Made by @AdityaInfinite
Custom background
Apply
no class selected
9 A
9 B
9 C
9 D
10 B
10 C
10 D
8:10:45
Now
period
Ends in
time
Next
period
in
time
#
Monday
Tuesday
Wednesday
Thursday
Friday
1
2
break
3
4
break
5
6


Defining and Building Resources¶
The first step in preparing data is to define resources by importing the source data into Google Earth Enterprise Fusion. You import imagery, terrain, and vector data separately.
This lesson guides you through defining and building imagery, terrain, and vector resources.
Define Imagery Resources
The following exercises guide you through exploring your source data and defining and building imagery resources. Resources comprise the most basic components of a Google Earth Enterprise Fusion database.
Explore Imagery Source Files
In this exercise, you learn to use the Preview panes in the Google Earth Enterprise Fusion GUI to investigate imagery source files to be sure they cover the desired area before you import them into Google Earth Enterprise Fusion.
The following limitations apply to previewing data.
- Certain display rule settings are ignored:
- Simplification method
- Suppress duplicates
- Elevation/height
- Highlight style
- Road label
- Road shield
- Lines and polygons are drawn as lines only (not filled), so use Line Color or Outline Color to see the colors of lines or polygons in the Preview pane.
- Labels appear in the assigned color, but scaling and centering are ignored for labels.
- Icons do appear in the Preview pane, but any style settings (color, scale) are ignored.
- Icons are not selectable, and their pop-up text is not displayed.
To explore imagery source files:
Click the Open icon:.
Select
/opt/google/share/tutorials/fusion/Imagery/usgsLanSat.tif
and click Open.The image name appears in the Preview List pane. This is called a layer (an individual source file or resource).
Select the layer’s checkbox.
A bounding box in the Preview pane indicates the extent of the imagery in the selected file.
Right-click the layer in the Preview List pane, and select Zoom to Layer from the context menu.
The Preview pane zooms to show only the region in the selected imagery file.
Repeat the steps above, this time opening the i3SF15-meter.tif file.
When you select the checkbox next to this second layer, a bounding box indicates the extent of the second layer within the first layer. You can see the relationship of each area to the other in the Preview pane.
When you finish viewing the imagery layers, right-click either layer in the Preview List pane, and select Remove All Layers from the context menu.
A message prompts you to confirm that you want to remove all layers from the Preview panes.
Click the OK button.
Press Ctrl+R to reset the view to the whole Earth.
Define Imagery Resources
In this exercise, you create imagery resources from the imagery data provided for this tutorial.
To define an imagery resource:
Select Tools > Asset Manager.
In the Asset Manager, click in the toolbar. The Imagery Resource window appears.
Set the Acquisition Date to today’s date. This is required if you will be creating a historical imagery project later.
The date you set for the imagery Acquisition Date is visible in the Google Earth Client when hovering the cursor over a tile. If you add this information to the imagery at a later point, a rebuild of the imagery project is required (as the date needs to be encoded in the JPEG tiles).
When entering date information, the day or month values can be left blank. For example:
2008-01-00
indicates January 20082008-00-00
indicates 20080000-00-00
indicates undefined
Leading zeros are not required when entering dates.
Note
When you work with real data, the acquisition date should reflect the date the data was released. You can obtain this information from the provider. However, for the purpose of simplifying this tutorial, use the current date for all Acquisition Date fields.
Select NASA Imagery from the Provider drop-down list. Notice that the Provider drop-down list contains all of the providers you added earlier.
Set the Mask Type to No Mask.
You are about to import the BlueMarble source data. Since that data covers the entire world, there is no need for a mask. That is, there is no fill data to mask out in the imagery.
Click Add.
The Open Source dialog opens to the
/opt/google/share/tutorials/fusion/Imagery
folder.Select the
bluemarble_4km.tif
file, and click Open.Select File > Save and navigate to the
/ASSET_ROOT/Resources/Imagery
folder you created in the previous chapter.Enter the name BlueMarble for the resource, and click Save.
Note
Warning
Caution: When you are defining assets for your live production system, it is important to remember that you cannot delete or edit asset names after you save them.
In the Asset Manager, the name of the resource appears on the
right when you select the
/ASSET_ROOT/Resources/Imagery
folder in the asset navigation
tree.
Build an Imagery Resource
Before you can view the imagery resource in the Preview pane or include it in a project, you must build it. You do not have to build each resource right away, however. You can define several resources and then build them all at the same time, if you prefer. There are advantages and disadvantages to both approaches. You can develop your own routine as you get more comfortable with Google Earth Enterprise Fusion.
In this exercise, you will build the first resource right away.
To build an imagery resource:
In the Asset Manager, select the
/ASSET_ROOT/Resources/Imagery
folder.BlueMarble appears on the right with Current Version and Current State set to None, indicating that the resource has not yet been built.
Right-click BlueMarble, and select Build from the context menu. The status of the resource immediately changes to Queued and then to In Progress.
Note
Because imagery files are data-intensive, it can take some time to build imagery resources.
Double-click the Current Version or Current State column for the resource to view the progress of the build.
Right-click BlueMarble, and select Current Version Properties.
The Version Properties dialog displays the most recent version of that resource. You can expand the version tree to view the status of the build in real time by clicking the + signs.
When you are done reviewing the information in the Version Properties dialog, close that window.
When the BlueMarble resource finishes building, its Current State column in the Asset Manager changes to Succeeded, and its Current Version column changes to the date and time the most recent build was started.
Define and Build the Remaining Imagery Resources
Now that you have defined and built one imagery resource, you can define and build the remaining imagery resources provided for this tutorial:
| Name (Resources/Imagery/…) | Acquisition Date | Provider | Mask | Source File |
|---|---|---|---|---|
| SFBayAreaLanSat_20021010 | Today’s date | USGS Imagery |
|
usgsLanSat.tif |
| i3_15Meter_20041010 | Today’s date | i3 | Auto Mask Default values. | i3SF15-meter.tif |
| SFHighResInset_20061010 | Today’s date | USGS Imagery | Auto Mask Default values. | usgsSFHiRes.tif |
While the resources are building, the Asset Manager list looks something like this:
It could take several minutes to build all of the imagery resources. When the builds are all complete, it looks like this:
Preview the Imagery Resources
After you successfully build the imagery resources, you can view some of them in the Preview pane of the Google Earth Enterprise Fusion GUI.
To preview imagery resources:
In the Asset Manager, drag and drop the SFHighResInset resource from the Asset Name column onto the Preview List pane.
Drag and drop the SFBayAreaLanSat resource onto the Preview List pane, and then close the Asset Manager.
Note
Google Earth Enterprise Fusion displays the resources in the order in which they are listed in the Preview List pane with the last asset on the list at the bottom of the stack and the first asset on the list on top. In this case, the SFHighResInset resource provides much higher resolution imagery for a small area of the SFBayAreaLanSat resource, so you want SFHighResInset to appear on top.
Check the box next to each resource in the Preview List pane to display the associated imagery.
Bounding boxes appear where the imagery is located on the base imagery; however, they appear to be very small because the display level is so high.
Right-click SFBayAreaLanSat in the Preview List pane, and select Zoom to Layer from the context menu.
The Preview pane zooms to the outermost edges of the selected layer. Notice the bounding box for the other resource.
Right-click SFHighResInset in the Preview List pane, and select Zoom to Layer from the context menu.
The Preview pane zooms to the outermost edges of the selected layer.
To prepare for the next exercise, zoom out to a display level between 11 and 12 to view more of the San Francisco bay area, as shown in the following graphic.
To zoom out, you can either select and then click in the Preview pane and push the mouse away from you, or roll the mouse wheel away from you.
Define Terrain Resources
Defining terrain resources is very similar to defining imagery resources. The following exercises guide you through defining and building terrain resources.
Explore Terrain Source Files
As with imagery files, you can preview terrain source files to be sure they cover the correct area before you convert them to resources. Although you learned about previewing source files in a previous exercise, this exercise gives you an opportunity to learn about more about the preview tools.
To explore terrain source files:
Click .
The Open dialog appears.
Navigate to the
/opt/google/share/tutorials/fusion/Terrain
folder.Select
SF_terrain.tif
, and click Open.The new layer name appears in the Preview List pane unchecked.
Select Enable All Layers from the Edit menu to check the boxes for all layers.
A bounding box appears for the terrain layer.
Zoom out a bit to see the entire bounding box.
Note
The Preview pane displays a bounding box for terrain source data, not the actual terrain imagery. You must define and build terrain resources to be able to see a preview of the actual terrain.
Right-click SF_terrain, and select Zoom to Layer from the context menu.
This fills the Preview pane with the city of San Francisco. The high-resolution imagery inset, SFHighResInset, is still part of this view, and the SFBayAreaLanSat provides the background imagery.
Use the toolbar buttons and/or your mouse wheel to zoom in and out to explore the terrain on the underlying imagery.
Right-click any layer and select Remove All Layers.
A message prompts you to confirm that you want to remove all layers.
Click the OK button.
All of the layers disappear from the Preview panes. You can leave the preview pane zoomed in to prepare for an upcoming exercise, even though the imagery is too close to make out any details at this point.
Define Terrain Resources
In this exercise, you create terrain resources from the terrain data provided for this tutorial.
To define a terrain resource:
Open the Asset Manager, and click on the toolbar.
The Terrain Resource Editor appears.
Set the acquisition date to today’s date in year-month-day format by clicking each section of the date and enter the values.
Select USGS Terrain from the Provider drop-down list.
Set the Mask Type (under Mask Options) to Have Mask.
The mask file for your import must be located in the same folder as the source file, and the file name must match the name of the source file with
-mask
appended. For example, in the tutorial files provided, the source file is calledgtopo30_4km.tif
, and its mask file is namedgtopo30_4km-mask.tif
. Google Earth Enterprise Fusion automatically applies the mask file by reference to the source file.Note
You can use the Have Mask option for resources that contain one source file only.
Accept the Elevation Units default, Meters.
Click Add.
The Open Source dialog opens to the
/opt/google/share/tutorials/fusion/Terrain
folder.Select gtopo30_4km.tif, and click the Open button.
The selected file appears on the Source File(s) list.
Select Save from the File menu.
The Save dialog appears.
Navigate to the
/ASSET_ROOT/Resources/Terrain
folder you created in Setting Up the Tutorial.Enter the name WorldTopography for the resource, and click Save.
Close the Terrain Resource Editor dialog.
The name of the resource appears on the right when you select the
/ASSET_ROOT/Resources/Terrain
folder in the asset navigation tree in Asset Manager.
To define another terrain resource:
In the Asset Manager, click on the toolbar.
The Terrain Resource Editor appears.
Set the acquisition date to today’s date in year-month-day format by clicking each section of the date and entering the values.
Select USGS Terrain from the Provider drop-down list.
Set the Mask Type (under Mask Options) to Auto Mask, and accept the default mask settings:
- Feather: 100
- Hole Size: 0
- NoData: -99999:0
(For details about masking, see the Mask Options section in the Defining Resources chapter of the Reference Guide.)
Accept the Elevation Units default, Meters.
Click Add.
The Open Source dialog appears.
From the
/opt/google/share/tutorials/fusion/Terrain
folder, select SF_terrain.tif, and click Open.The selected file appears on the Source File(s) list.
Select Save from the File menu.
The Save dialog appears.
Navigate to the
/ASSET_ROOT/Resources/Terrain
folder you created in Setting Up the Tutorial.Enter the name SFTerrain for the resource, and click Save.
Close the Terrain Resource Editor dialog.
The name of the resource appears on the right when you select the
/ASSET_ROOT/Resources/Terrain
folder in the asset navigation tree in Asset Manager.
Build and Modify Terrain Resources
As with imagery resources, in this exercise, you will build the terrain resources right away.
Note
The WorldTopography terrain resource is quite large and could take up to 30 minutes to build, depending on the speed of your CPU. It is a good idea to start this exercise close to lunch time or just before you attend a meeting, so it can build while you are busy doing something else.
To build and modify a terrain resource:
In the Asset Manager, select the
/ASSET_ROOT/Resources/Terrain
folder.The terrain resources appear on the right with the Current Version and the Current State set to None, indicating that the resources have not yet been built.
Right-click WorldTopography, and select Build from the context menu.
The status of the resource changes to Queued and then to In Progress.
Right-click SFTerrain, and select Build from the context menu.
The status of the SFTerrain resource changes to Queued until the WorldTopography resource finishes building and then changes to In Progress.
When each resource finishes building, the Current State column in the Asset Manager changes to Succeeded, and its Current Version column changes to the date and time the most recent build was started.
Drag the SFTerrain resource into the Preview List pane, and check the box next to it.
Right-click SFTerrain, and select Zoom to Layer.
The bounding box for the terrain resource appears in the Preview pane, and the grayscale terrain imagery appears in the bounding box.
Note
Since the Preview pane in Google Earth Enterprise Fusion is meant for preview purposes only, it does not render terrain in 3D like Google Earth EC. Instead, it renders a grayscale interpretation of the terrain. The lighter pixels represent the higher elevations, and the darker pixels represent lower elevations. For this reason, the Preview pane is not useful for comparing elevation values from different resources.
Because the background is a very low-resolution image, it is hard to determine what you are looking at. The solution to this problem is to add high-resolution imagery to the Preview pane to give you a frame of reference.
In the Asset Manager, navigate to
ASSET_ROOT/Resources/Imagery
, and drag SFBayAreaLanSat to the Preview List pane, and check the box next to it.The higher-resolution imagery appears under the terrain imagery, so you can get a better idea of where the terrain is located.
The mask automatically generated by Google Earth Enterprise Fusion removes all of the fill data in the terrain resource, using the feather value specified in the Terrain Resource Editor.
The preview shows that the default feather of 100 pixels is far too aggressive, removing much of the terrain data around the coastline. In a real-world situation, you can provide your own mask for the data to be sure you can see every detail around the coastline. For this tutorial, however, simply adjust the feather value for the mask that Google Earth Enterprise Fusion generates automatically.
Double-click the for the SFTerrain resource in the Asset Manager.
The Terrain Resource Editor appears with all of the SFTerrain resource’s settings.
Change the Feather value to 5.
Select Save from the File menu.
Google Earth Enterprise Fusion saves the terrain resource with the same name.
Build the SFTerrain resource again.
Drag and drop the SFTerrain resource onto the Preview List pane.
The new version of the resource appears at the bottom of the list with a number after the resource name to distinguish it from other versions of the same resource.
Uncheck the box next to the original version of the resource, and check the box next to the modified version.
The Preview pane displays the modified version of the resource.
Because the second version of the resource is listed below the imagery resource in the Preview List pane, it appears below the imagery in the Preview pane. Because of the list order, the imagery resource is actually obscuring the terrain resource. All you can see is the mask.
Right-click any layer in the Preview List pane, and select Remove All Layers from the context menu.
A message prompts you to confirm that you want to remove all layers.
Click OK.
All of the layers disappear from the Preview panes.
In the Asset Manager, navigate to
ASSET_ROOT/Resources/Terrain
, and drag and drop the new version of the SFTerrain resource onto the Preview List pane, and check the box next to it.Navigate to
ASSET_ROOT/Resources/Imagery
, and drag SFBayAreaLanSat to the Preview List pane, and check the box next to it.Now you can see the preview of the terrain over the imagery. With a feather value of 5, the mask removes the fill data but removes much less of the real data, allowing the actual terrain data to be visible out to the edges of the coastline.
When you finish examining the preview, right-click either layer in the Preview List pane, and select Remove All Layers from the context menu.
A message prompts you to confirm that you want to remove all layers.
Click OK.
All of the layers disappear from the Preview panes.
Press Ctrl+R to reset the view to the whole Earth.
Define Vector Resources
The following exercises guide you through the process of defining and building a vector resource for California highway data.
Explore Vector Source Files
As with imagery and terrain files, you can preview vector source files to be sure they provide the data you want before you convert them to resources. This exercise provides an opportunity for you to use some additional preview tools.
To explore vector source files:
Click the button.
The Open dialog appears.
Navigate to the
/opt/google/share/tutorials/fusion/Vector
folder.Select
california_roads_line.shp
, and click Open.The layer name appears in the Preview List pane.
Check the box next to
california_roads_line
.The highway and road lines appear on California. (It appears below in bright green; it might appear in a different color on your screen.)
Right-click california_roads_line, and select Zoom to Layer to zoom into the San Francisco Bay area to view the road features.
Make sure the layer is selected (highlighted) in the Preview List pane. Then, with selected on the toolbar, drag a selector rectangle around the City of San Francisco.
The selected area is highlighted (yellow), and the data fields that correspond to the selected area appear in the Data List pane.
You can scroll through this data and sort it by columns to explore the values of each field to determine the potential attributes to use in the filters you set up in Configuring Display Rules.
When you finish exploring the data, right-click the california_roads_line, and select Remove Layer to clear the Preview panes.
A message prompts you to confirm that you want to remove the layer.
Click OK.
The layer disappears from the Preview panes.
Press Ctrl+R to reset the view to the whole Earth.
Define a Vector Resource
In this exercise, you define vector resources from the vector data provided for this tutorial.
To define a vector resource:
Select Asset Manager from the Tools menu.
The Asset Manager appears.
Click on the toolbar.
The Vector Resource Editor appears.
Set the acquisition date to today’s date in year-month-day format by clicking each section of the date and enter the values.
Select USGS Maps from the Provider drop-down list.
Click Add.
The Open Source dialog opens to the
/opt/google/share/tutorials/fusion/Vector
folder.Select the
california_roads_line.shp
file, and click Open.The selected file appears in the Source File(s) list.
Select Save from the File menu.
The Save dialog appears.
Navigate to the
/ASSET_ROOT/Resources/Vector
folder you created in Setting Up the Tutorial.Enter the name CAHighways for the resource, and click Save.
Close the Vector Resource Editor dialog.
The name of the resource appears on the right when you select the
/ASSET_ROOT/Resources/Vector
folder in the asset navigation tree in Asset Manager.
Build a Vector Resource
As with the imagery and terrain resources, in this exercise, you will build the vector resource right away. In fact, you must build vector resources before you can include them in projects.
To build a vector resource:
In the Asset Manager, select the
/ASSET_ROOT/Resources/Vector
folder.CAHighways appears on the right with the Current Version and the Current State set to None, indicating that the resource has not yet been built.
Right-click CAHighways, and select Build from the context menu.
The status of the resource changes to Queued and then to In Progress. When the CAHighways resource finishes building, its Current State column in the Asset Manager changes to Succeeded, and its Current Version column changes to the date and time the most recent build was started.
Define and Build the Remaining Vector Resources
Now that you have defined and built one vector resource, you can define and build the remaining vector resources provided for this tutorial.
Follow the steps in Defining a Vector Resource to define resources for the following vector source files:
- CAPopPlaces
- Acquisition Date: today’s date
- Provider: USGS POIs
- Source File:
california_popplaces.csv
- Name: CA_POIs
- USCensusbyCounty
- Acquisition Date: today’s date
- Provider: GNIS/US Census Bureau
- Source File:
us_counties_census.shp
- Name: US_Population
After defining each resource, right-click it and select Build from the context menu. By the time you finish defining the last resource, the other builds should all be complete.
When Google Earth Enterprise Fusion finishes building the last resource, close the Asset Manager by clicking the close box (X) in the top right corner, and go on to the next lesson.


Nathan Kress Bids Farewell To 'Henry Danger' With Sweet New Family Pic
Nathan Kress is saying goodbye to another long running Nickelodeon show – Henry Danger.
Taking to social media this weekend, the now 27-year-old actor and director shared his goodbyes to the show with an updated family picture featuring his wife, London and their young daughter, Rosie.
“5 years. A lot has changed. Not just the fact that I can’t fit into those khakis any more…,” Nathan wrote. “Congrats to the Henry Danger team on wrapping their fifth and final season, spanning a massive 120+ episodes. It’s been an honor and a privilege!”
Nathan directed 10 of the show’s episodes from 2015 until the end of series.
Series star Jace Norman first hinted at the end of the show earlier this fall.


{% extends "club/base.html" %} {% block content %} {% include 'club/includes/messages.html' %} Member Management Pending Verification {% for member in unverified_members %} {{ member.user.get_full_name }} ({{ member.user.email }}): {{ member.school_username }} {% csrf_token %} Verify {% empty %} No members are pending verification. {% endfor %} {% endblock %}
No members are pending verification.


Before Change
module.specific_height.value = 10
module.run(workspace)
result = workspace.image_set.get_image(OUTPUT_IMAGE_NAME).pixel_data
self.assertTrue(numpy.all(numpy.abs(result - expected) <=
numpy.sqrt(numpy.finfo(float).eps)))
def test_04_03_reshape_half_and_double(self):
"""Make an image twice as large in one dimension and half in other"""
i, j = numpy.mgrid[0:10, 0:19].astype(float)
After Change
def test_04_02_reshape_half(self):
"""Make an image half as large by changing the shape"""
i, j = numpy.mgrid[0:19, 0:19].astype(float) / 2.0
image = skimage.exposure.rescale_intensity(i + j * 10)
expected = skimage.transform.resize(
image,
(10, 10),
order=1,
mode="symmetric"
)
workspace, module = self.make_workspace(
image,
cellprofiler.modules.resize.R_TO_SIZE,
cellprofiler.modules.resize.I_BILINEAR


3.7. Naive Bayes¶
Naive Bayes algorithms are a set of supervised learning methods based on applying Bayes’ theorem with the “naive” assumption of independence between every pair of features. Given a class variable and a dependent set of feature variables through , Bayes’ theorem states the following relationship:
Using the naive independence assumption this relationship is simplified to:
so we can use Maximum A Posteriori (MAP) estimation to estimate and .
The different naive Bayes classifiers differ by the assumption on the distribution of .
In spite of their apparently over-simplified assumptions, naive Bayes classifiers have worked quite well in many real-world situations, famously document classification and spam filtering. They requires a small amount of training data to estimate the necessary parameters. (For theoretical reasons why naive Bayes works well, and on which types of data it does, see the references below.)
Naive Bayes learners and classifiers can be extremely fast compared to more sophisticated methods. The decoupling of the class conditional feature distributions means that each distribution can be independently estimated as a one dimensional distribution. This in turn helps to alleviate problems stemming from the curse of dimensionality.
References:
- H. Zhang (2004). The optimality of naive Bayes. Proc. FLAIRS.
3.7.1. Gaussian Naive Bayes¶
GaussianNB implements the Gaussian Naive Bayes algorithm for classification. The likelihood of the features is assumed to be gaussian:
The parameters of the distribution, and are estimated using maximum likelihood.
Examples:
- example_naive_bayes.py
3.7.2. Multinomial Naive Bayes¶
MultinomialNB implements the Multinomial Naive Bayes algorithm for classification. Multinomial Naive Bayes models the distribution of words in a document as a multinomial. The distribution is parametrized by the vector where is the class of document, is the size of the vocabulary and is the probability of word appearing in a document of class . The likelihood of document is,
where is the frequency count of word . It can be shown that the maximum posterior probability is,
The vector of parameters is estimated by a smoothed version of maximum likelihood,
where is the number of times word appears in a document of class and is the total count of words in a document of class . The smoothness priors and their sum account for words not seen in the learning samples.
3.7.3. Bernoulli Naive Bayes¶
BernoulliNB implements the naive Bayes training and classification algorithms for data that is distributed according to multivariate Bernoulli distributions. It requires samples to be represented as binary-valued/boolean feature vectors; if handed any other kind of data, it binarizes it (depending on the binarize parameter).
In the case of text classification, word occurrence vectors (rather than word count vectors) may be used to train and use this classifier. BernoulliNB might perform better on some datasets, especially those with shorter documents, because it explicitly penalizes the non-occurrence of words/features in a dataset where MultinomialNB would only notice a zero count, but for text classification MultinomialNB will generally be better. It is advisable to evaluate both models, if time permits.
References:
- C.D. Manning, P. Raghavan and H. Schütze (2008). Introduction to Information Retrieval. Cambridge University Press, pp. 234-265.
- A. McCallum and K. Nigam (1998). A comparison of event models for naive Bayes text classification. Proc. AAAI/ICML-98 Workshop on Learning for Text Categorization, pp. 41-48.
- V. Metsis, I. Androutsopoulos and G. Paliouras (2006). Spam filtering with naive Bayes – Which naive Bayes? 3rd Conf. on Email and Anti-Spam (CEAS).


WATCH | Former US President Jimmy Carter in hospital for surgery
Former United States president Jimmy Carter was admitted to an Atlanta hospital on Monday for a procedure to relieve brain pressure from bleeding caused by recent falls, the Carter Center said in a statement.
The procedure to relieve pressure on Carter's brain was scheduled for Tuesday morning, the Carter Center said, adding that the 95-year-old was "resting comfortably", and that his wife, Rosalynn, was with him.
No information was provided about the circumstances leading to his hospitalisation.
READ | US' oldest living president Carter hospitalised after another fall
In October, Carter was admitted to Emory University Hospital three weeks after suffering a minor pelvic fracture in a fall at his home in Plains, Georgia. He was released from hospital a few days after that accident.
A previous fall earlier in October required stitches to Carter's face, but he resumed work soon after on a homebuilding project for the non-profit group Habitat for Humanity.
Skin cancer
READ | Carter's advice for Trump? Tweet less
In May, the former Democratic president broke his hip, also at home, requiring him to undergo surgery.
He was hospitalised briefly in 2017 for dehydration and was diagnosed with skin cancer in 2015.
Carter, a former peanut farmer and Georgia governor, defeated Republican President Gerald Ford in 1976 to become the US' 39th president, serving a single four-year term in the White House.
His presidency was overshadowed by an economic recession, an energy crisis and the taking of US hostages by Iran, but he also played a leading role in brokering the Camp David Accords leading to a peace treaty between Egypt and Israel.
He lost his 1980 re-election bid to Republican Ronald Reagan.
After leaving office in 1981, Carter went on to become a noted humanitarian. He won the Nobel Peace Prize in 2002 for his efforts toward finding peaceful solutions to international conflicts, advancing democracy and human rights and promoting economic and social development.
He and his wife founded the Carter Center in 1982 to carry on their international and humanitarian work.


Clicking submit will broadcast the message to all connected clients - try opening this page on multiple, and different, browsers!


This method allows to select a miRNA and all its isomiRs from the count matrix.
isoSelect.IsomirDataSeq(object, mirna, minc = 10) # S4 method for IsomirDataSeq isoSelect(object, mirna, minc = 10)
| object | A IsomirDataSeq object. |
|---|---|
| mirna | String referring to the miRNA to show. |
| minc | Minimum number of isomiR reads needed to be included in the table. |
S4Vectors::DataFrame with count
information. The row.names
show the isomiR names, and each of the columns shows the counts
for this isomiR in that sample. Mainly, it will return the count
matrix only for isomiRs belonging to the miRNA family given by
the mirna
parameter. IsomiRs need to have counts bigger than
minc
parameter at least in one sample to be included in the output.
Annotation of isomiRs follows these rules:
miRNA name
mismatches
additions
5 trimming events
3 trimming events
data(mirData) # To select isomiRs from let-7a-5p miRNA # and with 10000 reads or more. isoSelect(mirData, mirna="hsa-let-7a-5p", minc=10000)#> DataFrame with 2 rows and 7 columns #> id cc1 cc2 cc3 #> <character> <numeric> <numeric> <numeric> #> 1 hsa-let-7a-5p 0 0 0 0 : TGAGGTAGTAGGTTGTATAGTT<PHONE_NUMBER>54 149541 #> 2 hsa-let-7a-5p 0 0 0 t : TGAGGTAGTAGGTTGTATAGT 50920 52403 35525 #> ct2 ct3 ct4 #> <numeric> <numeric> <numeric> #> 1<PHONE_NUMBER>28 123454 #> 2 35795 24993 34512


Hello {{ username }}, thanks for your review!
Your discount code is {{ code }}, this is good for {{ discount }}% off your next purchase!
See you around!
Mystery Books


content
The example will work if the browser supports the open attribute of the details object.
open
details


With its activation, the company is constantly working to make education
accessible to everyone and spark an interest in the youth to keep up with the latest developments in the field of education.
Our company's motive is to teach creatively to solve real time, world problems.
Owing to the challenges faced by
everyone, due to this pandemic (Covid-19) have shut down schools and colleges in this unprecedented time. Especially our aim is to empower rural areas of our country.
Mission statement: We want to provide quality education to poor childern at zero charges.
Objective: We hope to accomplish the task of increasing Net Attendance Ratio including the Literacy Rate among poor childern.
Our company has
won many small and big awards like :-
-- Best Educators Online Award,
-- Free Online Education Award,
-- StudyRankers Award
We have been mentioned as
best Online Educators by many renowned sites and Newspapers like :-
=> Times Of India ~ "Sync - x is the best online learning platform."
=> Hindustan Times ~ "Sync - x taking nice initiative for free online education during this unprecedented time."
=> Quora ~ "Best online Platform for Grade VIII to X students."
<EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS>"We aim to uplift the sense of education by fostering young minds throgh e-learning."
You can ask your questions/queries on - example@xyz.com


emotional intelligence
i think therefore i am
14 September 2020
What is Emotional Intelligence?
Emotional intelligence is the ability to recognise and manage ones own emotions. It is also the ability to recognise these emotions in other people.  Being emotionally intelligent also means you are aware of what triggers your emotions and how they affect you or other people.
How is it different to IQ?
IQ, or intelligence quotient, is a measure of a person’s ability to reason using information and logic. It deals in areas like problem solving, memory, and the ability to make predictions based on patterns. Logic and puzzles do not necessarily come into play when considering emotional intelligence. EI is not about how well you can solve a puzzle or predict a pattern, it is about how well you can recognise and manage emotions in yourself and others. IQ could help you solve a puzzle but EI will help you overcome frustration when solving the puzzle or help you effectively solve the puzzle as part of a team.
Why is it important?
Emotional intelligence is important as it gives you the tools you need to prevent yourself from becoming a prisoner of your own emotions. If you learn to understand and manager your emotions then you will not be controlled by them.


|
DocToXMLParser
0.32
|
#include <QtGui>
#include <QTextEdit>
#include <QRegExp>
#include <QSettings>
#include "findreplaceform.h"
#include "ui_findreplaceform.h"
Go to the source code of this file.
Macros | |
| #define | TEXT_TO_FIND "textToFind" |
| #define | TEXT_TO_REPLACE "textToReplace" |
| #define | DOWN_RADIO "downRadio" |
| #define | UP_RADIO "upRadio" |
| #define | CASE_CHECK "caseCheck" |
| #define | WHOLE_CHECK "wholeCheck" |
| #define | REGEXP_CHECK "regexpCheck" |
| #define CASE_CHECK "caseCheck" |
Definition at line 18 of file findreplaceform.cpp.
| #define DOWN_RADIO "downRadio" |
Definition at line 16 of file findreplaceform.cpp.
| #define REGEXP_CHECK "regexpCheck" |
Definition at line 20 of file findreplaceform.cpp.
| #define TEXT_TO_FIND "textToFind" |
Definition at line 14 of file findreplaceform.cpp.
| #define TEXT_TO_REPLACE "textToReplace" |
Definition at line 15 of file findreplaceform.cpp.
| #define UP_RADIO "upRadio" |
Definition at line 17 of file findreplaceform.cpp.
| #define WHOLE_CHECK "wholeCheck" |
Definition at line 19 of file findreplaceform.cpp.


#include <config.h>
Definition at line 12 of file config.h.
◆ Config() [1/2]
◆ Config() [2/2]
| Config::Config |
( |
std::string |
path | ) |
|
read config file
- Parameters
-
Definition at line 9 of file config.cpp.
◆ getConfigPath()
| const std::string & Config::getConfigPath |
( |
| ) |
const |
get path to config
- Returns
- path
Definition at line 85 of file config.cpp.
◆ getPostgress_database()
| const std::string & Config::getPostgress_database |
( |
| ) |
const |
get database smartcal should work with
- Returns
- database
Definition at line 69 of file config.cpp.
◆ getPostgress_password()
| const std::string & Config::getPostgress_password |
( |
| ) |
const |
get password to postgres server
- Returns
- password
Definition at line 77 of file config.cpp.
◆ getPostgress_port()
| int Config::getPostgress_port |
( |
| ) |
const |
get port postgres is working on from config
- Returns
- port postgres is on
Definition at line 65 of file config.cpp.
◆ getPostgress_server()
| const std::string & Config::getPostgress_server |
( |
| ) |
const |
get the postgres server address from config
- Returns
- host with postgres server
Definition at line 61 of file config.cpp.
◆ getPostgress_username()
| const std::string & Config::getPostgress_username |
( |
| ) |
const |
get username to postgres server
- Returns
- username
Definition at line 73 of file config.cpp.
◆ getWebdav_port()
| uint16_t Config::getWebdav_port |
( |
| ) |
const |
get port to host on
- Returns
- port
Definition at line 81 of file config.cpp.
The documentation for this class was generated from the following files:


CodeGen is the tool used to generate Java code and a binding definition from an XML schema. It currently handles most types of schema definitions, but as with most data binding tools some aspects of schema with are not completely supported. These unsupported or partially-supported schema features including the following:
namespace="##other"
. This usage is not currently supported by CodeGen.CodeGen executes as a Java application, meaning it needs to be run directly from a
console window using the "java" command, or though some equivalent technique (such as
an Ant <java>
task, discussed below). However it's being run, you need
to include jibx-tools.jar from your JiBX installation lib directory in the
Java classpath. You'll also need several of the other jars from the JiBX lib
directory (including jibx-bind.jar, jibx-schema.jar, and jibx-run.jar,
along with log4j.jar and all the eclipse jars). As long as these jars are in the
same directory as jibx-tools.jar you don't need to list them in the classpath,
though - they'll be picked up automatically.
The CodeGen application main class is org.jibx.schema.codegen.CodeGen
,
and it takes as parameters the names or name patterns (using '*' wildcard characters) for
schemas to be used as the basis for code generation. Only "top-level" schemas need to be
specified; schemas referenced by means of xs:include or xs:import will automatically be
loaded by CodeGen and included in the code generation.
Here's a sample of running CodeGen on Unix/Linux systems from the examples/codegen directory of the distribution (in a single line, shown split here only for formatting):
java -cp ../../lib/jibx-tools.jar org.jibx.schema.codegen.CodeGen otasubset/OTA_AirLowFareSearchRQ.xsd
On Windows, the corresponding command line is:
java -cp ..\..\lib\jibx-tools.jar org.jibx.schema.codegen.CodeGen otasubset\OTA_AirLowFareSearchRQ.xsd
By default, CodeGen output just goes to the current directory where it was executed. The generated root binding definition is named binding.xml, and the generated Java package(s) is derived from the schema namespace.
When working with large schemas you may find performance to be a problem using the
standard JVM memory settings. You should be able to dramatically improve performance by
increasing your Java runtime memory settings (with the JVMs provided by Sun this is done
using the -Xms and -Xmx command line flags, so passing the command line
parameters -Xms512M -Xmx512M
would increase the memory available to the JVM
from the standard 16 megabytes to 512 megabytes).
You can easily run CodeGen from an Ant build, just as you would any other Java application. The build.xml in the examples/codegen directory gives an example of this (which passes an optional generation directory path parameter, in addition to a schema file path pattern), as shown below:
<!-- set classpath for compiling and running application with JiBX --> <path id="classpath"> <fileset dir="${jibx-home}/lib" includes="*.jar"/> <pathelement location="bin"/> </path> ... <!-- generate using default settings --> <target name="codegen" depends="check-runtime,clean"> <echo message="Running code generation from schema"/> <java classname="org.jibx.schema.codegen.CodeGen" fork="yes" classpathref="classpath" failonerror="true"> <arg value="-t"/> <arg value="gen/src"/> <arg value="otasubset/OTA_AirLowFareSearch*.xsd"/> </java> </target>
Most IDEs allow you to directly execute an Ant build target, so you can use the Ant approach to running CodeGen from within your IDE.
You can change the default memory size for the <java> Ant task using nested <jvmarg> parameters. By way of example, here's how you'd change the above Ant target to use 512 megabytes of memory:
<java classname="org.jibx.schema.codegen.CodeGen" fork="yes" classpathref="classpath" failonerror="true"> <jvmarg value="-Xms512M"/> <jvmarg value="-Xmx512M"/> <arg value="-t"/> <arg value="gen/src"/> <arg value="otasubset/OTA_AirLowFareSearch*.xsd"/> </java>
You can pass a variety of command line parameters to CodeGen, as listed below in alphabetical order:
| Parameter | Purpose |
|---|---|
-b name |
Generated root binding definition file name (default name is binding.xml) |
-c path |
Path to input customizations file |
-i path1,path2,... |
Include existing bindings and use mappings from the bindings for matching schema global definitions (this is the basis for modular code generation) |
-n package |
Default package for code generated from schema definitions with no namespace (default is the package "dflt", if not set) |
-p package |
Default package for code generated from all schema definitions |
-s path |
Root directory path for schema definitions (so that simple names can be used when specifying multiple schemas) |
-t path |
Target directory path for generated output (default is current directory) |
-u uri |
Namespace applied in code generation when no-namespaced schema definitions are found (to generate no-namespaced schemas as though they were included in a particular namespace) |
-v |
Verbose output |
-w |
Wipe all files from target directory before generating output (ignored if the target directory is the same as the current directory) |
You need to specify one or more schema paths or file path patterns as command line parameters to CodeGen. Each schema you specify is used as a starting point for generating code and binding definitions. CodeGen examines each specified schema to find references to other schemas, and then recursively examines the referenced schemas, to find the complete set of schemas used to represent the data. It then generates code and binding definitions for all of these schemas. The schema names or file path patterns must be at the end of the command line, following any other command line parameters. '*' wildcard characters can be used in schema names, but only as part of file paths. Schema names can also be specified using HTTP or other forms of URLs, but wildcard characters are not allowed in this case.
Finally, you can pass global customizations to CodeGen as command-line parameters,
by using --
as a special prefix to the customization attribute name.
This is explained in more detail in the CodeGen customization
reference page. Before digging into the details of customizations you may find
it useful to review the CodeGen examples to learn how CodeGen
works and see some basic applications of customizations.
CodeGen includes logging code at a variety of levels of detail, using the log4j library. The jibx-tools.jar includes a default log4j.properties which only supports ERROR level logging, with output to the console. This default properties file can be overridden by another log4j.properties which is placed earlier in the classpath. The log4j.properties file in the examples/codegen directory is supplied as a sample, which can be activated by changing the classpath definition in the Ant build.xml as follows:
<!-- set classpath for compiling and running application with JiBX --> <path id="classpath"> <pathelement location="."/> <fileset dir="${jibx-home}/lib" includes="*.jar"/> <pathelement location="bin"/> </path>
This logging support is only intended for use by JiBX developers and others who are investigating the operation of the CodeGen program. The logging information is generally not useful to end users.


You speak a one-word command to a creature you can see within range. The target must succeed on a W isdom saving throw or follow the command on its next turn.
The spell has no effect if the target is undead, if it doesn't understand your language, or if your command is directly harmful to it.
Some typical commands and their effects follow. You might issue a command other than one described here.
If you do so, the DM determines how the target behaves.
If the target can't follow your command, the spell ends.
Approach. The target moves toward you by the shortest and most direct route, ending its turn if it moves within 5 feet of you.
Drop. The target drops whatever it is holding and then ends its turn.
Flee. The target spends its turn moving away from you by the fastest available means.
Grovel. The target falls prone and then ends its turn.
Halt. The target doesn't move and takes no actions.
A flying creature stays aloft, provided that it is able to do so. If it must move to stay aloft, it flies the minimum distance needed to remain in the air.
At Higher Levels. When you cast this spell using a spell slot of 2nd level or higher, you can affect one additional creature for each slot level above 1st. The creatures must be within 30 feet of each other when you target them.


Synchronously supplies the callback with the first matched route and selecting groups, if any.
A url represntation object as produced by the standard url package.
url
Obtain a method list and documentation body for a request url, suitable for service of OPTIONS requests.
Prepare the Router to serve requests by running any setup functions on the configured Actions.
Convert a String path into a RegExp matching any String prefixed with the source String and grouping all trailing characters.


PI&D: EFCC Files Fresh Charges Against Briton
On Thursday, EFCC’s Counsel, Ekele Iheanacho, had at the resumed trial, told Justice Okon Abang that the anti-graft agency had filed an amended charge dated November 20, according to the News Agency of Nigeria.
by SaharaReporters, New York
The Economic and Financial Crimes Commission has filed fresh charges against James Nolan, a Briton, at the Federal High Court, Abuja.
On Thursday, EFCC’s Counsel, Ekele Iheanacho, had at the resumed trial, told Justice Okon Abang that the anti-graft agency had filed an amended charge dated November 20, according to the News Agency of Nigeria.
The lawyer said the EFCC was now bringing up a 32-count charge against the defendants in the case contrary to the initial 16-count charge bordering on money laundering.
The EFCC had on October 21 arraigned Mr Nolan and Adam Quinn (at large), both British nationals, over their alleged complicity in the $9.6bn judgment against Nigeria.
Process and Industrial Development, an Irish engineering company, had secured the award against Nigeria following the non-execution of a 20-year gas and supply processing agreement the company had with the federal government.
The arraignment of the two British nationals comes weeks after two P&ID directors were convicted over the deal.
The defendants are both directors of Goidel Resources Limited, a Designated Non-Financial Institution and ICIL Limited.


| (PS) PALESTINIAN TERRITORY, OCCUPIED |
| Subdivision | 16 governorates (en) / gouvernorat (fr) / muḩāfaz̧at (ar) |
| List Source | Palestinian National Authority – Palestine Standards Institution – Chief Executive Officer Office, 2010; http://www.pcbs.gov.ps/Default.aspx?tabID=1&lang=en; http://www.pcbs.gov.ps/Portals/_pcbs/census2007/ind_loca_09.pdf |
| Code Source | Palestinian National Authority – Palestine Standards Institution – Chief Executive Officer Office, 2010 + ISO/TC46/WG 2 Secretariat (*) |
| Remark | Conventional names |
| Country | Subdivision | Name | Level |
| PS | BTH | Bethlehem | Governorate |
| PS | DEB | Deir El Balah | Governorate |
| PS | GZA | Gaza | Governorate |
| PS | HBN | Hebron | Governorate |
| PS | JEM | Jerusalem | Governorate |
| PS | JEN | Jenin | Governorate |
| PS | JRH | Jericho – Al Aghwar | Governorate |
| PS | KYS | Khan Yunis | Governorate |
| PS | NBS | Nablus | Governorate |
| PS | NGZ | North Gaza | Governorate |
| PS | QQA | Qalqilya | Governorate |
| PS | RBH | Ramallah | Governorate |
| PS | RFH | Rafah | Governorate |
| PS | SLT | Salfit | Governorate |
| PS | TBS | Tubas | Governorate |
| PS | TKM | Tulkarm | Governorate |
© UNECE | Terms of use | Privacy notice | Site map | Contact us |


Data specialist with a background in software development and system administration. Currently transitioning from full-time to part-time graduate student.
| Primary Languages | Python, R |
| Analytics | pandas, sklearn, tidyverse, SQL |
| Visualization | ggplot, matplotlib, Tableau, D3 |
| Web | Django, Flask, HTML/CSS/JS |
| Administration | Linux, Ansible, AWS, Azure |
| Other | Java, C, Arena, Hadoop, NLTK |
Started as an entry-level resource, with responsibilities quickly evolving to include leadership of a small team and full control of the platform.


Study: Less Tillage and More Surface Residue Doesn’t Crimp Yields
An Upper Midwestern University Tillage Study Showed Yields Needn’t Be Sacrificed if Tillage is Sliced.
by University of MinnesotaTillage isn’t all bad. Proper tillage warms and dries the soil, kills weeds, incorporates fertilizers, and breaks up compacted layers. On the downside, tillage breaks apart soil aggregates, creating smaller-size particles that leads to soil erosion, crusting of the soil surface, hard pans, water-quality issues, and, over time, a decrease in soil organic matter. Below, Jodi DeJong-Hughes, University of Minnesota Extension Educator, sums up four years of university tillage research.
One hundred years ago, few choices of tillage tools existed. However, in the past 25 years, there has been an upsurge in the configurations of shanks, disks, and shovels that till the soil at different depths and aggressiveness levels.
These new tools impact soil warming and drying and may, ultimately, affect crop yield. Less tillage allows the soil to take in more intense rainfall before runoff begins, thereby, reducing soil loss. Advantages include:
• Better economics
• Less wear and tear on equipment
• Better water-holding capacity of the soil
• Improved biological populations and diversity in the soil
However, concern about yield reductions due to cool and wet soil conditions may limit adoption of reduced-tillage systems for corn-soybean rotations on the poorly-drained soils that dominate much of western Minnesota and North Dakota.
Multistate Tillage Research
To better understand these issues, a multistate effort involving University of Minnesota Extension, North Dakota State University (Aaron Daigh), and the Minnesota and North Dakota Corn and Soybean commodity groups set out to evaluate which tillage approach maximizes early-season soil warming and crop yields while, at the same time, improves soil health in the Red River Valley. The tillage systems included:
• Chisel plow
• Vertical tillag.
• Strip-till with shank
• Strip-till with coulters
In 2014, studies on two farms near Barney, North Dakota, and Fergus Falls, Minnesota, and a third in 2015 near Mooreton, North Dakota, were established. These farms ranged in soil series with sandy, loamy, and clayey textures, providing local farmers with a realistic picture of low-tillage impacts on their own acreage. Full-scale equipment was used in farmers’ fields.
Soil Moisture and Temperature Results
During each spring and early summer, the chisel-plow and strip-till berms consistently had the driest and warmest soil conditions (Figures 1 and 2). These were followed by the areas between the strip-till berms and vertical till. Finally, no-till had the wettest and coolest soil conditions. Differences due to soil types, most notably, these drying and warming differences among the tillage practices were greatest at the farm with sandy soils, moderate at the farm with loamy soils, and minimal at the farm with clayey soils (data not shown). As the surface of these clay soils dry, it is likely that moisture is more readily replaced by the capillary rise of deeper water than what would occur in the sandy soils.
Impacts on Plant Population, Growth and Yields
The trends in soil moisture and temperatures did not cause any differences in soybean or corn plant populations, growth, or yields.
Soybean yield was not affected by tillage at any of the farms during the four growing seasons, except on the farm with sandy soils near Barney in 2018 (Table 1).
At that farm, both strip tills – with shanks or coulters – yielded 3.7 bushels per acre more on average than the chisel plowing and shallow vertical till. Yield difference trends were observed in corn in some years, but these differences were not consistent year-to-year, farm-to-farm, or among the tillage practices. Instead, benefits or consequences to corn yields were explained by whether timely fertilizer application and placement was done or whether soil conditions were too wet for proper tillage operations.
This data from this research shows that crop producers can do less tillage, leave more residue on the soil surface, while maintaining their yields.


CTR-mode encryption (EverCrypt_CTR.h
)¶
Warning
This API is a work-in-progress and is not fully verified. If you need it for something serious, let us know and we’ll prioritize.
It doesn’t multiplex across all implementations of Chacha-Poly
It doesn’t offer complete encryption, only block-by-block
It has no streaming API
This API is:
agile
multiplexing: portable C (Chacha-Poly); ADX + BMI2 (AES128-GCM, AES256-GCM)
stateful
Possible values for the agility argument (Hacl_Spec.h
) :
#define Spec_Agile_Cipher_AES128 0
#define Spec_Agile_Cipher_AES256 1
#define Spec_Agile_Cipher_CHACHA20 2
Supported values for the agility argument: all
State management¶
Clients are first expected to allocate persistent state via create_in
, which
stores the expanded key along with the current value of the counter.
EverCrypt_Error_error_code
EverCrypt_CTR_create_in(
Spec_Agile_Cipher_cipher_alg a,
EverCrypt_CTR_state_s **dst,
uint8_t *k1,
uint8_t *iv,
uint32_t iv_len,
uint32_t c
);
The expected usage for create_in
is similar to EverCrypt_AEAD_create_in
,
except arbitrary-length IVs are not supported; IV lengths must satisfy the
nounce_bound
predicate from Spec.Agile.CTR.fsti
. Clients are also
expected to pass the initial value of the counter.
State can be reset to a different IV and counter value using the init
function. (This function really should be called reset
.)
void
EverCrypt_CTR_init(
EverCrypt_CTR_state_s *p,
uint8_t *k1,
uint8_t *iv,
uint32_t iv_len,
uint32_t c
);
State must be called via free
.
CTR mode of operation¶
The update_block
function encrypts a block-sized piece of data using the CTR
mode, and internally increments the state by one.
void EverCrypt_CTR_update_block(EverCrypt_CTR_state_s *p, uint8_t *dst, uint8_t *src);


The IRA Pulsar Window
This window shows pulsar pulses, using the conventional synchronous folding technique to improve post-detection SNR of pulsars. The X axis shows time, in seconds, while the Y axis shows absolute values from the detector.
The Create PostScript Control
This button allows you to create a PostScript of the pulsar plot. It will cause a file browser to pop-up, allowing you to select the directory and filename for the resulting PostScript file.
DISMISS
This control causes the IRA Pulsar Window to close, but pulsar data are updated, even when the window is closed.


Generating Sales Report 60%
Importing Contacts 98%
Uploading something big 33%
Showing 1-8 of 60 results


This document describes the privacy policy for Loaner Mortgage Calculator app. We recognize that privacy of your personal information is important.
Here is information on what types of personal information we receive and collect when you use visit mortgage-loaner.com, and how we safeguard your information. We never sell your personal information to third parties.
If you are using the app in the European Union you will be informed that cookies will be used in the app to store information about your session.
This app may use Google AdMob to display adverts.
Google uses cookies to enable it to serve adverts to you.
Information including your IP address and device details will be sent to Google to be used for geo-targeting purposes i.e. to better serve adverts relevant to where you are located.
Google's use of advertising cookies enables it and its partners to serve ads to you based on your use of this app and/or other apps on your device.
You can read more here about how Google uses this data. You may opt out of personalized advertising by visiting Ads Settings
This app uses Google Analytics to track how the site is used.
The analytics service uses cookies.
Information about how long you used the app and what kind of device you are using is sent to Google and can be used to better understand who downloads the app and how it is used.
You can learn more about opting out of Analytics tracking here.
In order to persist user application data and settings between sessions, all information entered in the app is stored every time you exit the app. This information is only stored on your device and is not shared or transmitted elsewhere.
If you have any questions about this privacy policy, please email.


--- title: It's Cuphead! date: 2017-10-27 00:00:00 Z tags: - cuphead - rajiblaze - review layout: post excerpt_separator: "" description: My thoughts on Cuphead ---
Yup it's a late review.
Cuphead is one of the games that I had to succumb to the hype, and I'm glad I did. It's a fun, yet difficult game. It'll charm the pants off ya, and frustrate you at the same time. At this point I'm sure you're aware of it's incredible difficulty, yet I managed it to beat it over the weekend. It wasn't easy though! Now I'm going over the expert stages, and let me tell you, they aint pushovers!
Just by looking at the game, you can tell what the main draw is. They were going for this retro 1930s theme, and boy did they nail it! This is the first game I've played where I can truely say I'm playing a cartoon. Some of the boss designs are completely out there, in a good way. From blimps that turn into a moon, to a pair of boxing frogs that transform into a slot machine. The artists really let their imaginations go wild with this game. I also love the watercolor backgrounds, and how they interact with the amazingly animated enemies. Not only does this game looks good, but it sounds excellent. If you're a fan of jazz, or music in general, you can appreciate this full band soundtrack. I love that every boss has thier indivdual theme that works with the stage. The songs greatly complement the cartoony rubber hose graphics of yesteryear.
You would think a game that looks and sounds great, would have average gameplay, but you're wrong! The controls are very tight and precise, and the weapons feels solid. Everthing about how Cuphead moves around the screen just feels polished. Any mistake you make, you can attribute to your own messup, instead of blaming cheap shots and bad controls. Thisis also one of the few games were beating a boss truely feels like an accomplishment. It almost forces you to play as perfect as you can, but still provides a lot of fun, even in death.
If you haven't gotten the game yet, what are you waiting for? Cuphead is out on Windows and Xbox One. Click the picture below to get your game code!


Event Feed
The events will be shown here in real-time. Just open another tab, navigate the web site and check the events here.


--- layout: post title: Yoga Stick-E Socks date: 2010-12-21 14:32:20.000000000 +00:00 tags: - barefoot - David Lloyd - gym - yoga type: post published: true ---
Look what I happened to stumble across on the David Lloyd "shop" website:
Apparently the "exposed toes" are "for gripping and maintaining that barefoot feeling" and they "protect against fungus and communicable diseases", except those that are transmitted via the ends of your toes - watch out for them, they're the deadliest 😉
I wonder if the manager of the gym will allow me to wear these in the gym in locations other than the yoga classes. They sell them, so they must be acceptable. Not sure I'll spend over £15 for a pair of socks though, especially when these funky coloured yoga toe socks are half the price (I got my wife a pair and she loves them) and way more fun.
Given how popular yoga and pilates are and how "in tune" they are with being barefoot, I'm surprised gyms are still so iffy about being barefoot.


--- layout: none title: "WLAB GM" permalink: /presentations/wlab/10-09-2018/ date: 2018-09-10 categories: presentations ---
Kinesin
RNA Polymerase
DC Flexible Runs
DC Flexible Average
Averaged x & y directions | Standard Error = \(\frac{\sigma}{\sqrt{n}}\)


The 'Dashboards' tab shows an overview of all your ongoing projects. You can rank your ongoing projects against each other to represent their relative importance. While it currently has no effect elsewhere in Agilefant, you can use it to record your thoughts on strategic decisions.
You can also create custom views to selected Stories, Iterations, Projects and User workloads.


PhD in Physical Chemistry
University of Illinois at Urbana-Champaign Champaign, IL, USAThesis: A Tale of Two Microbes: Computational Investigations of Biological Processes in Escherichia and Methanosarcina at Multiple Scales.
Thesis: A Tale of Two Microbes: Computational Investigations of Biological Processes in Escherichia and Methanosarcina at Multiple Scales.
Dissertation (Chemistry; Honors Thesis): Deflagration and Detonation Modeling of Heterogeneous Condensed Phase Explosives.
Dissertation (Computer Science): Application of High Performance Computing to Petascale Explosion Simulations.


Black Regalia
menu
About
Guild
Gallery
FAQ
Login
Sign Up
Login
Sign-Up
About
Guild
Gallery
FAQ
Select Platform
Sign in with facebook
Sign in with google
Sign in with github
Sign in with twitter


Golden Child tease preview of 'Spring Again' from upcoming 'RE:BOOT' album
by germainejGolden Child have revealed a preview of "Spring Again" from their upcoming album 'RE:BOOT'.
The music trailer above reveals an upbeat, pop song with a retro vibe and an orchestral background as Golden Child sit in a dreamy white living room. Group members Jangjun and Tag took part in writing the "Spring Again" lyrics.
Golden Child's 'RE:BOOT' drops on November 18 KST!


Pair programming was something that really scared me coming in to Dev Bootcamp. I was anxious about being judged by my pair or not being able to hold my own. Overall my experience with pair programming has been positive. I have come to view pair programming as a fun challenge and an opportunity to teach and learn new things. Pairing has also opened my eyes to different perspectives on how to tackle challenges. Pairing has been rewarding, but that doesn't mean it's not without it challenges.
For me the most challenging part has been speaking up and sharing my ideas. This is becuase I lack confidence in ideas and don't want to be wrong. I need to realzie that even if my ideas are wrong or they are not the correct solution for a particular problem, I should stil voice them. Doing so might open my pair's eyes to a new way of looking at something and allow them to educate meet. Sharing will benefit and not sharing doesn't do anything.
After we pair with a partner we receive feedback from them. Overall I have felt that the feedback I have received is fair. My pairs have pointed out what I am doing well and what I need to work on. Based on the feedback I have tried to work on respecting the driver navigator roles and being more vocal. In proviing feedback to my pair the most difficult thing is providing constructive feedback while not being too harsh or sounding disrespectful. I feel that I want to get that constructvie feedback so that I can get better, so that is the mindest I take when giving it to others. Good feedback should be kind, actionable, and specific. The point of providing feedback is to help, not put someone down. The feedback should be specific so that the receiver knows exactly what you are talking about. The feedback should also provide ways to imrpove or steps to take that will address any deficiency.
Overall pairing and feedback have been a great resource for learning. It is a great opportunity to teach, learn, and have fun.


module Arg: sig .. end
This module provides a general mechanism for extracting options and arguments from the command line to the program.
Syntax of command lines:
A keyword is a character string starting with a -
.
An option is a keyword alone or followed by an argument.
The types of keywords are: Unit
, Bool
, Set
, Clear
,
String
, Set_string
, Int
, Set_int
, Float
, Set_float
,
Tuple
, Symbol
, and Rest
.
Unit
, Set
and Clear
keywords take no argument. A Rest
keyword takes the remaining of the command line as arguments.
Every other keyword takes the following word on the command line
as argument.
Arguments not preceded by a keyword are called anonymous arguments.
Examples (cmd
is assumed to be the command name):
cmd -flag
(a unit option)cmd -int 1
(an int option with argument 1
)cmd -string foobar
(a string option with argument "foobar"
)cmd -float 12.34
(a float option with argument 12.34
)cmd a b c
(three anonymous arguments: "a"
, "b"
, and "c"
)cmd a b -- c d
(two anonymous arguments and a rest option with
two arguments)type spec =
| |
Unit of (unit -> unit) |
(* |
Call the function with unit argument
| *) |
| |
Bool of (bool -> unit) |
(* |
Call the function with a bool argument
| *) |
| |
Set of bool Pervasives.ref |
(* |
Set the reference to true
| *) |
| |
Clear of bool Pervasives.ref |
(* |
Set the reference to false
| *) |
| |
String of (string -> unit) |
(* |
Call the function with a string argument
| *) |
| |
Set_string of string Pervasives.ref |
(* |
Set the reference to the string argument
| *) |
| |
Int of (int -> unit) |
(* |
Call the function with an int argument
| *) |
| |
Set_int of int Pervasives.ref |
(* |
Set the reference to the int argument
| *) |
| |
Float of (float -> unit) |
(* |
Call the function with a float argument
| *) |
| |
Set_float of float Pervasives.ref |
(* |
Set the reference to the float argument
| *) |
| |
Tuple of spec list |
(* |
Take several arguments according to the
spec list
| *) |
| |
Symbol of string list * (string -> unit) |
(* |
Take one of the symbols as argument and
call the function with the symbol
| *) |
| |
Rest of (string -> unit) |
(* |
Stop interpreting keywords and call the
function with each remaining argument
| *) |
type key = string;
type doc = string;
type usage_msg = string;
type anon_fun = string => unit;
let parse: (list((key, spec, doc)), anon_fun, usage_msg) => unit;
Arg.parse speclist anon_fun usage_msg
parses the command line.
speclist
is a list of triples (key, spec, doc)
.
key
is the option keyword, it must start with a '-'
character.
spec
gives the option type and the function to call when this option
is found on the command line.
doc
is a one-line description of this option.
anon_fun
is called on anonymous arguments.
The functions in spec
and anon_fun
are called in the same order
as their arguments appear on the command line.
If an error occurs, Arg.parse
exits the program, after printing
to standard error an error message as follows:
usage_msg
doc
string.
Beware: options that have an empty doc
string will not be included in the
list.-
, include for example ("-", String anon_fun, doc)
in speclist
.
By default, parse
recognizes two unit options, -help
and --help
,
which will print to standard output usage_msg
and the list of
options, and exit the program. You can override this behaviour
by specifying your own -help
and --help
options in speclist
.
let parse_dynamic:
(Pervasives.ref(list((key, spec, doc))), anon_fun, usage_msg) => unit;
Arg.parse
, except that the speclist
argument is a reference
and may be updated during the parsing. A typical use for this feature
is to parse command lines of the form:options
where the list of options depends on the value of the subcommand argument.let parse_argv:
(
~current: Pervasives.ref(int)=?,
array(string),
list((key, spec, doc)),
anon_fun,
usage_msg
) =>
unit;
Arg.parse_argv ~current args speclist anon_fun usage_msg
parses
the array args
as if it were the command line. It uses and updates
the value of ~current
(if given), or Arg.current
. You must set
it before calling parse_argv
. The initial value of current
is the index of the program name (argument 0) in the array.
If an error occurs, Arg.parse_argv
raises Arg.Bad
with
the error message as argument. If option -help
or --help
is
given, Arg.parse_argv
raises Arg.Help
with the help message
as argument.let parse_argv_dynamic:
(
~current: Pervasives.ref(int)=?,
array(string),
Pervasives.ref(list((key, spec, doc))),
anon_fun,
string
) =>
unit;
Arg.parse_argv
, except that the speclist
argument is a
reference and may be updated during the parsing.
See Arg.parse_dynamic
.exception Help(string);
Arg.parse_argv
when the user asks for help.exception Bad(string);
spec
or anon_fun
can raise Arg.Bad
with an error
message to reject invalid arguments.
Arg.Bad
is also raised by Arg.parse_argv
in case of an error.let usage: (list((key, spec, doc)), usage_msg) => unit;
Arg.usage speclist usage_msg
prints to standard error
an error message that includes the list of valid options. This is
the same message that Arg.parse
prints in case of error.
speclist
and usage_msg
are the same as for Arg.parse
.let usage_string: (list((key, spec, doc)), usage_msg) => string;
Arg.usage
,
if provided with the same parameters.let align: (~limit: int=?, list((key, spec, doc))) => list((key, spec, doc));
Symbol
arguments are aligned on the next line.limit
: options with keyword and message longer than
limit
will not be used to compute the alignement.let current: Pervasives.ref(int);
Sys.argv
) of the argument being processed. You can
change this value, e.g. to force Arg.parse
to skip some arguments.
Arg.parse
uses the initial value of Arg.current
as the index of
argument 0 (the program name) and starts parsing arguments
at the next element.


Giant Anthem - SX 27.5 - 2016
$2,550.00
BUY Save
Giant - Reign 27.5 1 - 2016
$5,999.00
BUY Save
Giant - ATX 27.5 - 2016
$1,099.00
BUY Save
Giant - ATX 27.5 - 2015
$950.00
BUY Save
Giant Anthem - SX 27.5 - 2015
$1,550.00
BUY Save
Giant - Reign 27.5 1 - 2016
$4,099.00
BUY Save


Every Monday evening in Monthey!
Give your body a workout through singing and movement. Singing together for Your Well-being a workshop based on singing. It facilitates the relationship with oneself and with others. Singing and dancing stimulates our brain and increases the production of endorphins and serotonins, which are commonly called "happiness hormones" and are natural painkillers! In a relaxed atmosphere, this workshop helps to reinforce one’s self-esteem and to release intimidating blocks through creativity and group dynamics.
We sing, move our bodies (stretching, yoga, dance, tai chi, etc.), meditate and practice breathing techniques.
No skill in singing or dancing is required, everyone is welcome! The exercises and the choice of musical repertoire are easy and accessible to all.
Take a look at our pics and videos!Mondays from 7:30pm to 9:30pm.
For the 2021/22 school year (30 lessons of 2 hours each): One-time payment of 600CHF or 12 monthly installments of 50CHF
Salle de Musique "Le Torrent"
Centre Culturel de l'Hôpital Malevoz
Dernier Étage
Route de Morgins 10
1870 Monthey


{% include meta.html %} {% include sns-card.html %}
{{site.domain.upper}} - {{page.title}}
{% include stylesheet.html %} {% include analytics.html %}
{{site.domain.lower}}
Blog
About
Contact
{{ content }}


BuddySystem Test Page
The rain in Spain falls mainly on the planes
The rain in Spain falls mainly on the planes
The rain in Spain falls mainly on the planes


- - (Object) bank_name
- - (Object) banks
-
- (Object) compute
TODO: do something clever once we have more than 2-3 providers.
- - (Object) flavor
- - (Boolean) flavor?
- - (Object) get_server(id)
- - (Object) image
- - (Boolean) image?
- - (Object) keypair
- - (Boolean) keypair?
- - (Object) price
- - (Object) provider
- - (Boolean) provider?

- - (Object) security_group
- - (Boolean) security_group?
- - (Object) servers
- - (Object) servers=(array)
Instance Method Details
- (Object) _bank
105 106 107 |
# File 'lib/befog/commands/mixins/scope.rb', line 105 def _bank banks[bank_name] ||= {} end |
- (Object) account_key
25 26 27 |
# File 'lib/befog/commands/mixins/scope.rb', line 25 def account_key provider["key"] end |
- (Object) account_secret
29 30 31 |
# File 'lib/befog/commands/mixins/scope.rb', line 29 def account_secret provider["secret"] end |
- (Object) bank
109 110 111 |
# File 'lib/befog/commands/mixins/scope.rb', line 109 def bank _bank["configuration"] ||= {} end |
- (Boolean) bank?
113 114 115 |
# File 'lib/befog/commands/mixins/scope.rb', line 113 def bank? !![:bank] end |
- (Object) bank_name
117 118 119 |
# File 'lib/befog/commands/mixins/scope.rb', line 117 def bank_name [:bank] or error("Did you mean to include a bank name?") end |
- (Object) banks
101 102 103 |
# File 'lib/befog/commands/mixins/scope.rb', line 101 def banks configuration["banks"] ||= {} end |
- (Object) compute
TODO: do something clever once we have more than 2-3 providers
34 35 36 37 38 39 40 41 42 43 44 |
# File 'lib/befog/commands/mixins/scope.rb', line 34 def compute case provider_name when "aws" @compute ||= Fog::Compute.new(:provider => "AWS", :aws_access_key_id => account_key, :aws_secret_access_key => account_secret, :region => region) else error("Provider '#{provider_name}' is currently unsupported.") end end |
- (Object) flavor
60 61 62 63 |
# File 'lib/befog/commands/mixins/scope.rb', line 60 def flavor [:type] or bank["type"] or error("Specify an instance type (flavor) with --type or by adding one to the '#{bank_name}' bank.") end |
- (Boolean) flavor?
65 66 67 |
# File 'lib/befog/commands/mixins/scope.rb', line 65 def flavor? !![:type] or bank["type"] end |
- (Object) get_server(id)
46 47 48 |
# File 'lib/befog/commands/mixins/scope.rb', line 46 def get_server(id) compute.servers.get(id) end |
- (Object) image
69 70 71 72 |
# File 'lib/befog/commands/mixins/scope.rb', line 69 def image [:image] or bank["image"] or error("Specify an image with --image or by adding one to the '#{bank_name}' bank.") end |
- (Boolean) image?
74 75 76 |
# File 'lib/befog/commands/mixins/scope.rb', line 74 def image? !![:image] or bank["image"] end |
- (Object) keypair
87 88 89 90 |
# File 'lib/befog/commands/mixins/scope.rb', line 87 def keypair [:keypair] or bank["keypair"] or error("Specify a keypair with --keypair or by adding one to the '#{bank_name}' bank.") end |
- (Boolean) keypair?
97 98 99 |
# File 'lib/befog/commands/mixins/scope.rb', line 97 def keypair? !![:keypair] or bank["keypair"] end |
- (Object) price
92 93 94 95 |
# File 'lib/befog/commands/mixins/scope.rb', line 92 def price [:price] or bank["price"] or error("Specify a spot instance price with --price or by adding one to the '#{bank_name}' bank.") end |
- (Object) provider
21 22 23 |
# File 'lib/befog/commands/mixins/scope.rb', line 21 def provider @provider ||= (providers[provider_name] ||= {}) end |
- (Boolean) provider?
13 14 15 |
# File 'lib/befog/commands/mixins/scope.rb', line 13 def provider? !![:provider] or bank["provider"] end |
- (Object) provider_name
8 9 10 11 |
# File 'lib/befog/commands/mixins/scope.rb', line 8 def provider_name [:provider] or bank["provider"] or error("Specify a provider with --provider or by adding one to the '#{bank_name}' bank.") end |
- (Object) providers
17 18 19 |
# File 'lib/befog/commands/mixins/scope.rb', line 17 def providers @providers ||= (configuration["providers"] ||= {}) end |
- (Object) region
51 52 53 54 |
# File 'lib/befog/commands/mixins/scope.rb', line 51 def region [:region] or bank["region"] or error("Specify a region with --region or by adding one to the '#{bank_name}' bank.") end |
- (Boolean) region?
56 57 58 |
# File 'lib/befog/commands/mixins/scope.rb', line 56 def region? !![:region] or bank["region"] end |
- (Object) security_group
78 79 80 81 |
# File 'lib/befog/commands/mixins/scope.rb', line 78 def security_group [:group] or bank["group"] or error("Specify a security group with --group or by adding one to the '#{bank_name}' bank.") end |
- (Boolean) security_group?
83 84 85 |
# File 'lib/befog/commands/mixins/scope.rb', line 83 def security_group? [:group] or bank["group"] end |
- (Object) servers
121 122 123 |
# File 'lib/befog/commands/mixins/scope.rb', line 121 def servers _bank["servers"] ||= [] end |
- (Object) servers=(array)
125 126 127 |
# File 'lib/befog/commands/mixins/scope.rb', line 125 def servers=(array) _bank["servers"] = array end |


Any new public foodstuffs must be approoved bfore other users can access them. If a foodstuff is a duplicate, then we will replace it with it's established item.
We'll review your potential foodstuff and let you know if it meets our specifications. This can usually take [length of time] but no more than [another length of time].


This is a Navbar Holder.
----------------- Partial Page Layout Goes Here. -----------------
This is a Footer Holder.


| 类和说明 |
|---|
| Permission
Friend entity.
|
| Role
User entity.
|
| 类和说明 |
|---|
| Post
Post entity.
|
| User
User entity.
|
| 类和说明 |
|---|
| Permission
Friend entity.
|
| Role
User entity.
|
| System
Friend entity.
|
| 类和说明 |
|---|
| Message
Message entity.
|
| Permission
Friend entity.
|
| 类和说明 |
|---|
| BaseEntity |
| 类和说明 |
|---|
| PostClass
PostClass entity.
|
| 类和说明 |
|---|
| Collect
Collect entity.
|
| FriendLog
FriendLog entity.
|
| Permission
Friend entity.
|
| SmsLog
使用此需配置src下的systemConfig.xml文件下的sms节点
|
| User
User entity.
|
| 类和说明 |
|---|
| Collect
Collect entity.
|
| Permission
Friend entity.
|
| SmsLog
使用此需配置src下的systemConfig.xml文件下的sms节点
|
| User
User entity.
|
| 类和说明 |
|---|
| Permission
Friend entity.
|
| User
User entity.
|
| 类和说明 |
|---|
| Friend
Friend entity.
|
| Message
Message entity.
|
| Post
Post entity.
|
| PostClass
PostClass entity.
|
| User
User entity.
|


gbst.rabit module¶
Distributed XGBoost Rabit related API.
-
gbst.rabit.
allreduce
(data, op, prepare_fun=None)¶ Perform allreduce, return the result.
- Parameters
data (numpy array) – Input data.
op (int) – Reduction operators, can be MIN, MAX, SUM, BITOR
prepare_fun (function) – Lazy preprocessing function, if it is not None, prepare_fun(data) will be called by the function before performing allreduce, to initialize the data If the result of Allreduce can be recovered directly, then prepare_fun will NOT be called
- Returns
result – The result of allreduce, have same shape as data
- Return type
array_like
Notes
This function is not thread-safe.
-
gbst.rabit.
broadcast
(data, root)¶ Broadcast object from one node to all other nodes.
- Parameters
data (any type that can be pickled) – Input data, if current rank does not equal root, this can be None
root (int) – Rank of the node to broadcast data from.
- Returns
object – the result of broadcast.
- Return type
int
-
gbst.rabit.
finalize
()¶ Finalize the process, notify tracker everything is done.
-
gbst.rabit.
get_processor_name
()¶ Get the processor name.
- Returns
name – the name of processor(host)
- Return type
str
-
gbst.rabit.
get_rank
()¶ Get rank of current process.
- Returns
rank – Rank of current process.
- Return type
int
-
gbst.rabit.
get_world_size
()¶ Get total number workers.
- Returns
n – Total number of process.
- Return type
int
-
gbst.rabit.
init
(args=None)¶ Initialize the rabit library with arguments
-
gbst.rabit.
tracker_print
(msg)¶ Print message to the tracker.
This function can be used to communicate the information of the progress to the tracker
- Parameters
msg (str) – The message to be printed to tracker.
-
gbst.rabit.
version_number
()¶ Returns version number of current stored model.
This means how many calls to CheckPoint we made so far.
- Returns
version – Version number of currently stored model
- Return type
int


I needed a frontend router with the following features:
Frameworks like AngularJS, EmberJS, React-Router (not a framework) provide that out of the box. This site doesn't use any of them (by choice - I wanted to test RxJS outside of any framework).
So, I made a micro-router myself, based on history, the next step was to package and publish it as an npm package: lite-router.
Matched route:
Match params:
Some testing links:
/^\/router\/user\/([^\/?#]+)\/([^\/?#]+)$/i
/router/posts/:category/:title/edit


Custom Metrics (Hands On Instructions)
Create a custom application to manipulate images, and monitor it. A Docker image has already been created and published to https://hub.docker.com/r/technovangelist/dd-summit-docker-image-manip/ for this session. This image was created using the following Dockerfile:
FROM ubuntu:latest
RUN apt-get update &&\
apt-get install -y python-dev python-setuptools &&\
apt-get install -y libtiff5-dev libjpeg8-dev zlib1g-dev \
libfreetype6-dev liblcms2-dev libwebp-dev tcl8.6-dev \
tk8.6-dev python-tk python-pip &&\
pip install pillow watchdog datadog
Create a python file called
firsttest.py
with the following contents:print "Hello Datadog Summit"
Run the following docker command to ensure that your Docker environment, including the image, is working:
docker run --name firsttest -v $(pwd):/firsttest:rw -t technovangelist/dd-summit-docker-image-manip python /firsttest/firsttest.py
Notice what is happening here. You are running a container named firsttest.  You are creating the container from the image located on Docker Hub calledtechnovangelist/dd-summit-docker-image-manip
. When the container starts, run the Python interpreter on thefirsttest.py
file. If you seeHello World
, everything is working and you were able to download the image successfully.Stop and remove the Docker container (
docker stop firsttest;docker rm firsttest
).Create a new python file called timedimage.py with the following contents:
import time # for timing functions import sys # for CL Args import os.path from PIL import Image # for image manipulation from watchdog.observers import Observer # for watching the directory from watchdog.events import FileSystemEventHandler class Watcher: DIRECTORY_TO_WATCH = sys.argv[1] def __init__(self): self.observer = Observer() print "Watching %s for images" % self.DIRECTORY_TO_WATCH def run(self): event_handler = Handler() self.observer.schedule(event_handler, self.DIRECTORY_TO_WATCH, recursive=True) self.observer.start() try: while True: time.sleep(5) except: self.observer.stop() print "Error" self.observer.join() def convert_files(filepath, size): filename = os.path.splitext(os.path.basename(filepath))[0] outfilename = "%s/%s-%s.png" % (sys.argv[2], filename, str(size)) if os.path.isfile(outfilename) == False: img = Image.open(filepath) im = img.resize((size, size)).save(outfilename, "png") print "Saved %s to %s" % (size, outfilename) class Handler(FileSystemEventHandler): @staticmethod def on_any_event(event): if event.is_directory: return None elif event.event_type == 'modified' and event.src_path.endswith('png') == True: print "Received modified event - %s." % event.src_path convert_files(event.src_path, 100) convert_files(event.src_path, 500) convert_files(event.src_path, 1000) convert_files(event.src_path, 2000) convert_files(event.src_path, 5000) if __name__ == '__main__': w = Watcher() w.run()
This Python script uses the Watchdog library to watch a directory for new PNG files. When it sees that a file is modified, then it saves 5 copies that has been resized to different sizes.
Create two directories in the same directory you created the above python file. Name them
images
andout
.Run the following Docker command:
docker run --name imagemanip -v $(pwd):/timedimage:rw -t technovangelist/dd-summit-docker-image-manip python /timedimage/timedimage.py /timedimage/images /timedimage/out
Notice whats different here. You have named your volume differently, and you are passing two command line arguments to the python file: the images and out directories.
You should see that the container is watching the images directory. Drag and drop a png file to the images directory. Watch the container process the image. You should also see 5 new copies of the file in the out directory.
Now lets instrument the application and send those metrics to Datadog. Review the Libraries documentation.
Add the following import statement to the top of the python script:
from datadog import statsd, initialize
.Update the convert_files function as follows:
def convert_files(filepath, size): start = time.time() filename = os.path.splitext(os.path.basename(filepath))[0] outfilename = "%s/%s-%s.png" % (sys.argv[2], filename, str(size)) if os.path.isfile(outfilename) == False: img = Image.open(filepath) im = img.resize((size, size)).save(outfilename, "png") print "Saved %s to %s" % (size, outfilename) end = time.time() elapsed = end - start options = { 'statsd_host': '<IP_ADDRESS>', 'statsd_port': 8125 } initialize(**options) statsd.gauge('summit.fileconversion.time', elapsed)
Stop and remove the container, then run it again.
Drag and drop an image into the images directory.
Open the Datadog application and navigate to the Metrics Summary. Filter for
summit.conversion.time
. It may take a few seconds for the metric to show up.Create a dashboard with a graph that displays this metric.
This is great but all the values are merged together. Let’s add some tags to get more value out of the metrics.
Update the
statsd.gauge
line as follows:statsd.gauge('summit.fileconversion.time', elapsed, tags=["conversionsize:" + str(size), "conversionfile:" + filename])
Stop and remove the container. Run it again.
Drag and drop a few images into the images folder.
Update your dashboard graph to avg by conversionsize. Save the graph.
Click the gear icon on the top right. Choose Edit Template Variables.
Enter File for Variable Name. Choose
conversionfile
for Tag Group. Click the Done button.Now view the dashboard and change the File to the different file names you have converted.


|
|
|
|
Tue Dec 06 2016 12:56:15 GMT-0800 (PST)
|
Tue Dec 06 2016 12:56:15 GMT-0800 (PST)
|
|
|
|
|
Tue Dec 06 2016 12:56:15 GMT-0800 (PST)
|
Tue Dec 06 2016 12:56:15 GMT-0800 (PST)
|
Boomerang
All kinds of crazy information about boomerangs could go in here.
|
|
|
|
|
Tue Dec 06 2016 12:56:15 GMT-0800 (PST)
|
Tue Dec 06 2016 12:56:15 GMT-0800 (PST)
|
|
|
|
|
Tue Dec 06 2016 12:56:15 GMT-0800 (PST)
|
Tue Dec 06 2016 12:56:15 GMT-0800 (PST)
|


|
Class Summary |
| ChadoProgram |
A set of chado.analysis rows that have the same value in their
'program' column. |
| FlybaseChadoInstance |
we need an AbstractChadoInstance super class for generic stuff, like
gene prediction programs. |
| FlybaseWrite |
|
| JdbcChadoAdapter |
Abstract superclass that encapsulates vendor-independent routines
for interacting with Chado-compliant relational databases. |
| JdbcChadoWriter |
This class handles writing back to a Chado instance. |
| JDBCTransactionWriter |
This class is used to write/commit a List of ChadoTransactions
into a chado database using JDBC. |
| ParameciumDBChadoInstance |
Implementation of AbstractChadoInstance for ParameciumDB. |
| PostgresChadoAdapter |
A subclass of JdbcChadoAdapter specific to Postgres installations of Chado. |
| PureJDBCTransactionWriter |
An alternative to JDBCTransactionWriter that:
Does not require any triggers to be defined in the database
Keeps all of the SQL and database access code localized to JdbcChadoAdapter and its subclasses
Supports two update modes: in-place update and copy-on-write
|
| RiceChadoInstance |
A ChadoInstance |
| SchemaVersion |
Each instance of this class represents a specific Chado schema version. |
| SybaseChadoAdapter |
A subclass of JdbcChadoAdapter specific to Sybase installations of Chado. |
| TableColumn |
Represents a single column in a relational database table. |
| TigrChadoInstance |
Implementation of AbstractChadoInstance for TIGR's chado databases. |
| TigrSybilChadoInstance |
Implementation of AbstractChadoInstance for TIGR's "Sybil" comparative chado databases. |


Dr. Gordon Freeman is the main protagonist of the Half-Life series. He is a theoretical physicist who is forced to defend himself and the Human race against hostile Aliens and other enemies following an experiment gone wrong. In the process, he becomes an almost legendary resistance hero, eventually becoming one of the leaders of an uprising against the alien invaders.
In Half-Life, players assume the role of the protagonist, Dr. Gordon Freeman, a recent MIT graduate in theoretical physics, and also a recent employee at Black Mesa. After an experiment that goes horribly awry when an unexpected Resonance Cascade (an apparently completely fictitious occurrence) rips dimensional seams that devastate the facility, Gordon must fight to escape the now alien-infested facility as creatures from another world — known as Xen — subsequently enter in ever-increasing numbers through these dimensional seams.
Alyx Vance is the deuteragonist of Half-Life 2 and its Episodes. She is portrayed as a woman in her mid-twenties, and is a prominent figure in the Resistance campaign against the rule of the Combine.
Taking place in and around City 17, nearly two decades[2] after the events of the first game, Half-Life 2 follows the scientist Gordon Freeman as he is thrust into an unfamiliar environment in which the aftermath of the Black Mesa Incident has come to bear fully upon human society. Freeman is forced to battle against increasingly unfavorable odds in order to free Mankind from the Combine. In his struggle, he is joined by various allies, including fellow scientists, rebels, and friends (such as Alyx Vance) - all shocked to see him alive.
Dog is a robot, built by Eli Vance to protect his daughter Alyx when she was a child. Dog's original model was around one meter in height, but as Alyx grew older, she began adding upgrades and new parts to Dog, and he towers around 2.5 meters tall at the time of Half-Life 2.
The episode takes place immediately after the end of Half-Life 2, in and around the war-torn setting of City 17. The player is forced to deal with the effects of their actions during the main game. The episode is a stand-alone game; while a continuation of Half-Life 2, it does not require the original game to be installed or registered to a user's Steam account to play. It takes advantage of several major upgrades to the Source engine since the release of Half-Life 2, primarily its high dynamic range rendering capabilities and the upgraded facial animation system.
The G-Man is a mysterious and enigmatic character encountered several times in the Half-Life series. Referred to as a "sinister interdimensional bureaucrat",[3] he is known to display peculiar behavior and to wield powers far beyond those of a human. His identity and motives remain completely unexplained.
Continuing with Valve's method of orienting each episode around a particular theme or set of technologies, Episode Two focuses on expansive environments, travel, and large, nonlinear battles. Following the closing events of Episode One, it sees Gordon Freeman and the series' other major characters moving away from City 17 to the surrounding wilderness.


--- layout: default title: Download permalink: /download/ ---
Sterling, like Alloy, is a self-contained executable which includes the Kodkod
model finder, a variety of SAT solvers, the standard Alloy library, and a
collection of tutorial examples. Additionally, the web interface is included
so that a network connection is not needed to use Sterling. To execute, simply
double-click on the jar file, or type java -jar Sterling-1.0.0.jar
,
replacing the version number to match the one you have downloaded.
Sterling 1.1 is an incremental update that introduces the Script View. The Script View is used to generate custom visualizations from Alloy instances.
Sterling 1.0 showcases a brand new user interface built using React and Blueprint. Aside from the overhauled interface, the most notable update is the lack of a tree view; its removal was an intentional decision, as it did not provide any functionality that isn't already present in the Alloy visualizer. Furthermore, the "snapshot" layout previously used in the graph view is no longer available. The graph rendering library has been entirely replaced and it does not yet support compound nodes (but will in an upcoming release).
All previous releases can be found on the releases page of the Sterling GitHub repository.


This release has fixed docker and kubernetes packaging issue of the distribution provided by update server.


Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s.
—Liridona Mustafa Let's ger startedLorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s. —Liridona Mustafa
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s
get an update from us everyday by reciveing new letter.


Global warming is very bad. It is killing animals all over the world! And why is this happening? Us humans are careless. We are so selfish that we are only worrying about what we can do to make our lives better. We need to care about the animals! Check out the "How we can help" tab for more info and what we can do about this.


Secure message
Secure message is a lightweight service which can help to deliver some message or data to your peer in a secure manner. It provides a simple way to protect your messages and bound them to credentials of communicating peers using strong cryptography. It adds data confidentiality, integrity and authentity to your message in one shot (single function call). Some features are: strong data encryption message integrity and authentication key generation (both RSA and ECC) stateless, easy-to-use API
Secure message only assumes that peers have each other's public key which they trust. Then they can freely exchange any messages with high security level and little overhead.
Secure message comes in two flavors: signed message (integrity and authentity) and encrypted message (confidentiality, integrity and authentity).
Signed message
Signed message is useful for cases where you do not need data confidentiality. It allows the receiver to verify the origin and integrity of the data while still allowing intermediate nodes to process it accordingly (for example, route data based on its type).
Encrypted message
Encrypted message is useful when you need full stack of protection for your data and in most cases you will use this flavor. Currently, internally, encrypted message uses Secure Cell in seal mode for data protection.


Automation streamline for effective business processes orchestrations, towards improved accessibility, and enhanced productivity for the digial lifestyle.