Generate a tree-shape network for the conduction system of a heart with particles.
More...
#include <particle_generator_network.h>
Inherits SPH::ParticleGenerator.
|
| Vecd | getGradientFromNearestPoints (Vecd pt, Real delta) |
| | Get the gradient from nearest points, for imposing repulsive force. More...
|
| |
| bool | createABranchIfValid (size_t parent_id, Real angle, Real repulsivity, size_t number_segments) |
| | Create a new branch if it is valid. More...
|
| |
| Vecd | createATentativeNewBranchPoint (Vecd init_point, Vecd dir) |
| | Functions that creates a new node in the mesh surface and it to the queue is it lies in the surface. More...
|
| |
| bool | isCollision (const Vecd &new_point, const ListData &nearest_neighbor, size_t parent_id) |
| | Check if the new point has collision with the existing points. More...
|
| |
| virtual bool | extraCheck (const Vecd &new_point) |
| | Check if the new point is valid according to extra constraint. More...
|
| |
|
void | growAParticleOnBranch (TreeBody::Branch *branch, const Vecd &new_point, const Vecd &end_direction) |
| |
| Protected Member Functions inherited from SPH::ParticleGenerator |
|
virtual void | initializePositionAndVolumetricMeasure (const Vecd &position, Real volumetric_measure) |
| |
| Protected Member Functions inherited from SPH::BaseParticleGenerator |
|
virtual void | initializePosition (const Vecd &position) |
| |
Generate a tree-shape network for the conduction system of a heart with particles.
◆ createABranchIfValid()
| bool SPH::ParticleGeneratorNetwork::createABranchIfValid |
( |
size_t |
parent_id, |
|
|
Real |
angle, |
|
|
Real |
repulsivity, |
|
|
size_t |
number_segments |
|
) |
| |
|
protected |
Create a new branch if it is valid.
- Parameters
-
| [in] | sph_body(SPHBody) | The SPHBody to whom the tree belongs. |
| [in] | parent_id(size_t) | Id of parent branch. |
| [in] | angle(Real) | The angle for growing new points. |
| [in] | repulsivity(Real) | The repulsivity for creating new points. |
| [in] | number_segments(size_t) | Number of segments in this branch. |
Project grad to surface.
This constraint imposed to avoid too small time step size.
◆ createATentativeNewBranchPoint()
| Vecd SPH::ParticleGeneratorNetwork::createATentativeNewBranchPoint |
( |
Vecd |
init_point, |
|
|
Vecd |
dir |
|
) |
| |
|
protected |
Functions that creates a new node in the mesh surface and it to the queue is it lies in the surface.
- Parameters
-
| [in] | init_node | vector that contains the coordinates of the last node added in the branch. vector that contains the coordinates of the last node added in the branch. |
| [in] | dir | a vector that contains the direction from the init_node to the node to project. |
| [out] | end | point of the created segment. |
◆ extraCheck()
| virtual bool SPH::ParticleGeneratorNetwork::extraCheck |
( |
const Vecd & |
new_point | ) |
|
|
inlineprotectedvirtual |
Check if the new point is valid according to extra constraint.
- Parameters
-
| [in] | new_point(Vecd) | The enquiry point. |
◆ getGradientFromNearestPoints()
| Vecd SPH::ParticleGeneratorNetwork::getGradientFromNearestPoints |
( |
Vecd |
pt, |
|
|
Real |
delta |
|
) |
| |
|
protected |
Get the gradient from nearest points, for imposing repulsive force.
- Parameters
-
| [in] | pt(Vecd) | Inquiry point. |
| [in] | delta(Real) | parameter for gradient calculation. |
◆ initializeGeometricVariables()
| void SPH::ParticleGeneratorNetwork::initializeGeometricVariables |
( |
| ) |
|
|
overridevirtual |
Created base particles based on edges in branch
Set vertices in family branch.
Creating a new branch.
Creating a new branch with fixed number of segments.
Implements SPH::BaseParticleGenerator.
◆ isCollision()
| bool SPH::ParticleGeneratorNetwork::isCollision |
( |
const Vecd & |
new_point, |
|
|
const ListData & |
nearest_neighbor, |
|
|
size_t |
parent_id |
|
) |
| |
|
protected |
Check if the new point has collision with the existing points.
- Parameters
-
| [in] | new_point(Vecd) | The enquiry point. |
| [in] | nearest_neighbor(ListData) | The nearest point of the existing points. |
| [in] | parent_id(size_t) | Id of parent branch |
◆ angle_
| Real SPH::ParticleGeneratorNetwork::angle_ = 0.3 |
|
protected |
angle with respect to the direction of the previous edge and the new edge.
◆ fascicle_angles_
| std::vector<Real> SPH::ParticleGeneratorNetwork::fascicle_angles_ = {-1.25, 0.75} |
|
protected |
angles with respect to the initial edge of the fascicles.
◆ fascicle_ratio_
| Real SPH::ParticleGeneratorNetwork::fascicle_ratio_ = 15.0 |
|
protected |
ratio of length of the fascicles. Include one per fascicle to include.
◆ fascicles_
| bool SPH::ParticleGeneratorNetwork::fascicles_ |
|
protected |
◆ grad_factor_
| Real SPH::ParticleGeneratorNetwork::grad_factor_ |
|
protected |
Factor for computing gradient from nearest node.
◆ n_it_
| size_t SPH::ParticleGeneratorNetwork::n_it_ |
|
protected |
Number of iterations (generations of branch.
◆ repulsivity_
| Real SPH::ParticleGeneratorNetwork::repulsivity_ = 0.175 |
|
protected |
◆ second_pnt_
| Vecd SPH::ParticleGeneratorNetwork::second_pnt_ |
|
protected |
Second point, approximate the growing direction.
◆ segment_length_
| Real SPH::ParticleGeneratorNetwork::segment_length_ |
|
protected |
segment length of the branch.
◆ segments_in_branch_
| size_t SPH::ParticleGeneratorNetwork::segments_in_branch_ |
|
protected |
approximated number of segments in a branch.
◆ starting_pnt_
| Vecd SPH::ParticleGeneratorNetwork::starting_pnt_ |
|
protected |
Starting point for net work.
The documentation for this class was generated from the following files:


The majority of fonts on this list are sans, simply because on web/mobile interfaces people don’t often read long text and hence the sans typeface will be the best choice
If you are looking for something that gives you that magazine vibe this is your font
This font literally looks like Helvetica but with a twist, Its characters are wider.
If you are doing anything to do with code then this would be your best way to keep people
within that context even when they are not looking at code. Its sister font being “source code pro”.
Looks a lot like Whitney A
typeface
It looks rather rounded but its fine. similar to proxima nova
This was a font that I thought was the natural successor to Helvetica and Arial.
I fell in love with this font when they shipped this with android.
In case you wanted that clarendon feel to your design
Baskerville is a really nice font when its italicised. You get that old book text feel.
Another free font from the adobe.


%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% Submitted/pipelined journal papers
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
@Article{Monier_2018sub,
author = {E. Monier and Th. Oberlin and N. Brun and M. Tencé and M. de Frutos and N. Dobigeon},
title = {Reconstruction of partially sampled multi-band images -- Application to {EELS} microscopy},
year = {submitted},
url = {http://arxiv.org/abs/}
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% International conferences papers
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
@Inproceedings{Monier_MM_2017,
author = {E. Monier and Th. Oberlin and N. Brun and M. Tenc\'e and N. Dobigeon},
title = {Reconstruction of randomly and partially sampled {STEM} spectrum-images},
booktitle = {Microscopy & MicroAnalysis (MM)},
address = {Saint Louis, USA},
volume = {23},
issue = {S1}
month = {Aug.},
year = {2017},
pages = {170--171},
}
@inproceedings{monier2017cramer,
title={Cram{\'e}r-Rao bounds for the localization of anisotropic sources},
author={Monier, E and Chardon, G},
booktitle={Proc. IEEE Int. Conf. on Acoust., Speech and Signal Processing (ICASSP)},
pages={3281--3285},
year={2017},
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% National conferences papers
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
@Inproceedings{Monier_GRETSI_2017,
author = {E. Monier and Th. Oberlin and N. Brun and N. Dobigeon},
title = {Reconstruction de spectres-images partiellement \'echantillonn\'es en microscopie {EELS}},
booktitle = {Actes du XXVIi\`eme Colloque GRETSI},
year = {2015},
address = {Juan-les-Pins, France},
note = {in french}
}
|


--- creation_epoch:<PHONE_NUMBER> lastmod_epoch:<PHONE_NUMBER> categories: ['Tech Tricks'] title: Windows 7 VM Working in VMware Tools --- Certificate authorities, sha2, etc. cause many things to fail on a Windows 7 SP1 virtual machine install. Found a post on how to fix it at VMWare Tools fails to install (Windows 7) - https://communities.vmware.com/
In case the above link goes down:
2019-09 Security Update for Windows 7 for x64-based Systems (KB4474419)
2019-03 Servicing Stack Update for Windows 7 for x64-based Systems (KB4490628)


On 11 December 2018, 6 new articles were published in 5 journals.
The Internal Brakes on Violent Escalation: A Typology
“Are You Serious?”: Sports Criminology: A Critical Criminology of Sport and Games : A Review
The Prevalence of Child Sexual Abuse Among Slovak Late Adolescents
What They Don’t Know Says A Lot: Residents’ Knowledge of Neighborhood Crime in Contemporary China


Cesium-Navigation Examples
Five examples are available where the output is always the same concerning only the user interface but they differ in how they were created.
- Sources Example
- Webpack, bundle.
- Standalone Example
- No webpack, using browser self invoking function.
- Nautical Miles Example
- No webpack, using browser self invoking function.


Outcome of random allocation
{% set currentGatekeeperPage = 'report' %}45
8
6
| Jobcentre | Referral type | Score | Work Coach | NINO | Allocation |
|---|---|---|---|---|---|
| Worcester | EEG - carer | 22 | Chris Sones | AB123468C | WHP |
| Coventry | Disabled | 23 | Gary Foyle | AB125668C | PSC |
| Coventry | EEG - homeless | 12 | Barry Manniquin | BC153468C | WHP |
| Coventry | Disabled | 28 | Graham Traish | AC123468D | Control Group |
| Stratford | Long term unemployed | n/a | Janet Anjohn | AB123468C | WHP |
| " " | " " | " " | " " | " " | " " |
| Kidderminster | Disabled | 16 | Chris Chross | AB123468C | WHP |


Nanolinks is a curated URL guide to find anything about Nano; The fast, feeless and green digital currency! Links to Information, Education, Markets, Merchants, Exchanges, Wallets, Videos, Media, News, Applications, Development tools, Source Code, Entertainment and Services.


Banner Home Product Download Order MailList Contact AboutUs Help
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contactinformation Telephone : Postal address: Post Code: Electronic mail About Web Site : email address General Information email address Technical Support : email address
Telephone :
Postal address:
Post Code:
Electronic mail
About Web Site : email address
General Information email address
Technical Support : email address


1. Foreword
Since Groovy 2.0, we added support for the JVM invokedynamic instruction. This instruction is supported since Java 7 and is a new bytecode instruction in the JVM that allows easier implementation of dynamic languages. This instruction will also be used internally, by the JVM, for the lambda support in Java 8.
This means that unlike APIs, AST transformations or syntactic sugar, this feature is not visible to the developer or the end user. It is a compilation and runtime feature only. This means that given two programs written in Groovy, you have the choice to compile it with or without invokedynamic support. Whatever you choose, it comes with pros and cons:
-
classes compiled with invokedynamic can only be used on JDK 1.7+ (without invokedynamic, Groovy classes are still compatible with JDK 1.5+)
-
call site caching, as implemented in "normal" Groovy is replaced with invokedynamic since Groovy 2.1
-
it is possible to mix classes compiled with and without invokedynamic in the same project, as long as you run JDK 1.7+
-
depending on the JVM (even different minor versions of the JVM), you can target close to Java performance for dynamic Groovy with invokedynamic support activated
2. The distributions
2.1. Two jars
The Groovy distribution comes with two jars:
-
groovy-x.y.z.jar : compatible with JDK 1.5+, makes use of call site caching
-
groovy-x-y-z-indy.jar : compatible with JDK 1.7+ only, has invokedynamic support bundled, old call site caching still possible
The first jar is Groovy compiled without invokedynamic support, while the second one has invokedynamic support bundled. As Groovy core and the groovy modules are sometimes written in Groovy, we currently have no choice but issuing two distinct versions of Groovy. This means that if you pick the "normal" jar, the groovy classes of groovy itself are compiled with call site caching (1.5+), while if you use the "indy" jar, the groovy classes of groovy itself are compiled using invokedynamic. This means that the invokedynamic version of Groovy doesn’t make use of the old call site caching mechanism.
Both jars contain a fully working groovy implementation. They are mutually exclusive (don’t put both on classpath).
2.2. Command-line and indy
If you download the distribution and that you use the command line, it’s always the "normal" version of Groovy which is picked up in classpath. This means that whatever command you use (groovy
, groovyc
, groovysh
or groovyConsole
), invokedynamic support is not available out of the box. To use the invokedynamic version, you have to switch the jars manually. The distribution makes use of the jars in the lib directory, while the indy jars are available in the indy directory. You have three things to do:
-
remove or rename the groovy-*.jar files in the lib directory
-
replace them with the indy version from the indy directory
-
remove the -indy classifier from jar names
Here’s a bash script that would do it all at once:
$ for f in `ls lib/groovy*.jar | cut -d/ -f2`;do k=`basename $f .jar`; mv lib/$k.jar lib/$k.jar.old; cp indy/$k-indy.jar lib/$k.jar ; done
3. The compilation flag
Independently of the jar version that you use (and after having exchanged the jars as described), invokedynamic support requires a specific compilation flag (indy). If you want to compile your classes with invokedynamic support, this flag must be set at compile time. The following tables show you what happens with user compiled classes and groovy core classes depending on the jar you use and the compilation flag:
| indy flag | off | on |
|---|---|---|
normal jar |
call site caching |
N/A |
indy jar |
call site caching |
invokedynamic |
| indy flag | off | on |
|---|---|---|
normal jar |
call site caching |
N/A |
indy jar |
invokedynamic |
invokedynamic |
So even if you use the indy jar, if you don’t use the invokedynamic flag at compile time, then the compiled classes will use the "old" format, meaning they will use the JDK1.5+ classes without invokedynamic.


Photos
Highlights
- CAR Parking Facilities
- Air Condition
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Hall Rental Price
For Half Day ( Lunch / Dinner ): tk90000 Update
Packages
Facilities
- CAR Parking Facilities
- Air Condition
- Hall Facilities
- Food Facilities
- Bar/Drinks
- 500 Person
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- Free WIFI
Capacity
| Minimum | Floating Capacity | Maximum Seating |
| 80 | 300 | 400 |
Food and Drinks
Special title treatment
UpdateSeating Arrangements
| Shape Name | Theater | Class | Cluster | UShape | Board |
| Capacity | 80 | 300 | 400 | 400 | 400 |
| Shape |
Technology & Equipment
- Air Condition
- Disable access
- Free WIFI
About
Check availabity online for Star Banquetes,Jayanagar 4th Block, Bangalore. Star Banquetes is a banquet hall located in Jayanagar 4th Block , Bangalore .The banquet hall seating capacity is 300 and floating up to 600 can manage.This venue has car parking facility also which can park up to 20 cars. Outside food allowed at this banquet hall.Events permitted at Star Banquetes are Engagement,Wedding Reception,Birthday Party,Get Together Party,Anniversary,Kitty Party,Naming Ceremony.
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Nearest Bus Stop: NA
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UpdateBooking policies
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165,000 fewer smokers in Ireland than five years ago, survey shows
by Stephen McNeiceThe number of smokers in Ireland has fallen from 20% of the population last year to 17% this year.
The figure is featured in the latest Healthy Ireland Survey, which offers an annual snapshot of the health of Irish people.
Over the past five years, smoking rates have fallen from 23% to 17% - an estimated 165,000 fewer smokers than there were in 2015.
It shows that smoking rates remain highest among those aged 25 to 34 (26%), while rates are also higher in more deprived areas (24%) than in more affluent areas (14%).
According to the survey, 46% of those who smoked in the past year made an attempt to quit during the past 12 months - with 25% of those attempts to quit said to have been successful.
Elsewhere, the survey shows that 60% of people are overweight or obese.
Only 46% of people (54% of men and 38% of women) are achieving the minimum recommended weekly level of physical activity - with time restrictions identified as the key barrier to increasing the level of activity.
In terms of sleep, respondents to the survey reported an average of 7.1 hours of sleep on a typical weeknight.
76% of people, meanwhile, rated the quality of sleep over the past month as either 'good' or 'very good'.
Reacting to the findings, Kate O'Flaherty from the Department of Health said strict laws around smoking seem to be working.
She explained: "The workplace ban... legislation banning smoking in cars where there's children... two years ago we brought in plain packaging.
"People are certainly responding to it - they see the warning pictures, and it makes them think about smoking and about quitting."
On the subject of the obesity statistics, Ms O'Flaherty added: "People who are overweight or obese are at huge risk of chronic diseases - from diabetes to heart disease to some cancers and dementia.
"It is a cause for concern - the thing is now how do we in the coming years turn the tide on overweight and obesity, the way we are seeing that turning on smoking."


--- layout: default title: Leif GW Persson description: Leif GW Persson grunting and rattling for 10 hours. image: https://cloud.githubusercontent.com/assets/499192/19522917/24ffbed0-9619-11e6-84b1-00b50673019a.jpeg ---


Gravy Demo
Simple demo that shows how useful Gravy is for helping validate forms and route logic.
Username
Email
Phone
Zipcode


OK, here we go. I've wasted my engineering career by doing nothing or you can say almost nothing. So here I am. I am onto something. I still don't know if I can do this. But I'm working on it. Maybe I'm not the best person to do this. If this countdown passed 1000 days and you see the red expired sign above, you can think of a few things. I am no longer alive or I've lost access. There's also a third possibility. I forgot what I was planning to do. In either case, you know I lost my track. Else I'm very much alive and you'll know what is happening.


Follow the simple steps below to add context sensitive popup help to a Visual Basic project.
- Open the Visual Basic project you wish to develop context sensitive popup help for
- Start Context! VB by selecting it from the Visual Basic Add-ins menu
- Select a module from the list presented on the left of the screen
- Select a control from the list presented in the grid at the bottom right of the screen and type in the required help text, either directly into the Grid or by using the large text box at the top right of the screen
Note: If Control Tracking is enabled, you can simply select a control on the active form, and Context! VB will automatically select the control from the grid and display it's help text.
- Repeat for all required controls and modules
- Spell check the help text
- When you are done, press the compile button on toolbar
- Your compiled help file has been created in a sub-directory of your VB Project directory named 'ContextVB\Neutral'. The file has automatically been copied into your project directory to enable you to test the help text.
- Run your project and try out the popup help
Note: Please note that Context! VB sets the WhatsThisHelp and WhatsThisButton properties to True for any forms containing controls for which you have entered help text when you compile the help. This property setting is required to enable context sensitive popup help.
See Also


| Mark D Robinson | |
|
Twitter @markrobinsonca GitHub markrobinsonuzh Google Scholar |
|
| My research interests are diverse, but more-or-less encompass the general application of statistical methods and data science to experimental data with biological applications. Often, this is within the context of genomics data types, but we are interested in methodological challenges and robust solutions in data, generally. We also try to be modern scientists, with a focus on reproducibility (repos for code) and open science (preprints). | |
|
PhD in Medical Biology (2008), University of Melbourne (Walter and Eliza
Hall Institute) MSc in Statistics (2001), University of British Columbia BSc in Applied Mathematics and Statistics (1999), University of Guelph |
| Izaskun Mallona | |
|
Website Google Scholar |
|
| I am mainly interested in gene expression modulation, as it lays the ground for any cell fate. The questions which excite my curiosity the most are: How are gene expression programs coded? and maintained? how do they adapt during development? and disease? To mine the regulation metastructure genome-wide I’m fond of integrating gene expression and epigenomic data, and to develop methods for doing so. | |
|
BSc in Computer Engineering (2014), Open University of Catalonia PhD (2012), Technical University of Cartagena MSc in Agriculture Engineering (2008), Technical University of Cartagena MSc in Biology (2007), University of Murcia |
| Pierre-Luc Germain | |
|
GitHub plger Google Scholar |
|
| I gradually shifted from the humanities to bioinformatics towards the end of my PhD, worked a lot in the past on linking chromatin alterations to gene expression, and currently work mostly on the analysis of short RNA-seq and single-cell RNA-seq, as well as pre- and post-transcriptional regulation of gene expression especially in the context of neurodevelopment. I have a shared position with the ETH’s D-HEST Institute for Neurosciences. | |
|
PhD in Philosophy of science (2014), SEMM and University of Milan MA in Philosophy (2009), University of Montreal BA in Philosophy (2007) |
| Helena Lucia Crowell | |
|
Twitter @CrowellHL |
|
| In collaboration with the Bodenmiller lab lab, I have worked on correcting for spillover in CyTOF data. The preprint to this project is available on bioRxiv and has been published in cell systems. Alongside our compensation approach, I have made Finck et al.’s bead-based normalization and Zunder et al.’s single-cell deconvolution available in CATALYST (Cytometry dATa anALYSis Tools): a Bioconductor package providing tools for preprocessing and analysis of cytometry data; and have further integrated M. Nowicka’s CyTOF workflow for differential analysis into the package. As a PhD student, I am currently working on extending this framework for differential discovery to scRNA-seq data with complex experimental designs. | |
|
MSc in Computational Biology & Bioinformatics (2018), ETH
Zürich BSc in Biochemistry (2015), University of Heidelberg |
| Almut Lütge | |
| I’m a PhD student with a background in Molecular Biotechnology, but already during my master I focused on Bioinformatics. I’m interested in all kinds of genomic analysis, but mainly worked with transcriptomic data, so far. My PhD project is about methods in single cell RNAseq and part of a Sinergia collaboration on defining the identity and differentiation pathways of the immune-stimulating fibroblastic tumor stroma. | |
|
MSc in Molecular Biotechnology (2018), University of Heidelberg BSc Molecular Biotechnology (2013), University of Heidelberg |
| Anthony Sonrel | |
|
LinkedIn
|
|
| I am a PhD student that joined the Robinson Lab as part of the Life Science Zürich Graduate School. Through my past projects in academia and industry I worked on various topics such as NGS, GWAS summary statistics, epigenetic analyses (ChIP/ATAC-seq) and deep neural networks. In my current project, I’m evaluating and developing tools (mainly R packages) for single-cell RNA sequencing datasets. More specifically, I’m interested in developing new methodologies and new effective tools. | |
|
MSc in Molecular Life Sciences - Bioinformatics (2018), University of
Lausanne BSc of Science in Biology (2015), University of Lausanne |
| Reto Gerber | |
| I joined the Robinson Lab as a PhD student after working as a Research Assistant in the group. During this time I worked on scRNA-seq data from Synovial tissue in collaboration with USZ. Furthermore I developped pubassistant.ch (R shiny app to help consolidate publication profiles of researchers) and censcyt (method for differential abundance analysis in cytometry where a covariate is subject to censoring). | |
|
MSc of Science in Computational Biology and Bioinformatics (2020), ETH,
University of Zürich BSc of Science in Biology (2017), University of Zürich |
| Emanuel Sonder | |
|
Twitter @EmanuelSonder GitHub emsonder |
|
| After finishing my Master’s Thesis in the Robinson Group, I started a shared PhD position with the Schratt lab. I have a general interest in the analysis of epigenetic data (ATAC-seq, WGBS). My PhD project is focused on the reverse engineering of cell type-specific transcriptional networks by integrating different data modalities. The overarching goal is to provide insights in brain cell type specific responses to different stressors when compared with neuronal activity. | |
|
MSc in Computational Biology and Bioinformatics (2021), ETH Zürich,
University of Zürich BSc in Biology (2018), ETH Zürich |
| Vladyslav Korobeynyk | |
|
GitHub vkorobeynyk |
|
| I did my master thesis in single cell analysis of the adult mouse hippocampus in Jessberger Lab, HIFO, UZH. Shortly after, I started working as an intern in Systems Biology group at Roche, where I gained experience in ML and different type of sequencing technologies. Currently I am doing a shared PhD with Jessberger Lab, where my project is based on using single-cell and spatial transcriptomics data to identify molecular changes, mainly in the neurogenic niche, that drive neurogenesis to decline with age. | |
|
MSc in Biochemistry (2021), University of Zurich BSc in Biochemistry (2017), University Nova of Lisbon |
| David Wissel | |
| I am a shared PhD student between the Robinson Lab at UZH and the BoevaLab at ETH. I am broadly interested in survival analysis, single-cell and spatial transcriptomics as well as applications of machine learning to all of these. | |
|
MSc Statistics (2021), ETH Zurich BSc Business Administration (2019), Free University of Berlin |
| Siyuan Luo | |
| I’m an external PhD student from the von Meyenn lab with a background in computational biology and bioinformatics. During my master study, I worked on various topics including copy number variation and TCR/BCR repertoire analysis. Now I’m mainly interested in analyzing single-cell epigenetic data (ATAC-seq/CUT&Tag). My PhD is about methods for single-cell multi-omics data to reveal the interplay between the epigenetic layers and transcriptomics and provide insights for chronic diseases like obesity and ageing. | |
|
MSc in Computational Biology and Bioinformatics (2021), ETH Zürich,
University of Zürich BSc in Biotechnology (2018), Harbin Institute of Technology |
| Martin Emons | |
|
Twitter @EmonsMartin GitHub mjemons |
|
| I am a PhD student in the Robinson Group since 2022 in the Epidemiology and Biostatistics PhD program. My general interest lies in the development of methods for biological and biomedical data science. In my master studies I worked on various topics such as statistical analysis of temporal trends or survival analysis at Roche Diagnostics. Currently, I am interested in spatial transcriptomics and the challenges in this new field. | |
|
MSc in Computational Biology and Bioinformatics (2022), ETH Zürich,
University of Zürich BSc in Biology (2019), University of Bern |
| Samuel Gunz | |
|
Twitter @samuelgunz GitHub sgunz |
|
| I am a PhD student in the Robinson lab as part of the Epidemiology and Biostatistics program of the Life Science Graduate School Zurich. During my past studies, I worked with all sorts of biological data, ranging from microbial community analysis to characterizing epigenetic modifications in cancer. During this time, I acknowledged the importance of having robust and reproducible tools in research and that my interest lies in developing such. My PhD project will focus on methods for analyzing spatial omics data. | |
|
MSc in Computational Biology and Bioinformatics (2022), ETH Zurich,
University of Basel and University of Zurich BSc in Biology (2018), University of Zurich |
| Peiying Cai | |
| In February 2023, I started working as a PhD student in the Robinson lab. Previously, I worked on developing analysis tools and pipelines to identify spatially variable genes from spatial transcriptomics data. My PhD research will focus on the development of statistical methods in bioinformatics, mostly for single-cell RNA-seq and spatial transcriptomics data. | |
|
MSc in Biostatistics (2022), University of Zürich BSc of Science in Statistics (2019), Xiamen University |
| Yin Guo | |
| I am a visiting PhD student with a background in statistics. I am interested in biostatistics and machine learning. My PhD project is about multi-view (multi-omics) learning. Now I’m mainly interested in the integration analysis of single-cell multi-omics datasets. | |
| BSc of Applied Statistics (2018), Minzu University of China |
| Daniel Incicau | |
|
LinkedIn DanInci |
|
| I am a Master’s student in Computational Biology and Bioinformatics. I’m currently working on my thesis which involves evaluating cell phenotyping methods in highly multiplexed imaging, with a focus on mass cytometry images. I have a particular interest in immunology and I'm your typical functional programming enthusiast. | |
|
MSc in Computational Biology and Bioinformatics (ongoing), ETH Zürich BSc in Computer Engineering (2020), Polytechnic University of Timisoara |


The legs of a sounder put in SOUND(SND) and GND of your IchigoJam.
Did you hear the sounds Do-re-mi?
Do-re-mi-fa-so-la-ti are CDEFGAB
The octave (=height of soound) can be changed by the "O" and the number.
You can change the length of tone the tone alphabet with the number.
"2" of "CDE2" means a two-part note. Default setting is quartet note. "8" means eighth note that tone length is a half of quartet note.
"#" to raise the tone a semitone, "-" to lower the tone a semitone.
"R" means silence. You can change the length of tones using the nunmber sunch this "R2" alse.
"T" means to set up the tempo. Default setting "T120" means 120 quartet note per second.
Let's try!
1. Make a music "Tulip"
2. Type just "PLAY" during playing music
3. Make a music "Froggie Song"
4. Lat's play with your friends!
5. Let's compose music from your text of music!


{% from 'macros/helpers.html' import sprite %} {% import "items/dropdown/dropdown.html" as dropdown %}


[§440E-1.5]Amateur mixed martial arts. This chapter, with the exception of sections 440E-5(b)(5) and 440E-7(a)(2) and (4), shall apply to amateur mixed martial arts contests. [L 2010, c 117, pt of §1]


18 Jul 2015
Magic Tricks of Testing
We want unit tests to be
*Thorough
*Stable
*Fast
*Few
Focus on Messages
Objects are simple-minded.
Message Origin
Objects under test have three message origin options:
*1. Incoming Messages
*2. Outgoing Messages
*3. Messages sent to self (messages that are completely contained inside the object and are unknown to the outside)
Message Type
*1. Query - returns something, changes nothing (addition method)
*2. Command - returns something, changes something (save method)
We often times conflate commands and queries (like .(pop))
Rules of the Unit Test Minimalist
INCOMING QUERY MESSAGES
- Test Incoming Query Messages by making assetions about what the send back. Makes an assertion about a value (state). Here we want to test the interface and not the implementation. If we just care about what value is returned and not how we get there... then I can change the code without breaking it.
INCOMING COMMAND MESSAGES
2. Test incoming command messages by making assertions about direct public side effects. Direct means its the responsibility of the last ruby class invloved. You're making an assertion on the new value as result of calling that command.
Key Takeway - The receiver of incoming messages has the sole responsibility of asserting the result direct public side effect. This is the sole place where we are making an assertions about values, testing the value of the thing returned
MESSAGES SENT TO SELF
Private Methods - Don't test private methods. Don't make assertiond about their result. Do not expect to send them. Doing so will add no value to your tests and will make it impossible to change in the future wihthout breaking something. They also discourage other devs from touching your code so you may want to add the comment "if these tests fail, delete them."
Caveat: Break rule if itk saves $$$ during development.
Key Takeway - Ignore them.
OUTGOING QUERY MESSAGES
Making assertions on query messages is the job of the reciever. Therefore making an assertion on outgoing messages is redundant and should be avoided. It makes your tests are break when there is a change and it is very combersome to understand what going on. It adds no value.
Rule: Do not test outgoing query messages. Do not make assertions about their result. Do not epxect to send them.
You will notice that both tests made to self and tech on outgoing query messages have the same rule, don't do them.
Rule: If a message has no visible side-effects, the sender should not test it.
OUTGOING COMMAND MESSAGES
Outgoing command messages must be sent, they have to be sent or the app will not be correct. Testing, however the distant side effects of sending the message is an integration test. Asserting that the state of a thing changed in the database is not job of the outgoing command message. It's job is ensure that a message is sent. Asserting that some change has occured or making an assertion about the state of the DB will forever connect you to that result and the objects.. even those distant involved.
Testing that a message was sent requires a mock. Testing this way makes a bet that the edge (the API...the message sent) is more stable than the distant side effect and the path to it.
Rule: Test outgoing command messages by setting expectations on them being sent. Caveat: Break Rule if ide effects are stable and cheap... and close. The further away - the worse.
Rule: It is our job to ensure that mocks honor their contract. Ensure test doubles stay insync with the API
Gems that help you manage your mocks:
*Bogus
*Quacky
*Rspec-Fire
*Minitest-Firemock
17 Jul 2015
Further Reading
Check out this blog post by Martin Fowler. Here is an excert I found valuable:
Meszaros uses the term Test Double as the generic term for any kind of pretend object used in place of a real object for testing purposes. The name comes from the notion of a Stunt Double in movies. (One of his aims was to avoid using any name that was already widely used.) Meszaros then defined four particular kinds of double:
Dummy objects are passed around but never actually used. Usually they are just used to fill parameter lists.
*Fake objects actually have working implementations, but usually take some shortcut which makes them not suitable for production (an in memory database is a good example).
*Stubs provide canned answers to calls made during the test, usually not responding at all to anything outside what's programmed in for the test. Stubs may also record information about calls, such as an email gateway stub that remembers the messages it 'sent', or maybe only how many messages it 'sent'.
*Mocks are what we are talking about here: objects pre-programmed with expectations which form a specification of the calls they are expected to receive.
Of these kinds of doubles, only mocks insist upon behavior verification. The other doubles can, and usually do, use state verification.
Also, check out this talk on Mocks
16 Jul 2015
In previous lessons, extracted some of our logic into policy, domain and service objects. We can now update our TodosController spec to reflect these new objects, but we don't have to test the functionality of the service level object, for example - we just to make sure that the object can respond to the actions extracted to the Service Level process. We can accomplish this with mocking & stubbing. Ensuring that a message has been sent and the object can respond to that message. We are not concerned with the response for that message.
So far with stubbing (which is all we have done up until this point), we have always been asserting on values or the state of the system. With mocking, we asserting on communication. Mocks will always be in unit testing becasue you ar stubbing out your collaborators. If you have to create too many mocks, then you know that you are missing another layer of abstraction. Limiting your spec to focusing on one object allows you code smells like these.
Picking up from our last example, we would create a mock with the following. Please note that the trigger is after the assertion:
it "delegates to CreditDeduction to deduct credit" do
credit_deduction = double("credit deduction")
CreditDeduction.stub(:new).(alice).and_return(credit_deduction)
expect(credit_deduction).to_recieve(:deduct_credit)
post :create, todo: {name: "cook", description: "I like cooking!" }
end
14 Jul 2015
Rails provides an MVC framework - but there is a point where the complexity of your application grows beyong this structure. Typically, when this first happens, devs move the logic from their controllers, to the models (skinny contollers/fat models) - but often we find that we are pushing too much logic into the models, making them bloated. Often times models at the center of your application, that are so large (in complexity and touches so many other objects) that people are afraid to touch it (becasue something bad will happen if you mess up) is called God Objects (God Models).
Object Composition
We can take some of the responsibility from those objects however, this does come at a cost.
In-direction
When you extract logic to various objects within a process, it can be difficult to chase down what is happening as the process is not all in one view. Well defined names and interfaces.
However - there are some ways to abuse object composition.
YAGNI (You Aren't Going to Need It)
is over-extracting or abstracting to a layer that is not useful at the moment, in hopes that it will be in the future, but you prolly won't. It is better to wait as you will never know less about the future than you do now.


Anthony Palileo
Advanced Interactive Prototyping
Project 1
Reading Response
Project 2
Project 3
Project 4
My collection of posts for Fall 2020 at ArtCenter College of Design in Pasadena, California
Project 1: Natural Systems
Select a system in nature. Code it.
Reading Response
Discuss:
What do Prototypes Prototype?
Houde, Stephanie and Charles Hill
Project 2: Interactive Natural System
Take first project: add controls.
Project 3: Published Sensor System
Get sensor readings; send to P5.js.
Project 4: Interconnected Systems
Level up all learning.


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You haven't yet linked your Patreon account. Patrons with linked Patreon accounts can use subscriber-only commands even when they're not subscribers. There also might be other effects.
{% elif is_patron %}You are supporting {{ channel_patreon_name }} on Patreon. As long as you are a patron you can use subscriber-only commands even when you're not a subscriber. There also might be other effects.
{% else %}You aren't supporting {{ channel_patreon_name }} on Patreon. Patrons with linked Patreon accounts can use subscriber-only commands even when they're not subscribers. There also might be other effects.
{% endif %} {%endblock%}


How is the capital budget being spent in your area?
Use the menu at the top right to view different map layers.
Click on a ward on the map for more detailed information.
Use the menu at the top right to view different map layers.
Click on a ward on the map for more detailed information.


This is what we offer you. Yes, of course you can now earn more money that increases the rate of the national economy of your country and your company and your family. You are through us without any hassles and without complicated procedures. You can market your company and publish your products around the world. The name of your company is published both locally and internationally.
We provide you with excellent services. Our business and customers are the biggest proof of our success in the electronic marketing and service excellence by experts in our various specialties
Photography of your products and company through us, where we send a professional photographer using modern techniques in photography and then the graphic designer put his artistic touches and then we start the work of advertising.
We offer you a team of the best marketing experts who have extensive experience over the course of continuous lessons and several years.
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Our company offers you a group of web site designers who specialize in building websites and make it respond with search engines and provide safety certificates and documentation.


Donate List
| No | Action | Name | Donation Type | Phone Number | Total Book | Status | |
|---|---|---|---|---|---|---|---|
| 1 |<EMAIL_ADDRESS>| Chandra | Organization | +6287-0000 | 10 | Waiting | |
| 2 |<EMAIL_ADDRESS>| Tika | Person | +6287-0001 | 4 | Accept | |
| 3 |<EMAIL_ADDRESS>| Kevin | Organization | +6287-0002 | 10 | Waiting | |
| 4 |<EMAIL_ADDRESS>| Jayson | Person | +6287-0002 | 5 | Waiting | |
| 5 |<EMAIL_ADDRESS>| Naufal | Person | +6287-0002 | 7 | Accept | |
| 6 |<EMAIL_ADDRESS>| Dayan | Organization | +6287-0002 | 10 | Waiting |


{% extends "base.html" %} {% block content %}
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@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import uk.gov.hmrc.cataloguefrontend.{ routes => appRoutes } @import uk.gov.hmrc.cataloguefrontend.model.Environment @import uk.gov.hmrc.cataloguefrontend.whatsrunningwhere.WhatsRunningWhere @import uk.gov.hmrc.cataloguefrontend.whatsrunningwhere.WhatsRunningWhereController @(whatsRunning: Seq[WhatsRunningWhere] , environments: Seq[Environment] , showDiff : Boolean )
@whatsRunning.zipWithIndex.map { case (wrw, i) =>


sputum induced {border-style (.) px;} #ffffff;} diagnosis patients pulmonary procedure Dis adverse (SD) mean tuberculosis participants px; {font-family font-size study < Induced Tropical double; events health healthy induction primary Infect TB. border-color border-width diagnostic healthcare patients, potential reported risk samples setting solid; use {font-style {font-weight Clin E-mail: Med Sputum airway bold controls courier; em; gastric good pt;} research resource-poor safe settings, spontaneous tolerability transmission


--- layout: default title: Toolkit ---
The following are major activities and lessons learned during the Art Information Commons project.
Thoughtful planning for large endeavors takes a while, often longer than you anticipate.
A project team could be people specifically hired for the initiative and/or existing staff who will prioritize this project. If you decide to include existing staff, it is important to adjust their schedules and workload so they have enough time, effort, and thought-space for the project.
Make sure to identify a project coordinator, manager, or similar role, because coordination is a major part of completing a successful initiative.
Reassessment of required team members should happen as your needs/availability change over time.
Once the team is identified, clearly establish roles and responsibilities for each team member.
Formalize meeting structure and frequency; create a shared working space for documents; identify how decisions are to be made, approval processes, and develop communication workflows within the team.
Sample tools: Airtable, Asana, BaseCamp, and Monday.com for task management; Outlook for email and scheduling; and BaseCamp, Google Drive, or Microsoft Sharepoint for sharing project documents. We use MOCHA (Manager, Owner, Consulted, Helper, Advisor) as a roles and responsibilities framework as taught by the Management Center. The RACI model is another similar roles and responsibilities framework.
By clarifying roles and establishing the needed structure, your team will be able to work more efficiently and effectively. You can also address a need for change in roles as the project progresses and needs change.
It is critical to have buy-in from your institution’s leadership and key stakeholders. Their active support will highlight the importance of your initiative and help bolster engagement across the organization.
We identified key internal stakeholders and created an internal Steering Committee made up of staff from across the institution from whom we gain regular feedback as we progress with the initiative.
Create a communications and change management strategy that facilitates a transition for staff into a new way of working and adjusting to new tools developed by the initiative, in addition to active engagement and open dialog within and across the institution.
Try to decide what information you need to gather from staff. Then shape standard questions to gain the types of information you are seeking.
Discussions should be focused on leveraging the work already being done and to gather feedback from across the institution. We broke our discussions into roadshows (departmental/team/group meetings), Coffee with the Commons (quarterly open forums for all staff), and individual meetings with staff.
Provide avenues for those who do not attend the meetings to share feedback, and a process for recording and transcribing your discussions for future analysis. We used Google Forms to gather additional information and shared all presentations and documentation with staff via our internal Sharepoint.
These discussions inform the work of the initiative and help build institutional trust, which, in turn, creates an environment that supports change.
We established an external advisory board to guide and provide informed feedback on the initiative, with annual in-person meetings and quarterly update calls. No matter how you shape your approach, external advisors provide valuable perspective and grounding.
Gather and share information about potentially related tools, projects, and resources in the field. We did this through an environmental scan. This provides insights about existing tools, lessons learned from similar efforts, and perspectives from others working to solve related problems. Here is our Environmental Scan--which we encourage others to add and build from it.
In addition, sometimes you will not just need external feedback, but external skills and work that you may not have on staff. For example, we are working with our internal developers, and external linked data professionals and developers. To do this, we went through a Request for Information (RFI) process you can review here.
Establish a process for how you want to collect the feedback and information you are gathering from your colleagues. The rich discussions you are having will generate a great deal of valuable qualitative data to inform the work to come.
We captured comments and feedback in a spreadsheet. For each discrete comment, we documented all pertinent details, including the type of meeting in which it was said, the date of that meeting, and the name and department of the individual who made the comment. We then mapped each comment to a larger, umbrella themes we noticed, analyzed the data, and tagged the comments based on more specific motifs and patterns that emerged. This data will help inform your vision, scope, and roadmap for continued exploration.
Once you’ve had conversations with as many stakeholders as possible and gathered substantial, informative feedback, create a vision and scope to focus your roadmap for your next planning phase. Base the documents on your overarching objectives for the initiative and all that you have learned so far. Be sure to get feedback on your draft documents from your key advisors. In our case, the internal Steering Committee, external Advisory Board, and Director provided guidance and input.
A vision should be a high level goal for the overall initiative, beyond the planning phase. A scope should indicate what is within the purview of the initiative now, what is out of scope at this moment with potential to include later, and what is out of scope that will never be a part of the initiative. A roadmap is an actionable plan for the next year or selected time period of your planning phase. It should include why you are conducting certain projects, who will be involved and their level of engagement, and what steps you will take to complete each project. Know that your Roadmap will evolve with the initiative.
The Vision, Scope, and Roadmap will help your team remain on track and work more efficiently. In addition, it can be used as a communications resource when asked what the initiative is tackling and why.
To start, decide on a small number of test cases or prototypes that are in direct alignment with institutional priorities.
We took a programmatic approach, as we had several major initiatives underway that our work could tie into. Consider strategic initiatives your institution is developing that your work can support and help sustain.Determine what projects might be useful test-beds to explore your initiative’s goals? Develop meaningful criteria to help select your test cases and prototypes.
Use the rest of the planning period to test, iterate, and refine–and don’t forget to be flexible: goals, priorities and realities will inevitably change.
Once you have a chance to work on the use cases to see which are most viable and doable, narrow your focus to just one for prototyping. Thus making it easier to set the requirements and scope for the prototype by focusing on one area of collection information that can then be extensible to the wider whole.
Set up a timeline for the prototype, from collecting data, to semantic mapping, to preparing documentation of the entire process. Working with the external consultants and developers, we are drafted research and competency questions to help build and test the prototype. Research questions are those that query the content of the prototype, mostly art-historical in nature, and competency questions are those that test the structure of the prototype.
Agree on a process through a scope of work with the vendor, or, if you are working in-house, develop project documentation to guide your process. Within such documentation, provide definitions for terms (e.g. research question) in order to ensure better and more efficient communication.
Make time to reevaluate the needs of the project. We reassessed our project plan, timeline, and roadmap at least each year of the project. Re-analyzing priorities around new project items is important, especially if you need to eliminate older priorities that no longer suit the project nor the institution. Being cognizant of changing goals, by being adaptable and building those into the project can be a test of the project's extensibility and sustainability. Flexibility is an important quality especially when working in these testing stages.
In addition, make sure to address changing workflows outside of the project around involved staff, stakeholders, and external vendors such as developers. You want to be mindful of their time commitments and how that might change over the course of the project.
The timeline of the project may also need to be extended since you might discover you need additional tasks and tools you did not foresee needing in the work plan. As we worked through the first year of the prototype, we were able to realize these new needs and adjust our schedule and budget based on the updated project plan.
Once you have gotten through the initial research phase, communication needs can be reevaluated based on the trajectory of the project. For example, we continue to provide open discussions, programs, and symposia for internal staff and external colleagues in relation to the Art Information Commons. We have put most of our focus on the symposia, bringing in outside perspectives around art information initiatives, obstacles, and opportunities, but communication and education programs should be tailored to the needs of your institution and staff.
Continue to meet with your stakeholders, advisors, and other groups that are integral to the completion of your project. We still hold meetings with our internal Steering Committee and external Advisory Board, but not as frequently while we finish the tech build. Also think about who needs more targeted outreach and discussions. For example, we are working with several committees on creating and organizing data on Black artists, histories, and representation within our collection because creating and adding new research to our prototype has become a key task in the project.
By reevaluating and continuing our communications efforts, we ensure that staff remain engaged with the initiative. Staff’s continued education and understanding of the project will help prime them to train, test, and use the prototype at its completion.
Training should take place for the core team as the project is moving along, so they can remain up to date on new features, tools, and fixes. This will help them gradually learn the system in order to identify any issues or opportunities to communicate with the developers building the prototype. This iterative process for reviewing and adjusting is more conducive to a more user-friendly system. Then, you can then identify a larger group of users to test and train with the system before deploying it to the rest of the institution.
Once through an initial round of training, the project team will need to begin implementation. This is when the institution learns to adopt the new system and provides regular training as you would with all other internal platforms and tools. Since the prototype is focused on a subset of the museum’s data, the virtual research environment will also expand to include the entirety of the institution’s art information, and test this additional data inclusion gradually and iteratively. The expanded virtual research environment will require general maintenance, upkeep, and continued training for new staff.
Through analysis and training, we will also be able to understand the staffing and time needs in order to maintain and run the Art Information Commons.
The Art Information Commons at the Philadelphia Museum of Art has been made possible by the Mellon Foundation.


This is just a simple page with images.
This image comes from the folder img. you can organize your app with folders like any website.
This div below has an awful repeating background defined in the CSS.


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We want nothing more than to supply you reliable diesel generators and services, and hold a large range of stock for new Diesel Generators for sale in the UK.


Configuration for running specs on Saucelabs
Members
accessKey :string
Saucelabs access key
Type:
- string
browserVersion :string
Browser version. Omit this to use the latest version of the specified browser.
Type:
- string
build :string
Build identifier to pass to Saucelabs
Type:
- string
os :string
Operating system to run the browser on.
Note: It's best to omit this property unless you really need your specs to run on a specific OS. If you omit it, Saucelabs will select a suitable OS. If you specify an unsupported combination of os and browserVersion, Saucelabs will select a different browser version that's available on the specified OS.
Type:
- string
tags :Array.<string>
Tags to pass to Saucelabs
Type:
- Array.<string>
tunnelIdentifier :string
Identifier of the Sauce Connect tunnel to use.
Type:
- string
username :string
Saucelabs username
Type:
- string


For each course branch, provide the mapping between course branches and versioned assessments.
| Name | Description |
|---|---|
| course_branch_id | Each session is associated with a single branch. Learners enrolled in a session see the course contents associated with this branch. |
| course_item_id | 5 character alphanumeric string identifying an individual item within a course. Items that have the same id that are in different branches of the same course are considered to be the same for the purposes of progress and grade computations. For example, if you complete item xxxxx in branch A, then you have completed it in branch B even if item xxxxx in branch B is very different from item xxxxx in branch A. |
| assessment_id | Each quiz is assigned a unique id that is a combination of a base id and version. |
CREATE TABLE course_branch_item_assessments ( course_branch_id varchar ,course_item_id varchar ,assessment_id varchar );


Classes
The following classes are available globally.
-
Authentication.
See moreDeclaration
Swift
public class Authentication: NSObject
-
Pagination information.
See moreDeclaration
Swift
public final class Pagination: NSObject, JSONConvertible


Home
Teams
Community
AboutUs
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Bio
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Results May Vary
Week 6
Variable Scoping and the Five Types of Variables
October 24, 2014
Ruby variables are one of the most basic building blocks in code, a place to store data and access it later. Variables can store any object, for example an array, integer, string, and so on. But to make variables even more versatile, variable scoping allows variables to be accessible in specific situations. This helps protect data by making it accessible at certain levels in your program but not others.
Ruby has a number of different types of variables which each have a different scope:
Constants
Constants are variables intended to be set only once and are accessible from anywhere within the place they were set. If they are set outside an object, they are accessible globally throughout a program, like in the example below. If they are set within a class or method, they are accessible only within that class or method. Although it is possible to change Constants, a warning message comes up verifying your intent. Constants are specified by writing the variable name in all caps.
Global Variables
Global variables are accessible from anywhere within the program, regardless of where they are declared. They are denoted with a dollar sign (“$”) in front of the variable name. Unlike constants, global variables can be changed easily without a warning message. Global variables are used sparingly because they can be read and written from anywhere in the program, which makes tracking bugs difficult. In the following example, the “.print” method would print the global variable as “1”, since even though it was declared outside the class, it was changed within a method:
Class Variables
Class variables are shared among all instances of a particular class. This means that if an object changes the class variable, it will be changed for all instances of the class variable later on. Class variables are denoted with two “at signs” (“@@”) before the variable name and are initialized when the class is created. A useful example for class variables is to create an array that your class methods would append and update each time, like so:
Instance Variables
Some of the most commonly used variables are instance variables. Denoted with one “at sign” (“@”), instance variables are local to specific instances of an object. They let you use the same variable across all the methods within your class. For example you might have the object of a class called “Pizza,” and set an instance variable called “@flavor” which would allow you to access (but not change) the flavor in any method within the Pizza class:
Local Variables
Lastly, local variables the most basic type of variable and have no designation or symbol before their name. Local variables are only accessible where they are declared. For example, a local variable declared within a method is only accessible within that method. In the following case, “array” and “counter” are local variables, and they are only accessible within the “separate_comma” method:
The five types of variables give you a good way to store or access data for any situation within a program. In some cases, you may want to make your variable easy to use and reset anywhere. In other cases, you would want to keep your variable constant throughout the program. Variable scoping lets you do that, ultimately allowing you to do more with your program.


This paragraph is here only to fill space in the DOM
And this address too..
So does this paragraph !
But this one should have green background
- First definition term that should have green background
- First definition that should have green background
- Second definition term
- Second definition
- Third definition term
- Third definition
- Fourth definition term that should have green background
- Fourth definition that should have green background
- Fifth definition term
- Fifth definition
- Sixth definition term
- Sixth definition


SceneLocationView
open class SceneLocationView : ARSCNView
SceneLocationView
is the ARSCNView
subclass used to render an ARCL scene.
Note that all of the standard SceneKit/ARKit delegates and delegate methods are used
internally by ARCL. The delegate functions declared in ARSCNViewDelegate
, ARSessionObserver
, and ARSCNView
are
shadowed by ARSCNViewDelegate
and invoked on the SceneLocationView
‘s arDelegate
. If you need to receive
any of these callbacks, implement them on your arDelegate
.
-
The type of tracking to use.
- orientationTracking: Informs the
SceneLocationView
to use Device Orientation tracking only. Useful when your nodes are all CLLocation based, and are not synced to real world planes See Apple’s documentation - worldTracking: Informs the
SceneLocationView
to use a World Tracking Configuration. Useful when you have nodes that attach themselves to real world planes See Apple’s documentation
Declaration
Swift
public enum ARTrackingType
- orientationTracking: Informs the
-
Declaration
Swift
public weak var locationViewDelegate: SceneLocationViewDelegate?
-
Declaration
Swift
public weak var locationEstimateDelegate: SceneLocationViewEstimateDelegate?
-
Declaration
Swift
public weak var locationNodeTouchDelegate: LNTouchDelegate?
-
Declaration
Swift
public weak var sceneTrackingDelegate: SceneTrackingDelegate?
-
Declaration
Swift
public let sceneLocationManager: SceneLocationManager
-
Addresses Issue #196 - Delegate issue when assigned to self (no location nodes render). If the user tries to set the delegate, perform an assertionFailure and tell them to set the
arViewDelegate
instead.Declaration
Swift
open override var delegate: ARSCNViewDelegate? { get set }
-
If you wish to receive delegate
ARSCNViewDelegate
events, use this instead of thedelegate
property. Thedelegate
property is reserved for this class itself and trying to set it will result in an assertionFailure and in production, things just won’t work as you expect.Declaration
Swift
public weak var arViewDelegate: ARSCNViewDelegate?
-
The method to use for determining locations. Not advisable to change this as the scene is ongoing.
Declaration
Swift
public var locationEstimateMethod: LocationEstimateMethod { get set }
-
When set to true, displays an axes node at the start of the scene
Declaration
Swift
public var showAxesNode: Bool
-
Declaration
Swift
public internal(set) var sceneNode: SCNNode? { get set }
-
Only to be overrided if you plan on manually setting True North. When true, sets up the scene to face what the device considers to be True North. This can be inaccurate, hence the option to override it. The functions for altering True North can be used irrespective of this value, but if the scene is oriented to true north, it will update without warning, thus affecting your alterations. The initial value of this property is respected.
Declaration
Swift
public var orientToTrueNorth: Bool
-
Whether debugging feature points should be displayed. Defaults to false
Declaration
Swift
public var showFeaturePoints: Bool
-
Declaration
Swift
public var currentScenePosition: SCNVector3? { get }
-
Declaration
Swift
public var currentEulerAngles: SCNVector3? { get }
-
Declaration
Swift
public internal(set) var locationNodes: [LocationNode]
-
Declaration
Swift
public internal(set) var polylineNodes: [PolylineNode]
-
Declaration
Swift
public internal(set) var arTrackingType: SceneLocationView.ARTrackingType
-
This initializer allows you to specify the type of tracking configuration (defaults to world tracking) as well as some other optional values.
Declaration
Swift
public convenience init(trackingType: ARTrackingType = .worldTracking, frame: CGRect = .zero, options: [String : Any]? = nil)
Parameters
trackingType
The type of AR Tracking configuration (defaults to world tracking).
frame
The CGRect for the frame (defaults to .zero).
options
The rendering options for the
SCNView
. -
Declaration
Swift
public override init(frame: CGRect, options: [String : Any]? = nil)
-
Declaration
Swift
required public init?(coder aDecoder: NSCoder)
-
Gives the best estimate of the location of a node
Declaration
Swift
public func locationOfLocationNode(_ locationNode: LocationNode) -> CLLocation
-
Declaration
Swift
public func renderer(_ renderer: SCNSceneRenderer, nodeFor anchor: ARAnchor) -> SCNNode?
-
Declaration
Swift
public func renderer(_ renderer: SCNSceneRenderer, didAdd node: SCNNode, for anchor: ARAnchor)
-
Declaration
Swift
public func renderer(_ renderer: SCNSceneRenderer, willUpdate node: SCNNode, for anchor: ARAnchor)
-
Declaration
Swift
public func renderer(_ renderer: SCNSceneRenderer, didUpdate node: SCNNode, for anchor: ARAnchor)
-
Declaration
Swift
public func renderer(_ renderer: SCNSceneRenderer, didRemove node: SCNNode, for anchor: ARAnchor)
-
Declaration
Swift
public func session(_ session: ARSession, didFailWithError error: Error)
-
Declaration
Swift
public func session(_ session: ARSession, cameraDidChangeTrackingState camera: ARCamera)
-
Declaration
Swift
public func sessionWasInterrupted(_ session: ARSession)
-
Declaration
Swift
public func sessionInterruptionEnded(_ session: ARSession)
-
Declaration
Swift
public func sessionShouldAttemptRelocalization(_ session: ARSession) -> Bool
-
Declaration
Swift
public func session(_ session: ARSession, didOutputAudioSampleBuffer audioSampleBuffer: CMSampleBuffer)
-
Declaration
Swift
public func renderer(_ renderer: SCNSceneRenderer, didRenderScene scene: SCNScene, atTime time: TimeInterval)
-
Declaration
Swift
public func renderer(_ renderer: SCNSceneRenderer, updateAtTime time: TimeInterval)
-
Declaration
Swift
public func renderer(_ renderer: SCNSceneRenderer, didApplyAnimationsAtTime time: TimeInterval)
-
Declaration
Swift
public func renderer(_ renderer: SCNSceneRenderer, didSimulatePhysicsAtTime time: TimeInterval)
-
Declaration
Swift
public func renderer(_ renderer: SCNSceneRenderer, didApplyConstraintsAtTime time: TimeInterval)
-
Declaration
Swift
public func renderer(_ renderer: SCNSceneRenderer, willRenderScene scene: SCNScene, atTime time: TimeInterval)
-
iOS can be inaccurate when setting true north The scene is oriented to true north, and will update its heading when it gets a more accurate reading You can disable this through setting the These functions provide manual overriding of the scene heading, if you have a more precise idea of where True North is The goal is for the True North orientation problems to be resolved At which point these functions would no longer be useful Moves the scene heading clockwise by 1 degree Intended for correctional purposes
Declaration
Swift
func moveSceneHeadingClockwise()
-
Moves the scene heading anti-clockwise by 1 degree Intended for correctional purposes
Declaration
Swift
func moveSceneHeadingAntiClockwise()
-
Upon being added, a node’s location, locationConfirmed and position may be modified and should not be changed externally. Silently fails and returns without adding the node to the scene if any of
currentScenePosition
,sceneLocationManager.currentLocation
, orsceneNode
isnil
.Declaration
Swift
func addLocationNodeForCurrentPosition(locationNode: LocationNode)
-
Each node’s addition to the scene can silently fail; See
addLocationNodeForCurrentPosition(locationNode:)
.Why would we want to add multiple nodes at the current position?
Declaration
Swift
func addLocationNodesForCurrentPosition(locationNodes: [LocationNode])
-
Silently fails and returns without adding the node unless
location
is notnil
andlocationConfirmed
istrue
. Upon being added, a node’s position will be modified internally and should not be changed externally.location
will not be modified, but taken as accurate.Declaration
Swift
func addLocationNodeWithConfirmedLocation(locationNode: LocationNode)
-
Declaration
Swift
@objc func sceneLocationViewTouched(sender: UITapGestureRecognizer)
-
Each node’s addition to the scene can silently fail; See
addLocationNodeWithConfirmedLocation(locationNode:)
.Declaration
Swift
func addLocationNodesWithConfirmedLocation(locationNodes: [LocationNode])
-
Declaration
Swift
func removeAllNodes()
-
Determine if scene contains a node with the specified tag
Declaration
Swift
func sceneContainsNodeWithTag(_ tag: String) -> Bool
Parameters
tag
tag text
Return Value
true if a LocationNode with the tag exists; false otherwise
-
Find all location nodes in the scene tagged with
tag
Declaration
Swift
func findNodes(tagged tag: String) -> [LocationNode]
Parameters
tag
The tag text for which to search nodes.
Return Value
A list of all matching tags
-
Declaration
Swift
func removeLocationNode(locationNode: LocationNode)
-
Declaration
Swift
func removeLocationNodes(locationNodes: [LocationNode])
-
Adds routes to the scene and lets you specify the geometry prototype for the box. Note: You can provide your own SCNBox prototype to base the direction nodes from.
Declaration
Swift
func addRoutes(routes: [MKRoute], boxBuilder: BoxBuilder? = nil)
Parameters
routes
The MKRoute of directions
boxBuilder
A block that will customize how a box is built.
-
Adds polylines to the scene and lets you specify the geometry prototype for the box. Note: You can provide your own SCNBox prototype to base the direction nodes from.
Declaration
Swift
func addRoutes(polylines: [AttributedType<MKPolyline>], Δaltitude: CLLocationDistance = -2.0, boxBuilder: BoxBuilder? = nil)
Parameters
polylines
The list of attributed MKPolyline to rendered
Δaltitude
difference between box and current user altitude
boxBuilder
A block that will customize how a box is built.
-
Declaration
Swift
func removeRoutes(routes: [MKRoute])
-
Adds polylines to the scene and lets you specify the geometry prototype for the box. Note: You can provide your own SCNBox prototype to base the direction nodes from.
Declaration
Swift
func addPolylines(polylines: [MKPolyline], boxBuilder: BoxBuilder? = nil)
Parameters
polylines
A set of MKPolyline.
boxBuilder
A block that will customize how a box is built.
-
Declaration
Swift
func removePolylines(polylines: [MKPolyline])


You have had your fair chance today. It won't get any better. Do not get blinded by trying to get rich quick. Learn how Bitcoin works and try your best to integrate it in the real world. Bitcoin needs adoption. Maybe you are able to use it in you next project? Talk and share your knowledge with others. Spread the word.
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MAN ON THE MOON (Universal) Starring: Jim Carrey, Danny DeVito, Courtney Love, Paul Giamatti, Jerry Lawler. Screenplay: Scott Alexander and Larry Karaszewski. Producers: Danny De Vito, Michael Shamberg and Stacey Sher. Director: Milos Forman. MPAA Rating: R (profanity, brief nudity, adult themes) Running Time: 118 minutes. Reviewed by Scott Renshaw.
In the first moments of MAN ON THE MOON'S splendidly inventive prologue, Jim Carrey says, "Hello ... I am Andy." And for two hours, he is. There is no way to describe Carrey's performance as Andy Kaufman in Milos Forman's bio-pic except to say that Carrey inhabits Kaufman. When he plays Kaufman's squeaky-voiced immigrant character, which will become "Taxi's" Latka, he's pitch perfect; when he dives into one of Kaufman's deliberately provocative stage routines, he captures a mind of lunatic inventiveness at work. Carrey's work may be the best, most effective extended impression in film history.
The astonishing thing about MAN ON THE MOON is how entertaining it is despite the fact that there's very little to it but Carrey's extended impression. After a brief glimpse of Kaufman's childhood in Long Island, MAN ON THE MOON dives into his early days as a stand-up comedy performer who befuddles and aggravates his audiences as often as he makes them laugh. He is undeniably unique, however, a fact that grabs the attention of super-agent George Shapiro (Danny DeVito). Shapiro sees stardom in Kaufman, stardom Kaufman himself claims he wants. There's just the small matter of Kaufman's insistence on pushing himself, his act and his audience farther than they've ever gone before.
Hard to take, perhaps, but impossible to ignore. It's also impossible to deny that MAN ON THE MOON owes most of its entertainment value to Kaufman himself, since the film's biggest laughts come from re-creations of Kaufman's outrageous performances. We see his faux-nervous "Saturday Night Live" lip-synch to the "Mighty Mouse" theme; we see his running feud with wrestler Jerry Lawler (playing himself) that pre-sages the popularity of professional wrestling as scripted antagonism; and we see plenty of Kaufman's doppleganger, abrasive Vegas lounge singer Tony Clifton. When a college audience demands "Latka!," Kaufman responds with a reading in its entirety of _The Great Gatsby_. Watching Carrey-as-Kaufman reach for the edges without anything resembling a net is exhilarating. Kaufman's routines still have the ability to inspire gasping laughter.
The only question remaining -- and the one for which MAN ON THE MOON has no answer -- is who Andy Kaufman really was, and what he really was trying to accomplish in his career. The script by Scott Alexander and Larry Karaszewski casts a similar rosy glow over its subject as their scripts for ED WOOD and THE PEOPLE VS. LARRY FLYNT, making the film more of an homage to driven eccentricity than piercing character study. It may be true, as Kaufman's girlfriend Lynne (Courtney Love) says to him in one scene, that "there is no real you," but that doesn't make the absence of insight any less disapppointing. While MAN ON THE MOON's performance set pieces are dazzling, in a sense they never end. It's a portrait of an entire life lived as performance art, when you keep hoping for at least a glimpse behind the curtain.
There are moments during the film's final half hour, when Kaufman is coping with cancer -- and with the boy-who-cried-wolf repercussions as his friends and family doubt that he is really sick -- that we begin to see a self-aware Andy. In one of the film's best moments, a trip to a Philippine "psychic surgery" clinic becomes an ironic revelation that attempts to delude others can go too far. With just a few more moments like that, MAN ON THE MOON might have been a classic film biography. Maybe ultimately it's just a showpiece -- for Kaufman's decades-ahead-of-his-time genius, and for Carrey's dynamic rendering of that genius. Maybe it's just a grand illusion without an easily-understood human being behind it. And maybe, in a story about the life of Andy Kaufman, that's perfectly appropriate.
On the Renshaw scale of 0 to 10 Latkas gravis: 8.
Visit Scott Renshaw's Screening Room http://www.inconnect.com/~renshaw/ *** Subscribe to receive new reviews directly by email! See the Screening Room for details, or reply to this message with subject "Subscribe".
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EBD - Easton Bible DIctionary
Sharezer
SHAREZER
"SHAREZER "(God) protect the king!, a son of Sennacherib, king of Assyria. He and his brother Adrammelech murdered their father, and then fled into the land of Armenia (
2 Kings 19:37
).
"SHAREZER "(God) protect the king!, a son of Sennacherib, king of Assyria. He and his brother Adrammelech murdered their father, and then fled into the land of Armenia (2 Kings 19:37).


in-toto is maintained by the Secure Systems Lab at New York University as well as researchers from the Cybersecurity Research Center at the New Jersey Institute of Technology.
This research was supported by the US National Science Foundation (NSF), the Defense Advanced Research Projects Agency (DARPA) and the Air Force Research Laboratory (AFRL). Any opinions, findings, and conclusions or recommendations expressed in this material are those of the authors and do not necessarily reflect the views of NSF, DARPA and AFRL. The United States Government is authorized to reproduce and distribute reprints notwithstanding any copyright notice herein.


Data Science Portfolio
2018-10-25
1 Purpose
This site shows where Richard Careaga’s data science skills stand in mid-2018.
Its intent is to provide prospective employers with concrete evidence of my abilities to do the work of a data sciencist. The content is all my own work, and none of the cases are based on classroom assignments, except where indicated. The style of these pages is directed to that purpose. They are not academic papers, industry conference papers, nor reports to management. They are designed to show you my thought processes and methods.
1.1 Updates
- 2018-06-23 added qqnorm tests to FICO example in Failure Analysis chapter, part 1
- 2018-06-26 stratified Failure Analysis 125K dataset to censor loan dropouts during 2006, classified remaining loans into performance categories based on monthly payment/nonpayment data and compared FICO distributions in the categories
- 2018-06-28 illustrated non-normality of FICO distributions with Shapiro-Wilks test; refactored database for principal component analysis
- 2018-07-01 performed PCA on sample
- 2018-07-02 performed K-means clustering
- 2018-07-06 Correspondence analysis performance x clusters
- 2018-07-08 Correspondence analysis of categorical variables
- 2018-07-11 Revised qq plots to take advantage of new ggplot2 v 3.0.0 feature, added R package to tools chapter, new credential on this page
- 2018-07-14 Logistic regression of FICO on performance
- 2018-07-21 added PH125.6x: Data Science: Wrangling certificate
- 2018-08-04 added PH125.5x: Data Science: Productivity certificate
- 2018-08-04 new blog at http://technocrat.rbind.io
- 2018-08-14 added PH125.7x: Data Science: Linear Regression certificate
- 2018-08-15 Stratified suprime data set
- 2018-09-01 Exhuasted linear regression on subprime loan dataset
- 2018-09-07 Major revisions to part 1 and part 2 of subprime dataset
- 2018-09-08 Completed revisions to part 1 of subprime dataset (linear regression)
- 2018-09-09 Completed revisions to part 2 of subprime dataset (logistic regression using only quntitative variables)
- 2018-09-10 corrected keywords in revised part 2 of subprime dataset
- 2018-09-11 site configuration change
- 2018-09-19 added section for credits
- 2018-10-02 Added final certificate for BerkeleyX program
- 2018-10-09 fixed broken links
- 2018-10-25 revised linear regression discussion in subprime dataset part 1
1.2 Literate programming: the tight integration of code and text
An analysis can have different audiences, and one of those may be peers, who may want to look under the hood to see exactly how the data were processed to produce the results given. This book is in that style and the RMarkdown files used to produce this portfolio are all available:
git clone https://github.com/technocrat/technocrat.github.io
1.3 Background
In 2007, I put much effort into acquiring the nuts-and-bolts of data science, dusting off old statistial learning, and throwing them into the front line of the initial skirmishes of the Great Recession. This was not something in my job description at Washington Mutual Bank, the largest ever to fail in the U.S. Fortunately, I was senior enough to decide on my own how best to spend my time.
I spent a month split between data acquisition and learning three new software tools – MySQL, R and Python. That dataset is one of several cases studies in this document that I use to show what you can expect if you take me on as a data scientist.
The cases range from spreadsheet sized (a few hundred records) to small (a thousand), middling (125,000) and largest (500,000). As the cases get larger, the number of fields grow, as well, along with the data clean-up.
1.4 The Cases
Each of the cases is designed to illustrate one or more specific skill by presenting an example and explaining what motivated it, what it does, the tools used, and what its output accomplished.
- 2015 police involved homicides: Descriptive statistics, observational data hypothesis testing
- The financial cash flow model: OOP Python, model derivation from narrative
- Failure analysis of subprime Loans: MySQL,R, exploratory data analysis, high-dimensional data, covariance, clustering, regression, principa component analyis, machine learning
- The Enron email corpus: Python, NLTK, social network analysis, de-duplication, stopwords, boilerplate stripping
- Daycare costs and unexamined Assumptions: Data skepticism
- Examples of utility programming in Python, Haskell, Lua and Flex/Bison
1.5 Current Credentials
I’ve completed the following online courses, to consolidate and expand my previous training and experience in data science, which sprung, ultimately, from undergraduate and graduate degrees in geology and geophysics. My plan is to use these cases to apply the many new techniques that I have learned to date, and expect to learn as I complete the remaining courses in the series.
1.5.1 Graduate school level
MITxPro Data Science and Big Data Analytics: Making Data-Driven Decisions
HarvardX: PH559x Causal Diagrams: Draw Your Assumptions Before Your Conclusions
PH125.1x: Data Science: R Basics
PH125.2x: Data Science: Visualization
PH125.3x: Data Science: Probability
PH125.4x: Data Science: Inference and Modeling
Harvard PH125.5x: Data Science, Productivity Tools
1.5.2 Undergraduate level
BerkeleyX Professional Certificate Foundations of Data Science
1.5.3 Prior analytic and programming experience
My prior analytic education and experience was in geology/geophysics (M.S.) and law (J.D.) I have been on *nix as my own sysadm since 1984, including Venix (a v7 derivative), Irix (SGI), Ubuntu and other Linux versions, and Mac OSx. My orientation is strongly CLI, rather than GUI, but I have used Excel and Word since their early release. I have non-PC experience with the IBM S/34 and implementation of payroll, general ledger and budgeting. During the mid-90s, I installed, configured and operated http, mail, news, proxy, certificate and LDAP servers. I am familiar with many of the important bash tools (which I use on a daily basis) and with C and Perl (which I can still read, but seldom use).
When we got our numbers off of greenbar, no one cared how pretty it looked.


Ramon Santana is a first generation, electrical engineer student at the University of Central Florida. He is a Peer Mentor and Peer Tutor for engineering students at the UCF TRiO Center. He is the Mentoring Program Coordinator for the Society of Hispanic and Professional Engineers at UCF. He is also a brother of Lambda Theta Phi Latin Fraternity. Prior to being a Peer Mentor, he was a Teaching Assistant for two engineering classes at UCF. Upon graduation, Santana will continue working for NextEra Energy as a Distribution Engineer.
Emmanuel Hernandez is an electrical engineering undergraduate student. He has been a mathematics tutor at the UCF Mathematics Assistance & Learning Lab (MALL) since 2012, and has completed 3 semesters of internships with two different companies. During the first internship at The Walt Disney Company, Emmanuel was given the opportunity to work with programmable logic controllers (PLC). About a year later, he was given the opportunity to participate in an internship at Florida Power & Light Company, where he was given the opportunity to work with microprocessor relays.
Christopher Delgado is a first generation electrical engineering undergraduate student at the University of Central Florida. He has been part of the Burnett Honors College since the beginning. Since the summer semester of 2015, he has been working as a System Performance intern for Verizon Wireless and has gained valuable experience in networking. Prior to his internship with Verizon, Christopher worked as a peer tutor for the SDES TRIO Center in UCF where he helped other students improve their performance in their physics, calculus and elementary engineering courses.
Jason Balog is a senior at UCF, graduating in May of 2016 with a Bachelor's in Electrical Engineering and a minor in Mathematics. His strong interest in power systems has driven him to focus on power courses and is excited to enter the workforce with a developing power grid. Throughout his college career he has been a member of Engineers Without Borders and has interned with Florida Power & Light (FPL) in the Distribution department. Following graduation he plans to continue working for FPL as a Distribution Engineer.


This page lets you test using the hellosign-embedded
library in an app context.
This is useful for testing development against hellosign-embedded
as well as an example of how the library can be integrated with one of our SDKs (NodeJS in this case). Simply enter the API Key for your HelloSign account, and the Client ID for an API app on your account below, and hit "Open" to generate a signature request and view it
Debug output and JS callbacks will be logged to your JavaScript console. Domain verification is disabled.
Note: Use Incognito/Private Browsing mode to avoid messing up your existing session!


{% extends "template.html" %} {% block title %}Forgot Password{% endblock %} {% block body %}
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These release notes cover new developer and user-facing incompatibilities, important issues, features, and major improvements.
Applications which made use of the LogAggregationContext in their application will need to revisit this code in order to make sure that their logs continue to get rolled out.
This fix includes public method interface change. A follow-up jira for this incompatibly for branch-2.7 is HADOOP-13579.


A HOT ROOF [GYAE-GOT-UN NALUI OHU] A film review by James Berardinelli Copyright 1997 James Berardinelli
RATING (0 TO 10): 6.5 Alternative Scale: **1/2 out of ****
South Korea, 1996 Running Length: 1:48 MPAA Classification: No MPAA Rating (Mature themes, profanity, brief nudity, sex) Theatrical Aspect Ratio: 1.85:1 Shown at the Philadelphia Festival of World Cinema, 5/2/97 & 5/4/97
Cast: Ha You-MI, Jung Sun-Koung, Son Sook, Kim Bo-Yun, Song Ok-Sook, Jung Bo-Suk Director: Lee Min-Yong Producer: Lee Soon-Yeoul Screenplay: Lee Kyong-Sik, Cho Min-Ho, Chang Jin, Lee Min-Yong Cinematography: Seo Jung-Min Music: Lee Young-Hoon In Korean with subtitles
It's not much of a stretch to say that the world's Asian cultures are far behind their Occidental counterparts when it comes to women's liberation. The great strides that have been made over the past few decades in the West have not been matched in the East. Still, progress is being made, as South Korean director Lee Min-Yong's film, A HOT ROOF, indicates. And, while the point of the movie is to illustrate the importance of female empowerment, the very fact that a film like this (with a fleet of strong women protagonists) could be produced in South Korea is evidence of a cultural shift towards sexual equality.
A HOT ROOF attempts to present its message through a humorous medium. The film is an outrageous, bordering on screwball, farce about a group of ten women trapped on the roof of an apartment building during a police standoff. They're there because they were responsible for the accidental death of an abusive husband. Now, in 100-plus degree heat with no food or water, these ten individuals, some of whom have grudges against each other, must band together to defy the police and present their case to the media.
A HOT ROOF does not view men in an especially positive light -- they're shown to be lazy, boozing, violent, randy pigs. But, while the women are give the lion's share of positive personality traits, their characters aren't much better developed. Each of the ten represents a different stereotype, and, despite a number of appealing performances, what we end up with is a group of likable-but-one-dimensional individuals who could (and should) be more interesting than they actually are.
As a comedy, A HOT ROOF is fairly successful. A high percentage of the jokes work, even for an international audience, indicating a certain universality in the humor employed by Min-Yong. The funniest aspect of A HOT ROOF involves a pair of inept burglars who become trapped in the building when the police surround it. Other openly comic segments, as well as a few that are more subtle, are equally effective.
Unfortunately, the film falls apart during the last reel, when Min- Yong starts preaching his message of equality with unnecessary vigor and obviousness. Several "dramatic" elements, including a gender-bending plot twist, are a little too trite to be effective. Min-Yong apparently doesn't believe that humor is enough, but, in clumsily trying to inject pathos, he undermines the last quarter of his picture. In the end, while A HOT ROOF has some important things to say (made all the more interesting considering the country where the film was made), its flaws limit its potential as more than a socially-aware form of light entertainment.
- James Berardinelli e-mail<EMAIL_ADDRESS>ReelViews web site: http://www.cybernex.net/~berardin
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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