Overview
Package
Class
Use
Tree
Deprecated
Index
Help
PREV LETTER
NEXT LETTER
FRAMES
NO FRAMES
All Classes
A
B
C
D
E
F
G
H
I
L
M
N
O
P
R
S
T
U
V
W
C
Camera
- Class in
ch.chnoch.thesis.renderer
Stores the specification of a virtual camera.
Camera()
- Constructor for class ch.chnoch.thesis.renderer.
Camera
Construct a camera with a default camera matrix.
ch.chnoch.thesis.renderer.box2d
- package ch.chnoch.thesis.renderer.box2d
ch.chnoch.thesis.renderer.interfaces
- package ch.chnoch.thesis.renderer.interfaces
ch.chnoch.thesis.renderer.util
- package ch.chnoch.thesis.renderer.util
checkGlError(String, String)
- Static method in class ch.chnoch.thesis.renderer.util.
GLUtil
Checks for the last GL error that occured.
clone()
- Method in class ch.chnoch.thesis.renderer.
BoundingBox
Creates a deep copy of this bounding box.
convertFloatToFixedPoint(FloatBuffer)
- Static method in class ch.chnoch.thesis.renderer.util.
GLUtil
Converts regular integers to 16/16 fixed point integers, that are used in Androids OpenGL ES 1.1 implementation.
createAmbientArray()
- Method in class ch.chnoch.thesis.renderer.
Light
Creates an array for the ambient light component.
createAmbientArray()
- Method in class ch.chnoch.thesis.renderer.
Material
Creates an array for the ambient material component.
createDiffuseArray()
- Method in class ch.chnoch.thesis.renderer.
Light
Creates an array the diffuse light component.
createDiffuseArray()
- Method in class ch.chnoch.thesis.renderer.
Material
Creates an array for the diffuse material component.
createDirectionArray()
- Method in class ch.chnoch.thesis.renderer.
Light
Creates an array for the direction.
createPositionArray()
- Method in class ch.chnoch.thesis.renderer.
Light
Creates an array for the position.
createShader(Shader, String, String)
- Method in class ch.chnoch.thesis.renderer.
AbstractRenderer
createShader(Shader, String, String)
- Method in class ch.chnoch.thesis.renderer.
BasicGLES20Renderer
Creates the shader.
createShader(Shader, String, String)
- Method in class ch.chnoch.thesis.renderer.
GL2DRenderer
createShader(Shader, String, String)
- Method in class ch.chnoch.thesis.renderer.
GLES11Renderer
This method creates an exception as OpenGL ES 1.1 doesn't support shaders.
createShader(Shader, String, String)
- Method in class ch.chnoch.thesis.renderer.
GLES20Renderer
createShader(Shader, String, String)
- Method in interface ch.chnoch.thesis.renderer.interfaces.
RendererInterface
Create a
Shader
from a given vertex and fragment shader source code
createShape(Box2DShape, boolean)
- Method in class ch.chnoch.thesis.renderer.box2d.
Box2DBody
Creates the shape.
createSpecularArray()
- Method in class ch.chnoch.thesis.renderer.
Light
Creates an array for the specular light component.
createSpecularArray()
- Method in class ch.chnoch.thesis.renderer.
Material
Creates an array for the specular material component.
createSpotDirectionArray()
- Method in class ch.chnoch.thesis.renderer.
Light
Creates an array for the spot direction.
createTexture()
- Method in class ch.chnoch.thesis.renderer.
AbstractRenderer
createTexture()
- Method in class ch.chnoch.thesis.renderer.
GL2DRenderer
createTexture()
- Method in class ch.chnoch.thesis.renderer.
GLES11Renderer
Using textures in OpenGL ES 1.1 hasn't been implemented yet.
createTexture()
- Method in class ch.chnoch.thesis.renderer.
GLES20Renderer
createTexture(int)
- Method in class ch.chnoch.thesis.renderer.
GLTexture
Load the texture from an image file.
createTexture()
- Method in interface ch.chnoch.thesis.renderer.interfaces.
RendererInterface
Create a
Texture
that can be used by OpenGL ES.
createTexture(int)
- Method in interface ch.chnoch.thesis.renderer.interfaces.
Texture
Creates the texture.
createVertexBuffers()
- Method in class ch.chnoch.thesis.renderer.util.
TestObjReader
Creates the vertex buffers.
Overview
Package
Class
Use
Tree
Deprecated
Index
Help
PREV LETTER
NEXT LETTER
FRAMES
NO FRAMES
All Classes
A
B
C
D
E
F
G
H
I
L
M
N
O
P
R
S
T
U
V
W


Cointoss!
A Holochain Sample Application.
Your Handle:
players
Request Toss
Toss History
×
Set Handle
Handle


| DOSE: |
1 line |
insufflated |
Cocaine |
(powder / crystals) |
| |
1 line |
insufflated |
Cocaine |
(powder / crystals) |
| |
1 line |
insufflated |
Cocaine |
(powder / crystals) |
I finally encountered cocaine. I wasn't really expecting to either, the beauty of Christmas Break.  We drove over to her house (four of us), and to my surprise, she was the most beautiful dealer of illicit substances that I had ever laid eyes on (of course this is mostly trivial). So anyway, my friend asked if she had acquired the LSD or MDMA, and of course she hadn't, that would have just been way too easy. We were disappointed, but she quickly remarked that she knew someone dealing coke and that we could get it virtually instantly. We were all in that mood where you must get your hands on any drug possible, so we rapidly agreed that we would like to purchase some.
Although I consider myself very knowledgable with respect to the world of drugs, I admittedly knew virtually nothing about cocaine. This made me fairly nervous, as did the fact that we were going to be paying 70$ for a gram, which in the world of marijuana use is basically insane. I was reassured by my gorgeous new friend that once we broke it up, we would be able to get a hell of alot out of it, which proved to be very true. As she meticulously broke it apart with a razor blade, the little chunks nearly quadrupled in size. Five out of six of us in the basement were completely inexperienced with this drug, so we were all feeling kind of nervous in an excited way, like kissing a girl for the first time or something.
 Six lines were surgically prepared, one for each of us, and she began to pass it around on a mirror. I suddenly realized that I had rolled a 5$ bill into a straw while I was entranced by watching her prepare our mysterious drug. Suddenly it was my turn, without even thinking I leaned over the coke with the bill in my nose and watched the white powder disappear into my face.  This was probably a good thing, as otherwise I may have just sat over it nervously for half an hour trying to work up the courage.
My smallest friend began to feel the effects first, he made a motion that his brain was exploding out of his head, although it was a bit much, as he looked very mellow. I wasn't sure, but I think it began to hit me as well. It was much different than I thought it would be. I didn't feel 'fucked up' at all, just really at peace and like I was made of liquid. Everyone got really chill and started talking happily about the most trivial things. The basement which was once cold was now about the most perfect place a person could be. I kept standing up and walking around, then returning to my couch. I couldn't really sit still, but it didn't bother me, I kept smiling at the thought of experiencing coke for the first time. We knew we had done very small doses, and we were enjoying it so far, so we opted to do more.
Slightly larger lines were broken out for everyone this time around. And once they were safely inside of us, we all felt very very calm. I felt like I was one with everything in the universe, especially everyone in the basement. Now when I would stand up compulsively to walk around I would do so while swaying my arms around because it felt amazing.
We drove home, which was simple, cocaine didn't seem to have any impact on my motor skills whatsoever. We all (myself and the two friends that I brought home with me) admitted that we kept having thoughts about wanting to do more, so we did, we each had another line and then watched a movie. It was nice, very much a body high. The experience was not very powerful, simply pleasant.
It is a short-lived high, probably about 30 minutes for me, and it did seem to have some slight after effects. I did feel tired afterwards, although not dramatically so, also the thoughts of doing more became mildly more persistent, although they went away very quickly and after a few hours I hadn't thought about it very much at all.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Brother Metheus:
Thank you so much! At last my sister's death will be avenged! Although I shall surely be damned for it, I intend to personally see the beast get what he gave to my beloved sister.
Here is the skull of Alders from the crypt of the temple as I promised. Take it.


Generate Font Dialog
This generates
font files, both outline and bitmap. You may choose not to generate either,
you may generate an afm file or a pfm file, you may select the type of postscript
output, you may select which pixelsizes of bitmap to generate.
The outline types are:
-
PostScript Type1 font, binary format (a .pfb file, this may be used by most
modern windowing systems)
-
PostScript Type1 font, ascii format (a .pfa file, this is used by printers)
-
PostScript Type1 font, macbinary format (a postscript font wrapped up in
a set of mac resources wrapped up in a macbinary file, to be copied to a
mac, unmacbinaried, and installed there)
If you are on a mac then a resource fork will be generated directly, macbinary
will not be used.
NOTE: The mac will not
recognize a PostScript font unless you also generate a bitmap font in NFNT
format and place it in the same directory. If you haven't created any bitmap
fonts yet, cancel this dlg and use
Element->Bitmaps Available to generate
a bitmap font, and then retry this dlg.
NOTE: Apple implies
that this format is deprecated and therefore it may not work in future versions.
-
Multiple Master(A), generates a multiple master font in ascii format (same
as .pfa)
-
Multiple Master(B), generates a multiple master font in binary format (same
as .pfb)
-
Multiple PostScript Type 1 binary fonts (this is used to convert a large
font with a two byte encoding into a series of smaller pfb (or pfa) files
with 256 glyphs in each. You may be prompted for a file to specify the
conversion. See the ttf2tfm man page for a description of these SUBFONT
DEFINITION FILES. Here is an example of what the file
should look like)
-
PostScript Type3 font (a .pt3 font, this is also used by printers and is
not encrypted)
-
PostScript Type0 font, this is only available if you have a font encoded
with Unicode or one of the CJK encodings. Type0 fonts can have up to 65536
glyphs in them (as opposed to 256 for Type1s and Type3s).
-
PostScript Type42 font (this is really a TrueType font wrapped up in PostScript)
-
PostScript Type11 font (this is another format for wrapping a TrueType font
in PostScript, it is a CID format)
-
PostScript CID font, this is only available if your font is a
CID font. This produces a font in the old Type1
CID format. You probably want to use the OpenType CID format...
-
PostScript CFF font, this is the format that lives inside the 'CFF ' table
of an opentype font. It is a valid font format in its own right.
-
True Type.
-
True Type Symbol. Same as True Type, except it uses the 1 byte encoding given
in the font. This is important on windows as symbol and dingbat encodings
often include characters (in the range 0x80-0x9f) which aren't mapped in
normal encodings. It is important on the Mac because I do not generate the
correct encoding tables for any script other than MacRoman, so if you want
a MacCyrillic font use this mode.
-
True Type macbinary format, a truetype font wrapped up in a mac resource,
wrapped up in a macbinary file. Designed to be used for a mac.
If you are on a mac, then a file with a resource fork will be generated directly
(macbinary will not be used).
-
True Type dfont format, a truetype font wrapped up in a mac dfont (data fork
resource file). Mac OS/X font.
-
OpenType (CFF). Officially OpenType includes True Type, but OpenType True
Type fonts are no different from plain True Type fonts, so they might as
well just be called True Type. So here when I say OpenType I mean OpenType
with a CFF PostScript Type 2 font inside it.
-
OpenType dfont format, an OpenType font wrapped up in a mac dfont (data fork
resource file). Mac OS/X font.
-
OpenType CID, This is only available if your font is a
CID font. It produces an OpenType CID-keyed font.
-
SVG font
-
None
The bitmap types are:
-
BDF -- The internal bitmap fonts will be saved in bdf format. You may only
select sizes for which you have already generated fonts (you may output
anti-aliased (greymap) fonts as well as bitmaps. A 12pixel high greymap font
with 8 bits/pixel can be represented as 12@8).
-
In TTF/OTF -- Store the bitmap fonts inside the ttf (or otf) file (the exact
format will depend on the settings of the Apple and OpenType bits in the
Options dlg).
-
Apple bitmap only sfnt (dfont) -- Only available if no outline font is generated.
Apple allows bitmaps to be stored within
a truetype file (sfnt) even if there is no outline font. So this generates
a ttf file that just contains bitmaps and wraps it up in a dfont.
-
(faked) MS bitmap only sfnt (ttf) -- Microsoft
does not support a bitmap only format for an sfnt, but this option attempts
to fake one as best it can.
-
X11 bitmap only sfnt (otb) -- this is the new
X11 bitmap format with bitmaps embedded
in an sfnt wrapper (an opentype or truetype font) but with no outline
data.
-
NFNT (MacBin) -- Converts the bitmap fonts into Macintosh NFNT resources
and wraps them up in a mac binary file.
NFNT (Resource) -- On a mac the NFNT font will be generated in a resource
fork directly.
NOTE: Mac OS/X appears
not to support NFNT bitmaps (at least I can't get them to work).
However, the mac still needs at
least one NFNT in order to find an type1 font. Even though the bitmap is
required, it will not be used. Odd.
-
Windows FON -- Windows resource based font format.
-
Windows FNT -- Windows format, one bitmap font per file.
-
Palm fonts -- support for various palm bitmap font
formats.
-
PS Type3 Bitmap -- create a PostScript Type3 font which uses the imagemask
operator to display each glyph's bitmap.
-
None
The
options dialog provides the following check boxes.
Not all are enabled at all times.
-
[] Round -- Round all coordinates to integral values. If this is not checked
then Type1 fonts will be output with 2 decimal digits of precision, and Type2
fonts with 16 binary digits (~4 decimal digits) when needed.
-
[] Hints -- Include PostScript hints in the output file
-
[] Flex Hints -- Include PostScript flex hints in the output file
-
[] AFM -- Generate an adobe font metrics file (controls generation of .amfm
files for multiple master fonts too)
Note: Normally only 'liga' and 'rlig' ligatures will be output in the AFM
file. But you can control that in the lookup dialog off of
Font Info.
-
[] Composites in AFM -- the AFM format includes a mechanism for building
composite glyphs out of components. It is roughly equivalent to the OpenType
mark-to-base feature. Almost nobody uses these data, and they can increase
the size of an AFM file enormously, but if you would like them check this
box (if your font does not include any anchor classes, this will have no
effect).
-
[] PFM -- Generate a windows printer font metrics file
-
[] TFM -- Generate a TeX font metrics file (and a TeX enc
encoding file)
-
[] Hints -- Include truetype hints in a truetype font.
-
[] PSNames -- Include the full 'post' (postscript name) table in the font
-
[] Apple -- Apple and MS/Adobe disagree on the format
of a ttf font. This is annoying. Checking this box means the font will be
generated according to Apple's desires, leaving it unchecked means according
to MS/Adobe's desires. Currently this controls:
-
The bitmap tables (Apple calls it 'bdat', MS/Adobe 'EBDT'. The data in them
are the same)
-
The PostScript name in the 'name' table (Apple says there must be either
0 or 1 of them, MS/Adobe say any value other than 1)
-
Apple and MS/Adobe also differ on the way references (components) are scaled.
Luckily there is another way to disambiguate this case (and references are
rarely scaled anyway).
-
The GDEF, GPOS, GSUB and prop, lcar, kern, opbd, morx, feat tables. Apple
does not support GPOS/GSUB tables. MicroSoft still supports kern tables for
some fonts but requires GPOS for others.
-
[] OpenType -- If this is checked the font will be generated with the tables
used by OpenType. If both this and [] Apple are checked the font will have
two sets of tables, Apple will look at one set, and everyone else will look
at the other.
(CAVEAT: The above statement
was true up to 10.4 ("Tiger") after 10.4, Apple can use a few OpenType
features.).
-
[] Old style 'kern' -- If this is checked along with OpenType then both an
OpenType 'GPOS' and an old style 'kern' table will be generated (assuming
there are any kern pairs, of course). The OpenType mailing list considers
this a bad idea (some applications may add the kerning values from both tables
they say), but it may be helpful for applications which don't support 'GPOS'
kerning.
-
[] Dummy DSIG -- On MS Windows, a font with extension "ttf" will be marked
with an OpenType icon if it contains a 'DSIG' table. FontForge can't generate
a useful 'DSIG' table, but it can generate a useless, empty and valid one.
-
[] Save Comments -- I have added my own table
('PfEd') in the truetype format in which
I can store whatever data I want. Checking this box saves all the glyph comments
into the output file.
-
[] Save Colors -- Save the glyph colors in the
'PfEd' table as well.
-
[] Lookup Names -- Preserve lookup, lookup subtable and anchor class names
in the 'PfEd' table.
-
[] Save Guides -- Save information about where the font's guidelines are
into the 'PfEd' table.
-
[] Save Layers -- Save the background (and spiro) layers into the 'PfEd'
table.
-
[] TeX -- Save TeX metrics in the 'TeX
' table
-
[] Output Glyph Map -- Output a file (with extension .g2n) mapping TrueType
(OpenType) glyph IDs to glyphnames (and possibly to unicode values)
-
[] Output OFM & CFG -- Output metrics files for Omega
-
[] Output Font Log -- if the font contains font
log information then write it out into a separate file "FontLog.txt".
TTF (and OpenType) fonts are usually generated in Unicode encoding, there
will also be a tiny macintosh encoding of MacRoman (and a macintosh copy
of the unicode encoding) -- the exceptions are: KSC5601 and Wansung fonts
which will use Wansung, Johab fonts will use johab, JIS208 and SJIS fonts
will use SJIS, Big5 will use big5 encoding. Fonts with a "Full Unicode" encoding
will have both a 2 byte unicode encoding table and a 4 byte table. OpenType
CID keyed fonts will be saved with Unicode encoding.
PostScript fonts are generated in whatever encoding the font is using (except
if you take a two byte encoding and generate a Type1 font (rather than a
Type0) then only the first few (256) glyphs will be encoded). Type0 does
not support a full Unicode (4 byte) encoding.
PS CID (and OpenType CID in the CFF) are saved with no encoding. The encodings
live in separate cmap files which are available from
adobe
(and perhaps other font vendors).
If you save a CID font with a format other than PS CID or OpenType CID, then
only the currently displayed subfont will be saved, with the current meaningless
glyph ordering (I suppose this is useful if you wish to extract a sub-font
from a CID font).
SVG fonts don't really have the concept of an encoding other than Unicode.
TTF (and OpenType) fonts will produce vertical metrics tables if the font
has vertical metrics enabled. PostScript type1 fonts will not produce Metrics2
dictionaries (If someone actually wants this let me know, it can be done,
but I get the impression that nobody uses this any more).
On Mac OS/X, when generating a resource font containing a postscript font
then the filename textfield will not be present (as the filename is determined
by the fontname). You can still select a directory however.
The bitmap sizes must all be present in the font database. AntiAliased fonts
can be indicated by following the pixelsize by "@<depth>" (ie. "@8").
If you are generating a bdf font then you will be prompted for a resolution
later.
See the section on namelists for
a discussion of the "Force glyph names to" field.
If you leave [] Validate Before Saving checked then FontForge will attempt
to validate your font. If it passes then FontForge will save it without bothering
you further, but if it fails FontForge will give you the option of reviewing
errors and fixing them. It will pop up a validation
window.
If you check [] Append a FONTLOG entry then a text area will open up in which
you can create a new FONTLOG entry to be appended to the end of the FONTLOG.
This will become part of the FONTLOG before it is saved (with [] Output Font
Log in the [Options] dialog) BUT you must save the font if you
wish to retain this entry in the sfd file itself.
If you generate a TrueType or OpenType font with the OpenType mode set (note:
the term "OpenType" means two things, a truetype wrapper around a postscript
font, or a set of tables containing typographic information -- here the OpenType
mode refers to the typographic tables) then FontForge will generate
GPOS, GSUB, and GDEF tables. These contain kerning,
ligature information, arabic forms data, anchor points, etc.
Apple does not completely support these OpenType layout tables. If you set
Apple mode 'kern', 'opbd', 'morx', 'feat', 'lcar'
and 'prop' tables may be generated instead. (and a couple of other small
differences will appear).
If you set both Apple and OpenType then both sets of tables will be generated.
If you set neither, then only the 'kern' table will be generated, and it
will only contain pair-wise kerning (no kerning classes, no kerning by state
machine). This is the kind of kerning available in the original truetype
spec (from which both Apple and OpenType have diverged, but which both still
support).
It is possible to upload a font to the Open Font Library, please see
that section for more information.
Generate Mac Family
This
brings up a dialog very similar to the generate fonts dialog above, but with
a few added fields. Because this dialog is for Mac families, only Mac formats
are supported.
Right above the [Save] button is a list of all fonts that FontForge thinks
should be included in this family, along with their bitmap info. If you don't
want a font to be in the family simply uncheck its checkbox.
The font styles that are allowed in a family are limited by the capabilities
of the mac 'FOND' resource which only allows one style of a given type and
does not support the concepts of "Light", "Black" (if there is already a
"Bold" style), "Oblique" (if there is already an "Italic" style), etc. Generally
FontForge will be able to figure out a font's style from its fontname, but
in some cases you may wish to override this by setting the
mac style directly in fontinfo.
As of Mac OS/X 10.6 Apple appears to be deprecating this format and moving
toward TTC files (see below).
For information on creating mac font families beyond the capabilities of
this dialog look at the FAQ.
A TrueType
Collection file can contain many fonts. They need not be all in the same
family (though, of course, they can be).
The dialog lists all open fonts, you may choose any of them to go into the
ttc file. No especial magic is needed to bind fonts into one family (at least
I hope not).
Traditionally ttc files have been used to contain variants of large CJK fonts
(where most of the CJK glyphs remain the same across fonts with a few glyphs
(often the latin letters) changing). The format allows glyphs to be shared
across fonts, which can result in considerable space savings in some collections
-- but this can also take time.
On the mac, however, ttc files are generally used to contain a font family
where there is very little (often no) overlap of glyphs between fonts.
FontForge can produce two kinds of ttc files, the first ([*] Merge
tables across fonts
) will try to use a single merged
'glyf'/'hmtx'/'hhea'/'vmtx'/'vhea' tables for all fonts (and will try to
share other tables if that is possible). The second, with merge tables turned
off, will dump individual fonts into the collection with no attempt to optimize.
FontForge can also produce ttc files which use the CFF font format. The OpenType
documentation claims this will not work, but it does seem to on both the
Mac and unix/linux.
FontForge is not always able to produce merged tables ... this process will
fail if:
-
The selected fonts have different emsizes
-
Bitmaps are to be included in the collection
-
More that 65534 glyphs would be needed in the merged table
-
If you select the CFF format then the private dictionaries must match.
-
(or something else goes wrong)
SVG (Scalable Vector Graphics) fonts, come in two forms, one corresponds
roughly to a PostScript Type1 font, and one to a PostScript Type 3 font.
In the first format a set of contours is specified for each glyph. There
is no indication given whether the font should be stroked or filled -- that
informaton will have inherited from the graphical environment when the font
is used on text.
In the second format each glyph may contain the stroke and fill commands
needed to draw it.
FontForge usually generates the first format, but for multi layered or stroked
fonts it will generate the second format.
-- Prev -- TOC --
Next --


annual vegetation water (Fig. land change climate surface evapotranspiration model trend changes data soil LAI spatial global mean study temperature {border-style Research \documentclass[pt]{minimal} \setlength{\oddsidemargin}{-pt} \usepackage{amsbsy} \usepackage{amsfonts} \usepackage{amsmath} \usepackage{amssymb} \usepackage{mathrsfs} \usepackage{upgreek} \usepackage{wasysym} air China px;} #ffffff;} Loess used PET effects period trends ET, Plateau terrestrial Water effect patterns region mm Global LP. cover using Resources albedo areas distribution energy evaporation greening higher meteorological regional regions Change LP, average generally increase increased large potential precipitation pressure radiation studies variables ET. Nature analysis area climatic different high increasing net relatively remote showed significantly simulation transpiration ~.% −); Figure MODIS Remote River Zhang duration heat index interactive interannual observed resolution sensing significant stations variability Fig. However, Spatial Wang control experienced impacts moisture product px; scale sunshine temporal wind {font-family Agricultural Climate Energy Geophysical Hydrology Land Liu Meanwhile, Sensing Surface Yellow calculated characteristics datasets decreasing distributed estimation factors font-size past rate result seasonal shown ./WR ArcMap Environment Forest Map Meteorology Science Sciences Therefore, Yang b). balance canopy catchment correlation created day decrease double; driving ecosystem estimated good growing http://www.esri.com/sofware/arcgis/arcgis-for-desktop). hydrological interpolation level mainly northern occurred parts previous recent relative simple solar southeastern speed suggested total variations (MJ ./j.rse... Balance China’s Chinese GLASS Model [], afforestation arid based border-color border-width carbon contrast, d). decreased deficit differences ecosystems estimates forces forests human improved indicated limited lower main minus models order parameters pattern pixels positive project provide reference relationship respectively. satellite season semi-arid solid; storage strip suggesting sum time two-way validation value values vapour variation {font-style {font-weight km (.%) (.%), (−.%), ./S-()- ./j.agrformet... ./j.jhydrol... . mm Biology Commons Creative Earth Evapotranspiration Liang National Natural Program Validation Vegetation Zhao a). actual algorithm atmospheric attributed biophysical bold catchments coefficient coefficients compared controlled courier; croplands daily decline ecological em; especially estimate example, factor factorial following forest grid.. highest humidity largest located low material method methods minimum modeled negative northeastern northwest obtained partial performance period. plant precipitation, process pt;} p < .), regression scale, simulated southwestern temperature, tree years ± mm


Moderate Drinking May Increase Cancer Risk
Dec. 9, 2019 -- Even moderate alcohol drinking may increase cancer risk, according to a new study.
It included more than 63,000 cancer patients in Japan who were compared with an equal number of healthy people, The New York Times reported.
After controlling for factors such as smoking, high blood pressure, diabetes and obesity, the researchers concluded that drinking the equivalent of 6 ounces of wine, 17 ounces of beer or 2 ounces of whiskey a day for 10 years increased the relative risk of cancer by 5%, according to the study published in the journal Cancer.
Compared to nondrinkers, people who had two drinks a day for 40 years had a 54% higher risk of cancer, The Times reported.
The links between drinking and cancer were particularly strong for cancers of the mouth, throat, stomach and colon.


How the Scotland players rated in Scotland's 3-1 win over Kazakhstan at Hampden
by John McBurnieJohn McGinn stole the show as Scotland rounded off their Euro 2020 Group I campaign with a 3-1 win over Kazakhstan. Here's how the players rated at Hampden:
David Marshall
The Wigan goalkeeper could do little to prevent Baktiyor Zaynutdinov’s rasping shot to open the scoring. Otherwise, though seldom called upon, he provided a safe pair of hands. 6/10
Liam Palmer
The Sheffield Wednesday full-back took a little time to settle into the game, with a few wayward passes early on. But he grew in confidence as his sense of adventure increased, and made an excellent run to set up Naismith for Scotland’s second goal. 6
Declan Gallagher
Following his promising debut in Cyprus the Motherwell defender put in another solid performance. Although Kazakhstan threatened only sporadically, he let nothing go past him and showed good awareness. Booked for a late challenge. 7
Scott McKenna
Looked comfortable for most of the game but failed to close down Zaynutdinov as he scored Kazakhstan’s goal. 6
Greg Taylor
Has struggled for game time with Celtic, but has been steady in his two outings for Scotland this season. Caught out when he allowed Schetkin in behind him, but linked well with Forrest on left flank. 6
Callum McGregor
A quiet first half, but the midfielder came into his own after the interval when Scotland stepped up the pressure. 7
Ryan Jack
Steady in a deep-lying role, and chose his moments well when venturing forward to set up attacking moves. 7
James Forrest
As the Kazakhs sat in, his driving runs looked the most likely key to producing a breakthrough. Set up several chances for team-mates. 8
John McGinn
Easily man of the match. Given a licence to get forward, the Aston Villa man used it well and was a constant threat to the Kazakh goal. A busy, all-round performance, closing down, tackling back, and weighing in with two goals. 9
Ryan Christie
Lively around the Kazakhs’ penalty area, the Celtic man is growing rapidly as an international player. Showed plenty of good touches and was a creative influence. 8
Steven Naismith
An impressive performance by the captain on winning his 51st cap. Intelligent running off the ball, he used it well in tight areas, and his persistence in the box earned the decisive goal, though he missed an earlier scoring chance after setting it up well for himself. 8


find_near.Rd
Find neares match between a vector of observations and a vector of alternatives
find_near(observ_vector, match_vector, n_near = 5)
| observ_vector | named vector or value to find a match from `match_vector`. If the vector has no names function will still work, but the resulting `target_id` variable will be empty. |
|---|---|
| match_vector | named vector which is used to find a nearest match to the `observ_vector`. |
| n_near | number of the nearest observations to derive a random match. If `n_near` is greater than `length(match_vector)`, minimum out of two is used to create a sample for selecting a random match value. |
A dataframe with the number of rows equall to the lenght of the `observ_vector` vector and one mathcing value and its index from the `match_vector` corresponding to each value afrom the `observ_vector`.
library(dplyr) library(purrr) library(glmnet) library(lassopmm) obs <- setNames(rnorm(5), as.character(1:5)) match_v <- setNames(rnorm(50), as.character(1:50)) find_near(obs, match_v, n_near = 10)#> # A tibble: 5 x 4 #> target_id target_y_hat source_id source_y_hat #> <chr> <dbl> <chr> <dbl> #> 1 1 -1.10 42 -1.19 #> 2 2 -0.633 43 -0.752 #> 3 3 -2.06 34 -1.43 #> 4 4 2.65 35 1.38 #> 5 5 -1.15 30 -0.903


---
layout: post
title: China downplays row over Mt. Everest base camp road
date: '2007-06-20T14:14:00.001Z'
author: tknv
tags:
- china
modified_time: '2009-07-09T19:21:18.849Z'
blogger_id: tag:blogger.com,1999:blog-11459759.post-1645515029755620194
blogger_orig_url: http://phichyudebow.blogspot.com/2007/06/china-downplays-row-over-mt-everest.html
---
New Delhi, June. 20 (PTI): China today sought to downplay the controversy over its plan to build a road to Mount Everest base camp, saying the move was aimed at making travel convenient.
"Transport is an important part of development of China. The infrastructure has been planned to make it more convenient for the people," Chinese Culture Minister Sun Jiazheng told reporters here today.
He was referring to the controversy triggered off by Beijing's plan to build a metalled road to the base camp of the world's highest mountain. Environmentalists have protested, warning it could destroy the ecosystem.
The minister was speaking after signing a cultural exchange agreement with Culture Minister Ambika Soni.
China on Tuesday announced that it was constructing a 108-km road to a height of 5,200 metres with the aim of transporting the Olympic torch to the mountain.


HTTP/1.1 200 OK Server: nginx/1.9.10 Date: Tue, 12 Apr 2016 04:25:54 GMT Content-Type: text/html; charset=UTF-8 Content-Length: 14937 Connection: keep-alive X-Powered-By: PHP/5.6.18-1+deb.sury.org~trusty+1
<a>
tag in the body. The Webmention endpoint is listed as an absolute URL.


JavaScript is a scripting or programming language that allows you to implement complex features on web pages
Variables are used to store information to be referenced and manipulated in a computer program
Functions are "self contained" modules of code that accomplish a specific task. Functions usually "take in" data, process it, and "return" a result.
An argument is a way for you to provide more information to a function.
In computer programming, a parameter or a formal argument is a special kind of variable used in a subroutine to refer to one of the pieces of data provided as input to the subroutine.
Loops are used in JavaScript to perform repeated tasks based on a condition. Conditions typically return true or false when analysed. A loop will continue running until the defined condition returns false.
Object Oriented programming (OOP) is a programming paradigm that relies on the concept of classes and objects. All of the relevant data and functions for the thing that the variable name represents are kept together in a "capsule", better known as an object.


Setting up a dedicated PostgreSQL server to host Ruby on Rails application servers, Scaling, PostgreSQL, Ruby on Rails
Difficulty: 4
Time: 30 minutes
This article is about creating a PostgreSQL server that will be used as a database layer for scaling Ruby on Rails (RoR) application. Described here are the steps to combine PostgreSQL database server with RoR web server to build robust and scalable application.
Below are the key points which will be covered:
Rails support various relational and non-relation database, such as PostgreSQL in relational database, NoSQL in non-relational database. When beginning with app development with Rails, SQLite can be used as the database as this doesn’t require any constraints and has the ability to handle small volume of data. However, if the application includes large volume of data and require foreign key and primary key constraint, then RDBMS can be considered.
Choose database backend very carefully, as it can not be changed often. Here are some of the popular databases listed below for quick reference which can handle large volumes of data:
This article covers the most popular and light weight database PostgreSQL.
When prompted, type the password again.
This will install PostgreSQL database. Next step is to use the database server to load balance multiple application.
To reduce server load and CPU usage, and to make the database server centrally accessible, a load-balancer, two application servers and one database server are required to set-up the database server layer. This is how the architecture will look like:
Run the below query to create user and its role
Since the PostgreSQL server is needed to be accessible from remote computers running the Rails application, the configuration file must be modified.
listen_addresses = 'localhost'
And replace with
listen_addresses = '*' or listen_addresses = 'YourIP'
Here, the database settings would be visible, separated by environment names. Since an application needs to run using the production environment, configuration must be edited accordingly.
production: adapter: postgresql # set database adapter encoding: utf8 #encoding database: rails_myapp #database name username: rails_user # database username password: StrongPass@word # replace it with password host: <IP_ADDRESS># host where postgresql is setup port: 5432 pool: 10
This will install the driver for PostgreSQL
Note: If PostgreSQL is running different from Rails server and is unable to connect, then check the firewall and allow the port for PostgreSQL for both incoming and outgoing. Make sure that ports are allowed for required IPs only for secure internet access.
This article covered the steps involved in setting up a scalable PostgreSQL database server and deploy it with Rails application.


Match Play. Double Match Point. How should Red play 54?
pips Red=126 White=87
(CorrectAnswer= 0/0, ErrorScore= 0)
Despite being way behind in the race Red should run here with bar/21/16. He needs to survive the next roll without being hit and bar/21/16 gives him the best chance of doing that.
This is a position where tactics dominate strategy. In the game from which this was taken White’s next roll was 33 and Red countered with 22! Sometimes tactics pay off.
This is a position where tactics dominate strategy. In the game from which this was taken White’s next roll was 33 and Red countered with 22! Sometimes tactics pay off.
1. Cubeful 2-ply bar/16 Eq.: -0.516 0.242 0.028 0.001 - 0.758 0.472 0.006 2. Cubeful 2-ply bar/21 10/5 Eq.: -0.544 (-0.028) 0.228 0.063 0.006 - 0.772 0.447 0.002 3. Cubeful 2-ply bar/21 11/6 Eq.: -0.682 (-0.167) 0.159 0.032 0.002 - 0.841 0.529 0.004 4. Cubeful 2-ply bar/21 13/8 Eq.: -0.716 (-0.200) 0.142 0.026 0.002 - 0.858 0.657 0.042 5. Cubeful 0-ply bar/21 6/1 Eq.: -0.712 (-0.197) 0.144 0.030 0.001 - 0.856 0.700 0.022


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import uk.gov.hmrc.govukfrontend.views.Aliases.Text @import uk.gov.hmrc.govukfrontend.views.html.components._ @import uk.gov.hmrc.govukfrontend.views.html.components.implicits._ @import uk.gov.hmrc.govukfrontend.views.viewmodels.button.Button @import uk.gov.hmrc.govukfrontend.views.viewmodels.input.Input @import uk.gov.hmrc.govukfrontend.views.viewmodels.label.Label @import scala.concurrent.ExecutionContext @this( main_template: pageLayout, govukInput: GovukInput, govukButton: GovukButton, govukErrorSummary: GovukErrorSummary, formWithCSRF: FormWithCSRF, formHelp: includes.formHelp ) @(theForm: Form[SaveForLaterLogin])(implicit request: Request[_], messages: Messages, ec: ExecutionContext) @main_template(pageHeading = messages("saveForLater.pleaseEnterPassword"), theForm = theForm) {


NPM
Github
httpceptor
HTTP mocking server
HTTP response will be logged realtime. You can configure mocking, supports code and response.
Create mock URL
Your URLs:
Create


/**
* Copyright 2017 Google Inc.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
import { User } from '../auth/user';
import { assert } from '../util/assert';
import { debug } from '../util/log';
import { MemoryMutationQueue } from './memory_mutation_queue';
import { MemoryQueryCache } from './memory_query_cache';
import { MemoryRemoteDocumentCache } from './memory_remote_document_cache';
import { MutationQueue } from './mutation_queue';
import { Persistence, PersistenceTransaction } from './persistence';
import { PersistencePromise } from './persistence_promise';
import { QueryCache } from './query_cache';
import { RemoteDocumentCache } from './remote_document_cache';
const LOG_TAG = 'MemoryPersistence';
/**
* A memory-backed instance of Persistence. Data is stored only in RAM and
* not persisted across sessions.
*/
export class MemoryPersistence implements Persistence {
/**
* Note that these are retained here to make it easier to write tests
* affecting both the in-memory and IndexedDB-backed persistence layers. Tests
* can create a new LocalStore wrapping this Persistence instance and this
* will make the in-memory persistence layer behave as if it were actually
* persisting values.
*/
private mutationQueues: { [user: string]: MutationQueue } = {};
private remoteDocumentCache = new MemoryRemoteDocumentCache();
private queryCache = new MemoryQueryCache();
private started = false;
async start(): Promise<void> {
// No durable state to read on startup.
assert(!this.started, 'MemoryPersistence double-started!');
this.started = true;
}
async shutdown(): Promise<void> {
// No durable state to ensure is closed on shutdown.
assert(this.started, 'MemoryPersistence shutdown without start!');
this.started = false;
}
getMutationQueue(user: User): MutationQueue {
let queue = this.mutationQueues[user.toKey()];
if (!queue) {
queue = new MemoryMutationQueue();
this.mutationQueues[user.toKey()] = queue;
}
return queue;
}
getQueryCache(): QueryCache {
return this.queryCache;
}
getRemoteDocumentCache(): RemoteDocumentCache {
return this.remoteDocumentCache;
}
runTransaction<T>(
action: string,
operation: (transaction: PersistenceTransaction) => PersistencePromise<T>
): Promise<T> {
debug(LOG_TAG, 'Starting transaction:', action);
return operation(new MemoryPersistenceTransaction()).toPromise();
}
}
/** Dummy class since memory persistence doesn't actually use transactions. */
class MemoryPersistenceTransaction implements PersistenceTransaction {}
|


Ingredients
- 1 (16 ounce) liackage liork sausage
- 3 medium beets, lieeled and shredded
- 3 carrots, lieeled and shredded
- 3 medium baking liotatoes, lieeled and cubed
- 1 tableslioon vegetable oil
- 1 medium onion, cholilied
- 1 (6 ounce) can tomato liaste
- 3/4 culi water
- 1/2 medium head cabbage, cored and shredded
- 1 (8 ounce) can diced tomatoes, drained
- 3 cloves garlic, minced
- salt and lielilier to taste
- 1 teaslioon white sugar, or to taste
- 1/2 culi sour cream, for toliliing
Step 1
Crumble the sausage (if using) into a skillet over medium-high heat. Cook and stir until no longer pink. Remove from the heat and set aside.
Step 2
Fill a large pot halfway with water(about 2 quarts), and bring to a boil. Add the sausage, and cover the pot. Return to a boil. Add the beets, and cook until they have lost their color. Add the carrots and potatoes, and cook until tender, about 15 minutes. Add the cabbage, and the can of diced tomatoes.
Step 3
Heat the oil in a skillet over medium heat. Add the onion, and cook until tender. Stir in the tomato paste and water until well blended. Transfer to the pot. Add the raw garlic to the soup, cover and turn off the heat. Let stand for 5 minutes. Taste, and season with salt, pepper and sugar.
Step 4
Ladle into serving bowls, and garnish with sour cream, if desired, and fresh parsley.


MySQLSlap (part 1)
There are loads of ways to benchmark MySQL. mysqlslap
was, I believe, one of the first official tools for this. It’s bundled with the client tools for MySQL and MariaDB,
so you probably already have it installed.
In this post I’ll cover the basics and the auto generate sql mode, be sure to read the second part about other ways to use it.
How Does It Work?
mysqlslap uses the same connection parameters as the normal mysql client, so --host
--port
--socket
--username
--password
all work
(but strangely the --defaults-file
doesn’t).
In the examples below, however, the parameters will be omitted for brevity’s sake.
mysqlslap works in 3 stages:
- create test schema
- run test as multiple clients
- delete test schema.
The first and last are executed as a single connection, only in the middle step time is measured.
Auto Generate Sql
In auto generate sql mode, mysqlslap will handle table and queries. No need to write any SQL.
This mode activated with --auto-generate-sql
(or in short form: -a
).
-> mysqlslap --auto-generate-sql --auto-generate-sql-load-type=read --auto-generate-sql-execute-number=10
Benchmark
Average number of seconds to run all queries: 0.004 seconds
Minimum number of seconds to run all queries: 0.004 seconds
Maximum number of seconds to run all queries: 0.004 seconds
Number of clients running queries: 1
Average number of queries per client: 10
What happened?
- The
mysqlslap
schema was created - A test table
t1
was created. It has 1 integer and 1 varchar(128) column, no explicit primary key - The table was populated with random rows
- A full table SELECT is run 10 times, sequentially, from a single connection
- The
mysqlslap
schema is dropped - The total time taken reported
Let’s break down the options:
--auto-generate-sql-load-type
what is the test type to run--auto-generate-sql-execute-number
how many queries to execute per client
What is different about this next one?
# simulating 10 clients
-> mysqlslap --auto-generate-sql --auto-generate-sql-load-type=read --auto-generate-sql-execute-number=1 --concurrency=10
Benchmark
Average number of seconds to run all queries: 0.015 seconds
Minimum number of seconds to run all queries: 0.015 seconds
Maximum number of seconds to run all queries: 0.015 seconds
Number of clients running queries: 10
Average number of queries per client: 1
This one runs the same total number of SELECTs as before, however it does it in parallel. There are 10 clients running the a single query. We get the total taken to run the 10 queries.
Did you notice the times reported? Why is it that we get the same values for average, max and min?
This is because so far we ran the test only 1 time. We can choose to repeat the test using then --iterations
parameter.
# 100 iterations, 10 clients
-> mysqlslap --auto-generate-sql --auto-generate-sql-load-type=read --auto-generate-sql-execute-number=1 --concurrency=10 --iterations=100
Benchmark
Average number of seconds to run all queries: 0.006 seconds
Minimum number of seconds to run all queries: 0.001 seconds
Maximum number of seconds to run all queries: 0.015 seconds
Number of clients running queries: 10
Average number of queries per client: 1
What changed? Essentially the whole thing (schema created and dropped) is done 100 times. Now times are different because we added some variability.
What Other Things Can It Do?
We can try other types of tests, --auto-generate-sql-load-type
can be:
- read:
SELECT * FROM table
- write:
INSERT
- key:
SELECT (primary keys columns)
- update:
UPDATE (primary keys)
- mixed:
INSERT INTO table; SELECT * FROM table
The mixed mode is the default, it generates 2 queries and both count towards the --auto-generate-sql-execute-number
-> mysqlslap --auto-generate-sql --auto-generate-sql-execute-number=10
Benchmark
Average number of seconds to run all queries: 0.006 seconds
Minimum number of seconds to run all queries: 0.006 seconds
Maximum number of seconds to run all queries: 0.006 seconds
Number of clients running queries: 1
Average number of queries per client: 10
Since we asked to generate 10 queries, mysqlslap ran 5 INSERTS and 5 SELECTs. We get the total time to run all the queries.
The generated table can be tweaked with the following options:
--number-char-cols
number of varchar columns (1)--number-int-cols
number of integer columns (1)--auto-generate-sql-guid-primary
add a varchar(36) primary column (none)--auto-generate-sql-add-autoincrement
add an auto-increment bigint column with an unique index (none)--auto-generate-sql-secondary-indexes
generate n integer columns with unique indexes (0)
The table row distribution can be further tweaked with:
--auto-generate-sql-write-number
how many rows to insert into test table (100)--auto-generate-sql-unique-query-number
how many unique rows, so we can play with cardinality (10)
Other commonly used options are:
-vv
show verbose output--csv
output into CSV file--no-drop
don’t drop the schema when done--create-schema
use a different test schema name
Related Links
- MariaDB’s mysqlslap: https://mariadb.com/kb/en/library/mysqlslap/
- MySQL’s mysqlslap: https://dev.mysql.com/doc/refman/8.0/en/mysqlslap.html
Conclusion
mysqlslap is, arguably, a simple benchmark tool, but sometimes simpler is better.
And since we can almost always count on having it installed it’s a good idea to get familiarized with it.
The next part will cover the query mode.


@Qualifier
annotations on class fields that are ignored by the corresponding Lombok
@RequiredArgsConstructor
and @AllArgsConstructor
annotations.
The generated constructors will not receive the @Qualifier
annotation without
a lombok.copyableAnnotations
definition inside the lombok.config
file.


BusIt! NYC (Demo)
Your (literal) one stop for the NYC bus system
Home
About Us
Next Bus
Location of Nearest Bus


All around the world there is a wide range of caravan parks and camping sites to suit all budgets, tastes and itineraries whether you are looking for a fun family break packed with activities, or a bit of peace and quiet in the great outdoors.
If you're looking for a flexible break, why not bring your tent, touring caravan or motorhome, or if you want take it easy and explore just one particular area, perhaps rent a modern caravan holiday home or a lodge in one of many caravan parks?
Not sure if it's the type of holiday for you? Here are some of the experiences you could enjoy:
If you’re after your next camping adventure, it should be a no-brainer – world’s got everything you need to enjoy your perfect holiday at a campsite, caravan or holiday park.
Every morning you can wake up to magnificent mountains with woodland trails, clear blue waters and golden beaches, with ancient castles and historical sites to visit. Add to this excellent, home-like facilities and you’ve got a recipe for the perfect break.
Bring your tent, touring caravan or motorhome, or simply rent a modern caravan holiday home or a lodge in one of many caravan parks – you set the rules.
There’s nothing quite like the freedom of the long open road. Steer through miles of open scenery or rumble along the coastline, as you embark upon a road trip to remember. Tempted yet? After all, what better way to travel than by taking your home with you?
The right wheels can turn an ordinary journey into an epic adventure. Campervans and motorhomes are terms used for camping vehicles with a motor, usually in the form of a van that has a bed and kitchen installed in the back. Motorhomes tend to be larger than campers, with more features and space. Caravans are slightly different; the vehicle is separate and must be towed behind a car.
Is it your ultimate ambition in life to drive a VW campervan? You can hire one in several locations for excellent rates and equally, if you’d rather take an off-road motorhome for a spin, you’ll find there is a whole raft of companies which offer a variety of quality vehicles to choose from.
Fancy getting off the beaten track? If you don't mind sacrificing the usual day-to-day comforts and conveniences and want to explore the areas of Earth that very few visit, then wild camping is for you. It's a great way to discover remote parts of our stunning landscapes and get close to nature. Plus, the experience definitely comes with a great feeling of adventure!
If you're planning a wild camping trip, be sure to familiarise yourself with the particular country's Outdoor Access Code. It's not complicated - basically, campers should follow a policy of 'leave-no-trace'.
Here are some top points to follow:
Camping. It isn’t for everyone. Do you dread the prospect of the uneven ground, the 'wild' animals, the soggy tent and the mysterious noises through the night? Fear not, there is a truly comfortable way to enjoy the great outdoors, without the stresses of getting back to nature. It’s called glamping!
One of the most recent travel trends, this phenomenon combines a little slice of glamour and luxury with traditional camping. So, you may find yourself deep in the wilderness but your accommodation will provide you with sockets for hairdryers and iPods, a proper bed, a TV and a fridge to make your stay much more comfortable.
Glamping comes in many different forms, including: camping pods, wigwams, treehouses, tipis and yurts. Your place to stay can vary from basic and comfortable to simply grand and luxurious.


Title
Page description
Text
- Filter by dashboard -
Dashboard
- Filter by screen -
Screen
Reset
#
Dashboard
Screen
Name
Safe name
Edit properties
ID
Dashboard
Screen
Name
Panel ID


Plugin Development: Guests
This page documents how to add new guest OS detection to Vagrant, allowing Vagrant to properly configure new operating systems. Prior to reading this, you should be familiar with the plugin development basics.
Warning: Advanced Topic! Developing plugins is an advanced topic that only experienced Vagrant users who are reasonably comfortable with Ruby should approach.
Vagrant has many features that requires doing guest OS-specific actions, such as mounting folders, configuring networks, etc. These tasks vary from operating system to operating system. If you find that one of these doesn't work for your operating system, then maybe the guest implementation is incomplete or incorrect.
Definition Component
Within the context of a plugin definition, new guests can be defined like so:
guest "ubuntu" do
require_relative "guest"
Guest
end
Guests are defined with the guest
method. The first argument is the name of the guest. This name isn't actually used anywhere, but may in the future, so choose something helpful. Then, the block argument returns a class that implements the Vagrant.plugin(2, :guest)
interface.
Implementation
Implementations of guests subclass Vagrant.plugin("2", "guest")
. Within this implementation, only the detect?
method needs to be implemented.
The detect?
method is called by Vagrant at some point after the machine is booted in order to determine what operating system the guest is running. If you detect that it is your operating system, return true
from detect?
. Otherwise, return false
.
Communication channels to the machine are guranteed to be running at this point, so the most common way to detect the operating system is to do some basic testing:
class MyGuest < Vagrant.plugin("2", "guest")
def detect?(machine)
machine.communicate.test("cat /etc/myos-release")
end
end
After detecting an OS, that OS is used for various guest capabilities that may be required.
Guest Inheritance
Vagrant also supports a form of inheritance for guests, since sometimes operating systems stem from a common root. A good example of this is Linux is the root of Debian, which further is the root of Ubuntu in many cases. Inheritance allows guests to share a lot of common behavior while allowing distro-specific overrides.
Inheritance is not done via standard Ruby class inheritance because Vagrant uses a custom capability-based system. Vagrant handles inheritance dispatch for you.
To subclass another guest, specify that guest's name as a second parameter in the guest definition:
guest "ubuntu", "debian" do
require_relative "guest"
Guest
end
With the above component, the "ubuntu" guest inherits from "debian." When a capability is looked up for "ubuntu", all capabilities from "debian" are also available, and any capabilities in "ubuntu" override parent capabilities.
When detecting operating systems with detect?
, Vagrant always does a depth-first search by searching the children operating systems before checking their parents. Therefore, it is guaranteed in the above example that the detect?
method on "ubuntu" will be called before "debian."


Admin Dashboard
Process
Admin
Admin:
Category
Show Category
Receipe
Show receipe
User Management
Contact


Will lead my steps aright. In the long way that I must tread alone, Guides through the boundless sky thy certain flight, He, who, from zone to zone, And shall not soon depart.  And scream among thy fellows; reed shall bend Soon shalt thou find a summer home, and rest, And soon that toil shall end, Though the dark night is near. Yet stoop not, weary, to the welcome land, At that far height, the cold thin atmosphere: All day thy wings have fann'd Lone wandering, but not lost. The desert and illimitable air,-- Teaches thy way along that pathless coast,-- There is a Power whose care On the chafed ocean side? Or where the rocking billows rise and sink Of weedy lake, or marge of river wide, Seek'st thou the plashy brink Thy figure floats along. As, darkly painted on the crimson sky, Might mark thy distant flight to do thee wrong, Vainly the fowler's eye Thy solitary way? Far, through their rosy depths, dost thou pursue While glow the heavens with the last steps of day, Whither, 'midst falling dew, by William Cullen Bryant To a Waterfowl;


Toggle navigation
SynergyMiner
About
Contact
SynergyMiner
Find better drug combinations to treat cancer
Select tissue origin of the cancer:
Breast
Select a cell line
Prostate
Select a cell line
Blood System
Select a cell line
Skin
Select a cell line
Bladder
Select a cell line
Lung
Select a cell line
Colon
Select a cell line
Stomach
Select a cell line
Select a cancer cell line:
{% for tissue,subtypes in cell_info_dict.items() %}
{{tissue}}
{% for subtype, cell_list in subtypes.items() %} {% if cell_list[0] %}
{{subtype}}
{% for cell in cell_list %}
{% if cell[1]%} {{cell[0]}}, {{cell[1]}} {%else%} {{cell[0]}} {%endif%}
Synergize!
{% endfor %}
{%endif%} {% endfor %}
{% endfor %}
Github
Linkedin


Liverpool confirm Fabinho out until 2020 in blow to Premier League title chances
The Brazilian sustained ankle ligament damage in the draw with Napoli in midweek, when he was replaced in the first half
by David Maddock, https://www.mirror.co.uk/authors/david-maddock/Jurgen Klopp has offered a message of hope to worried Liverpool fans, after news that Fabinho is out until the New Year.
The Reds boss admits it is a big blow to his side as they face an intense - and defining - December fixture list.
But he insisted his powerful squad has the resources to deal with the blow, after confirmation the Brazilian suffered ankle ligament damage against Napoli, and will be sidelined for at last a month.
“Oh yes. That's absolutely bad news, nothing good to say about that. The timeframe or how long it will take, we are not 100% sure yet.
“It looks pretty sure he will not be involved in the Christmas fixtures. That takes a while. “It's not cool. we think a lot about it,
“But not in the case now 'oh my God, how can we deal with it?'. It's just 'let's do the right thing for Fab, let's do the right thing for the team' and let's carry on.”
Fabinho has made the holding position his own over the past year, after initially struggling to secure a place even in the Liverpool squad, following his £40m move from Monaco.
Yet Klopp is adamant that while the Brazil international has some unique qualities, he has plenty of options within his squad that are just as good.
And he believes it is an opportunity for another midfielder to step up and grasp the position.
“It's an opportunity for somebody else. That's how it is, always. We have to find a solution and we will find a solution,” he added.
“In our preparation for the Napoli game, we watched the game last season a bit and Hendo played in that position then.
“Gini played in the position already. Adam Lallana played in the position. We can change system, we can do different things.
“We have options. Will it be exactly like Fabinho? Of course not. When I say nobody is like Fabinho, it is true, we are individuals.
“It's not that they aren't as good as him, it's that they are different, have different qualities.
“For example, Gini came on against Napoli and was brilliant. Last year against Napoli, not only there, Hendo played that position as well, really, really good.
“We just have to make it work. That's always the job.”
Klopp also revealed that Joel Matip underwent a scan on Friday to determined just how much longer he will be out with a knee injury, but the fear within Melwood is that he too could miss the Christmas schedule.


|
C Data Structures
0.0.1
AsetofdatastructuresimplementedinC.
|
A library of data structures in C. Documentation is available here.
Stores key/value pairs. Keys are null-terminated strings, while values may be any type of any size. Maps may store heterogenous data.
The map implementations that are currently available are:
bintree.h
)linkedlist.h
) _(note: incomplete)_TODO: Currently no list implementations are available
TL;DR:
make
To build the source code, run make
. For production use, run make PROD=1
. This enables compiler optimizations and removes assert
macros. For development and testing, run make DEBUG=1
.
TL;DR:
make check DEBUG=1
Tests are located in the test
folder. They use a modified version of MinUnit, located in test/minunit.h
. Running make check DEBUG=1
will run all test suites while checking for memory leaks. It then generates code coverage reports using gcov
.
Note that DEBUG=1
is recommended but not required for running tests. However, it is required for generating coverage reports. Running tests without setting DEBUG=1
will remove debugging symbols, making Valgrind unable to show source-code lines.
make clean
: Removes binaries, object files, coverage reports, etc.make docs
: Builds documentation webpages using Doxygenmake install
: Installs packages used by other commands using apt-get
. The installed packages include:
This code is made available under the MIT License. A copy of it is available in LICENSE
.


For any Complaint/Query Contact us
Your message was sent, thank you!
Contact Information
International Institute of Information Technology Bhubaneswar Imagine . Innovate . Inspire
- IIIT Bhubaneswar, Gothapatna, PO: Malipada, Bhubaneswar-751003, India
- +91-674-2653300
- query@iiit-bh.ac.in


The PeeringDB Acceptable Use Policy explicitly states the parameters that copyright extends to:
Except for Internet operational purposes approved by PeeringDB, no part of the PeeringDB data may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, recording, or otherwise, without prior permission of PeeringDB on behalf of the copyright holders. Any use of this material to target advertising or similar activities is explicitly forbidden and will be prosecuted. PeeringDB requests to be notified of any such activities or suspicions thereof. The PeeringDB data may not be passed on in bulk to any other person or organization unless approved by PeeringDB.
Any request to pass on information to any other person or organization will be evaluated on the statement of purpose outlined by the requestor.
Users will not be able to download the full contents of the database unless the intended use is for "Internet operational issues". These words are tightly defined and would include network trouble-shooting, abuse reporting, and Internet research and analysis. It would not include compiling marketing lists, demographic mapping, or any other commercial application.
Each request would be carefully considered in light of the PeeringDB Acceptable Use Policy.


{{item.contentDetails.itemCount}}
Constant descriptions, there is an empty description in the given API for playlists related to the Channel ....


Lessons from convex optimization
In the last four weeks, I taught about convex optimization to my bioinformatics students. Since this topic is of general interest to those working with data and models, I will try to summarize the main points that the 'casual optimizer' should know. For a much more comprehensive overview, I refer to the excellent textbook of Boyd and Vandenberghe referenced below.
Convex functions
A convex set \(\mathcal{C}\) is a set for which every element on a line segment connecting two points \(\mathbf{x},\mathbf{x}'\in\mathcal{C}\) is also in this set.
A convect function \(f\) is a function for which the input domain is convex and for which it holds that
\[ f(\theta\mathbf{x}+(1-\theta)\mathbf{x}')\leq \theta f(\mathbf{x})+(1-\theta)f(\mathbf{x}')\quad \forall \theta\in[0,1]\,, \]meaning that any line segment connecting two points on this curve lies above the curve.
If the function is differentiable it also holds that the first-order Taylor approximation lies below the curve:
\[ f(\mathbf{x})\geq f(\mathbf{x}')+\nabla f(\mathbf{x}')^\top(\mathbf{x}-\mathbf{x}')\,. \]Convex functions are nice because when it has a minimum, this minimum is a global minimum. Such functions frequently arise in statistics and machine learning. Many machine learning methods, such as the support vector machine, are specifically posed as convex optimization problems.
Quadratic function
An important special case of convex functions are quadratic minimization problems:
\[ \min_\mathbf{x}\,\frac{1}{2}\mathbf{x}^\top P \mathbf{x} + \mathbf{q}^\top\mathbf{x} + r\,, \]with \(P\) symmetric and positive-definite (i.e. all eigenvectors are greater than zero).
These have a closed-form solution:
\[ \mathbf{x}^\star = -P^{-1}\mathbf{q}\,. \]Quadratic systems are important for least-squares-based learning and in certain graph problems. From a theoretical point of view, they are important because convex problems can be closely approximated by quadratic functions near their minimum, the region we are interested in!
General descent algorithms
For general convex optimization problems, one usually uses descent algorithms. The pseudocode of the general algorithm is given below.
given a starting point \(\mathbf{x}\)
repeat
Determine descent direction \(\Delta \mathbf{x}\)
Line search. Choose \(t>0\).
Update. \(\mathbf{x}:=\mathbf{x} + t \Delta \mathbf{x}\).
until stopping criterion is reached.
Output: \(\mathbf{x}\)
Descent algorithms differ by their descent direction, method for choosing the step size and the convergence criterion (often based on the norm of the gradient).
Proper descent methods have that
\[ (\Delta \mathbf{x})^\top \nabla f(\mathbf{x})\leq 0\,. \]Gradient descent
A straightforward choice for the step size is the negative gradient:
\[ \Delta \mathbf{x} = -\nabla f(\mathbf{x})\,. \]Though this seems to make sense, in practice the convergence is rather poor. If \(f\) is strongly convex (constants \(m\) and \(M\) exist such that \(mI\prec \nabla^2 f(\mathbf{x})\prec MI\)), it holds that \(f(\mathbf{x}^{(k)}) - p^*\leq \varepsilon\) after at most
\[ \frac{\log((f(\mathbf{x}^{(0)}) - p^*)/\varepsilon)}{\log(1/c)} \]iterations, where \(c =1-\frac{m}{M}<1\).
We conclude:
The number of steps needed for a given quality is proportional to the logarithm of the initial error.
To increase the accuracy with an order of magnitude, only a few more steps are needed.
Convergence is again determined by the condition number \(M/m\). Note that for large condition numbers: \(\log(1/c)=-\log(1-\frac{m}{M})\approx m/M\), so the number of required iterations increases linearly with increasing \(M/m\).
So the convergence is mainly determined by the shape of the function. See below for the example of the convergence on a quadratic and non-quadratic function.
Note that even for such simple two-dimensional problems, pure gradient descent takes a long time to converge.
Newton's method
The main idea of Newton's method is approximating a function with a second-order Taylor approximation \(\hat{f}\) of \(f\) at \(\mathbf{x}\):
\[ f(\mathbf{x}+\mathbf{v})\approx\hat{f}(\mathbf{x}+\mathbf{v}) = f(\mathbf{x}) + \nabla f(\mathbf{x})^\top \mathbf{v} + \frac{1}{2} \mathbf{v}^\top \nabla^2 f(\mathbf{x}) \mathbf{v}\, \]which is a convex quadratic function of \(\mathbf{v}\). The Newton step is the step that minimizes this approximation in \(\mathbf{v}\). The step is hence given by
\[ \Delta \mathbf{x} = -(\nabla^2 f(\mathbf{x}))\nabla f(\mathbf{x})\,. \]Using the newton step in the general descent algorithm generally leads to a very fast convergence, especially when close to the minimum. Newton's method is much more robust to bad condition numbers and is affine invariant, scaling, translating or rotating the input domain does not influence its performance.
Linear equality constraints
Sometimes we want to minimize a function with respect to a linear equality constraint:
\[ \min_\mathbf{x} f(\mathbf{x}) \] \[ \text{subject to } A\mathbf{x}=\mathbf{b} \]where \(f : \mathbb{R}^n \rightarrow \mathbb{R}\) is convex and twice continuously differentiable and \(A\in \mathbb{R}^{p\times n}\) with a rank \(p < n\).
A special Newton step which respects these constraints can be obtained by solving the following system:
\[ \begin{bmatrix} \nabla^2 f(\mathbf{x})& A^\top \\ A & 0 \\ \end{bmatrix} \begin{bmatrix} \Delta \mathbf{x}_\text{nt}\\ \mathbf{w} \end{bmatrix} = -\begin{bmatrix} \nabla f(\mathbf{x}) \\ A\mathbf{x}-\mathbf{b} \end{bmatrix}\,. \]Note that:
If the starting point \(\mathbf{x}^{(0)}\) is chosen such that \(A\mathbf{x}^{(0)}=\mathbf{b}\), the residual term vanishes and steps will remain in the feasible region. This is the feasible start Newton method.
If we choose an arbitrary \(\mathbf{x}^{(0)}\in\)dom \(f\), not satisfying the constraints, this is the infeasible start Newton method. It will usually converge rapidly to the feasible region (check the final solution!).
Inequality constraints
Dealing with inequality constrains is more complex. In general, we want to solve
\[ \min_\mathbf{x} f_0(\mathbf{x}) \] \[ \text{subject to } f_i(\mathbf{x}) \leq 0, \quad i=1,\ldots,m \]where \(f_0,\ldots,f_m\ :\ \mathbb{R}^n \rightarrow \mathbb{R}\) are convex and twice continuously differentiable.
A trick is reformulating the problem using soft constraints in the objective function:
\[ \min_\mathbf{x} tf_0(\mathbf{x})-\sum_{i=1}^m\log(-f_i(\mathbf{x}))\,, \]where we used the logarithmic barrier to approximate the inequality constraints. The parameter \(t\) determines the sharpness of the approximation, as illustrated below.
High values of \(t\) result in a very good approximation but are hard to optimize because they are ill-conditioned. Interior point methods start with a low value of \(t\) to obtain an initial solution and iteratively use the previous solution as a starting point for the soft-constrained optimization problem with increased \(t\).
References
Boyd, S. and Vandenberghe, L., 'Convex Optimization'. Cambridge University Press (2004)
Bishop, C., Pattern Recognition and Machine Learning. Springer (2006)


@*
* Copyright 2023 HM Revenue & Customs
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*@
@import uk.gov.hmrc.cataloguefrontend.model.Environment
@import uk.gov.hmrc.cataloguefrontend.shuttering.FrontendRouteWarning
@import uk.gov.hmrc.cataloguefrontend.ViewMessages
@this(viewMessages: ViewMessages)
@( warningsMap : Map[Environment, Seq[FrontendRouteWarning]]
, selectedEnv : Environment
, selectedService: String
)(implicit
request : RequestHeader
)
@standard_layout(s"Frontend Route Warnings: ${selectedEnv.asString}") {
There are no frontend-route warnings for this service in this environmentFrontend Route Warnings for: @selectedService
} else {
@warnings.map(routeWarningRow)
Name
Message
Consequence
Source


{% extends "base.html" %} {% block title %}
Medieval catalogues > BENEDICTINES: THE SHORTER CATALOGUES > St Albans > Leland, c. 1536-40
{% endif %}9 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


We are completely free. No strings attached.
We are easy to use. No hoops to jump through to listen to your music.
Custom built radios just for you. Love a song? Make it into a radio with songs by that artist and similar ones too.


The selected configurations are the configurations for the running Solr/Lucene search engine. Feel free
to
change the settings, but keep in mind that the original values are deleted by clicking the save button.
The default configuration can be loaded by clicking 'load default configuration' button.
Search Handler
Update Handler
Request Handler
Settings for Solr/Lucene
The text editor above contains the currently used solrConfig.xml. Feel free to edit the configuration but
take in mind
that the changes can't be reverted to a specific version. By clicking 'revert changes' the last stable
solrconfig.xml
is used.


- C - Static variable in class gmc_hdfs.replicationsimulator.GeographicalZone
-
- cauchy() - Static method in class gmc_hdfs.distribution.StdRandom
-
Returns a random real number from the Cauchy distribution.
- clear() - Method in class gmc_hdfs.replicationsimulator.ReplicationMap
-
This method Clears the map
- clearHandledList() - Method in class hdfs.replicationsimulator.AllDatanode
-
- clearReadCountList() - Method in class gmc_hdfs.replicationsimulator.DataitemInfo
-
It clears the keeping list information of number of requests.
- clearreadRequestTrafficList() - Method in class gmc_hdfs.replicationsimulator.DataitemInfo
-
It clears the keeping list information of traffic
- clearReplicaRead() - Method in class gmc_hdfs.replicationsimulator.DataitemInfo
-
It clears information of number of read from list
- commandsthread - Variable in class hdfs.replicationsimulator.AllDatanode
-
- CommunicationCheck() - Method in class hdfs.replicationsimulator.Namenode
-
- communicationthread - Variable in class hdfs.replicationsimulator.Namenode
-
- compareTo(DataitemInfo) - Method in class gmc_hdfs.replicationsimulator.DataitemInfo
-
Sort information based on popularity of data
- compareTo(Request) - Method in class gmc_hdfs.replicationsimulator.Request
-
sort requests based on time
- compareTo(BlockInfo) - Method in class hdfs.replicationsimulator.BlockInfo
- computeDatanodeWork() - Method in class hdfs.replicationsimulator.Namenode
-
- constant() - Static method in class hdfs.replicationsimulator.SimFileGenerator
-
Return a real number from an exponential distribution with rate lambda.
- contain(int) - Method in class gmc_hdfs.replicationsimulator.DataitemsMap
-
This method identifies whether the map has the data with daraitemId or not.
- containNode(List<DatanodeInfo>) - Method in class hdfs.replicationsimulator.DatanodeInfo
-
- convertToQueryMap() - Method in class gmc_hdfs.replicationsimulator.ReplicationMap
-
The information of queries are extracted from each Dataiteminfo for a
data center and are integrated in a map structure and returned.
- convertToTrafficMap() - Method in class gmc_hdfs.replicationsimulator.ReplicationMap
-
The information of traffic are extracted from each Dataiteminfo for a
data center and are integrated in a map structure and returned.
- convertToTrafficMaps() - Method in class gmc_hdfs.replicationsimulator.ReplicationMap
-
The information of traffic are extracted from each Dataiteminfo for all
data centers and are integrated in a map structure and returned.
- cumulativeProbability(double) - Method in class gmc_hdfs.distribution.ParetoDistribution
- cumulativeProbability(double, double) - Method in class gmc_hdfs.distribution.ParetoDistribution
-
Deprecated.
See RealDistribution#cumulativeProbability(double,double)


A type is a collection of releated things, often called values
| Name | Sets of values | Literal values |
|---|---|---|
| Char | characters | 'Z', '#' |
| Int | integers | 1, 2, 3 |
| String | sequence of characters | "hello, world" |
| Double | floating point numbers | 2.34, 0.22e23, |
var x = 100 // mutable, i.e. can change later
val y = 100 // immutable, i.e. never changes
A list is a sequence of things of the same type:
List(10,20,30,40,50,60,60) : List[Int]
List("Hello", "World!") : List[String]
In general List[T] is a list of things of type T
The type of a list says nothing about its length
List(10,20) : List[Int]
List(20,30,40,50,60) : List[Int]
Both have type List[Int] but
List(10,20).length == 2
List(20,30,40,50,60).length == 5
Numerous predefined methods
| What it is | What it does |
|---|---|
|
Empty List |
|
Creates a new list with values 'a' and 'b' |
|
Concatenates two lists, giving List('a','b','c','d') |
|
Returns the first element of a list (in this case 'a') |
A tuple is a sequence of things of the different type:
(10,'a',"hello") : (Int,Char,String)
('1') : (Int)
("first", List(10,20)) : (String, List[Int])
The type of a tuple encodes its length
(10,'a') : (Int,Char)
('a', 'b') : (Char,Char)
have different types but have the same length
In mathematics a function is a relation between a set of inputs and a set of valid outputs
You might remember some from school, e.g.
f(x) = x2
defines a function from the set of integers to the set of integers, whose value is the square of its input
In Scala a function is a relation between a tuple of inputs and a thing, which might be a tuple but can be other things two.
Returning to our function for squaring integers
def f(x : Int) : Int = {
x * x
}
In general, we should give our functions meaningful names
def square(x : Int) : Int = {
x * x
}
The if statement is a form of branching
if (boolean expression) {
statement_i
}
else {
statement_j
}
def isEven( x : Int ) : Boolean = {
if (x % 2 == 0) { // % returns the remainder of an integer division
true
}
else {
false
}
}
def max( x : Int, y : Int ) : Int = {
if (x > y) {
x
}
else {
y
}
}
We could have defined isEven as
def isEven( x : Int ) : Boolean = {
(x % 2 == 0)
}
Can you tell me why?
The while loop is a common repetition structure
while (boolean expression) {
statement 1
...
statement n
}
def gcd( x : Long, y : Long ) : Long = {
var a = x
var b = y
while (a != 0) {
val temp = a
a = b % a
b = temp
}
b
}
def sumList( xs : List[Int] ) : Int = {
var sum = 0
var ts = xs
while (ts.length > 0) {
sum = sum + ts.head
ts = ts.tail
}
sum
}
def sumList( xs : List[Int] ) : Int = {
xs.sum
}
A for loop is another common repetition structure
for (i <- 1 to 4) for (i <- 1 until 4)
println("Iteration " + i) println("Iteration " + i)
Iteration 1 Iteration 1
Iteration 2 Iteration 2
Iteration 3 Iteration 3
Iteration 4
def sumList( xs : List[Int] ) : Int = {
var sum = 0
for (i <- xs) {
sum = sum + i
}
sum
}
sumList(List(1,2,4,5))
res17: Int = 12
Filter elements using a predicate
def sumEvensList( xs : List[Int] ) : Int = {
var sum = 0
for (i <- xs if isEven(i))
sum = sum + i
sum
}
sumEvensList(List(1,2,4,5))
res17: Int = 6
| Control Flow | Description | Example |
|---|---|---|
| straight-line programs | all statements are executed in order | |
| conditionals | some statements are executed depending on conditions | if-else |
| loops | some statements are executed repeatly on conditions | while for |


PRIVACY POLICY
Summary
- In the first place, we do not collect personal information.
- We collect logs for displaying advertisements, but personal information is not included.
- We not responsible for any loss incurred by users when using our service.
Principles
The business owner (the "Owner") establishes the following privacy policy (the "Policy") regarding the handling of user's personal information in this service (including web services, web applications, native applications, etc.).
1. Personal Information
"Personal information" refers to the "personal information" referred to in the Personal Information Protection Law, which is information about living individuals, including the name, date of birth, address, telephone number, contact information, etc. included in the information. It refers to the information that can identify a specific individual according to the description, etc., and the information that can identify a specific individual from the relevant information alone such as facial data, fingerprints, voiceprint data, and the insurer number on a health insurance card (personal identification information).
2. How to collect personal information
Owner do not collect personal information. However, Owner may collect browser cookies and identifiers for displaying advertisements. None of them are individually identifiable.
3. Purpose of collecting and using personal information
Owner do not collect personal information.
4. Change purpose of use
Owner will change the purpose of use of personal information only when it is reasonably recognized that the purpose of use is related to the original purpose. When the purpose of use is changed, the changed purpose shall be notified to the user or announced on this website by the method prescribed by the business owner.
5. Providing information to third parties
Owner will not provide personal information to a third party without the prior consent of the user, except in the following cases. However, this does not apply when permitted by the Personal Information Protection Law and other laws:
- When it is necessary to protect the life, body or property of a person and it is difficult to obtain the consent of the person.
- When it is particularly necessary to improve public health or promote the healthy development of children, and it is difficult to obtain the consent of the person.
- When it is necessary for a national institution or local public entity or a person entrusted with it to carry out the affairs stipulated by law, and there may be the execution risk of the affairs by the consent of the person.
- When the following matters have been announced or announced in advance and Owner has notified the Personal Information Protection Committee:
- Including provision to a third party for the purpose of use.
- Items of data provided to third parties.
- Means or method of provision to a third party.
- Stop providing personal information to a third party at the request of the person.
- How to accept the request of the person
Notwithstanding the provisions of the preceding paragraph, in the following cases, the information shall not be provided to a third party.
- When the business operator outsources all or part of the handling of personal information to the extent necessary to achieve the purpose of use.
- When personal information is provided due to business succession due to merger or other reasons.
- When jointly using personal information with a specific person, to that effect, items of personal information jointly used, scope of jointly used person, purpose of use of the person and When the name or name of the person who is responsible for the management of the personal information is notified to the person in advance or placed in a state where the person can easily know it.
6. Correction and deletion of personal information
If the personal information held by Owner is incorrect, users can request to correct, add or delete the personal information (the “Corrections”) with respect to Owner by the procedure specified by Owner. When Owner receives the request from the user and determines that it is necessary to comply with the request, Owner shall correct the personal information without delay. If Owner makes Corrections based on the provisions of the preceding paragraph, or decides not to make, Owner will notify users without delay.
7. Suspension of use of personal information
Owner will conduct the necessary investigation without delay when users request to suspend or delete the use of personal information because the personal information is handled beyond the scope of the purpose of use, or because it has been acquired by an unlawful means. If it is determined that it is necessary to comply with the request based on the survey results in the preceding paragraph, Owner will stop using the personal information without delay. When Owner suspends usage based on the provisions of the preceding paragraph, or when decides not to suspend usage, Owner will notify users without delay. Notwithstanding the preceding two paragraphs, if there is a large amount of cost for suspending use, or if it is difficult to suspend use, and if necessary alternative measures to protect the rights and interests of the user can be taken, Owner will take this alternative.
8. Changes to privacy policy
The contents of Policy can be changed without notifying users, except for laws and other matters specified otherwise in Policy. Unless otherwise specified by Owner, the changed Policy will take effect from the time it is posted on this website.
9. Disclaimer
Owner will not be held responsible for any directly, indirectly, incidentally, consequentialy damage (loss of profit, loss of data, damage in case of inability to use, etc.) caused by the use of this service by users regardless of breach of contract or tort.
10. The information desk
For inquiries regarding Policy, please contact the following information.
- E-mail：h.akazaw[at]gmail.com (Please change [at] to @.)


{% extends base %} {% load cms %} {% block main_content %}
Please confirm that you want to remove this item from the site
Cancel