--- layout: test-suite title: "RDFa / Test Suite" ---
The RDFa Test Suite provides an interactive mechanism to check the conformance of an RDFa processor and SPARQL query engine. This service is intended for anybody that wants to see how RDFa works as well as developers that want to do conformance testing on their own RDFa/SPARQL implementations.
There are several things that you can do on this web page:
So that the test suite can access the processor to request resources, please be sure to add Access-Control-Allow-Origin: *
to returned HTTP headers.
Due to differences in how browsers implement XMLHTTPRequest, some tests may not run properly on browsers other than WebKit or Firefox.
See this page for more information on the design of the test suite and how to create a processor end-point.


The Completely Self-Centered Cabbage Detective returns!
This time he stars in his own quest, investigating society's most twisted hearts.Experience the highly acclaimed RPG again from a new angle. Follow the instructions below to get started!
|
|
The Completely Self-Centered Cabbage Detective returns!This time he stars in his own quest, investigating society's most twisted hearts.Experience the highly acclaimed RPG again from a new angle. Follow the instructions below to get started! |
Features
|
|
|
|
| by MMengos | by Kuki_tan | by Nx_Mitama | by SBrudenall | by deruchan_ |


src/ngx-segment-analytics.service.ts
Methods |
constructor(w: WindowWrapper, doc: Document, config: SegmentConfig)
|
||||||||||||||||
|
Defined in src/ngx-segment-analytics.service.ts:8
|
||||||||||||||||
|
Parameters :
|
| Public alias | ||||||||||||||||
alias(userId: string, previousId?: string, options?: any)
|
||||||||||||||||
|
Defined in src/ngx-segment-analytics.service.ts:182
|
||||||||||||||||
|
The alias method combines two previously unassociated user identities.
Parameters :
Returns :
Promise<SegmentService>
|
| Public debug | ||||||||
debug(enabled?: boolean)
|
||||||||
|
Defined in src/ngx-segment-analytics.service.ts:239
|
||||||||
|
Turn on/off debug mode, logging helpful messages to the console.
Parameters :
Returns :
void
|
| Public group | ||||||||||||
group(groupId: string, traits?: any)
|
||||||||||||
|
Defined in src/ngx-segment-analytics.service.ts:167
|
||||||||||||
|
The group method associates an identified user with a company, organization, project, workspace, team, tribe, platoon, assemblage, cluster, troop, gang, party, society or any other name you came up with for the same concept.
Parameters :
Returns :
Promise<SegmentService>
|
| Public id |
id()
|
|
Defined in src/ngx-segment-analytics.service.ts:214
|
|
Return identifier about the currently identified user
Returns :
string | null
Identifier about the currently identified user |
| Public identify | ||||||||||||||||
identify(userId?: string, traits?: any, options?: any)
|
||||||||||||||||
|
Defined in src/ngx-segment-analytics.service.ts:93
|
||||||||||||||||
|
The identify method is how you associate your users and their actions to a recognizable userId and traits.
Parameters :
Returns :
Promise<SegmentService>
|
| Public on | ||||||||||||
on(method: string, callback: (event: string,properties: any,options: any) => void)
|
||||||||||||
|
Defined in src/ngx-segment-analytics.service.ts:249
|
||||||||||||
|
Set listeners for these events and run your own custom code.
Parameters :
Returns :
void
|
| Public page | ||||||||||||||||
page(name?: string, properties?: any, options?: any)
|
||||||||||||||||
|
Defined in src/ngx-segment-analytics.service.ts:123
|
||||||||||||||||
|
The page method lets you record page views on your website, along with optional extra information about the page being viewed. The page method lets you record page views on your website, along with optional extra information about the page being viewed. The page method lets you record page views on your website, along with optional extra information about the page being viewed.
Parameters :
Returns :
Promise<SegmentService>
|
| Public page | ||||||||||||||||||||
page(category?: string, name?: string, properties?: any, options?: any)
|
||||||||||||||||||||
|
Defined in src/ngx-segment-analytics.service.ts:147
|
||||||||||||||||||||
|
The page method lets you record page views on your website, along with optional extra information about the page being viewed. The page method lets you record page views on your website, along with optional extra information about the page being viewed. The page method lets you record page views on your website, along with optional extra information about the page being viewed.
Parameters :
Returns :
Promise<SegmentService>
|
| Public page | ||||||||||||||||||||
page(category: string, name: string, properties?: any, options?: any)
|
||||||||||||||||||||
|
Defined in src/ngx-segment-analytics.service.ts:136
|
||||||||||||||||||||
|
The page method lets you record page views on your website, along with optional extra information about the page being viewed. The page method lets you record page views on your website, along with optional extra information about the page being viewed. The page method lets you record page views on your website, along with optional extra information about the page being viewed.
Parameters :
Returns :
Promise<SegmentService>
|
| Public ready |
ready()
|
|
Defined in src/ngx-segment-analytics.service.ts:194
|
|
The ready method allows you execute a promise that will be called as soon as all of your enabled destinations have loaded and analytics.js has completed initialization.
Returns :
Promise<SegmentService>
|
| Public reset |
reset()
|
|
Defined in src/ngx-segment-analytics.service.ts:230
|
|
Reset the id, including anonymousId, and clear traits for the currently identified user and group.
Returns :
void
|
| Public timeout | ||||||||
timeout(timeout: number)
|
||||||||
|
Defined in src/ngx-segment-analytics.service.ts:292
|
||||||||
|
Set the length (in milliseconds) of the callbacks and helper functions
Parameters :
Returns :
void
|
| Public track | ||||||||||||||||
track(event: string, properties?: any, options?: any)
|
||||||||||||||||
|
Defined in src/ngx-segment-analytics.service.ts:108
|
||||||||||||||||
|
The track method lets you record any actions your users perform.
Parameters :
Returns :
Promise<SegmentService>
|
| Public trackForm | ||||||||||||||||
trackForm(forms: HTMLElement | [], event: string | Function, properties?: any | Function)
|
||||||||||||||||
|
Defined in src/ngx-segment-analytics.service.ts:279
|
||||||||||||||||
|
Binds a
Parameters :
Returns :
void
|
| Public trackLink | ||||||||||||||||
trackLink(elements: HTMLElement | [], event: string | Function, properties?: any | Function)
|
||||||||||||||||
|
Defined in src/ngx-segment-analytics.service.ts:264
|
||||||||||||||||
|
Attaches the
Parameters :
Returns :
void
|
| Public traits |
traits()
|
|
Defined in src/ngx-segment-analytics.service.ts:223
|
|
Return traits about the currently identified user
Returns :
any
Traits about the currently identified user |
| Public user |
user()
|
|
Defined in src/ngx-segment-analytics.service.ts:205
|
|
Return informations about the currently identified user
Returns :
any
Informations about the currently identified user |
import { Inject, Injectable } from '@angular/core';
import { DOCUMENT } from '@angular/common';
import { SEGMENT_CONFIG, WindowWrapper } from './ngx-segment-analytics.module';
import { SegmentConfig } from './ngx-segment-analytics.config';
/** @dynamic */
@Injectable()
export class SegmentService {
/**
* @param w Browser window
* @param doc Browser DOM
* @param config Segment configuration
*/
constructor(
@Inject(WindowWrapper) private w: WindowWrapper,
@Inject(DOCUMENT) private doc: Document,
@Inject(SEGMENT_CONFIG) private config: SegmentConfig
) {
if (
typeof this.w.analytics === 'undefined'
|| typeof this.w.analytics.initialize === 'undefined'
|| this.w.analytics.initialize === false
) {
if (this.config.debug) {
console.log('Segment initialization ...');
}
this.w.analytics = [];
this.w.analytics.methods = [
'trackSubmit',
'trackClick',
'trackLink',
'trackForm',
'pageview',
'identify',
'reset',
'group',
'track',
'ready',
'alias',
'debug',
'page',
'once',
'off',
'on'
];
this.w.analytics.factory = (method: string) => {
return (...args) => {
args.unshift(method);
this.w.analytics.push(args);
return this.w.analytics;
};
};
this.w.analytics.methods.forEach((method: string) => {
this.w.analytics[method] = this.w.analytics.factory(method);
});
this.w.analytics.load = (key: string) => {
const script = this.doc.createElement('script');
script.type = 'text/javascript';
script.async = true;
script.src = ('https:' === this.doc.location.protocol
? 'https://' : 'http://')
+ 'cdn.segment.com/analytics.js/v1/'
+ key + '/analytics.min.js';
const first = this.doc.getElementsByTagName('script')[0];
first.parentNode.insertBefore(script, first);
};
this.w.analytics.SNIPPET_VERSION = '4.0.0';
this.w.analytics.load(this.config.apiKey);
if (this.config.debug) {
console.log('Segment initialized');
}
this.debug(this.config.debug);
}
}
/**
* The identify method is how you associate your users and their actions to a recognizable userId and traits.
*
* @param userId The database ID for the user.
* @param traits A dictionary of traits you know about the user, like their email or name
* @param options A dictionary of options.
*
* @returns
*/
public identify(userId?: string, traits?: any, options?: any): Promise<SegmentService> {
return new Promise((resolve) => {
this.w.analytics.identify(userId, traits, options, resolve(this));
});
}
/**
* The track method lets you record any actions your users perform.
*
* @param event The name of the event you’re tracking.
* @param properties A dictionary of properties for the event.
* @param options A dictionary of options.
*
* @returns
*/
public track(event: string, properties?: any, options?: any): Promise<SegmentService> {
return new Promise((resolve) => {
this.w.analytics.track(event, properties, options, resolve(this));
});
}
/**
* The page method lets you record page views on your website, along with optional extra information about the page being viewed.
*
* @param name The name of the page.
* @param properties A dictionary of properties of the page.
* @param options A dictionary of options.
*
* @returns
*/
public page(name?: string, properties?: any, options?: any): Promise<SegmentService>;
/**
* The page method lets you record page views on your website, along with optional extra information about the page being viewed.
*
* @param category The category of the page.
* @param name The name of the page.
* @param properties A dictionary of properties of the page.
* @param options A dictionary of options.
*
* @returns
*/
public page(category: string, name: string, properties?: any, options?: any): Promise<SegmentService>;
/**
* The page method lets you record page views on your website, along with optional extra information about the page being viewed.
*
* @param category The category of the page.
* @param name The name of the page.
* @param properties A dictionary of properties of the page.
* @param options A dictionary of options.
*
* @returns
*/
public page(
category?: string,
name?: string,
properties?: any,
options?: any
): Promise<SegmentService> {
return new Promise((resolve) => {
this.w.analytics.page(category, name, properties, options, resolve(this));
});
}
/**
* The group method associates an identified user with a company, organization, project, workspace, team, tribe, platoon,
* assemblage, cluster, troop, gang, party, society or any other name you came up with for the same concept.
*
* @param groupId The Group ID to associate with the current user.
* @param traits A dictionary of traits for the group.
*
* @returns
*/
public group(groupId: string, traits?: any): Promise<SegmentService> {
return new Promise((resolve) => {
this.w.analytics.group(groupId, traits, resolve(this));
});
}
/**
* The alias method combines two previously unassociated user identities.
*
* @param userId The new user ID you want to associate with the user.
* @param previousId The previous ID that the user was recognized by. This defaults to the currently identified user’s ID.
* @param options A dictionary of options.
*
* @returns
*/
public alias(userId: string, previousId?: string, options?: any): Promise<SegmentService> {
return new Promise((resolve) => {
this.w.analytics.alias(userId, previousId, options, resolve(this));
});
}
/**
* The ready method allows you execute a promise that will be called as soon as all of your enabled destinations have loaded
* and analytics.js has completed initialization.
*
* @returns
*/
public ready(): Promise<SegmentService> {
return new Promise((resolve) => {
this.w.analytics.ready(resolve(this));
});
}
/**
* Return informations about the currently identified user
*
* @returns Informations about the currently identified user
*/
public user(): any {
return this.w.analytics.user();
}
/**
* Return identifier about the currently identified user
*
* @returns Identifier about the currently identified user
*/
public id(): string|null {
return this.w.analytics.id();
}
/**
* Return traits about the currently identified user
*
* @returns Traits about the currently identified user
*/
public traits(): any {
return this.w.analytics.traits();
}
/**
* Reset the id, including anonymousId, and clear traits for the currently identified user and group.
*/
public reset(): void {
this.w.analytics.reset();
}
/**
* Turn on/off debug mode, logging helpful messages to the console.
*
* @param enabled Enable or not the debug mode
*/
public debug(enabled?: boolean): void {
this.w.analytics.debug(enabled);
}
/**
* Set listeners for these events and run your own custom code.
*
* @param method Name of the method to listen for
* @param callback A function to execute after each the emitted method
*/
public on(
method: string,
callback: (event?: string, properties?: any, options?: any) => any
): void {
this.w.analytics.on(method, callback);
}
/**
* Attaches the `track` call as a handler to a link
*
* @param elements DOM element or an array of DOM elements to be bound with track method.
* @param event The name of the event, passed to the `track` method or a function that returns a string to be used
* as the name of the track event.
* @param properties A dictionary of properties to pass with the `track` method.
*/
public trackLink(
elements: HTMLElement | HTMLElement[],
event: string | Function,
properties?: any | Function
): void {
this.w.analytics.trackLink(elements, event, properties);
}
/**
* Binds a `track` call to a form submission.
*
* @param forms The form element to track or an array of form
* @param event The name of the event, passed to the `track` method.
* @param properties A dictionary of properties to pass with the `track` method.
*/
public trackForm(
forms: HTMLElement | HTMLElement[],
event: string | Function,
properties?: any | Function
): void {
this.w.analytics.trackForm(forms, event, properties);
}
/**
* Set the length (in milliseconds) of the callbacks and helper functions
*
* @param timeout Number of milliseconds
*/
public timeout(timeout: number): void {
this.w.analytics.timeout(timeout);
}
}


Sauti
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Home
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Puma
provides three distinct kinds of restart operations, each for different use cases. This document describes "hot restarts" and "phased restarts." The third kind of restart operation is called "refork" and is described in the documentation for fork_worker
.
Hot restart
To perform a "hot" restart, Puma
performs an exec
operation to start the process up again, so no memory is shared between the old process and the new process. As a result, it is safe to issue a restart at any place where you would manually stop Puma
and start it again. In particular, it is safe to upgrade Puma
itself using a hot restart.
If the new process is unable to load, it will simply exit. You should therefore run Puma
under a process monitor when using it in production.
How-to
Any of the following will cause a Puma
server to perform a hot restart:
- Send the
puma
process theSIGUSR2
signal - Issue a
GET
request to thePuma
status/control server with the path/restart
- Issue
pumactl restart
(this uses the control server method if available, otherwise sends theSIGUSR2
signal to the process)
Supported configurations
- Works in cluster mode and single mode
- Supported on all platforms
Client experience
- All platforms: clients with an in-flight request are served responses before the connection is closed gracefully.
Puma
gracefully disconnects any idle HTTP persistent connections before restarting. - On MRI or TruffleRuby on Linux and BSD: Clients who connect just before the server restarts may experience increased latency while the server stops and starts again, but their connections will not be closed prematurely.
- On Windows and JRuby: Clients who connect just before a restart may experience "connection reset" errors.
Additional notes
- Only one version of the application is running at a time.
on_restart
is invoked just before the server shuts down. This can be used to clean up resources (like long-lived database connections) gracefully. Since Ruby 2.0, it is not typically necessary to explicitly close file descriptors on restart. This is because any file descriptor opened by Ruby will have theFD_CLOEXEC
flag set, meaning that file descriptors are closed onexec
.on_restart
is useful, though, if your application needs to perform any more graceful protocol-specific shutdown procedures before closing connections.
Phased restart
Phased restarts replace all running workers in a Puma
cluster. This is a useful way to upgrade the application that Puma
is serving gracefully. A phased restart works by first killing an old worker, then starting a new worker, waiting until the new worker has successfully started before proceeding to the next worker. This process continues until all workers are replaced. The master process is not restarted.
How-to
Any of the following will cause a Puma
server to perform a phased restart:
- Send the
puma
process theSIGUSR1
signal - Issue a
GET
request to thePuma
status/control server with the path/phased-restart
- Issue
pumactl phased-restart
(this uses the control server method if available, otherwise sends theSIGUSR1
signal to the process)
Supported configurations
- Works in cluster mode only
- To support upgrading the application that
Puma
is serving, ensureprune_bundler
is enabled and thatpreload_app!
is disabled - Supported on all platforms where cluster mode is supported
Client experience
- In-flight requests are always served responses before the connection is closed gracefully
- Idle persistent connections are gracefully disconnected
- New connections are not lost, and clients will not experience any increase in latency (as long as the number of configured workers is greater than one)
Additional notes
- When a phased restart begins, the
Puma
master process changes its current working directory to the directory specified by thedirectory
option. Ifdirectory
is set to symlink, this is automatically re-evaluated, so this mechanism can be used to upgrade the application. - On a single server, it's possible that two versions of the application are running concurrently during a phased restart.
on_restart
is not invoked- Phased restarts can be slow for
Puma
clusters with many workers. Hot restarts often complete more quickly, but at the cost of increased latency during the restart. - Phased restarts cannot be used to upgrade any gems loaded by the
Puma
master process, includingpuma
itself, anything inextra_runtime_dependencies
, or dependencies thereof. Upgrading other gems is safe. - If you remove the gems from old releases as part of your deployment strategy, there are additional considerations. Do not put any gems into
extra_runtime_dependencies
that have native extensions or have dependencies that have native extensions (one common example ispuma_worker_killer
and its dependency onffi
). Workers will fail on boot during a phased restart. The underlying issue is recorded in an issue on the rubygems project. Hot restarts are your only option here if you need these dependencies.


This back-end project was set up to simulate a trip-planning service like TripAdvisor. The project uses the Graph data structure to implement "Trip-Planning" functionality for tourists or vacationers. Using Dijkstra's algorithm and other shortest-distance algorithms, travel routes between cities are simplified. By implementing service locations for each city, travel routes are also personalized, allowing users to stop at their favorite restaurants, hotels, and other vacation spots between destinations.
This feature calculates the shortest distance between the user's starting location and destination. Then application then suggests places to stop for gas, food, and other amenities.


Wasim.
WORK WORK WORK !
CONTACT ME IF YOU DARE .|.
This is my Fucking personal website, I will show my work here. It is not a blog. I will not blog. And it's non of your business. I'm just a handsome man. If you like my work or would like to date me, get in touch with my representation.


Random-coil NMR chemical sfhits from protein sequence
Polypeptide backbone chemical shifts were proven powerful descriptors of local dynamic deviations from the "random coil" state toward canonical types of secondary structure. These digressions, in turn, can be connected to functional or dysfunctional protein states, for example, in adaptive molecular recognition and protein aggregation. Here we describe a first inventory of IDP backbone (15)N, (1)H(N), (1)H(α), (13)C(O), (13)C(β), and (13)C(α) chemical shifts using data obtained for a set of 14 proteins of unrelated sequence and function. The ncIDP prediction accuracy is significantly higher than that obtained with libraries for small peptides or "coil" regions of folded proteins.


EOS.IO
DAWN2.0.1
Welcome to the EOS.IO Documentation
Note
This documentation is in progress and subject to change due to rapid development. Please report inaccuracies identified to the
EOS.IO Developer Telegram Group
EOS.IO
EOS.IO Official Website
Github
Blog
Roadmap
Telegram
White Paper
Wiki
Environment Setup
Automatic Build Scripts
Ubuntu 16.10
macOS Sierra 10.12.6
Manual Installation of Dependencies
Clean Install Ubuntu 16.10
Clean Install macOS Sierra 10.12.6
Docker
Smart Contract Developers
RPC Interface
Smart Contract API Reference
Account API
- Define API for querying account data
Chain API
- Define API for querying internal chain state
Database API
- APIs that store and retreive data on the blockchainEOS.IO organizes data according to the following broad structure
Math API
- Defines common math function
Message API
- Define API for querying message properties
Console API
- Enables applications to log/print text messages
System API
- Define API for interating with system level intrinsics
Token API
- Defines the ABI for interfacing with standard-compatible token messages and database tables
Transaction API
- Define API for sending transactions and inline messages
Builtin Types
- Specifies typedefs and aliases
Generated by
1.8.13


|
Little Heroes
|
Static Public Member Functions | |
| static void | SetupDemo () |
| static void | LoadPunDemoHub () |
| static void | SetPunDemoBuildSettings () |
| Finds scenes in "Assets/Photon Unity Networking/Demos/", excludes those in folder "PUNGuide_M2H" and applies remaining scenes to build settings. More... | |
|
static |
|
static |
Finds scenes in "Assets/Photon Unity Networking/Demos/", excludes those in folder "PUNGuide_M2H" and applies remaining scenes to build settings.
The one with "Hub" in it first.
|
static |


*The Future is Today*
Building the shelter pet hot or not application is both a way for me to get some practice implementing api functionality into my front end user interfaces and for me to gain more real world experience by building applications from design to production mode.
The products and services page is one of the projects for completing the responsive web design curriculum at free code camp. With this page I built a mock agency sales page for bot creation which is something I'd like to pursue once I manage to develop my skills to required ability to do so.
The prize wheel application is designed to be a website plug in that will allow website owners to create an onsite currency for their products and or services and then allow users to gamble for better discounts on your website offerings. The idea is to gamify your business a bit to invite more intuative user interactions with your website.


Jared tests and integrates any updates on your dependencies for you.
Any time one of your dependencies gets updated, Jared submits a pull request and you get notified of any breaking changes.
When creating a project based on Android technology, keeping up with dependency updates is essential. Rather than going through the hassle of updating packages yourself, trust Jared and he'll show you what can or can't be updated instantly!
For each new dependency version a pull request is created with the updated version in the build.gradle file.
Check the new features and fixes the version introduces and make sure everything looks good.
Check that the CI server response is OK and that the newest version integrated successfully.
Take the change to the main branch. Your project is updated!.


Sample lists should be uploaded as either a .csv, .tsv, or .json file.
You're not allowed to upload sample data to the database.
Please contact Laura if you think this is an error.


pymatgen.analysis.adsorption module¶
This module provides classes used to enumerate surface sites and to find adsorption sites on slabs
-
class
AdsorbateSiteFinder
(slab, selective_dynamics=False, height=0.9, mi_vec=None)[source]¶ Bases:
object
This class finds adsorbate sites on slabs and generates adsorbate structures according to user-defined criteria. The algorithm for finding sites is essentially as follows:
- Determine “surface sites” by finding those within
- a height threshold along the miller index of the highest site
- Create a network of surface sites using the Delaunay
- triangulation of the surface sites
- Assign on-top, bridge, and hollow adsorption sites
- at the nodes, edges, and face centers of the Del. Triangulation
- Generate structures from a molecule positioned at
- these sites
Create an AdsorbateSiteFinder object.
Parameters: - slab (Slab) – slab object for which to find adsorbate sites
- selective_dynamics (bool) – flag for whether to assign non-surface sites as fixed for selective dynamics
- height (float) – height criteria for selection of surface sites
- mi_vec (3-D array-like) – vector corresponding to the vector concurrent with the miller index, this enables use with slabs that have been reoriented, but the miller vector must be supplied manually
- top_surface (bool) – Which surface to adsorb, True for the surface above the center of mass, False for the surface below center of mass
-
add_adsorbate
(molecule, ads_coord, repeat=None, reorient=True)[source]¶ Adds an adsorbate at a particular coordinate. Adsorbate represented by a Molecule object, and is positioned relative to the input adsorbate coordinate.
Parameters: - molecule (Molecule) – molecule object representing the adsorbate
- ads_coord (array) – coordinate of adsorbate position
- repeat (3-tuple or list) – input for making a supercell of slab prior to placing the adsorbate
- reorient (bool) – flag on whether to reorient the molecule to have its z-axis concurrent with miller index
-
adsorb_both_surfaces
(molecule, repeat=None, min_lw=5.0, reorient=True, find_args={})[source]¶ Function that generates all adsorption structures for a given molecular adsorbate on both surfaces of a slab. This is useful for calculating surface energy where both surfaces need to be equivalent or if we want to calculate nonpolar systems.
Parameters: - molecule (Molecule) – molecule corresponding to adsorbate
- repeat (3-tuple or list) – repeat argument for supercell generation
- min_lw (float) – minimum length and width of the slab, only used if repeat is None
- reorient (bool) – flag on whether or not to reorient adsorbate along the miller index
- find_args (dict) – dictionary of arguments to be passed to the call to self.find_adsorption_sites, e.g. {“distance”:2.0}
-
assign_selective_dynamics
(slab)[source]¶ Helper function to assign selective dynamics site_properties based on surface, subsurface site properties
Parameters: slab (Slab) – slab for which to assign selective dynamics
-
ensemble_center
(site_list, indices, cartesian=True)[source]¶ Finds the center of an ensemble of sites selected from a list of sites. Helper method for the find_adsorption_sites algorithm.
Parameters: - site_list (list of sites) – list of sites
- indices (list of ints) – list of ints from which to select sites from site list
- cartesian (bool) – whether to get average fractional or cartesian coordinate
-
find_adsorption_sites
(distance=2.0, put_inside=True, symm_reduce=0.01, near_reduce=0.01, positions=['ontop', 'bridge', 'hollow'], no_obtuse_hollow=True)[source]¶ Finds surface sites according to the above algorithm. Returns a list of corresponding cartesian coordinates.
Parameters: - distance (float) – distance from the coordinating ensemble of atoms along the miller index for the site (i. e. the distance from the slab itself)
- put_inside (bool) – whether to put the site inside the cell
- symm_reduce (float) – symm reduction threshold
- near_reduce (float) – near reduction threshold
- positions (list) –
which positions to include in the site finding “ontop”: sites on top of surface sites “bridge”: sites at edges between surface sites in Delaunay
triangulation of surface sites in the miller plane”hollow”: sites at centers of Delaunay triangulation faces “subsurface”: subsurface positions projected into miller plane
- no_obtuse_hollow (bool) – flag to indicate whether to include obtuse triangular ensembles in hollow sites
-
find_surface_sites_by_height
(slab, height=0.9, xy_tol=0.05)[source]¶ This method finds surface sites by determining which sites are within a threshold value in height from the topmost site in a list of sites
Parameters: - site_list (list) – list of sites from which to select surface sites
- height (float) – threshold in angstroms of distance from topmost site in slab along the slab c-vector to include in surface site determination
- xy_tol (float) – if supplied, will remove any sites which are within a certain distance in the miller plane.
Returns: list of sites selected to be within a threshold of the highest
-
classmethod
from_bulk_and_miller
(structure, miller_index, min_slab_size=8.0, min_vacuum_size=10.0, max_normal_search=None, center_slab=True, selective_dynamics=False, undercoord_threshold=0.09)[source]¶ This method constructs the adsorbate site finder from a bulk structure and a miller index, which allows the surface sites to be determined from the difference in bulk and slab coordination, as opposed to the height threshold.
Parameters: - structure (Structure) – structure from which slab input to the ASF is constructed
- miller_index (3-tuple or list) – miller index to be used
- min_slab_size (float) – min slab size for slab generation
- min_vacuum_size (float) – min vacuum size for slab generation
- max_normal_search (int) – max normal search for slab generation
- center_slab (bool) – whether to center slab in slab generation
- dynamics (selective) – whether to assign surface sites to selective dynamics
- undercoord_threshold (float) – threshold of “undercoordation” to use for the assignment of surface sites. Default is 0.1, for which surface sites will be designated if they are 10% less coordinated than their bulk counterpart
-
generate_adsorption_structures
(molecule, repeat=None, min_lw=5.0, reorient=True, find_args={})[source]¶ Function that generates all adsorption structures for a given molecular adsorbate. Can take repeat argument or minimum length/width of precursor slab as an input
Parameters: - molecule (Molecule) – molecule corresponding to adsorbate
- repeat (3-tuple or list) – repeat argument for supercell generation
- min_lw (float) – minimum length and width of the slab, only used if repeat is None
- reorient (bool) – flag on whether or not to reorient adsorbate along the miller index
- find_args (dict) – dictionary of arguments to be passed to the call to self.find_adsorption_sites, e.g. {“distance”:2.0}
-
generate_substitution_structures
(atom, target_species=[], sub_both_sides=False, range_tol=0.01, dist_from_surf=0)[source]¶ - Function that performs substitution-type doping on the surface and
- returns all possible configurations where one dopant is substituted per surface. Can substitute one surface or both.
Parameters: - atom (str) – atom corresponding to substitutional dopant
- sub_both_sides (bool) – If true, substitute an equivalent site on the other surface
- target_species (list) – List of specific species to substitute
- range_tol (float) – Find viable substitution sites at a specific distance from the surface +- this tolerance
- dist_from_surf (float) – Distance from the surface to find viable substitution sites, defaults to 0 to substitute at the surface
-
get_extended_surface_mesh
(repeat=(5, 5, 1))[source]¶ Gets an extended surface mesh for to use for adsorption site finding by constructing supercell of surface sites
Parameters: repeat (3-tuple) – repeat for getting extended surface mesh
-
near_reduce
(coords_set, threshold=0.0001)[source]¶ Prunes coordinate set for coordinates that are within threshold
Parameters: - coords_set (Nx3 array-like) – list or array of coordinates
- threshold (float) – threshold value for distance
-
surface_sites
¶ convenience method to return a list of surface sites
-
symm_reduce
(coords_set, threshold=1e-06)[source]¶ Reduces the set of adsorbate sites by finding removing symmetrically equivalent duplicates
Parameters: - coords_set – coordinate set in cartesian coordinates
- threshold – tolerance for distance equivalence, used as input to in_coord_list_pbc for dupl. checking
-
get_mi_vec
(slab)[source]¶ Convenience function which returns the unit vector aligned with the miller index.
-
plot_slab
(slab, ax, scale=0.8, repeat=5, window=1.5, draw_unit_cell=True, decay=0.2, adsorption_sites=True)[source]¶ Function that helps visualize the slab in a 2-D plot, for convenient viewing of output of AdsorbateSiteFinder.
Parameters: - slab (slab) – Slab object to be visualized
- ax (axes) – matplotlib axes with which to visualize
- scale (float) – radius scaling for sites
- repeat (int) – number of repeating unit cells to visualize
- window (float) – window for setting the axes limits, is essentially a fraction of the unit cell limits
- draw_unit_cell (bool) – flag indicating whether or not to draw cell
- decay (float) – how the alpha-value decays along the z-axis


[Ns-developers] Routing table
Lavina Jain
lavina.jain at gmail.com
Thu Jul 27 14:51:29 PDT 2006
Hello Vincent,
Thanks for the guidance. I have implemented ant routing algorithm called
AntNet on ns-2. I have implemented the algorithm in C++ and have done the
required tcl bindings so that it can be simulated using a tcl script. The
simulation generates routing tables in text format. Routing tables are
internally implemented in c++ code as a data structure.
Now I need to compare ant routing algorithm with other state-of-the-art
routing algorithms. So, I need to simulate traffic that flows according to
my routing tables. How can I do that?
If I can find out the current implementation of routing tables in ns-2, then
may be I can feed my values in that.
Or else, can we define what routing table the traffic must follow.
Kindly let me know if I need to give any more info about my implementation
of ant algorithm.
Can you please help me out with this.
Regards,
Lavina
On 7/27/06, Vincent Nauwelaers <vincent.nauwelaers at student.kuleuven.ac.be>
wrote:
>
>
>
> ----- Original Message -----
> *From:* Lavina Jain <lavina.jain at gmail.com>
> *To:* Vincent Nauwelaers <vincent.nauwelaers at student.kuleuven.ac.be>
> *Sent:* Thursday, July 27, 2006 10:01 AM
> *Subject:* Re: [Ns-developers] Routing table
>
>
> Hello,
> I had also implemented a routing algorithm, but I generated routing tables
> as a data structure defined in C++ by myself.
>
>
> In the future, you should be more specific when asking questions.
> You're probably working on it for some time now, but someone else
> has to imagine everything. I would need an answer to questions like :
>
> Does your routing algorithm have a name?
> Does it work already in ns? Does it work on an other simulator?
>
>
> How can I make already implementeed simulations and traffics in ns-2 to
> use my routing table.
> For example, in tcl script we can generate cbr traffic and use static or
> DSR or some other routing algorithm. How can I cause the traffic to follow
> my routing tables.
>
>
> I can tell you, you will need to do a lot of research about routing in
> ns2,
> because it is the most complex part of ns2, seen the limited
> documentation.
> A good solution is to look at the workings of existing protocols and
> try to create something equal, only using your routingtable.
>
> sincerely,
>
> -- Vincent
>
>
> Thanks and Regards,
> Lavina
>
> On 7/27/06, Vincent Nauwelaers <vincent.nauwelaers at student.kuleuven.ac.be>
> wrote:
> >
> > I would suggest to use one language as much as possible,
> > C++ is the most obvious choice.
> >
> > Be sure to take a look at ~/ns- 2.29/routing
> > where you can find rttable{.h, .cc}.
> > It might be a base to start from.
> >
> > sincerely,
> >
> > --Vincent
> >
> > ----- Original Message -----
> > From: "Ibraheem Saudi" < ibraheem_ec at yahoo.com>
> > To: <ns-developers at ISI.EDU>
> > Sent: Wednesday, July 26, 2006 8:39 AM
> > Subject: [Ns-developers] Routing table
> >
> >
> > > Hi, I'm developing an application layer multicast
> > > protocol using ns-2.29. I need to implement my own
> > > routing table. I don't know how to implement it, and
> > > what language used tcl or c++. Any sugestions?
> > >
> > > Thanks
> > >
> > >
> > > __________________________________________________
> > > Do You Yahoo!?
> > > Tired of spam? Yahoo! Mail has the best spam protection around
> > > http://mail.yahoo.com
> > >
> > >
> >
>
>
>
> --
> "Unravelling life's mysteries and discovering life's secrets may take the
> courage and determination found only in a self-motivated pursuit."
> - Peter McWilliams
>
>
--
"Unravelling life's mysteries and discovering life's secrets may take the
courage and determination found only in a self-motivated pursuit."
- Peter McWilliams
More information about the Ns-developers
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|
Contiki 2.5
|
The packetbuf module does Rime's buffer management. More...
Files | |
| file | packetbuf.c |
Rime buffer (packetbuf) management. | |
| file | packetbuf.h |
Header file for the Rime buffer (packetbuf) management. | |
Defines | |
| #define | PACKETBUF_SIZE 128 |
| The size of the packetbuf, in bytes. | |
| #define | PACKETBUF_HDR_SIZE 48 |
| The size of the packetbuf header, in bytes. | |
Functions | |
| void | packetbuf_clear (void) |
| Clear and reset the packetbuf. | |
| void | packetbuf_clear_hdr (void) |
| Clear and reset the header of the packetbuf. | |
| int | packetbuf_copyfrom (const void *from, uint16_t len) |
| Copy from external data into the packetbuf. | |
| void | packetbuf_compact (void) |
| Compact the packetbuf. | |
| int | packetbuf_copyto_hdr (uint8_t *to) |
| Copy the header portion of the packetbuf to an external buffer. | |
| int | packetbuf_copyto (void *to) |
| Copy the entire packetbuf to an external buffer. | |
| int | packetbuf_hdralloc (int size) |
| Extend the header of the packetbuf, for outbound packets. | |
| int | packetbuf_hdrreduce (int size) |
| Reduce the header in the packetbuf, for incoming packets. | |
| void | packetbuf_set_datalen (uint16_t len) |
| Set the length of the data in the packetbuf. | |
| void * | packetbuf_dataptr (void) |
| Get a pointer to the data in the packetbuf. | |
| void * | packetbuf_hdrptr (void) |
| Get a pointer to the header in the packetbuf, for outbound packets. | |
| void | packetbuf_reference (void *ptr, uint16_t len) |
| Point the packetbuf to external data. | |
| int | packetbuf_is_reference (void) |
| Check if the packetbuf references external data. | |
| void * | packetbuf_reference_ptr (void) |
| Get a pointer to external data referenced by the packetbuf. | |
| uint16_t | packetbuf_datalen (void) |
| Get the length of the data in the packetbuf. | |
| uint8_t | packetbuf_hdrlen (void) |
| Get the length of the header in the packetbuf, for outbound packets. | |
| uint16_t | packetbuf_totlen (void) |
| Get the total length of the header and data in the packetbuf. |
The packetbuf module does Rime's buffer management.
| void packetbuf_clear | ( | void | ) |
Clear and reset the packetbuf.
This function clears the packetbuf and resets all internal state pointers (header size, header pointer, external data pointer). It is used before preparing a packet in the packetbuf.
Definition at line 78 of file packetbuf.c.
References PACKETBUF_HDR_SIZE.
Referenced by packetbuf_copyfrom(), and packetbuf_reference().
| void packetbuf_clear_hdr | ( | void | ) |
Clear and reset the header of the packetbuf.
This function clears the header of the packetbuf and resets all the internal state pointers pertaining to the header (header size, header pointer, but not external data pointer). It is used before after sending a packet in the packetbuf, to be able to reuse the packet buffer for a later retransmission.
Definition at line 88 of file packetbuf.c.
References PACKETBUF_HDR_SIZE.
| void packetbuf_compact | ( | void | ) |
Compact the packetbuf.
This function compacts the packetbuf by copying the data portion of the packetbuf so that becomes consecutive to the header. It also copies external data that has previously been referenced with packetbuf_reference() into the packetbuf.
This function is called by the Rime code before a packet is to be sent by a device driver. This assures that the entire packet is consecutive in memory.
Definition at line 106 of file packetbuf.c.
References packetbuf_datalen(), PACKETBUF_HDR_SIZE, packetbuf_is_reference(), and packetbuf_reference_ptr().
| int packetbuf_copyfrom | ( | const void * | from, |
| uint16_t | len | ||
| ) |
Copy from external data into the packetbuf.
| from | A pointer to the data from which to copy |
| len | The size of the data to copy |
| The | number of bytes that was copied into the packetbuf |
This function copies data from a pointer into the packetbuf. If the data that is to be copied is larger than the packetbuf, only the data that fits in the packetbuf is copied. The number of bytes that could be copied into the rimbuf is returned.
Definition at line 94 of file packetbuf.c.
References packetbuf_clear(), and PACKETBUF_SIZE.
| int packetbuf_copyto | ( | void * | to | ) |
Copy the entire packetbuf to an external buffer.
| to | A pointer to the buffer to which the data is to be copied |
| The | number of bytes that was copied to the external buffer |
This function copies the packetbuf to an external buffer. Both the data portion and the header portion of the packetbuf is copied. If the packetbuf referenced external data (referenced with packetbuf_reference()) the external data is copied.
The external buffer to which the packetbuf is to be copied must be able to accomodate at least (PACKETBUF_SIZE + PACKETBUF_HDR_SIZE) bytes. The number of bytes that was copied to the external buffer is returned.
Definition at line 141 of file packetbuf.c.
References PACKETBUF_HDR_SIZE, and PACKETBUF_SIZE.
| int packetbuf_copyto_hdr | ( | uint8_t * | to | ) |
Copy the header portion of the packetbuf to an external buffer.
| to | A pointer to the buffer to which the data is to be copied |
| The | number of bytes that was copied to the external buffer |
This function copies the header portion of the packetbuf to an external buffer.
The external buffer to which the packetbuf is to be copied must be able to accomodate at least PACKETBUF_HDR_SIZE bytes. The number of bytes that was copied to the external buffer is returned.
Definition at line 124 of file packetbuf.c.
References PACKETBUF_HDR_SIZE.
| uint16_t packetbuf_datalen | ( | void | ) |
Get the length of the data in the packetbuf.
For outbound packets, the packetbuf consists of two parts: header and data. This function is used to get the length of the data in the packetbuf. The data is stored in the packetbuf and accessed via the packetbuf_dataptr() function.
For incoming packets, both the packet header and the packet data is stored in the data portion of the packetbuf. This function is then used to get the total length of the packet - both header and data.
Definition at line 240 of file packetbuf.c.
Referenced by packetbuf_compact(), packetbuf_totlen(), and sicslowmac_dataRequest().
| void * packetbuf_dataptr | ( | void | ) |
Get a pointer to the data in the packetbuf.
This function is used to get a pointer to the data in the packetbuf. The data is either stored in the packetbuf, or referenced to an external location.
For outbound packets, the packetbuf consists of two parts: header and data. The header is accessed with the packetbuf_hdrptr() function.
For incoming packets, both the packet header and the packet data is stored in the data portion of the packetbuf. Thus this function is used to get a pointer to the header for incoming packets.
Definition at line 208 of file packetbuf.c.
References PACKETBUF_HDR_SIZE.
Referenced by sicslowmac_dataRequest().
| int packetbuf_hdralloc | ( | int | size | ) |
Extend the header of the packetbuf, for outbound packets.
| size | The number of bytes the header should be extended |
| Non-zero | if the header could be extended, zero otherwise |
This function is used to allocate extra space in the header portion in the packetbuf, when preparing outbound packets for transmission. If the function is unable to allocate sufficient header space, the function returns zero and does not allocate anything.
Definition at line 173 of file packetbuf.c.
References PACKETBUF_SIZE, and packetbuf_totlen().
| uint8_t packetbuf_hdrlen | ( | void | ) |
Get the length of the header in the packetbuf, for outbound packets.
For outbound packets, the packetbuf consists of two parts: header and data. This function is used to get the length of the header in the packetbuf. The header is stored in the packetbuf and accessed via the packetbuf_hdrptr() function.
Definition at line 246 of file packetbuf.c.
References PACKETBUF_HDR_SIZE.
Referenced by packetbuf_totlen().
| void * packetbuf_hdrptr | ( | void | ) |
Get a pointer to the header in the packetbuf, for outbound packets.
For outbound packets, the packetbuf consists of two parts: header and data. This function is used to get a pointer to the header in the packetbuf. The header is stored in the packetbuf.
Definition at line 214 of file packetbuf.c.
| int packetbuf_hdrreduce | ( | int | size | ) |
Reduce the header in the packetbuf, for incoming packets.
| size | The number of bytes the header should be reduced |
| Non-zero | if the header could be reduced, zero otherwise |
This function is used to remove the first part of the header in the packetbuf, when processing incoming packets. If the function is unable to remove the requested amount of header space, the function returns zero and does not allocate anything.
Definition at line 189 of file packetbuf.c.
| int packetbuf_is_reference | ( | void | ) |
Check if the packetbuf references external data.
| Non-zero | if the packetbuf references external data, zero otherwise. |
For outbound packets, the packetbuf consists of two parts: header and data. This function is used to check if the packetbuf points to external data that has previously been referenced with packetbuf_reference().
Definition at line 228 of file packetbuf.c.
References PACKETBUF_HDR_SIZE.
Referenced by packetbuf_compact().
| void packetbuf_reference | ( | void * | ptr, |
| uint16_t | len | ||
| ) |
Point the packetbuf to external data.
| ptr | A pointer to the external data |
| len | The length of the external data |
For outbound packets, the packetbuf consists of two parts: header and data. This function is used to make the packetbuf point to external data. The function also specifies the length of the external data that the packetbuf references.
Definition at line 220 of file packetbuf.c.
References packetbuf_clear().
| void * packetbuf_reference_ptr | ( | void | ) |
Get a pointer to external data referenced by the packetbuf.
| A | pointer to the external data |
For outbound packets, the packetbuf consists of two parts: header and data. The data may point to external data that has previously been referenced with packetbuf_reference(). This function is used to get a pointer to the external data.
Definition at line 234 of file packetbuf.c.
Referenced by packetbuf_compact().
| void packetbuf_set_datalen | ( | uint16_t | len | ) |
Set the length of the data in the packetbuf.
| len | The length of the data |
For outbound packets, the packetbuf consists of two parts: header and data. This function is used to set the length of the data in the packetbuf.
Definition at line 201 of file packetbuf.c.
| uint16_t packetbuf_totlen | ( | void | ) |
Get the total length of the header and data in the packetbuf.
Definition at line 252 of file packetbuf.c.
References packetbuf_datalen(), and packetbuf_hdrlen().
Referenced by packetbuf_hdralloc().


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--- layout: post title: Windows and sleep mode date: "2012-12-22" ---
I just recently decided to get my main desktop to finally work with sleep mode properly. It has never worked in the past (the heart of the machine, mobo & cpu, are a couple years old), but now I felt like I want to do something about it.
As a quick reference, here are the key details of the machine:
Initially, my issue was that the computer failed to recover from sleep mode. It went into sleep mode just fine, but when recovering I would end up with my screen not powering on from standby mode, but music would start playing fine (if I left a music player on when entering sleep mode). A while later, I could hear from the music that the machine blue screened.
I ended up fixing this issue, by disconnecting all USB devices that were not my keyboard and mouse and trying again. It worked, and all that was left was to figure out which device caused the issue. The cause turned out to be my printer, and turning it off before trying to sleep is a fix.
There are a lot of other possible causes, this is just what fixed it for me. You should also try and update all your drivers (no, I will not help you with how to do it), and Googling for more options.
After I got the sleep mode to work, I bumped into another issue. The machine would wake up from sleep mode with the slightest move of the mouse, by pressing any button on the keyboard, and stuff like that.
This is not an option for me, since I have cats. They like to walk around everywhere, including on my keyboard. I wanted the machine to only wake up when I press the power button, which is cat-proof.
After some Googling, I found two useful commands for this:
{{< highlight bat >}} powercfg -devicequery wake_armed {{< /highlight >}}Lists devices that can wake up Windows from sleep mode
{{< highlight bat >}} powercfg -devicedisablewake "Device Name" {{< /highlight >}}Disables waking up on events from the device
Now turn that into some Windows Batch magic and you end up with the command:
{{< highlight bat >}} for /F "tokens=*" %A in ('powercfg -devicequery wake_armed') do powercfg -devicedisablewake "%A" {{< /highlight >}}(Write it on an Administrator Command Prompt, all on one line)
What that does is query powercfg for all devices that can wake up Windows from sleep mode, loop through them one by one and then disable waking up from events for each one.
So of course, this is Windows, so the issues didn't end here. After these issues were resolved, I could successfully put the machine to sleep mode, recover it, and not recover needlessly when my cats were running around. However, the machine would not automatically go to sleep after the timeout set in Power Options -control panel.
There are a few possible reasons for this, that I (now) know of. For one, an application (video player in general) is preventing automatic sleep, or a driver (e.g. your sound card) is doing that. If you have similar issues, this is what you can do to get it working.
After this fix, my computer would finally work properly with sleep mode, including automatically going to sleep after a set timeout (30min in my case), and requiring me to actually press the cat-proof power button to wake it up again.


Glenda Jackson and Kit Harington star in Christmas Day drama
Neil Gaiman’s Chivalry is being adapted for BBC Radio 4.
Glenda Jackson and heartthrob Kit Harington will be on the airwaves on Christmas Day.
Neil Gaiman’s Chivalry, a short story, is being adapted for BBC Radio 4.
Double Oscar-winner Jackson, 83, and ex-Game Of Thrones star Harington, 32, will voice roles in the drama.
Former MP Jackson voices Mrs Whitaker, who discovers the Holy Grail in a charity shop.
She becomes the focal point of “handsome young man” Sir Galaad’s (Harington’s) “most important quest” – and ropes him into doing some chores along the way.
Jackson also voices the narrator.
Jackson recently announced her return to the screen for the first time in more than 25 years.
The double Oscar winner will star in a BBC One adaptation of the bestselling novel Elizabeth Is Missing, which combines a “gripping mystery” with a “tender yet unflinching exploration of one woman’s struggle with dementia.”
Neil Gaiman’s Chivalry airs on BBC Radio 4 on December 25 from 4pm to 4.30pm.


2019 LA Auto Show: Ford Mustang Mach-E — An Electric Mustang SUV?
It seems like all cars in this uber-high-performance luxury car segment are just becoming gigantic, squishy, straight-line bullet trains. They’re all astonishingly quick but lack …
by Nico DeMattiaQuite possibly the most interesting car at the 2019 LA Auto Show, the new Ford Mustang Mach-E is also one of the important cars here at the show. The all-new Mustang Mach-E shares virtually nothing of importance with the standard Mustang and is, instead, an all-electric crossover with some Mustang bits slapped on it. Yet, despite that oddity, it seems like a very good car.
Let’s address the elephant in the room first, though: the name. The new Ford Mustang Mach-E would have far more widely accepted if it weren’t named after one of the most iconic cars of all time. Turning the Mustang into an electric crossover not only seems like a bad idea on paper but it also might be a slippery slope. Now that Ford is comfortable slapping Mustang badges on crossovers that aren’t truly Mustangs, I feel like we’re just a few years away from the Mustang name becoming just another trim level. “The All-new Ford Explorer — Mustang Edition”. For now though, the new electric Mustang looks mighty impressive, at least.
At launch, there will be two battery packs offered, a 75 kWh and a 98 kWh battery. The former should make around 255 hp and 306 lb-ft of torque in rear-wheel drive spec. In dual-motor all-wheel drive, 75 kWh-spec, the Mustang Mach-E will make 332 hp and 417 lb-ft. In top-level dual-motor/98 kWh performance-spec, the new Mach-E will make 459 horsepower and 612 lb-ft of torque. That car can hit 60 mph in under four seconds, so it’s decently quick.
Ford is claiming ranges of between 210 and 300 miles, depending on the spec. More than that, all new Mustang Mach-E models come with a portable plug-in charger that can replenish 30 miles overnight when plugged into a 120-volt outlet or 80-percent of its battery overnight when using 240-volt.
Pricing for the Mustang Mach-E ranges from $45,000 to about $62,000, the latter being for the “GT” performance model. At those prices, the new electric ‘Stang seems like a very interesting EV proposition. If you can get over its name, and funky styling, it actually seems like a great EV buy, especially if it feels as sporty as a Mustang should.


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Equivalent to clicking the Font command on the Options menu in Microsoft Excel for the Macintosh version 1.5 or earlier. This function is included only for macro compatibility. Sets the font for the Normal style. Microsoft Excel now uses the FONT.PROPERTIES and DEFINE.STYLE functions. For more information, see FONT.PROPERTIES and DEFINE.STYLE.
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FONT?(name_text, size_num)
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DEFINE.STYLE Creates or changes a cell style
FONT.PROPERTIES Sets various font properties
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Firstly, let me say I have tried many different hallucinogens (LSD, PTP, 2CB, Mushrooms (4 or 5 varieties), Nutmeg and DMT. Of all these, DMT was the closest to what I experienced with Salvia.
I bought 1 gram of Salvia from a local shop in the UK, and a small water pipe to take it with. Drove home, the sun shining and a warm feeling of anticipation. When I got home, I cleared the front room up, drew the curtains and sat down on the floor. Having taken DMT, I knew how fast the effects could come on, so placed about 1/5 of the phial (about .2 grams) into the bowl, set the bong on the table and readied the lighter. I had seen the notes to have a sitter present, but again, having taken DMT and THINKING that I knew better, I proceeded to light the bong all aone in my house.
I picked it up and took a large hit which I held for about 20 seconds, as I took the bong away, I noticed there was still a lot left, so took a second hit, placed the bong on the table, and as I did so, my reality began to slip away.
It's hard now to describe what I was feeling (I took it about 1 1/2 hours ago), the first thing was I felt scared, I wasn't sure why at first, but then someone told me I shouldn't have taken the second hit, I didn't see anyone, but people were talking in my head.
I looked at the bong and started to panic, I felt that I had done something VERY wrong, but did not know what. I felt that I had to get out of the room, and quickly went up the stairs to my bedroom, here I laid down on the bed, I felt that I was getting sucked into the bed and would drown in the quilt, so tried to get up and go back downstairs.
It was at that point that reality took a good step back and things started to go really weird.
My left foot and leg seemed inextricably attached to the upstairs of the house, where my right foot and leg seemed to be attached downstairs. I honestly felt like I was stretching and blending into the house, becoming one with it, I also felt if this happened then I would be stuck there forever. I don't recall getting downstairs, but was suddenly at the kitchen sink with the bong.
I was hurriedly trying to clean it out, and get rid of the evidence, it was only now that I really recalled that I had taken the Salvia, and as this reality struck, the effects lessened and I gained control of my body again. I sat outside for a few minutes in the sun and really came back down, there was a weird minute or two where the 2 realities seemed to combine and I couldn't be sure what was real, then my cat jumped on my lap and I calmed right down.
The time this elapsed over was about 20 minutes. I wrote down the time when I took the salvia, 3.20 and it was 3.40 when the cat jumped on me and I remembered to check the time. For another 20 minutes or so, my senses, especially sound and sight were heightened, and I felt slightly uneasy. Within 1 hour of taking it, I felt back to normal.
It's rather strange, during the trip I felt very uneasy, scared, and REALLY believed I had done somthing Terrible, although I did not know what. When I finally remembered that I had smoked Salvia, the scariness went away, as I just reassured myself that after 15-20 minutes it would all be over. However, after 45 minutes or so, I looked back and enjoyed the feeling, there were moments when I felt I had every answer (if only I knew the question!) and the merging with the house, although very scary at the time, was also somewhat enjoyable.
Next time I do it I will have somebody present that I trust, probably my fiancee.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


{% load static %}
padka-web-api
Transitions
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Download All as JSON
Admin
Reaction ID
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Reaction Name
Reaction File Name
Reaction Thumbnail
Actions
{% for reaction in reactions %}
{{ reaction.id }}
{{ reaction.priority }}
{{ reaction.name }}
{{ reaction.filename.url }}
{{ reaction.thumbnail.url }}
Edit
Delete
{% endfor %}
Add New Reaction
Download JSON


11.3. Primary Type Categories
Each of these class templates defines a type predicate. The templates remove any top-level const or volatile qualifiers from their type argument Ty and then determine whether the resulting type belongs to the template's type category. These type categories are defined in the C++ Standard in Section 3.9 [basic.types]. The categories are complete and mutually exclusive: for any type Ty, exactly one of these type predicates will be true.
template < class Ty > struct is_void;
The template specialization is_void<Ty> is derived from TRue_type if the type Ty is a cv-qualified form of void. Otherwise, it is derived from false_type.
template < class Ty > struct is_integral;
The template specialization is_integral<Ty> is derived from TRue_type if the type Ty is a cv-qualified form of an integral type. Otherwise, it is derived from false_type.
An integral type is one of char, unsigned char, signed char, short, unsigned short, int, unsigned int, long, and unsigned long. If a compiler supports them, the C99 types long long and unsigned long long are also integral types.
template < class Ty > struct is_floating_point;
The template specialization is_floating_point<Ty> is derived from TRue_type if the type Ty is a cv-qualified form of a floating-point type. Otherwise, it is derived from false_type.
A floating-point type is one of float, double, and long double.
template < class Ty > struct is_array;
The template specialization is_array<Ty> is derived from true_type if the type Ty is a cv-qualified form of an array type. Otherwise, it is derived from false_type.
The class template array (see Chapter 4) is not an array type.
template < class Ty > struct is_pointer;
The template specialization is_pointer<Ty> is derived from true_type if the type Ty is a cv-qualified form of a pointer type. Otherwise, it is derived from false_type.
This predicate is true for ordinary pointer types but not for pointers to members.
template < class Ty > struct is_reference;
The template specialization is_reference<Ty> is derived from true_-type if the type Ty is a cv-qualified form of a reference type. Otherwise, it is derived from false_type.
template < class Ty > struct is_member_object_pointer;
The template specialization is_member_object_pointer<Ty> is derived from TRue_type if the type Ty is a cv-qualified form of pointer to data member. Otherwise, it is derived from false_type.
template < class Ty > struct is_member_function_pointer;
The template specialization is_member_function_pointer<Ty> is derived from true_type if the type Ty is a cv-qualified form of pointer to member function. Otherwise, it is derived from false_type.
template < class Ty > struct is_enum;
The template specialization is_enum<Ty> is derived from true_type if the type Ty is a cv-qualified form of an enumeration type. Otherwise, it is derived from false_type.
template < class Ty > struct is_union;
The template specialization is_union<Ty> is derived from true_type if the type Ty is a cv-qualified form of a union type. Otherwise, it is derived from false_type.
An implementation may define this template as template <class Ty> struct is_union {}.
This template's compromise rule means that code that uses is_union to determine whether a type is a union typeby looking for one of the base types true_type or false_typewill produce a diagnostic if is_union is not supported.
template < class Ty > struct is_class;
The template specialization is_class<Ty> is derived from true_type if the type Ty is a cv-qualified form of a class type but not a union type. Otherwise, it is derived from false_type.
An implementation may define this template as template <class Ty> struct is_class {}.
This template's compromise rule means that code that uses is_class to determine whether a type is a class typeby looking for one of the base types true_type or false_typewill produce a diagnostic if is_class is not supported.
template < class Ty > struct is_function;
The template specialization is_function<Ty> is derived from true_type if the type Ty is a cv-qualified form of a function type. Otherwise, it is derived from false_type.
Note that this predicate detects function types, not pointers to functions. As we saw in Chapter 9, a function type is a return type followed by a left parenthesis followed by a possibly empty argument list followed by a right parenthesis.
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Justin Kropp is a Graphic Designer turned Human Interface Designer with more than 15 years experience spanning creative direction, product design, research, and strategy.
Having held senior staff and leadership roles at Modern Treasury, Okta, Mozilla, Pocket, Automattic, and Readmill, Justin's work focuses on projects at the intersection of design, technology, and systems through strategic inquiry and multidisciplinary human-centered design.