output stream active
the results of thunk
withOut[T](out:PrintStream)(thunk: => T)
Sets the default output stream for the duration of execution of one thunk.
Sets the default output stream for the duration of execution of one thunk.
the new output stream.
the code to execute with the new output stream active
the results of thunk
withOut(Console.err) { println("This goes to default _error_") }
withOut[T](out:OutputStream)(thunk: => T)
Implements functionality for printing Scala values on the terminal as well as reading specific values. Also defines constants for marking up text on ANSI terminals.
1.0, 03/09/2003


Please complete the form below to
contact Sunshine Group
Please be aware that we cannot ensure that communications sent over the internet are secure. This includes correspondence sent through this form or by the email. If you are comfortable with such risks you may contact us by phone instead of using this form. Do not include any Confidential Health information


I have a passion for creating beautiful and intuitive designs.
I am a 3rd year student studying computer science at UC San Diego.
I am interested in becoming an UX/UI designer.
Currently, I am taking a Human-Computer-Interaction design course to gain more experience.
I became interested in designs and user experience when I was working on an update at Bentley Systems in 2015. One of their customers complained how their editing tool was not user-friendly and missing essential features. My supervisors assigned this task to me and told me to fix it. Ever since, I have been intrigued by design practices and user flows.
The purpose of Grape web app is to allow peope to keep track of them doing good deeds so they can make time and strive to create a positive environment around us and to make ourselves happy. Since people are often busy with their own lives, they become so absorbed in their own activities and work that they forget to acknowledge others or even themselves. We aim to target individuals who want to do the right thing even when life gets in the way, and allow for individuals to have more incentive to perform good deeds for themselves and the people around them.
Please check this app out using your mobile phone.
In Fall 2015, I worked with a team of 12 engineers to build a robot that could write and draw various shapes and letters. We programmed a microcontroller to transfer signals to control the robot using Arduino. The goal of this project was to attract more students to join the only co-ed professional engineering fraternity on campus.
Software Engineering Intern
July. 2015 - Sept. 2015
Team Member
April. 2014 - Dec. 2014
Academic Mentor
Aug. 2014 - Sept. 2014
If you are looking for a designer and you like my work, please feel free to contact me.


{% extends "basestyle/one_column_layout.html" %} {% load static %} {% block title %}HMDA Panel and Transmittal Sheet (TS) data{% endblock %} {% block head_styles %} {% endblock %} {% block main_content %}
NOTE: Institution data is from the {{year}} HMDA Transmittal sheet. NIC may have more current data for this institution.
{% endblock %} {% block foot_scripts %} {% endblock %}


City Size vs AQI - Timelapse
City AQI by Atmospheric Compound
City Air Quality Comparison
City AQI vs Population


My projects
Heya! I'm laughingclouds
Guy with a beard
These are a few projects I've done
Survey Form
Find me at
Github


- My name is Nadeen Shuweihat
- I am an interior designer with a fuzzy hair
- born and raised in Madaba - Jordan
- 22 years old but still full of dreams
- graduated from Middle East University in 2020 with a Bachelor's Degree in Interior designer
- i have a 4 years experince as a receptionist
If you look in the picture below this text you will see the most look a like person to me when i don't straighten my hair


This Week in Rust
Welcome to another issue of This Week in Rust. This week introduces raw
string literals, the removal of the rust
tool, feature gating, and the
privacy overhaul.
What’s cooking on master?
Only 51 PRs were merged this week, though the ones that were were fairly large.
Breaking changes
- Visibility and privacy have been defined, and the new semantics are slightly incompatible with the old. The details are here.
- Feature gating has been added to the compiler. This allows us to mask language features that we don’t want to commit to for 1.0. The compiler will tell you when you are using an “experimental” feature. The current experimentals are glob imports, macro definitions, and struct-like variants in enums. This is an important step forward for 1.0 which, apparently, is right around the corner.
- The
rust
tool has been removed. Option
’s API has been massively simplified, and changed to be composable.- Strings are no longer allowed to be modified in safe
code. Things like
let s = ~"abcdefg"; s[4] = 0x99;
are now rejected. This is because it allows one to create invalid (non-UTF8) string values. extra::rc
has graduated tostd::rc
.extra::tempfile::mkdtemp
has been replaced with an RAII wrapper.std::rand
has been improved, but changes the public API of Rng a bit.IntConvertible
has been removed in favor ofToPrimitive
andFromPrimitive
, which can be derived for enums, making interacting with C APIs substantially more DRY.
Other changes
- Raw strings are now supported.
The basic syntax is
r"Foo"
, but alsor###"Foo"###
, for arbitrary nesting of raw strings. - rustpkg’s remote fetching is fixed, but other problems prevent it from being fully usable right now.
- debuginfo namespace handling has been unified, and marks the ability to build all of Rust (libstd, libextra, compiler and tools) with debuginfo, which is very awesome.
- Small structs are immediate.
- When there are unbalanced delimiters, the opening delimiters leading up to it are printed, avoiding the “Expected a }, saw EOF at line 9001” problem.
- libuv and jemalloc are only built once, rather than once per stage.
- Macros now take attributes and, in turn, can be documented.
- In the opposite direction, macros can now expand to items with attributes.
- There were some minor logging changes, the biggest result of which is that inlined functions won’t be logged by the modules they’re inlined into.
std::rt::io::native
has been implemented. The idea of this is to live instd::io::native
and to use the OS’s native APIs rather than libuv, and also to not require the scheduler or any other runtime support.- rustpkg marks checked out repos as read-only, to prevent modifications.
Weekly Meeting
The weekly
meeting
discussed some administrative things, the removal of crypto code, the removal
of the rust
tool, and functions.
Announcements etc
- rust-fuse - a FUSE userspace library in Rust. This is pure Rust, not using libfuse.
- ears - a simple library for playing sounds.
- rustic – another operating system project.
- Refactoring the milestones on the issue tracker.
- Fn Types in Rust, Take 3 - another attempt at tackling the problems with closures.
- mcpherrin in
#rust
says “Hello, everyone!”


{% extends 'searchBarApp/base.html'%} {%block body_block%}
Our Services
to choose from
Bus
We can provide bus services from railway station to industry .To avail this,Just pay money and make your tour a memorable one.
Train
Booked users also have the feasibilty to book train tickets to the venue via our website directing to third-party site
Airplane
Booked users also have the feasibilty to book plane tickets to the venue via our website directing to third-party site
{%endblock%}


I studied in 5 different schools, my first school was St Thomas, Mount Lavania. From there I went to
India studied in two different schools there. Came back in 2010 and joined Royal Institute. Then I
switched to Lyceum in Grade 8 and did my OLs and ALs.
Examination results obtained in Cambridge OL/AL are as follows.
Ordinary Level Examination Results
| Subject |
Result |
| English |
B |
| Computer Science |
B |
| Mathematics |
B |
| Physics |
B |
| Chemistry |
B |
| Biology |
C |
| English Literature |
D |
Advanced Level Examination Results
| Subject |
Result |
| Computer Science |
B |
| Physics |
C |
| Mathematics |
E |


The data for these queries can be dowloaded from linkedMDB.ttl.
Query ch6.43 Subset based on Unforgiven (Subject)
Following the example in the text, all the information about the film, Unforgiven
Query ch6.44 Subset based on Unforgiven (Object)
Extending the previous query to get information about things that refer to Unforgiven
Query ch6.45 Larger subset based on Unforgiven
Extending the previous query further to include information about actors, director, and other people or things involved in the production of Unforgiven