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raylib-cpp
C++ object-oriented wrapper library for raylib.
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Public Member Functions | |
| Texture2D () | |
| Texture2D (::Image &image) | |
| Texture2D (const std::string &fileName) | |
| ~Texture2D () | |
| Texture2D & | Draw (::NPatchInfo nPatchInfo, ::Rectangle destRec, ::Vector2 origin, float rotation=0, ::Color tint=WHITE) |
| Texture2D & | Draw (::Rectangle sourceRec, ::Rectangle destRec, ::Vector2 origin, float rotation=0, ::Color tint=WHITE) |
| Texture2D & | Draw (::Rectangle sourceRec, ::Vector2 position, ::Color tint=WHITE) |
| Texture2D & | Draw (::Vector2 position, ::Color tint=WHITE) |
| Texture2D & | Draw (::Vector2 position, float rotation, float scale=1.0f, ::Color tint=WHITE) |
| Texture2D & | Draw (::Vector2 tiling, ::Vector2 offset, ::Rectangle quad, ::Color tint=WHITE) |
| Texture2D & | Draw (::Vector3 position, float width, float height, float length, ::Color color=WHITE) |
| Texture2D & | Draw (int posX, int posY, ::Color tint=WHITE) |
| Texture2D & | DrawTiled (Rectangle sourceRec, Rectangle destRec, Vector2 origin, float rotation, float scale, Color tint=WHITE) |
| Texture2D & | GenMipmaps () |
| int | GetFormat () |
| int | GetHeight () |
| unsigned int | GetId () |
| int | GetMipmaps () |
| Image | GetTextureData () |
| int | GetWidth () |
| void | Load (const std::string &fileName) |
| void | LoadFromImage (::Image &image) |
| void | LoadTextureCubemap (::Image &image, int layoutType) |
| operator raylib::Image () | |
| Texture2D & | operator= (const ::Texture2D &texture) |
| Texture2D & | operator= (const Texture2D &texture) |
| void | set (::Texture2D texture) |
| Texture2D & | SetFilter (int filterMode) |
| void | SetFormat (int value) |
| void | SetHeight (int value) |
| void | SetId (unsigned int value) |
| Texture2D & | SetMaterialTexture (Material *material, int mapType) |
| void | SetMipmaps (int value) |
| void | SetWidth (int value) |
| Texture2D & | SetWrap (int wrapMode) |
| void | Unload () |
| Texture2D & | Update (const void *pixels) |
| Texture2D & | UpdateRec (Rectangle rec, const void *pixels) |
Static Public Member Functions | |
| static int | GetPixelDataSize (int width, int height, int format) |
Definition at line 19 of file Texture2D.hpp.
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inline |
Definition at line 21 of file Texture2D.hpp.
References set().
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inline |
Definition at line 25 of file Texture2D.hpp.
References LoadFromImage().
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Definition at line 29 of file Texture2D.hpp.
References Load().
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Definition at line 33 of file Texture2D.hpp.
References Unload().
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Definition at line 135 of file Texture2D.hpp.
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Definition at line 131 of file Texture2D.hpp.
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Definition at line 123 of file Texture2D.hpp.
Definition at line 114 of file Texture2D.hpp.
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Definition at line 118 of file Texture2D.hpp.
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Definition at line 127 of file Texture2D.hpp.
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Definition at line 140 of file Texture2D.hpp.
Definition at line 109 of file Texture2D.hpp.
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Definition at line 145 of file Texture2D.hpp.
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Definition at line 94 of file Texture2D.hpp.
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Definition at line 49 of file Texture2D.hpp.
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Definition at line 47 of file Texture2D.hpp.
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Definition at line 45 of file Texture2D.hpp.
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Definition at line 48 of file Texture2D.hpp.
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inlinestatic |
Definition at line 155 of file Texture2D.hpp.
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Definition at line 87 of file Texture2D.hpp.
Referenced by operator raylib::Image().
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Definition at line 46 of file Texture2D.hpp.
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Definition at line 65 of file Texture2D.hpp.
References set().
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Definition at line 90 of file Texture2D.hpp.
References GetTextureData().
Definition at line 51 of file Texture2D.hpp.
References set().
Definition at line 56 of file Texture2D.hpp.
References set().
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inline |
Definition at line 37 of file Texture2D.hpp.
Referenced by Load(), LoadFromImage(), LoadTextureCubemap(), operator=(), and Texture2D().
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Definition at line 99 of file Texture2D.hpp.
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Definition at line 49 of file Texture2D.hpp.
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Definition at line 47 of file Texture2D.hpp.
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Definition at line 45 of file Texture2D.hpp.
Definition at line 150 of file Texture2D.hpp.
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Definition at line 48 of file Texture2D.hpp.
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Definition at line 46 of file Texture2D.hpp.
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Definition at line 104 of file Texture2D.hpp.
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Definition at line 73 of file Texture2D.hpp.
Referenced by ~Texture2D().
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Definition at line 77 of file Texture2D.hpp.
Definition at line 82 of file Texture2D.hpp.


Wifi: username / password
| Install the Tools | http://bit.ly/CnCTheTools |
| This presentation | http://bit.ly/cnchtmlslide |
| The worksheet | http://bit.ly/cnchtmlwork |
All slides in this presentation are licensed by http://kcwomenintech.org under a Creative Commons Attribution-ShareAlike 4.0 International License.
Architecture is conceptual...
how files are organized
Building a house requires good architecture...
the same applies to apps/sites
A toolshed is not like a baseball stadium...
different apps/sites require different structures
Promotes code reuse
Don't
Repeat
Yourself!
Single Responsibility Principle:
chunks of code that do one thing
Single Responsibility Principle:
chunks of code that do one thing
These chunks are called modules/components
Easier to maintain over time
(happy devs, happy clients, cost savings)
Architecture can vary based on:
imgs
vs images
app/about/css
vs app/css/about
dashed-names
vs underscore_names
Houses your application's code
/app
/assets
/dist
index.html - Most important file
LICENSE.txt
...
/assets
/images
/styles
CSS or Sass content
/scripts
JavaScript functionality
/fonts
Only if serving font from your server
/views
Full or partial markup
myVeryLongFunctionName
=> r
Documentation:
Helps others build and understand the project
Naming Conventions:
Naming Conventions:
Files & folders follow conventions
or are self-describing
Build Tools:
Simplify proceses
(running tests, minifying code, etc)
Wifi: username / password
| Install the Tools | http://bit.ly/CnCTheTools |
| This presentation | http://bit.ly/cnchtmlslide |
| The worksheet | http://bit.ly/cnchtmlwork |
All slides in this presentation are licensed by http://kcwomenintech.org under a Creative Commons Attribution-ShareAlike 4.0 International License.
Hyper Text Markup Language
Most fundamental building block of web pages
Describes how the content is displayed
Indicates structure, not style (font, color, size)
Create a .html file
HTML is a markup language
Markup and code is written/edited
in an IDE (like Atom)
Integrated Development Environment
Syntax highlighting helps you "see" the code
with colors & other visual cues
Linters help you avoid mistakes
by highlighting them
Auto-complete "guesses"
what you might want to type next
HTML is a standard set of "tags"
Open/Close tags

Hey girl

Self-Closing tags

Hey girl
Every HTML page requires 4 tags:
<!DOCTYPE html>

...
...

Wifi: username / password
| This presentation | http://bit.ly/cnchtmlslide |
| The worksheet | http://bit.ly/cnchtmlwork |
| Install the Tools | http://bit.ly/CnCTheTools |
All slides in this presentation are licensed by http://kcwomenintech.org under a Creative Commons Attribution-ShareAlike 4.0 International License.
A few to get you started...

Don't forget the garnish!

Watermelon Moscow Mule

A Fruity Twist on a Classic Cocktail

This is one of my favorites!

Watermelon

Vodka

Lime juice

This is one of my favorites!

Go to Pinterest

Standardized in 2014
Made web development easier & semantic

<audio></audio>
<video></video>
<svg></svg>
<canvas></canvas>
These tags got you started...

Don't forget the garnish!

Watermelon Moscow Mule

A Fruity Twist on a Classic Cocktail

This is one of my favorites!

Watermelon

Vodka

Lime juice

This is one of my favorites!
This is one of my favorites!

Watermelon Moscow Mule

Chrome Developer Tools
(Win) F12 (Mac) cmd + opt + i
W3 Schools ("Try It Yourself")
Mozilla Developer Network (MDN)
A good example: weavegotchacovered.com
Wifi: username / password
| Install the Tools | http://bit.ly/CnCTheTools |
| This presentation | http://bit.ly/cnchtmlslide |
| The worksheet | http://bit.ly/cnchtmlwork |
All slides in this presentation are licensed by http://kcwomenintech.org under a Creative Commons Attribution-ShareAlike 4.0 International License.

Alt tags for accessibility and SEO
Accessibility (a11y) removes barriers
that prevent interaction with (or access to)
web sites by people with disabilities.
The A11Y Project
Search Engine Optimization
Lyndsey Scott
Values added to HTML elements
that configure the element
Only in the opening tag

https://developer.mozilla.org/en-US/docs/Web/HTML/Attributes
Don't forget the following...

A whole paragraph!

Ruh roh, now everything's a paragraph
Indentation FTW

Watermelon

Vodka

Lime juice

Watermelon

Vodka

Lime juice

Wifi: username / password
| Install the Tools | http://bit.ly/CnCTheTools |
| This presentation | http://bit.ly/cnchtmlslide |
| The worksheet | http://bit.ly/cnchtmlwork |
All slides in this presentation are licensed by http://kcwomenintech.org under a Creative Commons Attribution-ShareAlike 4.0 International License.
<!DOCTYPE html>

...
...

Pay attention to your IDE
(syntax highlighting and linter warnings)
Use a validator
Look for missing end tags (indent!)
Peers, co-workers, KCWiT Slack
#LadyDevs #KCWiT
#CodingAndCocktailsKC


TypeScript Web Application
A TypeScript web application template that can be used as a seed for new projects


%company%
%User Name%
Action
Logout
Email address
Password
Remember me
Sign in
Forgot password?
Menu 1
Menu 2
Menu 3
Menu 3 sub 1
Menu 3 sub 2
Disabled
content
Header
Card title
Some quick example text
Card link
Another link
Header
Card title
Some quick example text
Card link
Another link
footer


Mambo is an elegant static site generator built in Python. It doesn't lock you in any framework way, instead it lets you have it your way. Create pages in HTML or Markdown; write HTML, JS & CSS in a single file component; build your pages; deploy to your host; Mambo keeps it simple and elegant!


Panther burmese. Panther munchkin lynx but kitten or kitten devonshire rex yet norwegian forest. Cheetah british shorthair or balinese yet kitten..
Panther burmese. Panther munchkin lynx but kitten or kitten devonshire rex yet norwegian forest. Cheetah british shorthair or balinese yet kitten..
Panther burmese. Panther munchkin lynx but kitten or kitten devonshire rex yet norwegian forest. Cheetah british shorthair or balinese yet kitten..
Panther burmese. Panther munchkin lynx but kitten or kitten devonshire rex yet norwegian forest. Cheetah british shorthair or balinese yet kitten..


We examine services!
- orchestrate customized experiences
- transform visionary functionalities
- cultivate distributed schemas
- deploy dynamic convergence
- leverage open-source e-commerce
- productize granular infomediaries
- engineer end-to-end methodologies
- deliver 24/365 metrics


Rito Games Third-party developer application name generator
...
Rito Games Community, 2021
This page is a joke don't take it too serious
We love you DevRel ❤


Lyrics of Lowly Life
by Paul Laurence Dunbar
"The Ol' Tunes"
Additional Information
- Year Published: 1913
- Language: English
- Country of Origin: United States of America
- Source: Dunbar, P.L. (1913). The Complete Poems of Paul Laurence Dunbar. New York: Dodd, Mead, and Company.
-
Readability:
- Flesch–Kincaid Level: 6.5
- Word Count: 431
- Genre: Poetry
- ✎ Cite This
Downloads
You kin talk about yer anthems
An’ yer arias an’ sich,
An’ yer modern choir–singin’
That you think so awful rich;
But you orter heerd us youngsters
In the times now far away,
A–singin’ o’ the ol’ tunes
In the ol’–fashioned way.
There was some of us sung treble
An’ a few of us growled bass,
An’ the tide o’ song flowed smoothly
With its ‘comp’niment o’ grace;
There was spirit in that music,
An’ a kind o’ solemn sway,
A–singin’ o’ the ol’ tunes
In the ol’–fashioned way.
I remember oft o’ standin’
In my homespun pantaloons—
On my face the bronze an’ freckles
O’ the suns o’ youthful Junes—
Thinkin’ that no mortal minstrel
Ever chanted sich a lay
As the ol’ tunes we was singin’
In the ol’–fashioned way.
The boys ‘ud always lead us,
An’ the girls ‘ud all chime in
Till the sweetness o’ the singin’
Robbed the list’nin’ soul o’ sin;
An’ I used to tell the parson
‘T was as good to sing as pray,
When the people sung the ol’ tunes
In the ol’–fashioned way.
How I long ag’in to hear ‘em
Pourin’ forth from soul to soul,
With the treble high an’ meller,
An’ the bass’s mighty roll;
But the times is very diff’rent,
An’ the music heerd to–day
Ain’t the singin’ o’ the ol’ tunes
In the ol’–fashioned way.
Little screechin’ by a woman,
Little squawkin’ by a man,
Then the organ’s twiddle–twaddle,
Jest the empty space to span,—
An’ ef you should even think it,
‘T is n’t proper fur to say
That you want to hear the ol’ tunes
In the ol’–fashioned way.
But I think that some bright mornin’,
When the toils of life air o’er,
An’ the sun o’ heaven arisin’
Glads with light the happy shore,
I shall hear the angel chorus,
In the realms of endless day,
A–singin’ o’ the ol’ tunes
In the ol’–fashioned way.


Welcome to UACATS
University of Arizona Classified Ads Tracking System
Index.html file
UserID
Password


4 men jailed over theft, sale of MC
by Alfred P. DalizonBULACAN policemen on Tuesday arrested four men said to be involved in the theft and sale of a motorcycle in Santa Maria town, a report to Police Regional Office 3 director, Brigadier General Rhodel O. Sermonia said.
The four suspects were identified as Jubert Rosales alias ‘Ivan Silliave,’ a 26-year-old house painter, Ronaldo Araneta,32, a buy-and-sell agent, his brother Jonas,21; and Jerico Parayray,25. All four are residents of Barangay San Vicente in Santa Maria.
According to Santa Maria Municipal Police Station commander, Lieutenant Colonel Carl Omar Fiel, the four are now facing charges for violation of Republic Act 10883 or the New Anti-Carnapping Law and Presidential Decree 1612 or the anti-fencing act.
All four were arrested in separate anti-crime operations in the municipality at 9:30 p.m. Monday and 2:50 a.m. Tuesday, the official said.
According to Fiel, they conducted the sting after receiving a tip from an informant regarding the presence of a repored stolen motorcycle being sold online by one alias’ Ivan Silliave.’


{% extends base_template_name %} {% block content %} {% load static %}
Are you sure you want to delete your report with ID #?


The Torso mentality for forms is that persisted models and form models have disjoint state. The form model has one-to-one correspondence with the current view state; however, it is completely dissociated from any persisted models. Form models can be a composite of fields from many different persisted models if desired. "Pulling" from a form model means that attributes will be read from the persisted objects and inserted in to the form model's current state. "Pushing" from a form model means that the form attributes will be mapped backed to their corresponding fields in the original persisted object. Typically, the push operation is only permitted after data validation has occured. In this demo, pulling will always reset the state to the most recently pushed values.
For more details on pushing and pulling, review the Form Model API.


./bp_be/src/v/bp_be_calculator/bp_be_int_alu.v Cov: 98.1%
1: /**
2: *
3: * Name:
4: * bp_be_int_alu.v
5: *
6: * Description:
7: * Integer ALU for rv64i arithmetic instructions.
8: *
9: * Parameters:
10: *
11: * Inputs:
12: * src1_i - Register operand data
13: * src2_i - Register or immediate operand data
14: *
15: * op_i - Which operation to perform. Several operations are shared
16: * e.g. sltu is used for both compute + branch
17: * opw_v_i - Whether the operation is word width
18: *
19: * Outputs:
20: * result_o - The calculated result of the arithmetic operation
21: *
22: * Keywords:
23: * calculator, alu, int, integer, rv64i
24: *
25: * Notes:
26: * Currently, we leave arithmetic optimization up to the compiler. For example, several
27: * operations could be implemented by a single calculation and a bit toggle.
28: * This could synthesize as two seperately sized alus, if the compiler doesn't realize
29: * that result and resultw are mutually exclusive.
30: */
31:
32: module bp_be_int_alu
33: import bp_be_pkg::*;
34: import bp_common_rv64_pkg::*;
35: #(// Generated parameters
36: localparam fu_op_width_lp = `bp_be_fu_op_width
37: // From RISC-V specifications
38: , localparam reg_data_width_lp = rv64_reg_data_width_gp
39: , localparam word_width_lp = rv64_word_width_gp
40: , localparam shamt_width_lp = rv64_shamt_width_gp
41: , localparam shamtw_width_lp = rv64_shamtw_width_gp
42: )
43: (// Source data
44: input [reg_data_width_lp-1:0] src1_i
45: , input [reg_data_width_lp-1:0] src2_i
46:
47: // Arithmetic operation metadata
48: , input [fu_op_width_lp-1:0] op_i
49: , input opw_v_i
50:
51: // Result
52: , output [reg_data_width_lp-1:0] result_o
53: );
54:
55: // Intermediate connections
56: // These are signed because we're doing math on them, most of which is signed
57: logic signed [reg_data_width_lp-1:0] src1_sgn , src2_sgn;
58: logic signed [word_width_lp-1:0] src1_w_sgn , src2_w_sgn;
59: logic signed [reg_data_width_lp-1:0] result_sgn ;
60: logic signed [word_width_lp-1:0] resultw_sgn;
61: logic [shamt_width_lp-1:0] shamt;
62: logic [shamtw_width_lp-1:0] shamtw;
63:
64: // Casting
65: assign src1_sgn = $signed(src1_i);
66: assign src2_sgn = $signed(src2_i);
67: assign src1_w_sgn = $signed(src1_i[0+:word_width_lp]);
68: assign src2_w_sgn = $signed(src2_i[0+:word_width_lp]);
69:
70: assign shamt = src2_i[0+:shamt_width_lp];
71: assign shamtw = src2_i[0+:shamtw_width_lp];
72:
73: // The actual computation
74: always_comb
75: begin
76: // These two case statements are mutually exclusive, but we separate them because they
77: // assign to different results
78: // Calculate result for 32-bit operations
79: unique case (op_i)
80: e_int_op_add : resultw_sgn = src1_w_sgn + src2_w_sgn;
81: e_int_op_sub : resultw_sgn = src1_w_sgn - src2_w_sgn;
82: e_int_op_sll : resultw_sgn = src1_w_sgn << shamtw;
83: e_int_op_srl : resultw_sgn = src1_w_sgn >> shamtw;
84: e_int_op_sra : resultw_sgn = src1_w_sgn >>> shamtw;
85: default : resultw_sgn = '0;
86: endcase
87:
88: // Calculate result for 64-bit operations
89: unique case (op_i)
90: e_int_op_add : result_sgn = src1_sgn + src2_sgn;
91: e_int_op_sub : result_sgn = src1_sgn - src2_sgn;
92: e_int_op_xor : result_sgn = src1_sgn ^ src2_sgn;
93: e_int_op_or : result_sgn = src1_sgn | src2_sgn;
94: e_int_op_and : result_sgn = src1_sgn & src2_sgn;
95: e_int_op_sll : result_sgn = src1_sgn << shamt;
96: e_int_op_srl : result_sgn = src1_sgn >> shamt;
97: e_int_op_sra : result_sgn = src1_sgn >>> shamt;
98: e_int_op_pass_src2 : result_sgn = src2_i;
99:
100: // Single bit results
101: e_int_op_slt : result_sgn = (reg_data_width_lp)'($unsigned(src1_sgn < src2_sgn));
102: e_int_op_sge : result_sgn = (reg_data_width_lp)'($unsigned(src1_sgn >= src2_sgn));
103: e_int_op_eq : result_sgn = (reg_data_width_lp)'($unsigned(src1_i == src2_i));
104: e_int_op_ne : result_sgn = (reg_data_width_lp)'($unsigned(src1_i != src2_i));
105: e_int_op_sltu : result_sgn = (reg_data_width_lp)'($unsigned(src1_i < src2_i));
106: e_int_op_sgeu : result_sgn = (reg_data_width_lp)'($unsigned(src1_i >= src2_i));
107: default : result_sgn = '0;
108: endcase
109: end
110:
111: // Select between word and double word width results
112: assign result_o = opw_v_i ? reg_data_width_lp'(resultw_sgn) : result_sgn;
113:
114: endmodule : bp_be_int_alu
115:
116:


For a soccer forward player, 1 success out of 100 attacks may mean a successful match.
But for a defender, only one failure may be all it takes to lose a match.
Many programming tasks are defensive by nature. Errors are best avoided by certain defensive practices like configuration management, automated tests, encapsulation, static analysis like type checking, idioms and other coding standards that strive for readability etc.
On the other hand, it's good to recognize the offensive tasks, too, in which the number of failures doesn't matter as long as there are some successes, too. It doesn't matter how many bad languages, frameworks, patterns or designs you try if it helps you to find the ones that work.
Often it's impossible to score without taking the risk of losing the ball.
Originally published on 2008-06-27 at http://www.jroller.com/wipu/entry/defensive_and_offensive_programming under category Art of programming


HOMEGROWN (director: Stephen Gyllenhaal; writers: Stephen Gyllenhaal/Nicholas Kazan; cinematographer: Greg Gardiner; cast: Billy Bob Thornton (Jack), Hank Azaria (Carter), Kelly Lynch (Lucy), Jon Bon Jovi (Danny), Ryan Phillippe (Harlan), Judge Reinhold (Policeman), Matt Ross (Ben Hickson), Matt Clark (Sheriff), Ted Danson (Gianni), John Lithgow (Malcolm/Robert), Jamie Lee Curtis (Sierra Kahan), Jon Tenney (Pilot), 1998)
Homegrown is a lovable off-the-wall film that, probably, very few people have seen or even heard about. That might be because the film goes off on so many different directions-- from murder to counter-culture romance-- before it zeroes into the hippy drug dealing scene as it evolved from the '60s to what it is today, which makes it a too controversial topic for Sony to know how to advertise and release to theaters. This is a film that you will probably only get a chance to see on cable or video. Its highly animated story is both funny and suspenseful, with a good deal of its plot made up of the kind of material reserved for a sociologist who is writing a treatise on why certain types of people must be outlaws; the director's aim was to make a take-off on The Treasure of the Sierra Madre theme, but this time with a stoned-out foursome lured by the possibility of making 3 million dollars through growing and dealing marijuana.
A lot of the big-name stars in the film must have seen the merits of this enterprise, because their cameo appearances and the small amount of money they received for being in the film indicates that this was strictly a labor of love for them.
Three growers of the weed, bumblers who are living in the woods of a Northern California town, Jack (Thornton), Carter (Azaria), and Harlan (Ryan Phillippe), witness their boss, Malcolm (Lithgow), as he gets off a helicopter to see them during the harvest season and immediately get shot by the pilot (Tenney). The three, in a state of confusion, run back to the plantation and cut down enough marijuana plants to compensate themselves for their lost wages, too afraid to stay around and take more.They hide out at the house of Lucy (Lynch), who is Carter's ex-girlfriend (she still sleeps with him; she will also sleep with the much younger Harlan), without telling her what went down; she is superbly cast as a jaded hippie, working as a drug distributor for Malcolm.
To get some cash, the boys sell to a local dealer, Danny (Bon Jovi), while pretending Malcolm is still alive; and, then decide to go back to the plantation expecting the crop to have been taken. But when it isn't touched, they decide to wheel and deal for themselves, their aim is to sell to all of Malcolm's customers who have never seen him, with Jack pretending to be Malcolm. The greed of making 3 million dollars for the crop becomes their driving force, which is a somewhat similar theme to what occurred in A Simple Plan.
Screw-ups follow the boys' business decisions, as their operation calls for them to make one-on-one drug exchanges, while the ones not in on the deal hide themselves in a spot where they cannot be spotted, watching the deal take place while remaining undercover.
Jack pretends to be Malcolm on the phone without knowing who he is talking to, which will get him a meeting with a mafia figure who thinks he is at last to meet Malcolm. Jack mistakenly and comically calls this maniacal figure Johnny when his name is Gianni (Danson), as they try to get things straight about the business deal the real Malcolm made, which is the source of all the problems Malcolm has with the local dealers.
The story clearly shows how love and peace are no longer the rallying cry among the harvesters, as guns are a regular part of their dress code; but most of all, the story understood how the close-knit community of marijuana growers operate, and is able to show how they prospered and psychologically feared outsiders coming into their well-run operation, which included police bribes and annual get-togethers to celebrate their business skills. At the annual harvest party, Sierra (Jamie Lee Curtis), gives a speech to the other growers that could have been delivered to any corporation in America, as she decries the need for the growers to remember the integrity and spirit they had when they first started.
What this film failed to do was go into any depth about why these people do what they do (for the money is not enough of a reason) and how pervasive was their illegal business on the economy of small towns in that region of California. It therefore left a very cloudy message about what is a serious matter concerning the whole drug culture. It was a much clearer film to evaluate, if viewed as an enjoyable dark comedy. But don't be mislead by what I just said. This is a well-written and acted and directed film, that is often disarmingly brilliant, getting right in the face of an outlaw lifestyle that is both dangerous and beautiful. It does this better than any other film I have seen in recent times that attempted to tackle this sort of material. The implied message is: the government's drug policy is just not working.
REVIEWED ON 7/9/99 GRADE: B+
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
© ALL RIGHTS RESERVED DENNIS SCHWARTZ
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


This package contains the OPeNDAP Server classes. These are used directly by specific implementations of OPeNDAP servers to provide the frame work for OPeNDAP server behaviours.


Get Involved
Join the AEYC!
Are you a high school student passionate about the environment? Do you want to help promote conservation and sustainability in Alabama? Are you interested in educating the public about environmental issues, advocating for environmental policy, and becoming a leader in the statewide environmental movement? If so, we highly encourage you to apply for the 2021-2022 term of the AEYC. Qualifications, responsibilities, and more information about the application process can be found on the Application Form, due by May 7th.
Upcoming Webinars
Stay tuned for more details about the next webinar in our ongoing series! To see a list of our past webinars, click here.


Since 1991 DeviceDriver.com has provided consulting and contract hardware/software development services to hardware and software manufacturers in a wide range of industries. Our customers are both small privately held companies as well as Fortune 500 companies. We have a fully equipped lab for working on hardware designs. We have 20+ years experience of working remotely. Many clients have not even been met with in person! With products such as Skype and Tight VNC problems of working remotely are greatly eased. We have experience with medical devices, know something about FDA approval as well as FCC. We have also watched companies make many mistakes, efficiency errors, and reorg's. We can offer you insight into technology, organization structure, technology concept review, projected cost of development, staff capability review, among other things. Andrew is the owner and leads all development projects. He has 30+ years of experience in the computer industry. Andrew has experience ranging from IBM mainframe VM & VTAM, PC-DOS TSR's, Windows Device Driver development, data communications, telephony, to Linux. He is a recognized industry expert on USB and has close ties with Cypress' application groups. Our associates have expertise in a wide range of technologies and this insures that your project is always being done by a qualified and knowledgeable engineer!
Peripheral Dynamics
maker of high speed lottery scanners and card readers.
Coherent Molectron
Laser systems.
Melasciences
Melafind is a revolutionary development in detecting skin cancer.
Flashcut
Leader in CNC control systems.
Myovision
3G wireless system for chiropracty.
Ultra-Scan
Maker of finger print scanners.
Dialogic Corp
The world leader in computer telephony hardware engineering and manufacturing.
Siemens Energy and Automation
Maker of PLC's and software for industrial automation.
Adhering to a sound development process is essential for a successful project outcome. We have a solid reputation for producing superior software, on time and within the budget.
Phase 1 is a short period which is used to produce an implementation plan, and a schedule for implementation. Phase 1 typically lasts a few days to a week or so depending on the project. You will feel confident that our understanding of your project will lead to a successful implementation.
Phase 2 is the actual implementation, with additional phases as required.
Our operating expenses are low so we can pass the savings on to you. You will not be paying the overhead for fancy office space! The hourly rate depends on the length of the project and several other variables which will be discussed with you. We prefer to do fixed price projects when possible. However, a lot of our work is time and material based. We know how to effectively manage both fixed price and hourly projects!


Japan emperor spends symbolic night with goddess to end rituals
The 'Daijosai' rite is the most overtly religious of all the rituals about Emperor Naruhito's accession to the throne.
In the chilly pre-dawn hours of Friday, Japan's Emperor Naruhito emerged from a shrine compound where he had spent a symbolic night with the sun goddess from whom conservatives believe his family descends, completing the rituals of his accession to the throne.
The "Daijosai" rite, centred on the goddess Amaterasu Omikami began soon after sunset on Thursday and is the most overtly religious of all the rituals surrounding Naruhito's succession to his father, Akihito, who abdicated the throne in April.
More:
Amid flickering torchlight and chanting by priests, Emperor Naruhito emerged from behind the white curtains of the shrine at around 3:00am on Friday (1800 GMT on Thursday) concluding a ceremony observed by Prime Minister Shinzo Abe and 400 dignitaries in an outdoor pavilion.
"This ritual is basically a feast involving the sun goddess and the emperor," said John Breen, a professor at Kyoto's International Research Center for Japanese Studies, who added that most coronations have mystical elements.
"The emperor is transformed by partaking of this feast."
Observance of the ritual has prompted lawsuits from critics ranging from communists to Christians, who say it smacks of the militaristic past and violates the constitutional separation of church and state, as the government pays the cost of 2.7 billion yen ($25m).
Persistent rumours have held that the emperor has conjugal relations with the goddess, a view dating from the era before World War II when the emperor was considered divine. Naruhito's grandfather Hirohito, in whose name Japan fought the war, was stripped of his divinity after its defeat.
But the government and scholars say the ritual is a meal during which the emperor offers foods ranging from rice and millet to abalone and persimmons to the goddess in the final ceremony that seals his new status as emperor.
Feast with a goddess
Preparations began months ago with the construction of a special shrine compound within the palace grounds and later, the harvest of rice from two fields chosen by heating a turtle shell and reading the pattern of cracks.
Well-wishers greet Japan's new Emperor Naruhito, (centre left), and Empress Masako, (centre right), from the balcony during his first public appearance with his imperial families at Imperial Palace Saturday, May 4, 2019, in Tokyo. [Eugene Hoshiko/The Associated Press]
Soon after sunset, in scenes broadcast live on television, Naruhito was ushered through dark wooden corridors, shielded by a ceremonial umbrella and preceded by courtiers holding torches. Empress Masako followed in 12-layered white robes.
After disappearing behind white curtains into a dimly-lit room, kneeling by the side of piled straw mats draped in white, the emperor accompanied only by two shrine maidens, arranged offerings for the goddess on 32 oakleaf plates.
Then he bowed and prayed for the peace of Japan.
Afterwards, they shared a meal of rice, millet and rice wine before he left the chamber. An identical ritual began in a different room around midnight.
Critics say that while a form of the ritual existed more than 1,000 years ago, its current shape dates from efforts in the late 1800s to unite Japan around the emperor.
Koichi Shin, 60 and head of a group suing to ban the ritual cited the rite's nationalistic underpinnings as one reason for its opposition. Another is the use of public funds.
Shin said there were fewer objections to Thursday's event and other imperial rites than at Akihito's accession in 1990, with less critical press coverage and fewer protests. Just 318 people sued the government this time, down from 1,700 then.
"We don't expect good results," Shin said. "But we think it's important to use everything we can to get across the idea that merging religion and state isn't good."


Full Stack Web Developer
Resume!Check Out My LinkedIn profile, and look into my repo.
Git Hub Repo linkedinMy name is Samuel Endrias, I am currently studying fullstack web development at Ga Tech. I hope to get my certification in web development and work in the field to master the art of programming. I have worked with HTML, CSS, JavaScript, Ajax, JASON, Nodejs. One of the projects i worked on was creating a web application which tracks the iss space station. ISStracker is a dynamic, responsive codebase created to actively track the location of the International Space Station at all times. This codebase primarily consists of JavaScript and jQuery framework used to extract the OpenWeather, Open Notify, Leaflet Map and Wikipedia web APIs via AJAX. When the user searches by their zip code, the system will display the next five times the ISS will pass by their location, as well as the local forecasts for those passby times.


A CA Department of Technology user has shared the following article with you:
To access the article, please use the URL below:
You will need to log in to the system to view the Article.


/**
* @author faithrodriguez
*
* An HTML formatted help page to guide game development
*/
No Place Like Home - Help Screen
Creating a Sprite:
- Click on the panel for the sprite you wish to create. (e.g. Unit, Terrain)
- Click the plus button located in the right corner
- Follow the wizard steps to customize your own sprite.
Adding a Sprite:
- Click on the panel for the sprite you wish to create. (e.g. Unit, Terrain)
- Click on the sprite of your choice
- Click on the grid cell that you want to add the sprite to
Move Through the Grid
- Click and drag either the main grid or the minimap
Using the Chat Box
- ALL - sends message to every player in game
- TEAM - sends message to every player in your team
- WHISPER - sends message to a player of your choice
Begin Playing Game:
- Click View in the menu bar
- Click Play Mode


|
Moves the contents of a control register (CR0, CR2, CR3, or CR4) to a general-purpose register or vice versa. The operand size for these instructions is always 32 bits, regardless of the operandsize attribute. (See "Control Registers" in Chapter 2 of the IA-32 Intel Architecture Software Developer's Manual, Volume 3, for a detailed description of the flags and fields in the control registers.) This instruction can be executed only when the current privilege level is 0.
When loading control registers, programs should not attempt to change the reserved bits; that is, always set reserved bits to the value previously read. An attempt to change CR4's reserved bits will cause a general protection fault. Reserved bits in CR0 and CR3 remain clear after any load of those registers; attempts to set them have no impact. On Pentium 4, Intel Xeon and P6 family processors, CR0.ET remains set after any load of CR0; attempts to clear this bit have no impact.
At the opcode level, the reg field within the ModR/M byte specifies which of the control registers is loaded or read. The 2 bits in the mod field are always 11B. The r/m field specifies the general-purpose register loaded or read.
These instructions have the following side effect: When writing to control register CR3, all non-global TLB entries are flushed (see "Translation Lookaside Buffers (TLBs)" in Chapter 3 of the IA-32 Intel Architecture Software Developer's Manual, Volume 3).
The following side effects are implementation specific for the Pentium 4, Intel Xeon, and P6 family processors. Software should not depend on this functionality in all IA-32 processors:
- - When modifying any of the paging flags in the control registers (PE and PG in register CR0 and PGE, PSE, and PAE in register CR4), all TLB entries are flushed, including global entries.
- - If the PG flag is set to 1 and control register CR4 is written to set the PAE flag to 1 (to enable the physical address extension mode), the pointers in the page-directory pointers table (PDPT) are loaded into the processor (into internal, non-architectural registers).
- - If the PAE flag is set to 1 and the PG flag set to 1, writing to control register CR3 will cause the PDPTRs to be reloaded into the processor. If the PAE flag is set to 1 and control register CR0 is written to set the PG flag, the PDPTRs are reloaded into the processor.
|


@***************************************************************************** * Page for listing current schemes and link for new scheme creation * * Copyright (c) 2015 MIT Libraries * *****************************************************************************@ @(schemes: List[Scheme])(implicit request: play.api.mvc.RequestHeader) @layout.main("Schemes - TopicHub") {
Classification, identification, and other characterization systems - collectively called schemes on the hub - are the key to ability to organize content. You may install as many schemes as are useful in extracting topics or other information in content, but only if you can provide instructions (via Finders) on how to obtain topics in the scheme for a given document type. Normally a subscriber may only subscribe to topics found in content that has been transmitted to the hub, but if you also supply a validator for the scheme, then subscribers can 'pre-subscribe' to validated topics. To add a new scheme, click the link below. Browse schemes at left.
@if(Application.currentUserHasRole("analyst")){ }


| Error Code | Module | Description |
| 00001 | PatientsStore | Error while saving data in Patients table. 'patient' object is null |
| 00002 | GenderInfoController | Empty Patient Id ,Patient id is empty in State params, should never come at this stage, redirected to default page |
| 00003 | AgeInfoController | Empty Patient Id ,Patient id is empty in State params, should never come at this stage, redirected to default page |
| 00004 | BodySizeInfoController | Empty Patient Id ,Patient id is empty in State params, should never come at this stage, redirected to default page |
| 00005 | BodySizeInfoController | Empty Patient Id and Vitals ID in State params, should never come at this stage as this check is already done in parent block, redirected to default page |


Guidance
Types of apprenticeships that you can apply for in the cleaning and environmental services sector.
Cleaning and environmental services apprentices are key to ensuring that public places are clean, safe and look good.
Training is an important part of this career because cleaners deal with hazardous chemicals, and sometimes with large machinery. You could also find yourself undertaking a variety of horticulture skills working in parks and countryside recreation sites.
As an apprentice, you’ll learn a range of cleaning techniques and skills including health and safety, working effectively with customers and others, and communication skills.
Depending on your employer, you might learn how to:
There are 2 types of horticulture apprenticeships.
You could train in roles like:
You could train in roles like:
You can become an apprentice in England if you’re:
Published: 14 March 2014


School District Strike Predictor
Enter Total Number of Students Enrolled
Enter Percentage Charter Schools
Enter Percentage of ELL Students
Enter Percentage of IEP Students
Enter Percentage of Free/Reduced Lunch Students
Enter Number of Students per Teacher
Enter Expenditures per Dollar Revenue


Equibel Documentation¶
Equibel is a Python package for working with consistency-based belief change in a graph-oriented setting.
Currently Supported Platforms¶
- OS X with Python 2.7.x
- 64-bit Linux with Python 2.7.x
Note that while Equibel is distributed as a Python package, the core of the system is
implemented using Answer Set Programming (ASP), and relies on a nunderlying ASP solver
called clingo
, which is part of the
Potsdam Answer Set Solving Collection (Potassco).
In particular, Equibel has two ASP-related dependencies: the
Python gringo module, which provides an
interface to an ASP solver from within Python, and asprin.parser
, which is a component of
the asprin
preference-handling framework. asprin
is described in more detail
here, and can be download from
here.
The Python component of Equibel is highly portable across platforms; however, the gringo
and asprin.parser
dependencies must be compiled for specific system configurations, producing
system-specific binaries.
In order to simplify usage for some common system configurations, Equibel includes pre-compiled
binaries of these dependencies for 64-bit Linux distributions and Mac OS. These are placed in
the equibel/includes/
directory, which is structured as follows:
equibel/includes/
├── __init__.py
├── linux_64
│ ├── asprin.parser
│ ├── gringo.so
│ └── __init__.py
└── mac
├── asprin.parser
├── gringo.so
└── __init__.py
If Equibel does not function correctly once it is installed, this is likely due to the fact that the pre-compiled binaries are not compatible with your system. In this case, you must compile the dependencies manually, by downloading the required components directly from Potassco, and overwriting the resulting binaries in the folder that corresponds to your operating system.
Installation¶
The following steps assume that you have the pip
Python package manager
installed. If you don’t have pip
, you can get it here.
The pre-compiled
gringo
modules included with Equibel for either 64-bit Linux or Mac OS require a dependency called Threading Building Blocks (tbb
).The easiest way to install the
tbb
library on Mac OS is to use [Homebrew](http://brew.sh):$ brew install tbb
On Ubuntu Linux, the
tbb
library can be installed using theapt
package manager:$ sudo apt-get install libtbb-dev
Download the Equibel source code from Github:
$ git clone https://github.com/asteroidhouse/equibel.git
This will create a folder called
equibel
in your current working directory.Change directories to the
equibel
folder:$ cd equibel
Install Equibel using
pip
from within theequibel
folder as follows (note the.
at the end):$ sudo pip install .
Optionally, you can test whether everything works on your system by installing the
nose
testing tool and running the tests in the tests folder, as follows:$ sudo pip install nose
$ nosetests tests/
If all of the dependencies have installed correctly, the
nosetests tests/
should print a series of dots to the screen, one for each successfully completed test case.If the tests fail, this is most likely due to the dependencies of Equibel not being compatible with your platform. As noted above, Equibel includes pre-compiled binaries of the Python
gringo
module, as well as ofasprin.parser
, for 64-bit Linux distributions (tested on Ubuntu 14.04) and for Mac OS (tested on OSX 10.10). If you are not using one of these systems, you will need to manually compile thegringo
andasprin.parser
dependencies.
Quickstart¶
To use Equibel within a Python program, you need to import the equibel
module.
Every form of belief change in Equibel takes as input an EquibelGraph
object
(that represents a graph and associated scenario) and outputs a new EquibelGraph
object. The following Python script creates a path graph, assigns formulas to nodes,
find the global completion, and prints the resulting formulas at each node:
import equibel as eb
if __name__ == '__main__':
# Create an EquibelGraph object, which represents a graph and
# associated scenario.
G = eb.EquibelGraph()
# Create nodes:
G.add_nodes_from([1, 2, 3, 4])
# Create edges:
G.add_edges_from([(1,2), (2,3), (3,4)])
# Add formulas to nodes:
G.add_formula(1, "p & q & r")
G.add_formula(4, "~p & ~q")
# Find the global completion of the G-scenario:
R = eb.global_completion(G)
# Pretty-prints the resulting formulas at each node:
eb.print_formulas(R)
If the above code is saved in a file called completion.py
, then it can be run by typing
python completion.py
at the command line, as follows:
$ python completion.py
Node 1:
p ∧ q ∧ r
Node 2:
r
Node 3:
r
Node 4:
r ∧ ¬p ∧ ¬q
Implemented Approaches¶
Equibel allows for experimentation with several different approaches to consistency-based belief change in a graph-oriented setting, namely:
- Global completion,
- Simple iteration,
- Expanding iteration,
- Augmenting iteration, and
- The ring method.
The global completion opteration is performed on an EquibelGraph
G
by
eb.global_completion(G)
; this performs a “one-shot” procedure to update
the information at every node in the graph, and thus is not an iterative approach. All
of the other approaches—simple, expanding, augmenting, and ring—can be performed
iteratively, and each one iterates to a fixpoint. The table below summarizes the Equibel
functions to perform single iterations of each approach, as well as to find the fixpoints
reached by each approach:
| Method | Single Iteration | Iterate to Fixpoint |
|---|---|---|
| Simple Iteration | eb.iterate_simple(G) |
eb.iterate_simple_fixpoint(G) |
| Expanding Iteration | eb.iterate_expanding(G) |
eb.iterate_expanding_fixpoint(G) |
| Augmenting Iteration | eb.iterate_augmenting(G) |
eb.iterate_augmenting_fixpoint(G) |
| Ring Iteration | eb.iterate_ring(G) |
eb.iterate_ring_fixpoint(G) |
Each of the approaches has two separate implementations, corresponding to its equivalent semantic and syntactic characterizations. In addition, there are two ways of performing the core optimization procedure over equivalences, involving either inclusion-based or cardinality-based maximization.
Each function listed above can take three optional arguments:
method
, which is a string that is either “semantic” or “syntactic”, representing the method to use when performing the approach; e.g. based on either the syntactic or semantic characterizations
- The default
method
is semantic- To avoid typos when entering strings, Equibel has constants
eb.SEMANTIC
andeb.SYNTACTIC
which equal the strings “semantic” and “syntactic”, respectively.
opt_type
, which is a string that is either “inclusion” or “cardinality”, representing the type of maximization to be performed over equivalences
- The default
opt_type
is inclusion- To avoid typos when entering strings, Equibel has constants
eb.INCLUSION
andeb.CARDINALITY
which equal the strings “inclusion” and “cardinality”, respectively.
simplify
, which is a Boolean flag specifying whether to simplify the final formulas at each node.
- The default value for
simplify
isFalse
By definition, the semantic and syntactic characterizations of an approach yield equivalent results; however, depending on the input scenario and type of approach, the performance of the characterizations may differ significantly. A good example of this is in the case of expanding iteration, where we have an early-stoppping condition over the radius of the expanding neighbourhood when using the semantic characterization, but not when using the syntactic characterization (causing the semantic characterization to be significantly faster for large graphs in practice).
Some Examples¶
To show how the method
and opt_type
arguments can be combined, we consider the following
(by no means exhausitive) examples.
In the following example, we can see the difference between using inclusion-based optimization and cardinality-based optimization in the global completion:
import equibel as eb
if __name__ == '__main__':
# Creates a star graph with nodes [0, 1, 2, 3] and undirected edges [(0,1), (0,2), (0,3)]
G = eb.star_graph(3)
G.add_formula(1, 'p')
G.add_formula(2, 'p')
G.add_formula(3, '~p')
# Using inclusion-based maximization over equivalences
R_inclusion = eb.global_completion(G, method=eb.SEMANTIC, opt_type=eb.INCLUSION, simplify=False)
eb.print_formulas(R_inclusion)
# Using cardinality-based maximization over equivalences
R_cardinality = eb.global_completion(G, method=eb.SEMANTIC, opt_type=eb.CARDINALITY, simplify=False)
eb.print_formulas(R_cardinality)
Saving this code in a file inclusion_vs_cardinality.py
and running it yields:
$ python inclusion_vs_cardinality.py
Node 0:
p ∨ ¬p
Node 1:
p
Node 2:
p
Node 3:
¬p
Node 0:
p
Node 1:
p
Node 2:
p
Node 3:
¬p
The following example function calls show the flexible way in which options can be combined and used with any approach in Equibel:
R_semantic = eb.global_completion(G)
- This function call computes the global completion of
G
. With no options explicitly specified, the defaults are used; thus, this call involves the semantic characterization with inclusion-based optimization, and does not simplify the resultant formulas. - With all options explicitly specified, the above function call is equivalent to
R_semantic = eb.global_completion(G, method=eb.SEMANTIC, opt_type=eb.INCLUSION, simplify=False)
- This function call computes the global completion of
R_semantic = eb.global_completion(G, method=eb.SYNTACTIC)
- This call finds the global completion of
G
, using the syntactic characterization, the default inclusion-based optimization, and no simplification of formulas.
- This call finds the global completion of
R_semantic = eb.global_completion(G, method=eb.SYNTACTIC, opt_type=CARDINALITY)
- This call finds the global completion of
G
, using the syntactic characterization, cardinality-based optimization, and no simplification of formulas.
- This call finds the global completion of
R_semantic = eb.iterate_simple(G, method=eb.SEMANTIC, simplify=True)
- This function call computes the graph and scenario that result from performing a single
simple iteration over
G
, using the semantic characterization with default inclusion-based optimization. With thesimplify=True
option, the resulting scenario will have simplified formulas for each node in the graph.
- This function call computes the graph and scenario that result from performing a single
simple iteration over
R_syntactic = eb.iterate_simple(G, method=eb.SYNTACTIC, simplify=True)
- This call is similar to the previous call, except that it uses the syntactic characterization of simple iteration, rather than the semantic characterization.
R_semantic_fixpoint = eb.iterate_simple_fixpoint(G, method=eb.SEMANTIC, opt_type=eb.CARDINALITY, simplify=True)
- This computes the fixpoint reached by a sequence of simple iterations starting from the
graph and scenario represented by
G
, using the semantic characterization and cardinality-based optimization.
- This computes the fixpoint reached by a sequence of simple iterations starting from the
graph and scenario represented by
R_semantic = eb.iterate_expanding(G, simplify=True)
- This function call computes the graph and scenario that result from performing a single
expanding iteration over
G
, using the default semantic characterization with default inclusion-based optimization. Sincesimplify=True
, the resulting scenario will have simplified formulas for each node in the graph.
- This function call computes the graph and scenario that result from performing a single
expanding iteration over
R_semantic = eb.iterate_augmenting_fixpoint(G, simplify=True)
- This computes the fixpoint reached by a sequence of augmenting iterations starting from the
graph and scenario represented by
G
, using the default semantic characterization and inclusion-based optimization. Sincesimplify=True
, the resulting scenario will have simplified formulas for each node in the graph.
- This computes the fixpoint reached by a sequence of augmenting iterations starting from the
graph and scenario represented by


2 references to WriteObject
System.Management.Automation (2)
engine\remoting\client\Job.cs (2)
722
/// This flag modifies functionality of <see cref="
WriteObject
"/> method, so that it doesnt add output-processing to <see cref="Results"/> collection.
3072
this.
WriteObject
(dataObject);


Monitors typically don’t have linear outputs; when you request luminance level of 127, it is not exactly half the luminance of value 254. For experiments that require the luminance values to be linear, a correction needs to be put in place for this nonlinearity which typically involves fitting a power law or gamma (\gamma) function to the monitor output values. This process is often referred to as gamma correction.
PsychoPy can help you perform gamma correction on your monitor, especially if you have one of the supported photometers/spectroradiometers.
There are various different equations with which to perform gamma correction. The simple equation (1) is assumed by most hardware manufacturers and gives a reasonable first approximation to a linear correction. The full gamma correction equation (3) is more general, and likely more accurate especially where the lowest luminance value of the monitor is bright, but also requires more information. It can only be used in labs that do have access to a photometer or similar device.
The simple form of correction (as used by most hardware and software) is this:
(1)L(V) = a + kV^\gamma
where L is the final luminance value, V is the requested intensity (ranging 0 to 1), a, k and \gamma are constants for the monitor.
This equation assumes that the luminance where the monitor is set to ‘black’ (V=0) comes entirely from the surround and is therefore not subject to the same nonlinearity as the monitor. If the monitor itself contributes significantly to a then the function may not fit very well and the correction will be poor.
The advantage of this function is that the calibrating system (PsychoPy in this case) does not need to know anything more about the monitor than the gamma value itself (for each gun). For the full gamma equation (3), the system needs to know about several additional variables. The look-up table (LUT) values required to give a (roughly) linear luminance output can be generated by:
(2)LUT(V) = V^{1/\gamma}
where V is the entry in the LUT, between 0 (black) and 1 (white).
For very accurate gamma correction PsychoPy uses a more general form of the equation above, which can separate the contribution of the monitor and the background to the lowest luminance level:
(3)L(V) = a + (b+kV)^\gamma
This equation makes no assumption about the origin of the base luminance value, but requires that the system knows the values of b and k as well as \gamma.
The inverse values, required to build the LUT are found by:
(4)LUT(V) = \frac{( (1-V)b^\gamma + V(b+k)^\gamma )^{1/\gamma}-b}{k}
This is derived below, for the interested reader. ;-)
And the associated luminance values for each point in the LUT are given by:
L(V) = a + (1-V)b^\gamma + V(b+k)^\gamma
The difficulty with the full gamma equation (3) is that the presence of the b value complicates the issue of calculating the inverse values for the LUT. The simple inverse of (3) as a function of output luminance values is:
(5)LUT(L) = \frac{((L-a)^{1/\gamma} - b )}{k}
To use this equation we need to first calculate the linear set of luminance values, L, that we are able to produce the current monitor and lighting conditions and then deduce the LUT value needed to generate that luminance value.
We need to insert into the LUT the values between 0 and 1 (to use the maximum range) that map onto the linear range from the minimum, m, to the maximum M possible luminance. From the parameters in (3) it is clear that:
(6)m = a+b^\gamma M = a+(b+k)^\gamma
Thus, the luminance value, L at any given point in the LUT, V, is given by
(7)L(V) &= m + (M-m)V \\ &= a+b^\gamma + (a+(b+k)^\gamma - a - b^\gamma)V \\ &= a + b^\gamma + ((b+k)^\gamma - b^\gamma)V \\ &= a + (1-V)b^\gamma + V(b+k)^\gamma
where V is the position in the LUT as a fraction.
Now, to generate the LUT as needed we simply take the inverse of (3):
(8)LUT(L) = \frac{(L-a)^{1/\gamma}-b}{k}
and substitute our L(V) values from (7):
(9)LUT(V) &= \frac{( a + (1-V)b^\gamma + V(b+k)^\gamma -a)^{1/\gamma}-b}{k}\\ &= \frac{( (1-V)b^\gamma + V(b+k)^\gamma )^{1/\gamma}-b}{k}
| [2] | Pelli, D. G., & Zhang, L. (1991) Accurate control of contrast on microcomputer displays. Vision Research 31, 1337-1350. |


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See: Description
| Interface | Description |
|---|---|
| ContentReference |
Interface for representing the references to the content that is digitally signed.
|
| CryptoBinary |
XMLObject representing XML Digital Signature, version 20020212, CryptoBinary simple type.
|
| DEREncodedKeyValue |
XMLObject representing XML Digital Signature 1.1 DEREncodedKeyValue element.
|
| DigestMethod |
XMLObject representing XML Digital Signature, version 20020212, DigestMethod element.
|
| DSAKeyValue |
XMLObject representing XML Digital Signature, version 20020212, DSAKeyValue element.
|
| ECKeyValue |
XMLObject representing XML Digital Signature, version 20020212, ECKeyValue element.
|
| ECPointType |
XMLObject representing XML Digital Signature 1.1 ECPointType element.
|
| Exponent |
XMLObject representing XML Digital Signature, version 20020212, Exponent element.
|
| G |
XMLObject representing XML Digital Signature, version 20020212, G element.
|
| J |
XMLObject representing XML Digital Signature, version 20020212, J element.
|
| KeyInfo |
XMLObject representing XML Digital Signature, version 20020212, KeyInfo element.
|
| KeyInfoReference |
XMLObject representing XML Digital Signature 1.1 KeyInfoReference element.
|
| KeyInfoType |
XMLObject representing XML Digital Signature, version 20020212, KeyInfoType complex type.
|
| KeyName |
XMLObject representing XML Digital Signature, version 20020212, KeyName element.
|
| KeyValue |
XMLObject representing XML Digital Signature, version 20020212, KeyValue element.
|
| MgmtData |
XMLObject representing XML Digital Signature, version 20020212, MgmtData element.
|
| Modulus |
XMLObject representing XML Digital Signature, version 20020212, Modulus element.
|
| NamedCurve |
XMLObject representing XML Digital Signature 1.1 NamedCurve element.
|
| P |
XMLObject representing XML Digital Signature, version 20020212, P element.
|
| PgenCounter |
XMLObject representing XML Digital Signature, version 20020212, PgenCounter element.
|
| PGPData |
XMLObject representing XML Digital Signature, version 20020212, PGPData element.
|
| PGPKeyID |
XMLObject representing XML Digital Signature, version 20020212, PGPKeyID element.
|
| PGPKeyPacket |
XMLObject representing XML Digital Signature, version 20020212, PGPKeyPacket element.
|
| PublicKey |
XMLObject representing XML Digital Signature 1.1 PublicKey element.
|
| Q |
XMLObject representing XML Digital Signature, version 20020212, Q element.
|
| RetrievalMethod |
XMLObject representing XML Digital Signature, version 20020212, RetrievalMethod element.
|
| RSAKeyValue |
XMLObject representing XML Digital Signature, version 20020212, RSAKeyValue element.
|
| Seed |
XMLObject representing XML Digital Signature, version 20020212, Seed element.
|
| SignableXMLObject |
An XMLObject whose DOM representation can be digitally signed.
|
| Signature |
XMLObject representing an enveloped or detached XML Digital Signature, version 20020212, Signature element.
|
| SignatureTrustEngine |
Evaluates the trustworthiness and validity of XML or raw Signatures against implementation-specific requirements.
|
| SPKIData |
XMLObject representing XML Digital Signature, version 20020212, SPKIData element.
|
| SPKISexp |
XMLObject representing XML Digital Signature, version 20020212, SPKISexp element.
|
| Transform |
XMLObject representing XML Digital Signature, version 20020212, Transform element.
|
| Transforms |
XMLObject representing XML Digital Signature, version 20020212, Transforms element.
|
| X509Certificate |
XMLObject representing XML Digital Signature, version 20020212, X509Certificate element.
|
| X509CRL |
XMLObject representing XML Digital Signature, version 20020212, X509CRL element.
|
| X509Data |
XMLObject representing XML Digital Signature, version 20020212, X509Data element.
|
| X509Digest |
XMLObject representing XML Digital Signature 1.1 X509Digest element.
|
| X509IssuerName |
XMLObject representing XML Digital Signature, version 20020212, X509IssuerName element.
|
| X509IssuerSerial |
XMLObject representing XML Digital Signature, version 20020212, X509IssuerSerial element.
|
| X509SerialNumber |
XMLObject representing XML Digital Signature, version 20020212, X509SerialNumber element.
|
| X509SKI |
MLObject representing XML Digital Signature, version 20020212, X509SKI element.
|
| X509SubjectName |
XMLObject representing XML Digital Signature, version 20020212, X509SubjectName element.
|
| XMLSignatureBuilder<XMLSignatureType extends XMLObject> |
Builder for XMLObjects from
org.opensaml.xml.signature |
| XPath |
XMLObject representing XML Digital Signature, version 20020212, XPath element.
|
| Y |
XMLObject representing XML Digital Signature, version 20020212, Y element.
|
| Class | Description |
|---|---|
| AbstractSignableXMLObject |
Base for signable XMLObjects.
|
| DocumentInternalIDContentReference |
A content reference that references Elements withing the same document by ID attribute.
|
| SignatureConstants |
Constants defined in or related to the XML Signature 1.0 and 1.1 specifications.
|
| SignatureValidator |
A validator that validates an XML Signature on its content.
|
| Signer |
This class is responsible for creating the digital signatures for the given signable XMLObjects.
|
| URIContentReference |
A generic content reference that uses a URI to reference the content to be signed.
|
| XMLSignatureCredentialContext |
| Exception | Description |
|---|---|
| SignatureException |
Exception thrown when an error occurs during signature operations.
|
Copyright © 1999-2014. All Rights Reserved.


HungryMen
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Awesome interface started out as a practice python project. Because most of the awesome lists follow the format provided by awesome manifesto, it seemed like a good idea to target all the awesome lists, parse data from them and and dump it to a JSON object.
Since I already had the JSON, might as well us it to render the lists in a user friendly way for the developers in the community! The python scripts used to scrap the data from awesome lists were init.py and parse.py.


|
STEP 11: Embedding Other File Formats (MIDI, WAV, AIFF, AU)
|
Although RMF is the premier file format that Beatnik Inc. is promoting for music, the Beatnik Player supports a variety of other music and audio file formats (see the appendix Supported File Types). And it is just as easy to play these file types through the Beatnik Player as it is with RMF files.
In the example below, we are embedding a WAV file that contains some speech...
Take a look at the HTML source code below. The text that is highlighted indicates the filename of the WAV file that was embedded with this Beatnik Player instance. More importantly, notice how the TYPE="audio/rmf" attribute is specifying the MIME type for RMF files. This ensures that the Beatnik Player will play this WAV file, since Beatnik is the only plug-in for Netscape Navigator that handles this MIME type. And even though the MIME type "audio/rmf"suggests that this file may be an RMF file, the Beatnik Player is smart enough to use the file extension (".wav" in this case) for the final determination of the file type.
<EMBED
SRC="tell-me-about.wav"
TYPE="audio/rmf"
WIDTH=144
HEIGHT=60
DISPLAY=SONG
AUTOSTART=FALSE
LOOP=FALSE
PLUGINSPAGE="http://www.beatnik.com/to/?player"
>
|


The reason is, that i play this old game from 2000-2001 called "command and conquer red alert 2" Which is a pretty famous game.
But i would really like to have an online working money hack/trainer created for the game which works online without causing an error. There is none out there, only one that works in singleplayer. I also have the recipe to make the trainer from a guy who was working on it but he disappeared and i have not seen him online since last year. The thing is it will probably take a few days to make it, but i am willing to pay 300$ for someone to make this.
The game can be downloaded for free on the official website of the game, which i can provide if someone is willing to help.
There is a reason there is none for the online mode. Doing it in single player is cheating, but doing it online is blatantly cheating and would most likely result in the company blocking you from playing. Most companies frown on cheating especially in online games where you would be getting the upper hand. I'm sure you will eventually find someone to make this for you, but not many people like the idea of making a tool to help you cheat in online games (as you may end up using it against them at some point :P).
Well this game is old, lots of people cheat, they use maphack and other hacks.. the company has left the game and some fans picked it up and got it running.. its not really that big of a deal and should be easy to make by a good/pro c++ user.. i promise you i will never be caught, especially if the hack has a reverse buttom. Im willing to pay 300$ for it, thats alot of money for a trainer like this.
if you or any other can help make this big wish of mine true, then give a shout..
there are certain things you can't cheat at in online games, it all depends on which end data is stored, if its clientside a memory editor is enough, if it is serverside you would have to mess around with packet editing.
I doubt anyone is going to make this for you, though.
thats why i want to pay good money for this, i wish there was someone or some place i could go to and find someone who could make this happen.. 300$ for a trainer for an old game such as C&C red alert 2 is more than fair..
No-one will do this for you. The majority of gamers are pissed off with hackers - on-line and off-line. The general rule of thumb for gamers is: a mod is considered "vanilla" if the mod doesn't affect the game lure. Intentionally modifying a game against the game's mechanics is considered cheating, irrespective of magnitude.
Money means nothing, especially from a stranger on the net. Learn to use C/C++ and DIY (destroy it yourself).
@Framework
I don't think that's really a general rule of thumb at all. xD It's certainly not one I use, anyway, as that effectively blankets the majority of mods for any game. The DayZ mod for Arma2, Garry's Mod, just about every mod for every Bethesda game.. Just to name off random examples.
I'm sure Framework meant all mod's that give you an unfair advantage over the original game. Most older games out there have large mod followings. Diablo 2, that I used to play all the time, has a mod called MedianXL. It almost completely redesigns the game, an this would be referred to as a vanilla mod due to the fact that the creators have redesigned the game basically from the ground up leaving the basic engine behind.
There are several mods available for games, but when a mod is created/used to have an unfair advantage, over either the AI or other human opponents, they're greatly frowned upon.
That's not my definition of a vanilla game, a vanilla game hasn't been modified in any way, its the pure release version with official patches, any modification at all and it is no longer vanilla, hence the name, because vanilla is 'pure'
I'm not saying I don't like unofficial patches, or modifications, I love them, but it isn't vanilla.
official patches and official expansions are fine, however expansions change what is vanilla, i.e Sins of Solar Empire vanilla, Sins of a Solar Empire: Entrenchment vanilla, Sins of a Solar Empire: Diplomacy vanilla, Sins of a Solar Empire: Trinity vanilla (is essentially the last 3 combined), Sins of a Solar Empire: Rebellion vanilla.
P.S you don't need to spend any money to learn C++, I didn't.
well somehow i have the perception that c++ is complicated and difficult? im not sure i will ever learn c++ to such a degree that i would be able to create a trainer like this one.


Hello and welcome to the Castle Apartments web app!
 We have so many homes for you!
We can provide you with plenty of options for new housing and have even been known to offer steep discounts for the low, low price of your soul.
Have a great day!
- Management
By the way: Did you know that this project was created as part of a course in Reykjavik University? If you want to read all about it you can go to our GitHub page! https://github.com/GudniNatan/SC-T-220-VLN2


You must declare the "contentSettings" permission in your extension's manifest to use the API. For example:
{ "name": "My extension", ... "permissions": [ "contentSettings" ], ... }
You can use patterns to specify the websites that each content setting affects.
For example, http://*.youtube.com/*
specifies youtube.com and all
of its subdomains. The syntax for content setting patterns is the same as for
match patterns, with a few differences:
http
,
https
, and ftp
URLs, the path must be a wildcard
(/*
). For file
URLs, the path must be completely
specified and must not contain wildcards.When more than one content setting rule applies for a given site, the rule with the more specific pattern takes precedence.
For example, the following patterns are ordered by precedence:
http://www.example.com/*
http://*.example.com/*
(matching
example.com and all subdomains)<all_urls>
(matching every URL)Three kinds of wildcards affect how specific a pattern is:
http://www.example.com:*/*
)*://www.example.com:123/*
)http://*.example.com:123/*
)If a pattern is more specific than another pattern in one part but less specific in another part, the different parts are checked in the following order: hostname, scheme, port. For example, the following patterns are ordered by precedence:
http://www.example.com:*/*
*:/www.example.com:123/*
http://*.example.com:123/*
The URL taken into account when deciding which content setting to apply depends on the content type. For example, for $(ref:contentSettings.notifications) settings are based on the URL shown in the omnibox. This URL is called the "primary" URL.
Some content types can take additional URLs into account. For example, whether a site is allowed to set a $(ref:contentSettings.cookies) is decided based on the URL of the HTTP request (which is the primary URL in this case) as well as the URL shown in the omnibox (which is called the "secondary" URL).
If multiple rules have primary and secondary patterns, the rule with the more specific primary pattern takes precedence. If there multiple rules have the same primary pattern, the rule with the more specific secondary pattern takes precedence. For example, the following list of primary/secondary pattern pairs is ordered by precedence:
| Precedence | Primary pattern | Secondary pattern |
|---|---|---|
| 1 | http://www.moose.com/* , |
http://www.wombat.com/* |
| 2 | http://www.moose.com/* , |
<all_urls> |
| 3 | <all_urls> , |
http://www.wombat.com/* |
| 4 | <all_urls> , |
<all_urls> |
Resource identifiers allow you to specify content settings for specific subtypes of a content type. Currently, the only content type that supports resource identifiers is $(ref:contentSettings.plugins), where a resource identifier identifies a specific plugin. When applying content settings, first the settings for the specific plugin are checked. If there are no settings found for the specific plugin, the general content settings for plugins are checked.
For example, if a content setting rule has the resource identifier
adobe-flash-player
and the pattern <all_urls>
,
it takes precedence over a rule without a resource identifier and the pattern
http://www.example.com/*
, even if that pattern is more specific.
You can get a list of resource identifiers for a content type by calling the $(ref:contentSettings.ContentSetting.getResourceIdentifiers) method. The returned list can change with the set of installed plugins on the user's machine, but Chrome tries to keep the identifiers stable across plugin updates.
You can find samples of this API on the sample page.


--- layout: default1 permalink: /about/ ---
Two player Chinese chess game using python pygame library (no AI)
Simple event tracker application with authentication and CRUD functionality using the Python Flask micro-framework
R data mining, data analysis projects.
Game of thrones data analysis project built with R shiny web app


| Home | Libraries | People | FAQ | More |
O1SizeSequence
A O1SizeSequence is a Sequence for which the size of the sequence can be queried with O(1) complexity.
size_type
boost::sequence::traits::size_type<S>::type
A type representing the size of the sequence.
index_type
boost::sequence::traits::index_type<S>::type
A type that can act as an index into the sequence. Because size_type may be a wrapper for a compile-time constant, e.g. mpl::integral_c<std::ptrdiff_t, N>, we need a distinct type in order to be able to count at runtime.
| Name | Expression | Type | Semantics |
|---|---|---|---|
Size |
boost::sequence::size(s) |
size_type |
Returns the size of the sequence s. |
Index convertability |
boost::sequence::size(s) |
Convertible to index_type |
Returns the size of the sequence s. |
Index equal-to comparison 1 |
size == index |
Convertible to bool |
Compares an index to a size for equality. |
Index equal-to comparison 2 |
index == size |
Convertible to bool |
Compares an index to a size for equality. |
Index not-equal-to comparison 1 |
size != index |
Convertible to bool |
Compares an index to a size for inequality. |
Index not-equal-to comparison 2 |
index != size |
Convertible to bool |
Compares an index to a size for inequality. |
| Copyright © 2006 Eric Niebler |


So, this post was drafted years (no, literally years) ago when I was applying to Outreachy, and it just stayed a draft forever because I guess I thought there was more to it. It turns out, there wasn't, because if there was, it would be there. Ha! I still think it's interesting though, and I want it out of my "untracked files" when I run git status
*, so here it comes, in all its overdue glory. 😉


Icm hardware registers. More...
#include <component_icm.h>
Public Attributes | |
| __IO uint32_t | ICM_CFG |
| (Icm Offset: 0x00) Configuration Register More... | |
| __O uint32_t | ICM_CTRL |
| (Icm Offset: 0x04) Control Register More... | |
| __O uint32_t | ICM_SR |
| (Icm Offset: 0x08) Status Register More... | |
| __I uint32_t | Reserved1 [1] |
| __O uint32_t | ICM_IER |
| (Icm Offset: 0x10) Interrupt Enable Register More... | |
| __O uint32_t | ICM_IDR |
| (Icm Offset: 0x14) Interrupt Disable Register More... | |
| __I uint32_t | ICM_IMR |
| (Icm Offset: 0x18) Interrupt Mask Register More... | |
| __I uint32_t | ICM_ISR |
| (Icm Offset: 0x1C) Interrupt Status Register More... | |
| __I uint32_t | ICM_UASR |
| (Icm Offset: 0x20) Undefined Access Status Register More... | |
| __I uint32_t | Reserved2 [3] |
| __IO uint32_t | ICM_DSCR |
| (Icm Offset: 0x30) Region Descriptor Area Start Address Register More... | |
| __IO uint32_t | ICM_HASH |
| (Icm Offset: 0x34) Region Hash Area Start Address Register More... | |
| __O uint32_t | ICM_UIHVAL [8] |
| (Icm Offset: 0x38) User Initial Hash Value 0 Register More... | |
| __I uint32_t | Reserved3 [37] |
| __I uint32_t | ICM_ADDRSIZE |
| (Icm Offset: 0xEC) Address Size Register More... | |
| __I uint32_t | ICM_IPNAME [2] |
| (Icm Offset: 0xF0) IP Name 1 Register More... | |
| __I uint32_t | ICM_FEATURES |
| (Icm Offset: 0xF8) Feature Register More... | |
| __I uint32_t | ICM_VERSION |
| (Icm Offset: 0xFC) Version Register More... | |
Icm hardware registers.
| __I uint32_t Icm::Reserved1 |
| __I uint32_t Icm::Reserved2 |
| __I uint32_t Icm::Reserved3[37] |


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{{ match.home }} - {{ match.away }}
{{ match.time }} o'clock (Eastern European Time)
| Date | Stage | Home | Away | Probability for Home | Probability for Draw | Probability for Away |
|---|---|---|---|---|---|---|
| {{ match.date.strftime("%d.%m.%Y") }}г. | {{ match.stage }} | {{ match.home }} | {{ match.away }} | {{ match.prob_home }}% | {{ match.prob_draw }}% | {{ match.prob_away }}% |
{{ match.stage }}
{{ match.time }}, {{ match.date.strftime("%d.%m.%Y") }}
| {{ match.home }} | Draw | {{ match.away }} |
| {{ match.prob_home }}% | {{ match.prob_draw }}% | {{ match.prob_away }}% |
| Statistics | Home | Away |
|---|---|---|
| Average goals from past matches | {{ match.avg_goals_home }} | {{ match.avg_goals_away }} |


--- layout: post status: publish published: true title: Business Objects is Virtualization/MultiCore Stupid author: display_name: iguy login: iguy email<EMAIL_ADDRESS>url: '' author_login: iguy author_email<EMAIL_ADDRESS>wordpress_id: 291 wordpress_url: http://itsjustanotherlayer.com/?p=291 date: !binary |- MjAwOS0wOS0yOCAxNDoyOTo0OCAtMDUwMA== date_gmt: !binary |- MjAwOS0wOS0yOCAxNDoyOTo0OCAtMDUwMA== categories: - Server Virtualization tags: - businessobjects - licensing - Virtualization comments: - id: 88 author: Andrea author_email<EMAIL_ADDRESS>author_url: '' date: !binary |- MjAwOS0xMC0wNyAwMDoxMzozNCAtMDUwMA== date_gmt: !binary |- MjAwOS0xMC0wNyAwMDoxMzozNCAtMDUwMA== content: Or BO could tell you what they told us. CPU affinity on the VMs to bork the whole DRS/HA VI cluster. No thank you. - id: 89 author: Bernd author_email<EMAIL_ADDRESS>author_url: '' date: !binary |- MjAxMC0wNy0xMyAwNjowNToyMiAtMDUwMA== date_gmt: !binary |- MjAxMC0wNy0xMyAxMTowNToyMiAtMDUwMA== content: I'm a bit surprised to read this. Due to my understanding contracts signed in 2008 and later do have virtualization rights, means in a virtual environment SAP would count virtual CPUs/cores instead of physical. If you have an older contract, you can convert it to get virtualization rights. - id: 90 author: iguy author_email<EMAIL_ADDRESS>author_url: http://www.itsjustanotherlayer.com date: !binary |- MjAxMC0wNy0xNyAwNzoxNjoxMyAtMDUwMA== date_gmt: !binary |- MjAxMC0wNy0xNyAxMjoxNjoxMyAtMDUwMA== content: ! "I have an update to this that I will post on. What we have finally gotten to the root here is to upgrade a contract from the CPU/core count to the virtualization rights by either User based or vCPU style based would cost us 2+x the maintenance fees. Needless to say that is way over the cost of figuring out a rather ingenious way to stay within our CPU count AND still make them virtual with all the bonuses that come with that. \n\nI will revise my statement about BO not being entirely virtualization friendly." ---
Recently I have been involved in discussions internally on what it will take to get Business Objects onto a Virtual Machine. The main talk has been around potentially removing another equivalent product and moving entirely over to Business Objects. Then we got pricing for Business Objects.
The standard piece of hardware today is pretty hefty even a small 1/2U system. They come with multiple cores. You have to do a special order to get anything less than a dual/quad core today. An enterprise doesn't order single sockets either. Kinda silly to save $500 when you can have 2x the power and be able to reuse this system in the future for other purposes.
They price and only price by physical cores in a system and on all systems their software could potentially run on.
Business Objects is blowing a potential sale since today we only need something like 6-8 cores worth of power today and making these systems into VMs is ideal. It isn't like Enterprises are out to "screw" vendors. Yes we all want a deal though Enterprises just want to pay for what they use. If they would just license use of ~8 CPUs (virtual or physical or core) and let us make these VMs they win.
Even for us to make these physical is a joke. We have to disable cores and sockets to make us legal.
So.. BO is blowing it. They need to grow up and stop making Mainframe's look cheap with their licensing policies.


Definition 9.4.4. For-Profit and Not-for-Profit Colleges.
All public and most private colleges (\(91\%\) of all colleges in \(2016\) [9.11.171]) are not-for-profit institutions, meaning they invest their profits back into the institution and often operate under independent governance.
A college that is not registered as a not-for-profit institution is called a for-profit college.


A testing tool (mobile friendly* ) to test the web services (Individual/Chained), GOLD/External)with the scope of future enhancement and flexibility to include
- UI testing*
- Java method tracing*
- Performance testing*
- GOLD log analyzer
as well and many more.


UART_HandleTypeDef huart2
Definition: main.c:23
|
Ecompass
version1.0
|
Main program body of the ecompass. More...
Macros | |
| #define | PUTCHAR_PROTOTYPE int fputc(int ch, FILE *f) |
Functions | |
| void | SystemClock_Config (void) |
| static void | MX_GPIO_Init (void) |
| static void | MX_USART2_UART_Init (void) |
| static void | MX_TIM3_Init (void) |
| static void | MX_I2C1_Init (void) |
| int | main (void) |
| uint16_t | ecompassAlgorithm () |
| void | callibration () |
| void | _Error_Handler (char *file, int line) |
| This function is executed in case of error occurrence. More... | |
Variables | |
| I2C_HandleTypeDef | hi2c1 |
| TIM_HandleTypeDef | htim3 |
| UART_HandleTypeDef | huart2 |
| PUTCHAR_PROTOTYPE | |
| return | ch |
Main program body of the ecompass.
| #define PUTCHAR_PROTOTYPE int fputc(int ch, FILE *f) |
| void _Error_Handler | ( | char * | file, |
| int | line | ||
| ) |
This function is executed in case of error occurrence.
| None |
| None |
| void callibration | ( | ) |
Callibrates the ecompass. The algorithm is based on: https://github.com/kriswiner/MPU-6050/wiki/Simple-and-Effective-Magnetometer-Calibration
| uint16_t ecompassAlgorithm | ( | ) |
The ecompass algorithm, it does the following:
| int main | ( | void | ) |
|
static |
Pinout Configuration
|
static |
I2C1 init function
|
static |
TIM3 init function
|
static |
USART2 init function
| void SystemClock_Config | ( | void | ) |
System Clock Configuration
Configure the main internal regulator output voltage
Initializes the CPU, AHB and APB busses clocks
Initializes the CPU, AHB and APB busses clocks
Configure the Systick interrupt time
Configure the Systick
SysTick_IRQn interrupt configuration
| return ch |
| I2C_HandleTypeDef hi2c1 |
| TIM_HandleTypeDef htim3 |
| UART_HandleTypeDef huart2 |


--- title: Overview | HPE Style Guide fabricator: true ---
This UI toolkit is a highly-modular design system for rapid web page development. It contains different materials that can be assembled into more complex page layouts.
This guide contains real working examples, code snippets, documentation, and style guidelines.
Start by adding the following files to your page:
<link rel="stylesheet" href="assets/toolkit/styles/toolkit.css">
<script src="assets/toolkit/scripts/toolkit.js"></script>
{{!-- Specimens are named-spaced with s-*. They can be static or data driven by adding a JSON file in src/data --}}
{{> s-colors}}
{{> s-typography}}
{{> s-breakpoints}}


The goal of bltm is to fit Bayesian Latent Threshold Models using R. The model in the AR(1) form is defined by these equations:
\[\begin{aligned} y_{it} &= \sum_{j=1}^J x_{ijt} b_{ijt} + \varepsilon_{it} \\ b_{ijt} &= \beta_{ijt} \,\mathbb I(|\beta_{ijt}| \geq d_{ij}) \\ \beta_{ij,t+1} &= \mu_{ij} + \phi_{ij}(\beta_{ijt}-\mu_{ij}) + \eta_{ijt} \end{aligned}\]
for \(i \in 1,\dots, I\), \(j \in 1,\dots, J\) and \(t \in 1,\dots, T\). These models can be fit separatedly for each \(i\). The example below fits the model to one single series (\(I=1\)).
library(tidyverse)
#> ── Attaching packages ───────────────────────────────────────────────────────────────────── tidyverse 1.2.1 ──
#> ✔ ggplot2 3.2.0 ✔ purrr 0.3.2
#> ✔ tibble 2.1.3 ✔ dplyr 0.8.1
#> ✔ tidyr <IP_ADDRESS>00 ✔ stringr 1.4.0
#> ✔ readr 1.3.1 ✔ forcats 0.4.0
#> ── Conflicts ──────────────────────────────────────────────────────────────────────── tidyverse_conflicts() ──
#> ✖ dplyr::filter() masks stats::filter()
#> ✖ dplyr::lag() masks stats::lag()
devtools::load_all()
#> Loading bltm
set.seed(103)
d_sim <- ltm_sim(
ni = 5, ns = 500, nk = 2,
alpha = 0,
vmu = matrix(c(.5,.5), nrow = 2),
mPhi = diag(2) * c(.99, .99),
mSigs = c(.1,.1),
dsig = .15,
vd = matrix(c(.4,.4), nrow = 2)
)
# adding zeroed beta
binder <- array(runif(500)-.5, c(5, 500, 1))
d_sim$mx <- abind::abind(d_sim$mx, binder, along = 3)
d_sim$mb <- cbind(d_sim$mb, 0)
result <- ltm_mcmc(d_sim$mx, d_sim$vy, burnin = 100, iter = 500)
# readr::write_rds(result, "data-raw/result.rds", compress = "xz")
Iteration: 1 / 600 [ 0%] (Warmup)
Iteration: 60 / 600 [ 10%] (Warmup)
Iteration: 120 / 600 [ 20%] (Sampling)
Iteration: 180 / 600 [ 30%] (Sampling)
Iteration: 240 / 600 [ 40%] (Sampling)
Iteration: 300 / 600 [ 50%] (Sampling)
Iteration: 360 / 600 [ 60%] (Sampling)
Iteration: 420 / 600 [ 70%] (Sampling)
Iteration: 480 / 600 [ 80%] (Sampling)
Iteration: 540 / 600 [ 90%] (Sampling)
Iteration: 600 / 600 [ 100%] (Sampling)
Results after 100 burnin and 500 iterations.
vars_to_analyse <- !str_detect(colnames(result), "beta\\[")
summary_table <- result[,vars_to_analyse] %>%
as.data.frame() %>%
tibble::rowid_to_column() %>%
tidyr::gather(key, val, -rowid) %>%
dplyr::group_by(key) %>%
dplyr::summarise(
median = median(val),
sd = sd(val),
q025 = quantile(val, 0.025),
q975 = quantile(val, 0.975)
)
knitr::kable(summary_table)
| key | median | sd | q025 | q975 |
|---|---|---|---|---|
| alpha[1] | 0.0076648 | 0.1781915 | -0.3405058 | 0.3593770 |
| alpha[2] | -0.0054158 | 0.1830903 | -0.3785451 | 0.3289486 |
| alpha[3] | -0.0047880 | 0.1834158 | -0.3854517 | 0.3297607 |
| alpha[4] | -0.0163057 | 0.1746813 | -0.3578320 | 0.2923298 |
| alpha[5] | -0.0016525 | 0.1801260 | -0.3304960 | 0.3382569 |
| d[1] | 0.3293945 | 0.0496160 | 0.2324488 | 0.4076028 |
| d[2] | 0.0150496 | 0.0559342 | 0.0150496 | 0.1553439 |
| d[3] | 0.2701171 | 0.0146839 | 0.2296899 | 0.2701171 |
| mu[1] | 0.5296798 | 0.3416395 | -0.2345459 | 1.0597430 |
| mu[2] | 0.5947912 | 0.2164022 | 0.1596099 | 1.0128513 |
| mu[3] | 0.0665906 | 0.0173249 | 0.0260728 | 0.0945483 |
| phi[1] | 0.9904074 | 0.0050235 | 0.9784768 | 0.9977583 |
| phi[2] | 0.9713490 | 0.0113390 | 0.9458727 | 0.9921012 |
| phi[3] | 0.6437641 | 0.1325909 | 0.3581005 | 0.8528770 |
| sig_eta[1] | 0.0731782 | 0.0083558 | 0.0561148 | 0.0888805 |
| sig_eta[2] | 0.1222165 | 0.0138444 | 0.0921127 | 0.1494326 |
| sig_eta[3] | 0.0623744 | 0.0100680 | 0.0486990 | 0.0867437 |
| sig[1] | 0.1760752 | 0.0045631 | 0.1677408 | 0.1878592 |
\[\bar y_i = \frac 1 T \sum_{t=1} y_{it}\]
\[\mu^{*}_{\alpha} = \frac{a^*T + \mu_{\alpha}^0 s_{\alpha}^0}{T + s_{\alpha}^0},\]
where
\[a^*_i=\frac{1}{K}\sum_{t=1}^{T}\sum_{k=1}^{K}x_{itk}\beta_{tk}\]
Generate using
\[\boldsymbol\alpha^{*} \sim\mathcal N(\mu_{\alpha}^{*}, \sigma^{*2}),\]
where \(\sigma^{*2}\) is the posterior sample of \(\sigma\)
The difference between the paper and the code is that it checks if some of the \(\boldsymbol\beta\) should be replaced by zero. Actually, it is not a difference; the appendix is just a little obscure in this passage.
First, we calculate \(M_t\) and \(m_t\) (depending on \(t\)), then we generate candidates for \(\beta_t\) and their log-densities using the normal distribution.
We then recalculate \(M_t\) and \(m_t\), replacing some of \(x_t\)s entries by zero, depending on a condition based on the threshold and the values of \(\boldsymbol\beta\). Finally, we obtain the log-density of the previously calculated \(m_t\) using these new parameters. This is the MH step where we draw a candidate from a (auxiliary) posterior distribution of non-threshold model. When we decide to accept the candidate, we compute the posterior distribution of the auxiliary posterior distribution and the true posterior distribution (of the threshold model). For the latter, we need to replace some of \(x_t\)’s entries by zero depending on a condition based on the threshold and the betas.
It’s important to note that if there aren’t any \(\beta\) to replace by zero, then we should accept the new \(\boldsymbol\beta\) with probability one, because the posterior has an analytic formula.


--- title: Clearing & Resetting layout: page pageOrder: 8 section: 'Mock Server' subsection: true sitemap: priority: 0.7 changefreq: 'monthly' lastmod: 2015-04-18T22:40:27+01:00 ---
To clear all expectations and all request logs (without restarting) use reset as follows:
Java
new MockServerClient("localhost", 1080).reset()
JavaScript
mockServerClient("localhost", 1080).reset();
Ruby
client = MockServerClient.new('localhost', 1080)
client.reset()
To clear only specific expectations or only specific request logs use clear as follows:
Java
The following code clears both exceptions and request logs, however as shown below it is also possible to only clear exceptions or request logs.
new MockServerClient("localhost", 1080).clear(
request()
.withMethod("GET")
.withPath("/somePath")
);
To specify whether to clear exceptions, request logs or both use the type parameter. If no type parameter is specified both expectations and request logs are cleared. The following example shows how to only clear request logs.
new MockServerClient("localhost", 1080).clear(
request()
.withMethod("GET")
.withPath("/somePath"),
MockServerClient.TYPE.LOG
);
JavaScript
The following code clears both exceptions and request logs, however as shown below it is also possible to only clear exceptions or request logs.
mockServerClient("localhost", 1080).clear('/somePath');
To specify whether to clear exceptions, request logs or both use the type parameter. If no type parameter is specified both expectations and request logs are cleared. The following example shows how to only clear request logs.
mockServerClient("localhost", 1080).clear('/somePath', 'log');
Ruby
client = MockServerClient.new('localhost', 1080)
client.clear(request(:GET, '/somePath'))


|
|
| Friends & Family Discount |
|
|
|
| Offer valid from July 15th - Aug 31st, 2018 |
|
|
|
|
|
Araam Inc. is Canada's premier
manufacturer of luxury, standard and
custom mattresses. Our manufacturing facility is located at Edmonton, AB.
www.araam.ca
|
|
Luxury & Comfort
mattress
The most comfortable bed you'll ever own.
Trusted since 1904, with royal
warrant from Queen Elizabeth II.
|
|
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Healthy & Natural
mattress
A mattress built for you, naturally.
Quality hand-crafted construction using 100% natural latex.
Free from foam & chemicals.
|
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Hypoallergenic & Contemporary
mattress
Hypoallergenic pocket-coil mattress line,
with a contemporary look & feel, built with organic materials
& fills, with an aim to rejuvenate your sleep.
|
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Conventional & Economical
mattress
Machine-made standard mattresses for
budget-conscious customers, looking for a contemporary
look & feel.
|
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780.444.1388 |
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780.930.4295 |
|
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Terms & Conditions
Friends and Family Discount Campaign is valid from July 15th, 2018, 12:00 a.m. MST to Aug 31st, 2018, 11:59 p.m. MST. This event will not be announced to the public or media. It will be by invitation only through Araam’s dealer network. Promotion applies to all purchase orders for HYPNOS, SPROUT, ZENGREEN and SOVA mattresses only. Boxsprings and Accessories are NOT included in this promotion. This is a one-time special discount program for friends & family of RSAs (retail sales associates) only, and cannot be combined with any other discounts. A “Friend & Family” is defined as someone with whom the employee has a close personal relationship – i.e. friend, mother, father, brother, sister, etc. but NOT a retail store customer.
Discount codes will be provided directly to each retailer, applicable across all stores in Canada. Each retail store can give out a maximum of 10 invitations. Only ONE bed can be sold per discount code. Araam will help facilitate this process by validating redemption codes provided on orders. Each redemption code is for one customer only. Each customer may purchase 1 bed. Each dealer/retailer is responsible for any local tax implications for their employees.
Any discrepancies arising from the "Friends and Family Discount 2018" campaign will be resolved at sole discretion of Araam. All questions pertaining to promotion must be directed to the VP Retail Sales at Araam, Tony Palladino. Contact<EMAIL_ADDRESS>for further queries. Araam reserves the right to change the terms & conditions of the campaign, with a 48 hour prior notice.
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|
MADE IN CANADA |
|
| 11616 178 St NW, Edmonton, AB T5S 2E6
|
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AMAZING PEOPLE ARE MAKING AMAZING DESIGNS IN A FUN ENVIRONMENT
When you work with us,you are part of a team of committed collaborators. All aspects of our software development process are intergrated
and agile.
Our approach unifies design,development and product management to create exceptional
products.
We start each project by understanding your business goals,the user's needs and the product requirements.
Then we help translate them into effective and elegant solutions.
Before we sign a contract or write a line of code our team will spend the necessary time needed to understand your product vision.
The outcome of this scoping session is a proposal or high-level statement of work.
Based on your
requirements,we can provide a complete offering or just the pieces you need.
Our design practice offers a full range of services including brand strategy, interaction and visual design and user experience testing. Throughout your project, our designers create and implement visual design and workflows, solicit user feedback and work with you to make sure what gets built is what is needed.
All engineers are fluent in the latest enterprise, mobile and web development technologies. They collaborate with your team to write, and improve code on a daily basis, using proven practices such as test-driven development and pair programming.
Planning and development is iterative. Because we are constantly coding and testing, the products we build are always ready to go live. This iterative process allows for changes as business requirements evolve.
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Demo Tax-Calculator interface to scala-js calculator JavaScript library.
Your tax code:
Over State Pension Age?:
Yes
No
Gross pay/Hourly rate:
Year
Month
Week
Number of hours:
Calculate
Calculation Object Result: