This table contains entries for haemagglutinin and neuraminidase proteins from different influenza A viruses in the UniProt database. Links are provided to view the original UniProt protein entries, and their display in InterPro.
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|
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UniProt
|
Protein name |
Organism |
InterPro Domain Architecture |
InterPro Graphical Match |
Function |
|
Haemagglutinin |
H1 |
|
Haemagglutinin precursor (HA1 and HA2 chains) |
Influenza virus A
(strain A/Duck/Alberta/35/76 H1N1) |
Class I viral fusion protein. |
||
|
|
|
|
Haemagglutinin precursor (HA1 and HA2 chains) |
Influenza virus A
(strain A/swine/Italy/1521/98 H1N2) |
|
Class I viral fusion protein. |
|
|
|
H2 |
|
Haemagglutinin precursor (HA1 and HA2 chains) |
Influenza virus A
(strain A/Japan/305/57 H2N2) |
Class I viral
fusion protein. |
||
|
|
|
|
Haemagglutinin precursor
(HA1 and HA2 chains) |
Influenza virus A
(strain A/Adachi/2/57 H2N2) |
|
Class I viral fusion protein. |
|
|
|
H3 |
Haemagglutinin precursor (HA1 and HA2 chains) |
Influenza virus A
(strain A/England/321/77 H3N2) |
|
Class I viral
fusion protein. |
||
|
|
|
|
Haemagglutinin precursor (HA1 and HA2 chains) |
Influenza virus A(strain A/equine/Berlin/2/91 H3N8) |
Class I viral fusion protein. |
||
|
|
H5 |
|
Haemagglutinin precursor (HA1 and HA2 chains) |
Influenza virus A(strain A/swan/Italy/179/06 H5N1) |
|
Class I viral
fusion protein. |
|
|
|
|
|
Haemagglutinin precursor
(HA1 and HA2 chains) |
Influenza virus A
(strain A/mallard duck/PA/10218/84 H5N2) |
|
Class I viral fusion protein. |
|
|
|
H6 |
|
Haemagglutinin precursor (HA1 and HA2 chains) |
Influenza virus A(strain A/turkey/Germany/R04‑5/02 H6N2) |
|
Class I viral
fusion protein. |
|
|
|
|
|
Haemagglutinin precursor
(HA1 and HA2 chains) |
Influenza virus A
(strain A/goose/Hong Kong/W222/97 H6N7) |
|
Class I viral fusion protein. |
|
|
|
H7 |
|
Haemagglutinin precursor (HA1 and HA2 chains) |
Influenza virus A(strain A/Fowl plaque virus/Rostock/34 H7N1) |
|
Class I viral fusion protein. |
|
|
|
|
|
Haemagglutinin precursor (HA1 and HA2 chains) |
Influenza virus A
(strain A/Equine/Cambridge/1/63 H7N7) |
|
Class I viral fusion protein. |
|
|
|
H9 |
Haemagglutinin precursor (HA1 and HA2 chains) |
Influenza virus A
(strain A/duck/New York/17542‑4/86 H9N1) |
|
Class I viral
fusion protein. |
||
|
|
|
Haemagglutinin
precursor (HA1 and HA2 chains) |
Influenza virus A
(strain A/turkey/Scotland/70 H9N7) |
|
Class I viral
fusion protein. |
||
|
Neuraminidase |
N1 |
Neuraminidase |
Influenza virus A
(strain A/Camel/Mongolia/82 H1N1) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
|
Neuraminidase |
Influenza virus A
(strain A/swan/Guangxi/307/2004 H5N1) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
N2 |
Neuraminidase |
Influenza virus A
(strain A/RI/5/57 H2N2) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
|
Neuraminidase |
Influenza virus A
(strain A/Bankok/1/79 H3N2) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
N3 |
Neuraminidase |
Influenza virus A
(strain A/turkey/Oregon/71 H7N3) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
|
Neuraminidase |
Influenza virus A
(strain A/black‑headed gull/Sweden/5/99 H16N3) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
N4 |
Neuraminidase |
Influenza virus A
(strain A/turkey/Ontario/6118/68 H8N4) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
|
Neuraminidase |
Influenza virus A
(strain A/ruddy turnstone/Delaware/67/98 H12N4) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
N5 |
Neuraminidase |
Influenza virus A
(strain A/shearwater/Australia/72 H6N5) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
N6 |
Neuraminidase |
Influenza virus A
(strain A/duck/Alberta/28/76 H4N6) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
|
Neuraminidase |
Influenza virus A
(strain A/duck/Nanchang/4‑165/2000 H4N6) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
N7 |
Neuraminidase |
Influenza virus A
(strain A/duck/Germany/49 H10N7) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
|
Neuraminidase |
Influenza virus A
(strain A/Fowl plague virus/Weybridge H7N7) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
N8 |
Neuraminidase |
Influenza virus A
(strain A/herring gull/DE/677/88 H2N8) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
|
Neuraminidase |
Influenza virus A
(strain A/black duck/Australia/702/78 H3N8) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
N9 |
Neuraminidase |
Influenza virus A
(strain A/whale/Maine/1/84 H13N9) |
|
Cleaves sialic acid on HA to facilitate release of virus. |
||
|
|
|
Neuraminidase |
Influenza virus A
(strain A/tern/Australia/G70C/75 H11N9) |
|
Cleaves sialic acid on HA to facilitate release of virus. |


|
|
def | __init__ |
| |
|
def | filename |
| |
|
def | set_filename |
| |
|
def | clear_filename |
| |
|
def | has_filename |
| |
|
def | pos |
| |
|
def | set_pos |
| |
|
def | clear_pos |
| |
|
def | has_pos |
| |
|
def | max_bytes |
| |
|
def | set_max_bytes |
| |
|
def | clear_max_bytes |
| |
|
def | has_max_bytes |
| |
|
def | MergeFrom |
| |
|
def | Equals |
| |
|
def | IsInitialized |
| |
|
def | ByteSize |
| |
|
def | ByteSizePartial |
| |
|
def | Clear |
| |
|
def | OutputUnchecked |
| |
|
def | OutputPartial |
| |
|
def | TryMerge |
| |
|
def | __str__ |
| |
|
|
| has_filename_ |
| |
|
| filename_ |
| |
|
| has_pos_ |
| |
|
| pos_ |
| |
|
| has_max_bytes_ |
| |
|
| max_bytes_ |
| |
|
|
int | has_filename_ = 0 |
| |
|
string | filename_ = "" |
| |
|
int | has_pos_ = 0 |
| |
|
int | pos_ = 0 |
| |
|
int | has_max_bytes_ = 0 |
| |
|
int | max_bytes_ = 0 |
| |
|
int | kfilename = 1 |
| |
|
int | kpos = 2 |
| |
|
int | kmax_bytes = 3 |
| |
The documentation for this class was generated from the following file:
- code/googleappengine-read-only/python/google/appengine/api/files/file_service_pb.py


I'm Karen, a web developer who loves code and tacos.
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We use validation samples from the ImageNet dataset.
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ResNet152+ABN is trained with 1,200k training samples from the ImageNet dataset.
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# Released under MIT License
Copyright (c) 2020 Shane Parker. All rights reserved.
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
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SmiteWorks owns rights to code sections copied from their rulesets by permission for Fantasy Grounds community development. 'Fantasy Grounds' is a trademark of SmiteWorks USA, LLC. 'Fantasy Grounds' is Copyright 2004-2020 SmiteWorks USA LLC.


--- layout: default --- Basbaum Lab University of California San Francisco Located at UCSF's Mission Bay campus, the Basbaum lab is a group of students, interns, and postdoctoral fellows committed to pain research.
University of California San Francisco
Located at UCSF's Mission Bay campus, the Basbaum lab is a group of students, interns, and postdoctoral fellows committed to pain research.


Integrate the external jQuery contextMenu plugin as Fancytree extension. (Contributed by Tomas Norkūnas.)
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everytime i open battlelog, browser freezes and error report coming; ''windows cannot find c:/program files x86/battlelog web plugins/sonarHost.exe. make sure you typed the name coorectly and then try again'' then i have to download browser plugin everytime i open battlelog, i deleted cookies, temp files etc but doesn t work. anyone know solition about this?
Meaurk
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This isn't a Better Battlelog feature, so this is the wrong forum. You need to ask it at the Battlelog forum.
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huoralcarin
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This isn't a Better Battlelog feature, so this is the wrong forum. You need to ask it at the Battlelog forum.
Maybe a quick solution for you might be deleting the complete plug-in and re-install it and I do not mean the Better Battlelog plug-in, but the normal plug-in from EA/DICE. ;-)
yeah sorry but battlelog forum can t find solution so i tried öy luck here thanks for your answer :)
ORFK
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on the left side in battlelog is a "Feedback & Support" button. Go to getsatisfaction.com/battlefield3/ an report this problem. Tahts the OFFICIAL Support Center from DICE.


--- layout: post title: Collaborating Effectively By Focusing on Understanding ---
A while back a friend gave me some important, but hard to hear feedback. She told me something to the effect of "you always assume other people are wrong, and it limits your ability to collaborate with people." I'd always considered myself a strong collaborator, so hearing that I actually had a long way to go was humbling. For the rest of the year I worked on breaking this habit with a simple mental framework: whenever I'm surprised by something, assume that the other person has already done what they believe to be the exact right thing." This simple idea was incredibly powerful for pretty much everywhere, but it's most handy in a few situations.
When leading a project, it's common for something to take longer than expected. It's my job as a project lead to figure out how to unblock that. One way to do that is just ask "Hey Albert, what's the status on your piece of this project?". This is fine, but it also communicates "Albert, you have done a bad job on keeping people up to date on what's happening, and now I'm worried about it." It also doesn't put me in a position to actually help with anything that's going on.
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Oftentimes I'll look at a design document and think "this decision seems wrong, they should be doing it another way". The naive way to approach this is to say "Samantha, this approach seems unscalable, we should do a different approach". However, this approach starts from the asusmption that Samantha is wrong and has made a poor decision.
If we instead start from the assumption that Samantha has made the right decision, our feedback looks like "This approach is surprising, as it seems like it would be less scalable then ${SOME-OTHER-APPROACH}, why are we doing things this way?" Suddenly my feedback isn't adversarial! Samantha can now say "That's a good point! I'll fix that.", or she may say "we considered that, but abandoned it for XYZ reasons". Whatever the answer, we can discuss it from a perspective of mutual understanding rather than oppositional disagreements.
As with all things this approach isn't perfect. There are sometimes where you just need to come in and drop the proscriptive-hammer and say "this isn't happening". Communicating this way also takes a little extra time, and may not be ideal for people who are used to a more direct mode of disagreement. However, I've found that taking a default posture of "this person isn't wrong, I just don't get it yet" my conversations are much more productive and collaborative.


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prep_data
will prepare your data for machine learning.
Some steps enhance predictive power, some make sure that the data format is
compatible with a wide array of machine learning algorithms, and others
provide protection against common problems in model deployment. The
following steps are available; those followed by * are applied by default.
Many have customization options.
Convert columns with only 0/1 to factor*
Remove columns with near-zero variance*
Convert date columns to useful features*
Fill in missing values via imputation*
Collapse rare categories into "other"*
Center numeric columns
Standardize numeric columns
Create dummy variables from categorical variables*
Add protective levels to factors for rare and missing data*
Convert columns to principle components using PCA
While preparing your data, a recipe will be generated for identical transformation of future data and stored in the `recipe` attribute of the output data frame.If a recipe object is passed to `prep_data` via the `recipe` argument, thatrecipe will be applied to the data. This allows you to transform data inmodel training and apply exactly the same transformations in model testing and deployment. The new data must be identical in structure to the data that the recipe was prepared with.
prep_data( d, ..., outcome, recipe = NULL, remove_near_zero_variance = TRUE, convert_dates = TRUE, impute = TRUE, collapse_rare_factors = TRUE, PCA = FALSE, center = FALSE, scale = FALSE, make_dummies = TRUE, add_levels = TRUE, logical_to_numeric = TRUE, factor_outcome = TRUE, no_prep = FALSE )
| d | A data frame |
|---|---|
| ... | Optional. Columns to be ignored in preparation and model training, e.g. ID columns. Unquoted; any number of columns can be included here. |
| outcome | Optional. Unquoted column name that indicates the target variable. If provided, argument must be named. If this target is 0/1, it will be coerced to Y/N if factor_outcome is TRUE; other manipulation steps will not be applied to the outcome. |
| recipe | Optional. Recipe for how to prep d. In model deployment, pass the output from this function in training to this argument in deployment to prepare the deployment data identically to how the training data was prepared. If training data is big, pull the recipe from the "recipe" attribute of the prepped training data frame and pass that to this argument. If present, all following arguments will be ignored. |
| remove_near_zero_variance | Logical or numeric. If TRUE (default), columns with near-zero variance will be removed. These columns are either a single value, or the most common value is much more frequent than the second most common value. Example: In a column with 120 "Male" and 2 "Female", the frequency ratio is 0.0167. It would be excluded by default or if `remove_near_zero_variance` > 0.0166. Larger values will remove more columns and this value must lie between 0 and 1. |
| convert_dates | Logical or character. If TRUE (default), date and time
columns are transformed to circular representation for hour, day, month,
and year for machine learning optimization. If FALSE, date and time columns
are removed. If character, use "continuous" (same as TRUE), "categories",
or "none" (same as FALSE). "categories" makes hour, day, month, and year
readable for interpretation. If |
| impute | Logical or list. If TRUE (default), columns will be imputed
using mean (numeric), and new category (nominal). If FALSE, data will not
be imputed. If this is a list, it must be named, with possible entries for
`numeric_method`, `nominal_method`, `numeric_params`, `nominal_params`,
which are passed to |
| collapse_rare_factors | Logical or numeric. If TRUE (default), factor levels representing less than 3 percent of observations will be collapsed into a new category, `other`. If numeric, must be in 0, 1, and is the proportion of observations below which levels will be grouped into other. See `recipes::step_other`. |
| PCA | Integer or Logical. PCA reduces training time, particularly for wide datasets, though it renders models less interpretable." If integer, represents the number of principal components to convert the numeric data into. If TRUE, will convert numeric data into 5 principal components. PCA requires that data is centered and scaled and will set those params to TRUE. Default is FALSE. |
| center | Logical. If TRUE, numeric columns will be centered to have a mean of 0. Default is FALSE, unless PCA is performed, in which case it is TRUE. |
| scale | Logical. If TRUE, numeric columns will be scaled to have a standard deviation of 1. Default is FALSE, unless PCA is performed, in which case it is TRUE. |
| make_dummies | Logical or list. If TRUE (default), dummy columns will be created for categorical variables. When dummy columns are created, columns are not created for reference levels. By default, the levels are reassigned so the mode value is the reference level. If a named list is provided, those values will replace the reference levels. See the example for details. |
| add_levels | Logical. If TRUE (default), "other" and "missing" will be
added to all nominal columns. This is protective in deployment: new levels
found in deployment will become "other" and missingness in deployment can
become "missing" if the nominal imputation method is "new_category". If
FALSE, these "other" will be added to all nominal variables if
|
| logical_to_numeric | Logical. If TRUE (default), logical variables will be converted to 0/1 integer variables. |
| factor_outcome | Logical. If TRUE (default) and if all entries in outcome are 0 or 1 they will be converted to factor with levels N and Y for classification. Note that which level is the positive class is set in training functions rather than here. |
| no_prep | Logical. If TRUE, overrides all other arguments to FALSE so that d is returned unmodified, except that character variables may be coverted to factors and a tibble will be returned even if the input was a non-tibble data frame. |
Prepared data frame with reusable recipe object for future data preparation in attribute "recipe". Attribute recipe contains the names of ignored columns (those passed to ...) in attribute "ignored_columns".
To let data preparation happen automatically under the hood, see
machine_learn
To take finer control of imputation, see impute
, and for
finer control of data prep in general check out the recipes package:
https://topepo.github.io/recipes/
To train models on prepared data, see tune_models
and
flash_models
d_train <- pima_diabetes[1:700, ] d_test <- pima_diabetes[701:768, ] # Prep data. Ignore patient_id (identifier) and treat diabetes as outcome d_train_prepped <- prep_data(d = d_train, patient_id, outcome = diabetes)#># Prep test data by reapplying the same transformations as to training data d_test_prepped <- prep_data(d_test, recipe = d_train_prepped)#># View the transformations applied and the prepped data d_test_prepped#>#> Data Recipe #> #> Inputs: #> #> role #variables #> outcome 1 #> predictor 8 #> #> Training data contained 700 data points and 340 incomplete rows. #> #> Operations: #> #> Sparse, unbalanced variable filter removed no terms [trained] #> Mean Imputation for pregnancies, plasma_glucose, ... [trained] #> Filling NA with missing for weight_class [trained] #> Adding levels to: other, missing [trained] #> Collapsing factor levels for weight_class [trained] #> Adding levels to: other, missing [trained] #> Dummy variables from weight_class [trained]#>#> # A tibble: 68 x 13 #> pregnancies plasma_glucose diastolic_bp skinfold insulin pedigree age #> <int> <int> <int> <int> <int> <dbl> <int> #> 1 2 122 76 27 200 0.483 26 #> 2 6 125 78 31 154 0.565 49 #> 3 1 168 88 29 154 0.905 52 #> 4 2 129 72 29 154 0.304 41 #> 5 4 110 76 20 100 0.118 27 #> 6 6 80 80 36 154 0.177 28 #> 7 10 115 72 29 154 0.261 30 #> 8 2 127 46 21 335 0.176 22 #> 9 9 164 78 29 154 0.148 45 #> 10 2 93 64 32 160 0.674 23 #> # … with 58 more rows, and 6 more variables: diabetes <fct>, #> # weight_class_morbidly.obese <dbl>, weight_class_normal <dbl>, #> # weight_class_overweight <dbl>, weight_class_other <dbl>, #> # weight_class_missing <dbl># Customize preparations: prep_data(d = d_train, patient_id, outcome = diabetes, impute = list(numeric_method = "bagimpute", nominal_method = "bagimpute"), collapse_rare_factors = FALSE, center = TRUE, scale = TRUE, make_dummies = FALSE, remove_near_zero_variance = .02)#>#>#> Data Recipe #> #> Inputs: #> #> role #variables #> outcome 1 #> predictor 8 #> #> Training data contained 700 data points and 340 incomplete rows. #> #> Operations: #> #> Sparse, unbalanced variable filter removed no terms [trained] #> Bagged tree imputation for pregnancies, plasma_glucose, ... [trained] #> Bagged tree imputation for weight_class [trained] #> Centering for pregnancies, plasma_glucose, ... [trained] #> Scaling for pregnancies, plasma_glucose, ... [trained] #> Adding levels to: other, missing [trained] #> Adding levels to: other, missing [trained]#>#> # A tibble: 700 x 10 #> patient_id pregnancies plasma_glucose diastolic_bp skinfold insulin #> <int> <dbl> <dbl> <dbl> <dbl> <dbl> #> 1 1 0.646 0.872 -0.0220 0.633 0.570 #> 2 2 -0.840 -1.19 -0.515 0.00774 -0.851 #> 3 3 1.24 2.02 -0.679 -0.826 0.550 #> 4 4 -0.840 -1.06 -0.515 -0.617 -0.599 #> 5 5 -1.14 0.512 -2.65 0.633 0.147 #> 6 6 0.349 -0.175 0.142 -0.305 -0.257 #> 7 7 -0.246 -1.42 -1.83 0.320 -0.660 #> 8 8 1.83 -0.208 0.142 0.424 -0.257 #> 9 9 -0.543 2.47 -0.186 1.67 3.93 #> 10 10 1.24 0.119 1.95 0.320 0.570 #> # … with 690 more rows, and 4 more variables: weight_class <fct>, #> # pedigree <dbl>, age <dbl>, diabetes <fct># Picking reference levels: # Dummy variables are not created for reference levels. Mode levels are # chosen as reference levels by default. The list given to `make_dummies` # sets the reference level for `weight_class` to "normal". All other values # in `weight_class` will create a new dummy column that is relative to normal. prep_data(d = d_train, patient_id, outcome = diabetes, make_dummies = list(weight_class = "normal"))#>#>#> Data Recipe #> #> Inputs: #> #> role #variables #> outcome 1 #> predictor 8 #> #> Training data contained 700 data points and 340 incomplete rows. #> #> Operations: #> #> Sparse, unbalanced variable filter removed no terms [trained] #> Mean Imputation for pregnancies, plasma_glucose, ... [trained] #> Filling NA with missing for weight_class [trained] #> Adding levels to: other, missing [trained] #> Collapsing factor levels for weight_class [trained] #> Adding levels to: other, missing [trained] #> Dummy variables from weight_class [trained]#>#> # A tibble: 700 x 14 #> patient_id pregnancies plasma_glucose diastolic_bp skinfold insulin pedigree #> <int> <int> <int> <int> <int> <int> <dbl> #> 1 1 6 148 72 35 154 0.627 #> 2 2 1 85 66 29 154 0.351 #> 3 3 8 183 64 29 154 0.672 #> 4 4 1 89 66 23 94 0.167 #> 5 5 0 137 40 35 168 2.29 #> 6 6 5 116 74 29 154 0.201 #> 7 7 3 78 50 32 88 0.248 #> 8 8 10 115 72 29 154 0.134 #> 9 9 2 197 70 45 543 0.158 #> 10 10 8 125 96 29 154 0.232 #> # … with 690 more rows, and 7 more variables: age <int>, diabetes <fct>, #> # weight_class_morbidly.obese <dbl>, weight_class_obese <dbl>, #> # weight_class_overweight <dbl>, weight_class_other <dbl>, #> # weight_class_missing <dbl># `prep_data` also handles date and time features by default: d <- pima_diabetes %>% cbind( admitted_DTS = seq(as.POSIXct("2005-1-1 0:00"), length.out = nrow(pima_diabetes), by = "hour") ) d_train = d[1:700, ] prep_data(d = d_train)#>#>#> Data Recipe #> #> Inputs: #> #> role #variables #> predictor 11 #> #> Training data contained 700 data points and 340 incomplete rows. #> #> Operations: #> #> Sparse, unbalanced variable filter removed no terms [trained] #> Date features from admitted_DTS [trained] #> Variables removed admitted_DTS [trained] #> Mean Imputation for patient_id, pregnancies, ... [trained] #> Filling NA with missing for weight_class, diabetes [trained] #> Adding levels to: other, missing [trained] #> Collapsing factor levels for weight_class, diabetes [trained] #> Adding levels to: other, missing [trained] #> Dummy variables from weight_class and diabetes [trained]#>#> # A tibble: 700 x 23 #> patient_id pregnancies plasma_glucose diastolic_bp skinfold insulin pedigree #> <int> <int> <int> <int> <int> <int> <dbl> #> 1 1 6 148 72 35 154 0.627 #> 2 2 1 85 66 29 154 0.351 #> 3 3 8 183 64 29 154 0.672 #> 4 4 1 89 66 23 94 0.167 #> 5 5 0 137 40 35 168 2.29 #> 6 6 5 116 74 29 154 0.201 #> 7 7 3 78 50 32 88 0.248 #> 8 8 10 115 72 29 154 0.134 #> 9 9 2 197 70 45 543 0.158 #> 10 10 8 125 96 29 154 0.232 #> # … with 690 more rows, and 16 more variables: age <int>, #> # admitted_DTS_dow_sin <dbl>, admitted_DTS_dow_cos <dbl>, #> # admitted_DTS_month_sin <dbl>, admitted_DTS_month_cos <dbl>, #> # admitted_DTS_year <dbl>, admitted_DTS_hour_sin <dbl>, #> # admitted_DTS_hour_cos <dbl>, weight_class_morbidly.obese <dbl>, #> # weight_class_normal <dbl>, weight_class_overweight <dbl>, #> # weight_class_other <dbl>, weight_class_missing <dbl>, diabetes_Y <dbl>, #> # diabetes_other <dbl>, diabetes_missing <dbl># Customize how date and time features are handled: # When `convert_dates` is set to "categories", the prepped data will be more # readable, but will be wider. prep_data(d = d_train, convert_dates = "categories")#>#>#> Data Recipe #> #> Inputs: #> #> role #variables #> predictor 11 #> #> Training data contained 700 data points and 340 incomplete rows. #> #> Operations: #> #> Sparse, unbalanced variable filter removed no terms [trained] #> Date features from admitted_DTS [trained] #> Variables removed admitted_DTS [trained] #> Mean Imputation for patient_id, pregnancies, ... [trained] #> Filling NA with missing for weight_class, diabetes, ... [trained] #> Adding levels to: other, missing [trained] #> Collapsing factor levels for weight_class, diabetes, ... [trained] #> Adding levels to: other, missing [trained] #> Dummy variables from weight_class, diabetes, admitted_DTS_dow, and admitted_DTS_month [trained]#>#> # A tibble: 700 x 28 #> patient_id pregnancies plasma_glucose diastolic_bp skinfold insulin pedigree #> <int> <int> <int> <int> <int> <int> <dbl> #> 1 1 6 148 72 35 154 0.627 #> 2 2 1 85 66 29 154 0.351 #> 3 3 8 183 64 29 154 0.672 #> 4 4 1 89 66 23 94 0.167 #> 5 5 0 137 40 35 168 2.29 #> 6 6 5 116 74 29 154 0.201 #> 7 7 3 78 50 32 88 0.248 #> 8 8 10 115 72 29 154 0.134 #> 9 9 2 197 70 45 543 0.158 #> 10 10 8 125 96 29 154 0.232 #> # … with 690 more rows, and 21 more variables: age <int>, #> # admitted_DTS_year <dbl>, admitted_DTS_hour <int>, #> # weight_class_morbidly.obese <dbl>, weight_class_normal <dbl>, #> # weight_class_overweight <dbl>, weight_class_other <dbl>, #> # weight_class_missing <dbl>, diabetes_Y <dbl>, diabetes_other <dbl>, #> # diabetes_missing <dbl>, admitted_DTS_dow_Sun <dbl>, #> # admitted_DTS_dow_Mon <dbl>, admitted_DTS_dow_Tue <dbl>, #> # admitted_DTS_dow_Wed <dbl>, admitted_DTS_dow_Thu <dbl>, #> # admitted_DTS_dow_Fri <dbl>, admitted_DTS_dow_other <dbl>, #> # admitted_DTS_dow_missing <dbl>, admitted_DTS_month_other <dbl>, #> # admitted_DTS_month_missing <dbl># PCA to reduce training time: if (FALSE) { start_time <- Sys.time() pd <- prep_data(pima_diabetes, patient_id, outcome = diabetes, PCA = FALSE) ncol(pd) m <- machine_learn(pd, patient_id, outcome = diabetes) end_time <- Sys.time() end_time - start_time start_time <- Sys.time() pcapd <- prep_data(pima_diabetes, patient_id, outcome = diabetes, PCA = TRUE) ncol(pcapd) m <- machine_learn(pcapd, patient_id, outcome = diabetes) Sys.time() - start_time }


Artist Search
{% if results %}
showing results for: "{{query}}" ({{count}} results)
{% for artist in results %}
- {{artist}}
{% endfor %}
{% endif %}
{% if results|length == 0 and results != None %}
Sorry, we didn't find any artists matching "{{query}}"
{% endif %}


{% extends "publicbase.html" %} {% block content %}
| Democrats | VS | Republicans | |
| The Economy | XXXX | XXXX | |
| Environment & Science | XXXX | XXXX | |
| Criminal Justice | XXXX | XXXX | |
| Health Care | XXXX | XXXX | |
| Privacy & Data Security | XXXX | XXXX | |
| Education | XXXX | XXXX | |
| Religion & Social Issues | XXXX | XXXX |


| Package | Description |
|---|---|
| com.hellosign.sdk | |
| com.hellosign.sdk.resource | |
| com.hellosign.sdk.resource.support |
| Class and Description |
|---|
| AbstractRequest
Requests to HelloSign will have common fields such as a
request title, subject, and message.
|
| Account
Stores HelloSign Account information.
|
| EmbeddedRequest
Represents an Embedded signature request (either standard or templated).
|
| EmbeddedResponse
Class to hold an embedded signature request response.
|
| SignatureRequest
Represents a HelloSign signature request.
|
| Team |
| Template
POJO that represents a HelloSign Template resource.
|
| TemplateDraft
Represents a HelloSign template draft.
|
| TemplateSignatureRequest
Represents a HelloSign signature request based on one or more Templates.
|
| UnclaimedDraft
Represents an unclaimed draft response and request.
|
| Class and Description |
|---|
| AbstractRequest
Requests to HelloSign will have common fields such as a
request title, subject, and message.
|
| AbstractResource
A nice place to put code that is common to all HelloSign resource classes.
|
| Account
Stores HelloSign Account information.
|
| SignatureRequest
Represents a HelloSign signature request.
|
| Template
POJO that represents a HelloSign Template resource.
|
| Class and Description |
|---|
| AbstractResource
A nice place to put code that is common to all HelloSign resource classes.
|
| AbstractResourceList |
Copyright © 2015 HelloSign. All rights reserved.


All Classes
-
All Classes Interface Summary Class Summary Annotation Types Summary Class Description BooleanArrayStringConverterFactory Factory forStringConverter
providing support for primitive boolean array as a sequence of 'T' and 'F'.BooleanObjectArrayStringConverterFactory Factory forStringConverter
providing support for Boolean object array as a sequence of 'T', 'F' and '-' for null.ByteObjectArrayStringConverterFactory Factory forStringConverter
providing support for Byte object array as a sequence of two letter hex codes for each byte plus '--' for null.CharObjectArrayStringConverterFactory Factory forStringConverter
providing support for Character object arrays as a string, using backslash as an escape.FromString Annotation used to mark a method or constructor as being suitable for converting an object from aString
.FromStringConverter<T> Interface defining conversion from aString
.FromStringFactory Annotation used on a type to indicate that another class, the factory, provides the 'from string' method.NumericArrayStringConverterFactory Factory forStringConverter
providing support for primitive arrays as a comma separated list.NumericObjectArrayStringConverterFactory Factory forStringConverter
providing support for numeric object arrays as a comma separated list, using '-' for null.RenameHandler A general purpose utility for registering renames.StringConvert Manager for conversion to and from aString
, acting as the main client interface.StringConverter<T> Interface defining conversion to and from aString
.StringConverterFactory Factory forStringConverter
that allows converters to be created dynamically or easily initialised.ToString Annotation used to mark a method as being suitable for converting an object to a standard formatString
.ToStringConverter<T> Interface defining conversion to aString
.TypedStringConverter<T> Interface defining conversion to and from aString
together with the type.


Registrations begin/Party Starts. Try to come as early as possible to grab the best spot.
Introduction about the event, revealing the themes of the event.
The game is on. Start brainstorming!
Dinner time.
Time for some fun! Let's play some game and grab a bite.
Submit your progress. Judges will evaluate your idea based on originality.
Want some food ?
More Food? We don't mind.
Selection of the best teams for the pitching round.
Congratulations! Prepare your pitch, you are what you sell yourself
Pitch your hacks and wait for the results
Judgement day. Winner gets the dough!


Geolocation API Demo #1
Click the button to determine the current location.
Nothing to see here (yet), click the button.


NoiseCapture is an initiative to evaluate and represent the environmental noise following a participative approach, with community contributors, using an Android application on a smartphone. Download the NoiseCapture Android App and follow the instructions on the 'Help' page on your smartphone.
All raw data collected from the NoiseCapture Android App, i.e. the DATABASE-NoiseCaptureRaw, are made available under the Open Database License: http://opendatacommons.org/licenses/odbl/1.0/. Any rights in individual contents of the database are licensed under the Database Contents License: http://opendatacommons.org/licenses/dbcl/1.0/
For any questions involving the NoiseCapture Android App and the web
pages, please uses the GitHUb plateform:
https://github.com/Ifsttar/NoiseCapture/issues
For any questions involving the project and the data, please contact us at noisecapture(at)noise-planet.org


{{ post.details }}
Posted by {{ post.postedBy }} on {{ post.postedOn | date:'MMM yyyy' }} . {{ tag }}
The 2015/2016 Rain (2nd) Semester Examinations will commence on Monday, 27th June, 2016 and come to an end on Saturday, 25th July, 2016.
It is advisable that students who have misplaced their I.D. cards should make request for a replacement urgently. Students are equally advised to get acquainted with the rules and regulations guiding the conduct of the examinations as contained in the Academic Programmes
R. A. Okojie (Mrs.)
Lorem ipsum dolor sit amet,a commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea aecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.


putUBJ |
UBJ Helper Functions fun Packet.putUBJ(o: UBJ): Packet |
putUBObject |
fun Packet.putUBObject(o: UBObject?): Packet |
putUUID |
fun Packet.putUUID(uuid: UUID): Packet |
putVector3d |
fun Packet.putVector3d(vector3dc: Vector3dc): Packet |
putVector3f |
fun Packet.putVector3f(vector3fc: Vector3fc): Packet |
putVector3i |
JOML Helper Functions fun Packet.putVector3i(vector3ic: Vector3ic): Packet |
putVersion |
fun Packet.putVersion(version: Version): Packet |


Rotten Apple Pinball
Rotten Apple Pinball is a pinball machine supplier as well as repair service located in Brooklyn, New York. I was tasked with designing a logo for the website. This logo was utilized from 2019-2020. My primary approach to this piece was to take in the culture of the pinball scene of the 80s that is visible within much of the artwork adorning the machines, and present that within the branding. The apple was hand drawn using Procreate on an iPad, and the typography was done in Adobe Illustrator.


On the backtest results page, you can apply zoom to charts and scroll through their display period.
Zoom in and out of a time series chart by either:
Adjusting the zoom on one chart will adjust the zoom on all of the charts.
After zooming in on a chart, slide the horizontal bar at the bottom of the chart to adjust the time frame that's displayed.


Requests
menu
Profile
Logout
Profile
Logout
Product Title
Product Title
Product Description
done_outline
View Accepted
location_off
End Trip


BuildAMation (BAM) is an open source build system and project generator for C/C++ desktop software development for Windows, Linux and macOS platforms built on .NET core 2.
Writing multi-platform desktop software?
Want to use the best development tools and IDEs for each platform?
Want 'a single truth' of how to build your software?
Want a fast, debuggable, extensible build system?
Look no further... BAM!


Designing Playful Communication
Kawandeep Virdee • @whichlight
Sketching in Hardware, 2014
making interactive and collaborative art
art as a medium of connection
really simple experiments
meaning from...
interactivity
agency
creativity
Bring people together
Make a space more welcoming
Be expressive
tell your friends who are far away
I just harmonized with somebody but I don't know who.
Is that weird?
It's natural
and beautiful
degrees of freedom in control
clear input and response
signalling with gestures
artwork being the medium of communication
Individual Complexity vs. Number of Participants
Being able to "touch"
across public space
over the internet
between digital and physical
Art as a medium, free to experiment
new ways to know one another
new ways to be expressive and playful
new ways to find joy.


Learning about Borders, Padding, and Margins?That's a Paddlin'Bane Srdjevic
|
This was something that gave me a lot of trouble when I first started learning about HTML and CSS. I understood the principle behind the box model, as well as the logic behind the DOM, but for some reason I couldn't get the visuals to line up with the lines of code. I went into the website building assignment with that misunderstanding and it made aligning my elements a real pain in the paddlin-bag, but through sheer head-through-wall strength of stubbornness, I figured out what worked, what didn't work, and at least a little bit of the why behind it.
The Box Model
If you'll take a look at the picture up top (not the grumpy old man) you'll notice a nicely organized layout of the box model. What is the box model? It's the physical breakdown of the space (almost) all elements take up on any web page--the border, the margin, and the padding. The majority of your garden-variety elements--like divs, tables, spans, and paragraphs--are all constructed using the box model and thereby all have these three components. Understanding what they do and how they interact with your web page will save you A LOT of heartache when positioning your elements.
Margin
The first layer working from the outside in is the margin. The margin is essentially the space between the element and the other elements around it, which is why css commands like margin-top: 50px will shift a whole lot of stuff around your page. This is because you are increasing or decreasing the space between elements, and that means you are affecting the locations of other elements to create or delete this necessary room. Editing margins tends to make things messy, so if you're looking to fine-tune placement then consider changing the padding attribute instead.
Borders
Borders are much more straight-forward than margins, but that's because they serve different purposes. Margins are used to move elements around the web page while borders are mostly used for decoration and making things stick out. Almost all elements have borders, but they're invisible until you make them otherwise. By going into CSS and assigning border-width, border-color, and border-style attributes to an element, you make the border visible and can thereby play around with the style. There are a lot of built-in border options for CSS, but always be on the look out for more.
Padding
I like to think of padding as the fine-tuner as far as positioning elements goes. While margins change the space outside of the border, padding changes the space inside the border. What does this mean? Simply put, by changing padding you are not moving the element around the page but rather the content within the element. Every element takes up a certain amount of space on the web page, and the content of an element takes up a certain amount of space within that element. Padding determines where the content ends up within the element, which is what you'll want to use when moving content from the top right corner of a table cell to the top left corner of a table cell. In my opinion, padding should always be used when it can and margins should only be used when padding isn't available. Just like with margins and borders, padding can be changed by changing the padding attribute in CSS.
One Final Note
Keep in mind that margins, borders, and padding all have smaller parts within themselves. While the image of the box model at the top of the blog breaks down the essential components of element positioning, each of these have four smaller parts within themselves: top, bottom, left, and right. When editing these attributes in CSS, you can choose to alter specific sides of each positioning attribute by adding -top, -bottom, -left, or -right to the name, like so: border-left, padding-top, margin-right.


{{ post.text|safe }} Comments {% for comment in comments %} {{ comment.title }} {{ comment.text }} commented by: {{ comment.author }} on {{ comment.created|date:"Y-m-d ~ H:i" }} {% endfor %}
{{ comment.title }} {{ comment.text }} commented by: {{ comment.author }} on {{ comment.created|date:"Y-m-d ~ H:i" }}
{{ comment.title }}


3D Table Editor
Overview:
The 3D table view is displays the
same data that is viewable in the standard Table Editor, only the data is
displayed to show depth on all 3 axisí (X, Y & Z) compared to the standard
editor that displays only the X & Y axis with a numeric value for the Z
axis. Typically the X, Y and Z axisí represent the following:
Warning! Some features only Available on Registered Versions.
- X Axis - is usually RPM for most tables.
- Y Axis - Is most commonly MAP in kPa, but will often be MAP/baro,
TPS ADS, MAF volts or many others depending on your setup, firmware, settings
and the table you are viewing.
- Z Axis - Depends on the table type you
are viewing, for a VE table the values will be VE (%) values, a Spark table
will be the spark advance value, and AFR table the AFR and so on...
Usage:
The 3D editor primarily provide a visual represntation of the Z values
(VE, Spark Advance,
AFR...), and an easy way to adjust them as you see each value as it relates to the surrounding values.
To adjust the table values, you must first
select the coordinates you wish to edit, then increase or decrease the values.
The selected table position will be highlighted with a red bulb:
You may move to different points on the table by clicking on them with the Mouse,
or it is typically much more practical to use the keyboard for navigatation. The Hot keys to navigate
are listed below. Points on the table that have been edited since you began will be highlighted with a
yellow dot.
Hot Keys:
- Up, Down, Left and Right Arrows - Move the selected point.
- Increase & Decrease Z values
- Shift + (Up or Right) - Increment selected point by 1
- Shift + (Down or Left) - Decrement selected point by 1
- (> or . or q or + or =) keys - Any of these will increment selected point by 1
- (< or , or w or - ) keys - Any of these will decrement selected point by 1
- CTRL + Shift + (Up or Right or > or . or q or + or = ) - Multiple increment selected point by a user set amount(default 5x)
- CTRL + Shift + (Down or Left or < or , or w or - ) - Multiple decrement selected point by a user set amount(default 5x)
- CTRL + any increment key - Multiple increment selected point by a user set amount(default 5x)
- CTRL + any decrement key - Multiple decrement selected point by a user set amount(default 5x)
- G - Jump the selected point to the current active position.
- F - Toggle Follow Mode on and off. When on, the selected point will follow the active point automatically.
- M - Increase the Yaw Angle of the table by 10 degrees.
- K - Decrease the Yaw Angle of the table by 10 degrees.
- N - Increase the Roll Angle of the table by 10 degrees.
- J - Decrease the Roll Angle of the table by 10 degrees.
- Z - Show top down view of table.
Features:
- Color Shade - When on, the table will be shaded with coloring based on the relative Z value. When off a
wire frame style will be displayed.
- Even Spacing - Normally each X and Y grid line is spaced relative to th value. The would place a
4000 RPM line and 4200 RPM line much closer together than a 4000 RPM and 4500 RPM grid line. However, on some tables,
such as Alpha-N VE Tables you can have high concentration areas and it may be easier to see the positions with
allgrid lines evenly spaced independent of value, activating Even Spacing will provide this.
- Follow Mode - If off, your selection point will be set only by navigating with the keyboard or mouse.
By activating Follow Mode, the selected point will continually move to the point of the map the engine is running
at.
- Z Axis Scale - This slider to the right of the 3D table adjusts the relative height of the table.
- Yaw Adjuster - This slider at the bottom of the 3D table adjusts Yaw Angle of the grid around the Z axis
allowing a view from the front, sides or back.
- Roll Adjuster - This slider to the left of the 3D table adjusts the roll angle of the table allowing for a
view from the top or bottom.
Options:
- Smart Select Movement - When on, the arrow keys will alter the selection direction so that the right
key will alwasy move to the right most point, left to the left most and so on regardless of the table roll and yaw
angle. If off, the Up/Down keys will always move up and dow the Y axis, left and right key always along the X axis.
- Show Active Table Values - When on, the selected and active Z values will be displayed on the grid.
- Show Selected X & Y Values - When on, the selected X & Y values will be displayed along the appropriate axis.
- Increment All Active Cells - This is off by default, but if on this only effects adjustments made when connected to
a Controller and in Follow Mode. With these conditions met, increments of Z values will be applied to all table values
that are currently active with a weight above the set value. This allows adjusting up to 4 table values at once if they are
close enough to the active point. If off, only the selected point will be adjusted.
- Active Weight Threhold - Only enabled if Increment All Active Cells is On. Allows for changing the
weight used to determine what table values or Cells are adjusted. Valid values are 0 - 100% where 0% would
always allow all 4 points adjust, 100% would only allow 1 point to move if it had a dead on hit.
- Select Active Color - Allows youto change the color of the Active Point and Active text.
By default the Active Point will be seen as a blue ball
- Select Selected Color - Allows youto change the color of the Selected Point and Selected text.
By default the Selected Point will be seen as a red ball
- CTRL Increment By - When depressing the CTRL key while adjusting table values, they will adjust by
multiple values (default 5), this option allows you to change the multiple.
|
|
©2010 EFIAnalytics.com


Inbox
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Amare Hale
SpamIt is a long established fact that a reader 20:46 -
John Hampton
The point of using Lorem Ipsum 10:34 -
Ray Langley
When an unknown printer took a galley 20 min -
Anne Dean
UnreadThere are many variations of passages 23 min -
Kade Hancock
TrashThis book is a treatise on the theory of ethics 4 min -
Kimberly Peters
It was popularised in the 1960s with the release of Letraset 1 hour -
Susan Cooke
Many desktop publishing packages 1:23 -
Asa Hebert
It has survived not only five centuries 05:12 -
Wesley Robles
You need to be sure there isn't anything 10 min -
Holden Floyd
FlaggedMany desktop publishing packages and web 12 min -
Emerson Vazquez
SpamWhen an unknown printer took a galley 1 week -
Susan Cooke
Many desktop publishing packages 2 week -
Asa Hebert
It has survived not only five centuries last month -
Wesley Robles
TrashYou need to be sure there isn't anything 20:46 -
Amare Hale
SpamIt is a long established fact that a reader 20:46 -
John Hampton
The point of using Lorem Ipsum 10:34 -
Ray Langley
When an unknown printer took a galley 20 min -
Anne Dean
UnreadThere are many variations of passages 23 min -
Kade Hancock
TrashThis book is a treatise on the theory of ethics 4 min -
Kimberly Peters
It was popularised in the 1960s with the release of Letraset 1 hour -
Susan Cooke
Many desktop publishing packages 1:23 -
Asa Hebert
It has survived not only five centuries 05:12 -
Wesley Robles
You need to be sure there isn't anything 10 min -
Holden Floyd
FlaggedMany desktop publishing packages and web 12 min -
Emerson Vazquez
SpamWhen an unknown printer took a galley 1 week -
Susan Cooke
Many desktop publishing packages 2 week -
Asa Hebert
It has survived not only five centuries last month -
Wesley Robles
TrashYou need to be sure there isn't anything 20:46


2016 monthly gross income for top films released in 2016
High Top Releasing only released 7 films during 2016. You can see breaks in content releases.
Their biggest film of the year was "The Darkness" in June.
Highest Grossing Month for the Studio: June, $16.7 Million
Lowest Grossing Month for the Studio: February, $16.7 Million
Average Grossing Month for the Studio: $16.7 Million
Highest Grossing Individual Film: The Darkness, $ 10.0 Million
Average Gross For Film: $ 1.8 Million


Please Edit Your Search
Title
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We are glad to welcome you in our store. You've made a right decision by choosing our store. Our company will give you the magic of the music world because we all have the same passion. It is so amazing to feel the rhythm and good vibes, to enjoy the perfect performance and just to be a devoted fan of this magic of sound. Our products are the perfect combination of the latest fashion trends, real durability and flexibility. You know that nowadays music is one of the main spheres in our society. It is a gigantic machine of production different goods for mental satisfaction. It is a real mainstream; moreover - it is a modern religion. It doesn't matter what kind of music you listen to because tastes differ but we have collected all possible music-related goods in our store. Well we hope that you wouldn't waste your time and make your purchase.
Zound©2k17


Icon components
Icon components are simple files that store icon data, one icon per file. Data is IconifyIcon object:
{
"body": "<path d=\"M15 20a1 1 0 0 0-1-1h-1v-2h4a2 2 0 0 0 2-2V5a2 2 0 0 0-2-2H7a2 2 0 0 0-2 2v10a2 2 0 0 0 2 2h4v2h-1a1 1 0 0 0-1 1H2v2h7a1 1 0 0 0 1 1h4a1 1 0 0 0 1-1h7v-2h-7m-8-5V5h10v10H7z\" fill=\"currentColor\"/>",
"width": 24,
"height": 24
}
For more information about IconifyIcon type see IconifyIcon documentation.
Usage
Icon data is used in Iconify components:
Icon data is passed as parameter to Iconify icon component, like this (example for React component):
// Import React
import React from 'react';
// Import Iconify component
import { Icon } from '@iconify/react';
// Import icon data
import homeIcon from '@iconify-icons/mdi-light/home';
// Sample functional component
export function MyComponent() {
return (
<div>
<Icon icon={homeIcon} />
</div>
);
}
It can also be used in SVG framework using addIcon() function:
Iconify.addIcon('mdi:network-outline', {
body:
'<path d="M15 20a1 1 0 0 0-1-1h-1v-2h4a2 2 0 0 0 2-2V5a2 2 0 0 0-2-2H7a2 2 0 0 0-2 2v10a2 2 0 0 0 2 2h4v2h-1a1 1 0 0 0-1 1H2v2h7a1 1 0 0 0 1 1h4a1 1 0 0 0 1-1h7v-2h-7m-8-5V5h10v10H7z" fill="currentColor"/>',
width: 24,
height: 24,
});
Available icons
All icon sets available with Iconify API are available as standalone icon components. There are over 60,000 icons from more than 80 icon sets.
Packages
Putting so many files in one package would result in massive package, so icons are split into several NPM packages, two packages per icon set:
- One package that uses modern ES6 export syntax: @iconify-icons/{prefix}.
- One package that uses CommonJS module.exports syntax, which is used by Node.js: @iconify/icons-{prefix}.
where "{prefix}" is icon set prefix.
To import an icon, add icon name after package, for example, icon @iconify-icons/mdi-light/home" (ES module) or "@iconify/icons-mdi-light/home" (CommonJS module)
can be imported from "It is recommended that you use ES6 module, recent versions of Node.js do support it. CommonJS are legacy packages.
TypeScript support
All icons in ES6 and CommonJS packages have .d.ts files, so they can be used with TypeScript.
Examples
Few examples of icon names:
- Material Design Icons can be imported from @iconify-icons/mdi/login-variant (ES6) or @iconify/icons-mdi/login-variant (CommonJS). from
- Bootstrap Icons can be imported from @iconify-icons/bi/chat-quote (ES6) or @iconify/icons-bi/chat-quote (CommonJS). from
- Tabler Icons can be imported from @iconify-icons/tabler/info-circle (ES6) or @iconify-icons/tabler/info-circle (CommonJS). from
See Iconify components for usage:


Congratulation on successfully installing and running abyss webserver.


ECGo is a smart healthcare solution including a single - channel electrocardiogram recorder and application on Android/ iOS for people who have heart disease in treatment as well as people who care about their heart.
Our hearts make 100,000 beats average per day. During each heartbeat, a healthy heart will have an orderly progression of depolarization – an electrical activity. Electrocardiography recorder (ECG or EKG) is a device that records those electrical activities and shows by a graph of voltage versus time. Medical professors use electrocardiography to diagnose heart problem and make treatment plan.
ECGo is a portable single - channel electrocardiography recorder that helps you easily record, monitor and share information with medical professor every time, everywhere. ECGo helps you proactively observe your heart health to prevent you from heart disease such as a heart attack.
ECGo provides you the most convenient way to record an electrocardiography in only 30s. Those records are testified as accurate and useful in pattern diagnoses at Hanoi Cardiology Hospital in more than 110 patients.
All the information is saved in the system including ECG records, warning, professor’s consultancy and cardiology information. All available for you to use, to share anytime.


Welcome to my site where you can learn more about me and my vision for Bluffdale. This site will be updated periodically with updates on events and notes from City Council.
My ViewsI've been attending Bluffdale City Council meetings for almost three years to learn more about the city's future growth and development. I see a lot of opportunities for us as a city to maintain a balanced Bluffdale that preserves the past, and grows gracefully into the future. I'll work hard to do the following:
Ulises Flynn, a first-generation American, was born and raised in Caracas, Venezuela until 3rd grade when he moved to Billerica, MA. He served an LDS church mission to Rio De Janeiro, Brazil. He attended Brigham Young University where he completed a Bachelor's degree in Computer Engineering. He has worked for Lockheed Martin, then as an Air Force civilian for Hill Air Force base in Utah for 6 years. Currently he works for a startup company in Lehi called Partner Fusion where he is a Senior Software Engineer.
Throughout his career, Ulises has volunteered in community STEM (Science, Technology, Engineering, and Math) programs. At Hill Air Force base he served as a mentor for a work/study program with Park City students to help them work alongside the base’s bomb squad. He was also a judge in the Utah State Science Fair held at Weber State University, and at other STEM events held locally. Recently he was a mentor for the First Tech Challenge team “Chewbotccas” that went on to the state competitions in 2017.
While residing in Clinton, UT, Ulises was involved as a founding member for Voyage Academy charter school, and helped the school open in 2013. In 2015 Ulises and his family moved to Bluffdale where he to got involved in the community by attending City Council and Planning Committee meetings. He completed the Bluffdale CERT program, and is an assistant in the IND Section for the city’s Emergency Preparedness group. He is also HAM certified and has attended the city’s HAM group meetings.
 His daughter Isabel attended Bluffdale Elementary and is currently attending Summit Academy Independence Campus. Their children also attend MCD dance academy and Fuller’s Swim School in Bluffdale.
I want to hear from you on what your vision for Bluffdale is. Give me a call or send me an email!


This document presents a specification for a version 2 of Git’s wire protocol. Protocol v2 will improve upon v1 in the following ways:
-
Instead of multiple service names, multiple commands will be supported by a single service
-
Easily extendable as capabilities are moved into their own section of the protocol, no longer being hidden behind a NUL byte and limited by the size of a pkt-line
-
Separate out other information hidden behind NUL bytes (e.g. agent string as a capability and symrefs can be requested using ls-refs)
-
Reference advertisement will be omitted unless explicitly requested
-
ls-refs command to explicitly request some refs
-
Designed with http and stateless-rpc in mind. With clear flush semantics the http remote helper can simply act as a proxy
In protocol v2 communication is command oriented. When first contacting a server a list of capabilities will advertised. Some of these capabilities will be commands which a client can request be executed. Once a command has completed, a client can reuse the connection and request that other commands be executed.
Packet-Line Framing
All communication is done using packet-line framing, just as in v1. See
Documentation/technical/pack-protocol.txt
and
Documentation/technical/protocol-common.txt
for more information.
In protocol v2 these special packets will have the following semantics:
-
0000 Flush Packet (flush-pkt) - indicates the end of a message
-
0001 Delimiter Packet (delim-pkt) - separates sections of a message
-
0002 Message Packet (response-end-pkt) - indicates the end of a response for stateless connections
Initial Client Request
In general a client can request to speak protocol v2 by sending
version=2
through the respective side-channel for the transport being
used which inevitably sets GIT_PROTOCOL
. More information can be
found in pack-protocol.txt
and http-protocol.txt
. In all cases the
response from the server is the capability advertisement.
Git Transport
When using the git:// transport, you can request to use protocol v2 by sending "version=2" as an extra parameter:
003egit-upload-pack /project.git\0host=myserver.com\0\0version=2\0
SSH and File Transport
When using either the ssh:// or file:// transport, the GIT_PROTOCOL environment variable must be set explicitly to include "version=2".
HTTP Transport
When using the http:// or https:// transport a client makes a "smart"
info/refs request as described in http-protocol.txt
and requests that
v2 be used by supplying "version=2" in the Git-Protocol
header.
C: GET $GIT_URL/info/refs?service=git-upload-pack HTTP/1.0
C: Git-Protocol: version=2
A v2 server would reply:
S: 200 OK
S: <Some headers>
S: ...
S:
S: 000eversion 2\n
S: <capability-advertisement>
Subsequent requests are then made directly to the service
$GIT_URL/git-upload-pack
. (This works the same for git-receive-pack).
Capability Advertisement
A server which decides to communicate (based on a request from a client) using protocol version 2, notifies the client by sending a version string in its initial response followed by an advertisement of its capabilities. Each capability is a key with an optional value. Clients must ignore all unknown keys. Semantics of unknown values are left to the definition of each key. Some capabilities will describe commands which can be requested to be executed by the client.
capability-advertisement = protocol-version
capability-list
flush-pkt
protocol-version = PKT-LINE("version 2" LF)
capability-list = *capability
capability = PKT-LINE(key[=value] LF)
key = 1*(ALPHA | DIGIT | "-_")
value = 1*(ALPHA | DIGIT | " -_.,?\/{}[]()<>!@#$%^&*+=:;")
Command Request
After receiving the capability advertisement, a client can then issue a request to select the command it wants with any particular capabilities or arguments. There is then an optional section where the client can provide any command specific parameters or queries. Only a single command can be requested at a time.
request = empty-request | command-request
empty-request = flush-pkt
command-request = command
capability-list
[command-args]
flush-pkt
command = PKT-LINE("command=" key LF)
command-args = delim-pkt
*command-specific-arg
command-specific-args are packet line framed arguments defined by
each individual command.
The server will then check to ensure that the client’s request is comprised of a valid command as well as valid capabilities which were advertised. If the request is valid the server will then execute the command. A server MUST wait till it has received the client’s entire request before issuing a response. The format of the response is determined by the command being executed, but in all cases a flush-pkt indicates the end of the response.
When a command has finished, and the client has received the entire response from the server, a client can either request that another command be executed or can terminate the connection. A client may optionally send an empty request consisting of just a flush-pkt to indicate that no more requests will be made.
Capabilities
There are two different types of capabilities: normal capabilities, which can be used to convey information or alter the behavior of a request, and commands, which are the core actions that a client wants to perform (fetch, push, etc).
Protocol version 2 is stateless by default. This means that all commands must only last a single round and be stateless from the perspective of the server side, unless the client has requested a capability indicating that state should be maintained by the server. Clients MUST NOT require state management on the server side in order to function correctly. This permits simple round-robin load-balancing on the server side, without needing to worry about state management.
agent
The server can advertise the agent
capability with a value X
(in the
form agent=X
) to notify the client that the server is running version
X
. The client may optionally send its own agent string by including
the agent
capability with a value Y
(in the form agent=Y
) in its
request to the server (but it MUST NOT do so if the server did not
advertise the agent capability). The X
and Y
strings may contain any
printable ASCII characters except space (i.e., the byte range 32 < x <
127), and are typically of the form "package/version" (e.g.,
"git/<IP_ADDRESS>"). The agent strings are purely informative for statistics
and debugging purposes, and MUST NOT be used to programmatically assume
the presence or absence of particular features.
ls-refs
ls-refs
is the command used to request a reference advertisement in v2.
Unlike the current reference advertisement, ls-refs takes in arguments
which can be used to limit the refs sent from the server.
Additional features not supported in the base command will be advertised as the value of the command in the capability advertisement in the form of a space separated list of features: "<command>=<feature 1> <feature 2>"
ls-refs takes in the following arguments:
symrefs
In addition to the object pointed by it, show the underlying ref
pointed by it when showing a symbolic ref.
peel
Show peeled tags.
ref-prefix <prefix>
When specified, only references having a prefix matching one of
the provided prefixes are displayed.
The output of ls-refs is as follows:
output = *ref
flush-pkt
ref = PKT-LINE(obj-id SP refname *(SP ref-attribute) LF)
ref-attribute = (symref | peeled)
symref = "symref-target:" symref-target
peeled = "peeled:" obj-id
fetch
fetch
is the command used to fetch a packfile in v2. It can be looked
at as a modified version of the v1 fetch where the ref-advertisement is
stripped out (since the ls-refs
command fills that role) and the
message format is tweaked to eliminate redundancies and permit easy
addition of future extensions.
Additional features not supported in the base command will be advertised as the value of the command in the capability advertisement in the form of a space separated list of features: "<command>=<feature 1> <feature 2>"
A fetch
request can take the following arguments:
want <oid>
Indicates to the server an object which the client wants to
retrieve. Wants can be anything and are not limited to
advertised objects.
have <oid>
Indicates to the server an object which the client has locally.
This allows the server to make a packfile which only contains
the objects that the client needs. Multiple 'have' lines can be
supplied.
done
Indicates to the server that negotiation should terminate (or
not even begin if performing a clone) and that the server should
use the information supplied in the request to construct the
packfile.
thin-pack
Request that a thin pack be sent, which is a pack with deltas
which reference base objects not contained within the pack (but
are known to exist at the receiving end). This can reduce the
network traffic significantly, but it requires the receiving end
to know how to "thicken" these packs by adding the missing bases
to the pack.
no-progress
Request that progress information that would normally be sent on
side-band channel 2, during the packfile transfer, should not be
sent. However, the side-band channel 3 is still used for error
responses.
include-tag
Request that annotated tags should be sent if the objects they
point to are being sent.
ofs-delta
Indicate that the client understands PACKv2 with delta referring
to its base by position in pack rather than by an oid. That is,
they can read OBJ_OFS_DELTA (aka type 6) in a packfile.
If the shallow feature is advertised the following arguments can be included in the clients request as well as the potential addition of the shallow-info section in the server’s response as explained below.
shallow <oid>
A client must notify the server of all commits for which it only
has shallow copies (meaning that it doesn't have the parents of
a commit) by supplying a 'shallow <oid>' line for each such
object so that the server is aware of the limitations of the
client's history. This is so that the server is aware that the
client may not have all objects reachable from such commits.
deepen <depth>
Requests that the fetch/clone should be shallow having a commit
depth of <depth> relative to the remote side.
deepen-relative
Requests that the semantics of the "deepen" command be changed
to indicate that the depth requested is relative to the client's
current shallow boundary, instead of relative to the requested
commits.
deepen-since <timestamp>
Requests that the shallow clone/fetch should be cut at a
specific time, instead of depth. Internally it's equivalent to
doing "git rev-list --max-age=<timestamp>". Cannot be used with
"deepen".
deepen-not <rev>
Requests that the shallow clone/fetch should be cut at a
specific revision specified by '<rev>', instead of a depth.
Internally it's equivalent of doing "git rev-list --not <rev>".
Cannot be used with "deepen", but can be used with
"deepen-since".
If the filter feature is advertised, the following argument can be included in the client’s request:
filter <filter-spec>
Request that various objects from the packfile be omitted
using one of several filtering techniques. These are intended
for use with partial clone and partial fetch operations. See
`rev-list` for possible "filter-spec" values. When communicating
with other processes, senders SHOULD translate scaled integers
(e.g. "1k") into a fully-expanded form (e.g. "1024") to aid
interoperability with older receivers that may not understand
newly-invented scaling suffixes. However, receivers SHOULD
accept the following suffixes: 'k', 'm', and 'g' for 1024,
1048576, and<PHONE_NUMBER>, respectively.
If the ref-in-want feature is advertised, the following argument can be included in the client’s request as well as the potential addition of the wanted-refs section in the server’s response as explained below.
want-ref <ref>
Indicates to the server that the client wants to retrieve a
particular ref, where <ref> is the full name of a ref on the
server.
If the sideband-all feature is advertised, the following argument can be included in the client’s request:
sideband-all
Instruct the server to send the whole response multiplexed, not just
the packfile section. All non-flush and non-delim PKT-LINE in the
response (not only in the packfile section) will then start with a byte
indicating its sideband (1, 2, or 3), and the server may send "0005\2"
(a PKT-LINE of sideband 2 with no payload) as a keepalive packet.
If the packfile-uris feature is advertised, the following argument can be included in the client’s request as well as the potential addition of the packfile-uris section in the server’s response as explained below.
packfile-uris <comma-separated list of protocols>
Indicates to the server that the client is willing to receive
URIs of any of the given protocols in place of objects in the
sent packfile. Before performing the connectivity check, the
client should download from all given URIs. Currently, the
protocols supported are "http" and "https".
The response of fetch
is broken into a number of sections separated by
delimiter packets (0001), with each section beginning with its section
header. Most sections are sent only when the packfile is sent.
output = acknowledgements flush-pkt |
[acknowledgments delim-pkt] [shallow-info delim-pkt]
[wanted-refs delim-pkt] [packfile-uris delim-pkt]
packfile flush-pkt
acknowledgments = PKT-LINE("acknowledgments" LF)
(nak | *ack)
(ready)
ready = PKT-LINE("ready" LF)
nak = PKT-LINE("NAK" LF)
ack = PKT-LINE("ACK" SP obj-id LF)
shallow-info = PKT-LINE("shallow-info" LF)
*PKT-LINE((shallow | unshallow) LF)
shallow = "shallow" SP obj-id
unshallow = "unshallow" SP obj-id
wanted-refs = PKT-LINE("wanted-refs" LF)
*PKT-LINE(wanted-ref LF)
wanted-ref = obj-id SP refname
packfile-uris = PKT-LINE("packfile-uris" LF) *packfile-uri
packfile-uri = PKT-LINE(40*(HEXDIGIT) SP *%x20-ff LF)
packfile = PKT-LINE("packfile" LF)
*PKT-LINE(%x01-03 *%x00-ff)
acknowledgments section
* If the client determines that it is finished with negotiations by
sending a "done" line (thus requiring the server to send a packfile),
the acknowledgments sections MUST be omitted from the server's
response.
-
Always begins with the section header "acknowledgments"
-
The server will respond with "NAK" if none of the object ids sent as have lines were common.
-
The server will respond with "ACK obj-id" for all of the object ids sent as have lines which are common.
-
A response cannot have both "ACK" lines as well as a "NAK" line.
-
The server will respond with a "ready" line indicating that the server has found an acceptable common base and is ready to make and send a packfile (which will be found in the packfile section of the same response)
-
If the server has found a suitable cut point and has decided to send a "ready" line, then the server can decide to (as an optimization) omit any "ACK" lines it would have sent during its response. This is because the server will have already determined the objects it plans to send to the client and no further negotiation is needed.
shallow-info section * If the client has requested a shallow fetch/clone, a shallow client requests a fetch or the server is shallow then the server's response may include a shallow-info section. The shallow-info section will be included if (due to one of the above conditions) the server needs to inform the client of any shallow boundaries or adjustments to the clients already existing shallow boundaries.
-
Always begins with the section header "shallow-info"
-
If a positive depth is requested, the server will compute the set of commits which are no deeper than the desired depth.
-
The server sends a "shallow obj-id" line for each commit whose parents will not be sent in the following packfile.
-
The server sends an "unshallow obj-id" line for each commit which the client has indicated is shallow, but is no longer shallow as a result of the fetch (due to its parents being sent in the following packfile).
-
The server MUST NOT send any "unshallow" lines for anything which the client has not indicated was shallow as a part of its request.
wanted-refs section * This section is only included if the client has requested a ref using a 'want-ref' line and if a packfile section is also included in the response.
-
Always begins with the section header "wanted-refs".
-
The server will send a ref listing ("<oid> <refname>") for each reference requested using want-ref lines.
-
The server MUST NOT send any refs which were not requested using want-ref lines.
packfile-uris section * This section is only included if the client sent 'packfile-uris' and the server has at least one such URI to send.
-
Always begins with the section header "packfile-uris".
-
For each URI the server sends, it sends a hash of the pack’s contents (as output by git index-pack) followed by the URI.
-
The hashes are 40 hex characters long. When Git upgrades to a new hash algorithm, this might need to be updated. (It should match whatever index-pack outputs after "pack\t" or "keep\t".
packfile section * This section is only included if the client has sent 'want' lines in its request and either requested that no more negotiation be done by sending 'done' or if the server has decided it has found a sufficient cut point to produce a packfile.
-
Always begins with the section header "packfile"
-
The transmission of the packfile begins immediately after the section header
-
The data transfer of the packfile is always multiplexed, using the same semantics of the side-band-64k capability from protocol version 1. This means that each packet, during the packfile data stream, is made up of a leading 4-byte pkt-line length (typical of the pkt-line format), followed by a 1-byte stream code, followed by the actual data.
The stream code can be one of: 1 - pack data 2 - progress messages 3 - fatal error message just before stream aborts
server-option
If advertised, indicates that any number of server specific options can be included in a request. This is done by sending each option as a "server-option=<option>" capability line in the capability-list section of a request.
The provided options must not contain a NUL or LF character.
object-format
The server can advertise the object-format
capability with a value X
(in the
form object-format=X
) to notify the client that the server is able to deal
with objects using hash algorithm X. If not specified, the server is assumed to
only handle SHA-1. If the client would like to use a hash algorithm other than
SHA-1, it should specify its object-format string.


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Ciaran P:
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John was great and even helped me set up my TV unit!


This application was written in an ASP.NET server-client architecture. Server code, written in C#, contains startup and routing logic as well as persistence and machine learning functions. The client (written in HTML/CSS/Javascript) contains website and game logic. If ever the client reaches back to the server (i.e. to get machine learning predictions or to store user data to the database), this is done through ajax requests and Razor page functions.
Server (C#) Docs


{{quote.description}}
posted {{quote.completeDate | dateCount}}
delete
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Data Scientist
Learn MoreOrganization
Communication
Collaboration
June 2019 to Present: Lumentum
January 2019 to May 2019: Unanimous AI
January 2018 to December 2018: Cal Poly
If you have an interesting opportunity regarding remote work, or work located in the South Bay Area, you can send Gavin a message using the form below. (No spam, please.)
Find his Website, LinkedIn and GitHub below.
Copyright © Gavinvsb 2019-. All rights reserved. Powered by Bootstrap.
Source on GitHub. Inspired by downing.io. Theme based on the Creative Bootstrap Theme by Start Bootstrap.


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Conditional display of hero
{{hero.name}}
List of heroes
Expression is true and ngIf is true. This paragraph is in the DOM.
Expression is false and ngIf is false. This paragraph is not in the DOM.
Expression sets display to "block". This paragraph is visible.
Expression sets display to "none". This paragraph is hidden but still in the DOM.
<ng-template> element
I turned the corner
I turned the corner and saw {{hero.name}}. I waved and continued on my way.
<select> with <span>
<select> with <ng-container>
<div *ngFor="let hero of heroes; let i=index; let odd=odd; trackBy: trackById" [class.odd]="odd">
<ng-template ngFor let-hero [ngForOf]="heroes" let-i="index" let-odd="odd" [ngForTrackBy]="trackById"/>
The condition is currently {{condition}}.
(A) This paragraph is displayed because the condition is false.
(B) Although the condition is true, this paragraph is displayed because appUnless is set to false.
Show this sentence unless the condition is true.
(A) <p *appUnless="condition" class="code unless">
(A) <ng-template [appUnless]="condition">


---
name: angular
url: /angular
title: Angular
---
AngularJS
Gulp will watch for file changes in the `client` directory. Upon change, all files will be copied over to the `build` directory and the webserver will be reloaded. Note that the build directory will be deleted and recompiled upon each change. This means that any updates to files in the `build` directory will be deleted.
Dynamic Routing
To simplify the routing process, this project includes dynamic routing. Here's how it works:
- Add front matter to an application template (in `client/templates`)
- Make sure to include a `name` which you'd want to use with `ui-sref` (the ui-router way of linking pages) and a `url` which that template can be accessible through
- Run `gulp` to compile the project into the `build` folder
Usage
This app depends on the use of `front matter` which is text prepended to templates like so:
---
name: mail
url: /mail
---
Front matter follows YAML conventions. For dynamic routing, a `name` and `url` have to be used (as discussed above). There are some other options.
Parent
`parent` to specify a parent template. This can also be done using standard dot-delimited convention in the name. So you can either do this:
----
name: inbox
parent: mail
----
or this:
----
name: mail.inbox
----
Note that this specifies `child` templates. This means that when `mail` loads up, it'll have to have a `
` element into which a child is loaded. A child will need a `url` as well but note that the URL will be appended to the parent's URL like so:
name: mail
url: /mail
will be accessible via `/mail` while the child:
name: mail.inbox
url: /inbox
will be accessible via `/mail/inbox`. This specific URL has to be typed in in order for the child to show up. This allows us to specify several children (`inbox`, `sent`, `trash`, etc.).
Controllers
Angular supports this neat thing called controllers. They can get confusing and so each template gets its own `DefaultController` which can be overriden like so:
controller: MyController
Among other things, the default controller passes a bunch of data through. For instance, all of your front-matter settings will be accessible via `vars` in your template. `{{ vars.name }}` will return the name of your route while `{{ vars.path }}` will return the relative path to the template.
If you use dynamic parameters in your URL, those parameters will be accessible via `params` so if your URL is:
url: /mail/inbox/:id
It will match any URL that follows that pattern (so `/mail/inbox/383828` would match as well as `/mail/inbox/my-email` but not `/mail/inbox/3838/something`).
Animations
Angular and the UI router support animations. That means that when you transition from a page to another page, you can CSS animate it. It's easy to do with CSS; however, you can use front matter to register CSS animations:
animationIn: fadeIn
animationOut: fadeOut
The animation data gets registered for the template (only if it's a child or parent, not a partial) and will fire in the appropriate times.
Please note that the default AngularJS behavior for animations is to trigger both the "in" animation of a new element and the "out" animation of an element (`ng-enter` and `ng-leave` respectively) at the same time which will cause both views to appear together.
The ability to `sync` transitions together has been delayed from v1.2 to 1.3 and finally as a possibility for 2.0 ([ref](https://github.com/angular/angular.js/issues/2310))
Note: Please don't forget to add the `ui-animation` attribute wherever you have `ui-view` in order to hook your animations up to that event!
Using Ng-include
Sometimes, it's more beneficial to use composed views rather than simple one-off views. For instance, having a dedicated file for a navigation, or a sidebar is much more useful separate than embedded. For these purposes, there's Angular's `ng-include`:
The partial will be automatically pulled in and placed in the correct place.
Enabling HTML5 Mode and working with Angular on a server
To enable HTML5 mode with Angular (using regular URLs unprefixed by "\#"), a server has to support URL rewrites. The UI Router docs have a great [write up](https://github.com/angular-ui/ui-router/wiki/Frequently-Asked-Questions#how-to-configure-your-server-to-work-with-html5mode) on working with the HTML5mode and how to enable it on a variety of servers.
Foundation for Apps supports this out of the box for the development environment; however, for production, additional steps will be necessary.
If you'd like to run Foundation for Apps without HTML5 mode there is a line of code in the `app.js` that can be commented out:
$locationProvider.html5Mode({
enabled: true,
requireBase: true
});
Note that Foundation for Apps cannot be run directly through the browser because it uses XMLHttpRequests to load up templates/partials for directives and pages. Running it directly will cause cross origin issues and will not work with linking.
If you are running in a subdirectory, try setting `requireBase` to the subdirectory name. So if you're running `domain.com/subdirectory`, set `requireBase: '/subdirectory/'`.
Directives
All of the directives are supported as attribute directive so you can add them to an element like so:
``
However, some directives allow element-level declaration like so:
``
From now on, I will use the attribute declaration for directives that don't allow element declaration and use element declaration for elements that allow both.

Wherever necessary, IDs will also be included to show that IDs are required in order for the directives to work correctly.
Angular and UI Router Helpers
There are some nuances of Angular itself and some of the libraries Foundation for Apps includes and uses that can make prototyping easier and quicker. Here's a rundown of some of these tools:
**ui-sref**
Instead of using `` in a page to access another page, it's common practice to use the router. Foundation for Apps uses UI Router for its routing which allows for named route references. For instance, let's say there is a page with this front matter:
name: mypage
url: my/sub/page
You can easily link to it like so:
my page
`ui-sref` can also take in parameters for pages that accept parameters. Here's another example page that uses parameters:
name: inbox.message
url: inbox/:id
The page can be accessed via `5th messages`.
ui-sref-active
Now let's say we want to create a menu of links and want to make sure that the active link gets an extra special class to indicate that it is, indeed, active. There are two very similar ways to do this. The first one is using `ui-sref-active`, you can place this directive on either the `ui-sref` element or on its parent. When active, it will add a class of your choosing:
The other way is using `ui-sref-active-eq` which works almost the same with one difference. Whenever accessing a child page, the parent page will show up as active whenever using `ui-sref-active`. The `ui-sref-active-eq` is triggered ONLY when a specific page is triggered, no matter what their parent is.
In the previous example with inbox and inbox.message, the inbox page would show up as active with `ui-sref-active` when on the inbox.message page. With `ui-sref-active-eq`, inbox would show up as active only when specifically on the inbox page.
If none of this makes sense, stick with `ui-sref-active-eq`
Custom Helpers
Foundation has some great helpers that foster better interaction between elements.
**zf-close**
zf-close looks for a parent element that has the `zf-closeable` tag on it. This tag is added automatically for all directives that can be closed with `zf-close`. When clicked, the directive will send a message via the FoundationApi to close its parent `zf-closeable` element.
×
Note that you can specify the ID of a specific closeable directive in order to close it remotely (whether it's a parent, child, or has any other relationship to the closeable directive).
×
**zf-open**
The counter to `zf-close`, `zf-open` sends a signal to a directive that can be trigger through this method. Simply specify the ID of the target element.
Open Modal
**zf-toggle**
Similar to the previous two, `zf-toggle` sends a toggle command to a directive that can accept it. A target has to be specified in order for it to work.
Toggle Modal
Please see documentation on the FoundationApi to learn how to open, close, toggle, and trigger other events programmatically.
####Accordion
Structure:
Content goes here
The accordion also has an option to allow multi selection (meaning that you can open more than one accordion section at a time). You can enable this by setting `multi-open="true"` on the `zf-accordion-set`.
####Actionsheet
Actionsheets allow users to specify some options on top of showing a regular actionsheet.
Using the most default settings, an actionsheet looks like this:
My content goes here
To use a custom buttom, ammend the `zf-as-button` declaration with your custom HTML like so:
my button goes here
There is also an option to remotely open an actionsheet; however, the actionsheet won't show up under the remote trigger but rather where it had already been placed.
toggle
My content goes here
####Interchange
Interchange allows you to specify what specific content to view based on a media query. The last query to match will be shown.
Because of some cool angular features, you're welcome to either specify the content right away (without including `src`) or, you can specify a partial to be loaded. Loading is done lazily, meaning that even with 20 different `zf-source` declarations, only the correct one will load for the current media query. So if you're on mobile, only the mobile partial will load up.
Note that partials do not get RELOADED, meaning that as long as the user is on the page, the various partials will be cached.
Structure:
Page template
####Modal
The modal does not require any specific content within it; however, the example includes some options, including a a footer, main content block, and a close button.
Structure:
Open modal
×
Modal has several additional options. You can set `overlay` to "true" in order to show an overlay in the background. You can also enable `overlay-close` so that when a user clicks on the background, it closes out of the modal. When setting `overlay-close="true"`, the regular overlay setting is automatically set to true so you don't have to use both declarations.
####Notification
There are two ways to access a notification. Via the static method and the programmatic method.
**Static Method**
The static method is best used for prototyping since it doesn't involve any programming.
Static notification
Content goes here
**Programmatic Method**
The FoundationApi service is a pretty useful service, one function of it is to send information from directives, controllers, and other parts to other directives, controllers, etc. It's a messaging system for the entire application.
To use it, create a notification set like so:
And then send it a notification with via FoundationApi:
foundationApi.publish('main-notifications', { title: 'Test', content: 'Test2' });
You can also use the `zf-notify` directive for simpler messages and prototyping:
Launch notification
**Additional options**
On top of setting a title and content, you can also set:
- image - enter the source
- position
- color
####Off Canvas
open offcanvas
My content!
####Panel
open panel
####Popup
Popups use a library called Tether. Tether attaches an element to another element with absolute positioning; however, there is one caveat. If your popup is nested within a scrollable area (not `body`) but it's not the immediate parent of that element, it will lose its positioning.
Open Popup
####Tabs
Tabs can get a little complicated; however, they also allow for meo flexibility. There are three ways to use tabs: default, displaced, and custom.
**default use**
Tab content goes here
Tab content goes here
**displaced use**
Displaced tabs allow us to build tabs (tab navigation) and display the content elsewhere with `zf-tab-content`
Tab content goes here
Tab content goes here
**manual use**
Manual usage allows for custom styling and full versatility while retaining the basic functionality of the default tabs.
Here's what a custom menu may look like:
The directives `zf-tab-custom` and `zf-tab-href` ensure typical tab button behavior where active tab button gets an `is-active` class. `zf-tab-href` should point to an ID of a tab.
####FoundationApi
At the heart, most of the Foundation components use an Angular service called FoundationApi. The code itself is very simple but has some powerful applications.
The most used feature is its subscribe/publish system. Every single directive that can be "closed" subscribes itself to the subscribe/publish system under its ID and will perform specific tasks whenever someone publishes a message under that ID.
Here's an example:
The modal will automatically register itself as a subscriber in the FoundationApi under `my-modal`. The code for the directive indicates that it listens for 3 different messages: `open`, `close`, and `toggle` as well as aliases for the former two `show` and `hide`.
Sometimes, it's necessary to trigger a modal after some piece logic was satisfied. Whether the user scrolled past a certain point or some other action happened. Here's how to open our modal remotely:
foundationApi.publish('my-modal', 'open');
Make sure to include FoundationApi as a dependency in the controller or wherever else you want to use it. The best bet to hooking into various directives is to check the code and see what each directive subscribes to.
In fact, the directives `zf-close`, `zf-open`, and `zf-toggle` are wrappers for FoundationApi events.
###Building your own app
Most of the modules are dependent on the `foundation.common.services` module but outside of that, they're portable. You're welcome to take them and use them as you need to; however, there are some things to know about:
- any and all helpers such as `zf-open` and `zf-close` are packaged in the `foundation.common.directives` module so if there is a need for them, require the module.
- the `app.js` file which bootstraps the application can be fully bypassed so you can build your own. Make sure to use proper dependency injection for the modules you DO want to use.
- if you install the repo as part of bower, make sure to reference all the right files in your build process in your Gulpfile


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CS110
Introduction to Computer Science
Clean Code
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Rouben Meschian
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Outdoor and indoor hobbies
The best feeling is enjoying life, or i can say doing the thing i like, that's my hobbies.
i like many things countless outdoor and limited indoor.
about outdoor, i like hiking, swiming, watching movie, biking, traveling, even walking.... and so on. allright, it equals i'm always
happy when outside.
about indoor, i like playing games, watching tv, study, gather with family, talking, playing card stricks....
catch time enjoying life if you are ready!
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What's my favorite hobby?
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swiming
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playing
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family
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diving
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sleeping


My name is Mohammed Johirul Islam but everyone calls me Johirul. I am 16 and read in class Nine-ten. I live at Dohar in Dhaka district. My school name is Joypara Pilot High school. I do my homework and study every day. I study in the evening from 6.00 pm to 10.00 pm. My favorite subject is Web Design.
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