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WinMat
IPASS: Matrix window library with MAX7219 implementation
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MAX7219 class defines instructions for the MAX7219 shift register. More...
#include <matrix-max7219.hpp>
Public Member Functions | |
| max7219 (window &get_window) | |
| Constructor method. More... | |
| void | init () override |
| Initialize the MAX7219 matrix. More... | |
| void | decode_mode (uint8_t amount) |
| Set the 'Decode mode' of the MAX7219 to given value. More... | |
| void | intensity (uint8_t amount) |
| Set the 'Intensity' of the MAX7219 to given value. More... | |
| void | scan_limit (uint8_t amount) |
| Set the 'Scan limit' of the MAX7219 to given value. More... | |
| void | shutdown_mode (uint8_t amount) |
| Set the 'Shutdown mode' of the MAX7219 to given value. More... | |
| void | display_test (uint8_t amount) |
| Set the 'Display test' of the MAX7219 to given value. More... | |
| Public Member Functions inherited from matrix | |
| matrix (window &get_window) | |
| Constructor method. More... | |
| void | clear_matrix () |
| Clear all pixels on matrix. More... | |
| void | push () |
| Writes a '0x00' value to the next matrix. | |
| void | push_buffer_x () |
| Writes buffer_x to the next matrix. | |
| void | push_buffer_y () |
| Writes buffer_y to the next matrix. | |
| void | all (uint8_t set_byte) |
| Set all pixels to given uint8_t on matrix. | |
| int | map_matrix_x (int location_x) |
| Find the corresponding matrix of the X pixel location. More... | |
| int | map_matrix_y (int location_y) |
| Find the corresponding matrix of the Y pixel location. More... | |
| void | create_x (int matrix, int location_x) |
| Create a byte and location with within the given matrix and X mapping. More... | |
| void | create_y (int matrix, int location_y) |
| Create a byte and location with within the given matrix and Y mapping. More... | |
| void | clear_row (char rows_type) |
| Example character: 'X'. More... | |
| void | clear_buffer (char buffer_type) |
| Example character: 'X'. More... | |
| void | set_pixel (int location_x, int location_y) |
| Set pixel on given X and Y coordinates. More... | |
| void | set_image (char character_image, int position) |
| Set image in the image buffer with corresponding position and check if it isn't out of range. | |
| virtual void | set_font () |
| This is a virtual function. More... | |
| virtual void | render_buffer () |
| Render the write buffer on the Matrix. | |
| void | set_character (char text, int location) |
| Set and render a given character at given location on the matrix. | |
| void | set_characters (char text[], int amount) |
| Set and render a given char array and character amount on the matrix. | |
| Public Member Functions inherited from window | |
| window (hwlib::spi_bus &bus, hwlib::pin_out &cs, int get_x, int get_y) | |
| Constructor method. More... | |
| int | get_x () |
| Get the 'X' range of the window. More... | |
| int | get_y () |
| Get the 'Y' range of the window. More... | |
| virtual void | clear () |
| Clear the window. More... | |
| uint8_t | reverse_byte (uint8_t input) |
| Reverse given byte. More... | |
| virtual void | write (int size, uint8_t command[]) |
| Write command to spi bus. More... | |
Protected Attributes | |
| const uint8_t | OP_NO_OP = 0x00 |
| const uint8_t | OP_DIGIT_0 = 0x01 |
| const uint8_t | OP_DIGIT_1 = 0x02 |
| const uint8_t | OP_DIGIT_2 = 0x03 |
| const uint8_t | OP_DIGIT_3 = 0x04 |
| const uint8_t | OP_DIGIT_4 = 0x05 |
| const uint8_t | OP_DIGIT_5 = 0x06 |
| const uint8_t | OP_DIGIT_6 = 0x07 |
| const uint8_t | OP_DIGIT_7 = 0x08 |
| const uint8_t | OP_DECODE_MODE = 0x09 |
| const uint8_t | OP_INTENSITY = 0x0A |
| const uint8_t | OP_SCAN_LIMIT = 0x0B |
| const uint8_t | OP_SHUTDOWN_MODE = 0x0C |
| const uint8_t | OP_DISPLAYTEST = 0x0F |
| Protected Attributes inherited from matrix | |
| int | update_count = 0 |
| int | shift_count = 0 |
| char | image_buffer [MATRIX_TOTAL+1] |
| uint8_t | write_buffer [MATRIX_TOTAL+1] |
| uint8_t | buffer_x = 0x00 |
| uint8_t | buffer_y = 0x00 |
| uint8_t | rows_x [8] = { 0, 0, 0, 0, 0, 0, 0, 0 } |
| uint8_t | rows_y [8] = { 0, 0, 0, 0, 0, 0, 0, 0 } |
| Protected Attributes inherited from window | |
| hwlib::spi_bus & | bus |
| hwlib::pin_out & | cs |
| const int | window_x = 0 |
| const int | window_y = 0 |
MAX7219 class defines instructions for the MAX7219 shift register.
This class defines the basic instructions for the MAX7219 shift register. The 'OP' codes are accesable by inheritance
|
inline |
Constructor method.
Constructor method for the MAX2719 animation class. A MAX7219 animation is constructed by the following given value:
|
inline |
Set the 'Decode mode' of the MAX7219 to given value.
Use a uint8_t value to change the 'Decode mode'
|
inline |
Set the 'Display test' of the MAX7219 to given value.
Use a uint8_t value to change the 'Display test'
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inlineoverridevirtual |
Initialize the MAX7219 matrix.
Default settings are:
Implements matrix.
|
inline |
Set the 'Intensity' of the MAX7219 to given value.
Use a uint8_t value to change the 'Intensity'
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inline |
Set the 'Scan limit' of the MAX7219 to given value.
Use a uint8_t value to change the 'Scan limit'
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inline |
Set the 'Shutdown mode' of the MAX7219 to given value.
Use a uint8_t value to change the 'Scan limit'


This activity will have 2 teams, composed of 5 members.
A member is chosen to answer an item, all members must have the chance to answer.
A music will be played and the contestant must identify the artist or singer, depending on the instruction.
The first contestant to raise his/her hand will be given 3 seconds to answer. Please wait for your name to be called before answering. A point or points will awarded for each corre (Easy - 1 ; Med - 3 ; Hard - 5).
If the first contestant to raise a hand is not able to answer, the song will be played again up to the very end if needed. At this point the other contestant need to answer the question within 3 secs
The winning contestant will have a chance to add an extra point if he/she can sing part of the song and supply the missing lyrics.


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JUST2D Platformer
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Contains the necessary-for-display information about the hero. More...
#include <PlayerUI.h>
Public Member Functions | |
| PlayerUI () | |
| default constructor | |
| TextObject * | getPlayerName () |
| TextObject * | getPlayerType () |
| void | setHealthLineImg (int i) |
| set level of health bar More... | |
| void | setPlayerName (std::string name) |
| void | setPlayerType (std::string type) |
| Object * | getActiveBonusesPtr (int number) |
| return bonus Object from defined ui cell More... | |
| Object * | getHealthPtr () |
Private Member Functions | |
| void | createBonusUI () |
| Prepares array of bonus cell. | |
Private Attributes | |
| TextObject | player_name |
| player name | |
| TextObject | player_type |
| player type (strong or dexterous) | |
| Object | active_bonuses [3] |
| array of bonus cell | |
| Object | health { 0, 0, 0, 28, 52, 10, 99, 0, true, 255 } |
| health bar | |
Contains the necessary-for-display information about the hero.
| Object * PlayerUI::getActiveBonusesPtr | ( | int | number | ) |
| TextObject * PlayerUI::getPlayerName | ( | ) |
| TextObject * PlayerUI::getPlayerType | ( | ) |
| void PlayerUI::setHealthLineImg | ( | int | i | ) |
set level of health bar
| i | level of hero health |
| void PlayerUI::setPlayerName | ( | std::string | name | ) |
| name | player name |
| void PlayerUI::setPlayerType | ( | std::string | type | ) |
| type | player type |


Author | Chengcheng Xiao
Currently a PhD student at Imperial College London. Predicting electron behaviour since 2016.


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Documentation
Bot Class
from instabot import Bot
bot = Bot(
proxy=None,
max_likes_per_day=1000,
max_unlikes_per_day=1000,
max_follows_per_day=350,
max_unfollows_per_day=350,
max_comments_per_day=100,
max_likes_to_like=100,
filter_users=True,
max_followers_to_follow=2000,
min_followers_to_follow=10,
max_following_to_follow=7500,
min_following_to_follow=10,
max_followers_to_following_ratio=10,
max_following_to_followers_ratio=2,
max_following_to_block=2000,
min_media_count_to_follow=3,
like_delay=10,
unlike_delay=10,
follow_delay=30,
unfollow_delay=30,
comment_delay=60,
whitelist=False,
blacklist=False,
comments_file=False,
stop_words=['shop', 'store', 'free']
)
| parameter |
description |
example |
| proxy |
Proxy for Instabot |
None |
| max_likes_per_day |
How many likes the bot will perform per day |
1000 |
| max_unlikes_per_day |
How many medias the bot will unlike in a day |
1000 |
| max_follows_per_day |
Max number of follow per day |
350 |
| max_unfollows_per_day |
Max number of unfollow per day |
350 |
| max_comments_per_day |
Max number of comments per day |
100 |
| max_likes_to_like |
If the media has more likes then this value - it will be ignored and not be liked |
200 |
| filter_users |
Filter users if True |
True |
| max_followers_to_follow |
If the user has more followers than this value - the user will not be followed or liked. |
2000 |
| min_followers_to_follow |
If the user has fewer followers than this value - the user will not be followed or liked. |
10 |
| max_following_to_follow |
If the user has more followings than this value - the user will not be followed or liked. |
10000 |
| min_following_to_follow |
If the user has fewer followings than this value - the user will not be followed or liked. |
10 |
| max_followers_to_following_ratio |
if the user’s followers/following is greater than this value - the user will not be followed or liked. |
10 |
| max_following_to_followers_ratio |
if user’s following/followers is greater than this value - he will not be followed or liked. |
2 |
| min_media_count_to_follow |
If the user has fewer media count than this value - the user will not be followed. |
3 |
| max_following_to_block |
If the user have a following more than this value - the user will be blocked in blocking scripts because he is a massfollower |
2000 |
| max_likes_to_like |
Max number of likes that can media have to be liked |
100 |
| like_delay |
Delay between likes in seconds |
10 |
| unlike_delay |
Delay between unlikes in seconds |
10 |
| follow_delay |
Delay between follows in seconds |
30 |
| unfollow_delay |
Delay between unfollows in seconds |
30 |
| comment_delay |
Delay between comments in seconds |
60 |
| whitelist |
Path to the file with users that shouldn’t be unfollowed |
“whitelist.txt” |
| blacklist |
Path to the file with users that shouldn’t be followed, liked or commented |
“blacklist.txt” |
| comments_file |
Path to the comments database |
“comments.txt” |
| stop_words |
A list of stop words: don’t follow a user if they have any of these stop words in their description |
[‘shop’, ‘store’, ‘free’] |
In all files:
first line - one item
second line - one item
Example. File comments.txt
This is in regards to comments or users in a file.
Get
| method |
description |
example |
| get_your_medias |
Get list of your last medias |
bot.get_you_medias() |
| get_timeline_medias |
Get list of media_ids from your timeline feed |
bot.get_timeline_medias() |
| get_user_medias |
Get list of user’s medias |
bot.get_user_medias(“ohld”) |
| get_hashtag_medias |
Get list of medias by hashtag |
bot.get_hashtag_medias(“Dog”) |
| get_geotag_medias |
Get list of medias by geotag |
TODO |
| get_timeline_users |
Get list of users from your timeline feed |
bot.get_timeline_users() |
| get_hashtag_users |
Get list of users who posted with hashtag |
bot.get_hashtag_users(“Dog”) |
| get_geotag_users |
Get list of users who posted with geotag |
TODO |
| get_userid_from_username |
Convert username to user_id |
bot.get_userid_from_username(“ohld”) |
| get_user_followers |
Get list of user’s followers |
bot.get_user_followers(“competitor”) |
| get_user_following |
Get list of user’s following |
bot.get_user_following(“competitor”) |
| get_media_likers |
Get list of media likers |
bot.get_media_likers(“12312412”) |
| get_media_comments |
Get list of media’s comments |
bot.get_media_comments(“12312412”) |
| get_comment |
Get comment from comment file |
bot.get_comment() |
| get_media_commenters |
Get list of users who commented on the media |
bot.get_media_commenters(“12321”) |
Like
| method |
description |
example |
| like |
Like media_id |
bot.like(“1231241210”) |
| like_medias |
Like medias from list |
bot.like_medias([“1323124”, “123141245”]) |
| like_timeline |
Like medias from your timeline feed |
bot.like_timeline() |
| like_user |
Like last user’s medias |
bot.like_user(“activefollower”) |
| like_hashtag |
Like last medias with hashtag |
bot.like_hashtag(“dog”) |
| like_geotag |
Like last medias with geotag |
TODO |
Unlike
| method |
description |
example |
| unlike |
Remove like from media |
bot.unlike(“12321412512”) |
| unlike_medias |
Remove likes from medias in list |
bot.unlike_medias([“123”, “321”]) |
Follow
| method |
description |
example |
| follow |
Follow user |
bot.follow(“activefollower”) |
| follow_users |
Follow users from list |
bot.follow([“activefollower1”, “activefollower2”]) |
Unfollow
| method |
description |
example |
| unfollow |
Unfollow user |
bot.unfollow(“competitor”) |
| unfollow_users |
Unfollow users from list |
bot.unfollow([“competitor1”, “competitor2”]) |
| unfollow_non_followers |
Unfollow users who don’t follow you |
bot.unfollow_non_followers() |
| method |
description |
example |
| comment |
Put a comment under the media |
bot.comment(“1231234”, “Nice pic!”) |
| comment_medias |
Put comments under medias from list |
bot.comment_medias([“123”, “321”]) |
| comment_hashtag |
Put comments under medias by hashtag |
bot.comment_hashtag(“Dog”) |
| comment_geotag |
Put comments under medias by geotag |
TODO |
| comment_users |
Put comments under users’ last medias |
bot.comment_users([“activefollower1”, “activefollower2”]) |
| is_commented |
Check if media is already commented |
bot.is_commented(“123321”) |


Glyphs of serif fonts, as the term is used in CSS, tend to have finishing strokes, flared or tapering ends, or have actual serifed endings (including slab serifs). [&hellip]
<IP_ADDRESS> sans-serif
Glyphs in sans-serif fonts, as the term is used in CSS, tend to have stroke endings that are plain –
without anywith little or no flaring, cross stroke, or other ornamentation. […]
[2010-04-19] The meaning of the keywords 'bolder' and 'lighter' no longer depends on both the inherited weight and the actually used font, but only on the inherited weight.
[2010-10-13] Clarify the algorithm for mapping CSS font weight values to the actual weights of a font and make it normative:
The association of other weights within a family to the numerical weight values is intended only to preserve the ordering of darkness within that family. However, the following heuristics tell how the assignment is done in typical cases:
- If the font family already uses a numerical scale with nine values (like e.g., OpenType does), the font weights should be mapped directly.
- If there is both a face labeled Medium and one labeled Book, Regular, Roman or Normal, then the Medium is normally assigned to the '500'.
- The font labeled "Bold" will often correspond to the weight value '700'.
Once the font family's weights are mapped onto the CSS scale, missing weights are selected as follows:
If there are fewer then 9 weights in the family, the default algorithm for filling the "holes" is as follows. If '500' is unassigned, it will be assigned the same font as '400'. If any of the values '600', '700', '800' or '900' remains unassigned, they are assigned to the same face as the next darker assigned keyword, if any, or the next lighter one otherwise. If any of '300', '200' or '100' remains unassigned, it is assigned to the next lighter assigned keyword, if any, or the next darker otherwise.- If the desired weight is less than 400, weights below the desired weight are checked in descending order followed by weights above the desired weight in ascending order until a match is found.
- If the desired weight is greater than 500, weights above desired weight are checked in ascending order followed by weights below the desired weight in descending order until a match is found.
- If the desired weight is 400, 500 is checked first and then the rule for desired weights less than 400 is used.
- If the desired weight is 500, 400 is checked first and then the rule for desired weights less than 400 is used.
[2010-08-06] Changed “Percentages:
refer to parent element's font size” to
“Percentages: refer to inherited font size” so
that it uses the same terminology as Section 4.3.3.
[2010-08-24] More consistent use of “inline-level” and “block-level.” Change:
Applies to: block-level elements, table cells and inline blocksblock containers[…]
This property specifies the indentation of the first line of text in a block container.
[2010-10-25] Clarify that the “first line” of the “first box,” etc., is the same as the “first formatted line” of chapter 5:
'Text-indent' only affects a line if it is the first formatted line of an element. For example, the first line of an anonymous block box is only affected if it is the first child of its parent element.
[2010-07-19] The value 'pre-line' of 'white-space' does not inhibit justification. (Only lines that end with an explicit newline aren't justified, as is the case for any value of 'white-space'.) But, 'pre-wrap' does inhibit justification. Replace
If the computed value of text-align is 'justify' while the computed value of white-space is 'pre' or 'pre-line', the actual value of text-align is set to the initial value.
with
If an element has a computed value for 'white-space' of 'pre' or 'pre-wrap', then neither the glyphs of that element's text content nor its white space may be altered for the purpose of justification.
[2010-08-24] More consistent use of “inline-level” and “block-level.” Change:
Applies to: block-level elements, table cells and inline blocksblock containersThis property describes how inline-level content of a block container is aligned.
And:
[…] In the case of 'left', 'right' and 'center', this property specifies how the inline-level boxes within each line box align with respect to the line box's left and right sides; alignment is not with respect to the viewport. In the case of 'justify', this property specifies that the inline-level boxes are to be made flush with both sides of the block container if possible, by expanding or contracting the contents of inline boxes, else aligned as for the initial value.
[2010-08-24] Clarify that 'text-decoration' does not propagate to inline-table and inline-block elements. Change:
This property describes decorations that are added to the text of an element using the element's color. When specified on
an inline element, it affects all the boxes generated by that element; for all other elements, the decorations are propagated to an anonymous inline box that wraps all the in-flow inline children of the element, and to any block-level in-flow descendants. It is not, however, further propagated to floating and absolutely positioned descendants, nor to the contents of 'inline-table' and 'inline-block' descendants.or propagated to an inline element, it affects all the boxes generated by that element, and is further propagated to any in-flow block-level boxes that split the inline (see section <IP_ADDRESS>). For block containers that establish an inline formatting context, the decorations are propagated to an anonymous inline element that wraps all the in-flow inline-level children of the block container. For all other elements it is propagated to any in-flow children. Note that text decorations are not propagated to floating and absolutely positioned descendants, nor to the contents of atomic inline-level descendants such as inline blocks and inline tables.
and:
If an element contains no text, user agents must refrain from rendering these text decorations on the element. For example, images will not be underlined.User agents must not render these text decorations on content that is not text. For example, images and inline blocks must not be underlined.
[2010-10-05] CSS 2.1 does not specify if a text decoration that is specified on a transparent element ('visibility: hidden') is itself transparent, or only transparent where the text is transparent. Add this note:
Note. If an element E has both 'visibility: hidden' and 'text-decoration: underline', the underline is invisible (although any decoration of E's parent is visible.) However, CSS 2.1 does not specify if the underline is visible or invisible in E's children:
  underlined or not?  This is expected to be specified in level 3 of CSS.
[2010-04-19] Word spacing does not affect fixed-width spaces. Change:
Word spacing affects each space (U+0020)
,and non-breaking space (U+00A0)and ideographic space (U+3000), left in the text after the white space processing rules have been applied. The effect of the property on other word-separator characters is undefined. However general punctuation, characters with zero advance width (such as the zero with space U+200B) and fixed-width spaces (such as U+3000 and U+2000 through U+200A) are not affected.
[2010-10-25] If the document language specifies how newlines are represented, those newlines must be passed to the CSS UA as line feed (LF) characters. If the document language does not define how newlines are expressed (e.g., if text is inserted with the 'content' property), the CSS UA must treat CR, and CRLF as if they were LF:
Newlines in the source can be represented by a carriage return (U+000D), a linefeed (U+000A) or both (U+000D U+000A) or by some other mechanism that identifies the beginning and end of document segments, such as the SGML RECORD-START and RECORD-END tokens. The CSS 'white-space' processing model assumes all newlines have been normalized to line feeds. UAs that recognize other newline representations must apply the white space processing rules as if this normalization has taken place. If no newline rules are specified for the document language, each carriage return (U+000D) and CRLF sequence (U+000D U+000A) in the document text is treated as single line feed character. This default normalization rule also applies to generated content.
[…]
- Each tab (U+0009),
carriage return (U+000D),or space (U+0020) character surrounding a linefeed (U+000A) character is removed if 'white-space' is set to 'normal', 'nowrap', or 'pre-line'.
[2010-08-06] The sentence that absolutely positioned elements do not create line breaking opportunities is normative, not informative.
[2010-08-06] The first paragraph is moved to <IP_ADDRESS>. Also, as is clear from the latter section, the “should” is a “must”:
Any text that is directly contained inside a block container element (not inside an inline element)
shouldmust be treated as an anonymous inline element.
[2010-08-24] More consistent use of “inline-level” and “block-level.” Change:
Then, the
entire block is renderedblock container's inlines are laid out.
[2010-08-04] Clarify that the term “row group” includes header groups and footer groups as well:
Thus, the table model consists of tables, captions, rows, row groups (including header groups and footer groups), columns, column groups, and cells.
[2010-08-24] XML and HTML5, unlike SGML, do not automatically remove insignificant white space. Change the rules for generating anonymous table elements to suppress most white space between elements, rather than consider it the content of an anonymous table cell.
[2010-08-24] The static position of absolutely positioned elements between table cells or rows was not very useful. Define that the static position of such an element is found not just as if the element had 'position: static', but also had 'display: inline' and zero width and height.
[2010-04-19] The caption of the image still describes the image as it was in the previous version. Change:
Diagram of a table with a caption above it
; the top margin of the caption is collapsed with the top margin of the table.
[2010-10-13] Clarify which of the two boxes generated by a table element is the principal box:
In both cases, the table
boxgeneratesan anonymous boxa principal block box called the table wrapper box that contains the table box itself and any caption boxes (in document order). The table box is a block-level box that contains the table's internal table boxes. The caption boxes are block-level boxes that retain their own content, padding, margin, and border areas, and are rendered as normalblocksblock boxes inside theanonymoustable wrapper box. Whether the caption boxes are placed before or after the table box is decided by the 'caption-side' property, as described below.The
anonymoustable wrapper box is a 'block' box if the table is block-level, and an 'inline-block' box if the table is inline-level. Theanonymoustable wrapper box establishes a block formatting context. The table box (not theanonymoustable wrapper box) is used when doing baseline vertical alignment for an 'inline-table'. The width of theanonymoustable wrapper box is the border-edge width of the table box inside it, as described by section 17.5.2. Percentages on 'width' and 'height' on the table are relative to theanonymoustable wrapper box's containing block, not theanonymoustable wrapper box itself.The computed values of properties 'position', 'float', 'margin-*', 'top', 'right', 'bottom', and 'left' on the table box are used on the
anonymoustable wrapper box instead of the table box. The table box uses the initial values for those properties.
[2010-10-25] The width of the table caption contributes to the width of the table if 'table-layout' is 'auto':
This gives a maximum and minimum width for each column.
The caption width minimum (CAPMIN) is determined by calculating for each caption the minimum caption outer width as the MCW of a hypothetical table cell that contains the caption formatted as "display: block". The greatest of the minimum caption outer widths is CAPMIN.
Column and caption widths influence the final table width as follows:
- If the 'table' or 'inline-table' element's 'width' property has a computed value (W) other than 'auto', the
property's value as used for layoutused width is the greater of W, CAPMIN, and the minimum width required by all the columns plus cell spacing or borders (MIN). IfWthe used widthis greater than MIN, the extra width should be distributed over the columns.- If the 'table' or 'inline-table' element has 'width: auto', the
table width used for layoutused width is the greater of the table's containing block width, CAPMIN, and MIN. However, if either CAPMIN or the maximum width required by the columns plus cell spacing or borders (MAX) is less than that of the containing block, useMAXmax(MAX, CAPMIN).
[2010-07-15] Clarify that the height of a table row can be influenced by 'vertical-align' and 'height', but the content box of the table cell is not affected.
[…] it is the maximum of the row's specified 'height', the specified 'height' of each cell in the row, and the minimum height (MIN) required by the cells
and
In CSS 2.1, the height of a cell box is the
maximum of the table cell's 'height' property and the minimum height required by the content (MIN).minimum height required by the content. The table cell's 'height' property can influence the height of the row, but it does not increase the height of the cell box.A value of 'auto' for 'height' implies that the value MIN will be used for layout.
[2010-08-24] More consistent use of “inline-level.” Change:
The horizontal alignment of
a cell's inline contentinline-level content within a cell box
[2010-08-06] BCP 47 replaces RFC 3066.
[2010-10-05] HTML defines that HTML's block elements represent a Unicode embedding even if they are displayed inline by means of a style sheet. The default style sheet for HTML didn't yet express that. Add:
html, address, blockquote, body, dd, div, dl, dt, fieldset, form, frame, frameset, h1, h2, h3, h4, h5, h6, noframes, ol, p, ul, center, dir, hr, menu, pre { display: block; unicode-bidi: embed }
[2010-07-07] Clarification:
The
stacking order forpainting order for the descendants of an element generating a stacking context (see the 'z-index' property) is: […]
[2010-10-25] The appendix is not normative.
The section is completely rewritten to make the normative text shorter and clearer.
The remark about equal line spacing is made more precise and put in green, to make it clearer that it is a note:
Generally,Note. when there is only one value of 'line-height' for all inline boxes in a block container box and they are all in the same font (and there are no replaced elements, inline-block elements, etc.), the above will ensure that baselines of successive lines are exactly 'line-height' apart. This is important when columns of text in different fonts have to be aligned, for example in a table.
Added a note that the width calculation only yields a tentative value, still to be compared to 'min-width' and 'max-width'
Note. The used value of 'width' calculated below is a tentative value, and may have to be calculated multiple times, depending on 'min-width' and 'max-width', see the section Minimum and maximum widths below.
A similar note is added to section 10.6 about calculating heights.
The section on gamma correction was removed. It existed only to help implementations on certain operating systems of the 1990s.
The 2nd and 4th offsets of the clip rectangle are offsets from the left edge of the element. The 'direction' property no longer has an influence.
The words "line feed" were a typing error. The intended words are "forced line break."
(The sentence was subsequently changed further as a result of another issue.)
No image formats were found that allow an intrinsic size to be expressed as a percentage. The relevant definitions are removed:
Percentage intrinsic widths are first evaluated with respect to the containing block's width, if that width does not itself depend on the replaced element's width. If it does, then the resulting layout is undefined in CSS 2.1.
Similarly in 10.6.2:
Percentage intrinsic heights are evaluated with respect to the containing block's height, if that height is specified explicitly, or if the replaced element is absolutely positioned. If neither of these conditions is met, then percentage values on such replaced elements cannot be resolved and such elements are assumed to have no intrinsic height.
And in 12.5.1:
2. If the image's intrinsic width or height is given as a percentage, then that percentage is resolved against 1em.
In CSS 2.1, it is undefined what the containing block of an absolutely positioned element is, if its nearest positioned ancestor is inline and split over multiple lines:
4. If the element has 'position: absolute' [&hellip] following way;
- In the case that the ancestor is an
inline boxinline-level element, the containing blockdepends on the 'direction' property of the ancestor:is the bounding box around the padding boxes of the first and the last inline boxes generated for that element. In CSS 2.1, if the inline element is split across multiple lines, the containing block is undefined.
If the 'direction' is 'ltr', the top and left of the containing block are the top and left padding edges of the first box generated by the ancestor, and the bottom and right are the bottom and right padding edges of the last box of the ancestor.If the 'direction' is 'rtl', the top and right are the top and right padding edges of the first box generated by the ancestor, and the bottom and left are the bottom and left padding edges of the last box of the ancestor.
Note: This may cause the containing block's width to be negative.
CSS 2.1 does not define if ':first' applies to the first page or the first non-blank page:
If a forced break occurs before the first generated box, it is undefined in CSS 2.1 whether ':first' applies to the blank page before the break or to the page after it.
Added a note with a link to 9.4.2, which defines types of line boxes that exist but do not interfere with collapsing margins.
- no line boxes, no clearance, no padding and no border separate them (Note that certain zero-height line boxes (see 9.4.2) are ignored for this purpose.)
The definition of which height is used for the different kinds of inline-level boxes is made explicit, rather than linked:
- The height of each inline-level box in the line box is calculated. For replaced elements, inline-block elements, and inline-table elements, this is the height of their margin box; for inline boxes, this is their 'line-height'. (See "Calculating heights and margins" and the
'line-height' propertyheight of inline boxes in "Leading and half-leading".)
The part of the definition that was in 10.6.2 is removed:
For 'inline' and 'inline-block' elements, the margin box is used when calculating the height of the line box.
Inserted the following before the definitions of the keywords of 'vertical-align' to define precisely which box is aligned:
In the following definitions, for inline non-replaced elements, the box used for alignment is the box whose height is the 'line-height' (containing the box's glyphs and the half-leading on each side, see above). For all other elements, the box used for alignment is the margin box.
Also, to make sure there always is a box whose height is 'line-height', a phrase earlier in the same section was removed:
User agent must align the glyphs in a non-replaced inline box to each other by their relevant baselines
, and to nested inline boxes according to 'vertical-align'.
And another modified:
The height of the inline box
is then the smallest such that it encloses all glyphs and their leading, as well as all nested inline boxes.encloses all glyphs and their half-leading on each side and is thus exactly 'line-height'. Boxes of child elements do not influence this height.
Improve language:
The vertical padding, border and margin of an inline, non-replaced box start at the top and bottom of the content area,
notand has nothing to do with the 'line-height'. But only the 'line-height' is used when calculating the height of the line box.
A left float must not only not overlap a right float, but must also not be completely to the right of it.
3. The right outer edge of a left-floating box may not be to the right of the left outer edge of any right-floating box that is
to the right ofnext to it. Analogous rules hold for right-floating elements.
An error in the description of the example:
The resulting boxes would be
an anonymous block box arounda block box representing the BODY, containing an anonymous block box around C1, the SPAN block box, and another anonymous block box around C2.
UAs are not required to support 'vertical-align' on '::first-line'.
The following properties apply to a :first-line pseudo-element: font properties, color property, background properties, 'word-spacing', 'letter-spacing', 'text-decoration',
'vertical-align','text-transform', and 'line-height'. UAs may apply other properties as well.
CSS 2.1 does not define whether the Line Separator character in Unicode and other forced line break characters (other than LF) cause a line break. (Level 3 will probably define this in detail.)
- pre
- This value prevents user agents from collapsing sequences of white space. Lines are only broken at
newlines in the source, or at occurrences of "\A" in generated contentpreserved newline characters.
and
- pre-wrap
- This value prevents user agents from collapsing sequences of white space. Lines are broken at
newlines in the source, at occurrences of "\A" in generated content,preserved newline characters, and as necessary to fill line boxes.- pre-line
- This value directs user agents to collapse sequences of white space. Lines are broken at
newlines in the source, at occurrences of "\A" in generated content,preserved newline characters, and as necessary to fill line boxes.
and add this paragraph:
UAs must recognize line feeds (U+000A) as newline characters. UAs may additionally treat other forced break characters as newline characters per UAX14.
CSS 2.1 omits to define how the implicit counters of 'list-item' are reset and incremented. This will be specified in level 3.
CSS 2.1 does not define how the list numbering is reset and incremented. This is expected to be defined in the CSS List Module [CSS3LIST].
Some UAs treat 'display: list-item' on the root element as 'block'. Allow that behavior for now:
4. Otherwise, if the element is the root element, 'display' is set according to the table below, except that it is undefined in CSS 2.1 whether a specified value of 'list-item' becomes a computed value of 'block' or 'list-item'.
Empty line boxes aren't generated at all, rather than just ignored for margin collapsing. But their virtual position must still be calculated if they contain empty inlines with absolutely positioned or floating descendants:
Line boxes are created as needed to hold inline-level content within an inline formatting context. Line boxes that contain no text, no preserved white space, no inline elements with non-zero margins, padding, or borders, and no other in-flow content (such as images, inline blocks or inline tables), and do not end with a
line feedpreserved newline must be treated as zero-height line boxes for the purposes of determining the positions of any elements inside of them, and treated as not existing for any other purpose.For the purposes of margin collapsing, this line box must be ignored.
Use same phrasing for comment tokens as in section 4.1.1:
They may occur anywhere
betweenoutside other tokens
The size computation of list marker images without an intrinsic size is modified to be consistent with how image sizes are computed in other places, using 1em for the available width and 1:1 for the default aspect ratio:
If the image has an intrinsic width or height, then that intrinsic width/height becomes the image's used width/height.If the image has a intrinsic width and height, the used width and height are the intrinsic width and height.If the image has no intrinsic ratio and a ratio cannot be calculated from its width and height, then its intrinsic ratio is assumed to be 1:1.Otherwise, if the image has an intrinsic ratio and either an intrinsic width or an intrinsic height, the used width/height is the same as the provided intrinsic width/height, and the used value of the missing dimension is calculated from the provided dimension and the ratio.If the image has a width but no height, its height is calculated from the intrinsic ratio.Otherwise, if the image has an intrinsic ratio, the used width is 1em and the used height is calculated from this width and the intrinsic ratio. If this would produce a height larger than 1em, then the used height is instead set to 1em and the used width is calculated from this height and the intrinsic ratio.If the image's height cannot be resolved from the rules above, then the image's height is assumed to be 1em.Otherwise, the image's used width is its intrinsic width if it has one, or else 1em. The image's used height is its intrinsic height if it has one, or else 1em.If the image has no intrinsic width, then its width is calculated from the resolved height and the intrinsic ratio.
Because of lack of sufficient implementations, the top of a floating box is allowed to be above the top of earlier boxes in certain difficult cases. Add after the numbered list:
But in CSS 2.1, if, within the block formatting context, there is an in-flow negative vertical margin such that the float's position is above the position it would be at were all such negative margins set to zero, the position of the float is undefined.
Add formal definitions of the terms “out of flow,” “in-flow” and “flow of an element”:
An element is called out of flow if it is floated, absolutely positioned, or is the root element. An element is called in-flow if it is not out-of-flow. The flow of an element A is the set consisting of A and all in-flow elements whose nearest out-of-flow ancestor is A.
The list of features affected by 'direction' is not meant to be exclusive:
This property specifies the base writing direction of blocks and the direction of embeddings and overrides (see 'unicode-bidi') for the Unicode bidirectional algorithm. In addition, it specifies such things as the direction of table column layout, the direction of horizontal overflow, the position of an incomplete last line in a block in case of 'text-align: justify'.
Whether the effect of 'text-decoration' propagates into tables may be the subject of a separate property in level 3:
[…] When specified on or propagated to an inline element, it affects all the boxes generated by that element, and is further propagated to any in-flow block-level boxes that split the inline (see section <IP_ADDRESS>). But, in CSS 2.1, it is undefined whether the decoration propagates into block-level tables.
Clarify that the text for 'inset' and 'outset' only talks about how the border styles look (and not, e.g., about which style takes priority):
- *inset
- In the separated borders model, the border makes the entire box look as though it were embedded in the canvas. In the collapsing border model, drawn the same as 'ridge'.
- *outset
- In the separated borders model, the border makes the entire box look as though it were coming out of the canvas. In the collapsing border model, drawn the same as 'groove'.
Added:
In CSS 2.1, the effect of 'min-width' and 'max-width' on tables, inline tables, table cells, table columns, and column groups is undefined.
'Top', right', 'bottom' and 'left' are always computed, independent of the value of other properties:
- 'top'
Value: <length> | <percentage> | auto | inherit Initial: auto Applies to: positioned elements Inherited: no Percentages: refer to height of containing block Media: visual Computed value: for 'position:static', 'auto'. Otherwise:if specified as a length, the corresponding absolute length; if specified as a percentage, the specified value; otherwise, 'auto'.
Analogously for 'right', 'bottom' and 'left'.
Clarify that the two parts of an inline that is split by a block are on opposite sides of the block:
When an inline box contains an in-flow block-level box, the inline box (and its inline ancestors within the same line box) are broken around the block-level box (and any block-level siblings that are consecutive or separated only by collapsible whitespace and/or out-of-flow elements),
dividingsplitting the inline box into two pieces (even if either side is empty), one on each side of the block-level box(es).
More precise rule for which properties apply to the table box and which to the table wrapper box:
The computed values of properties 'position', 'float', 'margin-*', 'top', 'right', 'bottom', and 'left' on the table
boxelement are used on the table wrapper boxinstead ofand not the table box. The table box uses the initial values for those properties.; all other values of non-inheritable properties are used on the table box and not the table wrapper box. (Where the table element's values are not used on the table and table wrapper boxes, the initial values are used instead.)
Some text and arrows were added to the example to make it easier to see where the four offsets of the clip rectangle are applied:
The definition of the @page rule didn't mention explicitly (except with examples) that white space is allowed:
An @page rule consists of the keyword "@page", followed by an optional page selector, followed by a block containing declarations and at-rules. Comments and white space are allowed, but optional, between the @page token and the page selector and between the page selector and the block.
Added an example to illustrate what is meant by “the longest match” in the tokenizer:
For example, the rule of the longest match means that "
red-->
" is tokenized as the IDENT "red--
" followed by the DELIM ">
", rather than as an IDENT followed by a CDC.
Clarify that “end of line” means an end of line character, i.e., the end of file is not an end of line:
User agents must close strings upon reaching the end of a line (i.e., before an unescaped line feed, carriage return or form feed character), but then drop the construct (declaration or rule) in which the string was found.
There may soon be a newer version of HTML then HTML4:
An HTML user agent is one that supports one or more of the HTML
2.x, HTML 3.x, or HTML 4.xspecifications. A user agent that supports XHTML [XHTML], but not HTML(as listed in the previous sentence)is not considered an HTML user agent for the purpose of conformance with this specification.
Make the note about parsing URLs shorter and clearer:
Note that COMMENT tokens cannot occur within other tokens: thus, "url(/*x*/pic.png)" denotes the URI "/*x*/pic.png", not "pic.png".
Clarify the note:
Note: this means that floats with zero outer height or negative outer height do not shorten line boxes.
Shorten the “applies to” line:
Clarify how block-level elements inside inline elements are affected by relative positioning:
When such an inline box is affected by relative positioning,
the relative positioningany resulting translation also affects the block-level box contained in the inline box.
Text is justified within the line box, which may be narrower than the block box:
In the case of 'justify', this property specifies that the inline-level boxes are to be made flush with both sides of the
block containerline box if possible, […]
Only the current and later line boxes can be shortened by a float. Earlier line boxes, if the float ends up next to them, will overlap the float instead:
Since a float is not in the flow, non-positioned block boxes created before and after the float box flow vertically as if the float did not exist. However, the current and subsequent line boxes created next to the float are shortened to make room for the margin box of the float.
A float may cause a gap between line boxes:
[…] Thus, a paragraph is a vertical stack of line boxes. Line boxes are stacked with no vertical separation (except as specified elsewhere) and they never overlap.
Added a note to make it explicit that CSS 2.1 does not define ':first-line' and ':first-letter' completely:
Note that the sections below do not define the exact rendering of ':first-line' and ':first-letter' in all cases. A future level of CSS may define them more precisely.
Clarify that “overlap a float” means overlap the margin box of the float:
The border box of a table, a block-level replaced element, or an element in the normal flow that establishes a new block formatting context (such as an element with 'overflow' other than 'visible') must not overlap the margin box of any floats in the same block formatting context as the element itself.
A line box next to a float is not shortened if it already doesn't overlap the float:
[…] However, the current and subsequent line boxes created next to the float are shortened as necessary to make room for the margin box of the float.
Because of insufficient implementations of background images with an intrinsic ratio but no intrinsic size, add this note:
However, the position is undefined in CSS 2.1 if the image has an intrinsic ratio, but no intrinsic size.
Because some aspects of 'run-in' (most notably if and how 'clear' should apply to run-in elements when they are inline) are still under discussion, 'run-in' has been reclassified as a level 3 feature.
Change in section 9.2.4:
Value: inline | block | list-item | run-in |inline-block | table | inline-table | inline | block | list-item | run-in | inline-block | table | inline-table | table-row-group | table-header-group | table-footer-group | table-row | table-column-group | table-column | table-cell | table-caption | none | inherit
and
run-inThis value creates either block or inline boxes, depending on context. Properties apply to run-in boxes based on their final status (inline-level or block-level).
Remove 'run-in' from section 9.2.1 “Block-level elements and block boxes”:
[…] The following values of the 'display' property make an element block-level: 'block', 'list-item',
and 'run-in' (part of the time; see run-in boxes),and 'table'.
Remove 'run-in' from section 9.2.2 “Inline-level elements and inline boxes”:
[…] The following values of the 'display' property make an element inline-level: 'inline', 'inline-table', and 'inline-block'
and 'run-in' (part of the time; see run-in boxes). […][…] A non-replaced element with a 'display' value of 'inline' generates an inline box.
An element with a 'display' value of 'run-in' can also generate an inline box; see run-in boxes.
Replace section 9.2.3 “Run-in boxes” by this:
9.2.3 Run-in boxes
[This section exists so that the section numbers are the same as in previous drafts. 'Display: run-in' is now defined in CSS level 3 (see CSS basic box model).]
Remove 'run-in' from section 9.3 “Positioning schemes”:
- Normal flow. In CSS 2.1, normal flow includes block formatting of block-level boxes, inline formatting of inline-level boxes, and relative positioning of block-level and inline-level boxes
, and formatting of run-in boxes.
Remove 'run-in' from section 9.5.2 “Controlling flow next to floats: the 'clear' property”:
For run-in boxes, this property applies to the final block box to which the run-in box belongs.
Remove 'run-in' from section 9.7 “Relationships between 'display', 'position', and 'float'”:
Specified value Computed value inline-table table inline, run-in,table-row-group, table-column, table-column-group, table-header-group, table-footer-group, table-row, table-cell, table-caption, inline-blockblock others same as specified
Remove 'run-in' from section 9.10 “Text direction: the 'direction' and 'unicode-bidi' properties”:
The final order of characters in each block container is the same as if the bidi control codes had been added as described above, markup had been stripped, and the resulting character sequence had been passed to an implementation of the Unicode bidirectional algorithm for plain text that produced the same line-breaks as the styled text. In this process, replaced elements with 'display: inline'
(and replaced elements with 'display: run-in', when they generate inline-level boxes)are treated as neutral characters, unless their 'unicode-bidi' property has a value other than 'normal', in which case they are treated as strong characters in the 'direction' specified for the element. All other atomic inline-level boxes are treated as neutral characters always.
Remove 'run-in' from section E.1 “Definitions”:
- Tree Order
- Preorder depth-first traversal of the rendering tree, in logical (not visual) order for bidirectional content, after taking into account properties that move boxes around
such as the 'run-in' value of 'display'.
Remove 'run-in' from section 12.1 “The :before and :after pseudo-elements”:
The :before and :after pseudo-elements interact with other boxes
, such as run-in boxes,as if they were real elements inserted just inside their associated element.
and also from the subsequent example.
Clarify that the keyword 'inherit' means that the specified value is the inherited value. The value is not the keyword itself.
When the specified value is not 'inherit',the computed value of a property is determined as specified by the Computed Value line in the definition of the property. See the section on inheritance for the definition of computed values when the specified value is 'inherit'.
And in 6.2.1:
Each property may also have a
specifiedcascaded value of 'inherit', which means that, for a given element, the property takes the samecomputedspecified value as the property for the element's parent. The 'inherit' value can be used tostrengthen inheritedenforce inheritance of values, and it can also be used on properties that are not normally inherited.
Because of lack of implementations, the width of a replaced element with an intrinsic ratio but neither intrinsic with nor intrinsic height is left undefined:
If 'height' and 'width' both have computed values of 'auto' and the element has an intrinsic ratio but no intrinsic height or width,
andthen the used value of 'width' is undefined in CSS 2.1. However, it is suggested that, if the containing block's width does not itself depend on the replaced element's width, then the used value of 'width' is calculated from the constraint equation used for block-level, non-replaced elements in normal flow.
Because of lack of implementations, also allow 'clear' to work in a different way for now:
Computing the clearance of an element on which 'clear' is set is done by first determining the hypothetical position of the element's top border edge
within its parent block. This position is where the actual top border edge would have been if the element had a non-zero bottom border and its 'clear' property had been 'none'.If this hypothetical position of the element's top border edge is not past the relevant floats, then clearance is introduced, and margins collapse according to the rules in 8.3.1.
Then the amount of clearance is set to the greater of:
- The amount necessary to place the border edge of the block even with the bottom outer edge of the lowest float that is to be cleared.
- The amount necessary to place the top border edge of the block at its hypothetical position.
Alternatively, clearance is set exactly to the amount necessary to place the border edge of the block even with the bottom outer edge of the lowest float that is to be cleared.
Note: Both behaviors are allowed pending evaluation of their compatibility with existing Web content. A future CSS specification will require either one or the other.
The tokenizer in the appendix allowed backslashes in the URI token, in contradiction with the same token in the core grammar and the error recovery token {baduri}:
{U}{R}{L}"("{w}{string}{w}")" {return URI;}{U}{R}{L}"("{w}{url}{w}")" {return URI;}"url("{w}{string}{w}")" {return URI;} "url("{w}{url}{w}")" {return URI;}
The top border edge is now well-defined in the section on collapsing margins. That is the hypothetical position to use for clearance:
This position is where the actual top border edge would have been if the element
had a non-zero bottom border and its's 'clear' property had been 'none'.
Remove ambiguities:
If a shortened line box is too small to contain any content
after the float, thenthat contentthe line box is shifted downward (and its width recomputed) until eitheritsome content fits or there are no more floats present. Any content in the current line before a floated box is reflowed in thefirst availablesame line on the other side of the float.
Removed redundancy (the top edge was already defined elsewhere) and made the implied cases for the bottom edge explicit:
If it only has inline-level children, the height is the distance between the top of the topmost line box and the bottom of the bottommost line box.
If it has block-level children, the height is the distance between the top border-edge of the topmost block-level child box that does not have margins collapsed through it and the bottom border-edge of the bottommost block-level child box that does not have margins collapsed through it. However, if the element has a non-zero top padding and/or top border, or is the root element, then the content starts at the top margin edge of the topmost child. (The first case expresses the fact that the top and bottom margins of the element collapse with those of the topmost and bottommost children, while in the second case the presence of the padding/border prevents the top margins from collapsing.) Similarly, if the bottom margin of the block does not collapse with the bottom margin of its last in-flow child, then the content ends at the bottom margin edge of the bottommost child.The element's height is the distance from its top content edge to the first applicable of the following:
- the bottom edge of the last line box, if the box establishes a inline formatting context with one or more lines
- the bottom edge of the bottom (possibly collapsed) margin of its last in-flow child, if the child's bottom margin does not collapse with the element's bottom margin
- the bottom border edge of the last in-flow child whose top margin doesn't collapse with the element's bottom margin
- zero, otherwise


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Mushrooms - P. cubensis & Cannabis
This was honestly the most amazing experience of my life. It was the answer to all my questions.
At 6:00 PM Five close friends and I ingested cubensis and azurescens mushrooms. The three of us that were new to the substance, including me, split 6 grams of cubensis. The three veterans took between 4 and 5 grams of azurescens each. We hadn't eaten for the six ours prior to ingestion in order to expedite the onset of the effects. At 5:30 we had ordered a pizza so that we could eat immediately after ingesting. I was amazed to witness nearly 15 grams of azurescens disappear within moments.
The three veterans took their doses 30 minutes before us, and we enjoyed observing their reactions to the onset of the effects. They waited inside our dorm room and began tripping almost immediately. They, however, offered little to no description of what was occurring, besides simple 'wow's. We then ingested the cubensis and proceeded to leave the building to embark on the most amazing adventure we would ever have.
My roommate initially claimed that he felt mildly buzzed, as if drunk. I admittedly felt nothing as we walked towards a forest that we had chosen beforehand as our psychedelic playground. We made a quick stop at a field at which we normally smoke cannabis. I noticed my first effects when I caught a glimpse of my good friend holding a long piece of grass between his teeth. It appeared to me that he was shooting spider webs out of his mouth, and the stream of webbing was suspended in time. I would walk in circles around him, much like one could in a 3-D computer rendering of an object. He was like an interactive movie that was on pause. After lazing around in the field for a good 20 minutes, we decided to move on.
Leaving the field and moving back to the road provided an awful feeling. Anything mechanical or fabricated (i.e. buses, cars, pavement) felt wrong. They offered us nothing; they were meaningless. Not quite knowing our way, we entered what we thought was our forest. It was instead a small wooded path. This was, however, not a problem for us. Entering the path was amazing. My vision was fuzzy enough that the entrance to the wooded area was purely black. It was honestly frightening - I made someone else lead the way. Once inside however, my pupils dilated and everything became light. I ran along the path with my arms out, feeling the energy of the trees as they brushed up against me. We turned as we reached the end of the path and left. I seemed to have more energy than the rest of our 'fellowship', as we would later call it. I ran out of the path into a clearing and continued running in circles until the rest of the group joined me.
Back on the way to our destination, again, this time we didn't have to take the road, which was a complete relief. As I walked I would jump and pretend that I was flying. We finally came to our destination. We walked 5 minutes into the woods until we came to a place where we could sit. This was the point at which I truly began tripping. I laid back and looked upwards at the canopy of the forest. I was amazed to see that all the leaves on the trees appeared to be growing. It was best described by my fellow tripper as drops of ink being dropped into water. They would slowly expand, much like watching a plant grow on still life photography. I enjoyed this for a while, until I stood up and began exploring.
I walked into the woods deeper, and found a giant mushroom growing next to a tree. It looked to me like a skull. Under normal circumstances I would have been frightened, but when tripping, I couldn't comprehend fear. It was a simple matter of perceiving without needing to interpret. I simply knew everything about everything. There were no questions in my mind. I could look at something and simply decide whether it was good or bad. I looked forward and saw what looked like death to me, the grim reaper in a sense. It didn't by any means scare me, in fact I approached it.
After doing my own thing for a while, I approached the group again. My roommate and I sat on the edge of a fairly steep dropoff. Looking down we realized that it was impossible to determine how far down it went. Our fields of vision were far too short. I picked up objects and felt as if I were God. I knew everything about them. I picked up a small rock, and showed it to my roommate. I told him to hold it in his hand and mold it. I told him to make it anything he wanted to, and he did. I talked to him afterwards and he told me, as well, that I appeared to be God to him. I found a large boulder and I was entirely convinced that it was 'infinity'. I could hold it and become part of infinity, I was holding the entire universe! It blew my mind.
I'm under the impression that I took too little of a dose to experience full field of view hallucinations, but at one point I looked up at a group of trees and it became a cathedral. I believe the greatest hallucinations are possible when my eyes become completely unfocused. They both look straight ahead, and I lose all sense of depth perception. Therefore, I can look and see colors, and my brain will turn them into whatever it wants them to be.
My roommate and I, for a time, experienced an immense connection. It was entirely strange. He could describe the most inconceivable ideas to me, and I would understand them fully. It was as if we had tapped a portion of our brains that was previously not accessible. Our minds directly connected to one another through methods other than just speech.
At some point I decided to smoke cannabis towards the comedown of the trip. No one else was interested so I found myself smoking an entire large joint myself. Afterwards I completely lost sense of reality. I felt as though I was in a theater, watching my life as a movie. It was what I had always imagined an out of body experience would be like. We then proceeded to walk back home, since nearly everyone had baselined.
When we came back to our room, my roommate and I talked about our trip for hours. It was the most wonderful thing that had ever happened to us. I sat in my bed and cried tears of joy for hours, we had cheated life. We found the answer to all our questions, and we visited heaven. Good Game Cubensis, Good Game.
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.


Paired programming is the practice of developing software with a team, usually focused on one person driving and another navigating.
Pair programming is important because software is rarely created alone. The work environment is replicated with pair programming and is important to DBC because it's mission to make students competent for the work setting. Pair programming also benefits DBC students by creating a benchmark on their performance by allowing them to compare their competencies and see how they are doing.
Pair progamming is done by delegating the roles of Driver and Navigator.
Driver description
The driver is the do-er; the one that writes the code as information is receieved by the navigator.


Program for testing multiple select and unselect on a single click of select all
Select All
New York
London
Dubai
Paris
Kampala


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03.18.11 | ||
I am including some samples of my work below, along with a link to my LinkedIn Profile where you may see my recommendations from fellow clients & co-workers.
DESIGN PROPOSAL
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:: cv |
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| :: recent sites | Aesthetic
Prosthetics Victory Sweepers, Inc. |
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Patriots
Welcome to the 2015 Super Bowl Square
Rules
- 1. Select as many boxes as you'd like
- a. You can unselect by clicking that box again
- b. You can select boxes up until the night before the Super Bowl
- 2. Once all boxes have been selected, numbers will be assigned randomly to the row and column headers.
- a. Numbers 0-9 will be assigned to columns and rows corrosponding to each team.
- b. These numbers represent the last digit of each teams score through out the game.
- 3. At the end of each quarter there will be a winner (4 chances to win in all), in order to be the winner for that quarter you must for example:
- My boxes patriots: 1 / Seahawks: 4, I win if the score for that quarter was 11-14 or even 21-24.
Payouts
- 1st: $125
- Halftime: $250
- 3rd: $125
- Final: $500


Legal: Trademark Guidelines | Privacy Policy | Terms of Service | License | Notice | Imprint © 2013-{% now "Y" %} CRATE Technology GmbH


This is the official release of PSX. PSX tries to follow the semantic versioning. The public API documentation is shipped with each release in the doc folder. You can also browse all releases at GitHub. The preferred way of installing PSX is through composer.
.
php composer.phar create-project psx/sample .
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git clone https://github.com/k42b3/psx-vagrant . vagrant up


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TGN1412Multiple sclerosis is a chronic degenerative disease of the central nervous system -- the most common neurological disease which claims the lives and livelihoods of young adults. Being diagnosed with multiple sclerosis is a frightening and devastating experience which threatens to disrupt people's lives in unpredictable ways. MS can invoke a range of feelings from disbelief and resentment, to absolute panic. Enormous pressures bear down on the families of MS victims -- who often have no choice but to become full-time care givers. In March of 2006, TGN1412 attempted to change all that. It appeared to be a new treatment for the devastating illnesses of leukemia, rheumatoid arthritis and multiple sclerosis. The medicine was developed by TeGenero -- a biopharmaceutical company headquartered Würzburg, Germany -- staffed by scientists dedicated to the identification and development of innovative, broadly applicable immunotheraputics. The formula was categorized as a SuperMAB, a unique class of Superantagonistic Monoclonal Antibodies, a proprietary antibody trademarked and patented by Tegenero. TGN1412 stimulated the generation of T lymphocytes, which serve as key regulators of immune responses in laboratory animals and humans. In short, it was touted as medicine capable of balancing the immune systems of those who suffer from diseases associated with life-threatening abnormalities. TGN1412 would quickly become synonymous with "big heads". For normal-headed, TGN1412-free comedian Jonathan Katz (Dr. Katz, Professional Therapist) MS symptoms began in 1996. "I was working on a TV show called Ink with Ted Danson, and after every episode we would take a curtain call and I noticed that I needed a head-start. I had a spinal tap, which didn't hurt. I had an MRI, where they put you in a tube [for] 45 minutes, and I actually enjoyed the privacy." TGN1412, also known as CD28, contains a highly unusual property for an antibody medicine: instead of blocking a cell's reaction, it causes a stimulation. For this reason, even a small dose might provoke a cascading, catastrophic calamity. Antibodies stay in the body for months. They can't easily be removed, even through multiple blood transfusions. Experimental drugs are typically tested on laboratory tissue samples or animals before they're considered "safe enough" to be injected into humans. TGN1422, on the other hand, was monoclonal antibody, designed to target a specifically humanoid protein. The drug was administered with a technique called microdosing. First, a blister is created on the patient's arm -- usually with a light, subsurface pinprick, briefly applied heat, or mild radiation. This affords the patient limited, localized exposure to the therapy. The blister fills with inflammatory fluid, containing cells whose reaction to the drug can be monitored. Eight human test subjects volunteered to participate in a series of TGN1412 experiments, and each received compensation worth roughly $3,500 for their time, trouble, and risk. Within minutes of being given the first dose, the patients began suffering symptoms which led to vomiting and intense pain. They'd been cautioned that there might be some glandular swelling. Some were reported to be "screaming that they felt as if their heads were about to explode". Rising to the occasion, TGN1412 afforded witnesses a disturbing visual: the severe ballooning up of the heads of each participant. All six men immediately lapsed into comas. Doctors battled to save the men by giving them sequential blood transfusions and large amounts of fluids. The two volunteers who had received placebos acknowledged they "went down like dominoes". "They just all went down like flies, all six of them," said Myfanwy Marshall, girlfriend of one of the victims. Her partner, Mohammed Abdalla, age 28 -- a bar manager in London who volunteered for the experimental therapy primarily for the money. Abdalla planned to send the money to his family in Egypt to take pay off debts, care for his ill mother and set up a business for a sibling. "He did say that he was planning to come to Egypt in the summer with a big surprise for his younger brother Mahmood that he hoped would set him up financially for life. It is so tragic if that is why he is in the situation he is in now," an Egyptian friend of Abdalla said. After Marshall visited her boyfriend in the hospital, she emerged sobbing and visibly distressed. "They can't give us a cure, they're talking to experts. The doctors were on the phone to experts all night, asking what they can do. They've said to us 'we're in the dark -- we don't know what to do. We don't know this drug.  They've just basically killed him within a day -- with one injection, a lethal injection." But what is even more tragic is the fact that the drug company was aware of this side effect. It has emerged that monkeys who were tested developed swollen necks after the trials, but the company went ahead with human trials. Northwick Park intensive care clinical director Ganesh Suntharalingam tried to assuage the ruffled feathers of those congregated. "These patients sometimes need a lot of fluid, and one result of that is severe but temporary swelling. This is distressing for relatives to see, but it does go away on recovery and it has no long-term effects." Richard Ley, spokesman for the Association of the British Pharmaceutical Industry, said he'd never heard of anything like it before. "This is an absolutely exceptional occurrence. I cannot remember anything comparable." According to The Register, Medical Research Council Technology chief executive Roberto Solari confided that instead of switching on the regulators, "we have switched on the activators and super-induced the immune system." From the Associated Press: "The idea you give six people an injection at the same time is unusual," says Kate Law, head of clinical trials for Cancer Research UK -- Britain's largest cancer charity. "In any of our tests, we never test drugs on the volunteers all at the same time." Since 1997, ten families of international patent applications concerning the generation of TeGenero's SuperMAB (including their mode of action, therapeutic application, composition and technological innovation) have been filed. In its Intellectual Property Statement, TeGenero announces that it will continue to claim intellectual property rights over inventions related to SuperMAB® technology and its application. The medical research company responsible for the TGN1412 drug trial, Parexel, insisted it had followed correct procedures. Professor Johannes Loewer, president of the Paul Ehrich Institute (which monitored the research) said, "There were adverse effects in certain doses. Some of the monkeys developed an increase in the lymph nodes. No monkeys died to our knowledge." During the animal trials, the reaction was considered serious enough by TeGenero officials to order the monitoring of the human volunteers’ immune systems. It can take a full decade for a drug to enter the human-trial stage -- and a tremendous cost. A Health Select Committee quoted the price of that process, somewhere around $897 million. TeGenero Immunopharmaceuticals was founded in June of 2000. Since then, they've raised more than $17 million in venture backing from investors like HBM BioVentures, BioM Venture Capital GmbH & Co Fonds KG and BioM AG. As of February 2006, the company had a staff of fifteen -- hardly justification for getting a swelled head. |


---
layout: pdf
pdf: true
---
{% for resume in site.resumes %}
Employment & Voluntary Experience
{% for experience in resume.experiences %}
{{ experience.position }}, {{ experience.location }} ({{ experience.start }}–{{ experience.end | default: 'current' }})
{% for note in experience.notes %}
- {{ note }}
{% endfor %}
{% endfor %}
Education and Technology Experience
{% for school in resume.education %}
- {{ school.where }}, {{ school.what }} ({{ school.when }})
{% endfor %}
- Experienced in {{ resume.technologies.experienced | join: ', ' }}; less so in {{ resume.technologies.familiar | join: ', ' }}
- Interested in {{ resume.technologies.interested | join: ', ' }}
References
{% for person in resume.references %}
- {{ person.name }}, {{ person.relation }} ({{ person.link_label }})
{% endfor %}
{% endfor %}


The Kubernetes API server validates and configures data for the api objects which include pods, services, replicationcontrollers, and others. The API Server services REST operations and provides the frontend to the cluster’s shared state through which all other components interact.
kube-apiserver
--admission-control="AlwaysAdmit": Ordered list of plug-ins to do admission control of resources into cluster. Comma-delimited list of: AlwaysAdmit, AlwaysDeny, DenyEscalatingExec, DenyExecOnPrivileged, InitialResources, LimitRanger, NamespaceAutoProvision, NamespaceExists, NamespaceLifecycle, ResourceQuota, SecurityContextDeny, ServiceAccount
--admission-control-config-file="": File with admission control configuration.
--advertise-address=<nil>: The IP address on which to advertise the apiserver to members of the cluster. This address must be reachable by the rest of the cluster. If blank, the --bind-address will be used. If --bind-address is unspecified, the host's default interface will be used.
--allow-privileged[=false]: If true, allow privileged containers.
--authorization-mode="AlwaysAllow": Ordered list of plug-ins to do authorization on secure port. Comma-delimited list of: AlwaysAllow,AlwaysDeny,ABAC
--authorization-policy-file="": File with authorization policy in csv format, used with --authorization-mode=ABAC, on the secure port.
--basic-auth-file="": If set, the file that will be used to admit requests to the secure port of the API server via http basic authentication.
--bind-address=<IP_ADDRESS>: The IP address on which to serve the --read-only-port and --secure-port ports. The associated interface(s) must be reachable by the rest of the cluster, and by CLI/web clients. If blank, all interfaces will be used (<IP_ADDRESS>).
--cert-dir="/var/run/kubernetes": The directory where the TLS certs are located (by default /var/run/kubernetes). If --tls-cert-file and --tls-private-key-file are provided, this flag will be ignored.
--client-ca-file="": If set, any request presenting a client certificate signed by one of the authorities in the client-ca-file is authenticated with an identity corresponding to the CommonName of the client certificate.
--cloud-config="": The path to the cloud provider configuration file. Empty string for no configuration file.
--cloud-provider="": The provider for cloud services. Empty string for no provider.
--cluster-name="kubernetes": The instance prefix for the cluster
--cors-allowed-origins=[]: List of allowed origins for CORS, comma separated. An allowed origin can be a regular expression to support subdomain matching. If this list is empty CORS will not be enabled.
--etcd-config="": The config file for the etcd client. Mutually exclusive with -etcd-servers.
--etcd-prefix="/registry": The prefix for all resource paths in etcd.
--etcd-servers=[]: List of etcd servers to watch (http://ip:port), comma separated. Mutually exclusive with -etcd-config
--etcd-servers-overrides=[]: Per-resource etcd servers overrides, comma separated. The individual override format: group/resource#servers, where servers are http://ip:port, semicolon separated.
--event-ttl=1h0m0s: Amount of time to retain events. Default 1 hour.
--experimental-keystone-url="": If passed, activates the keystone authentication plugin
--external-hostname="": The hostname to use when generating externalized URLs for this master (e.g. Swagger API Docs.)
--google-json-key="": The Google Cloud Platform Service Account JSON Key to use for authentication.
--insecure-bind-address=<IP_ADDRESS>: The IP address on which to serve the --insecure-port (set to <IP_ADDRESS> for all interfaces). Defaults to localhost.
--insecure-port=8080: The port on which to serve unsecured, unauthenticated access. Default 8080. It is assumed that firewall rules are set up such that this port is not reachable from outside of the cluster and that port 443 on the cluster's public address is proxied to this port. This is performed by nginx in the default setup.
--kubelet-certificate-authority="": Path to a cert. file for the certificate authority.
--kubelet-client-certificate="": Path to a client cert file for TLS.
--kubelet-client-key="": Path to a client key file for TLS.
--kubelet-https[=true]: Use https for kubelet connections
--kubelet-port=10250: Kubelet port
--kubelet-timeout=5s: Timeout for kubelet operations
--log-flush-frequency=5s: Maximum number of seconds between log flushes
--long-running-request-regexp="(/|^)((watch|proxy)(/|$)|(logs?|portforward|exec|attach)/?$)": A regular expression matching long running requests which should be excluded from maximum inflight request handling.
--master-service-namespace="default": The namespace from which the kubernetes master services should be injected into pods
--max-connection-bytes-per-sec=0: If non-zero, throttle each user connection to this number of bytes/sec. Currently only applies to long-running requests
--max-requests-inflight=400: The maximum number of requests in flight at a given time. When the server exceeds this, it rejects requests. Zero for no limit.
--min-request-timeout=1800: An optional field indicating the minimum number of seconds a handler must keep a request open before timing it out. Currently only honored by the watch request handler, which picks a randomized value above this number as the connection timeout, to spread out load.
--oidc-ca-file="": If set, the OpenID server's certificate will be verified by one of the authorities in the oidc-ca-file, otherwise the host's root CA set will be used
--oidc-client-id="": The client ID for the OpenID Connect client, must be set if oidc-issuer-url is set
--oidc-issuer-url="": The URL of the OpenID issuer, only HTTPS scheme will be accepted. If set, it will be used to verify the OIDC JSON Web Token (JWT)
--oidc-username-claim="sub": The OpenID claim to use as the user name. Note that claims other than the default ('sub') is not guaranteed to be unique and immutable. This flag is experimental, please see the authentication documentation for further details.
--profiling[=true]: Enable profiling via web interface host:port/debug/pprof/
--runtime-config=: A set of key=value pairs that describe runtime configuration that may be passed to apiserver. apis/<groupVersion> key can be used to turn on/off specific api versions. apis/<groupVersion>/<resource> can be used to turn on/off specific resources. api/all and api/legacy are special keys to control all and legacy api versions respectively.
--secure-port=6443: The port on which to serve HTTPS with authentication and authorization. If 0, don't serve HTTPS at all.
--service-account-key-file="": File containing PEM-encoded x509 RSA private or public key, used to verify ServiceAccount tokens. If unspecified, --tls-private-key-file is used.
--service-account-lookup[=false]: If true, validate ServiceAccount tokens exist in etcd as part of authentication.
--service-cluster-ip-range=<nil>: A CIDR notation IP range from which to assign service cluster IPs. This must not overlap with any IP ranges assigned to nodes for pods.
--service-node-port-range=: A port range to reserve for services with NodePort visibility. Example: '30000-32767'. Inclusive at both ends of the range.
--ssh-keyfile="": If non-empty, use secure SSH proxy to the nodes, using this user keyfile
--ssh-user="": If non-empty, use secure SSH proxy to the nodes, using this user name
--storage-versions="extensions/v1beta1,v1": The versions to store resources with. Different groups may be stored in different versions. Specified in the format "group1/version1,group2/version2...". This flag expects a complete list of storage versions of ALL groups registered in the server. It defaults to a list of preferred versions of all registered groups, which is derived from the KUBE_API_VERSIONS environment variable.
--tls-cert-file="": File containing x509 Certificate for HTTPS. (CA cert, if any, concatenated after server cert). If HTTPS serving is enabled, and --tls-cert-file and --tls-private-key-file are not provided, a self-signed certificate and key are generated for the public address and saved to /var/run/kubernetes.
--tls-private-key-file="": File containing x509 private key matching --tls-cert-file.
--token-auth-file="": If set, the file that will be used to secure the secure port of the API server via token authentication.
--watch-cache[=true]: Enable watch caching in the apiserver


ArrayOfDigestMethod
1.5
*
:: ( Name | =
"SHA1"
or =
"SHA256"
or =
"SHA384"
or =
"SHA512"
or =
"RIPEMD160"
)


SPORTS EVENTS
SPORTOFIA
Badminton:-
This event will be held on knockout basis in singles as well as doubles criteria.
Volleyball:-
This event will be held on knockout or round robin basis depending on the number of participant teams.
Chess:-
Individual matches of chess on knockout basis.
Table Tennis:-
Single matches of table tennis.
ENIGMA GAMING LEAGUE(EGL)
-
PLAYER UNKNOWN'S BATTLE GROUND
Team size:4 members.
Rounds: 2
Time Limit: 1 hour
Round 1:Participants will compete in a team and then selected Top 2 teams will qualify in next round.
Round 2: The Top 2 selected teams from 1st round will compete and according to that winning team will be chosen.
-
NEED FOR SPEED(NFS)
Team size:1 members.
Rounds: 2
-
COUNTER STRIKE(CS)
Team size: 4 members.
Rounds:2
Time Limit: 1 hour
Round 1:Participants will compete in a team and then selected Top 2 teams will qualify in next round.
Round 2: The Top 2 selected teams from 1st round will compete and according to that winning team will be chosen.