ARNN.bokeh.
make_ajax_plot
(observable, dim, network_ID)¶This function is used to create a new Bokeh instance to send to the view.
Inputs: -observable: a string containing the name of the observable to poll for. -network_ID: an int referring to the network whose observable need to be fetched.
ARNN.corpus_control.
corpus_size
(request, pk)¶ARNN.corpus_control.
correct
(file)¶This function checks if the corpus contains only integers or floats and if its dimension is correct.
Inputs: -file: The file to parse.
ARNN.corpus_control.
create
(request)¶This function creates a new corpus and save it into the database after receiving a request (containing a form) from the client.
Inputs: -request: The HTTP request from the client.
ARNN.corpus_control.
create_csv
(file_path, dim)¶Create a csv file from a stored npy corpus file
Inputs: -file_path:Path to the npy corpus file -dim: dimension of the corpus
ARNN.corpus_control.
delete
(request, pk)¶ARNN.corpus_control.
delete_corpus_data
(username, dataname)¶This function removes the files associated with a corpus.
Inputs: -username: A string containing the username of the corpus’ owner. -dataname: A string containing the name of the corpus.
ARNN.corpus_control.
dim
(file)¶This function computes the dimension of the corpus whose file path is passed as parameter.
Inputs: -file: A string containing the path to the corpus file.
ARNN.corpus_control.
download
(request, pk)¶This function send to the client the csv files of the corpus whose pk is passed as parameter. If only npy files are present, it also creates the corresponding csv.
Inputs: -request: The HTTP request from the client. -pk: The primary key of the corpus to download.
ARNN.corpus_control.
generate
(request)¶This function generates a new corpus after receiving a request from the client.
Inputs: -request: The HTTP request from the client.
ARNN.corpus_control.
handle_uploaded_data
(file_in, file_out, username, dataname)¶This function generates npy files from the uploaded corpus csv files
Inputs: -file_in: A string containing the path to the input file -file_out: A string containing the path to the output file -username: A string containing the username of the corpus’ owner -dataname: A string containing the path where to store the generated NPY files.
ARNN.corpus_control.
liste
(request)¶This function returns a JSON-formatted list of the corpora stored in the database.
Inputs: -request: The HTTP request from the client.
ARNN.corpus_control.
size
(file)¶This function computes the length of the corpus whose file path is passed as parameter.
Inputs: -file: A string containing the path to the corpus file.
ARNN.forms.
CorpusForm
(data=None, files=None, auto_id='id_%s', prefix=None, initial=None, error_class=<class 'django.forms.utils.ErrorList'>, label_suffix=None, empty_permitted=False, instance=None, use_required_attribute=None, renderer=None)¶Bases: django.forms.models.ModelForm
Meta
¶Bases: object
fields
= ['name', 'data_in', 'data_out']¶model
¶alias of ARNN.models.Corpus
base_fields
= {'data_in': <django.forms.fields.FileField object>, 'data_out': <django.forms.fields.FileField object>, 'name': <django.forms.fields.CharField object>}¶declared_fields
= {}¶media
¶ARNN.forms.
CorpusGenerateForm
(data=None, files=None, auto_id='id_%s', prefix=None, initial=None, error_class=<class 'django.forms.utils.ErrorList'>, label_suffix=None, empty_permitted=False, field_order=None, use_required_attribute=None, renderer=None)¶Bases: django.forms.forms.Form
base_fields
= {'dim': <django.forms.fields.IntegerField object>, 'max_val': <django.forms.fields.IntegerField object>, 'min_val': <django.forms.fields.IntegerField object>, 'name': <django.forms.fields.CharField object>, 'seed': <django.forms.fields.IntegerField object>, 'size': <django.forms.fields.IntegerField object>}¶declared_fields
= {'dim': <django.forms.fields.IntegerField object>, 'max_val': <django.forms.fields.IntegerField object>, 'min_val': <django.forms.fields.IntegerField object>, 'name': <django.forms.fields.CharField object>, 'seed': <django.forms.fields.IntegerField object>, 'size': <django.forms.fields.IntegerField object>}¶media
¶ARNN.forms.
NetworkForm
(user, *args, **kwargs)¶Bases: django.forms.models.ModelForm
Meta
¶Bases: object
fields
= ('name', 'template')¶model
¶alias of ARNN.models.Network
base_fields
= {'name': <django.forms.fields.CharField object>, 'template': <django.forms.models.ModelChoiceField object>}¶declared_fields
= {}¶media
¶ARNN.forms.
ObservableForm
(data=None, files=None, auto_id='id_%s', prefix=None, initial=None, error_class=<class 'django.forms.utils.ErrorList'>, label_suffix=None, empty_permitted=False, field_order=None, use_required_attribute=None, renderer=None)¶Bases: django.forms.forms.Form
base_fields
= {'observable': <django.forms.models.ModelChoiceField object>, 'periodicity': <django.forms.fields.IntegerField object>}¶declared_fields
= {'observable': <django.forms.models.ModelChoiceField object>, 'periodicity': <django.forms.fields.IntegerField object>}¶media
¶ARNN.forms.
RegistrationForm
(*args, **kwargs)¶Bases: django.contrib.auth.forms.UserCreationForm
Meta
¶Bases: object
fields
= ('username', 'first_name', 'last_name', 'email')¶model
¶alias of django.contrib.auth.models.User
base_fields
= {'email': <django.forms.fields.EmailField object>, 'first_name': <django.forms.fields.CharField object>, 'last_name': <django.forms.fields.CharField object>, 'password1': <django.forms.fields.CharField object>, 'password2': <django.forms.fields.CharField object>, 'username': <django.forms.fields.CharField object>}¶declared_fields
= {'email': <django.forms.fields.EmailField object>, 'password1': <django.forms.fields.CharField object>, 'password2': <django.forms.fields.CharField object>}¶media
¶save
(commit=True)¶Save this form’s self.instance object if commit=True. Otherwise, add a save_m2m() method to the form which can be called after the instance is saved manually at a later time. Return the model instance.
ARNN.forms.
TaskForm
(*args, **kwargs)¶Bases: django.forms.forms.Form
TYPE_CHOICES
= (('Train', 'Train'), ('Test', 'Test'))¶base_fields
= {'corpus': <django.forms.models.ModelChoiceField object>, 'kind_task': <django.forms.fields.ChoiceField object>, 'start': <django.forms.fields.IntegerField object>, 'stop': <django.forms.fields.IntegerField object>}¶declared_fields
= {'corpus': <django.forms.models.ModelChoiceField object>, 'kind_task': <django.forms.fields.ChoiceField object>, 'start': <django.forms.fields.IntegerField object>, 'stop': <django.forms.fields.IntegerField object>}¶media
¶user
= None¶ARNN.forms.
TemplateForm
(data=None, files=None, auto_id='id_%s', prefix=None, initial=None, error_class=<class 'django.forms.utils.ErrorList'>, label_suffix=None, empty_permitted=False, instance=None, use_required_attribute=None, renderer=None)¶Bases: django.forms.models.ModelForm
Meta
¶Bases: object
a
= <django.db.models.fields.FloatField: IS>¶b
= 'IS'¶fields
= ['name', 'N', 'spectral_radius', 'dim_input', 'dim_output', 'proba', 'seed', 'lr', 'IS']¶model
¶alias of ARNN.models.Template
s
= ['name', 'N', 'spectral_radius', 'dim_input', 'dim_output', 'proba', 'seed', 'lr', 'IS']¶base_fields
= {'IS': <django.forms.fields.FloatField object>, 'N': <django.forms.fields.IntegerField object>, 'dim_input': <django.forms.fields.IntegerField object>, 'dim_output': <django.forms.fields.IntegerField object>, 'lr': <django.forms.fields.FloatField object>, 'name': <django.forms.fields.CharField object>, 'proba': <django.forms.fields.FloatField object>, 'seed': <django.forms.fields.IntegerField object>, 'spectral_radius': <django.forms.fields.FloatField object>}¶declared_fields
= {'N': <django.forms.fields.IntegerField object>, 'dim_input': <django.forms.fields.IntegerField object>, 'dim_output': <django.forms.fields.IntegerField object>}¶media
¶ARNN.models.
CommonInfo
(*args, **kwargs)¶Bases: django.db.models.base.Model
creation_date
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
get_next_by_creation_date
(*, field=<django.db.models.fields.DateTimeField: creation_date>, is_next=True, **kwargs)¶get_previous_by_creation_date
(*, field=<django.db.models.fields.DateTimeField: creation_date>, is_next=False, **kwargs)¶name
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
owner
¶Accessor to the related object on the forward side of a many-to-one or one-to-one (via ForwardOneToOneDescriptor subclass) relation.
In the example:
class Child(Model):
parent = ForeignKey(Parent, related_name='children')
Child.parent
is a ForwardManyToOneDescriptor
instance.
owner_id
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
ARNN.models.
Corpus
(id, name, owner, creation_date, data_in, data_out, size, dim_out, dim_in, path)¶Bases: ARNN.models.CommonInfo
DoesNotExist
¶Bases: django.core.exceptions.ObjectDoesNotExist
MultipleObjectsReturned
¶Bases: django.core.exceptions.MultipleObjectsReturned
data_in
¶The descriptor for the file attribute on the model instance. Return a FieldFile when accessed so you can write code like:
>>> from myapp.models import MyModel
>>> instance = MyModel.objects.get(pk=1)
>>> instance.file.size
Assign a file object on assignment so you can do:
>>> with open('/path/to/hello.world', 'r') as f:
... instance.file = File(f)
data_out
¶The descriptor for the file attribute on the model instance. Return a FieldFile when accessed so you can write code like:
>>> from myapp.models import MyModel
>>> instance = MyModel.objects.get(pk=1)
>>> instance.file.size
Assign a file object on assignment so you can do:
>>> with open('/path/to/hello.world', 'r') as f:
... instance.file = File(f)
dim_in
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
dim_out
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
get_next_by_creation_date
(*, field=<django.db.models.fields.DateTimeField: creation_date>, is_next=True, **kwargs)¶get_previous_by_creation_date
(*, field=<django.db.models.fields.DateTimeField: creation_date>, is_next=False, **kwargs)¶id
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
objects
= <django.db.models.manager.Manager object>¶owner
¶Accessor to the related object on the forward side of a many-to-one or one-to-one (via ForwardOneToOneDescriptor subclass) relation.
In the example:
class Child(Model):
parent = ForeignKey(Parent, related_name='children')
Child.parent
is a ForwardManyToOneDescriptor
instance.
path
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
size
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
ARNN.models.
Network
(id, name, owner, creation_date, template, last_accessed, auto_saved)¶Bases: ARNN.models.CommonInfo
DoesNotExist
¶Bases: django.core.exceptions.ObjectDoesNotExist
MultipleObjectsReturned
¶Bases: django.core.exceptions.MultipleObjectsReturned
auto_saved
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
get_next_by_creation_date
(*, field=<django.db.models.fields.DateTimeField: creation_date>, is_next=True, **kwargs)¶get_next_by_last_accessed
(*, field=<django.db.models.fields.DateTimeField: last_accessed>, is_next=True, **kwargs)¶get_previous_by_creation_date
(*, field=<django.db.models.fields.DateTimeField: creation_date>, is_next=False, **kwargs)¶get_previous_by_last_accessed
(*, field=<django.db.models.fields.DateTimeField: last_accessed>, is_next=False, **kwargs)¶id
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
last_accessed
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
objects
= <django.db.models.manager.Manager object>¶owner
¶Accessor to the related object on the forward side of a many-to-one or one-to-one (via ForwardOneToOneDescriptor subclass) relation.
In the example:
class Child(Model):
parent = ForeignKey(Parent, related_name='children')
Child.parent
is a ForwardManyToOneDescriptor
instance.
template
¶Accessor to the related object on the forward side of a many-to-one or one-to-one (via ForwardOneToOneDescriptor subclass) relation.
In the example:
class Child(Model):
parent = ForeignKey(Parent, related_name='children')
Child.parent
is a ForwardManyToOneDescriptor
instance.
template_id
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
ARNN.models.
Observable
(id, name)¶Bases: django.db.models.base.Model
DoesNotExist
¶Bases: django.core.exceptions.ObjectDoesNotExist
MultipleObjectsReturned
¶Bases: django.core.exceptions.MultipleObjectsReturned
id
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
name
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
objects
= <django.db.models.manager.Manager object>¶ARNN.models.
Template
(id, name, owner, creation_date, last_modified, N, spectral_radius, dim_input, dim_output, proba, input_bias, seed, lr, IS)¶Bases: ARNN.models.CommonInfo
DoesNotExist
¶Bases: django.core.exceptions.ObjectDoesNotExist
IS
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
MultipleObjectsReturned
¶Bases: django.core.exceptions.MultipleObjectsReturned
N
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
dim_input
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
dim_output
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
get_next_by_creation_date
(*, field=<django.db.models.fields.DateTimeField: creation_date>, is_next=True, **kwargs)¶get_next_by_last_modified
(*, field=<django.db.models.fields.DateTimeField: last_modified>, is_next=True, **kwargs)¶get_previous_by_creation_date
(*, field=<django.db.models.fields.DateTimeField: creation_date>, is_next=False, **kwargs)¶get_previous_by_last_modified
(*, field=<django.db.models.fields.DateTimeField: last_modified>, is_next=False, **kwargs)¶id
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
input_bias
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
last_modified
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
lr
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
network_set
¶Accessor to the related objects manager on the reverse side of a many-to-one relation.
In the example:
class Child(Model):
parent = ForeignKey(Parent, related_name='children')
Parent.children
is a ReverseManyToOneDescriptor
instance.
Most of the implementation is delegated to a dynamically defined manager
class built by create_forward_many_to_many_manager()
defined below.
objects
= <django.db.models.manager.Manager object>¶owner
¶Accessor to the related object on the forward side of a many-to-one or one-to-one (via ForwardOneToOneDescriptor subclass) relation.
In the example:
class Child(Model):
parent = ForeignKey(Parent, related_name='children')
Child.parent
is a ForwardManyToOneDescriptor
instance.
proba
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
seed
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
spectral_radius
¶A wrapper for a deferred-loading field. When the value is read from this object the first time, the query is executed.
ARNN.network.
NetworkRunner
(N, spectral_radius, dim_input, dim_output, proba, input_bias=True, seed=None, lr=0.3, IS=None)¶Bases: threading.Thread
This classe intances correspond to a running network. They use the ESN classe to run the network during a task. The saving of the matrix of the ESN allow persistency across re-loading of the network. The caracteristics of the network are stored inside of the django database.
add_observable
(observable, periodicity)¶Add a new observable to compute to the list. If the observable is already in the liste, this function only change the periodicity of the computation of the observable.
Inputs: -observable: A string containing the name of the observable to add. -periodicity: An int that is the gape between 2 computations of the observable
add_task
(path, start, stop, task)¶Add a new task to the task_list.
Inputs: -path: A string containing the path to the corpus file -start: An int that is the begining of the training sequence inside of the corpus -stop: An int that is the end of the training sequence inside of the corpus -task: A string that contains the type of task to perform
Ouputs: returns False if it couldn’t add the task, True otherwise.
auto_save
()¶This function saves all the matrix of a network in tempoary files. It also update the network in the data base to notify that there are unsaved data.
calculated_obs
= None¶A dictionnary of all the observables that are already computed
compute_all_observables
(begin)¶compute_observable
(observable)¶Compute an observable at a specific point (self.x), using the functions defined in the observable.py file, in /reservoirpy/ folder.
Input: -observable: A string containing the name of the observable to compute. Output: -A vector containing the asked observable.
create
(username, network_ID)¶Create a new network based on the template corresponding to the template_ID and saves it on disk.
Inputs: -username: A string that contains the name of the owner of the network, this allow to create the path to the saving file. -network_ID: An int that is the primary key to the network.
delete_observable
(observable)¶Removes the values from calculated_obs that are related to the observable ‘observable’. Input: -observable: A string containing the name of the observable to remove
expected_output
= None¶Contains all the corrects ouputs given to the reservoir across testing
get_observable
()¶Returns the dictionary that contains all the observables computed at this point.
Output: -The attribute “calculated_obs”
input
= None¶Contains all the inputs given to the reservoir across testing
load_corpus
(path)¶Loads a corpus stored on disk and returns it.
Inputs: -path: A string that contains the path to a corpus.
Outputs: -inp: An np array that contains all of the inputs of the corpus -out: An np array containing the expected outputs for every input
load_matrix
(path)¶Sets the atributes of the ESN with the values previously stored on disk. The location of the numpy file is computed from path in the setting folder and colunms from the data base.
Inputs: -path: An string that is the path to the files to load.
load_network
(username, pk, load_auto_save=False)¶Loads a network that have already been created and stored in the database.
Inputs: -pk: An int is the primary key of the network entry in the database. -username: A string containing the name of the owner of the netxork. -load_auto_save: This boolean tells if the auto-saved files should be loaded instead of the regular files.
Output: The networkRunner corresponding to the database entry.
load_template
(template_id)¶Loads a template from the database and create a corresponding networkrunner from it. The network is created by parsing all the parameters contained in the template that concerns the network.
Inputs: -template_id: An int that is the primary key of the template entry in the database.
Output: The networkRunner corresponding to the template.
obs_list
= None¶List of observables to compute with their periodicity
pk
= None¶Primary key of the network in the database
play_pause
()¶Launch the computation if the network is not running or stop it otherwise
predicted_output
= None¶Contains all the ouputs the reservoir computed across testing
remove_observable
(observable)¶Removes the entry of the observable in the dictionnary ‘obs_list’. Input: -observable: A string containing the name of the observable to remove
resume_training
()¶Runs the ESN over all the tasks set in task_list, if the task is a testing task, the input, predicted output, expected output, and the reservoir state’s lists are increased by the results of the runing. Then the function goes through all the observables to compute and compute them, then add them in the calculated_obs list. This function is threaded, so if the controller ask to stop the running, the computation stops.
run
()¶Allow to play/pause the network with threading
save
(username, name)¶Write a network onto the disk and remove all auto-saved references.
Input: -username: A string containing the name of the owner of the network. -name: The name of the network to save.
save_data
(file)¶Write a network onto the disk at the location given.
Input: -file: A string containing the path to the network.
size_observable
(observable)¶Compute the size of a observable defined in the observable.py file, in /reservoirpy/ folder.
Input: -observable: A string containing the name of the observable to compute. Output: -The dimension of the asked observable.
states
= None¶Contains all the states of the reservoir across testing
task_list
= None¶List of trainings and testing to perform
threadLock
= None¶allows for multi threading
threaded
= None¶Allows to know if the network shall start a new thread
ARNN.networkcontrol.
NetworkRunControl
(**kwargs)¶Bases: django.views.generic.base.View
This class stores all the networks that are running for a specific django session and control them. It is a View based on classe from django that controls the networks accessibles from the client. It uses an other class , networkrunner wich is located in network.py.
add_network_tab
(username, network_ID, size)¶Add a new network entry inside of networks if the network can be loaded from the data base. If the same user is already using to much resources, the function is not successfull.
Inputs: -user : A string containing the name of the owner of the network. -network_ID : A string containing the id of the network, with user, allows to identify the network in the data base. -size : The size of the network you are trying to add.
Outputs: If the network is added succesfully, the function returns 0, if too many neuronnes where already loaded, 1 and 2 if the network was already loaded.
add_observable
(request, user, network_ID, observable, periodicity)¶Add a new observable for the network to compute and link it to a free Bokeh instance. Fails if the network isn’t loaded.
Inputs: -request: HTTP request from the front-end. -user : A string containing the name of the owner of the network. -network_ID : A string containing the id of the network, with user, allows to identify the network in the dictionnary networks. -observable : The name of the observable to compute -periodicity : This integer tells how many iterations they are between 2 computations of the observable
add_task
(request, user, network_ID, corpus_ID, start, stop, task)¶Add a new (testing or training task) to perform to the network. Fails if the network isn’t loaded.
Inputs: -request: HTTP request from the front-end. -user : A string containing the name of the owner of the network. -network_ID : A string containing the id of the network, with user, allows to identify the network in the dictionnary networks. -corpus_ID : The ID of the corpus to load that is already uploaded on the server. -start : An intenger that represent the line of the corpus where to begin the task. -stop : An intenger that represent the line of the corpus where to stop the task. -task : The type of task that the network shall perform
add_user_tab
(username)¶Add a new user entry inside of networks if not already in
Inputs: -user : A string containing the name of the owner of the network.
count_neuron
(username)¶Count the total number of neurones in all the networks currently loaded by an user.
Inputs: -user : A string containing the name of the owner of the networks.
Outputs: The function return the sum of all the size of the networks that are loaded.
delete_plot
(request, network_ID, plotID)¶This function remove the bokeh component from the class variable ‘plots’.
Inputs: -request: HTTP request from the front-end. -network_ID : A string containing the id of the concerned network. -plotID : A string containing the id of the plot, with network_ID, it allows to identify the plot to delete.
exist_entry
(username, network_ID)¶Check if a network is loaded.
Inputs: -user : A string containing the name of the owner of the network. -network_ID : A string containing the id of the network, with user, allows to identify the network in the dictionnary networks.
Outputs: -True if the network is loaded, false otherwise.
get
(request)¶The get fonction is a Django-needed fonction that communicate with the JS via Ajax call. It allows the JS of the client to order something to the controller by sending a request with the action and the parameters to apply.
Inputs: -request : an http request containing a task to perform and some additionnal parameters.
get_loaded_nets
(user)¶Lists all the networks currently loaded by a user.
Inputs: -user : A reference to a user in the database.
Outputs: -A json of a list of all the networks owned by user.
get_network_info
(request, user, network_ID)¶This function allows to build the list of information about a network. It allows the JS of the client to build a modal listing all the information oa a network.
Inputs: -request: HTTP request from the front-end. -user : A string containing the name of the owner of the network. -network_ID : A string containing the id of the network, with user, allows to identify the network in the database.
Ouputs: -A json of a dictionnary, describing the network.
get_network_tasks
(request, user, network_ID)¶This function allows to build the list of task of a network. It allows the JS of the client to build a modal listing all the tasks.
Inputs: -request: HTTP request from the front-end. -user : A string containing the name of the owner of the network. -network_ID : A string containing the id of the network, with user, allows to identify the network in the database.
Ouputs: -A json of the list of dictionnaries, each describing a task.
get_observable
(request, user, observable, network_ID)¶Fetch the observable calculated by the network and associated with the Bokeh instance whose ID is passed as parameter. If calculated and send them to the front end to be displayed. If their is no such network running or observable, return an error.
Inputs: -request: HTTP request from the front-end. -user : A string containing the name of the owner of the network. -observable: A string containing the name of the observable whose comptuted values have to be returned to the client. -network_ID : A string containing the id of the network, with user, allows to identify the network in the ‘networks’.
Outputs: -If the observables can be found, the function returns a json containing the observables.
get_plots
(request, network_ID)¶This function allows to display the bokeh elements of a network. It is used to display all the observables of a network.
Inputs: -request: HTTP request from the front-end. -network_ID : A string containing the id of the network, it allows to identify the network in the ‘plots’ class variable.
Output: -A render of the bokeh applied to the observables ploted.
load_network
(request, user, network_ID, auto_load=False)¶Load a new network inside of networks if the network can be loaded from the data base. If the same user is already using to much resources, the function is not successfull. If it is the first time the user load a network, the user is added as an entry inside of networks.
Inputs: -request: HTTP request from the front-end. -user : A string containing the name of the owner of the network. -network_ID : A string containing the id of the network, with user, allows to identify the network in the data base. -auto_load : A boolean value, if True, the auto saved files must be loaded, if False, the network gets loaded normally.
networks
= {}¶The class variable ‘networks’ is a dictionnary that contains all the networkrunners currently loaded. The user and the name of the network are the keys to a networkerunner.
plots
= {}¶The ‘plots’ class variable contains the JS script and HTML code to send to the view in order to display the Bokeh graphs
re_roll_observables
(request, user, network_ID)¶This function recompute all the observables of a network. It is used to refresh the display of an observable added after the network have been run.
Inputs: -request: HTTP request from the front-end. -user : A string containing the name of the owner of the network. -network_ID : A string containing the id of the network, with user, allows to identify the network in ‘networks’.
remove_network
(request, user, network_ID)¶Remove the corresponding network from networks.
Inputs: -request: HTTP request from the front-end. -user : A string containing the name of the owner of the network. -network_ID : A string containing the id of the network, with user, allows to identify the network in the dictionnary networks.
save_network
(request, user, network_ID)¶Save the network inside of the database and on disk, by calling save the function of networkrunner.
Inputs: -request: HTTP request from the front-end. -user : A string containing the name of the owner of the network. -network_ID : A string containing the id of the network, with user, it allows to identify the network in ‘networks’.
tasks
= {}¶The class variable ‘tasks’ is a dictionnary that contains all the taks of a network. The user and the name of the network are the keys to a list of task.
toggle_run
(request, user, network_ID)¶If the corresponding network is not already performing a task, this function launch the iterations of the network from the current step. If the network is running, this function stops the task at the current step.
Inputs: -request: HTTP request from the front-end. -user : A string containing the name of the owner of the network. -network_ID : A string containing the id of the network, with user, allows to identify the network in the dictionnary networks.
ARNN.networkcontrol.
create
(request)¶This function create a new network, by generating all the matrix that are inside, and add the corresponding entry inside of the database.
Inputs: -request : HTTP request from the front-end.
ARNN.networkcontrol.
delete
(request, pk)¶This fonction delete a network from the data base, and from the disk.
Inputs: -request : HTTP request from the front-end -pk : the ID of the network to delete
ARNN.networkcontrol.
download
(request, pk)¶This function creates a ZIP archive containing the NPY files (weight matrix and state matrix) of the network whose primary key is passed as parameter.
Inputs: -request: HTTP request from the front-end -pk: The ID of the network whose NPY files need to be downloaded.
ARNN.networkcontrol.
get_network_saved
(request, pk)¶This function returns a boolean meaning if the network given has some unsaved data.
Inputs : -request: HTTP request from the front-end. Outputs : -A boolean value
ARNN.networkcontrol.
list_net
(request)¶This function return this list of networks owned by the current user as a JSON.
Inputs : -request: HTTP request from the front-end. Outputs : -A json of the list of networks own by a person
ARNN.templates_control.
create
(request)¶This function creates a new template and save it into the database after receiving a request (containing a form) from the client.
Inputs: -request: The HTTP request from the client.
ARNN.templates_control.
delete
(request, pk)¶This function deletes a template from the database after receiving a request from the database.
Inputs: -request: The HTTP request from the client. -pk: The primary key of the corpus to download.
ARNN.templates_control.
download
(request, pk)¶This function send to the client the csv files of the template whose pk is passed as parameter.
Inputs: -request: The HTTP request from the client. -pk: The primary key of the corpus to download.
ARNN.templates_control.
list
(request)¶This function returns a JSON-formatted list of the templates stored in the database.
Inputs: -request: The HTTP request from the client.
ARNN.views.
get_basic_forms
(request)¶ARNN.views.
home
(request)¶ARNN.views.
index
(request)¶ARNN.views.
signup
(request)¶« General Architecture :: Contents :: Useful links »


Codehaus XFire
DocumentationQuicklinksDevelopers
Sponsors |
Transports and ChannelsChannels and Transports provide the basic unit of communication in XFire. A Channel simply sends messages (via send()) and listens for messages (via receive()). If you want to send a message to a particular URL you do: TransportManager tm = ...; Transport t = tm.getTransportForUri("http://foo"); OutMessage msg = ...; // create an outmessage yourself Channel c = t.createChannel(); // create an anonymous endpoint MessageContext context = new MessageContext(); c.send(msg, context); Each transport is responsible for creating its own protocol specific listener, for example a servlet in the case of HTTP. This listener then passes whatever messages it receives to the channel via Channel.receive(MessageContext,InMessage). Channels simply delegate their receive() to a ChannelEndpoint which application specific handling of what to do with the message. The default endpoint is aptly named DefaultEndpoint and will be covered in the next section. MessageSerializerEach OutMessage has a MessageSerializer. A message serializer takes the message body (message.getBody()) and writes it to an XMLStreamWriter that the Channel provides. The semantics of MessageSerializers should be such that they can be invoked multiple times. Channels/Transports without ServicesIts important to note that Channels and transports are completely independent of XFire's Services. So I can use a channel to send a receive messages and never even create a service. So for testing, lets not even create a service. We'll want to just use the Channel to send and receive messages. DefaultEndpoint and the processing flowDefaultEndpoint takes a message, creates a default message exchange called InMessageExchange and creates a message pipeline. The message pipeline at first consists of the global in handlers from XFire.getInHandlers() and the transport handlers from Transport.getInHandlers. Later on when the service is resolved, the service's handlers get added into the pipeline. Once the operation is resolved, if there is an out message to be set an Out pipeline is created and added to the MessageContext. Phases and HandlersSee Processing Pipeline for now. SOAP ProcessingSOAPTransport.createTransport() adds SOAP support to a particular transport. It does so by adding three additional handlers:
MessageExchangesWS-RM Architecture PlanThere will be two transports involved in this. First, the low-level transport like HTTP, UDP or TCP. We'll use UdpTransport for the examples below. Second, there is the WS-RM Transport - WSRMTransport. The high-level ws-rm document outlines the basic sequence which I'll refer to:
The server side correlate:
Transport/Channel layerIdeally I'd like to be able to do: WSRMTransport transport = new WSRMTransport(new UdpTransport()); When an application does WSRMChannel.send() it will handle the sequence processing and ultimately use UdpChannel to send its messages. When UdpTransport receives its messages, we'll need them to delegate on up to the WSRMTransport. To do this we'll need to create a new ChannelEndpoint which does this. // Simply pass messages up to the WSRM channel public class WSRMDelegateEndpoint { WSRMChannel channel; public WSRMDelegateEndpoint(WSRMChannel channel) { this.channel = channel; } public void onReceive(MessageContext context, InMessage msg) { channel.receive(context, msg); } } Dan's TODO
|


{% extends "./base.html" %} {% block body %} 403! The page you are looking for has been refuse! You do not have permission to view this page , please login to view.Maybe you could check your name. Login {% endblock %}


--- date: 2011-12-20T00:00:00Z published: true title: McDonald’s withdrawal from Bolivia - capitalism in action | Institute of Economic Affairs url: /2011/12/20/mcdonald-s-withdrawal-from-bolivia-capitalism-in-action-institute-of-economic-affairs/ ---
Bolivians were never prevented by their government from buying burgers; they simply chose not to do so. This is not a victory over capitalism, it is capitalism.


Dear Users of UJM, this website is for you, after create an account you will go to the connect page to access in all functionality (We have events, groups & actualities and more surprise things when you are connected) Enjoy.


"I created this series of drawings over the course of 18 months from 2014-2016 while living in Oakland and Berkeley.
I was obsessed with the combination of these color pencils, especially the white and yellow and blue and carmine and the slightly lifted effect that they have when done on vellum and scanned into the computer. Many of these originals are gone but I thought it would be cool to sell high quality 6x8" prints of them to help raise more money for charity. $5 each or 3 for $10 + shipping. Please email me with inquiries."
- j. waine
(and of course, check out new music album
here).


--- layout: page permalink: /index.html ---
{{ site.description_long }} The goal of this effort—led by the i2b2 international academics users group—is to inform doctors, epidemiologists and the public about COVID-19 patients with data acquired through the health care process.
{% assign paper-14 = site.publications | where: "slug", "paper-14" | first %} In "{{ paper-14.title }}", we found that clinical and pathophysiologic profiles of patients hospitalized with SARS-CoV-2 infection did not differ greatly between the first and second waves of the pandemic in 2020. We then identified significant differences in laboratory improvement rates during hospitalization. Mortality risks among patients stratified into with similar risk categories decreased over the course of the pandemic. The improvement in laboratory values and mortality risk was consistent across multiple countries.
{% assign paper-13 = site.publications | where: "slug", "paper-13" | first %} In "{{ paper-13.title }}" using a federated international network of healthcare systems, we systematically identified robust conditions associated with PASC compared to appropriate control groups, underscoring the multifaceted cardiovascular and neurological phenotype profiles of PASC.
{% assign paper-12 = site.publications | where: "slug", "paper-12" | first %} In "{{ paper-12.title }}" based on the Phase 2.1 data, we reported that patients with diagnosis involving the central nervous system during COVID-19 hospitalization harbored a greater burden of pre-existing comorbidities and had greater risk for adverse outcomes than patients with diagnosis involving the peripheral nervous system or with no neurological condition.
{% assign paper-11 = site.publications | where: "slug", "paper-11" | first %} A chart-reviewed characterization of the frequency that SARS-CoV-2-positive hospital admissions were not COVID-19 related and application of an Apriori-like itemset-mining algorithm to find phenotypes of patients admitted for COVID has been published in JMIR, "{{ paper-11.title }}."
{% assign paper-10 = site.publications | where: "slug", "paper-10" | first %} The SurvMaximin algorithm to estimate Cox model feature coefficients for multi-center heterogeneous Real-World Data (RWD) with time-to-event outcomes and high-dimensional features has been submitted to medRxiv as a preprint, "{{ paper-10.title }}."
{% assign paper-09 = site.publications | where: "slug", "paper-09" | first %} Results from the multivariate Phenome-wide Association Study (PheWAS) in the post-acute sequelae of COVID-19 (PASC) using Phase 2.1 have been published in BMC Medicine, "{{ paper-09.title }}."
{% assign paper-08 = site.publications | where: "slug", "paper-08" | first %} Results on temporal changes in COVID-19 clinical trajectories have been published in JMIR, "{{ paper-08.title }}."
{% assign paper-07 = site.publications | where: "slug", "paper-07" | first %} The pediatrics group has recently published a brief report on national trends in hospitalization rates, "{{ paper-07.title }}."
{% assign paper-04 = site.publications | where: "slug", "paper-04" | first %} A retrospective cohort study to explore international hospitalization trends and key epidemiological and clinical features of children and youth with COVID-19, "{{ paper-04.title }}."
{% assign paper-06 = site.publications | where: "slug", "paper-06" | first %} A viewpoint article on considerations that are crucial for appraising studies utilizing EHR data has been published in JMIR, "{{ paper-06.title }}."
{% assign paper-05 = site.publications | where: "slug", "paper-05" | first %} Results from neurological phenotype analysis during Phase 1.1 have been published in Scientific Reports, "{{ paper-05.title }}."
{% assign paper-03 = site.publications | where: "slug", "paper-03" | first %} Results from Phase 1.1 of data acquisition and analysis have been submitted to medRxiv as a preprint, "{{ paper-03.title }}."
{% assign paper-02 = site.publications | where: "slug", "paper-02" | first %} Results from the severity definition process during Phase 1.1 have been published in JAMIA, "{{ paper-02.title }}."
{% assign paper-01 = site.publications | where: "slug", "paper-01" | first %} Results from the first phase of data acquisition and analysis have been published in npj Digital Medicine, "{{ paper-01.title }}."
If you are interested in joining the 4CE project, please visit the join page.


The optical_depth module¶
We now have all the pieces we need to compute the optical depth in each of the
layers. For reference, this will compute an aerosol’s contribution to
DTAUC
. Let’s import OpticalDepth
and give it
the correct inputs
from pyRT_DISORT.optical_depth import OpticalDepth
od = OpticalDepth(np.squeeze(conrath.profile),
hydro.column_density, nnssa.make_extinction_grid(9.3), 1)
This will create an object where to the column integrated optical depth is 1 at 9.3 microns. It will scale this value to the input wavelengths. We can verify this value with the following:
print(np.sum(od.total, axis=0))
which outputs [1.87258736 1.93294559 1.55474492 1.16180818 0.80305085]
,
which is simply the ratio of the extinction coefficients at 9.3 microns to the
extinction coefficient at each of our input wavelengths at the input particle
sizes.


This is my first webpage!
Isn't it nice
Here ar some things im going to learn about coding:
Here is a link to my favorite things
Check out It's cool.


PinHead repins when you react with joy (as expressed by your face).
For more information, see https://github.com/cyk/pin-head/


From the Death Certificate
for Ida Louise Stalder (nee Gauding)
PERSONAL AND STATISTICAL
PARTICULARS
female, w. caucasian, married
to Charles O. Stalder
birth: Apr. 15-1884;
age: 55 years 3 months 1 day
trade: housewife
father: Charles Gauding, born Sardis Rt 2,
mother: Minnie Hartlieb, born
informant: Oma Stalder;
burial:
funeral firm: J.W. Rush & Son;
MEDICAL CERTIFICATE OF DEATH
date of death: July 16, 1939
physician's statement: I hereby certify, that I attended deceased
from 4/5/38 to 7/16, 1939, I last saw her alive on May 8, 1939, death is said
to have occurred on the date stated above at 7:00 a.m.
principal cause of
death: chronic myocarditis
auricular fibrillation
contributory causes: toxic thyroid
operation: none
autopsy: none
signed: W. F. Mills,** M.D.; 7-16-1939; New
Submitter's Notes:
* This Death Certificate was marked
returned. [See summary of that form
below.]
** This writing was difficult to read
and may be in error.
RETURNED copy of Death
Certificate #44377 for ida Louise Stalder.
"Kindly have physician
state whether deceased had an exophthalmic goiter"
Mrs. Ida Stalder had an
enlarged thyroid which had been toxic several yars ago but was not toxic within
the last five years before her death.
Signed-------W. F. Mills,** M.D.; New Matamoras, O.
1/16/40
Provided by Betty Latta Kitchen
Click here for the Short-Cut Table of Contents


Stereotype == meta-annotations == annotations for annotations
@Component, @Controller, @Repository, @Service
@Component
@Controller
@Repository
@Service
Yo can define beans with @Component (or @Named)
@Named


CSS Boundaries
Padding, Border, Margin
4/1/15
CSS is a way of adding style to HTML. While styling can be added directly into HTML, it is good practice to use CSS because it allows you to apply one CSS stylesheet to multiple HTML pages. It also makes changing and style much easier to do, because you can just adjust the 1 CSS page and not have to manually do each HTML component directly.
CSS allows you to create boxes with which to display your content. Boxes consist of elements such as padding, border, and margins around the content inside of them. These boxes are actually quite similar to physical real world boxes in how they operate.
Thinking in terms of physical world boxes, with CSS the box itself (the cardboard part) is the border. The border makes up the CSS box and is often given visible dimensions. With the border is what is being boxed up, the content. The content acts as the physical object that you would be trying to protect, put away, or transport in the cardboard analogue. To protect the content from getting jostled around the box, as well as to keep the box balanced, there is something called a padding. The padding is wrapped around the content, within the confines of the box. The last part is the Margin. The margin is the space around the box. This space is what prevents other boxes or objects from getting to close to the box and its content. The margin is like the padding except on the outside rather than the inside.
#DBCCSS


Fullstack Development (hover over icons for additional details): Static to dynamic. I offer the full range of concept, design and
implementation processes needed to bring your web presence to life.
Information Systems
IT Support (hover over icons for additional details): From end user support to server and networking virtualization, I can provide administration for all of your IT needs.


My Events
Events that I am hosting:
| Event Name | Event Start | Event End | |
|---|---|---|---|
| {{ event.name }} | {{ event.start_time }} | {{ event.end_time }} |
Events that I am invited to:
| Event Name | Event Start | Event End | |
|---|---|---|---|
| {{ instance.event.name }} | {{ instance.event.start_time }} | {{ instance.event.end_time }} |


Here is a site with a pretty thorough list of tools that help in creating and modifying MSI files: http://www.installsite.org/pages/en/msi/authoring.htm
--- layout: post title: "Windows Installer Tools" date: 2008-02-11T15:58:00-07:00 categories: - MSI - Deployment and Installers - Microsoft ---
Here is a site with a pretty thorough list of tools that help in creating and modifying MSI files: http://www.installsite.org/pages/en/msi/authoring.htm


You are seeing this because your Disqus shortname is not properly set. To
configure Disqus, you should edit your _config.yml to include
either a disqus.shortname variable.
If you do not wish to use Disqus, override the
comments.html partial for this theme.
You are seeing this because your Disqus shortname is not properly set. To configure Disqus, you should edit your
_config.yml
to include either adisqus.shortname
variable.If you do not wish to use Disqus, override the
{% endif %}comments.html
partial for this theme.


Custom Recipes
Introduction
This file is the README of Applied Energistics 2 for Custom Recipes. Applied Energistics 2 is extremely configurable and supports 100% customize-able
recipes if desired. This page will direct you on how to get started. The entry file for the recipe system is index.recipe
.
Auto-Generation
AE2 will generate 2 folders in your AE2 configuration folder config/AppliedEneristics2/
. One is generated-recipes/
and the other is user-recipes/
. Recipes will be automatically exported from AE2 into generated-recipes/
on every start-up containing always the latest valid recipes.
You require file system permissions to generate the folders. Recipes will be loaded directly from AE2 if user has no permissions.
Recipe Modification
You can modify the recipes by copying over the recipes from generated-recipes/
into user-recipes/
. You do not need to copy over all files, but the ones you will be changing. AE2 will prefer loading a user recipe if one would replace a generated recipe.
That way changed recipes by us are not overwriting your modified files.
Item References
In Minecraft each item is referenced by a namespace and a name, for example all of minecrafts items use the namespace minecraft
. A glass block would be minecraft:glass
.
The recipe system also exposes access to the oredictionary via a namespace, so you can use oredictionary:glass
to use any type of glass.
Recipe Types
Different recipe types are there to interface with specific machines or mods. Use a ,
to add a new row to the recipe.
Shapeless
- crafted in a minecraft crafting table
- can take any shape as long as the inputs are correct
- takes up to 9 items as input
- outputs a single item as output, optionally with quantity
- Example:
Log -> Planks
recipe -
AE2:
shapeless = minecraft:log -> 4 minecraft:planks
Shaped
- crafted in a minecraft crafting table
- requires the specific shape
- takes up to 9 items as input
- outputs a single item as output, optionally with quantity
- Example:
8 Cobblestone -> Furnace
recipe -
AE2:
shaped = minecraft:cobblestone minecraft:cobblestone minecraft:cobblestone, minecraft:cobblestone _ minecraft:cobblestone, minecraft:cobblestone minecraft:cobblestone minecraft:cobblestone -> minecraft:furnace
Smelt
- items to be burned in furnaces
- takes 1 item as input
- takes 1 item as output, optionally with quantity
- Example:
Log -> Charcoal
recipe -
AE2:
smelt = minecraft:log -> minecraft:coal:1
Grind
- items to be grinded in the grindstone
- takes 1 item as input
- takes 1 item as output, optionally with quantity
- Example:
Gravel -> Flint
recipe -
AE2:
grind = minecraft:gravel -> minecraft:flint
Grindfz
Same as grind
for Factorization Grinder
Mekcrusher
Same as grind
for Mekanism Crusher
Mekechamber
Same as grind
for Mekanism Enrichment Chamber
Hccrusher
Same as grind
for HydrauliCraft Crusher
Crusher
Same as grind
for RailCraft Crusher
Macerator
Same as grind
for IndustrialCraft Macerator
Pulverizer
Same as grind
for Thermal Expansion Pulverizer
Inscribe
- used in the AE2 Inscriber
- takes 2 or 3 items as input, first item is the center item
- takes 1 item as output, optionally with quantity
- center item is consumed
-
Example: duplicate logic processor plate
Iron Block + Logic Processor Plate -> Logic Processor Plate
-
AE2:
inscribe = minecraft:iron_block appliedenergistics2:ItemMaterial.LogicProcessorPress -> appliedenergistics2:ItemMaterial.LogicProcessorPress
Press
- used in the AE2 Inscriber
- takes 2 or 3 items as input, first item is the center item
- takes 1 item as output, optionally with quantity
- all items are consumed
-
Example: create logic processor
Redstone + logic processor print + silicon print -> logic processor
-
AE2:
press = minecraft:redstone appliedenergistics2:ItemMaterial.LogicProcessorPrint appliedenergistics2:ItemMaterial.SiliconPrint -> appliedenergistics2:ItemMaterial.LogicProcessor
Recipe Function
Adds convenience for easier recipe management.
Alias
- creates a shorthand for a longer value
-
AE2: alias
appliedenergistics2
toae2
alias = ae2 -> appliedenergistics2
appliedenergistics2:ItemMaterial.LogicProcessorPrint
could be aliased toae2:ItemMaterial.LogicProcessorPrint
Ore
- lets you add items into an ore dictionary value.
-
AE2: add minecraft wool to OreDictionary as
blockWool
ore = minecraft:wool:* -> blockWool
- oredictioned items can be accessed as
oredictionary:blockWool
for example
Group
- lets you create a item group for 1 or more inputs
-
Example: define a common group for both different AE2 interfaces
Block Interface + Part Interface = Interface
-
AE2:
group = ae2:BlockInterface ae2:ItemPart.Interface -> interface
-
This also enables shortening annoying names for example
group = ae2:ToolNetherQuartzWrench -> wrench
Import
- lets you load an additional recipe file
- this works with subdirectories, but the path needs to be always a relative path to the root recipe directory
-
AE2: import all recipes for stairs
import = stairs.recipe
- Any knowledge through
alias, ore, group
are carried over to the imported file


One of the oldest civilisations in the world, India is a mosaic of multicultural experiences. With a rich heritage and myriad attractions, the country is among the most popular tourist destinations in the world. It covers an area of 32, 87,263 sq. km, extending from the snow-covered Himalayan heights to the tropical rain forests of the south. As the 7th largest country in the world, India stands apart from the rest of Asia, marked off as it is by mountains and the sea, which give the country a distinct geographical entity.
India is a home to the finest architectural heritage, serene ghats, spectacular landscapes and largest tiger reserve
From historical cities to natural splendours, come see the best of India


WITNESS LIST
Agriculture, Water & Rural Affairs
March 30, 2015 2:00 PM - or upon adjournment
FOR:
Ellis, Gregory (also providing written testimony) (Bandera County River Authority and
Groundwater District), League City, TX
Registering, but not testifying:
FOR:
Mauk, David (Self; Bandera County River Authority & Groundwater District), Bandera,
TX
Schlessinger, Sarah Rountree Intergovernmental Relations Coordinator (Self; Bandera
County River Authority and Groundwater District), Bandera, TX
Registering, but not testifying:
FOR:
Berglund, Daniel (Self; Texas Grain Producers Indemnity Board), Wharton, TX
Bertrand, Hallie Industry Relations (Self; Corn Producers Association of Texas (CPAT)),
Lubbock, TX
Cook, Robby (Hemphill County Underground Water Conservation District), Austin, Texas,
TX
Everheart, Harvey Gen mgr (Mesa UWCD), Lamesa, TX
Frandsen, Chris Mr. (Self; League of Woman Voters of Texas), Austin, TX
Howe, Billy State Legislative Director (Texas Farm Bureau), Austin, TX
Vaughan, Dee (Self; Corn Producers Association of Texas), Dumas, TX
Winegarner, Josh Director of Government Relations (Texas Cattle Feeders Association),
Amarillo, TX
Registering, but not testifying:
FOR:
Bailey, Chuck (Canyon Regional Water Authority), Austin, TX
Liparoto, Steve Chairman CRWA (Canyon regional water authority), Cibolo, TX
Ramos, Humberto Water Resources Director (Self; Canyon Regional Water Authority),
New Braunfels, TX
Rosenberg, Louis General counsel for Canyon Regional WaterAuthority (Canyon regional
water authority), Texas, TX
ON:
Taack, Justin Districts Section Manager (Texas Commission on Environmental Quality),
Austin, TX
FOR:
Butscher, Brian Assistant Director of Treatment - Utilities Dep. (City of Corpus Christi),
Corpus Christi, TX
Coonan, Stephen President (Water Environment Association of Texas (WEAT)), Austin,
TX
Nahrgang, Julie Executive Director (Water Environment Association of Texas (WEAT)
and Texas Association of Clean Water Agencies (TACWA)), Austin, TX
WITNESS LIST
Agriculture, Water & Rural Affairs
March 30, 2015 2:00 PM - or upon adjournment
AGAINST:
Hupp, Steve Water Quality Director (Self; Bayou Preservation Association), Houston, TX
Powis, Jen (also providing written testimony) (Galveston Baykeeper), Houston, TX
Walker, Jennifer Water Resources Coordinator (also providing written testimony) (Sierra
Club, Lone Star Chapter), Austin, TX
Registering, but not testifying:
FOR:
Beard, Amy (SouthWest Water Company), Austin, TX
Covington, Jennafer President Elect (Self; Water Environment Association of Texas),
Wylie, TX
Golemon, Kinnan (Gulf Coast Waste Disposal Aithority), Austin, TX
Guthikonda, Gopal (Self), Austin,, TX
Howe, Mike Executive Director TAWWA (Texas Section American Water Works
Association), Austin, TX
Morgan, Greg (City of Tyler), Tyler, TX
Phillips, Matt Government and Customer Relations Manager (Brazos River Authority),
Waco, TX
Privett, Tony (City of Lubbock), Lubbock, TX
Ramirez, Ricardo Intergovernmental Relations Manager (Self; City of Sugar Land), Sugar
Land, TX
Robbins, Dean Asst. Gen. Mgr. (Texas Water Conservation Assn.), Austin, TX
Rogers, Jessica Asst. To the City Manager (City of Denton), Denton, TX
Schreiber, Russell Director of Public Works City of Wichita Falls (City of Wichita Falls),
Wichita Falls, TX
Solis, Eddie (City of Arlington), Austin, TX
Tagliabue, Tom Director, Intergovernmental Relations (City of Corpus Christi), Corpus
Christi, TX
AGAINST:
Frandsen, Chris Mr. (Self; League of Woman Voters of Texas), Austin, TX
Hess, Myron (National Wildlife Federation), Austin, TX
Weinberg, David Executive Director (Texas League of Conservation Voters), Austin, TX
ON:
Martinez, June Work leader (Texas Commission on Environmental Quality), Austin, TX
Registering, but not testifying:
FOR:
Gibson - Smith, Stephanie (National Equine Association), Austin, TX
ON:
Hunter, Dan Asst. Commissioner (Texas department of agriculture), Austin, TX
Hunter, Dan Asst. Commissioner (Texas Department of Agriculture), Austin, TX
WITNESS LIST
Agriculture, Water & Rural Affairs
March 30, 2015 2:00 PM - or upon adjournment
Registering, but not testifying:
FOR:
Lary, Trey Attorney (North Fort Bend Water Authority), Austin, TX
FOR:
Berglund, Daniel (also providing written testimony) (Self; Texas Grain Producers
Indemnity Board), Wharton, TX
Pepper, Lane VP, Texas Farm Credit Services (also providing written testimony) (Self;
Texas Farm Credit Services), Corpus Christi, TX
Scholz, Ben (also providing written testimony) (Self; Texas Wheat Producers
Association), Lavon, TX
Registering, but not testifying:
FOR:
Bertrand, Hallie Industry Relations (Self; Corn Producers Association of Texas (CPAT)),
Lubbock, TX
Harris, Mitchell (Self; AgTexas Farm Credit Services), Eastland, TX
Harris, Mitchell (Self; Texas Grain Producers Indemnity Board, treasure), Eastland, TX
Harris, Mitchell (Self; Southwest Council of Agribusiness, board member), Eastland, TX
Heasley, John (Texas Bankers Association), Austin, TX
Patton, Marissa (Texas Farm Bureau), Austin, TX
Vaughan, Dee (Self; Corn Producers Association of Texas), Dumas, TX
Vaughan, Dee (Self; Texas Grain Producers Indemnity Fund Board, Plains Cotton
Growers, Inc, Southwest Council of Agribusiness,), Dumas, TX
ON:
Hunter, Dan Asst. Commissioner (Texas Department of Agriculture), Austin, TX
FOR:
Harden, Bob (Texas Association of Groundwater Owners and Producers), Austin, TX
Sears, Walt General Manager (Northeast Texas Municipal Water District), Hughes Springs,
TX
AGAINST:
Aaron, Dirk Clearwater UWCd (Clearwater Underground Water Conservation District),
Belton, TX
Adams, Leah General Manager (Panola County Groundwater Conservation District),
Carthage, TX
Maloukis, Amanda General Manager (Rusk County Groundwater Conservation District),
Henderson, TX
Registering, but not testifying:
FOR:
Aus, Fred Executive Director (Texas Rural Water Association), Austin, TX
AGAINST:
Everheart, Harvey Gen mgr (Self), Lamesa, TX
WITNESS LIST
Agriculture, Water & Rural Affairs
March 30, 2015 2:00 PM - or upon adjournment
ON:
French, Larry (Twdb), Austin, TX
Nelson, Matt (Twdb), Austin, TX
FOR:
Branick, Jeff County Judge (Self; Jefferson County), Beaumont, TX
Reese, Randall General manager (Self; Sabine neches navigation district), Port author, TX
Rich, James President (Self; Greater Beaumont Chamber of Commerce), Beaumont, TX
Roby, John Director, Corporate Affairs (Port of Beaumont Navigation District of Jefferson
County, Texas), Beaumont, TX
Strama, Keith Attorney (Sabine neches navigation district), Austin, TX
Registering, but not testifying:
FOR:
Oxford, Hubert General Counsel (Self; Sabine Neches Navigation District), Beaumont, TX
Registering, but not testifying:
ON:
Hunter, Dan Asst. Commissioner (Texas Department of Agriculture), Austin, TX
Woods, Peter Extension fisheries program specialist (Texas a&m agrilife extension
service), Bay city texas, TX
Providing written testimony:
ON:
Kurzawski, Ken Program Manager (Parks and Wildlife Dept.), Austin, TX
Registering, but not testifying:
ON:
Chenoweth, Todd (Twdb), Austin, TX
FOR:
Ellis, Gregory (South Plains Groundwater Conservation District), League City, TX
Embrey, Ty Attorney (Clearwater Underground Water Conservation District.), Austin, TX
Registering, but not testifying:
FOR:
Aaron, Dirk Clearwater UWCd (Clearwater Underground Water Conservation District),
Belton, TX
Everheart, Harvey Gen mgr (Self), Lamesa, TX
Registering, but not testifying:
AGAINST:
John, Conrad Legislative Associate (Travis County Commissioners Court), Austin, TX
ON:
Chenoweth, Todd (Twdb), Austin, TX
WITNESS LIST
Agriculture, Water & Rural Affairs
March 30, 2015 2:00 PM - or upon adjournment
FOR:
Hagood, J. Walt (also providing written testimony) (Self; Texas Farm Bureau), Wolfforth,
TX
Short, Ross (Self), Rochester, TX
Registering, but not testifying:
FOR:
Berglund, Daniel (Self; Texas Soybean Association), Wharton, TX
Bertrand, Hallie Industry Relations (Self; Corn Producers Association of Texas (CPAT)),
Lubbock, TX
Burrows, Dustin State Rep. - HD 83 (Self), Lubbock, TX
Myers, Tres (Self), Aspermont, TX
Patton, Marissa (Texas Farm Bureau), Austin, TX
Vaughan, Dee (Self; Corn Producers Association of Texas), Dumas, TX
ON:
Hunter, Dan Asst. Commissioner (Texas Department of Agriculture), Austin, TX
Registering, but not testifying:
FOR:
Lary, Trey Attorney (West Harris County Regional Water Authority), Austin, TX


In for the early morning shift after last night's release. Who knew, there's dark in the morning too.
12/11/2008, 6:30:31 AM
Favs: 0
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link--- layout: tweet ---
In for the early morning shift after last night's release. Who knew, there's dark in the morning too.
12/11/2008, 6:30:31 AM
Favs: 0
Retweets: 0
link


BRAVEHEART A film review by Stephen Rafferty Copyright 1995 Stephen Rafferty
* - Very Poor ** - Bad, not much here. *** - Good. **** - Very good, see this. ***** - Excellent, a must see. One of the years best
BRAVEHEART *****
Directed by Mel Gibson Starring: Mel Gibson. Sophie Morceau, Patrick MacGoohan, Catherine McCormack Produced by Mel Gibson, Alan Ladd Jr., and Bruce Davey Written by Randall Wallace Director of Photrography John Toll
There are times when art touches a personal chord, and for me the viewing of Mel Gibson's BRAVEHEART was one of those times. I was born and raised not far from Stirling in Scotland where William Wallace's monument stands and his first battle took place. As you can imagine, the stories of Wallace abound in that area, and it is of great joy to review that Gibson has done those stories and legends proud. As with any historic film, Gibson has taken some liberties with fact, but overall he has kept to the spirit of Wallace and that is extremely important. It is the best film to grace the screens so far this year.
Set in 13th Century Scotland, we find the Young William Wallace ready and willing to go and fight with his father and brother against Edward II who killed off the nearest threats to his throne in Scotland. William's father tells him something which will stay with him throughout his life and throughout the film: "It's our wits that make us men." Wallaces father and brother are killed and the young William is taken from his home by his uncle Argyle, played by the brilliant Scottish character actor Brian Cox.
After some years, Wallace returns to his village and meets up with his old friends and an old flame from his father's funeral, Morren. They two fall in love, wed secretly and seem happy in their intended life together. However, the local English lord thwarts these plans when he kills Morren, and then waits for Wallace. This is the start of a life of battling for Scotlands independence for Wallace.
Wallace gathers an army and fights of the English at Stirling, and then continues to York where he takes over the Northern English castle. The battle scenes in the film are quite amazing, and the gore and bloodshed only help the gritty, realistic feel Gibson has given this film. From the battle scenes to the romance sequences Gibson really has done a superb job and has shown he can Direct action as well as anyone at the moment. I would go as far as to say the battle scenes are as energetic, exciting and well done as the action scenes in SPARTACUS and BEN HUR. But above all this, Gibson has a good grasp in this film of the spirit and romance we surround with the time. He is not afraid to let images and little dialogue tell the story, which is too often a mistake made by young directors. Two scenes early in the film prove this. At his father and brother's funeral, William is given a thistle by a young Morren and this is done with such beautiful and simple imagery it is quite breathtaking. Also, shortly after William stands outside at night with his uncle Argyle and sees people up by the graves with a piper, he asks what is going on. Argyle replies, "They're saying goodbye in their own way. Playing outlawed tunes on outlawed pipes." Gibson doesn't ram down your throat the fact that the King banned Pipes, but he uses it in a subtle way to show that the Scots are a proud race, and not beyond taking risk for their culture. Beautiful!!
Scenes like these are all the way through BRAVEHEART, and never let you realize the film is three hours long. The acting is very good throughout, and many of the supporting cast are as well written as primary characters in most other films. Gibson makes great use of slow-motion, and also keeps a great sense of humour in the film. I would be surprised if John Toll, last years Academy Award winner for Cinematography, is not up for the honors again this year. His work here is really gorgeous.
This film I highly recommend, and do not worry about the graphic violence, it is all in proper context.
Stephen Rafferty
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


vignettes/pbmc-2700-tutorial.Rmd
pbmc-2700-tutorial.Rmd
In this tutorial, we will use PBMC analysis data from Seurat.
To get full description about experiment, refer here
We assume that all dependent packages is already installed. see How to install CellEnrich document.
Pre-processed data is included in github repository.
| Filename | Parameter | Type |
|---|---|---|
pbmcData.RData |
CountData |
dgCMatrix |
pbmcClustinfo.RData |
GroupInfo |
Character |
with these Codes, user can see interactive shiny
page.
# Download data, if not downloaded CellEnrich::DownloadData() load("pbmcData.RData") load("pbmcClustInfo.RData") CountData <- pbmcData GroupInfo <- pbmcClustInfo # this will run CellEnrich CellEnrich(CountData, GroupInfo)
Set options before start CellEnrich
.
Possible options are :
After 30 seconds ~ 1 min, analysis result will be appear.
used Test environment :
CellEnrich is consisted with 3 modules.
Left plot is scatter plot created with t-SNE
or U-MAP
and ggplot2
that user selected in option.
In this tutorial, scatter plot is t-SNE
result.
this scatter plot can be emphasized with 4 buttons:
TOCOLOR
button ( default ) will colorize as group information.
TOGRAY
button will colorize all dots to gray color.
FREQUENT
button will colorize frequently enriched cell in each group.SIGNIFICANT
button will colorize most significantly enriched cell in each group.Right plot is histogram plot created with highcharter
to see distribution of Group / Cell labels.
User can download both result with save
button (LEFT) and export
options in right top (RIGHT).
This marker module will show Differentially Expressed genes in :
Each group ( using findMarker in scran )
Each group and pathway specific ( using fisher’s exact test )
This pathway module will show significant pathways for each groups in table format.
To use emphasize feature, user should clear sortable
list with CLEARLIST
button.
For each group, only 1 pathway can be selected for emphasize in scatter plot.
2 emphasize option can be used.
WITHOUTORDER
: This will emphasize cells with selected pathway is enriched.WITHORDER
: This will emphasize cells with selected pathway is enriched. and also it will generate path based on order in sortable
Using SAVE
button in pathways module, user can download pathway - group significance table.


Home
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Close
Maso Fitness
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Gallagher
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Wimbledon
Wallace Collection
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Home
X-rays
X-rays are a vital and necessary part of dental diagnostic process. Without them, certain dental conditions can and will be missed. X-rays detect much more than cavities. With an x-ray the dentist can survey erupting teeth, diagnose bone diseases, evaluate the results of an injury, or plan orthodontic treatment. If dental problems are found and treated early, dental care is more comfortable and affordable. We are particularly careful to minimize the exposure of their patients to radiation. With contemporary safeguards, the amount of radiation received in a dental x-ray examination is extremely small. The risk is negligible. In fact, the dental radiographs represent a far smaller risk than an undetected and untreated dental problem. Lead body aprons and shields are used as a protection. We use digital equipment which filters out unnecessary x-rays and restricts the x-ray to the area of interest.
Sports
Sports guards are not something we always think about when you or your child are out on the field. An athlete is 60 times more likely to suffer harm to the teeth. When choosing a sports guard, find one that fits properly and comfortable, is resilient and tear resistant, easy to clean and doesn’t restrict speech or breathing. For more questions be sure to ask us at your next visit or call and make an appointment today.
Fluoride
Fluoride is a mineral that occurs naturally in all water sources, including the oceans. Research has shown that fluoride not only prevents cavities in children and adults, it also helps repair the early stages of tooth decay even before the decay is visible. During childhood, when teeth are still forming, fluoride works by making tooth enamel more resistant to the acid that causes tooth decay. For adolescents and adults, the benefits are just as great. Fluoride helps repair or re-mineralize areas where the acid attacks have already begun. For older adults, fluoride has been effective in reducing tooth decay along the gum line (often called "root" caries).
Pregnancy?
During Pregnancy, your hormone levels rise considerably. Gingivitis is especially common during the second through the eighth months of pregnancy. Gingivitis may cause red, puffy, or tender gums that tend to bleed easily. If serious enough it could lead to periodontal disease. It is important to brush thoroughly twice a day with a fluoride toothpaste and floss. Keeping a healthy diet while pregnant will help prevent tooth decay and keeps you and your baby healthy.


Lorem ipsum dolor
1 hour ago
3 hour ago
2 hour ago
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© 2017 Esteem. All Rights Reserved | Design by W3layouts


Date: 25 November
Destination: Delhi
Contact:<PHONE_NUMBER>
Fort 2
Fort 2
Date: 25 November
Destination: Pune
Contact:<PHONE_NUMBER>
Fort 3
Date: 25 November
Destination: New York
Contact:<PHONE_NUMBER>
Fort 4
Date: 25 November
Destination: Paris
Contact:<PHONE_NUMBER>
Fort 5
Date: 25 November
Destination: New York
Contact:<PHONE_NUMBER>
Fort 1
Date: 25 November
Destination: London
Contact:<PHONE_NUMBER>


Enter your first year courses seperated by commas
Due to loose first year requirements we are currently not searching for:
Geoscience Major/Minor
Earth and Environmental Systems Major
Ethics, Society and Law Major
International Relations Specialist
Forest Conservation Science Specialist/Major/Minor
Forest Conservation Specialist/Major/Minor
Environmental Geography Specialist/Major
Human Geography Specialist/Major/Minor
Physical and Environmental Geography Specialist/Major/Minor
Geographic Information Systems Minor
Urban Studies Specialist/Major/Minor
Near and Middle Eastern Civilizations Specialist/Major/Minor
Peace, Conflict and Justice Specialist/Major
Physiology Major/Minor


Leetcode 505. The Maze II (Python)
Related Topic
Description
There is a ball in a maze with empty spaces and walls. The ball can go through empty spaces by rolling up, down, left or right, but it won’t stop rolling until hitting a wall. When the ball stops, it could choose the next direction.
Given the ball’s start position, the destination and the maze, find the shortest distance for the ball to stop at the destination. The distance is defined by the number of empty spaces traveled by the ball from the start position (excluded) to the destination (included). If the ball cannot stop at the destination, return -1.
The maze is represented by a binary 2D array. 1 means the wall and 0 means the empty space. You may assume that the borders of the maze are all walls. The start and destination coordinates are represented by row and column indexes.
Sample I/O
Example 1
Input 1: a maze represented by a 2D array
0 0 1 0 0
0 0 0 0 0
0 0 0 1 0
1 1 0 1 1
0 0 0 0 0
Input 2: start coordinate (rowStart, colStart) = (0, 4)
Input 3: destination coordinate (rowDest, colDest) = (4, 4)
Output: 12
Explanation: One shortest way is : left -> down -> left -> down -> right -> down -> right.The total distance is 1 + 1 + 3 + 1 + 2 + 2 + 2 = 12.
Example 2
Input 1: a maze represented by a 2D array
0 0 1 0 0
0 0 0 0 0
0 0 0 1 0
1 1 0 1 1
0 0 0 0 0
Input 2: start coordinate (rowStart, colStart) = (0, 4)
Input 3: destination coordinate (rowDest, colDest) = (3, 2)
Output: -1
Explanation: There is no way for the ball to stop at the destination.
Note:
- There is only one ball and one destination in the maze.
- Both the ball and the destination exist on an empty space, and they will not be at the same position initially.
- The given maze does not contain border (like the red rectangle in the example pictures), but you could assume the border of the maze are all walls.
- The maze contains at least 2 empty spaces, and both the width and height of the maze won’t exceed 100.
Methodology
The question is extended from 490. The Maze . This time ask to get shortest distance.
Same method to get the end point plus need to record the distance. We use heap because heapq because when we need to pop from heapq, it will automaticlly pop the minimum value.
Code(DFS+BFS)
def shortestDistance(self, maze: List[List[int]], start: List[int], destination: List[int]) -> int:
start, destination = tuple(start), tuple(destination)
row,col = len(maze),len(maze[0])
def neighbors(maze, node):
temp = []
used = set()
used.add(node)
for dx, dy in [(-1, 0), (0, 1), (0, -1), (1, 0)]:
(x,y), dist = node, 0
while 0 <= x+dx < row and 0 <= y+dy < col and maze[x+dx][y+dy] == 0:
x += dx
y += dy
dist += 1
if (x,y) not in used:
temp.append((dist, (x,y)))
return temp
heap = [(0, start)]
visited = set()
while heap:
dist, node = heapq.heappop(heap)
if node in visited: continue
if node == destination:
return dist
visited.add(node)
for neighbor_dist, neighbor in neighbors(maze, node):
heapq.heappush(heap, (dist+neighbor_dist, neighbor))
return -1
BigO
We traversal all elements of the 2D roughly once so time complexity is roughly O(mn) where m is row size and n is column size.


I am hosting the bot for all to use. Click the invite in the overview tab. You must have Manage Server permission for the server.
After inviting the bot, follow the steps in order:
@BGSBot myguild set
to register your Discord guild(fancy term for a server). The command MUST be run by someone who has the
Administrator
permission in Discord.
\
. Eg. if your role is admin, you need to use
\@admin
to see the id.
@BGSBot adminroles add <id>
. Replace
<id>
with the role found in the previous step. The command MUST be run by someone who has the
Administrator
permission in Discord. For eg. if Discord shows the id as
<@&123456789012345678>
, run the command as
@BGSBot adminroles add<PHONE_NUMBER>12345678
.
@BGSBot bgsrole set <id>
. You need to have an admin role that you set in the previous step to execute this command. Also, there can be
only 1 role for BGS Manager. Use the numeric id only like
adminroles
.
@BGSBot bgschannel set <id>
. Replace
<id>
with the channel id that you want to convert to a BGS reporting channel. Use the numeric id only like
adminroles
.
@BGSBot forbiddenroles add <id>
. Use the numeric id only like
adminroles
. You can add as many roles as you like.
@BGSBot bgsreport settime <time in UTC>
. The time must be of the format
HH:mm:ss
. For eg. if the time to show the report is 15:25:32 UTC everyday, run the command as
@BGSBot bgsreport settime 15:25:32
.
@BGSBot sort set <type> <order>
. The
type
must be either
influence
or
name
and the
order
must be either
increasing
or
decreasing
. For eg. to sort according to influence in descending/decreasing order use the following command
@BGSBot sort set influence decreasing
This concludes the set up of the bot.
Coming Soon TM
The bot can be commanded to fetch data of systems and factions. The name is case insensitive but the entered name should reflect ingame name in English. The commands that the bot has currently are:
@BGSBot factionstatus get <faction name in lower case>
@BGSBot factionstatus get knights of karma
@BGSBot systemstatus get <system name in lower case>
@BGSBot systemstatus get qa'wakana
To create BGS Reports you need to monitor factions and systems. A faction or a system can be monitored as primary or not. Primary factions would be having detailed data while non primary ones would be having concise ones in a compact format. Only primary monitored systems is currently available in BGS reports.
To monitor a faction, command using:
@BGSBot monitorfactions add <factionname>
@BGSBot monitorfactions add knights of karma
@BGSBot monitorfactions addprimary <factionname>
@BGSBot monitorfactions addprimary knights of karma
To monitor a system, command using:
@BGSBot monitorsystems add <systemname>
@BGSBot monitorsystems add qa'wakana
@BGSBot monitorsystems addprimary <systemname>
@BGSBot monitorsystems addprimary qa'wakana
To generate a report type:
@BGSBot bgsreport get
To remove or list any role or channel, use one of the following commands as suited:
@BGSBot adminroles list
@BGSBot adminroles remove <id>
@BGSBot adminroles remove<PHONE_NUMBER>12345678
@BGSBot bgsrole show
@BGSBot bgsrole remove <id>
@BGSBot bgsrole remove<PHONE_NUMBER>12345678
@BGSBot bgschannel show
@BGSBot bgschannel remove <id>
@BGSBot bgschannel remove<PHONE_NUMBER>12345678
@BGSBot forbiddenroles list
@BGSBot forbiddenroles add <id>
@BGSBot forbiddenroles remove<PHONE_NUMBER>12345678
To remove or list the monitored factions or systems:
@BGSBot monitorfactions list
@BGSBot monitorfactions remove <factionname>
@BGSBot monitorfactions remove knights of karma
@BGSBot monitorsystems list
@BGSBot monitorsystems remove <systemname>
@BGSBot monitorsystems remove qa'wakana
To unset or show the BGS Reporting time:
@BGSBot bgsreport showtime
@BGSBot bgsreport unsettime
To remove or show the sorting setup:
@BGSBot sort show
@BGSBot sort remove


| First Name | Last Name | Age | Date | Amount | Available? | Race |
|---|
$('table').dataTable({ ajax: '../resources/table-data.json' }).customSearch({ container: 'thead:after', fields: [ { columns: 3, type: 'select' },{ columns: [0,1], type: 'select' },{ columns: 2, type: 'select' },{ columns: 4, range: true },{ columns: 6, type: 'select' } ] });
The following Javascript libraries were used for this example
| First Name | Last Name | Age | Date | Amount | Available? | Race |
|---|
The following CSS libraries were used for this example
The contents of the JSON file loaded into the table


Registry
public class Registry<T>
Registry
is a generic class designed to keep track of items (of type T
)
in a thread-safe way.
The lifetime of an item in the registry is determined by the Receipt
that
was returned when the item was registered.
You must maintain at least one strong reference to the returned Receipt
for
the duration of the time that you want the item it represents to remain
registered. Once the Receipt
deallocates, the associated item is removed
from the registry.
-
The signature of a function to be called when a registrant is being de-registered.
Declaration
Swift
public typealias DeregistrationHookFunction = (_ registry: Registry<T>, _ registrant: T, _ receipt: Receipt) -> Void
-
The number of registered items.
Declaration
Swift
public var count: Int
-
An optional
DeregistrationHookFunction
which, if set, will be called when an item is being de-registered.Declaration
Swift
public var deregistrationHook: DeregistrationHookFunction?
-
Creates a new
Registry
using the specifiedLockMechanism
.Declaration
Swift
public init(lock mechanism: LockMechanism = .readWrite)
Parameters
mechanism
A
LockMechanism
value that governs the type of lock used for protecting concurrent access to the registry. -
Adds an item to the registry.
You must maintain a reference to the returned
Receipt
for as long as you wish to haveitem
registered. When theReceipt
deallocates,item
will be deregistered. You can also force deregistration prior to deallocation by calling theReceipt
‘sderegister()
function.Declaration
Swift
public func register(_ item: T) -> Receipt
Parameters
item
The item to register.
Return Value
A
Receipt
that controls the duration ofitem
’s registration with the receiver. -
The items currently in the
Registry
.Declaration
Swift
public var registrants: [T]
-
Performs the given function once for each registered object.
Declaration
Swift
public func withEachRegistrant(perform function: (T) -> Void)
Parameters
function
A function to perform on each object currently registered with the receiver.


Welcome to Ganeti’s documentation!
This page is the starting point for browsing the Ganeti
documentation. Below, the corpus of Ganeti documentation is grouped by
topic.
A few quick references:
- Glossary: Provides explanations of basic Ganeti terminology.
- News file: Lists changes between Ganeti versions.
- Search Page: Allows you to search for key terms across Ganeti documentation.
Installing Ganeti
Use the following resources to install and/or upgrade Ganeti:
Using Ganeti
The following resources provide guidance on how to use Ganeti:
- Ganeti administrator’s guide: Information about how to manage a Ganeti cluster after it is installed (including management of nodes and instances, and information about Ganeti’s tools and monitoring agent).
- Ganeti walk-through: An example-oriented guide to Ganeti.
- Man pages: Descriptions of the various tools that are part of Ganeti.
- Security in Ganeti: A description of the security model underlying a Ganeti cluster.
- Ganeti customisation using hooks: Information on hooking scripts, which extend Ganeti functionalities by automatically activating when certain events occur.
- Ganeti automatic instance allocation: Description of the API for external tools, which can allocate instances either manually or automatically.
- Ganeti remote API: Description of the Ganeti remote API, which allows programmatic access to most of the functionalities of Ganeti.
- OVF converter: Description of a tool that provides compatibility with the standard OVF virtual machine interchange format.
- Virtual cluster support: Explanation of how to use virtual cluster support, which is utilized mainly for testing reasons.
Some features are explicitly targeted for large Ganeti installations,
in which multiple clusters are present:
Developing Ganeti
There are a few documents particularly useful for developers who want
to modify Ganeti:
- Ganeti locking: Describes Ganeti’s locking strategy and lock order dependencies.
- Developer notes: Details build dependencies and other useful development-related information.
Implemented designs
Before actual implementation, all Ganeti features are described in a
design document. Designs fall into two categories: released versions
and draft versions (which are either incomplete or not implemented).


dee3 | datamixes
Sorry - but in order for this PWA to work, your mobile-device needs to be online, either by connecting to a WLAN- or a Mobile Data-connection from a carrier! Please establish one of these connections and try again. Thanks!


Tired of spending your days all by yourself? Struggling to actually connect with someone? Well do we have a solution for you!
Welcome to Fated Match 2.0! All you have to do is express your opinion of five statements. Each response option correlates with a number 1-5 which
is then used to calculate your compatability. Good luck and answer honestly!
1 = Strongly Disagree,
2 = Disagree,
3 = Neither agree or disagree,
4 = Agree,
5 = Strongly agree


{% extends "modal_form.html" %} {% block pre_form_content %} Confirm that the Bill of Materials (BOM) is valid for:{{ part.full_name }}


--- layout: post authors: ["Greg Wilson"] title: "Interim Board Meeting: Nov 18, 2014" date: 2014-11-18 time: "19:30:00" tags: ["Governance"] ---
Software Carpentry Foundation Interim Board Meeting: Nov 18, 2014
Attending
Apologies
Actions
Next meeting will be Dec 2 at regular time unless other time is found.
GW: make minor changes to governance model and circulate for final approval.
GW: make minor changes to workshop operations and revenue document and circulate for final approval.
GW, DI, TT: revise description of membership model and circulate for final approval.
GW: modify draft budget spreadsheet to synchronize with changes to membership model and circulate.
All: propose revisions to draft budget to indicate organizational needs for further discussion.
All: pass leads for instructor training funding to GW.
KH: draft "role and responsibilities for Board members" document.
NCH: draft "role and responsibilities for Advisory Board members" document with support from KT.
Resolutions
Wording that explicitly allows amendment of governance rules on a yearly or two-yearly cycle after the first year.
GW, DI, and TT to rework membership.md in the next 48 hours, based on the general discussion that affiliates get an in-house workshop fee waiver, but in order to be an affiliate they either give us an annual fee or equivalent (or greater) staff time (and we should run our threshold values for time and money by Carole)
Modify wording for waivers to fees
The Board adopts the draft budget for 2015 laid out in budget.xlsx subject to amendments to bring it into line with the changes to the membership model discussed above.
The SCF accepts the support offered by RStudio.
The Board authorizes the Executive Director to seek $20K in donations to cover the cost of running online instructor training in Jan-Apr 2015.
Discussion


--- layout: post title: Upcoming events date: 2005-10-10 00:00:00 categories: digital-media interfaces-&-interaction mobile personal play ---
Time to brush up my public speaking - I'm going to be at a couple of events in November.
On the 11th, here in sunny Brighton, I'm going to be at dConstruct 2005 blathering on about the mobile web, shouting at all these terribly fashionable Web 2.0 types that they're looking in the wrong direction and the humble mobile shall be pissing on their chips over the next few years.
Presuming I make it out of there alive, the next week I'm at World Telemedia in Amsterdam to present a case study on the work we've been doing for Puzzler Media: how you launch a portfolio of casual games in the national press, priced well below any other mobile game offering in the UK, and what you learn when you do this.


Gameline Bet My Address: {{address}}
Team A
Total amount:
ETH
Team B
Total amount:
ETH
| TX# | Amount | Game | Status |
|---|---|---|---|
| 0X6DAB86C0F7BDF3743C... | 0.4409644 Ether | PITTSBURGH STEELERS -170 | Pending |
| 0X6DAB812345BDF3743C... | 0.4409644 Ether | BOSTON CELTICS -525 | Pending |
| 0X6DAB856785BDF3743C... | 0.4409644 Ether | NEW YORK ISLANDERS +180 | Pending |


I'm a web and data engeneer who's doing machine learning and interactive animated landing pages.
Python
Scala
JavaScript
HTML5
CSS
JQuery
Theano
Lasagne
GNU/Linux
Bash
Git
PostgreSQL
MongoDB
SQLAlchemy
2015 - present
IT educational project promoting industry connectedness. Creating interactive landing pages.
2016
Personalized online marketing service. Developing recommendation systems for big companies.
2016 - present
Trying predict the voice vector by spectrograms and some meta information (eg. gender, country, age). And do something like authorization, personalization of voice services with the help of the vector.
2016
Validating novel Ig germline segments using the whole genome sequence analysis. Novel Ig germline was obtained by the Bioinformatic Institute.
2016
The model that recommends you articles from TVRain. Based on the real data from the portal obtained by e-contenta.
2016
Our team created the Telegram bot which could predict the courses you need to study for getting a job on Facebook. Based on skills you possess.
2016
Our team created the DiaFriend project. DiaFriend helps patients with diabetes.
2015
Our team created the model which could predict the customer churn on Yandex.Taxi data.


enum class CancellationReason
Reason for cancellation of this PaymentIntent, either user-provided (duplicate, fraudulent, requested_by_customer, or abandoned) or generated by Stripe internally (failed_invoice, void_invoice, or automatic).
Duplicate |
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Fraudulent |
|
RequestedByCustomer |
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Abandoned |
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FailedInvoice |
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VoidInvoice |
|
Automatic |


What is Modernizer?
Modernizer is an open-source stylesheet that improves the way older websites look, while attempting to keep full compatibility. It is also available as an extention*
Currently, both the stylesheet and extention are under active developement.
Download Modernizer
You can download Modernizer in two ways:


Note: You can use this UI to interact with
Timed Locker smart contract. Think of this app as deposit safe where you park some Eth with a time lock either for yourself or somebody else. You can always lock for yourself. You can only lock for others when they have designated you as a locker.
Current supported mainnet networks are Ethereum, Arbitrum One, Optimism, and Polygon POS and Polygon ZkEvm. Supported testnets are Goerli and Sepolia.


-
What is grid based design?
- Our eyes follow a natural
pattern of looking from left to right and top to bottom. Many
websites are designed according to this layout and is known
as the grid based layout/design. The grid based design is
controlled by css. Css classes that control the layout are
called 'frameworks'
-
What's all the hype about responsive webpages?
- People use multiple devices like
desktop computers, laptops netbooks, tablets and mobile to
access the internet. All screens have a different resolution
and it is measured in pixels. Screens pixel width can range
from 1200px to 2560px depending on the device. Creating
internet content with width of 960px is quite common. It not
only fits in the browser that have a smaller screens but can also be
centrally aligned in case of large screen size. A responsive webpage
isn't fixed to a single size and the page will respond and resize
correctly to make everything look great.
-
What is semantic structure?
- Tags that not only make sense to the browser
but also to the humans looking at them form the semantic structure of a
page. Headers 1-4, images and form are part of the semantic structure.
-
Any other points you found interesting and want to
reflect on.
- I found the concept of
responsive design and the use of media queries interesting.


This is page 2
Go to Lesson1.html
Name :-
Shiv
Address :-
adadadadad
Name :-
Password :-
Address :-
Gender :-
Male
Female
Hobby :-
Dancing
Cooking


Euro 2020: Switzerland to host Germany in warm-up match
by Emmanuel OkogbaGermany will play a friendly in Switzerland next May as part of their build-up to the Euro 2020 finals, the German Football Association confirmed Monday.
The four-time World Cup winners have already lined up friendlies next year against Spain in Madrid on March 26 and Italy five days later in Nuremberg.
READ ALSO: Match-fixing: Spanish court clears 36 players
They will now face Switzerland in Basel on May 31 ahead of the European Championship, which starts on June 12.
The game against the Swiss will be part of Germany’s training camp in Seefeld, Austria, which begins May 26.
Germany open their Euro 2020 campaign against world champions France in Munich on June 16. They will meet reigning European champions Portugal in their second match, with their final Group F opponent still to be decided.
Switzerland has been drawn in Group A along with Turkey, Italy and Wales.


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<script src="RGraph.common.core.js"></script> <script src="RGraph.line.js"></script>Put this where you want the chart to show up:
<canvas id="cvs" width="600" height="250" style="background-color: #70AD47"> [No canvas support] </canvas>This is the code that generates the chart - it should be placed AFTER the canvas tag(s):


--- layout: default permalink: /links/index.html title: Links --- {% include header.html %}
Blaise Sucks