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gbmath
v0.051
c++ math library
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math operations and structures . More...
Namespaces | |
| color_const | |
| color constants | |
Classes | |
| struct | axies_e |
| axies data enum x y z More... | |
| class | aabb |
| Axis Aligned Bounding Box by min and max points. More... | |
| struct | axies_angle |
| The axis of rotation and angle. More... | |
| class | cilinder |
| Class points on the cylinder base center coordinates and radius. More... | |
| class | Circle |
| circle in two-dimensional space More... | |
| struct | clip_values |
| struct | color3_24 |
| Three-standard color byte. More... | |
| class | Color3f |
| Three-standard color float. More... | |
| struct | color4 |
| template color4 More... | |
| struct | color4_32 |
| Standard four-color int. More... | |
| struct | color4f |
| Standard four-color float . More... | |
| struct | color_mono16b_s |
| Mononhromnoe value 2 bytes . More... | |
| struct | dependence_on_function |
| mathematical dependence of the function More... | |
| class | euler_angles |
| Ehler angles. Angles of rotation along all three axes. More... | |
| struct | eyedata |
| vectors of observations.. More... | |
| class | frustum |
| frustum. Standard frustum More... | |
| class | GLutApplication |
| class | line2d |
| Line in 2d by two points. More... | |
| class | line3d |
| Line (Direct) in the three-dimensional space by two points. More... | |
| struct | mat22 |
| matrix 2x2 More... | |
| struct | mat33 |
| matrix 3x3 More... | |
| struct | mat44 |
| matrix 4x4. More... | |
| struct | matrix4x4_context_type_e |
| The role of matrix in the context of. More... | |
| class | MatrixStackStd |
| The stack of matrices based on std::stack. More... | |
| class | normal2 |
| direction / normal in 2-dimensional space. Higher level than a vector. Always normalized. More... | |
| class | normal3 |
| direction / normal in 3-dimensional space. Higher level than a vector. Always normalized. More... | |
| struct | object_color_type_e |
| The role of color in the scene. More... | |
| struct | object_colors |
| class | oobb |
| object oriented bounding box More... | |
| struct | orthographic_projection_data |
| orthographic projection data More... | |
| struct | perspective_projection_data |
| This data perspective projection. More... | |
| struct | plane_s |
| plane in 3d More... | |
| struct | point |
| simple point (integer). More... | |
| class | point2 |
| describes a point/coordinate/position in 3-dimensional space. Level higher than the vector More... | |
| class | point3 |
| describes a point/coordinate/position in 3-dimensional space. Level higher than the vector More... | |
| class | projector |
| infinite spotlight on the line (point base) and corner spotlight More... | |
| class | Quaternion |
| standard quaternion. More... | |
| class | ray2d |
| ray in 2d space More... | |
| class | ray3d |
| ray in 3d space More... | |
| class | Rect |
| Rectangle on the minimum and maximum coordinate. More... | |
| struct | Rectangle |
| integer values rectangle More... | |
| struct | related_coord |
| The relative screen coordinates. More... | |
| class | segment2 |
| class | segment3 |
| struct | size2d |
| 2-dimensional size. More... | |
| struct | size3d |
| 3-dimensional size. More... | |
| class | sphere |
| The scope of the center point and radius. She Bounding sphere. More... | |
| struct | TransformData2 |
| Assembling the transformation (scaling + rotation (axis and angle) + Position) More... | |
| struct | TransformData |
| : More... | |
| class | triangle |
| Triangle by three points. More... | |
| class | triangle_2d |
| Triangle by three points. More... | |
| struct | vec2 |
| 2d-base vector. Corrected by operators epislon More... | |
| struct | vec3 |
| 3d-base vector. Corrected by operators epislon More... | |
| struct | vec4 |
| 4d-base vector. Corrected by operators epislon More... | |
| struct | vector_context_type_e |
| Role of vector in the context of. More... | |
Typedefs | |
| typedef unsigned char | byte_t |
| typedef uint8_t | color_mono_8b_t |
| Mononhromnoe value 1 byte . More... | |
Enumerations | |
| enum | obj_contains_e { SC_NOOVERLAP, SC_CONTAINSFULLY, SC_CONTAINSPARTIALLY } |
| description of spatial objects crossing More... | |
Functions | |
| unsigned int | make_color_argb (byte_t a, byte_t r, byte_t g, byte_t b) |
| Building a color-by-byte. Alpha One. More... | |
| unsigned int | make_color_rgba (byte_t r, byte_t g, byte_t b, byte_t a) |
| Building a color-by-byte. Alfa last. More... | |
| unsigned int | make_rgba (float r, float g, float b, float a) |
| The construction of an integer-valued color on components float (0.0f ... 1.0f) More... | |
| void | colorSwapRG (unsigned int &color) |
| exchange of components R и G . More... | |
| void | colorSwapRB (unsigned int &color) |
| exchange of components R и B . More... | |
| void | colorSwapGB (unsigned int &color) |
| exchange of componentsG и B . More... | |
| unsigned int | rgba_to_argb (unsigned int val) |
| Converting 4-byte RGBA color order in the order ARGB. More... | |
| unsigned int | argb_to_rgba (unsigned int val) |
| Converting 4-byte order ARGB color in order RGBA. More... | |
| byte_t | colorExtractA (unsigned int color) |
| byte_t | colorExtractR (unsigned int color) |
| byte_t | colorExtractG (unsigned int color) |
| byte_t | colorExtractB (unsigned int color) |
| float | colorExtractAf (unsigned int color) |
| float | colorExtractRf (unsigned int color) |
| float | colorExtractGf (unsigned int color) |
| float | colorExtractBf (unsigned int color) |
| void | colorSetA (unsigned int &col, byte_t a) |
| void | colorSetR (unsigned int &col, byte_t r) |
| void | colorSetG (unsigned int &col, byte_t g) |
| void | colorSetB (unsigned int &col, byte_t b) |
| void | colorSetAf (unsigned int &color, float a) |
| void | colorSetRf (unsigned int &color, float r) |
| void | colorSetGf (unsigned int &color, float g) |
| void | colorSetBf (unsigned int &color, float b) |
| void | colorRgb24_SwapRG (color3_24 &color) |
| void | colorRgb24_SwapRB (color3_24 &color) |
| void | colorRgb24_SwapGB (color3_24 &color) |
| color3_24 | color_rgb_fFrom_uicolor (unsigned int color) |
| Conversion uicolor32_t in color_rgb24_s. More... | |
| int | __IsPointInBoundingBox (float x1, float y1, float x2, float y2, float px, float py) |
| int | __LineSegmentIntersection (float l1x1, float l1y1, float l1x2, float l1y2, float l2x1, float l2y1, float l2x2, float l2y2, float *m1, float *c1, float *m2, float *c2, float *intersection_X, float *intersection_Y) |
| float | random () |
| random values in the range ( 0.0f ... 1.0f ) More... | |
| float | random (float min, float max) |
| bool | compare (float a, float b, float epsilon) |
| bool | check (float f) |
| Check the value the correct value. More... | |
| bool | check (double d) |
| Check the value the correct value. More... | |
| float | sqr (float x) |
| x*x More... | |
| float | abs (float val) |
| template<typename T > | |
| T | lerp (float alpha, const T &v0, const T &v1) throw () |
| Calculate the linear interpolation. More... | |
| float | bilerp (const float a, const float b, const float c, const float d, float u, float v) |
| bilinear interpolation More... | |
| template<class T > | |
| T | clamp (const T &v, const T &l, const T &u) throw () |
| reduction in the range between More... | |
| template<typename T > | |
| void | fill (T *dest, const T val, const int num) throw () |
| fill the buffer dest value val number num. More... | |
| float | sign (const float val) |
| Returns the sign of x>0 : 1 x=0 : 0 x<0 : -1. More... | |
| int | sign2 (float x) |
| Returns the sign of x>0 : 1 x=0 : 0 x<0 : -1. More... | |
| void | cartesianToSpherical (float x, float y, float z, float &rho, float &phi, float &theta) |
| All angles are in radians. rho = distance from origin O to point P (i.e., length of OP) phi = angle between OP and the XZ plane theta = angle between X-axis and OP projected onto XZ plane. More... | |
| void | sphericalToCartesian (float rho, float phi, float theta, float &x, float &y, float &z) |
| All angles are in radians. rho = distance from origin O to point P (i.e., length of OP) phi = angle between OP and the XZ plane theta = angle between X-axis and OP projected onto XZ plane. More... | |
| float | smoothstep (float a, float b, float x) |
| Returns a gradual transition of 'x' from 0 to 1 beginning at threshold 'a' and ending at threshold 'b'. References: [1] http://www.rendermanacademy.com/docs/smoothstep.htm [2] http://www.brlcad.org/doxygen/d8/d33/noise_8c-source.html [3] Natalya Tatarchuk, "Efficient High-Level Shader Development", Game Developers Conference Europe, August 2003. More... | |
| bool | closeEnough (float f1, float f2) |
| Determines whether the two floating-point values f1 and f2 are close enough together that they can be considered equal. More... | |
| bool | is_power2 (int x) |
| float | clump (float value, float _min, float _max) |
| Clipping values in a range between minimum and maximum inclusive. More... | |
| void | sincos (const float a, float &outSin, float &outCos) |
| sine and cosine. More... | |
| float | arccot (float f) |
| Calculate the arc cotangent. More... | |
| float | arctg (float y, float x) |
| Calculate the arc tangent. More... | |
| float | safeAcos (float x) |
| Same as acos(x), but if x is out of range, it is "clamped" to the nearest valid value. The value returned is in range 0...pi, the same as the standard C acos() function. More... | |
| float | cotan (const float f) |
| cotangent More... | |
| float | radiansToDegree (float rad) |
| Angle in radians to degrees. More... | |
| float | degreeToRadians (float dgr) |
| Angle in degrees to radians. More... | |
| float | normalize_angle (float angle) |
| Normalization of the angle of rotation angle. Cast the value in the range -PI ... + PI . More... | |
| float | lerp (const float f1, const float f2, const float k) |
| Linear interpolation. More... | |
| int | round (float f) |
| rounding . More... | |
| float | max3 (float a, float b, float c) |
| Get an average of 3 values. More... | |
| float | average_arithmetic (const float *pf, const unsigned int num) |
| Compute and return the average (arithmetic) More... | |
| float | average_geometric (const float *pf, const unsigned int num) |
| Compute and return the geometric mean. More... | |
| BYTE | scale_byte (BYTE val, float k) |
| int | faster_floor (const float x) |
| static int | __dt1_IsPointInBoundingBox (float x1, float y1, float x2, float y2, float px, float py) |
| static int | LineSegmentIntersection (float l1x1, float l1y1, float l1x2, float l1y2, float l2x1, float l2y1, float l2x2, float l2y2, float *m1, float *c1, float *m2, float *c2, float *intersection_X, float *intersection_Y) |
Variables | |
| static const float | EPSILON = 1.0e-6f |
| static const float | PI = 3.1415926536f |
| PI. More... | |
| static const float | C1BYPI = 0.3183098862f |
| 1/PI More... | |
| static const float | PI2 = 6.283185307f |
| 2*PI More... | |
| static const float | PI_DIV_2 = 1.570796326f |
| PI/2. More... | |
| static const float | PI_DIV_4 = 0.785398163f |
| PI/4. More... | |
| static const float | PI_DIV_6 = 0.523598776f |
| PI/6. More... | |
| static const float | PI_DIV_180 = 0.017453292f |
| PI/180. More... | |
| static const float | C180DIVPI = 57.29577951f |
| 180/PI More... | |
| static const float | C3PIDIV4 = 2.35619449f |
| 3/4 PI More... | |
| static const float | PI2_INV = 0.159154943f |
| 1/(2PI) More... | |
| static const float | CINV360 = 0.002777778f |
| 1/360 More... | |
| static const float | C180 = 180.0f |
| static const float | C360 = 360.0f |
| static const float | HALF = 0.5f |
| static const float | TWO = 2.0f |
| static const float | LN10 = 2.302585093f |
| static const float | SQRT_2 = 1.4142135624f |
| sqrt(2) More... | |
| static const float | SQRT_HALF = 0.7071067812f |
| sqrt(1/2) More... | |
| static const float | E = 2.718281828459f |
| e More... | |
math operations and structures .
| typedef unsigned char gbmath::byte_t |
| typedef uint8_t gbmath::color_mono_8b_t |
Mononhromnoe value 1 byte .
Definition at line 22 of file color_typedef.h.
description of spatial objects crossing
| Enumerator | |
|---|---|
| SC_NOOVERLAP |
object does not apply to another object |
| SC_CONTAINSFULLY |
the object is fully located in another |
| SC_CONTAINSPARTIALLY |
object is partially contained in the other |
Definition at line 20 of file obj_contains_e.h.
|
static |
Definition at line 11 of file segment2.cpp.
| int gbmath::__IsPointInBoundingBox | ( | float | x1, |
| float | y1, | ||
| float | x2, | ||
| float | y2, | ||
| float | px, | ||
| float | py | ||
| ) |
| int gbmath::__LineSegmentIntersection | ( | float | l1x1, |
| float | l1y1, | ||
| float | l1x2, | ||
| float | l1y2, | ||
| float | l2x1, | ||
| float | l2y1, | ||
| float | l2x2, | ||
| float | l2y2, | ||
| float * | m1, | ||
| float * | c1, | ||
| float * | m2, | ||
| float * | c2, | ||
| float * | intersection_X, | ||
| float * | intersection_Y | ||
| ) |
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Converting 4-byte order ARGB color in order RGBA.
Definition at line 132 of file color_functions.h.
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Conversion uicolor32_t in color_rgb24_s.
Definition at line 289 of file color_functions.h.
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Definition at line 145 of file color_functions.h.
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Definition at line 172 of file color_functions.h.
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Definition at line 160 of file color_functions.h.
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Definition at line 190 of file color_functions.h.
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Definition at line 155 of file color_functions.h.
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Definition at line 184 of file color_functions.h.
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Definition at line 150 of file color_functions.h.
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Definition at line 178 of file color_functions.h.
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Definition at line 279 of file color_functions.h.
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Definition at line 271 of file color_functions.h.
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Definition at line 263 of file color_functions.h.
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Definition at line 203 of file color_functions.h.
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Definition at line 234 of file color_functions.h.
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Definition at line 221 of file color_functions.h.
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Definition at line 250 of file color_functions.h.
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Definition at line 215 of file color_functions.h.
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Definition at line 244 of file color_functions.h.
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Definition at line 209 of file color_functions.h.
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Definition at line 239 of file color_functions.h.
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exchange of componentsG и B .
Definition at line 114 of file color_functions.h.
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exchange of components R и B .
Definition at line 101 of file color_functions.h.
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exchange of components R и G .
Definition at line 88 of file color_functions.h.
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Definition at line 50 of file segment2.cpp.
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Building a color-by-byte. Alpha One.
Definition at line 22 of file color_functions.h.
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Building a color-by-byte. Alfa last.
Definition at line 31 of file color_functions.h.
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The construction of an integer-valued color on components float (0.0f ... 1.0f)
Definition at line 50 of file color_functions.h.
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| float gbmath::random | ( | ) |
random values in the range ( 0.0f ... 1.0f )
Definition at line 13 of file scalar.cpp.
| float gbmath::random | ( | float | min, |
| float | max | ||
| ) |
Definition at line 30 of file scalar.cpp.
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Converting 4-byte RGBA color order in the order ARGB.
Definition at line 125 of file color_functions.h.
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Returns a gradual transition of 'x' from 0 to 1 beginning at threshold 'a' and ending at threshold 'b'. References: [1] http://www.rendermanacademy.com/docs/smoothstep.htm [2] http://www.brlcad.org/doxygen/d8/d33/noise_8c-source.html [3] Natalya Tatarchuk, "Efficient High-Level Shader Development", Game Developers Conference Europe, August 2003.
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Paperclip Shoulda Macros
These macros are intended for use with shoulda, and will be included into your tests automatically. All of the macros use the standard shoulda assumption that the name of the test is based on the name of the model you’re testing (that is, UserTest is the test for the User model), and will load that class for testing purposes.
- P
- S
- Paperclip::Shoulda START:includes
- MODULE Paperclip::Shoulda::Matchers
Stub S3 and return a file for attachment. Best with Factory Girl. Uses a strict directory convention:
features/support/paperclip
This method is used by the Paperclip-provided Cucumber step:
When I attach a "demo_tape" "mp3" file to a "band" on S3
@example
Factory.define :band_with_demo_tape, :parent => :band do |band| band.demo_tape { band.paperclip_fixture("band", "demo_tape", "png") } end
Source: show
# File shoulda_macros/paperclip.rb, line 98 def paperclip_fixture(model, attachment, extension) stub_paperclip_s3(model, attachment, extension) base_path = File.join(File.dirname(__FILE__), "..", "..", "features", "support", "paperclip") File.new(File.join(base_path, model, "#{attachment}.#{extension}")) end
This will test whether you have defined your attachment correctly by checking for all the required fields exist after the definition of the attachment.
Source: show
# File shoulda_macros/paperclip.rb, line 17 def should_have_attached_file name klass = self.name.gsub(/Test$/, '').constantize matcher = have_attached_file name should matcher.description do assert_accepts(matcher, klass) end end
Tests that you have content_type validations specified. There are two options, :valid and :invalid. Both accept an array of strings. The strings should be a list of content types which will pass and fail validation, respectively.
Source: show
# File shoulda_macros/paperclip.rb, line 38 def should_validate_attachment_content_type name, options = {} klass = self.name.gsub(/Test$/, '').constantize valid = [options[:valid]].flatten invalid = [options[:invalid]].flatten matcher = validate_attachment_content_type(name).allowing(valid).rejecting(invalid) should matcher.description do assert_accepts(matcher, klass) end end
Tests for validations on the presence of the attachment.
Source: show
# File shoulda_macros/paperclip.rb, line 26 def should_validate_attachment_presence name klass = self.name.gsub(/Test$/, '').constantize matcher = validate_attachment_presence name should matcher.description do assert_accepts(matcher, klass) end end
Tests to ensure that you have file size validations turned on. You can pass the same options to this that you can to validate_attachment_file_size - :less_than, :greater_than, and :in. :less_than checks that a file is less than a certain size, :greater_than checks that a file is more than a certain size, and :in takes a Range or Array which specifies the lower and upper limits of the file size.
Source: show
# File shoulda_macros/paperclip.rb, line 54 def should_validate_attachment_size name, options = {} klass = self.name.gsub(/Test$/, '').constantize min = options[:greater_than] || (options[:in] && options[:in].first) || 0 max = options[:less_than] || (options[:in] && options[:in].last) || (1.0/0) range = (min..max) matcher = validate_attachment_size(name).in(range) should matcher.description do assert_accepts(matcher, klass) end end
Stubs the HTTP PUT for an attachment using S3 storage.
@example
stub_paperclip_s3('user', 'avatar', 'png')
Source: show
# File shoulda_macros/paperclip.rb, line 69 def stub_paperclip_s3(model, attachment, extension) definition = model.gsub(" ", "_").classify.constantize. attachment_definitions[attachment.to_sym] path = "http://s3.amazonaws.com/:id/#{definition[:path]}" path.gsub!(/:([^\/\.]+)/) do |match| "([^\/\.]+)" end begin FakeWeb.register_uri(:put, Regexp.new(path), :body => "OK") rescue NameError raise NameError, "the stub_paperclip_s3 shoulda macro requires the fakeweb gem." end end


name:
width:
height:
image:
color:
color:
images go here
Tile Creator Create custom tiles here, save to a png image for fast tile drawing and map creation.
Tile Creator Create custom tiles here, save to a png image for fast tile drawing and map creation.


I want more for you and I
the charms fall like autumn leaves do
catch them if you can
-before they touch the ground and are just another leaf among them all
Touch the ground!
It will cast you-
the way the ground feels
to your hand
is all the sensation that life may bring to you
the commotion will bring-up a cloud of dust
which will settle before the wind does catch you
for you are the solid earth- fundament
secured by bed-rock
We will abate erosion on your grounds with gentle up-keep
I will tend to you a garden for our needs
-we can build channels for the streams
the running water-fall
to enter tributaries
that leave this hill side mountain behind
You and I will see something in our evocations
reflecting the seasons
they move over you and I
we can take the roads out
to go,
see were the people are off to
who passed on, who’s new -
what is wrong out there
we can draw attention to
As I alluded to before,
a new age will be built
on the grounds that you touch
you will bring about life there
and we will bring about
the infrastructure necessary-
The principles and point up to something
more than just this simple notion
because when we die
like a vegetable we go in back into the ground that
we so took from all our lives-
back into the earth we go
and again we will bring about it, life
not yours, not mine-
-so, this life, hand in hand with the next one:
is in principle unlike that which returns soil to the ground
we are frozen in flight
we are lost to what storms the world forever-
So storm here!
we can design a world and life that cannot wash away with time
nothing can bring hell here,
no breaking the world unto a night-mare


Lorem ipsum dolor sit amet, consectetur adipisicing elit. A dolores explicabo laudantium, omnis provident consectetur adipisicing elit quam reiciendis voluptatum?
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Cloudant Query allows you to create indexes into JSON data sets simply and scalably. Follow this tutorial on a data set of 3000 movies to learn how the query syntax works:
Step 1


Reason for an XML format for recipes
Creation of XML recipes documents
Transforming XML recipes documents to various forms
A walkthrough of "recipes.dtd"
There are several advantages of an XML format for recipes. Since formatting of recipes is a personal preference, stylesheets can render the data in whatever format a user wants without changing the source file. This would allow users to share recipes without having to change them to suit their display tatses. In addition, a tool could be written that extracts the information to create a shopping list. Another possible tool is one that given a list of a few major ingredients from the refrigerator could locate recipes that only use those items plus ingredients that the user has previously declared as assumed available such as most spices. If this format gets developed to a reasonably simple but powerful definition, the community could be motivated to start exchanging recipes in this format rather than stright text.
The creation of XML recipes documents can be accomplished via any of a number of XML editor or any text editor. The current problem is that the editors don't natively make the entry as easy as just typing in the recipe. The editors still seem to expect that the person entering the recipes understand basic XML. Some of the editors do have ways of creating entry forms but that hasn't been experimented yet. Maybe a separate application that would ask the user whether they had a recipe with groups or just one stage would be useful.
Transofrmation appears to work well for the most part. Since XML Stylesheet Language Transformations (XSLT) 1.0 is a recommendation, there are several engines which can perfom the required transformations. Converting to HTML works nicely. The HTML is easily veiwable but is limited in its ability to do page layouts.
Fortunately, XML Stylesheet Language Formatting Objects (XSL-FO) is being designed and allows page layouts that can put the recipes onto 8.5x11 pages, 4x6 cards, or 3x5 cards.Converting through XSL-FO to create page layouts works well using XSLT. The basic problem is that XSL-FO has just made it to release candidate status so is just stablizing. Once it finally becomes a recommendation, more software supporting this format should become available. At the moment, there are no browsers that support it directly. There are few tools that will render the XSL-FO format in PDF. The two that have been experimented with for the recipes are FOP (Open Source from Apache) and the XEP evaulation version (commercial from RenderX). The XEP program appears to wok better on some of the sample things attempted such as borders. Both tools are being worked on so will likely support the complete XSL-FO eventally. Both tools also require a Java VM.
The recipes.dtd file is the current definition of the recipes XML format. Now that the schemas have been published as a formal recommendadtion, the DTD will be converted to a schema which has the power to help define the types and other restrictions for elements and attributes.
The XML DTD for recipes was designed to be simple but flexibile enough to handle the abnormal cases in recipes. What follows is intended to be a description of the recipe DTD and the reasons behoind the structure and elements chosen. There are two DTD's which we located on the net which really attempted to address recipes. The first was recipes.dtd which can be found off the page at "http://starship.python.net/crew/amk/recipe/". That version 0.01 DTD was developed by A.M. Kuchling<EMAIL_ADDRESS>and was dated March 14, 1999. That was the starting point for developing this DTD. Some of the parts seemed to contain a little too much such as allowing all sorts of HTML pieces in the comments. Others did not handle some of the various recipes that we had seen. After the new DTD had been developed, a second DTD called Dessert.dtd was found which was dated January 1, 2000. The "Dessert.dtd" file can be found at "ftp://ftp.mindspring.com/users/jsaiya/Dessert.dtd" and was written by James Saiya. From an initial look, it appears to handle all sorts of things including nutritional information. It hasn't been looked at yet to see if it can handle some of the cases that we have taken into account. The intent in our design was to be flexible but SIMPLE. Now the new DTD structure:
<!ELEMENT recipes (recipe)+>
The recipes element was intended to be the root element. It can contain one or more recipes.
<!ELEMENT recipe (authors?, source?, category*, image?, (ingredients | (group,group+)), steps?, yield?, comment?, background?)> <!ATTLIST recipe title CDATA #REQUIRED id ID #IMPLIED>
All recipes must have a title as an atrribute, an optional authors, an optional source, optional category(s), an optional image, ingredients or group information, optional steps, an optional yield element, an optional comment, and an optional background. The ingredients element is used if it is a single part recipe and the group elements are used if it is a multiple part recipe.
Example: <recipe title="Chocolate Cake"> ,,, </recipe>
<!ELEMENT authors (#PCDATA)>
The author element is optional and should list the author(s) of the recipe if known. This element is text. Example: <authors>Julia Child</authors>
<!ELEMENT source (#PCDATA|emph)*>
The source is an optional element describing where the recipe was obtained from. This element can contain mixed emph elements and text. Examples: <source>Betty Crocker Cookbook</source> or <source>Mom</source>
<!ELEMENT category EMPTY> <!ATTLIST category name CDATA #REQUIRED>
"category" is an optional element describing the type of dish that the recipe makes. The category is entered in the name element.  Suggested categories are the following:
"Appetizer and Snack" "Beverage" "Beef and Pork" "Bread" "Cake" "Candy" "Chicken" "Cookie" "Dessert" "Egg and Cheese" "Fish and Seafood" "Pie" "Salad and Dressing" "Sauce and Relish" "Soup and Stew" "Vegetable"
<!ELEMENT image EMPTY> <!ATTLIST image src CDATA #REQUIRED>
"image" is an optional element. It's purpose is to point to a file containing a picture of the prepared food. The src atrtribute should be a URI. At the present, the suggested encoding is PNG. This has no legal hassles like those that concern the GIF format. Embedded base64 may be considered in the future. Example: <image src="ccake.png"/>
ingredients
<!ELEMENT ingredients (ingredient|choices)+>
<!ATTLIST ingredients id ID #IMPLIED>
The ingredients element hold one or more ingredient or choices elements.
<!ELEMENT ingredient ((measure*)|(min-measure+,max-measure+))> <!ATTLIST ingredient name CDATA #REQUIRED id ID #IMPLIED form CDATA #IMPLIED optional (yes|no) 'no' >
"ingredient" is used to describe one ingredient. It consists of a required name and may be empty. Since no measures are required for an ingredient, it can be used for things like "whipped cream" where the steps might state "add whipped cream as desired". If the measure is specified, it can include multiple measure elements or a range denoted by one or more min-measure elements and one or more max-measure elements. Multiple measures for one ingredient allow quirky measurements such as 1 cup plus 2 tablespoons flour. Ingredients Examples: <ingredient name="brown sugar" form="firmly packed"><measure .../></ingredient>
<!ELEMENT *measure EMPTY> <!ATTLIST *measure qty CDATA #REQUIRED unit CDATA #IMPLIED precision (exact|approximate) "exact" >
The definitions above appear once for each of measure, min-measure, and max-measure where "*measure" appears. The qty attribute is required but the unit attribute is optional. This handles things like "1 cup flour" or "1 apple". As shown the exact is the default for precision but approximate can also be specified. If multiple measures appear, they should be added. A negative qty will allow measure such as 1 cup less 1 tablespoon flour.
Guidelines: Spell out unit such as tablespoon rather than tbsp or T -- That will make it less confusing between readers. Use singular unit rather than plural such as 2 tablespoon vs. 2 tablespoons -- The program doing the rendering can plurarize the unit when it makes sense (it may be asked to double the recipe anyway). The rendering program should use "plus" and "less" when doing additions ("-" should be used for ranges) -- Ex: 1 cup - 1 cup plus 2 tablespoons.
<!ELEMENT choices (choice, choice+)> <!ATTLIST choices id ID #IMPLIED>
"choices" consist of at least two choice elements. This allows such things as "1 cup walnuts" or "1 cup pecans" and more complex choices where multiple items may be replaced by one or more items.
<!ELEMENT choice (ingredient+, comment?)>
This element simply holds one or more ingredient elements and an optional comment. The comment is there for things such as "Makes a firmer topping" or "Add 5 minutes to baking"
<!ELEMENT group (ingredients,steps?)> <!ATTLIST group name CDATA #REQUIRED id ID #IMPLIED >
The "group" element is expected to hold ingredients and steps for distinct parts of the item such as "cake" and "filling". The person entering the steps could place the steps in the common steps area for the recipe. It is suggested that the steps should be split into their groups and use the common steps for instructions on combining the parts. Stylesheets then have the option of printing the steps separate or placing them at the end.
<!ELEMENT steps (step)+> <!ATTLIST steps id ID #IMPLIED>
Steps consists of one or more step elements.
<!ELEMENT step (#PCDATA | emph)*> <!ATTLIST step id ID #IMPLIED>
Step elements can contain combinations of emph elements and plain text. Various sources of recipes define the steps as single instructions or a few instructions together.  This was intened to cover the common ones. Each of the attributes may be used alone. The count attribute may be combined with size. The count should be a number such as 12 rather than "1 dozen". The DTD method of declaring this makes it difficult to describe this unless yield was split into more than one element. A possiblity? Do any recipes list multiple styles of yield such as 'Makes 2 liters, Serves 8'?
Examples: "Serves 12", "8 servings", "4-5 servings", "2 dozen", "Makes 24", "36 bars", "2 liters", "1 1/2 Pounds", "2 cups", '10" Pie Crust', '2 9" Pie Crust' ...
So, the list above would become: <yield serves="12"/> <yield serves="8"/> <yield serves="4-5"/> <yield count="24"/> <yield count="24"/> <yield count="36" descriptive="bars"/> <yield measurement="2 liters"/> <yield measurement="1 1/2 pounds"/> <yield measurement="2 cups"/> <yield size='10"' descriptive="pie crust"/> <yield count="2" size='9"' descriptive="pie crusts"/>
<!ELEMENT background (#PCDATA | emph)*>
Background elements can describe a story that goes along with the recipe. This is where additional information can be kept such as "good served with biscuits" or "Grandpa's favorite". Basically this should contain info not pertaining to additional cooking instructions or serving suggestions.
<!ELEMENT comment (#PCDATA | emph)*>
Comment elements are intended to provide additional info about the recipe such as "Makes a firmer topping" in a choice element or "High altitide directions: Bake an additional 10 minutes." in the recipe element
<!ELEMENT emph (#PCDATA)>
The "emph" element denoted emphasis and it is likely that the stylesheet will render in some way to stand out such as bold or italics.


Coronavirus (COVID-19) content toolkit
How to write about self-care for coronavirus
{% markdown %}
[NHS coronavirus self-care content](https://www.nhs.uk/conditions/coronavirus-covid-19/self-isolation-and-treatment/how-to-treat-symptoms-at-home/) last updated: **4 June 2020**.
{% endmarkdown %}
## NHS content on coronavirus self-care
We have 4 types of content about self-care for coronavirus (COVID-19). These are designed to be used in different contexts and across a range of products and services.
### Short version:
{% markdown %}
While you're staying at home with coronavirus (COVID-19), you can ease mild symptoms by resting, drinking plenty of fluids and taking painkillers.
{% endmarkdown %}
This content is best when space is limited – for example, a tweet or text message. It contains all the key information in fewer than 150 characters.
{% include('./includes/how-to-use.html') %}
### Expanded version:
{% markdown %}
There are things you can do to treat mild symptoms of coronavirus (COVID-19) while you're staying at home (self-isolating).
If you have a high temperature:
- get lots of rest
- drink plenty of fluids (water is best) to avoid dehydration – drink enough so your pee is light yellow and clear
- take paracetamol or ibuprofen if you feel uncomfortable
If you have a cough:
- avoid lying on your back – lie on your side or sit upright instead
- try having a teaspoon of honey – but do not give honey to babies under 12 months
If you feel breathless:
- keep your room cool by turning the heating down or opening a window – do not use a fan as it may spread the virus
- sit upright in a chair and relax your shoulders
- try breathing slowly in through your nose and out through your mouth, with your lips together like you're gently blowing out a candle
{% endmarkdown %}
This content may be better if you have more space – for example, in an app or embedded within a web page. It provides more detail to help users understand if they have coronavirus symptoms.
{% include('./includes/how-to-use.html') %}
### Conversational version:
{% markdown %}
**How can I treat the symptoms of coronavirus?**
To help yourself stay well while you're at home with coronavirus (COVID-19): get lots of rest and sleep, take paracetamol or ibuprofen if you feel uncomfortable, and drink plenty of water to avoid dehydration – drink enough so your pee is light yellow and clear. A teaspoon of honey can sometimes help ease a cough, but do not give honey to babies under 12 months.
{% endmarkdown %}
This content is suited for voice assistants and chatbots. It provides similar detail to the expanded version, but with a voice-friendly structure – for example, by avoiding bullet points.
{% include('./includes/how-to-use.html') %}
### Full version:
{% markdown %}
See our full page on the NHS website about [how to treat coronavirus symptoms at home](https://www.nhs.uk/conditions/coronavirus-covid-19/self-isolation-and-treatment/how-to-treat-symptoms-at-home/).
{% endmarkdown %}
This content is best if you have space for a full web page of content and want your users to know all the information and advice on coronavirus symptoms.
{% include('./includes/how-to-use.html') %}
## Where our content comes from
Our content on people at higher risk from coronavirus is based on official guidance from Public Health England (PHE) and the National Institute for Health and Care Excellence (NICE).
The content has been adapted and simplified by our content team and checked by the clinical team at NHS Digital.
Original guidance:
- [GOV.UK: Stay at home guidance for households with possible coronavirus (COVID-19) infection](https://www.gov.uk/government/publications/covid-19-stay-at-home-guidance/stay-at-home-guidance-for-households-with-possible-coronavirus-covid-19-infection) (last updated 28 May 2020)
- [NICE: COVID-19 rapid guideline – managing symptoms (including at the end of life) in the community](https://www.nice.org.uk/guidance/ng163) (last update 3 April 2020)
{% endmarkdown %}


PocketLogger
Home
Input
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Track robot events
Game Start
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Failed Autonomous
Connection Issue
Brownout
Robot Reboot
Endgame Start
Endgame Abort
Autonomous Type
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Pathing
Human Control
Match Result
Finalize data
Generate QR code


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Starting a new Epoch in space exploration.
At Epoch Space Technologies, our goal is to increase humanity’s access to space and accelerate the story of our journey through the Universe by providing space based services to everyone.
Starting a new Epoch in space exploration.
At Epoch Space Technologies, our goal is to increase humanity’s access to space and accelerate the story of our journey through the Universe by providing space based services to everyone.


Maria:
You've torn the scroll! How could you have been so careless?!
Well, perhaps we can piece it together and make out what it says.
How ironic that it should fall to me to create the crystal that will purify this land.
I will reopen Maria's Crystal Workshop!
And you shall have my first product... Please wait, it won't take long.
Wait for the crystal to be completed


Class: Aws::CloudFront::Types::ParametersInCacheKeyAndForwardedToOrigin
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-cloudfront/lib/aws-sdk-cloudfront/types.rb |
Overview
This object determines the values that ::Aws::CloudFront
includes in the
cache key. These values can include HTTP headers, cookies, and URL
query strings. ::Aws::CloudFront
uses the cache key to find an object in its
cache that it can return to the viewer.
The headers, cookies, and query strings that are included in the cache
key are also included in requests that ::Aws::CloudFront
sends to the origin.
::Aws::CloudFront
sends a request when it can't find an object in its cache
that matches the request's cache key. If you want to send values to
the origin but not include them in the cache key, use
OriginRequestPolicy
.
Constant Summary
Instance Attribute Summary
-
#cookies_config ⇒ Types::CachePolicyCookiesConfig
rw
An object that determines whether any cookies in viewer requests (and if so, which cookies) are included in the cache key and in requests that
::Aws::CloudFront
sends to the origin. -
#enable_accept_encoding_brotli ⇒ Boolean
rw
A flag that can affect whether the
Accept-Encoding
HTTP header is included in the cache key and included in requests that::Aws::CloudFront
sends to the origin. -
#enable_accept_encoding_gzip ⇒ Boolean
rw
A flag that can affect whether the
Accept-Encoding
HTTP header is included in the cache key and included in requests that::Aws::CloudFront
sends to the origin. -
#headers_config ⇒ Types::CachePolicyHeadersConfig
rw
An object that determines whether any HTTP headers (and if so, which headers) are included in the cache key and in requests that
::Aws::CloudFront
sends to the origin. -
#query_strings_config ⇒ Types::CachePolicyQueryStringsConfig
rw
An object that determines whether any URL query strings in viewer requests (and if so, which query strings) are included in the cache key and in requests that
::Aws::CloudFront
sends to the origin.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#cookies_config ⇒ Types::CachePolicyCookiesConfig (rw)
An object that determines whether any cookies in viewer requests
(and if so, which cookies) are included in the cache key and in
requests that ::Aws::CloudFront
sends to the origin.
# File 'gems/aws-sdk-cloudfront/lib/aws-sdk-cloudfront/types.rb', line 8796
class ParametersInCacheKeyAndForwardedToOrigin < Struct.new( :enable_accept_encoding_gzip, :enable_accept_encoding_brotli, :headers_config, :, :query_strings_config) SENSITIVE = [] include Aws::Structure end
#enable_accept_encoding_brotli ⇒ Boolean
(rw)
A flag that can affect whether the Accept-Encoding
HTTP header is
included in the cache key and included in requests that ::Aws::CloudFront
sends to the origin.
This field is related to the EnableAcceptEncodingGzip
field. If
one or both of these fields is true
and the viewer request
includes the Accept-Encoding
header, then ::Aws::CloudFront
does the
following:
Normalizes the value of the viewer's
Accept-Encoding
headerIncludes the normalized header in the cache key
Includes the normalized header in the request to the origin, if a request is necessary
For more information, see Compression support in the Amazon
::Aws::CloudFront
Developer Guide.
If you set this value to true
, and this cache behavior also has an
origin request policy attached, do not include the Accept-Encoding
header in the origin request policy. ::Aws::CloudFront
always includes the
Accept-Encoding
header in origin requests when the value of this
field is true
, so including this header in an origin request
policy has no effect.
If both of these fields are false
, then ::Aws::CloudFront
treats the
Accept-Encoding
header the same as any other HTTP header in the
viewer request. By default, it's not included in the cache key and
it's not included in origin requests. In this case, you can
manually add Accept-Encoding
to the headers whitelist like any
other HTTP header.
# File 'gems/aws-sdk-cloudfront/lib/aws-sdk-cloudfront/types.rb', line 8796
class ParametersInCacheKeyAndForwardedToOrigin < Struct.new( :enable_accept_encoding_gzip, :enable_accept_encoding_brotli, :headers_config, :, :query_strings_config) SENSITIVE = [] include Aws::Structure end
#enable_accept_encoding_gzip ⇒ Boolean
(rw)
A flag that can affect whether the Accept-Encoding
HTTP header is
included in the cache key and included in requests that ::Aws::CloudFront
sends to the origin.
This field is related to the EnableAcceptEncodingBrotli
field. If
one or both of these fields is true
and the viewer request
includes the Accept-Encoding
header, then ::Aws::CloudFront
does the
following:
Normalizes the value of the viewer's
Accept-Encoding
headerIncludes the normalized header in the cache key
Includes the normalized header in the request to the origin, if a request is necessary
For more information, see Compression support in the Amazon
::Aws::CloudFront
Developer Guide.
If you set this value to true
, and this cache behavior also has an
origin request policy attached, do not include the Accept-Encoding
header in the origin request policy. ::Aws::CloudFront
always includes the
Accept-Encoding
header in origin requests when the value of this
field is true
, so including this header in an origin request
policy has no effect.
If both of these fields are false
, then ::Aws::CloudFront
treats the
Accept-Encoding
header the same as any other HTTP header in the
viewer request. By default, it's not included in the cache key and
it's not included in origin requests. In this case, you can
manually add Accept-Encoding
to the headers whitelist like any
other HTTP header.
# File 'gems/aws-sdk-cloudfront/lib/aws-sdk-cloudfront/types.rb', line 8796
class ParametersInCacheKeyAndForwardedToOrigin < Struct.new( :enable_accept_encoding_gzip, :enable_accept_encoding_brotli, :headers_config, :, :query_strings_config) SENSITIVE = [] include Aws::Structure end
#headers_config ⇒ Types::CachePolicyHeadersConfig (rw)
An object that determines whether any HTTP headers (and if so, which
headers) are included in the cache key and in requests that
::Aws::CloudFront
sends to the origin.
# File 'gems/aws-sdk-cloudfront/lib/aws-sdk-cloudfront/types.rb', line 8796
class ParametersInCacheKeyAndForwardedToOrigin < Struct.new( :enable_accept_encoding_gzip, :enable_accept_encoding_brotli, :headers_config, :, :query_strings_config) SENSITIVE = [] include Aws::Structure end
#query_strings_config ⇒ Types::CachePolicyQueryStringsConfig (rw)
An object that determines whether any URL query strings in viewer
requests (and if so, which query strings) are included in the cache
key and in requests that ::Aws::CloudFront
sends to the origin.
# File 'gems/aws-sdk-cloudfront/lib/aws-sdk-cloudfront/types.rb', line 8796
class ParametersInCacheKeyAndForwardedToOrigin < Struct.new( :enable_accept_encoding_gzip, :enable_accept_encoding_brotli, :headers_config, :, :query_strings_config) SENSITIVE = [] include Aws::Structure end


apple
Businessmodel of Apple
Customer Segments
In the 20th century, Apple catered primarily to the home computer market, selling products which, although coming with a premium price tag were still affordable for the mass market.
In the 21st century, however, following Jobs’ re-branding of Apple Computers Inc. to Apple Inc., Apple has focused increasingly on the consumer electronics, with the iPod, the iPhone and the iPad becoming flagship products. They continue to cater to the premium end of this market.
Value Proposition
Central to Apple’s value proposition is design. Apple is famous for meticulously designing products to be as user-friendly and elegant as possible.
Its loyal customer base has proven their willingness time and time again to pay a premium for items designed by Apple, and Apple’s reputation as brilliant designers is integral to their brand image. Their electronics ranges are usually high-performance and users have come to associate Apple with a certain standard of quality.
Channels
Apple sells its products wholesale to electronics retailers the world over. They may also be purchased from apple.com. Another key channel is the 479 Apple Stores that operate in 18 countries.
The iTunes store functions as a channel through which digital content is sold.
Customer Relationships
Since very early in its history, Apple has been noted for having a large core of enthusiasts who exhibit very strong brand loyalty, buying Apple products over and over again. Apple maintains its strong relationship with its customers through offering phone and web-chat based customer service channels, in addition to providing in-person assistance at their various stores worldwide.
Key Activities
Apples key activities are designing and selling their products. They are famously fastidious in all aspects of the hardware and software design of their products, and invest a lot in quality control to ensure products meet the standard their customer base has come to expect.
Aside from design, quality control, branding is a huge part of what Apple does. Apple is extremely conscious of controlling the image it projects and it has painstakingly and consciously cultivated an image of quality, precision, sophistication and class that enables it to justify the higher price tags its products commands relative to its rivals.
Sale of third-party digital content through the iTunes Store channel is another key activity that generates a modest portion Apple’s revenue.
Key Partners
The manufacturing of some key bits of Apple hardware is outsourced to companies such as Foxconn, making them key partners in Apple’s business.
The record companies, film studios and publishers who own the rights to the digital media Apple sells on the iTunes store are also important partners.
Third party developers who create the programs available in the app store are key partners and valuable contributors to Apple’s Macintosh and iPhone ecosystems.
Key Resources
People comprise a key resource for Apple, as they are hugely dependent on top-range hardware designers and software engineers to produce their goods. Over the years Apple has accumulated huge numbers of very talented staff, who remain a valuable asset to the company.
Physical resources, such as the 479 Apple stores around the world are also valuable and important to the business.
Apple’s hugely respected brand is a key resource that enables them to sell their goods for a higher price tag than many of their direct competitors.
Cost Structure
Apple spends a lot on the manufacturing of its goods, but crucially invests heavily in every aspect of the design, quality control and product testing stages as well.
They operate on a premium pricing strategy which means they also must expend substantial resources in marketing and maintaining their brand image.
Revenue Streams
While home computer sales comprised the majority of revenue for most of Apple’s history, in the last decade or so this has changed as Apple has focussed on smaller consumer electronics.
- The sale of iPhones typically generates between 30-50% of the company’s revenues each quarter, and is these days consistently their biggest earner.
- iPads are the second biggest earner, typically generating around 4-9% of Apple’s quarterly income.
- Sale of Macintosh computers is still lucrative, but typically generates less than 5% of Apples income, and this figure has declined a lot in the last few years.
- Sale of other products, including Apple watches and iPods generate around 3-6% of revenue.
- Apple’s internet services, including iTunes, Apple Care and Apple Pay typically also account for 3-6% of revenue.


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This is the API
https://localhost:8080/api/v1/OBThirdPartyProviders
GET
A comma separated list of strings indicating the names of resource attributes to return in the response, overriding the set of attributes that would be returned by default. 'excludedAttributes' must not also be specified if this is specified.
A comma separated list of strings indicating the names of resource attributes to be removed from the default set of attributes to return. 'attributes' must not also be specified if this is specified.
The filter string used to request a subset of resources.
A string indicating the attribute whose value shall be used to order the returned responses.
A string indicating the order in which the 'sortBy' parameter is applied.
An integer indicating the 1-based index of the first query result.
An integer indicating the desired maximum number of query results per page.
https://localhost:8080/api/v1/OBThirdPartyProviders/{id}
GET
The resource identifier (value of the 'id' attribute).
A comma separated list of strings indicating the names of resource attributes to return in the response, overriding the set of attributes that would be returned by default. 'excludedAttributes' must not also be specified if this is specified.
A comma separated list of strings indicating the names of resource attributes to be removed from the default set of attributes to return. 'attributes' must not also be specified if this is specified.
Useful for executing searches without passing parameters that may contain sensitive information on the URL.
https://localhost:8080/api/v1/OBThirdPartyProviders/.search
POST


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Mathematics


Physics threejs demo with convex objects breaking in real time
Press mouse to throw balls and move the camera.


var transmitter1 = new IRTransmitter(); // set up an infrared transmitter transmitter1.setup( 1, // unit 1 9 // pin 9 ); // send bytes var bytes = [ 0x01, 0x02, 0x03, 0x04 ]; transmitter1.send(bytes);
The IR transmitter data pin must be wired to pin 9 on an Arduino MEGA board,
or pin 3 on an Arduino UNO board.
(please see file IRremoteInt.h for more details)
IRTransmitter
setup(unit, pin)
initialize an infrared transmitter object with a specified pin on a specified unit.
return value: true if successful, otherwise false.
send(bytes)
send data in parameter bytes that is a byte array. the length of the data must be or less than four bytes.
return value: true if successful, otherwise false.
Return Value Note:
The function will return a value when your h5control program uses waitRsp mode, but no return value when uses nowaitRsp mode.
whenSetup(done)
receive the callback when setup done. parameter done is true if successful or false otherwise.
whenSend(bytes)
receive the callback when sent the data after called function send().


Filename pattern to search for native applications (iOS, Android, and BlackBerry) related to workspace. For example "target/android-app-v*.apk"
Here variable expansion $VAR is allowed. Standard jenkins namespace is used thus it could be environment variables or build parameters.


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| 021:047 Khan | : |
And We shall set up balances of justice on the Day of Resurrection, then none will be dealt with unjustly in anything. And if there be the weight of a mustard seed, We will bring it. And Sufficient are We as Reckoners. |
| 021:047 Maulana | : |
And We will set up a just balance on the day of Resurrection, so that no soul will be wronged in the least. And if there be the weight of a grain of mustard see, We will bring it. And sufficient are We to take account. |
| 021:047 Pickthal | : |
And We set a just balance for the Day of Resurrection so that no soul is wronged in aught. Though it be of the weight of a grain of mustard seed, We bring it. And We suffice for reckoners. |
| 021:047 Rashad | : |
We will establish the scales of justice on the Day of Resurrection. No soul will suffer the least injustice. Even the equivalent of a mustard seed will be accounted for. We are the most efficient reckoners. |
| 021:047 Sarwar | : |
We shall maintain proper justice on the Day of Judgment. No soul will be wronged the least. For a deed even as small as a mustard seed one will duly be recompensed. We are efficient in maintaining the account. |
| 021:047 Shakir | : |
And We will set up a just balance on the day of resurrection, so no soul shall be dealt with unjustly in the least; and though there be the weight of a grain of mustard seed, (yet) will We bring it, and sufficient are We to take account. |
| 021:047 Sherali | : |
And WE shall set up just balances on the Day of Resurrection, so that no soul will be wronged in the least. And even if it be the weight of a grain of mustard seed, WE would bring it forth. And sufficient are WE as reckoners. |
| 021:047 Yusufali | : |
We shall set up scales of justice for the Day of Judgment, so that not a soul will be dealt with unjustly in the least, and if there be (no more than) the weight of a mustard seed, We will bring it (to account): and enough are We to take account. |
Concepts/Themes Covered: أركان الإسلام > التوحيد > توحيد الله تعالي > تنزيه الله تعالى عن الظلم Pillars of Islam> Islamic> Oneness of Allah> Allah the Exalted is Free of Injustice الإيمان > اليوم الآخر > العرض على الميزان واستلام الكتاب Faith> The Hereafter> The Exposure on the Balance (of Justice) and the Reception of the Record
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


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Where defined
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char_type
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Character Traits
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char_traits's value type: charT.
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int_type
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Character Traits
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char_traits's int type.
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pos_type
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char_traits's position type.
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off_type
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char_traits's offset type
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state_type
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Character Traits
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char_traits's state type.
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static void assign(char_type& c1, const char_type& c2)
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Assigns c2 to c1.
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static bool eq(const char_type& c1, const char_type& c2)
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Character Traits
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Character equality.
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static bool lt(const char_type& c1, const char_type& c2)
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Returns true if c1 is less than c2.
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static int compare(const char_type* p1, const char_type* p2, size_t n)
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Character Traits
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Three-way lexicographical comparison, much like strncmp.
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Length
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static size_t length(const char* p)
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Returns length of a null-terminated array of characters.
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static const char_type* find(const char_type* p, size_t n, const char_type& c)
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Finds c in [p, p+n), returning 0 if not found.
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static char_type* move(char_type* s, const char_type* p, size_t n)
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Copies characters from [p, p+n) to the (possibly overlapping)
range [s, s+n).
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static char_type* copy(char_type* s, const char_type* p, size_t n)
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Character Traits
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Copies characters from [p, p+n) to the (non-overlapping)
range [s, s+n).
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static char_type* assign(char_type* s, size_t n, char_type c)
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Character Traits
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Assigns the value c to every element in the range [s, s+n).
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static int_type eof()
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Returns the value used as an EOF indicator.
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static int_type not_eof(const int_type& c)
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Character Traits
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Returns a value that is not equal to eof(). Returns c unless
c is equal to eof().
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static char_type to_char_type(const int_type& c)
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Character Traits
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Returns the char_type value corresponding to c, if such a value
exists.
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static int_type to_int_type(const char_type& c)
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Character Traits
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Returns a int_type representation of c.
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static bool eq_int_type(cosnt int_type& c1, const int_type& c1)
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Character Traits
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Tests whether two int_type values are equal. If the values can
also be represented as char_type, then eq and eq_int_type must
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Hindsight Experience Replay(HER) is a sample efficient technique to learn from sparse rewards.
Assume a footballer misses the goal narrowly. Even though the player does not get any “reward”(in terms of goal), the player realizes that had the goal post been shifted a bit, it would have resulted in a goal(reward).
The same intuition is applied for the RL agent - let us say that the true goal state was g while the agent ends up in the state s.
While the action sequence is not useful for reaching the goal state g, it is indeed useful for reaching state s. Hence the trajectory could be replayed with the goal as s(and not g).
Multi-goal policy trained using Universal Value Function Approximation (UVFA).
Every episode starts by sampling a start state and a goal state. Each goal has a different reward function.
Policy uses both the current state and the current goal state and leads to a state transition sequence s1, s2,…, sn.
Each of these transitions si -> si+1 are stored in a buffer with both the original goal and a subset of the other goals.
For the goal selection, following strategies are tried:
Future - goal state is the state k steps after observing the state transition.
Final - goal state is the final state of the current episode.
Episode - k random states are selected from the current episode.
Randon - k states are selected randomly.
Any off-policy algorithm can be used. Specifically, DDPG is used.
Robotic arm simulated using MuJoCo for push, slide and pick and place tasks.
DDPG with and without HER evaluated on the 3 tasks.
DDPG with the HER variant significantly outperforms the baseline in all the cases.


So, we have now tried playing billiards on ice and in mud. Kinda weird.
But the tiny billiard balls that make up everything are even weirder than that.
They have no friction.
What does that mean?
Give the ball a kick.
Wait for it to stop.
It never stops!
Without friction slowing things down, they never stop.
They keep going forever.


Northern Ireland Open: Judd Trump leads 5-3 after first session against Ronnie O'Sullivan
by Ben ColeyJudd Trump holds a 5-3 lead over Ronnie O'Sullivan after the first session of the Northern Ireland Open final.
Trump was denied a 147 break by a heavy kick in the penultimate frame of the session, and he may well be kicking himself at not having extended his advantage to 6-2 come the end of the final one.
After O'Sullivan had gone in-off when in the balls, Trump was left with an opening which, had he taken it, would have presented his opponent with a mountain to climb this evening in a race to nine frames.
But he missed by a wide margin with a rare, stray bullet from range, and that allowed O'Sullivan to keep within touching distance and set up a mouthwatering denouement at 7pm.
Trump won the first two frames of the final with runs of 68 and 56, before O'Sullivan knocked in a 126 break to halve the deficit.
The response from Trump was immediate as he made a century break of his own, a 123 which put him back in a two-frame lead in his bid to repeat last year's victory over O'Sullivan in Belfast.
After the following two frames were shared, Trump's lead became three with an 88 break which might have been a maximum had he not suffered an almighty knick on the 12th red, which rattled across both jaws before being spat back onto the table.
It was unfortunate, but Trump had nobody but himself to blame for losing the final frame of the session, one O'Sullivan had dominated until an unfortunate in-off the blue put the cue ball in Trump's hand.
With reds spread across the table, the world champion needed one mid-range red to set-up a golden opportunity, only to produce arguably his worst shot of the weekend so far to had the frame to his opponent.


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closeConnection()
- Method in class proproxy.
ProAbstractTCPProcessor
compress(byte[])
- Static method in class proproxy.
ProCompressor
createAndProcessRequest(Socket)
- Method in class proproxy.
ProAbstractTCPListener
createAndProcessRequest(Socket)
- Method in class proproxy.
ProHTTPListener
createAndProcessRequest(Socket)
- Method in class proproxy.
ProTCPListener
D
debugflg
- Static variable in class proproxy.
ProProxy
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getCompression()
- Static method in class proproxy.
ProHTTPProcessor
gunzip(byte[])
- Static method in class proproxy.
ProCompressor
gzip(byte[])
- Static method in class proproxy.
ProCompressor
H
handleHTTP(int, String, String)
- Static method in class proproxy.
ProProxy
handleTCP(int, String, int, String, String)
- Static method in class proproxy.
ProProxy
handleUDP(int, String, int, String, String)
- Static method in class proproxy.
ProProxy
I
iNumRequests
- Variable in class proproxy.
ProUDPListener
isAllowed(String)
- Method in class proproxy.
ProConnectionFilter
isListening()
- Method in class proproxy.
ProAbstractTCPListener
isListening()
- Method in class proproxy.
ProUDPListener
M
main(String[])
- Static method in class proproxy.
ProProxy
The main entry point for the application.
O
openConnection()
- Method in class proproxy.
ProAbstractTCPProcessor
openConnection()
- Method in class proproxy.
ProHTTPProcessor
openConnection()
- Method in class proproxy.
ProTCPProcessor
P
ProAbstractTCPListener
- class proproxy.
ProAbstractTCPListener
.
ProAbstractTCPListener
The TCP connection pooler and dispatcher.
ProAbstractTCPListener(int, String, String)
- Constructor for class proproxy.
ProAbstractTCPListener
Save the connection parameters
ProAbstractTCPProcessor
- class proproxy.
ProAbstractTCPProcessor
.
ProAbstractTCPProcessor
The base TCP connection processor.
ProAbstractTCPProcessor(Stack)
- Constructor for class proproxy.
ProAbstractTCPProcessor
save the connection properties and the cache stack.
processConnection()
- Method in class proproxy.
ProAbstractTCPProcessor
processConnection()
- Method in class proproxy.
ProHTTPProcessor
processConnection()
- Method in class proproxy.
ProTCPProcessor
processReq(Socket)
- Method in class proproxy.
ProAbstractTCPProcessor
Process a new connection.
processRequest(Object, Socket)
- Method in class proproxy.
ProAbstractTCPListener
processRequest(Object, Socket)
- Method in class proproxy.
ProHTTPListener
processRequest(Object, Socket)
- Method in class proproxy.
ProTCPListener
ProCompressor
- class proproxy.
ProCompressor
.
ProCompressor
Contains methods that assist in compressing HTTP responses.
ProCompressor()
- Constructor for class proproxy.
ProCompressor
ProConnectionFilter
- class proproxy.
ProConnectionFilter
.
ProConnectionFilter
The connection filter.
ProConnectionFilter(String, String)
- Constructor for class proproxy.
ProConnectionFilter
ProHTTPCompressInputStream
- class proproxy.
ProHTTPCompressInputStream
.
ProHTTPCompressInputStream
Encapsulates the actual HTTP connection between the Proxy and the WebServer.
ProHTTPCompressInputStream(InputStream, ProHTTPCompressStatus)
- Constructor for class proproxy.
ProHTTPCompressInputStream
ProHTTPCompressOutputStream
- class proproxy.
ProHTTPCompressOutputStream
.
ProHTTPCompressOutputStream
Encapsulates the connection between the Proxy server and the Webserver.
ProHTTPCompressOutputStream(OutputStream, ProHTTPCompressStatus)
- Constructor for class proproxy.
ProHTTPCompressOutputStream
ProHTTPCompressStatus
- class proproxy.
ProHTTPCompressStatus
.
ProHTTPCompressStatus
Class to store intermediate header parsing results.
ProHTTPCompressStatus()
- Constructor for class proproxy.
ProHTTPCompressStatus
ProHTTPListener
- class proproxy.
ProHTTPListener
.
ProHTTPListener
The HTTP connection listener.
ProHTTPListener(int, String, String)
- Constructor for class proproxy.
ProHTTPListener
Save the connection parameters
ProHTTPProcessor
- class proproxy.
ProHTTPProcessor
.
ProHTTPProcessor
The HTTP connection processor.
ProHTTPProcessor(Stack)
- Constructor for class proproxy.
ProHTTPProcessor
save the cache stack.
ProProxy
- class proproxy.
ProProxy
.
ProProxy
Generic cascading proxy server.
ProProxy()
- Constructor for class proproxy.
ProProxy
ProTCPListener
- class proproxy.
ProTCPListener
.
ProTCPListener
The TCP connection listener.
ProTCPListener(int, String, int, String, String)
- Constructor for class proproxy.
ProTCPListener
Save the connection parameters
ProTCPProcessor
- class proproxy.
ProTCPProcessor
.
ProTCPProcessor
The TCP connection processor.
ProTCPProcessor(Stack, String, int)
- Constructor for class proproxy.
ProTCPProcessor
save the connection properties and the cache stack.
ProUDPListener
- class proproxy.
ProUDPListener
.
ProUDPListener
The UDP connection listener.
ProUDPListener(int, String, int, String, String)
- Constructor for class proproxy.
ProUDPListener
Save the connection parameters
pruneCache()
- Method in class proproxy.
ProAbstractTCPListener
Check if there are too many processors in cache and remove extra ones
R
read()
- Method in class proproxy.
ProHTTPCompressInputStream
Wrapper read function that parses and modifies the underlying stream also.
requests_counter
- Static variable in class proproxy.
ProProxy
run()
- Method in class proproxy.
ProAbstractTCPListener
The listener loop.
run()
- Method in class proproxy.
ProAbstractTCPProcessor
The processor thread run routine
run()
- Method in class proproxy.
ProUDPListener
The listener loop.
S
setCompression(boolean)
- Static method in class proproxy.
ProHTTPProcessor
startListening()
- Method in class proproxy.
ProAbstractTCPListener
If listener thread is stopped and not listening, start it.
startListening()
- Method in class proproxy.
ProUDPListener
If listener thread is stopped and not listening, start it.
stopListening()
- Method in class proproxy.
ProAbstractTCPListener
If listener thread is active and listening, stop it.
stopListening()
- Method in class proproxy.
ProUDPListener
If listener thread is active and listening, stop it.
T
tunnelProcess()
- Method in class proproxy.
ProAbstractTCPProcessor
U
uncompress(byte[])
- Static method in class proproxy.
ProCompressor
W
write(int)
- Method in class proproxy.
ProHTTPCompressOutputStream
Write to the underlying stream and keep appending to the string buffer.
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In a mission using the VEAF Mission Creation Tools, the script have to be loaded through triggers. This chapter will explain how to setup such triggers, and also how to use a dynamic loading method for development.
To load a script in a DCS mission, the easiest way is to create a MISSION START trigger, and make it execute a DO SCRIPT FILE action, loading the script.
If you do this for all the community and veaf scripts, they will be stored in the mission file (in the “I10N\default” folder) and referenced for loading. This way, the mission is completely autonomous (all the need scripts are stored inside).
Then, the build.cmd command will construct the mission file from the sources and copy all the community and veaf scripts (the version that is in the VEAF-Mission-Creation-Tools npm repository) inside.
The compiled mission will work and still be autonomous.
But there is a catch : everytime you make a change to a script (either because you’re developping a new functionnality in a veaf module, or because you are editing a configuration script for your mission), it’s a pain to import it in the mission for testing. You need to modify your trigger, open the script file again (if running from the mission editor), or copy your files to the VEAF Mission Creation Tools repository (which is not always possible).
There is a way of loading the scripts dynamically, meaning that they will be loaded from where they are stored on your disk.
This was first demonstrated by thebgpikester in his YouTube video.
Here are the triggers we’re gonna create in the mission; we’ll see each one of them in details below.
The first trigger will allow us to choose between static and dynamic loading easily, as well as define the location of the scripts on our disk. Of course, the latter differs from one person to another, and therefore it must be adapted if you want to use dynamic loading.
The name of the trigger is not important, as is its color.
It has a condition (a lua predicate) return true --true=dynamic, false=static
: if the condition returns true, the trigger will be executed and the scripts will be loaded dynamically. If false, the trigger will not be executed and the scripts will be loaded statically.
At the moment, the condition returns true and therefore we’ll be loading dynamically.
The trigger does execute a script (DO SCRIPT) that defines two constants, used later in the other triggers :
VEAF_DYNAMIC_PATH = 'D:/DEV/VEAF-Mission-Creation-Tools'
VEAF_DYNAMIC_MISSIONPATH = 'D:/DEV/VEAF-Demo-Mission'
Bear in mind that these paths are probably not correct for your environment. If needed, change them.
This one has a condition:
return VEAF_DYNAMIC_PATH~=nil
This means that it will be executed if the VEAF_DYNAMIC_PATH constant has been defined, hence only if the first trigger is activated.
It will load the community scripts (one by one), with code like this:
local script = VEAF_DYNAMIC_PATH .. "/scripts/community/mist.lua"
assert(loadfile(script))()
It will also load all the veaf scripts dynamically with this code:
env.info("DYNAMIC LOADING")
local script = VEAF_DYNAMIC_PATH .. "/scripts/VeafDynamicLoader.lua"
assert(loadfile(script))()
This is the opposite of the previous trigger : it will be executed only if the VEAF_DYNAMIC_PATH constant has not been defined.
Here’s the condition:
return VEAF_DYNAMIC_PATH==nil
When executed, it simply loads all the veaf scripts using DO SCRIPT FILE statements.
This is the same trigger that mission start - dynamic, except that is it made for loading the mission scripts (in this case, only missionConfig.lua)
It has the same condition:
return VEAF_DYNAMIC_PATH~=nil
And its code does this:
env.info("DYNAMIC CONFIGURATION")
local script = VEAF_DYNAMIC_MISSIONPATH .. "/src/scripts/missionConfig.lua"
assert(loadfile(script))()
Again, the same trigger than mission start - static, except that is it made for loading the mission scripts (in this case, only missionConfig.lua)
Same condition:
return VEAF_DYNAMIC_PATH==nil
When executed, it simply loads the mission scripts using DO SCRIPT FILE statements.
During the development of your mission, it’s easier to select dynamic loading. To do this, modify the condition of the first trigger (choose - static or dynamic) so it returns true:
return true
When publishing your mission, ensure that you selected static loading by modifying the condition of the first trigger (choose - static or dynamic) so it returns false:
return false
When your mission is setup to dynamically load its scripts, it loads them each time it starts, from their original location on your disk. This means that every change you make to the scripts will be immediately available in your mission the next time you start it. The easiest way to restart a running mission is to press the “Left-Shift + R” key combination.
The extract.cmd script will automatically change from a dynamic loading to a static loading, to ensure that the mission is never published with dynamic loading (it wouldn’t work).
To do this, the script replaces the return true --true=dynamic, false=static
with return false --true=dynamic, false=static
in the mission before storing it.
When using dynamic loading, the error messages will refer to the scripts by their actual filename, making it easier to debug.
Also, the VeafDynamicLoader.lua script will set debugging and tracing to ON, so when trying out your mission you’ll see all your trace messages (and mine).
When building, the scripts will automaticall be edited to remove any debugging or tracing call, saving some CPU time for the game itself.


François Monniot
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Table of Content
Prepare your hypervisor
Proxmox User
VM dedicated network
Firewall
Template
Preparation
Create the base image
Generate SSL Certificate
Root Authority
Create a certificate
Certificate Signing Request (CSR)
Sign the key
Bonus: Automate the creation
Reverse Proxy
Hypervisor
Container
Default web page
Proxmox GUI
Enter the LDAP directory
OpenLDAP Server
FusionDirectory
Repositories
Schema installation
Fusiondirectory installation
Add LDAP admin to proxmox
Git
Nginx Configurations
LDAP Integration
Host firewall
DNS


Colossal Typewriter
by John McCarthy and Roland
Silver for the PDP-1 | Photon typesetter
? | editors by Michael
? \ Barnett & Kalon
Expensive Typewriter CREATE/EDIT \ Kelley for TECO
for PDP-1 by Steve Piner for CTSS \ IBM 704 for PDP-1
/ | / | \ \__ \ by Dan Murphy
/ | / | \ \ \ |
* Expensive Typewriter editors EDITS | MEMO/MODIFY | | VEDIT |
for PDP-1, improved for by Arthur | by Leslie | | by Victor |
by Peter Deutsch PDP-4, Samuel | Lowry / | Yngve |
| PDP-5/8 for CTSS \ for CTSS / _/ for PDP-6
| ? \_ \ | / _/ CTSS TECO by
QED ? \_ \ | / / / Greenblatt,
for Berkeley SDS-940 ? \ \ | | | / Holloway,
by Deutsch and LINED TYPSET for CTSS and Nelson
Butler Lampson for PDP-6 by Jerry Saltzer ? | |
/ \ | | | ? | |
/ \ | PDP-7/9 editor | ? DEC |
QED, * QED | | ? TECO |
as published for CTSS | ????????????????|??? |
in CACM by Ken Thompson | ?? | ITS
| | | ? ED (and EDL, EDA, EDB) TECO
| | STOPGAP for CTSS / |
| QED for PDP-10 | / /
| for Multics by Bill Weiher | / |
| by Ken Thompson | edit | |
| / \ SOS for Multics | |
| / \ for PDP-10 by Charles Garman | |
| qedx QED by Steve | ___/ |
| for Multics for GCOS Savitzky | / EMACS
| by Dennis Ritchie ? edm / in TECO
| | ? for Multics / by RMS et al.
QUIDS | ? / / | |
by George Coulouris * ed ? _____/ / | |
et al. for PDP-7 Unix ? / / | |
| by Ken Thompson ? | / | |
| | ? ZED/DOC / Multics |
| | ? by Vaughan / EMACS |
| ed ? Pratt / by Bernard |
| for Unix ? in TECO / Greenberg |
| (various versions) ? | / | /
| | ? | / \ /
| | ? | / GNU Emacs
\ ed ? / /
\ for Unix v6 ? / /
\ / | \ ? / /
\ / other eds | ? / /
em (UCLA?) | ? / /
Unix ed with additions | | ? | /
from George Coulouris \ | ? | /
| | \__ | | ? | /
| | \__ | | ? | /
other | ex (v1) | /
em | Unix ed with additions / /
variants | by Bill Joy and Charles / /
DED Haley / /
by Richard Bornat, | / /
Harold Thimbleby ex (v2) / /
Unix ed with additions
by Bill Joy
|
ex/vi (v3)
extended by Mark Horton


--- layout: post title: GDB wrapper for Ruby post_id: 149 categories: - announcements date: 2006-09-25 11:10:00.000000000 -06:00 author: Jamis permalink: 2006/9/25/gdb-wrapper-for-ruby.html ---
In his usual inimitable fashion, _why raised his hand in the comments to Inspecting a live ruby process and asked “I wonder if this could be wrapped up into an extension?” Intriguing idea!
I played around with it a bit over the weekend, and came up with a relatively simple script that wraps the GDB console, using popen
to communicate with it from Ruby. It lets you do some fun stuff, but it’s still kind of fragile. I’m releasing it into the public domain, in the hopes that someone will take the idea and run with it, since I don’t really have any more time to play with it.
You can grab it here.
Basic usage:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 |
require 'gdb' # create a new GDB::Ruby instance and attach it to # pid 12345 gdb = GDB::Ruby.new(12345) # print the (ruby) backtrace of the remote process gdb.backtrace.each { |line| puts line } # show the current local variables, and their values p gdb.local_variables # evaluate arbitrary ruby code in the remote process p gdb.eval('%(pid #{$$})') # show how many instances of each class exist in the # remote process p gdb.object_space # raise an exception in the remote process gdb.raise Exception, "go boom!" # close the connection to the remote process gdb.quit |
As I said, it’s a little fragile; it doesn’t really do much in the way of error handling. Also, I’ve noticed that it will occassionally kill the process it attaches to (I suspect some bad interaction with garbage collection, but I haven’t dug much into it). For the curious, it uses the C API to work its magic, rather than the eval-based approach described by Mauricio. A more robust implementation could possibly be created using eval.
So, forgive the unoriginal name and the spotty implementation. It’s a fun experiment, nonetheless. Let me know what you think!


Link to the structural features of haemoglobin
When we breathe in oxygen, the red blood cells transport it around to every cell in the body – a critical process that has far-reaching evolutionary consequences. The advent of aerobic respiration, which added the oxygen-utilising tricarboxylic acid cycle and electron transport system onto anaerobic glycolysis, allowed aerobic organisms to extract 18 times more energy from glucose in the form of ATP. Initially, organisms relied on diffusion to transport oxygen to their cells, an inefficient system that kept them microscopic in size. Then with the development of the body cavity came a primitive circulatory system involving the flow of interstitial fluid through the action of muscular movement; yet, body size remained small, as this system of circulation was limited in its effectiveness. Nematode worms have a primitive type of body cavity (pseudocoelom) and circulation; these tiny animals consist of just under a 1000 cells and as such are barely visible with the naked eye. With the advent of a true circulatory system to transport highly specialised red blood cells close to every cell in the body no matter how large the organism, so that oxygen could now reach all cells, body size was able to expand radically up to the largest animal to currently inhabit the earth: the blue whale, which can weight up to 150 tons and stretch 100 feet in length from head to tail.
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Red blood cells |
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A drop of blood contains millions of red blood cells, or erythrocytes. These specialised cells are like flattened discs, which gives them a much greater surface area with which to exchange oxygen and carbon dioxide in the lungs and with body cells. Red blood cells are able to carry oxygen so efficiently because of a special protein inside them: haemoglobin. In fact, it is the haemoglobin that is responsible for the colour of the red blood cell. Haemoglobin contains a haem prosthetic group that has an iron atom at its centre. When the iron is bound to oxygen, the haem group is red in colour (oxyhameoglobin), and when it lacks oxygen (deoxygenated form) it is blue-red. As blood passes through the lungs, the haemoglobin picks up oxygen because of the increased oxygen pressure in the capillaries of the lungs, and can then release this oxygen to body cells where the oxygen pressure in the tissues is lower. In addition, the red blood cells can pick up the waste product, carbon dioxide, some of which is carried by the haemoglobin (at a different site from where it carries the oxygen), while the rest is dissolved in the plasma. The high carbon dioxide levels in the tissues lowers the pH, and the binding of haemoglobin to carbon dioxide causes a conformational change that facilitates the release of oxygen. The carbon dioxide is then released once the red blood cells reach the lungs.
Haemoglobin is composed of four polypeptide chains, which in adults consist of two alpha (a) globin chains and two beta (b) globin chains (i.e. a2b2). Each polypeptide has a haem prosthetic group attached, where each haem can bind one oxygen molecule - so there are four haem groups per haemoglobin molecule that together bind four oxygen molecules.
The foetus has different haemoglobin needs from that of an adult. The foetus receives its blood supply via the umbilical vein from the placenta. However, by the time the blood has reached the placenta, much of its oxygen has already been used up by the mother. Consequently, foetal haemoglobin needs to be able to bind oxygen with a higher affinity than maternal blood, if enough oxygen is to reach the foetus. Initially, embryonic haemoglobin is the main form, consisting of at least three types: Gower1 (zeta2 epsilon2, or z2e2), Gower2 (alpha2 epsilon2, or a2e2), and Portland (zeta2 gamma2, or z2g2). The z and e globin chains are unique to embryonic haemoglobin and appear to be synthesised almost entirely in the yolk sac.
After the second month of development, the foetus switches to foetal haemoglobin (haemoglobin F; alpha2 gamma2, or a2g2). At birth, approximately 50-95% of the child’s haemoglobin is foetal haemoglobin, but after six months, these levels decline and adult haemoglobin (haemoglobin A, a2b2) becomes the predominant form, as it is better suited to the oxygen transport requirements after birth. There is also haemoglobin A2 (alpha2 delta2, or a2d2), which is synthesised late in the third trimester and continues into adulthood at a level of 2.5%.
People living at high altitudes, such as in the Tibetan Plateau or the Andes Mountains, have developed unique and often different ways to cope with the reduced amount of oxygen available at higher altitudes. Natives of the Andes Mountains in South America have a higher concentration of haemoglobin in their blood, allowing more oxygen to be carried by the same volume of blood. However, there are other means of coping with high altitudes. For instance, the people living in the Tibetan Plateau have doubled their nitric oxide levels. Nitric oxide is a blood vessel dilator, which is thought to boost the uptake of oxygen.


Wanted Quezon ex-cop falls
by Gemi FormaranLUCENA CITY— Joint elements of Quezon Provincial Field Unit and Regional Special Operations Team of the Criminal Investigation and Detection Group (CIDG) and city police station on Wednesday arrested a former policeman wbo has been wanted for frustrated homicide.
CIDG-Quezon Provincial Field Unit chief, Major Eliot Eusebio, identified the nabbed felon as ex-cop Rodolfo Baldevieso Moreno, 54, and resident of Purok Dalungyan, Bgy. Isabang, here.
Eusebio said Moreno went into hiding after he was convicted for frustrated homicide on November 14, 2011.
But on the afternoon of Wednesday, Eusebio said they were able to arrest Moreno along Maharlika Highway of said village by virtue of an arrest order.
He said the ex-cop is listed number 12 among Lucena City Police Station’s Most Wanted Persons-Manhunt Charlie.
He is presently under the custody of CIDG Provincial Field Unit office.


| Requirement / Mission Control Center (MCC) / MISSION MANAGEMENT | View: |
| Attributes | Parameters |
| Name | MISSION MANAGEMENT |
| Number | MCC.11 |
| Type | nil |
| Key Performance Parameter | False |
| Performance Parameter Type | nil |
| Origin | nil |
| Incentive Performance Parameter | False |
| Relationships |
| refined by |
Requirement: MCC.11.1 Mission Control Functionality
Requirement: MCC.11.2 Mission Phase Support
Requirement: MCC.11.3 Automatic Operation Support
Requirement: MCC.11.4 Operations Management
Requirement: MCC.11.5 Initiation Procedures
Requirement: MCC.11.6 Satellite Operator Capabilities
Requirement: MCC.11.7 Equipment and Configuration
Requirement: MCC.11.8 Operator Authentication
Requirement: MCC.11.9 Time Zone Standard
Requirement: MCC.11.10 Network Management for Mission Control
Requirement: MCC.11.11 User Authentication for Mission Control
Requirement: MCC.11.12 Activity Scheduling
Requirement: MCC.11.13 Operation Planning Time Frame
Requirement: MCC.11.14 Scheduling Time Frame
Requirement: MCC.11.15 Display Items for MCC
Requirement: MCC.11.16 Operation Planning Tool
Requirement: MCC.11.17 Tool Support Activities
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| refines |
Requirement: MCC MISSION CONTROL CENTER (MCC) REQUIREMENTS
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input
type checkbox
elements are rendered by default as square boxes that are checked (ticked) when activated, like you might see in an official government paper form.
input
type radio
elements are generally used in radio groups—collections of radio buttons describing a set of related options.
ods-options
elements support either radio
or checkbox
use cases.
Narrow
Default radio button group
Radio button group, horizontal
option (limit 3 min breakpoint-narrow)
Radio button group, ignored due to option limit (6)
Radio button group, horizontal
option ignored due to option limit (3)
Radio button group with option set to checked
Radio button group set disabled
Radio button group with error
Default checkbox group
Checkbox group, horizontal
option (limit 3 min breakpoint-narrow)
Checkbox group, horizontal
option ignored due to option limit
Checkbox group with option set to checked
Checkbox group set disabled
Checkbox group with error
class OdsInputoptions extends LitElement
There are no styling options for this element.
Supported.


Full Stack Developer / Software University
Jan 2015 - Current
Lorem ipsum dolor sit amet. Praesentium magnam consectetur vel in deserunt aspernatur est reprehenderit sunt hic. Nulla tempora soluta ea et odio, unde doloremque repellendus iure, iste.
Jan 2015 - Current
Lorem ipsum dolor sit amet. Praesentium magnam consectetur vel in deserunt aspernatur est reprehenderit sunt hic. Nulla tempora soluta ea et odio, unde doloremque repellendus iure, iste.
Jan 2012 - April 2017
Lorem ipsum dolor sit amet. Praesentium magnam consectetur vel in deserunt aspernatur est reprehenderit sunt hic. Nulla tempora soluta ea et odio, unde doloremque repellendus iure, iste.
Jan 2015 - June 2015
Lorem ipsum dolor sit amet. Praesentium magnam consectetur vel in deserunt aspernatur est reprehenderit sunt hic. Nulla tempora soluta ea et odio, unde doloremque repellendus iure, iste.
Software University (SoftUni) is an organization that provides high quality software development education, profession and a career start for thousands of young people in Bulgaria. SoftUni teaches its students how to be skillful software engineers, using the latest technologies, tools and platforms. All learning materials (videos, slides, demos, homework assignments) are free and available for everyone through SoftUni's learning system: https://softuni.bg.
Academy is the world’s first accredited school for blockchain, and will enable the future of blockchain projects worldwide by addressing the growing blockchain developer shortage. Academy is an award-winning education provider, and a proud member of the Southern Association of Colleges and Schools (SACS-CASI) and is an internationally recognized higher education institution. And all of our online programs are created and designed to be SCORM (Sharable Content Object Reference Model) compatible.


About Polish Club
We are a group of Polish People who decided to move their lives to Seattle.
Since we want to stay in touch wiht our compatriots, we decided to create this webpage.
If you are from Poland and want to join us, fill free to send a request to our administator.


Random Thoughts - 1
Once in a while you get so many thoughts that you actually cannot understand whether what you are doing is right or wrong. There are such times when one wants something but in keeping long term goal in mind, one does not do anything towards it and sometimes its just plain laziness. :P
I think happiness is an extremely quantifiable and subjective quantity. A child is happy when given a chocolate, but it doubles when given two. We grown ups are so much caught up in today’s 3 x 5 inch screen that we are always busy without any work. It is tempting me to measure the amount of time I waste when I install all the travel, shopping and entertainment apps. The disturbance is not from having them, but from their constant reminders which pop up every now and then saying - “hello, we apps exist!!”. I am thinking to shutdown my smartphone for a few days just to realize whether it is productive or not.
Thinking of spending this birthday in a bit different manner. Will keep you updated!!!


My Values
When I think of the times of my life where I've been the happiest, proudest, or most satisfied, the following values come to mind, and on a scale of 1 to 5 on how much I try to live up to these values:
- Accomplishment - 5
- Amibition - 5
- Autonomy - 5
- Challenge - 4
- Control - 4
- Freedom - 4
- Friendships - 4
- Growth - 4
- Honesty - 4
- Hospitality - 2
- Insight - 5
- Introspection - 5
- Knowledge - 5
- Leadership - 2
- Responsibility - 4
One value in particular that is important to me is being challenged. I like to learn in general, and the best way to do so is through adversity/challenge. Challenges motivate me to do my best, give me an opportunity to show what I am (or am not) capable of, and often teach me something either educational or something about myself. Challenges test the extent of my abilities and give me something to proud of after completing.
When I think about my values, and when I do something that reflects them, I feel very accomplished and elated. However the inverse is also very much true, if I do something that opposes my values, I feel a burdening sense of guilt and disappointment. I try my best to control the emotions I feel -- so if I make a cool accomplishment, I try not to get my spirits up way too high or get too cocky, and when I perform poorly, I try not to beat myself up too much, or else it would snowball into more failures. I do think that one can mediate stereotype if they recognize it by remembering their values and passion; one should understand him or herself moreso than others do and refer to their values when reflecting instead of believing in the negative stereotypes given to them. If I am feeling down, I will try to do an activity that would get my mind off of whatever is troubling me while boosting my confidence -- for example, playing a challenging but fun game is a great activity to increase confidence and ease stress. After some relaxation and breaks, I should be more than ready to tackle whatever is causing me trouble.


Voice
Capture Device
{{ device.name }}
Playback Device
{{ device.name }}
Push-To-Talk (Not implemented)
Voice Activity Detection
= prefs.vadLevel ? "accent" : "primary"' [value]='currentDecibels + 50'>
Noise Suppression
Echo Cancellation
Automatic Gain Control
{{ data.msg }}


Note that tabs can be given role="tablist"
, role="tab"
and role="tabpanel"
attributes.
These are appropriate for tabbed interfaces, as described in the WAI
ARIA Authoring Practices.
If your control element is targeting a single collapsible element - you should add the aria-controls
attribute to the control element,
containing the id
of the collapsible element.
To confirm the tab content opening you should use aria-selected
property.
If aria-selected="true"
it indicates the tab control is activated and its associated panel is displayed.
If you use a visible text element on the page as a label for a focusable element - you should add aria-labelledby
. It refers to the tab element that controls the panel.
LEFT_ARROW
|
Move focus to previous tab |
RIGHT_ARROW
|
Move focus to next tab |
HOME
|
Move focus to first tab |
END
|
Move focus to last tab |
SPACE or ENTER
|
Switch to focused tab |


Roommate, her boyfriend arrested in death of missing college student Alexis Crawford
ATLANTA -- A day after a missing Clark Atlanta University student was found dead in a Georgia park, police have arrested the victim's roommate and the roommate's boyfriend.
Atlanta police on Saturday arrested 21-year-old Jordyn Jones and Jones' boyfriend, 21-year-old Barron Brantley, each on charges of malice murder in the Oct. 31 death of Alexis Crawford. Police say the medical examiner determined Crawford died by asphyxiation.
Crawford was reported missing Nov. 1 and her body was found Friday.
At a news conference, Police Chief Erika Shields said a motive had not been clearly established but she noted that Crawford filed a police report on Oct. 27 describing "unwanted kissing and touching" by Brantley.
Jones and Brantley are being held at the Fulton County Jail. It was unknown if either has an attorney who could comment.


--- layout: post title: '30 Days in April: Day 9' date: 2009-04-09 22:37:40.000000000 -07:00 type: post published: true status: publish categories: - 30 Days in April tags: - 30 days - conceptual art meta: _publicize_pending: '1' _edit_last: '6192' aktt_tweeted: '1' original_post_id: '143' _wp_old_slug: '143' author: login: falsefridays email<EMAIL_ADDRESS>display_name: Jim Withington first_name: '' last_name: '' ---
"Loss" (2009)
Write a song.
Record it.
Copy it to some sort of recordable media.
Put this address on it:
Hard Like Algebra, PO Box 40161, Portland, OR 97240-0161
Lose the item.