New Home Solar Program Puts Solar Within Reach for Millions
30% Tax Credit Extended Through 2017 by Congress
Utility companies are losing their monopolies as more and more homeowners are taking advantage of huge government rebates and incentives and shifting to cheaper solar power. Power companies are blaming a controversial state rebate program that incentivizes homeowners to use clean energy with $0 down upfront system costs.
Until recently, solar was mostly driven by the desire to fight climate change, but now it’s all about the savings. The combination of a rapid drop in panel prices, continued federal rebates, a growing number of local incentives in specific towns, and innovative new zero down options have shifted the industry narrative entirely.
When homeowners visit SolarPRO to see if their home qualifies, many are shocked by how much they can actually slash their current utility bills by. Just enter a few basic pieces of info about your house and you can quickly find out if you qualify and how much you can save. In many cases, customers are saving up to 70% on the cost of powering their home each year.
How do Solar Programs Work?
Solar panel prices have dropped dramatically, by some accounts decreasing by 80% over 10 years. Increased competition within the industry has led to better and better deals. With this new program, homeowners that qualify can go solar without any upfront cash through zero down loan products or innovative power purchase agreements (PPAs). These programs have transferred a ton of value to homeowners, and have made it that much harder for utility companies to maintain their monopolies. A number of homeowners in your town have probably already taken advantage of this opportunity. Don’t wait, these deals won’t last. See if you qualify now.
Quick Summary: In the past it used to take up to 10 years to recoup your solar investment – with new 2017 Solar programs, homeowners can take advantage of zero down options and start saving immediately. Click here to see if you qualify >>
Act Now & Start Saving Money Immediately
Visit SolarPRO and enter your location to see if you qualify for zero down options and the best rebate offers. Once you’re sure that your home actually qualifies, you can explore a personalized savings estimate without the high pressure sales calls. We are at a unique moment in the history of solar where rebates are still exceptionally high (many set to end in the next few months), panel prices are historically low, and interest rates are cheap. It’s not uncommon for a consumer to save $34,000 on power over the 25 year life of their solar system in some of the best states. What would you do with an extra $34,000?
How Do I Find Out If My Home Is Eligible?
Thankfully all of this information is well documented with the help of unbiased research from the Department of Energy. It’s easy to find out what programs you qualify for, how much power a system will generate in your area, and what local installers near you are charging. If you’re ready to get started, here’s how to do it-
- Click on the button below.
- Answer a few simple questions.
- If you’re approved, you’ll get a chance to compare all the top offers near you.
References:
- http://easiersolar.com/solar/congress-extends-the-solar-tax-credit/


Provides a merging wrapper around a KDB instance.
More...
#include <mergingkdb.hpp>
Provides a merging wrapper around a KDB instance.
The wrapper allows to pass a three way merger instance that is used to resolve conflicts during KDB set.
◆ get() [1/2]
| int kdb::tools::merging::MergingKDB::get |
( |
KeySet & |
returned, |
|
|
std::string const & |
keyname |
|
) |
| |
|
overridevirtual |
Behaves like the KDB get function.
- See also
- KDB
Reimplemented from kdb::KDB.
◆ get() [2/2]
| int kdb::tools::merging::MergingKDB::get |
( |
KeySet & |
returned, |
|
|
Key & |
parentKey |
|
) |
| |
|
overridevirtual |
Behaves like the KDB get function.
- See also
- KDB
Reimplemented from kdb::KDB.
◆ synchronize() [1/2]
| int kdb::tools::merging::MergingKDB::synchronize |
( |
KeySet & |
returned, |
|
|
std::string const & |
keyname, |
|
|
ThreeWayMerge & |
merger |
|
) |
| |
|
virtual |
Synchronizes the file with the supplied KeySet.
If a conflict occurs during set, the supplied merger is used to resolve the conflict. If the conflict cannot be solved, an exception is thrown. If the KeySet was successfully written (either by merging or due the absence of a conflict) the supplied KeySet is updated with the new content of the file.
- See also
- KDB
- Exceptions
-
◆ synchronize() [2/2]
| int kdb::tools::merging::MergingKDB::synchronize |
( |
KeySet & |
returned, |
|
|
Key & |
parentKey, |
|
|
ThreeWayMerge & |
merger |
|
) |
| |
|
virtual |
If a conflict occurs during set, the supplied merger is used to resolve the conflict.
If the conflict cannot be solved, an exception is thrown. If the KeySet was successfully written (either by merging or due the absence of a conflict) the supplied KeySet is updated with the new content of the file.
- See also
- KDB
- Exceptions
-
The documentation for this class was generated from the following files:


Home
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REST . RELAX . REVIVE
Small town with big city appeal
—— Tell Us your Favourite Drink ——
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Traditional Drip
MOCHA
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OPENING HOURS
SATURDAY ____ 7:00 am - 5:00 pm
SUNDAY ______ 7:00 am - 5:00 pm
MONDAY _____ 7:00 am - 5:00 pm
TUSEDAY _____ 7:00 am - 5:00 pm
WEDNESDAY__ 7:00 am - 5:00 pm
THURSDAY ___ 7:00 am - 5:00 pm
FRIDAY ______ 7:00 am - 5:00 pm
1 / 3
Coffee is my love language
2 / 3
My body runs on coffee
3 / 3
Always down for a coffee date
❮
❯
1 / 2
Coffee, because we want success.
2 / 2
Better latte than never!
1 / 2
My birthstone is a coffee bean
2 / 2
Coffee is always a good idea
DO YOU KNOW .....


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Utility first CSS framework
Responsive first
Component friendly
Customizable
Tailwind has a CLI tool to process CSS
Or add it to your webpack config
But what if you use Angular CLI?...
Modify angular.json to use a custom webpack builder
"builder": "@angular-builders/custom-webpack:browser",
"serve": {
"builder": "@angular-builders/custom-webpack:dev-server",
"options": {
"customWebpackConfig": {
"path": "webpack.config.js"
}
},
},
Let Angular CLI do the heavy lifting
Just handle the Tailwind CSS part
module.exports = {
module : {
rules: [
{
test : /tailwind\.scss$/,
loader : 'postcss-loader',
options: {
plugins: () => [
require('tailwindcss')('./tailwind.config.js'),
require('autoprefixer'),
]
}
}
]
}
};
Use the schematics Angular Material team provides
ng add @angular/material
You now have the power of both Tailwind CSS and Material.


Taught by
Alexandra Ackerman
Code available at
https://github.com/newschool-webfundamentals
Presentations available at
newschool-webfundamentals.github.io
What's wrong with this picture code, part 3?
We talked about making websites mobile-responsive using media queries. Today, we'll talk about how grids can be used to quickly and easily do the same thing.
A structure that allows for content to be stacked both vertically and horizontally in a consistent and easily manageable fashion.
A system to structure and present content and imagery in a much more readable, manageable way.
Uniformity and consistency are key to creating a website that your users will find easy to navigate, read and understand
Rows & Columns
Rows take up space horizontally and accommodate columns.
Columns take up vertical space and hold your content.
There are many frameworks that use css to create grid system
No need to keep writing CSS to fit your needs. Have a simple toolkit that lets you write code fast.
Can mix and match the structure of content on a page to fit any need.
Incredibly easy to make content match to any size viewport.
Today we'll be using Materialize
Materialize is a HTML, CSS and JS framework for developing responsive projects on the web made by Google
Materialize goes beyong grids. Has CSS & JavaScript for many use-cases
Let's see an example site using a grid system
Let's code a website using Materialize


Class Transform
A right-handed coordinate system with +Z up.
Examples
var m1 = new Mass(Polygon.Rectangle(1.0, 1.0), 1.0, new Material("yellow", Colors.Yellow));
this.Model.AddElement(m1);
Profile prof = Polygon.Rectangle(1.0, 1.0);
var j = 1.0;
var count = 10;
for (var i = 0.0; i < 360.0; i += 360.0 / (double)count)
{
var m2 = new Mass(prof, 1.0, new Material($"color_{j}", new Color((float)j - 1.0f, 0.0f, 0.0f, 1.0f)), new Transform());
// Scale the mass.
m2.Transform.Scale(new Vector3(j, j, j));
// Move the mass.
m2.Transform.Move(new Vector3(3, 0, 0));
// Rotate the mass.
m2.Transform.Rotate(Vector3.ZAxis, i);
this.Model.AddElement(m2);
j += 1.0 / (double)count;
}
Inheritance
Implements
Inherited Members
Namespace: Elements.Geometry
Assembly: Hypar.Elements.dll
Syntax
public class Transform : IEquatable<Transform>
Constructors
Transform()
Create the identity transform.
Declaration
public Transform()
Transform(Matrix)
Construct a transform.
Declaration
[JsonConstructor]
public Transform(Matrix matrix)
Parameters
| Type | Name | Description |
|---|---|---|
| Matrix | matrix |
Transform(Plane)
Create a transform using the provided plane's origin and normal.
Declaration
public Transform(Plane plane)
Parameters
| Type | Name | Description |
|---|---|---|
| Plane | plane | The plane used to orient the transform. |
Transform(Transform)
Create a transform by copying another transform.
Declaration
public Transform(Transform t)
Parameters
| Type | Name | Description |
|---|---|---|
| Transform | t | The transform to copy. |
Transform(Vector3, Vector3, Vector3, Vector3)
Create a transform by origin, X, Y, and Z axes. Axes are automatically unitized — to create non-uniform transforms, use Transform.Scale.
Declaration
public Transform(Vector3 origin, Vector3 xAxis, Vector3 yAxis, Vector3 zAxis)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | origin | The origin of the transform. |
| Vector3 | xAxis | The X axis of the transform. |
| Vector3 | yAxis | The Y axis of the transform. |
| Vector3 | zAxis | The Z axis of the transform. |
Transform(Vector3, Vector3, Vector3, Double)
Create a transform by origin and X and Z axes.
Declaration
public Transform(Vector3 origin, Vector3 xAxis, Vector3 zAxis, double rotation = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | origin | The origin of the transform. |
| Vector3 | xAxis | The X axis of the transform. |
| Vector3 | zAxis | The Z axis of the transform. |
| System.Double | rotation | An optional rotation in degrees around the transform's z axis. |
Transform(Vector3, Vector3, Double)
Create a transform centered at origin with its Z axis pointing along up.
Declaration
public Transform(Vector3 origin, Vector3 z, double rotation = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | origin | The origin of the transform. |
| Vector3 | z | The vector which will define the Z axis of the transform. |
| System.Double | rotation | An optional rotation around the z axis. |
Transform(Vector3, Double)
Create a transform with a translation.
Declaration
public Transform(Vector3 origin, double rotation = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | origin | The origin of the transform. |
| System.Double | rotation | An optional rotation in degrees around the transform's z axis. |
Transform(Double, Double, Double, Double)
Create a transform with a translation.
Declaration
public Transform(double x, double y, double z, double rotation = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | x | The X component of translation. |
| System.Double | y | The Y component of translation. |
| System.Double | z | The Z component of translation. |
| System.Double | rotation | An optional rotation in degrees around the transform's z axis. |
Properties
Matrix
The transform's matrix.
Declaration
[JsonProperty("Matrix", Required = Required.Always)]
[Required]
public Matrix Matrix { get; set; }
Property Value
| Type | Description |
|---|---|
| Matrix |
Origin
The origin of the transform.
Declaration
[JsonIgnore]
public Vector3 Origin { get; }
Property Value
| Type | Description |
|---|---|
| Vector3 |
XAxis
The x axis of the transform.
Declaration
[JsonIgnore]
public Vector3 XAxis { get; }
Property Value
| Type | Description |
|---|---|
| Vector3 |
YAxis
The y axis of the transform.
Declaration
[JsonIgnore]
public Vector3 YAxis { get; }
Property Value
| Type | Description |
|---|---|
| Vector3 |
ZAxis
The z axis of the transform.
Declaration
[JsonIgnore]
public Vector3 ZAxis { get; }
Property Value
| Type | Description |
|---|---|
| Vector3 |
Methods
Concatenate(Transform)
Concatenate the transform.
Declaration
public void Concatenate(Transform transform)
Parameters
| Type | Name | Description |
|---|---|---|
| Transform | transform |
Concatenated(Transform)
Return a new transform which is the supplied transform concatenated to this transform.
Declaration
public Transform Concatenated(Transform transform)
Parameters
| Type | Name | Description |
|---|---|---|
| Transform | transform | The transform to concatenate. |
Returns
| Type | Description |
|---|---|
| Transform |
CreateHorizontalFrameAlongCurve(Curve, Double, Vector3)
Create a transform that is oriented along
a curve at parameter t. The transform's +z axis will align with
the +z world axis, and the +x axis will align with the XY projection of the tangent
of the curve. If you want a perpendicular transform, use Curve.TransformAt(t)
instead.
Declaration
public static Transform CreateHorizontalFrameAlongCurve(Curve curve, double t, Vector3 up = default(Vector3))
Parameters
| Type | Name | Description |
|---|---|---|
| Curve | curve | The curve along which to orient the transform. |
| System.Double | t | A parameter value between 0.0 and 1.0. |
| Vector3 | up |
Returns
| Type | Description |
|---|---|
| Transform |
CreateOrientedAlongCurve(Curve, Double, Vector3)
Create a transform that is oriented along
a curve at parameter t. The transform's +z axis will align with
the +z world axis, and the +x axis will align with the tangent
of the curve. If you want a perpendicular transform, use Curve.TransformAt(t)
instead.
Declaration
[Obsolete]
public static Transform CreateOrientedAlongCurve(Curve curve, double t, Vector3 up = default(Vector3))
Parameters
| Type | Name | Description |
|---|---|---|
| Curve | curve | The curve along which to orient the transform. |
| System.Double | t | A parameter value between 0.0 and 1.0. |
| Vector3 | up |
Returns
| Type | Description |
|---|---|
| Transform |
Equals(Transform)
Is this transform equal to the provided transform?
Declaration
public bool Equals(Transform other)
Parameters
| Type | Name | Description |
|---|---|---|
| Transform | other | The transform to test. |
Returns
| Type | Description |
|---|---|
| System.Boolean | True if the two transforms are equal, otherwise false. |
GetHashCode()
Get the hash code for the transform.
Declaration
public override int GetHashCode()
Returns
| Type | Description |
|---|---|
| System.Int32 |
Overrides
GetScale()
Get the scale of the transform.
Declaration
public Vector3 GetScale()
Returns
| Type | Description |
|---|---|
| Vector3 |
Invert()
Invert this transform.
Declaration
public void Invert()
Inverted()
Return a new transform which is the inverse of this transform.
Declaration
public Transform Inverted()
Returns
| Type | Description |
|---|---|
| Transform |
Move(Vector3)
Apply a translation to the transform.
Declaration
public void Move(Vector3 translation)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | translation | The translation to apply. |
Move(Double, Double, Double)
Apply a translation to the transform.
Declaration
public void Move(double x = 0, double y = 0, double z = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | x | |
| System.Double | y | |
| System.Double | z |
Moved(Vector3)
Return a new transform which is this transform moved by the specified amount.
Declaration
public Transform Moved(Vector3 translation)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | translation | The translation to apply. |
Returns
| Type | Description |
|---|---|
| Transform |
Moved(Double, Double, Double)
Return a new transform which is this transform moved by the specified amount.
Declaration
public Transform Moved(double x = 0, double y = 0, double z = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | x | |
| System.Double | y | |
| System.Double | z |
Returns
| Type | Description |
|---|---|
| Transform |
OfBezier(Bezier)
Transform the specifed bezier.
Declaration
[Obsolete("Use Bezier.Transformed(Transform) instead.")]
public Bezier OfBezier(Bezier bezier)
Parameters
| Type | Name | Description |
|---|---|---|
| Bezier | bezier | The bezier to transform. |
Returns
| Type | Description |
|---|---|
| Bezier | A new bezier transformed by this transform. |
OfCurve(Curve)
A transformed copy of the supplied curve.
Declaration
[Obsolete("Use Curve.Transformed(Transform) instead.")]
public Curve OfCurve(Curve curve)
Parameters
| Type | Name | Description |
|---|---|---|
| Curve | curve | The curve to transform. |
Returns
| Type | Description |
|---|---|
| Curve |
OfLine(Line)
Transform the specified line.
Declaration
[Obsolete("Use Line.Transformed(Transform) instead.")]
public Line OfLine(Line line)
Parameters
| Type | Name | Description |
|---|---|---|
| Line | line | The line to transform. |
Returns
| Type | Description |
|---|---|
| Line | A new line transformed by this transform. |
OfPlane(Plane)
Transform the specified plane.
Declaration
public Plane OfPlane(Plane plane)
Parameters
| Type | Name | Description |
|---|---|---|
| Plane | plane | The plane to transform. |
Returns
| Type | Description |
|---|---|
| Plane | A new plane transformed by this transform. |
OfPoint(Vector3)
Transform a vector into the coordinate space defined by this transform.
Declaration
public Vector3 OfPoint(Vector3 vector)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | vector | The vector to transform. |
Returns
| Type | Description |
|---|---|
| Vector3 | A new vector transformed by this transform. |
OfPolygon(Polygon)
Transform the specified polygon.
Declaration
[Obsolete("Use Polygon.Transformed(Transform) instead.")]
public Polygon OfPolygon(Polygon polygon)
Parameters
| Type | Name | Description |
|---|---|---|
| Polygon | polygon | The polygon to transform. |
Returns
| Type | Description |
|---|---|
| Polygon | A new polygon transformed by this transform. |
OfPolygons(IList<Polygon>)
Transform the specified polygons.
Declaration
public Polygon[] OfPolygons(IList<Polygon> polygons)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Collections.Generic.IList<Polygon> | polygons | The polygons to transform. |
Returns
| Type | Description |
|---|---|
| Polygon[] | An array of polygons transformed by this transform. |
OfProfile(Profile)
Transform the specified profile.
Declaration
public Profile OfProfile(Profile profile)
Parameters
| Type | Name | Description |
|---|---|---|
| Profile | profile | The profile to transform. |
Returns
| Type | Description |
|---|---|
| Profile | A new profile transformed by this transform. |
OfVector(Vector3)
Transform a vector into the coordinate space defined by this transform ignoring the translation.
Declaration
public Vector3 OfVector(Vector3 vector)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | vector | The vector to transform. |
Returns
| Type | Description |
|---|---|
| Vector3 | A new vector transformed by this transform. |
Reflect(Vector3)
Reflect about the plane with normal n.
Declaration
public void Reflect(Vector3 n)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | n | The normal of the reflection plane. |
Rotate(Vector3, Double)
Apply a rotation to the transform.
Declaration
public void Rotate(Vector3 axis, double angle)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | axis | The axis of rotation. |
| System.Double | angle | The angle of rotation in degrees. |
Rotate(Double)
Apply a rotation to the transform around the Z axis.
Declaration
public void Rotate(double angle)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | angle | The angle of rotation in degrees. |
RotateAboutPoint(Vector3, Vector3, Double)
Apply a rotation to the transform about a center.
Declaration
public void RotateAboutPoint(Vector3 point, Vector3 axis, double angle)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | point | The center of rotation. |
| Vector3 | axis | The axis direction. |
| System.Double | angle | The angle of rotation in degrees. |
Rotated(Vector3, Double)
Return a new transform which is a rotated copy of this transform.
Declaration
public Transform Rotated(Vector3 axis, double angle)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | axis | The axis of rotation. |
| System.Double | angle | The angle of rotation in degrees. |
Returns
| Type | Description |
|---|---|
| Transform |
RotatedAboutPoint(Vector3, Vector3, Double)
Return a new Transform which is a rotated copy of this transform.
Declaration
public Transform RotatedAboutPoint(Vector3 point, Vector3 axis, double angle)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | point | The center of rotation. |
| Vector3 | axis | The axis direction. |
| System.Double | angle | The angle of rotation in degrees. |
Returns
| Type | Description |
|---|---|
| Transform |
Scale(Vector3)
Apply a scale to the transform.
Declaration
public void Scale(Vector3 amount)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | amount | The amount to scale. |
Scale(Double)
Scale uniformly about the origin.
Declaration
public void Scale(double factor)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | factor | The amount to scale uniformly |
Scale(Double, Vector3)
Scale uniformly about a point
Declaration
public void Scale(double factor, Vector3 origin)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | factor | The scale factor |
| Vector3 | origin | The origin of scaling |
Scaled(Vector3)
Return a copy of this transform scaled by the given value.
Declaration
public Transform Scaled(Vector3 amount)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector3 | amount | The amount to scale. |
Returns
| Type | Description |
|---|---|
| Transform |
Scaled(Double)
Return a copy of this transform scaled uniformly.
Declaration
public Transform Scaled(double factor)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | factor | The amount to scale uniformly |
Returns
| Type | Description |
|---|---|
| Transform |
ToString()
Get a string representation of the transform.
Declaration
public override string ToString()
Returns
| Type | Description |
|---|---|
| System.String | A string representation of the transform. |
Overrides
XY()
Calculate XY plane of the transform.
Declaration
public Plane XY()
Returns
| Type | Description |
|---|---|
| Plane |
XZ()
Calculate the XZ plane of the transform.
Declaration
public Plane XZ()
Returns
| Type | Description |
|---|---|
| Plane |
YZ()
Calculate the YZ plane of the transform.
Declaration
public Plane YZ()
Returns
| Type | Description |
|---|---|
| Plane |


version audio, music: Sappy by Neil D. Voss
To honour the end of the French-speaking podcast network RadioKawa, with whom I have worked since 2015, I designed and developed this retrospective website: https://retrospective.radiokawa.com/.
I gathered the timeline, inspirations and some thoughts for a postmortem.
While I was working on complex websites, doing more backend than frontend in my day-to-day work, I was searching to do more web animations and reconnect a bit with GSAP.
RadioKawa has tons of content (shows, authors, categories, episodes, etc.) I’m aware of and is a non-profit organisation, so it was a good client to animate some big numbers on my free time.
Timeline
I started noodling the design around 9 February 2020 and then send a message to the RadioKawa team to share my idea and a first mock-up on the 24th. I was glad to receive positive feedback.
In March, Yann, the Big Boss, helped me gather appropriate data and collect photographs. On the next three months, during a particularly enjoyable time called lockdown, I streamed, for the first time, some coding sessions.
I continued working on it in the evenings and weekends, slowly but surely. Adding a few, simpler, blocks in the last days. The page was finally launched on the 3rd of July.
Design
My first wish in this project was to play around with Figma and I got more accustomed with it. I’m still missing some features from Illustrator but it’s an amazing tool and web-based, so you can share it in a blink of an eye. You can try my font plugin, by the way ;).
Not being a designer, I want to stress it, my biggest mistake was to not choose a correct format/ratio to work on, way too much high, it did not correspond to any realistic devices viewports. So the transition to development was a bit tricky.
Then, while finishing the development, I realised I totally ignored mobile version, which is pretty foolish. I thought it would be complicated to redesign this big blocks in a small viewport, but it was less a conundrum than expected. It made me test the Figma Mirror mobile app, which is awesome to live preview on your device, it’s literally just log in and play.
Development
I started to code my own scroll animation manager but ScrollTrigger was announced and released just at the beginning of the development so I quickly drop my draft to try the new toy from Greensock.
It’s well done and kills ScrollMagic, IMHO. The debug tools are nice, but I’m not sure if I’ll ever get used to the syntax. As an efficient but limited framework, it was perfect for this kind of project.
I wanted to try replicate this wrapped typography animation with just CSS and JS. I know they are made with WebGL but when you see how complex it is, I wanted to play dumb. So I’m surprised it kinda works visually but the performances are terrible, will not recommend.

In the same idea of playing low-key, I didn’t want to code any lazy loading for the assets so I tried the HTML version: if you want a quick lazy loading, the loading
img attribute (mdn, web.dev) is a nice native feature, you don’t have control on the loading of the images but it’s plug-and-play.
Just one thing to consider: if the image is on position: fixed
the browser will load it immediately so you should change the image styles with JavaScript after the document load: put the position to fixed
or remove a display: none
, for example.
I had to abandon some designs by lack of time, I’m still glum about it.
Finally, thanks to Valockar for putting it on a new subdomain for more premium feeling ✨
Refs
The Spotify annual reports were the main inspiration, they are sadly almost impossible to browse again but we have some case studies:
-
I love Area17 design and its 2019 report was an inspiration, especially the first hero block, obviously: https://2019.area17.com/
-
Cineville, a Dutch cinema subscription, did a good job with its year report: https://filmblik.cineville.nl/
-
Or random Corn Flakes box cover ¯_(ツ)_/¯


msr - x86 CPU MSR access device
/dev/cpu/CPUNUM/msr provides an interface to read and write the
model-specific registers (MSRs) of an x86 CPU. CPUNUM is the number of
the CPU to access as listed in /proc/cpuinfo.
The register access is done by opening the file and seeking to the
MSR number as offset in the file, and then reading or writing in chunks of 8
bytes. An I/O transfer of more than 8 bytes means multiple reads or writes
of the same register.
This file is protected so that it can be read and written only by
the user root, or members of the group root.
The msr driver is not auto-loaded. On modular kernels you might need to
use the following command to load it explicitly before use:
$ modprobe msr
Intel Corporation Intel 64 and IA-32 Architectures Software Developer's Manual
Volume 3B Appendix B, for an overview of the Intel CPU MSRs.
This page is part of release 5.05 of the Linux man-pages project. A
description of the project, information about reporting bugs, and the latest
version of this page, can be found at https://www.kernel.org/doc/man-pages/.


Ocean [aq40], ocean, in The Inner Sea ------------------------------------------------------------------------ 2: The Savvy Aardvark [ha5r], ship, 2 hulls, 1 rowing port, 6 sails, 2: 2% damaged, departed for Ocean [aq41]. 21: It has begun to rain. Routes leaving Ocean: North, to Ocean [ap40], 6 days East, to Ocean [aq41], 6 days South, to Ocean [ar40], 6 days West, to Ocean [aq39], 6 days It is raining.


--- layout: post title: "Hidden Menus On Your Iphone" subtitle: "Apple adds more functions to the iPhone every year, but the more it can do, the more complicated it gets." date: 2021-01-23 23:16:14 +0530 background: '/img/posts/06.jpg' published: true categories: [ Technology ] tags: [ ] ---
If you recently got a new iPhone after sitting out several generations -- or maybe just don’t fiddle around with your phone a lot -- you might be missing out on some easy ways to get more done, faster.
The iPhone has a bunch of “hidden” menus that help you do things like search across apps, go back to the last screen, find widgets that show snapshots of certain information, or quickly turn your Wi-Fi off and on.
Reachability is off by default, so do this to turn it on:
Now that it’s on, use it by quickly swiping down at the bottom edge of the screen.
You can place little mini apps, called widgets, on your home screen. But there’s also a whole hidden section dedicated to widgets.
This is to the left of your home screen, so you access it by swiping right across your screen. You can customize it with any app that has widgets. I have a photo gallery in mine and an icon that shows the battery life left on my iPhone, AirPods and Apple Watch. I also use it for a quick glance at my Apple Fitness rings, CNBC Trending news stories, and more.
For the built-in Apple widgets, and a handful of others that have been custom-built, do this:
You can search through apps, the web, maps, dictionary, files and more all by using the iPhone’s universal search menu.
You can bring this up by swiping down from the middle of your home screen. You’ll also see Siri suggestions for your most common actions.
You can quickly change apps or close them by swiping up from the bottom of the screen and then holding until you feel a gentle vibration. Swipe right to move through apps. Tap an app to switch to it, or swipe up to close it.
Here’s a little bonus trick: did you know you can switch between apps by also just swiping right or left across the bottom of the screen? Try it! Open an app and then swipe right across the bottom. It’ll go to the last app you had open. Swipe left to go back or keep swiping right to move between apps
Here’s a second bonus: You can go back to the last screen in an app, like the previous webpage, by swiping right from the edge of the screen. The best way to try this is to open a website, go to another site, and then swipe right across the screen. You’ll be back where you started. If you swipe left from the right side of your phone, you’ll move forward again.


GopherCon 2014 Speakers Announced
25 December 2013
[Please note: this schedule is subject to change.]
 Maybe you'll want to organize lightning talks in the morning? Maybe you'll get together with the contributors to your Open Source project that you've never met in person? Whatever you do you'll be spending the day with Gophers from across the globe!
Thank You To Everyone Who Submitted Talks
Submitting a proposal to a conference is a little intimidating, we know. We'd like to personally thank the 70+ people who submitted proposals to speak at GopherCon 2014. There's no doubt that each of the proposals we received would have made a great talk. The breadth, depth, and quality of the proposals was amazing.
Thank You To The Reviewers
A special thank you to the community reviewers who helped us narrow down the 70+ proposals to a list of finalists. You each spent a lot of time going through these proposals, and we appreciate it!
We'll update the website with full details of speakers and talks after the holiday.
See you in Denver!
Connect with us
Join our mailing list


"STREET" The street called “Straight” at Damascus (Acts 9:11) is “a long broad street, running from east to west, about a mile in length, and forming the principal thoroughfare in the city.” In Oriental towns streets are usually narrow and irregular and filthy (Psalm 18:42; Isaiah 10:6). “It is remarkable,” says Porter, “that all the important cities of Palestine and Syria Samaria, Caesarea, Gerasa, Bozrah, Damascus, Palmyra, had their‘straight streets’ running through the centre of the city, and lined with stately rows of columns. The most perfect now remaining are those of Palmyra and Gerasa, where long ranges of the columns still stand.”, Through Samaria, etc.
"STREET" The street called “Straight” at Damascus (Acts 9:11) is “a long broad street, running from east to west, about a mile in length, and forming the principal thoroughfare in the city.” In Oriental towns streets are usually narrow and irregular and filthy (Psalm 18:42; Isaiah 10:6). “It is remarkable,” says Porter, “that all the important cities of Palestine and Syria Samaria, Caesarea, Gerasa, Bozrah, Damascus, Palmyra, had their‘straight streets’ running through the centre of the city, and lined with stately rows of columns. The most perfect now remaining are those of Palmyra and Gerasa, where long ranges of the columns still stand.”, Through Samaria, etc.


{% extends "base.html" %} {% block title %}Bioregistry Resolution Error{% endblock %} {% block container %}
The identifier {{ identifier }}
does not match the pattern for
{{ prefix }}
:
{{ pattern }}
If you believe this judgement to be erroneous but don't know how it should be updated, please let us know via the GitHub Issue tracker.
If you know how the pattern should be updated, do the following:


Tech News - Week 42
14 Oct 2016
- vCloud Director SP 8.0.2 - Important upgrade for Zerto clients -
Link
- NSX Bytes: NSX Edge feature and performance matrix -
Link
- Automating vCloud with Microsoft Powershell – Part Two, Automatic Shutdown and Startup -
Link
- Preparing for a vCenter Server Migration using the vSphere 6.0U2m Migration Tool – Part 2 -
Link
- Getting Comfortable with vPostgres and the vCenter Server Appliance – Part 3 -
Link
- VMware Cloud™ on AWS – A Closer Look -
Link
- Deploy a Linux VM using Customization Wizard using Perl SDK -
Link
- Hacking Photon OS to Do Your Bidding -
Link
Misc
- No SDN Kubernetes -
Link
- Organising remote access to your home lab with Sophos UTM -
Link
- Build your infrastructure with Terraform, Nomad and Consul on Scaleway -
Link
- Revisiting BGP on Linux w/ Cumulus Topology Converter -
Link
- Configuring Windows machines for Ansible -
Link
- Build Your Own Slack App and Bot -
Link
- Vault 0.6.2 - Let’s talk about it -
Link
- A Survival Guide for Containerizing your Infrastructure — Part 1: Why switch? -
Link
- Static types in Python, oh my(py)! -
Link
- Technology Short Take #72 -
Link
Be social and share this post!


‘Ford v Ferrari’ speeds to No. 1; ‘Charlie’s Angels’ fizzles
by JAKE COYLENEW YORK (AP) — “Ford v Ferrari” put its competition in the rearview, racing to a $31 million debut at the box office in a No. 1 finish that counted as a win for big-budget originality.
James Mangold’s racing drama rode into the weekend with strong reviews and Oscar buzz for its for leads, Christian Bale and Matt Damon. And audiences enthusiastically greeted it, giving the $98 million movie an A-plus CinemaScore.
“Ford v Ferrari,” which dramatizes the Ford Motor Co.’s push to unseat the perennial power Ferrari at France’s 24-hour Les Mans race in 1966, has been considered a kind of throwback film, built largely on story, practical effects and star power.
Elizabeth Banks’ “Charlie’s Angels” reboot couldn’t keep up. The Kristen Stewart-led film opened below expectations with $8.6 million.
JAKE COYLE


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Spotify rolls out new 'Your Daily Podcast' Playlist
Source: Spotify/The Verge
What you need to know
- Spotify has announced the official launch of its 'Your Daily Podcast' Playlist.
- The service mixes podcasts you subscribe to with Spotify's own recommendations to help you discover new content.
- It's now available in the US, UK, Germany, Sweden, Mexico, Brazil, Canada, Australia, and New Zealand.
Spotify has announced the official launch of its brand new playlist 'Your Daily Podcast', a new playlist that helps you discover new podcast content on Spotify.
In its press release Spotify said:
Spotify transformed music discovery with playlists like Discover Weekly and Daily Mix. Now we've created Your Daily Podcasts—our first daily personalized podcast playlist that gives users an easy way to discover new shows while also keeping up with old favorites. If you've listened to at least four podcasts in the past 90 days, you'll find the playlist in the "Your Top Podcasts" shelf on Home or in the "Made For You" hub on browse.
The algorithm analyses your podcast behavior, along with your listening history and the types of podcasts you like. It will then recommend new episodes for you to listen to. This could be the next sequential episode in a podcast you are currently listening too or a "timely" episode from a daily updating podcast. If it decides you might be interested in a story-driven, sequential show, it will play you the trailer or the pilot to make sure you don't catch any spoilers.
The new feature will be available in the U.S., U.K., Germany, Sweden, Mexico, Brazil, Canada, Australia, and New Zealand. As you'll note from the release, you need to have listened to four podcasts in the past 90 days in order to get a personalized playlist of recommendations.
The Verge has reportedly been testing the feature for over a month, they note that recommendations are mostly based on listening history and that the playlist features a combination of podcasts you follows and ones you might like:
The playlist will feature trailers, long podcast episodes, and smaller news bites, says Emily Rawitsch, director of product design, and the team isn't committing to any set format or specific ratio of long episodes to short or new shows to favorites. Rawitsch also says there's no "preferential" treatment for certain shows over others or Spotify shows versus other networks. Listeners might be shown an episode in a series they already listen to; a show about a similar topic to something they already like; a popular show in a genre they like; or a show with a host they already enjoy.
The Verge says that in general 'Your Daily Podcast' is a better recommendation system for podcasting on Spotify, however, it muses that an hour-long playlist might prove too much content for some. It is at the very least the beginning of a better podcast discovery process.


--- layout: post status: publish published: true title: New WS Specs author: display_name: Tomas Restrepo login: tomasr email<EMAIL_ADDRESS>url: http://winterdom.com/ author_login: tomasr author_email<EMAIL_ADDRESS>author_url: http://winterdom.com/ wordpress_id: 876 wordpress_url: http://winterdom.com/2002/08/newwsspecs date: '2002-08-12 03:25:44 +0000' date_gmt: '2002-08-12 03:25:44 +0000' categories: - Web Services tags: [] comments: [] ---
Justin commented yesterday on the new WS specs released a few days ago. He's worried if the actual implementations of those specs from the big players would interop. I, however, am wondering if they'll actually be implemented.
There have been tons of specs released lately, but implementations don't seem to be coming. Take the GXA initial specs, for example: MS is a big pusher in this arena, yet they have yet to show at least a demo implementation of any of the specs. This is just ludicrous.
As for WS-Coordination: I read the spec yesterday, and I don't think it's going to be trivial to implement and interop. Also, be warned that WS-Coor is pretty much useless by itself without implementing also at least one Coordination Protocol, like WS-Transaction, which only makes things worse.


---
title: Dark background
category: carousel
order: 5
description: Add the bg-dark
to your favorite carousel to invert all the foreground colors.
Inline styles below show how you can add custom CSS to put a background image behind the carousel content. ---


This section will describe how Boost.Build can be extended to support new tools.
For each additional tool, a Boost.Build object called generator
must be created. That object has specific types of targets that it
accepts and produces. Using that information, Boost.Build is able
to automatically invoke the generator. For example, if you declare a
generator that takes a target of the type D
and
produces a target of the type OBJ
, when placing a
file with extention .d
in a list of sources will
cause Boost.Build to invoke your generator, and then to link the
resulting object file into an application. (Of course, this requires
that you specify that the .d
extension corresponds
to the D
type.)
Each generator should be an instance of a class derived from the
generator
class. In the simplest case, you don't need to
create a derived class, but simply create an instance of the
generator
class. Let's review the example we've seen in the
introduction.
import generators ; generators.register-standard verbatim.inline-file : VERBATIM : CPP ; actions inline-file { "./inline-file.py" $(<) $(>) }
We declare a standard generator, specifying its id, the source type
and the target type. When invoked, the generator will create a target
of type CPP
with a source target of
type VERBATIM
as the only source. But what command
will be used to actually generate the file? In bjam, actions are
specified using named "actions" blocks and the name of the action
block should be specified when creating targets. By convention,
generators use the same name of the action block as their own id. So,
in above example, the "inline-file" actions block will be used to
convert the source into the target.
There are two primary kinds of generators: standard and composing,
which are registered with the
generators.register-standard
and the
generators.register-composing
rules, respectively. For
example:
generators.register-standard verbatim.inline-file : VERBATIM : CPP ; generators.register-composing mex.mex : CPP LIB : MEX ;
Standard generators take a single source of type
VERBATIM
and produces a result. The second generator
takes any number of sources, which can have either the
CPP
or the LIB
type. Composing generators
are typically used for generating top-level target type. For example,
the first generator invoked when building an exe
target
is a composing generator corresponding to the proper linker.
You should also know about two specific functions for registering
generators: generators.register-c-compiler
and
generators.register-linker
. The first sets up header
dependecy scanning for C files, and the seconds handles various
complexities like searched libraries. For that reason, you should always
use those functions when adding support for compilers and linkers.
(Need a note about UNIX)
The standard generators allows you to specify source and target types, an action, and a set of flags. If you need anything more complex, you need to create a new generator class with your own logic. Then, you have to create an instance of that class and register it. Here's an example how you can create your own generator class:
class custom-generator : generator { rule __init__ ( * : * ) { generator.__init__ $(1) : $(2) : $(3) : $(4) : $(5) : $(6) : $(7) : $(8) : $(9) ; } } generators.register [ new custom-generator verbatim.inline-file : VERBATIM : CPP ] ;
This generator will work exactly like the
verbatim.inline-file
generator we've defined above, but
it's possible to customize the behaviour by overriding methods of the
generator
class.
There are two methods of interest. The run
method is
responsible for the overall process - it takes a number of source targets,
converts them to the right types, and creates the result. The
generated-targets
method is called when all sources are
converted to the right types to actually create the result.
The generated-target
method can be overridden
when you want to add additional properties to the generated
targets or use additional sources. For a real-life example,
suppose you have a program analysis tool that should be given a
name of executable and the list of all sources. Naturally, you
don't want to list all source files manually. Here's how the
generated-targets
method can find the list of
sources automatically:
class itrace-generator : generator { .... rule generated-targets ( sources + : property-set : project name ? ) { local leaves ; local temp = [ virtual-target.traverse $(sources[1]) : : include-sources ] ; for local t in $(temp) { if ! [ $(t).action ] { leaves += $(t) ; } } return [ generator.generated-targets $(sources) $(leafs) : $(property-set) : $(project) $(name) ] ; } } generators.register [ new itrace-generator nm.itrace : EXE : ITRACE ] ;
The generated-targets
method will be called with a single
source target of type EXE
. The call to
virtual-target.traverse
will return all targets the
executable depends on, and we further find files that are not
produced from anything.
The found targets are added to the sources.
The run
method can be overriden to completely
customize the way the generator works. In particular, the conversion of
sources to the desired types can be completely customized. Here's
another real example. Tests for the Boost Python library usually
consist of two parts: a Python program and a C++ file. The C++ file is
compiled to Python extension that is loaded by the Python
program. But in the likely case that both files have the same name,
the created Python extension must be renamed. Otherwise, the Python
program will import itself, not the extension. Here's how it can be
done:
rule run ( project name ? : property-set : sources * ) { local python ; for local s in $(sources) { if [ $(s).type ] = PY { python = $(s) ; } } local libs ; for local s in $(sources) { if [ type.is-derived [ $(s).type ] LIB ] { libs += $(s) ; } } local new-sources ; for local s in $(sources) { if [ type.is-derived [ $(s).type ] CPP ] { local name = [ $(s).name ] ; # get the target's basename if $(name) = [ $(python).name ] { name = $(name)_ext ; # rename the target } new-sources += [ generators.construct $(project) $(name) : PYTHON_EXTENSION : $(property-set) : $(s) $(libs) ] ; } } result = [ construct-result $(python) $(new-sources) : $(project) $(name) : $(property-set) ] ; }
First, we separate all source into python files, libraries and C++
sources. For each C++ source we create a separate Python extension by
calling generators.construct
and passing the C++ source
and the libraries. At this point, we also change the extension's name,
if necessary.


| FIGURE 1 |
Meteorological data in May, June, July, August, and Septembe ... |
| FIGURE 2 |
Number of tussocks for different size classes (diameters in ... |
| FIGURE 3 |
Relationships between the number of annually established tus ... |
| FIGURE 4 |
Historical spatial distribution of the hybrids Spartina mari ... |
| FIGURE 5 |
Flowering periods of native Spartina maritima ( Sm) and inva ... |


Warehouse Keeper Kluck:
You got it?
Well done!
This clue will help us find the Sword of Othelotte, although we need more... Still, our client will be happy to hear of this development...
"Am I now a mid-level agent?"


--- layout: documentation title: IPFIXOptionsTemplateRecordHeaderType ---
Defines the header of an options template record.
| Field Name | Type | Description |
|---|---|---|
| Template_ID0..1 | IntegerObjectPropertyType |
Specifies a unique Template ID which is numbered 256-65535 since IDs 0-255 are reserved for Template Sets, Options Template Sets, and other reserved Sets yet to be created. |
| Field_Count0..1 | HexBinaryObjectPropertyType |
Specifies the number of fields in this Options Template Record, INCLUDING the Scope Fields. |
| Scope_Field_Count0..1 | PositiveIntegerObjectPropertyType |
Specifies the number of scope fields in this Options Template Record, which is NONZERO. The Scope Fields are normal Fields except that they are interpreted as scope at the Collector. |


More new things in C#7 / Visual Studio 2017 (see yesterday on pattern matching). Remember C#7 isn't the same a .Net version upgrade - you can use these language features in projects targeting .net Core, .net 4.6, 4.5 and even 4.0 (and sometimes in v2/v3.5).
Normally a method can return only one value. It can return an int, or a string, or a custom class.
Creating a new class may be overkill just to return a few values. The classic example is TryParse, when you want a boolean result, and the parsed value if available. The framework solves this with the awkward "out" parameter.
if (int.TryParse(s, out i))
{
AddToTotal(i);
}
Since .net 4.0, we had Tuples as a "bucket" for returning simple values, but the "Item1"/"Item2" properties aren't very helpful.
var name = tuple.Item1;
var age = tuple.Item2;
If you're really desperate you can use dynamic types, with a performance hit.
C#7 provides two different improvements which help.
"out" paramters
In C#7 you no longer have to stick the variable declaration above the method call.
if (int.TryParse(s, out int i))
{
AddToTotal(i);
}
It's a small change, but probably the most useful one in C#7. This one works in .net 2.0 projects too.
TupleValue
There's a new package called System.ValueTuple which is required for this. It works for .net 4.0, 4.5 and later. Ignoring the language features, this is what it looks like if you were coding in VS2015.
{
var b = int.TryParse(s, out int i);
return new ValueTuple<bool, int>(b, i);
}
So this is a TryParse without the "out" parameter, and it looks a lot like the old Tuple.
if (result.Item1)
{
AddToTotal(result.Item2);
}
The magic happens because C#7 internalizes the System.ValueTuple, so what you write in VS2017 looks like this:
{
var b = int.TryParse(s, out int i);
return (b, i);
}
"ValueTuple" has disappeared, and we just see the types, within brackets. Now, you can name the return values.
{
var b = int.TryParse(s, out int i);
return (b, i);
}
Calling code can still use the obscure "Item1"/"Item2" names, but in VS2017 you can use the defined names.
if (result.IsOk)
{
AddToTotal(result.Value);
}
The calling code can also use the bracket syntax so the hidden tuple disappears completely.
if (isOk)
{
AddToTotal(value);
}
Or just use "var" around the whole result.
if (isOk)
{
AddToTotal(value);
}
All the awkward details of the underlying tuple are invisible, and the code is clean and readable.
Use with caution
Obviously if you're returning more than one value and you really don't want to return a class, check your design. "TryParse" or "TryLoad" methods are a good example where the pattern can make sense.


--- layout: default title: Appositives ---
When we learn about ancient technology, we study materials, different kinds of stuff that are used to make things.
When we learn about ancient technology, we study materials. Materials are the different kinds of stuff that are used to make things.
Ready to try that yourself?
Stone was the first material used for human technology. Stone lasts a long time.
Stone, the first material used for human technology, lasts a long time.
Under compression, a pushing force that tends to make something shorter, stone is strong.
Under compression stone is strong. Compression is a pushing force that tends to make something shorter.
Wood is equally strong in both tension and compression, but it is not durable. Durable means long-lasting.
Wood is equally strong in both tension and compression, but it is not durable, or long-lasting.
Beams, the long pieces that hold up floors and roofs, are sturdy when they are made of wood.
Beams are the long pieces that hold up floors and roofs. Beams are sturdy when they are made of wood.
Clay is the third material that prehistoric humans used often. Clay is very workable.
Clay, the third material that prehistoric humans used often, is very workable.
Mud bricks have low compressive strength, or strength in compression.
Mud bricks have low compressive strength. Compressive strength is strength in compression.
Clay that has been fired is transformed into something that is a new material. Transformed means changed.
Clay that has been fired is transformed, or changed, into something that is a new material.
Mud bricks are very different if they have been heated in a kiln (a very hot furnace or oven).
Mud bricks are very different if they have been heated in a kiln. A kiln is a very hot furnace or oven.
Terra-cotta is from Latin words that mean baked earth. Terra-cotta is stronger than air-dried clay.
Terra-cotta (from Latin words that mean "baked earth") is stronger than air-dried clay.
Terra-cotta is strong but not malleable (able to be hammered into a new shape).
Terra-cotta is strong but not malleable. Malleable means able to be hammered into a new shape.
Most metals are malleable. Malleable means able to be hammered into a new shape without breaking or cracking.
Most metals are malleable, or able to be hammered into a new shape without breaking or cracking.
Stone is strong, but it is certainly not able to be hammered into shape without cracking, or malleable (from a Latin word that means "hammer").
Stone is strong, but it is certainly not able to be hammered into shape without cracking, or malleable. Malleable is from a Latin word that means "hammer."
Bronze is stronger and easier to work with than copper. Bronze is a mixture of copper with a small amount of tin.
Bronze (a mixture of copper with a small amount of tin) is stronger and easier to work with than copper.


STSChatUser
@interface STSChatUser : LHDataObject
Chat room user model
-
Unique identifier of chat room user. Users are identifying and comparing using this attribute. (
NSObject
methodisEqual:
andhash
are implemented).Declaration
Objective-C
@property (readonly, nonatomic, nullable) NSNumber *label;
Swift
var label: UnsafeMutablePointer<Int32>? { get }
-
Guest nickname or member name.
Declaration
Objective-C
@property (readonly, nonatomic, nullable) NSString *name;
Swift
var name: UnsafeMutablePointer<Int32>? { get }
-
Chat room member avatar
Declaration
Objective-C
@property (readonly, nonatomic, nullable) NSString *avatar;
Swift
var avatar: UnsafeMutablePointer<Int32>? { get }
-
When user info was updated.
Declaration
Objective-C
@property (readonly, nonatomic, nullable) NSString *updatedDate;
Swift
var updatedDate: UnsafeMutablePointer<Int32>? { get }
-
User’s role. Get more informations in the following link. https://github.com/StraaS/StraaS-web-document/wiki/Messaging-Service#roles-of-messaging-service
Declaration
Objective-C
@property (readonly, nonatomic, nullable) NSString *role;
Swift
var role: UnsafeMutablePointer<Int32>? { get }
-
Using new to create a STSChatUser instance is unavailable.
Declaration
Objective-C
+ (nonnull instancetype)new;
Swift
class func new() -> Self!
-
Using init to create a STSChatUser instance is unavailable.
Declaration
Objective-C
- (nonnull instancetype)init;
Swift
init!()


class: center, middle, inverse, title-slide # R Markdown and knitr ## for reproducible data analysis ### Carina Fan ### Updated November 03, 2020 --- # Today's materials Code, slides, (and code for these slides!) and resources are always available on my Github: https://github.com/carinafan/workshops --- class: inverse, center, middle # Why use R Markdown? --- # A typical analysis pipeline  --- # Problems with the previous pipeline -- - Confusing and messy -- - Capacity for human error -- - Not easy to remember or share what exactly was done at each analysis step -- You can try to circumvent some of these issues, e.g., with a well-commented analysis script, but there are still many pieces in the pipeline where errors can easily crop up undetected. --- class: inverse, center, middle # **knitr**: an R package for reproducible research ??? R Markdown and the R package knitr allow you to integrate all of those steps with a single document that is easy to track and share with future you and collaborators. --- # **knitr**: an R package for reproducible research -- .pull-left[  ] -- .pull-right[  ] ??? - Allows you to create a single written report with embedded code, figures, tables, etc. - Report can have a clickable table of contents, numbered figures, you can evaluate lines of code in-line with text so that you’re not copying and pasting values from outputs into reports, etc. - Creates a clean, well-documented record of the analyses you’ve done and makes it easy to discuss and share with others — in HTML, PDF, slides, and other formats --- # Creating reports with **knitr** -- - Basic idea: a regular text document with chunks of code embedded within -- - The text document can be written in **Markdown (.Rmd)** or LaTeX (.Rnw) -- .pull-left[  ] -- .pull-right[  ] --- # Creating reports with **knitr** - Basic idea: a regular text document with chunks of code embedded within - The text document can be written in Markdown (.Rmd) or **LaTeX (.Rnw)** .pull-left[  ] .pull-right[  ] --- # What does **knitr** do with the text file? -- - Once you’ve written up the text, knitr takes the .Rmd or .Rnw text file and compiles it for you into a single document -- - During knitr processing, a new environment is created in R and the code chunks are executed, with the output inputted into your document (if you want it to be) -- - This done intentionally, as accidentally referencing objects in the global environment is an easy way to break a reproducible analysis -- - If you want a plain .R script after writing up your report, you can extract only the code chunks from your file using `purl()` ??? - If you want to be able to save and document the output of your analyses while you’re still developing the code, then you can use version control with R Projects and Git, which I can also go over if people are interested in that - For today I’ll focus on using R Markdown to create reports with knitr (i.e., .Rmd files), but I can also talk a bit about LaTeX or .Rnw files and the similarities and differences later if people are interested --- class: inverse, center, middle # Markdown and LaTeX --- # What is Markdown? markdownguide.org/getting-started -- - A lightweight markup language for adding formatting elements to plaintext documents -- - In an application like Microsoft Word, you click buttons to format words and phrases. In Markdown, you add syntax to the text to indicate which words and phrases should look different. -- .pull-left[ ``` ## This is a subheader. I can use syntax in plaintext files to make things **bold** or *italic*. ``` ] .pull-right[ ## This is a subheader. I can use syntax in plaintext files to make things **bold** or *italic*. ] --- # R Markdown: an extension of Markdown Uses basic Markdown syntax, but allows you to embed R (or Python, or SQL, or bash…) code chunks. Instead of writing a .R script or a .md text file, you combine these elements in a .Rmd file that includes both R code and Markdown syntax. --- # LaTeX and .Rnw files Similar in principle to Markdown (i.e., using syntax to format text), but much more flexible (and complicated). The equivalent of a .Rmd file for LaTeX is a .Rnw file. It's basically the same, only it uses LaTeX syntax instead of Markdown syntax to format the text. --- class: inverse, center, middle # What can I use R Markdown for? --- class: center, middle # Data cleaning --- class: center, middle # Data analysis --- class: center, middle # Analysis reports --- class: center, middle # Stats homework\* \*We do NOT expect you to do your homework in R Markdown -- it is 100% not necessary to use R Markdown in order to meet the expectations of this class. But it's a relatively low-pressure situation with simple data and analyses to give you an opportunity to try to start figuring this stuff out, if that's what floats your boat. --- class: center, middle # Presentations Like this one! I used `xaringan`. --- class: center, middle # And even manuscripts! Check out the `papaja` package. --- # Resources A concise guide that was really helpful for me when I was learning these tools: https://kbroman.org/knitr_knutshell/ A short list of other resources I’ve put together are at: https://tinyurl.com/rmarkdown-resources Slides and other materials from today are on my Github: https://github.com/carinafan/workshops And please always feel free to get in touch with me about anything R or R Markdown related, and I'll be happy to do my best to point you in the right direction: carina.fan@mail.utoronto.ca


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LAPACK
|
Note
|
If you have a problem or question not answered on this page, please take a look at the LAPACK User Forum |
What and where is LAPACK?
LAPACK provides routines for solving systems of simultaneous linear equations, least-squares solutions of linear systems of equations, eigenvalue problems, and singular value problems. The associated matrix factorizations (LU, Cholesky, QR, SVD, Schur, generalized Schur) are also provided, as are related computations such as reordering of the Schur factorizations and estimating condition numbers. Dense and banded matrices are handled, but not general sparse matrices. In all areas, similar functionality is provided for real and complex matrices, in both single and double precision.
LAPACK introduces new routines, as well as extending the functionality of existing routines. For detailed information on the latest improvement since LAPACK 3.0, see here.
The LAPACK library is available from netlib at http://www.netlib.org/lapack/lapack.tgz . It can be included in commercial software packages.
What and where are the LAPACK Vendors' implementations?
These optimized LAPACK libraries are provided by the computer vendor, by an independent software vendor (ISV) or by some Linux/BSD distributions (see list below). For further details, please contact your local vendor representative.
LAPACK vendor library List (Last update: April 18, 2006)
-
AMD : ACML
-
Apple : Velocity Engine
-
Compaq : CXML
-
Cray : libsci manual, chapter 3
-
HP : MLIB
-
IBM : ESSL / Parallel ESSL Overview, Documentation
-
Intel : MKL
-
NEC : PDLIB/SX
-
SGI : SCSL
-
SUN : Sun Performance Library
Linux Distribution
-
Fedora, RedHat, Suse, Mandriva RPM
-
Debian Lapack Debian package
-
Cygwin Pick up lapack from the Math category during installation.
-
Ubuntu Lapack Ubuntu package
-
Gentoo Lapack Gentoo package
-
Quantian Lapack package
What are the difference between LAPACK? and EISPACK and LINPACK
The original goal of the LAPACK project was to make the widely used EISPACK and LINPACK libraries run efficiently on shared-memory vector and parallel processors. On these machines, LINPACK and EISPACK are inefficient because their memory access patterns disregard the multi-layered memory hierarchies of the machines, thereby spending too much time moving data instead of doing useful floating-point operations. LAPACK addresses this problem by reorganizing the algorithms to use block matrix operations, such as matrix multiplication, in the innermost loops. These block operations can be optimized for each architecture to account for the memory hierarchy, and so provide a transportable way to achieve high efficiency on diverse modern machines. We use the term "transportable" instead of "portable" because, for fastest possible performance, LAPACK requires that highly optimized block matrix operations be already implemented on each machine.
LAPACK routines are written so that as much as possible of the computation is performed by calls to the Basic Linear Algebra Subprograms (BLAS). While LINPACK and EISPACK are based on the vector operation kernels of the Level 1 BLAS, LAPACK was designed at the outset to exploit the Level 3 BLAS — a set of specifications for Fortran subprograms that do various types of matrix multiplication and the solution of triangular systems with multiple right-hand sides. Because of the coarse granularity of the Level 3 BLAS operations, their use promotes high efficiency on many high-performance computers, particularly if specially coded implementations are provided by the manufacturer.
Highly efficient machine-specific implementations of the BLAS are available for many modern high-performance computers. The BLAS enable LAPACK routines to achieve high performance with transportable software. Although a model Fortran implementation of the BLAS in available from netlib in the BLAS library, it is not expected to perform as well as a specially tuned implementation on most high-performance computers — on some machines it may give much worse performance — but it allows users to run LAPACK software on machines that do not offer any other implementation of the BLAS.
Are there legal restrictions on the use of LAPACK software?
LAPACK is a freely-available software package. It is available from netlib via anonymous ftp and the World Wide Web at http://www.netlib.org/lapack . Thus, it can be included in commercial software packages (and has been). We only ask that proper credit be given to the authors.
Like all software, it is copyrighted. It is not trademarked, but we do ask the following:
If you modify the source for these routines we ask that you change the name of the routine and comment the changes made to the original.
We will gladly answer any questions regarding the software. If a modification is done, however, it is the responsibility of the person who modified the routine to provide support.
How do I reference LAPACK in a scientific publication?
We ask that you cite the LAPACK Users' Guide, Third Edition.
@BOOK{laug,
AUTHOR = {Anderson, E. and Bai, Z. and Bischof, C. and
Blackford, S. and Demmel, J. and Dongarra, J. and
Du Croz, J. and Greenbaum, A. and Hammarling, S. and
McKenney, A. and Sorensen, D.},
TITLE = {{LAPACK} Users' Guide},
EDITION = {Third},
PUBLISHER = {Society for Industrial and Applied Mathematics},
YEAR = {1999},
ADDRESS = {Philadelphia, PA},
ISBN = {0-89871-447-8 (paperback)} }
What revisions have been made since the last release?
For detailed information on the revisions since the previous public release, go to the Release Notes Page.
To keep updated with the LAPACK project, subscribe to the LAPACK announcement list (USERS CANNOT POST TO THIS LIST):
This is a low-volume list that is used to announce new version of LAPACK, important updates, etc. The list is only for announcements, so only the LAPACK development team can post to the list. Posts from outside the LAPACK development team will be automatically discarded.
When is the next scheduled release of LAPACK?
LAPACK, version 3.6.1 was released on June 2016. We expect to release LAPACK 3.7.0 by the end of 2016.
Where can I find more information about LAPACK?
A variety of working notes related to the development of the LAPACK library were published as LAPACK Working Notes and are available in postscript or pdf format at: http://www.netlib.org/lapack/lawns/downloads
Where can I find the LAPACK Users' Guide?
The printed version of the LAPACK Users' Guide, Third Edition is available from SIAM (Society for Industrial and Applied Mathematics). The list price is $39.00 and the SIAM Member Price is $31.20. The order code for the book is SE09. Contact SIAM for additional information.
<EMAIL_ADDRESS>fax:<PHONE_NUMBER>
phone: (USA) 800-447-SIAM
(outside USA)<PHONE_NUMBER>
mail: SIAM, Customer Service, P. O. Box 7260, Philadelphia, PA 19104.
The royalties from the sales of this book are being placed in a fund to help students attend SIAM meetings and other SIAM related activities. This fund is administered by SIAM and qualified individuals are encouraged to write directly to SIAM for guidelines.
Is there a C interface to LAPACK?
Yes, see the link:Standard C language APIs for LAPACK section[http://www.netlib.org/lapack].
Why aren’t BLAS routines included when I download an LAPACK routine?
It is assumed that you have a machine-specific optimized BLAS library already available on the architecture to which you are installing LAPACK. If this is not the case, you can download a Fortran77 reference implementation of the BLAS from netlib.
Although a model implementation of the BLAS in available from netlib in the blas directory, it is not expected to perform as well as a specially tuned implementation on most high-performance computers — on some machines it may give much worse performance — but it allows users to run LAPACK software on machines that do not offer any other implementation of the BLAS.
Alternatively, you can automatically generate an optimized BLAS library for your machine, using ATLAS http://www.netlib.org/atlas/
Is there an LAPACK rpm available for RedHat Linux?
Yes! Refer to the
http://www.netlib.org/lapack/rpms directory on netlib for the LAPACK rpms for RedHat Linux.
Is there an LAPACK deb file available for Debian Linux?
Yes! Refer to LAPACK deb file for Debian Linux.
How do I install LAPACK under Windows?
please have a look at LAPACK for Windows. We provide pre-compiled libraries, and various builds like Visual Studio build, nmake by using cmake.
What is the naming scheme for LAPACK routines?
The name of each LAPACK routine is a coded specification of its function.
All driver and computational routines have names of the form XYYZZZ, where for some driver routines the 6th character is blank.
The first letter, X, indicates the data type as follows:
-
S REAL
-
D DOUBLE PRECISION
-
C COMPLEX
-
Z COMPLEX*16 or DOUBLE COMPLEX
The next two letters, YY, indicate the type of matrix (or of the most significant matrix). Most of these two-letter codes apply to both real and complex matrices; a few apply specifically to one or the other.
The last three letters, ZZZ, indicate the computation performed. For example, SGEBRD is a single precision routine that performs a bidiagonal reduction (BRD) of a real general matrix.
How do I find a particular routine?
Indexes of individual LAPACK driver and computational routines are available. These indexes contain brief descriptions of each routine.
LAPACK routines are available in four types: single precision real, double precision real, single precision complex, and double precision complex.
Are there routines in LAPACK to compute determinants?
No. There are no routines in LAPACK to compute determinants. This is discussed in the "Accuracy and Stability" chapter in the LAPACK Users' Guide.
Are there routines in LAPACK for the complex symmetric eigenproblem?
About your question on the eigenvalue problem of a pair of complex symmetric matrices, there is no public domain software I know of for solving this problem directly. Three closest references are: in QMRpack (your can access it from www.netlib.org) there is a Lanczos method for finding a few eigenvalues/eigenvectors by exploring the complex symmetric structure. Back to few years ago, J. Cullum and … published a paper on using QR iteration to find all eigenvalues and eigenvectors of a complex symmtric tridiagonal matrix. The paper was published in SIAM J. Matrix Analysis and Applications. A couple of years ago, Bar-on published a paper in SIAM J. of Sci. Comp. for full dense complex symmetric eigenvalue problems. He discussed how to use a variant of Householder reduction for tridiagonalization. All these approaches try to explore the symmetric structure for saving in CPU time and storage. However, since there is no particular mathematical properties we can explore in a complex symmetric system, all above mentioned approaches are potentially numerical unstable! This also reflects why there is no high quality (black-box) math. software available.
Why aren’t auxiliary routines listed on the index?
For brevity, LAPACK auxiliary routines are not listed on the indexes of routines.
However, the routines are contained in the respective directories on netlib. If you download a routine with dependencies, these auxiliary routines should be included with your request. Or, if for some reason you wish to obtain an individual auxiliary routine, and you already know the name of the routine, you can request that routine. For example, if I would like to obtain dlacpy.f, I would connect to the URL:
http://www.netlib.org/lapack/double/dlacpy.f
I can’t get a program to work. What should I do?
Technical questions should be directed to the authors at the LAPACK User Forum (preferred means of communication) or at<EMAIL_ADDRESS>Please tell us the type of machine on which the tests were run, the compiler and compiler options that were used, details of the BLAS library that was used, and a copy of the input file if appropriate.
Be prepared to answer the following questions:
Have you run the BLAS and LAPACK test suites? Have you checked the errata list on netlib? release_notes.html If you are using an optimized BLAS library, have you tried using the reference implementation from netlib? Machine-specific installation hints can be found in release_notes.html, as well as the Quick Installation Guide.
How can I unpack lapack.tgz?
gunzip -c lapack.tgz | tar xvf -
The compression program gzip (and gunzip) is Gnu software.
Where do I find details of the LAPACK Test Suite and Timing Suite?
Full details of the LAPACK Test Suite and Timing Suite can be found in LAPACK Working Note 41: LAPACK Installation Guide (VERSION 3.0)
What technical support for LAPACK is available?
Technical questions and comments should be directed to the authors at the LAPACK User Forum (preferred means of communication) or at<EMAIL_ADDRESS>How do I interpret LAPACK testing failures?
Installation hints for various architectures are maintained in the http://www.netlib.org/lapack/release_notes.html file on netlib. Click on "Machine-Specific Installation Hints".
The only known testing failures are in condition number estimation routines in the generalized nonsymmetric eigenproblem testing. Specifically in sgd.out, dgd.out, cgd.out and zgd.out. The cause for the failures of some test cases is that the mathematical algorithm used for estimating the condition numbers could over- or under-estimate the true values in a certain factor in some rare cases. Further details can be found in LAPACK Working Note 87.
In addition, LAPACK, version 3.0, introduced new routines which rely on IEEE-754 compliance. Refer to the Installation Guide for complete details. As a result, two settings were added to LAPACK/SRC/ilaenv.f to denote IEEE-754 compliance for NaN and infinity arithmetic, respectively. By default, ILAENV assumes an IEEE machine and does a test for IEEE-754 compliance. If you are installing LAPACK on a non-IEEE machine, you MUST modify ILAENV, as this test inside ILAENV will crash! Note that there are also specialized testing/timing versions of ILAENV located in LAPACK/TESTING/LIN/, LAPACK/TESTING/EIG/, LAPACK/TIMING/LIN/, and LAPACK/TIMING/EIG/, that must also be modified. Be aware that some compilers have IEEE-754 compliance by default, and some compilers require a separate compiler flag.
Testing failures can be divided into two categories. Minor testing failures, and major testing failures. A minor testing failure is one in which the test ratio reported in the LAPACK/TESTING/.out file slightly exceeds the threshold (specified in the associated LAPACK/TESTING/.in file). The cause of such failures can mainly be attributed to differences in the implementation of math libraries (square root, absolute value, complex division, complex absolute value, etc). These failures are negligible, and do not affect the proper functioning of the library.
A major testing failures is one in which the test ratio reported in the LAPACK/TESTING/.out file is on the order of E+06. This type of testing failure should be investigated. For a complete discussion of the comprehensive LAPACK testing suite, please refer to LAPACK Working Note 41. When a testing failure occurs, the output in the LAPACK/TESTING/.out file will tell the user which test criterion failed and for which type of matrix. It is important to note if the error only occurs with a specific matrix type, a specific precision, a specific test criterion, and the number of tests failed. There can be several possible causes of such failures:
compiler optimization bug bug in the optimized BLAS library bug in an LAPACK routine The first question/suggestion is, if you are using an optimized BLAS library, did you run the BLAS test suite? Also, have you tried linking to the reference implementation BLAS library to see if the error disappears? There is a reference implementation BLAS library included with the LAPACK distribution. This type of problem will typically cause a lot of test failures for only a specific matrix type.
A compiler optimization bug will typically also cause a lot of test failures for only a specific matrix type. If a compiler optimization problem is suspected, the user should recompile the entire library with no optimization and see if the error disappears. If the error disappears, then the user will need to pinpoint which routine causes the optimization problem. This search can be narrowed by noticing which precision caused the error and for which matrix type.
In some rare cases, naive implementations of functions such as complex absolute value and complex division can result in major testing failures. Refer to the discussion of the LAPACK/SRC/slabad.f and dlabad.f routines to restrict the range of representable numbers to be used in testing (LAPACK Working Note 41).
An isolated test failure that is not affected by the level of optimization or the BLAS library used, should be reported to the authors at the LAPACK User Forum (preferred means of communication) or at<EMAIL_ADDRESS>Installation hints for various architectures are maintained in the http://www.netlib.org/lapack/release_notes.html file on netlib. Click on "Machine-Specific Installation Hints".
Problems running the BLAS test suite with an optimized BLAS library?
If you encounter difficulties running the BLAS Test Suite with an optimized BLAS library, it may be that you need to disable "input error checking" in the BLAS Test Suite. Most optimized BLAS libraries do NOT perform input error checking. To disable "input error checking" in the BLAS testers, you need to modify line 7 of the data files LAPACK/BLAS/*blat2.in and LAPACK/BLAS/*blat3.in by setting the "T" to "F".
F LOGICAL FLAG, T TO TEST ERROR EXITS. 1.25) Problems compiling dlamch.f?
The routine dlamch.f (and its dependent subroutines dlamc1, dlamc2, dlamc3, dlamc4, dlamc5) MUST be compiled without optimization. If you downloaded the entire lapack distribution this will be taken care of by the LAPACK/SRC/Makefile. However, if you downloaded a specific LAPACK routine plus dependencies, you need to take care that slamch.f (if you downloaded a single precision real or single precision complex routine) or dlamch.f (if you downloaded a double precision real or double precision complex routine) has been included.
BLAS
What and where are the BLAS?
The BLAS (Basic Linear Algebra Subprograms) are routines that provide standard building blocks for performing basic vector and matrix operations. The Level 1 BLAS perform scalar, vector and vector-vector operations, the Level 2 BLAS perform matrix-vector operations, and the Level 3 BLAS perform matrix-matrix operations. Because the BLAS are efficient, portable, and widely available, they are commonly used in the development of high quality linear algebra software, LAPACK for example.
The publications given in Section 3 define the specifications for the BLAS, and a Fortran77 reference implementation of the BLAS is located in the blas directory of Netlib, together with testing and timing software. For information on efficient versions of the BLAS, see Section 5.
Are there legal restrictions on the use of BLAS reference implementation software?
The reference BLAS is a freely-available software package. It is available from netlib via anonymous ftp and the World Wide Web. Thus, it can be included in commercial software packages (and has been). We only ask that proper credit be given to the authors.
Like all software, it is copyrighted. It is not trademarked, but we do ask the following:
If you modify the source for these routines we ask that you change the name of the routine and comment the changes made to the original.
We will gladly answer any questions regarding the software. If a modification is done, however, it is the responsibility of the person who modified the routine to provide support.
Publications/references for the BLAS?
-
C. L. Lawson, R. J. Hanson, D. Kincaid, and F. T. Krogh, Basic Linear Algebra Subprograms for FORTRAN usage, ACM Trans. Math. Soft., 5 (1979), pp. 308—323.
-
J. J. Dongarra, J. Du Croz, S. Hammarling, and R. J. Hanson, An extended set of FORTRAN Basic Linear Algebra Subprograms, ACM Trans. Math. Soft., 14 (1988), pp. 1—17.
-
J. J. Dongarra, J. Du Croz, S. Hammarling, and R. J. Hanson, Algorithm 656: An extended set of FORTRAN Basic Linear Algebra Subprograms, ACM Trans. Math. Soft., 14 (1988), pp. 18—32.
-
J. J. Dongarra, J. Du Croz, I. S. Duff, and S. Hammarling, A set of Level 3 Basic Linear Algebra Subprograms, ACM Trans. Math. Soft., 16 (1990), pp. 1—17.
-
J. J. Dongarra, J. Du Croz, I. S. Duff, and S. Hammarling, Algorithm 679: A set of Level 3 Basic Linear Algebra Subprograms, ACM Trans. Math. Soft., 16 (1990), pp. 18—28.
New BLAS
-
L. S. Blackford, J. Demmel, J. Dongarra, I. Duff, S. Hammarling, G. Henry, M. Heroux, L. Kaufman, A. Lumsdaine, A. Petitet, R. Pozo, K. Remington, R. C. Whaley, An Updated Set of Basic Linear Algebra Subprograms (BLAS), ACM Trans. Math. Soft., 28-2 (2002), pp. 135—151.
-
J. Dongarra, Basic Linear Algebra Subprograms Technical Forum Standard, International Journal of High Performance Applications and Supercomputing, 16(1) (2002), pp. 1—111, and International Journal of High Performance Applications and Supercomputing, 16(2) (2002), pp. 115—199.
Is there a Quick Reference Guide to the BLAS available?
Yes, the Quick Reference Guide to the BLAS is available in postscript and pdf.
Are optimized BLAS libraries available? Where can I find optimized BLAS libraries?
YES! Machine-specific optimized BLAS libraries are available for a variety of computer architectures. These optimized BLAS libraries are provided by the computer vendor or by an independent software vendor (ISV) (see list below). For further details, please contact your local vendor representative.
Alternatively, the user can download ATLAS to automatically generate an optimized BLAS library for his architecture. Some prebuilt optimized BLAS libraries are also available from the ATLAS site. Goto BLAS is also available for a given set of machines. Efficient versions of the Level 3 BLAS, based on an efficient matrix matrix multiplication routine, are provided by the GEMM-Based BLAS.
If all else fails, the user can download a Fortran77 reference implementation of the BLAS from netlib. However, keep in mind that this is a reference implementation and is not optimized.
BLAS vendor library available at http://en.wikipedia.org/wiki/Basic_Linear_Algebra_Subprograms#Implementations
Is there a C interface to the BLAS?
Yes, a C interface to the BLAS was defined in the BLAS Technical Forum Standard. The source code is available here
What about shared memory machines? Are there multithreaded versions of the BLAS available?
ATLAS, MKL, Goto BLAS and most of the BLAS library available via vendors are multithreaded. These libraries can be used with LAPACK to take benefit of shared memory systems.


Aussie Broadband's Black Friday 2019 Deal Is Killer
by Alex WalkerWhat's that, Superloop? You had a nice NBN deal? It'd be a shame if someone else were to come in and ... beat it.
Having rectified a small network outage earlier this morning, Aussie Broadband have hit back with two solid NBN 50/20 and 100/40 unlimited deals of their own. If you use the BLACK20 checkout code, you'll get a $20 monthly discount for the first six months on the unlimited 50/20 or 100/40 plans, bringing the top line plan down to $79 a month instead of $99.
For a full comparison, here's all the NBN 100 plans available (note that this includes some of the new NBN 100/20 plans).
It's like insurance: having a good provider is nice, and we all love reliable internet. But as long as you're not locked into a contract, you'll be able to take advantage of the great NBN deals every time they pop up — and unless your connection is cursed, churning is a pretty painless process. And once you've got that nice reliable NBN connection, or a provider that you're happier with, you'll probably want some games to download. Here's some suggestions:
As Kotaku editors we write about stuff we like and think you'll like too. Kotaku often has affiliate partnerships, so we may get a share of the revenue from your purchase.


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{% extends "open_now/base.html" %} {% load static %} {% load crispy_forms_tags %} {% block page-title %} Maps - OpenNow {% endblock page-title %} {% block header-no-div %}
Enter your current address to search for nearby businesses.


Converts a number into abbreviated system
(Number
= null
)
The number to be abbreviated
(Number
= 1
)
The decimal upto which number would be abbreviated
String
:
The abbreviated number with decimals suffixed with Indian numbering system
A function to call a passed function in debounced fashion.
Function
:
Debounced function of passed fn
A promise to mock api
(Any)
Any data type to be resolved by Promise
(Boolean
= true
)
Tells the function to resolve/reject the Promise
(Number
= 1500
)
Duration in ms after which Promise is to be resolved/rejected
Promise<Any>
:
returns Promise to be resolved/reject
Scrolls to particular element with given id / name.
(String)
unique id / name that exists on the page.
A function to convert a string to title-cased string. Eg: 'hello_world_thiS_iS' to 'Hello World This Is'
(String
= ''
)
A string to be processed
(String
= ' '
)
A token on basis of which str is splitted
String
:
A title-cased string
'hello_world_thiS_iS' to 'Hello World This Is'
A function to call a passed function in throttled fashion, i.e, it's called only once per span of duration since first called
(Function)
A Function to be throttled
(Number
= 0
)
Time in ms to until which throttle window is kept open
Function
:
Throttled function of passed fn
Scrolls to hash. It takes hash directly from url - / pass toEle hash
A function to convert snake-cased string to title-cased string. Eg: 'hello_world_thiS_iS' to 'Hello World This Is'
(String
= ''
)
A snake-cased string to be processed
(any
= '_'
)
String
:
A title-cased string
'hello_world_thiS_iS' to 'Hello World This Is'
(any)
(any)
Gives you a list of query params
(any
= location.search
)
Object
:
URL query params converted into an object.


---
layout: post
title: How to print datagridview
date: '2010-05-07T05:27:00.000-04:00'
author: Mahyar
tags:
- Database
- Csharp
modified_time: '2010-05-07T05:38:22.106-04:00'
thumbnail: http://4.bp.blogspot.com/_e3hCVm-DI84/S-PecCDO8AI/AAAAAAAAAL8/EwC7a1YxtnE/s72-c/printer.jpg
blogger_id: tag:blogger.com,1999:blog-727803219276813688.post-4595396452583994634
blogger_orig_url: http://www.etedal.net/2010/05/how-to-print-datagridview.html
---
here is the c# code which really helps you.


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PRICAI-2021 Sumbmission 22 Supplementary documentation is available at the following link: "https://aauthor.github.io/assets/Supplementary.pdf".


Trading Positional Complexity vs. Deepness in Coordinate Networks
We use non-Fourier positional encodings (e.g., shifted Gaussian functions)
to show the signal reconstruction is determined by a trade-off between
the stable rank of the embedding and the distance preservation between embedded coordinates.
Furthermore, employing a complex positional encoding requires only a linear
(rather than deep) function to achieve comparable performance,
while being orders of magnitude faster than current state-of-the-art.


Rafael Altube
Web Developer
92 harvest, a good year. Triathlete and Middle Web Developer. Premier League and M.United fan. #RBB #MR26.
Programming is one of those great professions where we get to wear jeans and t-shirts and beards to work every day. It’s supposed to be fun. You can do unbelievable things with code – things that literally change the world.
Could write something about me since childhood, so far summarized, or rather from the work area so far but it would be very typical, so write this is not about me, but a few simple words and reflection. On this page and in my network there are already enough written about me to have to write something here.
Crafting powerful ⚡ apps using PHP and JavaScript
Alestis Aerospace
Fundación Cruzcampo
... for more information visit my LinkedIn profile
About Work
A few beauty works with different technologys used. Good people, good design... good works.


| Path: | lib/lazy_loader.rb |
| Last Update: | Sat Nov 15 16:51:44 +1100 2008 |
if in your controller you previously had
def index @posts = Post.find_all_by_a_painfully_slow_method end
you would now write
def index @posts = lazy_load { Post.find_all_by_a_painfully_slow_method } end
and your painfully slow finder methods will only be called if @posts is actually referred to in the view.
This works by created a LazyLoader proxy object that takes the place of your collection (or whatever it is) and will instantiate your object the first time any method is called on it. It then caches your original object and routes all methods calls through.
You will get a performance hit if you are calling many methods on your object, but the common case for these is returning a collection of ActiveRecord::Base and once you‘ve called each you‘re done with the proxy.


1980 to 1985
In 2003, I had my first brief Human Design reading. Finally someone was able to explain to me precisely why I was so busy all the time. Astrology and numerology gave me generalities, and now Human Design gave me specifics that I found wondrous.
{% comment %} View Full Details {% endcomment %}Still, it was not until 2007 that I had a more in depth reading and realized I had been living my Human Design strategy from an unconscious level for a very long time. When the hardest task easily fall into place, I thought it was simple, dumb luck. I did not realize that I had inadvertently followed my strategy and inner knowing.
I intuitively drew to me clients whose intentions and objectives aligned with my own. When I ignored my strategy, I ended up taking on tasks that I was uncomfortable with and ultimately unsuccessful at.
1980 to 1985
July 1985 to March 1990
1993 to 1999
June 1999 to present
2003 to present


Welcome in E-Medisys 2007
The conference will be held at the Faculty of Medicine and Pharmacy, Fez
Address: Route de Sefrou Besides the new stadium
For more information call: + 212 (0) 61 35 70 80
All questions about organization, attestation, accomodation
k.mekouar@esisa.ma


It's been out for a month I think (correct me if I'm wrong). But I just got my copy of it for the PC and damn, it's probably the best game I've played in a long time. And I haven't even played it for more than 30 minutes.
I'm blown away by it:
- Cyber Commando's
- Robots
- Dragons
- Awesome Weapons
- Really Cool Graphics
- Jokes
- Foul Language
- Good Music
- Futuristic Stuff
- The 80s
Do I dare to say that I've had more fun playing the first ~30 minutes of Blood Dragon than I had in the entire time I played Far Cry 3? Or is that taking it too far?
If you like Far Cry 3, and haven't played Far Cry 3: Blood Dragon, all I can say is that I highly recommend it.
juress
Theme Developer
It's that kind of a game thats eighter awesome, or just plain retarded...
To me it's totally retarded. But hey, if you like it, enjoy it :)


Creative Recommendation Engine
Creative Recommendation Engine
target_group
Arts & Entertainment & Books & Literature
Autos
Beauty
Fitness & Health
Business & Finance
Computers & Technology
Education
Fashion
Food & Drinks
Games
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Parenting & Family
Pets & Animals
Real Estate
Uncategorized
Shopping
Sports
Travel
Law & Government Local News
People
Society & Online Communities Energy
vertical
Arts & Entertainment & Books & Literature
Autos
Beauty
Fitness & Health
Business & Finance
Computers & Technology
Education
Fashion
Food & Drinks
Games
Home & Garden
Parenting & Family
Pets & Animals
Real Estate
Uncategorized
Shopping
Sports
Travel
Law & Government Local News
People
Society & Online Communities Energy
region
Arts & Entertainment & Books & Literature
Autos
Beauty
Fitness & Health
Business & Finance
Computers & Technology
Education
Fashion
Food & Drinks
Games
Home & Garden
Parenting & Family
Pets & Animals
Real Estate
Uncategorized
Shopping
Sports
Travel
Law & Government Local News
People
Society & Online Communities Energy
geographic_region
Africa
Americas
Asia
Europe
Oceania
season
Winter
Spring
Summer
Autumn
campaign_objective
Engagement rate
Click-through rate
Here go the example link
>
Here go the example link
>