The Tyo Sign Language Adventure
Alright fam, we’ve talked too long about learning more of sign language than just the alphabet. It is time we get to work! Here I’ve outlined a schedule and the resources we need. This schedule can be reworked but should serve as a good starting point and get us into a positive routine.
This lesson plan includes three components:
1. Weekly Lecture Videos
2. Weekly Quizes
3. A monthly group video call
Your Duties
Each week, watch the lecture video, complete the corresponding quiz, then text Jake your quiz score - this should take roughly one hour. At the end of each month we will all get together in a video call and practice our newly learned skills by talking ENTIRELY in sign language - thats right, NO talking!
Google Calendar
You can follow this link to get access to a Google Calendar with this same schedule on it, which will also send you alerts. Alternativly, you can email<EMAIL_ADDRESS>with the subject “Add me to ASL Calendar” and I can add you manually. I’m looking forward to this adventure, and good luck!
Video Chat Schedule
All chats will take place at 7:30pm EST.
| Chat Number | Date |
|---|---|
| 1 | January 26, 2022 |
| 2 | February 23, 2022 |
| 3 | March 30, 2022 |
| 4 | April 27, 2022 |
| 5 | May 25, 2022 |
| 6 | June 29, 2022 |
| 7 | July 27, 2022 |
| 8 | August 31, 2022 |
| 9 | September 28, 2022 |
| 10 | October 26, 2022 |
| 11 | November 30, 2022 |
| 12 | December 28, 2022 |
Lecture Schedule
| Week Number | Begin Date | Finish Date | Lecture Link | Quiz Link |
|---|---|---|---|---|
| 1 | December 26, 2021 | January 1, 2022 | Lecture 01 | Quiz 01 |
| 2 | January 2, 2022 | January 8, 2022 | Lecture 02 | Quiz 02 |
| 3 | January 9, 2022 | January 15, 2022 | Lecture 03 | Quiz 03 |
| 4 | January 16, 2022 | January 22, 2022 | Lecture 04 | Quiz 04 |
| 5 | January 23, 2022 | January 29, 2022 | Lecture 05 | Quiz 05 |
| 6 | January 30, 2022 | February 5, 2022 | Lecture 06 | Quiz 06 |
| 7 | February 6, 2022 | February 12, 2022 | Lecture 07 | Quiz 07 |
| 8 | February 13, 2022 | February 19, 2022 | Lecture 08 | Quiz 08 |
| 9 | February 20, 2022 | February 26, 2022 | Lecture 09 | Quiz 09 |
| 10 | February 27, 2022 | March 5, 2022 | Lecture 10 | Quiz 10 |
| 11 | March 6, 2022 | March 12, 2022 | Lecture 11 | Quiz 11 |
| 12 | March 13, 2022 | March 19, 2022 | Lecture 12 | Quiz 12 |
| 13 | March 20, 2022 | March 26, 2022 | Lecture 13 | Quiz 13 |
| 14 | March 27, 2022 | April 2, 2022 | Lecture 14 | Quiz 14 |
| 15 | April 3, 2022 | April 9, 2022 | Lecture 15 | Quiz 15 |
| 16 | April 10, 2022 | April 16, 2022 | Lecture 16 | Quiz 16 |
| 17 | April 17, 2022 | April 23, 2022 | Lecture 17 | Quiz 17 |
| 18 | April 24, 2022 | April 30, 2022 | Lecture 18 | Quiz 18 |
| 19 | May 1, 2022 | May 7, 2022 | Lecture 19 | Quiz 19 |
| 20 | May 8, 2022 | May 14, 2022 | Lecture 20 | Quiz 20 |
| 21 | May 15, 2022 | May 21, 2022 | Lecture 21 | Quiz 21 |
| 22 | May 22, 2022 | May 28, 2022 | Lecture 22 | Quiz 22 |
| 23 | May 29, 2022 | June 4, 2022 | Lecture 23 | Quiz 23 |
| 24 | June 5, 2022 | June 11, 2022 | Lecture 24 | Quiz 24 |
| 25 | June 12, 2022 | June 18, 2022 | Lecture 25 | Quiz 25 |
| 26 | June 19, 2022 | June 25, 2022 | Lecture 26 | Quiz 26 |
| 27 | June 26, 2022 | July 2, 2022 | Lecture 27 | Quiz 27 |
| 28 | July 3, 2022 | July 9, 2022 | Lecture 28 | Quiz 28 |
| 29 | July 10, 2022 | July 16, 2022 | Lecture 29 | Quiz 29 |
| 30 | July 17, 2022 | July 23, 2022 | Lecture 30 | Quiz 30 |
| 31 | July 24, 2022 | July 30, 2022 | Lecture 31 | Quiz 31 |
| 32 | July 31, 2022 | August 6, 2022 | Lecture 32 | Quiz 32 |
| 33 | August 7, 2022 | August 13, 2022 | Lecture 33 | Quiz 33 |
| 34 | August 14, 2022 | August 20, 2022 | Lecture 34 | Quiz 34 |
| 35 | August 21, 2022 | August 27, 2022 | Lecture 35 | Quiz 35 |
| 36 | August 28, 2022 | September 3, 2022 | Lecture 36 | Quiz 36 |
| 37 | September 4, 2022 | September 10, 2022 | Lecture 37 | Quiz 37 |
| 38 | September 11, 2022 | September 17, 2022 | Lecture 38 | Quiz 38 |
| 39 | September 18, 2022 | September 24, 2022 | Lecture 39 | Quiz 39 |
| 40 | September 25, 2022 | October 1, 2022 | Lecture 40 | Quiz 40 |
| 41 | October 2, 2022 | October 8, 2022 | Lecture 41 | Quiz 41 |
| 42 | October 9, 2022 | October 15, 2022 | Lecture 42 | Quiz 42 |
| 43 | October 16, 2022 | October 22, 2022 | Lecture 43 | Quiz 43 |
| 44 | October 23, 2022 | October 29, 2022 | Lecture 44 | Quiz 44 |
| 45 | October 30, 2022 | November 5, 2022 | Lecture 45 | Quiz 45 |
| 46 | November 6, 2022 | November 12, 2022 | Lecture 46 | Quiz 46 |
| 47 | November 13, 2022 | November 19, 2022 | Lecture 47 | Quiz 47 |
| 48 | November 20, 2022 | November 26, 2022 | Lecture 48 | Quiz 48 |
| 49 | November 27, 2022 | December 3, 2022 | Lecture 49 | Quiz 49 |
| 50 | December 4, 2022 | December 10, 2022 | Lecture 50 | Quiz 50 |
| 51 | December 11, 2022 | December 17, 2022 | Lecture 51 | |
| 52 | December 18, 2022 | December 24, 2022 | Lecture 52 | |
| 53 | December 25, 2022 | December 31, 2022 | Lecture 53 | |
| 54 | January 1, 2023 | January 7, 2023 | Lecture 54 | |
| 55 | January 8, 2023 | January 14, 2023 | Lecture 55 | |
| 56 | January 15, 2023 | January 21, 2023 | Lecture 56 | |
| 57 | January 22, 2023 | January 28, 2023 | Lecture 57 | |
| 58 | January 29, 2023 | February 4, 2023 | Lecture 58 | |
| 59 | February 5, 2023 | February 11, 2023 | Lecture 59 | |
| 60 | February 12, 2023 | February 18, 2023 | Lecture 60 |


The Tin Woodman of Oz
by L. Frank Baum
Chapter 22: “Nimmie Amee”
Additional Information
- Year Published: 1918
- Language: English
- Country of Origin: United States of America
- Source: Baum, L. F. (1918). The Tin Woodman of Oz. J. R. Neill (Ed.).
-
Readability:
- Flesch–Kincaid Level: 7.0
- Word Count: 1,716
- Genre: Fantasy
- Keywords: 20th century literature, american literature, books of oz, children's literature, fantasy, l. frank baum
- ✎ Cite This
Downloads
We may be sure that at this moment our friends were all anxious to see the end of the adventure that had caused them so many trials and troubles. Perhaps the Tin Woodman’s heart did not beat any faster, because it was made of red velvet and stuffed with sawdust, and the Tin Soldier’s heart was made of tin and reposed in his tin bosom without a hint of emotion. However, there is little doubt that they both knew that a critical moment in their lives had arrived, and that Nimmie Amee’s decision was destined to influence the future of one or the other.
As they assumed their natural sizes and the rhubarb leaves that had before towered above their heads now barely covered their feet, they looked around the garden and found that no person was visible save themselves. No sound of activity came from the house, either, but they walked to the front door, which had a little porch built before it, and there the two tinmen stood side by side while both knocked upon the door with their tin knuckles.
As no one seemed eager to answer the summons they knocked again; and then again. Finally they heard a stir from within and someone coughed.
“Who’s there?” called a girl’s voice.
“It’s I!” cried the tin twins, together.
“How did you get there?” asked the voice. They hesitated how to reply, so Woot answered for them:
“By means of magic.”
“Oh,” said the unseen girl. “Are you friends, or foes?”
“Friends!” they all exclaimed. Then they heard footsteps approach the door, which slowly opened and revealed a very pretty Munchkin girl standing in the doorway.
“Nimmie Amee!” cried the tin twins.
“That’s my name,” replied the girl, looking at them in cold surprise. “But who can you be?”
“Don’t you know me, Nimmie?” said the Tin Woodman. “I’m your old sweetheart, Nick Chopper!” “Don’t you know me, my dear?” said the Tin Soldier. “I’m your old sweetheart, Captain Fyter!”
Nimmie Amee smiled at them both. Then she looked beyond them at the rest of the party and smiled again. However, she seemed more amused than pleased. “Come in,” she said, leading the way inside. “Even sweethearts are forgotten after a time, but you and your friends are welcome.”
The room they now entered was cosy and comfortable, being neatly furnished and well swept and dusted. But they found someone there besides Nimmie Amee. A man dressed in the attractive Munchkin costume was lazily reclining in an easy chair, and he sat up and turned his eyes on the visitors with a cold and indifferent stare that was almost insolent. He did not even rise from his seat to greet the strangers, but after glaring at them he looked away with a scowl, as if they were of too little importance to interest him.
The tin men returned this man’s stare with interest, but they did not look away from him because neither of them seemed able to take his eyes off this Munchkin, who was remarkable in having one tin arm quite like their own tin arms.
 The villain is wearing my own head!”
“Yes,” added the Tin Woodman, “and he’s wearing my right arm! I can recognize it by the two warts on the little finger.”
“Good gracious!” exclaimed Woot. “Then this must be the man whom old Ku-Klip patched together and named Chopfyt.”
The man now turned toward them, still scowling. “Yes, that is my name,” he said in a voice like a growl, “and it is absurd for you tin creatures, or for anyone else, to claim my head, or arm, or any part of me, for they are my personal property.”
“You? You’re a Nobody!” shouted Captain Fyter.
“You’re just a mix-up,” declared the Emperor.
“Now, now, gentlemen,” interrupted Nimmie Amee, “I must ask you to be more respectful to poor Chopfyt. For, being my guests, it is not polite for you to insult my husband.”
“Your husband!” the tin twins exclaimed in dismay.
“Yes,” said she. “I married Chopfyt a long time ago, because my other two sweethearts had deserted me.”
This reproof embarrassed both Nick Chopper and Captain Fyter. They looked down, shamefaced, for a moment, and then the Tin Woodman explained in an earnest voice:
“I rusted.”
“So did I,” said the Tin Soldier.
“I could not know that, of course,” asserted Nimmie Amee. “All I knew was that neither of you came to marry me, as you had promised to do. But men are not scarce in the Land of Oz. After I came here to live, I met Mr. Chopfyt, and he was the more interesting because he reminded me strongly of both of you, as you were before you became tin. He even had a tin arm, and that reminded me of you the more.”
“No wonder!” remarked the Scarecrow.
“But, listen, Nimmie Amee!” said the astonished Woot; “he really is both of them, for he is made of their cast-off parts.”
“Oh, you’re quite wrong,” declared Polychrome, laughing, for she was greatly enjoying the confusion of the others. “The tin men are still themselves, as they will tell you, and so Chopfyt must be someone else.” They looked at her bewildered, for the facts in the case were too puzzling to be grasped at once.
“It is all the fault of old Ku-Klip,” muttered the Tin Woodman. “He had no right to use our castoff parts to make another man with.”
“It seems he did it, however,” said Nimmie Amee calmly, “and I married him because he resembled you both. I won’t say he is a husband to be proud of, because he has a mixed nature and isn’t always an agreeable companion. There are times when I have to chide him gently, both with my tongue and with my broomstick. But he is my husband, and I must make the best of him.”
“If you don’t like him,” suggested the Tin Woodman, “Captain Fyter and I can chop him up with our axe and sword, and each take such parts of the fellow as belong to him. Then we are willing for you to select one of us as your husband.”
“That is a good idea,” approved Captain Fyter, drawing his sword.
“No,” said Nimmie Amee; “I think I’ll keep the husband I now have. He is now trained to draw the water and carry in the wood and hoe the cabbages and weed the flower-beds and dust the furniture and perform many tasks of a like character. A new husband would have to be scolded—and gently chided—until he learns my ways. So I think it will be better to keep my Chopfyt, and I see no reason why you should object to him. You two gentlemen threw him away when you became tin, because you had no further use for him, so you cannot justly claim him now. I advise you to go back to your own homes and forget me, as I have forgotten you.”
“Good advice!” laughed Polychrome, dancing.
“Are you happy?” asked the Tin Soldier.
“Of course I am,” said Nimmie Amee; “I’m the mistress of all I survey—the queen of my little domain.”
“Wouldn’t you like to be the Empress of the Winkies?” asked the Tin Woodman.
“Mercy, no,” she answered. “That would be a lot of bother. I don’t care for society, or pomp, or posing. All I ask is to be left alone and not to be annoyed by visitors.”
The Scarecrow nudged Woot the Wanderer.
“That sounds to me like a hint,” he said.
“Looks as if we’d had our journey for nothing,” remarked Woot, who was a little ashamed and disappointed because he had proposed the journey.
“I am glad, however,” said the Tin Woodman, “that I have found Nimmie Amee, and discovered that she is already married and happy. It will relieve me of any further anxiety concerning her.”
“For my part,” said the Tin Soldier, “I am not sorry to be free. The only thing that really annoys me is finding my head upon Chopfyt’s body.”
“As for that, I’m pretty sure it is my body, or a part of it, anyway,” remarked the Emperor of the Winkies. “But never mind, friend Soldier; let us be willing to donate our cast-off members to insure the happiness of Nimmie Amee, and be thankful it is not our fate to hoe cabbages and draw water —and be chided—in the place of this creature Chopfyt.”
“Yes,” agreed the Soldier, “we have much to be thankful for.”
Polychrome, who had wandered outside, now poked her pretty head through an open window and exclaimed in a pleased voice:
“It’s getting cloudy. Perhaps it is going to rain!”


Comments
-
Greg Hurrell
Just so I can get an idea of what you're trying to achieve here, can you show me what you want your markup to look like (before and after)?
-
Greg Hurrell
In the absence of further input I'm going to mark this one as closed for a couple of reasons.
There really is no "between" moment after sanitization and the rest of the processing. This is because there is only a single pass through the input text, and the HTML is emitted along the way. For example, as soon as the translator sees
''
it immediately emits
. As soon as it sees[[
it knows it's going to emit a link and so gobbles up the needed tokens and emits it immediately. It's the same for other tokens, and an essential part of the design given that it's all about speed. Basically with this architecture there can never really be a hooks into the middle of the translation process; we can do pre-processing and post-processing, but nothing in the middle because it's an indivisible pass.If you want to add support for definition lists, the right way to do it would be to support them as first-class citizens (ie. with built-in support for syntax). As
*
and#
are already used for unordered (unnumbered) and ordered (numbered) lists, a new symbol would be needed. -
Greg Hurrell
Status changed:
- From: new
- To: closed
-
August Lilleaas
Created , edited
The markup is something like this:
# before foo:: bar baz:: maz # after

foo

bar

baz

maz>/dd>

Does "built in support for syntax" mean having to write C code? I'm not fluent with C at all.
-
Greg Hurrell
Yeah, that's what it means.
Can you show what the syntax would look like when the term contains a space? (ie. "foo bar" instead of "foo")
I wonder if something like this might be better:
::term 1: a definition ::term 2: another definition
-
Greg Hurrell
Or perhaps for symmetry:
::term 1:: foo ::term 2:: bar
Add a comment
Comments are now closed for this issue.


For single source file projects the process is very simple. Compile your programs with the following command
sdcc sourcefile.c
The above command will compile ,assemble and link your source file. Output files are as follows.
SDCC can compile only ONE file at a time. Let us for example assume that you have a project containing the following files.
foo1.c ( contains some functions )foo2.c (contains some more functions)foomain.c (contains more functions and the function main)
The first two files will need to be compiled separately with the commands
sdcc -c foo1.csdcc -c foo2.c
Then compile the source file containing main and link the other files together with the following command.
sdcc foomain.c foo1.rel foo2.rel
Alternatively foomain.c can be separately compiled as well
sdcc -c foomain.c sdcc foomain.rel foo1.rel foo2.rel
The file containing the main function MUST be the FIRST file specified in the command line , since the linkage editor processes file in the order they are presented to it.
Some reusable routines may be compiled into a library, see the documentation for the assembler and linkage editor in the directory SDCCDIR/asxxxx/asxhtm.htm this describes how to create a .lib library file, the libraries created in this manner may be included using the command line, make sure you include the -L <library-path> option to tell the linker where to look for these files. Here is an example, assuming you have the source file 'foomain.c' and a library 'foolib.lib' in the directory 'mylib'.
sdcc foomain.c foolib.lib -L mylib
Note here that 'mylib' must be an absolute path name.
The view of the way the linkage editor processes the library files, it is recommended that you put each source routine in a separate file and combine them using the .lib file. For an example see the standard library file 'libsdcc.lib' in the directory SDCCDIR/sdcc51lib.


| Opcode/Instruction | Op/En | 64/32 -bit Mode | CPUID Feature Flag | Description |
| VEX.NDS.256.66.0F3A.W0 46 /r ib VPERM2I128 ymm1, ymm2, ymm3/m256, imm8 | RVMI | V/V | AVX2 | Permute 128-bit integer data in ymm2 and ymm3/mem using controls from imm8 and store result in ymm1. |
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| RVMI | ModRM:reg (w) | VEX.vvvv | ModRM:r/m (r) | Imm8 |
Permute 128 bit integer data from the first source operand (second operand) and second source operand (third operand) using bits in the 8-bit immediate and store results in the destination operand (first operand). The first source operand is a YMM register, the second source operand is a YMM register or a 256-bit memory location, and the destination operand is a YMM register.
| SRC2 | Y1 | Y0 |
| SRC1 | X1 | X0 |
| DEST | X0, X1, Y0, or Y1 Figure 4-37. | X0, X1, Y0, or Y1 VPERM2I128 Operation |
Imm8[1:0] select the source for the first destination 128-bit field, imm8[5:4] select the source for the second destination field. If imm8[3] is set, the low 128-bit field is zeroed. If imm8[7] is set, the high 128-bit field is zeroed. VEX.L must be 1, otherwise the instruction will #UD.
VPERM2I128 CASE IMM8[1:0] of 0: DEST[127:0] ← SRC1[127:0] 1: DEST[127:0] ← SRC1[255:128] 2: DEST[127:0] ← SRC2[127:0] 3: DEST[127:0] ← SRC2[255:128] ESAC CASE IMM8[5:4] of 0: DEST[255:128] ← SRC1[127:0] 1: DEST[255:128] ← SRC1[255:128] 2: DEST[255:128] ← SRC2[127:0] 3: DEST[255:128] ← SRC2[255:128] ESAC IF (imm8[3]) DEST[127:0] ← 0 FI IF (imm8[7]) DEST[255:128] ← 0 FI
VPERM2I128: __m256i _mm256_permute2x128_si256 (__m256i a, __m256i b, int control)
None
See Exceptions Type 6; additionally
| #UD | If VEX.L = 0, If VEX.W = 1. |


To get started set up the url where your app is deployed and choose where you want downloaded assets to be stored:


Since 1980 Far far away, behind the word mountains, far from the countries Vokalia and Consonantia, there live the blind texts. Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean. Even the all-powerful Pointing has no control about the blind texts it is an almost unorthographic life One day however a small line of blind text by the name of Lorem Ipsum decided to leave for the far World of Grammar.
Even the all-powerful Pointing has no control about the blind texts it is an almost unorthographic life One day however a small line of blind text by the name
Even the all-powerful Pointing has no control about the blind texts it is an almost unorthographic life One day however a small line of blind text by the name
Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean. A small river named Duden flows by their place and supplies
Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean. A small river named Duden flows by their place and supplies
Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean. A small river named Duden flows by their place and supplies
Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean. A small river named Duden flows by their place and supplies
Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean. A small river named Duden flows by their place and supplies
Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean. A small river named Duden flows by their place and supplies
Even the all-powerful Pointing has no control about the blind texts it is an almost unorthographic life One day however a small line of blind text by the name


{% extends "base.html" %} {% block help %}
This page presents items from the different parse change categories separated into clusters. The clustering is intended to try to capture a groups of related changes within each parse change category.
Clicking on each of the grey buttons expands the list of clusters for each parse change category.
Initially each cluster is presented with the number of items in the cluster, the score for the cluster and an examplar item. The exemplar item is the item closest to the centre of the cluster, intended to be illustrative of the kind of items found in the cluster.
The score of the cluster is derived from the average silhouette of all items within the cluster. The silhouette of an item is a combined measure of intra-cluster similarity and inter-cluster dissimilarity which yields a score between -1 and 1 inclusive. Items with a silhouette closer to 1 have been clustered well.
Clicking the 'Details' button reveals further information about the cluster. The first table displays information about the top 5 attributes (by weighting). Clicking on the attribute will take you to that attribute's position in the Attribute page and mousing over the attribute highlights items within the cluster that contain that attribute. The second table lists all items contained in the cluster along with information about each item.
{% endblock %} {% block content %} {% for parse_cat in parse_cats %}Exemplar:
"{{ cluster.nearest_point.item.text|escape }}"
| Exemplar attribute | Weighting | Cohesion (%) | Overlap (%) |
|---|---|---|---|
| {{ attribute.name }} | {{ "%.2f"|format(attribute.weight) }} | {{ attribute.cohesion }} | {{ attribute.overlap }} |
| Item ID | Profile | Score | Item |
|---|---|---|---|
| {{ point.item.id }} | {{ point.item.profile_name }} | {{ "%.4f"|format(point.silhouette) }} | {{ point.item.text|escape }} |


{{ project.name }}
{{ project.short_description }}
+
Last updated: July 26th, 2017.
This page was inspired by Derek Sivers and is featured on NowNowNow.com.
{{ project.long_description }}


Are you ready to stream Disney+?
Source: Marc Lagace / Android Central
Best answer: At a minimum, you'll want at least 5 Mbps to stream Disney Plus (Disney+). However, if you want to get that 4K glory on offer for some of the content, you are going to need 25 Mbps.
- Magic on demand: Disney+ (From $7/mo at Disney+)
The need for speed
If you're like me, then you've been anxiously awaiting the launch of Disney's streaming service, Disney+. There are so many franchises and stories that are under the Disney umbrella that it's hard not to be hyped. Not only can we rewatch all our favorites, but they will also get further explored through this service. Everything from Marvel to Star Wars and more are getting original content that will let us dive deeper into the worlds we love.
Now that Disney+ is finally here, we need to make sure that all of our ducks are in a row to stream away without hiccups.
Part of that process is knowing what internet speed requirements are going to be necessary to use the service. Disney has provided us with a nice simple breakdown of the recommended speeds to get started streaming.
- 5.0 Mbps - Recommended for HD quality (1080p)
- 25 Mbps - Recommended for Ultra HD quality (4K)
Should you have less than ideal internet speeds that keep you from being able to properly stream, consider downloading your shows possibly overnight or when you have a better connection. This way the speed, or lack there of, won't hinder your enjoyment of the Disney magic.
Can I improve my speeds?
Most of the time, if you are at home or on Wi-Fi somewhere, you'll get speeds high enough to get at least SD quality streaming. Aside from better speeds typically found via Wi-Fi, the signal is generally more stable, which keeps buffering to a minimum.
When Wi-Fi isn't available, and you're pulling signals in on your mobile device to stream, you're going to want to be sure you're on LTE. While you may be able to get by with a strong 3G connection, you'll get lower quality video and far more stutters in your stream. If you seem to have a stable internet connection, but there's still buffering, you can do a speed test through Fast and see what you are currently getting. You can also check with your internet service provider (ISP) to see what plan you are on and what speeds you can expect.
With Disney+ out in the wild, it's good to know these speed benchmarks to get started enjoying the magical world of Disney. There are so many fantastic movies and TV shows that Disney+ is streaming, from Iron Man to Captain Marvel and The Mandalorian to WandaVision — so I hope you have enough popcorn.
No mousing around
Disney+
I 'Tink' this is going to be fun
Disney+ is the first service that will have everything Disney offers in one place. We're talking Marvel, Star Wars, National Geographic, Pixar, Disney Channel, and more.
We may earn a commission for purchases using our links. Learn more.


immersion
creation
a new digital online experience
the 3D Web is now
The Shift is On
We’ve all seen the web transition from a mostly text to an increasingly rich 2D image rich environment over the last few years – but now the shift to 3D is here. With the help of WebGL, an enabling technology that has only just recently become supported by virtually all web browsers and mobile devices, the move from a flat 2D Web to a 3D Web is on. Enabled by web standards and open source technologies like WebGL, X3DOM, GLAM, and three.js, and commercial technologies from those like Unity and Autodesk, creating stunning engaging 3D web sites has gone from “for rocket scientists only” to “mere mortals”.
The 3D Web Performance Festival
This experience will showcase websites that are the best mixture of music, art, and technology by those inspired by what’s possible from the best of the best of the 3D Web. The 3D Web Performance Festival will bring together the best of the 3D Web - presented as Live Performance Art – amazing, delightful, surprising and at times disturbing. See creations by artists and developers of all kinds showing off their best 3D web sites live with musical accompaniment. Then participate in a panel session with the performers on the future of the 3D Web including audience Q&A.
Event Details
The 3D Web Festival will be held on Wednesday May 13th from 700pm-1000pm at the Folsom Street Foundry, with ticket proceeds going to the oldest working theater in San Francisco – the Roxie. 3D Web Festival starts with a “Mixer” from 7-8 – with curtains up at 8. Tickets will be made available soon with a limited number available at the door.
Call for Festival Web3D Art
Have or considering developing an amazing, engaging or shocking 3D web site? Whether your site is about gaming, commercial, non-profit or just for fun, if your web site delivers a surprising, stimulating or entertaining live real time 3D experience, we encourage you to apply to be a performer in the 3D Web Performance Festival. If your submission is selected, you’ll have 1 to 3 minutes to do a live demonstration of your web site in front of celebrity guest judges and a live audience. You can bring your own musical accompaniment – or partner with a talented musician or DJ at one of our 3D Web Fest Mixers that will run every few weeks up to the time of the event. Though not limited to, 3D web sites that work just as well on mobile devices as they do on PCs will be “favored” (consider the possibilities of real time “audience participation”).
3D Web Fest Mixers
Leading up to the May event will be a series of 3D Web Fest Mixers where artists, musicians, and web developers can meet, brainstorm, and work on creations to submit for the festival.
3D Web Fest meeting #2
February - announced soon
Folsom Street Foundry in San Francisco, California
*let them know at the desk you are here for the 3D Web Fest Mixer for VIP section access


OWAMP Details
$Date$
Architecture
OWAMP is a typical client-server application. The owping client
contacts the owampd daemon on the peer host to request a specific
test. That request includes an indication of the complete send schedule
as well as parameters to indicate packet characteristics. owampd
is responsible for accepting or denying the request.
owampd has been developed as a classic accept/fork daemon. The
master daemon process listens for new network connections and also manages
the resources for all child owampd processes. Once a connection
comes in, owampd forks a child process to handle that request. The
child process deals with all encryption and communication issues with the
client, as well as dealing with all static resource limits. Static
resource limits are those not dependent upon what is currently happening
on the node. For example, the request broker can easily determine
if the given client is allowed to do open mode (unauthenticated) tests
without talking to the master daemon. Once the request broker
process determines the request is valid, it makes a request to the master
daemon for the resources and time period requested by the client. If
the master daemon has the resources available it grants the request.
Once a given test session is accepted, the client and server both fork
off OWD Test Endpoint children to run that test. A single control
connection can spawn off any number of test sessions. However, once pending
test sessions are started by the start session message all sessions
must be completed before more sessions can be requested using the same
control connection. Additionally, the test sessions need to be completed
before data can be retrieved using the same control connection. Of course,
the client could open another control connection to the peer to start additional
sessions, or to request intermediate results from any of the active sessions.
Test Endpoints
The OWD Test Endpoint processes are implemented using identical
code on both the server and the client. The OWD Test Endpoint processes
send and receive packets according to the agreed upon schedule. When the
test sessions are complete, which will be timeout after the last
packet is sent, the OWD Test Endpoint processes exit and return
the exit status of the test to the Control parent process. The client
can then fetch the results for send test sessions. That data will
be buffered on the server. (The client will already have the results for
receive
sessions since the packets are received on the client.) The server can
be configured to delete the buffered data when the control connection is
closed, or when the data is fetched the first time, or it can be buffered
indefinitely and cleaned by an external process.
Philosophy
OWAMP was written completely as a user space application. This has advantages
and disadvantages. On the positive side, there are no kernel modifications
required to run OWAMP and it should be very easy to port to anything remotely
unix-like. On the negative side, this adds the possibility of two context
switches between the actual receipt of a packet and the fetching of a timestamp.
(I am currently looking at ways to reduce this for architectures that have
a clock register available so that timestamp fetching can be done without
a system call.) It is entirely possible to increase the accuracy of OWAMP
by writing custom kernel modules that do some of the OWAMP functionality
in the kernel instead of in "user space". If the OWAMP protocol
becomes popular this will make more sense.
A matter of time...
By far the most difficult part of OWAMP is dealing with clock offsets from
UTC. OWAMP needs to be able to get timestamps as well as error estimates
for those timestamps. Currently OWAMP depends upon NTP and regular UNIX
system calls to get timestamps. Benchmarks have shown that there is a considerable
amount of jitter involved with fetching timestamp values from typical UNIX
kernels using system calls. The distribution is similar to that of network
latencies. This means that most measurements will be very accurate and
good, but every once in a while you will get very unlucky and your clock
reading will be very far off. Additionally, if NTP is not configured in
a way to provide very stable offset estimates, the timestamp jitter can
be even worse. (See the next section.)
NTP Configuration
To have the most meaningful data, NTP is required train the system clock.
NTP does this by determining the local clock offsets from other NTP trained
clocks (or locally connected
hardware clocks). NTP continually modifies the clock rate on the local
system in an attempt to bound the local clock offset from UTC. UTC is estimated
by the peer clocks. (There are sanity checks, and only "true tickers" are
used in the estimate.) Because OWAMP fetches the local time from the system
clock and the current UTC offset and error estimate from local NTP it is
important to understand some of the limitations of this model.
-
NTP will be constantly changing the clock rate on both the sending system
and the receiving system. Therefore you are likely to see skew in the
measurements if you look at them at very fine resolutions.
-
NTP peer clocks sometime become unavailable. When this happens, the current
offset estimate from UTC is likely to jump. OWAMP currently uses the NTP
computed offset in addition to the local system clock to determine timestamps.
This has the very undesirable side effect of creating a usually very accurate
but sometimes very jumpy clock. Future versions of OWAMP will address this
problem.
To minimize these effects it is important that NTP be configured in a more
methodical way on systems using OWAMP:
-
NTP must be configured with at lest 4 peers.
-
The "prefer" keyword should probably not be used unless it is being used
to configure a PPS system peer. (Or at least a peer that you are VERY confident
you will not be loosing connectivity to.) If the prefer keyword is
used, the offset of that preferred clock is used instead of a weighted
average of all the peer clocks that survive the clock combining algorithm.
If that peer is stable and accurate, then this works very well. However,
if that peer becomes unavailable for some reason, then NTP will re-compute
the local clock offset to UTC and OWAMP will most likely see a rather large
jump in the offset. If the prefer keyword is not used and a peer clock
becomes unavailable, then the change in offset is usually not so pronounced
since it is a weighted average of all the clocks, and not just the peer
clock. (On the other hand, if you notice a large amount of "clock hopping"
it might be worth assigning a preferred peer - at least if there is a very
stable, very available peer clock to use.)
Additionally, it is probably a very good idea to make sure you allow other
hosts to query the ntpd process on the host where owampd is running. This
will allow test partners to see how NTP is configured on test peer systems
and allow for quicker diagnosis of problems. This is done using the "restrict"
keyword. A typical configuration for this might look like:
# allow anyone to query
restrict default nomodify
# allow localhost to more fully interact
restrict <IP_ADDRESS>
More details on configuring NTP can be found at
http://support.ntp.org/bin/view/Support/SelectingOffsiteNTPServers
Understanding the Data
Latency distributions in general have a heavy tail. In other words, the
vast majority of latency measurements will be "close" to the minimum but
there will be a few very unlucky packets that are delayed by relatively
large amounts. This artifact is exacerbated by the jitter involved with
fetching a timestamp from the UNIX kernel. It is important to keep this
in mind when looking at data results from OWAMP. Specifically, typical
aggregation functions such as mean and standard deviation have very little
meaning for this data. A single badly delayed packet, or bad timestamp
will change the mean by a relatively large amount. More resilient aggregation
functions such as median are recommended.
$Id$


Script deployment on LinuxHence, we are done with the python script (blocker.py) which is running fine. This is the time to deploy this script at system startup. The process to deploy a script to run at startup depends upon the operating system. In this section of the tutorial, we will describe the process for Linux and windows. ProcedureTo schedule a script to run at startup on Linux, we need to configure the entry in the crontab schedule. The crontab can be defined as the list that contains the commands that are to be run on a regular schedule. The crontab stands for cron table which is a set schedule according to which the script is executed on a regular interval. Follow the following steps. Step 1: Open the crontab with the -e flag. Run the following command on the terminal on Linux. This will open a crontab file which looks like following. Step 2 Now add the following line to the file and save it. Step 3 Restart the system now. On reboot, our script blocker.py is scheduled to run at system start-up. As of now, we are in working hours. So let's try to open the Facebook on the browser. As shown in the above image, the website www.facebook.com is refused to connect. Hence, our script is working fine on the system start-up as the website is refused to connect.
Next TopicScript Deployment on Windows
|
Script deployment on LinuxHence, we are done with the python script (blocker.py) which is running fine. This is the time to deploy this script at system startup. The process to deploy a script to run at startup depends upon the operating system. In this section of the tutorial, we will describe the process for Linux and windows. ProcedureTo schedule a script to run at startup on Linux, we need to configure the entry in the crontab schedule. The crontab can be defined as the list that contains the commands that are to be run on a regular schedule. The crontab stands for cron table which is a set schedule according to which the script is executed on a regular interval. Follow the following steps. Step 1: Open the crontab with the -e flag. Run the following command on the terminal on Linux. This will open a crontab file which looks like following. Step 2 Now add the following line to the file and save it. Step 3 Restart the system now. On reboot, our script blocker.py is scheduled to run at system start-up. As of now, we are in working hours. So let's try to open the Facebook on the browser. As shown in the above image, the website www.facebook.com is refused to connect. Hence, our script is working fine on the system start-up as the website is refused to connect.
Next TopicScript Deployment on Windows
|
Script deployment on LinuxHence, we are done with the python script (blocker.py) which is running fine. This is the time to deploy this script at system startup. The process to deploy a script to run at startup depends upon the operating system. In this section of the tutorial, we will describe the process for Linux and windows. ProcedureTo schedule a script to run at startup on Linux, we need to configure the entry in the crontab schedule. The crontab can be defined as the list that contains the commands that are to be run on a regular schedule. The crontab stands for cron table which is a set schedule according to which the script is executed on a regular interval. Follow the following steps. Step 1: Open the crontab with the -e flag. Run the following command on the terminal on Linux. This will open a crontab file which looks like following. Step 2 Now add the following line to the file and save it. Step 3 Restart the system now. On reboot, our script blocker.py is scheduled to run at system start-up. As of now, we are in working hours. So let's try to open the Facebook on the browser. As shown in the above image, the website www.facebook.com is refused to connect. Hence, our script is working fine on the system start-up as the website is refused to connect.
Next TopicScript Deployment on Windows
|
Script deployment on LinuxHence, we are done with the python script (blocker.py) which is running fine. This is the time to deploy this script at system startup. The process to deploy a script to run at startup depends upon the operating system. In this section of the tutorial, we will describe the process for Linux and windows. ProcedureTo schedule a script to run at startup on Linux, we need to configure the entry in the crontab schedule. The crontab can be defined as the list that contains the commands that are to be run on a regular schedule. The crontab stands for cron table which is a set schedule according to which the script is executed on a regular interval. Follow the following steps. Step 1: Open the crontab with the -e flag. Run the following command on the terminal on Linux. This will open a crontab file which looks like following. Step 2 Now add the following line to the file and save it. Step 3 Restart the system now. On reboot, our script blocker.py is scheduled to run at system start-up. As of now, we are in working hours. So let's try to open the Facebook on the browser. As shown in the above image, the website www.facebook.com is refused to connect. Hence, our script is working fine on the system start-up as the website is refused to connect.
Next TopicScript Deployment on Windows
|


@import uk.gov.hmrc.govukfrontend.views.html.components._ @this() @()
The recognised overseas pension schemes notification list has been updated, with [number] schemes added and [number] removed.


Platform for the advanced analysis of T cell receptor and
Immunoglobulin repertoires data and visualisation of the analysis results.
| Version: |
2.2.2 |
| Depends: |
R (≥ 2.15.1), ggplot2 (≥ 1.0.0), dplyr (≥ 0.4.0), gridExtra (≥ 0.9.0), reshape2 (≥ 1.2.0), igraph (≥ 0.7.1) |
| Imports: |
utils (≥ 3.1.0), Rcpp (≥ 0.11.1), grid (≥ 3.0.0), data.table (≥ 1.9.0), gtable (≥ 0.1.2), stringdist (≥
0.7.3), scales (≥ 0.3.0) |
| LinkingTo: |
Rcpp |
| Suggests: |
knitr (≥ 1.8), roxygen2 (≥ 3.0.0), rmarkdown (≥ 1.0) |
| Published: |
2018-08-01 |
| Author: |
Vadim Nazarov |
| Maintainer: |
Vadim Nazarov <vdm.nazarov at gmail.com> |
| BugReports: |
https://github.com/imminfo/tcr/issues |
| License: |
Apache License 2.0 |
| URL: |
http://imminfo.github.io/tcr/ |
| NeedsCompilation: |
yes |
| Citation: |
tcR citation info |
| Materials: |
README NEWS |
| CRAN checks: |
tcR results |


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EFFECTIVE INTEREST RATE CALCULATOR
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