To use Jane, begin by downloading the .zip file available from the main page.
Once you have unzipped it, there will be a jar file in the Jane folder. To
run Jane, use the command java -jar Jane.jar
. On some machines, you can
simply click or double-click on the Jane.jar icon.
There is also a command-line version of Jane included in the download. This version of Jane is particularly useful for conducting large-scale experiments controlled by scripts. More details on this option are given at the end of this tutorial in the CLI section.
If Jane crashes on your computer, see the F.A.Q. for help.
When the graphical version of Jane is opened, the Main Window is displayed.
The Main Window consists of the parts listed below.
When getting started, the user can either build a tree from scratch or load in a tree in .tree or .nex format. The tree builder has the ability to load in both complete and partial trees. To load a tree the user can either select "Open..." from the File menu or click the open button in the top left corner and then navigate to the desired tree. When saving the tree, the user has the option of saving in either .tree or .nex formats. However, the .nex format does not support multi-host parasites or region information.
To add nodes to the tree the user can select the "Add Child" button to switch to Add Child Mode. Once in Add Child Mode the user can click on any node to add a child. If the node is currently a tip this will add two children to the node. If the node is an internal node, it will add one additional child with each click to create a polytomy.
To assign names to the nodes the user can switch to Label Mode by selecting the "Labels" button. Once in Label Mode simply click the node you would like to name and type the name in the box that appears. Jane does not support the naming of internal nodes. Additionally, integer names are not permitted.
To create a tip mapping between the host and parasite trees the user can switch to Link Mode by selecting the "Add Link" button. To add a link the click one of the nodes and drag to the node in the other tree or click one node and then the next. When clicking on a tip node in Link Mode only that node's links will appear in blue and all other links will appear greyed out. Jane supports both failure to diverge events and multi-host parasites so parasite and host nodes can have multiple links.
Note: Multi-host parasites are only supported in .tree files.
Move Mode can be used to clear up trees that contain a lot of crossing or cluttered links. Once in Move mode the user can swap nodes vertically by selecting an edge and dragging up or down to uncross links. If the host and parasite tips are too close together to clearly distinguish the links the tips can be moved apart by placing the cursor in line with the tips and dragging left or right until the desired spacing is reached.
To add time zones simply select the "Time Zones" button and enter the desired number of time zones. If after adding time zones you want to change the number of time zones click the "Change Number of Time Zones" button in the upper left corner and enter the new number of time zones. After entering the number of time zones, the time zones will be separated by dashed red lines. To set the time zone for a node, drag the node into the desired time zone. Tips must occur in the last time zone. Each node will have a red arrow on either side, drag these arrows into another time zone to set a region of time zones for the node.
Note: All time zones must be used in the host tree.
To add regions switch to Regions Mode by clicking the "Regions" button. Once in Regions Mode, drag to select a set of nodes and enter a number for the region. When a node is assigned a region, the region will appear in a key above the trees and the node will change to the corresponding color. Once regions have been assigned, region switching costs can be set by selecting the "Edit Region Switching Costs" button and enter the desired cost. Any switch for this region will be the sum of the host switch and duplication cost already set in Jane and this cost. A cost of i can be used to prevent all host switching between these regions. Region switching cost will be displayed next to the region key.
Note: All nodes default to Region 0 and when assigning regions they must all be in Region 0 or a region greater than 0.
Note: Regions are not supported by the .nex format.
Erase Mode can be used to remove and node or link. Simply switch to Erase Mode using the "Erase" button and click the node or link you would like to remove. Removing an internal node will cause its descendants and links they have to be removed. If one child of a node with two children is removed the node will also be removed.
Clear Mode can be used to remove an entire tree. Simply click either the parasite or host tree to clear that tree. If both trees are cleared, timezone and region information will be cleared as well.
Once the trees have been completed, the "Load to Solver" button can be used to save the file and open it in the main Jane interface. If you have not yet saved the file you will be prompted to do so and then the file will open in the main interface where it can be run in Solve Mode or Stats Mode.
Back to Top
To change the costs of events, select the "Set Costs Option in the Jane Settings menu. As seen in the image below, the menu has the events listed with a box next to each. To change the cost of an event, simply enter the desired cost into the box next to the event name, or use the arrows next to the box.
Jane also supports solving for ranges of costs. To utilize this function, select the "Range Costs" tab as seen in the image below. This tab allows the user to select the range of costs Jane should find solutions for. Note that Jane's running time will increase based on the number of possible combinations of costs that can be made from the ranges given.
The "Region Costs" section at the bottom of the "Set Costs" dialog allows the user to change the cost of Host Switch events between regions if the tree being solved has region information.
The "Set Host Switch Parameters" option of the Settings menu allows the user to set a maximum distance on host switches. Jane will not allow a host switch to occur if the distance between two nodes along the edges of the tree is greater than the given value.
Detailed in Polytomy Parameters .
In Solve Mode, the user can use Jane to find a good embedding of the parasite tree onto the host tree. When Jane is run, Solve Mode is selected by default. Solve Mode may be reached from Stats Mode by simply clicking Solve Mode tab on main window. Click the Go button in the Actions box to run the genetic algorithm and search for a good embedding. For a large tree file, population, and/or number of generations, it is advisable to approximate the running time by clicking Estimate Time.
The Problem Information box on the upper left of the screen contains information about the trees to be solved, including the file name and the number of tips on each tree. Other parameters can be viewed and modified via Settings button on the top bar.
To choose a tree file to be solved, go to File > Load Trees and choose the desired
file. Jane supports two formats: .nex
files and .tree
files. A more exact
specification of file formats used by Jane is described in detail on the
File Formats page.
In order to change the problem parameters, solutions from previous runs must be removed from the table. Jane will prompt you to clear the table before you can change the problem parameters. To see the current problem parameters without clearing the table, choose No at this prompt and you will be presented with a read-only view of the current parameters. You can also clear the table manually by going to Solve Mode Options > Clear Table.
|
To set the costs for the cospeciation, duplication, host switch, loss, and failure to diverge events, go to Settings > Set Costs then input the costs of each of the events (the costs must be integers). Jane uses an edge-based cost model as the default cost evaluation scheme. Check the Use Node-Based Cost Model box to make Jane evaluate costs based upon a node-based cost model. For more information about the event types, event costs, and Jane's cost models, view the Cost Model and Event page. |
|
|
Jane supports "preferential host switching" in two different ways. One way is to annotate the input file with HOSTREGIONS and REGIONCOSTS information (see the file formats page for details). This method allows the user to group the host nodes into any number of "regions" (a region may be a geographical region, but "region" here is used metaphorically as simply a group) and then specify different host switch costs between each pair of regions. For example, the user may wish to have a relatively high cost for switching between distantly related species and a lower one for more closely related species. Any number of different host switch costs can be specified this way. A second simpler mechanism is to prohibit host switches from a take-off site to a landing site that exceed some specified distance. The distance from one edge of the host tree to another edge of the host tree is defined to be the number of nodes on the unique path between those edges. Thus, for example, two edges with distance 1 are sibling edges. Limiting host switch distance inhibits "long" host switches between very distantly related species. If this value is set to -1 then host switch distance is unlimited. The maximum host switch distance can be set by going to Settings > Set Host Switch Distance Limit. Note that adding a limit to host switch distance makes Jane switch to a somewhat slower algorithm. |
Jane finds low-cost associations between the host tree and the parasite tree by generating many random relative timings of the internal nodes of host tree and solving for the optimal association, then applying a genetic algorithm to modify timings and generating new host timing candidates.
In a genetic algorithm, there are two main control parameters called "population size" and "number of generations". These are parameters related to the inner workings of the algorithm and have nothing to do with the populations being studied in the host/parasite system. In a nutshell, the "population size" is the number of different solutions being considered at each iteration of the algorithm and the "number of generations" is the number of iterations performed by the algorithm as it seeks a good reconstruction of the parasite tree onto the host three.
Choosing larger values for these two parameters generally leads to better solutions, up to some point where increasing the values further makes no difference. However, increasing these parameters will cause computation to take more time. While some experimentation with these parameters will be required of the user, see the parameters page for more information and advice about selecting appropriate values.
The population size and number of generations can be set by using the slide bars or inputting the number manually in the Genetic Algorithm Parameters box under the Solve Mode or Stats Mode tab. Note that these parameters are separate for each mode, so changing the parameter in one mode will not affect the parameters in the other mode.
|
The Settings > Set Advanced Genetic Parameters can be used to set the mutation rate and the selection strength used in the genetic algorithm. The mutation rate is a value between 0 and 1, with 0 being never mutate and 1 being always mutate. The selection strength has minimum value 0, which corresponds to a randomly selected population, and there is no upper bound for this parameter. Most users find that the default parameters work well and choose not to adjust the values of these parameters. |
The Solution Table displays the list of information about each solution found in Solve Mode, including the number of occurrences of each event and the total cost.
After clicking Go in Solve Mode, Jane finds new solutions. The best solutions found will be added to the Solution Table.
|
Because a large number of different best solutions may be found in every run, the user can specify the number of solutions saved by going to Solve Mode > Adjust Number of Solutions and entering the maximum number of host timings to be kept for each run. |
To add a solution from an existing host timing file, go to Solve Mode Options > Add Host Timing to Table and Jane will find the optimal association with the given timing information and add this solution to the table.
To view a solution, simply double click at a solution in the table. A new Solution Viewer window will pop up. The usage of Solution Viewer is described below. To clear the table, go to Solve Mode Options > Clear Table to erase all information in the table.
Back to TopTo open a Solution Viewer, simply double-click on one of the solutions to bring up a Solution Viewer, like the one shown below.
In the Solution Viewer, the host tree is drawn in black and the parasite tree is drawn in blue. There are five types of events: cospeciation, duplication, host switch, loss, and failure to diverge. For more information about Jane's cost models, see the Cost Model and Event page.
The Solution Viewer will render each event as follows:| Cospeciation: | A Cospeciation is marked by a hollow colored circle. | |
| Duplication: | A Duplication is marked by a solid colored circle. | |
| Host Switch: | A Host Switch is marked by a duplication, with an arrow following the trajectory of the switching species. | |
| Loss: | A Loss is marked by a dashed line. | |
| Failure To Diverge: | A Failure to Diverge is marked by a jagged line. | |
| Additionally, if the mouse cursor is hovered over a parasite node, the event type will appear. |
Notice that each node in the parasite tree is marked with a colored circle. The colors indicate the existence of other possible locations for the association. A green node means there is a location of lower cost where the parasite node and its descendants may be mapped. A yellow node indicates that there is another location of equal cost, and a red node means that all other locations it may be mapped to are of higher cost. To view this information from within Jane, go to Options > Show Key while in the Solution Viewer.
Each parasite node can be dragged to a new position, as long as that position leads to a possible embedding of the parasite tree on the host tree without requiring changes outside of the sub-tree rooted at the dragged node. When dragging a parasite node, segments of the host tree will highlight in the colors corresponding to the change in cost when the parasite node is moved to that location on the host tree (see the image below). Grey segments indicate that the parasite node cannot currently be moved to that position. Dragging that node to its current location will also move its descendants to their respective optimal locations.
In some situations there may be many lower cost locations on the host tree to move a specific parasite node and it may be useful to know the location that will result in the overall lowest cost. Simply double-clicking on a parasite node will simulate a "drag and drop" of that node to the location of lowest cost.
As a node is dropped on a location, nodes that are descendants of that parasite node will be placed in their optimal positions automatically. If you wish to extensively modify a particular embedding, it is advisable to work your way "down" the tree, starting at the parasite root node. Otherwise, modifications done near the bottom of the parasite tree will be undone when an ancestor of that node is moved. The cost at the top of the window will change according to the modifications.
Jane 4 is capable of providing Support Values in the solution viewer. Support values give the percentage of solutions in which a specific event of the parasite tree is mapped to a given location on the host tree. Below is a small example of this functionality. In this example, 8 percent of solutions have a host switch from the bottom host edge to the top host edge, and 22 percent have a host switch from the top host edge to the middle one.
To view support values, select the menu option "Show Support Values" as seen in the image below. Note that the time it takes to calculate support values will vary based on the size of the trees. Additionally, support values may vary slightly from run to run due to the method of calculation.
Jane is currently limited to providing support values for unmodified solutions.
Jane 4 has the ability to find solutions for polytomic trees by automatically resolving them. Jane's algorithm attempts to find the best solution from among all possible resolutions.
Host polytomies in Jane are displayed with edges in purple as shown below:
Parasite polytomies are displayed with edges in pink, as below:
There are a few options that govern Jane's handling of polytomies that are covered in detail on the page Polytomy Parameters.
| We now examine a step-by-step example of interacting with the Solution Viewer. We start with the optimal embedding of the two trees (i.e. the initial state upon opening the viewer). | |
| Step 1: The parasite root node is being moved to a new location. The entire subtree of the moved node will now be optimally embedded onto the host tree. Since the moving node happens to be the root, the entire parasite tree will be adjusted. | |
| Step 2: A different parasite node is now dragged to a new location. Notice that only the subtree of the moved node is rearranged, and all of the other parasite nodes stay at the same location. | |
| Step 3: The root of the parasite tree is moved once again. Note that this step undoes the changes made in "Step 2". | |
| Step 4: If a node is double-clicked, it will move to its optimal position (by only changing the location of itself and its subtree). In this step, the root of the parasite node is double-clicked, which returns the tree to its optimal embedding onto the host tree (see first picture). |
Jane allows the user to save solutions to a file for later use. Jane works by considering "timings" of the nodes in the host tree where a timing is simply an ordering of the speciation events (nodes) of the tree. From a given timing, Jane can very quickly find an optimal solution for that timing. Each solution that Jane presents in the Solution Viewer window is a different timing among the best solutions that Jane can find.
If a solution is of interest, its corresponding timing can be saved (without the manual changes made to the parasite tree within that timing) by going to File > Save Timing inside the Solution Viewer window. When the corresponding problem instance is loaded in the main window, the timing can be reloaded and Jane can reconstruct the corresponding solution. To do this, go to Solve Mode Options > Add Host Timing to Table, open the timing, and it will be added back into the list of solutions at the bottom of the Solve Mode tab. Command-line users can save the best timing found by using the -o switch with the name of a file in which to store the timing. It should be noted that the timing files are written in a human-readable format so that they can be modified manually if desired.
Back to TopIn Stats Mode, Jane generates samples of random parasite trees or tip mappings and then solves these samples to obtain their cost. These costs are used to perform statistical analyses. To use the statistics mode, simply select Stats Mode tab in the main window.
The problem instance and genetic algorithm parameters can be configured in the same fashion as in Solve Mode. Note that the number of generations and population size for the genetic algorithm are independent between Solve Mode and Stats Mode; the values used in Solve Mode are not carried over to Stats mode and vice versa.
|
In the Statistical Parameters box, the Sample Size (the number of random problem instances to be generated and solved) can be set. To include the original problem instance in the sample, check the Include Original Problem Instance box. Since the computation required to perform the randomization tests can be substantial for large trees, it may be desirable to distribute the work over multiple computers by running a small number of samples on each machine. Jane is multithreaded and will use all of the cores available on each machine. Checking the "include original problem instance" box will solve the original problem instance in addition to the random ones and generate comparison data. This option is included in the event that the user wishes to split the randomization tests over multiple computers. On one computer, the original problem instance will be evaluated in addition to some randomized instances. On the other computers, only randomized instances need to be solved. Note that if you choose to save the sample costs, the original problem instance cost will not be included in these. Thus, make sure you write it down if you need it later! |
Random Tip Mapping: In this method, the tip mappings are permuted randomly. Each host tip will have the same degree (number of associated parasite tips) as the original problem instance. For example, if in the original problem instance there are two host tips each with degree two, the randomized problem instance will maintain this characteristic after randomization. If all parasite tips have a degree of one (that is, each parasite is associated to exactly one host) then the randomized tip mapping will be selected uniformly from all possible mappings that maintain the host tip degrees.
If any parasites have degrees greater than one then the randomized mapping will preserve the host degrees and will ensure that each parasite has a degree of at least one. However, the mapping will no longer be selected uniformly from all such mappings but instead the probability of an edge appearing between a host and a parasite is equal to the degree of that host divided by the total number of parasites.
After clicking Go to perform statistical analyses, the resulting cost distribution is displayed in the histogram on the bottom left of the Stats Mode tab, and basic Statistical values are shown on the bottom right of the Stats Mode tab.
Histogram:The Histogram section will show the result of the run in histogram format, where the horizontal axis represents the cost of the sample and the vertical axis represents the number of samples with the corresponding cost. If included, the cost of the solution to the original problem instance will appear as a red dashed line. Click Save as Picture to save the histogram as a portable network graphics (.png) file format, or click Show Histogram in New Window in order to see the histogram in a larger, separate window.
Statistics:
The Statistics window contains statistics obtained from the randomization tests, including the mean, standard deviation, and, if the original problem instance is included, the percentile rank of the original compared to the random. The results of the runs can be saved as a comma separated values file by clicking Save Sample Costs. Excel and most other popular spreadsheet applications can open this type of file. Note that even if you check the include original problem instance check box, the cost for the solve of the original problem instance will NOT be saved! You need to write it down yourself.
Back to Top
Jane can be invoked from the command line rather than by launching the graphical
user interface as follows. Note that treefile
refers
to the name of an input file in either .tree or .nex formats.
jane-cli.exe treefile
./jane-cli.sh treefile
java -cp Jane.jar edu.hmc.jane.CLI treefile
The -help flag may be used to get more information about the command line options. These options are also summarized below:
By default, Jane will solve for associations of trees described in treefile, then output the best host timing found and the association information for each parasite node. Stats Mode can be invoked by using -stats option; Jane will output the statistics obtained from the generated samples. There are options available for configuring Jane as listed below:
| Option | Description |
| -help | Prints help message |
| -V | Turns on verbose output - Jane will report the minimum cost and number of host timings found at each generation, rather than just at the end. |
| -C | Causes Jane to evaluate costs using a node-based cost model rather than the default edge-based cost model. |
| -c <cosp dup switch loss ftd> | This defines the cost vector to use; i.e. -c 0 1 2 3 4 would cause cospeciations to cost 0, duplications to cost 1, host switches to cost 2, losses/sorting to cost 3, and failures to diverge to cost 4 (default: 0, 1, 1, 2, 1). |
| -m <value> | Sets the mutation rate. Appropriate values fall on the interval [0, 1] with 0 being never mutate and 1 being always mutate (default: 0.6). |
| -p <value> | Sets the initial population size (default: 30). |
| -i <value> | Sets the number of generations that the genetic algorithm should run (default: 30). |
| -s <value> | Sets the selection strength. 0 is completely random and there is no upper bound (default: 0.8). |
| -S <value> | Sets the maximum host switch distance allowed. -1 causes the distance to be unlimited (default: -1). |
| -stats <samplesize> | Switches Jane to Stats Mode and sets the number of samples to <samplesize>. By default, the tip mapping is randomized. |
| -I | When in stats mode, also does a solve of the original tip mapping/trees and prints data comparing it to the random sample. Note that the sample distribution will NOT include the cost of this solution. -stats must be invoked first. |
| -B <value> | Switches to parasite tree randomization using the Yule model where the value is Yule parameter. -stats must be invoked first. |
| -o <filename> | For Solve Mode, outputs the best host timing file to a file called <filename>. This file can then be viewed in graphical version of Jane. For Stats Mode, outputs the sample costs as a common separated value file (generally .csv or .xls) to a file called <filename>. |
| -silent | This causes Jane to produce absolutely no output to the console (though it will still write any files that are specified). Any operation that would normally print something out will still run, but it won't print anything out. |


ATTENTION: Sir, I am Dr. (Mrs) Mariam Abacha wife to the late Nigerian Head of State, General Sani Abacha who died on the 8th of June 1998 while on active duty. I am contacting you in view of the fact we will be of great assistance to each other, likewise developing a cordial business relationship. I currently have within my reach the sum of Fifty-five Million United States Dollars ($55,000,000,00) cash, which I intend to use for investment purposes specifically in your country. This money came as a result of a pay-back contract deal between my late husband and a Russian firm in our country's Multi-billion dollar Ajaokuta Steel plant. The Russian partners returned my Husband's share of US$55,000,000.00 U.S.D after his death, and lodged it in my late husband's Security company of which I am a Director Right now, the new Civilian Government has intensified their probe on my late Husband's Financial resources and have frozen our accounts. In view of these facts, I acted fast to withdraw the US$55,000,000.00 U.S.D from the company's vault and deposited it in a privately owned security safe in my village. I have since declared the security company bankrupt. No record whatsoever exists concerning the money traceable by the Government because, there is no documentation showing that we received the money from the Russians. Due to the current situation in the country concerning the Government's attitude towards my husband, it has become quite impossible for me to make use of this money within; thus upon consent, I shall expect you to contact me urgently to enable us discuss in detail about this transaction. Bearing in mind that your assistance is needed to transfer this fund, I propose a commission of 10% (ten percent) of the total sum to you for the expected services and assistance. Your urgent response is highly needed so as to stop further contact. I must use this opportunity to implore you to exercise the utmost indulgence to keep this matter extraordinarily confidential, whatever your decision, while I await your prompt response. Please send your phone and fax nos where I can reach you day or night as the need arises. best regards, DR. (MRS) MARIAM ABACHA


In turn, proportionately more attention shall be paid to that
which is made less available. "
tortured tens of thousands of prisoners, and drove
an estimated 200,000 Chileans into exile.


Before Change
"The redirect_output argument is deprecated.")
if self.use_pickle:
assert (version.parse(
np.__version__) >= version.parse("1.16.0")), (
"numpy >= 1.16.0 required for use_pickle=True support. "
"You can use ray.init(use_pickle=False) for older numpy "
"versions, but this may be removed in future versions.")
After Change
raise DeprecationWarning(
"The redirect_output argument is deprecated.")
if version.parse(np.__version__) < version.parse("1.16.0"):
logger.warning("Using ray with numpy < 1.16.0 will result in slow "
"serialization. Upgrade numpy if using with ray.")


Cascading Style Sheets
Informs the browser on how to display text and other content written in HTML. CSS is case sensitive so capitalization is important. CSS allows you to control:
- Color
- Fonts
- Positioning
- Spacing
- Sizing
- Decorations
- Transitions
Inline CSS
Using the style=""
attribute within the HTML element tag. E.g.

This form of styling is only used when you wish to have a specific, single element look a certain way. To do this for every individual HTML element would be both tedious and an organizational nightmare.
Internal CSS
Using the

Here the
Class Declaration
A defined class used to group HTML elements via a defined feature. In the CSS style element class names start with a period however when referencing it in your HTML element as outlined below the class name no longer includes the period. E.g.

Placeholder Heading

Using this system when you add the class="blue-text"
attribute to any HTML elements the color: blue;
ensures that the font text is blue. By using class declarations you format the relevant elements to the standards defined within them
'class' Attribrute
An HTML attribute used to specify one or more classnames for an HTML element
'font-family' Property
Set which font an element should use. E.g.

Using the link element you can also link external fonts into your HTML page via the font’s URL. E.g.

.epic-font {
font-family: 'Epic downloaded Font', Ariel;
}

The alternate font is an optional choice applied if the initial specified font is unable to load or unavailable for some reason. As highlighted above, if the font contins white space or special characters in its name then within the font-family:
section of the style attribute it must be wrapped in single quotations
'type="text/css"' Attribute
defines the content type as CSS. In the above use case it is defining the linked URL as a CSS text document that you are linking into your HTML page. To refer back to the definition of CSS this means you are telling the web browser that the linked document intends to inform it on how to display content written in HTML
'width' Property
Control the width of an element using pixel values to specify the desired end result. E.g.

'border' Property
The border
property allows you to specify the style, width and color of an HTML element’s border by making use of the border-style
, border-width
and border-color
attributes
'border-style' Types
- "dotted" - dotted border
- "dashed" - dashed border
- "solid" - solid, single color border
- "double" - single color, double line border
- "groove", "ridge", "inset", "outset" - solid, two colored border in various styles mimicking 3D shading
E.g. of 'border' shorthand usage

Content with thin, green border

'border-radius' Attribute
Allows you to round the corners of any HTML element by adding the attribute to the relevant CSS class. Can be defined using pixel, viewheight or % values E.g.

'background-color' Property
Allows you to set the background color of an HTML element. E.g.

Text with green background

Referencing 'id' Attributed Elements
Used when you wish to enforce a specific design choice onto any elements defined by a specific classifier. By making use of the id=""
feature you can uniquely define an element or you can group a collection of elements under the same unique definition and apply the relevant stylistic properties to said definition. When referencing an id
in CSS you must use a #
in place of the period

Text with green background

Similar to the usage of CSS classes the ‘#’ identifier in the head section of the HTML page’s code lets the web browser know to present all HTML elements qualified with the attached styling data
Spacing Elements
All HTML elements are encased within rectangles. Applying an outline of a predetermined pixel width and pattern to said rectangle is how the border is created. The qualities of this rectangle can however be modified to create the spacing desired from a design standpoint. This is done by making use of the padding
, border
and margin
properties alongside a defined pixel or viewheight value. E.g.

Quotation with relevant formatting

Regular paragraph

Quotation with relevant formatting

Here all elements with the id="quotation"
attribute will be surrounded by a one pixel thin, black line, one pixel away from the content within the element and one pixel away from the content outside the element.
'-top', '-bottom', '-left','-right' Property Modifier
Used in tandem with ‘margin’, ‘border’ and ‘padding’ properties if different values are required on the different edges of the element border. In the above example you would only need to put the ‘margin’ property in since all the values are set to ‘1 px’ but they have been split up to illustrate the usage.
'border' Property
Unlike ‘margin’ and ‘padding’ the ‘border’ property is a shorthand that encompasses the multiple variations said property can have
'padding' Property
Used to define the spacing between the element border and the data presented within it
'margin' Property
Used to define the spacing between the element border and adjacent elements. If you set the margin to a negative value the element will grow larger
Clockwise Notation
If four values are listed consecutively after either the ‘padding’ or ‘margin’ property the web browser will deal with them ‘chronologically’ or to be more specific in the same directional order as the hands of a clock. E.g.

Deep thoughts on spaghetti

The formatting for the id="spaghetti-review"
attribute translates to padding-top: 1px;
, padding-right: 2px;
, padding-bottom: 3px;
and padding-left: 4px;
. As can be seen the modifier values are assigned to the property in question in the same directional order as an analog clock.


Native Client SDK
Configuration
Debug
Release
Demo
Google Drive
Multi-Threaded Earth Demo
Multi-Threaded SIMD Earth Demo for PNaCl
Flocking Geese
Conway's Life
Conway's Life (SIMD version)
NaCl IO Demo
Monte Carlo Estimate for Pi
Multi-Threaded Voronoi Demo
API
Audio
Core
File I/O
Gamepad
Graphics 2D
Graphics 3D
Input Event
MediaStream Audio
MediaStream Video
Messaging
Mouse Cursor
Mouse Lock
Network Monitor
socket
URL Loader
Var Array Buffer
Var Dictionary
Video Decode
Websocket
Benchmarks
Benchmark Suite
Tutorial
Debugging
Dynamic Library Open
Filesystem Passing
Load Progress
Multi-platform App
Testing with gtest
Using the ppapi_simple library


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Troubleshooting Applications¶
This document describes how one can troubleshoot common issues when deploying or debugging an application that fails to start or deploy.
Application has a Dockerfile, but a Buildpack Deployment Occurs¶
When you deploy an application to Workflow using git push deis master
and the Builder
attempts to deploy using the Buildpack workflow, check the following steps:
- Are you deploying the correct project?
- Are you pushing the correct git branch (
git push deis <branch>
)? - Is the
Dockerfile
in the project's root directory? - Have you committed the
Dockerfile
to the project?
Application was Deployed, but is Failing to Start¶
If you deployed your application but it is failing to start, you can use deis logs
to check
why the application fails to boot. Sometimes, the application container may fail to boot without
logging any information about the error. This typically occurs when the healthcheck configured for
the application fails. In this case, you can start by
troubleshooting using kubectl. You can inspect the application's current
state by examining the pod deployed in the application's namespace. To do that, run
$ kubectl --namespace=myapp get pods
NAME READY STATUS RESTARTS AGE
myapp-cmd-1585713350-3brbo 0/1 CrashLoopBackOff 2 43s
We can then describe the pod and determine why it is failing to boot:
Events:
FirstSeen LastSeen Count From SubobjectPath Type Reason Message
--------- -------- ----- ---- ------------- -------- ------ -------
43s 43s 1 {default-scheduler } Normal Scheduled Successfully assigned myapp-cmd-1585713350-3brbo to kubernetes-node-1
41s 41s 1 {kubelet kubernetes-node-1} spec.containers{myapp-cmd} Normal Created Created container with docker id b86bd851a61f
41s 41s 1 {kubelet kubernetes-node-1} spec.containers{myapp-cmd} Normal Started Started container with docker id b86bd851a61f
37s 35s 1 {kubelet kubernetes-node-1} spec.containers{myapp-cmd} Warning Unhealthy Liveness probe failed: Get http://<IP_ADDRESS>:8000/healthz: dial tcp <IP_ADDRESS>:8000: getsockopt: connection refused
In this instance, we set the healthcheck initial delay timeout for the application at 1 second, which is too aggressive. The application needs some time to set up the API server after the container has booted. By increasing the healthcheck initial delay timeout to 10 seconds, the application is able to boot and is responding correctly.
See Custom Health Checks for more information on how to customize the application's health checks to better suit the application's needs.


Research Interests
1. Developing easy-to-implement organic synthetic methods.
No one would deny that there has been a transformative progress in organic synthesis during the last century. We now possess an arsenal of reactions with unprecedented scope, yield and selectivity: CH functionalization, biorthogonal reactions and organometallic catalysts, just to name my favorites.
Marvelous as the development is, equally perplexing is the article* that reveals there have been almost no changes in the list of the most-used-reactions in drug making for the two decades. Instead of many state-of-art reactions that require expensive materials and harsh conditions, old reactions like amide formation with high commercial availability have still been dominating the industry.
My goal is to fill the gap between organic synthetic labs and drug companies by improving the state-of-art reactions so that they can be performed with minimal resource, effort and time.
* Brown, Dean G., and Jonas Boström. "An analysis of past and present synthetic methodologies on medicinal chemistry: Where have all the new reactions gone?." (2015).
2. Organic synthesis in biologics.
There are two types of drugs: small molecule drugs and protein based drugs, or biologics. Unlike small molecule drugs, which are products of organic synthesis, biologics are made from reprogrammed cells with recombinant DNA.
The two different methods, organic synthesis and recombinant DNA, have their own pros and cons. But I believe we can do better maybe by combining those approaches, which idea is not my own but that of mother nature. In nature, in order to fully function, proteins wear specific clothes of chemical groups by enzymes.
For biologics, their enzyme can be organic synthesis, which confers novel properties to them. For instance, placing a small molecule drug on an antibody by chemical protein modification methods gave a birth to antibody-drug conjugates, which show promising activity and specificity in therapy. The field, however, is yet largely unexplored.
I’m interested in understanding the role of chemical moieties on protein, introducing the right chemical clothes on protein and developing the rationally modified proteins into new therapeutic agents.
3. Understanding and preventing aging
“Age is no more than a number” – Korean proverb meaning that we can’t judge people just by their ages.
That’s right. Age is maybe just a number, but aging is something much more abstract and complex.
Most diseases have their root causes: abnormally proliferating cells for cancer and immune system destroying insulin-making cells for diabetes. And we can treat those diseases by tackling their root causes. There is, however, no single cause for aging.
Aging is not a single phenomenon but multitude. In particular, I’m interested in the molecular aspect of aging, well exemplified by David Spiegel’s work*.
I would like to contribute in understanding the molecular aspect of aging and hopefully someday enjoy extra life thanks to my work.
* Draghici, Cristian, Tina Wang, and David A. Spiegel. "Concise total synthesis of glucosepane." Science 350.6258 (2015): 294-298.


( #PCDATA | activity | color | currency | material | material_format | place | plant | profession | ref | sub_recipe | time | tool | unit )*
May Contain:


All About Santrupti Nerli
Here's how I look
Interesting Tid-Bits
- Love to cook
- Pretty good at swimming
- Read a lot of novels mostly fiction
More about me
I am originally from Karnataka, India. Came to USA 2 and half years back. I did my masters here at San Jose State university.
I interned at symantec, HP and recently started working with the most awesome team at Intuit.


VisionBoard
I wrote a rather cool piece of software (if I do say so myself)...
Create your own Vision Board.
Use pictures you have on your computer or find pictures on the Internet.
Set your Vision Board as you
desktop background, or
print a copy for your wall or the fridge,
or watch your images fly as your
screen saver (my personal favorite feature).
Before you know it, your visions will come to you!
Enjoy!
Download
Download
VisionBoard.exe here for free.


I'm a full stack software engineer based in Brooklyn, New York. I enjoy listening to many genres of music (currently digging Julie London) and exploring new areas of the city. I am passionate about learning, and I work hard to get things done.
Feel free to get in touch with me through email!


{% extends 'base.html' %} {% load static %} {% block title %}Homepage{% endblock %} {% block pagecss %} {% endblock %} {% block pagejs %} {% endblock %} {% block content %}
Stock Overflow
more ideas for your money...
About the site
StockOverflow is a fintech company that provides state of the art self-learning, AI based algorithmic forecasting solutions for the capital markets to uncover the best investment opportunities.
The company provides daily investment forecasts based on an advanced, self-learning algorithm.
Analysis
The computation and analysis of the companies' stock quotes vs. actual trading historical record will help you to analyze the prediction accuracy and find the stocks that meet your criteria.
The Portfolio Manager combines a users investment strategies into a single report
We utilize an advanced self-learning algorithm to analyze, model and predict the stock market.
View a graphical representation of stock prices and compare stock trends of 2 companies to make informed decisions.


#define _GNU_SOURCE /* See feature_test_macros(7) */
#include <string.h> int strverscmp(const char *s1, const char *s2);
Thus, the task of strverscmp() is to compare two strings and find the "right" order, while strcmp(3) finds only the lexicographic order. This function does not use the locale category LC_COLLATE, so is meant mostly for situations where the strings are expected to be in ASCII.
What this function does is the following. If both strings are equal, return 0. Otherwise, find the position between two bytes with the property that before it both strings are equal, while directly after it there is a difference. Find the largest consecutive digit strings containing (or starting at, or ending at) this position. If one or both of these is empty, then return what strcmp(3) would have returned (numerical ordering of byte values). Otherwise, compare both digit strings numerically, where digit strings with one or more leading zeros are interpreted as if they have a decimal point in front (so that in particular digit strings with more leading zeros come before digit strings with fewer leading zeros). Thus, the ordering is 000, 00, 01, 010, 09, 0, 1, 9, 10.


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scientist | technologist | writer | lecturer | inventor
Follow me through the journeys to the frontiers with circles of innovation in sciences, technologies and random ideas to make our world a better places ... some of these ideas turn into patents.


Solar System Orrery
Step size in yr (can be a fraction 1.25):
Number of steps:
Run
This is a solar system orrery.


The ultimate online bookmark manager and organizer. Try it!
Software Engineer (Phd) - Language Making specialisation
Epic city simulation and building game


Tests if permissions are set on a file, directory, registry key, or certificate's private key/key container.
Test-Permission [-Path] <String> [-Identity] <String> [-Permission] <String[]> [[-ApplyTo] {Container | SubContainers | ContainerAndSubContainers | Leaves | ContainerAndLeaves | SubContainersAndLeaves | ContainerAndSubContainersAndLeaves | ChildContainers | ContainerAndChildContainers | ChildLeaves | ContainerAndChildLeaves | ChildContainersAndChildLeaves | ContainerAndChildContainersAndChildLeaves}] [-Inherited] [-Exact] [<CommonParameters>]
Sometimes, you don't want to use Grant-Permission
on a big tree. In these situations, use Test-Permission
to see if permissions are set on a given path.
This function supports file system, registry, and certificate private key/key container permissions. You can also test the inheritance and propogation flags on containers, in addition to the permissions, with the ApplyTo
parameter. See Grant-Permission documentation for an explanation of the ApplyTo
parameter.
Inherited permissions on not checked by default. To check inherited permission, use the -Inherited
switch.
By default, the permission check is not exact, i.e. the user may have additional permissions to what you're checking. If you want to make sure the user has exactly the permission you want, use the -Exact
switch. Please note that by default, NTFS will automatically add/grant Synchronize
permission on an item, which is handled by this function.
When checking for permissions on certificate private keys/key containers, if a certificate doesn't have a private key, $true
is returned.
| Name | Type | Description | Required? | Pipeline Input | Default Value |
|---|---|---|---|---|---|
| Path | String | The path on which the permissions should be checked. Can be a file system or registry path. |
true | false | |
| Identity | String | The user or group whose permissions to check. |
true | false | |
| Permission | String[] | The permission to test for: e.g. FullControl, Read, etc. For file system items, use values from System.Security.AccessControl.FileSystemRights. For registry items, use values from System.Security.AccessControl.RegistryRights. |
true | false | |
| ApplyTo | ContainerInheritanceFlags | The container and inheritance flags to check. Ignored if |
false | false | |
| Inherited | SwitchParameter | Include inherited permissions in the check. |
false | false | False |
| Exact | SwitchParameter | Check for the exact permissions, inheritance flags, and propagation flags, i.e. make sure the identity has only the permissions you specify. |
false | false | False |
Test-Permission -Identity 'STARFLEET\JLPicard' -Permission 'FullControl' -Path 'C:\Enterprise\Bridge'
Demonstrates how to check that Jean-Luc Picard has FullControl
permission on the C:\Enterprise\Bridge
.
Test-Permission -Identity 'STARFLEET\GLaForge' -Permission 'WriteKey' -Path 'HKLM:\Software\Enterprise\Engineering'
Demonstrates how to check that Geordi LaForge can write registry keys at HKLM:\Software\Enterprise\Engineering
.
Test-Permission -Identity 'STARFLEET\Worf' -Permission 'Write' -ApplyTo 'Container' -Path 'C:\Enterprise\Brig'
Demonstrates how to test for inheritance/propogation flags, in addition to permissions.
Test-Permission -Identity 'STARFLEET\Data' -Permission 'GenericWrite' -Path 'cert:\LocalMachine\My\1234567890ABCDEF1234567890ABCDEF12345678'
Demonstrates how to test for permissions on a certificate's private key/key container. If the certificate doesn't have a private key, returns $true
.


Build yourself a weather station. Part I
June 12, 2020
Intro
I live pretty far away from the office, so my commute can take from 2.5 to 4 hours a day 😱. That includes a lot of time walking. I lost the count of times when I forgot to check if there was rain when going out from home. Or, even worse, the rain came in when I was midway to the train station. As a plus, the Weather app on my iPhone is not very good at making accurate forecasts. It can easily convince me that there is sunny outside when a sneaky rain starts to drop. A couple of months ago I started digging into electronics, microcontrollers, and PCBs, so a side-project idea naturally came up to a surface. I’ll create a simple weather station that will check humidity and temperature outside every morning and notify me if I need to take an umbrella or warm clothes. This is a fun and easy IoT project from the hardware perspective, so I decided to give it a try.
In this series of posts, we will cover how to build an IoT weather station powered up by a web dashboard and Telegram bot. We will start from the birds-eye view first and cover the architecture of what we are going to make.
Table of Contents
- → Build yourself a weather station. Part I
- Building yourself a weather station. Part 2
- Async Unicorns love Rust
- Building a Weather Station Bot
- Building a Weather Station UI
Architecture
This is the general flow of information in the system. In this post, we will go through building each component:
- IoT Device will periodically measure weather information and transfer it to the Backend
- Backend will store all sensor readings in a Weather Database
- Telegram Bot will be used as a notification service that multiple users can subscribe to and receive new weather information
- REST API and Frontend Dashboard are used to present information from the Weather Database in an online dashboard
Choosing the technology stack
The first thing we need to decide before diving into coding is what protocol to use for communication between our IoT device and Backend. I thought that I might want to place stations not only at my home, but also at our country house, so we’ll need to be able to publish messages from several devices to a single endpoint. All messages can be processed asynchronously, and our edge devices do not need to get any kind of response from the backend.
In this situation, the most suitable communication pattern would be some kind of publish-subscribe message passing protocol. In the IoT world, one of the most popular options for this is MQTT. Many devices support it, and there are good and simple to use open-source message brokers such as Eclipse Mosquitto, which we will use in this project.
As for the Backend component, I have decided to use Rust. I could go over all the benefits of this language, but honestly, the primary reason is that I am learning the language and want to have more practice with it 😊.
Hardware setup
First what we will build will be the weather station itself. Despite the popularity of Arduino I have decided to base the project on the ESP32 chip. First, this is a much cheaper option. The development board will cost you less than $4. Second, it packs quite a punch compared to its competitors:
- TCP/IP protocol stack support
- MQTT support
- FreeRTOSFree Real-Time Operating System contains useful implementations of multitasking primitives like asynchronous tasks, queues, and events
- Onboard Bluetooth and WiFi. No need to attach or solder extra modules
- Non-volatile memory storageNVM is like a small hard drive on your chip that allows you to store information when the board is powered off
- 2 core CPU
- Low power consumption and deep-sleep modes that allow to power the chip using rechargeable batteries
- And many more useful things, like mesh-networking that allows you to put many devices into a mesh network that propagates messages between devices without access to the WiFi Access Point
Another important part is the sensor that will measure the temperature. I have decided to use the popular BME280 sensor. It is small, cheap, and accurate. As a bonus, it measures not only temperature but also pressure and humidity 💪🏻.
Bill of materials
To build this project you will need:
-
A ESP32 development board. I used ESP32 WROOM devkit
- BME 280 sensor. I strongly recommend using a breakout board since the sensor itself is very smallIf you will order a Chinese breakout board for the sensor you might need to solder pins to the board. It isn’t hard, but make sure that you have the necessary soldering equipment at hand. If you do not know how to solder, refer to the multitude of guides and videos over the internet. For example, this one . It can use widely supported SPI and I2C protocols for communication with other PCBs
- 3.3V or 5V micro USB power source for the ESP32 board. I use a simple power bank that you regularly use to charge your phoneAnother option is to use a power cell. It is a slightly more complicated setup, which I will cover in another post
- A set of jumping wires to connect the sensor to the devboard
- A computer with a free USB port that you can use for coding and flashing
Wiring everything together
The wiring is not complicated, you will need to connect the BME280 sensor to the board and power it up. You do not have to wire up a power source since the dev board can be powered via micro the USB port. You can simply connect it to your PC, phone charger, or a power bank.
The next part that’s still in the mist is how the sensor communicates with our ESP32 board. Like software that has a TCP/IP or UDP stack for inter-device communication, hardware has a set of commonly used protocols for data transfer. We will use the I2C (Inter-Integrated Circuit) protocol for communications since it means fewer wires and leads to a less complicated setup. I2C is meant for data transfer between multiple devices that are closely placed, which fits our case perfectlyAnother option we have is to use SPI (Serial Peripheral Interface), but it requires more wires, so we will go with the more economic option to save pins on our ESP32 board .
You can see SDA (red) and SCL (yellow) lines that are connected to BME280 on the schematics. Those will be used for communication between our ESP32 board and the sensor.
Next, we will cover how I2C works, which will be important to understand when we will start coding.
A few words on I2C
I2C is a synchronous communication protocol that allows multiple devices to exchange information. Synchronous means that all connected devices are synchronized using a common clock. In the case of I2C, the clock is ticking over the SCL wire.
All frames and clock signals are sent in binary format. To achieve this, a set of thresholds is selected. For example, if the voltage on the wire is between 0.4V and 0.8V it is considered 0, and if it is from 2V to 2.7V then it is considered high. All other values are considered to be invalid. Different microcontrollers use different thresholds, so there are a few common sets of thresholds. Concrete values are not important for our purposes as long as you catch the main point.
Let’s expand a bit on what do we mean by saying “clock”. It is actually no more than a periodic pulse of some predetermined frequencyMost I2C devices can communicate at the clock rate of 100kHz or 400kHz . By itself, the clock is not very useful, but combined with the second wire SDA it allows for data transfer between one or more primary devices called masters and multiple secondary devices called slaves. In the idle state, the clock is constantly pulsing, while the SDA line is set to 1 in the idle state.
In I2C the information is exchanged in blocks called frames. Each frame contains 8 bits of information and an additional ACK/NACK bit that is used for confirmation from the slave device. After the first 8 bits of the frame is sent, the slave device is given control over SDA. To acknowledge that the frame was received, the device must pull the SDA line low before the 9th clock pulse. If it did not do this, then the master device can deduce that something bad had happened and decide how to proceed.
The master device is the one to start the communication. In I2C, masters can send 2 types of messages also called frames: address frame and data frame. The address frame is used to select a slave device that should receive the data, which comes in the next one or several frames.
First, we need to indicate that data transfer is about to happen. A special start condition is used for this purpose: the master device must set SCL to 1 and pull SDA to 0 after thatNote that master always oscillates SCL at a constant rate. So the start condition might be seen as waiting when the clock is hight and then setting the SDA line to . This action notifies all slave devices that the data transmission is about to begin.
The next frame is always the address frame. Each device address in I2C is 7 bits long0000001, 0000010, 0000011 and so on . The address frame contains those 1 bits which are read by slave devices each time the clock goes high. Those 7 bits are then followed by a single read/write bit which indicates if the following data frames will read or write information.
The following one or more frames are data frames, which also contain 8 bis of information followed by ACK/NACKACKnowledged/Not ACKnowledged bit. Each bit is set by the master before the clock transitions from 0 to 1. While the clock is 1, the slave device can read the incoming bit. The data will be received by the addressed slave device until a stop condition is met: the master device pulls the SDA from 0 to 1 right after the SCL transitioned from 0 to 1.
To Be Continued
At this point, we have outlined out architecture and tech stack, chose and wired up the hardware and got into how integrated circuits can communicate between each other using two wires and I2C protocol.
In the next post we will harness the power of ESP32 by writing firmware which will collect data from BME280 and send it to our MQTT server via a wireless network. Subscribe to the RSS feed to get notified when the next post comes out.
Next post in the series: Coding For ESP32


The cross reference utility can be used to find a number of common Prolog programming errors. It can check for correct references of predicates across modules, and take into account extended predicates (LSXs) and compiled libraries.
It provides a full cross reference of predicates, indicating for each predicate both predicates called by the given predicate, and predicates that call the given predicate. The defining modules for the cross-referenced predicates are given as well, with notes for built-in and extended predicates.
The cross reference utility checks for
The Cross Reference View is, by default, on the right of the Prolog Perspective in the IDE under the Outline View.
To run it, first select a file in the Editor View or a Prolog Project in the Navigator View. Then:
The Cross Reference examines each Prolog source file in your project and loads all libraries and Logic Server Extensions that are part of the project. It displays as shown above. The predicates are listed in alphabetic order. Predicates that are not in a named module are shown as user:. Amzi! system predicates are shown as builtin:.
For each predicate, the Cross References displays:
You can click on any predicate name to open it in an Editor.
Builtin predicates cannot be displayed in an Editor.
Any syntax errors or warnings will be displayed in the Tasks View (which is by default on the bottom under the Listener).
This view includes warnings for all predicates that are:
It also has errors for syntax problems and potential misplaced periods.
Copyright ©1987-2011 Amzi! inc. All Rights Reserved. Amzi! is a registered trademark and Logic Server is a trademark of Amzi! inc.


Shifted Weighted Sum of Errors¶
-
class
gym_electric_motor.reward_functions.weighted_sum_of_errors.
ShiftedWeightedSumOfErrors
(reward_weights=None, normed=False, observed_states=None, gamma=0.9, reward_power=1, **__)[source]¶ Weighted Sum of Errors shifted by the maximum negative reward to obtain rewards in the positive range.
\[reward = max\_reward - reward\_weights * (abs(state - reference)/ state\_length) ** reward\_power\]\[limit~violation~reward = 0`\]state_length[i] = 1 for states with positive values only.state_length[i] = 2 for states with positive and negative values.Parameters: - reward_weights (dict/list/ndarray(float)) – Dict mapping state names to reward_weights, 0 otherwise. Or an array with the reward_weights on the position of the state_names.
- normed (bool) – If True, the reward weights will be normalized to 1.
- observed_states (list(str)) – List of state names of which the limit are observed. Default: no observation.
- gamma (float) – Discount factor for the reward punishment. Should equal agents’ discount factor gamma.
- reward_power (dict/list(float)/float) – Reward power for each of the systems states.
-
close
()¶ Called, when the environment is closed to store logs, close files etc.
-
reset
(initial_state=None, initial_reference=None)¶ This function is called by the environment when reset. Inner states of the reward function can be reset here, if necessary.
Parameters: - initial_state (ndarray(float)) – Initial state array of the Environment
- initial_reference (ndarray(float)) – Initial reference array of the environment.
-
reward
(state, reference, action=None)¶ Reward calculation. If limits have been violated the limit violation reward will be returned. Otherwise, the standard reward will be returned.
Parameters: - state (ndarray(float)) – Environments state array.
- reference (ndarray(float)) – Environments reference array.
- action (element of action space) – The previously taken action.
Returns: Reward for this state, reference pair.
Return type: float
-
set_modules
(physical_system, reference_generator)[source]¶ Setting of the physical system, to set state arrays fitting to the environments states
Parameters: - physical_system (PhysicalSystem) – The physical system of the environment
- reference_generator (ReferenceGenerator) – The reference generator of the environment.


"Ground control to Major Tom!"
| Location: | {{captain.location}} |
| Credits: | {{captain.credits}} |
| Debt: | {{captain.debt}} |
| Destination: | {{captain.destination.name}} |
| Ship: | {{captain.ship.name}} |
It is great to be the captain of your own ship.
It is also great to eat. And breathe.
For all those great things like eating and breathing, there is one perfect solution, called staying in business.
My grandad told me to buy low and sell high, and things haven't changed much since then. Oh sure, the credit markest are, crazy, but you gotta do what you gotta do.
Congratulations! You have earned enough money to retire in style. No more simulated vegetable protein.
View: {{view}}The only thing worse than being poor is being poor in deep space :(
View: {{view}}Overview of all ports.
[{{i}}]: {{com}}, {{port.sprices[i]}}


{% extends "objectives/base.html" %} {% block content %} {% if objective %}
Select one of your objectives from the list


Look at this amazing message: {{ message }}... and another one {{ message }}, what's the {{ message }}
{{ description }} don't mise that!
just a simple text


Othello JS
Home
Code
Current player:
-
Black:
Human
AI (Type A; try to get many disks)
AI (Type B; try to own corner positions)
AI (Type C; try to own corner positions carefully)
AI (Type D; Prioritize number of moves)
AI (Type E; Prioritize number of moves and positions)
AI (Type M-128; Monte Carlo Tree Search with 128 iterations)
AI (Type M-256; Monte Carlo Tree Search with 256 iterations)
AI (Type M-512; Monte Carlo Tree Search with 512 iterations)
AI (Type M-1024; Monte Carlo Tree Search with 1024 iterations)
AI (Type M-2048; Monte Carlo Tree Search with 2048 iterations)
AI (Type M-4096; Monte Carlo Tree Search with 4096 iterations)
AI (Type PM-100/m; Primitive Monte Carlo with 100 iterations for each move)
AI (Type PM-200/m; Primitive Monte Carlo with 200 iterations for each move)
AI (Type PM-1024/e; Primitive Monte Carlo with 1024 iterations divided for each move)
White:
Human
AI (Type A; try to get many disks)
AI (Type B; try to own corner positions)
AI (Type C; try to own corner positions carefully)
AI (Type D; Prioritize number of moves)
AI (Type E; Prioritize number of moves and positions)
AI (Type M-128; Monte Carlo Tree Search with 128 iterations)
AI (Type M-256; Monte Carlo Tree Search with 256 iterations)
AI (Type M-512; Monte Carlo Tree Search with 512 iterations)
AI (Type M-1024; Monte Carlo Tree Search with 1024 iterations)
AI (Type M-2048; Monte Carlo Tree Search with 2048 iterations)
AI (Type M-4096; Monte Carlo Tree Search with 4096 iterations)
AI (Type PM-100/m; Primitive Monte Carlo with 100 iterations for each move)
AI (Type PM-200/m; Primitive Monte Carlo with 200 iterations for each move)
AI (Type PM-1024/e; Primitive Monte Carlo with 1024 iterations divided for each move)
⇅
Add new AI
Repeat games
Start a new game


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Statistical Measures of Circular Distributions:
With this program the statistical measures of circular orientation data (i.e. strike lines fotolineations, flow directions) are calculated. These data can either be pure directions without defined magnitude, z.B. strike lines oder sie können eine definierte Länge besitzen (z.B. fotolineations). In the menu ‚data‘ the choice between pure directions and directions with lengths must be made.
The menu ‚range‘ differentiates between data without polarity (strike lines) and those with polarity (i.e. flow directions).
The first type of data uses only the range 1..180°. The second one needs the range 1..360°.
For manual data input the choice between 1..360° and 1..400gon must be made in the menu 'angle'
The extensions for files of these data types are:
*.STR no polarity, pure directions
*.LST no polarity, directions with lengths
*.AZI with polarity, pure directions
*.LAZ with polarity, directions with lengths


WKWebView
Local html examples.
Load local html as string.
Images
JavaScript execution:
- Add a ScriptMessageHandler "JavaScriptObserver" when the WKWebView is initialized at start up.
- The "Run JavaScript" button calls the javascript function textMessageJS() embedded in this local html file.
- postMessage(message) in the textMessageJS() calls the WKScriptMessageHandler delegate method didReceive message:
- userContentController shows native iOS UIAlertController with a text from JavaScript script.
Local Pages
Load html as file
Load html as string
Start page
Feedback
Send me a feedback
External Links
My blog
Passionate Mobile Development


- Items
- Qty.
- Unit price
- Total
-
-
1
-
USD 450.00
-
USD 450.00
1
Logistical Services Profile
Standard Delivery; Selected Carrier
Shipping instructions:
Please note special or
scheduled shipping instructions here.
Tax, shipping, and applicable recycling fees will appear on your invoice.
This quote is governed by the terms of the customer's Major Account Direct Agreement. Price quotes are valid for 30 days subject to product availability.
The sales tax amount displayed above are estimates. Actual sales tax will be applied when your order is invoiced. If you have any questions about your tax status,please contact your account representative.


The letter-spacing property is used to specify the space between the characters in a text. The following example demonstrates how to increase or decrease the space between the characters.


ASM v7.0 : a small and fast bytecode manipulation framework. This is repackaged from "org.ow2.asm" in ASM v7.0. The only changes in the code were to fix javadocs error.


Loading...
In this page we are querying the /accounts endpoint to display buyer's information.
In order for buyers to update their payment method they need to visit the Account Management Portal . You can obtain a temporary authenticated link to the buyer's account in the portal through the API.
Among the account data returned by the API there is an array of orderIds which we will use to query the /orders endpoint to show a one-liner description of each of them.


logo
We can't perform the action you requested
Some Crowbar actions are only available via the API. Please consult your
log files
for details.


Sad to say, my time at Gliffy is at an end (:sniff:), so I’m heading back into the job pool. I was lucky to get some time in at Gliffy, because, living in Washington, DC, my opportunities for sexy cutting-edge jobs are about zilch. Instead, I’m facing a huge market of “Senior JBoss Portal Maintenance Archiect” type jobs.
I guess I should feel lucky that there’s lots of positions out there, but I really don’t want to be the cog in a huge machine. Gliffy has shielded me from the Horror That Can Be Consulting, so I need to keep my perspective in such trying times. So, calling on my experiences before Gliffy, I’ve made this handy rubric to make sure I explore all facets of a potential position.
I don’t expect anyone to get all positives and no negatives (I’ve certainly never been anywhere that perfect), bit it’s always good to know. For example, if I have to put up with PVCS, I better be sitting on an Aeron chair and be using a normalized database. Further, this is obviously in addition to standard questions regarding what the project is about (i.e. is it interesting) and what the people are like. A whole lot of this can be forgiven by being part of a great team or working on a really cool product.
| Question | Points for | Points against |
|---|---|---|
| How do you fare on the Joel Test? |
· High score · Good explanations for missing items |
· Low score · Never heard of it |
| Describe your development process |
· Structured · Easily described |
· Overly draconian · Lack of · Not easily described |
| What kind of computer will I be using to develop? |
· Two monitors · Mac · Linux · Administrator access |
· Vague answer · Small monitor · Windows · Locked-down |
| Do you block certain sites or applications on your network? | · Open network | · Closed network |
| What is the physical environment like? |
· Good Chairs · Private office · Natural light · Reasonable Temperature |
· Old, crappy · Bullpen style |
| Am I required or encouraged to use Windows? | · No, few devs use Windows | · Yes |
| What collaboration tools do you use? |
· Wikis · IM · Bug tracking · Sensible PM |
· Email word documents · MS-project · SharePoint · Other proprietary crap (e.g. eRoom, Documentum) · No tools |
| What are some of your HR policies? |
· Few, if any · Loose dress code · Flexible schedule |
· Draconian · Dress code · Core hours |
| Can I see the code I will be working with? |
· Letting me see it · Meaningful javadocs/API documentation · Structured, consistent style · Sensible class names and file organization · Sane build process |
· Not letting me see it · Mix of styles · No javadocs · Empty javadocs · Convoluted file organization · Broken build file |
| How do you do testing? |
· Have testers · Do unit tests · Maintain tests · TDD · Bug tracker |
· Ad hoc · Lip service to test-first · No unit tests |
| What is your approach to configuration management? |
· Having an approach · Git · Database migrations · Know the versions of 3rd party software/have a baseline configuration · Organized |
· No approach · CVS · Perforce, ClearCase, other closed crud · Shared drives · Can’t describe versions/configuration |
| Can I see the database schema I’ll be working with? |
· Letting me see it · Normalized · Sane names (no TBL_* bullshit) · Synthetic numeric keys · Referential integrity · Documented! · Versioned! |
· Not letting me see it · Unnormalized · Dumb names · Incorrect types · String-based keys · No constraints · Undocumented |
What else am I missing?


title = "Menu"
url = "/menu"
layout = "default"
==
==
We aim to offer local, seasonal fruits and vegetables when possible. Some of our juices are not available year round. Keepin' it fresh!
Tier I Juices - $5 + tax (12oz)
- The Zinger: carrot, apple ginger
- Sweet Sunset: orange, carrot, beet
- Summer Mist: cucumber, apple, lime
- Queen Grapefruit: grapefruit, orange
- Dynamic Duo: orange, carrot
- Earthy Orange: orange, beet
Tier II Juices - $6 + tax (12oz)
- Uber Green: kale, cucumber, apple, lime
- Cucumber Tango: cucumber, beet, apple, lemon
- Hot Tamale: beet, carrot, apple, ginger
- Green Machine: kale, celery, cucumber, apple, lime, ginger
- Veggie Patch: kale, carrot, beet, cucumber, lemon
- Peary Good: pear, carrot, ginger
- Peace, Pears, and Kale: kale, pear, celery, ginger
- Cranberry Orange: orange, apple, cranberries
Add on: $0.50 each
- Ginger
- Lime
- Lemon
- Raw Honey
Shots: $2.00 (2 oz)
- Ginger
- Wheatgrass
- Ginger + raw honey


Covid Deaths in the state of CT: Towns and Nursing Homes
How many COVID tests were positive in the nursing homes on June 19, 2020, as well as how many tests were positive in the same town on the same day?
The table below will show the total number of positive COVID tests in both the nursing homes and towns across the state of Connecticut on June 19th, 2020:
Date
Nursing Home
Town Name
Covid Positive (Nursing Home)
Covid Positive (Town)
How many deaths occurred in the town of Hamden, CT as well as the nursing homes in Hamden, CT on June 11th, 2020?
The table below will show the total number of deaths that occurred in the town of Hamden, CT as well as the nursing homes in Hamden, CT on June 11th, 2020:
Date
Nursing Home
Town Name
COVID Deaths (NursingHome)
COVID Deaths (Town)
What nursing homes had 50 or more positive COVID tests between the dates of May 1st, 2020 and May 31st, 2020?
This table will list all of the nursing homes that had 50 or more positive COVID tests between the dates of May 1st, 2020 and May 31st, 2020:


Looking your best at an interview is very important. Your appearance at an interview is your potential employer's first impression of you. By presenting a profession and clean appearance, you can ingrain a sense of confidence in your ability to complete the the tasks that your employer is looking for. The following suggestions of attire can serve you as potential guidelines:
Women have an almost overwhelming amount of choices to make when it comes to choosing what to wear to an interview. These choices varies from pant suits to skirted suits or even a dress under a jacket. Moderate height heels for flats are great when accompanied by hoistery in a neutral color; tan, black, and neutral are very safe bets.
Standard interview attire for women often comes in very conservatice colors, such as black, dark navy, gray, beige, brown, or even red. Skirt lengths should be a little below the knees and not shorter than above the knees.
A conservatice black, dark navy, or gray two-piece business suit is a very clean and professional choice for an interview. Long-sleeved button-down dress shirt, a conservative tie, and dress shoes are great starting points. If possible, try to match your belt with your shoes. If you do not own a suit or the company is a bit more on the informal side, go for a conservatice sport coat, nicely pressed slacks, and a white long-sleeved button-down.
If you are having trouble finding affordable business attire, the following organization may be able to offer you some help.
Dress for Success had been very successful in helping homeless or low-income women by providing them with a free suit for a job interview. In addition, once these women had landed the job, they can return for an additional work outfit. This organization operate on a referral-only basis, which can be obtained through many women's shelters and other social services organization.
Project Homeless Connect provides a number of services for those that needs it. These services range from house searches to free haircuts. This also includes clothings and hygiene supplies. They also have a denture and vision services program. They are located at 25 Van Ness Ave, Suit 340 San Francisco, CA 94102.


|
Doc Test
0.0.1
A Simple Project Created For Doxygen Study
|
A three-dimensional vector. More...
#include <vec3.hpp>
Public Member Functions | |
| vec3 (T nX, T nY, T nZ) | |
| Construct a new vec3 object. More... | |
| vec3 () | |
| Construct a new empty vec3 object. More... | |
| void | set (T nX, T nY, T nZ) |
| set the coordenates of vec3 object More... | |
| std::string | toSting () |
| get the vec3 coordenates in string format More... | |
Public Attributes | |
| T | x |
| T | y |
| T | z |
A three-dimensional vector.
| T | vector type |
|
inline |
Construct a new vec3 object.
| nX | X coordenate |
| nY | Y coordenate |
| nZ | Z coordenate |
|
inline |
Construct a new empty vec3 object.
|
inline |
set the coordenates of vec3 object
| nX | X coordenate |
| nY | Y coordenate |
| nZ | Z coordenate |
|
inline |
| T horus::core::vec3< T >::x |
| T horus::core::vec3< T >::y |
| T horus::core::vec3< T >::z |


tudatpy.basic_astrodynamics¶
-
class
AccelerationModel
¶
-
class
AvailableAcceleration
¶ Members:
undefined_acceleration
point_mass_gravity
central_gravity
aerodynamic
cannon_ball_radiation_pressure
spherical_harmonic_gravity
mutual_spherical_harmonic_gravity
third_body_point_mass_gravity
third_body_central_gravity
third_body_spherical_harmonic_gravity
third_body_mutual_spherical_harmonic_gravity
thrust_acceleration
relativistic_correction_acceleration
empirical_acceleration
direct_tidal_dissipation_in_central_body_acceleration
direct_tidal_dissipation_in_orbiting_body_acceleration
panelled_radiation_pressure_acceleration
momentum_wheel_desaturation_acceleration
solar_sail_acceleration
-
aerodynamic
= AvailableAcceleration.aerodynamic¶
-
cannon_ball_radiation_pressure
= AvailableAcceleration.cannon_ball_radiation_pressure¶
-
central_gravity
= AvailableAcceleration.point_mass_gravity¶
-
direct_tidal_dissipation_in_central_body_acceleration
= AvailableAcceleration.direct_tidal_dissipation_in_central_body_acceleration¶
-
direct_tidal_dissipation_in_orbiting_body_acceleration
= AvailableAcceleration.direct_tidal_dissipation_in_orbiting_body_acceleration¶
-
empirical_acceleration
= AvailableAcceleration.empirical_acceleration¶
-
momentum_wheel_desaturation_acceleration
= AvailableAcceleration.momentum_wheel_desaturation_acceleration¶
-
mutual_spherical_harmonic_gravity
= AvailableAcceleration.mutual_spherical_harmonic_gravity¶
-
property
name
¶
-
panelled_radiation_pressure_acceleration
= AvailableAcceleration.panelled_radiation_pressure_acceleration¶
-
point_mass_gravity
= AvailableAcceleration.point_mass_gravity¶
-
relativistic_correction_acceleration
= AvailableAcceleration.relativistic_correction_acceleration¶
-
solar_sail_acceleration
= AvailableAcceleration.solar_sail_acceleration¶
-
spherical_harmonic_gravity
= AvailableAcceleration.spherical_harmonic_gravity¶
-
third_body_central_gravity
= AvailableAcceleration.third_body_point_mass_gravity¶
-
third_body_mutual_spherical_harmonic_gravity
= AvailableAcceleration.third_body_mutual_spherical_harmonic_gravity¶
-
third_body_point_mass_gravity
= AvailableAcceleration.third_body_point_mass_gravity¶
-
third_body_spherical_harmonic_gravity
= AvailableAcceleration.third_body_spherical_harmonic_gravity¶
-
thrust_acceleration
= AvailableAcceleration.thrust_acceleration¶
-
undefined_acceleration
= AvailableAcceleration.undefined_acceleration¶
-


Money Play. How should Red play 44?
pips Red=133 White=153
(CorrectAnswer= 0/0, ErrorScore= 0)
Making the one-point is too committal here as White has an anchor and only blot on the bar.
When ahead in the race then race. Also Red will do well to keep his checkers connected as he brings them around the board. Both of these ideas lead you to the correct play which is 24/16, 18/14(2).
When ahead in the race then race. Also Red will do well to keep his checkers connected as he brings them around the board. Both of these ideas lead you to the correct play which is 24/16, 18/14(2).
1. Cubeful 2-ply 24/16 18/14(2) Eq.: +0.349 0.686 0.156 0.005 - 0.314 0.073 0.003 2. Cubeful 2-ply 18/10(2) Eq.: +0.296 (-0.053) 0.657 0.176 0.005 - 0.343 0.077 0.004 3. Cubeful 2-ply 13/1 5/1 Eq.: +0.272 (-0.076) 0.643 0.188 0.003 - 0.357 0.079 0.003 4. Cubeful 2-ply 18/14(2) 13/5 Eq.: +0.264 (-0.085) 0.639 0.186 0.006 - 0.361 0.080 0.003 5. Cubeful 2-ply 24/16 13/5 Eq.: +0.233 (-0.116) 0.634 0.167 0.005 - 0.366 0.080 0.003


Just finished obtaining a M.Sc. in Aerospace Engineering at the University of Stuttgart.
Particular focus on numerical modelling, machine learning and software engineering.
Currently designing & implementing system software for robotics at Franka Emika in Munich.
Completion of semester courses on non-linear optimisation & neural networks.
Hands-on experience with modern machine learning frameworks. Application of bayesian-, generative and discriminative modelling in various projects.
Examples include uncertainty quantification for image segmentation in earth observation and time-series regression for wind forecasting.
Hands-on experience in developing embedded firmware for the multiMIND payload at Thales Alenia Space and the robotic ROACH2
research rover. Successful deployment of image classifiers for manufacturing quality control, design of database APIs in Javascript and Python for
domain-based system modelling and mechanical integration testing of solar array assemblies.
Design & development of safety-critical system software for a robotic system based on a dissimilar hardware architecture.
Analysis of in-orbit radiation effects on hardware. Design & Implementation of embedded software using a real-time operating kernel in C mitigating radiation effects on COTS hardware components for a payload computer flying on the EIVE satellite.
Design of a transpiler for the EOQ2 language, as well as implementation in Python and Javascript. It is being developed for procedural generation of avionic system designs at the Institute of Aircraft Systems.
Supporting the KSAT student team during the ROACH2 project. ROACH2 was a DLR/ESA REXUS experiment aiming to build a rover demonstrator that used electro-static adhesion to drive on conductive surfaces in a micro gravity environment.
System identification of the SOFIA telescope structure to estimate in-flight image jitter. Deployment of polynomial models and neural networks based on accelerometer data. Support of the upgrade engineering team of the SOFIA project at NASA Ames Research Center.
Working on satellite integration; planning, execution and evaluation of shaker, acoustic and EMV tests. Development of computer vision pipeline, hardware and software, to control manufacturing processes. Software development in Python using OpenCV and Tensorflow; Deployment of convolutional neural networks.
Mandatory internship as a part of my studies. Introduction to the basics of metal processing such as using a lathe, milling machines and welding. Its purpose was to develop a better understanding of what kind of constructions are manufacturable.
Creating 2D & 3D animation, editing video footage and supporting video and photography shoots.
Focusing on avionics, control engineering, embedded software and machine learning.
Completed courses on non-linear optimisation & neural networks.
Finished with my thesis on "Development of a MIMO model describing image jitter based on acceleration measurements along the optical path of the SOFIA telescope".
Always seeking for new endeavours led me to become a passionate climber and highliner.
I love to use the energy of nature and the great outdoors to fill up my batteries.
Accompanying these activities I started filmmaking already when I was young,
enjoying videography to this day.
You may find some of my work here.
Christian Mollière © 2020. Based on template by BlackrockDigital.


DeadJournal
A place for the undead to blog about the afterlife
Spoooooooooooooky!
Write a title for your entry:
Write your entry here:
Submit


Class GoogleMaps
Generates a Goolge Maps image for use in a web page
- Google\GoogleMaps\GoogleMaps implements Google\GoogleMaps\GoogleMapsInterface
Namespace: Google\GoogleMaps
Package: Google\GoogleMaps
License: http://opensource.org/licenses/MIT
Author: DeeJRoth<EMAIL_ADDRESS>Todo: [ ] Make tests
Located at Google/GoogleMaps/GoogleMaps.php
Package: Google\GoogleMaps
License: http://opensource.org/licenses/MIT
Author: DeeJRoth<EMAIL_ADDRESS>Todo: [ ] Make tests
Located at Google/GoogleMaps/GoogleMaps.php
Methods summary
public
|
#
__construct( string $address, boolean $isGeo = false )
The address to use for the center of the map |
public
boolean
|
|
public
boolean|string
|
|
public
boolean|string
|
|
public
boolean
|
|
public
boolean
|
|
public
string
|
#
setImageAttributes( string $altAttribute = '', string $classAttribute = '', string $idAttribute = '' )
Set image tag attributes and src path |
public
string
|
|
public
string
|
Constants summary
string |
GMAPSQUERYURL
|
#
'http://maps.googleapis.com/maps/api/staticmap?'
|


To be fair, you have to have a very high IQ to understand Rick and Morty. The humour is extremely subtle, and without a solid grasp of theoretical physics most of the jokes will go over a typical viewer’s head. There’s also Rick’s nihilistic outlook, which is deftly woven into his characterisation- his personal philosophy draws heavily from Narodnaya Volya literature, for instance. The fans understand this stuff; they have the intellectual capacity to truly appreciate the depths of these jokes, to realise that they’re not just funny- they say something deep about LIFE. As a consequence people who dislike Rick & Morty truly ARE idiots- of course they wouldn’t appreciate, for instance, the humour in Rick’s existential catchphrase “Wubba Lubba Dub Dub,” which itself is a cryptic reference to Turgenev’s Russian epic Fathers and Sons. I’m smirking right now just imagining one of those addlepated simpletons scratching their heads in confusion as Dan Harmon’s genius wit unfolds itself on their television screens. What fools.. how I pity them.
 I’ll have you know I graduated top of my class in the Cub Scouts, and I’ve been involved in numerous secret camping trips in Wyoming, and I have over 300 confirmed knots. I am trained in first aid and I’m the top bandager in the entire US Boy Scouts (of America). You are nothing to me but just another friendly face. I will clean your wounds for you with precision the likes of which has never been seen before on this annual trip, mark my words. You think you can get away with saying those shenanigans to me over the Internet? Think again, finkle. As we speak I am contacting my secret network of MSN friends across the USA and your IP is being traced right now so you better prepare for the seminars, man.  You’re frigging done, kid. I can be anywhere, anytime, and I can tie knots in over seven hundred ways, and that’s just with my bare hands. Not only am I extensively trained in road safety, but I have access to the entire manual of the United States Boy Scouts (of America) and I will use it to its full extent to train your miserable butt on the facts of the continents, you little schmuck.  But you couldn’t, you didn’t, and now you’re paying the price, you goshdarned sillyhead. I will throw leaves all over you and you will dance in them. You’re friggin done, kiddo.
 I’ll have you know I graduated top of my class in the Cub Scouts, and I’ve been involved in numerous secret camping trips in Wyoming, and I have over 300 confirmed knots. I am trained in first aid and I’m the top bandager in the entire US Boy Scouts (of America). You are nothing to me but just another friendly face. I will clean your wounds for you with precision the likes of which has never been seen before on this annual trip, mark my words. You think you can get away with saying those shenanigans to me over the Internet? Think again, finkle. As we speak I am contacting my secret network of MSN friends across the USA and your IP is being traced right now so you better prepare for the seminars, man.  You’re frigging done, kid. I can be anywhere, anytime, and I can tie knots in over seven hundred ways, and that’s just with my bare hands. Not only am I extensively trained in road safety, but I have access to the entire manual of the United States Boy Scouts (of America) and I will use it to its full extent to train your miserable butt on the facts of the continents, you little schmuck.  But you couldn’t, you didn’t, and now you’re paying the price, you goshdarned sillyhead. I will throw leaves all over you and you will dance in them. You’re friggin done, kiddo.
 I’ll have you know I graduated top of my class in the Cub Scouts, and I’ve been involved in numerous secret camping trips in Wyoming, and I have over 300 confirmed knots. I am trained in first aid and I’m the top bandager in the entire US Boy Scouts (of America). You are nothing to me but just another friendly face. I will clean your wounds for you with precision the likes of which has never been seen before on this annual trip, mark my words. You think you can get away with saying those shenanigans to me over the Internet? Think again, finkle. As we speak I am contacting my secret network of MSN friends across the USA and your IP is being traced right now so you better prepare for the seminars, man.  You’re frigging done, kid. I can be anywhere, anytime, and I can tie knots in over seven hundred ways, and that’s just with my bare hands. Not only am I extensively trained in road safety, but I have access to the entire manual of the United States Boy Scouts (of America) and I will use it to its full extent to train your miserable butt on the facts of the continents, you little schmuck.  But you couldn’t, you didn’t, and now you’re paying the price, you goshdarned sillyhead. I will throw leaves all over you and you will dance in them. You’re friggin done, kiddo.
 I’ll have you know I graduated top of my class in the Cub Scouts, and I’ve been involved in numerous secret camping trips in Wyoming, and I have over 300 confirmed knots. I am trained in first aid and I’m the top bandager in the entire US Boy Scouts (of America). You are nothing to me but just another friendly face. I will clean your wounds for you with precision the likes of which has never been seen before on this annual trip, mark my words. You think you can get away with saying those shenanigans to me over the Internet? Think again, finkle. As we speak I am contacting my secret network of MSN friends across the USA and your IP is being traced right now so you better prepare for the seminars, man.  You’re frigging done, kid. I can be anywhere, anytime, and I can tie knots in over seven hundred ways, and that’s just with my bare hands. Not only am I extensively trained in road safety, but I have access to the entire manual of the United States Boy Scouts (of America) and I will use it to its full extent to train your miserable butt on the facts of the continents, you little schmuck.  But you couldn’t, you didn’t, and now you’re paying the price, you goshdarned sillyhead. I will throw leaves all over you and you will dance in them. You’re friggin done, kiddo.


{% extends 'base.html' %} {% block title %}Django-nonrel Google App Engine OpenID Auth Example{% endblock %} {% block content %}
This example demonstrates how to setup OpenID authentication for Django-nonrel on Goole App Engine. The source code of this little example is available at http://github.com/seelmann/django-nonrel-gae-openid-auth
Click the Login link below, it opens the login form where you can enter your OpenID URL. Once authenticated your name and a Logout link will be displayed.
Please note: When you login your OpenID URL, Name, Nickname, and Email address will be stored in the the App Engine data store!
{% if user.is_authenticated %} Welcome {{ user.first_name }} {{ user.last_name }}, Logout {% else %} Login {% endif %}
{% endblock %}


 PLEASE MODIFY THE ORIGINAL SOURCE IN THE 'https://github.com/vmware/wavefront-adapter-for-istio' REPO source_repo: https://github.com/vmware/wavefront-adapter-for-istio title: Wavefront by VMware description: Adapter to deliver metrics to Wavefront by VMware. location: https://istio.io/docs/reference/config/policy-and-telemetry/adapters/wavefront.html layout: partner-component generator: protoc-gen-docs provider: VMware, Inc. contact_email<EMAIL_ADDRESS>support_link: source_link: https://github.com/vmware/wavefront-adapter-for-istio latest_release_link: https://github.com/vmware/wavefront-adapter-for-istio/releases/tag/0.1.5 helm_chart_link: istio_versions: "1.4.9, 1.5.6, 1.6.2" supported_templates: metric logo_link: https://github.com/vmware/wavefront-adapter-for-istio/raw/master/docs/images/logo.png number_of_entries: 9 ---
The wavefront
adapter collects metrics and makes them available to
Wavefront by VMware.
This adapter supports the metric template.
Configuration format for the wavefront
adapter.
Describes the logging configuration.
Describes how a metric should be represented on Wavefront.
Describes a sample as in the rcrowley/go-metrics library.
Describes an exponentially decaying sample.
Describes a uniform sample.
Describes metric types as in Wavefront.
| Name | Description |
|---|---|
UNKNOWN |
Reserved for unknown metric types. |
GAUGE |
Represents a gauge metric type. |
COUNTER |
Represents a counter metric type. |
DELTA_COUNTER |
Represents a delta counter metric type. |
HISTOGRAM |
Represents a histogram metric type. |
Describes Wavefront Server credentials.
Describes Wavefront Proxy credentials.


Fallen (R) *** (out of ****)
January is known as a cinematic wasteland, a dumping ground where studios to unload the dreck they've been hiding in the dark corners of their shelves. So it's quite refreshing to see premiering in the first month of the year a film with some degree of intelligence such as Gregory Hoblit's Fallen. While the basic ideas behind this supernatural thriller remain more intriguing than their development and execution, Fallen is nonetheless an effective chiller that entertains and leaves audiences plenty to think about.
The setup as shown in the film's previews is deceptively simple. The execution of serial killer Edgar Reese (Elias Koteas, picking up where he left off in Crash) does not spell the end of his conflict with idealistic homicide detective John Hobbes (Denzel Washington). Apparently, the execution has only freed his evil spirit to inhabit other bodies to do his sadistic bidding, passing from vessel to vessel through mere touch.
As the film progresses, it is revealed that the force that Hobbes must now confront is much larger than expected, and this is where Fallen becomes deeper and more intriguing than most fright shows. Interesting points about theology and the nature of evil are brought up by screenwriter Nicholas Kazan and director Hoblit, who enable the audience to suspend their disbelief by giving it time to digest the supernatural occurrences and explanations after they are served up a little at a time (though Hoblit allows the viewers a bit _too_much_ time--the film's pacing should have been much tighter). However, this is also where Fallen runs into some trouble, for a few points are not resolved to satisfaction. For instance, it is never satisfactorily explained why the spirit can easily enter some people and not others; "purity of soul" is offered as a reason, but what exactly distinguishes that?
But these quibbles can be swept under the rug, due to Hoblit's stylish direction and, most of all, the presence of the ever-charismatic and convincing Washington. He has such a natural rapport with the audience that we instantly believe what he does, and when he is finally convinced of what exactly is going on, we have no problem accepting the situation, either. His supporting cast, which includes John Goodman (as Hobbes's partner, Jonesy) and Donald Sutherland (as their superior), isn't given a whole lot to do (Embeth Davidtz, as a theologan who helps Hobbes, plays merely a walking vessel of exposition).
Fallen is a flawed film, but it at least requires the viewer to think, especially after the jolting conclusion. That's a lot more than most January releases have to offer; then again, I'd venture to guess that that's a lot more than what most releases this entire year will have to offer.
Michael Dequina<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|<EMAIL_ADDRESS><EMAIL_ADDRESS>|<EMAIL_ADDRESS><EMAIL_ADDRESS>|<EMAIL_ADDRESS>|<EMAIL_ADDRESS>Visit Mr. Brown's Movie Site at http://members.tripod.com/~MrBrown/ Personal Page: http://members.tripod.com/~MrBrown/home.html Michael Jordan Beyond the Court: http://www.geocities.com/Colosseum/Field/2302/ A Michael Jordan Fan's Heartbreak: http://members.tripod.com/~mj23/mj.html
"I've failed over and over and over again in my life... and that is why I succeed." --Michael Jordan
"If you chase something, then sometimes you never get it. If you put forth the work and all the attitude, next thing you know it's bestowed upon you." --Michael Jordan
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


Reminder: Redemption is only valid with a separate purchase. Reef Rewards must be redeemed at the same time as a separate purchase as they will not be shipped on their own.
Free Reef Rewards items are not guaranteed, and rewards points are not re-issued.
{% for products in cat %}
{% if forloop.counter0|divisibleby:3 %}{% endif %}
{{ products.name|truncatechars:50 }}
{{ products.description }}
{{products.reward_redeem}} points
|
{% if forloop.counter|divisibleby:3 %}
{% endif %}
{% endfor %}