|
|||||||
What is monogamy?
In biology, monogamy is defined as a mating system of one male and one female forming an exclusive social pair bond. It refers to a pattern of social rather than sexual organization. In a socially monogamous pair bond, the two individuals share a territory and live in cohabitation, and both individuals take care of the progeny in some way. In laymans terms, monogamy is usually defined as committing to a sexual relationship with only one partner, but sex has little to do with monogamy as defined by scientists. Sexual exclusivity is not part of the above criteria. Thus, biological monogamy is defined as how you live and not how you mate. (Insel and Young). Monogamy is rare in mammalsApproximately only 3-5% percent of mammals are considered monogamous (Nair and Young), compared to about 90% of birds (Alcock, 366). One model organism for the study of monogamy in mammals is the prairie vole (Microtus ochrogaster). Using the prairie vole, this website attempts to understand the following:
Although humans are generally not considered a monogamous species, vole research may have applications in studying the human emotions of love and attachment. |
|||||||


Welcome to Adventures of Stuffies! In Adventures of Stuffies, Slush, Lambie, Rachel, Biscuit, and Gravy go on adventures together! Click a button on the top and look around!


--- layout: default ---
Wednesday 7th
January 2016
Brooklyn
NY
Greetings,
We are a hybrid research group, working at the intersection of technology, culture and education.
We build user-focused tools, public space interventions and forward-looking prototypes in the service of understanding and humanizing complex data systems.
Currently, we're developing a one-click open platform for field researchers and explorers, empowering individuals to reverse engineer ad targeting, creating a space for St. Louis residents to examine the lived geographies of their city, instrumenting a glacier, distributing our annual publication, installing a data sculpture celebrating immigration in one of the world's busiest public spaces, and examining the reach of one of the world's largest social networks.
In the past you may have caught us {% for post in paginator.posts limit:30 %} {% if forloop.last %} and {{ post.summary }}. {% else %} {{ post.summary }}, {% endif %} {% endfor %}
We are also good at answering e-mails, posting things on the internet, and hiring exceptional people.
Founded in 2013, The Office for Creative Research is Jer Thorp, Noa Younse, Zarah Cabañas, Genevieve Hoffman, Kate Rath, A'yen Tran, Chris Anderson, Jane Friedhoff, Eric Buth, Gabriel Gianordoli, and Erik Hinton.
Get in touch with any questions, ideas or possible conspiracies.
Warmly,
The Office for Creative Research


| pgpool-II 4.0.3 Documentation | |||
|---|---|---|---|
| Prev | Up | Chapter 1. Getting Started | Next |
Pgpool-II is a proxy server sitting between clients and PostgreSQL. Pgpool-II understands the wire level protocol used by PostgreSQL called "frontend and backend protocol". For more details of the protocol, see the PostgreSQL manual. No modified PostgreSQL is required to use Pgpool-II (more precisely, you will need a few extensions to use full functions of Pgpool-II). So Pgpool-II can cope with variety of PostgreSQL versions. In theory, even the earliest version of PostgreSQL can be used with Pgpool-II. Same thing can be said to client side. As long as it follows the protocol, Pgpool-II happily accept connections from it, no matter what kind of languages or drivers it uses.
Pgpool-II consists of multiple process. There is a main process, which is the parent process of all other process. It is responsible for forking child process each of which accepts connections from clients. There are some worker process those are forked from the main process as well, which is responsible for detecting streaming replication delay. There is also a special process called "pcp process", which is solely used for management of Pgpool-II itself. Pgpool-II has a built-in high availability function called "watchdog". Watchdog consists of some process. For more details of watchdog, see Chapter 2.


Buffalo Plains [as74], plain, in Imperia, peasants: 137
Last updated Turn #121
Buffalo Plains [as74], plain, in Imperia, peasants: 137
------------------------------------------------------------------------
1: Lucca [h0t], Imperial Empire, Bishop of the Church of Halon [157],
1: with five angels, three riding horses, 24 nazgul, arrived from the
1: east, accompanied by:
1: Thorg [j8u], Imperial Empire, with one warmount
1: Sir Charles [j5r], Imperial Empire, with 37 nazgul
1: Captain Kraken [k3k], Imperial Empire, marquess, with 28 nazgul
1: Odin [y5z], Imperial Empire, with 56 hvy. xbowmen
1: Jupiter [m8j], Imperial Empire, marquess, with 52 hvy. xbowmen
1: Alexei Galantor [j7l], Imperial Empire, marquess, with 15 nazgul
1: Khaki Blazer [w4j], Mandor Confederacy, prisoner
1: Blastic [a7r], Mandor Confederacy, prisoner
1: Newun [c6d], Mandor Confederacy, prisoner
1: Diphtheria [o6u], Mandor Confederacy, prisoner
1: Hank McDougal [g4m], Mandor Confederacy, prisoner
2: Lucca [h0t], Imperial Empire, Bishop of the Church of Halon [157],
2: with five angels, three riding horses, 24 nazgul, went north,
2: accompanied by:
2: Thorg [j8u], Imperial Empire, with one warmount
2: Sir Charles [j5r], Imperial Empire, with 37 nazgul
2: Captain Kraken [k3k], Imperial Empire, marquess, with 28 nazgul
2: Odin [y5z], Imperial Empire, with 56 hvy. xbowmen
2: Jupiter [m8j], Imperial Empire, marquess, with 52 hvy. xbowmen
2: Alexei Galantor [j7l], Imperial Empire, marquess, with 15 nazgul
2: Khaki Blazer [w4j], Mandor Confederacy, prisoner
2: Blastic [a7r], Mandor Confederacy, prisoner
2: Newun [c6d], Mandor Confederacy, prisoner
2: Diphtheria [o6u], Mandor Confederacy, prisoner
2: Hank McDougal [g4m], Mandor Confederacy, prisoner
9: Pack of wolves [fp1e], wolf, arrived from the west.
11: Pack of wolves [fp1e], wolf, went east.
11: Nepenthe [j0u], refugee, arrived from the west.
15: Nepenthe [j0u], refugee, went east.
19: Horde of rats [fz2y], rats, number: 11, arrived from the west.
21: Horde of rats [fz2y], rats, number: 11, went east.
22: Wild men [cf7d], savages, number: 35, arrived from the east.
30: The population grows by one peasant.
Routes leaving Buffalo Plains:
North, plain, to Buffalo Plains [ar74], 7 days
East, plain, to Buffalo Plains [as75], 7 days
South, desert, to Painted Desert [at74], 8 days
West, plain, to Buffalo Plains [as73], 7 days
Inner locations:
Grassy field [ae1c], pasture, 1 day
Seen here:
Stack of nazgul [jh9x], nazgul, number: 6
Wild men [cf7d], savages, number: 35


Basic Elements
Buttons
Pick your style
Pick your size
Pick your color
Links
Buttons with icons
Animated Buttons
Inputs
%
Sorry, that username's taken. Try another?
Sorry, that username's taken. Try another?
Social buttons
Default
Bordered
Links


No, I said potatoes. Not tomatoes.
Voice technology is quickly seeping into our daily lives and Grocery Gateway is not late to explore the opportunities that come with it. By collaborating with my UX post-graduate program, their UX team knew they would get a lot of insight into how this new technology could impact their business while giving us students a great opportunity to explore the new and exciting world of voice user interfaces.
Our voices are diverse and complex. We have accents, use local slang, and sometimes the sentence that leaves our mouth doesn’t quite reflect the thought behind it. This project was aimed at exploring solutions that would give us insights into what kind of language people use when managing and ordering groceries online, and whether the voice component could enhance or facilitate the process in any way.
1. What are the advantages and disadvantages of using a voice user interface (VUI) when shopping online?
2. What does natural language sound like when ordering and managing groceries?
3. How does a multimodal experience (VUI + GUI) compare to one that is voice only?
To get a better understanding of the customer journey from start to finish, and which parts of it we should focus on, we sketched out a quick map over different scenarios a customer could potentially go through when ordering from the Grocery Gateway website.
After deciding on which parts of the customer journey we wanted to focus on, we started writing down ideas and potential solutions on post-it notes.
To better frame our thinking, we used the "How Might We" methodology from the Google Ventures design sprint process. With the help of sticky dots, each team member voted on the ideas they thought were worth pursuing. Having taken on the role as the design sprint “Decider” (and being armed with three sticky dots instead of just one), I had the final say in which direction we should be going next.
After our voting session it was clear which areas we wanted to focus on. We started sketching out our own ideas around different scenarios and then hung up our sketches on a wall for all group members to view.
We brought out the sticky dots again and started placing them on areas in the sketches that we found interesting. The goal was to narrow it down to two scenarios that we would prototype:
The first sketch shows a voice-only experience where someone is ordering items through their Google Assistant while looking through their fridge. The second sketch explores an experience where someone is adding and modifying items in a cart through a multimodal interface.
We dove a little deeper into our sketches above by drawing a storyboard which also explores a recipe requesting scenario.
At this stage we had a pretty good understanding of what we wanted to prototype, and why. Our goal was to find out how people use their voice and what kind of language they would use when, for example, adding items to their cart, modifying items (choosing an organic alternative, changing the quantity), or how they might respond when an item would be out of stock. To validate the assumptions we had made throughout the project so far, we created two prototypes.
Our first prototype (as seen above) was voice-only and consisted of a box with a phone and an Arduino inside it. The Arduino had a sound sensor and some LED's that would light up whenever our "assistant" was speaking — just to create a more realistic effect. The phone was on a call (on speaker) with one of us on the other end acting as a voice assistant.
Our second prototype was a combination of a voice interface and a graphical interface. We assumed pretty early on that some kind of visual feedback would be helpful when managing your groceries with your voice, but we didn't know how helpful it would be or if it would make any sense at all. Since few players on the market are currently doing anything similar, it made this into a very interesting challenge to explore.
To create the multimodal experience we initially wanted to use a prototyping tool that has voice functionality built in (like Adobe XD) but we realized that these tools didn't have the support that we needed to validate all of our assumptions. To get around this, we decided that I would code a prototype from scratch using JavaScript and the Google Chrome speech recognition API. You can find the code on my GitHub.
For our graphical interface we designed a representation of your cart with a list of all the items in it, along with an additional more experimental feature where you could see a highlighted product that made it easier to visualize item customization. The idea was that the item you're currently modifying would be in focus while also adding some additional information about it.
The item in the highlighted area enabled our participants to use simple language like “make it organic”, or “double the quantity”, or “change the brand to [brand]”, and then the highlighted item would be the target of that modification. When our participants were finished modifying the item they would move on to the next item and so forth.
We conducted usability tests with a total of 5 participants. Every test included an introduction with warm-up questions, 2 scenarios (one for each prototype), and follow-up questions. The moderator script for our user interviews along with our scenarios can be found here.
I’d like to be able to say 5 items at once, instead of just one at a time.
All participants wanted to be able to order their groceries in one speaking instance, rather than list one item at a time.
Since I can't see my changes, it's difficult for me to trust the voice assistant...
In our first voice-only scenario, participants weren't always aware when the google assistant made mistakes and incorrect items were often added to the cart.
I’m big on visuals. I need to see what I’m trying to buy.
By pairing a voice interface with visual feedback, we found that the combination created a much more efficient and intuitive grocery shopping experience than just a single-modal interface.
Since the main goal of our usability testing was to see how people use their own natural language, here’s a few examples of how our participants talked to the prototype. It was interesting to see how everyone had their own unique way of saying things.
The race to provide voice-enabled retail experiences has begun, and this project provided a good introduction to the design challenges that lie ahead. Something that quickly became clear during this project was that doing something as complex as modifying a shopping cart filled with items could become rather cumbersome and confusing without any visual feedback. By actually seeing the items in the cart and the changes made to them in real-time, our participants reported having a much better sense of overview and trust of what would actually be ordered once they checked out.


We got solutions!
- deliver dynamic platforms
- architect one-to-one experiences
- transition next-generation technologies
- iterate B2C partnerships
- grow leading-edge architectures
- orchestrate dot-com convergence
- matrix bleeding-edge supply-chains
- brand scalable vortals


#include <sysc/datatypes/int/sc_int_base.h>
Definition at line 544 of file sc_int_base.h.
| sc_dt::sc_int_base::sc_int_base | ( | int | w = sc_length_param().len() |
) | [inline, explicit] |
Definition at line 581 of file sc_int_base.h.
| sc_dt::sc_int_base::sc_int_base | ( | int_type | v, | |
| int | w | |||
| ) | [inline] |
Definition at line 585 of file sc_int_base.h.
| sc_dt::sc_int_base::sc_int_base | ( | const sc_int_base & | a | ) | [inline] |
Definition at line 589 of file sc_int_base.h.
| sc_dt::sc_int_base::sc_int_base | ( | const sc_int_subref_r & | a | ) | [inline, explicit] |
Definition at line 594 of file sc_int_base.h.
| sc_dt::sc_int_base::sc_int_base | ( | const sc_generic_base< T > & | a | ) | [inline, explicit] |
Definition at line 599 of file sc_int_base.h.
| sc_dt::sc_int_base::sc_int_base | ( | const sc_signed & | a | ) | [explicit] |
| sc_dt::sc_int_base::sc_int_base | ( | const sc_unsigned & | a | ) | [explicit] |
| sc_dt::sc_int_base::sc_int_base | ( | const sc_bv_base & | v | ) | [explicit] |
| sc_dt::sc_int_base::sc_int_base | ( | const sc_lv_base & | v | ) | [explicit] |
| sc_dt::sc_int_base::sc_int_base | ( | const sc_uint_subref_r & | v | ) | [explicit] |
| sc_dt::sc_int_base::sc_int_base | ( | const sc_signed_subref_r & | v | ) | [explicit] |
| sc_dt::sc_int_base::sc_int_base | ( | const sc_unsigned_subref_r & | v | ) | [explicit] |
| virtual sc_dt::sc_int_base::~sc_int_base | ( | ) | [inline, virtual] |
Definition at line 616 of file sc_int_base.h.
| bool sc_dt::sc_int_base::and_reduce | ( | ) | const |
| const sc_int_bitref_r & sc_dt::sc_int_base::bit | ( | int | i | ) | const [inline] |
Definition at line 1265 of file sc_int_base.h.
| sc_int_bitref & sc_dt::sc_int_base::bit | ( | int | i | ) | [inline] |
Definition at line 1255 of file sc_int_base.h.
| virtual bool sc_dt::sc_int_base::concat_get_ctrl | ( | sc_digit * | dst_p, | |
| int | low_i | |||
| ) | const [virtual] |
Reimplemented from sc_dt::sc_value_base.
| virtual bool sc_dt::sc_int_base::concat_get_data | ( | sc_digit * | dst_p, | |
| int | low_i | |||
| ) | const [virtual] |
Reimplemented from sc_dt::sc_value_base.
| virtual uint64 sc_dt::sc_int_base::concat_get_uint64 | ( | ) | const [inline, virtual] |
Reimplemented from sc_dt::sc_value_base.
Definition at line 787 of file sc_int_base.h.
| virtual int sc_dt::sc_int_base::concat_length | ( | bool * | xz_present_p | ) | const [inline, virtual] |
Reimplemented from sc_dt::sc_value_base.
Definition at line 783 of file sc_int_base.h.
| virtual void sc_dt::sc_int_base::concat_set | ( | uint64 | src, | |
| int | low_i | |||
| ) | [virtual] |
Reimplemented from sc_dt::sc_value_base.
| virtual void sc_dt::sc_int_base::concat_set | ( | const sc_unsigned & | src, | |
| int | low_i | |||
| ) | [virtual] |
Reimplemented from sc_dt::sc_value_base.
| virtual void sc_dt::sc_int_base::concat_set | ( | const sc_signed & | src, | |
| int | low_i | |||
| ) | [virtual] |
Reimplemented from sc_dt::sc_value_base.
| virtual void sc_dt::sc_int_base::concat_set | ( | int64 | src, | |
| int | low_i | |||
| ) | [virtual] |
Reimplemented from sc_dt::sc_value_base.
| int sc_dt::sc_int_base::length | ( | ) | const [inline] |
Definition at line 773 of file sc_int_base.h.
| long sc_dt::sc_int_base::long_high | ( | ) | const [inline] |
Definition at line 855 of file sc_int_base.h.
| long sc_dt::sc_int_base::long_low | ( | ) | const [inline] |
Definition at line 852 of file sc_int_base.h.
| bool sc_dt::sc_int_base::nand_reduce | ( | ) | const [inline] |
Definition at line 804 of file sc_int_base.h.
| bool sc_dt::sc_int_base::nor_reduce | ( | ) | const [inline] |
Definition at line 809 of file sc_int_base.h.
| sc_dt::sc_int_base::operator int_type | ( | ) | const [inline] |
Definition at line 820 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator%= | ( | int_type | v | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 682 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator&= | ( | int_type | v | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 688 of file sc_int_base.h.
| const sc_int_subref_r & sc_dt::sc_int_base::operator() | ( | int | left, | |
| int | right | |||
| ) | const [inline] |
Definition at line 1288 of file sc_int_base.h.
| sc_int_subref & sc_dt::sc_int_base::operator() | ( | int | left, | |
| int | right | |||
| ) | [inline] |
Definition at line 1278 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator*= | ( | int_type | v | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 676 of file sc_int_base.h.
| const sc_int_base sc_dt::sc_int_base::operator++ | ( | int | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 710 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator++ | ( | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 707 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator+= | ( | int_type | v | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 670 of file sc_int_base.h.
| const sc_int_base sc_dt::sc_int_base::operator-- | ( | int | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 716 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator-- | ( | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 713 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator-= | ( | int_type | v | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 673 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator/= | ( | int_type | v | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 679 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator<<= | ( | int_type | v | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 698 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | double | a | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 664 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | uint64 | a | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 661 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | int | a | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 658 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | unsigned int | a | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 655 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | long | a | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 652 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | unsigned long | a | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 649 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | const char * | a | ) |
Reimplemented in sc_dt::sc_int< W >.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | const sc_lv_base & | a | ) |
Reimplemented in sc_dt::sc_int< W >.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | const sc_bv_base & | a | ) |
Reimplemented in sc_dt::sc_int< W >.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | const sc_unsigned & | a | ) |
Reimplemented in sc_dt::sc_int< W >.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | const sc_signed & | a | ) |
Reimplemented in sc_dt::sc_int< W >.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | const sc_generic_base< T > & | a | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 631 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | const sc_int_subref_r & | a | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 627 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | const sc_int_base & | a | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 624 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator= | ( | int_type | v | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 621 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator>>= | ( | int_type | v | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 701 of file sc_int_base.h.
| const sc_int_bitref_r & sc_dt::sc_int_base::operator[] | ( | int | i | ) | const [inline] |
Definition at line 1244 of file sc_int_base.h.
| sc_int_bitref & sc_dt::sc_int_base::operator[] | ( | int | i | ) | [inline] |
Definition at line 1234 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator^= | ( | int_type | v | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 694 of file sc_int_base.h.
| sc_int_base& sc_dt::sc_int_base::operator|= | ( | int_type | v | ) | [inline] |
Reimplemented in sc_dt::sc_int< W >.
Definition at line 691 of file sc_int_base.h.
| bool sc_dt::sc_int_base::or_reduce | ( | ) | const |
| void sc_dt::sc_int_base::print | ( | ::std::ostream & | os = ::std::cout |
) | const [inline] |
Definition at line 867 of file sc_int_base.h.
| const sc_int_subref_r & sc_dt::sc_int_base::range | ( | int | left, | |
| int | right | |||
| ) | const [inline] |
Definition at line 1309 of file sc_int_base.h.
| sc_int_subref & sc_dt::sc_int_base::range | ( | int | left, | |
| int | right | |||
| ) | [inline] |
Definition at line 1299 of file sc_int_base.h.
| void sc_dt::sc_int_base::scan | ( | ::std::istream & | is = ::std::cin |
) |
| void sc_dt::sc_int_base::set | ( | int | i, | |
| bool | v | |||
| ) | [inline] |
Definition at line 767 of file sc_int_base.h.
| void sc_dt::sc_int_base::set | ( | int | i | ) | [inline] |
Definition at line 764 of file sc_int_base.h.
| bool sc_dt::sc_int_base::test | ( | int | i | ) | const [inline] |
Definition at line 761 of file sc_int_base.h.
| double sc_dt::sc_int_base::to_double | ( | ) | const [inline] |
Definition at line 848 of file sc_int_base.h.
| int sc_dt::sc_int_base::to_int | ( | ) | const [inline] |
Definition at line 830 of file sc_int_base.h.
| int64 sc_dt::sc_int_base::to_int64 | ( | ) | const [inline] |
Definition at line 842 of file sc_int_base.h.
| long sc_dt::sc_int_base::to_long | ( | ) | const [inline] |
Definition at line 836 of file sc_int_base.h.
| const std::string sc_dt::sc_int_base::to_string | ( | sc_numrep | numrep, | |
| bool | w_prefix | |||
| ) | const |
| const std::string sc_dt::sc_int_base::to_string | ( | sc_numrep | numrep = SC_DEC |
) | const |
| unsigned int sc_dt::sc_int_base::to_uint | ( | ) | const [inline] |
Definition at line 833 of file sc_int_base.h.
| uint64 sc_dt::sc_int_base::to_uint64 | ( | ) | const [inline] |
Definition at line 845 of file sc_int_base.h.
| unsigned long sc_dt::sc_int_base::to_ulong | ( | ) | const [inline] |
Definition at line 839 of file sc_int_base.h.
| int_type sc_dt::sc_int_base::value | ( | ) | const [inline] |
Definition at line 826 of file sc_int_base.h.
| bool sc_dt::sc_int_base::xnor_reduce | ( | ) | const [inline] |
Definition at line 814 of file sc_int_base.h.
| bool sc_dt::sc_int_base::xor_reduce | ( | ) | const |
| bool operator!= | ( | const sc_int_base & | a, | |
| const sc_int_base & | b | |||
| ) | [friend] |
Definition at line 725 of file sc_int_base.h.
| bool operator< | ( | const sc_int_base & | a, | |
| const sc_int_base & | b | |||
| ) | [friend] |
Definition at line 728 of file sc_int_base.h.
| bool operator<= | ( | const sc_int_base & | a, | |
| const sc_int_base & | b | |||
| ) | [friend] |
Definition at line 731 of file sc_int_base.h.
| bool operator== | ( | const sc_int_base & | a, | |
| const sc_int_base & | b | |||
| ) | [friend] |
Definition at line 722 of file sc_int_base.h.
| bool operator> | ( | const sc_int_base & | a, | |
| const sc_int_base & | b | |||
| ) | [friend] |
Definition at line 734 of file sc_int_base.h.
| bool operator>= | ( | const sc_int_base & | a, | |
| const sc_int_base & | b | |||
| ) | [friend] |
Definition at line 737 of file sc_int_base.h.
friend class sc_int_bitref [friend] |
Definition at line 547 of file sc_int_base.h.
friend class sc_int_bitref_r [friend] |
Definition at line 546 of file sc_int_base.h.
friend class sc_int_subref [friend] |
Definition at line 549 of file sc_int_base.h.
friend class sc_int_subref_r [friend] |
Definition at line 548 of file sc_int_base.h.
int sc_dt::sc_int_base::m_len [protected] |
Definition at line 875 of file sc_int_base.h.
int sc_dt::sc_int_base::m_ulen [protected] |
Definition at line 876 of file sc_int_base.h.
int_type sc_dt::sc_int_base::m_val [protected] |
Definition at line 874 of file sc_int_base.h.


{{#lang}}How to measure{{/lang}}
To measure your ring size simply measure the inner diameter of a ring that fits you. If the inner diameter is, for example 16 mm, your ring size will be 16 in the order. All measurements should be in mm.
Try to be as exact as possible so I can make the perfect ring for you!
Try to be as exact as possible so I can make the perfect ring for you!


--- .pull-left[ ### 4 Steps to Discovery: 1. Look 1. Pre-Process 1. Annotate 1. Analyze ] --- # Algorithm Needs ### Look | _Sub-Need_ | | _Reason_ | | :--- | --- | :---- | | Tile Cache | | Render and pre-fetch images | | Web-Viz | | Display images & metadata | | Extract Surfaces | | Build geometric objects for analysis | ### Image Process | _Sub-Need_ | | _Reason_ | | :--- | --- | :---- | | Volume Reconstruct | | Images are not aligned off scope | | Histogram Normalize | | Exposure & objective aberrations | | (Register to Atlas) | | Obtain reference coordinate system | --- # Algorithm Needs (cont'd) ### Scene Parse | _Sub-Need_ | | _Reason_ | | :--- | --- | :---- | | Label | | Manually label objects of interest | | Train | | Train machine vision algorithms | | Test | | Qualitative & quanitative assessment & cross-validation | | Deploy | | Run at scale | -- ### Analyze | _Sub-Need_ | | _Reason_ | | :--- | --- | :---- | | Query Objects | | Analyze objects of interest | | Estimate Statistics | | Quantify parameters | | Model Check | | Cuz all models are wrong | --- ## Answering Scientific Questions from Data 1. Look 1. Pre-Process 1. Annotate 1. Analyze --- ## Answering Scientific Questions from Data 1. Look 1. Pre-Process 1. Annotate 1. Analyze ### What do you need to achieve these things
| | _Need_ | | _Example_ | _Sufficient?_ | | --- | :---: | --- | :----: | :---: | | A. | Computer | | Dell Workstation | :) | | B. | Software | | Local MATLAB | :) | | C. | Algorithms | | deconvolution | :) | --- ## Answering Scientific Questions from BIG Data 1. Look 1. Pre-Process 1. Annotate 1. Analyze --- ## Answering Scientific Questions from BIG Data 1. Look 1. Pre-Process 1. Annotate 1. Analyze ### What do you need to achieve these things
| | _Need_ | | _Example_ | _Sufficient?_ | | --- | :---: | --- | :----: | :---: | | A. | Computer | | Dell Workstation | :( | | B. | Software | | Local MATLAB | :( | | C. | Algorithms | | deconvolution | :( |
I take it as given that everyone here understands *why* we do the first quadruple, and why we need the next quadruple to make them happen? --- .pull-left[ ### Hardware - Data-Intensive Cluster - High-Performance Cluster - Local Thin Client ] -- .pull-left[ ### Software - Spatial database - Annotation database - LIM system - Tile cache - Data exchange - Web-viz - Distributed analytics stack ] -- .pull-left[ ### Algorithms - Volume reconstruct - Histogram normalize - (register to atlas) - Synapse detection - Spatial statistics ] --- # 4 Steps to Discovery .pull-left[ ### 1. Look (24 fps)
Pan in X, Y, Z
Zoom in & out
Overlay labels
] .pull-left[ ### 3. Annotate (< 3 days)
Label
Train
Spot check
Hyper-parameter sweep
Assess
Run at scale
] .pull-left[ ### 2. Pre-Process (< 1 day)
Volume reconstruct
Histogram normalize
(register to atlas)
] .pull-left[ ### 4. Analyze (< 1 days)
Query synapses
Estimate distribution
Compute p-value
] --- ### Big Data Challenges - hardware infrastructure to support data intensive & high performance computing - software optimized for these computing models - specs to each stage is more complicated/difficult - classical approaches can be buttressed with modern ones - we provide a platform to facilitate --- # For Each step - scalability - quality - features - 1-clickiness ### Old and new both important --- # Answering Scientific Questions from Big Data 1. Look 1. Visualize 2. Download 3. Upload 1. Pre-Process 4. Volume Reconstruct 1. Histogram Normalize 1. Register to Atlas 1. Annotate 1. Label 1. Train 1. Overlay 2. Proofread 1. Assess 1. Deploy 1. Analyze 1. Query 1. Estimate 1. Model Check --- --- # Appreciation # Look | the old | the new | |--- | --- | | test | test |


Hiking in Georgia – Mestia
by Monika Suchoszek
The morning welcomed us with snowfall! It was barely the beginning of autumn in Germany so we were really surprised by a white landscape around. We decided to have a short walk to the church visible on a hill on the other side of the village when snowfall finally stopped. As always with me this turned out to be a 10km hike with 500m elevation gain :p
First, we had to pass Queen Tamar Airport in Mestia which looks pretty cool! I need to admit that I love the location of this airport, so close to the mountains!
Next, the path turns left and crosses the Mulkhra river.
The path starts close to the church and snakes on a steep hill of Tskhakvzagari, a 2359 m height peak.
It got warmer in the sun, snow started to melt, … so most of the trek we had to spend sliding on a mixture of mud (with cow-poop mixed in ?) and snow. Not-so-great conditions!
However, once the sky opened and we could admire surrounding peaks covered with the snow, we didn’t think about the mud anymore. The view was absolutely beautiful!
After hiking approximately 2h it reaches the path leading to Koruldi lakes. We used it to come back down to Mestia. This part was really steep and with the combination of mud it turned out to be quite challenging not to fall.
It is possible to visit some of the towers in Mestia and even get on top of them, but wobbling, old ladders did not encourage us to do so. Watch out on the top level after the snow fall, could be really slippery!
Practical info:
- entrance to the Khergiani tower – 2 lari
Subscribe via RSS


Toggle navigation
QMK
Keyboards
{% for keyboard in config['AVAILABLE_KEYBOARDS'] %}
{{keyboard}}
{% endfor %}
{{title}}
{{ error }}


Preconditions.checkState(value <= threshold, "value must be below " + threshold)
LOG.debug("value is " + value)
Preconditions.checkState(value <= threshold, "value must be below %s", threshold)
LOG.debug("value is {}", value)
equals()
/hashCode()
methods suggest to use the type as a key, but the signatures suggest it is safe to keep mutating the type.Serializable classes must define a Serial Version UID:
private static final long serialVersionUID = 1L;
Avoid using Java’s Reflection API
contains()
before get()
→ get()
and check nullcontains()
before put()
→ putIfAbsent()
or computeIfAbsent()
entrySet()
Optional
usage would lead to a performance degradation in critical code then fallback to @Nullable.Prefer non-capturing lambdas (lambdas that do not contain references to the outer scope). Capturing lambdas need to create a new object instance for every call. Non-capturing lambdas can use the same instance for each invocation.
don’t:
map.computeIfAbsent(key, x -> key.toLowerCase())
do:
map.computeIfAbsent(key, k -> k.toLowerCase());
Consider method references instead of inline lambdas
don’t:
map.computeIfAbsent(key, k-> Loader.load(k));
do:
map.computeIfAbsent(key, Loader::load);


Hyper-Virtual Easy Manager 2020
MH-VEM manages multiple Virtual Machine and also remote server hypervisor .it is useful for managing server labs where you need to have regular access to each machine.
the servers are listed in alphabetical order and also by their status, those in progress are listed in top in green, those are left after without color, and those save in red below.
Windows 10 or server 2012 r2 at a minimum with a .net and powershell version 4 is required
Interface:
the interface is easy to use, remember that you have to run the tool in administrator mode and you should be a member of the Hyper-V administrator group.
In the text box 1: by default the name of the current server is displayed, we can put the name of the server Hyper-v remote.
button 2: allows to list the machines.
you can start the VM in one click, you can also change the network of the VM, to click on network, or if you add in the meantime a new switch click on the Vswtich button at the top to update the maps.
to change the switch, click on network once, the name of the switch is displayed, re-apply a second time on the new name, menu will appear with a list of available switch, you can change the switch and confirm with ok.


Marker trait for A combined Encoder and Decoder
A stateful object representing ongoing compression.
An abstraction to transform data bytes of HttpMessages or HttpEntities
A decoder that is implemented in terms of a Stage
An encoder and decoder for the HTTP 'gzip' encoding.
An encoder and decoder for the HTTP 'identity' encoding.


nips nips2002 nips2002-117 nips2002-117-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Balázs Kégl
Abstract: We propose a new algorithm to estimate the intrinsic dimension of data sets. The method is based on geometric properties of the data and requires neither parametric assumptions on the data generating model nor input parameters to set. The method is compared to a similar, widelyused algorithm from the same family of geometric techniques. Experiments show that our method is more robust in terms of the data generating distribution and more reliable in the presence of noise. 1
[1] T. Kohonen, The Self-Organizing Map, Springer-Verlag, 2nd edition, 1997.
[2] T. F. Cox and M. A. Cox, Multidimensional Scaling, Chapman & Hill, 1994.
[3] S. Roweis and Saul L. K., “Nonlinear dimensionality reduction by locally linear embedding,” Science, vol. 290, pp. 2323–2326, 2000.
[4] J. B. Tenenbaum, V. de Silva, and Langford J. C., “A global geometric framework for nonlinear dimensionality reduction,” Science, vol. 290, pp. 2319–2323, 2000.
[5] E. Ch´ avez, G. Navarro, R. Baeza-Yates, and J. Marroqu´ “Searching in metric spaces,” ACM ın, Computing Surveys, p. to appear, 2001.
[6] J. Bruske and G. Sommer, “Intrinsic dimensionality estimation with optimally topology preserving maps,” IEEE Transactions on Pattern Analysis and Machine Intelligence, vol. 20, no. 5, pp. 572–575, 1998.
[7] S. Roweis, “EM algorithms for PCA and SPCA,” in Advances in Neural Information Processing Systems. 1998, vol. 10, pp. 626–632, The MIT Press.
[8] C. M. Bishop, M. Svens´ and C. K. I. Williams, “GTM: The generative topographic mapping,” en, Neural Computation, vol. 10, no. 1, pp. 215–235, 1998.
[9] P. Grassberger and I. Procaccia, “Measuring the strangeness of strange attractors,” Physica, vol. D9, pp. 189–208, 1983.
[10] F. Camastra and A. Vinciarelli, “Estimating intrinsic dimension of data with a fractal-based approach,” IEEE Transactions on Pattern Analysis and Machine Intelligence, 2002, to appear.
[11] A. Belussi and C. Faloutsos, “Spatial join selectivity estimation using fractal concepts,” ACM Transactions on Information Systems, vol. 16, no. 2, pp. 161–201, 1998.
[12] J. Hastad, “Clicque is hard to approximate within n 1−ε ,” in Proceedings of the 37th Annual Symposium on Foundations of Computer Science FOCS’96, 1996, pp. 627–636.
[13] T. Erlebach, K. Jansen, and E. Seidel, “Polynomial-time approximation schemes for geometric graphs,” in Proceedings of the 12th ACM-SIAM Symposium on Discrete Algorithms SODA’01, 2001, pp. 671–679.


Maven 3 Cookbook reviewed
Better late than ever, here you can find my review on the Packt Publishing Apache Maven 3 Cookbook written by Srirangan. Let's see what it has to offer.
The basics
The author aims to talk to Maven, and possibly ALM, illiterates. This means the first step is to allow the reader to bootstrap his build infrastructure. This is one of the main Maven features, and the first chapters are easily leaping from nothing to a QA and TDD enabled build system. The book exploits Maven magic all the way there, and goes really fast to the target, no time for digressions on how, why or how does it compare with other build systems.
The ALM
Chapter 3 it's a bit off topic, even though it's probably for the greater good: it broadens the attention to ALM as a whole, all on open source products such as Hudson/Jenkins, SCM and a bit of agile. The topic is so huge that one single chapter cannot afford to cover it extensively, nor effectively: take it as an introduction to software lifecycle management, and dig somewhere else if you want more (and you definitely want). Chapter 4 indulges a bit more in QA and non functional build features, such as documentation and reporting. After all, the real mission of Maven is ALM.
The Meat
Chapters 5 to 9 form the really juicy part of the book. I'm not going to rewrite the TOC here, but it's definitely a rich set of handy recipes that can either directly target common needs or provide inspirational snippets that will effectively help you writing your POM. Good marks for the attention to languages other than Java (but bad marks for forgetting Clojure!).
These chapters offer much more value than the previous, as they're better aiming at developer needs. Still, focus could have been more towards existing Maven users, leaving the newbies to better learning paths.
Overall impression
tl;dr: If you are already a Maven literate, it's a book you probably want to have close to your keyboard. Just forget about the first three or four chapters.
The book is an authentic source of good base recipes, that you would keep on your desk for quick reference of specific build tasks you need to implement (and your Google foo is weak). All the recipes are provided with a little description of what happens under the hood, so that you may use such knowledge to build upon them your more complex procedures. The whole focus on the book is on getting things done, with lesser attention to fully understanding Maven: after all, a recipes book cannot replace a cooking course. As a result, its tutorial style of presenting recipes completely overlooks fundamental concepts such as plugins, executions and goals, with seldom sloppy terminology ("archetype:generate" is a goal, not a command). While it can be good to always have this book on your desk, if you're a Maven newbie it's highly recommended to look somewhere else to build up your knowledge.
Full disclosure
I was asked by Packt to provide this online review, for which I've been handed over a digital preview of the book.
blog comments powered by Disqus


Query
English
日本語
中文
CATEGORY
BOOKS
BUSINESS
CATALOGS
EDUCATION
ENTERTAINMENT
FINANCE
FOOD_&_DRINK
GAMES
HEALTH_&_FITNESS
LIFESTYLE
MAGAZINES_&_NEWSPAPERS
MEDICAL
MUSIC
NAVIGATION
NEWS
PHOTO_&_VIDEO
PRODUCTIVITY
REFERENCE
SHOPPING
SOCIAL_NETWORKING
SPORTS
TRAVELS
UTILITIES
WEATHER
FREE
NON_IN-APP_PURCHASES
UNIVERSAL_APP
APPLE_WATCH
APPLE_TV
HAELTHKIT
ICLOUD_DRIVE
3D_TOUCH
TOUCH_ID
HOMEKIT
GAME_CENTER
CHROMECAST
SEARCH
Collections
COLLECTIONS


1. Develop a communications program for the County, evaluating needs and making recommendations as to how to increase public awareness. Evaluate the effectiveness and coverage of public information activities. 2. Facilitate the accurate and full coverage of County issues by the news media. Prepare, edit and supervise the preparation of communication materials on matters such as policy issues, special events and County services and programs. 3. Establish and maintain effective working relationships with representatives of the media. Identify opportunities to strengthen and improve communications. 4. Act as spokesperson for the County as directed. 5. Serve as a resource to County management, advising officials on media relations, procedures and processes. Assist County officials in the preparation of information for public dissemination. 6. Arrange media events such as press conferences, tours, and County dedications. Maintain a speakers bureau on County services. 7. Prepare or direct the preparation of a variety of informational material such as pamphlets and brochures about County services and programs. Develop concepts for and produce such multi-media aids as films and tapes. Determine budgetary requirements for the media program and monitor expenditures. 8. Stay abreast of issues affecting County operations and the various organizational programs, activities, services and objectives. 9. Provide vacation and temporary relief as required. |
I am interested in applying for the Public Information Officer position. This sounds like the ideal job for me as I have all of the skills required for the position and a few more. I have extensive Public Relations, Journalism, Design, and Communications experience to serve as a great resource for the County of San Bernardino. I received my Bachelor of Arts degree from California State University, Long Beach in Journalism, Public Relations, and Spanish in 1991 and completed coursework at Art Center College of Design in 1997. As Assistant Public Relations Director during my internship at the Southeast Council on Alcoholism & Drug Problems in Downey, I successfully published several articles, which received program donations. I organized fundraising events and spoke to reporters. Throughout my fifteen-year career, I have been involved in the planning and management of hundreds of outstanding outreach projects. I have extensive experience designing print and web collateral, maintaining a social presence for employers and re-branding corporate identities. I have developed successful marketing and outreach campaigns, and produced numerous websites. In addition to superior research and analytical skills, I am capable of managing multiple projects and delivering quality work while meeting deadlines successfully. I recently concluded a web usability study for Intergraph.com and restructured their site's information architecture and wireframes. I am extremely well-organized, resourceful, proactive, and energetic. I have always enjoyed being a part of collaborative projects, and I feel that I could contribute a lot of energy and enthusiasm toward the work assigned me. I believe my unique public relations skills, my project management experience, and my design sense as it applies to typography, photography and creative imagery will be a valuable asset to the County of San Bernardino. In addition, I am fully bilingual in Spanish, which greatly expands a target audience. My journalism background has given me an excellent eye for editing, both in English and Spanish. Thanks again for your time. I look forward to hearing from you soon. Sincerely, I am interested in applying for the Public Information Officer position. I have extensive PR, Journalism, Design, and Communications experience to serve as a great resource to the County of San Bernardino. I received my Bachelor of Arts degree from California State University, Long Beach in Journalism, Public Relations, and Spanish in 1991 and completed coursework at Art Center College of Design in 1997. As Assistant Public Relations Director during my internship at the Southeast Council on Alcoholism & Drug Problems in Downey, I successfully published several articles, which received program donations. Throughout my fifteen-year career, I have been involved in the planning and management of hundreds of outstanding outreach projects. I have extensive experience designing print and web collateral and re-branding corporate identities. I have developed successful marketing and outreach campaigns, and produced numerous websites. In addition to superior research and analytical skills, I am capable of managing multiple projects and delivering quality work while meeting deadlines successfully. As the first webmaster and designer at Caltech, I collaborated extensively with staff and faculty in creating and developing promotional material, both online and in print. I am extremely well-organized, resourceful, proactive, and energetic. I have always enjoyed being a part of collaborative projects, and I feel that I could contribute a lot of energy and enthusiasm toward the work assigned me. I believe my unique public relations skills, my project management experience, and my design sense as it applies to typography, photography and creative imagery will be a valuable asset to the County of San Bernardino. In addition, I am fully bilingual Spanish, which greatly expands a target audience. My journalism background has given me an excellent eye for editing, both in English and Spanish. Thanks again for your time. I look forward to hearing from you soon. Sincerely, |
|


Next: Objects with Multiple Notations, Previous: Additional Uses for Indirect Definitions in Modified BNF Syntax, Up: Notational Conventions
The special symbols described here are used as a notational convenience within this document, and are part of neither the Common Lisp language nor its environment.
This indicates evaluation. For example:
(+ 4 5) ⇒ 9
This means that the result of evaluating the form (+ 4 5) is 9.
If a form returns multiple values, those values might be shown separated by spaces, line breaks, or commas. For example:
(truncate 7 5) ⇒ 1 2 (truncate 7 5) ⇒ 1 2 (truncate 7 5) ⇒ 1, 2
Each of the above three examples is equivalent, and specifies that (truncate 7 5) returns two values, which are 1 and 2.
Some conforming implementations actually type an arrow (or some other indicator) before showing return values, while others do not.
The notation "OR⇒" is used to denote one of several possible alternate results. The example
(char-name #\a) ⇒ NIL OR⇒ "LOWERCASE-a" OR⇒ "Small-A" OR⇒ "LA01"
indicates that nil, "LOWERCASE-a", "Small-A", "LA01" are among the possible results of (char-name #\a)—each with equal preference. Unless explicitly specified otherwise, it should not be assumed that the set of possible results shown is exhaustive. Formally, the above example is equivalent to
(char-name #\a) ⇒ implementation-dependent
but it is intended to provide additional information to illustrate some of the ways in which it is permitted for implementations to diverge.
The notation "NOT⇒" is used to denote a result which is not possible. This might be used, for example, in order to emphasize a situation where some anticipated misconception might lead the reader to falsely believe that the result might be possible. For example,
(function-lambda-expression (funcall #'(lambda (x) #'(lambda () x)) nil)) ⇒ NIL, true, NIL OR⇒ (LAMBDA () X), true, NIL NOT⇒ NIL, false, NIL NOT⇒ (LAMBDA () X), false, NIL
This indicates code equivalence. For example:
(gcd x (gcd y z)) ≡ (gcd (gcd x y) z)
This means that the results and observable side-effects of evaluating the form (gcd x (gcd y z)) are always the same as the results and observable side-effects of (gcd (gcd x y) z) for any x, y, and z.
Common Lisp specifies input and output with respect to a non-interactive stream model. The specific details of how interactive input and output are mapped onto that non-interactive model are implementation-defined.
For example, conforming implementations are permitted to differ in issues of how interactive input is terminated. For example, the function read terminates when the final delimiter is typed on a non-interactive stream. In some implementations, an interactive call to read returns as soon as the final delimiter is typed, even if that delimiter is not a newline. In other implementations, a final newline is always required. In still other implementations, there might be a command which "activates" a buffer full of input without the command itself being visible on the program’s input stream.
In the examples in this document, the notation " |> " precedes lines where interactive input and output occurs. Within such a scenario, "|>>this notation<<|" notates user input.
For example, the notation
(+ 1 (print (+ (sqrt (read)) (sqrt (read))))) |> |>>9 16 <<| |> 7 ⇒ 8
shows an interaction in which "(+ 1 (print (+ (sqrt (read)) (sqrt (read)))))" is a form to be evaluated, "9 16 " is interactive input, "7" is interactive output, and "8" is the value yielded from the evaluation.
The use of this notation is intended to disguise small differences in interactive input and output behavior between implementations.
Sometimes, the non-interactive stream model calls for a newline. How that newline character is interactively entered is an implementation-defined detail of the user interface, but in that case, either the notation "<Newline>" or "[<–~]" might be used.
(progn (format t "~&Who? ") (read-line)) |> Who? |>>Fred, Mary, and Sally[<–~]<<| ⇒ "Fred, Mary, and Sally", false


This was my second experience with any kind of drug other than pot, my first was with MDMA. I saw an ad on the internet for 'funkpills' - legal alternatives to ecstasy - and couldn't help looking into it. At the time, I didn't know that what I was getting was BZP.
I was at my boyfriend's place - somewhere I spend a lot of time and feel really comfortable. I had brought the drugs with me because I was quite eager to try them. We both took 1, as was recommended on the package. He felt doubtful that anything would happen, since they were legal. T+1hr - I felt absolutely nothing. I thought he must be right, that they weren't going to do anything after all.
T+1.5h - we decided we may as well go to our local bar for a few drinks. As we were getting ready, I felt my head start to tingle. I got really excited. I came up really fast, and was in a state of disbelief that they were actually working, and that the feeling was stronger than the time I took MDMA. He felt the same. We decided to find a club to go to, because I really wanted to dance. We ended up finding a small bar playing hip hop music. Outside, we had a smoke. I felt super alert, and had to try really hard not to break my cigarette. I felt quite twitchy, and when I walked I was speeding along with almost no effort.
We went inside, and decided to start off with an alcoholic drink. I had some kind of martini. It turned out this place was really chill - no one dancing, just sitting and chilling to the music. We also sat down. I felt really annoyed that we had to sit, I wanted to move so badly. This was about T+2hrs. I started to feel overwhelmed by the drug - my head was buzzing so hard, I felt like I had so much energy and I needed to use it up, as it was making me feel nauseous. We left at T+4hrs, about 2am. Outside waiting for a cab, I started to feel paranoid. I felt like I must be this really annoying person who doesn't stop talking.
Got in the cab. Asked him to put some more hip hop on the radio. It was nice to have the music to distract us. All I could do at this point was focus on my breathing so I didn't start to panic. I also felt a bit like I was going to vomit. I managed to keep taking deep breaths, and got through it fine. At this point I was convinced that I simply had too much energy, and that I had to use it up in order for the drug to feel less overwhelming. We walked around for almost two hours, and headed home at T+6hrs. Just walking and feeling the rhythm of my steps made me feel better. I was still really anxious to come down, but I could handle it. I also still felt a little paranoid - I thought that the few people in the streets must think we look really sketchy.
Back at his apartment, we're still feeling wired. We get into bed, and make an attempt to have sex.  We lay there doing nothing. T+8hrs: We both really want to come down, but it's not happening. At this point, the intensity is painful. My skin feels cold, I keep going to the bathroom but I can't pee. It was so unpleasant and frustrating. I just felt grateful that he was with me, so at least I didn't feel alone.
We fell asleep at T+10hrs. We had to keep getting up to try to pee, which was really annoying. We couldn't get out of bed until T+24hrs. We both had terrible headaches and muscleaches. The comedown was really awful.
I've tried BZP in smaller doses since then, and I find unless I take a bit higher dose, I don't feel the euphoria and the high, but I do still feel the awful comedown the next day. I am tempted to try it again, since it's legal and I know what I'm getting - and because the high is so intense. Next time I would definitely go dancing though.
[Erowid Note: The reported dose for this report was '500 mg', but this would be unusually high for a commercial BZP formulation and may be incorrect.]
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.


Hi,
is it possible to request the actual time via api-interface?
I am using the api-Interface with an arduino, exchanging data over the api-interface. (sending input values and so on)
To get the actual time for the arduino, i am just thinking for a way to get it from my emoncms-server.
OK, i could use a RTC or NTP-Server, but this is additional hardware, or communication interface. Would be great, if I could use already available communication.
Re: Getting back actual time from emoncms
Hi,
after long search, I decided to make this change in the feed_controller.php:
$f = $feed->get($feedid);
// if public or belongs to user
if ($f['public'] || ($session['userid']>0 && $f['userid']==$session['userid'] && $session['read']))
{
if ($route->action == "value") $result = $feed->get_value($feedid);
if ($route->action == "timevalue") $result = $feed->get_timevalue_seconds($feedid);
if ($route->action == "get") $result = $feed->get_field($feedid,get('field')); // '/[^\w\s-]/'
if ($route->action == "aget") $result = $feed->get($feedid);
if ($route->action == 'histogram') $result = $feed->histogram_get_power_vs_kwh($feedid,get('start'),get('end'));
if ($route->action == 'kwhatpower') $result = $feed->histogram_get_kwhd_atpower($feedid,get('min'),get('max'));
if ($route->action == 'kwhatpowers') $result = $feed->histogram_get_kwhd_atpowers($feedid,get('points'));
if ($route->action == 'data') $result = $feed->get_data($feedid,get('start'),get('end'),get('dp'));
if ($route->action == 'average') $result = $feed->get_average($feedid,get('start'),get('end'),get('interval'));
if ($route->action == 'time') $result = time();
}
On sending:
http://<IP_ADDRESS>/emoncms/feed/time.json?id=25&apikey=123xyz
I get back the actual UNIX-time-stamp.
Its only working, if I add a valid feed-ID.
Anyone a better idea?
Re: Getting back actual time from emoncms
Edit:
here its better (no feed-id necessary)
The change is in line 113 of feed_controller.php
else
{
$result = array('success'=>false, 'message'=>'Feed does not exist');
if ($route->action == "time") $result = time();
}
}
}
return array('content'=>$result);
with
http://<IP_ADDRESS>/emoncms/feed/time.json
I get back the UNIX-timestamp
----------------------------------------------
I did one post between. Where is it????
Moderators Note >> Stuck in the moderation queue! - now published!
Paul
Re: Getting back actual time from emoncms
Or makes it even more readable ;-)
if ($route->action == "time") $result = date("d.m.Y - H:i",time());
Result:
"12.01.2015 - 00:35"


{% import "templates/partials/subscribe.html" as s %} {% import "templates/partials/index-content-overview.html" as o %} {% import "templates/partials/row-cards.html" as cards %} {% import "templates/partials/grid-cards.html" as grid %} {% import "templates/partials/alert-banner.html" as alert %} {% extends "templates/partials/base.html" %} {% block og_image %}{{ cms.about.home_image|imageCrop(1000,500) }}{% endblock %} {% block tw_image %}{{ cms.about.home_image|imageCrop(1000,500) }}{% endblock %} {% block title %}{% parent %}{% endblock %} {% block content %} {{ alert.banner() }} {{ cms.about.site_tagline }} The MIT GOV/LAB is a group of political scientists focusing on innovation in citizen engagement and government responsiveness. Read more about us {{ o.contentoverview() }} {{ o.updatessection( cms.about.home_page_updates_oneliner, cms.news|sort('news_date', true)|slice(0,5) ) }} {# {{ o.homecontentdivider( "bg-white", "mb1" ) }} #} {# length must be congruent to 1 mod 2 #} {{ o.researchsection( cms.about.home_page_research_oneliner, cms.projectsorder.projects_order|slice(0,2) ) }} {# {{ o.homecontentdivider( "bg-white", "mb1" ) }} #} {# length must be congruent to 1 mod 2 #} {{ o.resultssection( cms.about.home_page_results_oneliner, cms.output|sort('publication_date', true)|slice(0,2) ) }} {% include "templates/partials/map.html" %} Our work spans the globe. We take a special interest in citizen engagement by under resourced groups and government accountability in challenging contexts. See All {{ projects_name }} {{ s.subscribe('bg-light pb3 pt2') }} {% endblock %}
We take a special interest in citizen engagement by under resourced groups and government accountability in challenging contexts.


More on permutations
Consider the notion of permutation as defined in
that exercise
Build a couterexample, with two lists l and
l' of the same length, such that the proposition
perm l l' holds. Prove this proposition.
Hint
Consider lists on any type suitable
for defining a function which counts the number of occurrences of
any item in a list. Then prove and apply a lemma stating that if
l' is a permutation of l, then this function always returns the same value when applied to l or l'.
Solution
Follow this link


The National Council Of Teachers Of Mathematics Reasoning And Proof Process Standard In High School Mathematics
A capstone thesis by Christopher H. Harvey
Click the links below to download the associated files.
--- ---
A capstone thesis by Christopher H. Harvey
Click the links below to download the associated files.


If the application X doesn't start, the possible causes could be: 1. Maven is not installed. 2. Not enough (<1G) disk space. 3. Not enough (<64MB) memory.


Jennifer Anne Kain Rios
Democrat
Attorney
Bachelors Degree, Spanish and Ibero-American Studies, University of Wisconsin Madison; Juris Doctor University of Denver, Sturm College of Law.
80204
Poll watcher 2016; Donated to Julie Gonzales for Colorado State Senate 2016; Donated to the Jamie Torres campaign for Denver City Council; Donated to US Presidential campaign for Hickenlooper 2020; Volunteered for Michelle Ferrigno Warren for US Senate 2020; Donated to Amy Padden for DA in 18th Judicial District 2020
American Bar Association, Colorado Bar Association and its Spanish Speaking Lawyers Committee, American Immigration Lawyers Association and its Colorado Chapter, Liaison Committee/Chair of Committee to Combat the Unauthorized Practice of Law; Colorado Lawyers Committee Immigration Task Force; Historic Elitch Theatre Foundation Board (volunteer)
As an attorney, I have advocated for individual legal clients, but I have also advocated for government agency accountability, as well as for cooperation between government agencies and with their stakeholders. As a community volunteer and Board Member for Historic Elitch Theatre Foundation, I advocated for the preservation, restoration and sustainable public access and events at and for the benefit of the Theatre.
I would like to serve on the commission because my collaborative experiences working with diverse individuals and groups will contribute to the commission's work. I am dedicated to protecting the voting rights of minority groups and preserving communities of interest; serving on the commission will allow me to do this in a new capacity.
I will promote consensus and contribute to the development of agreement, by listening carefully and encouraging others to do the same, and by referring often to the rules and parameters we must work within.
As an attorney and former educator, I am able to work diligently to compile, assess and analyze facts and apply them to a framework of rules, goals or objectives. I am practical, pragmatic and solutions oriented. I can consider a process, problem or argument from different points of view. I also like jigsaw puzzles.
female


| (A) | ---- no text ---- | |
| 737 | (C) | And bokeled with bryȝte golde . a-bouen at þe nekke |
| 729 | (D) | Bokelid witħ fyne gold cast a-bout his nek |
| 708 | (E) | al yclosyd in steel . hard for þe nonys . |
| (Ex) | ---- no text ---- | |
| 752 | (L) | bocklyd myd briȝt gold a-boue at þe necke |
| 688 | (P) | B okylde wi th bryght golde ????? ?? ?? ???? |
| 717 | (U) | yboiled witħ fyne gold / al about his nekke |
| (V) | ---- no text ---- |


Application Data Exchange Assessment Framework and Functional Requirements for Mobile Health - Local Development build (v0.1.0). See the Directory of published versions
The functional requirements of this implementation guide are distributed in the following sections.
b. Clinical Vitals
NOTE: Clinical Vitals adds to requirements of Basic Vitals. When Clinical
vitals or any subset are assessed, the SUT must also be tested against
the requirements of the related Basic vitals set.


Check your nearest vaccination center and slots availability!


Page 1
librarian - bibliotecari/a
computer programmer - programador/a
teacher - mestre/a, professor/a
student - estudiant
scientists - científic/a
Page 2
cook - cuiner/a
secretary - secretari/a
gardener - jardiner/a
security guard - guàrdia de seguretat
tour guide - guia turístic/a
Page 3
have - haver o tenir
find - trobar
write - escriure
go - anar
see - vore
run - córrer
Page 4
gardener - jardiner/a
pickers - recol·lectors
machine operator - operadors/es de màquina
lorry driver - conductor de camió
factory worker - treballador de fàbrica
Page 5
dancer - ballarí/a
teacher - mestre/a, professor/a
tour guide - guia turistic/a
cook - anar
security guard - guàrdia de seguretat
Page 6
What does he do?
He's a secretary.
Page 7
What does he do?
He's a teacher.
Page 8
What does he do?
He's a gardener.
Page 9
What does he do?
He's a guard.
Page 10
What does he do?
He's a scientist.
Page 11
What does he do?
He's a cook.
Page 12
What does he do?
He's a students.
Page 13
What does he do?
He's a librarian.
Page 14
What does he do?
He's a guide.
Page 15
What does he do?
He's a programmer.
Page 16
He play classical music. (Present - Afirmative)
He played classical music. (Past - Afirmative)
He didn't play classical music. (Past - Negative)
Page 17
They listen to their teachers. (Present - Afirmative)
They listened to their teachers. (Past - Afirmative)
They didn't listen to their teachers. (Past - Negative)
Page 18
We don't talk a lot. (Present - Negative)
We talked a lot. (Past - Afirmative)
We didn't talk a lot. (Past - Negative)
Page 19
She use computer. (Present - Afirmative)
She used computer. (Past - Afirmative)
She didn't use computer. (Past - Negative)
Page 20
We arrive at nine o'clock. (Present - Afirmative)
We arrived at nine o'clock. (Past - Afirmative)
We didn't arrive at nine o'clock. (Past - Negative)
Page 21
They don't watch TV. (Present - Afirmative)
They watched TV. (Past - Afirmative)
They didn't watch TV. (Past - Negative)
Page 22
You talk in the school. (Present - Afirmative)
You talked in the school. (Past - Afirmative)
He didn't talk in the school. (Past - Negative)
Page 23
You work in my home. (Present - Afirmative)
You worked in my home. (Past - Afirmative)
You didn't work in my home. (Past - Negative)


Request from CIX user $username$.
Please admit me to the $forum$ forum.
Thanks,
----------------------
This is an auto-generated e-mail from CIX on behalf of<EMAIL_ADDRESS>Please do not reply directly to this email, as it will bounce.


Initializes global search field.
initAllField(field, [value])
| field |
string, field name (as defined in searches array) |
| value |
string, value for the field (optional) will only be used for drop down field |
Returns undefined.
Description
This method is called internally when user selects search field from global searches drop down field.
If you have grid defined in the following way:
And if you change columns directly, you will need to:


Provides interfaces and default implementations for objects representing annotation information on tokens.


Date: {{today | date: 'dd MMMM yyyy'}}
Customer Receipt
| Customer ID: |
{{data.customer.Code}} |
|
|
Received Date: |
{{data.case.ReceiveDate | date: 'dd MMMM yyyy'}} |
| Customer Name: |
{{data.customer.Name}} |
|
|
Contact: |
{{data.customer.Phone}} |
| Address: |
{{data.customer.Address}} |
| Company Name: |
{{data.customer.CompanyName}} |
| Case No: |
{{data.case.CaseNo}} |
| Brand: |
{{data.case.Brand}} |
| Capacity: |
{{data.case.Capacity}} |
| SL: |
{{data.case.Sl}} |
| Required Data: |
{{data.case.RequiredData}} |
Signature
_______________________
Customer
Signature
_______________________
Data Recovery Station
Verified By: {{data.username}}


RIL first firm to hit Rs 9.5 lakh cr m-cap mark
by PTIReliance Industries Limited on Tuesday achieved another milestone becoming the first Indian firm to hit a market valuation of Rs 9.5 lakh crore, helped by a rally in its stock price.
At the close of trade, shares of the company climbed 3.52 per cent to close at Rs 1,509.80 on the BSE. During the day, it jumped 3.87 per cent to a record high of Rs 1,514.95.
Following this, the company's market valuation rose by Rs 32,525.22 crore to Rs 9,57,086.22 crore on the BSE.
Last month, RIL had added another feather to its cap by becoming the first Indian firm to hit the Rs 9 lakh crore market valuation mark in intra-day trade.
In August 2018, RIL became the first domestic firm to cross the Rs 8 lakh crore mark in terms of market valuation.
TCS is the country's second most valued firm with a market valuation of Rs 7,91,115.27 crore followed by HDFC Bank with a market cap of Rs 6,97,761.76 crore, Hindustan Unilever Limited (Rs 4,40,961.39 crore) and HDFC (Rs 3,82,291.21 crore).
So far this year, RIL's stock has gained over 34 per cent.
The m-cap figures of the companies change daily with stock price movement.


Show users not division
Current User
User 1
Division: None
User 2
Division: None
User 3
Division: None


Apr 9, 2009 8:18 PM
Curious about the commonalities between microwave food and traditional eLearning?
Traditional approaches tempt us with tasty morsels of microwaved food. Other approaches lead us into a restaurant where the chef decides what we should eat, only briefly satisfying our hunger. How can we design a more collaborative and participatory environment that engages us in actively constructing a dinner together with others, rather than passively consuming it?
Based on this “cooking metaphor”, Frederik will share some thoughts and research about the problem of state of the art eLearning and the design of innovative learning environments using social media tools. After presenting social and technological changes and developments in educational settings, he will use a "learning by design" approach to present some prototypes of learning environments developed during a three-year research project. Applying a design-based research methodology, he will share a model for designing innovative learning environments with social media to actively engage learners and develop competencies for the 21 century.
Frederik Pferdt wants to take you on a journey on different projects of learning designs with social media, which he designed in research projects and university teaching. His basic research question throughout the last 4 years was and still is: How can we effectively design complex learning environments with social media? Hop on the bus and enjoy what he learned and discovered in different learning environment design projects. For FrederikÂ´s background and past journey visit: www.pferdt.de


Top FAQs
- What is the deadline for submitting my HMDA data?
-
The deadline for submitting HMDA data is March 1 following
the calendar year for which data are collected and recorded.
For example, for data collected in 2017, the deadline for
submitting HMDA data is March 1, 2018.
-
Can my financial institution have multiple user accounts?
-
Each financial institution may have multiple user accounts.
Also, an individual may establish an account on behalf of
more than one financial institution, provided that the user
has been authorized by each such financial institution to do
so.
-
Will I be able to manually enter my LAR into the HMDA
Platform?
-
The HMDA Platform only accepts a pipe-delimited text file
containing your LAR. If changes are required to your LAR,
please enter them into your pipe-delimited text file before
uploading the file to the HMDA Platform. This must be a
single file as the HMDA Platform will not allow users to
combine multiple files.
-
Is there another tool for me to confirm that my LAR is in
the correct format?
-
Filers who wish to confirm that their LAR is formatted in
the required pipe-delimited text file format may also use
the HMDA File Format Verification Tool available at{' '}
https://cfpb.github.io/hmda-platform-tools/file-format-verification/
. This tool will conduct some of the same initial checks
that the HMDA Platform performs, and provides a convenient
test mechanism for filers.
CFPB Notice and Consent Banner
This is a Consumer Financial Protection Bureau (CFPB)
information system. The CFPB is an independent agency of the
United States Government. CFPB information systems are provided
for the processing of official information only. Unauthorized or
improper use of this system may result in administrative action,
as well as civil and criminal penalties. Because this is a CFPB
information system, you have no reasonable expectation of
privacy regarding any communication or data transiting or stored
on this information system. All data contained on CFPB
information systems is owned by CFPB and your use of the CFPB
information system serves as your consent to your usage being
monitored, intercepted, recorded, read, copied, captured or
otherwise audited in any manner, by authorized personnel,
including but not limited to employees, contractors, and/or
agents of the United States Government.
Paperwork Reduction Act
According to the Paperwork Reduction Act of 1995, an agency may
not conduct or sponsor, and, not withstanding any other
provision of law, a person is not required to respond to a
collection of information unless it displays a valid OMB control
number. The OMB control number for this collection is 3170-0008.
The time required to complete this information collection is
estimated to average between 7,700 hours and 77 hours per
response depending on the size of the institution, per response.
The obligation to respond to this collection of information is
mandatory per the Home Mortgage Disclosure Act 12 U.S.C.
2801-2810 as implemented by CFPB’s Regulation C 12 CFR part
1003. Comments regarding this collection of information,
including the estimated response time, suggestions for improving
the usefulness of the information, or suggestions for reducing
the burden to respond to this collection should be submitted to
the Bureau at the Consumer Financial Protection Bureau
(Attention: PRA Office), 1700 G Street NW, Washington, DC 20552,
or by email to<EMAIL_ADDRESS>The other agencies collecting
information under this regulation maintain OMB Control numbers
for their collections as follows: Office of the Comptroller of
the Currency (1557–0159), the Federal Deposit Insurance
Corporation (3064–0046), the Federal Reserve System (7100–0247),
the Department of Housing and Urban Development (HUD)
(2502–0529), the National Credit Union Administration
(3133–0166).


Products
Insurance 101
About Us
Get a Quote
Login
Life. You got this.
Immediate Insurance Coverage. No medical exam. Sign up entirely online in less than 20 minutes. Designed exclusively for federal employees by GEHA.
Term Life Insurance
GEHAtotal Life Insurance gives you the confidence to let life happen.
Get the details
Short-Term Income Protection
Helps you pay the bills -- earn a paycheck with an illness or an injury.
Get the details
Accident Expense Protection
Make sure a physical setback doesn’t become a financial setback.
Get the details
Calculate Your Needs
Discover your insurance needs, receive a quote and purchase insurance in minutes.
Let’s begin
About GEHAtotal
GEHA has been improving the lives of Federal Employees for 80 years.
Get to know GEHA


Jeri Lane Sampson
Democrat
I am retired. My most recent job was as a computer programmer at Crawford Technologies, Inc (Toronto CA working remotely) from 2012-2019. Before that I worked at IBM and a spinoff for 33 years (1979-2012). I can get you a resume if you want it but that's about it!
I have a BS in Computer Science from Iowa State University (1979). I was a co-author of 4 US patents during my time with IBM, mainly having to do enhancements to IBM's Advanced Function Presentation architecture. I received a designation of Electronic Document Professional in 2012 from Xplor International (https://xplor.org/edp-certification-program/).
80004
Most of the organizations that I am interested in belonging to have to do with protecting the environment. I have been involved in many organizations as a member, but haven't held office with any of them. I have been especially active since retiring in April 2019. I was a volunteer coordinator with Seniors Outdoors and Softball for a Cure, which involved both getting people to sign up for jobs and making sure they were done on time.
Since 2015 I have donated money to campaigns for Hillary Clinton, Elizabeth Warren, John Hickenlooper, Michael Bennet, Pete Buttigieg, Joe Biden, Rachel Zenzinger, Brianna Titone, and probably others that I can't remember. None of these donations have been more than $50 at a time. Also Act Blue, Jeffco Dems, La Plata county Democrats, and Team GiveGreen. I don't know if these qualify as political but: EarthJustice, Environment Colorado, Save the Boundary Waters, and NRDC. I am pretty sure that I've been registered as a Democrat since 2015 but, I may have been Unaffiliated for part of that time.
In the past 5 years I have belonged to and/or volunteered with Arvada Community Table, La Plata County Open Space, Vote Forward, Sierra Club, Conservation Colorado, Seniors Outdoors (Durango CO), Rocky Mountain Ukulele Orchestra, Xcel Energy day of action, Softball for a Cure (Boulder CO), Citizens Climate Lobby, and Arvadans for Progressive Action. I was appointed to the Arvada Parks Advisory Committee this past May (a volunteer 3 year position).
I think the commission is doing important work because BOTH parties have taken advantage of redistricting to serve their own needs every time there is an election. The districts for voting should be based on divisions of the population that make geographic sense, not political. I believe that each district should be able to elect representatives based on the needs of the people who live there and not by drawing crazy boundaries.
When I was working at IBM my job for many years was as a technical team leader (as well as a programmer). I have quite a bit of experience in dealing with people who have different backgrounds and with different age groups. I am also a parent to two successful women and as everyone knows, raising kids requires a lot of guidance and compromise. I know how to listen to all sides of a question before making a decision. I feel that I am a reasonable, thoughtful, and fair person.
Being a computer programmer is an exercise in logic. I like to compare it to solving word problems. I am a very logical thinker, which led to my successful career of 40 years in that industry. Most of my career was spent doing program development and fixing customer issues. Maintenance programming consists of using logic to listen to the customer problem and thinking about what may be causing it in the code. You need to be able to approach a problem in a logical manner, identify possible causes, and eliminate them until the correct issue is found and fixed. Logic and reason are what it's all about! I can get you some letters of recommendation if you need them but since I'm retired, I don't really who to ask or what type of letter you want. Please let me know if you do need these and more about what kind of recommendation you are looking for.
female


org.multiverse.stms.gamma.transactionalobjects
Interfaces
GammaObject
Classes
AbstractGammaObject
BaseGammaTxnRef
CallableNode
GammaTxnBoolean
GammaTxnDouble
GammaTxnInteger
GammaTxnLong
GammaTxnRef
Tranlocal


| DOSE: |
20 mg |
oral |
4-Acetoxy-MiPT |
(capsule) |
| |
|
smoked |
Cannabis |
(plant material) |
Saturday night 08:30 PM me and 4 friends head off for a nice and quiet evening near a big lake. First things first, we had to get the fire going. Right afterwards, I decided to pop my 4-Acetoxy-MiPT capsule. Initial effects were felt after about 20 minutes. In many ways the come-up could be compared to my earlier shroom-trips, but with less body-load. Also the waves felt different, probably due to the stimulating aspect.
When I felt the peak coming on, I - being the stoner that I am - had to smoke a haze-joint. Pretty much instantly I had to lie down. Looking at a sky full of stars, I had my glasses on, and noticed that when looking straight through them I saw beams of light/stars/tracers entering my vision. Also we were discussing the different stars present, but I really couldn't tell the patterns my friends were talking about. Not that I wasn't seeing any, hehe.
Next stop on my 4-Acetoxy-MiPT adventure : CEV's. I closed my eyes and could feel all my bodily functions extremely clear. Short after the CEV's were coming on. I was mainly floating through fluo tunnels at extreme pace.(this I always see when tripping or rolling) Later on in my trip, I decided to go for a walk, which was very
nice. The moon was a nice orange color (really !) and I felt like I could almost touch it. I was definitely feeling the 'altogether.'
My most beloved effect of most psychedelics. Near the end of the trip I had another smoke which got me back up a bit again. It made me think about the concept fate, which I guess is something I believe in or definitely want to believe in. Life is a ride that can be fucking awful at times, but then again I need to learn to focus on the right things and see them in perspective.
One negative point, but not due to 4AcO-MiPT. I think I caught a cold ; being dressed for summer again. Always happens whenever I see a couple of rays on sunshine. But anyway, it was a really nice experience. I'm looking forward to trip on this wonderful chemical in daylight, because of the nice visual effects.
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.


Here’s exactly how to get a good disability insurance policy online
by Tanza Loudenback, Business Insider US- Disability insurance is an important protection to have if you earn an income, especially if others rely it, too.
- You may get free disability insurance through your employer, but it’s usually not enough coverage.
- Experts recommend supplementing a short-term disability insurance policy with long-term disability insurance.
- You can go directly to an insurance company to get disability insurance, but to find the best rates, you should shop through a third-party broker.
- Policygenius can help you find the best disability insurance for your needs, at the best price »
Anyone who earns money should at least consider getting disability insurance.
Even if you don’t have a family whose livelihood depends on you, disability insurance can help maintain positive cash flow for you in the event an injury or illness takes you out of work for more than a few months.
Despite popular belief, you don’t need to work in a dangerous industry or environment to have disability insurance. You just need to have a job that produces income you wouldn’t feel comfortable losing if you can’t work.
While you may get free disability insurance through your employer, it’s usually not enough coverage. Experts often recommend supplementing a short-term disability insurance policy, like the one you get through work, with long-term disability insurance.
How to get disability insurance
To apply for disability insurance, you’ll have to provide details about your job, your income, and your health status. Most importantly, you’ll choose the terms of your policy, which will largely determine the cost.
Three of the most important aspects of any disability insurance policy are the monthly benefit amount (how much you want to receive based on your income), the elimination or waiting period (how long you have to wait to get the payments), and the benefit period (how long the benefits will last).
Below, we’ll take you through an application process for long-term disability insurance on Policygenius:
1. On Policygenius.com, you can find, compare, and buy several types of insurance. For disability insurance, click the “disability” box. (If you use our link, you’ll skip this step.)
2. There’s no commitment required to get a basic quote for your monthly premium. You can fill out most of the application and get a quote range before entering your name, email, and phone number.
3. You buy disability insurance to protect against loss of income, so details about your job are an important part of the application process, including how often you work, where you work, whether you’re self-employed, and how much you earn.
4. Next, you’ll select your monthly benefit amount. Policygenius recommends an ideal amount based on the questions you answered on the previous page. If you leave the monthly benefit amount as is, you can edit it later.
5. Next, you have to choose a waiting period – the amount of time you wait from the date of your disability until the date you begin receiving your benefits. You can typically choose anywhere from 30 days to 365 days.
If you have a healthy emergency fund or a short-term disability policy through work, it may be worth it to choose a longer waiting period. The longer you agree to wait, the cheaper the policy will be now.
6. Now it’s time to choose your benefit period. On a long-term disability policy, this can last anywhere from two years all the way up to retirement age.
While Policygenius recommends choosing the longest benefit period available, it recognizes that this will increase the cost of the policy. To keep the cost down and still get sufficient protection, a five-year benefit period may be a good middle ground.
7. After you choose your benefit amount, waiting period, and benefit period, Policygenius suggests adding a few enhancements to your policy (formally known as riders). It describes the purpose of each one below and allows you to opt out.
8. Lastly, you’ll be asked to provide details about your health – height, weight, whether or not you’re a smoker (of cigarettes or marijuana), and whether you’re pregnant.
There are also a few questions about your driving record – another way insurers assess your risk.
9. Next you’ll get a quote estimate. Policygenius offers a range because every insurer rates occupations and health a little differently, so premiums can vary. Since there’s a chance you could be paying the high end of that range, Policygenius wants to make sure you can afford it before moving to the final step.
10. To get rate estimates from specific insurers, you’ll need to fill out your name, email, and phone number so a Policygenius agent can reach out to you.
11. Before you finish, Policygenius asks to hear more about your job so they can better customize the policies for you.
12. After clicking “get my rates,” you can expect a call from a Policygenius agent, usually within a day. They’ll share rates with you from a sampling of insurance companies and you can ask any lingering questions you have before submitting an application to the insurer of your choice.
Shop for disability insurance policies using Policygenius »
- More personal finance coverage
- 4 reasons to open a high-yield savings account while interest rates are down
- It took less than 10 minutes to open a high-yield cash account with Wealthfront and earn more on my savings
- How to buy a house with no money down
- When to save money in high-yield savings
- Best rewards credit cards
- 7 reasons you may need life insurance, even if you think you don’t


Constructor
new exports(options)
Create a application.
Parameters:
| Name | Type | Description | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
options |
object | Options
Properties
|
- Source:
Methods
body()
The middleware is finally loaded by default, which can be manually invoked.
- Source:
plugin(plugin, options)
Plugin as middleware
Parameters:
| Name | Type | Description |
|---|---|---|
plugin |
* | |
options |
* |
- Source:
route()
The middleware automatically loads routes
- Source:
(async) start() → {Server}
Start a server
- Source:
Returns:
http.createServer
- Type
- Server
useExpress(fn)
Use express middleware
Parameters:
| Name | Type | Description |
|---|---|---|
fn |
* |
- Source:


Hello! My name is Renae Chng. Im currently studying in SP DEB programme. I am 18 years old this year.
You can contact me at:


ScriptBox: Is a smsbox replacement for kannel, write in javascript, using kannel.js caminte.js and TingoDb.
ScriptBox: Is a smsbox replacement for kannel, write in javascript, using kannel.js caminte.js and TingoDb.
Kanel.js: Is a ipc protocol implemented in full javascript, it allow to write a powerfull smsbox in javascript [github sources].
Request : HTTP Method : GET Url : /cgi-bin/sendsms Paramametres (query string) from : reciever to : receiver text : SMS to send username : login password : password for SMSSend SMS


My favorite things.
These are a few of my favorite people!
People
Here are some of my favorite people!
My Brother
My Mom and Dad
My Friends
Flavors of ice cream
These are my three favorite, in order:
- Pistachio
- Malted milk chocolate
- Black licorice (really!)
Thanks for reading about me!


ULTIMATE WARRIOR, THE (director/writer: Robert Clouse; cinematographer: Gerald Hirschfeld; editor: Michael Kahn; cast: Yul Brynner (Carson), Max Von Sydow (The Baron), Richard Kelton (Cal), Joanna Miles (Melinda), William Smith (Carrot), Stephen McHattie (Robert), Darrell Zwerling (Silas), Mel Novak (Lippert), 1975)
Reviewed by Dennis Schwartz
A promising near-future, sci-fi adventure film, whose leaden direction, weak acting, and incredibly inadequate set designs, cause the good premise to collapse into an apocalyptic failure by the time the film was resolved. This film should have been entertaining, but instead felt tiresome. There was no fun to be had, no noteworthy dramatics, dialogue, or story developed. What you got is Yul Brynner for most of the film stripped of his shirt, fighting back against the street-people, either knifing them to death or throwing them down a shaft.
The film opens in New York City in 2012 A.D., after an Atomic holocaust caused a plague, killing off most of the population and all of the food supply. The streets are bare except for gangs who ravage anyone who wanders outside. Max Von Sydow is The Baron, head of a commune that is on their last legs, but is able to survive because of a scientist, Cal (Kelton), who is able to cultivate seeds for vegetables. He is married to Baron's daughter Melinda (Miles), who is expecting their child soon.
Yul Brynner is pictured as this giant, standing mute for days in front of the library waiting for someone to make him an offer for his services as a warrior. Baron and some members of his compound venture outside to recruit Yul, offering him vegetables, a woman, and cigars. It will be the cigars that seals the contract, as Yul joins the compound and helps the men get safely back to their compound and past Carrot's (Smith) street-people who attacked them.
When Yul tells Baron about an island off the coast of North Carolina that he is heading for, Baron tells him this compound can't last too much longer, it is difficult growing food on the roof, the commune members are restless and unreliable, and Carrot's gang is too strong for them, it is only a matter of time before they attack the gated compound itself.
Baron tells Yul to take Cal and Melinda to that island through a secret passage under one of the buildings on 29th street, and with the seeds that Cal cultivated, he can start life anew there. But before the plan can be implemented, Carrot's gang attacks Cal's tomato garden and throws Cal off the roof. With Cal dead, Baron gets Yul and Melinda to secretly leave immediately with all the seeds. When the compound discovers what happened they crush Von Sydow to death.
The climax has Carrot and his boys going into the dark tunnel with torches after Yul, Melinda, the seeds, and the baby boy Melinda has while escaping. It is now up to Yul to get them to North Carolina.
REVIEWED ON 6/18/2000 GRADE: C-
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


 You can place Earth-like planets in orbit around a star. Each planet pulls on the others so you must deftly balance the gravity wells of every object in the system.
When a planet falls into a tolerable "life zone" its population grows. If a planet gets too close to Sol it burns up, if it falls too far away it freezes. If a planet collides with another planet or Sol it is destroyed. All of these have disastrous consequences for life on the planet. The goal is to satisfy the whims of Sol.
Seems to require pretty up-to-date video drivers. Please let us know if it opens and closes right away.
Unfortunately Go's poor 32-bit support means we won't be able to support 32-bit Windows. Sorry!
Running:
Running:
Note, you might get a warning that this app is from an untrusted developer. If this happens, hold down control and right click on the file.
Choose "Open".
You will only have to do this once.
| Windows 64-bit version 1.0.1 | (Tested on Windows 8.1) |
| Mac OSX version 1.0.1 | (Tested on OSX Mavericks) |
| Source code available on Github |
Please contact @kurrik if you have any issues with these builds! We want to make sure as many people get a chance to play as possible! If it doesn't work for you, let us know!
If you entered Ludum Dare please rate our submission! Available on this page
1.0.1


Audio Argus
Audio Argus is a intelligent group of smart microphones which monitor the health of any device which has a mechanical component. What’s the first thing a mechanic does when you bring them your car? They fire up the engine and listen to the way it sounds! The sounds a machine emits gives you a plethora of information about how well it’s working and what might be wrong with it. Audio Argus is your own personal machine learning mechanic in the Cloud, and it doesn't just work for cars, it works for any device with a mechanical component.
Thanks to
Percolate Studio (now MDG ;) lots of stuff borrowed from the Local Market demo. Also Special thanks to Slava Kim, Sashko Stubailo, and the rest of the MDG team for all their hard work in getting Cordova to work effortlessly with the Meteor CLI.
Argus was made by David Sykora and Joel Brinton for the 2015 Smart City IoT SigFox Hackathon. Built using
Meteor. Audio Argus is open source and the code is available on
GitHub.