Man held after axe gang robs royal fashion designer
Amanda Wakeley, who is popular with the duchesses of Cambridge and Sussex, had an expensive watch stolen on Wednesday morning.
Police have arrested a man in connection with a robbery during which a fashion designer popular with the royals had her car tyres slashed and was threatened with an axe.
Amanda Wakeley, whose creations are often worn by the duchesses of Sussex and Cambridge, was mugged by a gang of men who forced her to hand over an expensive watch before fleeing on mopeds.
Ms Wakeley was targeted in the Chelsea Harbour district of west London on Wednesday morning, according to her partner and financial PR adviser Hugh Morrison.
£25,000
Estimated value of the watch stolen in the robbery
He said she had been examining her flat tyres when the assailants appeared brandishing the axe.
The robbers took the 57-year-old’s £25,000 Rolex watch, leaving her shocked but unhurt, according to Mr Morrison.
“The police have been amazing, but say that this happens five to six times every day in (Kensington and Chelsea) and have asked us to share this,” Mr Morrison said in a social media post.
“There were a lot of witnesses and police feel that the culprits will be caught. In the meantime, Amanda just wants to share her experience and hopes that everyone stays safe.”
Mr Morrison shared a photograph of the alleged muggers, one of whom wore a blue helmet.
11,390
Number of crimes in which mopeds, scooters or motorbikes were used in 2018-19The Times
The Met confirmed on Thursday morning that a 28-year-old man had been arrested late on Wednesday on suspicion of conspiracy to commit robbery and is in custody.
Inquiries are ongoing, a spokesman said.
Statistics show moped crimes have halved in London since the Metropolitan Police launched Operation Venice to counteract the problem.
There were 23,986 crimes in which mopeds, scooters or motorbikes were used in 2017-18, but this dropped to 11,390 in 2018-19, The Times reported.


Microsoft delays the launch of Surface Earbuds to 2020
by PradeepDuring the October hardware event, Microsoft surprised everyone by announcing the new Surface Earbuds. Surface Earbuds is a truly wireless earbuds that works with any Bluetooth device and comes with dual mic array and 24 hours of battery life. It will also work with digital assistants such as Siri and Google Assistant. The responsive touch surface enables intuitive gestures like tap, touch, and swipe.
During the event, Microsoft announced that Surface Earbuds will be available for $249 later this year. Today, Microsoft’s Panos Panay tweeted that they are delaying the launch of Surface Earbuds to Spring 2020.
Tech specs of Surface Earbuds:


{{New_users}}
New Users Request
{{this_month_trans_comp}}
Completed transection in this mounth
{{this_month_trans_pending}}
Pending Transection
{{customer_tickets}}
New Customers Tickets
{{this_month_collections}}
{{Pre_mounth_tra}}
{{Pre_pre_mounth_tra}}
| Username | Address | City | Phone | |
|---|---|---|---|---|
| {{data.customer_name}} | {{data.customer_email}} | {{data.customer_address}} | {{data.city}} | {{data.customer_phone}} |


Next:
Characters Dictionary
, Previous:
Characters
, Up:
Characters
13.1 Character Concepts
•
Introduction to Characters
:
•
Introduction to Scripts and Repertoires
:
•
Character Attributes
:
•
Character Categories
:
•
Identity of Characters
:
•
Ordering of Characters
:
•
Character Names
:
•
Treatment of Newline during Input and Output
:
•
Character Encodings
:
•
Documentation of Implementation-Defined Scripts
:


Nimiq C# Client
C# implementation of the Nimiq RPC client specs.
Usage
To get started sending requests to a Nimiq node, we create a NimiqClient
object.
var config = new Config(
scheme: "http",
host: "<IP_ADDRESS>",
port: 8648,
user: "luna",
password: "moon"
);
var client = new NimiqClient(config);
// make rpc call to get current block number
var blockNumber = await client.blockNumber();
Console.WriteLine(blockNumber);
Note: When no config
object is passed in the initialization it will use the default values in the Nimiq node.
API
The complete API documentation is available here.
Check out the original Nimiq RPC specs for the behind-the-scenes RPC calls.
Installation
Use the Package Manager from Visual Studio IDE to install the NimiqClient
package as a dependency to your project.
Alternatively, you can install the package from the project folder using dotnet
from the command line:
dotnet add package NimiqClient
Build
After cloning the repository, open the solution file NimiqClientProjects.sln
located in the repository root folder in Visual Studio.
All done, happy coding!
Test
You need a start a Testnet Nimiq node:
nodejs index.js --protocol=dumb --type=full --network=test --rpc
The tests are stored in \NimiqClientTest
and can be run from the Visual Studio IDE. Alternatively you can run all the tests from the command line from the repository root directory:
dotnet test
Documentation
The documentation is generated automatically with DocFX. To create the documentation, run the following commands from the repository root directory.
First install the DocFX package:
nuget install docfx.console -version 2.51.0
Copy the file README.md
to the same folder with the name index.md
:
(Windows)
copy /y README.md index.md
(Unix-like)
cp -r README.md index.md
Remove the old generated documentation:
(Windows)
rmdir /s /q docs
(Unix-like)
rm -fr docs
Run DocFX with the configuration file docfx.json
via the mono command:
mono docfx.console.2.51.0/tools/docfx.exe docfx.json
Note: Mono is distributed with the .Net SDK, if it isn't already installed on your system download and install the tool from here.
Finally add a blank file in the \docs
folder with the name .nojekyll
for the documentation hosted on GitHub Pages:
(Windows)
echo > docs\.nojekyll
(Unix-like)
echo > docs/.nojekyll
Contributions
This implementation was originally contributed by rraallvv.
Bug reports and pull requests are welcome! Please refer to the issue tracker for ideas.


Inhibin
Glycoproteins that inhibit pituitary FOLLICLE STIMULATING HORMONE secretion. Inhibins are secreted by the Sertoli cells of the testes, the granulosa cells of the ovarian follicles, the placenta, and other tissues. Inhibins and ACTIVINS are modulators of FOLLICLE STIMULATING HORMONE secretions; both groups belong to the TGF-beta superfamily, as the TRANSFORMING GROWTH FACTOR BETA. Inhibins consist of a disulfide-linked heterodimer with a unique alpha linked to either a beta A or a beta B subunit to form inhibin A or inhibin B, respectively
(mesh:D007265)
Cross-references
Synonyms
| Synonym |
Reference |
Specificity |
| inhibin |
|
Exact
|
| Inhibin |
|
Exact
|
Incoming Relations
Outgoing Relations
None available.


A method should have only one exit point, and that should be the last statement in the method.
This rule is deprecated, use {rule:squid:S1142} instead.


The c and g constants give you access to all of Leo’s source code. Here, we’ll discuss just two of them. There are hundreds more you can use.
g.openWithFileName opens a .leo file. For example:
ok, frame = g.openWithFileName(fileName,c)
new_c = frame.c
The return frame value represents the frame of the visual outline. frame.c is the frame’s commander, so new_c is the commander of the newly-created outline.


Venus is the only planet that rotates clockwise.
Jupiter is bigger than all the other planets combined.


--- layout: default title: "404 Page not found!" description: Page not found! :( permalink: /404.html ---


Combination analysis is an intergrative operation, which will do all the 5 kinds of analysis above and generate a intergrated analysis report. This procedure will take relatively long time (1-5 min).


Multicellular simulations need to model chemical environment of cells to study the effect of chemical substrates on different cell behaviors. Moreover, cells secrete and absorb substrates from their environment thus affecting chemical gradients in the environment.
PhysiCell uses BioFVM to simulate the chemical environment of cells. BioFVM is software that allows substrate diffusion models to be run on modern desktop computers.Each application in Physicell has an object microenvironment which models the diffusion and boundary condition for chemical substrates.
In this app we have demonstrated the microenvironment with the help of two substrates. Users are encouraged to change different parameters to observe chemicals gradients in domain.
Two substrates oxygen and chemical A are introduced in the environment. You can modify the diffusion rate and decay rate of each substrate to obtain different diffusion lengths, we recommend using dramatically different length scales for both substrates to observe difference clearly.
Next you can change the boundary conditions in the app. Boundary conditions for both substrate work independently. By default, there is von Neumann boundary conditions. You can also have Dirichlet boundary conditions. You may use Dirichlet boundary conditions on all four boundaries or you can fine tune them by using only few of them. You can also change concentration of chemical substrate on each Dirichlet boundary.
In the user parameters tab there is option to create a Dirichlet nodes anywhere in the domain. You can use it to set Dirichlet node for one or both chemical substrates.
This model and cloud-hosted demo are part of a course on computational multicellular systems biology created and taught by Dr. Paul Macklin in the Department of Intelligent Systems Engineering at Indiana University. It is also part of the education and outreach for the IU Engineered nanoBIO Node and the NCI-funded cancer systems biology grant U01CA232137. The models are built using PhysiCell: a C++ framework for multicellular systems biology [1].
Modify parameters in the "Config Basics", "Microenvironment", "User Params", or "Cell Types" tabs. Click the "Run" button once you are ready.
To view the output results, click the "Out: Plots" tab, and move the slider bar to advance through simulation frames. Note that as the simulation runs, the "# cell frames" field will increase, so you can view more simulation frames.
If there are multiple substrates defined in the Microenvironment, you can select a different one from the drop-down widget in the Plots tab. You can also fix the colormap range of values.
Note that you can download full simulation data for further exploration in your tools of choice. And you can also generate an animation of the cells to play in the browser and, optionally, download as a video.
This model and cloud-hosted demo are part of the education and outreach for the IU Engineered nanoBIO Node and the NCI-funded cancer systems biology grant U01CA232137. The models are built using PhysiCell: a C++ framework for multicellular systems biology [1] for the core simulation engine and xml2jupyter [2] to create the graphical user interface (GUI).


Toggle navigation
new
show
ask
jobs
powered by aspectize
previous
{number}
next
previous
{number}
next
{points}
{title}
by
{user}
{timeago}
|
{commentscount}
comments
{user}
{timeago}
(+
{commentscount}
)
user
{userid}
created
{timeago}
karma
{karma}
about
{jobtitle}
(
{domain}
)
{timeago}
{title}
{points}
by
{user}
{timeago}
|
{commentscount}
comments


Bank of Sirsi
Home
(current)
View Customers and Transfer History
About Us
Welcome to Bank of Sirsi!!
Bank of Sirsi
View Customers


Ingham returns in McKenzie's debut behind Blueshirts bench
The Kitchener Rangers has their highest offensive output since October 14
by KitchenerToday StaffIt took one game for Mike McKenzie to pick up his first Ontario Hockey League win, as a head coach.
After relieving Jay McKee of his duties on Monday, the Kitchener Rangers general manager is pulling double-duty until he finds a replacement.
The Rangers responded with their highest offensive output since October 14.
They clipped the Erie Otters 5-4 in a shootout.
"I've already lost my voice after one game. I think I need to work on my coaching vocal chords," said McKenzie.
"It was a big effort all week. The players went through a different week, but also for the coaching staff, and the training staff. Everyone needed to do a little more this week. I sincerely thank them for helping in that regard."
Jacob Ingham returned to the Rangers lineup after missing seven games because of an injury.
"To get my feet back on the ice, I think I had a smile on face the whole game," said Ingham. "[The body] feels good. It's a little tired, the game moves pretty quick. It's just getting used to that and getting your on-ice lungs back, but I think we're good to go."
He stopped 32 shots and was a perfect three-for-three in the shootout.
Ingham was part of a Mississauga Steelheads team in 2017 that underachieved early in the year, but rebounded winning the Eastern Conference.
"I've been thinking about that this whole time," said Ingham of his team's slump. "I think we were dead last December 5th when we went on that huge run. It just came from within (...) I can see our team having that similarity."
Rookie Declan McDonnell has a goal and an assist and fellow first-year Simon Motew scored his first OHL goal in the win. It was just the team's second W in the month.
They try and make it two in a row Friday night, at The Aud, against the Owen Sound Attack.
Story by Chris Pope


{% extends "base_generic.html" %} {% block title %}
Welcome to the DIY Blog, a website developed by Climax Group!
The platform has the following record counts:
You have visited this page {{ num_visits }}{% if num_visits == 1 %} time{% else %} times{% endif %}.
{% endblock %}


This API allows to visualize tracking for progress of long lasting tasks.
The usual usecase goes like this:
ProgressHandle handle = ProgressHandle.createHandle("My custom task");
...
// we have 100 workunits
// at this point the task appears in status bar.
handle.start(100);
...
handle.progress(10);
...
handle.progress(50);
...
// at this point the task is finished and removed from status bar
handle.finish();
There are several options on how detailed visualization you want.
- task with unknown duration or with hard to show progress steps.
- task with known scaled steps
- task with known steps and also with a time estimate for completion
All these usecases are supported by methods of {@link org.netbeans.api.progress.ProgressHandle} class. Additionally
it's possible to include textual information about current progress.
If the task allows to be cancelled by the user, then you have to implement
{@link org.openide.util.Cancellable} interface and pass it to the {@link org.netbeans.api.progress.ProgressHandle}
when creating the handle.


arying relationships among concepts. A comprehensional relationship of a concept cannot ultimately be distinguished from its semantic "definition." However, the semantic definition is like the statistical "average" of all the previous relationships of the concept. When an incoming sentence asserts a relationship, the heavy preponderance of past relationships is used in the process of comprehending the sentence, and at the same time the gist or scope of past semantic definition can henceforth be slightly altered if there is any novelty in the newly asserted relationship. The comprehensibility of a concept grows each time the concept is newly comprehended. Either a standard meaning is reinforced once again, or a shift in meaning is adduced. If someone tries to use a verb in an improper way, then the asserted relationship will not be believed. A believed relationship will be affirmed in subsequent associative thought, but a discredited relationship will die out for lack of reassertion. The picture which I am painting here is perhaps hard to believe. Thousands of unitary abstract fibers hold the concepts in a mind. The rudimentary concepts are defined in terms of sensory memory, and the complex concepts are defined in terms of one another, or of rudimentary concepts, or of sensory memory. The actual attachments of relationship to a concept are effected by means of the myriad concrete associative tags which are singly available to the conceptual fiber at each pulsed moment of ratiocination. The length, the long dimension of the abstract conceptual fiber signifies its temporal aspect and its changeability over time. Any new relationship is understood in terms of potentially all previous relationships. 26 NOV 1979 It is really quite a claim to state that intelligent consciousness operates not in the sensory memory channels, but in an immense conduit of single-concept fibers. It is quite a jump from orderly, even rigid, sensory memory into the stick-forest of conceptual fibers. At first blush, it might sound ridiculous to assert that a stick-forest of fibers can think. But the thinking results from or as the interconnections among the fibers. In this light, I would like to mention copulative verbs such as "be" or "become." It looks as though verbs are going to have to have "portals" or partitions for at least subject and direct object, if not also for semantic attributes of the action expressed by the verb. It is possible that there could be two main classes of the semantic tags attached to a verb-fiber: subject-linkable tags and object-linkable tags. When a verb-concept is invoked, those two linkage-classes have to be assigned. When the action of a verb upon a direct object is comprehended, what supposedly happens is that the object-linkable tags become linked to whatever concept is momentarily the direct object. The momentariness of interconceptual taggings is very important. It may be that the tags are extraordinarily strong only when first established. When a non-transitive, copulative verb such as "be" or "become" is used, what we probably get is the unimpeded through-linkage of the subject- portal to the quasi-object-portal. The various forms of the English verb "to be" are limited in number, and each form probably has its own concept fiber. During comprehension, the syntax cable probably causes tagging of the subject-fiber to the verb-fiber and of the verb-fiber to the quasi- object-fiber. Once these tags have been set up, the subject-fiber is recentissime linked, via the rather meaningless verb-form, to its predicate nominative as a quasi-object. Now, the linking by the syntax cable is momentary and transitory, but these affirmatory links are permanent. Henceforth, invocation of that one-time subject-fiber must also tend to cause invocation of that one-time predicate nominative. But I think I see now that the residual cross-linkage must not go via the verb-fiber of the form of "to be." No, the verb-fiber only established the linkage. Thereafter, the verb-fiber must be free to service other accounts, so to speak. Suppose that the mind comprehends and believes the sentence, "John is a midget." Henceforth, the concept-fibers for "John" and "midget" should both be capable of invoking each other. Each of the two major fibers has become like a subtag to the other. There is no interference from the verb-fiber for the word "is," because it did not really attach anything of its own nature to either the subject or the predicate nominative. Thus forms of the verb "to be" serve as manipulative or copulative instruments of the syntax cable. The next question is, what associative linkage-tags are established by a transitive verb? I just got an interesting idea about the complementary roles perhaps played by abstract memory and sensory memory. I would hazard a guess that a transitive verb does not establish a tripartite link involving subject, verb, and direct object. During comprehension, the syntax cable establishes various links through simultaneity. However, it looks as though the links to the verb have to be directional in nature. Suppose that the only abstract link established between subject and direct object is that of simultaneity. In other words, the subject is linked to the subject-portal of the verb, and the object-portal of the verb is linked to the direct object, but there is no direct, permanent link, via the verb, between subject and direct object. There ought not to be any link via the verb, if the verb is to operate independently. But the various words are linked to the auditory memory channel by simultaneity. We can view the comprehension-process in the light of dimensionality. The work of the last year or two has tended to map out a very simple dimensionality, namely: that past experience is along one dimension, while all present experience takes place on a plane or slice which processes information along pathways lying at right angles to the dimension of the past. This idea of a single plane or slice for present experience keeps things simple by allowing an indefinite number of slices of present experience to be added on as time passes. Each slice of present processing can be interacting with memory and control traces lying anywhere along the past dimension, but past slices are never altered, and new connections are made only in the plane of each fresh, momentary slice. Information can flow in and out of past slices, but past pathways are basically unalterable, except for the possibility that shifts due to neuron-fatigue can shift the routing of information. So there we have the picture. The preterite mind is a firm structure of belief and knowledge, and only the present extensions of that structure can admit of change. When we comprehend a sentence in the present, we are just reweaving the ties among fibers parallel to the past dimension. The grammar of a sentence operates through the syntax cable to tell us what connections to make among the concepts named in the sentence. 28 NOV 1979 Probably the most substantial concept in a mind is the concept of self or ego. It is almost taxing to concede or realize that this present theory of the mind requires the concept of ego to be physically located as a unitary fiber in the abstract memory channel. We can try to justify the elongation of the "punctum" of ego by saying that a concept has to remain relatively constant over time. So even if we did not think of a concept as a unitary point, we would be forced into positing and attaching a unitary line or fiber to achieve continuity or constancy over time. For instance, if we tried to think of a concept as a ringlet of points joined into a rough circle, we would still have to attach a unitary fiber somewhere so as to carry the concept out of the past and into each new moment of the present. So the concept of ego is one fiber among many in the abstract memory channel. The ego-fiber has both experiential and linguistic associations. In my writing of this year I have distinguished between the single abstract fiber and its numerous "concrete" associative tags. In a way, the tags are really "concrete" because they are laid down by a concrete happening in present experience. At any rate, I may have to introduce a concept of "neuroresistance" to keep an abstract fiber separate and buffered from its concrete tags. Let us say that an abstract fiber has no neuroresistance and that each concrete tag has some small but important measure of resistance to signal-propagation. The idea is not to slow signals down, but to gate them. We don't yet care whether the resistance is in the lines or at the synapses. Once we have the idea of neuroresistance, we can develop the idea of "proximolocality." Whenever several associative lines happen to converge on any point or locus, a process of summation gives added or enhanced significance to that point. For instance, a signal reaching it will branch out in multiple directions. If associative lines had no neuroresistance due to either time or distance, then any point in a network would be logically the same as any other point. Indeed, that situation is what we want for an abstract fiber, which is just an elongated point. But for associative links we want differences to arise in the conceptual import of various points. Ratiocination proceeds under the constraint of time. By dint of "proximolocality," a dense, concentrated point can briefly function as a unit appreciably distant from its surrounding points. Now, I am describing a topography as if it were in a flat plane. It is hard to imagine the physical accretion of indefinitely many associative links onto a thereby dense point in a single slice of topography. So we use myriad successive slices that function logically as if they were, in many but not all ways, a single slice. The abstract fibers ensure that there is no resistance between the slices, and the associative links introduce enough resistance so that points can become conceptually distinct. Now, there is a certain complementarity having to do with whether a concept is associated to abstract fibers or sensory memory fibers. An ultimate measure of the power of a neuronal mind lies in its ability to discriminate, to detect differences. The linguistic use of a large vocabulary relies upon the ability to discriminate. "Quaeritur": Does abstract ratiocination tend to merge concepts or to differentiate them? The primary and ultimate differentiation comes from the sensory memory channels. Many of the concepts in the abstract memory channel are associated with words stored in the auditory memory channel. Those unique words themselves are a means of sharp discrimination. The conceptual word- fibers receive discriminating information from all the sensory memory channels. Thus words of a reasonably concrete nature are sporadically kept differentiated by the senses. However, highly abstract words have no direct reference to the sensory memory channels. The abstract notions are not perceived directly by the senses, they are only comprehended in thought. Since we assume that all thought has its roots in the senses, we expect to find that even the most abstract of concepts are just built up through association with the more concrete concepts. A baby could assemble a concept of ego around the concept-fiber for its own name. Then, for sentence-generativity, it could gradually link its self-concept to the abstract fiber controlling the word "I" in the English- speaking auditory memory channel. Thus we have a rationale by which the acme of conceptual density can gradually travel among the points of the stick-forest of the abstract conceptual plane. No matter what abstract fiber the baby originally uses to gather information about itself, the incipient use of language will formalize a specific linguistic fiber as the center of the ego-concept. Subsequent reaffirmations will consolidate the primacy of the linguistic fiber. Is it possible that some concepts can operate only via syntactic relationships? Take an abstract concept such as "honesty" or "courage." What associations will lead away from the word-fiber? For one thing, there will be associations to specific episodes when the word was used. But it was used for an idea rather than a direct perception. We do not necessarily have to design into a mind the stipulated ability to entertain an abstract concept such as "honesty." Instead, a linguistic mind may have the implicit ability to handle such concepts. Suppose that we designed a linguistic mind to handle concrete perceptions and words naming them. What would such a mind do with words naming abstract concepts? For one thing, the mind would implicitly be able to record each word in audition and to set up an abstract conceptual fiber to govern the stored word. My claim that abstract concepts can operate only on the transabstractional level is reinforced if we agree that such concepts are never introduced to the individual by any other route than the quasi- transabstractional route of language. I mean, abstract concepts are introduced through the domain of language, and that domain is where they always remain. How primitive people would first develop and name such concepts, is another question. 3 DEC 1979 The Vault of the Mind Lately I've been taking pains to specify notions which I should keep in mind as I continue my design for artificial intelligence. For instance, there is the notion of neuronal prodigality, by which I should never shy away from positing a structure just because it seems to use an awful lot of neurons. Prodigality is both legitimate and mandatory if there is no other way to get the job done. Today I want to discuss the notion of the vault of the mind. Over the last two years I have often entertained the notion that the thinking mind seems to be separated from the physical universe by an almost impenetrable chasm. Among the floating ideas in the academic literature is the idea about how small is the largest number which the mind can know directly. I suppose that that number is less than eight, and around three. It has a bearing on how the mind perceives aggregates with many parts. My feeling is that that small number of knowable elements serves us as an indispensable bridge between the vault of the mind and the universe-at-large. I have lately had the following line of thought about concepts. A certain amount of perception of the physical world is necessary to get language going in the mind. Language involves variety, so there must be variety in that physical experience. But aspects of language operate both away from and towards variety. When language makes a concept out of things and names them, it is merging variety into unity. The environment ought to contain the raw material for a variety of concepts, so that not everything merges into unity under the scrutiny of mind. Now, somehow in the acquisition of language, the mind becomes capable of thinking up new concepts and thereby increasing internally the variety of its concepts, the basic set of which had had originally to come from external sources. I want to link this notion of conceptual fecundity with the notion of "proximolocality," the notion that local densities arise on the conceptual plane. We want to examine the mechanism by which conceptual variety is increased within the mind. I hypothesize that variety is increased by the formulation of sentences of thought. A concept, although unitary in its comprising nature, is nothing more than a focus of relationships. To establish or change a concept, you must establish or change the relationships. When logical tension builds up, a sentence flashes into being as a statement of a possibly old or possibly new relationship. Now, what is logical tension? Suppose that associative activity is frequently accessing two (or more) loci at the same time on the conceptual plane. Those loci thereby organize themselves as ingredients for a nascent sentence. If the two points can be thought of as points emanating tension, we can think of a diffuse percolation of associativity between the two points. The diffusion touches points satisfying the input requirements for selection of a verb. But once the verb is activated in a sentence of thought, the relationship is no longer diffuse; it is now direct via the verb. Now, a few days back I was unwilling to say that any recorded link from subject to direct object actually went through the verb. However, we might use the notion of simultaneity-freezing to make sure in the future that each verb gets associated with its one-time (same-time) subject and direct object. If the simultaneity-freeze establishes one direct link from subject to verb and another direct link from verb to object, then any subsequent associative quasi-recall of the event should cause the verb to spring to mind properly embedded in a sentence of thought somehow paralleling the original sentence. I say "quasi-recall" because we are not in the sensory memory channels where true recall occurs. We are making "quasi-recall" of assimilated information. The verb is still free and independent. However, if the verb is accessed by a subset of the elements of the simultaneity, then all of the elements will receive an impetus towards coming into play. Notice that this discussion bypasses those phonetic records of thought laid down in the auditory memory channel. The phonetic records are unwieldy and unnecessary. The thought occurred, and henceforth the conceptual mappings are altered. The phonetic channel can serve to communicate the thought or to record the exact wording, if necessary. The conceptual plane is a vast topography containing tens of thousands of concepts. The mind is pregnant with innumerable possible thoughts. Suppose that the conceptual plane mirrors relationships actually existing or potentially existing in the external world. The mental expression of all possible relationships can not happen all at once. As the mind cogitates, it produces some relationships which can then serve as the building-blocks for further relationships. Variety need not be reduced through cogitation, it can be enhanced and embellished. So a certain initial population of concepts has to arise along with the use of language. But then the mind with language becomes free within its "vault" to think transabstractively about any available element of knowledge. When I say "free," I mean that the broad flows and forces are free to converge in passing at any conceptual point on the network of the vast topography. The mind could even set up for itself the task of examining all available points one after another. The notion of the vault of the mind has to do with the presence or absence of certain concepts within the mind. The initial concepts are probably the least easy to establish, because the mind is so alien to the physical world. But, as the mind quickens within its vault, it operates ever more freely within its own realm of ideas. Words, a form of code, belong truly to the immaterial world of ideas rather than to the physical world-at-large. Once the vault of the mind has been established during infancy, incoming communications via language tend to reinforce the abstract uniqueness of each concept. Suppose that the mind hears a sentence purported to define or explain a certain concept. That sentence relates the target concept to various other concepts. The sentence is itself an abstraction, and it manipulates abstractions, namely, its component words. Being a statement of the relationships among concepts, a sentence is an abstraction of abstractions. However, each abstraction as a concept has a dynamic interactive potential. Belief and knowledge have accreted onto each concept. During comprehension, the semantic import of a sentence is absorbed by the conceptual topography of the comprehending mind. The credence granted to a sentence during comprehension is a function of the very process of associative absorption of the sentence. A mind is free to accept or reject any statement. A few weeks ago I was having difficulty figuring out the differences in comprehension of sentences believed and not believed. I was wondering how a mind could knowingly take in a lie, comprehend it, and not suffer damage to the conceptual apparatus of the mind. But a transabstractive mind tends to guarantee full dissemination of information. At any time that the comprehension of an obvious lie is operating somewhere on the conceptual plane, at the same time the massive operation of verisimilitude is operating elsewhere on the plane and in contravention of the lie. The lie does not enter the conceptual plane in an isolated way; if it did so, it might not be recognized as a lie. Whatever logic brands a statement as untrue also maintains the status quo of belief during assimilation of the semantic content of the statement. 5 DEC 1979 Phrases, Methods, and Categories For some time I have been wondering how the mind might use some sort of analog of "forward looking radar" to work the proper modifications upon the initial elements of phrases which are going to culminate in a noun at the end. For instance, in English, how does the mind know to put "this" or "these" in front of some adjectives followed by a noun? Yesterday I had a possible insight based on the German phrase, "An der schoenen, blauen Donau." The problem has long been quite poignant to me with respect to German, because the mind has to select the proper gender for an article well in advance of the utterance of the noun. Then adjectival endings depend upon whether or not the article was even used. From my own speaking of German acquired in my teenage years, I feel that my mind unconsciously launches into the correct form of article for an upcoming noun. Yesterday's explanation involves the slice of conceptual topography. Suppose that a German prepositional phrase is going to be constructed. The main element must necessarily be the noun at the end. The transitory, associative "valence" of that noun looms large in the topography. That is to say, the ongoing thought processes of association are just about to push that noun into conscious realization in a sentence of thought. However, the noun is not being associated to in isolation. The very nature or character of the association is about to be expressed by the preposition. The article and the adjectives are also being associated to in conjunction with the associative build-up of valence on the conceptual noun-node. What I have in mind is that the syntax cable will seize upon the noun-node as a starting point but that there will first be a backwards motion away from the noun and in search of a definitely primal element from which the process can then turn around and go forwards through conscious activation of the properly modified words in the auditory memory channel. In other words, the article- node of the syntax cable has to be addressed or dealt with before the forward swing of the sentence-construction can proceed. There is a mixture of inflectional information-flow along two routes. Only declensional information goes through ultimate tags in the auditory memory channel. Information as to the case, number, and gender of, say, an article has to be dealt with before the point is reached where auditory ultimate tags are involved. The gender of a German noun is somehow closely associated with the concept-node of the noun. The singularity or plurality of number is a pervasive concept that comes into play in the associative embroglio of the nascent phrase. The case required by the preposition is either fixed conceptually or chosen conceptually. We end up with a group of conceptual variables that are all going to interact before the conscious forward swing ensues. The fact that some of these concepts are pervasive, while others are unique, will bear upon the dimensionality of my solution to the problem. Now I would like to discuss my current methodology. Lately I have been working on language-comprehension. On several days I have written long sequences of rambling thought. Such verbiage may not seem valuable in its own right, but it has value within my method, which is to go back at many points in the future and look for the germination of ideas that are ready to bear fruit. The backdrop of so much verbiage is meant as a fertile panorama to react against creatively. If my general ideas about an abstract conceptual channel are on the right track, then I hope gradually to become able to work from a position of initially rough completeness. That is, if I am developing a correct structural framework for the inner workings of the mind, I should start finding certain felicitous results. For one thing, it should become possible successfully to turn my attention to minor but bothersome details. Successful accommodation of various details will bode well for the validity of the general theoretical structure. New work should come more easily and more quickly if a correct theoretical framework is yielding me a comprehensive overview. I would like eventually to join the worldwide circle of minds and to author two sorts of publications on my project: a factual, technical, highly descriptive and specific exposition of my results, and a more searching, questing generalization of all the philosophy involved in the project. You have to produce the hard results for the first kind of book to earn the right to expatiate in the other kind of book. Under the idea of the generalization-style of book I have in mind "The Phenomenon of Man" by Teilhard de Chardin. Such a book is rich in general ideas and does not have to present the specific solution to all our problems. My project has been broadening out lately because I have begun collecting certain categories on index cards: AI Notions, AI Questions, and Brain Information. Gradually I want to acquire an overview in those three areas. If I tabulate my guiding notions, I may be able to apply them better. At present they include such notions as dimensionality, disinertiativity, prodigality, and transabstractivity. I might just arbitrarily list the accumulated categories at certain times in this theory journal. By tabulating the questions, I should enhance my control of the project in many ways, such as in furthering the internal cohesiveness of the theoretical structure. By accumulating cards with units of brain information, I hope to conceptualize a mapping-out of the brain so that I can look for the physical manifestations of the things about which I am theorizing.
/projects/mind
Last updated: 27 July 2003
Return to top; or to the
weblog.html Weblog-Sitemap.


Next Invoice Date: repeatinvoice->filedata['next_date']); ?> Day: Month Year
Last Invoice: repeatinvoice->filedata['last_invoice_id']) { echo ''; echo htmlspecialchars($this->repeatinvoice->filedata['last_invoice_id']); echo ''; } else { echo 'not previously invoiced'; } ?>
Repeat Period repeat_options as $option){ ?> repeatinvoice->filedata['repeat_period']){ echo ' selected="selected"'; } ?>>


Barcelona 4-1 Celta Vigo: Messi dead ball hat-trick wins it
Barca moved back top of La Liga on 25 points with Real Madrid
by Sport ENLionel Messi scored a hat-trick of set pieces as Barcelona thrashed Celta Vigo 4-1 on Saturday to level Real Madrid on 25 points at the top of La Liga.
Sergio Busquets drilled in the fourth but it was Messi’s night as usual as he repeated a feat last managed in Spain in 2012 - by Messi himself.
The No 10 broke the deadlock from the penalty spot after Junior Firpo’s cross was handled.
Then Messi gave away Celta’s equaliser with a foul on the edge of his own box, with Lucas Olaza burying the free-kick.
However Messi then notched two of his own, curling home just before and just after half-time with two nearly identical set pieces.
That killed a game which Celta had started well and even though Barca won big in the end, when Busquets fired home the fourth, it was by no means a great display.
“It’s clear that when it’s so close we have the advantage of having the best player in the world and the best free-kick taker in the world (Messi),” said Busquets.
“He’s been improving and that’s an advantage, I hope he keeps scoring them.
“We know where we are and if we don’t win it will create doubts, even more if you don’t play well.
“Here the pressure is big because this is the best club in the world. You’re either flying or you’re in crisis. We know where we are and we have the same idea as always.”


Running the Simulink model
sim('ArticulatedVehicleSimulink');
Each vehicle state variable goes to a scope. And the output of the model is saved in workspace.
Results
To generate the graphics the same model used in ArticulatedVehicleSFunction.m must be defined.
% Choosing tire model TireModel = VehicleDynamicsLateral.TirePacejka(); % Defining tire parameters TireModel.a0 = 1; TireModel.a1 = 2; TireModel.a2 = 700; TireModel.a3 = 5000; TireModel.a4 = 80; TireModel.a5 = 0; TireModel.a6 = 0; TireModel.a7 = 0.6; TireModel.a8 = 0; TireModel.a9 = 0; TireModel.a10 = 0; TireModel.a11 = 0; TireModel.a12 = 0; TireModel.a13 = 0; % Choosing vehicle model VehicleModel = VehicleDynamicsLateral.VehicleArticulatedNonlinear(); % Defining vehicle parameters VehicleModel.mF0 = 5200; VehicleModel.mR0 = 2400; VehicleModel.mF = 6000; VehicleModel.mR = 10000; VehicleModel.mM = 17000; VehicleModel.IT = 46000; VehicleModel.IS = 450000; VehicleModel.lT = 3.5; VehicleModel.lS = 7.7; VehicleModel.c = -0.3; VehicleModel.nF = 2; VehicleModel.nR = 4; VehicleModel.nM = 8; VehicleModel.wT = 2.6; VehicleModel.wS = 2.4; VehicleModel.muy = 0.8; VehicleModel.deltaf = 0; VehicleModel.Fxf = 0; VehicleModel.Fxr = 0; VehicleModel.Fxm = 0; VehicleModel.tire = TireModel; simulator = VehicleDynamicsLateral.Simulator(VehicleModel, tout); % Retrieving states from Simulink model simulator.XT = simout.Data(:,1); simulator.YT = simout.Data(:,2); simulator.PSI = simout.Data(:,3); simulator.PHI = simout.Data(:,4); simulator.VEL = simout.Data(:,5); simulator.ALPHAT = simout.Data(:,6); simulator.dPSI = simout.Data(:,7); simulator.dPHI = simout.Data(:,8); g = VehicleDynamicsLateral.Graphics(simulator); g.TractorColor = 'r'; g.Frame();
g.Animation();
As expected the vehicle starts traveling in a straight line and starts a turn at \(t = 1 \, s\) because of the step function.


The examples in this page serve a dual purpose: They act as unit tests, making it easy to spot bugs, and at the same time demonstrate what Prism can do, on simple and on edge cases.
p { color: red; }
p { color: red; }
p { color: red; }
p { color: red; }
p { color: red; }
p { color: red; }
No language, should inherit .language-markup

hi!

No language, should inherit .language-markup

hi!

Should not be highlighted.

hi!


Detail Statistic
| Tracker name | Initiated date | Visits | Unique | Signups | FTD | Depositors | Deposits ($) | Payout ($) | Turnover | Deal |
|---|---|---|---|---|---|---|---|---|---|---|
| aff/leo_test | 15/08/02 (12:58) | 232 | 114 | 114 | 114 | 3 | 29,436.00 | 941.00 | 784,435.00 | cpl (200) |
Links
| Mark | http://www.currently.com | |
| Jacob | http://www.currently.com | |
| Larry | http://www.currently.com | |
| Larry | http://www.currently.com | |
| Larry | http://www.currently.com | |
| Larry | http://www.currently.com | |
| Larry | http://www.currently.com | |
| Larry | http://www.currently.com |


Before Change
for i, (matrix, max_height, max_width) in gen:
kpsoi = keypoints_on_images[i]
image_has_zero_sized_axis = any([axis == 0 for axis in kpsoi.shape])
if not image_has_zero_sized_axis:
new_shape = (max_height, max_width) + kpsoi.shape[2:]
if not kpsoi.keypoints:
After Change
for i, (matrix, max_height, max_width) in gen:
kpsoi = keypoints_on_images[i]
image_has_zero_sized_axis = (0 in kpsoi.shape)
if not image_has_zero_sized_axis:
new_shape = (max_height, max_width) + kpsoi.shape[2:]
if not kpsoi.keypoints:


The different parts that form the UI will be hoevered when using the mouse.
This scren shows the main screen once a repository has been opened. The class in charge of wrapping all the widgets is GitQlientRepo.
Config view (ConfigWidget) |


3 writes to Current
System.Management.Automation (3)
engine\lang\parserutils.cs (3)
1740
Current
= lowerBound;
1773
Current
= (char)(Current + _increment);
1779
Current
= LowerBound;
3 references to Current
System.Management.Automation (3)
engine\lang\parserutils.cs (3)
1748
get { return
Current
; }
1768
if (
Current
== UpperBound)
1773
Current = (char)(
Current
+ _increment);


Given a website all clean and fresh, what should one do other than pay homage to the success we all dream of. With that in mind, I respectfully say:
Hello World
Welcome to my website/blog
I kiss you
--- layout: default ---
Given a website all clean and fresh, what should one do other than pay homage to the success we all dream of. With that in mind, I respectfully say:
Hello World
Welcome to my website/blog
I kiss you


# MEET OUR ESTEEMED PARTNERS
The generous organisations and individuals that work relentlessly to see thevision of farming made easy.


Our Privacy Statement
Privacy matters to us and we know it matters to you
Our Privacy Commitment
To perform this service we need to collect a wide variety of personal information about you. But don’t worry. We are committed to protecting your privacy, keeping your information safe and ensuring the security of your data.
What information do we collect?
We collect information about your personal situation including demographic and socioeconomic data.
How do we collect your information?
We collect your information solely by asking you a series of questions. You can choose not to answer the questions (or quit altogether), but if you choose not to we will be unable to make an assessement of your brain health.
How do we use your information?
We use your information in our model to provide you results about your brain health. At some point if we have sufficient new information we may use your information with all other participants data to recalibrate our model. The output of our model will never produce anything other than the participant's own results or those of the entire population.
When do we share your informaton?
We never share your information with any other third parties.
How you can make a privacy complaint?
If you believe that a HIPAA-covered entity or its business associate violated your (or someone else’s) health information privacy rights or committed another violation of the Privacy, Security, or Breach Notification Rules, you may file a complaint with the Office for Civil Rights (OCR). You can find more information about how to file a complaint at Health.gov
How to contact us
If you have any questions in relation to this Privacy Statement or our management of your information please email us using our contact details on our About Us page


QR Mobile Demo
This is a page built to test our ability to add pages to the site.
To the home page!
Shop
Sample page
Image gallery
Share via QR
Follow @colinprior


4 writes to SequencePointIndex
System.Management.Automation (4)
engine\debugger\Breakpoint.cs (4)
374
SequencePointIndex
= -1;
393
SequencePointIndex
= -1;
412
SequencePointIndex
= -1;
584
SequencePointIndex
= sequencePointIndex;
4 references to SequencePointIndex
System.Management.Automation (4)
engine\debugger\Breakpoint.cs (4)
483
Diagnostics.Assert(
SequencePointIndex
== -1, "shouldn't be trying to set on a pending breakpoint");
585
this.BreakpointBitArray.Set(
SequencePointIndex
, true);
601
if (boundBreakPoints.All(breakpoint => breakpoint.SequencePointIndex != this.
SequencePointIndex
))
606
this.BreakpointBitArray.Set(
SequencePointIndex
, false);


The term Personal Security Environment (PSE) in information technology describes a symmetrically encrypted area of a storage medium (a file or a smartcard for the most part), where for example the private part of an asymmetric key pair can safely be stored.


| Augmentations |
The Augmentations interface defines a table of additional data that may
be passed along the document pipeline.
|
| NamespaceContext |
Represents an interface to query namespace information.
|
| XMLAttributes |
The XMLAttributes interface defines a collection of attributes for
an element.
|
| XMLDocumentFragmentHandler |
This handler interface contains methods necessary to receive
information about document elements and content.
|
| XMLDocumentHandler |
The document handler interface defines callback methods to report
information items in XML documents.
|
| XMLDTDContentModelHandler |
The DTD content model handler interface defines callback methods
to report information items in DTD content models of an element
declaration.
|
| XMLDTDHandler |
The DTD handler interface defines callback methods to report
information items in the DTD of an XML document.
|
| XMLLocator |
Location information.
|
| XMLResourceIdentifier |
This represents the basic physical description of the location of any
XML resource (a Schema grammar, a DTD, a general entity etc.)
|


#include <Mem.h>
Inheritance diagram for LatticeSemi_PCIe::Mem:
Public Member Functions | |
| Mem (const char *nameStr, size_t size, uint32_t addr, LatticeSemi_PCIe::RegisterAccess *pRA) | |
| ~Mem () | |
| bool | clear (void) |
| bool | loadFromFile (char *fName) |
| bool | saveToFile (char *fName) |
| bool | test (size_t len=0) |
| bool | fill (uint8_t val) |
| bool | fill (uint8_t val, uint32_t offset, size_t len) |
| bool | get (uint32_t offset, size_t num, void *buf) |
| bool | set (uint32_t offset, size_t num, void *buf) |
| size_t | getLen (void) |
| void | setAccessWidth (uint8_t dataSize) |
This class inherits hardware access from the generic Device class. The main purpose of this class is to provide utility methods that operate on a linear memory array in hardware to do such operations as clearing memory, filling with a pattern, reading a block of memory, etc. All of which are primarily used in testing routines to verify memory access and memory contents after a transfer.
Definition at line 41 of file Mem.h.
|
|
Construct a generic Memory device. Usually used to represent an EBR (Embedded Block RAM) in the FPGA IP. It could be used to interface to any memory mapped object. Theis class provides helper functions for testing and loading and clearing the memory contents. The memory, by default, is accessed using 32 bit accesses. If the device does not support 32 bit or other size accesses are to be tested, call setAccessWidth(). Register access to the IP in the FPGA device is through the LSC_PCIe object which uses the lscpcie device driver to access the real hardware and do reads/writes. The base class Device is initialized to hold the standard parameters.
|
|
|
Destroy the specific FPGA device. Device interrupts are disabled. Register access object to the SC device is destroyed. The device should no longer be accessed using any methods. All references to the device will now be invalid. |
|
|
Memory Clear Test. Clear entire contents of memory (EBR) to 00's. Full address range is cleared. The memory size is known from the length parameter passed when the memory object was instantiated. Definition at line 95 of file Mem.cpp. References set(). |
|
|
Memory Fill. Test filling a range of memory bytes with the same value. The address range is specified with the offset and len. If offset + len > device's memory size, false is returned.
Definition at line 143 of file Mem.cpp. References set(). |
|
|
Memory Fill. Test filling all memory bytes with the same value. Full address range is tested with various patterns. The memory size is known from the length parameter passed when the memory object was instantiated.
Definition at line 117 of file Mem.cpp. References set(). |
|
|
Read a block of bytes from memory into a users buffer. Max size is determined by the length specified when creating the object.
Definition at line 482 of file Mem.cpp. References LatticeSemi_PCIe::Device::read16(), LatticeSemi_PCIe::Device::read32(), and LatticeSemi_PCIe::Device::read8(). Referenced by saveToFile(), and test(). |
|
|
Return the length of the memory device, in bytes.
|
|
|
Fill memory with contents from a file. A file, up to memory length bytes, is read in and written into the memory device. Writing always starts at byte offset 0 and continues for the size of the file or the maximum length of the memory, whichever is smaller.
Definition at line 352 of file Mem.cpp. References set(). |
|
|
Write EBR memory contents to a file. A file of EBR_SIZE bytes is written with the bytes in EBR. Writing always starts from byte offset 0 and continues for the size of the EBR_SIZE. Definition at line 397 of file Mem.cpp. References get(). |
|
|
Load a block of bytes into the memory. Max size is determined by the length specified when creating the object.
Definition at line 445 of file Mem.cpp. References LatticeSemi_PCIe::Device::write16(), LatticeSemi_PCIe::Device::write32(), and LatticeSemi_PCIe::Device::write8(). Referenced by clear(), fill(), loadFromFile(), and test(). |
|
|
Set the width of data accesses to the memory device. Default is 32 bit , but if the memory has restrictions and can't be accessed on 32 bit boundaries then call this method to change the access method: read8/16/32. |
|
|
Memory Test the contents of all locations. Full address range is tested with various patterns.
|


Module Name: FormModule
Module Name: FormModule
The form component uses Modal, the difference between them is tabbing, and the default buttons that act as a submit form.
The way of the form appears (fullscreen) on window is relative with the parent HTML element.
{{result | json}}
FormService
and the ViewContainerRef
in your constructor
.constructor
, set your view calling the method of the Form Service.<tl-form></tl-form>
tags. Like BelowentryComponents
) in your module. In this case is NewPerson
createForm
passing the following parameters. For example:| Name | Type | Default | Description | Options |
|---|---|---|---|---|
| {{ item.name }} | {{ item.type }} | {{ item.default }} |
{{ item.description }} | {{ item.options }} |
| Name | Description |
|---|---|
| {{ item.name }} | {{ item.description }} |


Team-forming
A real-time online team forming app for any event
Team Size: {{minTeamSize}} to {{maxTeamSize}}
Date: From
{{startDate | date:'yyyy-MM-dd'}}
to
{{endDate | date:'yyyy-MM-dd'}}
Description:
{{details}}
Modify Event
Searching:
By Name:
Available seat
match tags with you
In order
Available seat
match my tags
{{team.name}}
{{member.name}}
Request
Manage
Create New Team


Cacti - T. pachanoi (San Pedro)
I've been meaning to write this report for a while. I only had 2 San Pedro experiences prior to this. All 3 experiences were each from a one foot section of a 36 inch San Pedro cutting. This particular trip was the top section of the cactus, and it had been sitting in a shoe box in my closet for about a week.
For this trip I decided to separate the white flesh and as much of the waxy skin as I could from the dark green alkaloid rich tissue. I blended and boiled the cactus for about 3 hours with distilled water. I then separated the plant material from the brown liquid and began evaporating the brown liquid. Now this is where things get interesting.
A friend stopped by and we decided to go play some frisbee golf at a local park. Considering that my first experience yielded a light trip, and my second experience was a medium trip, I figured 'why not.' And gulped down about a cup of dark brown cactus slime. By the way, this stuff isn't nearly as bad as people say. I found that by using only the dark green layer plant material, I use less water to boil it, therefore less 'tea' to drink. I'd advise chasing each gulp of 'tea' with lemon or lime juice. Also I noticed on my 2nd trip that there was much less stomach cramping when I used less white cactus flesh.
So I was only expecting a mild, medium trip. After about an hour at the park I returned home and I knew I was coming up. I was getting some light to medium stomach cramping, but nothing major. As I walked around the house attempting to do some laundry, I realized that I might be in for much more than I expected. During my first two experiences the carpet was moving like water during the peak. This time the carpet was rapidly moving during the come up. As this time I realized I was probably in for a treat and again said to myself 'why not' and used a little water to get the extra cactus slime left stuck to the walls of the evaporating dish and gulped that down too.
The next few hours were a blur, I was alone in my house pretty much glued the couch, watching the sunset. Everything was beautiful to say the least. Everything had a glow to it. White walls looked colorful and swayed back and forth. The carpet continued to move up and down. Everything had that mescaline 'glow' and was very beautiful. For a moment it all became very intense, and almost frightening. I was tripping very hard, I was having a sensory overload. Unlike acid or mushrooms, I found that mescaline was a positively charged trip. After my near freak out, I was quickly overcome with a sense that 'it'll be alright, don't worry'. Whereas when I've tripped really hard on acid or mushrooms it was much much scarier.
Sorry I don't have a very good time table, but after about 6 hours of the beautiful mescaline glow and swirling beautiful colorful open eye visuals, my girlfriend came over. Mescaline can be very powerful but also very gentle, and my girlfriend didn't even know I was tripping. Sex was INCREDIBLE! Some of the craziest violently vibrating colors (closed eye visuals), almost tribal looking patterns during orgasm. After sex my girlfriend went to sleep and I threw on my headphones and listened to all sorts of music for an hour or so.
The best part, after about roughly 9-10 hours of tripping balls, I was able, for the first time in my psychedelic history, to fall asleep while still tripping pretty hard. Right before I went to sleep I saw something that also reminded me of the positive charge of the trip. While staring at swirling colors on the ceiling I saw a pair of eyes staring back at me. Like a guardian of some sort. Also before falling asleep I saw something I could only describe as not seeing, if this makes any sense, my eyes were open, but parts of my field of vision would go blank and I'd have to close my eyes. Like I was seeing something I wasn't supposed to, possibly a glimpse of the divine? Maybe I was seeing some light wave length my eyes couldn't interpret. Probably sounds insane, but it's a testament to hard I was tripping when I fell asleep.
Overall I got MUCH more than I expected!!! I found the trip extremely fun but it wasn't as insightful as I would have liked. It was a great experience overall and I plan on giving San Pedro another try. I've done acid about 15 times and mushrooms about 50 times and I'd have to say this was probably one of my top 3 trips of all time.
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.


This page shows the same video using different video player tools to help us work out what the best tool to use on the website is.


MonkeySpace, formerly known as Monospace, is the official cross platform and open-source .NET conference. Want to learn more about developing for the iPhone, Android, Mac, and *nix platforms using .NET technologies? How about developing games or learning more about open-source projects using .NET technologies? MonkeySpace has provided an annual venue to collaborate, share, and socialize around these topics and more.
* Schedule is subject to change.
Of course the MonkeySpace conference wouldn't be possible if it wasn't for our kind sponsors. Please give them a vist and say thanks. If you are interested in sponsoring, you can view our prospectus for more information.
Price
Students
All students will receive a student badge. Proof of enrollment is required. You may email us a copy of one of the following:
Once verified, we will instruct you on how to complete your registration. Only 15 student slots are available.
Cancellation/Refund Policy


Aqua Presenter III uses three moisturising effects to ensure long-lasting hydration and aids the absorption of other skincare products. First, its 1,000 trillion fine moisturising molecules penetrate deep into the skin. Second, it triggers the skin's natural hydration production. Third, it creates a barrier to seal in moisture.
Improves acne and other skin problems, controls oil, evens skin texture, and shrink pores, leaving skin soft, clear, and rich in moisture
Extremely hydrating with a clean, refreshing texture
Key ingredients
- Aqua Presenter III: Creates a dense, artificial barrier that locks in water and moisture
- Peony & Marjoram Extracts: Effective at fighting acne and inflammation, and controlling oil production
- EPC-K: Antioxidant that enhances the skin's natural barrier
- Pyrola Calliantha Extract & other herbal extracts: Improves rough, uneven skin, leaving it silky soft
How to use
- Tip 1: After cleaning and toning, apply a small amount (around the size of an HKD 5 coin) to the face. Can also be applied using a cotton pad to decrease the potential chilly feeling of the lotion.
- Tip 2: Apply evenly to the face, then gently pat into the skin until it is fully absorbed.
- Tip 3: Use greater amounts around visible pores and areas of higher sebum production, such as a T-zone.


This example demonstrates interaction between two iframes.
Back to Cross-Doc Index | Iframes Examples Index


jsPlumbToolkit
Welcome to the Toolkit edition of jsPlumb. To get started, you'll need these things installed:
- NodeJS (version 5 or higher)
- npm (this is installed with NodeJS)
- Grunt (after installing Node, `npm install grunt-cli -g` will install this)
Once you have these all installed, you'll need to run this command:
npm install
This will iterate through every demonstration and run `npm install`, `grunt webpack` for those demos that use Webpack,
and `npm run tsc` for Angular 2 demos using Typescript.
Once you've installed everything, you can either host this entire directory on a webserver somewhere, or you can use
the embedded webserver:
Mac/Linux/Unix
npm start
Windows
npm start_windows
By default, this will start up a webserver on port 8910.
Getting Started
With Grunt you can get started straight away with a copy of an existing demo, or with
an almost empty app you can use as a template.
Cloning an existing demo
grunt clone --app=database-visualizer --o=<your output directory>
Valid values for `-app` are:
- database-visualiser
- flowchart-builder
- absolute
- circular
- hierarchy
- multiple-hierarchy
- paths
- hello-world
- multiple
- skeleton
- spring
- groups
- connectivity
- angular-1.x
- angular
- angular-cli
- angular2
- angular2-cli
- angular-1.x-groups
- angular-groups
- react
- vue
- webpack
Creating a new skeleton app
grunt create --o=<your output directory>
Creating a new app manually
See instructions here.
Ingesting an existing jsPlumb instance
If you have an existing jsPlumb instance and you want to try the simplest upgrade path, this is for you.
See instructions here.
Demonstrations
Documentation


Supplier/Inventory Admin...
Transactional Exactly-Once Message Delivery Tests...
HTTP Response:
Result
Event-driven Stateful Microservices with Helidon and Autonomous Database on OCI
HTTP Response:
Result


Wilson Arthur wows to improve Ghana FA Cup after being appointed committee head
New Ghana FA Cup Committee chairman Wilson Arthur claims he best fits the job and has promised to improve the knockout competition.
The media mogul believes his marketing background and acumen will be a major boot
"I've served Eleven wise as chairman, I brokered the MTN sponsorship for Kotoko, the division one league sponsor in the erstwhile administration was secured by me. I own a club, Skyy FC and has a FIFA standard pitch, I have invested so much in the game too,'' he told Kumasi FM.
''I was employed as a consultant for the 2015 MTN FA Cup final between Kotoko and Medeama by MTN, which has been the best so far.
"I'm sure the good works I did with Mr Kurt Okraku then has earned me this position. He has a lot of trust in me and I promise I won't disappoint. I'm a marketing person and know how to build a brand, we will raise the standard he reached.''
"Sponsorship for the FA Cup will be enormous in my tenure because I have the records. The FA Cup has a brand and I will build upon the good works of Mr Okraku, I will do everything within my means to lift the standard from where he left it."
"I admit I'm a busy person but I will delegate most of the duties since we are many but the assurance is that we will deliver."
Arthur will have Kofi Poku as Vice Chairman of the Committee with George Ofosuhene, Robert Duncan/Salifu Zida (depending on Executive Council election result), Oloboi Commodore, Frederick Agbenyo and Donne Komako serving as members.


|
GNU Radio's FSO_COMM Package
|
FSO Optical Receiver. More...
#include <Optical_Receiver_ff.h>
Public Types | |
| typedef boost::shared_ptr< Optical_Receiver_ff > | sptr |
Public Member Functions | |
| virtual void | set_Resp (float Resp)=0 |
| Set optical receiver sensitivity. More... | |
| virtual float | Resp (void)=0 |
| Return current optical receiver sensitivity. More... | |
| virtual void | set_G_TIA (float G_TIA)=0 |
| Set optical receiver TIA gain. More... | |
| virtual float | G_TIA (void)=0 |
| Return current optical receiver TIA gain. More... | |
| virtual void | set_Imp (float Imp)=0 |
| Set optical receiver impedance. More... | |
| virtual float | Imp (void)=0 |
| Return current optical receiver impedance. More... | |
| virtual void | set_P_n (float P_n)=0 |
| Set optical receiver noise power. More... | |
| virtual float | P_n (void)=0 |
| Return current optical receiver noise power. More... | |
Static Public Member Functions | |
| static sptr | make (float Resp, float G_TIA, float Imp, float P_n) |
| Make an optical receiver block. More... | |
FSO Optical Receiver.
The optical receiver models a photodiode followed by a transimpedance amplifer (TIA) converting optical power to electrial current.
| typedef boost::shared_ptr<Optical_Receiver_ff> gr::FSO_Comm::Optical_Receiver_ff::sptr |
|
pure virtual |
Return current optical receiver TIA gain.
Implemented in gr::FSO_Comm::Optical_Receiver_ff_impl.
|
pure virtual |
Return current optical receiver impedance.
Implemented in gr::FSO_Comm::Optical_Receiver_ff_impl.
|
static |
Make an optical receiver block.
| Resp | photodiode responsivity (A/W) |
| G_TIA | transimpedance amplifer (TIA) gain (Ohms) |
| Imp | circuit impedance (Ohms) |
| P_n | noise power (w) |
|
pure virtual |
Return current optical receiver noise power.
Implemented in gr::FSO_Comm::Optical_Receiver_ff_impl.
|
pure virtual |
Return current optical receiver sensitivity.
Implemented in gr::FSO_Comm::Optical_Receiver_ff_impl.
|
pure virtual |
Set optical receiver TIA gain.
| G_TIA | transimpedance amplifer (TIA) gain (Ohms) |
Implemented in gr::FSO_Comm::Optical_Receiver_ff_impl.
|
pure virtual |
Set optical receiver impedance.
| Imp | circuit impedance (Ohms) |
Implemented in gr::FSO_Comm::Optical_Receiver_ff_impl.
|
pure virtual |
Set optical receiver noise power.
| P_n | noise power (w) |
Implemented in gr::FSO_Comm::Optical_Receiver_ff_impl.
|
pure virtual |
Set optical receiver sensitivity.
| Resp | photodiode responsivity (A/W) |
Implemented in gr::FSO_Comm::Optical_Receiver_ff_impl.


User Management System
Emp. ID
Name
Designation
Department
Actions
Name:
Designation:
Department:
Submit
Add more


We provide you with as much social sentiment as you need. Take what you want from it!
As a business owner active on social media, you are likely tracking the number social mentions about your brand. But are these messages positive or negative about your brand?
This is Social Sentiment.
Business owners who are active social media users and want to:
$67 / per 3 users


The following users have been added to VersionOne:
Please log in to VersionOne and assign these users appropriate project level access, using these steps:
- Go to Admin -> Members -> Project Assignment
- Drag the user(s) from the bottom Members grid onto the project(s) they need access to in the top Projects grid.