How to build an Arduino energy monitor - measuring mains voltage and current
Including voltage measurement via AC-AC voltage adapter and current measurement via a CT sensor.
This guide details how to build a simple electricity energy monitor on that can be used to measure how much electrical energy you use in your home. It measures voltage with an AC to AC power adapter and current with a clip on CT sensor, making the setup quite safe as no high voltage work is needed.
The energy monitor can calculate real power, apparent power, power factor, rms voltage, rms current. All the calculations are done in the digital domain on an Arduino.
Step One – Gather Components
You will need:
1x Arduino
Voltage sensing electronics:
1x 9V AC-AC Power Adapter
1x 100kOhm resistor for step down voltage divider.
1x 10kOhm resistor for step down voltage divider.
2x 470kOhm (for voltage divider, any matching value resistor pair down to 10K)
1x 10uF capacitor
Current sensing electronics
1x CT sensor SCT-013-000
1x Burden resistor 18 Ohms if supply voltage is 3.3V or 33 Ohms if supply voltage is 5V.
2x 470kOhm (for voltage divider, any matching value resistor pair down to 10K)
1x 10uF capacitor
Other
1x A breadboard and some single core wire.
Oomlout do a good arduino + breadboard bundle here £29
Step Two – Assemble the electronics
The electronics consist of the sensors (which produce signals proportional to the mains voltage and current) and the sensor electronics that convert these signals into a form the Arduino is happy with.
For a circuit diagram and detailed discussion of sensors and electronics see:
CT Sensors - Interfacing with an Arduino
Measuring AC Voltage with an AC to AC power adapter
Assemble the components as in the diagram above.
Step Three – Upload the Arduino Sketch
The Arduino sketch is the piece of software that runs on the Arduino. The Arduino converts the raw data from its analog input into a nice useful values and then outputs them to serial.
a) Download EmonLib from github and place in your arduino libraries folder.
Download: EmonLib
b) Upload the voltage and current example:
#include "EmonLib.h" // Include Emon Library EnergyMonitor emon1; // Create an instance void setup() { Serial.begin(9600); emon1.voltage(2, 234.26, 1.7); // Voltage: input pin, calibration, phase_shift emon1.current(1, 111.1); // Current: input pin, calibration. } void loop() { emon1.calcVI(20,2000); // Calculate all. No.of wavelengths, time-out emon1.serialprint(); // Print out all variables }
c) Open the arduino serial window
You should now see a stream of values. These are from left to right: real power, apparent power, rms voltage, rms current and power factor.
Re: How to build an arduino energy monitor
If it helps anyone, I ordered my cts for SEEEDSTUDIO and I calculated my CT sensors to be 1200. I don't know if all of them are 1200 but if you are ordering yours from seeedstudio you might want to use 1200 instead of 1500.
If someone else has ordered cts from SEEEDSTUDIO and found that their cts sensors are different than 1200 please hit reply. I am just curious if 1200 turns is standard for them or if it varies.
Thanks.
Re: How to build an arduino energy monitor
i agree Step one – calibrating power factor..
Re: How to build an arduino energy monitor
I have downloaded the library and the sketch but i get a compile error.
maybe because i dont have the file ??
#include "WProgram.h"
I guess thats where all the calculations are done, cause i dont see them anymore on those two files.
Am I missing a file?
thanks
Re: How to build an arduino energy monitor
Have you placed the library in the arduino libraries folder? The calculations are done in this library, declared on this line:
#include "Emon.h" //Load the library
Re: How to build an arduino energy monitor
Ok on the wprogram.
but on the emon.h, where are the calculations? i only see variables defined.
old pde used to have all the calculations within 3000 number of samples, sumV, sumP etc
Re: How to build an arduino energy monitor
An array of photovoltaic cells can capture the sun’s rays and transform it into green electricity. Queensland’s climate is particularly suitable for solar energy generation, and can be used for household energy consumption.
If you are living in Queensland, there has never been a better time to convert your home’s conventional power supply into one that is run by solar power systems Citisolar Solar Power Queensland aims to help you gain the best rebate for quality products. You will need to do your research as not all solar panels are created equal and every company will give you a different rebate.
Re: How to build an arduino energy monitor
The calculations are in emon.cpp, emon.h is the header file that declares variables and functions in emon.cpp.
Re: How to build an arduino energy monitor
I have put mainsACexample.pde and Emon.h in the same folder.
tried to compile...not working.
Re: How to build an arduino energy monitor
Emon.h and Emon.cpp need to be placed in the arduino ide libraries folder, for example: arduino/libraries/Emon
Make sure you restart the arduino ide too as it needs to do this to recognise the library
Re: How to build an arduino energy monitor
In your arduino sketch LoggerSketch.pde available in the EnergyMonitor.tar.gz download you use a function call emonA.measure() which is resulting in an error can this be substituted by emonA.calculate() instaed?


Welcome to the errai-ui i18n demo.
Is Dummy Element
Text in a non-data-field element
This is a really really really really really really really really really really really really really really really really really really really really long string that exceeds the cutoff length for adding a hash to its internationalization key.


API¶
Dewar¶
-
class
dewar.dewar.
Site
(path=None, create_backups=True)[source]¶ This is the root class of any dewar project, that encapsulates all the pages in a project.
Parameters: path – the path where the directories with site files can be found, such as the templates/ and static/ directories. -
close
()[source]¶ Remove a site from the global list of sites.
This functionality is rarely needed, as most applications will only involve one site. If you need it though, this will prevent this module’s site property from returning returning this site.
Note: The site property will still return this site if it is used in a page function registered to this site, or by a function that is called by a page function registered to this site.
-
Helpers¶
-
dewar.helpers.
add_wrapper
(content, wrapper='\n<!doctype html>\n\n  <meta charset="utf-8">\n\n\n{content}\n\n\n')[source]¶ Add a basic HTML template around some given text.
Parameters: - content (str) – The HTML to fill in.
- wrapper (str) – A string that contains ‘{content}’.
Returns: the wrapped content.
Return type: str
-
dewar.helpers.
freeze_func
(arg=None)[source]¶ A decorator for a function, that causes it to return the same result every time it’s called (given the same arguments).
>>> @freeze_func() >>> def f() >>> f.num += 1 >>> return f.num >>> f.num = 0 >>> f() 1 >>> f() 1 >>> f.num 2
-
dewar.helpers.
load_data
(path)[source]¶ Load the text of a data file at a path
Parameters: path (str or pathlib.Path) – the path of the data file, relative to the data directory of the site. Returns: the text of the data. Return type: str
-
dewar.helpers.
load_data_dir
(path)[source]¶ Load the text of every file in the data directory.
Parameters: path (str or pathlib.Path) – the path of the data directory, relative to the data directory of the site. Returns: a dictionary of ‘file_name’: ‘text in file’ Return type: dict
-
dewar.helpers.
load_json
(data)[source]¶ Load json from text
Parameters: data (str) – the text of some data Returns: a dictionary that matches the json found in the text. Return type: dict
-
dewar.helpers.
load_json_data
(path)[source]¶ Load json from a path
Parameters: path – the path to some data (relative to a site’s data dir) Returns: a dictionary that matches the json found at the path. Return type: dict
-
dewar.helpers.
load_md
(data)[source]¶ Load markdown into html from text
Parameters: data (str) – the text of some data Returns: a string with html that represents the markdown in a path. Return type: dict
-
dewar.helpers.
load_md_data
(path)[source]¶ Load md into html from a path
Parameters: path – the path to some data (relative to a site’s data dir) Returns: a string with html that represents the markdown in the file. Return type: str
-
dewar.helpers.
rel_url_to
(path, start=None)[source]¶ Given a path, return a link from the current site to that path.
This uses get_closest_path() to find the starting point if start is None.
Parameters: - path (pathlib.Path or str) – the path to link to.
- start (pathlib.Path or str) – The path to start from (a directory, not a file), or the closest path in the stack if None).
Returns: A relative path from start to path
Return type: str
-
dewar.helpers.
render_template
(template, **kwargs)[source]¶ Given a path to a template, and arguments to fill in, render that template.
Parameters: - template (path.Pathlib, str) – a path to a jinja template (relative to the template directory.)
- keywords – the variables to be set as the context for the jinja template.
-
dewar.helpers.
static_url
(path, start=None)[source]¶ Given a path relative to the static folder, return a path relative to the current function
This will raise a warning if the static file doesn’t exist.
Parameters: - path (pathlib.Path or str) – the path to link to (relative to the static folder).
- start (pathlib.Path or str) – The path to start from, (or the closest path in the the stack if None).
Returns: A relative path from start to path
Return type: str
-
dewar.helpers.
url_for
(function, start=None, **kwargs)[source]¶ Given a function (that takes kwargs as arguments), returns the relative path from start to the output of that function.
This uses get_closest_path() to find the starting point if start is None.
Parameters: - function (function, str) – The page function to link to, or its name.
- start (pathlib.Path, str) – The path to start from, (or the closest path in the the stack if None).
- kwargs – the arguments to function.
Returns: A relative path from start to path
Return type: str


@import implicits.Football._ @import pa._ @import views.support.`package`.Seq2zipWithRowInfo @import views.support.RowInfo @(competition: model.Competition, groupStage: _root_.football.model.Groups)(implicit request: RequestHeader) @footballGroup(round: Round, leagueTableEntries: Seq[LeagueTableEntry], row: RowInfo) = { @defining(groupStage.matchesList(competition, round)) { matches =>


linkeep.it
view my links
Link saved
succesfully!
Keep calm and save your links; Link para se logar na app


Creates an instance of Player.
The Erela client.
The Erela Node.
The player options.
Extra data to pass when extending for custom classes.
Pauses the current track.
Whether to pause the current track.
Plays the next track in the queue.
Seeks to the position in the current track.
Sets the players equalizer. Pass a empty array to reset the bands.
The array of bands to set.
Sets the queue repeat.
If queue repeat should be enabled.
Sets the track repeat.
If track repeat should be enabled.
Sets the players volume.
The volume to set.
Stops the current track.
Updates the player state.
The data to pass;
Generated using TypeDoc
The Player class.
Player
{IPlayer}


{% load static %}
Use T or F to choose whether the image is true (real color) or false (fake / generated color).
The tests will repeat indefinitely. You have completed 0 tests.


Home
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Hello GL2Introduction -------------
This example is taken directly from the android ndk samples, except here it builds with cmake.I. Build the native code ----------------
cd hello-gl2 mkdir build cd build android-cmake .. makeII. Build the Android App (command line way) ----------------
cd hello-gl2 ./project_create.sh ant compile ant install


{{messageCreatedBy}} made a new comment on order {{orderNumber}}:
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Click here to respond.


The number 42 is, in The Hitchhiker's Guide to the Galaxy by Douglas Adams, the 'Answer to the Ultimate Question of Life, the Universe, and Everything', calculated by an enormous supercomputer named Deep Thought over a period of 7.5 million years. Unfortunately, no one knows what the question is.


HARD EIGHT A film review by James Berardinelli Copyright 1997 James Berardinelli
RATING (0 TO 10): 7.0 Alternative Scale: *** out of ****
United States, 1997 U.S. Release Date: beginning 2/28/97 (limited) Running Length: 1:41 MPAA Classification: R (Profanity, violence, sex) Theatrical Aspect Ratio: 2.35:1
Cast: Philip Baker Hall, John C. Reilly, Gwyneth Paltrow, Samuel L. Jackson Director: Paul Thomas Anderson Producers: Robert Jones, John Lyons Screenplay: Paul Thomas Anderson Cinematography: Robert Elswit Music: Jon Brion and Michael Penn U.S. Distributor: The Samuel Goldwyn Company
Inertia. The dictionary defines it as "a property of matter by which it remains at rest or in uniform motion," and this is an apt descriptor for Paul Thomas Anderson's debut feature, HARD EIGHT. During the first half, virtually nothing happens -- the characters are stuck in a stasis from which escape seems impossible. Then, during the second half, momentum carries the story to its inescapable conclusion. The dualistic nature of HARD EIGHT makes it a difficult picture to size up. At times, it's engrossing, but, on other occasions, it's a lesson in frustration.
HARD EIGHT opens with a fascinating, twenty-minute prologue. A dapper, elderly gentleman named Sydney (Philip Baker Hall), approaches a disheveled, younger man, John (John C. Reilly), outside a roadside diner. Sydney invites John to join him for a cup of coffee and a cigarette. Inside, they talk. John's on his way back from Vegas, where he lost all his money trying to win enough to bury his mother. Sydney thinks his intentions are admirable, and offers him an opportunity: come back to Vegas and learn how to get a free room and maybe even win a little extra cash. Sydney's scam is deceptively simple and undeniably effective, and Anderson presents it with flair and an undercurrent of wry humor.
The rest of HARD EIGHT takes place two years later in Reno, when Sydney and John are good friends. Theirs is a father/son relationship, with John never far from Sydney's side. As John's girlfriend, waitress/prostitute Clementine (Gwyneth Paltrow), observes to the older man, "He follows you and worships you like you're a captain." Clementine's actions soon introduce new obstacles in Sydney and John's friendship, as do those of a seedy security advisor named Jimmy (Samuel L. Jackson).
HARD EIGHT borrows its share of conventions from noir thrillers, but this is more of a character drama than anything else. Sure, there's some violence, gunplay, and a few plot twists, but everything keeps coming back to the relationship between Sydney, an aging man with an opaque past, and John, the damaged and none-too-bright individual he takes under his wing. Clementine too is one of life's castoffs, but Sydney's interest in her is primarily as a companion for his surrogate son. As much as Sydney likes Clementine, however, that's how much he dislikes Jimmy, whose vulgar, arrogant manner marks him as trouble from the beginning.
I said earlier that portions of HARD EIGHT are frustrating. Indeed, some scenes are almost painful to watch because of everyone's inability to act decisively. People talk and talk and talk, but the words don't mean anything, and nothing gets resolved. Characters frequently speak in an elliptical manner, taking forever to get to the point. It's the inertia thing. There's a palpable reluctance to change to status quo. Once it's altered, however, the chain-reaction is forceful and unstoppable.
Anyone expecting the high-octane, pop-saturated drive of PULP FICTION will be disappointed. HARD EIGHT is a different sort of movie altogether. In fact, it owes more to films like THE MUSIC OF CHANCE than to Tarantino's effort. The dialogue is rich but never glib, and the characters, all pictures of loneliness in one way or another, are carefully drawn and developed. In fact, about the only elements PULP FICTION and HARD EIGHT have in common are stylistic similarities grounded in the noir tradition and effective performances by the always- solid Samuel L. Jackson.
Jackson is great, as is Gwyneth Paltrow, but those two only have supporting roles. The core of HARD EIGHT, and the reason to see it, is the dynamic between Philip Baker Hall's Sydney and John C. Reilly's John. Hall, who once stunned audiences with his amazing portrayal of Richard Nixon in Robert Altman's SECRET HONOR, is especially noteworthy. Though Sydney exudes a confident, assured manner, it doesn't take long for us to recognize the desperation and loneliness eating away at him from within. Hall brings this out subtlety, through a carefully- modulated performance that will linger in the mind long after the details of HARD EIGHT's minimalist plot have faded.
HARD EIGHT perhaps teases us with more than it delivers. The casino scenes have a sense of energy and verisimilitude that isn't always present when the action switches to swank hotel room and sleazy dives. Yet there's something almost hypnotic about the way HARD EIGHT develops -- even in its slowest, most tedious moments, it keeps our attention. And, at a time when independent films are relying ever more on comfortable formulas, that's something of an accomplishment.
- James Berardinelli e-mail<EMAIL_ADDRESS>ReelViews web site: http://www.cybernex.net/~berardin
The review above was posted to the
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public abstract class Unit
extends java.lang.Object
| Constructor and Description |
|---|
Unit(java.lang.String name,
java.util.HashMap<UnitSkill,java.lang.Integer> skills,
int maxEnergyLevel,
int maxHungerLevel,
int location,
int cols)
Creates a unit that has a specific set of skills
|
Unit(java.lang.String name,
int maxEnergyLevel,
int maxHungerLevel,
int cols)
Starts with the default skillset
|
| Modifier and Type | Method and Description |
|---|---|
void |
generatePath(int destination)
Generates a queue of movements for the unit to take to move to a desired location
|
Task |
getCurrentTask() |
int |
getEnergyLevel() |
int |
getHungerLevel() |
int |
getLocation() |
int |
getMAX_ENERGY_LEVEL() |
int |
getMAX_HUNGER_LEVEL() |
java.lang.String |
getName() |
java.util.HashMap<UnitSkill,java.lang.Integer> |
getSkills() |
boolean |
hasFinishedCurrentTask() |
boolean |
isCurrentlyWorking() |
void |
move()
Moves the unit to the given location.
|
boolean |
needsNewTask()
If the unit does not need sleep, does not need food, and currently has no task; then provide then they can be assigned a task
|
boolean |
needsToEat()
If this unit's hunger level is below a certain point, then they need to eat
|
boolean |
needsToSleep()
If this unit's energy level is below a certain point, then they need to sleep
|
void |
setCurrentlyWorking(boolean currentlyWorking) |
void |
setCurrentTask(Task task)
Gives the unit a new task to work on
|
void |
setEnergyLevel(int energyLevel) |
void |
setHungerLevel(int hungerLevel) |
void |
setLocation(int loc) |
void |
setName(java.lang.String name) |
void |
setSkills(java.util.HashMap<UnitSkill,java.lang.Integer> skills) |
void |
update()
The method that is called every tick by Civilization
|
public Unit(java.lang.String name, java.util.HashMap<UnitSkill,java.lang.Integer> skills, int maxEnergyLevel, int maxHungerLevel, int location, int cols)
name
- The name of the unitskills
- A map of skillsmaxEnergyLevel
- The maximum amount of energy that this unit can have. They start the game at 75% of their max energy level.
They will need to sleep at 15% of their max energy level.maxHungerLevel
- The maximum amount of food energy that this unit can have. They start the game at 75% of their max hunger
level. They will need to eat at 15% of their max energy level.public Unit(java.lang.String name, int maxEnergyLevel, int maxHungerLevel, int cols)
name
- The name of the unitmaxEnergyLevel
- The maximum amount of energy that this unit can have. They start the game at 75% of their max energy level.
They will need to sleep at 15% of their max energy level.maxHungerLevel
- The maximum amount of food energy that this unit can have. They start the game at 75% of their max hunger
level. They will need to eat at 15% of their max energy level.public void setCurrentTask(Task task)
task
- public boolean hasFinishedCurrentTask()
public boolean needsNewTask()
public boolean needsToEat()
public boolean needsToSleep()
public void generatePath(int destination)
destination
- The location on the map that the unit will move topublic void move()
public void update()
public java.lang.String getName()
public java.util.HashMap<UnitSkill,java.lang.Integer> getSkills()
public int getEnergyLevel()
public int getHungerLevel()
public Task getCurrentTask()
public int getLocation()
public void setLocation(int loc)
public boolean isCurrentlyWorking()
public void setName(java.lang.String name)
name
- the name to setpublic void setSkills(java.util.HashMap<UnitSkill,java.lang.Integer> skills)
skills
- the skills to setpublic void setEnergyLevel(int energyLevel)
energyLevel
- the energyLevel to setpublic void setHungerLevel(int hungerLevel)
hungerLevel
- the hungerLevel to setpublic void setCurrentlyWorking(boolean currentlyWorking)
currentlyWorking
- the currentlyWorking to setpublic int getMAX_HUNGER_LEVEL()
public int getMAX_ENERGY_LEVEL()


AElf Cottage
You can apply token and find some information here.
Apply Token (First come first served)
Address:
Please enter your wallet address.
Token Name:
Main chain: TELF
Side chain01: STA
Side chain02: STB
Memo:
Continue to get token
Apply Result
Click to get a new wallet
Wallet Info
Open Test Websites
7
Main chain explorer
https://explorer-test.aelf.io
id: TELF
Main chain wallet
https://wallet-test.aelf.io
id: TELF
Side chain explorer 01
https://explorer-test-side01.aelf.io
id: 2112
Side chain wallet 01
https://wallet-test-side01.aelf.io
id: 2112
Side chain explorer 02
https://explorer-test-side02.aelf.io
id: 2113
Side chain wallet 02
https://wallet-test-side02.aelf.io
id: 2113
Apply Token
https://apply-token-test.aelf.io/
Wallet APP
will meeting soon...


At this point, you should have a functional Memory game. We will use the rest of the time to fix any issues or add minor enhancements.
Please work with other students to come up with things to add, and then Kevin or Adam will walk through adding them with the class.
To get you started on bug hunting, let's ask one question: Have you tried revealing a pair of Pokémon, and then clicking on one of the revealed tiles before clicking a face-down tile?


Hi , I'm Vasudev jaiswal
Passionate Problem Solver & Tech Enthusiast. .
🙋♂ About Me
- 🎯 I’m focusing on Competitive Programming
- 🔭 I'm Work on a Full Stack Web Developer and Web Designer . I Spend most of time coding outstanding projects .
- 📫 How to reach me<EMAIL_ADDRESS>- ⚡ Fun fact I love meeting new people and eating food & Watching Doremon.
📢 Find me elsewhere
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if you like what i do, maybe consider buying me a coffee/tea 🥺👉👈
Let's connect and chat! Open to anything under the sun thank you.


Next is a good one, I hope you'll agree.We go here a lot, the dogs, you and me.
Though never on Thursday, so this might feel strange.And not after eating, that's also a change.
I think they do... pancakes? Oh man, this is hard!We always just order what's first on the card.
piecebox


To<EMAIL_ADDRESS>Hello Andrew,
Hope you are doing coding well!
It has been so long we didn't meet, let's catch up tomorrow at The Flying Dutchman, Noida 560038
Hope to see you there!
| Best Regards, |
| Tanya Rastogi |
| Student | Programmer |
| Phone: +91-9528327991 |
-----
Email signature template by Tanya Rastogi


Target Process Name
*specify process name such as 'firefox', 'chrome', 'edge' (without extension '.exe')


THE IRON GIANT (Warner Bros.) Voices: Eli Marienthal, Christopher McDonald, Jennifer Aniston, Harry Connick Jr., Vin Diesel. Screenplay: Tim McCanlies, based on the book _The Iron Man_ by Ted Hughes. Producers: Allison Abbate and Des McAnuff. Director: Brad Bird. MPAA Rating: PG (mild profanity, adult themes) Running Time: 85 minutes. Reviewed by Scott Renshaw.
After flaming out spectacularly in its last few attempts at feature animation -- gems like QUEST FOR CAMELOT and THE KING AND I -- Warner Bros. finally figured out how to guarantee a decent story: they re-made E.T. as a cartoon. Technically, of course, that's not what THE IRON MAN is. It's a loose adaptation of poet Ted Hughes' story "The Iron Man," set here in coastal Maine circa 1957. The protagonist is 9-year-old Hogarth Hughes (voice of Eli Marienthal), imaginative only child of a single mother (Jennifer Aniston). In the tense wake of Sputnik's launch, Hogarth discovers a 50-foot-tall robot in the woods near his home. The metal-eating giant (Vin Diesel) has no memory of his origin or his purpose, leading Hogarth to act as his caretaker. Unfortunately, over-zealous government agent Kent Mansley (Christopher McDonald) won't rest until he discovers the source of local rumors about a monster from places unknown...possibly the Communists.
On a fairly superficial level, THE IRON MAN is a Cold War allegory about paranoia turned against anything unfamiliar. Screenwriter Tim McCanlies and director Brad Bird drop in little tidbits of period detail -- Hogarth's fascination with radiation/mutation films, his friendship with a beatnik scrapyard owner/artist (Harry Connick Jr.) -- but they don't really take full advantage of their setting. The decision to set the film in 1957 Maine seems fairly arbitrary, especially since Hughes' book was not. A bit more successful is the thematic treatment of the giant as a weapon that learns how to be human. Some viewers may shift in their seats at the "guns kill" message-mongering, but it's intriguing to see a family film tackling the notion of a sentient being accepting responsibility for its own moral choices, and finding heroism in the process.
THE IRON GIANT ultimately does prove entertaining not because of its astute observations about 1950s America or gun control, but because it's a classic "boy and his dog" story -- E.T. seasoned with a generous dose of "Johnny Sokko and Giant Robot." The giant is given the personality of a curious child, and the relationship between Hogarth and the giant earns smiles from the lad's frustrations at "training" his mammoth companion. The set-ups are familiar, but familiarity doesn't have to mean laziness. Yes, there is a sinister government figure who wants the alien for his own purposes; Christopher McDonald also delivers a snappy vocal performance to spark Mansley's over-zealous patriotism. Yes, the alien causes an unexpected ruckus when he mimics some human activities; the scene in which the giant executes a perfect "cannonball" into a lake also delivers a big laugh. As directed by "The Simpsons" and "King of the Hill" veteran Bird, THE IRON GIANT has a slightly subversive sense of humor and a lively pace, giving the oft-told tale its own unique spice. It's E.T.-lite, to be sure, but it still pushes the right buttons.
On a technical level, THE IRON GIANT may not dazzle like some recent Disney features. While the integration of the digitally-created giant and the conventionally-drawn characters is seamless, the backgrounds come out a bit flat and the colors somewhat muted. Yet the toned-down animation may actually work to THE IRON GIANT's advantage. There's more innocence to the character design, more simple charm in the laid-back direction. I'm not sure THE IRON GIANT earns the big emotional crescendo it's looking for when Hogarth finally stares skyward at the giant and says "I love you," but the fundamental appeal of the relationship between a lonely boy and his alien puppy is always in effect. If it's true that there are no new stories to tell, the success of a film is always about the time the filmmakers invest in telling the old stories well. So E.T. is a 50-foot robot this time around. You'll still probably be pulling for him to turn on his heartlight.
On the Renshaw scale of 0 to 10 giant robots: 7.
Visit Scott Renshaw's Screening Room http://www.inconnect.com/~renshaw/ *** Subscribe to receive new reviews directly by email! See the Screening Room for details, or reply to this message with subject "Subscribe".
The review above was posted to the
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The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
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Related links: index of all rec.arts.movies.reviews reviews


Licence for the use of the Gibbs SeaWater (GSW) Oceanographic Toolbox
Copyright (c) 2011, SCOR/IAPSO WG127 (Scientific Committee on Oceanic Research/ International Association for the Physical Sciences of the Oceans, Working Group 127).
All rights reserved.
Redistribution and use, in source and binary forms, without modification, is permitted provided that the following conditions are met:
• Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer.
• Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution.
• Neither the name of SCOR/IAPSO WG127 nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission.

The software is available from http://www.TEOS-10.org


Configuration
You can create a tab set and pass it a few options to customize it to your current page structure. By default, the code will search for tabs by using the class name "tab", and tab content using the class name "panel". It also will apply the class name "selected" to the currently selected tab.
You may also have noticed that the id attributes for the tags and tag content started with either "tab_" or "panel_". This is a way to link a tab with its specific content while still keeping the ids unique. You can change these in the configuration as well.
Finally, if you wanted, you can turn off the fade effect, and also change the event that triggers the tab activation.
Below is an example of how you can pass options to your tab set.
var tabs = new tabset('container', {
classNames: {
tab: 'tab', // class name used to identify the tabs
panel: 'panel', // class name used to identify the tab content
tabActive: 'selected' // class name added to the active tab
},
ids: {
tab: 'tab_', // what to strip off the tab id to get the tab name
panel: 'panel_' // what to strip off the tab content id to get the tab name
},
onEvent: 'click', // perhaps you want to activate on mouseover? not recommended
effects: true // set this to false if you do not want to include effects.js
});


Concept Video
-----Contents-----
- A video that shows the concept of creating dataset for the algorithm
- Video contains Image processing
- Tells about the 3D brain voxel mappings and steps to convert into notable readings
Available for download Ready
Download


Elon Musk suggests Tesla has 200,000 orders for Cybertruck
Musk, who has been regularly tweeting about the Cybertruck's features since its launch late Thursday, has also been updating his followers with the number of orders the company has received.
by ReutersTesla Inc Chief Executive Officer Elon Musk indicated in a tweet that the electric carmaker received 200,000 orders for its electric pickup truck within three days of its launch.
Musk, who has been regularly tweeting about the Cybertruck's features since its launch late Thursday, has also been updating his followers with the number of orders the company has received.
In an earlier tweet, Musk said the company had received 146,000 orders for Cybertruck, and tweeted again on Sunday saying "200K" - an apparent reference to the number of orders.
The company's website shows that an immediate payment of $100 is required to reserve an order for the Cybertruck, which has a starting price of $39,900.
The launch of its futuristic pickup on Thursday suffered a setback when the electric vehicle's "armored glass" windows shattered in a much-anticipated unveiling. The overall look of the electric vehicle had worried Wall Street on Friday, driving the automaker's shares to close 6.1% lower.
During the launch, Musk had taken aim at the design, power and durability of mainstream trucks, only to be shaken when his boast about his new vehicle's windows backfired.
Separately, Musk said the Cybertruck is Tesla's last product unveil for a while.
Tesla plans to start manufacturing the Cybertruck around late-2021.


R access to the Sequential Monte Carlo Template Classes by Johansen <doi:10.18637/jss.v030.i06> is provided. At present, four additional examples have been added, and the first example from the JSS paper has been extended. Further integration and extensions are planned.
| Version: | 0.2.1 |
| Imports: | Rcpp (≥ 0.11.0), methods |
| LinkingTo: | Rcpp, RcppArmadillo |
| Published: | 2018-03-18 |
| Author: | Dirk Eddelbuettel, Adam M. Johansen and Leah F. South |
| Maintainer: | Dirk Eddelbuettel <edd at debian.org> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | yes |
| Materials: | README NEWS ChangeLog |
| CRAN checks: | RcppSMC results |
| Reference manual: | RcppSMC.pdf |
| Package source: | RcppSMC_0.2.1.tar.gz |
| Windows binaries: | r-devel: RcppSMC_0.2.1.zip, r-release: RcppSMC_0.2.1.zip, r-oldrel: RcppSMC_0.2.1.zip |
| OS X binaries: | r-release: RcppSMC_0.2.1.tgz, r-oldrel: RcppSMC_0.2.1.tgz |
| Old sources: | RcppSMC archive |
Please use the canonical form https://CRAN.R-project.org/package=RcppSMC to link to this page.


Dedicated, Hardworking, Passionate, Fast, and Eager to learn anything worth learning
I love learning. Learning new stuff or getting a deeper understanding of things I know. I studied Computing (Software engineering) and graduated from Staffordshire University on October 2013 and joined the Software industry since then. Plan is to further my studies when time is right and pockets are full. I love to have fun activities. Hiking, football, swimming or anything that gets the blood flowing or boosts adrenaline level. Hanging out with friends is always exciting. When I find free time with myself, doing some cool software projects (similar to this website) or developing ideas in my head. So yeah…thanks for checking out my website… also do check out my blog. I have some cool stuff going on over there.
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Cooking


|
I'm Egoda Hewage Buddhi Dilshan. I'm from Sri Lanka. Now I'm living in Kyoto, Japan.
My home Town is Ranna, Sri Lanka. It is in Hambantota District and it is a nice beach side village. I'm following a postgraduate Degree Program at KCGI School.
My concentration in my posgraduate is ERP subject. In my family there five members. There are Father, Mother, Elder brother and younger sister.
My Father and brother are Business Mans.
I hope to do my best in my Msc masters and work in a very good company in Japan because i like to living and stay in a Japan. i like japanese culture and japanese people behaviour as well.
|


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Hairfall
Thank you, Dr.Kunal for your proper guidance and lovely services. I love the fact that ClinicGen.Next'S CLINIC offers not just services but complete solutions. DR. Kunal IS VERY CARING AND GENUINE PERSONALITY AS HE HAS SUGGESTED THE TREATMENTS ONLY WHEN IT WAS REQUIRED ALONGWITH PROPER MEDICATIONS THUS OPTING A VERY HOLISTIC APPROACH. I GOT GOOD RESULTS AFTER GOING THROUGH THE SESSIONS AS PER HER RECOMMENDATION. All the very best DR.Kunal. I hope you celebrate many more anniversaries, with many more customers.
Ranvijay - Friday, 21 June 2019
✱ Results may vary person to person.
Hairfall
Hi guys! Me bohot khush Hu ki me yaha apni friend k kehne par ayi n dr. Kunal ko apne hairfall problem k liye dikhaya. Maine isse pehle bohot dermatologist ko dikhaya tha but mujhe kuch result nahi tha hairfall mai. Ek mahine me mere hairfall me bohot sudhar aya. Medications or prp treatment se. mere aaj total 6 sessions complete ho Gaye hai n Mera hair growth kaafi acha hua h. Thanks to dr. Kunal for her guidance.
Megha - Friday, 21 June 2019
✱ Results may vary person to person.
Hairfall
First of all, thank you so much Doc you helped me alot to remove my tanning, my skin is looking more good and healthy...... And my all concerns are resolved here, as I have consulted her for my hair treatment too. I am happy that I have visited Dr.Megha Singh and chose the right dermatologist for myself.
Pooja - Friday, 21 June 2019
✱ Results may vary person to person.
Hairfall
I was worried about my hair fall problem. So, I came to clinic and met the doctor. He suggested medicines and treatment and now I have been visiting here for last 3 months. I am happy with the results. I want to tell everyone about my treatment which is PRP. The results are really good.
Vineet - Thursday, 4 April 2019
✱ Results may vary person to person.
Acne
Like every teenager I had acne problems. Then I visited ClinicGen.Next. The doctor recommended me Dermaroller sessions. As soon as my sessions started I noticed improvement in every sitting. I have seen great effects on my skin and recommends Dr. Megha to everyone. I am really really happy with the results.
Deepti - Thursday, 4 April 2019
✱ Results may vary person to person.
Acne
I came here for the acne treatment and when I came here I found Dr. Megha very caring about her patients.  I didn’t know I had PCOD and she made sure to treat the root cause of the problem. She gave me the right treatment and I feel more confident. She is the best dermatologist. Thank you Dr. Megha.
Bharti Lamba - Wednesday, 3 April 2019
✱ Results may vary person to person.
Acne
Dr Megha is the best dermatologist in Delhi NCR. I was getting recurring acne, when I got to know about Dr Megha. Now that I am completely cured, I am very happy with the treatment and the services.
Swati Ghanshani - Monday, 26 November 2018
✱ Results may vary person to person.
Laser Toning
I came to ClinicGen.Next for adult acne and her expertise has helped clear my skin. The vast variety of treatments available at her clinic are perfect for any and every skin problem. Her friendly and approachable demeanour adds to the entire experience. I’m also getting Laser Toning done and it’s working wonders on my sun damage and uneven skin tone. I would highly recommend her.
Aditi Kohli - Tuesday, 18 December 2018
✱ Results may vary person to person.


NHRC seeks report in 'catastrophic' Delhi fire, issues notices to govt
About 100-150 people were sleeping when the fire broke out and most of the victims choked to death.
by PTINew Delhi: Describing the Anaj Mandi fire incident as a 'catastrophe' waiting to happen, the National Human Rights Commission (NHRC) on Monday issued notices to the Delhi government, the city's police chief and the North MCD and sought a detailed report in six weeks.
The NHRC has taken suo motu cognisance of media reports that at least 43 people were killed in Filmistan's Anaj Mandi area in central Delhi early Sunday morning when a blaze caused by a short-circuit turned a five-storey building into a "lethal gas chamber", the rights panel said.
About 100-150 people were sleeping when the fire broke out and most of the victims choked to death.
The Commission has issued notices to the chief secretary of the Delhi government, the Delhi police commissioner and the commissioner of the North Delhi Municipal Corporation.
It has sought a report within six weeks along with action taken against the errant officials, and details of relief and rehabilitation provided to the next of kin of the deceased and the injured persons, it said in a statement.
Catch the latest news, live coverage and in-depth analyses from India and World. Follow us on Facebook and Twitter.


--- layout: default title: The Heretic Network ---
The Heretic Network is a group of fellow Heretics who kindly offered their time and expertise to help you on your own journey. It all started with this post. It's us paying it forward.
Consider this your Heretic rolodex of awesomeness.
Feel free to reach out to them. And please don't forget: These wonderful folks are doing this out of gratitude - please treat them like the messiah.
And email me when something cool came out of a collaboration, when you want to offer your own expertise to fellow Heretics or when you just want to say Hi.
With deep admiration,
Pascal


Lets come in!
Drop in!
We all love the good, tasty BURGER$. But do you know what's the best for you?
WE KNOW
Choose one, and we toss it only for you
- Basic
- Cheese with more cheese
- Double aaahww
- THE BEA$T
- IT$ HOOOT!!!
- King


Hi! I'm Eric DeFelice.
I am currently the engineering lead at Superstar Games, working on creating fun and exciting VR/AR games.
In my spare time I enjoy watching movies, working on my personal game projects, and playing soccer. Oh, and I play a lot of video games as well. :)


- Returns
- Reference to the primary CameraManager
| std::shared_ptr< Core::Clock > Ocular::Engine::Clock |
( |
| ) |
const |
- Returns
- Reference to the primary Clock
| std::shared_ptr< Utils::Config > Ocular::Engine::Config |
( |
| ) |
const |
- Returns
- Reference to the primary Configuration handler
- Returns
- Reference to the primary EventManager
- Returns
- Reference to the primary GraphicsDriver.
- Returns
- Reference to the primary Hash Generator
Initializes all of the core objects and subsystems of the Ocular Engine. These include:
-
Clock
-
Logger
-
WindowManager
- Note
- Engine must be initialized before any other action is taken
- Returns
- TRUE if intiailized without any issues.
- Returns
- Reference to the primary InputHandler.
| bool Ocular::Engine::isRunning |
( |
| ) |
const |
- Returns
- TRUE if the engine is running.
- Returns
- Reference to the primary LightManager
| std::shared_ptr< Core::Logger > Ocular::Engine::Logger |
( |
| ) |
const |
- Returns
- Reference to the primary Logger
- Returns
- Reference to the primary Profiler
- Returns
- Reference to the primary ResourceManager
| bool Ocular::Engine::run |
( |
| ) |
|
Runs a single frame of the engine. Each frame consists of the following actions in the specified order:
1. Update
I. Clock tick
II. System info refresh
III. Windows updated (system messages)
IV. Event queue processed
V. Scene update (tree restructures, routines update)
2. Render
- Returns
- Returns true as long as no shutdown message (Core::Events::ShutdownEvent) has been received (value of isRunning).
- Returns
- Reference to the primary SceneManager
| bool Ocular::Engine::shutdown |
( |
| ) |
|
Safely destroys and removes all subsystems used by the Ocular Engine.
- Returns
- TRUE is shutdown without any issues.
| std::shared_ptr< Utils::String > Ocular::Engine::StringUtils |
( |
| ) |
const |
- Returns
- Reference to the primary String Utilities
- Returns
- Reference to the primary ThreadManager
- Returns
- Reference to the primary WindowManager
The documentation for this class was generated from the following files:
- C:/Projects/OcularEngine/OcularCore/include/OcularEngine.hpp
- C:/Projects/OcularEngine/OcularCore/src/OcularEngine.cpp


Simple, Transperent Pricing.
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for flexible monthly cost - no additional fees.
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--- layout: post title: "The world is a Twitter" ---
Yes kids, I've started Twittering so people who are interested in that sort thing can following me here. Follow with reckless abandon such exciting activities as:
Updating my PS3!
Complaining about lack of sleep.
Bitching about lousy service.
Fun and excitement for all!


Ternion Attack
This powerful wizard's trick causes your staff to shoot three projectiles by channeling magical energy into it. Initially each hit is not as powerful as a normal attack but the effectiveness increases every level.
Staff
${value} Energy Cost
30 31 31 32 32 33 33 34 34 35 35 36 36 37 37 38
Launches ${value} Projectile(s)
3
+${value}% Total Damage
-75 -70 -65 -60 -55 -50 -45 -40 -35 -30 -25 -20 -15 -10 -5 0
MaxLevel
12
UltimateLevel
16


We are an electromechanical leading company that provides engineering solutions that help saving energy and the environment. Our range of expertise includes air conditioning, VRV, and chillers. Becuase of the outstanding performance over the years and the experience we gained, we managed to work on many huge national projects.
We look forward to giving a share in making the world a better place by offering the best electromechanical engineering solutions. We spare no effort to provide high level of quality service delivered with honesty, integrity, and professionalism.
At Star Cooling our primary focus is customer satisfaction. We do our best to ensure that our team is working within the predetermined job specifications to meet client expectations.
At Star Cooling our primary focus is customer satisfaction which we strive for through prompt and timely undertaking of tasks. We do our best to ensure that our team is working within the allocated budget and the predetermined job specifications to meet client expectations. This is just one more way that quality of work is protected and customer satisfaction enhanced.


Welcome to pi-clap¶
A python package for clap detection
Platforms Supported¶
Raspberry Pi
Linux
MacOS
Hardware Requirements¶
Raspberry Pi (optional)
Bread Board (optional)
Microphone
Audio Card (Needed for analog microphones with a jack)
Dependencies¶
-
PortAudio (Need to be installed manually)
Audio Driver (Automatically loaded by OS after a restart)
Upcoming features¶
Adding advanced clap detection algorithms
Adding support for automation platforms like Amazon Alexa, Google Home, IFTTT etc.
License¶
MIT License


First Name
Last Name
I Agree all the term here.
Submit
Shipping Information
First Name
Billing Address
State
Sate
Apple
Banana
Cream
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Choose Country
Sate
Banana
Cream
Billing Information
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Type
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CVC
Expire
Month
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Submit


Salmon on song as Bristol City claim point in six-goal WSL thriller against Reading FC
The Robins came back from 3-1 down
by Jake RussellEbony Salmon fired in a dramatic late leveller as the points where shared in a six-goal thriller at the Madjeski Stadium.
Reading made the early inroads in this crunch WSL clash, Remi Allen and Brooke Chaplen scoring inside the opening 20 minutes.
But they were pegged back before the break by Charlie Wellings’ strike before restoring a two-goal lead when Angharad James netted at the start of the second period.
But Yana Daniels summoned an immediate response before Salmon’s late leveller.
Key moments
Chaplen was at her creative best in the early exchanges for the home side, and Fara Williams twice came close to opening the scoring.
But it was Allen who got on the scoresheet first, getting on the end of James’ flick-on and slotting home.
One became two soon after, Chaplen capitalising on a poor clearance to round the keeper and double the lead.
Bristol needed a response before the break and Wellings provided it with a fine turn and finish into the bottom corner.
Kristine Leine missed a fine chance on the stroke of half-time, but the Royals’ third arrived soon after the resumption, James rising high to head home Williams’ corner for her first goal for the club.
But when Salmon got clear down the left and pulled back for Daniels, the replacement scrambled it home and Bristol were back in it.
The Royals then spurned chances to put the game to bed, and it came back to haunt them when Salmon burst clear and kept her cool.
Goal of the match
This was a match Reading had more than enough chances to win. But their profligacy came back to haunt them late on when the industrious Salmon broke free, rounded Grace Moloney and slotted home.
To follow the action, buy tickets and sign-up for The FA Player’s live Barclays FA Women’s Super League coverage visit womenscompetitions.thefa.com
What they said
Bristol manager Tanya Oxtoby: “The application and execution of what we asked of the girls away from home was exceptional and we showed unbelievable character.
“That just shows what this group have in their locker. There have been some good performances and they have been a bit unlucky, so I am really pleased for them that they got a point today.”
Reading's Charlie Wellings: That was a team performance, we dug it out. We were down two goals earls and it’s always tough to come back from that.
It just shows the character in the team and the fight to come and get a point in a place like this.”
Reading FC Women: Grace Moloney, Kristine Leine, Maz Pacheco, Fara Williams, Angharad James (Millie Farrow, 83), Remi Allen, Amalie Eikeland (Lisa-Marie Utland, 90), Jade Moore, Brooke Chaplen, Rachel Rowe, Sophie Howard
Bristol City Women: Sophie Baggaley, Loren Dykes, Gemma Evans, Frankie Brown, Carla Humphrey, Ebony Salmon (Kirsten Reilly, 89), Charlie Wellings, Flo Allen, Meaghan Sargeant, Georgia Wilson (Olivia Chance, 65), Abi Harrison (Yana Daniels, 37)
Get lots more news, opinion and transfer updates on our Bristol City FC page and add a bookmark to find it quickly next time.


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Press any letter to play the game
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Admin
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Use -print0/-0 or find -exec + to allow for non-alphanumeric filenames.
find . -type f | xargs md5sum
find . -type f -print0 | xargs -0 md5sum
find . -type f -exec md5sum {} +
By default, xargs
interprets spaces and quotes in an unsafe and unexpected way. Whenever it's used, it should be used with -0
or --null
to split on \0
bytes, and find
should be made to output \0
separated filenames.
POSIX does not require find or xargs to support null terminators, so you can also use find -exec +
.
None.


Format: NormalTexture Texture,
Example: NormalTexture "UpperMenuButtonBackground",
Purpose: The displayed texture in enabled State, can be externalized into another frame to perform some advanced actions.
Used in: SIMPLEBUTTON, SIMPLECHECKBOX


A Gantt chart is a type of bar chart, first developed by Karol Adamiecki in 1896, and independently by Henry Gantt in the 1910s, that illustrates a project schedule. Gantt charts illustrate the start and finish dates of the terminal elements and summary elements of a project.
Mermaid can render Gantt diagrams. The code snippet below:
%% Example of sequence diagram
gantt
title A Gantt Diagram
section Section
A task :a1, 2014-01-01, 30d
Another task :after a1 , 20d
section Another
Task in sec :2014-01-12 , 12d
anther task : 24d
Renders the following diagram:
%% Example with slection of syntaxes
gantt
dateFormat YYYY-MM-DD
title Adding GANTT diagram functionality to mermaid
section A section
Completed task :done, des1, 2014-01-06,2014-01-08
Active task :active, des2, 2014-01-09, 3d
Future task : des3, after des2, 5d
Future task2 : des4, after des3, 5d
section Critical tasks
Completed task in the critical line :crit, done, 2014-01-06,24h
Implement parser and jison :crit, done, after des1, 2d
Create tests for parser :crit, active, 3d
Future task in critical line :crit, 5d
Create tests for renderer :2d
Add to mermaid :1d
section Documentation
Describe gantt syntax :active, a1, after des1, 3d
Add gantt diagram to demo page :after a1 , 20h
Add another diagram to demo page :doc1, after a1 , 48h
section Last section
Describe gantt syntax :after doc1, 3d
Add gantt diagram to demo page : 20h
Add another diagram to demo page : 48h
Renders like below:
Tbd
Tbd
Tbd
Tbd
Input Example Description:
YYYY 2014 4 digit year
YY 14 2 digit year
Q 1..4 Quarter of year. Sets month to first month in quarter.
M MM 1..12 Month number
MMM MMMM January..Dec Month name in locale set by moment.locale()
D DD 1..31 Day of month
Do 1st..31st Day of month with ordinal
DDD DDDD 1..365 Day of year
X<PHONE_NUMBER>.579 Unix timestamp
x<PHONE_NUMBER>579 Unix ms timestamp
Input Example Description
H HH 0..23 24 hour time
h hh 1..12 12 hour time used with a A.
a A am pm Post or ante meridiem
m mm 0..59 Minutes
s ss 0..59 Seconds
S 0..9 Tenths of a second
SS 0..99 Hundreds of a second
SSS 0..999 Thousandths of a second
Z ZZ +12:00 Offset from UTC as +-HH:mm, +-HHmm, or Z
More info in: http://momentjs.com/docs/#/parsing/string-format/
%a - abbreviated weekday name.
%A - full weekday name.
%b - abbreviated month name.
%B - full month name.
%c - date and time, as "%a %b %e %H:%M:%S %Y".
%d - zero-padded day of the month as a decimal number [01,31].
%e - space-padded day of the month as a decimal number [ 1,31]; equivalent to %_d.
%H - hour (24-hour clock) as a decimal number [00,23].
%I - hour (12-hour clock) as a decimal number [01,12].
%j - day of the year as a decimal number [001,366].
%m - month as a decimal number [01,12].
%M - minute as a decimal number [00,59].
%L - milliseconds as a decimal number [000, 999].
%p - either AM or PM.
%S - second as a decimal number [00,61].
%U - week number of the year (Sunday as the first day of the week) as a decimal number [00,53].
%w - weekday as a decimal number [0(Sunday),6].
%W - week number of the year (Monday as the first day of the week) as a decimal number [00,53].
%x - date, as "%m/%d/%Y".
%X - time, as "%H:%M:%S".
%y - year without century as a decimal number [00,99].
%Y - year with century as a decimal number.
%Z - time zone offset, such as "-0700".
%% - a literal "%" character.
More info in: https://github.com/mbostock/d3/wiki/Time-Formatting
Styling of the a sequence diagram is done by defining a number of css classes. During rendering these classes are extracted from the
| Class | Description |
|---|---|
| actor | Style for the actor box at the top of the diagram. |
| text.actor | Styles for text in the actor box at the top of the diagram. |
| actor-line | The vertical line for an actor. |
| messageLine0 | Styles for the solid message line. |
| messageLine1 | Styles for the dotted message line. |
| messageText | Defines styles for the text on the message arrows. |
| labelBox | Defines styles label to left in a loop. |
| labelText | Styles for the text in label for loops. |
| loopText | Styles for the text in the loop box. |
| loopLine | Defines styles for the lines in the loop box. |
| note | Styles for the note box. |
| noteText | Styles for the text on in the note boxes. |
.grid .tick {
stroke: lightgrey;
opacity: 0.3;
shape-rendering: crispEdges;
}
.grid path {
stroke-width: 0;
}
#tag {
color: white;
background: #FA283D;
width: 150px;
position: absolute;
display: none;
padding:3px 6px;
margin-left: -80px;
font-size: 11px;
}
#tag:before {
border: solid transparent;
content: ' ';
height: 0;
left: 50%;
margin-left: -5px;
position: absolute;
width: 0;
border-width: 10px;
border-bottom-color: #FA283D;
top: -20px;
}
.taskText {
fill:white;
text-anchor:middle;
}
.taskTextOutsideRight {
fill:black;
text-anchor:start;
}
.taskTextOutsideLeft {
fill:black;
text-anchor:end;
}
Is it possible to adjust the margins for rendering the sequence diagram.
This is done by defining the sequenceConfig part of the configuration object. Read more about it here. How to use
the CLI is described in the mermaidCLI page.


Chapter 3: STxT, Tutorial
If you had to read just one chapter of this book, this would be that chapter. Here we explain what STxT is, in a straightforward manner, without further ado. And we also give you enough notions so you can read any other chapter.
One example... now!
This is the first language I know where you can start with one example and everybody can get to understand it.
The example will be a cooking recipe. We will be tweaking it, so that it increasingly looks more like an STxT text, but you do not have to worry about this. I promise that it will be easy, not very traumatic, and you will like it :-D
Without further ado... Sweet fritters from Girona!
Sweet fritters from Girona This is a recipe for making sweet fritters at Lent time. They are known also as Sweet Fritters from l'Empordà. They are usually served as a dessert, and there is enough quantity for up to 12 people. It is an easy to make recipe. 1 Kg flour 8 eggs zest of 1-2 lemons 150 grams sugar 100 grams butter 1/4 liter milk 1 glass of grassolis (blend of muscatel, anise, cointreau) 75 grams yeast (from a bakery) aniseed a pinch of salt a little bit of ground cinnamon Place flour and the other ingredients in a bowl. Melt the butter with some milk, as well as the yeast. The milk for dissolving the yeast has to be only slightly lukewarm, because otherwise it would probably lose its effect. Mix everything well, and let stand covered for 3-5 hours (until the dough raises). With a spoon or teaspoon, depending on the size you want, fry in plentiful oil until you turn golden. As you take them out, sprinkle them with a little bit of the grassolis mixture, and cover them with sugar.
For now it is only text, it cannot yet be considered a valid STxT. But we will be tweaking it and little by little we will obtain a perfect STxT ;-)
First, we have to identify the parts and think of a hierarchical structure. A possible structure would be made of 5 parts. The full document is a recipe (1st part), and can be broken into 4: Title, Description, Ingredients, and Preparation.
****** Recipe ****** ----- Title ----- Sweet fritters from Girona ----------- Description ----------- This is a recipe for making sweet fritters at Lent time. They are known also as Sweet Fritters from l'Empordà. They are usually served as a dessert, and there is enough quantity for up to 12 people. It is an easy to make recipe. ----------- Ingredients ----------- 1 Kg flour 8 eggs zest of 1-2 lemons 150 grams sugar 100 grams butter 1/4 liter milk 1 glass of grassolis (blend of muscatel, anise, cointreau) 75 grams yeast (from a bakery) aniseed a pinch of salt a little bit of ground cinnamon ----------- Preparation ----------- Place flour and the other ingredients in a bowl. Melt the butter with some milk, as well as the yeast. The milk for dissolving the yeast has to be only slightly lukewarm, because otherwise it would probably lose its effect. Mix everything well, and let stand covered for 3-5 hours (until the dough raises). With a spoon or teaspoon, depending on the size you want, fry in plentiful oil until you turn golden. As you take them out, sprinkle them with a little bit of the grassolis mixture, and cover them with sugar.
This is a very natural structure, and is the basis for obtaining the final STxT document.
EVERYTHING in Namespaces (ns)
We are going to lose our fear right now of namespaces in STxT; as a tribute to all the xml traumatized users who cannot stand them ;-)
If we know something about xml and ns we will forget it momentarily.
Now pay attention.
An STxT document is made up of a set of nested nodes, and ALL the nodes must belong to a namespace (it does not have to be the same one always).
A namespace (ns) is a document (STxT!!) where it is specified which ones are its nodes, their shape, and what they may contain.
Contrary to other languages (such as xml) this document MUST EXIST and must be accessible through the web. It is normal that programs and parsers save it locally, but it is a requirement that the document exists and is accessible through the Internet. STxT has been made for the free access of information and it is basic that everyone be able to find the definitions.
Let’s see how the example namespace would be (the real STxT document is not like this, we will see this later, but the information that it will contain will be this same one):
Namespace: www.cooking.demo/recipe.stxt If it were not made up it would be accessible through the web using the url: http://www.cooking.demo/recipe.stxt We define 5 nodes: * Recipe * Title * Description * Ingredients * Preparation Recipe will be in turn of the node type, and will contain nodes of the type 'Title', 'Description', 'Ingredients' and 'Preparation' (all of the same namespace). Title, Description, Ingredients, and preparation will be in turn text type nodes. It could be represented schematically: * Recipe: Node type, and contains: ** Title: Text type ** Description: Text type ** Ingredients: Text type ** Preparation: Text type This document will also have other restrictions, as that there can only be one title, or that the description is optional, but this also will be seen further ahead.
And now we will rewrite the recipe with the previous nodes and namespaces. We must keep in mind that we only need to specify the namespace of the first node, the other namespaces are deduced automatically from its definition.
Incredible!
Finally a bit of coherence and user friendliness in the ns! :-)
Recipe(www.cooking.demo/recipe.stxt): Title: Sweet fritters from Girona Description: This is a recipe for making sweet fritters at Lent time. They are known also as Sweet Fritters from l'Empordà. They are usually served as a dessert, and there is enough quantity for up to 12 people. It is an easy to make recipe. Ingredients: 1 Kg flour 8 eggs zest of 1-2 lemons 150 grams sugar 100 grams butter 1/4 liter milk 1 glass of grassolis (blend of muscatel, anise, cointreau) 75 grams yeast (from a bakery) aniseed a pinch of salt a little bit of ground cinnamon Preparation: Place flour and the other ingredients in a bowl. Melt the butter with some milk, as well as the yeast. The milk for dissolving the yeast has to be only slightly lukewarm, because otherwise it would probably lose its effect. Mix everything well, and let stand covered for 3-5 hours (until the dough raises). With a spoon or teaspoon, depending on the size you want, fry in plentiful oil until you turn golden. As you take them out, sprinkle them with a little bit of the grassolis mixture, and cover them with sugar.
And that's it! Our first STxT document! :-) Take a good look at it. You don't need anything else.
Read this section as many times as you wish, it is essential. It is everything. If you understand this, that’s it. You will know STxT.
Please do not go on. Read this section at least once again.
After that, go on.
Or better: rest, read it again, and move on to the next section :-)
Nodes and indentation
We said before that an STxT document is a set of nested nodes. But we have not said what the nesting rules are, or how it is done. But everything is very intuitive and visual:
It is made according to the node indentation.
Better with an example, it is easier to see it than to explain it:
Node 1(x): Node 2: Node 3: Node text 3 Node 4: Node text 4 Node 5: Node 6: Node text 6 Node 7: Node text 7
In this example we have a main node Node 1, which in turn contains 2 nodes: Node 2 and Node 5. At the same time Node 2 contains Node 3 and Node 4, and Node 5 contains Node 6 and Node 7.
This structure is very visual (actually the explanation has been more complicated), and easily inferable from each node’s indentation. Just by changing the indentation, we change this structure.
For example, the following document is the same, but with a different indentation:
Node 1(...): Node 2: Node 3: Node text 3 Node 4: Node text 4 Node 5: Node 6: Node text 6 Node 7: Node text 7
The entire structure has now changed:
- Node 1: Contains Node 2 and 7
- Node 2: Contains Node 3, 4, and 5
- Node 5: Contains Node 6
We see that the hierarchical structure has completely changed.
In our recipe for example, the structure was:
Recipe(...): Title: Description: Ingredients: Preparation:
We had a node Recipe containing all the other nodes.
We see that indentation is the key, and indentation is obtained by tab characters. It is also possible to obtain it through spaces, although the tabs have always been a standard in texts, so it is the recommended form in STxT (besides saving space).
Rule: An STxT document can only have one main node
This rule has to be met always, thus allowing for a simplification in the structuring of the documents. Therefore, it is not necessary that the 2nd level nodes be aligned.
In our example above, we could have the following structure, with the same meaning:
Recipe(...): Title: Description: Ingredients: Preparation:
Thanks to the structure, the first node found is the main node, and all others are considered its children. In the same way we would have the following text
Node 1(...): Node 2: Node 3: Node text 3 Node 4: Node text 4 Node 5: Node 6: Node text 6 Node 7: Node text 7
is equivalent to
Node 1(...): Node 2: Node 3: Node text 3 Node 4: Node text 4 Node 5: Node 6: Node text 6 Node 7: Node text 7
Node and Text
The most common node types in STxT documents are NODE and TEXT. The node type is a container for other nodes, while the text type allows the inclusion of a text, without restrictions.
Alignment is the only thing that matters
This is the basic rule for all nodes. Previously we have seen how the alignment changes the node hierarchy. In text nodes, the alignment lets us include any type of content WITHOUT NEEDING TO USE ESCAPE CHARACTERS. The only restriction is that it must be aligned to one level more than the text node.
One example, please:
Node (...): Text Node: This is where the contents of the text node begin. All lines must be with an alignment above the "Text Node:". We see that escape characters are not necessary. From the alignment we know what is part of "Text Node".
More fun now... how about if we introduce xml into the text? We will see that there is no problem. We can insert text content without having to escape any character. At Last!
Node (...): Text Node: We are going to put an xml example; of how things were done before STxT: <node> <node1>This is an example</node1> <node2>This is an escape example: <</node2> </node>
Comments
All computer techs know what the comments in any language are. In case we have any beginners, I will explain that comments are text that are only there in order to comment or add any observations, but have no effect on the document itself.
In STxT, all lines that begin with the character # are comments
Let’s go back to our example. We’ll imagine that we want to add information to our recipe, but this information is only incidental, or even just to increase the document’s readability. Thus, we would add this information as a comment.
# ----------------------------------------------------- # Author = Joan Costa Mombiela # Creation date = 04-05-2013 # This recipe is originally from the Empordà. It was given to us # by some very dear relatives. # In gratitude, we have published it as the 1st # recipe on this book. # -----------------------------------------------------
Comments do not need to have any kind of format, it is free text that the author of the document can include. In addition, it does not have to be located anywhere specifically in the document. Any line that starts with # will be treated as a comment, and will not be taken into account in programs or communications.
Finally, grammar
And here is grammar. Or, the definition of namespace nodes. We will see it in more depth in the next chapter, but it is fairly self-explanatory; like all STxT documents ;-)
Namespace Definition(www.semantictext.info/namespace.stxt): Node Definition: Type:NODE Name:Recipe Child: Node:Title Num:1 Child: Node:Description Num:? Child: Node:Ingredients Num:1 Child: Node:Preparation Num:1 Node Definition: Type:TEXT Name:Title Node Definition: Type:TEXT Name:Description Node Definition: Type:TEXT Name:Ingredients Node Definition: Type:TEXT Name:Preparation
The information contained is what we had previously seen:
- There are 4 text nodes: Title, Description, Ingredients, Preparation
- There is one node container of others: Recipe. This one in turn must contain the others in the following way:
- There must be one Title node
- There may be one Description
- There must be one Ingredients node
- There must be one Preparation node
Just as a piece of information, there are 11 node types, although the node and text are the most common ones:
NODE, TEXT, URL, NATURAL, INTEGER, RATIONAL, NUMBER, BINARY, HEXADECIMAL, BASE64, BOOLEAN
Regarding Num we have the following possibilities: number,?, +, * All of them are very intuitive for those who are used to working with regular expressions.
Overview
- An STxT document is a set of hierarchical nodes.
- The structure of any node is defined in its corresponding namespace.
- The node hierarchy can be seen visually, and is achieved through indentation (using tabs).
- An STxT document can only have one main node, which lets us align its children without having to indent them
- The namespaces of all nodes do not need to be specified, only the one for the main node. The rest will be inferred automatically.
- A document can have nodes from different namespaces.
- A document must comply with its corresponding grammar.


For instructions on installing the full example readreference/_examples/full/install.txt
To begin - select a node on the left.


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March 2011
An Agency is Born
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Be Part
Of Our
Story!
Courses
List of all courses for the first semester
Fundamentals Of Software Engeneering
Programming 1
Introduction to Networking and
Mathematics for Computing.
Our Amazing Team
Fully Developed By Micheal Badu
Micheal Badu
Lead Developer
Student Of African Leadership university..
Contact Us
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Fundamentals Of Software Engeneering
This course is about....
This module is an engineering branch related with growth of software product using well-defined
scientific principles, methods and procedures. The outcome of software engineering is an efficient
and reliable software product.
Software project management has wider scope than software engineering process as it involves
communication, pre and post-delivery support.
The module Fundamentals of Software Engineering requires a good deal of reading. This reading will
help you to build up an understanding that there is a lot more to software development than writing
code!
Topic 1: Introduction to software engineering.
Topic 2: Software Engineering Processes.
Topic 3: Agile software development.
Topic 4: Requirement Engineering.
Programming 1
Programming 1...
This course teaches fundamental concepts and terminology of computer programming. Students will
develop skills in designing and writing simple computer programs. The course requires no
programming background.
Topic 1: Introduction to Object Oriented Programming
Topic 2: Writing Java Code
Topic 3: Defining Classes
Topic 4: Adding Methods to classes
Introduction to Networking and Mathematics for Computing
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Networks are everywhere—or so it seems. You can hardly do anything with data that does not
involve a network. Like the human networks that we are all part of, computer networks let us share
information and resources. In business, the reliance on networks is even more pervasive than in
homes or schools. Networks help individuals and businesses alike save money
Topic 1: CCNA Routing and Switching
Topic 2: Cybersecurity essentials
Topic 3: Packet Tracer Know how
Topic 4: Introduction to Cybersecurity
Mathematics for Computing
Welcome to the Mathematics for Computing module which I do hope you will enjoy. During the
trimester you will learn new and useful methods in discrete mathematics which will stand you in
good stead during the rest of your studies and your future career.The term ‘discrete mathematics’
encompasses a collection of topics that form the prerequisite mathematical knowledge
underpinning the study of both hardware and software systems.
Topic 1: Logic 1
Topic 2: Logic 2
Topic 3: Vectors
Topic 4: Matrices
Topic 1 : CCNA Routing and Switch
Fundermentals of software engenieering
Cybersecurity essentials
A warning banner that lists the negative outcomes of breaking company policy is displayed each time a computer user logs in to the machine. What type of access control is implemented?
preventive
masking
detective
deterrent
Choose the correct answer for the following questions


[-XX:+UseParallelGC|-XX:+UseParallelOldGC|-XX:+UseSerialGC] -Xloggc:<log_name> -XX:+PrintGCDetails -XX:+PrintGCDateStamps [-XX:+PrintTenuringDistribution]
The following recommendations are based on wonderful book by Charlie Hunt and Binu John "Java Performance".
| Space | Recommendation | How to set it up |
|---|---|---|
| Total heap | 3x to 4x old generation space occupancy after Full garbage collect | -Xms and -Xmx |
| Permanent generation | 1.2x to 1.5x permanent generation space occupancy after Full garbage collect | -XX:PermSize and -XX:MaxPermSize |
| Young generation | 1x to 1.5x old generation space occupancy after Full garbage collect | -Xmn |
| Total heap | 2x to 3x old generation space occupancy after Full garbage collect | Implied from total heap size minus the young generation |


this is the first article
this is the second article
this is the third article
this is the fourth article
this is the fifth article


GDG hackathon series for 2014
Back in 2012, the global Android developer community worked together to create an Android hackathon that took place at over 50 cities world wide. This was a amazing! Now, we are in 2014, Android has changed since, everything got more professional and there we go:
The Global Android Dev Camp takes place on
12-14 September 2014.
There are two main topic:
During that weekend developers and designers are invited to sit together and to
Look out for your local community manager, e.g. via https://developers.google.com/groups/directory/
For global requests contact
Friedger Müffke
Global Android Dev Camp on Github


{{#layout}}
Room: {{#allrooms}} {{roomNumber}} {{/allrooms}} Building: {{#allbuildings}} {{buildingName}} {{/allbuildings}} Start Time: 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Duration: 1 2 3 Days of the Week: Sunday Monday Tuesday Wednesday Thursday Friday Saturday Monday, Wednesday Tuesday, Thursday Monday, Wednesday, Friday Sunday, Saturday
Semester: {{#allsemesters}} {{season}}, {{semesterYear}} {{/allsemesters}}
Start Date:
Duration:
Days:


Gem Maintainers
The DataMapper project consists several gems. dm-core is the main gem, and then with numerous plugins, known collectively as 'dm-more', as well as data_objects, which are the low level data-store drivers.
The gem maintainers should generally be your first point of contact if you have a patch you want introduced into the main line. They'll also be the person the bug is assigned to, at least initially, though they might not be the person who ultimately fixes it.
| Gem | Maintainer | Name |
|---|---|---|
| data_objects | dbussink | Dirkjan Bussink |
| dm-adjust | somebee | Sindre Aarsaether |
| dm-aggregates | antares_ | Michael Klishin |
| dm-ar-finders | ||
| dm-cli | namelessjon | Jonathan Stott |
| dm-constraints | balint | Balint Erdi |
| dm-core | dkubb | Dan Kubb |
| dm-couch-adapter | geemus | Wesley Beary |
| dm-ferret-adapter | ||
| dm-is-example | somebee | Sindre Aarsaether |
| dm-is-list | somebee | Sindre Aarsaether |
| dm-is-nested_set | somebee | Sindre Aarsaether |
| dm-is-remixable | antares_ | Michael Klishin |
| dm-is-searchable | antares_ | Michael Klishin |
| dm-is-state_machine | antares_ | Michael Klishin |
| dm-is-tree | heda | Garrett Heaver |
| dm-is-versioned | jamie_ca | Jamie Macey |
| dm-is-viewable | ||
| dm-migrations | Rando | Paul Sadauskas |
| dm-observer | krobertson | Ken Robertson |
| dm-querizer | somebee | Sindre Aarsaether |
| dm-rest-adapter | ||
| dm-serializer | xaviershay | Xavier Shay |
| dm-shorthand | ||
| dm-sweatshop | antares_ | Michael Klishin |
| dm-tags | deimos1986 | Matthew Ford |
| dm-timestamps | auxesis | Lindsay Holmwood |
| dm-types | antares_ | Michael Klishin |
| dm-validations | antares_ | Michael Klishin |
| do_jdbc | myabc | Alex Coles |
| rails_datamapper | tomjmalone_ | Tom Malone |


Surfaces¶
-
class
batoid.
Surface
[source]¶ Abstract base class representing a 2D geometric surface.
-
sag
(x, y)[source]¶ The function defining the surface; z(x, y).
- Parameters
x, y (array_like, shape (n,)) – Positions at which to evaluate the surface sag.
- Returns
z (array_like, shape (n,)) – Surface height.
-
normal
(x, y)[source]¶ The normal vector to the surface at (x, y, z(x, y)).
- Parameters
x, y (array_like, shape (n,)) – Positions at which to evaluate the surface normal.
- Returns
normal (array_like, shape (n, 3)) – Surface normals.
-
intersect
(r)[source]¶ Calculate intersection of a ray or rays with this surface. If the intersection is in the past, then set the ray.fail flag. If the ray intersects at an obscured point, then set the ray.vignetted flag.
- Parameters
r (Ray or RayVector) – Input ray(s) to intersect
- Returns
outRays (Ray or RayVector) – New object corresponding to original ray(s) propagated to the intersection point.
-
intersectInPlace
(r)[source]¶ Calculate intersection of ray or rays with this surface. Same as
intersect
, but operates on the input argument in place.- Parameters
r (Ray or RayVector) – Ray(s) to manipulate in place.
-
reflect
(r, coating=None)[source]¶ Calculate intersection of ray(s) with this surface, and immediately reflect the ray(s) at the point(s) of intersection.
- Parameters
r (Ray or RayVector) – Ray(s) to reflect.
coating (Coating, optional) – Coating object to control reflection coefficient.
- Returns
outRays (Ray or RayVector) – New object corresponding to original ray(s) propagated and reflected.
-
reflectInPlace
(r, coating=None)[source]¶ Calculate intersection of ray(s) with this surface, and immediately reflect the ray(s) at the point(s) of intersection. Same as
reflect
, but manipulates the input ray(s) in place.- Parameters
r (Ray or RayVector) – Ray(s) to reflect in place.
coating (Coating, optional) – Coating object to control reflection coefficient.
-
refract
(r, inMedium, outMedium, coating=None)[source]¶ Calculate intersection of ray(s) with this surface, and immediately refract the ray(s) through the surface at the point(s) of intersection.
- Parameters
r (Ray or RayVector) – Ray(s) to refract.
inMedium (Medium) – Refractive medium on the incoming side of the surface.
outMedium (Medium) – Refractive medium on the outgoing side of the surface.
coating (Coating, optional) – Coating object to control transmission coefficient.
- Returns
outRays (Ray or RayVector) – New object corresponding to original ray(s) propagated and refracted.
-
refractInPlace
(r, inMedium, outMedium, coating=None)[source]¶ Calculate intersection of ray(s) with this surface, and immediately refract the ray(s) through the surface at the point(s) of intersection. Same as
refract
, but manipulates the input ray(s) in place.- Parameters
r (Ray or RayVector) – Ray(s) to refract in place.
inMedium (Medium) – Refractive medium on the incoming side of the surface.
outMedium (Medium) – Refractive medium on the outgoing side of the surface.
coating (Coating, optional) – Coating object to control transmission coefficient.
-
rSplit
(r, inMedium, outMedium, coating)[source]¶ Calculate intersection of rays with this surface, and immediately split the rays into reflected and refracted rays, with appropriate fluxes.
- Parameters
r (RayVector) – Rays to refract.
inMedium (Medium) – Refractive medium on the incoming side of the surface.
outMedium (Medium) – Refractive medium on the outgoing side of the surface.
coating (Coating) – Coating object to control transmission coefficient.
- Returns
reflectedRays, refractedRays (RayVector) – New objects corresponding to original rays propagated and reflected/refracted.
-
-
class
batoid.
Plane
(allowReverse=False)[source]¶ Bases:
batoid.surface.Surface
Planar surface. The surface sag follows the equation:
\[z(x, y) = 0\]
-
class
batoid.
Paraboloid
(R)[source]¶ Bases:
batoid.surface.Surface
Surface of revolution with parabolic cross-section, and where the axis of revolution is along the axis of the parabola. The surface sag follows the equation
\[z(x, y) = z(r) = \frac{r^2}{2 R}\]where \(r = \sqrt{x^2 + y^2}\) and
R
is the radius of curvature at the paraboloid vertex.- Parameters
R (float) – Radius of curvature at paraboloid vertex.
-
property
R
¶ Radius of curvature at paraboloid vertex.
-
class
batoid.
Sphere
(R)[source]¶ Bases:
batoid.surface.Surface
Spherical surface. The surface sag follows the equation:
\[z(x, y) = z(r) = R \left(1 - \sqrt{1-\frac{r^2}{R^2}}\right)\]where \(r = \sqrt{x^2 + y^2}\) and
R
is the radius the sphere. Note that the center of the sphere is a distanceR
above the vertex.- Parameters
R (float) – Sphere radius.
-
property
R
¶ Sphere radius.
-
class
batoid.
Quadric
(R, conic)[source]¶ Bases:
batoid.surface.Surface
Surface of revolution where the cross section is a conic section. The surface sag follows the equation:
\[z(x, y) = z(r) = \frac{r^2}{R \left(1 + \sqrt{1 - \frac{r^2}{R^2} (1 + \kappa)}\right)}\]where \(r = \sqrt{x^2 + y^2}\),
R
is the radius of curvature at the surface vertex, and \(\kappa\) is the conic constant. Different ranges of \(\kappa\) indicate different categories of surfaces:\(\kappa > 0\) => oblate ellipsoid
\(\kappa = 0\) => sphere
\(-1 < \kappa < 0\) => prolate ellipsoid
\(\kappa = -1\) => paraboloid
\(\kappa < -1\) => hyperboloid
- Parameters
R (float) – Radius of curvature at vertex.
conic (float) – Conic constant \(\kappa\)
-
property
R
¶ Radius of curvature at quadric vertex.
-
property
conic
¶ Conic constant.
-
class
batoid.
Asphere
(R, conic, coefs)[source]¶ Bases:
batoid.surface.Surface
Surface of revolution where the cross section is a conic section plus an even polynomial. Represents the equation
The surface sag follows the equation:
\[z(x, y) = z(r) = \frac{r^2}{R \left(1 + \sqrt{1 - \frac{r^2}{R^2} (1 + \kappa)}\right)} + \sum_i \alpha_i r^{2 i}\]where \(r = \sqrt{x^2 + y^2}\),
R
is the radius of curvature at the surface vertex, \(\kappa\) is the conic constant, and \(\left\{\alpha_i\right\}\) are the even polynomial coefficients. Different ranges of \(\kappa\) produce different categories of surfaces (where alpha==0):\(\kappa > 0\) => oblate ellipsoid
\(\kappa = 0\) => sphere
\(-1 < \kappa < 0\) => prolate ellipsoid
\(\kappa = -1\) => paraboloid
\(\kappa < -1\) => hyperboloid
- Parameters
R (float) – Radius of curvature at vertex.
conic (float) – Conic constant \(\kappa\).
coefs (list of float) – Even polynomial coefficients \(\left\{\alpha_i\right\}\)
-
property
R
¶ Radius of curvature at asphere vertex.
-
property
conic
¶ Conic constant.
-
property
coefs
¶ Even polynomial coefficients.
-
class
batoid.
Zernike
(coef, R_outer=1.0, R_inner=0.0)[source]¶ Bases:
batoid.surface.Surface
Surface defined by Zernike polynomials. The surface sag follows the equation:
\[z(x, y) = \sum_j a_j Z_j\left(\epsilon; \frac{x}{R_{outer}}, \frac{y}{R_{outer}}\right)\]where \(Z_j(\epsilon, u, v)\) are the annular Zernike polynomials (Mahajan) with central obscuration \(\epsilon = \frac{R_{inner}}{R_{outer}}\) indexed by the Noll (1976) convention, \(R_{outer}\) is the outer radius of the annulus, \(R_{inner}\) is the inner radius of the annulus, and \(\left\{a_j\right\}\) are the annular coefficients.
Note that the Noll convention starts at j=1, so the \(a_0\) =
coef[0]
value has no effect on the surface.- Parameters
coef (list of float) – Annular Zernike polynomial coefficients.
R_outer (float) – Outer radius of annulus.
R_inner (float) – Inner radius of annulus.
-
property
coef
¶ Annular Zernike polynomial coefficients.
-
property
R_outer
¶ Outer radius of annulus.
-
property
R_inner
¶ Outer radius of annulus.
-
class
batoid.
Bicubic
(xs, ys, zs, dzdxs=None, dzdys=None, d2zdxdys=None, _slopFrac=0.0001)[source]¶ Bases:
batoid.surface.Surface
Surface defined by interpolating from a grid.
- Parameters
xs, ys (array_like) – 1d uniform-spaced arrays indicating the grid points.
zs (array_like) – 2d array indicating the surface.
dzdxs (array_like, optional) – 2d array indicating derivatives dz/dx at grid points.
dzdys (array_like, optional) – 2d array indicating derivatives dz/dy at grid points.
d2zdxdys (array_like, optional) – 2d array indicating mixed derivatives d^2 z / (dx dy) at grid points.
-
class
batoid.
Sum
(surfaces)[source]¶ Bases:
batoid.surface.Surface
Composite surface combining two or more other Surfaces through addition. The surface sag follows the equation:
\[z(x, y) = \sum_i S_i(x, y)\]where \(S_i\) is the ith input
Surface
.- Parameters
surfaces (list of Surface) –
Surface
s to add together.


| DOSE: |
6 lines |
insufflated |
Cocaine |
(powder / crystals) |
The first time I tried coke I was really nervous. I knew I had an addictive personality, and I knew I was depressed and mentally unstable, but at this point in my life I felt like I had nothing to lose. My friend was very experienced with coke, and when I went over to her house, I watched her do it. She did a line or 2 and seemed pretty normal to me. She then set up a line for me, to which I reluctantly obliged. It felt great. I remember saying 'I bet this is how normal people feel' over and over again. I felt happy, carefree, and safe for the first time in years.
However, all I wanted even after only 2 lines was more. I had to slap myself back to reality and reason with myself that this feeling is from a somewhat dangerous drug. The next time she came over, I was so excited to do more blow. Except we did way too much, and considering I had zero tolerance and she had built up one over time, I got kinda sick. I did 6 lines basically in a row, and after a bit a wave of what felt like car sickness and an intense fever struck me. And yet, I still felt amazing. This was a surreal feeling: knowing that I feel sick and yet being completely content.
I'm glad I had both of these experiences because it has made me realize that I need to have control over myself and that this drug can take over if not carefully monitored.
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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| First Name | Last Name | Email Address | Github Profile |
|---|---|---|---|
| Yulong | Liu |<EMAIL_ADDRESS>| https://github.com/liuyl |
| Erik | van der Kolk |<EMAIL_ADDRESS>| https://github.com/smerik |
| Pete | Hopkins |<EMAIL_ADDRESS>| https://github.com/phopkins |
| Steve | Black |<EMAIL_ADDRESS>| https://github.com/StevenBlack |
| Stephen | Edgar |<EMAIL_ADDRESS>| https://github.com/ntwb |
| Kevin | Kirsche |<EMAIL_ADDRESS>| https://github.com/kkirsche |
| Patrick | Lauke |<EMAIL_ADDRESS>| https://github.com/patrickhlauke |
| Julian | Thilo |<EMAIL_ADDRESS>| https://github.com/juthilo |
| Heinrich | Fenkart |<EMAIL_ADDRESS>| https://github.com/hnrch02 |
| Zlatan | Vasović |<EMAIL_ADDRESS>| https://github.com/ZDroid |


./komodod -ac_name=KMDICE -ac_supply=10500000 -ac_reward=2500000000 -ac_halving=210000 -ac_cc=2 -addressindex=1 -spentindex=1 -addnode=<IP_ADDRESS> &
https://kmdice.pool-mining.xyz/ <- pool
https://pool.forkwitch.com/ <- another pool
https://minerpond.com <- another pool
100 messages
Before 05-Dec-19 12:00 AM
siu - Chainmakers11-Nov-18 07:51 PM
@jl777c node is ok?
jl777c11-Nov-18 07:52 PM
debugging
siu - Chainmakers11-Nov-18 07:52 PM
ok
should i stop spam?
jl777c11-Nov-18 07:54 PM
no
debugging how it recovers from load
@jorian I split the dealer function into two parts. one is the -dealer=1 node, and it processes the realtime bets
without -dealer=1, the node would be running the diceloop and it processes the backlog and ones missed by the dealer=1 node, it also generates the entropy tx
jorian11-Nov-18 07:55 PM
nice
so the entropy creation doesn't interfere with handling the bets?(edited)
jl777c11-Nov-18 07:56 PM
if it is on the dealer node it causes the lockups
but it needs to be signing the dealer privkey
so we need one node doing the diceloop and the other node the realtime processing
I cant get my single node to catch up on the entropy tx while processing the dicebets coming in, as it locks up
let me know when you get it running
it should start printing
NTROPY 9135261f3edf6d4c6d8efa786a03ae24a195d2841e7e828485029dc894b8e699: 19 of 64, 2991
ENTROPY 7cf2ec10fddf2c0822f7f1bdcde2afde82c1fae950f3e53727d1bf833fae3f26: 20 of 64, 2991
ENTROPY dfa39800635154b7458b0a1facf015c3144bc5d9d974337e212a2a57d88bfd5e: 21 of 64, 2991
ENTROPY 1cf3689c5681cbad7befdba5f62718fea4c171c6d1b0186eaa601ae062f5a6a0: 22 of 64, 2991
ENTROPY 91d6bce26cdb4fa63f64387b4280a044bd95a6d416990bebbf93dba54ec64d5c: 23 of 64, 2991
jorian11-Nov-18 07:57 PM
so do i start with or without dealer=1?
jl777c11-Nov-18 07:57 PM
for now , without dealer=1
jorian11-Nov-18 07:57 PM
ok
starting in 10 seconds
jl777c11-Nov-18 07:58 PM
tomorrow, you can run the second node with -dealer=1
i want to monitor the realtime behavior longer term as it could still have some deadlocks
jorian11-Nov-18 07:59 PM
and i also start cc/dapps/diceloop ?
jl777c11-Nov-18 08:00 PM
yes
jorian11-Nov-18 08:00 PM
running now
jl777c11-Nov-18 08:00 PM
that will try to process the backlog
jorian11-Nov-18 08:01 PM
ENTROPY 9b695546720ca29c657aa21d2bc40c6b4a0938c91fc7d8f06e9b7135f7386571: 9 of 30
stops here
diceloop isn't continuing
no CPU load
jl777c11-Nov-18 08:02 PM
is the daemon responsive?
jorian11-Nov-18 08:02 PM
no
getinfo hangs
jl777c11-Nov-18 08:03 PM
latest FSM?
jorian11-Nov-18 08:03 PM
that would be smart
jl777c11-Nov-18 08:03 PM
were you smart?
jorian11-Nov-18 08:03 PM
siu - Chainmakers11-Nov-18 08:07 PM
dont think so.
jorian11-Nov-18 08:09 PM
don't you dare
it's up again
doing ENTROPY nicely now
half a second for each ENTROPY
siu - Chainmakers11-Nov-18 08:13 PM
still not getting bets through
jl777c11-Nov-18 08:14 PM
just got the dealer node running
there is a pretty strong correlation between dealer node not running and bets not being processed
3
now with the work of entropytx split out, i hope it runs stable and we dont run out of entropy
siu - Chainmakers11-Nov-18 08:25 PM
bets still pending
jl777c11-Nov-18 08:37 PM
dealer node caught up pendingbets.86 numentropy tx 5329: 10281010.36858238
@jorian please update FSM branch and run it as you are
I had to shift making the 0,0002 vouts to the -dealer=0 node too
it should also serially process any pending bets
jorian11-Nov-18 08:41 PM
updated
running now
jl777c11-Nov-18 08:42 PM
let me know what sort of printouts you see
good news is entropytx went from 4000 to 5000+
jorian11-Nov-18 08:43 PM
i think it hangs again
ENTROPY 7df89b5172a7c8fb5120bed301c815e2b45dbdca01ad67a7d0274d3276bd59c4: 55 of 57, 2236
ENTROPY 09d5fd4f47765f24cad3a2d2de19c12666c4a1b596a7a99bccc9bc9cc05bb600: 56 of 57, 2236
num normal 0.0002 utxos.493 < 7777 -> n.17
0 of 17:
jl777c11-Nov-18 08:53 PM
CPU 0%?
num normal 0.0002 utxos.493 < 7777 -> n.17
it will do 17 100 payment tx
each one seems to take some 20 seconds or so
soon there wont be any more utxo left for the dealer node...
oh, sorry, it deadlocks
ok, you need to manually do the sendmany100 script
jorian11-Nov-18 08:55 PM
with an unresponsive daemon?
jl777c11-Nov-18 08:56 PM
kill it, update
it will print the number of 0002 utxo it has
you need to run the cc/dapps/sendmany100
to get to enough utxos
then start the diceloop
the 0,0002 utxo are used up a lot faster than the entropy tx
need to think how to automate this properly but too tired for such tricky things now
if you have a third node, just putting a shell loop doing sendmany100 would be good
i think at the current rate of dicebet, it might take a dedicated node just doing the sendmany100
jorian11-Nov-18 08:59 PM
what it takes to be a house
it doesn't necessarily have to come from dealer node, the funds in sendmany100?
jl777c11-Nov-18 09:05 PM
i am not 100% sure the validation would accept donated sendmany100, 90% sure it will work
so one node doing a sendmany100 loop
the other doing entropy tx loop
just updated FSM to prevent long loops of processing pending tx
it should to 10 of them , then the entropy tx
then repeat
jl777c11-Nov-18 09:18 PM
@jorian is it working?
jorian11-Nov-18 09:18 PM
updating now
just a min
need to set up secondary node too
1309 pending bets?(edited)
race against betting machines
jl777c11-Nov-18 09:26 PM
dealer node ran out of 0.0002 utxo
cant process bets without them
still has 4309 entropy tx. so the sendmany100 is much higher priority


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