#--
/**********************************************************************************
* $URL: https://source.etudes.org/svn/apps/jforum/tags/2.27/jforum-tool/src/webapp/templates/default/post_show.htm $
* $Id: post_show.htm 9169 2014-11-12 23:11:58Z murthyt $
***********************************************************************************
*
* Copyright (c) 2008, 2009, 2010, 2011, 2012, 2013, 2014 Etudes, 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.
*
* Portions completed before July 1, 2004 Copyright (c) 2003, 2004 Rafael Steil, All rights reserved, licensed under the BSD license.
* http://www.opensource.org/licenses/bsd-license.php
*
* Redistribution and use in source and binary forms,
* with or without modification, are permitted provided
* that the following conditions are met:
*
* 1) Redistributions of source code must retain the above
* copyright notice, this list of conditions and the
* following disclaimer.
* 2) Redistributions in binary form must reproduce the
* above copyright notice, this list of conditions and
* the following disclaimer in the documentation and/or
* other materials provided with the distribution.
* 3) Neither the name of "Rafael Steil" nor
* the names of its contributors may be used to endorse
* or promote products derived from this software without
* specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT
* HOLDERS AND CONTRIBUTORS "AS IS" AND ANY
* EXPRESS OR IMPLIED WARRANTIES, INCLUDING,
* BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
* MERCHANTABILITY AND FITNESS FOR A PARTICULAR
* PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL
* THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE
* FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
* EXEMPLARY, OR CONSEQUENTIAL DAMAGES
* (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
* SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA,
* OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
* CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER
* IN CONTRACT, STRICT LIABILITY, OR TORT
* (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
* ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
* ADVISED OF THE POSSIBILITY OF SUCH DAMAGE
***********************************************************************************/
-->
<#include "header.htm"/>
<#import "../macros/pagination.ftl" as pagination/>
<#import "../macros/presentation.ftl" as presentation/>
|
${topic.title?html}
<#if topic.grade?? && topic.grade.isMinimumPostsRequired()>
(${I18n.getMessage("Grade.Topics.MinPostsNumber")}: ${topic.grade.minimumPosts})
#if>
|
<#if (facilitator?? && facilitator)>
<#if ((forum.getAccessType() == 2) && (forum.getGroupsReadonyAccessType() == 1 || forum.getGroupsReadonyAccessType() == 2))>
|
${I18n.getMessage("ForumListing.AllowAccessGroups.ReadOnly.Instructor")}
|
#if>
<#elseif ((forum.getAccessType() == 2) && (!forum.isGroupUser()))>
|
${I18n.getMessage("ForumListing.AllowAccessGroups.ReadOnly.Student")}
|
#if>
|
|
${I18n.getMessage("ForumListing.forumIndex")}
-> ${category.title}
-> ${forum.name}
|
|
<#if forumWatching??>
<#assign watchForum = "watchForum"/>
<#else>
<#assign watchTopic = "watch"/>
<#assign watchTopicMessage = I18n.getMessage("PostShow.watch")/>
<#if topicWatching>
<#assign watchTopic = "unwatch"/>
<#assign watchTopicMessage = I18n.getMessage("PostShow.unwatch")/>
#if>
#if>
|
<#if topic_sort_column?? && topic_sort_direction??>
<#if first??>
<#else>
#if>
<#if previous??>
<#else>
#if>
${navText}
<#if next??>
<#else>
#if>
<#if last??>
<#else>
#if>
<#else>
<#if first??>
<#else>
#if>
<#if previous??>
<#else>
#if>
${navText}
<#if next??>
<#else>
#if>
<#if last??>
<#else>
#if>
#if>
|
|
<#if topic_sort_column?? && topic_sort_direction??>
<#if first??>
<#else>
#if>
<#if previous??>
<#else>
#if>
${navText}
<#if next??>
<#else>
#if>
<#if last??>
<#else>
#if>
<#else>
<#if first??>
<#else>
#if>
<#if previous??>
<#else>
#if>
${navText}
<#if next??>
<#else>
#if>
<#if last??>
<#else>
#if>
#if>
|
<EMAIL_ADDRESS>|
<#include "bottom.htm"/>


Estimation of the variogram through trimmed mean, radial basis
functions (optimization, prediction and cross-validation), summary
statistics from cross-validation, pocket plot, and design of
optimal sampling networks through sequential and simultaneous
points methods.
| Version: |
1.0-2 |
| Depends: |
R (≥ 2.15.0), gstat, genalg, MASS, sp, minqa |
| Imports: |
limSolve, fields, gsl, plyr, TeachingDemos, sgeostat, grDevices, stats, methods, graphics, utils |
| Published: |
2015-08-13 |
| Author: |
Carlos Melo, Alí Santacruz, Oscar
Melo |
| Maintainer: |
Alí Santacruz <amsantac at unal.edu.co> |
| License: |
GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: |
no |
| Citation: |
geospt citation info |
| In views: |
ExperimentalDesign, Spatial |
| CRAN checks: |
geospt results |


Code listing for: ZR00_62C01
Description: Include ZR00_62C01
*&---------------------------------------------------------------------*
*& Include ZR00_62C01
*&---------------------------------------------------------------------*
CLASS lcl_event_handler DEFINITION.
PUBLIC SECTION.
CLASS-METHODS: handle_data_changed
FOR EVENT data_changed OF cl_gui_alv_grid
IMPORTING er_data_changed.
ENDCLASS.
CLASS lcl_event_handler IMPLEMENTATION.
METHOD handle_data_changed.
PERFORM handle_data_changed USING er_data_changed.
ENDMETHOD.
ENDCLASS.
Extracted by Direct Download Enterprise version 1.3.1 - E.G.Mellodew. 1998-2005 UK. Sap Release 750


--- layout: post title: Top 10 Clever Google Voice Tricks categories: [] tags: - geek - google - google_voice status: publish type: post published: true meta: _original_post_id: '' _original_import_author: John Duprey author: ---
If you aren't using Google voice, you should be. It is to phones what a modern day e-mail client is to e-mail and more.


MyGoodNeighbors!
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Operating in Calgary!
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Fairy Druid Witch Wizard Felt hat Elf costume Fantasy Woodland Cosplay LARP Alice Disney …
€109.00
Some quick example text to build on the card title and make up the bulk of the card's content.
€118.00
Felted hat Wizard Elf Fairy Elven Druid Fae OOAK Zelda Alice Hood Woodland Fantasy Cosplay LARP Disney Shaman Goth Pagan Gift
€143.00
Fairy Druid Witch Wizard Felt hat Elf costume Fantasy Woodland Cosplay LARP Alice Disney …
€109.00
Some quick example text to build on the card title and make up the bulk of the card's content.
€118.00
Felted hat Wizard Elf Fairy Elven Druid Fae OOAK Zelda Alice Hood Woodland Fantasy Cosplay LARP Disney Shaman Goth Pagan Gift
€143.00
Claudio Rognoni Nov 28, 2019
A truly magnificent shawl. Very original and very refined. It will be a unique and perfect gift.
See reviewed product
Claudio Rognoni Nov 28, 2019
A truly magnificent shawl. Very original and very refined. It will be a unique and perfect gift.
See reviewed product


Senators’ Bobby Ryan enters NHL/NHLPA assistance program
OTTAWA, Ontario (AP) - Ottawa Senators forward Bobby Ryan will be away from the team indefinitely while taking part in the NHL/National Hockey League Players’ Association assistance program.
The NHL and NHLPA made the announcement Wednesday.
The Senators issued a statement from general manager Pierre Dorion saying, “Bobby is an important member of the Ottawa Senators family and he has our full support as he tends to this matter.”
The 32-year-old Ryan did not play for Ottawa in a victory in Detroit on Tuesday, one day after leaving practice early because he was not feeling well, according to coach D.J. Smith.
The No. 2 overall pick by Anaheim in the 2005 draft, Ryan has one goal and three assists in 16 games this season.
The Senators acquired Ryan in a trade with Anaheim in July 2013, on the same day they lost franchise player Daniel Alfredsson to the Detroit Red Wings in free agency.
More AP NHL: https://apnews.com/tag/NHL and https://twitter.com/AP_Sports
Sign up for Daily Newsletters
Copyright © 2019 The Washington Times, LLC.
Please read our comment policy before commenting.


{% extends "global/Page.html" %} {% load staticfiles otree_tags %} {% block title %} Thank You For Completing The Survey {% endblock %} {% block content %}
You did not qualify to participate in the paid bonus section of this study and so your participation is complete. Thank you for your time!


Fragment objects are a basic unit for organizing small groups of
Atoms. Amino acid residues are fragments, as well as nucleic acids and
other small molecules. In terms of a PDB file, they are all the atoms
from a unique residue in a chain.
Fragment.res_name - the fragment/residue name Fragment.res_seq
- the sequence id of the fragment/residue Fragment.chain_id - the ID
of the chain containing this fragment
|
|
__init__(self,
model_id=1,
chain_id='
' ,
fragment_id='
' ,
res_name='
' ,
**args)
x.__init__(...) initializes x; see x.__class__.__doc__ for signature |
source code
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__getitem__(self,
name_idx)
Lookup an atom contained in a fragment by its name, or by its index
within the fragment's private atom_list. |
source code
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__contains__(self,
atom_idx)
Return True if the Atom object is contained in the fragment. |
source code
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index(self,
atom)
Returns the sequential index of the atom. |
source code
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set_default_alt_loc(self,
alt_loc)
Sets the default alt_loc of the Fragment. |
source code
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add_atom(self,
atom)
Adds an atom to the fragment, and sets the atom's atom.fragment
attribute to the fragment. |
source code
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remove_atom(self,
atom)
Removes the Atom instance from the Fragment. |
source code
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get_atom(self,
name,
alt_loc=None)
Returns the matching Atom instance contained in the Fragment. |
source code
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get_equivalent_atom(self,
atom)
Returns the atom with the same fragment_id and name as the argument
atom, or None if it is not found. |
source code
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iter_atoms(self)
Iterates over all Atom objects contained in the Fragment matching the
current model and default alt_loc. |
source code
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iter_all_atoms(self)
Iterates of all Atoms in the Fragment including Altlocs. |
source code
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count_all_atoms(self)
Counts all Atom objects including Atoms in alternate conformations. |
source code
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get_model(self)
Returns the parent Chain object. |
source code
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get_chain(self)
Returns the parent Chain object. |
source code
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get_structure(self)
Returns the parent Structure object. |
source code
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is_amino_acid(self)
Returns True if the Fragment is an Amino Acid residue. |
source code
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is_nucleic_acid(self)
Returns True if the Fragment is a Nucleic Acid residue. |
source code
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is_water(self)
Returns True if the Fragment is a water molecule, returns False
otherwise. |
source code
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set_model_id(self,
model_id)
Sets the model_id of the Fragment and all contained Atom objects. |
source code
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set_chain_id(self,
chain_id)
Sets the chain_id of the Fragment and all contained Atom objects. |
source code
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set_fragment_id(self,
fragment_id)
Sets the fragment_id of the Fragment and all contained Atom objects. |
source code
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set_res_name(self,
res_name)
Sets the res_name of the Fragment and all contained Atom objects. |
source code
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Inherited from object :
__delattr__ ,
__format__ ,
__getattribute__ ,
__hash__ ,
__new__ ,
__reduce__ ,
__reduce_ex__ ,
__repr__ ,
__setattr__ ,
__sizeof__ ,
__subclasshook__
|


Van driver trapped by flood water up to the windows
Water was rising to the windows and threatening to engulf the stranded driver.
by Paul GreavesA van driver has been rescued by firefighters after becoming engulfed in a river.
It happened on Exeter Road in Kingsteignton on Saturday morning just after 6am.
The driver called 999 from the van as water rose to the windows and threatened to overcome him and the vehicle.
Firefighters used flood rescue suits to get him out.
Devon and Somerset Fire and Rescue Service said: “Fire control received a call from a member of the public reporting that their van had gone into a river and they were inside the van with water going up to the windows.
“Fire Control quickly mobilised two fire engines from Newton Abbot and a Special Rescue Team from Exmouth whilst advising the caller to escape from their vehicle as they reported it was beginning to lift.
“Upon arrival, the crews from Newton Abbot stood down the oncoming rescue team and were able to rescue the caller from their van with no injuries. Crews used flood rescue suits and lighting, the person within the vehicle did not require any medical treatment.”
A weather warning is in force across the region due to heavy rain.
The Environment Agency has also issued a flood warning for residents living near the River Teign.


Chief Investigator Johnny:
Be careful 'round here. A fellow gets lost when they wander around alone. And when a fellow gets lost, bad things can happen. Get my drift? You look tough, though - maybe you have what it takes to make it out here.
Quest


Component: tos.lib.diagmsg.DiagMsgM
module DiagMsgM
Provides
interface
DiagMsg
interface
Init
Uses
interface
AMSend
interface
Packet
interface
TaskBasic
as
send


--- layout: compress --- {% include head.html %} {% include nav-expanded.html %} {% include nav.html %}


Of the many engineering disciplines , Mechanical Engineering is the broadest, encompassing a wide variety of engineering fields and many specialties. The mechanical engineers are employed in an enormous range of technical areas including: acoustics, air-conditioning, automatic controls, computer-aided design, energy management, fluid dynamics, robotics, biomechanics and turbo machinery, just to name a few. Mechanical engineering is a challenging, rewarding and highly respected profession.
The department of Mechanical Engineering at IT Gopeshwar with its commitment to excellence educates the engineers of tomorrow by integrating classroom theory and practical hands-on projects, and also by emphasizing the process of learning and critical thinking by conducting industrial visits.
The teaching and research programs in the department are organized according to both disciplinary and inter-disciplinary themes. We cover all the core disciplinary areas of Mechanical Engineering including dynamics, controls, solid mechanics, materials, fluid mechanics, thermodynamics, automobile and design.
To Develop our department as a center of excellence, imparting quality education, generating competents and skilled manpower. We prepare our students with high degree of credibility, integrity, ethical standards and social concern. we train our students to devise and implemented noval systems, based on education and research..
To provide an acagemically conducive enveronment for individuals to develop as technologically superior, socially conscious and nationally responsible citizens.
To develop technically competent and well trained software engineers to attain National and International recognition. To frame and disseminate high quality program with the continuous and co-ordinate efforts of faculty and student body at all academic levels and various sectors. To produce ethically and socially responsible engineers who can involve themselves for community development to increase the productivity by providing suitable engineering solutions. To provide an acagemically conducive enveronment for individuals to develop as technologically superior, socially conscious and nationally responsible citizens.
Being affiliated to the Uttarakhand Technical University, The Mechanical Engineering department of the IT Gopeshwar follows the courses and syllabus prescribed by UTU which focus on and provide in-depth studies in the following main stream topics-:
Institute of Technology, Gopeshwar is one of the Four constituent colleges of Uttarakhand Technical University that was established in October 2013 with the approval of Uttarakhand Government.
Institute of Technology, Gopeshwar is one of the Four constituent colleges of Uttarakhand Technical University that was established in October 2013 with the approval of Uttarakhand Government.
Institute of Technology, Gopeshwar is one of the Four constituent colleges of Uttarakhand Technical University that was established in October 2013 with the approval of Uttarakhand Government.


You already know how to create your own types. Now, you will learn how to create two types that are related to each other.
Song
We have already created a class Song
. As shown in the constructor, a Song
has an artist, a title, and a duration in minutes and seconds. Our Song
class also has an
__str__
method that prints the name of the artist, the title, and duration of the song.
class Song: """A song.""" def __init__(self, artist, title, minutes, seconds): """ (Song, str, str, int, int) -> NoneType A Song with an artist, title, minutes, and seconds. >>> song = Song('Neil Young', 'Harvest Moon', 5, 3) >>> song.artist 'Neil' >>> song.title 'Harvest Moon' >>> song.minutes 5 >>> song.seconds 3 """ self.title = title self.artist = artist self.minutes = minutes self.seconds = seconds def __str__(self): """ (Song) -> str Return a string representation of this song. >>> song = Song('Neil Young', 'Harvest Moon', 5, 3) >>> str(song) 'Neil Young, Harvest Moon (5:03)' """ return self.artist + ', ' + self.title + ' (' + str(self.minutes) \ + ':' + str(self.seconds).rjust(2, '0') + ')' if __name__ == '__main__': s1 = Song("Neil Young", "Harvest Moon", 5, 3) s2 = Song("Serena Ryder", "Stompa", 3, 15) print(s1) print(s2)
If we run the above module, here is the output:
>>> Neil Young, Harvest Moon (5:03) Serena Ryder, Stompa (3:15) >>>
Playlist
Now, we want to create a new class called Playlist
that will keep track of a playlist of songs. Initially, the
Playlist
object will have a title, but will not contain any songs. Therefore, the constructor will only take as input the name of the Playlist
. The constructor will
create an empty list for the songs. Next, we create an add
method that adds songs to the
Playlist
. Here is the code so far:
import song class Playlist: def __init__(self, title): """ (Playlist, str) -> NoneType >>> playlist = Playlist('Canadian Artists') >>> playlist.title 'Canadian Artists' >>> playlist.songs [] """ self.title = title self.songs = [] def add(self, song): """ (Playlist, Song) -> NoneType Add song to this playlist. >>> stompa = song.Song("Serena Ryder", "Stompa", 3, 15) >>> playlist = Playlist('Canadian Artists') >>> playlist.add_song(stompa) >>> playlist.songs [stompa] """ self.songs.append(song) if __name__ == '__main__': import doctest doctest.testmod()
Notice that we import song
, so that we can use class Song
it in our new class.
If we run the above module, we will get no output, which means that the doctest
passed. Now, let us create a new
method that returns the total duration of all the Song
objects in the Playlist
. The return type
of the get_duration
method will be a tuple of minutes and seconds. Here is the code for get_duration
:
def get_duration(self): """ (Playlist) -> (int, int) Return the duration of this playlist as tuple of minutes and seconds. >>> playlist = Playlist('Canadian Artists') >>> playlist.add(song.Song('Neil Young', 'Harvest Moon', 5, 3)) >>> playlist.add(song.Song('Serena Ryder', 'Stompa', 3, 15) >>> playlist.duration() (8, 18) """ total_minutes = 0 total_seconds = 0 for song in self.songs: total_minutes = total_minutes + song.minutes total_seconds = total_minutes + song.seconds return (total_minutes, total_seconds)
We use two accumulators: one to keep track of the sum of the minutes for all songs in the playlist, and another one to keep track of the sum of the seconds for all songs in the playlist. We look up a song's length using its seconds
and
minutes
instance variables. The for
loop loops over all the song
objects in the playlist (in the songs
instance variable),
and for each Song
object, its
minutes
and seconds
are added to the appropriate accumulator.
Once the loop has finished executing, the total number of minutes and seconds is returned. However, it is possible
for the total number of seconds for all the songs to be greater than 60. For instance, assume a song that is 3:35 (3 minutes and
35 seconds) long, and another song that is 2:50 (2 minutes and 50 seconds) long. If we simply add these two songs just as the
above get_duration
method does, we will get a tuple (5, 85) or 5 minutes and 85 seconds.
However, this is not a nice way to report the total
duration of the songs. The correct thing to do is to return (6, 25). This can be acheived by removing 60 seconds from the
seconds accumulator, and adding it to the minutes accumulator. We'll update the expression returned by the method:
def get_duration(self): """ (Playlist) -> (int, int) Return the duration of this playlist as tuple of minutes and seconds. >>> playlist = Playlist('Canadian Artists') >>> playlist.add(song.Song('Neil Young', 'Harvest Moon', 5, 3)) >>> playlist.add(song.Song('Serena Ryder', 'Stompa', 3, 15) >>> playlist.duration() (8, 18) """ total_minutes = 0 total_seconds = 0 for song in self.songs: total_minutes += song.minutes total_seconds += song.seconds return (total_minutes + total_seconds // 60, total_seconds % 60)
Finally, we will write a __str__
method in order to have a nice output
when the print
function is called on our Playlist
object:
def __str__(self): """ (Song) -> str Return a string representation of this playlist. >>> playlist = Playlist('Canadian Artists') >>> playlist.add(song.Song('Neil Young', 'Harvest Moon', 5, 3)) >>> playlist.add(song.Song('Serena Ryder', 'Stompa', 3, 15) '''Canadian Artists (8:18) Neil Young, Harvest Moon (5:03) Serena Ryder, Stompa (3:15)''' """ duration = self.get_duration() minutes = str(duration[0]) seconds = str(duration[1]).rjust(2, '0') result = self.title + ' (' + minutes + ':' + seconds + ')' # Append the songs in the playlist. song_num = 1 for song in self.songs: result = result + '\n' + str(song_num) + '. ' + str(song) song_num = song_num + 1 return result
In the above __str__
method, we first gather general data about the playlist, and then move on to get information
for each individual song by calling str
, which uses Song
's __str__
method. Notice that for the string representation of seconds
, we perform rjust
. Here is
an example of how we'll use it:
>>> '3'.rjust(2,'0') '03' >>> '14'.rjust(2, '0') '14'
Essentially, rjust
makes sure that the string has exactly two characters. If it doesn't, then rjust
will add as many 0
s as necessary to the beginning of the string in order to make its length 2. Finally, in __str__
, we create a variable
result
that will contain the name of the playlist and the total duration of all the songs in the playlist. Next, we add
the name and duration of each individual song to the result
variable. Notice that we keep of track of the number
of songs with the variable song_num
; this varialbe will be used for the string representation of the
Playlist
object. Finally, __str__
will return the result
string we created.
The last thing we will do is create our main program:
if __name__ == '__main__': playlist = Playlist('Canadian Artists') playlist.add(song.Song("Neil Young", "Harvest Moon", 5, 3)) playlist.add(song.Song("Serena Ryder", "Stompa", 3, 15)) playlist.add(song.Song("Stompin' Tom Connors", "The Hockey Song", 2, 17)) print(playlist)
If we run the Playlist
module, the output will be:
>>> Canadian Artists (10:35) 1. Serena Ryder, Stompa (3:15) 2. Neil Young, Harvest Moon (5:03) 3. Stompin' Tom Connors, The Hockey Song (2:17) >>>


Notebooks
Story: The preparation of tinder from a certain thorn tree
The preparation of tinder from a certain thorn tree
Title
The preparation of tinder from a certain thorn tree
Collection
Summary
The preparation of tinder. In the Katkop dialect, by Díä!kwãin (L V.10. 4761 rev.4764 rev., note). Tinder–making, by |han≠kass’o (L VIII.-28. 8472 and 8473). Tinder is made from a certain thorn tree (called !kou).
Comments
1) This story is found in Book V-10
Contributors
Date
June 1875
Categories
Keywords
tinder (containers used for) , tinder (the making and preparation of) , tinder (from the !kou thorn tree) , fire (the making of) , fire (the preparation of tinder) , fire (and the use of the tinderbox) , trees (the preparation of tinder from a certain thorn tree) , trees (and making tinder) , trees (the !kou thorn-) , trees (the Doorn Boom) , trees (and worms) , name (of a thorn tree from which tinder is prepared) , tinderbox (and the preparation of tinder from a certain thorn tree)
Story Pages
4761v-4764v


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Organizing view
-
2013, Week 2
-
Monday, January 7: 8.00 hours
- 8.00 – Changed CSS to accomodate...
-
Tuesday, January 8: 8.00 hours
- 6.00 – Altered code...
- 2.00 – Simplified our approach to...
-
Wednesday, January 9: 6.00 hours
- 3.00 – Fixed bug caused by...
- 3.00 – Comitting latest code to Git...
-
Wednesday, January 9: 4.00 hours
- 2.00 – Create component that...
-
Monday, January 7: 8.00 hours
-
2013, Week 3
-
Monday, January 14: 8.00 hours
- 7.75 – Writing documentation...
- 0.25 – Reverting code back to...
-
Monday, January 14: 8.00 hours


Reports
List of all unresolved Reports
| Title | Message | Location | Time | Witness | {% for report in reports %}
|---|---|---|---|---|
| {{ report.title }} | {{ report.message }} | {% firstof report.location 'Unknown' %} | {{ report.time_created }} | {% firstof report.witness 'Anonymous' %} |
Resolved Reports
List of all resolved Reports
| Title | Location | Witness | {% for report in resolved_reports %}
|---|---|---|
| {{ report.title }} | {% firstof report.location 'Unknown' %} | {% firstof report.witness 'Anonymous' %} |


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Visual Form Maker is web application based on laravel framework and jQuery.formbuilder that allowing you to build and manage simple html forms using simple drag-and-drop action.
This web application allow you to build html form using by simple drag-and-drop, and mange the process and submission using simple backend admin interface. AND all this , without any coding.
Let's start ...


The best way to understand energy is to learn about its different forms.
Energy changes forms without loss or gain. The law of conservation of energy states that the total energy of an isolated system remains constant—it is said to be conserved over time.
Energy cannot be created or destroyed, but it can change forms.
- Chemical energy is converted to kinetic energy in the explosion of a stick of dynamite.
- A microwave converts electrical energy into light energy and then into the heat energy.
- As an object falls the gravitational potential energy of position is converted to kinetic energy.
- Chemical energy stored in methane is burned to form heat energy.
Work
Work measures a change in energy caused by a force.
Work is only done when a force causes an object to change position.
- An elevator lifting an person is work.
- Pedaling a moving bike is work.
- Pushing a box across the floor is work.
- A car skidding to a stop is work.
- Pushing a stationary wall is not work.
- A ball rolling on flat frictionless ground is not work.
$$W = Fd\cos\theta$$
\(W\) = work [J, Joules, kg m²/s²]\(F\) = Force [N, Newtons, kg m/s²] vector
\(d\) = displacement [m] vector
\(\theta\) = angle between applied force and displacement
F cos θ returns the component of the force vector in the same direction as the displacement vector. vector.
solution
$$W = Fd\cos\theta$$ $$W = (100)(200)\cos(30)$$ $$W = (100)(200)(0.866)$$ $$W = 17320\, \mathrm{J}$$solution
$$W = Fd\cos\theta$$ $$W = (10)(2)\cos(0)$$ $$W = (10)(2)(1)$$ $$W = 20\, \mathrm{J}$$solution
The force to lift must be slightly larger than the force of gravity.
$$F_{g} = mg$$$$W = Fd\cos\theta$$ $$W = (mg)d\cos\theta$$ $$W = (2085)(9.8)(2.5)\cos(0)$$ $$W = 51082.5\, \mathrm{J}$$
Kinetic Energy
$$K = \small\tfrac{1}{2}\normalsize mv^{2}$$
\(K\) = kinetic energy [J, Joules]\(m\) = mass [kg]
\(v\) = velocity [m/s]
derivation of kinetic energy
$$v^2 = u^2 +2a\Delta x$$
Kinetic energy is defined as relative to zero velocity, so set the initial velocity to zero.
$$v^2 = 2a\Delta x$$ $$a\Delta x =\frac{v^2}{2}$$
times both sides by mass
$$ma\Delta x =\tfrac{1}{2}mv^2 $$ $$F=ma$$ $$F\Delta x =\tfrac{1}{2}mv^2 $$Kinetic energy can be produced by work.
$$K = W = Fd = F\Delta x$$ $$K =\tfrac{1}{2}mv^2$$Kinetic energy is the energy objects have from motion. This includes anything moving: light, sound, heat, electricity
Energy has units of Joules in the metric system. 1 Joule is the same as a 2 kg mass moving at 1 m/s.
Energy is a scalar. It has no direction. Not having to work with vectors can make solving 2-D and 3-D problems much easier.
solution
$$KE = \tfrac{1}{2}mv^{2}$$ $$K = \tfrac{1}{2}(20)(5)^{2}$$ $$K = 250 \, \mathrm{J}$$solution
$$K = \tfrac{1}{2}mv^{2}$$ $$K = \tfrac{1}{2}(20)(-5)^{2}$$Energy is a scalar so direction doesn't matter. The negative sign on the velocity goes away because it is squared, and we get the same answer when she runs left or right.
$$K = 250 \, \mathrm{J}$$solution
$$K = \tfrac{1}{2}mv^{2}$$ $$100 = \tfrac{1}{2}(80)v^{2}$$ $$100 = (40)v^{2}$$ $$2.5 = v^{2}$$ $$1.58 \mathrm{\tfrac{m}{s}} = v$$That's about walking speed. It takes about 100 J to accelerate a person from rest to walking speed.
Potential Energy
Potential energy is stored energy from the position of an object.
Examples of potential energy:
How could each of these potential energies convert into kinetic energy?
Gravitational Potential Energy
If you drop a massive object, it will gain kinetic energy as it falls. We call the potential for the energy of its position to turn into kinetic energy gravitational potential energy
derivation of gravitational potential energy
Gravitational energy can be calculated with the work equation. $$W = Fd\cos\theta$$ As an object falls the force of gravity pulls the object vertically down. $$F_{g} = mg$$ $$W = mgd\cos\theta$$ The displacement is vertical so lets call it height: h. $$W = mgh\cos\theta$$ The force of gravity and the height are pointed in the same direction, so cos(0)=1. $$W = mgh$$ We now have a nice equation for the energy that comes from the work of lifting an object.
$$U_{g} = mgh$$
\(U_g\) = gravitational potential energy [J, Joules]\(m\) = mass [kg]
\(g\) = acceleration from gravity, 9.8 on Earth [m/s²]
\(h\) = height [m]
Height is the tricky part of this equation, because where is zero height? The ground floor can be the zero point, or the floor of the basement or the top of a table, or any point. You choose a zero point that makes the problem less complex, like the starting or ending point.
Which of these three zero points seem the best choice?
|
$$U_{g} = mgh$$ $$U_{g} = (5)(9.8)(100)$$ $$U_{g} = 4900 \, \mathrm{J}$$ |
$$U_{g} = mgh$$ $$U_{g} = (5)(9.8)(0)$$ $$U_{g} = 0$$ |
$$U_{g} = mgh$$ $$U_{g} = (5)(9.8)(50)$$ $$U_{g} = 2450 \, \mathrm{J}$$ |
We get 3 different answers because of the different zero points. Unlike kinetic energy, gravitational potential energy isn't consistent, but we can still use it to find a change in gravitational potential energy.
Example: How much energy does it take for an elevator to bring a 100 kg person from the 1st story to the 6th story? convert 1 story to meters
solution
$$\text{6th story - 1st story = 5 stories} $$ $$ \left(5\,\mathrm{story} \right) \left(\frac{3 \, \mathrm{m}} {1 \, \mathrm{story}}\right) = 15 \, \mathrm{m}$$$$U_{g} = mgh$$ $$U_{g} = (100)(9.8)(15)$$ $$U_{g} = 14700 \, \mathrm{J}$$
Example: How much gravitational energy is lost as an 80.0 kg person rides down from the top of the 400 ft ride LEX LUTHOR: Drop of Doom?
convert ft to m
solution
$$-400\,\mathrm{ft}\left(\frac{0.3048\,\mathrm{m}}{1\,\mathrm{ft}}\right) = -122\,\mathrm{m}$$$$U_{g} = mgh$$ $$U_{g} = (80.0)(9.8)(-122)$$ $$U_{g} = -95648\,\mathrm{J}$$
Elastic Potential Energy
Elastic materials all obey Hooke's law which says that there is a linear relationship between displacement and the restoring force:
$$F = -kx$$
\(F\) = Restoring elastic force [N, Newtons, kg m/s²] Vector\(k\) = spring constant [kg/s²]
\(x\) = displacement from equilibrium [m] vector
The spring constant k is different for every spring. Sometimes when you buy a spring the constant will be listed, but we can also measure k directly.
The Spring force is always directed back towards the equilibrium point. This works for compressing the spring or expanding the spring.
derivation of elastic potential energy
The energy stored in an elastic material can be calculated with the equation for work and some calculus. $$W = Fd\cos\theta$$
The displacement in the work equation d is the same as the displacement in the force equation x. Lets make
them both x. $$W = Fx\cos\theta$$ The elastic force and the displacement are always at 0 degrees. cos(0)
= 1 $$W = Fx$$ The force is the elastic force. $$F = -kx$$ We can't directly replace F with -kx in the work
equation because the force changes over the displacement.
F= 0 at x=0 and F=-k*10 at x=10
We need to use an operation from calculus called an integral.
The integral will find the area of F times x, which equals work. $$W = \int_{0}^{x} kx \ dx$$ $$W = \frac{1}{2}
kx^2 $$
$$U_{s} = \tfrac{1}{2}kx^{2}$$
\(U_s\) = elastic/spring potential energy [J, Joules, kg m²/s²]\(k\) = spring constant [kg/s²]
\(x\) = displacement [m]
k = m =
solution
$$200 \, \mathrm{(c)m} = \mathrm{200\left(\frac{1}{100}\right)m = 2\,m}$$$$U_{s} = \tfrac{1}{2}kx^{2}$$ $$U_{s} = \tfrac{1}{2} (0.3)(2)^{2}$$ $$U_{s} = 0.6 \, \mathrm{J}$$
Example: You need to find the spring constant for a spring mass system. To find the spring constant you pull the mass 40 cm out of equilibrium and measure a spring force of 100 N. What's the spring constant?
solution
$$x= \mathrm{40\,(c)m = 40\left(\frac{1}{100}\right)m =0.4 \, m}$$$$F= -kx$$ $$-\frac{F}{x} = k$$ $$-\frac{-100}{0.4} = k$$ $$250 \mathrm{\tfrac{kg}{s^2}} = k$$


Shiny is an R package that makes it easy to build interactive web apps straight from R, this time I'm using it to develop an application that classifies a set of plants by Species : Setosa, Virginica, Versicolor. This is a simple project that ilustrates what we can do with the Rstudio tools.
Check it outThis project is a Kaggle Kernel about the state of data science in 2017 according to a industry-wide survey Kaggle conducted this year, the survey received over 16000 responses from people around the world. I want to show through a couple of visualizations things like where data scientists come from or what tools they are using, also I want to describe the profile of who is working with data.
Check it outThis is a basic shiny app that analyzes the sentiment of twitter data. The app was built using the tm library for text mining in R, twitteR library that allows R connect to the twitter API to get the tweets.
Check it out


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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object | +--org.objectstyle.cayenne.map.MapObject | +--org.objectstyle.cayenne.map.Entity
An Entity is an abstract descriptor for an entity mapping concept. Entity can represent either a descriptor of database table or a persistent object.
| Field Summary | |
protected CayenneMap |
attributes
|
protected java.util.SortedMap |
attributesMapRef
|
protected java.util.Collection |
attributesRef
|
static java.lang.String |
PATH_SEPARATOR
|
protected CayenneMap |
relationships
|
protected java.util.SortedMap |
relationshipsMapRef
|
protected java.util.Collection |
relationshipsRef
|
| Fields inherited from class org.objectstyle.cayenne.map.MapObject |
objName, objParent |
| Constructor Summary | |
Entity()
|
| Method Summary | |
void |
addAttribute(Attribute attr)
Adds new attribute to the entity. |
void |
addQuery(java.lang.String queryName,
Query query)
Deprecated. Since 1.1 Queries are stored at the DataMap level. |
void |
addRelationship(Relationship rel)
Adds new relationship to the entity. |
void |
clearAttributes()
|
void |
clearQueries()
Deprecated. Since 1.1 Queries are stored at the DataMap level. |
void |
clearRelationships()
|
Relationship |
getAnyRelationship(Entity targetEntity)
Returns a relationship that has a specified entity as a target. |
Attribute |
getAttribute(java.lang.String attrName)
Returns attribute with name attrName . |
java.util.SortedMap |
getAttributeMap()
Returns entity attributes as an unmodifiable map. |
java.util.Collection |
getAttributes()
Returns entity attributes. |
DataMap |
getDataMap()
|
Query |
getQuery(java.lang.String queryName)
Deprecated. Since 1.1 Queries are stored at the DataMap level. |
Relationship |
getRelationship(java.lang.String relName)
Returns relationship with name relName . |
java.util.SortedMap |
getRelationshipMap()
Returns a map of relationships sorted by name. |
java.util.Collection |
getRelationships()
Returns a collection of Relationships that exist in this entity. |
java.lang.Object |
lastPathComponent(Expression pathExp)
Convenience method returning the last component in the path iterator. |
void |
removeAttribute(java.lang.String attrName)
Removes an attribute named attrName . |
void |
removeQuery(java.lang.String queryName)
Deprecated. Since 1.1 Queries are stored at the DataMap level. |
void |
removeRelationship(java.lang.String relName)
Removes a relationship named attrName . |
abstract java.util.Iterator |
resolvePathComponents(Expression pathExp)
Processes expression pathExp and returns an Iterator
of path components that contains a sequence of Attributes and Relationships. |
java.util.Iterator |
resolvePathComponents(java.lang.String path)
Returns an Iterator over the path components that contains a sequence of Attributes and Relationships. |
void |
setDataMap(DataMap dataMap)
Sets parent DataMap of this entity. |
abstract Expression |
translateToRelatedEntity(Expression expression,
java.lang.String relationshipPath)
Translates Expression rooted in this entity to an analogous expression rooted in related entity. |
protected abstract void |
validateQueryRoot(Query query)
Deprecated. Unused since 1.1 |
| Methods inherited from class org.objectstyle.cayenne.map.MapObject |
getName, getParent, setName, setParent, toString |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Methods inherited from interface org.objectstyle.cayenne.util.XMLSerializable |
encodeAsXML |
| Field Detail |
public static final java.lang.String PATH_SEPARATOR
protected CayenneMap attributes
protected java.util.SortedMap attributesMapRef
protected java.util.Collection attributesRef
protected CayenneMap relationships
protected java.util.SortedMap relationshipsMapRef
protected java.util.Collection relationshipsRef
| Constructor Detail |
public Entity()
| Method Detail |
public DataMap getDataMap()
public void setDataMap(DataMap dataMap)
public Query getQuery(java.lang.String queryName)
public void addQuery(java.lang.String queryName, Query query)
public void removeQuery(java.lang.String queryName)
public void clearQueries()
protected abstract void validateQueryRoot(Query query) throws java.lang.IllegalArgumentException
java.lang.IllegalArgumentException
- if query does not belong to this entity.public Attribute getAttribute(java.lang.String attrName)
attrName
.
Will return null if no attribute with this name exists.
public void addAttribute(Attribute attr)
attr
's entity to be this entity.
public void removeAttribute(java.lang.String attrName)
attrName
.
public void clearAttributes()
public Relationship getRelationship(java.lang.String relName)
relName
.
Will return null if no relationship with this name
exists in the entity.
public void addRelationship(Relationship rel)
public void removeRelationship(java.lang.String relName)
attrName
.
public void clearRelationships()
public java.util.SortedMap getRelationshipMap()
public Relationship getAnyRelationship(Entity targetEntity)
public java.util.Collection getRelationships()
public java.util.SortedMap getAttributeMap()
public java.util.Collection getAttributes()
public abstract Expression translateToRelatedEntity(Expression expression, java.lang.String relationshipPath)
public java.lang.Object lastPathComponent(Expression pathExp)
resolvePathComponents(Expression)
public abstract java.util.Iterator resolvePathComponents(Expression pathExp) throws ExpressionException
pathExp
and returns an Iterator
of path components that contains a sequence of Attributes and Relationships.
Note that if path is invalid and can not be resolved from this entity,
this method will still return an Iterator, but an attempt to read the first
invalid path component will result in ExpressionException.
ExpressionException
public java.util.Iterator resolvePathComponents(java.lang.String path) throws ExpressionException
ExpressionException
|
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Syntax:
pathname pathspec => pathname
Arguments and Values:
pathspec---a pathname designator.
pathname---a pathname.
Description:
Returns the pathname denoted by pathspec.
If the pathspec designator is a stream, the stream can be either open or closed; in both cases, the pathname returned corresponds to the filename used to open the file. pathname returns the same pathname for a file stream after it is closed as it did when it was open.
If the pathspec designator is a file stream created by opening a logical pathname, a logical pathname is returned.
Examples:
;; There is a great degree of variability permitted here. The next ;; several examples are intended to illustrate just a few of the many ;; possibilities. Whether the name is canonicalized to a particular ;; case (either upper or lower) depends on both the file system and the ;; implementation since two different implementations using the same ;; file system might differ on many issues. How information is stored ;; internally (and possibly presented in #S notation) might vary, ;; possibly requiring `accessors' such as PATHNAME-NAME to perform case ;; conversion upon access. The format of a namestring is dependent both ;; on the file system and the implementation since, for example, one ;; implementation might include the host name in a namestring, and ;; another might not. #S notation would generally only be used in a ;; situation where no appropriate namestring could be constructed for use ;; with #P. (setq p1 (pathname "test")) => #P"CHOCOLATE:TEST" ; with case canonicalization (e.g., VMS) OR=> #P"VANILLA:test" ; without case canonicalization (e.g., Unix) OR=> #P"test" OR=> #S(PATHNAME :HOST "STRAWBERRY" :NAME "TEST") OR=> #S(PATHNAME :HOST "BELGIAN-CHOCOLATE" :NAME "test") (setq p2 (pathname "test")) => #P"CHOCOLATE:TEST" OR=> #P"VANILLA:test" OR=> #P"test" OR=> #S(PATHNAME :HOST "STRAWBERRY" :NAME "TEST") OR=> #S(PATHNAME :HOST "BELGIAN-CHOCOLATE" :NAME "test") (pathnamep p1) => true (eq p1 (pathname p1)) => true (eq p1 p2) => true OR=> false (with-open-file (stream "test" :direction :output) (pathname stream)) => #P"ORANGE-CHOCOLATE:>Gus>test.lisp.newest"
Affected By: None.
Exceptional Situations: None.
See Also:
pathname, logical-pathname, Section 20.1 (File System Concepts), Section 19.1.2 (Pathnames as Filenames)
Notes: None.


# Be sure to restart your server when you modify this file.
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Over 1,200 5-Star Reviews
Where I've Been
| Dates | Work Experience | Description |
|---|---|---|
| 2019-Present | Freelance Teacher/Tutor/Consultant through Wyzant | Over 700 5-star reviews |
| 2017-2019 | Teacher/Tutor through Varsity Tutors | Over 400 5-star reviews |
What Students Have To Say
Things I've Built
| Year | Title | Links |
|---|---|---|
| 2019 | The Backrooms Game | Steam |
| 2018 | THE GREAT GEOMETRIC MULTIVERSE TOUR | Steam |
| 2017 | they whisper softly to me | Steam |
Obsessed with Learning
I consider myself a life-long learner. From low-level programming, to web development, to game development, to electrical engineering, I'm passionate about anything and everything tech!
Technologies I Know
| Unity3D | ⭐⭐⭐⭐⭐ | Java | ⭐⭐⭐⭐⭐ |
| C# | ⭐⭐⭐⭐⭐ | Python | ⭐⭐⭐⭐ ☆ |
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BTS Jimin looks absolutely stunning in "Black Serendipity vs White Serendipity" performance from BTS final concert.
by parkhaneul1013BTS Jimin is well known for his aesthetic and fantasy-like 'Serendipity' performance. Out of all BTS Jimin's 'Serendipity' performance, nothing can compared to this side by side video of his 'Black Serendipity vs White Serendipity' taken on the first day second day of BTS Love Yourself - Speak Yourself final concert.
BTS Jimin who is also known for his duality during performance gave two different vibes as he looks innocent and pure with his white outfit but looks dangerously sexy with his black outfit. BTS Jimin's outstanding vocal and flawless dancing skills in both video gained a lot of great reaction from fans around the world.


--- layout: page title: "Welcome to Data Science Park" subtitle: Let's talk with data! meta-title: Jie Lou use-site-title: true bigimg: - "/img/hey.jpg" : "Great Ocean Road" --- Thanks for visiting: You are the th visitor to this site!


| scale_fill_selection {crosstalk} | R Documentation |
Add scale_fill_selection()
or scale_color_selection
to a ggplot
to customize the scale for fill or color, respectively, for linked brushing.
Use selection_factor
to turn logical vectors representing selection,
to a factor with the levels ordered for use with ggplot2 bar stacking.
scale_fill_selection(color_false, color_true) scale_color_selection(color_false, color_true) selection_factor( x, na.replace = c(FALSE, NA, TRUE), reverse = packageVersion("ggplot2") < "2.2.0" )
color_false |
The color that should be mapped to unselected rows |
color_true |
The color that should be mapped to selected rows |
x |
Either a data frame with a |
na.replace |
The value to use to replace |
reverse |
Whether the factor level order should be |
## Not run: sd <- SharedData$new(iris) renderPlot({ df <- sd$data(withSelection = TRUE, withFilter = TRUE) ggplot(df, aes(Sepal.Length, Sepal.Width, color = selection_factor(df))) + geom_point() + scale_color_selection("#444444", "skyblue1") }) ## End(Not run)


module.exports = function(vector, k, callback) {
if (!vector || !k || !callback) throw new Error(
"Provide 3 arguments: callback, vector, clusters")
return new Kmeans(vector, k, callback)
}
kmeans.js 0.0.1
The kmeans clustering algorithm relies upon knowing in advance the number of clusters in which to place vectors.
Expose our library to be called externally
module.exports = function(vector, k, callback) {
if (!vector || !k || !callback) throw new Error(
"Provide 3 arguments: callback, vector, clusters")
return new Kmeans(vector, k, callback)
}
function Kmeans (vector, k, callback) {
Vector: array of arrays. Inner array
represents a multidimensional data point (vector)
These should be normalized
this.callback = callback
this.vector = vector
K: represents the number of groups/clusters into which the vectors will be grouped
this.k = k
Initialize the centroids and clusters
Centroids: represent the center of each cluster.
They are taken by averaging each dimension of the vectors
this.centroids = new Array(k)
this.cluster = new Array(k)
Create centroids and place them randomly because we don't yet know where the vectors are most concentrated
this.createCentroids()
var count = 0
, notFinished = true
this.iterate(this.centroids.slice(0))
}
Randomly choose k vectors from the vector array vector. These represent our guess at where clusters may exist.
Kmeans.prototype.createCentroids = function () {
var randomArray = this.vector.slice(0)
var self = this
randomArray.sort(function() {
return (Math.floor(Math.random() * self.vector.length))
});
this.centroids = randomArray.slice(0, this.k);
}
This method groups vectors into clusters and then determine the the new location for each centroid based upon the mean location of the vectors in the cooresponding cluster
Kmeans.prototype.iterate = function (vecArray) {
this.cluster = new Array(this.k)
var tempArray = []
for (var a=0; a<this.vector[0].length; a++) {
tempArray.push(0)
}
var vecArray = []
for (var a=0; a<this.k; a++) {
vecArray[a] = (tempArray.slice(0))
}
Group each vector to a cluster based upon the cooresponding centroid
for (i in this.vector) {
var v = this.vector[i].slice(0)
var index = this.assignCentroid(v)
if (!this.cluster[index]) this.cluster[index]=[]
this.cluster[index].push(v)
for (var a=0; a<v.length; a++){
vecArray[index][a]+=v[a] //keep a sum for cluster
}
}
Calculate the mean values for each cluster.
var distance
, max = 0
for (var a=0; a<this.k; a++) {
var clusterSize = this.cluster[a].length
for (b in vecArray[a]) {
vecArray[a][b] = vecArray[a][b]/clusterSize
}
distance = this.distance(vecArray[a], this.centroids[a])
if (distance>max)
max=distance
}
if (max<=0.5)
return this.callback(null, this.cluster, this.centroids)
For each centroid use the mean calculated for the corresponding cluster (effectively "moving" the centroid to its new "location")
for (z in vecArray) {
this.centroids[z] = vecArray[z].slice(0)
}
this.iterate(vecArray)
}
Kmeans.prototype.assignCentroid = function (point) {
var min = Infinity
, res = 0
For each vector we determine the distance to the nearest centroid. The vector is assigned to the cluster that corresponds to the nearest centroid.
for (i in this.centroids) {
dist = this.distance(point, this.centroids[i])
if (dist < min) {
min = dist
res = i
}
}
return res
}
Kmeans.prototype.distance = function(v1, v2) {
var total = 0
for (c in v1) {
if (c!=0)
total += Math.pow(v2[c]-v1[c], 2)
}
return Math.sqrt(total)
}


import numpy as np
from dateutil import parser
import datetime
from prime_utils import lognorm_pdf, gamma_pdf
[docs]def infection_rate(time,qshape,qscale,inftype):
"""
Infection rate (gamma or log-normal distribution)
Parameters
----------
time: float, list, or numpy array
instances in time for the evaluation of the infection_rate model
qshape: float
shape parameter
qscale: float
scale parameter
inftype: string
infection rate type (\"gamma\" for Gamma distribution, otherwise
the Log-normal distribution)
Returns
-------
vals: numpy array
infection rates corresponding to the time values provided as input parameters
"""
time = np.atleast_1d(time)
vals = np.zeros_like(time)
I = np.where(time>=0)
if inftype=="gamma":
vals[I] = gamma_pdf(time[I],qshape,scale=qscale)
else:
vals[I] = lognorm_pdf(time[I],qshape,scale=qscale)
return vals
def _infection_multiWave(state,params,n_waves=1):
"""
Compute infection curve for multi-wave epidemics
- this function is currently used by the post-processing script to push-forward
the posterior into a set of infection curves that are consistent with the
observed cases
"""
assert n_waves>0
day0 = params['day0']
ndays = params['ndays']
# compute cases
t01, N1, qshape1, qscale1 = state[0:4]
dates = np.array([parser.parse(day0)+datetime.timedelta(days=int(t01)+i) for i in range(ndays)])
infections = N1 * 1e6 * infection_rate(np.arange(1.0*ndays),qshape1,qscale1,params['inftype'])
# infections due to multiple waves
for i in range(1,n_waves):
dt1_i, N_i, qshape_i, qscale_i = state[4*i:4*i+4]
ndays_wave = ndays-int(dt1_i)
infections_wave = N_i * 1e6 * infection_rate(np.arange(1.0*ndays_wave),qshape_i,qscale_i,params['inftype'])
infections[int(dt1_i):] = infections[int(dt1_i):]+infections_wave
# convert dates to timestamp
dates = np.array([dates[i].timestamp() for i in range(ndays)])
return [dates,infections]
[docs]def infection(state,params):
"""
Compute infection curve for multi-wave epidemics
- this function is currently used by the post-processing script to push-forward
the posterior into a set of infection curves that are consistent with the
observed cases
Parameters
----------
state: python list or numpy array
model parameters
params: dictionary
detailed settings for the epidemiological model
Returns
-------
dates: numpy array
list of dates for which the infection rates were computed
infectons: numpy array
infection rate values corresponding to the list of dates
"""
model_type = params['model_type']
wavecounts={"oneWave":1,"twoWave":2,"threeWave":3}
return _infection_multiWave(state,params,n_waves=wavecounts[model_type])


|
adevs
|
#include <adevs_rand.h>
Public Member Functions | |
| rv (unsigned long seed=1) | |
| Create a random variable with the default implementation. | |
| rv (random_seq *rand) | |
| rv (const rv &src) | |
| Copy constructor relies on copy method of underlying stream. | |
| const rv & | operator= (const rv &src) |
| Assignment operator relies on copy method of underlying stream. | |
| void | set_seed (unsigned long seed) |
| See the random number generator implementation. | |
| unsigned long | next_long () |
| Get a raw value from the underlying random number generator. | |
| double | triangular (double a, double b, double c) |
| double | uniform (double a, double b) |
| Sample a uniform distribution in the range [a, b]. | |
| double | normal (double m, double s) |
| double | exponential (double a) |
| double | hyperexponential (double p, double a, double b) |
| double | laplace (double a) |
| double | chisquare (unsigned int n) |
| double | student (unsigned int n) |
| double | lognormal (double a, double b) |
| double | erlang (unsigned int n, double a) |
| double | gamma (double a, double b) |
| double | beta (double a, double b) |
| double | fdistribution (unsigned int n, unsigned int m) |
| double | poisson (double a) |
| double | geometric (double p) |
| double | hypergeometric (unsigned int m, unsigned int n, double p) |
| double | weibull (double a, double b) |
| double | binomial (double p, unsigned int n) |
| double | negativebinomial (double p, unsigned int n) |
| double | triangular (double a) |
| int | probability (double p) |
| double | lngamma (double xx) |
| ~rv () | |
| Destructor. | |
The rv class provides a random variable based on a selectable implementation. By default, this implementation is crand.
| adevs::rv::rv | ( | random_seq * | rand | ) |
Create a random variable with the desired implementation. The implementation class is adopted by the rv.
| double adevs::rv::exponential | ( | double | a | ) |
An assortment of other random variable types contributed by Alex Cave (who, at the time, was with the Intelligent Systems Automation Group in the School of Engineering at Deakin University).
| double adevs::rv::normal | ( | double | m, |
| double | s | ||
| ) |
Sample a normally distributed random variable with mean m and standard deviation s.
| double adevs::rv::triangular | ( | double | a, |
| double | b, | ||
| double | c | ||
| ) |
Sample a triangular distribution with minimum a, maximum b, and mode c.


{% extends "layout.html" %} {% block content %}
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With tens of thousands of species thriving in habitats around the globe,
orchids are some of the most diverse and well-adapted plants on Earth. I
nvestigate the many unique evolutions and survival mechanisms employed by this colorful
family when you visit The Orchid Show at NYBG.
Every year NYBG held Orchid show.
This year The orchid show will be
March 21th- April 25th.
Science week
Join us for the Fourth Annual Citizen Science Day, a nationally organized
event to increase awareness of citizen science and help volunteers discover projects that
contribute to the documentation of Earth's Biodiversity.
Take action with a wide range of activities, including bird, phenology, and urban naturalist tours, and so much
more.
April 13th will be national Citizen Science Day Meet with NYBG experts and learn how you can become a
Citizen Scientist.
April 13th will be national Citizen Science Day


{% extends "index.html" %} {% block content %} Garrick Suemith Data Scientist, Educator Portfolio Resume Portfolio Recent Projects CNN Feature Visualizaton *WORK IN PROGRESS* Plotted activation maps of layers within pre-trained CNN’s that displayed recognizable patterns of image features Income Level Classifier Explored Scikit-Learn’s comprehensive library of Machine Learning models to find potential donors out of California census data. Gig Income Survey Data Cleanup Upwork Job Transformed participant-entered data in a longitudinal study for gig and standard employment income to analyzeable, normalized columns. Transfer Learning Flower Species Classifier Built scripts using the Pytorch Deep Learning library for training the Fully Connected layers of pretrained torchvision models. Scripts run on GPU<EMAIL_ADDRESS>703-407-9779 Or select a button below. Thank you! {% endblock content %}
Plotted activation maps of layers within pre-trained CNN’s that displayed recognizable patterns of image features
Explored Scikit-Learn’s comprehensive library of Machine Learning models to find potential donors out of California census data.
Transformed participant-entered data in a longitudinal study for gig and standard employment income to analyzeable, normalized columns.
Built scripts using the Pytorch Deep Learning library for training the Fully Connected layers of pretrained torchvision models. Scripts run on GPU.


Reference site about Lorem Ipsum, giving information on its origins, as well as a random Lipsum generato


{{movieByTMDBId['overview']}}
Visit Website
as {{cast['character']}}
{{review['review']}}
Uh oh. No reviews yet.


NEWS.md
detect_drift()
implementation based on #67 and #70.detect_temporalchanges()
glags everything from start until the decay is below 5.detect_outliers()
, detect_levelshifts()
and detect_temporalchanges()
for gwloggeR::apriori("hydrostatic pressure")
data based on v0.06 (#35).detect_outliers()
function now has a plot = TRUE
argument which prints diagnostic plots (#26).


|
|
typedef TP | BeLePolicy |
| |
|
typedef TP::U16 | TE16 |
| |
|
typedef TP::U32 | TE32 |
| |
|
typedef TP::U64 | TE64 |
| |
|
typedef N_Mach::MachITypes< TE32, TE64, TE64, TE64 > | MachITypes |
| |
|
typedef MachITypes::Addr | Addr |
| |
|
typedef N_Mach::Mach_header64< MachITypes > | Mach_header |
| |
|
typedef N_Mach::Mach_command< MachITypes > | Mach_command |
| |
|
typedef N_Mach::Mach_segment_command< MachITypes > | Mach_segment_command |
| |
|
typedef N_Mach::Mach_section_command_64< MachITypes > | Mach_section_command |
| |
|
typedef N_Mach::Mach_symtab_command< MachITypes > | Mach_symtab_command |
| |
|
typedef N_Mach::Mach_dysymtab_command< MachITypes > | Mach_dysymtab_command |
| |
|
typedef N_Mach::Mach_segsplit_info_command< MachITypes > | Mach_segsplit_info_command |
| |
|
typedef N_Mach::Mach_routines_command_64< MachITypes > | Mach_routines_command |
| |
|
typedef N_Mach::Mach_twolevel_hints_command< MachITypes > | Mach_twolevel_hints_command |
| |
|
typedef N_Mach::Mach_linkedit_data_command< MachITypes > | Mach_linkedit_data_command |
| |
|
typedef N_Mach::Mach_uuid_command< MachITypes > | Mach_uuid_command |
| |
|
typedef N_Mach::Mach_data_in_code_command< MachITypes > | Mach_data_in_code_command |
| |
|
typedef N_Mach::Mach_function_starts_command< MachITypes > | Mach_function_starts_command |
| |
|
typedef N_Mach::Mach_load_dylib_command< MachITypes > | Mach_load_dylib_command |
| |
|
typedef N_Mach::Mach_dylib< MachITypes > | Mach_dylib |
| |
|
typedef N_Mach::Mach_load_dylinker_command< MachITypes > | Mach_load_dylinker_command |
| |
|
typedef N_Mach::Mach_dyld_info_only_command< MachITypes > | Mach_dyld_info_only_command |
| |
|
typedef N_Mach::Mach_version_min_command< MachITypes > | Mach_version_min_command |
| |
|
typedef N_Mach::Mach_source_version_command< MachITypes > | Mach_source_version_command |
| |
|
typedef N_Mach::Mach_main_command< MachITypes > | Mach_main_command |
| |
|
typedef N_Mach64::Mach_ppcle_thread_state64< MachITypes > | Mach_ppcle_thread_state64 |
| |
|
typedef N_Mach64::Mach_AMD64_thread_state< MachITypes > | Mach_AMD64_thread_state |
| |
|
typedef N_Mach64::Mach_ARM64_thread_state< MachITypes > | Mach_ARM64_thread_state |
| |


gameanalysis.fixedpoint module¶
Module for finding fixed points of functions on a simplex
-
gameanalysis.fixedpoint.
fixed_point
(func, init, **kwargs)[source]¶ Compute an approximate fixed point of a function
- Parameters
func (ndarray -> ndarray) – A continuous function mapping from the d-simplex to itself.
init (ndarray) – An initial guess for the fixed point. Since many may exist, the choice of starting point will affect the solution.
kwargs (options) – Additional options to pass on to labeled_subsimplex. See other options for details.
-
gameanalysis.fixedpoint.
labeled_subsimplex
(label_func, init, disc)[source]¶ Find approximate center of a fully labeled subsimplex
This runs once at the discretization provided. It is recommended that this be run several times with successively finer discretization and warm started with the past result.
- Parameters
label_func (ndarray -> int) – A proper lableing function. A labeling function takes an element of the d-simplex and returns a label in [0, d). It is proper if the label always coresponds to a dimension in support.
init (ndarray) – An initial guess for where the fully labeled element might be. This will be projected onto the simplex if it is not already.
disc (int) – The discretization to use. Fixed points will be approximated by the reciprocal this much.
- Returns
ret – A discretized simplex with 1 coarser resolution (i.e. ret.sum() + 1 == init.sum()) that is fully labeled.
- Return type
ndarray
Notes
This is an implementation of the sandwhich method from 5 and 6


What Charlton Athletic have said about the future of striker linked with Bristol City and Nottingham Forest
He is out of contract in the summer
by David ByromBristol city are one of a number of clubs to have been linked with Lyle Taylor.
The Charlton Athletic striker is out of contract in the summer and in demand, with the Robins said to be closely monitoring his situation.
Yet they face competition for the 29-year-old, with Nottingham Forest, Burnley, Sheffield United, Norwich and Brentford all also said to be keeping tabs on Taylor.
The striker has netted five goals in seven games for the Addicks this season and has impressed in the Championship after Charlton's promotion last season.
So, what is the likelihood of him leaving Charlton?
Roll back a month or so, and it would have been difficult to see Taylor staying at the Valley for too long, with owner Roland Duchatelet spending little.
Yet the Addicks were recently taken over by East Street Investment and, speaking to London News Online at the end of last month, manager Lee Bowyer seemed to indicate this would be beneficial to the club's chances of keeping Taylor.
"It’s gonna help," he said.
"Lyle loves playing under me. He wants me to be secure and now I’m going to be there for time.
"If the club put me on a proper contract then I can’t see why Lyle wouldn’t sign, that’s just from his words to me.
"I believe in what he says, I know he loves playing for the club and he is desperate to be back playing now.
"He is a fans’ favourite and that suits him so I can’t see why we couldn’t get that over the line.
"We all have to be sensible, hopefully they can kill two birds with one stone."
Get lots more news, opinion and transfer updates on our Bristol City FC page and add a bookmark to find it quickly next time.


Daphnia are a common species of cladoceran that primarily subsist by filterfeeding on phytoplankton. They can be found in nearly any freshwater body of water, and typically range in size from 0.5 to 3 millimeters. Daphnia are remarkable because of two things: Firstly, they exhibit remarkable adaptability, with physical changes to their bodies taking place over a few generations in the presence of predators in order to ensure their survival, and secondly they have the ability to subsist on normally toxic strains of cyanobacteria, allowing them to eat it when other creatures cannot.
Our Proposal >
Daphnia (along with zooplankton in general) are an important keystone in the diet of young fish, as they are highly nutritious and provide ample nutrients to aid in the growth of young fish. In addition, they are capable of consuming toxic algae that very few other creatures can, allowing them to safely handle the cleanup of cyanobacteria when we cannot. In recent years, their population has rapidly declined, most likely due to a combination of human factors that have decreased their fertility and caused them to rapidly dwindle in numbers. Because of this, it is necessary for us to replace their lowered populations with new specimens in order to ensure that their place in the ecosystem is properly filled, feeding fish while grazing on potentially harmful algae.


Package io.avaje.jsonb
Interface Jsonb.Builder
- Enclosing interface:
- Jsonb
public static interface Jsonb.Builder
Build the Jsonb instance adding JsonAdapter, Factory or AdapterBuilder.
-
Method Summary
Modifier and TypeMethodDescriptionadapter
(JsonStreamAdapter streamAdapter) Explicitly set the adapter to use.add
(JsonAdapter.Factory factory) Add a JsonAdapter.Factory which provides JsonAdapters to use.add
(Jsonb.Component component) Add a Component which can provide multiple JsonAdapters and or configuration.<T> Jsonb.Builder
add
(Type type, JsonAdapter<T> jsonAdapter) Add a JsonAdapter to use for the given type.add
(Type type, Jsonb.AdapterBuilder builder) Add a AdapterBuilder which provides a JsonAdapter to use for the given type.build()
Build and return the Jsonb instance with all the given adapters and factories registered.failOnUnknown
(boolean failOnUnknown) Set failOnUnknown to true such that an exception is thrown when unknown properties are read in the json content.mathTypesAsString
(boolean mathTypesAsString) Set to true for BigDecimal and BigInteger to serialise as String values rather than number values.serializeEmpty
(boolean serializeEmpty) Set to serialise empty collections or not.serializeNulls
(boolean serializeNulls) Set to serialise null values or not.
-
Method Details
-
serializeNulls
Set to serialise null values or not.Default is to not serialise nulls.
-
serializeEmpty
Set to serialise empty collections or not.Default is to not serialise empty collections.
-
failOnUnknown
Set failOnUnknown to true such that an exception is thrown when unknown properties are read in the json content. -
mathTypesAsString
Set to true for BigDecimal and BigInteger to serialise as String values rather than number values. -
adapter
Explicitly set the adapter to use.When not set the JsonStreamAdapter is service loaded using
AdapterFactory
with a fallback default of using the builtin implementation.- Parameters:
streamAdapter
- The underlying adapter to use when generating and parsing
-
add
Add a JsonAdapter to use for the given type. -
add
Add a AdapterBuilder which provides a JsonAdapter to use for the given type. -
add
Add a Component which can provide multiple JsonAdapters and or configuration. -
add
Add a JsonAdapter.Factory which provides JsonAdapters to use. -
build
Build and return the Jsonb instance with all the given adapters and factories registered.
-


This is both Marvel and DC company. They each have their own superheros. Which the superheros will never crossover.
Mincraft name: WeeDimples Age:11 Makayla is awesome
Makayla © Martinez ™


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| Tri-n-butyl phosphate General Information
-
| Synonyms: |
TBP; Tributyl phosphate; Butyl phosphate; tributyl phosphate |
| Molecular Formula: |
C12H27O4P |
| CAS Registry No.: |
126-73-8 |
| Chemical Category: |
Phosphates |
| Moisture Content, wt. %: |
0.2 |
| Phosphorus Content, wt. %: |
11.7 |
Usage and Performance Characteristics
-
| Outstanding Properties: |
Anti-foam agent |
| Used for Polymeric Materials: |
PVC, CA, EC, PS, PVAc |
| Volatility, wt. %: |
58 (24 h at 87°C, 70 phr) |
Physical Properties
-
| Specific Gravity: |
0.98 (20°C) |
| Aggregate State at 25°C: |
Liquid |
| Surface Tension, mN/m: |
27.55 (20°C) |
| Boiling Point, °C: |
289.0 (decomposes) |
| Clash-Berg Temperature, °C: |
-56 (67 phr) |
| Density, kg/m3: |
980 (20°C) |
| Dielectric Constant at 1 MHz: |
8.05 |
| Dynamic Viscosity, cP: |
5 (25°C) |
| Heat of Combustion at 25°C, kJ/kg: |
29,959 |
| Vapor Density, relative to H2: |
9.2 |
Chemical Properties
-
| Acid Number, mg KOH/g: |
0.1 |
| Hansen Solubility Parameter dD at 25°C, MPa1/2: |
16.3 |
| Hansen Solubility Parameter dH at 25°C, MPa1/2: |
4.3 |
| Hansen Solubility Parameter dP at 25°C, MPa1/2: |
6.3 |
| Hildebrand Solubility Parameter, MPa1/2: |
17.51 |
| Solubility in Water at 25°C, g/L: |
6 |
Optical Properties
-
| Color: |
Clear, water white |
| Color, Platinum-Cobalt Scale: |
<50 |
| Refractive Index: |
1.425 (n20D) |
Hazard-Related Data
-
| OSHA Hazard Class: |
Considered a hazardous substance |
| Autoignition Temperature, °C: |
410 |
| Eye Irritation (human): |
Irritant |
| Flash Point Temperature, °C: |
146 |
| Skin Irritation: |
Irritant |
| Carcinogenicity: |
Neoplastic by RTECS criteria |
| Teratogenicity: |
Fetotoxicity |
| NIOSH-IDLH, mg/m3: |
326.75 |
Environmental Parameters
-
| Octanol-Water Partition Coeff., log Kow: |
4 |
| Theoretical Oxygen Demand, ThOD, g/g: |
2.16 |
Animal Toxicity
-
| Mouse Inhalation, LC50, ppm: |
1,300 |
| Rabbit Dermal, LD50, mg/kg: |
>3,100 |
| Rat Inhalation, LC50, mg/kg: |
28,000 |
| Rat Oral, LD50, mg/kg: |
3,000 |
Plasticizers Database (2nd Electronic Edition) Copyright © 2004 by ChemTec Publishing |


| DOSE: |
repeated |
oral |
Kratom |
(extract) |
| |
repeated |
oral |
Kratom |
(cookie / food) |
I have been experimenting with Kratom for the past 6 months and I believe that I have two methods of ingestion that are worthy of sharing. In fact I feel that I’m obligated to share my knowledge. This wonderful plant will only stay legal threw responsible and informed usage.
The following is my preferred method of alcohol extraction.
I only work with 3-4 grams of commercial grade crushed leave. I prefer 1 part red vein Thai to 2 parts green vein Thai. I have tried a lot of expensive “Super Grades” but in my opinion they do not warrant the extra cost. I have never needed more than 4 grams to achieve the “2 Vicoden” buzz that I enjoy. In rare cases that I want a heavier experience I prefer to re-dose in a controlled manner rather than take a high dose and hope for the best.
First I weigh my dosage on a reliable scale (1 gram red, 2 grams green). I then place all of it in a coffee grinder and grind it to a fairly fine powder. I then place the powdered Kratom in a small glass bowl and pour in 2 ounces of vodka. I then microwave the mixture for about 15 seconds, just until the first signs of boiling. I then remove the mixture from the microwave and add one more ounce of vodka and repeat the heating process. I then allow the mixture to cool off enough to handle and pour the entire mixture into a cup lined with a coffee filter. I squeeze out all of the liquid I can.
This yields exactly 2 ounces of brown opaque liquid almost every time. I prefer to drink the mixture like I’m doing a shooter, chased by a swig of beer. I must admit the taste is so bad that I do not allow myself to taste it.
(T+5MIN) I will feel a slight numbing sensation from the tip of my tongue.
(T+10MIN) I will start to feel a warm opiate buzz creeping up.
(T+15MIN) I will feel very relaxed and mellow but mentally sharp and able to carry on a conversation with out a problem. I will experience a slight warming in my ear lobes and face.
(T+20MIN) I will reach the peak of the experience and enjoy it until returning to baseline approximately 2.5 hours later.
I have read reports from other Kratom users that have negative effects from re-dosing such as nausea but I have never had this problem. I have re-dosed as much as 4 times in a 6 hour window with out a problem.
Ingestion:
There are times that having alcohol on my breath or in my system is unacceptable. I have refined this ingestion method for just such times. Once again I never need more than 3-4 grams of commercial grade. I begin by mixing and grinding the Kratom the same as if I intend to do a alcohol extraction but instead of using alcohol I use water. I mix my powder with about 4-5 ounces of water and heat this mixture up on the stove on low heat stirring lightly every 5 minutes. When the water has been reduced to about one ounce I add just enough flour to make a paste that resembles horse manure. There really is no better way to describe it.
Then I remove the paste and tear off enough to make a small ball, about a 3/8 of a inch in diameter. I then roll the ball in flour on a plate. I continue this until I have about one dozen flour coated rabbit turds. These turds will last in the refrigerator for at least a week. This is my typical experience when ingesting the flour balls.
(T+0MIN) I will eat one third of the yield.
(T+25MIN) I will feel a slight numbing sensation on the tip of my tongue.
(T+35MIN) Heart rate will increase slightly and breathing is slightly shallower. Also my jaw will tighten up similar to doing cocaine but not nearly as intense. I will also notice a warming in my ear lobes and face. My energy level will increase noticeably and manual labor is much easier.
(T+40MIN) I will peak out and enjoy until returning to base line approximately 3 hours later.
The first time I tried the ingestion method it became very clear to me why the locals of Thailand would chew the leaves while performing manual labor.
I have refined these two methods to the point of being able to amp my self up or mellow myself out at will. I have truly discovered the healing powers of this plant. I use the alcohol extraction as a pain killer and as a cough suppressant. I use the ingestion method for increased energy and as a hang over helper.
These two methods are not my own creation. I have learned these methods thanks to people sharing their experiences. I’m grateful to those who have taken the time to share their experiences with me.
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.


- Add the reference to embed.css script and iframe-resizer
- Add iframe and set the class to 'snippet'
- Handle the onload event and redirect to iFrameResize(this)
- Specify the snippet service url as src attribute
C#
VB.NET
- Code snippets are rendered inside the html page
- The content is resizible (expand-collapse items to see the container is resized)


{{define "home"}} {{if .IsClosed }}
A stake pool is used to delegate your voting powers to a third party (the pool). The pool cannot steal your funds.
Participating in a stake pool is perfect for people who wish to take part in Decred's proof of stake voting but can't due to:
The stake pool source code is available on GitHub.
Pool Information
Network: {{.Network}}
Pool Fees: {{.PoolFees}}%
Support Email: {{.PoolEmail}}
Support Link: {{.PoolLink}}


Next: remove-method, Previous: no-applicable-method, Up: Objects Dictionary
no-next-method
generic-function method &rest args ⇒ {result}*
no-next-method
(generic-function standard-generic-function)
(method standard-method)
&rest args
generic-function – generic function to which method belongs.
method – method that contained the call to call-next-method for which there is no next method.
args – arguments to call-next-method.
result—an object.
The generic function no-next-method is called by call-next-method when there is no next method.
The generic function no-next-method is not intended to be called by programmers. Programmers may write methods for it.
The system-supplied method on no-next-method signals an error of type error. [Editorial Note by KMP: perhaps control-error??]


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface XPath
Represents an XPath 1.0 expression which can be evaluated against a variety of different XML object models.
Most of the evaluation methods take a context object. This is typically a
node or node-set object (which is typically a List
of node objects) or a Jaxen Context
object.
A null context is allowed, meaning that
there are no XML nodes on which to evaluate.
XPath for dom4j
,
XPath for JDOM
,
XPath for W3C DOM
| Method Summary | |
|---|---|
void |
addNamespace(String prefix,
String uri)
Add a namespace prefix-to-URI mapping for this XPath expression. |
boolean |
booleanValueOf(Object context)
Retrieve the boolean value of the first node in document order returned by this XPath expression when evaluated in the given context. |
Object |
evaluate(Object context)
Evaluate this XPath against the given context. |
FunctionContext |
getFunctionContext()
Retrieve the FunctionContext used by this XPath
expression. |
NamespaceContext |
getNamespaceContext()
Retrieve the NamespaceContext used by this XPath
expression. |
Navigator |
getNavigator()
Retrieve the XML object-model-specific Navigator
used to evaluate this XPath expression. |
VariableContext |
getVariableContext()
Retrieve the VariableContext used by this XPath
expression. |
Number |
numberValueOf(Object context)
Retrieve the number-value of the first node in document order returned by this XPath expression when evaluated in the given context. |
List |
selectNodes(Object context)
Select all nodes that are selectable by this XPath expression. |
Object |
selectSingleNode(Object context)
Return the first node in document order that is selected by this XPath expression. |
void |
setFunctionContext(FunctionContext functionContext)
Set a FunctionContext for this XPath
expression. |
void |
setNamespaceContext(NamespaceContext namespaceContext)
Set a NamespaceContext for this
XPath expression. |
void |
setVariableContext(VariableContext variableContext)
Set a VariableContext for this XPath
expression. |
String |
stringValueOf(Object context)
Retrieve a string-value interpretation of this XPath expression when evaluated against the given context. |
String |
valueOf(Object context)
Deprecated. use stringValueOf(Object) instead |
| Method Detail |
|---|
Object evaluate(Object context) throws JaxenException
The context of evaluation my be a document, an element, or a set of elements.
If the expression evaluates to an XPath string, number, or boolean
type, then the equivalent Java object type is returned.
Otherwise, if the result is a node-set, then the returned value is a
List
.
When using this method, one must be careful to
test the class of the returned objects, and of
each of the composite members if a List
is returned. If the returned members are XML nodes,
they will be the actual Document
,
Element
or Attribute
objects
as defined by the concrete XML object-model implementation,
directly from the context document. This method does not
return copies of anything. It merely returns
references to nodes within the source document.
context
- the node, node-set or Context object for evaluation.
This value can be null.
JaxenException
- if an error occurs while attempting
to evaluate the expressionString valueOf(Object context) throws JaxenException
stringValueOf(Object)
instead
The string-value of the expression is determined per
the string(..)
core function as defined
in the XPath specification. This means that an expression
that selects more than one nodes will return the string value
of the first node in the node set..
context
- the node, node-set or Context object for evaluation.
This value can be null.
JaxenException
- if an error occurs while attempting
to evaluate the expressionString stringValueOf(Object context) throws JaxenException
The string-value of the expression is determined per
the string(..)
core function as defined
in the XPath specification. This means that an expression
that selects more than one nodes will return the string value
of the first node in the node set..
context
- the node, node-set or Context object for evaluation.
This value can be null
JaxenException
- if an error occurs while attempting
to evaluate the expressionboolean booleanValueOf(Object context) throws JaxenException
The boolean-value of the expression is determined per
the boolean()
function defined
in the XPath specification. This means that an expression
that selects zero nodes will return false
,
while an expression that selects one or more nodes will
return true
. An expression that returns a string
returns false for empty strings and true for all other strings.
An expression that returns a number
returns false for zero and true for non-zero numbers.
context
- the node, node-set or Context object for evaluation. This value can be null.
JaxenException
- if an error occurs while attempting
to evaluate the expressionNumber numberValueOf(Object context) throws JaxenException
The number-value of the expression is determined per
the number(..)
core function as defined
in the XPath specification. This means that if this
expression selects multiple nodes, the number-value
of the first node is returned.
context
- the node, node-set or Context object for evaluation. This value can be null.
JaxenException
- if an error occurs while attempting
to evaluate the expressionList selectNodes(Object context) throws JaxenException
NOTE: In most cases, nodes will be returned
in document-order, as defined by the XML Canonicalization
specification. The exception occurs when using XPath
expressions involving the union
operator
(denoted with the pipe '|' character).
context
- the node, node-set or Context object for evaluation.
This value can be null.
JaxenException
- if an error occurs while attempting
to evaluate the expressionselectSingleNode(java.lang.Object)
Object selectSingleNode(Object context) throws JaxenException
Return the first node in document order that is selected by this XPath expression.
context
- the node, node-set or Context object for evaluation.
This value can be null.
JaxenException
- if an error occurs while attempting
to evaluate the expressionselectNodes(java.lang.Object)
void addNamespace(String prefix, String uri) throws JaxenException
Namespace prefix-to-URI mappings in an XPath are independent of those used within any document. Only the mapping explicitly added to this XPath will be available for resolving the XPath expression.
This is a convenience method for adding mappings to the
default NamespaceContext
in place for this XPath.
If you have installed a specific custom NamespaceContext
,
then this method will throw a JaxenException
.
prefix
- the namespace prefixuri
- the namespace URI
JaxenException
- if a NamespaceContext
used by this XPath has been explicitly installedvoid setNamespaceContext(NamespaceContext namespaceContext)
NamespaceContext
for this
XPath expression.
A NamespaceContext
is responsible for translating
namespace prefixes within the expression into namespace URIs.
namespaceContext
- the NamespaceContext
to
install for this expressionNamespaceContext
,
NamespaceContext.translateNamespacePrefixToUri(java.lang.String)
void setFunctionContext(FunctionContext functionContext)
FunctionContext
for this XPath
expression.
A FunctionContext
is responsible for resolving
all function calls used within the expression.
functionContext
- the FunctionContext
to
install for this expressionFunctionContext
,
FunctionContext.getFunction(java.lang.String, java.lang.String, java.lang.String)
void setVariableContext(VariableContext variableContext)
VariableContext
for this XPath
expression.
A VariableContext
is responsible for resolving
all variables referenced within the expression.
variableContext
- the VariableContext
to
install for this expression.VariableContext
,
VariableContext.getVariableValue(java.lang.String, java.lang.String, java.lang.String)
NamespaceContext getNamespaceContext()
NamespaceContext
used by this XPath
expression.
A FunctionContext
is responsible for resolving
all function calls used within the expression.
If this XPath expression has not previously had a NamespaceContext
installed, a new default NamespaceContext
will be created,
installed and returned.
NamespaceContext
used by this expressionNamespaceContext
FunctionContext getFunctionContext()
FunctionContext
used by this XPath
expression.
A FunctionContext
is responsible for resolving
all function calls used within the expression.
If this XPath expression has not previously had a FunctionContext
installed, a new default FunctionContext
will be created,
installed and returned.
FunctionContext
used by this expressionFunctionContext
VariableContext getVariableContext()
VariableContext
used by this XPath
expression.
A VariableContext
is responsible for resolving
all variables referenced within the expression.
If this XPath expression has not previously had a VariableContext
installed, a new default VariableContext
will be created,
installed and returned.
VariableContext
used by this expressionVariableContext
Navigator getNavigator()
Navigator
used to evaluate this XPath expression.
Navigator
|
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--- layout: post status: publish published: true title: Hamm's should replace Old Style as official beer of the Cubs author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 5873 wordpress_url: http://ivyenvy.com/?p=5873 date: '2011-07-30 10:53:53 +0000' date_gmt: '2011-07-30 15:53:53 +0000' categories: - The Cubs - Wrigley Field - Cubs fans tags: - Brewers - Cardinals - Chicago - Milwaukee - National League - Rockies - Twins - Wrigley Field - Old Style - Budweiser - Coors Light - Miller Lite - Coors Field - Bud Light - Bud Light Bleachers - Hamm's - MillerCoors - Coors Family - Minnesota - Northwestern comments: - id: 3965 author: Brian author_email<EMAIL_ADDRESS>author_url: '' date: '2011-07-30 17:50:53 +0000' date_gmt: '2011-07-30 22:50:53 +0000' content: This kind of summarizes whats wrong with the cubs, worrying too much about the past. 90% of cubs fans are actually Wrigley fans. If The rickett's wanted to get some extra income by getting a corporate sponsor of Wrigley it would cause riots even though it was one of the first sports venues to get corporate naming rights. - id: 3966 author: Corey author_email<EMAIL_ADDRESS>author_url: '' date: '2011-07-30 17:56:53 +0000' date_gmt: '2011-07-30 22:56:53 +0000' content: "1. If you are implying the writers of this blog are \"Wrigley Field Cubs fans\", we all live 3 hours from Wrigley, get there twice a year on a good year. \ When I think of the Cubs, I think of my Grandpa sitting in a lawn chair in his garage listening to the Cubs.\r\n\r\n2. Yes, fans like tradition. That is not a bad thing. The love of the Cubs is generational and younger generations wanting to hold onto what ties us to our parents and grandparents is nothing to be ashamed of. \r\n\r\n3. The Toyota sign doesn't bother me. Corporate stuff all over the ballpark doesn't bother me that much. Rename Wrigley and use all of the money from all that stuff to put into the team...sounds great to me." - id: 3974 author: Andy author_email<EMAIL_ADDRESS>author_url: http://ivyenvy.com date: '2011-07-31 23:39:33 +0000' date_gmt: '2011-08-01 04:39:33 +0000' content: I keep a picture of Wrigley Field under my pillow. Love that place. The Cubs? Meh. ---
As we stated yesterday, Old Style pulled out of their 61-year partnership with the Cubs. The word is that Old Style will be replaced by Coors Light at Wrigley Field. I understand the quandary. In the age of massive mergers, everything is owned by a company that you would not want influencing something you care about. It may not be a strong influence, but there is at least a merging of images. When I see a case of Old Style at the grocery store, my thoughts wander to the Cubs.
The Cubs will apparently be going to a beer that owns the naming rights of another team in the National League. There aren't many "cheap beer" options. Coors Light is probably more tolerable for fans than Miller Lite, whose image is obviously attached to the Milwaukee Brewers. Worse yet would be Bud Light, with the connection between Budweiser and the Cardinals. It's bad enough the bleachers at Wrigley are imprinted with "Bud Light".
So my choice for the Cubs would be Hamm's. I like the idea of Old Style's replacement being another beer that is an "old time" beer that reminds people of their grandpa cracking open a can of refreshing beer on a hot day. Hamm's is more unique than Coors Light and I think us Cubs fans are drawn to these types of brands. In fact, the Cubs and Hamm's had a partnership in the late 50's and early 60's.
Hamm's does have a few drawbacks. Like Coors Light, it is owned by MillerCoors, and I personally disagree with the politics of the Coors family. However, taking a stance on some principle won't get you very far these days considering the massive corporate parternships. Whatever your personal convictions, it would be difficult to find any product or service that doesn't involve a person that you find repulsive.
While Hamm's is identifiably "Minnesota", I don't see this to be too much of a problem. Minnesota doesn't have a rival of the Cubs within it's borders. It's an upper-Midwest beer, and it's not attached to the Rockies, Brewers or Cardinals. While this is a stretch, you could say that Hamm's, or Coors Light for that matter, have Chicago ties now with the headquarters of MillerCoors being located in the city.
I'm guessing that money will guide this conversation. I suppose MillerCoors will fork over more money for Coors Light to become the official beer of Wrigley and the Cubs than they would for Hamm's.
It's entirely possible that most Cubs fans don't care anything about this topic and if given the choice between a $8 Coors Light or a $8 Hamm's, the dudes at Wrigley wearing khaki shorts and cell phones clipped to their belts would go with Coors Light because that was the "cheap beer" they drank at Northwestern. I'd take the Hamm's.


The Half-Atwood Machine JavaScript Model shows a mass on a table that is accelerated by a second hanging mass. The Atwood machine (or Atwood's machine) was invented in 1784 by Rev. George Atwood as a laboratory experiment to verify the mechanical laws of motion with constant acceleration. The ideal Atwood Machine consists of two objects of mass m1 and m2, connected by an massless string over an ideal massless pulley. The half Atwood machine is a variation of that device.
Atwood's machines are a common classroom demonstration used to illustrate principles of classical mechanics because the equations of motion are easy to derive.
The Half Atwood Machine JavaScript Model was developed by Wolfgang Christian using version 5 of the Easy Java Simulations (EJS 5) modeling tool. Although EJS is a Java program, EJS 5 creates stand alone JavaScript programs that run in almost any browser. Information about EJS is available at: <http://www.um.es/fem/Ejs/> and in the OSP ComPADRE collection <http://www.compadre.org/OSP/>.


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