| Portability |
Historically, Spirit supported a lot of compilers, including (to some extent) poorly conforming compilers such as VC6. Spirit v1.6.x will be the last release that will support older poorly conforming compilers. Starting from Spirit v1.8.0, ill conforming compilers will not be supported. If you are still using one of these older compilers, you can still use Spirit v1.6.x.
The reason why Spirit v1.6.x worked on old non-conforming compilers is that the authors laboriously took the trouble of searching for workarounds to make these compilers happy. The process takes a lot of time and energy, especially when one encounters the dreaded ICE or "Internal Compiler Error". Sometimes searching for a single workaround takes days or even weeks. Sometimes, there are no known workarounds. This stifles progress a lot. And, as the library gets more progressive and takes on more advanced C++ techniques, the difficulty is escalated to even new heights.
Spirit v1.6.x will still be supported. Maintenance will still happen and bug fixes will still be applied. There will still be active development for the back-porting of new features introduced in Spirit v1.8.0 (and Spirit 1.9.0) to lesser able compilers; hopefully, fueled by contributions from the community. We welcome active support from the C++ community, especially those with special expertise on compilers such as older Borland and MSVC++ compilers.
Spirit 1.8 has been tested to compile and run properly on these compilers:
If your compiler is sufficiently conforming, chances are, you can compile Spirit as it is or with minimal portability fixes here and there. Please inform us if your compiler is known to be ISO/ANSI conforming and is not in this list above. Feel free to post feedback to Spirit-general mailing list<EMAIL_ADDRESS>Copyright © 1998-2003 Joel de Guzman
Use, modification and distribution is subject to the Boost Software
License, Version 1.0. (See accompanying file LICENSE_1_0.txt or copy at
http://www.boost.org/LICENSE_1_0.txt)


Using google we can also find subdomains.
This will only give us the subdomains of a site.
site:msn.com -site:www.msn.com
site:*.nextcloud.com
To exclude a specific subdomain you can do this:
site:*.nextcloud.com -site:help.nextcloud.com


Karabiga Harbour is located in the Western corner of the Gulf (Korfezi in Turkish) of Erdek, on the Southern shore of the Sea of Marmara - basically opposite Marmara Island (Adasi), and is a fishing harbour able to accommodate small coasters.
It is a quiet, sleepy little place not much visited by tourists.
Berth alongside, or stern-to at the south end of the coal loading quay. The inner (fishing) basin is usually too crowded. It is also fairly shallow. The harbour gives good protection from the prevailing winds, which usually do not blow very strongly here.
Another option is to anchor in the NE corner of the harbour and where the breakwater provides shelter from the prevailing wind. This might be a better option if coal is being loaded at the quay.
It is also possible to anchor in the bay, NE of the harbour, where there is good holding in mud and sand.


The artist is a collector of things imaginary or real. He accumulates things with the same enthusiasm that a little boy stuffs his pockets. The scrap heap and the museum are embraced with equal curiosity. He takes snapshots, makes notes and records impressions on tablecloths or newspapers, on backs of envelopes or matchbooks. Why one thing and not another is part of the mystery, but he is omnivorous -- Paul Rand
The artist is a collector of things imaginary or real. He accumulates things with the same enthusiasm that a little boy stuffs his pockets. The scrap heap and the museum are embraced with equal curiosity. He takes snapshots, makes notes and records impressions on tablecloths or newspapers, on backs of envelopes or matchbooks. Why one thing and not another is part of the mystery, but he is omnivorous -- Paul Rand
The artist is a collector of things imaginary or real. He accumulates things with the same enthusiasm that a little boy stuffs his pockets. The scrap heap and the museum are embraced with equal curiosity. He takes snapshots, makes notes and records impressions on tablecloths or newspapers, on backs of envelopes or matchbooks. Why one thing and not another is part of the mystery, but he is omnivorous -- Paul Rand
The artist is a collector of things imaginary or real. He accumulates things with the same enthusiasm that a little boy stuffs his pockets. The scrap heap and the museum are embraced with equal curiosity. He takes snapshots, makes notes and records impressions on tablecloths or newspapers, on backs of envelopes or matchbooks. Why one thing and not another is part of the mystery, but he is omnivorous -- Paul Rand


public interface HullGenerator
Vector2[] generate(Vector2... points)
The resulting point set may not have the correct winding. Use the Geometry.getWinding(Vector2...)
and Geometry.reverseWinding(Vector2...)
methods to get and set the winding direction.
points
- the point setVector2
[] the convex hull verticesjava.lang.NullPointerException
- if points is null or contains null points


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EBD - Easton Bible DIctionary
Consolation of israel
CONSOLATION OF ISRAEL
"CONSOLATION OF ISRAEL "a name for the Messiah in common use among the Jews, probably suggested by
Isaiah 12:1
;
49:13
. The Greek word thus rendered (
Luke 2:25
, paraklesis) is kindred to that translated“Comforter” in
John 14:16
, etc., parakletos.
"CONSOLATION OF ISRAEL "a name for the Messiah in common use among the Jews, probably suggested by Isaiah 12:1; 49:13. The Greek word thus rendered (Luke 2:25, paraklesis) is kindred to that translated“Comforter” in John 14:16, etc., parakletos.


Author: Peter Palaga, Brian Leathem, Ken Finnigan
Level: Beginner
Technologies: JSF2, Portlet Bridge
Summary: A simple portlet using JavaServer Faces 2.
Target Product: GateIn Portal 3.6
Source: https://github.com/gatein/gatein-portal-quickstart
This project demonstrates how to create a simple portlet using JavaServer Faces 2.1 and Portlet Bridge 3.2.1.Final.
An introduction and some background information to this quickstart can be found in the following chapters of GateIn Portal Developer Guide:
All you need to build this example project is Java 6.0 (Java SDK 1.6) or newer and Maven 3.0 or newer.
The project is designed to be deployed on GateIn Portal 3.6 running on JBoss AS.
You do not need to touch your settings.xml because of this quickstart. All necessary artifacts are available in public repositories.
The following shows the command line to start the server with the web profile:
For Linux: JBOSS_HOME/bin/standalone.sh
For Windows: JBOSS_HOME\bin\standalone.bat
Type this command to build and deploy the archive:
mvn clean package jboss-as:deploy
To deploy to other than default localhost:9999 JBoss instance, copy the following configuration
just after <artifactId>jboss-as-maven-plugin</artifactId>
in the pom.xml file and adjust it to suit your needs.
username
and password
elements can be omitted sometimes, depending on your JBoss security settings.
<configuration>
<hostname><IP_ADDRESS></hostname>
<port>9999</port>
<username>admin</username>
<password>secret</password>
</configuration>
This will deploy target/jsf2-hello-world-portlet.war
to the running instance of the portal.
To ensure that the example portlet has been deployed successfully, do the following:
When you are finished testing, type this command to undeploy the archive:
mvn jboss-as:undeploy
You can also deploy the quickstarts from Eclipse using JBoss Tools. For more information on how to set up Maven and JBoss Tools, refer to the JBoss Enterprise Application Platform 6 Development Guide or Get Started Developing Applications.
If you want to debug the source code or look at the Javadocs of any library in the project, run either of the following commands to pull them into your local repository. The IDE should then detect them.
mvn dependency:sources
mvn dependency:resolve -Dclassifier=javadoc
Please post feedback on this quickstart or GateIn Portal on GateIn Forums.


DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Press release
Reigate Park Primary School rebuilt through government’s flagship £4.4 billion rebuilding programme.
A Derby primary school which has received a high-tech new building through the government’s rebuilding programme is holding its official reopening ceremony today (21 September 2015).
Reigate Park Primary School is the first of 6 schools to reopen in Derby through the £4.4 billion priority school building programme ( PSBP ), which is transforming some of the most run-down schools in the country.
As a result of £4.6 million worth of construction, the school’s old buildings have been replaced with a 2-storey building of insulated timber with modern heating, lighting and ventilation systems to ensure excellent energy efficiency.
Infants and juniors will all be taught under 1 roof, rather than in 2 separate buildings as previously. The new building also includes a dedicated, modern unit for deaf children.
Schools Minister Lord Nash said:
Through the priority school building programme we are investing in school buildings across the country to transform the learning environment for tens of thousands of pupils and their teachers while delivering value for money for the taxpayer.
The reopening of Reigate Park Primary School marks a key milestone for the programme in Derby, and these new school buildings will provide modern, fit-for-purpose facilities for pupils and staff for many years to come.
As part of this government’s commitment to social justice, we want all children, regardless of background, to learn in high-quality schools which will give them the best possible chance to unlock their potential.
Peter Hallsworth, Headteacher of Reigate Park Primary School, said:
The governors, pupils, parents and staff are extremely grateful for the fantastic new learning environment that we are now fortunate to have. We are sure that this new environment will support our children in their learning and our teachers in their teaching.
We would like to thank the Education Funding Agency ( EFA ) and Bowmer and Kirkland for providing us with this new school.
John Kirkland, Chairman of Bowmer and Kirkland Limited, said:
This is a great day for the pupils and staff of Reigate Park Primary and for the wider community of Derby. This is the first of 6 city schools which we are constructing for the EFA and this investment in the education of our young people will help to raise the aspirations of generations of pupils. I am very pleased that Bowmer and Kirkland is part of the priority school building programme.
Thanks to the PSBP , school buildings are being rebuilt faster and cheaper than those built under the previous school building initiative - Building Schools for the Future ( BSF ). Under the BSF it took 3 years for construction work to begin. This was slashed to 1 year for the PSBP , with projects costing around a third less.
A total of 537 schools will benefit from construction through the 2 phases of the PSBP .
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 21 September 2015


Imports the graph from graph_def
into the current default Graph
. (deprecated arguments)
tf.compat.v1.graph_util.import_graph_def
tf.compat.v1.import_graph_def
tf.compat.v2.graph_util.import_graph_def
tf.compat.v2.import_graph_def
tf.import_graph_def
tf.graph_util.import_graph_def( graph_def, input_map=None, return_elements=None, name=None, op_dict=None, producer_op_list=None )
Warning: SOME ARGUMENTS ARE DEPRECATED: (op_dict)
. They will be removed in a future version.
Instructions for updating:
Please file an issue at https://github.com/tensorflow/tensorflow/issues if you depend on this feature.
This function provides a way to import a serialized TensorFlow
GraphDef
protocol buffer, and extract individual objects in the GraphDef
as
tf.Tensor
and tf.Operation
objects. Once extracted,
these objects are placed into the current default Graph
. See
tf.Graph.as_graph_def
for a way to create a GraphDef
proto.
graph_def
: A GraphDef
proto containing operations to be imported into
the default graph.input_map
: A dictionary mapping input names (as strings) in graph_def
to Tensor
objects. The values of the named input tensors in the
imported graph will be re-mapped to the respective Tensor
values.return_elements
: A list of strings containing operation names in
graph_def
that will be returned as Operation
objects; and/or
tensor names in graph_def
that will be returned as Tensor
objects.name
: (Optional.) A prefix that will be prepended to the names in
graph_def
. Note that this does not apply to imported function names.
Defaults to "import"
.op_dict
: (Optional.) Deprecated, do not use.producer_op_list
: (Optional.) An OpList
proto with the (possibly stripped)
list of OpDef
s used by the producer of the graph. If provided,
unrecognized attrs for ops in graph_def
that have their default value
according to producer_op_list
will be removed. This will allow some more
GraphDef
s produced by later binaries to be accepted by earlier binaries.A list of Operation
and/or Tensor
objects from the imported graph,
corresponding to the names in return_elements
,
and None if returns_elements
is None.
TypeError
: If graph_def
is not a GraphDef
proto,
input_map
is not a dictionary mapping strings to Tensor
objects,
or return_elements
is not a list of strings.ValueError
: If input_map
, or return_elements
contains names that
do not appear in graph_def
, or graph_def
is not well-formed (e.g.
it refers to an unknown tensor).


| Module | ActiveScaffold::AttributeParams |
| In: |
vendor/plugins/active_scaffold/lib/attribute_params.rb
|
Provides support for param hashes assumed to be model attributes. Support is primarily needed for creating/editing associated records using a nested hash structure.
Paradigm Params Hash (should write unit tests on this):
params[:record] = { # a simple record attribute 'name' => 'John', # a plural association hash 'roles' => { # associate with an existing role '5' => {'id' => 5} # associate with an existing role and edit it '6' => {'id' => 6, 'name' => 'designer'} # create and associate a new role '124521' => {'name' => 'marketer'} } # a singular association hash 'location' => {'id' => 12, 'city' => 'New York'} }
Simpler association structures are also supported, like:
params[:record] = { # a simple record attribute 'name' => 'John', # a plural association ... all ids refer to existing records 'roles' => ['5', '6'], # a singular association ... all ids refer to existing records 'location' => '12'
}
Determines whether the given attributes hash is "empty". This isn‘t a literal emptiness - it‘s an attempt to discern whether the user intended it to be empty or not.
Attempts to create or find an instance of klass (which must be an ActiveRecord object) from the request parameters given. If params[:id] exists it will attempt to find an existing object otherwise it will build a new one.
Takes attributes (as from params[:record]) and applies them to the parent_record. Also looks for association attributes and attempts to instantiate them as associated objects.
This is a secure way to apply params to a record, because it‘s based on a loop over the columns set. The columns set will not yield unauthorized columns, and it will not yield unregistered columns.


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Join by phone
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This package provides classes for defining object properties to animate, via the PropertySetter class. KeyFrames encapsulates the definition of the times (using KeyTimes) and values (using KeyValues) to interpolate between, as well as the type of interpolation to use between these values. Interpolator is an interface that is implemented by DiscreteInterpolator, LinearInterpolator, and SplineInterpolator for built-in interpolations, but applications can define their own custom interpolation as well.


Inside |
Outside |
|
Power data |
||
Voltage |
{{ avg_voltage }} V | |
Current |
{{ avg_current }} A | |
Power |
{{ avg_power }} W | |
Consumption per minute |
{{ avg_consumption }} W/m | |
Consumption per minute |
{{ avg_consumption_kwh }} kW/h | |
Wind speed |
{{ wind_speed }} km/h |


Cacti - T. pachanoi
INTRODUCTION
I am very experienced in using various substances over the years. I have done about half a dozen RC's, cocaine, ecstasy, marijuana, DXM, salvia, acid, ketamine, shrooms-- I could go on but you get the picture. Not to mention all the pharmaceuticals on top of all that. This was all through the ages of 18-25, and I have been drug-free since then.
I didn't stop using drugs for any one reason as there were many. For one, I had to kick a pain killer habbit that really messed me up for years. Secondly, I enjoyed all my times but also was finished exploring myself for the time being. I wasn't anti-drug, but rather I was only going to try something new and only if the opportunity presented itself.
Last week I received 100 grams of powdered san pedro. The dosage suggestions I could come to was about 40 grams of the powdered stuff. Now, I had researched cacti quite a bit and knew that dosages varied greatly, so I decided to take a trial run of about 15 grams last week by drinking it with liquid. The taste was horrible, as expected, and reminded me of kratom. I did get it down without issue, and within 20 minutes I was starting to feel the effects. About 90 minutes after ingesting, I couldn't hold it down anymore and puked violently.
I did trip a bit though not too hard and it ended up being exactly what I had hoped for that taste test. I didn't get hardly any visuals at all and it was more just the energy and body load I got with time slowed to a crawl and psychedelic thoughts and analysis. I ended up coming down about 6 hours into it and was able to go to sleep without too much hassle.
At this point I was excited as I really liked the feeling it had gave me. I couldn't wait for my full-blown experience on Cinco de Mayo! I really wanted to dig deep and go way over the suggested dose to see where this cacti could really take me. Little did I know, I would soon have my wish.
PREPARATION
I didn't want to drink almost 5 times as much powder as my little 15gram experience because it was disgusting and made me puke it up. I wanted to hold it down this time for sure, and let it take me for a true ride. I had bought some 000 size capsules the night before and prepped 105 capsules with my remaining 85 grams of powder. I had 53 capsules set aside for my trip. Now then, that was just about 42.5 grams of the powder, not 70, so where did my other dose come from? I'll get to that in the report!
INGESTION
I woke up on Cinco de Mayo at around 7:30am. By 8am I was already in the kitchin downing the 53 capsules one by one and finished them in an impressive 8 minutes (I don't have issues taking pills. My stomach was empty as I hadn't eaten in over 12 hours so I expected to start tripping fast. Unfortunately, this was not the case.
Just over 2 hours later at around 10:15am, I started to get nervous as I didn't feel anything more than a bloated stomach from all of the gelcaps! I thought maybe the gelcaps somehow messed things up, and I recalled reading someone else online saying when they used gelcaps that they didn't trip that hard. I paniced and got 20-something more capsules out that I had packed from the night before, and emptied them into a glass and drank it by 10:45am. This was a whopping 2.5 hours after ingesting all my gelcaps, but my ride was just about to begin!
EXPERIENCE
T + 3 Hours
I was definitely tripping now, but my main focus was on my stomach and not allowing myself to throw up. In hindsight, this was a feeling that stuck with me the entire trip. Colors were very bright and vivid, time came to a hault, I was analyzing everything in my environment and in my mind, let also had a huge positive vibe going on very reminicent of ecstasy.
T + 4-13 Hours
Unfortunately during the trip I didn't take any notes, so I am going to have to summarize everything I recall here.
It seemed like everytime I had a bad thought come into my mind, I was able to move past it and cause a surge of positive vibes throughout my body. This is difficult to explain because it's difficult to put into words. There were many times throughout the experience that felt like my soul, or some point deep inside my chest area, was making itself known and it felt so great that all I could do was massage my chest and take in it's beautiful feelings. This was definitely NOT my stomach as this was coming from behind my ribs.
Everything had so much going on geometrically. I could see lines, angles, and grids all over anything and everything with texture- It was like I was in The Matrix or something.
During the whole 15 hour experience, I split my time between taking my dog outside in the back yard, watching some tv, and surfing the internet on my computer. Although I would have loved to have been at some nature park all day, I really don't want to risk getting into any trouble, so I had to make due that way.
I was having tracers like crazy in everything I was looking at. Birds flying outside seemed to move so fast yet so slow because I could see individual frames of them in different positions as they pass. On TV, everything would have so many residual tracers that I thought something was wrong. Everything and everyone on the TV looked so 2D, cartoony, and fake. It was like everyone on screen was a cutout board somehow. On the computer, I could spend many minutes just moving the mouse around and it reminded me of being in school back in the day and turning mouse trails on.
Speaking of the computer, YouTube had so many amazing videos. No matter what video I watched, I could find amazing things that I really liked about it. I would watch lots of fractal videos, music videos-- Everything! It was all so awesome and yet overwhelming at the same time. All the other video thumbnails on the pages would start playing even though they were clearly just screenshots!
When I would walk around my house, I felt really disconnected from my body, like I was on DXM. It was amazing because I felt like a giant who had his legs and body moving all by itself, so you would expect me to be clumsy, yet I was not. When I would look in the mirror, my whole body would seem to get really big, then really small. My pupils would grow bigger than my entire eyeball, then when I'd focus in they'd be a little smaller yet still huge. My expression would change from happy to angry to sad yet I wasn't moving a single muscle in my face! Warm colors would popup in the background then disappear, as if there were spotlights around me.
I would look at some pictures online and they would completely morph and shift into completely different pictures magically on their own. Their colors would change and change the whole feeling the picture would give off to me as well.
My small dog was loving all the rubdowns and attention I was giving her. It was so much fun to massage and pet her, and she was loving every minute of it.
The whole trip I was hungry and at one point I made a sandwich and was able to eat it without issue, though it felt really weird to be chewing and swallowing something, and by the time it was in my mouth I wasn't too interested in it anymore. Though I did eat it just to hopefully settle my stomach down.
At one point a very small thunderstorm came out of nowhere and it was beautiful. I really wanted to go out in the rain but my neighbors would have thought I was on something so I didn't risk it.
END OF THE NIGHT
About 8 hours in, I was really ready for the whole thing to be over with. I was still tripping VERY hard, but I felt like I had enough.  That wouldn't be the case, though, as the cacti seemed to push me even further into the trip until about Midnight. From Midnight until 2am I was still tripping hard, but was getting tired. The visuals weren't quite as amazing or magical as they had seemed earlier. I took a couple of sleeping pills, as I normally do, and laid down in bed. It was pretty difficult to get to sleep for the first hour because the CEV's were extremely fantastical, magical, and way too crazy to fall asleep to. They weren't negative or bad, but they were so amazing that they took so much of my focus.
Finally I was able to fall asleep but I did wake up just about every 90 minutes and look at the clock. I finally got up at exactly Noon this morning and headed out to get a huge meal- I was starving! That meal was great and now I'm typing this story.
CONCLUSIONS
I don't really know what to conclude. I love how I feel 100% normal and sober without any hangover whatsoever. Driving to get lunch today felt a little awkward but it wasn't bad.
I had an absolutely stunning experience, to say the least! The other psychedelics I have a lot of experience with are LSD and shrooms, as mentioned before. I always thought shrooms could be fun yet also dark at times, though still overall enjoyable. LSD I always thought the more I took, the more I'd enjoy it (I was never really into the experience too much) and the last time I took about 4 hits of paper and a couple liquid hits and it was so intense I never recalled anything from that night.
I would definitely say, without a doubt, that mescaline is way better than acid or shrooms to me. It has a very earthy feel to it, feels a lot less forced than LSD, and overall more pleasant. It really makes you think a lot about yourself, who you are, and what you can improve on as an individual. I had many of these thoughts yesterday myself. Everyone is different, and some will still love their acid, I suppose. But for me, mescaline is the way to go!
It's really mind-blowing to me that such a powerful substance is readily available. I just hope it stays that way!
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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[ aws . codepipeline ]
Returns the metadata, structure, stages, and actions of a pipeline. Can be used to return the entire structure of a pipeline in JSON format, which can then be modified and used to update the pipeline structure with update-pipeline .
See also: AWS API Documentation
get-pipeline
--name <value>
[--pipeline-version <value>]
[--cli-input-json <value>]
[--generate-cli-skeleton <value>]
The name of the pipeline for which you want to get information. Pipeline names must be unique under an Amazon Web Services (AWS) user account.
The version number of the pipeline. If you do not specify a version, defaults to the most current version.
--cli-input-json (string) Performs service operation based on the JSON string provided. The JSON string follows the format provided by --generate-cli-skeleton. If other arguments are provided on the command line, the CLI values will override the JSON-provided values.
--generate-cli-skeleton (string) Prints a JSON skeleton to standard output without sending an API request. If provided with no value or the value input, prints a sample input JSON that can be used as an argument for --cli-input-json. If provided with the value output, it validates the command inputs and returns a sample output JSON for that command.
To view the structure of a pipeline
This example returns the structure of a pipeline named MyFirstPipeline.
Command:
aws codepipeline get-pipeline --name MyFirstPipeline
Output:
{
"pipeline": {
"roleArn": "arn:aws:iam::111111111111:role/AWS-CodePipeline-Service",
"stages": [
{
"name": "Source",
"actions": [
{
"inputArtifacts": [],
"name": "Source",
"actionTypeId": {
"category": "Source",
"owner": "AWS",
"version": "1",
"provider": "S3"
},
"outputArtifacts": [
{
"name": "MyApp"
}
],
"configuration": {
"S3Bucket": "awscodepipeline-demo-bucket",
"S3ObjectKey": "aws-codepipeline-s3-aws-codedeploy_linux.zip"
},
"runOrder": 1
}
]
},
{
"name": "Beta",
"actions": [
{
"inputArtifacts": [
{
"name": "MyApp"
}
],
"name": "CodePipelineDemoFleet",
"actionTypeId": {
"category": "Deploy",
"owner": "AWS",
"version": "1",
"provider": "CodeDeploy"
},
"outputArtifacts": [],
"configuration": {
"ApplicationName": "CodePipelineDemoApplication",
"DeploymentGroupName": "CodePipelineDemoFleet"
},
"runOrder": 1
}
]
}
],
"artifactStore": {
"type": "S3",
"location": "codepipeline-us-east-1-11EXAMPLE11"
},
"name": "MyFirstPipeline",
"version": 1
}
}
pipeline -> (structure)
Represents the structure of actions and stages to be performed in the pipeline.
name -> (string)
The name of the action to be performed.roleArn -> (string)
The Amazon Resource Name (ARN) for AWS CodePipeline to use to either perform actions with no actionRoleArn, or to use to assume roles for actions with an actionRoleArn.artifactStore -> (structure)
The Amazon S3 location where artifacts are stored for the pipeline. If this Amazon S3 bucket is created manually, it must meet the requirements for AWS CodePipeline. For more information, see the Concepts .
type -> (string)
The type of the artifact store, such as S3.location -> (string)
The location for storing the artifacts for a pipeline, such as an S3 bucket or folder.encryptionKey -> (structure)
The encryption key used to encrypt the data in the artifact store, such as an AWS Key Management Service (AWS KMS) key. If this is undefined, the default key for Amazon S3 is used.
id -> (string)
The ID used to identify the key. For an AWS KMS key, this is the key ID or key ARN.type -> (string)
The type of encryption key, such as an AWS Key Management Service (AWS KMS) key. When creating or updating a pipeline, the value must be set to 'KMS'.stages -> (list)
The stage in which to perform the action.
(structure)
Represents information about a stage and its definition.
name -> (string)
The name of the stage.blockers -> (list)
Reserved for future use.
(structure)
Reserved for future use.
name -> (string)
Reserved for future use.type -> (string)
Reserved for future use.actions -> (list)
The actions included in a stage.
(structure)
Represents information about an action declaration.
name -> (string)
The action declaration's name.actionTypeId -> (structure)
The configuration information for the action type.
category -> (string)
A category defines what kind of action can be taken in the stage, and constrains the provider type for the action. Valid categories are limited to one of the values below.owner -> (string)
The creator of the action being called.provider -> (string)
The provider of the service being called by the action. Valid providers are determined by the action category. For example, an action in the Deploy category type might have a provider of AWS CodeDeploy, which would be specified as CodeDeploy.version -> (string)
A string that identifies the action type.runOrder -> (integer)
The order in which actions are run.configuration -> (map)
The action declaration's configuration.
key -> (string)
value -> (string)
outputArtifacts -> (list)
The name or ID of the result of the action declaration, such as a test or build artifact.
(structure)
Represents information about the output of an action.
name -> (string)
The name of the output of an artifact, such as "My App".
The input artifact of an action must exactly match the output artifact declared in a preceding action, but the input artifact does not have to be the next action in strict sequence from the action that provided the output artifact. Actions in parallel can declare different output artifacts, which are in turn consumed by different following actions.
Output artifact names must be unique within a pipeline.
inputArtifacts -> (list)
The name or ID of the artifact consumed by the action, such as a test or build artifact.
(structure)
Represents information about an artifact to be worked on, such as a test or build artifact.
name -> (string)
The name of the artifact to be worked on, for example, "My App".
The input artifact of an action must exactly match the output artifact declared in a preceding action, but the input artifact does not have to be the next action in strict sequence from the action that provided the output artifact. Actions in parallel can declare different output artifacts, which are in turn consumed by different following actions.
roleArn -> (string)
The ARN of the IAM service role that will perform the declared action. This is assumed through the roleArn for the pipeline.version -> (integer)
The version number of the pipeline. A new pipeline always has a version number of 1. This number is automatically incremented when a pipeline is updated.


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Barquilla de la Santa Maria
BULLETIN of
the Catholic Record Society
Diocese of
Columbus
----------------------------------------------------------------------------------------------------------------------------------------
Vol. XIV,
No 10 October,
1989
-----------------------------------------------------------------------------------------------------------------------------------------
WILLS CREEK OR CHAPEL HILL ST. JOSEPH
1854 1894
High on the ridge between the valleys of the South Fork and the Skin Creek
branch of Wills Creek in Seneca and Summit townships in northwestern Monroe
County, Ohio there settled a group of German Catholic farmers. The names of
families known to have been living there by 1850 include Burkhart, Weisent,
Spangler, December, and Nauer. Some of these were branches of the Catholic
families of St. John the Baptist Parish some six miles east at Miltonsburg, and
until the dedication of their own church they all were an
-177-
integral part of that parish. Through the years, they not only have shared
with the Catholics of Miltonsburg their heritage and their blood lines but also
have shared many of the same pastors, whether these resided at Miltonsburg, at
Wills Creek or Burkhart, at Woodsfield, or at Fulda.
Rev. John C. Kroemer was sent by Bishop Purcell to
Miltonsburg in 1847 as its first resident pastor, replacing the Irish pastors
who had resided at the older Beaver St. Dominic Parish. In 1848 he is said to
have offered Mass at the home of Michael Spangler in the Biz Hollow area of
Seneca Township. Three acres of land in Seneca Township were transferred by
George W. Weisend to Archbishop Purcell on December 31, 1852. The site is in
the southeast quarter of Section 9, at the intersection of township roads 63
and 61. Under the care of the saintly Father Kroemer the frame Church of St.
Joseph, measuring about 35 by 55 feet, was erected in the center of that site.
In ecclesiastical circles the church was designated Wills Creek but locally the
site was called Chapel Hill. The church was nearly completed, or at least well
under way, by the winter of 1853/54. (1) It was probably dedicated by
Archbishop Purcell when he visited the area in August of 1854. (2)
In April of 1856 Father Kroemer was
replaced as pastor of Miltonsburg by a Father Lorg, of whom the people spoke
"with raptures." It seems that Father Lorg was a physician not only
of souls but also of bodies. He made few demands on the people for
contributions to his support, for he supported himself by charging for medical
services. He had departed the area by February of 1857. (3)
In the spring of 1857 Rev. J. W. Brummer, who had been
pastor at Beaver in 1854 and 1855 but had then been transferred to Zanesville
St. Nicholas, visited Fulda, Archer's Settlement, Wills Creek St. Joseph, and
Miltonsburg so that the people could make their Easter duties. He announced to
them that they should get a priest of their own again, and that if the Archbishop
could not find another he would send Father Brummer himself. This plan was soon
put into action. Father Brummer took up residence at Fulda as soon as a tiny house
could be built there for him; his missions were Archer's, Wills Creek and
Miltonsburg.
Father Brummer and the people of Wills Creek St. Joseph
did not always see eye-to-eye, especially concerning finances and the parish
school. At one point he called them "good but close-fisted people,"
but another time he admitted that he had not insisted on receiving money from
them and that the people of Wills Creek and Miltonsburg together had pledged
$400, enough to support their own pastor. Another part of the problem was the
physical strength of the German people in comparison with the priest:
"they with their iron constitution cannot understand that a priest coming
exhausted from the mission need anything else but a piece of dried pork &
coffee & to ask it would scandalize them." (4)
The school at St. Joseph's was in
operation with its own teacher by the autumn of 1857 with over forty children
in attendance. (The school building was not yet completed, so the classes may
have met in the church.) The people, however, were somewhat indifferent to the
school and Father Brummer had to convince them "by exhortation &
through the confessional" to send their children. During the next school
year the teacher was shared with the smaller school at Miltonsburg. This teacher was not well liked (Father
Brummer
-178-
even
scolded him for "want of life & energy") and one of the trustees
of Wills Creek got him to quit in February, 1859. This upset the pastor, for
the children's preparations for First Communion were not yet completed. By
August of 1859 these troubles had subsided, the people themselves had engaged a
teacher for the new season, and they were finishing the log schoolhouse. The new
teacher, who remained but one school year, was Martin Draiss, formerly a seminarian
in Germany and at Latrobe, Pa., who was in minor orders. He was very
conscientious and hard-working with the children and they responded well to
him.Twenty-seven of his pupils received their First Communions at St. Joseph's
on May 6, 1860. (5)
Nor
did the people always see eye-to-eye with each other. Once a man died who had
paid nothing toward construction of the church, the school, or anything else,
nor had he rented a pew; neither had his sons done so, and so the people
refused to allow him to be buried on Chapel Hill. He had formerly paid a few
cents a Miltonsburg, and so was interred there, but not without hot protests
from his son. Such were the troubles the priest had to face on his missions,
but Father Brummer blamed himself as much as anyone, writing, "If I had
the prudence meekness & Sanctity of St. Fr. of Sales I know these things could
be prevented."
Father
Brummer was replaced as pastor of Fulda by Rev. Damian J. Klueber in the summer
of 1860. However, since the people of Wills Creek and Miltonsburg had pledged
enough to support their own pastor, Rev. W. Wilkins was sent to them. He took
up residence at Miltonsburg but remained less than one year and in April of
1861 these two churches became once again missions of Fulda. In July, 1865 Rev.
Nicholas Pilger became pastor at Miltonsburg, with Wills Creek as his mission.
His successors in that post were Rev. Edward Fladung (1872-1874), Rev. Joseph
Buss (1874-1877), Rev. J. Ritter (1877-1878), and Rev. P. J. Weisenberger
(1878-1880). During Father Pilger's tenure Woodsfield St. Sylvester was added
as a mission of Miltonsburg. Rev. J. B. Weisinger, who replaced Father
Weisenberger in 1881, took up residence in Woodsfield.
During
these years we are given only scattered glimpses of Wills Creek. Father
Pilger's report to Bishop Rosecrans in 1868 shows that the school was still in
operation and had 35 pupils; St. Joseph's then had 170 members. Father
Fladung's report for 1872 still exists but from it we learn only that St.
Joseph's was over $700 in debt. The Catholic Telegraph of Sept. 15, 1869
gives us one final view of St. Joseph's in this era:
Sept. 7, Tuesday morning, Solemn High Mass was celebrated in
St. Joseph's, Wills Creek, by Rev. N. A. Gallagher, Rev. Messrs. Hahne [Charles
Hahne of Dayton St. Emmanuel] and O'Brien [William O'Brien, newly appointed to
Beaver], being deacon and subdeacon. After Mass the Rt. Rev. Bishop [Rosecrans]
briefly addressed the confirmands who were drenched with rain, and confirmed
them, 30 in number.
St. Joseph's church has been greatly improved and is now really
a credit to the excellent congregation which always maintains a school although
it has no resident priest.
It is said that a little village consisting of a
store, a saloon, and a few houses stood near the church. The store, owned and
operated by John Haren, was later moved to Woodsfield.(6)
-179-
The only priest who ever resided on
Chapel Hill was Rev. Ignatius Sagerer (7), who was sent to Monroe County by
Bishop Watterson in November of 1883. He was a native of Gottmannsdorf, Diocese
of Passau, Germany, where he was born on July 1, 1846. He was ordained at
Regensburg on June 11, 1871 and, after serving the Church for only a few years
in Germany, he arrived in the United States on July 4, 1876. (8) He was, at
this time, a member of the Order of St. John of God. He settled in Lancaster,
Pennsylvania, in the Diocese of Harrisburg, where his work is described as
follows in the centennial history of that diocese:
On October
14, 1877, construction began in Lancaster of the first building of a very
ambitious plan for the care of the sick which had been envisioned by Father P. Ignatius
Sagerer, a priest of the Order of St. John of God. He planned a building complex
with a chapel and two wings, one for the care of men and the other for the care
of women. He proposed to bring Brothers of his order to America to care for the
men and he hoped to obtain Sisters to care for the warren.
The
completed building, the hospital for men, was dedicated in honor of St. Joseph and
the Brothers of Saint John of God began their work. The project did not prosper
and Father Sagerer soon became so heavily burdened with debt that he had to
withdraw his Brothers.
The
hospital was purchased by a group of Franciscan Sisters in 1883 and it grew
into today's St. Joseph Hospital. (9) Father Sagerer, meanwhile, apparently
sought and received permission to withdraw from his order and offered his
services to Bishop Watterson.
The
people of St. Joseph found Father Ignatius, as they came to call him, to be a
man of great humility, unassuming piety, and fidelity to his duties as pastor.
(10) St. Joseph Parish flourished under his leadership. He appears to have
lived at Miltonsburg for a short time until a rectory was built for him at
Chapel Hill, just northeast of the church. In 1887 he obtained from Adam
Weisend and Casper Biedenbach two small parcels of land to square off the back
of the cemetery and to align the property with the road in front of the rectory.
(11) By 1891 the parish had a Sodality of the Blessed Virgin (31 members), a
Confraternity of the Most Holy Rosary (73 members), and a St. Anna Society (39
members). Father Sagerer also took care of Miltonsburg St. John the Baptist as
a mission. In the parish and mission together there were 506 souls in ninety
families, slightly more than half of them members of St. Joseph Parish. (12)
Father
Sagerer also saw to the development of the parish school, although one does not
quite know what to make of the succession of religious orders who worked there.
About 1885 he obtained the services of two Sisters of St. Francis for the
school. In 1887 these were replaced by two Sisters of Divine Providence from
Pittsburgh, Pa. That fall there were 89 children enrolled in the school, the
highest number reported in the 19th century. (The parish had only four boys and
one girl attending the public school.) In 1889 the old log schoolhouse was
replaced by a small frame building which contained both school and convent. In
1891 three Sisters of St. Francis from St. Francis, Milwaukee, Wisconsin came
to teach at the school while four other sisters of their order were assigned to
replace lay teachers at Miltonsburg and Woodsfield. They stayed at Wills Creek
only one year and were in turn replaced by three Sisters of the Precious Blood
from Maria Stein, Ohio. In the fall of 1894 these sisters withdrew from Wills
Creek (although some remained at Miltonsburg) and
-180-
their place was taken again by two or three Sisters of St.
Francis from Milwaukee, whose superior in the tiny convent was Sr. M. Ottilie.
These were the last sisters to teach in the school on Chapel Hill. (13)
In
1893 it was decided to move the parish facilities south just over a mile into
the valley of the South Fork of Wills Creek, in Summit Township. There were
about as many Catholic farm families in the valley as there were on the hills
near the Chapel Hill site. A narrow gauge railroad had been built along the
valley by the Ohio River and Western Railroad which connected with Caldwell and
Zanesville to the west and with Woodsfield and the Ohio River to the east. The
new site was a stop on this railroad known as Burkhart Station, where there
were a general store, a post office, and an express office. Interestingly, Rev.
Louis Grimmer of Harrietsville, some fifteen miles away in Noble County, had
reported in 1872 that he visited four families at Burghart Station, Monroe
County once each six weeks, while at the same time Chapel Hill was a mission of
Father Fladung of Miltonsburg. Such was the relative ease of railroad travel in
those days of horses and carriages that Father Grimmer was able to serve this
nucleus a the new parish site more easily than Father Fladung was.
Property was obtained from the Burkharts in 1893 and that
year the cornerstone of the new brick Church of St. Joseph was laid. The church
was completed in 1894 and the old frame church on the hill was razed. In 1895, the rectory and the convent were both
carefully dismantled, moved to the new site, and re-erected, the rectory to the
north and the convent to the south of the new church.
Meanwhile, Miltonsburg remained a mission under Father
Sagerer's care. Construction of the present stone church of St. John the
Baptist to replace the original brick structure was begun during Father
Sagerer's pastorate. He was relieved of this mission early in 1902, however,
and the church was completed under the new pastor, Rev. Tibertius Goebel.
Father
Sagerer remained as pastor of St. Joseph Parish until the end of 1904, completing
twenty-one years of service there. In 1904 he became painfully ill and went to
Mt. Carmel Hospital in Columbus. His illness was diagnosed as cancer of the
stomach. He was moved to St. Anthony's Hospital, where he spent his remaining
months. He resigned his pastorate and his replacement, Rev. Joseph Schmidt,
arrived at Burkhart on Christmas Day, 1904. After bearing his intense suffering
"with the fortitude and patience of a martyr," Father Sagerer passed
away on Holy Saturday, April 22, 1905, "perfectly resigned to the will of
God." (14) It had been his wish to die during Holy Week, and as, on Good
Friday, he realized the end was near, he rejoiced that his wish would be
granted.
Bishop
Hartley, Father Leyden, and a Mr. Meyers of Monroe County, a close friend of
Father Sagerer, accompanied the remains to Burkhart on the railroads. The Ohio
and Western allowed the train to stop at the rear of the church, where the
casket was met by Father Schmidt and a delegation of parishioners. The church
was thronged for the funeral by both Catholics and non-Catholics; over one
hundred had to stand outside. At Father Sagerer's request, his grave was dug
between the church and the convent, close to the entrance, where the people
could see it and offer up prayers for him as they passed.
-181-
Father Sagerer had no close
relatives living and so he left all that he owned to the Church and to
charitable organizations. He left some money to
the parish to pay for the altars of the new church and some to the Society for the
Propagation of the Faith. He also had a number of handsome paintings, of which
he left some to St. Anthony's Hospital and some to the Sisters of the Good
Shepherd. A collection of choice relics, all authenticated, together with a
piece of the True Cross in a beautiful reliquary, he presented to Bishop
Hartley. (15)
In
1906 a new cemetery for St. Joseph Parish was laid out south of the old
convent, the first interment there being that of Josephine Nauer who died that
November 22. Father Sagerer's grave was moved to the center of this new cemetery
and is marked by a large crucifix. The old parish cemetery, which is still
carefully maintained by the faithful people of St. Joseph's, is all that now
remains at Chapel Hill.
---
NOTES
1.
Brummer to Purcell, Jan. 21, 1854,
2.
Brummer to Purcell, Aug. 1, 1854.
3.
same to same, Feb., 2, 1857.
4.
same to same, Apr. 2, 1859; Oct. 4, 1859; and Nov. 3, 1858.
5.
same to same, Nov. 15, 1859 and May 8, 1860.
(The above letters courtesy of the Notre
Dame University Archives.)
6.
Mrs. Helen Ludwig to H. E. Mattingly, Mar. 21, 1983.
7.
The spelling of Sagerer would indicate that the first vowel should be a long German "a", rhyming with
"Pa" or "Ma". However, many of the people of Burkhart pronounce
it "say" with a long English "a." This pronunciation
is supported by the listings in the annual Catholic Directory while Father
Sagerer was in Pennsylvania, where his name is given as "Saegerer."
8.
A_ Directory of German Roman Catholic Clergy in the United States;
Cincinnati: 1892. The Ohio portion was translated and published in The Palatine
Immigrant, Vol. XII No. 2
(1987), pp. 72-86.
9.
Diocese of Harrisburg: 1868-1968 (the official diocesan centennial
history), page 187. Monsignor Mattingly in his article "Priests in
Southeastern Ohio in the 19th Century" (see the Bulletin, Vol.
IV, page 314), listed Father Sagerer at St. Nicholas, Coshocton Co., in 1879. This
listing is not in the directory as printed. A few years after 1879, probably
about 1883 or 1884, Bishop Watterson or some other offical of the diocese
marked up the then out-of-date 1879 directory and pencilled in Father Sagerer's
name above the Wills Creek St. Joseph's line, on the line with Wills Creek St.
Nicholas. Monsignor Mattingly apparently thought that this was current for 1879
when compiling his list.
10.
Catholic Columbian, Apr. 29, 1905.
11.
Plat book, Archives, Diocese of Columbus.
12.
Report to Bishop Watterson, year ended July 1, 1891; Archives, Diocese of
Columbus.
13.
Based largely on the annual Catholic Directory. Also, Father Sagerer's
report to Bishop Watterson for the year ending Aug. 1, 1887; and Hartley's
history, page 558. The first sisters may have been from the Franciscan
community at Rochester, Minn., as were those at Woodsfield a few years later.
14.
Hartley's history has Nov. 22,1905;
the parish record says April 2, 1905; the correct date is supplied by the Catholic
Columbian.
15. Catholic
Columbian, April 29, 1905.
---
-182-
Chapel Hill Cemetery, Seneca Township,
Monroe County
These are the oldest tombstones that are still legible in the Chapel Hill
Cemetery. Generally, those dated earlier than about 1880 were copied.
Karl H., son of ----
Dominic
Becker, died Apr. 4, 1895, aged 81 years, 7 months, and 25 days.
Anna M.,
wife of D. Becker, died Mar. 20, 1871, aged 62 years, 8 months, and 20 days.
Antoneus
son of C. & T. Biedenbach, died Mar. 19, 1879, aged 7 months and 27 days.
Katharina,
Tochter von Franz and Anna Biedenbach, gestorben den 6 Nov. 1880, Alter 1 Jahre 3 Monaten 27 Tage.
Hier ruht
Caspar Biedenbach, geboren 20 Mai 1820 zu Kirchhassel Kreiz
Lunefelt, Provenz Hessen Nassau,
Pruessen, gestorben am 2 Marz, 1897.
Franz, son
of ------- Biedenbach, .... 1880
Sacred to
the memory of Anna, daughter of John H. and Mary Jefferis, wife of Francis
Biedenbach, died Nov. 6, 1880, aged 22 years and 10 days.
Elisabeth,
Tochter von ---- Birkenbach [Biedenbach ?], born Sept. 13, 1866, died Feb. 9, 1867, age 4 months 26 days (in
German)
Barbara
Keller, Ehefrau von Joseph Birkenbach, geb. 13 Feb., 1828, gest. 21 Sept. 1862, Alter 34 Jahren, 7
Monaten, and 6 [or 16] Tage.
Margaret
Brister, died Feb. 26, 1881, aged 76 years, 1 month, and 18 days.
Joseph, son
of John and Barbara Burkhart, born June 3, 1861, died March --, 1862.
George
Burkhart, died Mar. --, 1857 (?)
Thomas
Burkhart, born 8 June, 1813, died 12 Aug. 1879, aged 66 years, 2
months, and 4 days.
Marie
Magdalena Burkhart, 1815 1876
Philip
Burkhart, 11 May, 1813 - 25 Aug., 1879, age 66 years, 3 months, 3 days.
Elisabetha Burkhart, geb. 10 Dec. 1791, gest. 10 Nov. 1875, age 80 years 11
mos.
Katharine,
daughter of F.J. & M. Burkhart, born and died 6 July, 1869, age two
hours (minutes?)
Anna M.,
daughter of J. & K. Burkhart, died Jan. 21, 1871, age 4 years, 4
months, and
12 days.
Thos.
Philip Sohn von S. and C. Burkhart, geb. Aug. 21, 1873, gest. Sept. 7,
1873.
Elizabeth,
wife of Martin Burkhart, died Mar. 12, 1862, in the 71st (?) year
of her age.
Martha M.,
Tochter von J. Joseph and M. Burkhart, died Aug. 28, 1865, alter 1
year, 19 months [!] and 2 days.
Barbara
Birckhard, Ehefrau von Johann Nieobido (??) ---- [broken]
Anna Mary,
wife of Valentine Burkhard, [The remainder is now illegible but an
old reading says: died Mar. 17, 1855,
age 58 years].
[Wendelinus
Burkhard, died Jan. 4, ] 1879, aged 79 years.
Martin
Burkhart, died June 18, 1873, aged 86 years, 6 mos., and 13 days.
Katharine,
daughter of Joseph and ------ Burkhart, born March 7, 1877 (?),
died May --, 1884 (?)
Anna
December, died March 27, 1885, aged 85 years.
John
December, died.March 25, 1895, aged 85 years.
Balthaser,
son of Peter and Catherine December, born in Baiern, gest. Mar. 24,
1857.
Peter
Fournier, born Feb. 20, 1822, died Feb. 1, 1863 (?)
-183-
John Jantz, July 1, 1796 - May 7, 1876
Christina Jantz, Sept. 30, 1813 - Mar. 24, 1869
George Nauer, died Apr. 10, 1890, aged 73 years 1 month.
Joseph, son of G. & J. Nauer, died Oct. 27, 1886, aged 23 years, 5
months, and 15 days.
Anna Maria Nauer, [illegible, but an earlier reading has:
died 1877, age 57
years 2
days].
Philip, son of P. and A. M. Schenk, born Dec. 6, 1863,
died Feb. 19, 1865, age
1 year, 2
months, 13 days.
Johann Scherman, geboren 22 April 1822, gest. den 1 March
1885, Alter 60
Jahren, 10
Monaten, and 15 Tage.
Simon E. Spangler, born June 11, 1843, died Apr. 6, 1864,
rest in peace.
John A. Ulrich, died Aug. 23, 1856, in the 79th year of
his age.
Franz Ulrich, geb. in Weingarten, Land
----, Koenigreich Baiern, 15 July, 1809
(?), died 9
March 1875, age 66 Jahren, 7 Monaten, and 24 Tage.
In memory of John L. Weisent, who was born May 7, 1784,
died Mar. 17, 1849.
Michael Weisent, died Apr. 11, 1890, aged 70 years.
Barbara Weisent, died Sept. 20, 1909, aged 90 years.
John, son of M. & B. Weisent, died Apr. 4, 1855, aged
5 years, 5 months, and 4
days.
Katharina, Ehefrau von -------- Weisent, geb. in
Bhemhangen (?) --- ---- am 6
Feb. 1813
(?), gest.
am 23 Jan. (?), 1858, Alter 74 Jahre, 11 Monate, und
24 Tage.
Georg M. Weisent, gestorben Feb. 25, 1884, alter 60
Jahren, 3 Monaten, 13.
Tage.
Catherine Zwick, daughter of Mick Zwick and Catherine
Burkhart, born Sept. 15,
1853, died
Nov. 1, 1857.
Michael, son of Michael and Katharina Zwick, died Sept.
12, 1860, age 2 hours
[in German]
-------
ACQUISITIONS FOR THE SOCIETY'S LIBRARY
We have purchased a series of books recently published
by Barbara Brady
O'Keefe which reprint from the Records of the
American Catholic Historical
Society and other sources the following sacramental
and death registers from
Pennsylvania:
-Greensburg,
Pa. baptisms 1799-1818; marriages 1800-1818; burials 1804-1819.
-Lancaster,
Pa. St. Mary registers, 1787-1804.
-Philadelphia
St. Joseph: baptisms 1758-1781 and 1791-1810; marriages 1758
1786 and 1799-1808 and 1826-1836.
-Philadelphia
St. Augustine baptisms 1801-1839 and marriages 1801-1838.
-Philadelphia
St. Mary cemetery tombstone inscriptions.
-Philadelphia
Holy Trinity baptisms 1803-1806 and marriages 1796-1803.
-Donegal
or Buffalo Creek baptisms 1803, 1805, and 1812 and burials..
-Loretto,
Pa. various records.


#include <tracker.hpp>
|
| | tracker (matcher &matcher_) |
| | tracker constructor More...
|
| |
| void | depthEstimation (const std::vector< cv::KeyPoint > &kpLeft, const std::vector< cv::KeyPoint > &kpRight, std::vector< double > &depth) |
| | This function estimates the depth by triangulation. More...
|
| |
| void | gen3DPoint (const stereoFrame &lastframe_, const stereoFrame ¤tFrame_) |
| | This function reprojects 2d points to 3d in camera frame. More...
|
| |
| void | findRotation (const std::vector< cv::KeyPoint > &kpLast, const std::vector< cv::KeyPoint > &kpCurrent, const cv::Mat &P) |
| | This function find rotation and translation direction by essential mat decomposition. More...
|
| |
| void | findTranslation () |
| | This function find translation by least square. More...
|
| |
| void | runTracking (stereoFrame ¤tFrame_, stereoFrame &lastFrame_) |
| |
| cv::Point3d | MatPtMult (const cv::Mat M, const cv::Point3d &p) |
| | This func multiplies a cv::Mat type 3*3 matrix and a 3D point in Point3_ structure. More...
|
| |
| tracker::tracker |
( |
matcher & |
matcher_ | ) |
|
tracker constructor
/details matcher_ is initialized in this constructor
| void tracker::depthEstimation |
( |
const std::vector< cv::KeyPoint > & |
kpLeft, |
|
|
const std::vector< cv::KeyPoint > & |
kpRight, |
|
|
std::vector< double > & |
depth |
|
) |
| |
This function estimates the depth by triangulation.
- Parameters
-
| [in] | kpleft | std::vector<cv::KeyPoint> type keypoints in left camera img |
| [in] | kpRight | keypoints in right camera img |
| [out] | depth | std::vector<double> type depth vector of corresponding keypoints |
this fun is reserved for testing.
| void tracker::findRotation |
( |
const std::vector< cv::KeyPoint > & |
kpLast, |
|
|
const std::vector< cv::KeyPoint > & |
kpCurrent, |
|
|
const cv::Mat & |
P |
|
) |
| |
This function find rotation and translation direction by essential mat decomposition.
- Parameters
-
| [in] | kpLast | keypoints in last frame |
| [in] | kpCurrent | keypoints in current frame |
| [in] | P | projection matrix |
| void tracker::findTranslation |
( |
| ) |
|
This function find translation by least square.
This function reprojects 2d points to 3d in camera frame.
- Parameters
-
| [in] | lastframe_ | an instance of stereo |
| [in] | currentFrame_ | keypoints in right camera img |
| Point3d tracker::MatPtMult |
( |
const cv::Mat |
M, |
|
|
const cv::Point3d & |
p |
|
) |
| |
This func multiplies a cv::Mat type 3*3 matrix and a 3D point in Point3_ structure.
- Parameters
-
| [in] | M | The rotation matrix |
| [in] | p | Point to be rotated |
| cv::Point3d tracker::bestTranslation |
| std::vector<cv::DMatch> tracker::goodMatchesLastCurrent |
| std::vector<cv::Point3d> tracker::kp3dCurrent |
| std::vector<cv::Point3d> tracker::kp3dLast |
| std::vector<cv::Point3d> tracker::kpTranslation |
| cv::Mat tracker::translationDirection |
The documentation for this class was generated from the following files:
- /home/zhangtianyi/visual-odometry-custom/include/tracker.hpp
- /home/zhangtianyi/visual-odometry-custom/src/tracker.cpp


Yeppoon is the principal town along this part of the coast. It is the gateway to the 27 magnificent Keppel Islands.
Rosslyn Bay lies about 2 miles south of the town.
Position 23°08′S, 150°45′E (entrance to Ross Creek, Yeppoon).
This is not a Port of Entry.
The marina is about 2nm south of the the centre of Yeppoon.
Note that there are four "no anchoring" areas around the Keppel Islands to minimise anchor damage to corals. The no anchoring areas are located at:-
Barren Island – north western side;
Great Keppel Island - Big Peninsula;
Great Keppel Island – Monkey Beach Reef, allowing access to the beach; and,
Humpy Island – west of the campground.
The areas are designated by reef protection markers - white pyramid shaped buoys (joined by an imaginary line) with blue marine park labels. Anchoring is not allowed inshore of the line of buoys. Reef protection markers must not be used to moor vessels, but may be used as a descent line for diving.
Last updated January 2014.


#include <tinyxml.h>
Inheritance diagram for TiXmlNode:
Public Types | |
| enum | NodeType |
| The types of XML nodes supported by TinyXml. More... | |
Public Member Functions | |
| const char * | Value () const |
| The meaning of 'value' changes for the specific type of TiXmlNode. | |
| const std::string & | ValueStr () const |
| Return Value() as a std::string. | |
| void | SetValue (const char *_value) |
| Changes the value of the node. | |
| void | SetValue (const std::string &_value) |
| STL std::string form. | |
| void | Clear () |
| Delete all the children of this node. Does not affect 'this'. | |
| TiXmlNode * | Parent () |
| One step up the DOM. | |
| const TiXmlNode * | FirstChild () const |
| The first child of this node. Will be null if there are no children. | |
| const TiXmlNode * | FirstChild (const char *value) const |
| The first child of this node with the matching 'value'. Will be null if none found. | |
| TiXmlNode * | FirstChild (const char *value) |
| The first child of this node with the matching 'value'. Will be null if none found. | |
| TiXmlNode * | LastChild () |
| The last child of this node. Will be null if there are no children. | |
| TiXmlNode * | LastChild (const char *value) |
| The last child of this node matching 'value'. Will be null if there are no children. | |
| const TiXmlNode * | FirstChild (const std::string &_value) const |
| STL std::string form. | |
| TiXmlNode * | FirstChild (const std::string &_value) |
| STL std::string form. | |
| const TiXmlNode * | LastChild (const std::string &_value) const |
| STL std::string form. | |
| TiXmlNode * | LastChild (const std::string &_value) |
| STL std::string form. | |
| const TiXmlNode * | IterateChildren (const TiXmlNode *previous) const |
| An alternate way to walk the children of a node. | |
| const TiXmlNode * | IterateChildren (const char *value, const TiXmlNode *previous) const |
| This flavor of IterateChildren searches for children with a particular 'value'. | |
| const TiXmlNode * | IterateChildren (const std::string &_value, const TiXmlNode *previous) const |
| STL std::string form. | |
| TiXmlNode * | IterateChildren (const std::string &_value, TiXmlNode *previous) |
| STL std::string form. | |
| TiXmlNode * | InsertEndChild (const TiXmlNode &addThis) |
| Add a new node related to this. | |
| TiXmlNode * | LinkEndChild (TiXmlNode *addThis) |
| Add a new node related to this. | |
| TiXmlNode * | InsertBeforeChild (TiXmlNode *beforeThis, const TiXmlNode &addThis) |
| Add a new node related to this. | |
| TiXmlNode * | InsertAfterChild (TiXmlNode *afterThis, const TiXmlNode &addThis) |
| Add a new node related to this. | |
| TiXmlNode * | ReplaceChild (TiXmlNode *replaceThis, const TiXmlNode &withThis) |
| Replace a child of this node. | |
| bool | RemoveChild (TiXmlNode *removeThis) |
| Delete a child of this node. | |
| const TiXmlNode * | PreviousSibling () const |
| Navigate to a sibling node. | |
| const TiXmlNode * | PreviousSibling (const char *) const |
| Navigate to a sibling node. | |
| const TiXmlNode * | PreviousSibling (const std::string &_value) const |
| STL std::string form. | |
| TiXmlNode * | PreviousSibling (const std::string &_value) |
| STL std::string form. | |
| const TiXmlNode * | NextSibling (const std::string &_value) const |
| STL std::string form. | |
| TiXmlNode * | NextSibling (const std::string &_value) |
| STL std::string form. | |
| const TiXmlNode * | NextSibling () const |
| Navigate to a sibling node. | |
| const TiXmlNode * | NextSibling (const char *) const |
| Navigate to a sibling node with the given 'value'. | |
| const TiXmlElement * | NextSiblingElement () const |
| Convenience function to get through elements. | |
| const TiXmlElement * | NextSiblingElement (const char *) const |
| Convenience function to get through elements. | |
| const TiXmlElement * | NextSiblingElement (const std::string &_value) const |
| STL std::string form. | |
| TiXmlElement * | NextSiblingElement (const std::string &_value) |
| STL std::string form. | |
| const TiXmlElement * | FirstChildElement () const |
| Convenience function to get through elements. | |
| const TiXmlElement * | FirstChildElement (const char *value) const |
| Convenience function to get through elements. | |
| const TiXmlElement * | FirstChildElement (const std::string &_value) const |
| STL std::string form. | |
| TiXmlElement * | FirstChildElement (const std::string &_value) |
| STL std::string form. | |
| int | Type () const |
| Query the type (as an enumerated value, above) of this node. | |
| const TiXmlDocument * | GetDocument () const |
| Return a pointer to the Document this node lives in. | |
| bool | NoChildren () const |
| Returns true if this node has no children. | |
| virtual const TiXmlDocument * | ToDocument () const |
| Cast to a more defined type. Will return null if not of the requested type. | |
| virtual const TiXmlElement * | ToElement () const |
| Cast to a more defined type. Will return null if not of the requested type. | |
| virtual const TiXmlComment * | ToComment () const |
| Cast to a more defined type. Will return null if not of the requested type. | |
| virtual const TiXmlUnknown * | ToUnknown () const |
| Cast to a more defined type. Will return null if not of the requested type. | |
| virtual const TiXmlText * | ToText () const |
| Cast to a more defined type. Will return null if not of the requested type. | |
| virtual const TiXmlDeclaration * | ToDeclaration () const |
| Cast to a more defined type. Will return null if not of the requested type. | |
| virtual TiXmlDocument * | ToDocument () |
| Cast to a more defined type. Will return null if not of the requested type. | |
| virtual TiXmlElement * | ToElement () |
| Cast to a more defined type. Will return null if not of the requested type. | |
| virtual TiXmlComment * | ToComment () |
| Cast to a more defined type. Will return null if not of the requested type. | |
| virtual TiXmlUnknown * | ToUnknown () |
| Cast to a more defined type. Will return null if not of the requested type. | |
| virtual TiXmlText * | ToText () |
| Cast to a more defined type. Will return null if not of the requested type. | |
| virtual TiXmlDeclaration * | ToDeclaration () |
| Cast to a more defined type. Will return null if not of the requested type. | |
| virtual TiXmlNode * | Clone () const =0 |
| Create an exact duplicate of this node and return it. | |
Friends | |
| class | TiXmlDocument |
| class | TiXmlElement |
| std::istream & | operator>> (std::istream &in, TiXmlNode &base) |
| An input stream operator, for every class. | |
| std::ostream & | operator<< (std::ostream &out, const TiXmlNode &base) |
| An output stream operator, for every class. | |
| std::string & | operator<< (std::string &out, const TiXmlNode &base) |
| Appends the XML node or attribute to a std::string. |
(Except for attributes). Nodes have siblings, a parent, and children. A node can be in a document, or stand on its own. The type of a TiXmlNode can be queried, and it can be cast to its more defined type.
|
|
The types of XML nodes supported by TinyXml. (All the unsupported types are picked up by UNKNOWN.) |
|
|
Create an exact duplicate of this node and return it. The memory must be deleted by the caller. Implemented in TiXmlElement, TiXmlComment, TiXmlText, TiXmlDeclaration, TiXmlUnknown, and TiXmlDocument. |
|
|
Return a pointer to the Document this node lives in. Returns null if not in a document. |
|
|
Add a new node related to this. Adds a child after the specified child. Returns a pointer to the new object or NULL if an error occured. |
|
|
Add a new node related to this. Adds a child before the specified child. Returns a pointer to the new object or NULL if an error occured. |
|
|
Add a new node related to this. Adds a child past the LastChild. Returns a pointer to the new object or NULL if an error occured. |
|
|
An alternate way to walk the children of a node. One way to iterate over nodes is: for( child = parent->FirstChild(); child; child = child->NextSibling() ) IterateChildren does the same thing with the syntax: child = 0; while( child = parent->IterateChildren( child ) ) IterateChildren takes the previous child as input and finds the next one. If the previous child is null, it returns the first. IterateChildren will return null when done. |
|
|
Add a new node related to this. Adds a child past the LastChild. NOTE: the node to be added is passed by pointer, and will be henceforth owned (and deleted) by tinyXml. This method is efficient and avoids an extra copy, but should be used with care as it uses a different memory model than the other insert functions.
|
|
|
Convenience function to get through elements. Calls NextSibling and ToElement. Will skip all non-Element nodes. Returns 0 if there is not another element. |
|
|
Convenience function to get through elements. Calls NextSibling and ToElement. Will skip all non-Element nodes. Returns 0 if there is not another element. |
|
|
Replace a child of this node. Returns a pointer to the new object or NULL if an error occured. |
|
|
Changes the value of the node. Defined as: Document: filename of the xml file Element: name of the element Comment: the comment text Unknown: the tag contents Text: the text string |
|
|
Query the type (as an enumerated value, above) of this node. The possible types are: DOCUMENT, ELEMENT, COMMENT, UNKNOWN, TEXT, and DECLARATION. |
|
|
The meaning of 'value' changes for the specific type of TiXmlNode.
Document: filename of the xml file Element: name of the element Comment: the comment text Unknown: the tag contents Text: the text string The subclasses will wrap this function. |
|
|
Return Value() as a std::string. If you only use STL, this is more efficient than calling Value(). Only available in STL mode. |
|
|
An output stream operator, for every class. Note that this outputs without any newlines or formatting, as opposed to Print(), which includes tabs and new lines. The operator<< and operator>> are not completely symmetric. Writing a node to a stream is very well defined. You'll get a nice stream of output, without any extra whitespace or newlines. But reading is not as well defined. (As it always is.) If you create a TiXmlElement (for example) and read that from an input stream, the text needs to define an element or junk will result. This is true of all input streams, but it's worth keeping in mind. A TiXmlDocument will read nodes until it reads a root element, and all the children of that root element. |
|
|
An input stream operator, for every class. Tolerant of newlines and formatting, but doesn't expect them. |


We enhance services!
- exploit dot-com interfaces
- cultivate frictionless e-business
- reinvent granular e-services
- strategize user-centric vortals
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- optimize out-of-the-box mindshare
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Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut tempus lectus magna. Lorem ipsum dolor sit amet, consectetur adipiscing elit.
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|
µEvLoop
A fast and lightweight event loop aimed at embedded platforms in C99.
|
Defines closures, objects that bind functions to creating and calling contexts. More...
Go to the source code of this file.
Data Structures | |
| struct | uel_closure_t |
| Defines a closure, a tuple <function, context, destructor> More... | |
Typedefs | |
| typedef void *(* | uel_closure_function_t) (void *context, void *params) |
| Defines a closure function, suitable for being bound at a closure. More... | |
Functions | |
| uel_closure_t | uel_closure_create (uel_closure_function_t function, void *context) |
| Creates a new closure. More... | |
| void * | uel_closure_invoke (uel_closure_t *closure, void *params) |
| Invokes a closure and returns whatever value it returned. More... | |
| uel_closure_t | uel_nop () |
| Returns a closure that does nothing. More... | |
Defines closures, objects that bind functions to creating and calling contexts.
| typedef void*(* uel_closure_function_t) (void *context, void *params) |
Defines a closure function, suitable for being bound at a closure.
Must take two pointers ar arguments, one for the context and one for closure parameters. Must return a void pointer.
| uel_closure_t uel_closure_create | ( | uel_closure_function_t | function, |
| void * | context | ||
| ) |
Creates a new closure.
Binds the tuple <function, context> and populates a new closure object with it. The object is returned by value.
| function | The function to be run on closure invokation. |
| context | The creation context of the closure. |
| void* uel_closure_invoke | ( | uel_closure_t * | closure, |
| void * | params | ||
| ) |
Invokes a closure and returns whatever value it returned.
| closure | The closure reference to be invoked. |
| params | The parameters to be passed along during closure invokation. |
| uel_closure_t uel_nop | ( | ) |
Returns a closure that does nothing.
The returned closure can be passed as parameters to functions that take closures as callbacks when the caller does not need to callback.


View Source on GitHub
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The small round island of Isla de la Juuventud (Isle of Pines) lies off the western end of Cuba's southern coast.
The small resort hotel and marina is on the west side, in a bay formed by the Cayos los Indios chain of reefs and islands stretching away to the NW.
Position 21° 50'N, 83° 08'W. (entrance to the bay)
There is a small marina and a coast guard station here, but it is not an official port of entry.
The small marina here caters mainly for visitors wishing to enjoy the diving and snorkelling available in this area.
Last updated December 2014.


Happy Trails Travel Agency
Destinations
MOMBASA
Wonderful weather, spectacular beaches!
KISUMU
MAASAI MARA
MALINDI
White sandy beaches, beautiful sunrises!
TURKANA


Select the key signature on the right using the
drop-down boxes provided;
Select the chord number and inversion of each chord
using the drop-down boxes below the staff;
Then move the notes so that they reflect the chord you want
to enter: Click a note, then click where you would like it to go.
You can raise the 7th of a minor key by clicking
the "Raise Semitone" button, then clicking the note you wish to raise.
NOTE: If you want to change the key signature after this, you should click
"Undo Raise Semitone", then raise the semitone again.
Click the "Check!" button. The cadence will
sound and your errors in 4-part harmonic progression will be displayed in
the text area below.


We are the Tea Love Society (TLS). We love tea like no one. If you are the sam, become the member of our society and get yourself the best tea party ever. All tea parties are held in accordance with the traditions of Chinese tea ceremonies.
You can learn some things about tea in the video below. True tea lovers should know all about tea.
If you really love tea consider to order a tea party that held in accordance with the traditions of Chinese tea ceremonies and in traditional Chinese costumes.Your order will support the development of our society.


The United States is on track to reach 200M vaccinations by May 1st, 2021. However, in order to reach herd immunity, we need to ensure that everyone signs up to get vaccinated when it’s their turn.
This Community Jam is open to everyone who wants to facilitate immunity in their communities.
Awarded Commercialisation Australia grant to support Booster-Mag commercialisation.
ABA100 Winner for Best Technology Product in The Australian Business Awards 2015.
Calix wins the Water Category Awards and is nominated Australia’s best emerging tech company of the year at the annual Australian Technologies Competition.
LEILAC consortium secures €12 Million EU Funding to demonstrate technology to reduce carbon emissions from cement and lime industries.
Create design solutions to address bottlenecks in vaccine registration.


PHYSLETS were developed at Davidson University by Wolfgang Christian. They are java applets that can be called from some javascript code in a web page.
Unfortunately, these applets on
http://vnatsci.ltu.edu/s_schneider/physlets/main/ only run on machines that have JAVA 8 or previous versions installed. In addition to this, most modern browsers do not support JAVA applets due to security vulnerabilities.
Therefore, we at PHYSLETS REVAMPED have recreated these simulations by utilizing modern HTML5 libraries, allowing them to be run on any device without any external software requirements.


Enable Video, or Enable ScreenShare
Record Session
Call state:
Media:
Conversation ID:
Call ID:
Active Speaker:
Note that the SDK only supports up to 3 participant videos. And if one participant shares the screen, then in addition to the screenshare only one participant video is streamed, and this video is from the active speaker.


Client address - http://angularyii2.github.io
Server address - https://yii2-rest-githubjeka.c9.io/rest/web/ (404 is OK, see URL-rules Yii2)/
Guide Rest Yii2
and issue


{% extends "pressgang/core/base.html" %} {% load i18n %} {% load pressgang_core %} {% block body_classes %}admin-info{% endblock %} {% block title %}Admin Account Login Info Required{% endblock %} {% block page_title %}Admin Account Login Info Required{% endblock %} {% block body %}
{% blocktrans with blog.title_as_link as blog %} The blog {{ blog }} does not have a username or password for an administrator account. In order to interact with this blog, you must provide that information below. {% endblocktrans %}
{% endblock %}


You are free to express their opinion, but please respect the local laws to ensure that does not involve insulting remarks to others
{{newsEntry.content | limitToNum:100}}


Introduction
- Tasks :
- Pose Estimation : The task aims to detect the locations of human anatomical keypoints (e.g., elbow, wrist, etc)
1. Deep Pose (2014)
-
Introduction : The first major paper that applied Deep Learning to Human pose estimation
-
Method :
-
DNN-based regression : Alexnet backend (7 layers) with an extra final layer that outputs 2k joint coordinates (where $k$ is the number of joints).
-
Cascade of pose regressors : refinement of the predictions using cascaded regressors.
-
Since the ground truth pose vector is defined in absolute image coordinates and poses vary in size from image to image, authors normalize their training set (coordinates)
-
linear regression on top of the last network layer to predict a pose vector by minimizing $L_2$ distance between the prediction and the true pose vector.
-
2. Efficient Object Localization Using ConvNets (2015)
-
Introduction : ConvNet architecture which outpus a heatmap, describing the likelihood of a joint occurring in each spatial location
-
Method : Using an additional ConvNet to refine the localization result of the coarse heat-map.
-
Coarse Heat-Map Regression Model : Multi-resolution ConvNet that receives multiple input images with the same content but different sizes
-
Fine Heat Map Regression Model : Siamese Network with $k$ heads($k$ is the number of joint instance)
-
3. Simple Baselines for Human Pose Estimation and Tracking (2018)
-
Introduction : This work provides simple and effective baseline method for human pose estimation(Task1) & pose tracking(Task2).
-
Method :
-
Model Architecture : Simply adds a few deconv layers over the last conv layer in the ResNet.
-
Training Strategy : Use the label (heatmap, $H^k$ for joint $k$ is generated by applying a 2D Gaussian centered on the $k^{th}$ joint’s ground truth location with std-dev=1 pixel).
-
Flow-Based Pose Tracking: Two different kinds of human boxes, one is from a human detector and the other are boxes generated from previous frames using optical flow.
input, label = frames, keypoints_to_hmap(keypoints) bbox= Human_Detector(input) keypoints = hmap_to_coord(Pose_Estimator(input, bbox_det)) for i in range(len(input)): bbox_det = Human_Detector(input) bbox_flow = FlowBox_Generator() # Non-maximum suppression : unify detection and flow boxes bbox_unified = NMS(bbox_det, bbox_flow) joints = Pose_Estimator(input[1], bbox_det[1]) sim_matrix = calc_sim(output[i-1], joints) pose = (sim_matrix, id) output.append(pose) # update the output list
-
4. HR-Net, Microsoft (2019)
-
Introduction : Existing approaches consist of a stem subnetwork, which decreases the resolution based on high-to-low design pattern.
-
Method : Novel network architecture that connects high-to-low subnetworks in parallel that can maintains high-resolution representations through the whole process for spatially precise heatmap estimation.
5. Higher HR-Net
-
Top-Down methods : take a dependency on person detector to detect person instances to reduce the problem.
-
However, they are normally computationally intensive and not truly end-to-end systems


Access Group For Information Defining Diagram
Access allowed for a particular "Access Group" to a "Subject".
The "Subject" to which access is allowed is normally one holding information. Others are not prohibited but would be meaningless in this context.
Associations To:
| Zero, One or Many |
group |
Only One |
Agent Access Group |
| Zero, One or Many |
maximum access |
Only One |
Access Type |
| Zero, One or Many |
subject |
Only One |
Subject |
Access Group For Object Defining Diagram
Describes the access an "Agent Access Group" has to an "Object".
Examples:
For example, if a patient says to a GP, "Don't tell anyone about this but another doctor in the practice".
Associations To:
| Zero, One or Many |
group |
Only One |
Agent Access Group |
| Zero, One or Many |
maximum access |
Only One |
Access Type |
| Zero, One or Many |
object |
Only One |
Object |
Access Type Defining Diagram
"Level" specifying the extents to which access to information may be granted.
Examples:
Examples which may be considered include:
Read only
Copy
Forward to others
Absolute.
Each level would be deemed to include all lower levels.
Associations From:
| Only One |
maximum access |
Zero, One or Many |
Access Group For Information |
| Only One |
maximum access |
Zero, One or Many |
Access Group For Object |
Supertypes:
Level
Acquired Permanent Property Defining Diagram
"Subject Property", effective from a point in time, which cannot be changed.
Associations To:
| Zero, One or Many |
onset |
Only One |
Timepoint |
Supertypes:
Subject Property
Acquired Temporary Property Defining Diagram
"Subject Property" which exists until it is observed to change.
Associations To:
| Zero, One or Many |
end |
Zero or One |
Timepoint |
| Zero, One or Many |
onset |
Only One |
Timepoint |
Supertypes:
Subject Property
Activity Defining Diagram
Purposeful and intentional "Event"
Previous documented definitions providing the source for the above are:
An exertion of energy initiated by an "Agent" (CBS v2) - this definition is followed by a definition of its subtypes.
Conscious, directed and purposeful exertion of energy.
"Event" occurring through the volition of an "Agent".
Attributes:
Quantity (M) (Number)
Quantity of an Activity.
Associations From:
| Only One |
activity for |
One or Many |
Activity State |
| Only One |
replacement activity |
Zero, One or Many |
Activity Substitution |
Associations To:
| Zero, One or Many |
classifier |
Only One |
Activity Type |
| Zero, One or Many |
unit for |
Only One |
Unit Of Measure |
| Zero, One or Many |
urgency classifier |
Zero or One |
Urgency |
Supertypes:
Event
Subtype Partitions:
Activity/Direction
Activity For Subject
Temporal Resource Act
State Change Activity
Activity/Repetition
Single Activity
Repetitive Activity
Activity For Subject Defining Diagram
"Activity" directed towards a single "Subject".
Previous definitions from which the above have been distilled:
An act which changes either the state, or the knowledge of the state, of a "Subject" (CBS v2).
Associations From:
| Only One |
detail |
Zero, One or Many |
Activity In Context |
| Only One |
focus for qualification |
Zero, One or Many |
Activity Qualifier |
Supertypes:
Subject Phenomenon
Activity
Subtype Partitions:
AFS/Scope
Direct Activity For Subject
Subject Responsibility Act
Context Activity
Activity In Context Defining Diagram
"Activity For Subject" placed within a "Context Activity" by an "Agent".
Associations To:
| Zero, One or Many |
context |
Only One |
Context Activity |
| Zero, One or Many |
detail |
Only One |
Activity For Subject |
| Zero, One or Many |
responsible for identifying |
Only One |
Agent |
Activity Qualifier Defining Diagram
"Phenomenon Qualifier" qualifying an "Activity For Subject".
Examples:
Laterality and site of an operative procedure; route, strength and form of a drug administration.
Associations To:
| Zero, One or Many |
classifier |
Only One |
Activity Qualifier Type |
| Zero, One or Many |
focus for qualification |
Only One |
Activity For Subject |
Supertypes:
Phenomenon Qualifier
Activity Qualifier Type Defining Diagram
"Descriptive Category" capable of classifying an "Activity Qualifier"
Necessary to indicate the nature of the qualification as opposed to its value.
Examples:
In medication, "Route", "Form", "Strength", "Special Instructions" are all examples of "Activity Qualifier Type".
Associations From:
| Only One |
classifier |
Zero, One or Many |
Activity Qualifier |
Supertypes:
Descriptive Category
Activity Specification Defining Diagram
Activity specification is included here as a place-holder. When this model merged with the protocol model the definition from that model should be used. If there is no Activity specification in the protocol model then it should be deleted from this diagram
and from the Agent encyclopaedia.
Associations To:
| Only One |
specified by |
Zero, One or Many |
Authorised Agent Activity |
Activity State Defining Diagram
"Activity" in a state which it is currently or has been previously.
Note that there are both subtypes (comprising all the possible states) and a "power type" of "Activity State Type". The latter's contents are identical to the subtypes; it exists in order to control topics such as access and permission to amend.
Associations From:
| Only One |
observer |
Zero, One or Many |
Subject Creation |
| Only One |
observer |
Zero, One or Many |
Subject Property |
| Only One |
observer |
Zero, One or Many |
Subject Property Qualifier |
| Zero or One |
recorder |
Zero, One or Many |
Phenomenon Or Qualifier |
| Zero or One |
reporter |
Zero, One or Many |
Phenomenon Or Qualifier |
| Only One |
source of |
Zero, One or Many |
Outcome Of Activity |
Associations To:
| One or Many |
activity for |
Only One |
Activity |
| Zero, One or Many |
classifier |
Only One |
Activity State Type |
| One or Many |
responsible for |
Only One |
Activity State Change |
Subtype Partitions:
Activity/State
Performance Suspended Activity
Decomposed Activity
Completed Activity
Activity Under Consideration
Started Activity
Instantiated Activity
Not Required Activity
Performance Rejected Activity
Performer Selected Activity
Activity To Be Done
Performer Rejected Activity
Performer Accepted Activity
Abandoned Activity
Scheduled Activity
Activity State Change Defining Diagram
"Activity" changing the state of another "Activity".
Associations From:
| Only One |
responsible for |
One or Many |
Activity State |
Supertypes:
State Change Activity
Activity State Type Defining Diagram
"State Type" being one of the permissible states for "Activity State".
Associations From:
| Zero or One |
activity state type from |
Zero, One or Many |
State Transition Excluded |
| Only One |
activity state type to |
Zero, One or Many |
State Transition Excluded |
| Only One |
classifier |
Zero, One or Many |
Activity State |
Supertypes:
State Type
Activity Substitution Defining Diagram
"Activity" which has been wholly or partially replaced by another and hence will not be taken forward.
Note that the "Activity" which is not to be taken forward moves to the "Not Required" state.
Associations To:
| Zero, One or Many |
replacement activity |
Only One |
Activity |
| Zero, One or Many |
superseded activity |
Only One |
Not Required Activity |
Activity To Be Done Defining Diagram
"Activity" required to be undertaken.
Required activities are those which an Agent has made a specific decision to take forward.
Associations To:
| Zero, One or Many |
for performance start |
Zero or One |
Location |
| Zero, One or Many |
responsible for progress |
Only One |
Agent |
| One or Many |
source for |
Zero or One |
Instantiated Activity |
Supertypes:
Activity State
Activity Type Defining Diagram
"Descriptive Category" capable of being used as a category for "Activities".
Associations From:
| Only One |
classifier |
Zero, One or Many |
Activity |
| Only One |
classifier |
Zero, One or Many |
Activity Type Excluded |
| Only One |
classifier |
Zero, One or Many |
Agent's Activity Type |
| Only One |
classifier |
Zero, One or Many |
Subject Responsibility |
Supertypes:
Descriptive Category
Activity Type Excluded Defining Diagram
An "Activity Type" that may not be performed for this "Authorised Agent Activity".
This will be a species or sub-species of the "Activity Type" associated with the Agent via "Agent's Activity Type".
Examples:
This could for example mean that a doctor is allowed to perform general medical duties (an "Activity Type" included by "Permitted Activity Type", with the exception of heart transplants, an excluded "Activity Type".
Associations To:
| Zero, One or Many |
classifier |
Only One |
Activity Type |
| Zero, One or Many |
subject to constraint |
Only One |
Agent's Activity Type |
Activity Type Offered Defining Diagram
An "Activity Type" that an "Agent" makes a general offer to perform.
There is no need for any authorisation for this type of offer - it can be offered by a "Free Agent". Example would be setting up a business to supply goods that are not regulated by legislation (i.e. a pharmacists shop would not be covered by this type.)
Supertypes:
Agent's Activity Type
Activity Under Consideration Defining Diagram
"Activity" which is considered appropriate by an "Agent".
Note that there is not necessarily any intention to perform the Activity at this stage - indeed a set of conflicting Activities may all be simultaneously under consideration.
Associations To:
| Zero, One or Many |
earliest performance start |
Only One |
Timepoint |
| Zero, One or Many |
latest performance end |
Only One |
Timepoint |
| One or Many |
parent |
Zero or One |
Decomposed Activity |
| Zero, One or Many |
source of |
Zero or One |
Agent Accepted Intention |
Supertypes:
Activity State
Actual Outcome Defining Diagram
"Outcome" deduced to be in effect preceding or at the time of the deducing "Activity".
Associations To:
| Zero, One or Many |
actual source of |
Only One |
Subject Phenomenon |
| Zero, One or Many |
property for |
Only One |
Actual Property |
Supertypes:
Causal Relation
Actual Property Defining Diagram
"Property" applicable at or before time of attribution.
Associations From:
| Zero, One or Many |
basis |
Zero, One or Many |
Projected Property |
| Only One |
property for |
Zero, One or Many |
Actual Outcome |
| Only One |
source |
Zero, One or Many |
Property Natural Progression |
Supertypes:
Subject Property
Subtype Partitions:
AP/Deduction
Hypothesis
Observed Property
Actual Resource For Activity Defining Diagram
"Resource For Activity" using a specific identified "Resource Held".
Supertypes:
Resource For Activity
Subtype Partitions:
ARA/Temporality
Temporal Resource For Activity
Physical Resource For Activity