Epoch - The Fastly Charting Library
By Ryan Sandor Richards
Introduction
Epoch is a general purpose charting library for application developers and visualization designers. It focuses on two different aspects of visualization programming: basic charts for creating historical reports, and real-time charts for displaying frequently updating timeseries data.
Getting Started
- d3 and jQuery are required, so make sure you are including them in your page.
- Locate and download the
epoch.X.Y.Z.min.js
andepoch.X.Y.Z.min.css
files in this repository, and place them in your project (note:X.Y.Z
is a placeholder for the current version of Epoch). - Include all the required JavaScript and CSS files into your source in the usual manner (probably in the head of the HTML document).
- Read the examples and documentation below
- Code, let cool, and enjoy (serves millions)
A "quick & dirty" Introduction
Here are the basic steps you need to follow to create a multi-series area chart using Epoch:
1) Include the appropriate scripts and styles

<link rel="stylesheet" type="text/css" href="css/epoch.X.Y.Z.min.css">

2) Create the a container div for the chart

- Epoch will size the chart to fix the explicit dimensions of the container
- The class name "category10" refers to the categorical color scheme to use
when rendering the chart. Other options are
category20
(default),category20b
, andcategory20c
. See the d3 categorical color docs for more information.
3) Setup the chart's data
var data = [
{ label: 'Layer 1', values: [ {x: 0, y: 0}, {x: 1, y: 1}, {x: 2, y: 2} ] },
{ label: 'Layer 2', values: [ {x: 0, y: 0}, {x: 1, y: 1}, {x: 2, y: 4} ] }
];
- Each chart type expects a certain data format. For the most part they are very similar to the example given above. Some types of charts (e.g. pie, guage, heatmap) require rather different formats. Make sure to read the chart-by-chart documentation below to see exactly what each type expects.
4) Initialize, place, and draw the chart
var areaChartInstance = $('#area').epoch({ type: 'area', data: data });
- We use custom jQuery method
.epoch
to create the chart. It will automatically place it as child of the our container div and size it to fill the div completely. - The
.epoch
function returns a programming interface with with to interact with the chart (in this example it is assigned to theareaChartInstance
variable). For basic charts such as this it is used to update the chart's data, for example:areaChartInstance.update(myNewData);
.
Visual Styles
Epoch charts use CSS to set fill colors, strokes, etc. By default charts are colored using d3 categorical color. You can easily override these default colors or create your own custom categories.
Using Categorical Colors
We support the following categorical color sets:
category20
(default)category20b
category20c
category10
You can change a chart's color set by simply adding a class to the chart, like so:

We achieve this by adding a category class to each element in a chart that needs to be rendered using the categorical color.
Creating Your Own Categories
The preferred method for doing this would be to use a css preprocessor like Sass or Less, here's an example of a simple color scheme as written in SCSS:
$colors: red, green, blue, pink, yellow;
.epoch.my-colors {
@for $i from 1 through 5 {
.category#{$i} {
.line { stroke: nth($colors, $i); }
.area, .dot { fill: nth($colors, $i); }
}
.arc.category#{$i} path {
fill: nth($colors, $i);
}
.bar.category#{$i} {
fill: nth($colors, $i);
}
}
}
You could then apply the class to your containers and see your colors in action:

In the future we will be creating SCSS and LESS plugins with mixins you can use to more easily define custom color categories.
Specific Overrides
For multi-series charts, the data format requires that you supply a label
for each series. We create a "dasherized"
class name from this label and associate it with the rendered output of the chart. For instance, take the following
data for an area chart:
var areaChartData = [
{
label: "Layer 1",
values: [ {x: 0, y: 100}, {x: 20, y: 1000} ]
}
];
The layer labeled Layer 1
will be associated in the chart with the class name layer-1
. To override it's color simply
use the following CSS:
#myChartContainer .layer-1 .area {
fill: pink;
}
Basic Charts
Epoch's Basic charts are implemented using d3 over a thin class hieracrchy. The classes perform common tasks (such as setting up scales, axes, etc.) while the individual charts implement their own specialized drawing routines.
Every basic chart was built to use the same workflow, here's an overview:
- Create an HTML container.
- Epoch automagically sizes charts to fit their containers.

- Fetch and format your data.
- Each type of chart uses a specific (though often familiar) data format.
- See the documentation below for how each chart is expecting the data.
- Use the jQuery method
.epoch
to create, append, and draw the chart.var myChart = $('#myChart').epoch({ type: 'line', data: myData });
- When you data changes, simply use the
update
method on the chart instance.myChart.update(myNewData);
The rest of this section explains the individual charts in detail.
area
The basic area chart is used to plot multiple data series atop one another. The chart expects data as an array of layers each with their own indepenent series of values. To begin, let's take a look at some example data:
var areaChartData = [
// The first layer
{
label: "Layer 1",
values: [ {x: 0, y: 100}, {x: 20, y: 1000}, ... ]
},
// The second layer
{
label: "Layer 2",
values: [ {x: 0, y: 78}, {x: 20, y: 98}, ... ]
},
// Add as many layers as you would like!
];
As you can see the data is arranged as an array of layers. Each layer is an object that has the following properties:
label
- The name of the layervalues
- An array of values (each value having anx
andy
coordinate)
For the best results each layer should contain the same number of values, with the same x
coordinates. This will allow
d3 to make the best looking graphs possible. To create a single series plot simply include a single layer.
Given that you have data in the appropriate format, instantiating a new chart is fairly easy. Simply create a container element in HTML and use the jQuery bindings to create, place, and draw the chart:

In the
The following options are available for bar charts:
axes
- Which axes to display.- Example:
axes: ['top', right', 'bottom', 'left']
- Example:
ticks
- Number of ticks to display on each axis.- Example:
{ top: 10, right: 5, bottom: 20, left: 5 }
- Example:
tickFormats
- What formatting function to use when displaying tick labels.- Example:
tickFormats: { bottom: function(d) { return '$' + d.toFixed(2); } }
- Example:
margins
- Explicit margin overrides for the chart.- Example:
margins: { top: 50, right: 30, bottom: 100, left: 40 }
- Example:
width
- Override automatic width with an explicit pixel value- Example:
width: 320
- Example:
height
- Override automatic height with an explicit pixel value- Example:
height: 240
- Example:
line
Line charts are helpful for visualizing single or multi-series data when without stacking or shading. To begin, let's take a look at the data format used by epoch's line chart:
var lineChartData = [
// The first series
{
label: "Series 1",
values: [ {x: 0, y: 100}, {x: 20, y: 1000}, ... ]
},
// The second series
{
label: "Series 2",
values: [ {x: 20, y: 78}, {x: 30, y: 98}, ... ]
},
...
];
Notice that the data is very similar to that of the area chart above, with the exception that they need not cover the same domain
nor do the entries in each series have to line up via the x
coordinate.
Next let's take a look at how you would implement the chart with markup and scripting:

The line charts supports the following options:
axes
- Which axes to display.- Example:
axes: ['top', right', 'bottom', 'left']
- Example:
ticks
- Number of ticks to display on each axis.- Example:
{ top: 10, right: 5, bottom: 20, left: 5 }
- Example:
tickFormats
- What formatting function to use when displaying tick labels.- Example:
tickFormats: { bottom: function(d) { return '$' + d.toFixed(2); } }
- Example:
margins
- Explicit margin overrides for the chart.- Example:
margins: { top: 50, right: 30, bottom: 100, left: 40 }
- Example:
width
- Override automatic width with an explicit pixel value- Example:
width: 320
- Example:
height
- Override automatic height with an explicit pixel value- Example:
height: 240
- Example:
Pie
Pie charts are useful for displaying the relative sizes of various data points. To begin, let's take a look at the data format used by Epoch's pie chart implementation:
var pieData = [
{ label: 'Slice 1', value: 10 },
{ label: 'Slice 2', value: 20 },
{ label: 'Slice 3', value: 40 },
{ label: 'Slice 4', value: 30 }
]
The data itself is an array of objects that represent the slices in the pie chart. The label
parameter will be used to set
the label for the slice in the chart and the value
parameter will be used to determine its visual size in comparison to the
other slices.
Once you have your data formatted correctly you can easly add a chart to your page using the following markup and script:

The pie chart accepts the following parameters during initialization:
margin
- Surrounds the chart with a defined pixel margin- Example:
margin: 30
- Example:
inner
- Inner radius for the pie chart (for making Donut charts)- Example:
inner: 100
- Example:
width
- Override automatic width with an explicit pixel value- Example:
width: 320
- Example:
height
- Override automatic height with an explicit pixel value- Example:
height: 240
- Example:
Scatter
Scatter plots are useful for visualizing statistical or sampling data in hopes of revealing patterns. To begin let's take a look at the data format used by scatter plots:
var scatterData = [
// The first group
{
label: "Group 1",
values: [ {x: 5, y: 100}, {x: 93, y: 1424}, ... ]
},
// The second group
{
label: "Group 2",
values: [ {x: -52, y: 78}, {x: 120, y: 17}, ... ]
},
...
];
The data is composed of an array containing "groups" of points. Groups need not have the same number of values nor do they
have to match the same x
coordinate domains.
Next, let's see the markup and scripting needed to add the plot to your page:

Scatter plots accept the following optional parameters:
radius
- How large the "dots" should be in the plot (in pixels)- Example:
radius: 4.5
- Example:
margins
- Explicit margin overrides for the chart.- Example:
margins: { top: 50, right: 30, bottom: 100, left: 40 }
- Example:
axes
- Which axes to display.- Example:
axes: ['top', right', 'bottom', 'left']
- Example:
ticks
- Number of ticks to display on each axis.- Example:
{ top: 10, right: 5, bottom: 20, left: 5 }
- Example:
tickFormats
- What formatting function to use when displaying tick labels.- Example:
tickFormats: { bottom: function(d) { return '$' + d.toFixed(2); } }
- Example:
width
- Override automatic width with an explicit pixel value- Example:
width: 320
- Example:
height
- Override automatic height with an explicit pixel value- Example:
height: 240
- Example:
Real-time Charts
Epoch's real-time charts have been fine tuned for displaying frequently updating timeseries data. To make them performant (aka not crash the browser) we've implemented the charts using a hybrid approach of d3 SVG with custom HTML5 Canvas rendering.
Every real-time chart has a name prefixed with time.
and was built to use the same workflow, here's an overview:
- Create an HTML container.
- Epoch automagically sizes charts to fit their containers.

- Fetch and format your data.
- Each type of chart uses a specific (though often familiar) data format.
- See the documentation below for how each chart is expecting the data.
- Use the jQuery method
.epoch
to create, append, and draw the chart.var myChart = $('#myChart').epoch({ type: 'time.line', data: myData });
- When you have a new data point to append to the chart, use the
.push
method:myChart.push(nextDataPoint);
Device Pixel Ratio
Epoch supports high resolution displays by automatically detecting and setting the appropriate pixel ratio for the canvas based real-time charts. You can override this behavior by explicitly setting the pixel ratio for any chart described below. Here's an example of how to do this:
$('#my-chart').epoch({
type: 'time.line',
pixelRatio: 1
})
Note that the pixelRatio
option must be an integer >= 1.
time.area
The real-time area chart works in a very similar way to the basic area chart detailed above. It is used to show relative sizes of multi-series data as it evolves over time.
var areaChartData = [
// The first layer
{
label: "Layer 1",
values: [ {time:<PHONE_NUMBER>, y: 100}, {time:<PHONE_NUMBER>, y: 1000}, ... ]
},
// The second layer
{
label: "Layer 2",
values: [ {time:<PHONE_NUMBER>, y: 78}, {time:<PHONE_NUMBER>, y: 98}, ... ]
},
...
];
As you can see the data is arranged as an array of layers. Each layer is an object that has the following properties:
label
- The name of the layervalues
- An array of values each value having a unix timestamp (time
) and a value at that time (y
)
The real-time chart requires that values in each layer have the exact same number of elements and that each corresponding
entry have the same time
value.
Given that you have data in the appropriate format, instantiating a new chart is fairly easy. Simply create a container element in HTML and use the jQuery bindings to create, place, and draw the chart:

In the
In the
In the
The gauge chart can be configured for your particular use case using the following optional parameters:
domain
- The input domain when setting the value for the gauge chart.- Essentially this is an array with the first element representing the minimum value to expect and the second element representing the maximum value to expect.
- Example:
domain: [0, 1]
(the chart should expect data between 0 and 1)
ticks
- Number of tick marks to display on the chart.- Example:
ticks: 10
- Example:
tickSize
- Size in pixels for each tick.- Example:
tickSize: 5
- Example:
tickOffset
- Number of pixels to offset ticks by from the outter arc of the gauge.- Example:
tickOffset: 10
- Example:
format
- The number formatter to use for the gauge's internal display label- Example:
format: function(v) { return (v*100).toFixed(2) + '%'; }
- Example:
fps
- Number of frames per second that transitions animations should use.- High values for this number are basically inpeceptible and can cause a big performance hit.
- The default of
24
tends to work very well, but you can increase it to get smoother animations. - Example:
fps: 60
pixelRatio
- Override detected pixel ratio with an explicit value
time.heatmap
The real-time heatmap chart is used to visualize normalized histogram data over time. It works by first sorting incoming histograms into a small set of discrete buckets. For multi-series data it uses color blending to show series concentration.
This type of chart has the most "intense" data format, with each entry expecting a sparse histogram. Let's examine this format using and example:
var heatmapData = [
// First Series
{
label: 'Series 1',
values: [
{
time:<PHONE_NUMBER>,
histogram: {
18: 49,
104: 10,
...
}
},
{
time:<PHONE_NUMBER>,
histogram: {
9: 8,
120: 17,
...
}
},
]
},
...
];
As you can see the data is arranged as an array of layers. Each layer is an object that has the following properties:
label
- The name of the layervalue
- A list of unix timestamp associated sparse histograms:time
- The unix timestam for the entryhistogram
- A "sparse" frequency hash that maps values to frequencies
Given that you have data in the appropriate format, instantiating a new chart is fairly easy. Simply create a container element in HTML and use the jQuery bindings to create, place, and draw the chart:

The heatmap is one of the most configurable of all Epoch charts, here's a run down of the available options:
buckets
- Number of buckets to display in each column of the visible chart window.- Example:
buckets: 20
- Example:
bucketRange
- The range covered by the buckets.- Note: values that fall above the range will be placed in the top most bucket, and values that fall below the range will be placed in the bottom must bucker.
- Example:
bucketRange: [0, 1000]
bucketPadding
- Amount of padding to place around buckets in the display- Example:
bucketPadding: 0
- Example:
opacity
- The opacity function to use when rendering buckets- Each bucket will be rendered using a specific opacity. More saturated colors represent higher values in histogram and more transparent colors represent lower values.
- There are many built-in opacity functions:
root
,linear
,quadratic
,cubic
,quartic
, andquintic
. - You can define your own custom function, see the example below.
- Example:
opacity: function(value, max) { return Math.pow(value/max, 0.384); }
axes
- Which axes to display.- Example:
axes: ['top', right', 'bottom', 'left']
- Example:
ticks
- Number of ticks to display on each axis.- Example:
{ time: 10, right: 5, left: 5 }
- Example:
tickFormats
- What formatting function to use when displaying tick labels.- Example:
tickFormats: { time: function(d) { return new Date(time*1000).toString(); } }
- Example:
fps
- Number of frames per second that transitions animations should use.- High values for this number are basically inpeceptible and can cause a big performance hit.
- The default of
24
tends to work very well, but you can increase it to get smoother animations. - Example:
fps: 60
windowSize
- Number of entries to display in the graph.- Example:
windowSize: 60
(shows a minute of by second data)
- Example:
historySize
- Number of historical entries to hold at any time.- Example:
historySize: 240
- Example:
queueSize
- Number of entries to keep in working memory while the chart is not animating transitions.- Some browsers will not run animation intervals if a tab is inactive. This parameter allows you to
bound the number of entries that have been recieved via the
.push
in this case (so as to reduce memory bloating). - Example:
queueSize: 120
- Some browsers will not run animation intervals if a tab is inactive. This parameter allows you to
bound the number of entries that have been recieved via the
margins
- Explicit margin overrides for the chart.- Example:
margins: { top: 50, right: 30, bottom: 100, left: 40 }
- Example:
width
- Override automatic width with an explicit pixel value- Example:
width: 320
- Example:
height
- Override automatic height with an explicit pixel value- Example:
height: 240
- Example:
pixelRatio
- Override detected pixel ratio with an explicit value
Developing Epoch
To work on the epoch charting library itself do the following:
- Clone the repository
- In the clone,
npm install
- then
cake build
. - View
docs/static.html
anddocs/time.html
for a quick overview of the available features - Scour the source for more detailed information (formal documentation coming soon)
- Let cool and enjoy (serves millions).


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"Tor" and the "Onion Logo" are registered trademarks of The Tor Project, Inc.
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WhiteRabbit is a software tool to help prepare for ETLs (Extraction, Transformation, Loading) of longitudinal health care databases into the Observational Medical Outcomes Partnership (OMOP) Common Data Model (CDM). The source data can be in delimited text files, SAS files, or in a database (MySQL, SQL Server, Oracle, PostgreSQL, Microsoft Access, Amazon RedShift, PDW, Teradata, Google BigQuery, Azure SQL Database). Note that for support of the OHDSI analytical tooling, the OMOP CDM will need to be in one of a limited set of database platforms (SQL Server, Oracle, PostgreSQL, Amazon RedShift, Google BigQuery, Impala).
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Once the scan report is created, this report can then be used in the Rabbit-In-A-Hat tool or as a stand-alone data profiling document.
X.X.X
is the latest version).bin/whiteRabbit.bat
on Windows to start WhiteRabbit, and bin/whiteRabbit
on macOS and Linux.Note: on releases earlier than version 0.8.0, open the respective WhiteRabbit.jar or RabbitInAHat.jar files instead. Note: WhiteRabbit and RabbitInaHat only work from a path with only ascii characters.
WhiteRabbit possibly does not start when the memory allocated by the JVM is too big or too small. By default this is set to 1200m. To increase the memory (in this example to 2400m), either set the environment variable EXTRA_JVM_ARGUMENTS=-Xmx2400m
before starting or edit in bin/WhiteRabbit.bat
the line %JAVACMD% %JAVA_OPTS% -Xmx2400m...
. To lower the memory, set one of these variables to e.g. -Xmx600m
. If you have a 32-bit Java VM installed and problems persist, consider installing 64-bit Java.
All source code, descriptions and input/output examples are available on GitHub: https://github.com/OHDSI/WhiteRabbit
Any bugs/issues/enhancements should be posted to the GitHub repository: https://github.com/OHDSI/WhiteRabbit/issues
Any questions/comments/feedback/discussion can be posted on the OHDSI Developer Forum: http://forums.ohdsi.org/c/developers
Any files that WhiteRabbit creates will be exported to this local folder. Use the “Pick Folder” button to navigate in your local environment where you would like the scan document to go.
Here you can specify the location of the source data. The following source types are supported: delimited text files, SAS files, MySQL, SQL Server, Oracle, PostgreSQL, Microsoft Access, Amazon RedShift, PDW, Teradata, Google BigQuery, Azure SQL Database. Below are connection instructions for each data type of data source. Once you have entered the necessary information, the “Test connection” button can ensure a connection can be made.
tab
for a tab delimited file.WhiteRabbit will look for the files to scan in the same folder you set up as a working directory.
WhiteRabbit will look for .sas7bdat
files to scan in the same folder you set up as a working directory.
Note that it is currently not possible to produce fake data for SAS files from a scan report.
<host>:<port>
), which defaults to 3306.<host>/<sid>
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.<host>/<database>
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Authentication via application default credentials:
When using application default credentials authentication, you must run the following gcloud command in the user account only once: gcloud auth application-default login
(do not include the single quote characters). An application key is written to ~/.config/gcloud/application_default_credentails.json
.
Authentication via service account credentials:
<project>.database.windows.net:1433;database=<database_name>
)A scan generates a report containing information on the source data that can be used to help design the ETL. Using the Scan tab in WhiteRabbit you can either select individual tables in the selected source database by clicking on ‘Add’ (Ctrl + mouse click), or automatically select all tables in the database by clicking on ‘Add all in DB’.
There are a few setting options as well with the scan:
Once all settings are completed, press the ‘Scan tables’ button. After the scan is completed the report will be written to the working folder.
For various reasons one could prefer to run WhiteRabbit from the command line. This is possible by specifying all the options one would normally select in the user interface in an .ini file. An example ini file can be found in the iniFileExamples folder. Then, we can reference the ini file when calling WhiteRabbit from the command line:
Windows
bin/whiteRabbit.bat -ini WhiteRabbit.ini
Mac/Unix
bin/whiteRabbit -ini WhiteRabbit.ini
After the scan is completed, a “ScanReport” Excel document will be created in the working folder location selected earlier. The document will have multiple tabs. The first two tabs are a “Field Overview” tab and a “Table Overview” tab. The subsequent tabs contain field and value overviews for each database table or delimited text files selected for the scan. The last tab (indicated by "_"
) contains metadata on the WhiteRabbit settings used to create the scan report. The “Table Overview” and "_"
tab are not present in releases earlier than v0.10.0.
The “Field Overview” tab will show for each table scanned, the details for each field. For example the data type, the number of empty rows and other statistics.
<=
sign (This column is not present in releases earlier than v0.9.0)The “Table Overview” tab gives information about each of the tables in the data source. Below is an example image of the “Table Overview” tab.
The “Description” column for both the field and table overview was added in v0.10.0. These cells are not populated by WhiteRabbit (with the exception when scanning sas7bdat files that contain labels). Rather, this field provides a way for the data holder to add descriptions to the fields and tables. These descriptions are displayed in Rabbit-In-A-Hat when loading the scan report. This is especially useful when the fieldnames are abbreviations or in a foreign language.
If the values of the table have been scanned (described in Performing the Scan), the scan report will contain a tab for each scanned table. An example for one field is shown below.
The field names from the source table will be across the columns of the Excel tab. Each source field will generate two columns in the Excel. One column will list all distinct values that have a “Min cell count” greater than what was set at time of the scan. Next to each distinct value will be a second column that contains the frequency, or the number of times that value occurs in the data. These two columns(distinct values and frequency) will repeat for all the source columns in the profiled table.
If a list of unique values was truncated, the last value in the list will be "List truncated..."
; this indicates that there are one or more additional unique source values that have a frequency lower than the “Min cell count”.
The scan report is powerful in understanding your source data by highlighting what exists. For example, the above example was retrieved for the “GENDER” column within one of the tables scanned, we can see that there were two common values (1 & 2) that appeared 104 and 96 times respectively. WhiteRabbit will not define “1” as male and “2” as female; the data holder will typically need to define source codes unique to the source system. However, these two values (1 & 2) are not the only values present in the data because we see this list was truncated. These other values appear with very low frequency (defined by “Min cell count”) and often represent incorrect or highly suspicious values. When generating an ETL we should not only plan to handle the high-frequency gender concepts “1” and “2” but also the other low-frequency values that exist within this column.
If the option for numerical statistics is checked, then a set of statistics is calculated for all integer, real and date data types. The following statistics are added to the Field Overview sheet (Columns K-Q):
When selecting the option for scanning numerical statistics, the parameter “Numeric stats reservoir size” can be set. This defines the number of values that will be stored for calculation of the numeric statistics. These values will be randomly sampled from the field values in the scan report. If the number of values is smaller than the set reservoir size, then the standard deviation and three quartile boundaries are the exact population statistics. Otherwise, the statistics are approximated based on a representative sample. The average, minimum and maximum are always true population statistics. For dates, the standard deviation of dates is given in days. The other date statistics are converted to a date representation.
This feature allows one to create a fake dataset based on a WhiteRabbit scan report. The generated fake data can be outputted directly to database tables (MySQL, Oracle, SQL Server, PostgreSQL) or as delimited text file. The resulting dataset could be used to develop ETL code when direct access to the data is not available.
WhiteRabbit has three modes to generate fake data:
The following options are available for generating fake data:


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example2
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example2()
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example2
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ExampleAttack()
- Constructor for class authoringEnvironment.
ExampleAttack
ExampleAttack(int, double, boolean, String)
- Constructor for class authoringEnvironment.
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exampledata
- package exampledata
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| DOSE: |
23 mg |
oral |
4-Acetoxy-MiPT |
(capsule) |
This report is based loosely on a shorter, stream of consciousness reflection I wrote the day after the experience, using some notes I took at the time of the experience. The remaining information is based on my recollection.
Substance: ~23 mg of white, crystalline powder in a clear gel capsule, sold as 4-AcO-MIPT and weighed out from a plastic bag with a white label typical of research chemicals bought over the internet
Date: February 10th, 2007
Set: I was excited at the idea of trying a rare psychedelic research chemical. I’d already tried some more common research psychedelics (2C-B and 2C-E) and was looking forward to my first tryptamine experience since October (5-MeO-DMT). I tried 2C-E a few weeks earlier and felt mostly back to a normal mindset, although cannabis continued to bring back subtle residual effects of the phenethylamine. I had my first major feeling of depression over the previous Christmas break, during which time I smoked quality bud almost every day — the first period of extended heavy smoking in my life. Cutting back on pot and my positive 2C-E experience had brought me back into a balanced mindset for this trip. I was a nervous about MC'ing a party later that night but thought that being altered would help to overcome any lingering anxiety. I also wanted an alternative perspective on some issues in my life so beforehand I wrote down some things to think about.
Drop time: 7:45 pm
I came up evenly, sitting in a quiet room in a library, looking at an orange/black/white floweresque abstract painting that filled one wall. I had a small notebook and my mp3 player. I listened to Vivaldi and then Matisyahu. This heavily Judeo-Christian music lead me to think about how Christianity has been perverted over the centuries and theorize about why people love Jesus. Once I felt I had come up, about an hour after drop time, I decided to head back to my dorm. The effects were quite strong and pleasant, like mushrooms colored by the speediness of LSD. Euphoria deigned that I dance to the music on my mp3 player on the way back to my dorm.
I talked to some friends, who found my musical choice strange but were going out for a stroll and a joint, so I decided to join. I was having little difficulty with social interaction at this point, but this encounter brought me back to earth a bit. Walking around the neighborhood surrounding campus, my first feelings of paranoia emerged after a few hits of cannabis. I found my friend’s behavior creepy in respect to an aquaintance who was with us. The cannabis was intensifying the trip greatly and I had a strong desire for solitude. Crossing the street seemed much more dangerous than I normally consider it. I stopped to wait for a car to pass while my friends passed in front of it with no problems.
Once I got inside I dropped off my coat and talked to my roommate and a few others who were passing by my room. Then I went to the dining hall, where it was dark and there was no one milling around, sat down cross-legged between the wall and a table, and peaked. ”Brief ego-loss.  I am a member of the cult of creation,” I wrote sloppily. I felt like I connected directly with the concept of creation, divinized by popular religions as Yahweh and Brahma. It was intensely blissful — a transcendent mindspace.  It was an incredible, dynamic representative visual, like a mandala, and seemed to represent my conception of the creative process. I was up around that level for an indeterminate amount of time; flowers, stars, crosses, crowns, eyes and pyramids danced behind my eyelids, reflecting my thoughts and the music I was listening to.
Once I started coming down from that himalayan peak, I got up and went to the bathroom. With open eyes I was experiencing incredible visual patterning: the bathroom seemed to breath with me and the yellow speckled turquoise carpet in the lounge became distinctly patterned, like a vine with long and elliptical leaves transposed on the carpet in two dimensions, the entire hallucinatory organism interconnected. It was like an open-eye version of a closed-eye visual I had on salvia. At the time, about a year earlier, I could only describe it as an infinite marching zipper with reptilian features. Naturally, my pupils had overtaken my irises.
I sat in the lounge for a while listening to a friend play piano; my RA came and sat across from me, asking politely for my permission. He said that watching the play of emotions on my face from across the room with the music in the background was like watching the opening credits of an existentialist film. His presence didn’t bother me much, although I had difficulty with lucidity and social interaction starting after I smoked cannabis and lasting for about an hour after my peak experience. Sitting in the lounge, I had some social insights that made me more comfortable with emceeing a party in a friend’s dorm room as I had promised to do. Most people at this party were aware I was tripping and I felt uncomfortably self-conscious under their gazes.
I fear I did a bad job emceeing the party, as I was not nearly lively or engaging enough to make our Greek symposium theme any more than an excuse to drink sangria and pour libations into a cavernous mixing bowl at random intervals. The party was popular, though. The room was comfortably packed full, I poured everyone generous drinks, we bribed the student security personnel with bacchanalia, everybody got drunk and eventually left to go to house parties or pass out. During this time I had mostly come down, drinking sangria and conversing. Past the party my memory is foggy. As far as I remember I ventured out to a house party, talked to a few people, got bored and went back to the dorm, now more drunk than tripping. The 4-AcO-MIPT experience lasted around six hours, with some residuals coming back after smoking a bowl in the early morning. The next day there was a dull pain in my mind from consuming more alcohol than was wise and a mild, trippy afterglow.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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Lotus de la Mancha
One of my personal heroes is Don Quixote de la Mancha.  His charge against the windmills, is regarded as a result of his craziness, but digging deeper you will find a nobility, worthy of a true knight: stand in for what you deem is right, regardless of the odds of success.
Being true to your calling resonates with me. Wikipedia has an image of the crest of La Mancha.
Based on it I hereby present the coat of arm of Lotus de la Mancha
Being true to your calling resonates with me. Wikipedia has an image of the crest of La Mancha.
Based on it I hereby present the coat of arm of Lotus de la Mancha
Posted by Stephan H Wissel on 09 April 2014 | Comments (3) | categories: IBM - Lotus IBM Notes Lotus


As an open-source enthusiast, I try to work on side projects that I feel will help other developers or create things that I feel could improve the daily lives of people through free software. Feel free to check out my various projects or my blog posts on Medium. I'm always learning and working on something! Currently, I work as a back-end developer at SapientNitro in Boston, MA.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/.40.20makes.20the.20difference.html ---
I'm debugging #1049. At some point, I have now written
CommRing.hom.ext $ (@eval₂_hom_X _ _ _ _ _ _ f _)
I also have
#check @eval₂_hom_X /- eval₂_hom_X : ∀ {β : Type u_2} [_inst_4 : comm_ring β] {α : Type u_1} [_inst_6 : decidable_eq α] (c : ℤ → β) [_inst_7 : is_ring_hom c] (f : mv_polynomial α ℤ → β) [_inst_8 : is_ring_hom f] (x : mv_polynomial α ℤ), eval₂ c (f ∘ X) x = f x -/
This code works.
Can someone explain to me why? Does @
do more than just making all arguments explicit?
Yes, it changes the elaboration strategy. You can see descriptions of the three possibilities if you look at the autocomplete for @[elab
. elab_with_expected_type
is the default, but if you use @
, it changes to elab_simple
.
It's a bit ugly... but I'll stick with the @
version, in that case.
You could do local attribute [elab_simple]
if you think it's less ugly, but I'm not so sure.
I use this local attribute [elab_simple]
solution fairly often but I'm also not sure whether it is really better than using @
.
I do feel like it better expresses my frustration at the elaborator being dumb though :angry:
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


1985
Ilham
1999
Phone
+94 (0)77 3031 441
<EMAIL_ADDRESS>Graduate
YES
Donation (per month)
LKR 9,000
Address
60, Katugahwatte, Dewanagala, Sri Lanka
Gender
MALE
1990
Wazeem Akram
3412
Phone
+94 (0)77 3035 101
<EMAIL_ADDRESS>Graduate
YES
Donation (per month)
LKR 12,000
Address
45, Uyanwatte, Dewanagala, Sri Lanka
Gender
MALE
Rashida
3415
Phone
+94 (0)77 0440 303
<EMAIL_ADDRESS>Graduate
YES
Donation (per month)
LKR 100
Address
57, Uyanwatte, Dewanagala, Sri Lanka
Gender
FEMALE
1991
M.R. Fazeer
3422
Phone
+94 (0)77 7056 485
<EMAIL_ADDRESS>Graduate
NO
Donation (per month)
LKR 200
Address
20, Rockhill, Kegalle, Sri Lanka
Gender
MALE
M.H.M. Hamzeen
3423
Phone
+94 (0)77 8076 480
<EMAIL_ADDRESS>Graduate
YES
Donation (per month)
LKR 450
Address
21A, katuga'watta, dewanagala, Sri Lanka
Gender
MALE


|
|
_____________________________ (HTML): the _________ of a website
|
Vocabulary |
Tags We’ve Learned |
|
Tags: Container for things on your page. The tag name tells the computer what something is. Ex. a <button> tag tells a computer that anything inside of it is a button.
Attributes: Define characteristics or properties of your tag. Ex. the height or width of an image |
<button>: button |
Additional Notes |
|
|
____________________(CSS): the _____________ of a website
|
Terminology
Property: Aspects of element you want to change Value: What you want to change it to |
Additional Notes: |
|
Features Used:
Try:
|
|
|
|
Complimentary |
Analogous |
|
Triadic |
Tetradic |
Notes: |
|
|
Take notes on any handy syntax or information that you learn!
|
Workshop 1: ___________ Notes: |
|
Workshop 2: ___________ Notes: |
|
Workshop 3: ___________ Notes: |
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Workshop 4: ___________ Notes: |
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Workshop 5: ___________ Notes: |
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Workshop 6: ___________ Notes: |
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Workshop 1: ___________ Notes: |
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Workshop 2: ___________ Notes: |
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Workshop 3: ___________ Notes:
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Workshop 4: ___________ Notes: |
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Workshop 5: ___________ Notes:
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Workshop 6: ___________ Notes:
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Workshop 1: ___________ Notes: |
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Workshop 2: ___________ Notes: |
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Workshop 3: ___________ Notes: |
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Workshop 4: ___________ Notes: |
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Workshop 5: ___________ Notes:
|
|
Workshop 6: ___________ Notes: |


##
After crossing the Strait of Gibraltar from the Spanish mainland, I reached the port of Ceuta. So was I in an African town already? Not really. Technically I was still in European Union.
Ceuta is not a town of any African country, but a Spanish autonomous city on the north coast of Africa.  Together with another Spanish enclave Melilla on the northern shores of Morocco’s Mediterranean coast, they form the EU’s only land borders with Africa.
##
##
坐轮渡从欧洲经直布罗陀海峡来到非洲后，这Ceuta是落脚的第一个小城。虽然脚踩在非洲大陆的土地上，这里却是西班牙的属地。
Ceuta和另一座西属小城Melilla嵌在摩洛哥以北的地中海岸，共同组成了欧盟和非洲的陆上边界。就像法国最北端和英国隔海相望的加莱港一样，这里也是非洲移民难民奔向新天地的重要通道。两地也都是高墙林立、戒备森严。
本打算直接往南走，跨越国界去摩洛哥，但下船后看到这个小城还挺迷人，正好天气也给力，晴空万里、碧蓝如洗，似乎都在召唤我的双脚，就决定先在这里逛逛再走。这些照片就是瞎逛时拍下的。
##
##
##
It was a gorgeous sunny day. Blue sky and no clouds. The original plan was to go on to the south to cross the border, but the beautiful weather and cityscape attracted me to explore a bit here. So I strolled a couple of hours in this small town and snapped some shots. The beach was nice and quiet with only a few sunbathers. If I was not mistaken, there were much more sea urchins in the crystal clear water than humans . ;)
##
##
##
##
Due to its strategic location, Ceuta had been an important naval base since Carthaginian and Roman times. Its early form of fortification since the 5th century was strengthened by the Portuguese in the 1540s.
Today, part of the Royal Walls including the ditch and bastions remain intact. After the restoration in recent years, they have been open to the public. I walked around this heritage site oozing with history where the past battle scenes seemed to be replaying.
##
##
Ceuta was actually acquired from Portugal by Spain at the end of the Iberian Union in 1640 when the 2 countries had the same King, and it served as a free port till Spain joined the EU.
Later I saw a large number of Moroccans crossing the border from their country to shop and work here, and then return to Morocco in the evening. I didn’t see anyone climbing the wired fence over the border, but there’s news report about it and the crackdown of attempts to illegally emmigrate to Europe seeking for a better life.
##
##
##
##
##
##
蔚蓝的天空
澄澈的海水
自由翱翔的鸟
欢快游弋的鱼
黄白相间的建筑群
生机盎然的仙人掌
战火纷飞的争夺史
年代久远的古城墙
如今看不见硝烟的边界处
高墙上爬满锋利的铁丝网
##
##
##
##
##
##
##
##
##
图文 by Donica多
Thank you for visiting! Please tell me what you think. Exchange makes change! =)
If you like my content, please support me by commenting / following / upvoting / resteeming.
感谢来访！你的关注/点赞/留言/转发就是对我最好的支持~ 下次见！:)
##
Here are some of my travel shots. Check out my posts on Steemit World Map, and follow me for more adventures around the globe! :)
!steemitworldmap 35.889136 lat -5.319520 long d3scr
This page is synchronized from the post: ‘#251 European Territory on African Soil | 非洲大陆上的欧洲小城’


--- layout: page title: About header-img: "img/about-bg.png" ---
Taking coding serious for the first time and learning to love it one day at a time.


|
Point Data Documentation
|
Record files are generally of the form:
header record 1 record 2 ... record NThe RecordFile class is abstract and provides functionality to read and write files. It uses derived instances of the Record class to actually read and write the data. The Record class provides support for handling endian-ness and for up-promoting unsigned file variables (e.g., unsigned short) to the Java primitive type (e.g., int).
public void visit(RecordVisitor visitor, VisitInfo visitInfo, RecordFilter filter)This method takes a RecordVisitor, a VisitInfo and a RecordFilter. Each record is read from the file and the RecordVisitor method is called:
public abstract boolean visitRecord(RecordFile file, VisitInfo visitInfo, Record record);If this method returns false then the visit is stopped. We use the VisitInfo class to hold the state of the visit, e.g., the RecordIO, skip factor, start and stop indices, etc. The record package provides a Tcl based script that allows one to define the structure of a record and generate the class that reads the record. There are many examples of its use under the lidar package, e.g., in org/unavco/data/lidar/lvis/generate.tcl
generateRecordClass org.unavco.data.lidar.lvis.LceRecordV1_2 -super LvisRecord -fields { {lfid int} {shotnumber int} {lvisTime double -declare 0} {tlon double} {tlat double} {zt float} }
| 4.6.0 |
Record Visitor
|
| 4.6.1 |
Generating record classes
|


Sites built using Jekyll can be deployed in a large number of ways due to the static nature of the generated output. Here’s some of the most common ways:


slashdot effect
`Prev `__
S
`Next `__
--------------
**slashdot effect**: n.
1. Also spelled “/. effect”; what is said to have happened when a
website becoming virtually unreachable because too many people are
hitting it after the site was mentioned in an interesting article on the
popular `Slashdot `__ news service. The term is
quite widely used by /. readers, including variants like “That site has
been slashdotted again!”
2. In a perhaps inevitable generation, the term is being used to
describe any similar effect from being listed on a popular site. This
would better be described as a `*flash
crowd* <../F/flash-crowd.html>`__. Differs from a `*DoS
attack* <../D/DoS-attack.html>`__ in being unintentional.
--------------
+--------------------------+----------------------------+--------------------------+
| `Prev `__ | `Up <../S.html>`__ | `Next `__ |
+--------------------------+----------------------------+--------------------------+
| slash | `Home <../index.html>`__ | sleep |
+--------------------------+----------------------------+--------------------------+


| seir {phylopomp} | R Documentation |
The population is structured by infection progression.
runSEIR(
time,
t0 = 0,
Beta = 4,
sigma = 1,
gamma = 1,
psi = 1,
delta = 0,
S0 = 100,
E0 = 5,
I0 = 5,
R0 = 0
)
continueSEIR(
object,
time,
Beta = NA,
sigma = NA,
gamma = NA,
psi = NA,
delta = NA
)
seirs_pomp(x, Beta, sigma, gamma, psi, delta = 0, S0, E0, I0, R0)
time |
final time |
t0 |
initial time |
Beta |
transmission rate |
sigma |
progression rate |
gamma |
recovery rate |
psi |
per capita sampling rate |
delta |
rate of waning of immunity |
S0 |
initial size of susceptible population |
E0 |
initial size of exposed population |
I0 |
initial size of infected population |
R0 |
initial size of immune population |
object |
either the name of the model to simulate or a previously computed ‘gpsim’ object |
x |
genealogy in phylopomp format. |
seirs_pomp
constructs a pomp object containing a given set of data and an SEIRS model.
runSEIR
and continueSEIR
return objects of class ‘gpsim’ with ‘model’ attribute “SEIR”.
More example genealogy processes:
lbdp
,
moran
,
si2r
,
siir
,
simulate()
,
sir
simulate("SEIR",Beta=2,sigma=2,gamma=1,psi=2,S0=1000,I0=5,time=5) |>
simulate(Beta=5,gamma=2,time=10,psi=3) |>
plot()
runSEIR(Beta=3,gamma=1,psi=2,S0=20,I0=5,R0=0,time=5,t0=-1) |>
plot(points=TRUE,obscure=FALSE)
runSEIR(Beta=3,gamma=0.1,psi=0.2,S0=100,I0=5,R0=0,time=2,t0=0) -> x
plot_grid(plotlist=list(plot(x,points=TRUE),diagram(x)),
ncol=1,rel_heights=c(4,1))
simulate("SEIR",sigma=1,delta=1,time=20,I0=4) |> plot(obscure=FALSE)
simulate("SEIR",sigma=1,delta=1,time=20,I0=4) |>
lineages(obscure=FALSE) |>
plot()


provider
to broadcast
the authentication data to registered AuthenticationListener
of this providerErrorHandlingManager
singleton
by raise an exception which was caught in BaseResultActivity
during authentication process of the target
provider
listener
to the provider
class.AuthenticationListener
to
this provider delegateAuthenticationListener
to
this provider delegateActivityInvoker
.ActivityResultCallback
.


{% extends "global/Page.html" %} {% load staticfiles otree %} {% load static %} {% block app_styles %} {% endblock %} {% block content %}
Please answer the following questions honestly and according to your personal impressions and experiences. Your answers will be kept confidential and are of particular importance to the experiment
If you have any questions please raise your hand and a supervisor can assist you. Thank you for your participation.
What is your gender?
How old are you?
What is your highest completed level of eduction?


Verify that design reviews are performed for cloud deployments.
A design review will identify exposure to newly-discovered vulnerabilities, and maintain the overall security posture for cloud deployments.
Reviews provide checkpoints to ensure continuing compliance with accrediting authorities. When a design review identifies areas of concern, rather than working through future security incidents, it is more effective to fix and re-deploy in the present.
Apply design reviews iteratively throughout deployment. When your design evolves, it is also necessary to thoroughly check architecture and source code for potential exposure to threats. Also review configuration changes for adherence with security management policy and guidelines.
To verify that design reviews are performed for cloud deployments:
Identify responsible personnel. Find and interview employees responsible for performing design reviews for cloud deployments.
Examine design review results. Review the results of the previously conducted design reviews and assess their quality.
Use a question-driven approach to expose the highest risk design concerns, and use the security frame to dive into areas that reveal common mistakes. The following steps can guide your approach when reviewing the cloud deployment.
Deployment and infrastructure. Review the design of your application in relation to the target deployment environment and the associated security policies. Consider the restrictions imposed by the underlying infrastructure layer security.
Security frame. Review the approach to critical areas in your application, including authentication, authorization, input / data validation, exception management, and other areas. Use the application vulnerability categories as a roadmap and back-check, so that you do not overlook any flags during the review.
Tier-by-tier analysis. Walk through the logical tiers of your application, and evaluate security choices within your presentation, business, and data access layers.
Record design review results. Use a standard checklist and customize it for your unique application architecture. Walk through the prescribed review checks consistently, being sure to verify that previous assumptions are still valid for current business case and security. Record your findings, and initiate cloud deployment (application and architecture) update requests in accordance with change management policy and procedure.


| DOSE: |
80 mg |
smoked |
DPT |
(freebase) |
Recently I came into posession of a small amount of parsley which was laced with DPT freebase. When the sample arrived in my mailbox it bore no labels, and therefore I was unsure as to how much DPT was actually present in it. It was barely a pinch of herb, however, hardly even a full bowl's worth, so I figured that there was no way that it could constitute more than a single dose and went ahead with plans for a bioassay.
I spent some time preparing for the bioassay by centering myself with meditation techniques. After about half an hour of silent meditation, I felt ready. I loaded the parsley into a steamroller-style pipe, gathered my courage, sparked up my lighter, and inhaled, filling my lungs to capacity.
As I exhaled the first hit of the rather harsh smoke (not sure if the harshness is intrinsic to DPT or was due to the parsley carrier,) my thought processes began to markedly speed up, faint whirlpool-like eddies of iridescent color began to appear on the periphery of my visual field, and mechanical, whirring sounds that were quickly rising in pitch became audible over the meditative music that I was listening to on headphones. These electronic-sounding, machine-like auditory hallucinations persisted throughout the strong-effects phase of the experience. They were highly unique, distinctly different from the xylophone-like music often present in DMT experiences, and unlike anything I have ever experienced previously with any other material.  They resembled veins or roots, and seemed to encircle me rapidly.
Suddenly I and my surroundings were consumed in an abrupt explosion of white light. It was like being incinerated in a cosmic blast furnace. I forgot where I was, what I was doing, even who I was as my entire sense of identity and indivuduality were burned to a crisp. This experience was very similar to what I have undergone on large doses of 5-MeO-DMT.
After what I deduced later to be around two minutes or so, I regained a rather muddled hint of awareness that I was a person called Trey who was lying frozen in shock on the edge of his bed with a pipe in his hand. I was trying to put down the pipe, but was having a pretty hard time with concepts like 'pipe' or 'down.' I was suddenly hit with a tidal wave of fear that my roommate (who thinks that I am living a clean and sober lifestyle) would come home and find me paralyzed in this position holding drug paraphernalia. Physically I was very tense and feeling somewhat speedy, in a manner that reminded me of high-dose phenethlyamines; this stuff has a distinct body load. Multicolored, dancing fractals overlaid much of my visual field. I managed to get the pipe put away properly and lay back to try and relax into the remainder of whatever DPT had in store for me.
The fear stayed with me through the duration of the strong visual and auditory effects, which lasted until around the 25-minute point. Subtle visual distortion and a feeling of being distinctly unsettled persisted until T+1 hr. The most enjoyable portion of the entire experiment was the following 2 hours, which were marked by a truly lovely afterglow that was subtly yet distinctly empathogenic. For all practical purposes I was down, but my mood was altered and lightened in a truly delicious manner.
If I had the opportunity to repeat the experiment, I would definitely lower the dose. When I consulted the individual who provided the parsley, I was told that due to the nature of the process of putting the DPT on the carrier herb it was impossible to tell exactly how much was in the sample, but it was estimated to be somewhere between 75 and 100 milligrams. Based on this estimate, I'd probably try 50 next time if the opportunity were to present itself. I feel that this is quite a challenging material, and is definitely not recommended for the pleasure-seeker or the inexperienced. I do believe, however, that for the serious student of the entheogens and sincere seekers it holds great potential as a tool. I look forward to someday being able to explore it via alternative routes of ingestion and at different dosages.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Vocabulary for AdministrationType
Description:
Assigned OID: 2.16.840.1.1138<IP_ADDRESS>.<IP_ADDRESS>
Indicates whether the associated medication administration is of a dose, cycle or course.
Values:
|
Version: |
01 |
|
Date: |
14th January 20045 |
|
Code |
Description |
Note |
|
DO |
administration of a dose |
|
|
CY |
administration of a cycle of doses |
|
|
CO |
administration of a complete course |
|


Windows Features are programs, components, and services that are optionally included with Windows. Some popular Features are Internet Explorer, Outlook Express, Solitaire, and IIS.
Slips7ream allows you to turn Features on and off through the Package Properties window. Turning off features by default can save time and hard drive space during Installation, or you can customize an install for a specific home or workplace environment setup by adding helpful features to start with.


Examples A few examples to show what can be produced with the Transport API: Stationboard table with autocompletion Connections search


{% extends "base.html" %} {% block title %} {{category.name}} - {{blog.title}} {% endblock %} {% block content%}
Sorry, but you are looking for something that isn't here.


This package contains basic mathematical operations, such as summation and multiplication, and basic mathematical functions, such as sqrt and sin, as input/output blocks. All blocks of this library can be either connected with continuous blocks or with sampled-data blocks.
| Name | Description |
|---|---|
| UnitConversions | Conversion blocks to convert between SI and non-SI unit signals |
| InverseBlockConstraints | Construct inverse model by requiring that two inputs and two outputs are identical |
| Gain | Output the product of a gain value with the input signal |
| MatrixGain | Output the product of a gain matrix with the input signal vector |
| MultiSum | Sum of Reals: y = k[1]*u[1] + k[2]*u[2] + ... + k[n]*u[n] |
| MultiProduct | Product of Reals: y = u[1]*u[2]* ... *u[n] |
| MultiSwitch | Set Real expression that is associated with the first active input signal |
| Sum | Output the sum of the elements of the input vector |
| Feedback | Output difference between commanded and feedback input |
| Add | Output the sum of the two inputs |
| Add3 | Output the sum of the three inputs |
| Product | Output product of the two inputs |
| Division | Output first input divided by second input |
| Abs | Output the absolute value of the input |
| Sign | Output the sign of the input |
| Sqrt | Output the square root of the input (input >= 0 required) |
| Sin | Output the sine of the input |
| Cos | Output the cosine of the input |
| Tan | Output the tangent of the input |
| Asin | Output the arc sine of the input |
| Acos | Output the arc cosine of the input |
| Atan | Output the arc tangent of the input |
| Atan2 | Output atan(u1/u2) of the inputs u1 and u2 |
| Sinh | Output the hyperbolic sine of the input |
| Cosh | Output the hyperbolic cosine of the input |
| Tanh | Output the hyperbolic tangent of the input |
| Exp | Output the exponential (base e) of the input |
| Power | Output the power to a base of the input |
| Log | Output the logarithm (default base e) of the input (input > 0 required) |
| Log10 | Output the base 10 logarithm of the input (input > 0 required) |
| WrapAngle | Wrap angle to interval ]-pi,pi] or [0,2*pi[ |
| RealToInteger | Convert Real to Integer signal |
| IntegerToReal | Convert Integer to Real signals |
| BooleanToReal | Convert Boolean to Real signal |
| BooleanToInteger | Convert Boolean to Integer signal |
| RealToBoolean | Convert Real to Boolean signal |
| IntegerToBoolean | Convert Integer to Boolean signal |
| RectangularToPolar | Convert rectangular coordinates to polar coordinates |
| PolarToRectangular | Convert polar coordinates to rectangular coordinates |
| Mean | Calculate mean over period 1/f |
| RectifiedMean | Calculate rectified mean over period 1/f |
| ContinuousMean | Calculates the empirical expectation (mean) value of its input signal |
| RootMeanSquare | Calculate root mean square over period 1/f |
| Variance | Calculates the empirical variance of its input signal |
| StandardDeviation | Calculates the empirical standard deviation of its input signal |
| Harmonic | Calculate harmonic over period 1/f |
| TotalHarmonicDistortion | Output the total harmonic distortion (THD) |
| RealFFT | Sampling and FFT of input u |
| Pythagoras | Determines the hypotenuse or leg of a right triangle |
| Max | Pass through the largest signal |
| Min | Pass through the smallest signal |
| MinMax | Output the minimum and the maximum element of the input vector |
| LinearDependency | Output a linear combination of the two inputs |
| Edge | Indicates rising edge of Boolean signal |
| BooleanChange | Indicates Boolean signal changing |
| IntegerChange | Indicates integer signal changing |


23. Natural Language for Communication
Exercise 23.1 [washing-clothes-exercise]
Read the following text once for understanding, and remember as much of it as you can. There will be a test later.
The procedure is actually quite simple. First you arrange things into different groups. Of course, one pile may be sufficient depending on how much there is to do. If you have to go somewhere else due to lack of facilities that is the next step, otherwise you are pretty well set. It is important not to overdo things. That is, it is better to do too few things at once than too many. In the short run this may not seem important but complications can easily arise. A mistake is expensive as well. At first the whole procedure will seem complicated. Soon, however, it will become just another facet of life. It is difficult to foresee any end to the necessity for this task in the immediate future, but then one can never tell. After the procedure is completed one arranges the material into different groups again. Then they can be put into their appropriate places. Eventually they will be used once more and the whole cycle will have to be repeated. However, this is part of life.
An HMM grammar is essentially a standard HMM whose state variable is $N$ (nonterminal, with values such as $Det$, $Adjective$, $Noun$ and so on) and whose evidence variable is $W$ (word, with values such as $is$, $duck$, and so on). The HMM model includes a prior ${\textbf{P}}(N_0)$, a transition model ${\textbf{P}}(N_{t+1}|N_t)$, and a sensor model ${\textbf{P}}(W_t|N_t)$. Show that every HMM grammar can be written as a PCFG. [Hint: start by thinking about how the HMM prior can be represented by PCFG rules for the sentence symbol. You may find it helpful to illustrate for the particular HMM with values $A$, $B$ for $N$ and values $x$, $y$ for $W$.]
Consider the following PCFG for simple verb phrases:
0.1: VP $\rightarrow$ Verb
0.2: VP $\rightarrow$ Copula Adjective
0.5: VP $\rightarrow$ Verb the Noun
0.2: VP $\rightarrow$ VP Adverb
0.5: Verb $\rightarrow$ is
0.5: Verb $\rightarrow$ shoots
0.8: Copula $\rightarrow$ is
0.2: Copula $\rightarrow$ seems
0.5: Adjective $\rightarrow$ unwell
0.5: Adjective $\rightarrow$ well
0.5: Adverb $\rightarrow$ well
0.5: Adverb $\rightarrow$ badly
0.6: Noun $\rightarrow$ duck
0.4: Noun $\rightarrow$ well
-
Which of the following have a nonzero probability as a VP? (i) shoots the duck well well well(ii) seems the well well(iii) shoots the unwell well badly
-
What is the probability of generating “is well well”?
-
What types of ambiguity are exhibited by the phrase in (b)?
-
Given any PCFG, is it possible to calculate the probability that the PCFG generates a string of exactly 10 words?
Consider the following simple PCFG for noun phrases:
0.6: NP $\rightarrow$ Det\ AdjString\ Noun
0.4: NP $\rightarrow$ Det\ NounNounCompound
0.5: AdjString $\rightarrow$ Adj\ AdjString
0.5: AdjString $\rightarrow$ $\Lambda$
1.0: NounNounCompound $\rightarrow$ Noun
0.8: Det $\rightarrow$ the
0.2: Det $\rightarrow$ a
0.5: Adj $\rightarrow$ small
0.5: Adj $\rightarrow$ green
0.6: Noun $\rightarrow$ village
0.4: Noun $\rightarrow$ green
where $\Lambda$ denotes the empty string.
-
What is the longest NP that can be generated by this grammar? (i) three words(ii) four words(iii) infinitely many words
-
Which of the following have a nonzero probability of being generated as complete NPs? (i) a small green village(ii) a green green green(iii) a small village green
-
What is the probability of generating “the green green”?
-
What types of ambiguity are exhibited by the phrase in (c)?
-
Given any PCFG and any finite word sequence, is it possible to calculate the probability that the sequence was generated by the PCFG?
Outline the major differences between Java (or any other computer language with which you are familiar) and English, commenting on the “understanding” problem in each case. Think about such things as grammar, syntax, semantics, pragmatics, compositionality, context-dependence, lexical ambiguity, syntactic ambiguity, reference finding (including pronouns), background knowledge, and what it means to “understand” in the first place.
This exercise concerns grammars for very simple languages.
-
Write a context-free grammar for the language $a^n b^n$.
-
Write a context-free grammar for the palindrome language: the set of all strings whose second half is the reverse of the first half.
-
Write a context-sensitive grammar for the duplicate language: the set of all strings whose second half is the same as the first half.
Consider the sentence “Someone walked slowly to the supermarket” and a lexicon consisting of the following words:
$Pronoun \rightarrow \textbf{someone} \quad Verb \rightarrow \textbf{walked}$
$Adv \rightarrow \textbf{slowly} \quad Prep \rightarrow \textbf{to}$
$Article \rightarrow \textbf{the} \quad Noun \rightarrow \textbf{supermarket}$
Which of the following three grammars, combined with the lexicon, generates the given sentence? Show the corresponding parse tree(s).
| $\quad\quad\quad\quad (A):\quad\quad\quad\quad$ | $\quad\quad\quad\quad(B):\quad\quad\quad\quad$ | $\quad\quad\quad\quad(C):\quad\quad\quad\quad$ |
|---|---|---|
| $S\rightarrow NP\space VP$ | $S\rightarrow NP\space VP$ | $S\rightarrow NP\space VP$ |
| $NP\rightarrow Pronoun$ | $NP\rightarrow Pronoun$ | $NP\rightarrow Pronoun$ |
| $NP\rightarrow Article\space Noun $ | $NP\rightarrow Noun$ | $NP\rightarrow Article\space NP$ |
| $VP\rightarrow VP\space PP$ | $NP\rightarrow Article\space NP$ | $VP\rightarrow Verb\space Adv$ |
| $VP\rightarrow VP\space Adv\space Adv$ | $VP\rightarrow Verb\space Vmod$ | $Adv\rightarrow Adv\space Adv$ |
| $VP\rightarrow Verb$ | $Vmod\rightarrow Adv\space Vmod$ | $Adv\rightarrow PP$ |
| $PP\rightarrow Prep\space NP$ | $Vmod\rightarrow Adv$ | $PP\rightarrow Prep\space NP$ |
| $NP\rightarrow Noun$ | $Adv\rightarrow PP$ | $NP\rightarrow Noun$ |
| $\quad$ | $PP\rightarrow Prep\space NP$ | $\quad$ |
For each of the preceding three grammars, write down three sentences of English and three sentences of non-English generated by the grammar. Each sentence should be significantly different, should be at least six words long, and should include some new lexical entries (which you should define). Suggest ways to improve each grammar to avoid generating the non-English sentences.
Collect some examples of time expressions, such as “two o’clock,” “midnight,” and “12:46.” Also think up some examples that are ungrammatical, such as “thirteen o’clock” or “half past two fifteen.” Write a grammar for the time language.
Some linguists have argued as follows:
Children learning a language hear only positive examples of the language and no negative examples. Therefore, the hypothesis that “every possible sentence is in the language” is consistent with all the observed examples. Moreover, this is the simplest consistent hypothesis. Furthermore, all grammars for languages that are supersets of the true language are also consistent with the observed data. Yet children do induce (more or less) the right grammar. It follows that they begin with very strong innate grammatical constraints that rule out all of these more general hypotheses a priori.
Comment on the weak point(s) in this argument from a statistical learning viewpoint.
Exercise 23.10 [chomsky-form-exercise]
In this exercise you will transform $\large \varepsilon_0$ into Chomsky Normal Form (CNF). There are five steps: (a) Add a new start symbol, (b) Eliminate $\epsilon$ rules, (c) Eliminate multiple words on right-hand sides, (d) Eliminate rules of the form (${\it X}$ $\rightarrow$${\it Y}$), (e) Convert long right-hand sides into binary rules.
-
The start symbol, $S$, can occur only on the left-hand side in CNF. Replace ${\it S}$ everywhere by a new symbol ${\it S’}$ and add a rule of the form ${\it S}$ $\rightarrow$${\it S’}$.
-
The empty string, $\epsilon$ cannot appear on the right-hand side in CNF. $\large \varepsilon_0$ does not have any rules with $\epsilon$, so this is not an issue.
-
A word can appear on the right-hand side in a rule only of the form (${\it X}$ $\rightarrow$word). Replace each rule of the form (${\it X}$ $\rightarrow$…word …) with (${\it X}$ $\rightarrow$…${\it W’}$ …) and (${\it W’}$ $\rightarrow$word), using a new symbol ${\it W’}$.
-
A rule (${\it X}$ $\rightarrow{\it Y}$ ${\it Z}$) or (${\it X}$ $\rightarrow$word). Replace each rule of the form (${\it X}$ $\rightarrow$${\it Y}$) with a set of rules of the form (${\it X}$ $\rightarrow$…), one for each rule (${\it Y}$ $\rightarrow$…), where (…) indicates one or more symbols.
-
Replace each rule of the form (${\it X}$ $\rightarrow{\it Y}$ ${\it Z’}$) and (${\it Z’}$ $\rightarrow$${\it Z}$ …), where ${\it Z’}$ is a new symbol.
Show each step of the process and the final set of rules.
Consider the following toy grammar:
$S \rightarrow NP\space VP$
$NP \rightarrow Noun$
$NP \rightarrow NP\space and\space NP$
$NP \rightarrow NP\space PP$
$VP \rightarrow Verb$
$VP \rightarrow VP\space and \space VP$
$VP \rightarrow VP\space PP$
$PP \rightarrow Prep\space NP$
$Noun \rightarrow Sally\space; pools\space; streams\space; swims$
$Prep \rightarrow in$
$Verb \rightarrow pools\space; streams\space; swims$
-
Show all the parse trees in this grammar for the sentence “Sally swims in streams and pools.”
-
Show all the table entries that would be made by a (non-probabalistic) CYK parser on this sentence.
Exercise 23.12 [exercise-subj-verb-agree]
Using DCG notation, write a grammar for a language that is just like $\large \varepsilon_1$, except that it enforces agreement between the subject and verb of a sentence and thus does not generate ungrammatical sentences such as “I smells the wumpus.”
Consider the following PCFG:
$S \rightarrow NP \space VP[1.0] $
$NP \rightarrow \textit{Noun}[0.6] \space \space \textit{Pronoun}[0.4] $
$VP \rightarrow \textit{Verb} \space NP[0.8] \space \space \textit{Modal}\space \textit{Verb}[0.2]$
$\textit{Noun} \rightarrow \textbf{can}[0.1] \space \space \textbf{fish}[0.3] \space \space …$
$\textit{Pronoun} \rightarrow \textbf{I}[0.4] \space \space …$
$\textit{Verb} \rightarrow \textbf{can}[0.01] \space \space \textbf{fish}[0.1] \space \space …$
$\textit{Modal} \rightarrow \textbf{can}[0.3] \space \space …$
The sentence “I can fish” has two parse trees with this grammar. Show the two trees, their prior probabilities, and their conditional probabilities, given the sentence.
An augmented context-free grammar can represent languages that a regular context-free grammar cannot. Show an augmented context-free grammar for the language $a^nb^nc^n$. The allowable values for augmentation variables are 1 and $SUCCESSOR(n)$, where $n$ is a value. The rule for a sentence in this language is Show the rule(s) for each of ${\it A}$, ${\it B}$, and ${\it C}$.
Augment the $\large \varepsilon_1$ grammar so that it handles article–noun agreement. That is, make sure that “agents” and “an agent” are ${\it NP}$s, but “agent” and “an agents” are not.
Consider the following sentence (from The New York Times, July 28, 2008):
Banks struggling to recover from multibillion-dollar loans on real estate are curtailing loans to American businesses, depriving even healthy companies of money for expansion and hiring.
-
Which of the words in this sentence are lexically ambiguous?
-
Find two cases of syntactic ambiguity in this sentence (there are more than two.)
-
Give an instance of metaphor in this sentence.
-
Can you find semantic ambiguity?
Exercise 23.17 [washing-clothes2-exercise]
Without looking back at Exercise washing-clothes-exercise, answer the following questions:
-
What are the four steps that are mentioned?
-
What step is left out?
-
What is “the material” that is mentioned in the text?
-
What kind of mistake would be expensive?
-
Is it better to do too few things or too many? Why?
Select five sentences and submit them to an online translation service. Translate them from English to another language and back to English. Rate the resulting sentences for grammaticality and preservation of meaning. Repeat the process; does the second round of iteration give worse results or the same results? Does the choice of intermediate language make a difference to the quality of the results? If you know a foreign language, look at the translation of one paragraph into that language. Count and describe the errors made, and conjecture why these errors were made.
The $D_i$ values for the sentence in Figure mt-alignment-figure sum to 0. Will that be true of every translation pair? Prove it or give a counterexample.
(Adapted from [@Knight:1999].) Our translation model assumes that, after the phrase translation model selects phrases and the distortion model permutes them, the language model can unscramble the permutation. This exercise investigates how sensible that assumption is. Try to unscramble these proposed lists of phrases into the correct order:
-
have, programming, a, seen, never, I, language, better
-
loves, john, mary
-
is the, communication, exchange of, intentional, information brought, by, about, the production, perception of, and signs, from, drawn, a, of, system, signs, conventional, shared
-
created, that, we hold these, to be, all men, truths, are, equal, self-evident
Which ones could you do? What type of knowledge did you draw upon? Train a bigram model from a training corpus, and use it to find the highest-probability permutation of some sentences from a test corpus. Report on the accuracy of this model.
Calculate the most probable path through the HMM in Figure sr-hmm-figure for the output sequence $[C_1,C_2,C_3,C_4,C_4,C_6,C_7]$. Also give its probability.
We forgot to mention that the text in Exercise washing-clothes-exercise is entitled “Washing Clothes.” Reread the text and answer the questions in Exercise washing-clothes2-exercise. Did you do better this time? Bransford and Johnson [@Bransford+Johnson:1973] used this text in a controlled experiment and found that the title helped significantly. What does this tell you about how language and memory works?


311 Animal Services Calls (2013-2018)
The most common call type is related to updating pet information and the 2nd most common call category is "Stray/ dog-at-large".
Javascript library used to build this chart: d3
The most common call type is related to updating pet information and the 2nd most common call category is "Stray/ dog-at-large".
Javascript library used to build this chart: d3


A flight delay is said to occur when an airline lands or takes off later than its scheduled arrival or departure time respectively. Conventionally if a flight's departure time or arrival time is greater than 15 minutes than its scheduled departure and arrival times respectively, then it is considered that there is a departure or arrival delay with respect to corresponding airports.Delays causes inconvinience for everyone, both the passengers and the airline. An Intelligent and Automated Prediction System is a must in this case that can predict possible airline delay.
This application uses the technology of Deep Neural Networks to predict whether a flight will be delayed or not in real time. This ensures that the predictions are accurate and to the point. Don't worry! Its very easy to use. Why wait anymore? Sign up, fill in the details of the required flight and predict the delay!!


Comments
-
Greg Hurrell
I've pasted this in here to track the feature request for caching.
As to your second question, you can pass in a directory: eg.
:CommandT some/directory
-
lukasz
Created
,
edited
My project is over 15 000 files.
Problems:
- First run is about 10 sec.
- After typing first 3 characters - waiting for search about 5 sec. Every time. Next characters go faster of course. But imagine you make mistake and have to backspace this first chars.
- Not all diretories (on the first level) are scaned (or at least searchable).
my setting: let g:CommandTMaxFiles=100000
For example if i run vim in root directory of my project, and run
:CommandT
it doesn't see any file in IDX directory.
If i run
:CommandT IDX
every thing is OK.
-- lukasz
-
Greg Hurrell
There is no quick and easy fix for the performance degradation, I'm afraid. The first run is slow because it has to traverse the entire directory hierarchy, in Ruby. The initial slowness as it narrows down the list may just be because the number of files you're dealing with is too much for your machine (ie. perhaps enough to push some of the working set out of the processor cache).
As for the third issue, perhaps your Vim
'wildignore'
setting is responsible for excluding that directory. Or perhaps you have more files than you think? I'm pretty confident there are no bugs which would cause Command-T to overlook an entire directory hierarchy. -
lukasz
$ ls -R . | wc -l 13611
: set wildignore wildignore=
We must do it something with performance - cannot work without this plugin ;).
For now I use:
:CommandT dir
Maybe it will be a temporary solution to create new leader shortcut eg.: \y direcotry search_string
In that case it will first switch to "direcotry" like :CommandT dir (just after pressing space after the first word), and then perform normal search with "search_string".
-
Greg Hurrell
See also feature request #1878. That one adds the ability to use multiple caches, keyed off of directory names, so you could use
:CommandT dir
to limit the scope to a particular directory, but still get the benefit of the cache. -
Greg Hurrell
Closed this topic ("Slow startup in large project") as a duplicate of this ticket.
-
JKkim
Hello I just moved command-t from fuzzy-finder and I really satisfied with this plugin. however nowadays I am working in Android. Android project has over 100,000 files. therefore I need the feature that original poster asked. It would be nice, great if command-t can reopen the cache when I re-run the vim. For this functionality, cache could be file by options and could be select from cache-list window, when I want to re-open the cache. I grant that Command-T is still great and would be more great if it gives above functions. please........... In fact, I re-compiled the VIM only for using command-t in Cygwin. plz from JK. seoul korea
-
dtb
Hey folks, I'm working on a patch to cache the directory listing to disk on first run, so that you can avoid the startup delay. Subsequent runs would use the cache.
I've got a first pass of this over on a branch of my fork of Command-T. I'm going to try it out a bit, and once everything is looking good, I'll send a pull request.
-
anonymous
I am working on a mounted ssh file system and it's very slow every time to generate the cache. I will try your implementation JKkim
-
dtb
I added a pull request for this feature.
If anyone wants to try it out, just go to my fork, then follow the instructions to install the plugin. After you do that, go into the install directory, and do a
git checkout cache-paths-to-disk
Then, be sure to edit your vimrc to enable the cache:
let g:CommandTCacheIndexToDisk=1
Add a comment
Comments are now closed for this issue.


A probability rating allocated to each risk event.
|
Probability |
Qualitative Description |
|
Rare |
May occur only in exceptional circumstances |
|
Unlikely |
Will probably not occur |
|
Moderate |
Could occur at some time |
|
Likely |
Will probably occur |
|
Almost certain |
Is expected to occur |
Source: GUIDELINES FOR INFRASTRUCTURE ASSET MANAGEMENT IN LOCAL GOVERNMENT 2006 – 2009 (DPLG)


We are group of members of Paper Discussion Group at
Indian Institute of Technology Roorkee. We get together to read and understand the very recent papers related to
Theoretical and algorithmic aspects of nonlinear parameter estimation and deep learning.
We meet twice a week. Please see our
Reading list and
Schedule page for more details.
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{{ post.date | date_to_string }}
{{ post.content }}
{% endfor %}


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{% extends 'base.html' %} {% block pagetitle %}Brian R. Bondy - Apple expected age by tag list{% endblock %} {% block title %} Apple expected age by tag list{% endblock %} {% block subtitle %}Calculated by using the expected value for the age each answer comes from{% endblock %} {% block main_content %}
This list contains the expected age per tag from the the Apple site, sorted by expected age.
The list was generated with the Apple April 2011 data dump on 4/25/2011 10:37:44 PM.
The creator of this list is Brian R. Bondy: Blog, Twitter, StackOverflow.
Please see the following link for other lists.


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THE VAN A film review by Ben Hoffman Copyright 1997 Ben Hoffman
THE COMMITMENTS in 1991 introduced us to the mythical (but representative) town of Barrytown in North Dublin. That was the first of a trilogy written by Roddy Doyle. You may recall that it was about an Irish soul band. This was followed three years later by THE SNAPPER, about a young woman who becomes pregnant but who will not reveal who the father is.
The Commitmentswas directed by Alan Parker. Both Snapper and THE VAN are the work of Stephen Frears.
Barrytown is a quiet town on the surface but if you look around there are many stories, funny and sad. Take Bimbo (Donal O'Kelly) for instance. In a town where there are all too many unemployed, Bimbo gets a pink slip . . . and now he is one of those without hope who hang out in bars. But Bimbo is not really one of them; he will work at anything honest if he can only find something.
Out of the blue, Bimbo realizes that with Ireland qualifying for the World Cup in football (soccer), there will be many people glued to their TV sets, unable to cook. If he can get a van and set it up as a catering truck, he can make a good bit of change and be his own boss at the same time, He also wants to share his new enterprise with his best friend, Larry (Colm Meany) whom he hires to work with him as a partner. Larry's first contribution is to name the van, BIMBO'S BURGERS.
Another buddy, Weslie (Brendan O'Carroll) finds a van on an empty lot filled with junk. The van looks "like the inside of a leper," to quote Bimbo; filthy, rusty, and an engine that will not start up. However, nothing is going to stop the two friends who have the car towed home with the aid of hundreds of the town's children joyfully pushing the vehicle as it is being towed. Bimbo and Larry work on the van until it is looking half human. Someone else gets the motor to run and away they go to the pub where everyone will be watching the games.
It would be nice to report that all went well, that they got tons of customers and that they made lots of money and lived happily ever after. Real life and movies do not work like that and so we are witness to the trials and tribulations of two friends trying to run a catering van when neither has any experience.
Not too far into the enterprise, they have a falling out and Larry wants to quit not only the partnership but their friendship as well while Bimbo decides what must be done to keep from losing the friendship of Larry.
Interspersed between the sad parts and the frustrations, there is lots of comedy provided by Larry who is a big blustering type.
Pity the poor worker who has a family to support, wants to work, but can find no job.
Others in the cast include Ger Ryan, Caroline Rothwell, Neily Conroy, Ruaidhri Conroy, and Stuart Dunne.
Directed by Stephen Frears.
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Ben Hoffman
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Auxiliary functions and data sets for "Ecological Models and Data", a book presenting maximum likelihood estimation and related topics for ecologists (ISBN 978-0-691-12522-0).
| Version: | 1.3.10 |
| Imports: | MASS, lattice, plyr, coda, bbmle |
| Suggests: | R2WinBUGS, ellipse, SuppDists, numDeriv, testthat, rgl |
| Published: | 2018-05-19 |
| Author: | Ben Bolker |
| Maintainer: | Ben Bolker <bolker at mcmaster.ca> |
| License: | GPL-2 | GPL-3 [expanded from: GPL] |
| URL: | http://www.math.mcmaster.ca/bolker/emdbook |
| NeedsCompilation: | no |
| Citation: | emdbook citation info |
| Materials: | NEWS |
| In views: | Distributions |
| CRAN checks: | emdbook results |
| Reference manual: | emdbook.pdf |
| Package source: | emdbook_1.3.10.tar.gz |
| Windows binaries: | r-devel: emdbook_1.3.10.zip, r-release: emdbook_1.3.10.zip, r-oldrel: emdbook_1.3.10.zip |
| OS X binaries: | r-release: emdbook_1.3.10.tgz, r-oldrel: emdbook_1.3.10.tgz |
| Old sources: | emdbook archive |
| Reverse depends: | spikes |
| Reverse imports: | BEDASSLE, rld, scanstatistics |
| Reverse suggests: | bbmle, epiphy, fitteR, IPSUR |
Please use the canonical form https://CRAN.R-project.org/package=emdbook to link to this page.


Victoria-Salt Spring ferry running late; possible busy travel day on B.C. Ferries to Vancouver
The ferry that runs between Swartz Bay and Fulford Harbour on Salt Spring Island is running late Tuesday.
B.C. Ferries vessel the Queen of Cumberland is operating 36 minutes behind schedule because it took extra time to load vehicles.
B.C. Ferries is also warning travellers that today could be a busy travel day on ferries going between Vancouver Island and Vancouver due to WE DAY, a popular event being held at Rogers Arena.
Check here for up-to-date information on sailing waits.