| Art-id |
label |
caption |
| PMC3921638 |
Table 1
|
List of observed datasets with symbols used, along with the ... |
| PMC3921638 |
Table 2
|
Epochal trends in observation are compared with climate simu ... |
| PMC3921638 |
Table 3
|
Models from CMIP3 and CMIP5 that satisfy the condition of si ... |
| PMC4459216 |
Table 1
|
List of Included CMIP Models, Their Original Resolution, and ... |
| PMC4999053 |
Table 1
|
Models from the CMIP5 archive http://cmip-pcmdi.llnl.gov/cmi ... |
| PMC5141387 |
Table 1
|
Probabilities of a hiatus or warming slowdown. |
| PMC5231269 |
Table 1
|
Comparison of the percentage of runs passing through individ ... |
| PMC5231269 |
Table 2
|
Comparison of projections in the year 2100 to previous exper ... |
| PMC5370151 |
Table 1
|
Comparison of flood risk area by the potential future 100-yr ... |
| PMC5385127 |
Table 1
|
Official contributor name, institute ID and model name for t ... |
| PMC5385127 |
Table 2
|
Key base model parameters for simulations, cf. Langille et a ... |
| PMC5411072 |
Table 1
|
Average difference between baseline (1976–2005) and future p ... |
| PMC5462738 |
Table 1
|
Historical, CRU and IMD seasonal trends at 95% confidence le ... |
| PMC5613001 |
Table 1
|
Regional coefficients of heatwave changes per °C global warm ... |
| PMC5613001 |
Table 2
|
CMIP5 ensemble median change in frequency of a 1-in-30 year ... |
| PMC5613001 |
Table 3
|
Median estimate of warming per °C global warming due to inte ... |
| PMC5638845 |
Table 1
|
Contrast of precipitation, temperature, cloud fraction, sens ... |
| PMC5680305 |
Table 1
|
Comparison of observed and simulated precipitation before an ... |
| PMC5680305 |
Table 2
|
Changes of Seasonal Precipitation during 2021~2100 under Sce ... |
| PMC5680305 |
Table 3
|
Basic information on the 20 climate models in the Fifth Phas ... |
| PMC5730520 |
Table 1
|
List of the models used in this analysis, the resolutions, a ... |
| PMC5770443 |
Table 1
|
Overview of the CESM/CAM4/CLM4-CN simulations used in this s ... |
| PMC5778135 |
Table 1
|
Projected mean estimates ( ± uncertainty) of premature morta ... |
| PMC5778135 |
Table 2
|
Framework of the sensitivity study where the upward and down ... |
| PMC5778135 |
Table 3
|
Changes in projected premature mortality burden for the four ... |
| PMC5821341 |
Table 1
|
Final set of five predictor variables used in modeling poten ... |
| PMC5821341 |
Table 2
|
List of the CMIP5 climate models used in this study. |
| PMC5821341 |
Table 3
|
Comparison of area under the curve (AUC), sensitivity, speci ... |
| PMC5821341 |
Table 4
|
Variable importance using increase in area under the curve ( ... |
| PMC5824783 |
Table 1
|
List of parameters those have been modified or tuned. |
| PMC5933320 |
Table 1
|
Model calibration parameters and associated values. |
| PMC5933320 |
Table 2
|
Estimation of SWAT model performance. |
| PMC5933320 |
Table 3
|
Flood mitigation scenarios. |
| PMC5933320 |
Table 4
|
The 2020s and 2050s climate projections downscaled from CMIP ... |
| PMC5933320 |
Table 5
|
Simulated mean evapotranspiration (ET), surface runoff (SQ) ... |
| PMC5933320 |
Table 6
|
Devils Lake overspill probability (%) under four representat ... |
| PMC5933320 |
Table 7
|
Flood risks associated with three mitigation scenarios under ... |
| PMC5993269 |
Table 1
|
GCMs Used in This Study |
| PMC5993269 |
Table 2
|
Observation‐Based Data Set Used in This Study |
| PMC5997713 |
Table 1
|
Observed and attributable trends (°C per period length given ... |
| PMC5998652 |
Table 1
|
Covariates used for modelling the distribution of endemic sp ... |
| PMC5998652 |
Table 2
|
Temperature projections for the four Representative Concentr ... |
| PMC6086288 |
Table 1
|
Definition of future scenarios as the state transition pathw ... |
| PMC6086288 |
Table 2
|
Decomposition of calculation with six sub-models and the 24 ... |
| PMC6086288 |
Table 3
|
Changes in cumulative GDP in 2005 USD during the 2000–2100 |
| PMC6086288 |
Table 4
|
Results of CCS implementation in billion tons of CO 2 in ALT ... |
| PMC6092397 |
Table 1
|
Likelihood of anomalously warm years for the next decade |
| PMC6114992 |
Table 1
|
Published global estimates of management amenable agricultur ... |
| PMC6134029 |
Table 1
|
Regression and correlation analyses results across the AMIP5 ... |
| PMC6134029 |
Table 2
|
Stand-alone atmospheric model surface heat flux component bi ... |
| PMC6157310 |
Table 1
|
Experimental, geochemical, and ESM-based (1996–2005 average) ... |
| PMC6157968 |
Table 1
|
Direct, instantaneous, unadjusted shortwave radiative forcin ... |
| PMC6157968 |
Table 2
|
Direct, instantaneous, unadjusted annual mean global shortwa ... |
| PMC6158170 |
Table 1
|
The list of CMIP5 GCMs (see Taylor et al. 26 ), the CORDEX R ... |
| PMC6160484 |
Table 1
|
Fully coupled CESM–WACCM4 experiments with various specified ... |
| PMC6175830 |
Table 1
|
Information of the CMIP5 models used in this study. |
| PMC6175830 |
Table 2
|
Skill scores of the 15 models on simulating the S − P patte ... |
| PMC6190744 |
Table 1
|
Regional classifications in the AIM/CGE. |
| PMC6190744 |
Table 2
|
SSP/RCP scenario matrix and scenarios covered in this study. |
| PMC6190744 |
Table 3
|
Land-use (LU) categories in the land-use allocation model. |
| PMC6190744 |
Table 4
|
Downscaling algorithm emission source groups and weights. |
| PMC6190744 |
Table 5
|
Naming convention of the emissions and land-use data file. |
| PMC6190744 |
Table 6
|
Emissions sector naming convention. |
| PMC6190744 |
Table 7
|
Regionally aggregated and global total emissions for AIM-SSP ... |
| PMC6190744 |
Table 8
|
Regression estimates (αr: regional parameters; c: intercept) ... |
| PMC6197230 |
Table 1
|
LANDSAT sensor and selected date for obtaining annual snowli ... |
| PMC6212424 |
Table 1
|
Summary of the PMIP3 (mid-Holocene) and CMIP5 (Pre-Industria ... |
| PMC6258731 |
Table 1
|
Annual mean partial temperature contributions for the Arctic ... |
| PMC6266381 |
Table 1
|
Comparison of Benefits Mapping and Analysis Program—Communit ... |
| PMC6267464 |
Table 1
|
Basic information of the two hydrologic stations. |
| PMC6267464 |
Table 2
|
The five models of the Fifth Coupled Model Intercomparison P ... |
| PMC6267464 |
Table 3
|
Definition of extreme precipitation indices in this study. |
| PMC6267464 |
Table 4
|
Performance of the XAJ model for daily discharge simulation ... |
| PMC6303746 |
Table 1
|
Models of detection probability and survival for Spectacled ... |
| PMC6306928 |
Table 1
|
The five global circulation models used in this study. |
| PMC6347276 |
Table 1
|
Fire and CO 2 fertilization scenarios used for this study’s ... |
| PMC6347276 |
Table 2
|
Area burned over the period 1985–2012 for MTBS and TAB (tota ... |
| PMC6347276 |
Table 3
|
Carbon values for Hudiburg and MC2 results. |
| PMC6347276 |
Table 4
|
Carbon flux and pool values from other studies and the curre ... |
| PMC6347276 |
Table 5
|
Summaries of fire characteristics over the study area. |
| PMC6347276 |
Table 6
|
Mean (standard deviation in parentheses) carbon fluxes by ti ... |
| PMC6347276 |
Table 7
|
Mean (standard deviation in parentheses) carbon pool values ... |
| PMC6347276 |
Table 8
|
Simulated vegetation composition (%) of study area. |
| PMC6355956 |
Table 1
|
Interpretation of the suitability results. |
| PMC6360456 |
Table 1
|
Traceability Between the N96ORCA1 and N216ORCA025 Configurat ... |
| PMC6360456 |
Table 2
|
Selection of ENSO Performance Measures |
| PMC6360509 |
Table 1
|
Summary of Land Surface Properties of the Nine SREX regions— ... |
| PMC6360509 |
Table 2
|
Annual Precipitation ( P), Evapotranspiration (ET), and Adde ... |
| PMC6388188 |
Table 1
|
Mean, range, and specific percentiles for studied variables ... |
| PMC6397285 |
Table 1
|
The corresponding time in 17 models when global surface temp ... |
| PMC6397285 |
Table 2
|
The permafrost area, absolute change (AC) and relative chang ... |
| PMC6397285 |
Table 3
|
The information of CMIP5 model used in this study (Ensemble ... |
| PMC6411203 |
Table 1
|
Overview of published sensitivities of the September sea-ice ... |
| PMC6424150 |
Table 1
|
CMIP5 hindcast experiments with Earth System Models used in ... |
| PMC6424150 |
Table 2
|
Occurrences (% of total number of years) of individual and c ... |
| PMC6424150 |
Table 3
|
One- and two-year phase prediction skill in decadal hindcast ... |
| PMC6424150 |
Table 4
|
Same as Table 3, but for the TAG index |
| PMC6424150 |
Table 5
|
Same as Table 3, but for the detrended WPWP index |
| PMC6428824 |
Table 1
|
Mann–Kendall test p values for d SLP, θ and the 5th and 95th ... |
| PMC6428897 |
Table 1
|
Overall changes of the climate variables and hydrologic comp ... |
| PMC6428897 |
Table 2
|
CMIP5 GCM models and their variants used in this study ( htt ... |
| PMC6438606 |
Table 1
|
Mean milk prices and heat abatement cost estimation data. |
| PMC6439146 |
Table 1
|
BSRN observation sites used in this study, alphabetically or ... |
| PMC6439146 |
Table 2
|
Global annual mean estimates of the magnitude of various ene ... |
| PMC6443878 |
Table 1
|
Ecosystem services with corresponding biophysical proxies. |
| PMC6445402 |
Table 1
|
Predictors’ space characteristics for the multi-model means ... |
| PMC6445402 |
Table 2
|
Regression coefficients and skill for Sahel rainfall in CMIP ... |
| PMC6457553 |
Table 1
|
Basic information about the design of leave-one-out cross-va ... |
| PMC6457553 |
Table 2
|
Summary of Korean summer mean maximum temperature change pro ... |
| PMC6472323 |
Table 1
|
Physical Catchment Descriptors (PCDs) Derived for the Flood ... |
| PMC6472323 |
Table 2
|
Mean Gradient ( y and x Axes, Respectively) and Mean Slope ( ... |
| PMC6472474 |
Table 1
|
Global Crop Production Changes (kt Annual in 2010) due to Hi ... |
| PMC6472474 |
Table 2
|
Largest National Level Production and Yield Changes |
| PMC6472677 |
Table 1
|
Model Features Related to Atmospheric and Land Surface Schem ... |
| PMC6478735 |
Table 1
|
Climate and socio-economic scenarios obtained by pairing RCP ... |
| PMC6516649 |
Table 1
|
History of flooding on the Adyar river. |
| PMC6516649 |
Table 2
|
GCM performance for observed rainfall data. |
| PMC6516649 |
Table 3
|
Hourly rainfall at Meenambakkam with mean and standard devia ... |
| PMC6516649 |
Table 4
|
Geographical location of field survey points. |
| PMC6516649 |
Table 5
|
Flooding pattern of Adyar basin for return periods. |
| PMC6533249 |
Table 1
|
Changes in flood depth in Velachery for different return per ... |
| PMC6539408 |
Table 1
|
Overview of the GCMs used in this study. |
| PMC6547650 |
Table 1
|
Global Climate Models (GCMs) considered in this study. |
| PMC6559216 |
Table 1
|
Characteristics of the study sites representing major wheat- ... |
| PMC6559216 |
Table 2
|
Description of the Sirius calibrated parameters of the local ... |
| PMC6559216 |
Table 3
|
Sirius cultivar parameters used for designing wheat ideotype ... |
| PMC6559216 |
Table 4
|
Design of wheat ideotypes optimized for raising genetic yiel ... |
| PMC6559216 |
Table 5
|
Sowing, anthesis and maturity dates of local winter wheat cv ... |
| PMC6571686 |
Table 1
|
Statistics of climate variables used for GCM performance ass ... |
| PMC6571686 |
Table 2
|
Changes of the mean annual precipitation and air temperature ... |
| PMC6571686 |
Table 3
|
Decadal changes of the maize yield in the Gaotai area under ... |
| PMC6571686 |
Table 4
|
Decadal changes of the maize CWC in the Gaotai area under th ... |
| PMC6571686 |
Table 5
|
Decadal changes of the maize yield in the Ganzhou area under ... |
| PMC6571686 |
Table 6
|
Decadal changes of the maize CWC in the Ganzhou area under t ... |
| PMC6586835 |
Table 1
|
Local hatchling production and climate variables data availa ... |
| PMC6586835 |
Table 2
|
Best fit and most significant models and their relationship ... |
| PMC6591298 |
Table 1
|
Changes in energy demand |
| PMC6591298 |
Table 2
|
Long-run estimated semi-elasticities and elasticities of ene ... |
| PMC6591298 |
Table 3
|
Key global characteristics of the SSP quantifications for po ... |
| PMC6597354 |
Table 1
|
Cities (>15 000 Inhabitants) in the SHUE Database for the WH ... |
| PMC6605068 |
Table 1
|
Sensitivity of Seasonal Mean FD and CD to SPEI02 Anomalies |
| PMC6605068 |
Table 2
|
Annual Mortality and Morbidity Attributable to Fine and Coar ... |
| PMC6610091 |
Table 1
|
Model component Description, Resolution (latitude × longitud ... |
| PMC6610091 |
Table 2
|
Description of Convective and Large-scale parameterization, ... |
| PMC6616623 |
Table 1
|
Pdf properties of GMST warming to melt |
| PMC6640191 |
Table 1
|
Information on the RCPs used in this study. |
| PMC6640191 |
Table 2
|
Trait loadings, eigenvalues, and the percentage of trait var ... |
| PMC6657682 |
Table 1
|
Number of microendemic species of seed plants in Brazil list ... |
| PMC6662284 |
Table 1
|
Species opportunistically observed at both overwashed and no ... |
| PMC6686691 |
Table 1
|
Percentage of Area Covered by the Area‐Specific Balance of t ... |
| PMC6696578 |
Table 1
|
Definitions of extreme high-temperature indices used in this ... |
| PMC6711539 |
Table 1
|
Key temperature thresholds for B. tabaci. |
| PMC6711539 |
Table 2
|
Biology-related temperature thresholds. |
| PMC6711539 |
Table 3
|
The timings of passing global warming levels (GWL) 1.5°C, 2° ... |
| PMC6728145 |
Table 1
|
Results of general linear mixed-effects models for our globa ... |
| PMC6728145 |
Table 2
|
Results of general linear mixed-effects models for our globa ... |
| PMC6752154 |
Table 1
|
Climate conditions for the 1961–1990 normal period for the p ... |
| PMC6752154 |
Table 2
|
Growth performance and drought response of white spruce prov ... |
| PMC6757059 |
Table 1
|
Annual labour productivity loss \documentclass[12pt]{minimal ... |
| PMC6757062 |
Table 1
|
Moderate and strong IPWP Niño events in observations studied ... |
| PMC6766004 |
Table 1
|
The scalar parameters of the function. |
| PMC6766004 |
Table 2
|
Districts having projected new foci for P vivax malaria tran ... |
| PMC6774263 |
Table 1
|
Mean Pattern Correlation of the Regimes Across the Three Sim ... |
| PMC6774312 |
Table 1
|
Overview of Media Articles for Heat‐Related Impacts 2018 |
| PMC6777750 |
Table 1
|
Summary of the fldgen v2.0 algorithm. Details of the steps s ... |
| PMC6787065 |
Table 1
|
Global properties of the four ocean states |
| PMC6800422 |
Table 1
|
Basic information on 4 HAPPI models used in this study. |
| PMC6800422 |
Table 2
|
Basic information on CMIP5 models and the time of 1.5 °C and ... |
| PMC6800422 |
Table 3
|
Definition of 4 ETCCDI temperature indices used in this stud ... |
| PMC6802043 |
Table 1
|
Heterogeneity measures of effect size variation among atmosp ... |
| PMC6802043 |
Table 2
|
Meta‐regression parameter estimates among atmospheric‐ocean ... |
| PMC6811528 |
Table 1
|
Summary of the model used for the simulations of MMH interac ... |
| PMC6811528 |
Table 2
|
Summary of the equations used in the model. |


Home
About
GARETH STEPHENS
Professional Experience
Education
Certifications & Training
Coding and Projects
Hobbies and Interests
Email


Arjit Chauhan
Google IT Support Professional Certified
Senior Year Computer Science Engineering Undergraduate
Work Experience
JP Morgan Chase & Co.
Virtual Intern Experience
April - May, 2020
• Task 1:Interface with a stock price data feed and set up your system for analysis of the data
• Task 2:Implement the Perspective open source code in preparation for data visualisation
• Task 3: Use Perspective to create the chart for the trader’s dashboard
C G Technosoft (Matellio LLC)
Django Intern
December, 2019 - January, 2020
• Worked over Django framework (Models, Serializers, Views).
• Developed a University Database Management using django and used SQLite3 and MySQL as database for project
Developer Student Clubs
Technical Facilitator
September, 2019 - June, 2020
• To provide reliable backend support to DSC website (https://www.dscjgi.ml)
• To volunteer workshops over basic as well as emerging Technologies
• Took a GitHub Session for Sophomore Students
• Organized Hacktoberfest Event in college (12-Hours Event)
Juno: Jupyter an iOS Web Client
BETA TESTER
May, 2019 - Present
• Reported multiple bugs and enhancement suggestions.
Dot Square Technologies
ADVANCE JAVA TRAINEE
June-July, 2019
• Training in Java Enterprise Edition
• Web Development using HTML5, CSS3, JavaScript, Bootstrap
• Database Connectivity using MySQL
Open Innovations Lab
TECHNICAL INTERN
June-August, 2019
• I was assigned to manage a technical team, in which we integrated IBM Watson API with android app to make it ready for travel Industry.
• Our Project was a qualifier in Rajasthan Student Startup Exchange Program 2018
Education
2021
Jodhpur Institute of Engineering and Technology
Bachelors in Technology
• Programming Coursework: Advance Algorithms and Data Structures, Operating Systems, Networks, Database Management System, Theory of Computation
• Coursework: Digital Electronics, Microprocessor and Interfaces, Computer Graphics, Human Computer Interaction, Information Theory and Coding
Accomplishments
•Community Manager at Team RECKON 3.0(36-Hour Hackathon)
•Technical Team Member of Developer Student Club - Core Team JGI.
•Mozilla Campus Captain for JIET Campus.
•Speaker at DevFest ‘19
•Took a session on Exploring e-commerce dataset using BigQuery
•Python with Basic Data Science Badge Issued by IBM (08/2019)
•Selected as Facebook Udacity Secure and Private Scholar among top 5 000 entries globally (07/2019)
•Selected as Campus Ambassador at Netaji Subhash Institute of Technology (03/2019) Selected by International Organisation for Software Developers (IOSD) for Digital marketing of internship opportunities at NSIT.
•Qualifier in India Innovation Challenge and Design Contest (01/2019)
•Idea was a qualifier in DST & Texas Instrument India Innovation Challenge Design Contest 2018, Anchored by IIM, Bangalore.
•Qualifier in Rajasthan Student Startup Exchange Program (05/2018)
•Project was as a finalist among top 8 000 entries for an exchange trip to Silicon Valley, USA. Organised by Department of Information Technology and Communication, Government of Rajasthan
•Incubation (01/2018) Idea of an chatbot which detects emotion and then suggests songs according to the emotions was chosen for incubation by TedStart at Reckon 2018 24 hours social hackathon.
•Scored 89.9 percentile in Joint Engineering Examination MAINS (2017)


To start using Slize.js directly, first download the slize.js file by clicking the download button at the top of this page. Then add the following script to the head of your HTML document:

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sl.go(function($){
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Here, The new Slize() is used to access slize and $ is used to call slize functions. You can give something else instead of the dollar ($) sign.
For use global function, use the following snippet:
sl(...).function(...);
// Examples
sl("https://www.sololearn.com").share("Sololearn", "Sololearn: Learn codes for free");
Here, The sl is used for access slize and all functions.
The scope is the binding part between the HTML for view and the JavaScript for control (like angular js).
$("body").scope({
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In HTML file,

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Tests initializing Partytown, however, the page has no text/partytown scripts. Ensure there's no runtime errors.
--
All Tests


?PLANTS
OF
THE
w£sT
INDIES
Cuscuta
umbellata
H.B.K.
Grand
Turk:
parasite
on
various
plants
in
waste
area
of
vacant
lot
in
town.
Parasite
on
Atriplex
pentandra.
November
29,
1977
New
York
Botanical
Garden
D.S.Correli
49222
Herbarium
FAIRCHILD
TROPICAL
GARDEN
University
Herbarium,
University
of
California,
Berkeley.
SYSTEMATIC
STUDIES
OF
CUSCUTA.
Cuscuta
umbellata
Kunth
in
HBK
Det.
Tania
Beliz
1986-87
1624887
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


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Great news for iOS OsmAnd users!
We're glad to announce the new OsmAnd version for iOS.
Update your OsmAnd, check out all the new features and let us know if you like everything!
We promise to continue improving the OsmAnd app and make it even more useful for trips and everyday rides to make your life set.
In the new release, we would like to introduce Navigation for public transport which is currently in the beta phase for the iOS version of OsmAnd. Each of you can try to navigate in your city by public transport now with OsmAnd. Most importantly, we use the Public Transport Version 2 (PTv2) for our Public Transport navigation algorithm. You can check your public transport here. Guidelines on how to build or correct public transport routes are provided in our blog.
Video about public transport navigation in OsmAnd:
Added Slope maps, now you can control Slope and HillShade in new Terrain menu.
You can estimate slopes in your route. We changed menu Hillshade (Overlay/Underlay) to Terrain (Overlay/Underlay) in Map menu where you can set slopes and hillshades for your map. Now you can choose transparency and zoom levels for your terrain layer. Switch on the Contour line plugin at first, you can read more about the Contour lines plugin here. Remember that you can download slope and hillshade maps for your region.
The Contour lines menu was also modified. Now it’s more convenient to adjust the contour lines on your map. You can read more about the Contour lines plugin here. Note that you can download Contour lines for your region.
We changed the UI of Overlay/Underlay screens (Map-> Overlay/Underlay).
We added options to show lines and direction arrows to active markers, now you can switch between topbar or a widget. Read more about Map markers here.
Now you can minimize Favorites groups in My places menu.
And remember that only together we can achieve the best results!
New features are coming SOON!
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Revisiting the Solid Principles with FP
By Paul Kelly
What are the SOLID principles?
- They are five basic principles of object oriented programming and design.
- When applied together intend to make it more likely that a programmer will create a system that is easier to maintain over time.
The five SOLID principles
- SRP - The Single Responsibility Principle - A class should have one and only one reason to change
- OCP - The Open/Closed Principle - You should be able to extend a classes behaviour without modifying it
- LSP - The Liskov Substitution Principle - Derived classes should be substitutable for their base classes
- DIP - The Dependency Inversion Principle - Depend on abstractions not on concretions
- ISP - The Interface Segregation Principle
- Make fine grained interfaces that are client specific
Are these relevant in FP?
Lets's explore..
SRP - The Single Responsibility Principle
- The principle compensates for the anti-pattern where bloated classes play multiple roles
- Gather together the things that change for the same reasons. Separate those things that change for different reasons.
- This looks like another way to define cohesion and coupling. And it is. We want to increase the cohesion between things that change for the same reasons, and we want to decrease the coupling between those things that change for different reasons.
Consider the following example
class Book {
def title = "A Great Book"
def author = "John Doe"
def turnPage = ??? // pointer to next page
def printCurrentPage =
println("current page content")
}
- One clue to find our reasons for change is to analyze the audience for our class
In the example above, who is the audience? Possibly a Librarian and Printer/Graphic Designer
- Either way, mixing presentation logic with business logic is bad!
Does this principle hold true in FP?
- In functional programming, the fundamental unit of abstraction is the function which has a single purpose
- Given that a function has a single input and a single output, functions naturally have a single responsibility
- So the single responsibility rule holds strong here
OCP - The Open/Closed Principle
- A module should only have one reason to change
- It states that software entities should be open for extension, but closed for modification
Whats wrong with this?
case class Trade(bankName: String, amount: BigDecimal)
class EODProcessor {
def process(trades: Seq[Trade]) =
for (trade <- trades)
if (trade.bankName == "UBS") processUbsCommission(trade)
else if (trade.bankName == "CITI") processCitiCommission(trade)
else processBoaCommission(trade)
def processUbsCommission(trade: Trade) = println(trade.amount * 0.25)
def processBoaCommission(trade: Trade) = println(trade.amount * 0.15)
def processCitiCommission(trade: Trade) = println(trade.amount * 0.10)
}
val trades: List[Trade] = List(
Trade("UBS", 1000),
Trade("BOA", 300),
Trade("CITI", 1001))
new EODProcessor().process(trades)
Open Closed Applied
trait Commission {
def process
}
class UbsCommission(amount: BigDecimal) extends Commission {
def process = println(amount * 0.25)
}
class BoaCommission(amount: BigDecimal) extends Commission {
def process = println(amount * 0.15)
}
class CitiCommission(amount: BigDecimal) extends Commission {
def process = println(amount * 0.10)
}
case class Trade(commission: Commission)
class EODProcessorOpenClosed {
def process(trades: Seq[Trade]) =
for (trade <- trades)
trade.commission.process
}
val trades: List[Trade] = List(
Trade(new UbsCommission(1000)),
Trade(new BoaCommission(300)),
Trade(new CitiCommission(100))
)
new EODProcessorOpenClosed().process(trades)
What about FP?
- In FP, functions can be substituted at will and as such, there is no need to “design” for extensibility.
- The open closed principal is geared towards languages where inheritance is a core concept, inheritance and polymorphism are not strongly used in FP, so this principle is very weak here.
Functional Approach
type CommissionCalculator = (Int) => BigDecimal
val citi:CommissionCalculator = _ * 0.15
val boa:CommissionCalculator = _ * 0.2
val ubs:CommissionCalculator = _ * 0.25
class EODProcessorFP(calc: CommissionCalculator) {
def process(amount: Int) = calc(amount)
}
List(
new EODProcessorFP(citi),
new EODProcessorFP(boa),
new EODProcessorFP(ubs)
).map(_.process(100)).mkString(",")
ISP - Liskov Substitution Principle
Liskov substitution states “objects in a program should be replaceable with instances of their subtypes without altering the correctness of that program”
- In mathematics, a Square is a Rectangle. The "is a" makes you want to model this with inheritance.
- Imagine you had width and height methods on your Rectangle base class; this seems perfectly logical right?
- For a square however having a width and height dosen't make sense as setting one would require changing the other to match it
- In this case square fails the liskov substitution principle
- 'If it looks like a duck, quacks like a duck, but needs batteries - you probably have the wrong abstraction!'
What about FP?
- The LSP is all about inheritance which dosen't hold much relevance in functional languages.
Interface Segregation Principle
- The dependency of one class to another one should depend on the smallest possible interface
- The notion that “many client specific interfaces are better than one general purpose interface"
What does this mean in FP?
- If you are violating single responsibility then your interface will probably be bloated too with qunnecessary properties and methods.
- The same rule applies to FP, keep your interfaces modular and keep indifferent concepts separated.
Dependency Inversion Principle
- Inversion of Control/Dependency Injection is an implementation of DIP
- Dependency inversion is often solved with concepts such as dependency injection; common techniques for this involves things like constructor injection and interface injection.
- Inversion of control is often solved with a factory pattern or a service locator.
How does this apply for FP
- Languages that support higher language functions can often solve simple dependency inversion problems by passing behaviour as a function instead of an object which implements an interface in the OO-sense
- So becomes less relevant for FP as we can pass higher order functions to achieve the same behaviour
How would this look in OOP?
case class Customer(name: String, age: Int)
trait Filter {
def matches(customer: Customer)
}
class NameFilter(name: String) extends Filter {
def matches(customer: Customer) = customer.name == name
}
class AgeFilter(age: Int) extends Filter {
def matches(customer: Customer) = customer.age == age
}
class FilterCustomers(filter: Filter, customers: List[Customer]) {
def filter = customers.filter(filter)
}
val customers = List(Customer("paul", 10), Customer("john", 20))
val nameFilter = new FilterCustomers(
new NameFilter("paul"), customers
)
// run using
nameFilter.filter
And in FP?
val customers = List(Customer("paul", 10), Customer("john", 20))
class FilterCustomer(customers: Seq[Customer]) {
def filter(f: Customer => Boolean) = customers.filter(f)
}
new FilterCustomer(customers)
.filter(customer => customer.name == "paul")
Summary
So we can assume that in FP
- The open closed principle doesn’t apply in the majority of cases unless we are using an object-oriented approach. With functional programming we favour functional composition and higher order functions.
- The same can be said of the Liskov substitute principle, pure functions uphold this tenant via immutability and referential transparency.
- Interface segregation also applies and idiomatic F# produces small concise functions with modular interfaces with a separation of concerns.
- Dependency inversion is not a relevant issue for F# as the language itself supports higher-order-functions to encapsulate this concept.
So only the ’S’ and the ’I’ parts are relevant in functional programming.


SKOS schemes found in your files
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Visualize
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In scheme:
URI: {{concept.uri}}
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Links validation:
- {{link}}: OK Referenced entity not present


Searching by Author Name
- Using the Author(s) field produces best results for author name searches.
- For the most precise name search, follow surname(s), forename(s) or surname(s), initial(s) pattern: example Hawking, S or Hawking, Stephen
- For best results on multiple author names, separate individuals with a ; (semicolon). Example: Jin, D S; Ye, J
- Author names enclosed in quotes will return only exact matches. For example, "Stephen Hawking" will not return matches for Stephen W. Hawking.
- Diacritic character variants are automatically searched in the Author(s) field.
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As a result, the order is opened in Return Mode. Here you can see only the products belonging to current order with quantities not higher than paid originally. So you can't return more products than sold.
The quantity for return decreases, once you add the products to order
Finally, you can complete the return process by using usual payment transaction
The option No Receipt is helpful if a customer, who demands the return, lost his payment receipt.
When we use No Receipt all products are available for return
Note that you can easily find the orders to be returned by several ways:
Scanning the barcode immediately selects the transaction and opens return mode
Go to Point of Sale → Configuration → Point of Sale and open POS configuration form. See the following options:
Contact us by email or fill out request form


Hi, I'm Heberto Mayorquin. Welcome to my personal website!
At the moment I am not keeping a lot of content. I am just using this as a blog and storage of ideas.
Hi, I'm Heberto Mayorquin. Welcome to my personal website!
At the moment I am not keeping a lot of content. I am just using this as a blog and storage of ideas.


Coding Quiz Challenge
Try to answer the following code-related questions within the time limit. Keep in mind that incorrect answers will penalize your score/time by fifteen seconds!
Try to answer the following code-related questions within the time limit. Keep in mind that incorrect answers will penalize your score/time by fifteen seconds!
Correct!
Wrong!
Enter your Initials:
Time: 75


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How does the Pixel 4's Face Unlock actually work?
Source: Android Central
The Pixel 4 does not have a fingerprint sensor and relies on using your facial features for biometrics — that means unlocking the phone and accessing apps that depend on you proving your identity. A lot of folks aren't happy with the change, but the powers that be at Google want this for its future phones, so that's what we get.
Besides the back and forth about which method is better, the biggest question about face unlock is how it works. While I can't come up with any real answers to why Google dropped the fingerprint sensor, I can tackle this one: face unlock works by using infrared light to make a 3D map of your facial features. And believe it or not, it's not as complicated as you might think.
The hardware
Source: Google
There is a lot of stuff in the Pixel 4's top bezel. Too much to hide in a slim bezel or a notch, which is why there isn't one. And it's all important stuff if you want to securely unlock a phone using a face.
The Pixel 4's bezel isn't there to look pretty. It's a necessity.
The render above from Google lists the hardware involved, and outside of the front-facing camera and the audio port, all of it is needed for face unlock. Here's how it plays out.
The Soli radar chip notices that a hand is approaching the phone, which "primes" the display and wakes it up. When it's picked up, the phone detects that, too, using its accelerometer. This is a signal to turn on the rest of the hardware and get ready to scan and make a face unlock attempt.
More: Here's how the Pixel 4's Soli radar works and why Motion Sense has so much potential
Once the phone is in position, the Face unlock flood illuminator turns on. This is an infrared LED that's pretty bright (that's a spectrum of light greater than the red end of the visible spectrum and we can't see it with our eyes). Its purpose is to flood your face in light so that all of it is illuminated. Since we can't see it, our features won't react to the bright light.
Our eyes can't process IR light no matter how "bright" it is.
While the flood illuminator is turned on, the Face unlock dot projector is engaged. This is also an infrared LED but it has two differences compared to the flood illuminator: it uses a contrasting color (infrared light also has numerous colors even though we can't see them) and instead of a single wide beam it's broken up into thousands of small points. This creates a matrix of dots on your face that are used to define the shape.
With your face illuminated and covered with dots using infrared light, the Face unlock IR cameras grab an image. These cameras have been specially tuned to get a good set of data about how and where the IR dots contrast with the flood illumination. Technically, a "regular" camera can be used to do this but it would be very slow and/or very insecure.
Software magic
Source: Android Central
Once a good "image" of your face and the IR lighting is acquired, software magic comes into play. The IR dots projected on your face are not uniform. They are when they exit the projector, but once they meet your face they are skewed and misshapen based on the surface and movement of your facial features. Using this information, the brains inside the Pixel 4 can collect data about the shape of your face and create a token during face unlock's setup. Think of this as a number between one and infinity and you'll have an idea of how it works.
More: How to optimize Face unlock on the Pixel 4
This token is stored inside the phone on the Titan Security Module. It never leaves your phone and nothing can access the data used to create it or the token itself. Every time you use face unlock, a token is created and sent to the Titan Security Module, where it is compared with the original. If the two are a close enough match, face unlock passes the check and your phone or app can be unlocked.
The token itself and the data used to create it are not available to any software.
How closely the two must match is based on a couple of things. The closer the match must be the slower it will be. The faster the operation is, the less secure it is. What Google had to do was fine-tune the software algorithm so it was fast enough and secure enough. That's where the real work is.
The process of gathering the data by means of IR light and sensors is actually pretty common. A lot of the things you use and eat every day have been sorted or graded using this type of technology, but when you add in a security factor, things get a lot more complicated. Because most of that process is software-based, we can expect face unlock to get even better over time.
Get More Pixel 4
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- Google Pixel 4 review
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THE SIXTH SENSE A film review by David N. Butterworth Copyright 1999 David N. Butterworth
**1/2 (out of ****)
The opening, very deliberate minutes of "The Sixth Sense," Bruce Willis' latest retread, sets up the oft-seen marital-celebration-interrupted-by-dangerous-threat situation, in which child psychologist Malcolm Crowe (Willis) and his wife Anna ("Rushmore"'s pretty but here pretty ineffective Olivia Williams) are toasting their success. Buzzed on red wine, the couple are admiring a plaque presented to Crowe by the mayor of Philadelphia when suddenly there's a crash in their bathroom. The frightened couple investigates to find a scary-looking man standing there dressed only in a pair of dirty y-fronts, very uninvited and very upset.
For a moment I was reminded of a Michael Winner horror film from the mid-'70s called "The Sentinel" in which Christina Raines' father appears also uninvited in her bedroom looking just like that, right before Christina slices off his nose with a kitchen knife.
In Philadelphia's own M. Night Shyamalan's psychological drama, Willis confronts the intruder a little less violently, but it soon becomes clear from the man's rantings that this is a former patient of Crowe's who's not very satisfied with his treatment. Crowe thinks he can end this standoff without bloodshed, but the crazy is having none of it and pulls a gun and shoots Crowe in the stomach before taking his own life. Crowe is left, quite literally, with blood on his hands.
Bummer.
Referred to by appreciative city officials as one of "Philadelphia's sons," Crowe is assigned to monitor an eight-year-old boy who, his crib notes tell him, has divorced parents and suffers from acute anxiety. Cole (convincingly portrayed by Haley Joel Osment) has a history of emotional problems, as well as some physical scarring, and Crowe sets out to try and help the boy. Oh, and Cole claims he can see dead people too.
1. Sight. 2. Sound. 3. Smell. 4. Taste. 5. Touch. 6. Interacting with the Deceased? It just doesn't have the same ring.
Which reminds me of something else I remember from "The Sentinel."
Since that film, with its all-star cast, had difficulty in making its paranormal horror credible, it threw in a number of gross-out scenes to try and compensate. And that's exactly what proves to be "The Sixth Sense"'s undoing.
My "favorite" scene in the film comes when Cole is once again hiding in his tent, shining a flashlight under his chin for the best possible horrific effect, and the camera suddenly pans to the right to reveal a pale young girl with bloodshot eyes who vomits up her morning oatmeal. Why worry about all that thoughtful, serious psychological stuff when you can cheat your audience with cheap shock scenes like that.
Toni Collette ("Muriel's Wedding") plays Cole's hardworking South Philadelphian mother and, alongside Osment, she's the best thing in the picture.  After many long, uninvolving scenes of Crowe trying to bond with the child punctuated by all those unwelcome scare tactics, Crowe finally tells Cole to confront his fears rather than be afraid of them, and Shyamalan wraps this rather obvious medical advice up with a nicely-loaded metaphor (Cole plays Arthur in his school's adaptation of "The Sword in the Stone"). That happens right before the film's spurious "gotcha!" ending.
Willis is no Olivier, but he's often fun to watch. Unfortunately, most of "The Sixth Sense" isn't. Even with its potentially interesting supernatural bent, it's still largely schlock footage.
-- David N. Butterworth<EMAIL_ADDRESS>Got beef? Visit "La Movie Boeuf" online at http://members.dca.net/dnb
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Check this periodically to see if you have any materials to work on. These will be based on your goals, objectives, and wish list.
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|
Hephaestus
0.0.4
|
File containing configuration for Hephaestus. More...
Go to the source code of this file.
Namespaces | |
| hp | |
| hp::vk | |
Macros | |
| #define | __HEPHAESTUS_CONFIG_HPP |
This macro is defined if config.hpp has been included. More... | |
| #define | HP_DEBUG_MODE_ACTIVE |
| Convenience flag for enabling/disabling debug mode, or toggling tons of settings at once. More... | |
| #define | SPDLOG_ACTIVE_LEVEL SPDLOG_LEVEL_TRACE |
| Define for spdlog logging levels. More... | |
| #define | HP_PROFILING_ENABLED |
Global flag to enable/disable profiling. See profiling.hpp . More... | |
| #define | HP_LOGGING_ENABLED |
Global flag to enable/disable logging. See logging.hpp . More... | |
| #define | HP_ASYNC_LOGGING_ENABLED |
Global flag to enable/disable asynchronous logging. See logging.hpp . More... | |
| #define | HP_VK_VALIDATION_LAYERS_ENABLED |
Global flag to enable/disable Vulkan validation layers. See vk/window.hpp . More... | |
Variables | |
| const int | hp::vk::max_frames_in_flight = 2 |
| Maximum number of frames the Vulkan renderer would attempt to process concurrently. More... | |
| const bool | hp::vk::validation_layers_enabled = true |
true if HP_VK_VALIDATION_LAYERS_ENABLED is defined, otherwise false . More... | |
| const bool | hp::async_logging_enabled = false |
true if HP_ASYNC_LOGGING_ENABLED is defined, otherwise false . More... | |
| const bool | hp::profiling_enabled = true |
true if HP_PROFILING_ENABLED is defined, otherwise false . More... | |
| const bool | hp::logging_enabled = true |
true if HP_LOGGING_ENABLED is defined, otherwise false . More... | |
| const bool | hp::debug_mode_active = true |
true if HP_DEBUG_MODE_ACTIVE is defined, otherwise false . More... | |
File containing configuration for Hephaestus.
Modify to your liking, but any modifications require full rebuilds.
Definition in file config.hpp.
| #define __HEPHAESTUS_CONFIG_HPP |
This macro is defined if config.hpp
has been included.
Definition at line 14 of file config.hpp.
| #define HP_ASYNC_LOGGING_ENABLED |
Global flag to enable/disable asynchronous logging. See logging.hpp
.
Disabled by default. (Rebuild required).
Definition at line 64 of file config.hpp.
| #define HP_DEBUG_MODE_ACTIVE |
Convenience flag for enabling/disabling debug mode, or toggling tons of settings at once.
Definition at line 29 of file config.hpp.
| #define HP_LOGGING_ENABLED |
Global flag to enable/disable logging. See logging.hpp
.
Enabled by default. (Should be disabled in release, rebuild required.)
Definition at line 55 of file config.hpp.
| #define HP_PROFILING_ENABLED |
Global flag to enable/disable profiling. See profiling.hpp
.
Enabled by default. (Should be disabled in release, rebuild required.)
Definition at line 48 of file config.hpp.
| #define HP_VK_VALIDATION_LAYERS_ENABLED |
Global flag to enable/disable Vulkan validation layers. See vk/window.hpp
.
Enabled by default. (Should be disabled in release, rebuild required.)
Definition at line 75 of file config.hpp.
| #define SPDLOG_ACTIVE_LEVEL SPDLOG_LEVEL_TRACE |
Define for spdlog logging levels.
SPDLOG_LEVEL_TRACE
enables logging of all messages.
Definition at line 41 of file config.hpp.


| 1192 | (A) | Ouer the Cete was sene sere selcouthe thynges |
| 1195 | (C) | Ouur þe cyte were seyne . meruelous þynges |
| 1178 | (D) | Ovir þe Citee were sene selcouþe sightis |
| 1155 | (E) | ouer it were y-seye . wundurful syȝtes . |
| (Ex) | ---- no text ---- | |
| 1216 | (L) | Ouer þe cyte were seyn selcouþe þynges |
| (P) | ---- no text ---- | |
| 1163 | (U) | Ouer the cite were sene / many selcouthe thinges |
| 256 | (V) | Ouer þe Citee were seen selcouthe þynges |


THE CLAIM A film review by Steve Rhodes Copyright 2000 Steve Rhodes RATING (0 TO ****): ** 1/2
Brrrrrr. Better bring along your heavy coat to THE CLAIM since it's palpably cold. Set in the Sierra Nevada mountains in the harsh winter of 1867, the movie features knee-deep snow and blowing wind that sounds like a hungry coyote howling at the moon.
Daniel Dillon (Peter Mullan), a man with a stash of gold that looks like a miniature Fort Knox, owns and runs the remote mining town of Kingdom Come in which the story is set. As the story opens, Dillon welcomes railroad engineer Donald Dalglish (Wes Bentley, AMERICAN BEAUTY) to his rough-and-tumble town. Dalglish is looking for the best place in which to locate a station for a new railroad line. Dillon, of course, rolls out the red carpet for Dalglish in hopes that he'll choose Kingdom Come.
In a town with only two visible businesses, a thriving saloon and an even more prosperous bordello, bribery for the railroad surveying crew comes in the form of liquor and sex. The rustic town, as photographed in the warm, dark glow of kerosene lamps by Alwin H. Kuchler, feels completely authentic. Only the price of rented passion seems a bit out of line. The base price isn't revealed, but the prostitutes charge $30 extra if the guys want to stay a little longer than normal. $30 an hour in 1867 money? You do the math. That's a tidy sum. Then, again, as the adage goes, the real money during the gold rush went to those who supplied the miners with their "needs."
THE CLAIM is loosely based on Thomas Hardy's "The Mayor of Casterbridge." It being Winterbottom's second Hardy adaptation, I had really been looking forward to THE CLAIM. His first, JUDE, a fairly literal adaptation of Hardy's "Jude the Obscure," was on my best of the year list back in 1996. Although THE CLAIM's dramatic visuals surpass JUDE, in no other way is it comparable. JUDE had a rich, character-driven screenplay, but Frank Cottrell Boyce's script for THE CLAIM leaves the images alone to tell the story. None of the characters are properly developed. The leads are merely sketched, and the supporting cast is almost completely ignored.  Kinski is given little more to do than cough.
The focal point of the story is the extremely lucrative mining claim that Daniel received years ago in trade for his wife and child, Hope. Grown now and having come to visit Daniel, Hope is played by Sarah Polley (THE SWEET HEREAFTER). Hope doesn't know the secret, and the story's arc obviously leads to the big scene in which she will find out the truth. Although this event should be the tearful culmination of the tragedy, it leaves you completely dry eyed since there isn't a single character worth caring about in THE CLAIM.
THE CLAIM is an impressive exercise in visual style and atmospherics. It is a shame that it isn't more than that.
THE CLAIM runs 2:03. It is rated R for sexuality and for some language and violence. It would be acceptable for older teenagers.
Email<EMAIL_ADDRESS>Web: http://www.InternetReviews.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


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Identify how technology can leveraged in traditional markets.
Assist and consult businesses on the implementation of technologies.
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geolocate.classes.system module¶
Module to deal with base operating system.
Programmed by: Dante Signal31
email<EMAIL_ADDRESS>-
geolocate.classes.system.
verify_python_version
(major_version, minor_revision)[source]¶ Check if current python interpreter version is what we need.
Compare current interpreter version with the one is provided as needed one. If not over needed one version abort execution gracefully warning user she is trying to use an unsupported python interpreter.
Parameters: - major_version (int) – Needed major version for Python interpreter.
- minor_revision (int) – Needed minor version for Python interpreter.
Returns: None


[gecode-users] CSPs with bulky static data
Torsten Anders
torstenanders at gmx.de
Fri Jul 28 13:10:53 CEST 2006
Dear all,
I am an Oz programmer with no experience in Gecode yet, please forgive
my newbie question.
Many of my Oz CSPs eat *very* much memory because I am using large data
structures. Still, most data does not change at all during the search
process, but is still copied because it is part of the script. I do
understand that the Oz constraint store _implicitly_ incorporates
whatever value is part of the script (computational spaces in Oz
encapsulate speculative computations on any Oz data and each variable
can cause a fail).
I saw that in Gecode, on the other hand, variables are _explicitly_
handed to the computational space. Does this mean that the Gecode user
has explicit control what variable is incorporated in the constraint
store (and is copied during the search process)? In other words, can a
Gecode CSP involve large (mainly static) data structures without
copying all the static data?
Thank you very much!
Best,
Torsten
PS: I figure I could at least reduce my problem also within Oz by
putting my data structure outside the script and communicating between
my script and this data only via a port. Yet, that complicates the
definition of the CSP. Moreover, I need potentially all information
contained in the data structure, e.g., to decide to which variables I
what to apply constraints. I do not know whether this communication via
a port also affects what is stored in the constraint store.
--
Torsten Anders
Sonic Arts Research Centre • Queen's University Belfast
Frankstr. 49 • D-50996 Köln
Tel: +49-221-3980750
http://www.torsten-anders.de
http://strasheela.sourceforge.net
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--- title: TBI subtitle: Identity for a muay thai gym. section_id: work category_id: graphic project_id: tbi type: branding year: 2019 for: thai boxing institute site: los angeles images: - link: /images/graphic/tbi/LOGO_Final.jpg ---
1.01A conversation with coach Vic
When Victor Acosta started his own Muay Thai gym 8 years ago, he had no idea what he was doing. He came
from one of those old Angeleño communities, where everyone spoke spanish and moved with slow honeyed
limbs - the kind of Van Nuys suburbia where you didn't start your own business, and you didn't know
anyone who did, either. In the years that followed, full of the
use-it-till-it-breaks-and-then-use-it-for-a-bit-longer, learn-on-your-feet-and-figure-it-out,
watch-your-gym-burn-down-and-start-over-again kind of stories, coach Vic managed to patch together what
is now a thriving cross section of community that is starting to outgrow the small 900sqft gym nestled
in the corner of Venice and MacLaughlin.
A couple of months into my membership, I sat down with Vic at a nearby coffee shop to talk brand. I
wanted to understand what it was about this local gym, its windows always fogged over with exertion and
ringing with the staccato sounds of pads depleting, that drew me into a sport which appeared so
intimidating to the uninitiated and has since become both routine and ritual. Technique over power -
rhythm, flow, precision, a clean and fluid style that is executed with more grace than aggression.
Approachable, but professional.
1.02Artistic aspirations
On the side, Vic also fronts a small 3-piece rock band with two other members from the gym. Having grown up firmly under the influence of sounds from The Arctic Monkeys, Real Estate, and z, Vic has tapped into the punk rock mentality of resourcefulness and indie anti-establishment attitute that he wants to bring into his gym's graphic presentation. He wants to avoid the typical symbols of boxing and competitive gyms, with their violent reds and victory blues, with kicking silhouettes and swinging gloves. He pulls up Takasan's curated instagram account of old school muay thai posters: 3D pink word art headlines over a faded fighter clad in puffy periwinkle shorts, yellow ochre gradients and kitschy perspective distorted backdrops, compositionally patchwork and endearingly earnest.
1.03The Ring and the Wrap
PLACEHOLDER TEXT: First impressions of the gym. Avoiding the most commonly associated symbol of boxing - the boxing glove, and the typical aggressive colors of competitive gyms (violent red, black, blue). Instead, focused on the dualisms of martial arts: precision, technique, and science of fighting represented through an axonometric, dissected boxing ring. Ritual, rhythm, and flow represented by the handwrap. Muted solids and vared color scheme with captures the makeshift do-it-yourself attitude while remaining grounded and professional.


Use this command to switch to the previous open window. HexEdit determines which window is previous according to the order in which you opened the windows.
To go to the next window use the Next Window command on the Window menu.
Shortcut
Keys: Shift+Ctrl+F6


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1Staying one step ahead means that we can provide safer systems that help you manage risk without worrying about peripheral issues1.
2Staying one step ahead means that we can provide safer systems that help you manage risk without worrying about peripheral issues2.
3Staying one step ahead means that we can provide safer systems that help you manage risk without worrying about peripheral issues3.


1 Samuel 1:13
Now Hannah, she spake in her heart; only her lips moved, but her voice was not heard: therefore Eli thought she had been drunken.


You have just written a valid MEI file and successfully finished this tutorial. You should be able now
<meiHead>
) or information about the musical content (<music>
).Since the topics addressed in this tutorial referred to the chapter Structural Elements of the MEI Guidelines, we recommend to consult this chapter whenever you need more detailed information.
Of course, a lot more is needed for a comprehensive MEI file – we left out all information about any musical content like measures, staves, or notes, and you also need to learn how to set up meter, key, and clefs. Here are some other tutorials we would like to recommend as next steps with MEI. Of course, you can always come back to these (or even this one) when you would like to remind yourself how to do certain things in MEI.
As soon as you have familiarized yourself with MEI to some degree, we invite you to share your experience with the MEI Community and write a tutorial on an aspect of MEI that you're particularly interested in. You don't have to be an expert for this – it's good to have tutorials on different levels, and very often a tutorial written by other beginners which just mastered a task is easier to follow than a guide written by someone who's not seeing the problem at all. We do have a tutorial on how to write tutorials, and there are templates to follow. It's that easy to become an active member of the MEI Community :-)


Please enable JavaScript to view this website.
My D3 Web Components Catalog
‹d3-force-graph› element using SVG primitives as nodes
‹d3-force-graph› element using HTML elements as nodes


Rock Paper Scissors
Player Picks:
Computer Picks:
It's a draw. To close this box click the 'x' icon.
The computer won the game. To close this box click the 'x' icon.
The player won the game. To close this box click the 'x' icon.
Player Picks:
Computer Picks:
It's a draw. To close this box click the 'x' icon.
The computer won the game. To close this box click the 'x' icon.
The player won the game. To close this box click the 'x' icon.


?'***
YO**
BOTANICAL
R
THE
NEW
YORK
BOTANICAL
GARDEN
EXPLORATION
OF
THE
BAHAMAS
/
.
Great
Sturrup
Cay,
Berry
Islands
(h^cu.
N.
L.
Britton
\
C.
F.
millspaugh
f
New
York
Botanical
Garden
lbD5]i7S
1605172
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


Enable Failover
When gateway receives a connect timeout from backend servers, it redirects traffic to the next server until "max attempts" or
"timeout" have been reached.
Max attempts
Limits the number of possible tries before returning an error. Each try get an endpoint according to the load balancing algorithm.
Max AttemptsMust be greater than 0.Must be greater than 0.Max Attempts is required
Timeout (ms)
Limits the time allowed to try another attempt.
TimeoutMust be greater than 0.Must be greater than 0.Timeout is required


Whos Problems are we Solving?
June 14, 2015
There has never been a better time in the history of our country to be an individual with a good idea. Startups all over the world are challenging the status quo; giving a voice to users long taken for granted by big business. This innovation is not only changing the way we solve problems as a society, but it’s changing the way we generate problem solving ideas.
Amidst the distruption and transformation of the tech industry resides incredible inequity. Only 10% of those working in tech in San Francisco are women and between 0.1-0.3% are black or latino women. In comparison to law and medicine, where women make up almost exactly half of the workforce, the imbalence in technology is surprising.
Taking a step back from race and gender for a moment, one in five children in this country grow up in poverty and 92% of those kids do not go on to graduate from four-year universities. Programming, in particular, is not a field where a college degree is required but the same challenges of academic preparedness that face youth growing up in underserved communities affect their competitivness for jobs in the tech sector.
Why does this matter?
When some of our country's biggest problems are faced by the smallest percentage of our tech innovators, the domain knowledge (including understandings of educational inequity, situations of poverty and variables affecting marganalized communities) to create transformative change doesn't exist in very high numbers.
There are two sides of the diversity issue: 1) who is working in tech and 2) for whom is our tech being built. Our tech is not being built for the 20% of American youth who are growing up in poverty and it certiantly is not being built by a strong representation of engineers who grew up in our country's roughest neighborhoods. The existance of this particular lack of ecconomic diversity limits innovation in some of the areas that need it most: poverty and education.
The education industry is a 4.6 Trillion dollar market with a 0.1 Trillion dollar market capitalization. The 2% capitalization of the education industry is in stark contrast to the 80% capitalization of the 6.5 Trillion dollar health care market and the 81% capitalization of the 1.7 Trillion dollar media and entertainment industry. (LearnCapital)
To innovate in our country's highest need communities we need to empower the voices of those communities. We need to cultivate transformative solutions that combat barriers that exist for people growing up in marginalized communities. We need to make sure that high tech environments, positioned for rapid innovation, are working on problems with the most valuable solutions not just those with the safest returns.


Definition
Average maturity date estimated for wheat (calendar day)
Method of calculation
The stop date for wheat is estimated using the Biometeorological Time Scale (BMTS), which uses relationships between the rate of development in wheat and temperature and photoperiod. (Robertson, 1968). If the stop date is later than GDD2Stop (indicating that maturity is not reached before frost), then ‘STOPWheat’ is set to ‘-99’


Any code that you write using any compiled language like C, C++ or Java can be integrated or imported into another Python script. This code is considered as an "extension." A Python extension module is nothing more than a normal C library. On Unix machines, these libraries usually end in .so (for shared object). On Windows machines, you typically see .dll (for dynamically linked library). Pre-Requisite: To start writing your extension, you are going to need the Python header files.
static PyObject *MyFunction( PyObject *self, PyObject *args ); static PyObject *MyFunctionWithKeywords(PyObject *self, PyObject *args, PyObject *kw); static PyObject *MyFunctionWithNoArgs( PyObject *self );Each one of the preceding declarations returns a Python object. There's no such thing as a void function in Python as there is in C. If you don't want your functions to return a value, return the C equivalent of Python's None value. The Python headers define a macro, Py_RETURN_NONE, that does this for us. The names of your C functions can be whatever you like as they will never be seen outside of the extension module. So they would be defined as static function. Your C functions usually are named by combining the Python module and function names together, as shown here:
static PyObject *module_func(PyObject *self, PyObject *args) { /* Do your stuff here. */ Py_RETURN_NONE; }This would be a Python function called func inside of the module module. You'll be putting pointers to your C functions the method table for the module that usually comes next in your source code. The method mapping table: This method table is a simple array of PyMethodDef structures. That structure looks something like this:
struct PyMethodDef { char *ml_name; PyCFunction ml_meth; int ml_flags; char *ml_doc; };Here is the description of the members of this structure:
static PyMethodDef module_methods[] = { { "func", (PyCFunction)module_func, METH_NOARGS, NULL }, { NULL, NULL, 0, NULL } };
PyMODINIT_FUNC initModule() { Py_InitModule3(func, module_methods, "docstring...");Here is the description of Py_InitModule3function:
#includeExample: A simple example that makes use of all the above concepts:static PyObject *module_func(PyObject *self, PyObject *args) { /* Do your stuff here. */ Py_RETURN_NONE; } static PyMethodDef module_methods[] = { { "func", (PyCFunction)module_func, METH_NOARGS, NULL }, { NULL, NULL, 0, NULL } }; PyMODINIT_FUNC initModule() { Py_InitModule3(func, module_methods, "docstring..."); }
#includeHere the Py_BuildValue function is used to build a Python value. Save above code in hello.c file. We would see how to compile and install this module to be called from Python script.static PyObject* helloworld(PyObject* self) { return Py_BuildValue("s", "Hello, Python extensions!!"); } static char helloworld_docs[] = "helloworld( ): Any message you want to put here!!\n"; static PyMethodDef helloworld_funcs[] = { {"helloworld", (PyCFunction)helloworld, METH_NOARGS, helloworld_docs}, {NULL} }; void inithelloworld(void) { Py_InitModule3("helloworld", helloworld_funcs, "Extension module example!"); }
setup(name='helloworld', version='1.0', \ ext_modules=[Extension('helloworld', ['hello.c'])])Now, use the following command, which would perform all needed compilation and linking steps, with the right compiler and linker commands and flags, and copies the resulting dynamic library into an appropriate directory: $ python setup.py install On Unix-based systems, you'll most likely need to run this command as root in order to have permissions to write to the site-packages directory. This usually isn't a problem on Windows
import helloworld print helloworld.helloworld()This would produce the following result:
Hello, Python extensions!!
static PyObject *module_func(PyObject *self, PyObject *args) { /* Parse args and do something interesting here. */ Py_RETURN_NONE; }The method table containing an entry for the new function would look like this:
static PyMethodDef module_methods[] = { { "func", (PyCFunction)module_func, METH_NOARGS, NULL }, { "func", module_func, METH_VARARGS, NULL }, { NULL, NULL, 0, NULL } };You can use API PyArg_ParseTuple function to extract the arguments from the one PyObject pointer passed into your C function. The first argument to PyArg_ParseTuple is the args argument. This is the object you'll be parsing. The second argument is a format string describing the arguments as you expect them to appear. Each argument is represented by one or more characters in the format string as follows.
static PyObject *module_func(PyObject *self, PyObject *args) { int i; double d; char *s; if (!PyArg_ParseTuple(args, "ids", &i, &d, &s)) { return NULL; } /* Do something interesting here. */ Py_RETURN_NONE; }Compiling the new version of your module and importing it will enable you to invoke the new function with any number of arguments of any type:
module.func(1, s="three", d=2.0) module.func(i=1, d=2.0, s="three") module.func(s="three", d=2.0, i=1)You can probably come up with even more variations.
int PyArg_ParseTuple(PyObject* tuple,char* format,...)This function returns 0 for errors, and a value not equal to 0 for success. tuple is the PyObject* that was the C function's second argument. Here format is a C string that describes mandatory and optional arguments.  L long long A Python int becomes a C long long O PyObject* Gets non-NULL borrowed reference to Python argument. s char* Python string without embedded nulls to C char*. s# char*+int Any Python string to C address and length. t# char*+int Read-only single-segment buffer to C address and length. u Py_UNICODE* Python Unicode without embedded nulls to C. u# Py_UNICODE*+int Any Python Unicode C address and length. w# char*+int Read/write single-segment buffer to C address and length. z char* Like s, also accepts None (sets C char* to NULL). z# char*+int Like s#, also accepts None (sets C char* to NULL). (...) as per ... A Python sequence is treated as one argument per item. | The following arguments are optional. : Format end, followed by function name for error messages. ; Format end, followed by entire error message text.
static PyObject *foo_add(PyObject *self, PyObject *args) { int a; int b; if (!PyArg_ParseTuple(args, "ii", &a, &b)) { return NULL; } return Py_BuildValue("i", a + b); }This is what it would look like if implemented in Python:
def add(a, b): return (a + b)You can return two values from your function as follows, this would be cauptured using a list in Python.
static PyObject *foo_add_subtract(PyObject *self, PyObject *args) { int a; int b; if (!PyArg_ParseTuple(args, "ii", &a, &b)) { return NULL; } return Py_BuildValue("ii", a + b, a - b); }This is what it would look like if implemented in Python:
def add_subtract(a, b): return (a + b, a - b)
PyObject* Py_BuildValue(char* format,...)Here format is a C string that describes the Python object to build. The following arguments of Py_BuildValue are C values from which the result is built. The PyObject* result is a new reference. Following table lists the commonly used code strings, of which zero or more are joined into string format.
 O PyObject* Passes a Python object and INCREFs it as normal. O& convert+void* Arbitrary conversion s char* C 0-terminated char* to Python string, or NULL to None. s# char*+int C char* and length to Python string, or NULL to None. u Py_UNICODE* C-wide, null-terminated string to Python Unicode, or NULL to None. u# Py_UNICODE*+int C-wide string and length to Python Unicode, or NULL to None. w# char*+int Read/write single-segment buffer to C address and length. z char* Like s, also accepts None (sets C char* to NULL). z# char*+int Like s#, also accepts None (sets C char* to NULL). (...) as per ... Builds Python tuple from C values. [...] as per ... Builds Python list from C values. {...} as per ... Builds Python dictionary from C values, alternating keys and values. Code {...} builds dictionaries from an even number of C values, alternately keys and values. For example, Py_BuildValue("{issi}",23,"zig","zag",42) returns a dictionary like Python's {23:'zig','zag':42}.


4.0.0-0
The Nxus router is an Express compatible web server and router for Nxus applications.
In your Nxus application:
> npm install nxus-router --save
import {router} from 'nxus-router'
router.route('/', (req, res) => {
res.send('Hello World')
})
Alternatively, you can specify a HTTP method:
router.route('GET', '/', (req, res) => {
res.send('Hello World')
})
router.middleware((req, res) => {
res.status(404).send('Nothing to see here')
})
router.staticRoute("/my-prefix", myPath)
For example, myFile.txt
in myPath
is then available at the url /my-prefix/myFile.txt
Sometimes its good to have a static assets folder where all your assets live. For that reason, you can use the assets
gatherer.
Router provides Express based HTTP routing
Extends NxusModule
import {router} from 'nxus-router'
Returns the Express App instance.
Instance
:
ExpressJs app instance.
Adds a middleware handler to the internal routing table passed to Express. Accessed with 'middleware' gather.


Banana Bread
Banana Bread is a great way to use bananas that have been sitting around too long.
When they get too brown just put them in the freezer until you have enough to make some.
This is a basic recipe that many things can be added to (chocolate chips are nice) from
here.
Ingredients
- 2 cups (500ml) flour
- 1t (5ml) baking soda
- 1/4t (1ml) salt
- 1/2 cup (125ml) butter
- 3/4 cup (187ml) brown sugar
- 2 eggs
- 2 1/3 cups (583ml) mashed overripe bananas
Method
Preheat oven to 350 degrees F (175 degrees C). Lightly grease a 9x5 inch loaf pan.
In a large bowl, combine flour, baking soda and salt.
In a separate bowl, cream together butter and brown sugar.
Stir in eggs and mashed bananas until well blended.
Stir banana mixture into flour mixture; stir just to combine.
Pour batter into prepared loaf pan.
Bake in preheated oven for 60 to 65 minutes, until a toothpick inserted into center of the loaf comes out clean.
Let bread cool in pan for 10 minutes, then turn out onto a wire rack.


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You can start writing your application without any required libraries. A good starting point for your inspiration for "clean" PHP code with examples can be found at Aro.wiki written by KyleFromOhio.
Of course, the Arionum community have prepared components that you can easily integrate with your new or existing applications. In our guide we will use Nette framework and pxgamer's PHP API wrapper to speed up our development. We will create simple donation status page. As a first step we will prepare development environment.
In this tutorial we'll expect that you have PHP 7.2+, that you are familiar with the Composer dependency manager and that you already have it installed in your operating system. If not, you can download it from this link or simply install it by using the "apt-get install composer" command. As a first step, we will start with downloading the Nette application skeleton. Copy this line to your terminal or command line where
you want to have it.
* (debian/ubuntu users only)
composer create-project nette/web-project donation-page
We will see something like this. You can enter to downloaded directory "donation-page" and check the files there:
This is the basic structure for our PHP application
Very nice, the application skeleton is now ready, but as Arionum requires a minimum of PHP 7.2, we will need to change our composer.json accordingly. Check the last lines in composer.json, where PHP version for our application is defined,
and change it from "php" : "5.6"
to "php": "7.2"
as it is on the picture below.
The Nette framework (web server exactly) will need write access to log and temp directory.
chmod -R 777 log temp
Of course this is required and will work only in a Linux operating system.
After that, we can install the PHP wrapper for interaction with Arionum nodes.
composer require pxgamer/arionum-php
We will see something like this:
Now we have installed all the required components we needed to start with. So we can spin up the integrated PHP webserver:
php -S localhost:8080 -t www
Now when we open the following address http://localhost:8080 in web browser, we will see this result:
All is working as expected and our environment is prepared, so let's start to code. As a first step we will clean up the template a little bit. The template file that we are going to change is located in "app/presenters/templates/ homepage/default.latte",
open it and remove the unnecessary content, change the title, remove the CSS image from h1 element and center h1 with CSS.
Now we can open the homepage presenter, where we will load the desired values and prepare them for our view. The homepage presenter is located in "app/presenters/HomepagePresenter.php".
And back to the template where we will render assigned variables.
After saving the files, we can refresh our webpage in the web browser and voila.
We have our donation status page. That was simple, easy and quick, right? :)
Code for this example can be found here https://github.com/ariochain/arionum-get-started


Classes
The following classes are available globally.
-
A class the encapsulates a VISA instrument manager.
Instances of this class cannot be initialized directly. To access the default instrument manager, use
See moreInstrumentManager.default
.Declaration
Swift
public class InstrumentManager
-
Undocumented
See moreDeclaration
Swift
public final class GPIBInterface : InstrumentProtocol
-
Undocumented
See moreDeclaration
Swift
public final class GPIBInstrument : MessageBasedInstrument, InstrumentProtocol
-
Undocumented
See moreDeclaration
Swift
public final class SerialInstrument : MessageBasedInstrument, InstrumentProtocol
-
Undocumented
See moreDeclaration
Swift
public final class TCPIPInstrument : MessageBasedInstrument, InstrumentProtocol
-
Undocumented
See moreDeclaration
Swift
public final class TCPIPSocket : MessageBasedInstrument, InstrumentProtocol
-
Undocumented
See moreDeclaration
Swift
public final class USBInstrument : MessageBasedInstrument, InstrumentProtocol
-
Undocumented
See moreDeclaration
Swift
public final class USBRaw : MessageBasedInstrument, InstrumentProtocol
-
Undocumented
See moreDeclaration
Swift
public final class FirewireInstrument : RegisterBasedInstrument, InstrumentProtocol
-
Undocumented
See moreDeclaration
Swift
public final class PXIInstrument : RegisterBasedInstrument, InstrumentProtocol
-
Undocumented
See moreDeclaration
Swift
public final class PXIMemory : RegisterBasedInstrument, InstrumentProtocol
-
Undocumented
See moreDeclaration
Swift
public final class VXIMemory : RegisterBasedInstrument, InstrumentProtocol
-
A session with an instrument.
Declaration
Swift
public class Session
-
Undocumented
See moreDeclaration
Swift
public final class VXIBackplane : InstrumentProtocol
-
Undocumented
See moreDeclaration
Swift
public final class VXIInstrument : InstrumentProtocol


[gecode-users] constraints on solved spaces
stanio at cs.tu-berlin.de
stanio at cs.tu-berlin.de
Mon Feb 4 21:26:51 CET 2008
Hello to all,
A question:
When I post a constraint on a solved space, it seems to be not
always propagated ... And this _not_always_ is what I am
worrying about - I want to know what is the rule. What I
mean is prety much like this:
---- code -----
int
get_weight(){
IntVar weight(this, 0, Limits::Int::int_max);
linear(this, this->vars, IRT_EQ, weight);
/*
this->status();
*/
return weight.val();
}
---- code -----
I invoke this function like
solved_space->get_weight()
from within the constrain() function (for BAB search).
Without the line
this->status();
I experienced assertion fault due to weight.max() !=
weight.min() : max, min remained the same as at the time of
initialization of weight.
Then I added the commented line and it worked fine.
But... I have another function I invoke on solved spaces,
which workes fine without the status() invocation.
What do I have to know about constraints on solved spaces?
Could you short explain, or give a hint for reading?
Thank you in advance for your support!
greetz
stanio_
More information about the gecode-users
mailing list


Danilo Kim
My name is Danilo, I was born and grew up in South America. I came to the US at the age of 17. My hobbies are traveling, play soccer, go to concerts and museums. In the free time I used to play alot videogames, but now I spend my time visiting to new places. I love all kinds of food and music.


@* * Copyright 2021 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 include._ @import model._ @import config.AppConfig @this(main: MainView, applicationConfig: AppConfig) @(applicationWithHistory: ApplicationWithHistory, isSuperUser: Boolean, form: Form[BlockApplicationForm])(implicit request: Request[_], loggedInUser: LoggedInUser, flash: Flash, messagesProvider: MessagesProvider) @application = @{applicationWithHistory.application} @main(title = s"${applicationConfig.title} - Block Application") {
| Environment | @{application.deployedTo.toLowerCase.capitalize} |
|---|---|
| Application type | @AccessType.displayedType(application.access.accessType) |
| Status | @status(application) |
Application name
Enter the application name to confirm blocking