|
PublishQueueAsyncRK
|
Class to store the publish queue in retained memory. More...
#include <PublishQueueAsyncRK.h>
Public Member Functions | |
| PublishQueueAsyncRetained (uint8_t *retainedBuffer, uint16_t retainedBufferSize) | |
| Construct a publish queue. More... | |
| virtual | ~PublishQueueAsyncRetained () |
| You normally allocate this as a global object and never delete it. | |
| virtual bool | publishCommon (const char *eventName, const char *data, int ttl, PublishFlags flags1, PublishFlags flags2=PublishFlags()) |
| Publish an event. All other overloads lead here. More... | |
| virtual PublishQueueEventData * | getOldestEvent () |
| Get the oldest event that hasn't been published yet. More... | |
| virtual bool | clearEvents () |
| Remove any saved events. More... | |
| bool | discardOldEvent (bool secondEvent) |
| Discards the oldest event or second oldest event. More... | |
| uint8_t * | skipEvent (uint8_t *start) |
| Given a pointer into the retained buffer, finds the offset of the next event. More... | |
| Public Member Functions inherited from PublishQueueAsyncBase | |
| PublishQueueAsyncBase () | |
| Construct a publish queue. | |
| virtual | ~PublishQueueAsyncBase () |
| You normally allocate this as a global object and never delete it. | |
| virtual void | setup () |
| Start the thread. You must call this from setup. More... | |
| bool | publish (const char *eventName, PublishFlags flags1, PublishFlags flags2=PublishFlags()) |
| Overload for publishing an event. More... | |
| bool | publish (const char *eventName, const char *data, PublishFlags flags1, PublishFlags flags2=PublishFlags()) |
| Overload for publishing an event. More... | |
| bool | publish (const char *eventName, const char *data, int ttl, PublishFlags flags1, PublishFlags flags2=PublishFlags()) |
| Overload for publishing an event. More... | |
| PublishQueueAsyncBase & | withFailureRetryMs (unsigned long value) |
| Sets the retry after publish failure time. More... | |
| void | setPausePublishing (bool pause) |
| Pause publishing, even if it would be allowed because the cloud is connected. More... | |
| bool | getPausePublishing () const |
| Returns true if publishing is manually paused. More... | |
| void | mutexLock () const |
| Obtain a mutex lock. More... | |
| void | mutexUnlock () const |
| Unlock the mutex. | |
Protected Attributes | |
| uint8_t * | retainedBuffer |
| Pointer to the beginning of the retained (or regular) RAM buffer. | |
| uint16_t | retainedBufferSize |
| Size of the buffer in bytes. Must be at least 704 bytes! | |
| uint8_t * | nextFree = NULL |
| Pointer into the retained buffer for the next free space (where the next queued publish will be stored) | |
| Protected Attributes inherited from PublishQueueAsyncBase | |
| Thread * | thread = NULL |
| Thread object, created in setup() | |
| os_mutex_t | mutex |
| Mutex to protect against concurrent access, created in setup() | |
| unsigned long | failureRetryMs = 30000 |
| Default time to wait before trying to publish again after failure. More... | |
| std::function< void(PublishQueueAsyncBase &)> | stateHandler = &PublishQueueAsyncBase::startState |
| State handler function pointer. More... | |
| unsigned long | stateTime = 0 |
| Last millis value for certain state changes like waitRetryState. | |
| unsigned long | lastPublish = 0 |
| milis() value for the last publish, used to control the frequency of publishes | |
| bool | isSending = false |
| true if we're currently publishing More... | |
| bool | haveSetup = false |
| True if setup() has been called. More... | |
| bool | pausePublishing = false |
| True if publishing has been manually paused. | |
Additional Inherited Members | |
| Static Public Attributes inherited from PublishQueueAsyncBase | |
| static const size_t | EVENT_BUF_SIZE = sizeof(PublishQueueEventData) + 65 + 623 |
| Maximum size of PublishQueueEventData with strings (696 bytes) More... | |
| Protected Member Functions inherited from PublishQueueAsyncBase | |
| void | threadFunction () |
| The thread function for the publish thread. | |
| void | startState () |
| Worker thread state machine start handler. | |
| void | checkQueueState () |
| Worker thread state machine check queue state handler. | |
| void | waitRetryState () |
| Worker thread state machine wait to retry publishing state handler. | |
| Static Protected Member Functions inherited from PublishQueueAsyncBase | |
| static void | threadFunctionStatic (void *param) |
| Static version of the thread function. | |
Class to store the publish queue in retained memory.
Also works for regular RAM, though it won't survive a reset or SLEEP_MODE_DEEP.
| PublishQueueAsyncRetained::PublishQueueAsyncRetained | ( | uint8_t * | retainedBuffer, |
| uint16_t | retainedBufferSize | ||
| ) |
Construct a publish queue.
You normally allocate one of these as a global object. You should not create more than one, as the rate limiting would not work right.
| retainedBuffer | Pointer to the buffer in retained or regular memory |
| retainedBufferSize | Buffer size. Must be at least 704 bytes, but it's best for it to be at least 1024 bytes, and ideally larger than that. |
|
virtual |
Remove any saved events.
Implements PublishQueueAsyncBase.
|
virtual |
Discards the oldest event or second oldest event.
| secondEvent | True to discard the second oldest event |
When using retained memory, the getOldestEvent() function returns a pointer to retained memory. This pointer must remain valid while in the process of publishing. If the retained buffer is full, we want to discard and old event to make room for a newer event, but we can't dispose of the oldest event, because it may be in use, so we pass true for secondEvent.
Implements PublishQueueAsyncBase.
|
virtual |
Get the oldest event that hasn't been published yet.
Returns a pointer to a PublishQueueEventData structure. This will remain valid until getOldestEvent() is called again.
Implements PublishQueueAsyncBase.
|
virtual |
Publish an event. All other overloads lead here.
| eventName | The name of the event (63 character maximum). |
| data | The event data (255 bytes maximum, 622 bytes in system firmware 0.8.0-rc.4 and later). |
| ttl | The time-to-live value. If not specified in one of the other overloads, the value 60 is used. However, the ttl is ignored by the cloud, so it doesn't matter what you set it to. Essentially all events are discarded immediately if not subscribed to so they essentially have a ttl of 0. |
| flags1 | Normally PRIVATE. You can also use PUBLIC, but one or the other must be specified. |
| flags2 | (optional) You can use NO_ACK or WITH_ACK if desired. |
This function almost always returns true. If you queue more events than fit in the buffer the oldest (sometimes second oldest) is discarded.
Implements PublishQueueAsyncBase.
| uint8_t * PublishQueueAsyncRetained::skipEvent | ( | uint8_t * | start | ) |
Given a pointer into the retained buffer, finds the offset of the next event.
| start | Where to start (pointer to RAM, not an offset) |


Saheli Basu's Portal
I am a final year BCA student and an aspiring website developer from India.
My Github Page
Project Page
Assignment 1 of week 1


In this data visualization, I took 3,150 paper abstracts related to brain region connectivity from pubmed.gov and analyzed the connectivity of the regions based off the literature. Note that the medula term was not in any abstracts but I kept it in the visualization because it is an important part of the brain. The brain regions are color-coded
the general larger regions that they are in.The above two diagrams generally summarize the data analysis of brain region connectivity research. The connectivity of each region in the above right figure is based off of Chi-Squared value, with the width of the connecting lines weighted respectively. The above left figure simply shows the physical adjacency of the brain regions addressed. Some of the regions shown are actually the larger regions. Thus, the adjacency lines are weighted less (0.5px for general regions and 1px for smaller, more specific regions). Hold the mouse over the regions to see what they are, and scroll over the weighted connectivity lines to see the connectivity, chi-squared.
The above two graphs represent the brain regions that are not connected according to the literature but may or may not be adjacent.
The above two graphs represent the brain regions that are connected according the literature analyzed but may or may not be adjacent. Play with the adjustable threshold value to see what changes in the graph.


Before you start
Wait until your wallet is unlocked - you cannot send or receive Merit until you are invited.
You cannot use this wallet until you are invited.


Any graph in POW can be moved to any position in the main POW window. Just left click and drag either the graph's Title at the top of the graph or the yellow bounding box of the currently selected graph. Clicking anywhere inside a graph's region (the area within the yellow box when selected) will select the graph. You may drag your cursor outside the POW window on your desktop (at least it works with the X window managers we've tried so far).
To change the displayed size of a graph, left click and drag the double headed arrow at the lower right corner of the graph. This preserves the aspect ratio of the plot by default. To independently change the length of the X or Y axis, hold down the 'shift' key while dragging the mouse." You can also set the graph size directly using the Choose Graph Size item from the Edit menu. Note: resizing images to large dimensions can rapidly consume all of the memory on your machine, resulting in lots of swapping and/or crashing. To zoom in on just a portion of an image, see Zooming in on a Region of Interest.


CV
General Information
| Full Name | Dipesh Pandey |
| Date of Birth | 19th February 1996 |
| Languages | English, Nepali, Norwegian |
Experience
-
2022 - Present
Tech Manager / Volunteer
Studentradioen i Oslo - Radionova
- Working on platform development to ensure 24/7 availability of one of the biggest student run radio stations in Norway.
- My day-to-day tasks involve bug fixing, creating open-source tools for interfacing physical radio tools with the on-premise servers.
- I am also responsible for mentoring tech enthusiasts and students.
-
2022 - Present
Software Engineer
Retriever AS
- Working on building data pipelines to manage data from several clients across the Nordics.
- I am primarily responsible for working in both the infrastructure team as well as the backend team to build and test internal packages, and APIs.
-
2021 - 2022
Software Engineer (Contract)
Insolution
- Worked as the sole backend developer to build a crypto taxation platform for users in Austria, Germany, and Switzerland.
- I was responsible for building the API, documentation, testing, CI/CD, meeting with stakeholders, and collaborating with frontend developers.
-
2019 - 2020
Developer (Remote)
Teamcoda
- In a team of professional freelancers from the Netherlands, I worked as a developer to help clients build their MVPs.
- I worked as a backend developer with some frontend work, primarily focused on API development, web crawling, and SPA development.
-
2018 - 2019
Developer
Converzion
- Worked on a patented technology to design and deploy the API for the core product of the company.
- Contributed as a developer for a real-time CMS for the few biggest clients in the world.
- Worked on collection and transformation of data from few of the biggest clients in APAC.
- Lead a remote development team based in Nepal and coordinated with the team in Singapore.
Education
-
2022
Masters
Norwegian University of Science and Technology, Gjøvik, Norway
- The masters focused on analyzing the Ethereum blockchain, especially Uniswap, to identify the trends and patterns on how token pairs are traded and understand the degree of decentralization of these exchange platforms
- I also worked as a research assistant in Database management course to help grade assignments as well as guide students
- Took courses and built projects in various fields like Deeplearning, NLP, and Full-Stack Web Development
Academic Interests
-
Quantum Mechanics
- Entanglement
- Reality
-
Computational Physics
- Many body physics
- Numerical computing
Other Interests
- Hobbies: Reading, Cricket, Cooking


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In this field, specify the command-line options to be passed to the TypeScript Language Service when the tsconfig.json file is not found. See the list of acceptable options at TSC arguments. Note that the
-w
or --watch
(Watch input files) option is irrelevant.


20
1 Then God spoke these words to the Israelite people.
2 "I am Yahweh your God, the one you worship.  I am the one who freed you from being slaves there.
3 You must worship only me; you must not worship any other god.
4 You must not carve a figure to worship that represents anything in the sky or that is on the ground or that is in the water under the ground.
5 You must not bow down to any idol and worship it because I am Yahweh your God, and I will not allow you to worship any other gods.  I will punish not only them, but also I will punish their descendants down to the third and fourth generation.
6 However, I will never stop loving thousands of generations of those who love me and obey my commandments.
7 Do not use my name carelessly because I am Yahweh your God, the one whom you should worship, and I will certainly punish those who use my name for wrong purposes.
8 Do not forget that the seventh day of every week belongs to me, so keep those days only for me.
9 There are six days each week for you to do all your work,
10 but the seventh day is a day of rest, a day dedicated to me, Yahweh your God, the one whom you should worship. On that day you must not do any work. You and your sons and daughters and your male and female slaves must not work. You must not even force your livestock to work, and you must not allow foreigners to work, those strangers who are living in your country.
11 I, Yahweh, created the sky, the earth, the ocean, and everything that is in them in six days. Then I stopped my work of creating everything and rested on the seventh day. That is the reason that I, Yahweh, have blessed the rest day and set it apart to be a sacred day.
12 Honor your father and your mother, in order that you may live a long time in the land that I, Yahweh your God, will give you.
13 Do not murder anyone.
14 Do not commit adultery with anyone.
15 Do not steal anything.
16 Do not falsely accuse anyone of committing a crime.
17 Do not covet someone else's house, someone else's wife, someone else's male or female slave, someone else's livestock, someone else's donkeys, or anything else that another person owns."
18 When the people heard the thunder and saw the lightning, and when they heard the sound of the trumpet and saw the smoke on the mountain, they were afraid and trembled. They stood at a distance
19 and said to Moses, "If you speak to us, we will listen. But do not let God speak anymore to us. We are afraid that if he speaks anymore to us, we will die."
20 Moses replied to the people, "Do not be afraid! God has come to determine how you will behave. He wants you to honor him and to not sin."
21 Then, as the people watched from a distance, Moses went close to the black cloud where God was.
22 Yahweh said to Moses, "Say this to the Israelite people, 'You have heard how I, Yahweh, have spoken to you from heaven.
23 I told you that you must not make any idols of silver or gold that you will worship instead of me.
24 Make for me an altar from earth. Sacrifice on it your burnt offerings, your offerings to promise friendship with me, and also your sheep and oxen. Worship me in any place that I choose for you to honor me; if you do that, I will come to you and bless you.
25 If you make for me an altar from stones, do not make it from stones that you have cut to make them look nice because you will make the altar unsuitable for worshiping me if you use tools to cut the stones.
26 Do not make an altar that has steps in front of it because if you do that, God could see your naked body as you go up the steps.'"


Electric Road Systems (ERS) are viable technological solutions that can decarbonize heavy freight transports.
But the placement and dimensioning of components of an ERS affect the business models of many actors (vehicle manufacturers, charging equipment manufacturers, battery manufacturers, electric network operators, and road authorities). This in turn can hinder or enable the financial sustainability of ERS and its large-scale rollout.
From a transport demand perspective, no corridor-placement of electric road segments is cost-effective since on-board batteries of moving vehicles can become fully charged and thereby decrease the utility of the electrified segments. Constant gaps between electrified segments does not fix this problem.
The utility of ERS network is heavily influenced by the transport routes of vehicles. The benefits of optimal scenarios are:
Click the information icon next to the page title for details.
Let's explore the placement and effects of some transport demand optimized- and not-so-optimal corridor-based scenarios for some parameter settings.
Disclaimer: This is a research prototype that is not to be used for commercial purposes. For commercial products contact<EMAIL_ADDRESS>In order to accelerate the electrification of the heavy freight transport industry and to realize of the positive effects of this, it is essential that stakeholders discuss and make decisions about Electric Road Systems (ERS) rollout scenarios that maximize the benefits, minimize the cost and thereby enable the financial sustainability ERS for all stakeholders (vehicle manufacturers, charging equipment manufacturers, battery manufacturers, electric network operators, and road authorities).
No presently discussed, largely corridor-based scenario is cost-effective in terms of a transport demand perspective because on-board batteries of moving vehicles can become fully charged and thereby decrease the utility of the electrified segments. Constant gaps between electrified segments does not fix this problem.
The utility of an electrified segment in a network is heavily influenced by the transport routes of vehicles as is it is show in the figure below. Figure: Illustration of transport route dependent aspects and challenges of ERS placement scenario evaluations and optimizations. 3 routes shown in yellow, green, and purple and segments of three placement scenarios shown in red, light and dark brown.
In the Route Based ERS Network Optimization (RENO) project (financed by Vinnova and Trafikverket), we have adapted and applied years of research on trajectory data compression, indexing, querying, and analytics in order to optimize the placement of ERS from a transport demand perspective.
Compared to corridor-placements the benefits of optimal scenarios are:
This page is a web-based dynamic exploration tool of the results. Use it to explore the placement and effects of some transport demand optimized- and not-so-optimal corridor-based scenarios for some parameter settings.
Disclaimer: This is a research prototype that is not to be used for commercial purposes. For commercial products contact<EMAIL_ADDRESS>...
Hover over the map for statistics


Requirements
DITA Open Toolkit Release 2.4 requires the Java Runtime Environment (JRE) version 8 or later.
DITA Open Toolkit 2.4 is a feature release that provides new features and enhancements, including Apache FOP 2.1, a new long-form syntax for dita command options, and additional code referencing extensions.
Issue numbers correspond to the tracking number in the GitHub issues tracker.
DITA Open Toolkit Release 2.4 requires the Java Runtime Environment (JRE) version 8 or later.
DITA-OT 2.4 includes Apache FOP 2.1, a new long-form syntax for dita command options, and additional code referencing extensions.
DITA-OT 2.4 bundles the latest version of Apache™ FOP (Formatting Objects Processor). #1958, #2399
FOP 2.1 builds on the OpenType CFF font support added in FOP 2.0, with additional font support and enhancements for PDF accessibility, including PDF/UA (PDF/Universal Accessibility) and PDF/A-3.
For details on recent changes in FOP, see the Release Notes for versions 2.0 and 2.1.
For more information, see Apache FOP Accessibility.
All dita command options can now be specified with a GNU-style option keyword preceded by two hyphens. For example:
dita --input=userguide.ditamap --format=html5
DITA-OT parameters can now be passed to the dita command with this same syntax: --parameter=value.
DITA-OT 2.4 provides additional support for extracting a range of lines from code references based on the content of the target file. Instead of specifying line numbers, you can now also select lines to include in the code reference by specifying keywords (or “tokens”) that appear in the referenced file. #2469
DITA-OT supports the token
pointer in the URI fragment to extract a line range based on the
file content. The format for referencing a range of lines by content is:
uri ("#token=" start? ("," end)? )?
Lines identified using start and end tokens are exclusive: the lines that contain the start token and end token will be not be included. If the start token is omitted, the range starts from the first line in the file; if the end token is omitted, the range ends on the last line of the file.
token
keywords are preserved when the referenced
resource is modified.The HTML5 transformation introduced in release 2.0 as part of the XHTML plug-in was moved to a separate HTML5 plug-in in release 2.2, but that version of the HTML5 transformation still depended on the XHTML plug-in for certain common processing.
In release 2.4, all dependencies between HTML5 and XHTML have been removed to ensure that HTML5 processing can be further refactored in the future without affecting XHTML output, or other HTML-based transformations such as eclipsehelp, htmlhelp or javahelp.
DITA-OT 2.4 no longer includes the following legacy transformation plug-ins in the default distribution:
| Plug-in | Source code location |
|---|---|
| DocBook | https://github.com/dita-ot/org.dita.docbook |
| Eclipse Content | https://github.com/dita-ot/org.dita.eclipsecontent |
| Word RTF | https://github.com/dita-ot/org.dita.wordrtf |
In addition to the highlights mentioned above, DITA Open Toolkit Release 2.4 includes the following changes.
DITA Open Toolkit Release 2.4 includes the following enhancements and changes to existing features:
// comment
syntax for partials copyrights
#2502
DITA Open Toolkit Release 2.4 provides fixes for the following bugs:
DITA Open Toolkit Release 2.4 includes code contributions by the following people:
For the complete list of changes since the previous release, see the changelog on GitHub.
The documentation for DITA Open Toolkit Release 2.4 includes corrections and improvements to existing topics, along with new content.
For additional information on documentation issues resolved in DITA Open Toolkit Release 2.4, see the 2.4 milestone in the documentation repository.
DITA Open Toolkit Release 2.4 includes documentation contributions by the following people:
For the complete list of documentation changes since the previous release, see the changelog.


fem.mesh package¶
Submodules¶
fem.mesh.CreateStructure module¶
CreateStructure
– define structures in meshes¶
-
fem.mesh.CreateStructure.
define_struct_type
(args)¶ Determine the type of structure being defined from the Boolean input arguments
Parameters: args – type of geometry Returns: struct_type
-
fem.mesh.CreateStructure.
findStructElemIDs
(elefile, structNodeIDs)¶ find elements that contain nodes in structNodeIDs
Parameters: - str – elefile: element filename
- ndarray – structNodeIDs:
- elefile –
- structNodeIDs –
Returns: elems, structElemIds)
-
fem.mesh.CreateStructure.
findStructNodeIDs
(nodefile, struct_type, sopts)¶ find nodes in given geometry
Find node IDs that fall within a specified geometry (sphere, layer, cube, ellipsoid).
Parameters: - str – nodefile: (default: nodes.dyn)
- str – struct_type: sphere, layer, ellipsoid, cube
- sopts – struct-specific parameters
- nodefile –
- struct_type –
Returns: structNodeIDs (dict)
-
fem.mesh.CreateStructure.
main
()¶
-
fem.mesh.CreateStructure.
parse_cli
()¶ read in CLI arguments
-
fem.mesh.CreateStructure.
write_struct_elems
(nefile, partid, elems, structNodeIDs, structElemIDs)¶ Write new elements files with structure elements assigned a new part ID.
Write new elements files with structure elements assigned a new part ID.
Parameters: - str – nefile: new element file
- int – partid: new Part ID
- structNodeIDs – param structElemIDs:
- nefile –
- partid –
- elems –
- structElemIDs –
Returns: None
fem.mesh.GaussExc module¶
Generate Gaussian distribution of point loads.
-
fem.mesh.GaussExc.
calc_gauss_amp
(node_xyz, center=(0.0, 0.0, -2.0), sigma=(1.0, 1.0, 1.0), amp=1.0, amp_cut=0.05, sym='qsym')¶ calculated the Gaussian amplitude at the node
Parameters: - node_xyz – list of x,y,z node coordinates
- center – list of x,y,z for Gaussian center (Default value = (0.0)
- sigma – list of x,y,z Guassian width
- amp – peak Gaussian source amplitude
- amp_cut – lower threshold (pct of max) for amplitude creating a
- point load
- qsym: mesh symemetry (qsym, hsym, none) 0.0: -2.0:
Returns: nodeGaussAmp - point load amplitude at the specified node
-
fem.mesh.GaussExc.
calc_tukey_amp
(node_xyz, center=(0.0, 0.0, -2.0), sigma=(1.0, 1.0), tukey_length=1.0, tukey_alpha=0.25, amp=1.0, amp_cut=0.05, sym='qsym')¶ calculated the Gaussian amplitude at the node
Parameters: - node_xyz – list of x,y,z node coordinates
- center – list of x,y,z for excitation center (Default value = (0.0)
- sigma – list of x,y Guassian width
- tukey_length – length of axial extent, centered at center
- tukey_alpha – percentage of rolloff (see scipy documentation)
- amp – peak Gaussian source amplitude
- amp_cut – lower threshold (pct of max) for amplitude creating a
- point load
- qsym: mesh symemetry (qsym, hsym, none) 0.0: -2.0:
Returns: nodeGaussAmp - point load amplitude at the specified node
-
fem.mesh.GaussExc.
check_num_fields
(fields)¶ check for 4 fields
Parameters: fields – list (node ID, x, y, z) Returns:
-
fem.mesh.GaussExc.
generate_loads
(sigma, center, amp=1.0, amp_cut=0.05, sym='qsym', direction=-3, loadfilename='loads.dyn', nodefile='nodes.dyn', tukey_length=0.0, tukey_alpha=0.25)¶ TODO
Parameters: - sigma –
- center –
- amp – (Default value = 1.0)
- amp_cut – (Default value = 0.05)
- sym – (Default value = “qsym”)
- direction – (Default value = -3)
- loadfilename – (Default value = “loads.dyn”)
- nodefile – (Default value = “nodes.dyn”)
- tukey_length – (Default value = 0.0)
- tukey_alpha – (Default value = 0.25)
Returns:
-
fem.mesh.GaussExc.
main
()¶
-
fem.mesh.GaussExc.
read_cli
()¶ read CLI arguments
-
fem.mesh.GaussExc.
read_node_positions
(line)¶ read node position fields from line in nodefile
Ignore lines that start with ‘$’ (comments) and ‘*’ keywords; Assume that all data entries are comma-delimited without spaces.
Parameters: line – single line string from nodefile Returns: 1x4 float list of node ID, x, y, z; None if appropriate Return type: fields
-
fem.mesh.GaussExc.
read_process_nodes
(sigma, center, sym='qsym', amp=1.0, amp_cut=0.05, nodefile='nodes.dyn', tukey_length=0.0, tukey_alpha=0.25)¶ read nodes and determine if point load should be applied based on spatial position
Parameters: - sigma – param center:
- sym – default = ‘qsym’
- amp – amplitude (default = 1.0)
- amp_cut – lower amplitude threshold (default = 0.05)
- nodefile – default = ‘nodes.dyn’
- tukey_length – length of Tukey window (0.0 defaults to Gaussian)
- tukey_alpha – percentage of Tukey window to rolloff (Default value = 0.25)
- center –
Returns: load_nodeID_amp list of nodeID, nodeGaussAmp
-
fem.mesh.GaussExc.
sym_scale_amp
(fields, nodeGaussAmp, sym, search_tol=0.0001)¶ scale point load amplitude on symmetry faces / edges
Parameters: - fields (list) – node ID, x, y, z
- nodeGaussAmp (float) – amplitude of point load
- sym (str) – type of mesh symmetry (none, qsym, hsym)
- search_tol (float) – spatial tolerance to find nearby nodes
Returns: symmetry-scaled point load amplitude
Return type: nodeGaussAmp
-
fem.mesh.GaussExc.
tukey_z_scale
(z, center, length, alpha=0.25, points=101)¶ Parameters: - z – z-coordinate
- center – center of Tukey window
- length – length of Tukey window
- alpha – rolloff (percentage of window) (Default value = 0.25)
- points – number of points in Tukey window (Default value = 101)
Returns: z_scale (scale, relative to 1.0)
-
fem.mesh.GaussExc.
write_load_file
(loadfilename, load_nodeID_amp, direction=-3, header_comment='$Generated by GaussExc.py\n')¶ write load file
- Args:
- loadfilename: param load_nodeID_amp: list of int node ID, float amp direction: default = -3 (orientation (1, 2, 3) and sign) header_comment: (Default value = “$Generated by GaussExc.py
- “)
- load_nodeID_amp:
Returns:
fem.mesh.GenMesh module¶
GenMesh
– mesh generation
-
fem.mesh.GenMesh.
calc_node_pos
(xyz=(-1.0, 0.0, -1.0, 1.0, -4.0, 0.0), numElem=(20, 20, 20))¶ Calculate nodal spatial positions based on CLI specs
Parameters: - xyz – xmin, xmax, ymin, ymax, zmin, zmax) (Default value = (-1.0)
- int – numElem: (xEle, yEle, zEle)
- 0.0 –
- -1.0 –
- 1.0 –
- -4.0 –
Returns: pos - list of lists containing x, y, and z positions
-
fem.mesh.GenMesh.
check_x0_y0
(pos)¶ check model position Check to make sure that nodes exist at (x, y) = (0, 0) so that the focus / peak of an ARF excitation is captured by the mesh.
Parameters: pos – node positions Returns: 0/1 (1 = fail)
-
fem.mesh.GenMesh.
main
()¶
-
fem.mesh.GenMesh.
parse_cli
()¶ parse commandline arguments
- Defines:
- –nodefile [nodes.dyn] –elefile [elems.dyn] –partid [1] –xyz [(xmin, xmax, ymin, ymax,…)] –numElem [(x, y, z)]
Args:
Returns:
-
fem.mesh.GenMesh.
run
(xyz, numElem, nodefile='nodes.dyn', elefile='elems.dyn', partid=1)¶ Parameters: - xyz – param numElem:
- nodefile – default = “nodes.dyn”
- elefile – default = “elems.dyn”
- partid – default = 1
- numElem –
Returns: 0
-
fem.mesh.GenMesh.
writeElems
(numElem, partid=1, elefile='elems.dyn', header_comment='$ Generated by GenMesh.py')¶ write element file using calculated position data
Parameters: - pos – list of lists of x, y, z positions
- str – elefile: elems.dyn
- str – header_comment: what version / syntax of calling command
- numElem –
- partid – (Default value = 1)
- elefile – (Default value = “elems.dyn”)
- header_comment – (Default value = “$ Generated by GenMesh.py”)
Returns: elems.dyn written (or specified filename)
-
fem.mesh.GenMesh.
writeNodes
(pos, nodefile='nodes.dyn', header_comment='$ Generated by GenMesh.py')¶ write node file using calculated position data
Parameters: - pos – list of lists of x, y, z positions
- nodefile – nodes.dyn (Default value = “nodes.dyn”)
- header_comment (str) – what version / syntax of calling command
Returns: nodes.dyn written (or specified filename)
fem.mesh.TopLoad module¶
Generate compression loads on top surface.
-
fem.mesh.TopLoad.
extract_top_plane_nodes
(nodefile, top_face)¶ Parameters: - nodefile – param top_face:
- top_face –
Returns: planeNodeIDs
-
fem.mesh.TopLoad.
generate_loads
(loadtype='disp', direction=2, amplitude=-1.0, loadfile='topload.dyn', nodefile='nodes.dyn', top_face=(0, 0, 0, 0, 0, 1), lcid=1)¶ apply loads to
Parameters: - loadtype (str) – disp’, ‘vel’, ‘accel’, ‘force’
- direction (int) – 0 - x, 1 - y, 2 - z
- amplitude (float) – scalar of load type
- loadfile (str) – written loadfile name
- nodefile (str) –
- top_face (tuple) – constraintst to apply
- lcid (int) – load curve ID
Returns:
-
fem.mesh.TopLoad.
main
()¶ way too complicated for now
-
fem.mesh.TopLoad.
read_cli
()¶ read CLI args
-
fem.mesh.TopLoad.
writeNodeLoads
(loadfile, planeNodeIDs, loadtype, direction, amplitude, lcid)¶ Write load keyword file.
Parameters: - loadfile (str) – load filename
- planeNodeIDS (ndarray) – array of node IDs
- loadtype (str) – disp, vel, accel, force
- direction (int) – 0-2
- amplitude (float) –
- lcid (int) – LCID
Returns: None
fem.mesh.bc module¶
Apply boundary conditions to rectangular, solid meshes
Todo
- clean up function docstrings
-
fem.mesh.bc.
apply_face_bc_only
(face_constraints, nodefile='nodes.dyn', bcfile='bc.dyn')¶ Driver function to apply node BCs just to faces.
Parameters: - face_constraints (tuple) –
3x2 tuple of strings ((‘0,0,0,0,0,0’), (‘0,0,0,0,0,0’),
(‘0,0,0,0,0,0’), (‘0,0,0,0,0,0’), (‘0,0,0,0,0,0’), (‘0,0,0,0,0,0’))Specify face BCs as ((xmin, xmax), (ymin, ymax), (zmin, zmax))
- nodefile (str) – input file for node definitions (*NODE)
- bcfile (str) – output file for boundary conditions (*BOUNDARY_SPC_NODE)
- face_constraints (tuple) –
-
fem.mesh.bc.
apply_nonreflect
(face_constraints, edge_constraints, nodefile='nodes.dyn', elefile='elems.dyn', bcfile='bc.dyn', segfile='nonreflect_segs.dyn')¶ driver function to generate non-reflecting boundaries
Parameters: - face_constraints (str) – vector of face constraints, ordered xmin to zmax
- edge_constraints (str) – vector of edge constraints, ordered xmin to zmax
- nodefile (str) – default - ‘nodes.dyn’
- elefile (str) – default - ‘elems.dyn’
- bcfile (str) – default - ‘bc.dyn’
- segfile (str) – default - ‘nonreflect_segs.dyn’
Returns: 0 on success
-
fem.mesh.bc.
apply_pml
(pml_elems, face_constraints, edge_constraints, nodefile='nodes.dyn', elefile='elems.dyn', pmlfile='elems_pml.dyn', bcfile='bc.dyn', pml_partID=2)¶ driver function to apply PML boundary conditions
Parameters: - pml_elems (str) – 3x2 array of ints specifying thickness of PML elements (5–10) on each PML layer face_constraints: 3x2 array of strings, specifying the BCs on each face (3), min/max (2)
- edge_constraints (str) – 1x6 vector of BCs on each edge
- nodefile (str) – default - input file for the node definitions
- elefile (str) – default - input file for the element definitions
- pmlfile (str) – output file for the elements w/ PMLs
- bcfile (str) – output file for the boundary conditions
- pml_partID (int) – PID for the PML elements
-
fem.mesh.bc.
assign_edge_sym_constraints
(bcdict, snic, axes, edge_constraints)¶ modify/create node BCs for quarter-symmetry edge
Parameters: - bcdict – dict of nodal BCs
- snic – sorted node IDs and coordinates
- axes – spatial axis vectors
- edge_constraints – list with vector indicating edge & constraint
(e.g., to specify the edge shared by the xmax and ymin faces to allow just z translation: (((0,1),(1,0),(0,0)),‘1,1,0,1,1,1’)
Returns: bcdict (updated from face assignment)
-
fem.mesh.bc.
assign_node_constraints
(snic, axes, face_constraints)¶ assign node constraints to prescribed node planes
Nodes shared on multiple faces have are assigned with the following order of precedence: z, y, x
Parameters: - snic – sorted node IDs and coordinates from nodes.dyn
- axes – mesh axes [x, y, z]
- face_constraints – list of DOF strings ordered by
((xmin, max), (ymin, …) (e.g., ((‘1,1,1,1,1,1’ , ‘0,1,0,0,1,0’),…)
Returns: bcdict - dictionary of node BC to be written to bc.dyn
-
fem.mesh.bc.
assign_pml_elems
(sorted_elems, pml_elems, pml_partID='2')¶ assign PML elements in the sorted element matrix
Parameters: - sorted_elems – sorted element matrix
- pml_elems – list of tuples of # PML elems on each axis edge
- ([[xmin, max], [ymin, ymax], …)
- pml_partID: default = 2
Returns: sorted_pml_elems (to be written to new file)
-
fem.mesh.bc.
constrain_sym_pml_nodes
(bcdict, snic, axes, pml_elems, edge_constraints)¶ make sure that all “side” nodes for the PML elements are fully constrained, instead of being assigned the symmetry constraints
THIS FUNCTION IS NOT NEEDED!!
Parameters: - bcdict – param snic:
- axes – param pml_elems:
- edge_constraints – return: bcdict
- snic –
- pml_elems –
Returns: bcdict
-
fem.mesh.bc.
main
()¶ apply prescribed boundary conditions to nodes/face segments
-
fem.mesh.bc.
read_cli
()¶ read command line arguments
Args:
Returns: opts (argparse object)
-
fem.mesh.bc.
writeSeg
(BCFILE, title, segID, planeNodeIDs)¶ write face segments to BC input file
Parameters: - BCFILE – file IO object
- title (str) – header comment line
- segID (int) – segment ID #
- planeNodeIDs (int) – 2D array
Returns: segID (inc +1)
-
fem.mesh.bc.
write_bc
(bcdict, bc='bc.dyn')¶ write node BCs
Parameters: - bcdict – dict of node BCs, with DOF values
- bcfile – boundary conditions filename (bc.dyn)
- bc – (Default value = “bc.dyn”)
Returns:
-
fem.mesh.bc.
write_nonreflecting
(BCFILE, segID)¶ write non-reflecting boundaries (set segments) to input file with segments
This function assumes that segment file has already been written to and not terminated with *END.
Parameters: - BCFILE – file IO object
- segID (int) – maximum segment ID #, assuming started at 1
Returns: 0 on success
-
fem.mesh.bc.
write_pml_elems
(sorted_pml_elems, pmlfile='elems_pml.dyn')¶ Create a new elements file that the PML elements.
Parameters: - sorted_pml_elems – param pmlfile: default = elems_pml.dyn
- pmlfile – (Default value = “elems_pml.dyn”)
Returns:
fem.mesh.create_pointloads_vtk module¶
create_pointloads_vtk.py
Creates .vts file, which can be viewed in Paraview, from node and point loads files.
Here is one solution I found for viewing the loads on the inside of the mesh: 1. Load the mesh into Paraview.
2. Press the “Calculator” button on the top left side of Paraview. The calculator filter should open up in the sidebar on the left. Next, in the text box between “Result Array Name” and above all of the calculator buttons, type “mag(loads)” without the quotation marks. Next, change the “Result Array Name” from “Result” to something like “load magnitude”. Now, hit the Apply button. This part needs to be done because when the .vts file was created, the loads data were represented as vectors with non-zero values for the z-components only. Taking the magnitude of the loads vectors converts them all into scalar values.
3. Now that we have the loads data in scalar form, we can apply a Threshold filter to visualize only the nodes with non-zero load values. The Threshold filter can be found on the top left, several buttons to the left of the “Calculator” button. Before applying the Threshold filter, make sure that you are filtering by “load magnitude” and that the lower threshold is a small non-zero value, like 0.000001. You should now only see the nodes with non-zero load values.
4. In order to visualize these nodes within the context of the mesh, you should hit the eye-shaped button next to the .vts file in the side bar to allow the entire mesh to appear in the scene. Next, select the .vts file, scroll down to Opacity in the Properties tab of the sidebar, and change the opacity to around 0.5. You should now be able to see the loads that were previously hidden inside the mesh.
-
fem.mesh.create_pointloads_vtk.
create_vts
(args)¶ Writes .vts file from node and load files. StructuredGrid format assumes a linear mesh, so if your mesh is actually non-plaid, this script should be run using with an elements file.
Parameters: args – Returns:
-
fem.mesh.create_pointloads_vtk.
create_vtu
(args)¶ Parameters: args – Returns:
-
fem.mesh.create_pointloads_vtk.
main
()¶
-
fem.mesh.create_pointloads_vtk.
parse_cli
()¶ parse command-line interface arguments
-
fem.mesh.create_pointloads_vtk.
writeCellData
(loadout, args)¶ writes cell part IDs
Parameters: - loadout –
- args –
Returns:
-
fem.mesh.create_pointloads_vtk.
writeCells
(loadout, args)¶ writes cell connectivity and types to loadout file
Parameters: - loadout –
- args –
Returns:
-
fem.mesh.create_pointloads_vtk.
writeNodeIDs
(loadout, args, numNodes)¶ writes node IDs to loadout file
Parameters: - loadout –
- args –
- numNodes –
Returns:
-
fem.mesh.create_pointloads_vtk.
writeNodePositions
(loadout, args, filetype)¶ writes opening tags as well as node positions to loadout file. returns array containing number of nodes (index = 0) and number of elements (index = 1).
Parameters: - loadout –
- args –
- filetype –
Returns:
-
fem.mesh.create_pointloads_vtk.
writePointLoads
(loadout, args, numNodes)¶ writes point loads to loadout file
Parameters: - loadout –
- args –
- numNodes –
Returns:
fem.mesh.fem_mesh module¶
Generic functions for all meshing functions.
-
fem.mesh.fem_mesh.
SortElems
(elems, axes)¶ spatially sort node IDs into 3D matrix
Parameters: - elems – element definitions, as read from elems.dyn
- axes – lists of x, y, z axis positions
Returns: sorted_elems
-
fem.mesh.fem_mesh.
SortNodeIDs
(nic, sort=False)¶ spatially sort node IDs into 3D matrix
Parameters: - nic (ndarray) – nodeIDcoords [# nodes x 4, dtype = i4,f4,f4,f4]
- sort (Boolean) – False (assume node ordering) True (spatially sort)
Returns: n matrix (x,y,z), axes
Return type: SortedNodeIDs (ndarray)
-
fem.mesh.fem_mesh.
check_version
()¶ check at least python2.7
Needed for argparse compatibility
Args:
Returns:
-
fem.mesh.fem_mesh.
count_header_comment_skips
(nodefile)¶ count file head comments lines
..synopsis:: count comments lines to skip before the first keyword (*)
Parameters: nodefile – node keyword filename Raises: FileNotFoundError
– Cannot open the specified node file.
-
fem.mesh.fem_mesh.
extractPlane
(snic, axes, plane)¶ extract plane node IDs
Extract the node IDs on a specified plane from a sorted node ID & coordinate 3D array.
Parameters: - snic – sorted node IDs & coordinates array
- axes – list of unique coordinates in the x, y, and z dimensions
- list – plane:
- index - index of the plane to extract (x=0, y=1, z=2)
- coord - coordinate of the plane (must exist in axes list) plane:
Returns: planeNodeIDs (spatially-sorted 2D node IDs on specified plane) :example: planeNodeIDs = extractPlane(snic,axes,(0,-0.1))
-
fem.mesh.fem_mesh.
load_elems
(elefile='elems.dyn')¶ Parameters: elefile – elems.dyn (Default value = “elems.dyn”) Returns: elems
-
fem.mesh.fem_mesh.
load_nodeIDs_coords
(nodefile='nodes.dyn')¶ load in node IDs and coordinates
Exclude ‘*’ keyword lines
Parameters: nodefile – node filename (nodes.dyn) (Default value = “nodes.dyn”) Returns: nodeIDcoords (numpy array)
-
fem.mesh.fem_mesh.
rm_tmp_file
(nodefile_nocmt)¶ Parameters: nodefile_nocmt – Returns:
-
fem.mesh.fem_mesh.
strip_comments
(nodefile)¶ strip comments string comment lines starting with $
Parameters: nodefile – keyword filename Returns:


Tools for simulating data generated by direct observation recording. Behavior streams are simulated based on an alternating renewal process, given specified distributions of event durations and interim times. Different procedures for recording data can then be applied to the simulated behavior streams. Functions are provided for the following recording methods: continuous duration recording, event counting, momentary time sampling, partial interval recording, and whole interval recording.
| Version: | 1.1 |
| Suggests: | plyr, reshape2, ggplot2, knitr, testthat |
| Published: | 2015-02-11 |
| Author: | James E. Pustejovsky, with contributions from Daniel M. Swan |
| Maintainer: | James E. Pustejovsky <jepusto at gmail.com> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| Citation: | ARPobservation citation info |
| Materials: | README NEWS |
| CRAN checks: | ARPobservation results |
| Reference manual: | ARPobservation.pdf |
| Vignettes: |
Algorithms for direct observation recording |
| Package source: | ARPobservation_1.1.tar.gz |
| Windows binaries: | r-devel: ARPobservation_1.1.zip, r-release: ARPobservation_1.1.zip, r-oldrel: ARPobservation_1.1.zip |
| OS X binaries: | r-release: ARPobservation_1.1.tgz, r-oldrel: ARPobservation_1.1.tgz |
| Old sources: | ARPobservation archive |
Please use the canonical form https://CRAN.R-project.org/package=ARPobservation to link to this page.


--- layout: default title: Books selflink: books ---
|
RESTful Java with JAX-RS by Bill Burke. RESTful Java with JAX-RS includes a technical guide that explains REST and JAX-RS, how they work, and when to use them. With the RESTEasy workbook that follows, you get step-by-step instructions for installing, configuring, and running several working JAX-RS examples, using the JBoss RESTEasy implementation of JAX-RS. |
|
RESTful Web Services by Leonard Richardson and Sam Ruby. A great introduction to REST, RESTful techniques, and designing RESTful Web Services. Its how I learned about REST initially. |
|
RESTful Web Services Cookbook by Subbu Allamaraju and Mike Amundsen. Detailed cookbook on how to design RESTful services. Subbu has an incredible blog on REST and finally he's taken a lot of his ideas and experiences along with Mike Amundsen and incorporated them into a book. |


Executing on a consistent theme whilst coming up with templates to suit all can be a tricky task. Luckily Colorfrog has it all covered.
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Pork belly ham hock capicola shoulder, meatball sirloin bacon drumstick rump t-bone shankle doner.  Chuck bacon sirloin jerky biltong shankle pork belly ground round jowl flank. Salami biltong venison, meatloaf beef ribs turkey chuck pork doner. Sausage shank ball tip kielbasa bacon jowl fatback pork cow shoulder chicken. Jowl pastrami shank beef ribs strip steak pork chop meatloaf biltong short ribs pancetta ham hock spare ribs pork loin meatball tenderloin.
 Bresaola tenderloin doner pastrami venison spare ribs tri-tip tail, jerky shank cow. Shankle capicola turkey spare ribs, pastrami corned beef short loin swine. Prosciutto sausage beef ribs salami shoulder rump tenderloin filet mignon chuck tongue pork belly strip steak ribeye. Pastrami shank fatback, boudin chicken turducken ribeye leberkas bresaola frankfurter kielbasa jowl.
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To our newsletter to keep up to date with news and events from Colorfrog
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Young girl hit by car at Christmas lights switch-on in Kilwinning as police close off road
The girl's condition is unknown at this stage after the accident on Thursday evening.
by Kathleen SpeirsA young girl has been knocked down by a car during the Christmas lights switch-on in Kilwinning.
Emergency services raced to Lauchlan Way in the Ayrshire town after the alarm was raised at around 6.55pm on Thursday.
Ambulance crews rushed the girl to Crosshouse Hospital.
Her condition is unknown.
Officers probing the incident were unable to confirm her age.
Lauchlan Way, near Ayrshire College, remains closed off as police continue their enquiries.
A spokesperson from Police Scotland told the Record: "Police were called to a report of a female pedestrian who was hit by a car in Lauchlan Way in Kilwinning.
"We were called at 6.55pm.
"The girl was taken to hospital by ambulance.
"Her condition is unknown at this stage.
"Lauchalan Way remains closed off near Ayrshire College."


Daniel Hernandez
Full-Stack Developer| FullStack Developer | Web Senior Developer| Linux | Backend Developer| Vue developer
😄 Self-learner, curious, adaptable full-stack engineer with 4+ years of experience developing web-based solutions: applications, APIs, SOAP, and REST services/microservices focused in PHP and Java. Development of SDK and examples in many programming languages to allow customers to integrate easier with the company services. Proposed standards and guides and developed internal tools for the QA and Help Desk areas. Experience leading a team of junior developers for web projects.
👀 I’m interested in developing interesting and useful projects, especially web projects as a fullstack developer, I like to improve things with new ideas, features, better architecture, code design, patterns, and practices. Something that I enjoy to find ways to make things easier, less prone to errors, and more understandable.
📫 You can reach me via LinkedIn, sorry If I’m not so active in this social network but I will answer as soon as I notice your message and I have the appropriate time.
You can know more about me in LinkedIn. You can know about my experience
Tech Skills
Tech Skills:
Java,C#, PHP, bash-scripting, Databases: PostgresQL, Mysql. Others: Git,Linux(Centos, Fedora)
Vue,Vuex, Axios, Javascript.
Python 3, Typescript Tools/Standards:Docker, Docker-compose, Vagrant, Vim, Tmux. Frameworks: JAVA:Spring , Spring Boot, JPA;Python:Flask;Nodejs, Makefile; PHP: Symfony
Typescript, Angular 2-4,8; Native Android(java).
Scrum: User Stories,Scrum Daily; Jira, Trello,Version Control::Gitlab, Github , API Tools:Swagger, Open API, Insomnia, PostMan. Test: JMeter, Cypress
Languages: Ruby , Lua, Powershell, sed ,awk Other Command-line Tools. Tools: SoapUI: Database:MongoDB
BPMN, UML, Mockups


CrimPapers
Articles published on 23 November 2018
On 23 November 2018, 12 new articles were published in 9 journals.
A Near Repeat Examination of Economic Crimes by Zachary A. Powell, Jonathan A. Grubb, Matt R. Nobles
Disentangling the Relationship Between Race and Attitudes Toward the Police: Police Contact, Perceptions of Safety, and Procedural Justice by Darren Wheelock, Meghan S. Stroshine, Michael O’hear
Layers of Bias: A Unified Approach For Understanding Problems With Risk Assessment by Laurel Eckhouse, Kristian Lum, Cynthia Conti-Cook, Julie Ciccolini
Does the Chicago Safe Passage Program Reduce Reported Crime Around Elementary Schools? Evidence From Longitudinal, Geocoded Crime Data by F. Chris Curran
Improving Youths’ Attitudes About the Police: Results From An Experimental Design by Tina L. Freiburger
Learning About Situational Crime Prevention From Offenders: Using A Script Framework to Compare the Commission of Completed and Disrupted Sexual Offenses by Alana Cook, Danielle M. Reynald, Benoit Leclerc, Richard Wortley
Juvenile Victimization in Portugal Through the Lens of Isrd-3: Lifetime Prevalence, Predictors, and Implications
Illicit Waste Trafficking and Loopholes in the European and Italian Legislation
Self-Control, Opportunity, and College Students’ Bystander Intervention in Sexually Coercive Situations by Christine Zozula, Barbara J. Costello, Bradley J. Anderson
The Effect of High-Intensity Intermittent Exercise on Chronic Stress and Potential Biomarkers: A Pilot Study
‘it’s Not Getting Them the Support They Need’: Exploratory Research of Police Officers’ Experiences of Community Mental Health by Vicky Lamb, Emma Tarpey
Michael Sheehan, February 10, 1955-July 30, 2018 by Bruce Hoffman


Handy Desserts
I have handy
,
,
.
Milk
Chocolate
Butter
Eggs
Chocolate Brownie
Chocolate
Butter
Flour
Soda
Raw Cookie Dough
Cinnamon
Butter
Flour
Powdered Sugar
Cinnamon Rolls


- The Web
- HTML
- URLs
- HTTP
- Web Applications
The web is a collection of HTML documents.
HTML = Hyper Text Markup Language.
HTML is the Main type of document.
- Text content (what you see)
- Markup (what it looks like)
- References to other documents
- Links to other pages
Element = <NAME> CONTENTS </NAME>
Bold Tag = CONTENTS
M Tag (Italics/Empahsis) = CONTENTS
<Tag Attr="value">CONTENTS</Tag>
Example = M Tag (Italics/Empahsis) =
Anchor Tag  are for links
Example =  Click here for Reddit
Image Tag  for images (no end tag as this is a void tag)
Example =
White Space -

In Line Elements -

Block Elements -
 (creates an invisible box having height and width)
SPAN is inline and DIV is block
CONTENTS

CONTENTS

<!DOCTYPE HTML>

<title>CONTENTS</title>

CONTENTS


{% load staticfiles %}
Ward has analysis you wonder about Facebook groups. You can get what posts and comments are hot and groups are active. Also you can observe posts and comments which you interest in. You can search posts and comments which interested person wrote in other group.
Get Started!Ward has analysis about Facebook groups.
You can observe posts and comments which you interested in.
Ward update groups' feeds.
You can manage your group.


Web Desioner
I'm Front-End web Developer with over 6 month experience in web designing
I always ready to adapt the changing deadlines to meet the customer's need.
I always inspire by technology. Technology especially in computer itrect me.Thats why I done my
Intermidiate in computer science, and recieve Basic IT lettricy degree after done 3 month deploma.
Now I studed in Information Technology(IT).
I want ot be an expert web Developer. It's my passion, my future target and my goal. I do my goods to achieve
my goal.
I'm Front-End web Developer with over 6 month experience in web designing
I always ready to adapt the changing deadlines to meet the customer's need.
During my job as an IT manager, I managed all most all the thing very well. I was appritiated by my senior many time because of my good work and polite behavior. I got award of best IT manager form my company. I also improve my IT skill, and learn many things during may job


---
layout: post
title: '"Little Lala" Roulette Animated Short'
date: '2013-03-24T14:57:00.003-05:00'
author: Tom Ray
tags:
- news
- video
modified_time: '2013-03-24T14:57:58.243-05:00'
blogger_id: tag:blogger.com,1999:blog-11319466.post-5153436237295039071
blogger_orig_url: http://www.lorenzosmusic.com/2013/03/little-lala-roulette-animated-short.html
---
"Little Lala" KIB105 2011 from Ella Mobbs on Vimeo.
Here's a cool animated short that was done by +ella mobbs for "Little Lala" alternative jewelry.
She animated it to our song Roulette from our album "Just had to let you know" and we think it fits the style and feel of it really well.
Would love to see more stuff like this!


| arrow.generic.coproduct10.Coproduct10 |
Represents a sealed hierarchy of 10 types where only one of the types is actually present. |
| arrow.generic.coproduct11.Coproduct11 |
Represents a sealed hierarchy of 11 types where only one of the types is actually present. |
| arrow.generic.coproduct12.Coproduct12 |
Represents a sealed hierarchy of 12 types where only one of the types is actually present. |
| arrow.generic.coproduct13.Coproduct13 |
Represents a sealed hierarchy of 13 types where only one of the types is actually present. |
| arrow.generic.coproduct14.Coproduct14 |
Represents a sealed hierarchy of 14 types where only one of the types is actually present. |
| arrow.generic.coproduct15.Coproduct15 |
Represents a sealed hierarchy of 15 types where only one of the types is actually present. |
| arrow.generic.coproduct16.Coproduct16 |
Represents a sealed hierarchy of 16 types where only one of the types is actually present. |
| arrow.generic.coproduct17.Coproduct17 |
Represents a sealed hierarchy of 17 types where only one of the types is actually present. |
| arrow.generic.coproduct18.Coproduct18 |
Represents a sealed hierarchy of 18 types where only one of the types is actually present. |
| arrow.generic.coproduct19.Coproduct19 |
Represents a sealed hierarchy of 19 types where only one of the types is actually present. |
| arrow.generic.coproduct2.Coproduct2 |
Represents a sealed hierarchy of 2 types where only one of the types is actually present. |
| arrow.generic.coproduct20.Coproduct20 |
Represents a sealed hierarchy of 20 types where only one of the types is actually present. |
| arrow.generic.coproduct21.Coproduct21 |
Represents a sealed hierarchy of 21 types where only one of the types is actually present. |
| arrow.generic.coproduct22.Coproduct22 |
Represents a sealed hierarchy of 22 types where only one of the types is actually present. |
| arrow.generic.coproduct3.Coproduct3 |
Represents a sealed hierarchy of 3 types where only one of the types is actually present. |
| arrow.generic.coproduct4.Coproduct4 |
Represents a sealed hierarchy of 4 types where only one of the types is actually present. |
| arrow.generic.coproduct5.Coproduct5 |
Represents a sealed hierarchy of 5 types where only one of the types is actually present. |
| arrow.generic.coproduct6.Coproduct6 |
Represents a sealed hierarchy of 6 types where only one of the types is actually present. |
| arrow.generic.coproduct7.Coproduct7 |
Represents a sealed hierarchy of 7 types where only one of the types is actually present. |
| arrow.generic.coproduct8.Coproduct8 |
Represents a sealed hierarchy of 8 types where only one of the types is actually present. |
| arrow.generic.coproduct9.Coproduct9 |
Represents a sealed hierarchy of 9 types where only one of the types is actually present. |
| arrow.generic.coproduct18.Eighteenth |
Represents the eighteenth type of a Coproduct18 |
| arrow.generic.coproduct19.Eighteenth |
Represents the eighteenth type of a Coproduct19 |
| arrow.generic.coproduct20.Eighteenth |
Represents the eighteenth type of a Coproduct20 |
| arrow.generic.coproduct21.Eighteenth |
Represents the eighteenth type of a Coproduct21 |
| arrow.generic.coproduct22.Eighteenth |
Represents the eighteenth type of a Coproduct22 |
| arrow.generic.coproduct10.Eighth |
Represents the eighth type of a Coproduct10 |
| arrow.generic.coproduct11.Eighth |
Represents the eighth type of a Coproduct11 |
| arrow.generic.coproduct12.Eighth |
Represents the eighth type of a Coproduct12 |
| arrow.generic.coproduct13.Eighth |
Represents the eighth type of a Coproduct13 |
| arrow.generic.coproduct14.Eighth |
Represents the eighth type of a Coproduct14 |
| arrow.generic.coproduct15.Eighth |
Represents the eighth type of a Coproduct15 |
| arrow.generic.coproduct16.Eighth |
Represents the eighth type of a Coproduct16 |
| arrow.generic.coproduct17.Eighth |
Represents the eighth type of a Coproduct17 |
| arrow.generic.coproduct18.Eighth |
Represents the eighth type of a Coproduct18 |
| arrow.generic.coproduct19.Eighth |
Represents the eighth type of a Coproduct19 |
| arrow.generic.coproduct20.Eighth |
Represents the eighth type of a Coproduct20 |
| arrow.generic.coproduct21.Eighth |
Represents the eighth type of a Coproduct21 |
| arrow.generic.coproduct22.Eighth |
Represents the eighth type of a Coproduct22 |
| arrow.generic.coproduct8.Eighth |
Represents the eighth type of a Coproduct8 |
| arrow.generic.coproduct9.Eighth |
Represents the eighth type of a Coproduct9 |
| arrow.generic.coproduct11.Eleventh |
Represents the eleventh type of a Coproduct11 |
| arrow.generic.coproduct12.Eleventh |
Represents the eleventh type of a Coproduct12 |
| arrow.generic.coproduct13.Eleventh |
Represents the eleventh type of a Coproduct13 |
| arrow.generic.coproduct14.Eleventh |
Represents the eleventh type of a Coproduct14 |
| arrow.generic.coproduct15.Eleventh |
Represents the eleventh type of a Coproduct15 |
| arrow.generic.coproduct16.Eleventh |
Represents the eleventh type of a Coproduct16 |
| arrow.generic.coproduct17.Eleventh |
Represents the eleventh type of a Coproduct17 |
| arrow.generic.coproduct18.Eleventh |
Represents the eleventh type of a Coproduct18 |
| arrow.generic.coproduct19.Eleventh |
Represents the eleventh type of a Coproduct19 |
| arrow.generic.coproduct20.Eleventh |
Represents the eleventh type of a Coproduct20 |
| arrow.generic.coproduct21.Eleventh |
Represents the eleventh type of a Coproduct21 |
| arrow.generic.coproduct22.Eleventh |
Represents the eleventh type of a Coproduct22 |
| arrow.generic.coproduct15.Fifteenth |
Represents the fifteenth type of a Coproduct15 |
| arrow.generic.coproduct16.Fifteenth |
Represents the fifteenth type of a Coproduct16 |
| arrow.generic.coproduct17.Fifteenth |
Represents the fifteenth type of a Coproduct17 |
| arrow.generic.coproduct18.Fifteenth |
Represents the fifteenth type of a Coproduct18 |
| arrow.generic.coproduct19.Fifteenth |
Represents the fifteenth type of a Coproduct19 |
| arrow.generic.coproduct20.Fifteenth |
Represents the fifteenth type of a Coproduct20 |
| arrow.generic.coproduct21.Fifteenth |
Represents the fifteenth type of a Coproduct21 |
| arrow.generic.coproduct22.Fifteenth |
Represents the fifteenth type of a Coproduct22 |
| arrow.generic.coproduct10.Fifth |
Represents the fifth type of a Coproduct10 |
| arrow.generic.coproduct11.Fifth |
Represents the fifth type of a Coproduct11 |
| arrow.generic.coproduct12.Fifth |
Represents the fifth type of a Coproduct12 |
| arrow.generic.coproduct13.Fifth |
Represents the fifth type of a Coproduct13 |
| arrow.generic.coproduct14.Fifth |
Represents the fifth type of a Coproduct14 |
| arrow.generic.coproduct15.Fifth |
Represents the fifth type of a Coproduct15 |
| arrow.generic.coproduct16.Fifth |
Represents the fifth type of a Coproduct16 |
| arrow.generic.coproduct17.Fifth |
Represents the fifth type of a Coproduct17 |
| arrow.generic.coproduct18.Fifth |
Represents the fifth type of a Coproduct18 |
| arrow.generic.coproduct19.Fifth |
Represents the fifth type of a Coproduct19 |
| arrow.generic.coproduct20.Fifth |
Represents the fifth type of a Coproduct20 |
| arrow.generic.coproduct21.Fifth |
Represents the fifth type of a Coproduct21 |
| arrow.generic.coproduct22.Fifth |
Represents the fifth type of a Coproduct22 |
| arrow.generic.coproduct5.Fifth |
Represents the fifth type of a Coproduct5 |
| arrow.generic.coproduct6.Fifth |
Represents the fifth type of a Coproduct6 |
| arrow.generic.coproduct7.Fifth |
Represents the fifth type of a Coproduct7 |
| arrow.generic.coproduct8.Fifth |
Represents the fifth type of a Coproduct8 |
| arrow.generic.coproduct9.Fifth |
Represents the fifth type of a Coproduct9 |
| arrow.generic.coproduct10.First |
Represents the first type of a Coproduct10 |
| arrow.generic.coproduct11.First |
Represents the first type of a Coproduct11 |
| arrow.generic.coproduct12.First |
Represents the first type of a Coproduct12 |
| arrow.generic.coproduct13.First |
Represents the first type of a Coproduct13 |
| arrow.generic.coproduct14.First |
Represents the first type of a Coproduct14 |
| arrow.generic.coproduct15.First |
Represents the first type of a Coproduct15 |
| arrow.generic.coproduct16.First |
Represents the first type of a Coproduct16 |
| arrow.generic.coproduct17.First |
Represents the first type of a Coproduct17 |
| arrow.generic.coproduct18.First |
Represents the first type of a Coproduct18 |
| arrow.generic.coproduct19.First |
Represents the first type of a Coproduct19 |
| arrow.generic.coproduct2.First |
Represents the first type of a Coproduct2 |
| arrow.generic.coproduct20.First |
Represents the first type of a Coproduct20 |
| arrow.generic.coproduct21.First |
Represents the first type of a Coproduct21 |
| arrow.generic.coproduct22.First |
Represents the first type of a Coproduct22 |
| arrow.generic.coproduct3.First |
Represents the first type of a Coproduct3 |
| arrow.generic.coproduct4.First |
Represents the first type of a Coproduct4 |
| arrow.generic.coproduct5.First |
Represents the first type of a Coproduct5 |
| arrow.generic.coproduct6.First |
Represents the first type of a Coproduct6 |
| arrow.generic.coproduct7.First |
Represents the first type of a Coproduct7 |
| arrow.generic.coproduct8.First |
Represents the first type of a Coproduct8 |
| arrow.generic.coproduct9.First |
Represents the first type of a Coproduct9 |
| arrow.generic.coproduct14.Fourteenth |
Represents the fourteenth type of a Coproduct14 |
| arrow.generic.coproduct15.Fourteenth |
Represents the fourteenth type of a Coproduct15 |
| arrow.generic.coproduct16.Fourteenth |
Represents the fourteenth type of a Coproduct16 |
| arrow.generic.coproduct17.Fourteenth |
Represents the fourteenth type of a Coproduct17 |
| arrow.generic.coproduct18.Fourteenth |
Represents the fourteenth type of a Coproduct18 |
| arrow.generic.coproduct19.Fourteenth |
Represents the fourteenth type of a Coproduct19 |
| arrow.generic.coproduct20.Fourteenth |
Represents the fourteenth type of a Coproduct20 |
| arrow.generic.coproduct21.Fourteenth |
Represents the fourteenth type of a Coproduct21 |
| arrow.generic.coproduct22.Fourteenth |
Represents the fourteenth type of a Coproduct22 |
| arrow.generic.coproduct10.Fourth |
Represents the fourth type of a Coproduct10 |
| arrow.generic.coproduct11.Fourth |
Represents the fourth type of a Coproduct11 |
| arrow.generic.coproduct12.Fourth |
Represents the fourth type of a Coproduct12 |
| arrow.generic.coproduct13.Fourth |
Represents the fourth type of a Coproduct13 |
| arrow.generic.coproduct14.Fourth |
Represents the fourth type of a Coproduct14 |
| arrow.generic.coproduct15.Fourth |
Represents the fourth type of a Coproduct15 |
| arrow.generic.coproduct16.Fourth |
Represents the fourth type of a Coproduct16 |
| arrow.generic.coproduct17.Fourth |
Represents the fourth type of a Coproduct17 |
| arrow.generic.coproduct18.Fourth |
Represents the fourth type of a Coproduct18 |
| arrow.generic.coproduct19.Fourth |
Represents the fourth type of a Coproduct19 |
| arrow.generic.coproduct20.Fourth |
Represents the fourth type of a Coproduct20 |
| arrow.generic.coproduct21.Fourth |
Represents the fourth type of a Coproduct21 |
| arrow.generic.coproduct22.Fourth |
Represents the fourth type of a Coproduct22 |
| arrow.generic.coproduct4.Fourth |
Represents the fourth type of a Coproduct4 |
| arrow.generic.coproduct5.Fourth |
Represents the fourth type of a Coproduct5 |
| arrow.generic.coproduct6.Fourth |
Represents the fourth type of a Coproduct6 |
| arrow.generic.coproduct7.Fourth |
Represents the fourth type of a Coproduct7 |
| arrow.generic.coproduct8.Fourth |
Represents the fourth type of a Coproduct8 |
| arrow.generic.coproduct9.Fourth |
Represents the fourth type of a Coproduct9 |
| arrow.generic.Generic |
|
| arrow.generic.HCons |
|
| arrow.generic.HList |
An Heterogeneous list of values that preserves type information |
| arrow.generic.HList1 |
HList supported arity is up to product of 22 elements |
| arrow.generic.HList10 |
|
| arrow.generic.HList11 |
|
| arrow.generic.HList12 |
|
| arrow.generic.HList13 |
|
| arrow.generic.HList14 |
|
| arrow.generic.HList15 |
|
| arrow.generic.HList16 |
|
| arrow.generic.HList17 |
|
| arrow.generic.HList18 |
|
| arrow.generic.HList19 |
|
| arrow.generic.HList2 |
|
| arrow.generic.HList20 |
|
| arrow.generic.HList21 |
|
| arrow.generic.HList22 |
|
| arrow.generic.HList3 |
|
| arrow.generic.HList4 |
|
| arrow.generic.HList5 |
|
| arrow.generic.HList6 |
|
| arrow.generic.HList7 |
|
| arrow.generic.HList8 |
|
| arrow.generic.HList9 |
|
| arrow.generic.HNil |
|
| arrow.generic.LabeledProductTypeClass |
A type class abstracting over the product operation of type classes over types of kind * , as well as deriving instances using an isomorphism. Refines ProductTypeClass with the addition of runtime String labels corresponding to the names of the product elements. |
| arrow.generic.coproduct19.Nineteenth |
Represents the nineteenth type of a Coproduct19 |
| arrow.generic.coproduct20.Nineteenth |
Represents the nineteenth type of a Coproduct20 |
| arrow.generic.coproduct21.Nineteenth |
Represents the nineteenth type of a Coproduct21 |
| arrow.generic.coproduct22.Nineteenth |
Represents the nineteenth type of a Coproduct22 |
| arrow.generic.coproduct10.Ninth |
Represents the ninth type of a Coproduct10 |
| arrow.generic.coproduct11.Ninth |
Represents the ninth type of a Coproduct11 |
| arrow.generic.coproduct12.Ninth |
Represents the ninth type of a Coproduct12 |
| arrow.generic.coproduct13.Ninth |
Represents the ninth type of a Coproduct13 |
| arrow.generic.coproduct14.Ninth |
Represents the ninth type of a Coproduct14 |
| arrow.generic.coproduct15.Ninth |
Represents the ninth type of a Coproduct15 |
| arrow.generic.coproduct16.Ninth |
Represents the ninth type of a Coproduct16 |
| arrow.generic.coproduct17.Ninth |
Represents the ninth type of a Coproduct17 |
| arrow.generic.coproduct18.Ninth |
Represents the ninth type of a Coproduct18 |
| arrow.generic.coproduct19.Ninth |
Represents the ninth type of a Coproduct19 |
| arrow.generic.coproduct20.Ninth |
Represents the ninth type of a Coproduct20 |
| arrow.generic.coproduct21.Ninth |
Represents the ninth type of a Coproduct21 |
| arrow.generic.coproduct22.Ninth |
Represents the ninth type of a Coproduct22 |
| arrow.generic.coproduct9.Ninth |
Represents the ninth type of a Coproduct9 |
| arrow.generic.ProductTypeClass |
|
| arrow.generic.ProductTypeClassCompanion |
|
| arrow.generic.coproduct10.Second |
Represents the second type of a Coproduct10 |
| arrow.generic.coproduct11.Second |
Represents the second type of a Coproduct11 |
| arrow.generic.coproduct12.Second |
Represents the second type of a Coproduct12 |
| arrow.generic.coproduct13.Second |
Represents the second type of a Coproduct13 |
| arrow.generic.coproduct14.Second |
Represents the second type of a Coproduct14 |
| arrow.generic.coproduct15.Second |
Represents the second type of a Coproduct15 |
| arrow.generic.coproduct16.Second |
Represents the second type of a Coproduct16 |
| arrow.generic.coproduct17.Second |
Represents the second type of a Coproduct17 |
| arrow.generic.coproduct18.Second |
Represents the second type of a Coproduct18 |
| arrow.generic.coproduct19.Second |
Represents the second type of a Coproduct19 |
| arrow.generic.coproduct2.Second |
Represents the second type of a Coproduct2 |
| arrow.generic.coproduct20.Second |
Represents the second type of a Coproduct20 |
| arrow.generic.coproduct21.Second |
Represents the second type of a Coproduct21 |
| arrow.generic.coproduct22.Second |
Represents the second type of a Coproduct22 |
| arrow.generic.coproduct3.Second |
Represents the second type of a Coproduct3 |
| arrow.generic.coproduct4.Second |
Represents the second type of a Coproduct4 |
| arrow.generic.coproduct5.Second |
Represents the second type of a Coproduct5 |
| arrow.generic.coproduct6.Second |
Represents the second type of a Coproduct6 |
| arrow.generic.coproduct7.Second |
Represents the second type of a Coproduct7 |
| arrow.generic.coproduct8.Second |
Represents the second type of a Coproduct8 |
| arrow.generic.coproduct9.Second |
Represents the second type of a Coproduct9 |
| arrow.generic.coproduct17.Seventeenth |
Represents the seventeenth type of a Coproduct17 |
| arrow.generic.coproduct18.Seventeenth |
Represents the seventeenth type of a Coproduct18 |
| arrow.generic.coproduct19.Seventeenth |
Represents the seventeenth type of a Coproduct19 |
| arrow.generic.coproduct20.Seventeenth |
Represents the seventeenth type of a Coproduct20 |
| arrow.generic.coproduct21.Seventeenth |
Represents the seventeenth type of a Coproduct21 |
| arrow.generic.coproduct22.Seventeenth |
Represents the seventeenth type of a Coproduct22 |
| arrow.generic.coproduct10.Seventh |
Represents the seventh type of a Coproduct10 |
| arrow.generic.coproduct11.Seventh |
Represents the seventh type of a Coproduct11 |
| arrow.generic.coproduct12.Seventh |
Represents the seventh type of a Coproduct12 |
| arrow.generic.coproduct13.Seventh |
Represents the seventh type of a Coproduct13 |
| arrow.generic.coproduct14.Seventh |
Represents the seventh type of a Coproduct14 |
| arrow.generic.coproduct15.Seventh |
Represents the seventh type of a Coproduct15 |
| arrow.generic.coproduct16.Seventh |
Represents the seventh type of a Coproduct16 |
| arrow.generic.coproduct17.Seventh |
Represents the seventh type of a Coproduct17 |
| arrow.generic.coproduct18.Seventh |
Represents the seventh type of a Coproduct18 |
| arrow.generic.coproduct19.Seventh |
Represents the seventh type of a Coproduct19 |
| arrow.generic.coproduct20.Seventh |
Represents the seventh type of a Coproduct20 |
| arrow.generic.coproduct21.Seventh |
Represents the seventh type of a Coproduct21 |
| arrow.generic.coproduct22.Seventh |
Represents the seventh type of a Coproduct22 |
| arrow.generic.coproduct7.Seventh |
Represents the seventh type of a Coproduct7 |
| arrow.generic.coproduct8.Seventh |
Represents the seventh type of a Coproduct8 |
| arrow.generic.coproduct9.Seventh |
Represents the seventh type of a Coproduct9 |
| arrow.generic.coproduct16.Sixteenth |
Represents the sixteenth type of a Coproduct16 |
| arrow.generic.coproduct17.Sixteenth |
Represents the sixteenth type of a Coproduct17 |
| arrow.generic.coproduct18.Sixteenth |
Represents the sixteenth type of a Coproduct18 |
| arrow.generic.coproduct19.Sixteenth |
Represents the sixteenth type of a Coproduct19 |
| arrow.generic.coproduct20.Sixteenth |
Represents the sixteenth type of a Coproduct20 |
| arrow.generic.coproduct21.Sixteenth |
Represents the sixteenth type of a Coproduct21 |
| arrow.generic.coproduct22.Sixteenth |
Represents the sixteenth type of a Coproduct22 |
| arrow.generic.coproduct10.Sixth |
Represents the sixth type of a Coproduct10 |
| arrow.generic.coproduct11.Sixth |
Represents the sixth type of a Coproduct11 |
| arrow.generic.coproduct12.Sixth |
Represents the sixth type of a Coproduct12 |
| arrow.generic.coproduct13.Sixth |
Represents the sixth type of a Coproduct13 |
| arrow.generic.coproduct14.Sixth |
Represents the sixth type of a Coproduct14 |
| arrow.generic.coproduct15.Sixth |
Represents the sixth type of a Coproduct15 |
| arrow.generic.coproduct16.Sixth |
Represents the sixth type of a Coproduct16 |
| arrow.generic.coproduct17.Sixth |
Represents the sixth type of a Coproduct17 |
| arrow.generic.coproduct18.Sixth |
Represents the sixth type of a Coproduct18 |
| arrow.generic.coproduct19.Sixth |
Represents the sixth type of a Coproduct19 |
| arrow.generic.coproduct20.Sixth |
Represents the sixth type of a Coproduct20 |
| arrow.generic.coproduct21.Sixth |
Represents the sixth type of a Coproduct21 |
| arrow.generic.coproduct22.Sixth |
Represents the sixth type of a Coproduct22 |
| arrow.generic.coproduct6.Sixth |
Represents the sixth type of a Coproduct6 |
| arrow.generic.coproduct7.Sixth |
Represents the sixth type of a Coproduct7 |
| arrow.generic.coproduct8.Sixth |
Represents the sixth type of a Coproduct8 |
| arrow.generic.coproduct9.Sixth |
Represents the sixth type of a Coproduct9 |
| arrow.generic.coproduct10.Tenth |
Represents the tenth type of a Coproduct10 |
| arrow.generic.coproduct11.Tenth |
Represents the tenth type of a Coproduct11 |
| arrow.generic.coproduct12.Tenth |
Represents the tenth type of a Coproduct12 |
| arrow.generic.coproduct13.Tenth |
Represents the tenth type of a Coproduct13 |
| arrow.generic.coproduct14.Tenth |
Represents the tenth type of a Coproduct14 |
| arrow.generic.coproduct15.Tenth |
Represents the tenth type of a Coproduct15 |
| arrow.generic.coproduct16.Tenth |
Represents the tenth type of a Coproduct16 |
| arrow.generic.coproduct17.Tenth |
Represents the tenth type of a Coproduct17 |
| arrow.generic.coproduct18.Tenth |
Represents the tenth type of a Coproduct18 |
| arrow.generic.coproduct19.Tenth |
Represents the tenth type of a Coproduct19 |
| arrow.generic.coproduct20.Tenth |
Represents the tenth type of a Coproduct20 |
| arrow.generic.coproduct21.Tenth |
Represents the tenth type of a Coproduct21 |
| arrow.generic.coproduct22.Tenth |
Represents the tenth type of a Coproduct22 |
| arrow.generic.coproduct10.Third |
Represents the third type of a Coproduct10 |
| arrow.generic.coproduct11.Third |
Represents the third type of a Coproduct11 |
| arrow.generic.coproduct12.Third |
Represents the third type of a Coproduct12 |
| arrow.generic.coproduct13.Third |
Represents the third type of a Coproduct13 |
| arrow.generic.coproduct14.Third |
Represents the third type of a Coproduct14 |
| arrow.generic.coproduct15.Third |
Represents the third type of a Coproduct15 |
| arrow.generic.coproduct16.Third |
Represents the third type of a Coproduct16 |
| arrow.generic.coproduct17.Third |
Represents the third type of a Coproduct17 |
| arrow.generic.coproduct18.Third |
Represents the third type of a Coproduct18 |
| arrow.generic.coproduct19.Third |
Represents the third type of a Coproduct19 |
| arrow.generic.coproduct20.Third |
Represents the third type of a Coproduct20 |
| arrow.generic.coproduct21.Third |
Represents the third type of a Coproduct21 |
| arrow.generic.coproduct22.Third |
Represents the third type of a Coproduct22 |
| arrow.generic.coproduct3.Third |
Represents the third type of a Coproduct3 |
| arrow.generic.coproduct4.Third |
Represents the third type of a Coproduct4 |
| arrow.generic.coproduct5.Third |
Represents the third type of a Coproduct5 |
| arrow.generic.coproduct6.Third |
Represents the third type of a Coproduct6 |
| arrow.generic.coproduct7.Third |
Represents the third type of a Coproduct7 |
| arrow.generic.coproduct8.Third |
Represents the third type of a Coproduct8 |
| arrow.generic.coproduct9.Third |
Represents the third type of a Coproduct9 |
| arrow.generic.coproduct13.Thirteenth |
Represents the thirteenth type of a Coproduct13 |
| arrow.generic.coproduct14.Thirteenth |
Represents the thirteenth type of a Coproduct14 |
| arrow.generic.coproduct15.Thirteenth |
Represents the thirteenth type of a Coproduct15 |
| arrow.generic.coproduct16.Thirteenth |
Represents the thirteenth type of a Coproduct16 |
| arrow.generic.coproduct17.Thirteenth |
Represents the thirteenth type of a Coproduct17 |
| arrow.generic.coproduct18.Thirteenth |
Represents the thirteenth type of a Coproduct18 |
| arrow.generic.coproduct19.Thirteenth |
Represents the thirteenth type of a Coproduct19 |
| arrow.generic.coproduct20.Thirteenth |
Represents the thirteenth type of a Coproduct20 |
| arrow.generic.coproduct21.Thirteenth |
Represents the thirteenth type of a Coproduct21 |
| arrow.generic.coproduct22.Thirteenth |
Represents the thirteenth type of a Coproduct22 |
| arrow.generic.coproduct12.Twelfth |
Represents the twelfth type of a Coproduct12 |
| arrow.generic.coproduct13.Twelfth |
Represents the twelfth type of a Coproduct13 |
| arrow.generic.coproduct14.Twelfth |
Represents the twelfth type of a Coproduct14 |
| arrow.generic.coproduct15.Twelfth |
Represents the twelfth type of a Coproduct15 |
| arrow.generic.coproduct16.Twelfth |
Represents the twelfth type of a Coproduct16 |
| arrow.generic.coproduct17.Twelfth |
Represents the twelfth type of a Coproduct17 |
| arrow.generic.coproduct18.Twelfth |
Represents the twelfth type of a Coproduct18 |
| arrow.generic.coproduct19.Twelfth |
Represents the twelfth type of a Coproduct19 |
| arrow.generic.coproduct20.Twelfth |
Represents the twelfth type of a Coproduct20 |
| arrow.generic.coproduct21.Twelfth |
Represents the twelfth type of a Coproduct21 |
| arrow.generic.coproduct22.Twelfth |
Represents the twelfth type of a Coproduct22 |
| arrow.generic.coproduct20.Twentieth |
Represents the twentieth type of a Coproduct20 |
| arrow.generic.coproduct21.Twentieth |
Represents the twentieth type of a Coproduct21 |
| arrow.generic.coproduct22.Twentieth |
Represents the twentieth type of a Coproduct22 |
| arrow.generic.coproduct21.TwentyFirst |
Represents the twentyfirst type of a Coproduct21 |
| arrow.generic.coproduct22.TwentyFirst |
Represents the twentyfirst type of a Coproduct22 |
| arrow.generic.coproduct22.TwentySecond |
Represents the twentysecond type of a Coproduct22 |


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This example displays a moveable map of Alcatraz Island. Even though the map can still be panned and zoomed, the center of the map cannot be moved outside of the marked area


Layout:
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Line
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Color:
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Axis:
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Time


---
layout: post
status: publish
published: true
title: Bully Preachers Need To Stop
author: Ryan Hayden
wordpress_id: 1504
wordpress: 1504
date: '2013-12-12 10:35:40 -0600'
date_gmt: '2013-12-12 16:35:40 -0600'
categories:
- Fundamentalism
- ministry
tags:
- bully preaching
---
There is a style of preaching that I think is inherently
dangerous and needs to stop. I'm talking about the kind of
preaching that jumps from topic to topic, making fun and calling
names. I'm talking about the kind of preaching that aims to be
boldly controversial in a place where controversial isn't
controversial at all. I'm talking about the fast talking,
birdshot-shooting, ranting rip-face kind of preaching. I call it
bully preaching. Before I go further, let me say in the interest of
full disclosure, that I know this style of preaching was sometimes
used by the heroes of fundamentalism past. I know it was sometimes used, for instance, in the preaching of Billy Sunday and Jack
Hyles. I know there are evangelists who use this style as their
bread and butter. Nevertheless, I still think it's dangerous: It's
constant fodder for scorners, a stumbling block to the faithful, an
ear tickling for the self-righteous and some cotton candy thrown
out to the malnourished sheep. As a pastor, if I know someone is
prone to bully preaching - I'll do everything I can to make sure
they never stand behind the pulpit of Bible Baptist. When special
speakers are invited, I try to make it plain in advance that this
style of preaching will be neither appreciated nor tolerated. On
top of the reasons above, let me give you four reasons why:
1. Bully preaching is primarily entertainment
preaching.
The bully preacher may say "We need to warn
the people." But two things need to be kept in mind: First, there
probably aren't any homosexuals, abortionists, cross-dressers,
theological liberals, etc. in the Sunday evening service at the
local independent Baptist church. Second, even if they were a
thirty second insulting soundbite isn't going to get them to change
their ways. No matter what anyone says, the main purpose for bully
preaching is to entertain a crowd. It's the preaching equivalent of
the popular brat in the fifth grade lunch room doling out yo-mama
jokes and making fun of the teacher's receding hairline. It's
picking yourself up by putting others down.  It's totally unacceptable.
2. Bully preaching is rarely truthful
preaching.
Don't misunderstand this point. I'm not
saying that the soundbites thrown out aren't "truthy", they have an
element of truth, but they most often not
completely truthful. How can I say
this? I can say it because bullying relies on two things that are
not coherent with complete truthfulness: exaggeration and
generalization. If you remove those two elements from bully
preaching, it stops being bully preaching.
3. Bully
preaching is almost never loving preaching.
One of the
many things
href="http://www.bibleserver.com/text/KJV/1Corinthians13"
class="bibleserver extern" target="_blank">1 Corinthians
13 teaches us about love is that charity
"rejoiceth not in iniquity, but rejoiceth in the
truth." One of the things I think the scripture means by
that is that a person who has true Christian love is a person that
refuses to get any kind of satisfaction out of the wrongdoing of
others. What is bully preaching if not gaining some type of
satisfaction out of the wrongdoing of others? Even if this is not
the case, it is certainly not what Paul meant when he said we
should be "speaking the truth in love."
4. Bully preaching is always diversionary
preaching.
My biggest problem with bully preaching isn't
anything listed above - it's that the bully preacher isn't doing
what he should be doing: preaching and explaining the Word of God.
Here's a quick homework assignment: look through the New
Testament and catalogue what percentage of the teaching and
preaching there could ever pass as bully preaching. I
can think of two passages: Jesus' famous denunciation of the
Pharisees and Paul's admonition about the Cretans in Titus.
I don't think these passages are normative and I
don't think they are adequate excuses for bully
preachers. First, because they both Jesus and Paul
were under inspiration we cannot claim and were therefore perfectly
truthful. Second, because they make up such a small percentage of
the recorded teaching and preaching of scripture. Third, because
both of those instances were focused on a singular issue or group
and balanced out by commands for Bible based teaching. People don't
need a running commentary on what's wrong with the world, modern
Christianity, the democratic party, and blue dress shirts - they
need the scripture - read, explained and applied. It's bad enough
when a traveling evangelist does this, but when a pastor does this
week by week, it's a tragic setup for malnourishment. I think we
should treat bully preachers the same way we treat bully fifth
graders in the high school lunch room - remove their audience and
let their fire die out from lack of air. Let them go back to their
corner and deal with their own insecurity. Eventually they'll
learn, like all bullies should, that bullying gets you nowhere
worth going.


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Google Camera now also scan, copy and translate texts - Gizchina.com
by AbdullahGoogle Camera now also scan, copy and translate texts
3.1 (62.86%) 7 votes
The latest Google Camera update hides more features in its 7.2 version. The camera app of the Pixel smartphones, in addition to adding the astrophotography mode, also launches new features with new Google Lens suggestions.
Google Lens visual recognition is integrated into GCam, which adds extra features such as being able to read codes, links and email addresses of an image. Now, these functions are extended with three tools focused on documents.
Google Camera : Scan, copy and translate texts
Google Camera 7.2 now allows us to scan, copy and translate texts. Google Lens will suggest the option to Scan document. Clicking on the suggestion will take a photo and adjust the corners of the document automatically, although we can adjust them manually. Then it will allow us to share the document or save it in a PDF.
If we focus on a text, we can suggest the option Copy text or translate to another language. In the option to copy the text we can select text fragments to copy them. And also translate the recognized text.
Finally, XDA-Developers reports that these features are now available only on Pixel 4 and Pixel 3. But, some commenters on the XDA article claim they have the features on older devices.