Class: CSVDecision::Columns::Dictionary Private
- Inherits:
-
Object
- Object
- CSVDecision::Columns::Dictionary
- Defined in:
- lib/csv_decision/columns.rb
Overview
This class is part of a private API. You should avoid using this class if possible, as it may be removed or be changed in the future.
Dictionary of all table data columns. The key of each hash is the header cell's array column index. Note that input and output columns may be interspersed, and multiple input columns may refer to the same input hash key symbol. However, output columns must have unique symbols, which cannot overlap with input column symbols.
Instance Attribute Summary collapse
-
#columns ⇒ Hash{Integer=>Entry}
private
All column names.
-
#defaults ⇒ Hash{Integer=>Entry}
private
All defaulted input column dictionary entries.
-
#ifs ⇒ Hash{Integer=>Entry}
private
All if: column dictionary entries.
-
#ins ⇒ Hash{Integer=>Entry}
private
All input column dictionary entries.
-
#outs ⇒ Hash{Integer=>Entry}
private
All output column dictionary entries.
-
#paths ⇒ Hash{Integer=>Symbol}
private
All path columns.
Instance Method Summary collapse
-
#initialize ⇒ Dictionary
constructor
private
A new instance of Dictionary.
Constructor Details
#initialize ⇒ Dictionary
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Returns a new instance of Dictionary
122 123 124 125 126 127 128 129 |
# File 'lib/csv_decision/columns.rb', line 122 def initialize @columns = {} @defaults = {} @ifs = {} @ins = {} @outs = {} @paths = {} end |
Instance Attribute Details
#columns ⇒ Hash{Integer=>Entry}
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Returns All column names.
102 103 104 |
# File 'lib/csv_decision/columns.rb', line 102 def columns @columns end |
#defaults ⇒ Hash{Integer=>Entry}
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Returns All defaulted input column dictionary entries. This is actually just a subset of :ins.
109 110 111 |
# File 'lib/csv_decision/columns.rb', line 109 def defaults @defaults end |
#ifs ⇒ Hash{Integer=>Entry}
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Returns All if: column dictionary entries. This is actually just a subset of :outs.
116 117 118 |
# File 'lib/csv_decision/columns.rb', line 116 def ifs @ifs end |
#ins ⇒ Hash{Integer=>Entry}
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Returns All input column dictionary entries.
105 106 107 |
# File 'lib/csv_decision/columns.rb', line 105 def ins @ins end |
#outs ⇒ Hash{Integer=>Entry}
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Returns All output column dictionary entries.
112 113 114 |
# File 'lib/csv_decision/columns.rb', line 112 def outs @outs end |
#paths ⇒ Hash{Integer=>Symbol}
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Returns All path columns. This is actually just a subset of :outs.
120 121 122 |
# File 'lib/csv_decision/columns.rb', line 120 def paths @paths end |


Calculators
Tip Calculator
(current)
Simple Calculator
Gas Mileage Calculator
Fuel Cost Calculator
Fuel Cost Claculator
Trip Distance :
miles
Fuel Efficiency :
miles/gallon
Fuel Price :
$
Calculate
Fuel Needed :
Gallons
Price ($) :
$


CronTab
alt+tab
switch to the previous active tab
hold 'alt' a little longer to pop up a list of chronologically sorted tabs
traverse through the list with 'tab' and release the 'alt' to land on the tab
exception! If the page don't load then 'alt+tab' won't work.
you got to click the toolbar button to switch and force click to pop up the list
restart your browser after installation


{% extends 'disturbance/base.html' %} {% load static %} {% block content %}
You must be logged in to see your invoice online.
{% endif %} {% else %}You do not have permission to access the confirmation or invoice for this payment.
Please check your email or contact DBCA Apiary directly.


See definition in
Oxford Advanced Learner's Dictionary
Line breaks:
grav|ityPronunciation: /ˈɡravɪti/
Definition of gravity in English:
noun
1 Physics The force that attracts a body towards the centre of the earth, or towards any other physical body having mass.
Example sentences
- Certainly, every type of matter we have ever encountered feels the attractive force of gravity.
- Physics has found only four forces in nature: gravity, electromagnetism, weak nuclear, and strong nuclear.
- Objects exert a force of gravity because they have mass and the more mass they have the stronger the force of gravity they exert.
attraction, attracting force, downward force, pull, weight, heaviness
1.1The degree of intensity of gravity, measured by acceleration.
Example sentences
- Specific gravity was measured by a harmonic oscillation method on the automated workstation.
- The speed of gravity has been measured for the first time, revealing that it does indeed travel at the speed of light.
- Although these hidden dimensions remain too small to be measured, gravity can travel in between them.
2Extreme importance; seriousness: crimes of the utmost gravity
More example sentences
- Naturally this only occurs in situations of extreme gravity or urgency threatening irreparable damage to persons.
- They realized the full gravity of the situation when they scanned, what moments before, had been a room full of Sailors eating lunch.
- This is a moment of utmost gravity for the world.
seriousness, importance, profundity, significance, momentousness, moment, weightiness, weight, consequence, magnitude;
criticalness, acuteness, cruciality;
urgency, exigence;
direness, terribleness, awfulness, dreadfulness;
precariousness, perilousness, peril, hazard, danger, threat, menace, risk
informal hairiness, iffiness, chanciness
British informal dodginess
formal egregiousness
3Solemnity of manner: has the poet ever spoken with greater eloquence or gravity?
More example sentences
- An air of gravity and solemnity pervaded the president's remarks as a stunned nation listened by radio.
- He exuded dignity and gravity and he was courteous to counsel and witnesses alike.
- He played this part with gravity and dignity, and in an understated style which set off the flamboyant persona of Henry VIII.
solemnity, seriousness, sombreness, sobriety, soberness, severity;
unsmilingness, stone-facedness, long-facedness, grim-facedness, grimness, humourlessness, gloominess;
preoccupation, thoughtfulness, dignity, staidness, dourness, aloofness
Origin
Late 15th century (in sense 2): from Old French, or from Latin gravitas 'weight, seriousness', from gravis 'heavy'. sense 1 dates from the 17th century.
More
guru from early 17th century:
This is from Hindi and Punjabi, from Sanskrit guru ‘weighty, grave, dignified’ (comparable with Latin gravis ‘heavy’ source of gravity (Late Middle English)): this led to ‘elder, teacher’.
Words that rhyme with gravity
cavity, concavity, depravity Definition of gravity in:
- US English dictionary
- English synonyms
- US English synonyms
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= trending


--- layout: post title: Learning to cope with cowardice date: 2004-02-19 00:00:00 category: personal ---
I went to see Mark Thomas play at the Komedia last night, along with Dr Dan, Ju, Ken, NewTom, Steve and DavePh. He was absolutely ace; most of the gig consisted of stories from various protests like DSEI in London ("if someone phones in and says there's a bomb in the building, is that a hoax?") and Menwith Hill), with a screed against Coca Cola taking up much of the second half.
I'd never seen him play live before, but will definitely make an effort to do so again. Well worth it, even if I did walk away with a slight feeling of shame that I don't think and do more about this sort of stuff...
Update: DSEI video here.


View our before and after project portfolio below!
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public class PoolBallManager
extends org.jogamp.java3d.Behavior
Use getTG()
to get the transform group that
contains all the pool balls. The origin of the tg is the
centre of the pool table, where +z is towards the baulk line.
| Modifier and Type | Field and Description |
|---|---|
static double |
length
Length of the table in metres
|
static double |
length_2
Equal to
length divided by 2 |
static double |
pocketRadius
Radius of the corner pocket
|
static org.jogamp.vecmath.Vector2f[] |
pockets |
private PoolBall[] |
poolballs
Array of all 22 pool balls to iterate over.
Each ball should be at a certain index. |
static double |
sideDif
The distance between the centre of the side pocket and the side of the pool table
|
private org.jogamp.java3d.TransformGroup |
tg
The transform group that contains all the pool balls.
|
private static org.jogamp.java3d.WakeupCriterion |
WC_onTick
static wake up criterion to run on tick, (every frame)
|
static double |
width
Width of the table in metres
|
static double |
width_2
Equal to
width divided by 2 |
ALLOW_AUTO_COMPUTE_BOUNDS_READ, ALLOW_AUTO_COMPUTE_BOUNDS_WRITE, ALLOW_BOUNDS_READ, ALLOW_BOUNDS_WRITE, ALLOW_COLLIDABLE_READ, ALLOW_COLLIDABLE_WRITE, ALLOW_LOCAL_TO_VWORLD_READ, ALLOW_LOCALE_READ, ALLOW_PARENT_READ, ALLOW_PICKABLE_READ, ALLOW_PICKABLE_WRITE, ENABLE_COLLISION_REPORTING, ENABLE_PICK_REPORTING
| Constructor and Description |
|---|
PoolBallManager() |
| Modifier and Type | Method and Description |
|---|---|
private void |
addBall(int i,
PoolBall.Type type,
double x,
double z)
Shortcut function for adding pool balls for the constructor
|
private void |
addPyramid(int index,
int layers,
PoolBall.Type type,
double x,
double z)
Adds multiple pool balls in a equilateral pyramid shape at the given coord.
|
private void |
checkCollision(PoolBall a,
PoolBall b)
Checks for a collision between the two balls
and calculates the collision if one has occured.
|
private void |
checkPocketSink(int index)
Checks if a pool ball is within a pocket
and scores it if so.
|
private void |
checkWallCollision(PoolBall p)
Checks if a pool ball is about to collide with
a wall and calculates the bounce.
|
org.jogamp.java3d.TransformGroup |
getTG()
Returns the transform group that stores all the pool balls.
|
void |
initialize() |
void |
movePoolBalls()
Moves all the pool balls based on their velocity.
|
void |
processStimulus(java.util.Iterator<org.jogamp.java3d.WakeupCriterion> arg0) |
void |
strikeCueBall(float angle,
float power)
Starts moving the cue ball in the given direction at the given power.
|
void |
swapShapes()
Swaps the shapes of the pool balls to either a sphere or a cylinder
|
getEnable, getNumSchedulingIntervals, getSchedulingBoundingLeaf, getSchedulingBounds, getSchedulingInterval, getView, getWakeupCondition, postId, setEnable, setSchedulingBoundingLeaf, setSchedulingBounds, setSchedulingInterval, updateNodeReferences, wakeupOn
cloneNode, cloneTree, cloneTree, cloneTree, cloneTree, cloneTree, cloneTree, duplicateNode, getBounds, getBoundsAutoCompute, getCollidable, getLocale, getLocalToVworld, getLocalToVworld, getParent, getPickable, setBounds, setBoundsAutoCompute, setCollidable, setPickable
public static final double width
public static final double width_2
width
divided by 2public static final double length
public static final double length_2
length
divided by 2public static final double pocketRadius
public static final double sideDif
public static final org.jogamp.vecmath.Vector2f[] pockets
private static org.jogamp.java3d.WakeupCriterion WC_onTick
private PoolBall[] poolballs
0 = Cue ball
1 = Black ball
2 = Pink ball
3 = Blue ball
4 = Brown ball
5 = Green ball
6 = Yellow ball
7-21 = 15 Red balls
private org.jogamp.java3d.TransformGroup tg
public org.jogamp.java3d.TransformGroup getTG()
The origin is the centre of the pool table where +z is towards the baulk line and +x is to the right of that direction.
private void addPyramid(int index, int layers, PoolBall.Type type, double x, double z)
index
- The index to start fromlayers
- The number of layers in the pyramidtype
- The type of pool ball to spawnx
- The x-coord of the first pool ball, at the top of the pyramidz
- The z-coord of the first pool ball, at the top of the pyramidprivate void addBall(int i, PoolBall.Type type, double x, double z)
i
- Index to add totype
- PoolBall.Type
of pool ball to addx
- x position to set toz
- y position to set topublic void initialize()
initialize
in class org.jogamp.java3d.Behavior
public void strikeCueBall(float angle, float power)
You're fine to pass a negative power to strike the ball backwards.
angle
- The x-z plane angle to aim at, in radians, where 0 aims towards +zpower
- The speed at which the ball should move, in j3d units per secondpublic void movePoolBalls()
private void checkPocketSink(int index)
poolballs
array.index
- The index the pool ball is atprivate void checkWallCollision(PoolBall p)
p
- The pool ball to checkprivate void checkCollision(PoolBall a, PoolBall b)
a
- One of the pool balls, non-nullb
- A different pool ball, non-nullpublic void processStimulus(java.util.Iterator<org.jogamp.java3d.WakeupCriterion> arg0)
processStimulus
in class org.jogamp.java3d.Behavior
public void swapShapes()


Community
Infinispan is created and maintained by a group of open-source contributors who welcome your participation.
An Open Project
Infinispan is a 100% open source project, under the Apache Public License 2.0. Not only is the code open source, free to use and free to modify, the development process is also open.
Code and Issue Tracker
The source code is hosted on GitHub. If you need to report a bug or request a new feature, look for a similar one on our JIRA issues tracker. If you don’t find any, create a new issue.
StackOverflow
If you have questions, are experiencing a bug or want advice on using Infinispan, you can use StackOverflow. We will do our best to answer you as soon as we can.
Ettiquette
If you are asking for help, have you read through the documentation first? You may find your answer there.
Also, if you are reporting a bug, have you checked our bug tracker first? It may be a known issue.
Developers Mailing List
This is geared towards developing Infinispan itself. It often contains deep, technical discussions on how Infinispan works internally. If you are helping contribute to Infinispan, we welcome your thoughts, ideas and overall participation on the developers’ mailing list.
Archive
Archives of the Infinispan developers’ mailing list can be found on MarkMail which also has an excellent search interface. You can also find older content on the archived Infinispan wiki.
Follow Infinispan on Twitter
Most of our updates go out on Twitter. Sometimes our project team speaks at industry events, and sometimes they post cool ways people use Infinispan. Wash, rinse, and retweet.
Chat with us
The Infinispan community uses Zulip for real-time communications. Join us using either a web-browser or a dedicated application on the Infinispan chat.
Public Project Roadmap
Read about the community plans for the future. Here is our current roadmap. This is driven by the community, come and tell us what your needs are.
Continuous Integration
Check out the Jenkins Dashboard to keep track of our the Infinispan build process.
Spread the word
The simplest and easiest way to help the Infinispan community is to act as a project ambassador, follow us on Twitter, and show up to community events.
Publications
There are heaps of helpful articles and blog posts out there presenting interesting use-cases and examples of Infinispan in action.
Disclosure
We’d like to make clear how this project works and who holds what responsibilities. We want everyone involved to understand how decisions are made and where they can contribute. If you feel this page does not reflect the current state of project ownership and responsibilities, please contact the project lead on the developers’ mailing list.
Stewardship
This project is developed and released by Red Hat with assistance from the Java developer community. The project lead is appointed by Red Hat, and has the power to accept and reject contributions to the project and set the roadmap.
Release Cycle
Infinispan releases major (new features and API changes), minor (new features but no breaking API changes) and micro releases (patches). Once a version of Infinispan is included in a GA Red Hat Data Grid release, Infinispan moves on to its next major version. However, Infinispan’s regular cadence will ensure that work on the open source version will remain fresh and cutting edge. If you are looking for a long term stream of patches, we recommend using Red Hat Data Grid.
Requirement Definition
The requirements and roadmap for Infinispan are driven by the community. Typically, when a major release is being planned, the project lead will take input from everyone in the community, including the broader Red Hat community, and evaluate what can be done in the necessary time. This will define what features will be addressed in a given release. The project lead will then publish the roadmap on the Infinispan public roadmap. The best way for you to suggest requirements for a future release of Infinispan is to enter a feature request in JIRA. The Infinispan team uses the JIRA voting system to evaluate the popularity of an issue - lobby others in the community to vote for your feature request!
Contribution
Infinispan welcomes, thrives on and greatly values community contribution, and makes the bar to contributing as low as possible. You are advised to read up on the Contributing to Infinispan page in our documentation before contributing. It contains hints and tips on how to write code that will maximize chances for acceptance into the project, as well as many handy tips to help you work with the Infinispan code base.
Red Hat Data Grid
Infinispan is the base for the Red Hat Data Grid, so many requirements for Infinispan are often driven by RHDG. You can give it a try on Red Hat Developers.


--- layout: post title: Apple & Rhubarb Crumble date: 2011-08-29 01:15:07.000000000 -04:00 categories: - Gastronomic Explosions - aka Yummy Food/Recipes tags: - Apple and rhubarb crumble - Dessert status: publish type: post published: true meta: aktt_notify_twitter: 'no' _edit_last: '1' dsq_thread_id: '1188064108' author: login: cint email<EMAIL_ADDRESS>display_name: Jacinta first_name: Jacinta last_name: '' ---
I don't think a Sunday night dinner is complete without a little something special. This apple and rhubarb crumble is no exception. It's so yummy, it's hard not to go back for seconds, if only is wasn't so filling. My kids love it too with a nice helping of cream.
Ingredients:
(This recipe makes enough for one large crumble or two smaller.)
1.5kg apple (I use a mix of apples for maximum flavour)
500gm rhubarb
1/3 cup honey or sugar (you can adjust this amount to suit your taste)
1 cup flour (I use wholemeal spelt, but use what you prefer)
80gm butter
1/3 cup brown sugar
1/2 cup oats
1 tsp cream of tartar
1/2 tsp bi carb soda (baking soda)
1/2 tsp mixed spice
1 1/2 cup water
Method:
Peel, core and chop apples and place in pot along with chopped rhubarb. Place the apple skins and cores in a separate pot with 1 1/2 cups of water. Cover and place this pot on stove to simmer for about 10 mins. Remove from stove and strain the juice off into the other pot containing the chopped apples and rhubarb. This adds extra flavour.
Place the apple and rhubarb on the stove and simmer with the lid on until fruit has soften, stirring occasionally. Add desired amount of sugar or honey and stir through. Turn off heat and set aside.
Meanwhile sift flour, cream of tartar, bi carb and spice into a bowl. Add oats. Rub in butter until mixture resembles breadcrumbs. Add in sugar and stir through.
Place desired amount of stewed apple and rhubarb, while still warm, into baking dish with high sides. Sprinkle a good amount of crumble on top. Bake in a moderate oven for approximately 30 minutes or until slightly golden brown. Serve with cream or ice cream if desired.
[caption id="attachment_1122" align="aligncenter" width="600" caption="Apple and Rhubarb Crumble"][/caption]
Enjoy! Jacinta


The library has been designed to manage large projects. We provide some compatibility with services that only offer ftp access, but in general the minimum, as far as basic web apps go, stands at a basic server with php where you have ssh and git access along with a place outside on the server's public section where you can securily place the system and private files.
We do not support or recommend placing system files in the servers public section.
Requirements
- PHP version 5.4.10 or higher
- git, the distributed version control system
- basic console access
Additional PHP extentions are specified by system tools. We avoid mentioning them here since they are dependent on the modules and features you have loaded/enabled. Information on required settings are also available though system tools provided with the distribution.
Web Applications
In addition to the above requirements:
- a web server (apache, nginx, etc)
- MySQL-compatible Database server (optional)
If you are using Windows for development we recomend using Uniform Server, Winginx or EasyPHP, whichever fits your needs best.
Starting From A Template
We offer a basic template from which to start and also pull changes.  The template we recomend can be found at https://github.com/ibidem/mjolnir-template-app
Detailed instructions are available at the given link. When using 3rd party templates we recomend using their installation instructions.
Brief overview of getting the files
cd /path/to/secure/location/ git clone https://github.com/ibidem/mjolnir-template-app.git your-project/ cd your-project/ git remote rename origin mjolnir bin/vendor/install
Starting From A Tutorial
A tutorial is provided with the documentation. The tutorial explains various features and how to setup a project from scratch.
For an online version of the tutorial please refer to the docs section.
After following the brief commands illustrated in the "Starting From A Template" section you may generate the documentation by running ./order librarian --manual
. A pdf and html version will be generated based on the modules you have loaded on your project root. Since it is dependent on your modules the documentation may include information provided by 3rd parties pertaining to your setup.
Starting From Scratch
If you are confident in your ability and understanding of how a web application works and wish to create your own special brew feel free to include the library and creating the entire application and structure from scratch.
For compatibility reasons (mainly dependency resolution) we recommend using composer when pulling the library in. The following is the minimal composer.json
for pulling in the complete library:
{ "minimum-stability": "dev", "require": { "php" : ">=5.4.10", "mjolnir/cfs" : "dev-liquid/2.x", "mjolnir/base" : "dev-liquid/2.x", "mjolnir/foundation" : "dev-liquid/2.x", "mjolnir/html" : "dev-liquid/2.x", "mjolnir/access" : "dev-liquid/2.x", "mjolnir/cache" : "dev-liquid/2.x", "mjolnir/database" : "dev-liquid/2.x", "mjolnir/backend" : "dev-liquid/2.x", "mjolnir/theme" : "dev-liquid/2.x", "mjolnir/types" : "dev-liquid/2.x", "mjolnir/librarian" : "dev-liquid/2.x", "mjolnir/legacy" : "dev-liquid/2.x", "mjolnir/profile" : "dev-liquid/2.x" } }


You might have noticed that if you set a background gradient on something and give it rounded corners, IE9 totally ignores your rounded corners and draws an ugly square cornered gradient. Try looking at this example in IE9.
To fix the problem simply place your gradiented content within an outer element with the same rounded corners and it's overflow set to hidden to mask off the corners.
HTML:

 Content

CSS:
.mask { overflow: hidden; } .roundedCorners { border-radius: 5px; } .gradient { filter: progid:DXImageTransform.Microsoft.gradient( startColorstr='#0065a4', endColorstr='#a0cf67',GradientType=0 ); /* IE6-9 */ }
This example should appear with rounded corners even on IE9. If your using any older version of IE I'm afraid your out of luck, it's square corners all the way.
(You can use this gradient editor to generate cross browser gradient CSS.)


This Data Vault schema is republished here from the original version at SourceForge. Here is a local copy of the files:
Dan's blog post announcing it is here: danlinstedt.com/adventureworks-data-vault-ddl. Here's a local cached copy in case the above disappears: From danlinstedt.com
Hans Guertsen fixed some issues with syntax and naming in the SQL Server DDL. His version was published here.
Here's a local cached copy in case the above disappears:
A very different approach to producing an AdventureWorks DataVault schema is documented here: http://www.oceanbi.com/modeling-data-vault-adventureworks-data-vault/.
This schema is generated from the Fact-Based version of AdventureWorks in the adjacent CQL directory:


Quadri gets Swedish, Australian opponents - The Nation Newspaper
Olalekan Okusan
Nigeria’s Aruna Quadri has been drawn in Group C alongside Sweden’s Kristian Karlsson and Australia’s Heming Hu in the first round of ITTF World Cup holding at the Sichuan Province Gymnasium in Chengdu, China.
Quadri was picked as replacement for Hong Kong’s Wong Chun Ting, who was ruled out following a back injury he sustained last week in Singapore.
The Nigerian who holds the record as the best performing African in the tournament having made it to the quarterfinal stage of the 2014 edition in Dusseldorf will square up against familiar foes in the Swedish and Australian stars.
Quadri, who aims to better his quarter-final finish, will face southpaw Karlsson and Hu – neither of whom are pushovers.
According to ITTF, the battle for supremacy in the group will come down to wits among the three stars from Africa, Europe and Oceania.
As the top seed player in the group, there are expectations that Quadri will have an easy ride over his opponents as only the top two players in the group will advance to the knockout stage.
Quadri first game today will be against the Aussies while he will take on the Swedes later today.
Africa Cup champion, Egypt’s Omar Assar will be hoping to use the tournament to warm himself back
into the heart of the his fans after a disappointing year as the Egyptian has been drawn in Group B
alongside United States’ Kanak Jha and Korea Republic’s Lee Sangsu.


At Prosper IT, we take on your problems, and turn them into practical, robust solutions.
Whether this means driving new consumers to your site, updating your outdated application, or simply retaining customers with brand loyalty, our custom software will help your business.
We work closely with the software bootcamp, The Tech Academy, to provide their students with real world intern experience. We will contract the job, and oversee the development while they
write the code in their capstone Live Project.
Modern
We're living in the present, looking to the future. How can we help your business scale?
Custom
No matter your current stack, we work with you to deploy a solution fit for your business logic.
Guaranteed Excellence
If you are not completely satisfied with your site, we will make it right.


Company Team
Caleb
Manager
ID:
Email:
Office<PHONE_NUMBER>:
Dechanel
Engineer
ID:
Email:
Github<EMAIL_ADDRESS>Jayden
Intern
ID:
Email:
School: LSU


Maps, Lies, and Storytelling: Class III, Maps & Location
Target Audience: novice mappers
Objectives:
- Understand Digital vs. Web maps
- Understand Google vs. Openstack
Key Learnings:
- What is a tile?
- The anatomy of a webmap
- User privacy concerns
View Slides Here


|
Groovy 2.1.7 | |||||||
| PREV NEXT | FRAMES NO FRAMES |
| Interface Summary | |
|---|---|
| CompilationUnitAware | Created by IntelliJ IDEA. |
| Enum Summary | |
|---|---|
| AutoCloneStyle | Intended style to use for cloning when using the @ AutoClone annotation. |
| PackageScopeTarget | Intended target when @ PackageScope is placed at the class level. |
| TypeCheckingMode | This enumeration can be used whenever it is preferred to annotate a class as TypeChecked in general, but where only one or more methods are "dynamic". |
| Annotation Type Summary | |
|---|---|
| ASTTest | This AST transformation aims at helping in debugging other AST transformations. |
| AnnotationCollector | The AnnotationCollector can be used to define aliases for groups of annotations. |
| AutoClone | Note: This annotation is currently experimental! |
| AutoExternalize | Note: This annotation is currently experimental! |
| Canonical | Class annotation used to assist in the creation of mutable classes. |
| CompileDynamic | An annotation which is just a shortcut for @CompileStatic(TypeCheckingMode.SKIP). |
| CompileStatic | This will let the Groovy compiler use compile time checks in the style of Java then perform static compilation, thus bypassing the Groovy meta object protocol. |
| ConditionalInterrupt | Allows "interrupt-safe" executions of scripts by adding a custom check for interruption on loops (for, while, do), the first statement of closures, and the first statement of methods. |
| EqualsAndHashCode | Class annotation used to assist in creating appropriate equals() and hashCode() methods. |
| Field | Variable annotation used for changing the scope of a variable within a script from being within the run method of the script to being at the class level for the script. |
| Immutable | Class annotation used to assist in the creation of immutable classes. |
| IndexedProperty | Field annotation used with properties to provide an indexed getter and setter for the property. |
| InheritConstructors | Class annotation to make constructors from a super class available in a sub class. |
| NotYetImplemented | Method annotation used to invert test case results. |
| PackageScope | Class, method or field annotation used for turning off Groovy's auto visibility conventions. |
| Synchronized | Method annotation to make a method call synchronized for concurrency handling with some useful baked-in conventions. |
| ThreadInterrupt | Allows "interrupt-safe" executions of scripts by adding Thread.currentThread().isInterrupted() checks on loops (for, while, do), the first statement of closures, and the first statement of methods. |
| TimedInterrupt | Allows safe timed executions of scripts by adding elapsed time checks on loops (for, while, do), the first statement of closures, and the first statement of methods. |
| ToString | Class annotation used to assist in the creation of toString() methods in classes.
|
| TupleConstructor | Class annotation used to assist in the creation of tuple constructors in classes. |
| TypeChecked | This will let the Groovy compiler use compile time checks in the style of Java. |
| TypeChecked.TypeCheckingInfo | This annotation is added by
|
| WithReadLock | This annotation is used in conjunction with WithWriteLock to support read and write synchronization on a method. |
| WithWriteLock | This annotation is used in conjunction with WithReadLock to support read and write synchronization on a method. |
Copyright © 2003-2013 The Codehaus. All rights reserved.


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---
layout: index-banner-layout
navigation: true
title: Home
description: Managing qualifications and compliance can be time consuming and painful, but Everproof has a solution for organisations and individuals. Get started today!
---
{% include section/client-logos.html clients=site.data.client_logos.page.index %}
Key Sectors
Businesses in these sectors are using Everproof
{% assign num_sectors = site.data.industry_boxes | size %}
{% for industry in site.data.industry_boxes %}


The predicted increases in temperature variability in the identified hotspots suggest the potential for substantial impacts on top of the impacts caused by changes in the mean climate. Poor countries are located in the identified hotspot regions of increasing temperature variability. A growing body of climate-economy literature shows that poor countries are particularly vulnerable to weather and climate shocks, whereas rich countries tend to show no significant vulnerability ( 2, 3, 48). Tropical temperature fluctuations are not only strongly correlated with a temporal loss of agricultural output, as might be expected from anomalous weather affecting crop productivity and yields ( 3, 9). They also affect the economic growth rate of countries, leading to long-term economic disadvantages compared to the development of other nations ( 3). Moreover, it has been argued that high temperatures favor political instability and conflict in tropical countries ( 3, 49), although this claim remains controversial ( 50). Like our own analysis, these studies are often based on monthly climate anomalies over many years and, thus, integrate many individual weather and climate events. The unequal projected regional changes in climate variability therefore constitute a matter of climate justice.
To illustrate this, we calculate the relative changes in temperature SD for individual countries, omitting small countries that are usually not resolved in the models (see Materials and Methods). It is particularly striking that the geographical pattern of the changes in SD coincides closely with the current distribution of wealth on the national level ( Fig. 5). Although temperature fluctuations are projected to become smaller in countries having a large per capita gross domestic product (GDP), they tend to increase in countries with low GDP. Hence, countries facing the largest increases in temperature variability also have the least economic potential to cope with the impacts. The countries affected by this dual challenge of poverty and increasing variability already share half of the world’s population ( Fig. 5), and population growth rates are particularly large in these countries (see Materials and Methods for data sources).
( A) Per capita GDP and ( B) per capita greenhouse gas emissions (without land use and forestry) between 1990 and 2013 in different countries. The red line marks zero change in temperature variability. The blue lines mark half of the world population (A) and half of the total worldwide emissions (B).
The unequal changes in projected climate variability are also a challenge for climate justice regarding the contributions of different nations to global climate change. Considering the average per capita emissions in the period 1990–2015 (excluding land use change and forestry), countries with the smallest emissions tend to have the largest increases in variability (fig. S7A), whereas those with the largest emissions tend to have smaller increases or even decreases in variability (Australia being a notable exception). The picture changes somewhat when including recent emissions from land use change and forestry (fig. S7B), bearing in mind that land use–related emissions are much more uncertain than emission estimates from fossil fuel burning. In the selected time period, tropical countries contributed a large fraction to land use–related emissions, associated with tropical deforestation especially in sub-Saharan Africa, Amazonia, and Southeast Asia.
On the basis of the econometric studies mentioned above, it is hard to conclude what the exact impacts of changing climate variability will be. For example, it is important to assess to what extent the impacts caused by warm climate anomalies are compensated by cold anomalies. In general, an increase in temperature variability is arguably more difficult to cope with than a decrease in variability. Societies and ecosystems are typically adapted to a certain long-term climate at any particular location—the more an anomaly deviates from the local mean, the more damage it can thus cause. This is particularly important in the presence of critical thresholds, for example, in species performance ( 6). Several studies find nonlinearity in the effect of temperature anomalies, for example, on agriculture, mortality, and energy demand ( 2), indicating that the effects of warm and cold anomalies will not simply cancel out. Moreover, the distribution of daily temperature is projected to become more skewed to warm anomalies in many of the identified hotspot locations ( 37). It therefore seems plausible that, overall, the projected increases in temperature variability would have negative consequences for nature and society.


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My name is Dawit Ayana. I have a B.A in Criminal Justice from WSU.
I am now with Code Fellows and I am loving is so far.
Coding is becoming my new passion. I had a business for 6 years,
but now I work for Mercedes Benz of Seattle. I love cars especially old schools.
I enjoy outdoor activities like long boarding, biking and racing cars. My future goal
is to own my own business and to explore the world and teach people how to be financially free.

My Top 10 Books.
- Think and Grow Rich.
- The Alchemist.
- The richest man in Babylon.
- Shook One.
- The spook who sat by the door.
- The majic of thinking big.
- The secret.
- As a man think of.
- Rich dad poor dad.
- One answer to cancer.
My Top 10 Books.
- Think and Grow Rich.
- The Alchemist.
- The richest man in Babylon.
- Shook One.
- The spook who sat by the door.
- The majic of thinking big.
- The secret.
- As a man think of.
- Rich dad poor dad.
- One answer to cancer.


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I seek the means to fight injustice. To turn fear against those who prey on the fearful.
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I seek the means to fight injustice. To turn fear against those who prey on the fearful.
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I seek the means to fight injustice. To turn fear against those who prey on the fearful.
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I seek the means to fight injustice. To turn fear against those who prey on the fearful.
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I seek the means to fight injustice. To turn fear against those who prey on the fearful.
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I seek the means to fight injustice. To turn fear against those who prey on the fearful.
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Start the long running query with a problematic cursor.
Run the workload:
Click on the green button in the top right panel. You can see the statements in the workload by clicking on the arrow next to the 'Task set' field.
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Go to the next page without clicking on the red stop button.


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{% extends 'student_base.html' %} {% load markdown_deux_tags %} {% load static %} {% block head_ext %} {% endblock head_ext %} {% block content %} {% if quizname %}
The duration of this quiz is {{duration}} minutes.
There is NO time limit on this quiz.
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| S.No. | View Response | View Analytics | Attempt Submission Time | Duration of Attempt | Grades | {% if download_allowed %}Download PDF | {% endif %}
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Place & Route TRACE Report
Loading design for application trce from file ebvc_v1.ncd.
Design name: Main
NCD version: 3.3
Vendor: LATTICE
Device: LCMXO2-1200HC
Package: QFN32
Performance: 4
Loading device for application trce from file 'xo2c1200.nph' in environment: C:/lscc/diamond/3.11_x64/ispfpga.
Package Status: Preliminary Version 1.42.
Performance Hardware Data Status: Final Version 34.4.
Setup and Hold Report
--------------------------------------------------------------------------------
Lattice TRACE Report - Setup, Version Diamond (64-bit) <IP_ADDRESS>6.4
Sun Aug 30 19:52:07 2020
Copyright (c) 1991-1994 by NeoCAD Inc. All rights reserved.
Copyright (c) 1995 AT&T Corp. All rights reserved.
Copyright (c) 1995-2001 Lucent Technologies Inc. All rights reserved.
Copyright (c) 2001 Agere Systems All rights reserved.
Copyright (c) 2002-2019 Lattice Semiconductor Corporation, All rights reserved.
Report Information
------------------
Command line: trce -v 10 -gt -sethld -sp 4 -sphld m -o EBVC_v1.twr -gui -msgset C:/Users/Justin/OneDrive/Projects/EBVC/promote.xml EBVC_v1.ncd EBVC_v1.prf
Design file: ebvc_v1.ncd
Preference file: ebvc_v1.prf
Device,speed: LCMXO2-1200HC,4
Report level: verbose report, limited to 10 items per preference
--------------------------------------------------------------------------------
Preference Summary
FREQUENCY NET "clk" 2.080000 MHz (0 errors) 91 items scored, 0 timing errors detected.
Report: 276.549MHz is the maximum frequency for this preference.
================================================================================
Preference: FREQUENCY NET "clk" 2.080000 MHz ;
91 items scored, 0 timing errors detected.
--------------------------------------------------------------------------------
Passed: The following path meets requirements by 477.153ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i0 (from clk +)
Destination: FF Data in counter_4813_4860__i12 (to clk +)
Delay: 3.450ns (81.0% logic, 19.0% route), 8 logic levels.
Constraint Details:
3.450ns physical path delay SLICE_5 to SLICE_136 meets
480.769ns delay constraint less
0.000ns skew and
0.166ns DIN_SET requirement (totaling 480.603ns) by 477.153ns
Physical Path Details:
Data path SLICE_5 to SLICE_136:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.452 R2C12A.CLK to R2C12A.Q1 SLICE_5 (from clk)
ROUTE 1 0.656 R2C12A.Q1 to R2C12A.A1 n13
C1TOFCO_DE --- 0.889 R2C12A.A1 to R2C12A.FCO SLICE_5
ROUTE 1 0.000 R2C12A.FCO to R2C12B.FCI n13991
FCITOFCO_D --- 0.162 R2C12B.FCI to R2C12B.FCO SLICE_4
ROUTE 1 0.000 R2C12B.FCO to R2C12C.FCI n13992
FCITOFCO_D --- 0.162 R2C12C.FCI to R2C12C.FCO SLICE_0
ROUTE 1 0.000 R2C12C.FCO to R2C12D.FCI n13993
FCITOFCO_D --- 0.162 R2C12D.FCI to R2C12D.FCO SLICE_149
ROUTE 1 0.000 R2C12D.FCO to R2C13A.FCI n13994
FCITOFCO_D --- 0.162 R2C13A.FCI to R2C13A.FCO SLICE_148
ROUTE 1 0.000 R2C13A.FCO to R2C13B.FCI n13995
FCITOFCO_D --- 0.162 R2C13B.FCI to R2C13B.FCO SLICE_139
ROUTE 1 0.000 R2C13B.FCO to R2C13C.FCI n13996
FCITOF1_DE --- 0.643 R2C13C.FCI to R2C13C.F1 SLICE_136
ROUTE 1 0.000 R2C13C.F1 to R2C13C.DI1 n58_adj_84 (to clk)
--------
3.450 (81.0% logic, 19.0% route), 8 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_5:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C12A.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_136:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C13C.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 477.181ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i1 (from clk +)
Destination: FF Data in counter_4813_4860__i12 (to clk +)
Delay: 3.422ns (80.8% logic, 19.2% route), 7 logic levels.
Constraint Details:
3.422ns physical path delay SLICE_4 to SLICE_136 meets
480.769ns delay constraint less
0.000ns skew and
0.166ns DIN_SET requirement (totaling 480.603ns) by 477.181ns
Physical Path Details:
Data path SLICE_4 to SLICE_136:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.452 R2C12B.CLK to R2C12B.Q0 SLICE_4 (from clk)
ROUTE 1 0.656 R2C12B.Q0 to R2C12B.A0 n12_adj_41
C0TOFCO_DE --- 1.023 R2C12B.A0 to R2C12B.FCO SLICE_4
ROUTE 1 0.000 R2C12B.FCO to R2C12C.FCI n13992
FCITOFCO_D --- 0.162 R2C12C.FCI to R2C12C.FCO SLICE_0
ROUTE 1 0.000 R2C12C.FCO to R2C12D.FCI n13993
FCITOFCO_D --- 0.162 R2C12D.FCI to R2C12D.FCO SLICE_149
ROUTE 1 0.000 R2C12D.FCO to R2C13A.FCI n13994
FCITOFCO_D --- 0.162 R2C13A.FCI to R2C13A.FCO SLICE_148
ROUTE 1 0.000 R2C13A.FCO to R2C13B.FCI n13995
FCITOFCO_D --- 0.162 R2C13B.FCI to R2C13B.FCO SLICE_139
ROUTE 1 0.000 R2C13B.FCO to R2C13C.FCI n13996
FCITOF1_DE --- 0.643 R2C13C.FCI to R2C13C.F1 SLICE_136
ROUTE 1 0.000 R2C13C.F1 to R2C13C.DI1 n58_adj_84 (to clk)
--------
3.422 (80.8% logic, 19.2% route), 7 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_4:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C12B.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_136:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C13C.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 477.211ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i0 (from clk +)
Destination: FF Data in counter_4813_4860__i11 (to clk +)
Delay: 3.392ns (80.7% logic, 19.3% route), 8 logic levels.
Constraint Details:
3.392ns physical path delay SLICE_5 to SLICE_136 meets
480.769ns delay constraint less
0.000ns skew and
0.166ns DIN_SET requirement (totaling 480.603ns) by 477.211ns
Physical Path Details:
Data path SLICE_5 to SLICE_136:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.452 R2C12A.CLK to R2C12A.Q1 SLICE_5 (from clk)
ROUTE 1 0.656 R2C12A.Q1 to R2C12A.A1 n13
C1TOFCO_DE --- 0.889 R2C12A.A1 to R2C12A.FCO SLICE_5
ROUTE 1 0.000 R2C12A.FCO to R2C12B.FCI n13991
FCITOFCO_D --- 0.162 R2C12B.FCI to R2C12B.FCO SLICE_4
ROUTE 1 0.000 R2C12B.FCO to R2C12C.FCI n13992
FCITOFCO_D --- 0.162 R2C12C.FCI to R2C12C.FCO SLICE_0
ROUTE 1 0.000 R2C12C.FCO to R2C12D.FCI n13993
FCITOFCO_D --- 0.162 R2C12D.FCI to R2C12D.FCO SLICE_149
ROUTE 1 0.000 R2C12D.FCO to R2C13A.FCI n13994
FCITOFCO_D --- 0.162 R2C13A.FCI to R2C13A.FCO SLICE_148
ROUTE 1 0.000 R2C13A.FCO to R2C13B.FCI n13995
FCITOFCO_D --- 0.162 R2C13B.FCI to R2C13B.FCO SLICE_139
ROUTE 1 0.000 R2C13B.FCO to R2C13C.FCI n13996
FCITOF0_DE --- 0.585 R2C13C.FCI to R2C13C.F0 SLICE_136
ROUTE 1 0.000 R2C13C.F0 to R2C13C.DI0 n59_adj_198 (to clk)
--------
3.392 (80.7% logic, 19.3% route), 8 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_5:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C12A.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_136:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C13C.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 477.239ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i1 (from clk +)
Destination: FF Data in counter_4813_4860__i11 (to clk +)
Delay: 3.364ns (80.5% logic, 19.5% route), 7 logic levels.
Constraint Details:
3.364ns physical path delay SLICE_4 to SLICE_136 meets
480.769ns delay constraint less
0.000ns skew and
0.166ns DIN_SET requirement (totaling 480.603ns) by 477.239ns
Physical Path Details:
Data path SLICE_4 to SLICE_136:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.452 R2C12B.CLK to R2C12B.Q0 SLICE_4 (from clk)
ROUTE 1 0.656 R2C12B.Q0 to R2C12B.A0 n12_adj_41
C0TOFCO_DE --- 1.023 R2C12B.A0 to R2C12B.FCO SLICE_4
ROUTE 1 0.000 R2C12B.FCO to R2C12C.FCI n13992
FCITOFCO_D --- 0.162 R2C12C.FCI to R2C12C.FCO SLICE_0
ROUTE 1 0.000 R2C12C.FCO to R2C12D.FCI n13993
FCITOFCO_D --- 0.162 R2C12D.FCI to R2C12D.FCO SLICE_149
ROUTE 1 0.000 R2C12D.FCO to R2C13A.FCI n13994
FCITOFCO_D --- 0.162 R2C13A.FCI to R2C13A.FCO SLICE_148
ROUTE 1 0.000 R2C13A.FCO to R2C13B.FCI n13995
FCITOFCO_D --- 0.162 R2C13B.FCI to R2C13B.FCO SLICE_139
ROUTE 1 0.000 R2C13B.FCO to R2C13C.FCI n13996
FCITOF0_DE --- 0.585 R2C13C.FCI to R2C13C.F0 SLICE_136
ROUTE 1 0.000 R2C13C.F0 to R2C13C.DI0 n59_adj_198 (to clk)
--------
3.364 (80.5% logic, 19.5% route), 7 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_4:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C12B.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_136:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C13C.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 477.315ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i2 (from clk +)
Destination: FF Data in counter_4813_4860__i12 (to clk +)
Delay: 3.288ns (80.0% logic, 20.0% route), 7 logic levels.
Constraint Details:
3.288ns physical path delay SLICE_4 to SLICE_136 meets
480.769ns delay constraint less
0.000ns skew and
0.166ns DIN_SET requirement (totaling 480.603ns) by 477.315ns
Physical Path Details:
Data path SLICE_4 to SLICE_136:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.452 R2C12B.CLK to R2C12B.Q1 SLICE_4 (from clk)
ROUTE 1 0.656 R2C12B.Q1 to R2C12B.A1 n11
C1TOFCO_DE --- 0.889 R2C12B.A1 to R2C12B.FCO SLICE_4
ROUTE 1 0.000 R2C12B.FCO to R2C12C.FCI n13992
FCITOFCO_D --- 0.162 R2C12C.FCI to R2C12C.FCO SLICE_0
ROUTE 1 0.000 R2C12C.FCO to R2C12D.FCI n13993
FCITOFCO_D --- 0.162 R2C12D.FCI to R2C12D.FCO SLICE_149
ROUTE 1 0.000 R2C12D.FCO to R2C13A.FCI n13994
FCITOFCO_D --- 0.162 R2C13A.FCI to R2C13A.FCO SLICE_148
ROUTE 1 0.000 R2C13A.FCO to R2C13B.FCI n13995
FCITOFCO_D --- 0.162 R2C13B.FCI to R2C13B.FCO SLICE_139
ROUTE 1 0.000 R2C13B.FCO to R2C13C.FCI n13996
FCITOF1_DE --- 0.643 R2C13C.FCI to R2C13C.F1 SLICE_136
ROUTE 1 0.000 R2C13C.F1 to R2C13C.DI1 n58_adj_84 (to clk)
--------
3.288 (80.0% logic, 20.0% route), 7 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_4:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C12B.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_136:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C13C.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 477.315ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i0 (from clk +)
Destination: FF Data in counter_4813_4860__i10 (to clk +)
Delay: 3.288ns (80.0% logic, 20.0% route), 7 logic levels.
Constraint Details:
3.288ns physical path delay SLICE_5 to SLICE_139 meets
480.769ns delay constraint less
0.000ns skew and
0.166ns DIN_SET requirement (totaling 480.603ns) by 477.315ns
Physical Path Details:
Data path SLICE_5 to SLICE_139:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.452 R2C12A.CLK to R2C12A.Q1 SLICE_5 (from clk)
ROUTE 1 0.656 R2C12A.Q1 to R2C12A.A1 n13
C1TOFCO_DE --- 0.889 R2C12A.A1 to R2C12A.FCO SLICE_5
ROUTE 1 0.000 R2C12A.FCO to R2C12B.FCI n13991
FCITOFCO_D --- 0.162 R2C12B.FCI to R2C12B.FCO SLICE_4
ROUTE 1 0.000 R2C12B.FCO to R2C12C.FCI n13992
FCITOFCO_D --- 0.162 R2C12C.FCI to R2C12C.FCO SLICE_0
ROUTE 1 0.000 R2C12C.FCO to R2C12D.FCI n13993
FCITOFCO_D --- 0.162 R2C12D.FCI to R2C12D.FCO SLICE_149
ROUTE 1 0.000 R2C12D.FCO to R2C13A.FCI n13994
FCITOFCO_D --- 0.162 R2C13A.FCI to R2C13A.FCO SLICE_148
ROUTE 1 0.000 R2C13A.FCO to R2C13B.FCI n13995
FCITOF1_DE --- 0.643 R2C13B.FCI to R2C13B.F1 SLICE_139
ROUTE 1 0.000 R2C13B.F1 to R2C13B.DI1 n60_adj_23 (to clk)
--------
3.288 (80.0% logic, 20.0% route), 7 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_5:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C12A.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_139:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C13B.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 477.343ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i3 (from clk +)
Destination: FF Data in counter_4813_4860__i12 (to clk +)
Delay: 3.260ns (79.9% logic, 20.1% route), 6 logic levels.
Constraint Details:
3.260ns physical path delay SLICE_0 to SLICE_136 meets
480.769ns delay constraint less
0.000ns skew and
0.166ns DIN_SET requirement (totaling 480.603ns) by 477.343ns
Physical Path Details:
Data path SLICE_0 to SLICE_136:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.452 R2C12C.CLK to R2C12C.Q0 SLICE_0 (from clk)
ROUTE 1 0.656 R2C12C.Q0 to R2C12C.A0 n10_adj_97
C0TOFCO_DE --- 1.023 R2C12C.A0 to R2C12C.FCO SLICE_0
ROUTE 1 0.000 R2C12C.FCO to R2C12D.FCI n13993
FCITOFCO_D --- 0.162 R2C12D.FCI to R2C12D.FCO SLICE_149
ROUTE 1 0.000 R2C12D.FCO to R2C13A.FCI n13994
FCITOFCO_D --- 0.162 R2C13A.FCI to R2C13A.FCO SLICE_148
ROUTE 1 0.000 R2C13A.FCO to R2C13B.FCI n13995
FCITOFCO_D --- 0.162 R2C13B.FCI to R2C13B.FCO SLICE_139
ROUTE 1 0.000 R2C13B.FCO to R2C13C.FCI n13996
FCITOF1_DE --- 0.643 R2C13C.FCI to R2C13C.F1 SLICE_136
ROUTE 1 0.000 R2C13C.F1 to R2C13C.DI1 n58_adj_84 (to clk)
--------
3.260 (79.9% logic, 20.1% route), 6 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_0:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C12C.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_136:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C13C.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 477.343ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i1 (from clk +)
Destination: FF Data in counter_4813_4860__i10 (to clk +)
Delay: 3.260ns (79.9% logic, 20.1% route), 6 logic levels.
Constraint Details:
3.260ns physical path delay SLICE_4 to SLICE_139 meets
480.769ns delay constraint less
0.000ns skew and
0.166ns DIN_SET requirement (totaling 480.603ns) by 477.343ns
Physical Path Details:
Data path SLICE_4 to SLICE_139:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.452 R2C12B.CLK to R2C12B.Q0 SLICE_4 (from clk)
ROUTE 1 0.656 R2C12B.Q0 to R2C12B.A0 n12_adj_41
C0TOFCO_DE --- 1.023 R2C12B.A0 to R2C12B.FCO SLICE_4
ROUTE 1 0.000 R2C12B.FCO to R2C12C.FCI n13992
FCITOFCO_D --- 0.162 R2C12C.FCI to R2C12C.FCO SLICE_0
ROUTE 1 0.000 R2C12C.FCO to R2C12D.FCI n13993
FCITOFCO_D --- 0.162 R2C12D.FCI to R2C12D.FCO SLICE_149
ROUTE 1 0.000 R2C12D.FCO to R2C13A.FCI n13994
FCITOFCO_D --- 0.162 R2C13A.FCI to R2C13A.FCO SLICE_148
ROUTE 1 0.000 R2C13A.FCO to R2C13B.FCI n13995
FCITOF1_DE --- 0.643 R2C13B.FCI to R2C13B.F1 SLICE_139
ROUTE 1 0.000 R2C13B.F1 to R2C13B.DI1 n60_adj_23 (to clk)
--------
3.260 (79.9% logic, 20.1% route), 6 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_4:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C12B.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_139:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C13B.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 477.373ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i2 (from clk +)
Destination: FF Data in counter_4813_4860__i11 (to clk +)
Delay: 3.230ns (79.7% logic, 20.3% route), 7 logic levels.
Constraint Details:
3.230ns physical path delay SLICE_4 to SLICE_136 meets
480.769ns delay constraint less
0.000ns skew and
0.166ns DIN_SET requirement (totaling 480.603ns) by 477.373ns
Physical Path Details:
Data path SLICE_4 to SLICE_136:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.452 R2C12B.CLK to R2C12B.Q1 SLICE_4 (from clk)
ROUTE 1 0.656 R2C12B.Q1 to R2C12B.A1 n11
C1TOFCO_DE --- 0.889 R2C12B.A1 to R2C12B.FCO SLICE_4
ROUTE 1 0.000 R2C12B.FCO to R2C12C.FCI n13992
FCITOFCO_D --- 0.162 R2C12C.FCI to R2C12C.FCO SLICE_0
ROUTE 1 0.000 R2C12C.FCO to R2C12D.FCI n13993
FCITOFCO_D --- 0.162 R2C12D.FCI to R2C12D.FCO SLICE_149
ROUTE 1 0.000 R2C12D.FCO to R2C13A.FCI n13994
FCITOFCO_D --- 0.162 R2C13A.FCI to R2C13A.FCO SLICE_148
ROUTE 1 0.000 R2C13A.FCO to R2C13B.FCI n13995
FCITOFCO_D --- 0.162 R2C13B.FCI to R2C13B.FCO SLICE_139
ROUTE 1 0.000 R2C13B.FCO to R2C13C.FCI n13996
FCITOF0_DE --- 0.585 R2C13C.FCI to R2C13C.F0 SLICE_136
ROUTE 1 0.000 R2C13C.F0 to R2C13C.DI0 n59_adj_198 (to clk)
--------
3.230 (79.7% logic, 20.3% route), 7 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_4:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C12B.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_136:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C13C.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 477.373ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i0 (from clk +)
Destination: FF Data in counter_4813_4860__i9 (to clk +)
Delay: 3.230ns (79.7% logic, 20.3% route), 7 logic levels.
Constraint Details:
3.230ns physical path delay SLICE_5 to SLICE_139 meets
480.769ns delay constraint less
0.000ns skew and
0.166ns DIN_SET requirement (totaling 480.603ns) by 477.373ns
Physical Path Details:
Data path SLICE_5 to SLICE_139:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.452 R2C12A.CLK to R2C12A.Q1 SLICE_5 (from clk)
ROUTE 1 0.656 R2C12A.Q1 to R2C12A.A1 n13
C1TOFCO_DE --- 0.889 R2C12A.A1 to R2C12A.FCO SLICE_5
ROUTE 1 0.000 R2C12A.FCO to R2C12B.FCI n13991
FCITOFCO_D --- 0.162 R2C12B.FCI to R2C12B.FCO SLICE_4
ROUTE 1 0.000 R2C12B.FCO to R2C12C.FCI n13992
FCITOFCO_D --- 0.162 R2C12C.FCI to R2C12C.FCO SLICE_0
ROUTE 1 0.000 R2C12C.FCO to R2C12D.FCI n13993
FCITOFCO_D --- 0.162 R2C12D.FCI to R2C12D.FCO SLICE_149
ROUTE 1 0.000 R2C12D.FCO to R2C13A.FCI n13994
FCITOFCO_D --- 0.162 R2C13A.FCI to R2C13A.FCO SLICE_148
ROUTE 1 0.000 R2C13A.FCO to R2C13B.FCI n13995
FCITOF0_DE --- 0.585 R2C13B.FCI to R2C13B.F0 SLICE_139
ROUTE 1 0.000 R2C13B.F0 to R2C13B.DI0 n61_adj_24 (to clk)
--------
3.230 (79.7% logic, 20.3% route), 7 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_5:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C12A.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_139:
Name Fanout Delay (ns) Site Resource
ROUTE 7 3.409 OSC.OSC to R2C13B.CLK clk
--------
3.409 (0.0% logic, 100.0% route), 0 logic levels.
Report: 276.549MHz is the maximum frequency for this preference.
Report Summary
--------------
----------------------------------------------------------------------------
Preference | Constraint| Actual|Levels
----------------------------------------------------------------------------
| | |
FREQUENCY NET "clk" 2.080000 MHz ; | 2.080 MHz| 276.549 MHz| 8
| | |
----------------------------------------------------------------------------
All preferences were met.
Clock Domains Analysis
------------------------
Found 2 clocks:
Clock Domain: clk Source: internal_oscillator_inst.OSC Loads: 7
Covered under: FREQUENCY NET "clk" 2.080000 MHz ;
Clock Domain: MEMADDR_c_12 Source: SLICE_136.Q1 Loads: 94
No transfer within this clock domain is found
Timing summary (Setup):
---------------
Timing errors: 0 Score: 0
Cumulative negative slack: 0
Constraints cover 91 paths, 1 nets, and 3418 connections (100.00% coverage)
--------------------------------------------------------------------------------
Lattice TRACE Report - Hold, Version Diamond (64-bit) <IP_ADDRESS>6.4
Sun Aug 30 19:52:07 2020
Copyright (c) 1991-1994 by NeoCAD Inc. All rights reserved.
Copyright (c) 1995 AT&T Corp. All rights reserved.
Copyright (c) 1995-2001 Lucent Technologies Inc. All rights reserved.
Copyright (c) 2001 Agere Systems All rights reserved.
Copyright (c) 2002-2019 Lattice Semiconductor Corporation, All rights reserved.
Report Information
------------------
Command line: trce -v 10 -gt -sethld -sp 4 -sphld m -o EBVC_v1.twr -gui -msgset C:/Users/Justin/OneDrive/Projects/EBVC/promote.xml EBVC_v1.ncd EBVC_v1.prf
Design file: ebvc_v1.ncd
Preference file: ebvc_v1.prf
Device,speed: LCMXO2-1200HC,m
Report level: verbose report, limited to 10 items per preference
--------------------------------------------------------------------------------
Preference Summary
FREQUENCY NET "clk" 2.080000 MHz (0 errors) 91 items scored, 0 timing errors detected.
================================================================================
Preference: FREQUENCY NET "clk" 2.080000 MHz ;
91 items scored, 0 timing errors detected.
--------------------------------------------------------------------------------
Passed: The following path meets requirements by 0.377ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i3 (from clk +)
Destination: FF Data in counter_4813_4860__i3 (to clk +)
Delay: 0.364ns (64.3% logic, 35.7% route), 2 logic levels.
Constraint Details:
0.364ns physical path delay SLICE_0 to SLICE_0 meets
-0.013ns DIN_HLD and
0.000ns delay constraint less
0.000ns skew requirement (totaling -0.013ns) by 0.377ns
Physical Path Details:
Data path SLICE_0 to SLICE_0:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.133 R2C12C.CLK to R2C12C.Q0 SLICE_0 (from clk)
ROUTE 1 0.130 R2C12C.Q0 to R2C12C.A0 n10_adj_97
CTOF_DEL --- 0.101 R2C12C.A0 to R2C12C.F0 SLICE_0
ROUTE 1 0.000 R2C12C.F0 to R2C12C.DI0 n67_adj_49 (to clk)
--------
0.364 (64.3% logic, 35.7% route), 2 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_0:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C12C.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_0:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C12C.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 0.377ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i4 (from clk +)
Destination: FF Data in counter_4813_4860__i4 (to clk +)
Delay: 0.364ns (64.3% logic, 35.7% route), 2 logic levels.
Constraint Details:
0.364ns physical path delay SLICE_0 to SLICE_0 meets
-0.013ns DIN_HLD and
0.000ns delay constraint less
0.000ns skew requirement (totaling -0.013ns) by 0.377ns
Physical Path Details:
Data path SLICE_0 to SLICE_0:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.133 R2C12C.CLK to R2C12C.Q1 SLICE_0 (from clk)
ROUTE 1 0.130 R2C12C.Q1 to R2C12C.A1 n9_adj_125
CTOF_DEL --- 0.101 R2C12C.A1 to R2C12C.F1 SLICE_0
ROUTE 1 0.000 R2C12C.F1 to R2C12C.DI1 n66_adj_50 (to clk)
--------
0.364 (64.3% logic, 35.7% route), 2 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_0:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C12C.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_0:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C12C.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 0.377ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i11 (from clk +)
Destination: FF Data in counter_4813_4860__i11 (to clk +)
Delay: 0.364ns (64.3% logic, 35.7% route), 2 logic levels.
Constraint Details:
0.364ns physical path delay SLICE_136 to SLICE_136 meets
-0.013ns DIN_HLD and
0.000ns delay constraint less
0.000ns skew requirement (totaling -0.013ns) by 0.377ns
Physical Path Details:
Data path SLICE_136 to SLICE_136:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.133 R2C13C.CLK to R2C13C.Q0 SLICE_136 (from clk)
ROUTE 1 0.130 R2C13C.Q0 to R2C13C.A0 n2_adj_68
CTOF_DEL --- 0.101 R2C13C.A0 to R2C13C.F0 SLICE_136
ROUTE 1 0.000 R2C13C.F0 to R2C13C.DI0 n59_adj_198 (to clk)
--------
0.364 (64.3% logic, 35.7% route), 2 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_136:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C13C.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_136:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C13C.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 0.377ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i9 (from clk +)
Destination: FF Data in counter_4813_4860__i9 (to clk +)
Delay: 0.364ns (64.3% logic, 35.7% route), 2 logic levels.
Constraint Details:
0.364ns physical path delay SLICE_139 to SLICE_139 meets
-0.013ns DIN_HLD and
0.000ns delay constraint less
0.000ns skew requirement (totaling -0.013ns) by 0.377ns
Physical Path Details:
Data path SLICE_139 to SLICE_139:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.133 R2C13B.CLK to R2C13B.Q0 SLICE_139 (from clk)
ROUTE 1 0.130 R2C13B.Q0 to R2C13B.A0 n4_adj_58
CTOF_DEL --- 0.101 R2C13B.A0 to R2C13B.F0 SLICE_139
ROUTE 1 0.000 R2C13B.F0 to R2C13B.DI0 n61_adj_24 (to clk)
--------
0.364 (64.3% logic, 35.7% route), 2 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_139:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C13B.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_139:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C13B.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 0.377ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i10 (from clk +)
Destination: FF Data in counter_4813_4860__i10 (to clk +)
Delay: 0.364ns (64.3% logic, 35.7% route), 2 logic levels.
Constraint Details:
0.364ns physical path delay SLICE_139 to SLICE_139 meets
-0.013ns DIN_HLD and
0.000ns delay constraint less
0.000ns skew requirement (totaling -0.013ns) by 0.377ns
Physical Path Details:
Data path SLICE_139 to SLICE_139:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.133 R2C13B.CLK to R2C13B.Q1 SLICE_139 (from clk)
ROUTE 1 0.130 R2C13B.Q1 to R2C13B.A1 n3_adj_67
CTOF_DEL --- 0.101 R2C13B.A1 to R2C13B.F1 SLICE_139
ROUTE 1 0.000 R2C13B.F1 to R2C13B.DI1 n60_adj_23 (to clk)
--------
0.364 (64.3% logic, 35.7% route), 2 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_139:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C13B.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_139:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C13B.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 0.377ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i7 (from clk +)
Destination: FF Data in counter_4813_4860__i7 (to clk +)
Delay: 0.364ns (64.3% logic, 35.7% route), 2 logic levels.
Constraint Details:
0.364ns physical path delay SLICE_148 to SLICE_148 meets
-0.013ns DIN_HLD and
0.000ns delay constraint less
0.000ns skew requirement (totaling -0.013ns) by 0.377ns
Physical Path Details:
Data path SLICE_148 to SLICE_148:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.133 R2C13A.CLK to R2C13A.Q0 SLICE_148 (from clk)
ROUTE 1 0.130 R2C13A.Q0 to R2C13A.A0 n6_adj_57
CTOF_DEL --- 0.101 R2C13A.A0 to R2C13A.F0 SLICE_148
ROUTE 1 0.000 R2C13A.F0 to R2C13A.DI0 n63_adj_61 (to clk)
--------
0.364 (64.3% logic, 35.7% route), 2 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_148:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C13A.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_148:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C13A.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 0.377ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i8 (from clk +)
Destination: FF Data in counter_4813_4860__i8 (to clk +)
Delay: 0.364ns (64.3% logic, 35.7% route), 2 logic levels.
Constraint Details:
0.364ns physical path delay SLICE_148 to SLICE_148 meets
-0.013ns DIN_HLD and
0.000ns delay constraint less
0.000ns skew requirement (totaling -0.013ns) by 0.377ns
Physical Path Details:
Data path SLICE_148 to SLICE_148:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.133 R2C13A.CLK to R2C13A.Q1 SLICE_148 (from clk)
ROUTE 1 0.130 R2C13A.Q1 to R2C13A.A1 n5
CTOF_DEL --- 0.101 R2C13A.A1 to R2C13A.F1 SLICE_148
ROUTE 1 0.000 R2C13A.F1 to R2C13A.DI1 n62_adj_62 (to clk)
--------
0.364 (64.3% logic, 35.7% route), 2 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_148:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C13A.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_148:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C13A.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 0.377ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i6 (from clk +)
Destination: FF Data in counter_4813_4860__i6 (to clk +)
Delay: 0.364ns (64.3% logic, 35.7% route), 2 logic levels.
Constraint Details:
0.364ns physical path delay SLICE_149 to SLICE_149 meets
-0.013ns DIN_HLD and
0.000ns delay constraint less
0.000ns skew requirement (totaling -0.013ns) by 0.377ns
Physical Path Details:
Data path SLICE_149 to SLICE_149:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.133 R2C12D.CLK to R2C12D.Q1 SLICE_149 (from clk)
ROUTE 1 0.130 R2C12D.Q1 to R2C12D.A1 n7_adj_56
CTOF_DEL --- 0.101 R2C12D.A1 to R2C12D.F1 SLICE_149
ROUTE 1 0.000 R2C12D.F1 to R2C12D.DI1 n64_adj_55 (to clk)
--------
0.364 (64.3% logic, 35.7% route), 2 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_149:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C12D.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_149:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C12D.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 0.377ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i5 (from clk +)
Destination: FF Data in counter_4813_4860__i5 (to clk +)
Delay: 0.364ns (64.3% logic, 35.7% route), 2 logic levels.
Constraint Details:
0.364ns physical path delay SLICE_149 to SLICE_149 meets
-0.013ns DIN_HLD and
0.000ns delay constraint less
0.000ns skew requirement (totaling -0.013ns) by 0.377ns
Physical Path Details:
Data path SLICE_149 to SLICE_149:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.133 R2C12D.CLK to R2C12D.Q0 SLICE_149 (from clk)
ROUTE 1 0.130 R2C12D.Q0 to R2C12D.A0 n8_adj_128
CTOF_DEL --- 0.101 R2C12D.A0 to R2C12D.F0 SLICE_149
ROUTE 1 0.000 R2C12D.F0 to R2C12D.DI0 n65_adj_51 (to clk)
--------
0.364 (64.3% logic, 35.7% route), 2 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_149:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C12D.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_149:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C12D.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Passed: The following path meets requirements by 0.377ns
Logical Details: Cell type Pin type Cell/ASIC name (clock net +/-)
Source: FF Q counter_4813_4860__i2 (from clk +)
Destination: FF Data in counter_4813_4860__i2 (to clk +)
Delay: 0.364ns (64.3% logic, 35.7% route), 2 logic levels.
Constraint Details:
0.364ns physical path delay SLICE_4 to SLICE_4 meets
-0.013ns DIN_HLD and
0.000ns delay constraint less
0.000ns skew requirement (totaling -0.013ns) by 0.377ns
Physical Path Details:
Data path SLICE_4 to SLICE_4:
Name Fanout Delay (ns) Site Resource
REG_DEL --- 0.133 R2C12B.CLK to R2C12B.Q1 SLICE_4 (from clk)
ROUTE 1 0.130 R2C12B.Q1 to R2C12B.A1 n11
CTOF_DEL --- 0.101 R2C12B.A1 to R2C12B.F1 SLICE_4
ROUTE 1 0.000 R2C12B.F1 to R2C12B.DI1 n68_adj_44 (to clk)
--------
0.364 (64.3% logic, 35.7% route), 2 logic levels.
Clock Skew Details:
Source Clock Path internal_oscillator_inst to SLICE_4:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C12B.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Destination Clock Path internal_oscillator_inst to SLICE_4:
Name Fanout Delay (ns) Site Resource
ROUTE 7 1.080 OSC.OSC to R2C12B.CLK clk
--------
1.080 (0.0% logic, 100.0% route), 0 logic levels.
Report Summary
--------------
----------------------------------------------------------------------------
Preference(MIN Delays) | Constraint| Actual|Levels
----------------------------------------------------------------------------
| | |
FREQUENCY NET "clk" 2.080000 MHz ; | 0.000 ns| 0.377 ns| 2
| | |
----------------------------------------------------------------------------
All preferences were met.
Clock Domains Analysis
------------------------
Found 2 clocks:
Clock Domain: clk Source: internal_oscillator_inst.OSC Loads: 7
Covered under: FREQUENCY NET "clk" 2.080000 MHz ;
Clock Domain: MEMADDR_c_12 Source: SLICE_136.Q1 Loads: 94
No transfer within this clock domain is found
Timing summary (Hold):
---------------
Timing errors: 0 Score: 0
Cumulative negative slack: 0
Constraints cover 91 paths, 1 nets, and 3418 connections (100.00% coverage)
Timing summary (Setup and Hold):
---------------
Timing errors: 0 (setup), 0 (hold)
Score: 0 (setup), 0 (hold)
Cumulative negative slack: 0 (0+0)
--------------------------------------------------------------------------------
--------------------------------------------------------------------------------


33+ Word Art Logo Maker Free Images. Create your own nostalgic microsoft wordart and party like it's 1995. Here's why you should too.
Just choose font, color & icons. Looka logo maker will use these as inspiration and start to generate custom logo designs. The easiest free logo maker and logo generator.
Now people who are looking for wordart for packaging logos advertising or virtually anything else have an easy to use tool right at their fingertips.
Here's why you should too. Brandcrowd logo maker is easy to use and allows you full customization to get the word logo you want! Our logo maker is fun. Looka logo maker will use these as inspiration and start to generate custom logo designs.


I am a student at the University of Washington, Seattle. I am majoring in electrical & computer engineering, with a concentration in embedded computing systems.


The CaDC Reservoir Storage Explorer visualizes storage levels for all reservoirs in California over the last 5 years using data from the California Data Exchange Center, operated by the Department of Water Resources.
Instructions
-
Click on the time slider at the bottom of the map to play an animation of reservoir levels over the last 5 years. Yellow bubbles indicate total reservoir capacities and blue bubbles indicate reservoir storages.
-
Click reservoirs to explore water storage over time, including daily historical averages for each reservoir.
-
Click the calendar icon above to select a date and see total statewide storage on that date.
-
To download source data, use the Download Data menu at the top of the tool.
This tool and underlying data data infrastructure has been designed, developed and deployed by ARGO in collaboration with Mike Amodeo, Vishwajeet Shelar, and Dongjie Fan as part of an agile feasibility study of the Dodd "Open and Transparent Water Data Act."


Isar735.github.io
Description. Teaching and research interests are Postcolonial studies with an emphasis on African, African-American case study doing business in japan Caribbean. On December 21, 1997, Barack Obama wrote a short review of William Ayers’ book A Kind and Just Parent: The Children of Juvenile Court, which had recently. MFA in Creative Writing Students. Teaching and research interests are Postcolonial studies with an oxford on African, African-American and Caribbean literature. The 2018 ‘Spotlight on USA’ marks the first-ever official mission from USA to CMW. Spotlight on The USA – The Most Important Music Market Worldwide Gmail is email that's intuitive, efficient, and useful. 15 GB of storage, less spam, and mobile access.
The East High Class of 1966 - The East High School Alumni.
In our 11th annual survey, 84 colleges were recognized and 42 were named to the honor roll. Did yours make the list? Explore the results Authors Tom Franklin, an associate professor of fiction writing, and Beth Ann Fennelly, a professor of English and poet laureate of Mississippi. The Georgia Center for the Book is the co-sponsor of the major literary awards presented in the state of Georgia. The Townsend Prize. The winner of the 2012 Townsend. Courses. Ole Miss Online (OMO) courses have a specified start date and end date to the course. In an OMO semester-based course, you progress through the course. Undergraduate Programs Fall 2018-19 UM Catalog. Jerry Harris was adopted as an infant and grew up on a farm in Yazoo Country, Mississippi. His early life was filled with working with horses and cattle, fishing Jon Meacham Professional Public Speakers Motivational. Great Colleges to Work For 2018 - The Chronicle of Higher.
This handout describes what a thesis statement is, how thesis statements work in your writing, and how you can discover or refine one for your draft. Ole miss creative writing awards – TallerDeEmpresa.com.
List of Stanford University people - Wikipedia. The following is a list of notable people associated with the University of Alabama, located in the American city of Tuscaloosa, Alabama.
Ole Miss Creative Writing Faculty – M.F.A. Welcome. Description M.F.A. Welcome. Teaching and research interests are Postcolonial studies with an emphasis on African, Faculty and Caribbean literature and culture. Established in 1856, Auburn University consistently ranks as one of the best universities in the nation. Auburn’s students and faculty conduct cutting-edge research.
Give to Ole Miss. The University of . Faculty Staff. . helping students hone their writing skills or making sure campus looks Jerry Harris - Amazon.com: Online Shopping for Electronics.
Ole Miss Creative Writing Faculty ‒ M.F.A. Welcome. Faculty; Emeritus Faculty; Teaching interests include creative writing, especially poetry, Support Ole Miss; Research; Libraries; International;. The policies and regulations contained in this online University of Mississippi Catalog are in effect for the current or selected semester. The catalog
Sidebar Links. Teaching and research interests are Postcolonial studies with an emphasis on African, African-American writing Caribbean creative writing for beginners. This page lists the members of Stanford University, including students, alumni, faculty and academic affiliates associated. Founded in 1885 by former California. 2018 Spotlight on USA 2018 Canadian Music Facilities - North Greenville University. List of University of Alabama people - Wikipedia. Barack Obama?s review of William Ayers' book · zomblog.
The Joe Frank and Eleanor Hayes Christian Fine Arts Center, completed in 2001, provides studios, classrooms, choir room, music library, band rehearsal
The East High Class of 1966 East High School, Memphis, Tennessee. Faculty Staff University of Mississippi. Ole miss creative writing faculty.
Our artist-in-residence program helps anyone with a creative vision to rediscover their heart and muse, by giving them a place Why hasn't she given up? Why was she still half in love with him after all these years? Admittedly, this author is a hit-or-miss for me. He last few books Ole miss creative writing awards - Best HQ writing services provided by top professionals. Get started with essay writing and compose the best essay ever No fails. MFA English Program University of Mississippi. Ole Miss Creative Writing Faculty , M.F.A. in Creative Writing. Ole Miss Creative Writing Faculty ‒ MFA in Creative. Opinion: Historically black colleges as relevant today. Faculty - CUSTOM PROGRAMS - National Institute for Trial.
The Formula; where c is a specific team's total number of commits and R n is the 247Sports Composite Rating of the nth-best commit times 100. Explanation. The 100 Best Colleges and Universities by State 2018–2019. JSTOR is a digital library of academic journals, books, and primary sources. Thesis Statements - The Writing Center.
Editor’s Note: Michael Lomax, Ph.D, is president and CEO of UNCF, the United Negro College Fund, the largest private provider of scholarships and other. JSTOR: Viewing Subject: Education. Latest News. Teaching and research interests are Postcolonial studies with an emphasis on African, African-American and Creative writing a day at the beach literature. Presidential historian, Pulitzer Prize-winner, and contributor to TIME and The New York Times Book Review, Jon Meacham is one of America's most prominent public. The Blind Side (2009) cast and crew credits, including actors, actresses, directors, writers Literary Awards Georgia Center for the Book Supporting. Free talents Essays and Papers - 123helpme.com. The National Institute for Trial Advocacy (NITA) is the nation's leading provider of legal advocacy skills training. NITA pioneered the legal skills learning-by-doing.


How to play
Card Fu is a simple strategy card game based on the Card-Jitsu minigame in Club Penguin. The rules are pretty simple, it's just a slightly more advanced version of Rock-Paper-Scissors. In your hand you have five cards, each with an element, a power and a color. Each round you play a card and if you win the round, you gain the card you played as a point. Your card wins the round if it has the element that beats your opponent's card (water beats fire, fire beats ice, ice beats water) or, if you play the same type of element, if you have the higher power. To win the game, you have to collect a minimum of three points, where either all the elements and colors are unique, or where the elemts are the same, but the colors are unique.
Pro Tips!
- Know your enemy! The key to winning a game of Card Fu is knowing what your opponent is likely to play. Always keep an eye out for what type of card your opponent needs to win, or what strategy they are using.
- Counter counter plays! Before you play the perfect counter to your opponents winning move, take a moment to think about the fact that your opponent might very well expect you to do this, and have a play to counter your counterplay planned. They may even have foreseen your triple-counter!
- Don't overthink it! When you're sitting there, wondering whether your opponent is tripple-bluffing or even quadruple-bluffing, it might good idea to just choose the obvious play.


Office Admin Design System
Text Link
According to the National Oceanic and Atmospheric Administration, Ted, Scambos, NSIDClead scentist, puts the potentially record maximum.
According to the National Oceanic and Atmospheric Administration, Ted, Scambos, NSIDClead scentist, puts the potentially record maximum.
I will be the leader of a company that ends up being worth billions of dollars, because I got the answers…
I will be the leader of a company that ends up being worth billions of dollars, because I got the answers. I understand culture. I am the nucleus. I think that’s a responsibility that I have, to push possibilities, to show people, this is the level that things could be at.
I will be the leader of a company that ends up being worth billions of dollars, because I got the answers. I understand culture. I am the nucleus. I think that’s a responsibility that I have, to push possibilities, to show people, this is the level that things could be at.
I will be the leader of a company that ends up being worth billions of dollars, because I got the answers. I understand culture. I am the nucleus. I think that’s a responsibility that I have, to push possibilities, to show people, this is the level that things could be at.
I will be the leader of a company that ends up being worth billions of dollars, because I got the answers. I understand culture. I am the nucleus. I think that’s a responsibility that I have, to push possibilities, to show people, this is the level that things could be at.
I will be the leader of a company that ends up being worth billions of dollars, because I got the answers. I understand culture. I am the nucleus. I think that’s a responsibility that I have, to push possibilities, to show people, this is the level that things could be at.


- RankCalculator - Class in astraiea.util
-
Ranks data, taking into account of ties, for use in tests such as Wilcoxon and Brunner Munzel
- RankCalculator(double[], double[]) - Constructor for class astraiea.util.RankCalculator
-
- RankCalculator(double[]) - Constructor for class astraiea.util.RankCalculator
-
- readState(DataInputStream) - Method in class astraiea.util.MersenneTwister
-
Reads the entire state of the MersenneTwister RNG from the stream
- removeZeros(double[]) - Static method in class astraiea.util.DataUtil
-
Converts an input array to an output array with no zero values.
- report() - Method in class astraiea.layer2.strategies.IncrementingStrategy
-
- report() - Method in class astraiea.layer2.strategies.NoIncrementing
-
- report() - Method in class astraiea.layer2.strategies.SimpleIncrementing
-
- Report - Class in astraiea
-
FIXME Refactoring 27/11 - new class.
- Report() - Constructor for class astraiea.Report
-
- Result - Class in astraiea
-
Stores the results of carrying out the significance and the p value tests.
- Result(String, String, double, double, boolean, double, Ordering, double[]) - Constructor for class astraiea.Result
-
- Result(String, String, double, double, boolean, double, Ordering) - Constructor for class astraiea.Result
-
- run(int, long[]) - Method in class astraiea.layer2.experiments.SetOfExperiments
-
- run(int, long[]) - Method in class astraiea.layer2.experiments.SetOfMultiArtefactExperiments
-
- run(int, long[]) - Method in class astraiea.layer2.experiments.SingleArtefactExperiments
-
- run(SetOfComparisons<T>, double, boolean, boolean, IncrementingStrategy, Random) - Static method in class astraiea.layer2.Layer2
-
Running without censoring with datapoint or timeseries generators without multiple artefacts.
- run(SetOfComparisons<TimeseriesGeneratorOutput<T>>, double, boolean, boolean, CensoringStrategy, IncrementingStrategy, Random) - Static method in class astraiea.layer2.Layer2
-
Running with timeseries without multiple artefacts.
- run(SetOfComparisons<TimeseriesGeneratorOutput<T>>, double, boolean, boolean, CensoringStrategy, IncrementingStrategy, Random, ModifiedVarghaDelaney) - Static method in class astraiea.layer2.Layer2
-
Running with timeseries without multiple artefacts.
- runArtefacts(SetOfComparisons<MultipleArtefactOutput<T>>, double, IncrementingStrategy, Random, boolean) - Static method in class astraiea.layer2.Layer2
-
Running with or without censoring with datapoint or timeseries generators with multiple artefacts.
- runArtefacts(SetOfComparisons<MultipleArtefactOutput<T>>, double, boolean, IncrementingStrategy, Random, ModifiedVarghaDelaney) - Static method in class astraiea.layer2.Layer2
-
Running without censoring with datapoint generators with multiple artefacts.
- runArtefacts(SetOfComparisons<MultipleArtefactOutput<T>>, double, IncrementingStrategy, Random, boolean, ModifiedVarghaDelaney) - Static method in class astraiea.layer2.Layer2
-
Running with or without censoring with datapoint generators with multiple artefacts.
- runCensored(SetOfComparisons<T>, double, boolean, IncrementingStrategy, Random) - Static method in class astraiea.layer2.Layer2
-
Running with censoring with datapoint generators without multiple artefacts.
- runCensored(SetOfComparisons<T>, double, boolean, IncrementingStrategy, Random, ModifiedVarghaDelaney) - Static method in class astraiea.layer2.Layer2
-
Running with censoring with datapoint generators without multiple artefacts.
- runPVal - Variable in class astraiea.layer2.strategies.IncrementingStrategy
-
if another p value is needed
- runPVal() - Method in class astraiea.layer2.strategies.IncrementingStrategy
-


resActorDetector
is used for detecting actors that are currently on screen. This actor should be exactly the same size as the view
actor is in the original resolution of the game, so that the area that is monitored is the same as the original view size.
resBackground
is used as a background that hides the actual game under the Resolutionary screen.
Two clones of this actor are used as the "black bars" for filling the leftover space on the screen if the aspect ratios of the original resolution and the new resolution don't match.
resDynamicLayerCanvas
is used for drawing the dynamic actors and is updated every frame.
resMouse
is an actor the size of one pixel and is used for detecting which actors are found at the position where the mouse should be in relation to the original resolution.
resMouseClickDetector
is used for capturing mouse clicks. When clicked, the actor sends an Activation Event to every actor currently colliding with resMouse
.
resStaticLayerCanvas
is used for drawing the static actors and is updated only when requested or when a change occurs in the list of static actors, i.e. an actor is either added to the list or removed from it.


Welcome to Pizza Maker Deluxe! Custom build your own pizza by selecting from the options below, review your choices, and press "Order" when ready and there you
have it! Your pizza order will be made to your exact specifications!


Club Manager
Home
Manage Events
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2017 – 2019 | In developing a visual language through programing
Technology used to realize a design has significant impact on the look of the result for its embedded presets. Programming makes it possible to construct design with logics and semantics. It allows me to think about visuals in a different way. A square becomes a collection of its size, position, fill, stroke, and movements. Rendering produced under such clear instructions are often abstract, complicated, even incomprehensible.
This documentation of daily coding practices shows the process of me learning and experimenting with new tools. Programming opens up new possibilities in visualization and more explorations need to be done.


Port Vila, the Capital of Vanuatu, is a sheltered anchorage for yachts with one of the most beautiful natural harbours in the world.
The port lies on the SE side of the island of Efate (Shefa).
Position 17° 44'31"S, 168° 17'30"E (entrance to the bay)
This is one of the four official clearance ports for Vanuatu. See Vanuatu Formalities for detailed information on Clearance.
Remember: 24 hours prior notice of arrival is required by Customs.
Clearance here is reported to be simple, fast, friendly and painless.
When you arrive in Port Vila, anchor in the quarantine zone near the YELLOW buoy. This is just north of the lead markers in some 8 to 20 meters depth. Have your yellow quarantine flag flying.
Call Port Vila Harbor Control on Channel 16. They keep radio watch from 07:30 to 16:30. If they do not answer, try Yachting World on Channel 16 or 60. They will contact Customs and Quarantine for you.
Offices are open Monday to Friday from 08:00 to 16:00 hours, Saturdays from 08:00 to 12:00 and are closed on Sunday and public holidays.
If you plan to arrive on a Saturday afternoon or Sunday, the boat must remain in the quarantine area until Monday. Do not go ashore without first clearing in or without explicit instructions by radio or telephone from Customs officials instructing you otherwise.
If you or a member of your crew expect to take an airplane flight out of Port Vila on a Sunday, be sure to see Immigration and Customs on the previous Friday.
Customs, quarantine and immigration are reported to be very helpful, as are the Yachting World crew. See Vanuatu Fees for Clearance costs.
Last updated February 2016.
After clearing in it is advisable to head for the protected inner harbour behind Irirki Island. Contact Yachting World on VHF 16 and they will action your request for a berth on the Yachting World Marina or a swing mooring in the harbour.
Click here for Yachting World's sailing directions for entering the inner harbour.
Anchoring is possible ahead of the quarantine area and outside of the mooring field. An anchor light must be used between sunset and sunrise.
The view from the waterfront cafe. photo from James Ellingford
Anchoring is possible ahead of the quarantine area and outside of the mooring field. An anchor light must be used between sunset and sunrise. The yachting world staff, in their yellow shirts and yellow striped dinghies, will meet you and assist you to the Marina or to an available swing mooring in the harbour.
Yachting World uses the the VHF call channel 16 then asks you to switch to another designated channel of the day. Please note that the Harbour regulations prohibits boats from rafting up on moorings, throwing trash or garbage in the water or pumping oily bilge water into the harbour.
Non - compliance with these regulations may damage marine life and disrupt the various recreational activities that are enjoyed in Port Vila Harbour. So please do the right thing and keep everyone happy.
Havannah Harbour - North West of Efate
This is another beautiful spot to spend some time and is well sheltered. Visiting yachts can hire a private mooring known as ‘Daves Mooring’ by contacting Jane on +678 779 2227. The buoy can be found at approx. position 17 35.35S 168 14.53E (opposite Jane's house with orange walls). Water is available from Jane and rubbish can be left ashore.
Rubbish Disposal in Port Vila
Port Vila rubbish disposal is handled using pre-paid bags. If rubbish not in these bags is left, it will not be collected and there are very few public rubbish bins available. For vessels in the quarantine anchorage, there are bins for cruisers located behind the small tour kiosk beside Nambawan Café (the building with the long thatch roof). Rubbish in any bags can be disposed of here and municipal pre-paid bags can also be purchased from Nambawan Café. These services have been volunteered to help yachties keep Port Vila clean, so please support Nambawan Café and advertisers.
Luganville also operates on the pre-paid bag system but has many more public rubbish bins available for use.
Last updated July 2016.


TCJSONReflection
Undocumented
-
Undocumented
Declaration
Swift
public typealias Receiver = String
-
Undocumented
Declaration
Swift
public typealias Candidate = Receiver
-
Describes the content of the coding keys of a class by comparing a system interpreted object and a naively interpreted one.
Throws
Rethrows from the system interpreting of the object and from the naive interpreting.Declaration
Swift
public static func codingKeysLabels<T: Codable>( inObject object: T) throws -> BindingsDictionary
Parameters
object
Request object
Return Value
A dictionary where the keys are the name of the old property and the values are the new names from the coding key.
-
Use the system serializer to create a JSON Any instance.
Throws
Rethrows from the JSONEncoder.encode method.Declaration
Swift
public static func systemSerialize<T: Encodable>( _ value: T) throws -> Any
Parameters
value
the encodable object to use.
Return Value
the object encoded as dictionary, as Any.