What is Databuddy?
Databuddy is an innovative platform where you can get free internet by performing simple tasks like installing other apps, registering on websites/apps etc. The money collected in your Databuddy wallet can be further redeemed against recharge in case of a prepaid mobile connection.
How it works?
Once you perform any task such as installing an app or registering on some website, you will get money reward in your Databuddy wallet. The money collected in your Databuddy wallet can be further redeemed against data recharges for prepaid mobile connection users only.
How do I sign up on Databuddy?
Once you download Databuddy app and provide your mobile number, it automatically registers your mobile number after its verified.
Where can I see my earned money?
You can access your earned money from the wallet section. From the wallet section itself, you can redeem this money against data recharges if you are having prepaid mobile connection.
Can I use this to recharge my family/friends Mobile Number?
Yes, you can recharge your family/friends mobile number if they are also prepaid connection users.
Is Internet connection necessary to access Databuddy App?
Yes. In order to complete offers you must be connected to internet via mobile network or WiFi.
What is pending tab?
Pending tab allows you to view your offers which are in pending stage.
What is invite and earn. How am I benefited through it?
Click on the invite icon on Databuddy app and invite your friends via text message/whatsapp/facebook. On every friend who joins through your invite gives you an opportunity to get some predefined amount which will be credited to your Databuddy wallet.
How can I view my completed offers/activites?
You can access your completed offers/activites from my transaction tab.
Can I uninstall & install any other mobile application from offers screen?
No. It is strictly prohibited to uninstall & install any mobile app multiple times to avail the offer amount. Therefore no amount will be credited if you uninstall & reinstall.
Can I register with multiple mobile numbers?
No. It is strictly prohibited to register with multiple mobile numbers from your mobile.
Can I use Mobile Emulators?
No. Usage of mobile emulators to install Databuddy app is strictly prohibited.
I have ported my number to another operator. Does it still work?
Yes, it still works. Select the correct operator name and circle name.


Affordable housing for lower income individuals and familes is a huge issue in the United States. About 12 million households in the US pay more than 50% of their income towards housing. Being able to find affordable housing for you or another requires finding the organizations that support people in you or their particular situation. A person or family's income will determine what programs are available to them, as most programs have a maximum income level. It is important if the applicant is a senior citizen (55+ years old), is a family, or has special needs. Therefore, identifying the applicant's specific situation is the first step in finding affordable housing.
Next, is to search out the local organizations which are directed towards helping people of that siuation, or at least accept them into their program. There are many organizations that help to provide afforable housing, and contacting as many relevant organizations as possible is the best way to help one receive aid.
Basically the rest of the thing is going to be lists of organizations, besides a page spread on habitat for humanity. On each source listed make it clear if its a national or local organization or whatever. for the habitat thing:: Non-profit housing organization. (look at the thing asas uses for this) Knoxville has its own chapter of Habitat, which has built over 500 houses in the county.


BOLDCOMPASS is the Best Company to assist the Entrepreneurs to grow. It is the one and only company for the trainings to the entrepreneurs which will help and assist the entrepreneurs to grow.
BOLDCOMPASS provides a very good Revenue Share of 10% on every transaction or business which happens through the Franchise Business. BOLDCOMPASS provides Commission Percentage on every Conversion which happens with Franchise
BOLDCOMPASS is coming up with the AEPS (Aadhaar Enabled Payment System) for the Small Entrepreneurs. AEPS allows the Online interoperable financial transactions at Micro ATM and Point of Sale (Pos) terminal.


TUNECHROM computes linear tunes and chromaticities for COUPLED or UNCOUPLED lattice TUNE = TUNECHROM(RING,DP) - quick calculation of fractional part of the tune from numerically computed transfer matrix, assuming NO X-Y coupling. If the tune is above half-integer TUNECHROM finds 1/2 - nu TUNE = TUNECHROM(RING,DP,TUNEGUESS) - resolves the integer and half-integer uncertainty using the TUNEGUESS value. TUNEGUESS = [NUX,NUY] [TUNE, CHROM] = TUNECHROM(RINGD,DP,TUNEGUESS,'chrom',DDP) - optionally computes chromaticity by numerical differentiation from the difference between tune values at momentums DP+DDP and DP [TUNE, CHROM] = TUNECHROM(RINGD,DP,TUNEGUESS,'chrom') same as above, only uses for DDP the value set in global structure NUMDIFPARAMS. If NUMDIFPARAMS is not defined, TUNECHROM uses the internal default value for DDP (1e-8). TUNECHROM(..., 'coupling') - when 'coupling' switch is added to any of the above syntax options, the tunes and chromaticities are calculated assuming COUPLED lattice for two transverse eigenmodes. Note: TUNECHROM computes tunes and chromaticities from the 4-by-4 transfer matrix. The transfer matrix is found in FINDM44 using numerical differentiation. The error of numerical differentiation is sensitive to the step size. (Reference: Numerical Recipes) Calculation of tunes in TUNECHROM involves one numerical differentiation to find the 4-by-4 transfer matrix. Calculation of chromaticity in TUNECHROM involves TWO!!! numerical differentiations. The error in calculated chromaticity from may be substantial (~ 1e-5). Use the DDP argument to control the step size in chromaticity calculations Another way to control the step size is NUMDIFPARAMS structure See also LINOPT, TWISSRING, TWISSLINE, NUMDIFPARAMS
0001 function [tune, varargout] = tunechrom(RING,DP,varargin) 0002 %TUNECHROM computes linear tunes and chromaticities for COUPLED or UNCOUPLED lattice 0003 % 0004 % TUNE = TUNECHROM(RING,DP) - quick calculation of fractional part of the tune 0005 % from numerically computed transfer matrix, assuming NO X-Y coupling. 0006 % If the tune is above half-integer TUNECHROM finds 1/2 - nu 0007 % 0008 % TUNE = TUNECHROM(RING,DP,TUNEGUESS) - resolves the integer and half-integer 0009 % uncertainty using the TUNEGUESS value. TUNEGUESS = [NUX,NUY] 0010 % 0011 % [TUNE, CHROM] = TUNECHROM(RINGD,DP,TUNEGUESS,'chrom',DDP) - optionally computes 0012 % chromaticity by numerical differentiation from the difference between tune 0013 % values at momentums DP+DDP and DP 0014 % 0015 % [TUNE, CHROM] = TUNECHROM(RINGD,DP,TUNEGUESS,'chrom') same as above, only uses 0016 % for DDP the value set in global structure NUMDIFPARAMS. 0017 % If NUMDIFPARAMS is not defined, TUNECHROM uses the internal default value for DDP (1e-8). 0018 % 0019 % TUNECHROM(..., 'coupling') - when 'coupling' switch is added to any of the above 0020 % syntax options, the tunes and chromaticities are calculated assuming 0021 % COUPLED lattice for two transverse eigenmodes. 0022 % 0023 % Note: TUNECHROM computes tunes and chromaticities from the 4-by-4 0024 % transfer matrix. The transfer matrix is found in FINDM44 using 0025 % numerical differentiation. The error of numerical differentiation 0026 % is sensitive to the step size. (Reference: Numerical Recipes) 0027 % Calculation of tunes in TUNECHROM involves one numerical differentiation 0028 % to find the 4-by-4 transfer matrix. 0029 % Calculation of chromaticity in TUNECHROM involves TWO!!! numerical differentiations. 0030 % The error in calculated chromaticity from may be substantial (~ 1e-5). 0031 % Use the DDP argument to control the step size in chromaticity calculations 0032 % Another way to control the step size is NUMDIFPARAMS structure 0033 % 0034 % 0035 % See also LINOPT, TWISSRING, TWISSLINE, NUMDIFPARAMS 0036 0037 DDP_default = 1e-8; 0038 0039 % Process input arguments 0040 if nargin>2 0041 % See if 'coupling' switch is thrown as the last argument 0042 if ischar(varargin{end}) & strncmp(lower(varargin{end}),'coupl',5) 0043 COUPLINGFLAG = 1; 0044 else 0045 COUPLINGFLAG = 0; 0046 end 0047 % See if TUNEGUESS is specified as the third argument 0048 if isnumeric(varargin{1}) & length(varargin{1})==2 0049 TUNEGUESSFLAG = 1; 0050 TUNEGUESS = varargin{1}; 0051 else 0052 TUNEGUESSFLAG = 0; 0053 TUNEGUESS = [0.25, 0.25]; % if no TUNEGUESS is specified 0054 end 0055 % See if any of the argument is 'chrom' ,then chech if the argument after 'chrom' is DDP 0056 CHROMFLAG = 0; 0057 for i = 1:nargin-2 0058 if strcmp(lower(varargin{i}),'chrom') 0059 CHROMFLAG = 1; 0060 if i<nargin-2 & isnumeric(varargin{i+1}) 0061 DDP = varargin{i+1}; 0062 else 0063 % Check if NUMDIFPARAMS is defined globally 0064 global NUMDIFPARAMS 0065 if isfield(NUMDIFPARAMS,'DPStep') 0066 DDP = NUMDIFPARAMS.DPStep; 0067 else % use default DDP 0068 DDP = DDP_default; 0069 end 0070 end 0071 break 0072 end 0073 end 0074 0075 0076 else 0077 COUPLINGFLAG = 0; 0078 CHROMFLAG = 0; 0079 TUNEGUESSFLAG = 0; 0080 TUNEGUESS = [0.25, 0.25]; % if no TUNEGUESS is specified 0081 end 0082 0083 M44 = findm44(RING,DP); 0084 0085 if COUPLINGFLAG 0086 M =M44(1:2,1:2); 0087 N =M44(3:4,3:4); 0088 m =M44(1:2,3:4); 0089 n =M44(3:4,1:2); 0090 0091 % 2-by-2 symplectic matrix 0092 S = [0 1; -1 0]; 0093 H = m + S*n'*S'; 0094 t = trace(M-N); 0095 0096 g = sqrt(1 + sqrt(t*t/(t*t+4*det(H))))/sqrt(2); 0097 G = diag([g g]); 0098 C = -H*sign(t)/(g*sqrt(t*t+4*det(H))); 0099 A = G*G*M - G*(m*S*C'*S' + C*n) + C*N*S*C'*S'; 0100 B = G*G*N + G*(S*C'*S'*m + n*C) + S*C'*S'*M*C; 0101 0102 cos_mu_x = trace(A)/2; 0103 cos_mu_y = trace(B)/2; 0104 0105 sin_mu_x = sign(A(1,2))*sqrt(-A(1,2)*A(2,1)-(A(1,1)-A(2,2))^2/4); 0106 sin_mu_y = sign(B(1,2))*sqrt(-B(1,2)*B(2,1)-(B(1,1)-B(2,2))^2/4); 0107 0108 else 0109 cos_mu_x = (M44(1,1)+M44(2,2))/2; 0110 cos_mu_y = (M44(3,3)+M44(4,4))/2; 0111 end 0112 TUNE = acos([cos_mu_x,cos_mu_y])/2/pi; 0113 0114 0115 if TUNEGUESSFLAG 0116 % Check if the TUNE is in the same quadrant as TUNEGUESS 0117 guess_quadrant = (TUNEGUESS-floor(TUNEGUESS))> 1/2; 0118 tune = floor(TUNEGUESS) + guess_quadrant + TUNE.*(sign(1/2 - guess_quadrant)); 0119 else 0120 tune = TUNE; 0121 end 0122 0123 if CHROMFLAG & nargout > 1 0124 if COUPLINGFLAG 0125 tune_DDP = tunechrom(RING,DP+DDP,TUNEGUESS,'coupling'); 0126 else 0127 tune_DDP = tunechrom(RING,DP+DDP,TUNEGUESS); 0128 end 0129 varargout{1} = (tune_DDP - tune)/DDP; 0130 end


Class CellView<T>
Base class of List View's cell representation
Inherited Members
System.Object.ToString()
System.Object.Equals(System.Object)
System.Object.Equals(System.Object, System.Object)
System.Object.ReferenceEquals(System.Object, System.Object)
System.Object.GetHashCode()
System.Object.GetType()
System.Object.MemberwiseClone()
Namespace: PizzaPie.Editor.Views
Assembly: cs.temp.dll.dll
Syntax
public abstract class CellView<T>
where T : class
Type Parameters
| Name | Description |
|---|---|
| T |
Constructors
CellView(Vector2)
Create new CellView with specific dimensions, dimensions disregarded if are smaller than view rect assigned to Cell View.
Declaration
public CellView(Vector2 dimensions)
Parameters
| Type | Name | Description |
|---|---|---|
| Vector2 | dimensions |
Fields
dimensions
Declaration
protected Vector2 dimensions
Field Value
| Type | Description |
|---|---|
| Vector2 |
Properties
GetDimensions
Get dimensions of CellView.
Declaration
public Vector2 GetDimensions { get; }
Property Value
| Type | Description |
|---|---|
| Vector2 |
Methods
Clone()
Deep clone of CellView.
Declaration
public abstract CellView<T> Clone()
Returns
| Type | Description |
|---|---|
| CellView<T> |
OnClick(Boolean)
Override to pick click event.
Declaration
protected virtual void OnClick(bool isSelected)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Boolean | isSelected |
OnDoubleClick(Boolean)
Override to pick Double Click event.
Declaration
protected virtual void OnDoubleClick(bool isSelected)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Boolean | isSelected |
OnGUI(T, Rect, Vector2, Event, ref Boolean, out Boolean)
Display Cell, should be called inside OnGUI callback.
Declaration
public void OnGUI(T data, Rect viewRect, Vector2 padding, Event e, ref bool IsSelected, out bool IsDoubleClick)
Parameters
| Type | Name | Description |
|---|---|---|
| T | data | The data set represented inside the CellView. |
| Rect | viewRect | The Rect of the Cell. |
| Vector2 | padding | Padding set by ListView for better click response. |
| Event | e | Event.Current generated by Unity Editor. |
| System.Boolean | IsSelected | Current state of cell. |
| System.Boolean | IsDoubleClick | Get if cell has been double clicked in last update. |
OnGUIInternal(T, Rect, Boolean, Event)
Define the looks of the Cell.
Declaration
protected abstract void OnGUIInternal(T data, Rect viewRect, bool isSelected, Event e)
Parameters
| Type | Name | Description |
|---|---|---|
| T | data | |
| Rect | viewRect | |
| System.Boolean | isSelected | |
| Event | e |


--- layout: page --- {% for post in site.tags[page.tag] %}
{{ post.title }}
{{ post.date | date: "%B %-d" }} - {% include read-time.html %}


Package management
Class GameManager
- java.lang.Object
-
- management.GameManager
-
public class GameManager extends java.lang.Object
Control center of a players game.- Author:
- Jason Smit, Ariel Evangelista
-
-
Method Summary
All Methods Static Methods Instance Methods Concrete Methods Modifier and Type Method Description void
addGameScore(int amount)
Add a certain amount of score for the playerboolean
allPartsFound()
Checks if the player already found all the parts requiredboolean
endGame()
Checks if the game already reached the last dayvoid
endGame(boolean result, java.lang.String message)
Stores the result of the gameint
getCurrentDay()
Get the current day of the gamejava.lang.String
getGameComment()
Get the comments about the game resultint
getGameDuration()
Get the duration of the gamejava.lang.String
getGameResult()
Returns the result of the gameint
getGameScore()
Get the overall score achieved in the gamestatic GameManager
getInstance()
Acts as a constructor, so the object can either be created or grabbed from the outside.int
getPartsFound()
Gets the current number of ship parts foundint
getPartsToFind()
Gets the remaining ship parts to findvoid
initializeManager(int duration, java.lang.String name, javax.swing.Icon shipIcon)
A method that is intended to be used after the creation of the GameManager instance, allowing key game parameters to be passed in.void
partFound()
Adds 1 to the partsFoundvoid
partStolen()
Deducts 1 to the partsFoundboolean
startNewDay()
-
-
-
Method Detail
-
getInstance
public static GameManager getInstance()
Acts as a constructor, so the object can either be created or grabbed from the outside.- Returns:
- Will return the GameManager instance.
-
initializeManager
public void initializeManager(int duration, java.lang.String name, javax.swing.Icon shipIcon)
A method that is intended to be used after the creation of the GameManager instance, allowing key game parameters to be passed in.- Parameters:
duration
- The duration of the game in daysname
- The name of the shipshipIcon
- The icon of the ship
-
endGame
public void endGame(boolean result, java.lang.String message)
Stores the result of the game- Parameters:
result
- True for win, false for losemessage
- Some message why a win or a lose happened
-
getGameResult
public java.lang.String getGameResult()
Returns the result of the game- Returns:
- String representation of the game result
-
getGameComment
public java.lang.String getGameComment()
Get the comments about the game result- Returns:
- Comments about the game result
-
getGameScore
public int getGameScore()
Get the overall score achieved in the game- Returns:
- The overall score achieved by the player
-
addGameScore
public void addGameScore(int amount)
Add a certain amount of score for the player- Parameters:
amount
- The amount to add to the score
-
startNewDay
public boolean startNewDay()
-
partFound
public void partFound()
Adds 1 to the partsFound
-
partStolen
public void partStolen()
Deducts 1 to the partsFound
-
allPartsFound
public boolean allPartsFound()
Checks if the player already found all the parts required- Returns:
- Returns true if the player already found all the parts required
-
getCurrentDay
public int getCurrentDay()
Get the current day of the game- Returns:
- Current day of the game
-
getGameDuration
public int getGameDuration()
Get the duration of the game- Returns:
- The duration of the game
-
endGame
public boolean endGame()
Checks if the game already reached the last day- Returns:
- True if the game reached the last day
-
getPartsToFind
public int getPartsToFind()
Gets the remaining ship parts to find- Returns:
- The number of ship parts to find
-
getPartsFound
public int getPartsFound()
Gets the current number of ship parts found- Returns:
- The number of ship parts already found
-
-


{% extends "HE3/baseHE.html" %} {% load staticfiles %} {% block titleOfPage %} Dashboard {% endblock %} {% block dashboard-active %} active {% endblock %} {% block breadcrumb %}
You are the manager of these projects:
| # | Name | Description | Link | Status | Number of Evaluators | Number of submitted Evaluations | Operations |
|---|---|---|---|---|---|---|---|
| {{ forloop.counter }} | {{ project.name }} | {{ project.description |truncatewords:10 }} | {{ project.link }} | {{ project.deadline }} {% if project.deadline > now %} ( Deadline is in {{ project.deadline|timeuntil }} ) {% else %} (Evaluation time is finished!) {% endif %} | {{ project.evaluators.all | length }} evaluators | {{ project.evaluation_for_project.all | length }} submitted evaluations |
You do not have any project as the manager. Create a new one!
You are the evaluator in these projects:
| # | Name | Description | Link | Status | Operations |
|---|---|---|---|---|---|
| {{ forloop.counter }} | {{ project.name}} | {{ project.description |truncatewords:10 }} | {{ project.link }} | {{ project.deadline }} {% if project.deadline > now %} (Deadline is in {{ project.deadline|timeuntil }} ) {% else %} (Evaluation time is finished!) {% endif %} |
{% if project.deadline > now %}
Evaluate
{% endif %}
|
You defined these Heuristic sets
| # | Title | Description | Number of Principles | Operations |
|---|---|---|---|---|
| {{ forloop.counter }} | {{ set.title }} | {{ set.description }} | {{ set.SetOfHeuristics.all | length }} |
Edit
|
You defined these Environments
| # | OS | Webbrowser | Monitor Size | Monitor Resolution | Other Data | Operations |
|---|---|---|---|---|---|---|
| {{ forloop.counter }} | {{ env.os }} | {{ env.webbrowser}} | {{ env.monitorSize }} | {{ env.monitorResolution }} | {{ env.otherData }} |
Edit
|


GET SHORTY (1995)
Review by Simon Doherty
Director Barry Sonnenfeld in now best known for the blockbuster Men in Black, but previously his biggest hit was this slick comedy. John Travolta plays Chilli Palmer, a loan shark with an idea for a movie that he's pitching to washed up producer Harry Zimm (Gene Hackman). However, Zimm has blown money gambling that he owes to shady character Bo Catlett (Delroy Lindo). We also meet actress Karen Flores (Rene Russo), the ex-wife of Hollywood star Martin Weir (Danny DeVito), who Chilli wants to be in his film.
Get Shorty is based on an Elmore Leonard book, and was the first film to successfully evoke the author's cool, witty style. It has since been joined by Jackie Brown and Out of Sight as the best Leonard adaptations, although Get Shorty is closer to the upbeat Out of Sight than the slower, more thoughtful Jackie Brown. The story is convoluted, and it becomes tricky to remember who owes money to whom as the many characters flit across the screen. However, the plot is largely irrelevant, the film being driven by the snappy dialogue and excellent acting. Travolta consolidated his comeback after Pulp Fiction, creating a charismatic character with understated menace. Hackman is as good as always, and Dennis Farina steals the film as Ray ‘Bones' Barboni, Palmer's underworld boss, who delivers many of the funniest moments (‘Don't puke on my shoes, Harry'). DeVito also relishes the chance to send up his own image. The screenplay draws the characters sharply and makes them all entertaining, a considerable achievement given that most of them are pretty unpleasant people. Sonnenfeld also gets credit for this; he keeps the tone light even during the violence. He also gets the pacing just right, keeping the viewer absorbed whilst developing the characters fully. Unusually for a Hollywood film, the ending avoids tying up too many loose ends, keeping it at a tight 105 minutes. It also enables the movie to finish with a memorable final image.
Get Shorty epitomises cool 90's film-making; fast talking, stylish characters, knowing references to real life movies and actors, and a funky soundtrack by John Lurie that fits the mood perfectly. Definitely recommended if you liked Pulp Fiction, Scream or Out of Sight, and the plot vagaries also make a second viewing worthwhile.
8/10
<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


I am in the process of reinventing myself.
I worked in the "wilderness therapy" industry for 20 years, after college and grad school. And a bit of world travel.
During my first career, I gravitated into the IT Support aspects of the business, as I found computers helpful, rather than intimidating. I ran the company's website, and managed the database, and email server and helped direct weekly webinars. I did lots of on-the-job learning.
Now, I'm seriously invested in learning to code.
I can copy edit well. My mother was an English teacher and I inherited a near superhuman ability to immediately spot misspellings or poor grammar. I grew up before emoticons and hashtags morphed the written language.


The Classy Geek
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Augustana College - Rock Island, Illinois
2009 - 2013
• Minor in Mathematics • Phi Beta Kappa • Summa Cum Laude • Dean’s List – All Terms
Northeastern Illinois University - Chicago, Illinois
2019 - Present
• Pursuing Masters Certificate in GIS, 2019 - Present
William Rainey Harper College - Palatine, Illinois
2014 - Present
• Develop the sustainability program at Harper College as the college’s first Sustainability Manager • Manage the development and ongoing execution of new and existing waste reduction initiatives including recycling upgrades, student zero waste events and the ReUseIt Room office supply exchange space • Collect data, analyze and write greenhouse gas inventories and climate commitment reports • Institutionalize resource conservation policies, evaluate program effectiveness and report on progress • Chair Harper’s Sustainability Work Group and coordinate between all campus departments, including faculty, staff and administration, to facilitate sustainability programming • Manage sustainability budgets and pursue grant funding and other savings programs • Increase employee engagement in environmental action through the development of Harper’s Green Office Program • Build and maintain relationships with community partners • Provide sustainability training and outreach to community including presentations and campus tours • Write and design annual sustainability reports and maintain webpages
River Action, Inc. - Davenport, Iowa
2012 - 2014
• Develop and coordinate new public educational events to engage citizens in environmental action and wellbeing • Lead monthly program planning committee meetings of diverse community stakeholders • Write magazine articles, press releases and radio essays to educate public on current environmental issues • Lead River Action’s Student Advisory Board by conducting meetings, organizing field trips and volunteer work and initiating environmentally themed community projects • Manage over 800 registrations and 130 volunteers in River Action’s annual Ride the River Father’s Day Bike Ride • Prepare and submit grant proposals to fund environmental community enhancement projects


| Package | Description |
|---|---|
| controller | |
| game | |
| testing | |
| ui |
| Modifier and Type | Method and Description |
|---|---|
Position |
Controller.getPawnPosition(Pawn pawn)
Returns the position of the pawn
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
Controller.isInPlayerArea(Position position)
Checks if a position is in the players setup area.
|
void |
Controller.movePawn(Pawn pawn,
Position positionFrom,
Position positionTo)
Moves the pawn
|
boolean |
Controller.positionContainsEmptyPawn(Position selectedPosition)
Checks if a position contains a Empty pawn.
|
SelectValue |
Controller.select(Pawn pawn,
Position position)
Selects the pawn at the position
|
void |
Controller.showPawnMovement(Pawn pawn,
Position from,
Position to,
Pawn[][] boardGrid)
Animates the pawn movement
|
| Modifier and Type | Method and Description |
|---|---|
Position |
Logic.getPawnPosition(Pawn pawn)
Returns the board position of a pawn.
|
| Modifier and Type | Method and Description |
|---|---|
java.util.ArrayList<Position> |
SelectValue.getPositions()
Returns the positions the pawn can move to
|
| Modifier and Type | Method and Description |
|---|---|
void |
Logic.addPawn(Pawn pawn,
Position position)
Adds a pawn to game.
|
void |
Game.addPawn(Pawn pawn,
Position position)
Adds a pawn to the board grid.
|
Pawn |
Game.getPawn(Position position)
Returns the pawn at the specified position.
|
boolean |
OnlineLogic.isInPlayerArea(Position position) |
abstract boolean |
Logic.isInPlayerArea(Position position)
Checks if a position is within the players area.
|
boolean |
HotseatLogic.isInPlayerArea(Position position) |
void |
OnlineLogic.move(Pawn pawn,
Position from,
Position to)
Sends the move to the opponent.
|
void |
Logic.move(Pawn pawn,
Position from,
Position to)
Moves the pawn
|
boolean |
Logic.positionIsEmpty(Position position)
Checks whether a given position contains an Empty pawn or not.
|
void |
Game.removePawn(Position position)
Removes the pawn at the specified position by setting it to a new Empty pawn.
|
SelectValue |
OnlineLogic.selectPawn(Pawn pawn,
Position position) |
abstract SelectValue |
Logic.selectPawn(Pawn pawn,
Position position)
Selects the pawn.
|
SelectValue |
HotseatLogic.selectPawn(Pawn pawn,
Position position) |
| Modifier and Type | Method and Description |
|---|---|
void |
SelectValue.setPositions(java.util.ArrayList<Position> positions)
Sets the positions the pawn can move to.
|
| Modifier and Type | Method and Description |
|---|---|
static void |
PathCoverage.addPawn(Pawn pawn,
Position position,
OnlineLogic logic)
Adds a pawn to the board
|
static void |
PathCoverage.placeTestCase(int testCase,
Pawn pawn,
Position position,
OnlineLogic logic)
Runs a place test case
|
static void |
PathCoverage.selectTestCase(int testCase,
Pawn pawn,
Position position,
OnlineLogic logic)
Runs a select test case
|
| Modifier and Type | Method and Description |
|---|---|
Position |
Matrix.getPawnPosition(javax.swing.JButton btn)
Returns the position of the clicked cell/pawn.
|
Position |
Viewer.getPawnPosition(Pawn pawn)
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
Viewer.isInPlayerArea(Position position)
|
void |
Viewer.movePawn(Pawn pawn,
Position positionFrom,
Position positionTo)
|
boolean |
Viewer.positionIsEmpty(Position selectedPosition)
|
SelectValue |
Viewer.select(Pawn pawn,
Position position)
|
void |
Matrix.selectPawn(Pawn pawn,
Position boardBtnPosition)
Handles pawn selection.
|
void |
Viewer.showPawnMovement(Pawn pawn,
Position from,
Position to,
Pawn[][] boardGrid)
|
void |
Matrix.showPawnMovement(Pawn pawn,
Position from,
Position to,
Pawn[][] boardGrid)
Animates the pawn movement by incrementing/decreasing the X or Y position of
the pawn before updating the board.
|
| Modifier and Type | Method and Description |
|---|---|
void |
Matrix.showPossibleMoves(java.util.ArrayList<Position> possibleMoves)
Draws the possible moves for the recently selected pawn.
|


How do I get started?
To get started, click on the create food button and grow your population
until you get around to 20 or so. Then, with the gains from farmers, start
increasing your production and making buildings. This will open up the doors
to culture & faith. Start purchasing technologies as well to make the msot of it,
and keep exploring! Once your farmers are more optimized, you can begin diversifying
your citizenry.


UNITED STATES
SECURITIES AND EXCHANGE COMMISSION
Washington, D.C. 20549
FORM 8-K
CURRENT REPORT
Pursuant to Section 13 or 15(d)
of The Securities Exchange Act of 1934
Date of Report (Date of Earliest Event Reported): February 9, 2016
Dimension Therapeutics, Inc.
(Exact name of registrant as specified in its charter)
| DELAWARE | 001-37601 | 46-3942159 | ||
| (State or other jurisdiction of incorporation) |
(Commission File Number) |
(I.R.S. Employer Identification No.) |
| 840 Memorial Drive, 4th Floor Cambridge, MA |
02139 | |
| (Address of principal executive offices) | (Zip Code) |
Registrants telephone number, including area code<PHONE_NUMBER>
Not Applicable
(Former name or former address, if changed since last report)
Check the appropriate box below if the Form 8-K filing is intended to simultaneously satisfy the filing obligation of the registrant under any of the following provisions:
| ¨ | Written communications pursuant to Rule 425 under the Securities Act (17 CFR 230.425) |
| ¨ | Soliciting material pursuant to Rule 14a-12 under the Exchange Act (17 CFR 240.14a-12) |
| ¨ | Pre-commencement communications pursuant to Rule 14d-2(b) under the Exchange Act (17 CFR 240.14d-2(b)) |
| ¨ | Pre-commencement communications pursuant to Rule 13e-4(c) under the Exchange Act (17 CFR 240.13e-4(c)) |
| Item 1.01 | Entry into a Material Definitive Agreement. |
On February 9, 2016, Dimension Therapeutics, Inc. (the Company) entered into a Second Amendment to Loan and Security Agreement (the Second Amendment) with Silicon Valley Bank, which amends the Loan and Security Agreement dated as of August 21, 2014 and the Consent and First Amendment to Loan and Security Agreement dated as of December 23, 2015 (the Loan Agreement).
Under the Second Amendment, the Company may borrow an aggregate principal amount of up to seven million dollars ($7,000,000.00) for certain equipment purchases (each advance, a 2016 Equipment Advance). Each 2016 Equipment Advance will mature on the date which is thirty-five (35) months after the applicable 2016 Amortization Date (as defined in the Second Amendment) for such 2016 Equipment Advance.
Except as specifically amended by the Second Amendment, the Loan Agreement remains in full force and effect.
The foregoing description of the Second Amendment is qualified in its entirety by reference to the full text of the Second Amendment, a copy of which is filed herewith as Exhibit 10.1 and is incorporated herein by reference.
| Item 9.01. | Financial Statements and Exhibits. |
(d) Exhibits
| Exhibit |
Description | |
| 10.1 | Second Amendment to Loan and Security Agreement by and between the Company and Silicon Valley Bank, dated February 9, 2016. |
SIGNATURES
Pursuant to the requirements of the Securities Exchange Act of 1934, the registrant has duly caused this report to be signed on its behalf by the undersigned hereunto duly authorized.
| Date: February 12, 2016 | DIMENSION THERAPEUTICS, INC. | |||
| By: | /s/ Jean Franchi | |||
| Jean Franchi | ||||
| Chief Financial Officer |
Exhibit 10.1
SECOND AMENDMENT
TO
LOAN AND SECURITY AGREEMENT
This Second Amendment to Loan and Security Agreement (this Amendment) is entered into this 9th day of February, 2016 by and between SILICON VALLEY BANK (Bank) and DIMENSION THERAPEUTICS, INC., Delaware corporation (Borrower) whose address is 840 Memorial Drive, Cambridge, Massachusetts 02139.
RECITALS
A. Bank and Borrower have entered into that certain Loan and Security Agreement dated as of August 21, 2014, as amended by that certain Consent and First Amendment to Loan and Security Agreement by and between Borrower and Bank dated as of December 23, 2015 (as the same may from time to time be further amended, modified, supplemented or restated, the Loan Agreement).
B. Bank has extended credit to Borrower for the purposes permitted in the Loan Agreement.
C. Borrower has requested that Bank amend the Loan Agreement to (i) extend a new equipment facility to Borrower, (ii) revise the financial reporting requirements and (iii) make certain other revisions to the Loan Agreement as more fully set forth herein.
D. Bank has agreed to so amend certain provisions of the Loan Agreement, but only to the extent, in accordance with the terms, subject to the conditions and in reliance upon the representations and warranties set forth below.
AGREEMENT
Now, THEREFORE, in consideration of the foregoing recitals and other good and valuable consideration, the receipt and adequacy of which is hereby acknowledged, and intending to be legally bound, the parties hereto agree as follows:
1. Definitions. Capitalized terms used but not defined in this Amendment shall have the meanings given to them in the Loan Agreement.
2. Amendments to Loan Agreement.
2.1 Section 2.1.2 (2016 Equipment Advances). The Loan Agreement is amended by inserting the following new provision to appear as Section 2.1.2 (2016 Equipment Advances) thereof:
2.1.2 2016 Equipment Advances.
(a) Availability. Subject to the terms and conditions of this Agreement, during the 2016 Draw Period, Bank shall make advances (each, a 2016 Equipment Advance and, collectively, the 2016
Equipment Advances) not exceeding the 2016 Equipment Line. 2016 Equipment Advances may only be used to finance Eligible Equipment purchased within ninety (90) days (determined based upon the applicable invoice date of such Eligible Equipment) before the Funding Date of each 2016 Equipment Advance. Notwithstanding the foregoing, the initial 2016 Equipment Advance (the Initial 2016 Equipment Advance) hereunder may be used to reimburse Borrower for Eligible Equipment purchased within six (6) months (determined based upon the applicable invoice date of such Eligible Equipment) before the 2016 Amendment Date. No 2016 Equipment Advance may exceed one hundred percent (100.0%) of the total invoice for Eligible Equipment (excluding taxes, shipping, warranty charges, freight discounts and installation expenses relating to such Eligible Equipment except to the extent such are allowed to be financed pursuant hereto as Other Equipment). Unless otherwise agreed to by Bank, not more than thirty percent (30.0%) of the proceeds of the 2016 Equipment Line shall be used to finance Other Equipment. Each 2016 Equipment Advance must be in an amount equal to at least the lesser of (i) Five Hundred Thousand Dollars ($500,000.00) or (ii) the amount that has not yet been drawn under the 2016 Equipment Line. Borrower may only request four (4) 2016 Equipment Advances hereunder. After repayment, no 2016 Equipment Advance may be reborrowed.
(b) Interest Period. Commencing on the first (1st) Payment Date of the month following the month in which the Funding Date of the applicable 2016 Equipment Advance occurs and continuing on each Payment Date thereafter, Borrower shall make monthly payments of interest, in arrears, on the principal amount of each 2016 Equipment Advance at the rate set forth in Section 2.2(a)(ii).
(c) Repayment. Commencing on the applicable 2016 Amortization Date, and continuing on the Payment Date of each month thereafter, Borrower shall repay each 2016 Equipment Advance in (i) thirty-six (36) equal monthly installments of principal, plus (ii) monthly payments of accrued interest at the rate set forth in Section 2.2(a)(ii). All outstanding principal and accrued interest under each 2016 Equipment Advance, and all other outstanding Obligations with respect to each 2016 Equipment Advance, is due and payable in full on the applicable 2016 Equipment Maturity Date.
(d) Mandatory Prepayment Upon an Acceleration. If repayment of the 2016 Equipment Advances is accelerated by Bank following the occurrence and during the continuance of an Event of Default, Borrower shall immediately pay to Bank an amount equal to the sum of: (i) all outstanding principal plus accrued and unpaid interest, (ii) the 2016 Prepayment Premium, (iii) the 2016 Final Payment, plus (iv) all other sums, if any, that shall have become due and payable hereunder with respect to the 2016 Equipment Advances, including interest at the Default Rate with respect to any past due amounts.
(e) Permitted Prepayment of 2016 Equipment Advances. Borrower shall have the option to prepay all, but not less than all, of the 2016 Equipment Advances advanced by Bank under this Agreement, provided Borrower (i) provides written notice to Bank of its election to prepay the 2016 Equipment Advances at least five (5) days prior to such prepayment, and (ii) pays, on the date of such prepayment (A) all outstanding principal plus accrued and unpaid interest, (B) the 2016 Prepayment Premium, (C) the 2016 Final Payment, plus (D) all other sums, if any, that shall have become due and payable hereunder with respect to the 2016 Equipment Advances, including interest at the Default Rate with respect to any past due amounts.
2.2 Section 2.2(a) (Interest Rate). Section 2.2(a) is amended in its entirety and replaced with the following:
(a) Interest Rate.
(i) Subject to Section 2.2(b), the principal amount outstanding for each Equipment Advance shall accrue interest at a fixed per annum rate equal to two and one quarter of one percent (2.25%) above the Prime Rate, which interest shall be determined by Bank on the Funding Date of the applicable Equipment Advance and shall be payable monthly in arrears in accordance with Section 2.2(c) below.
(ii) Subject to Section 2.2(b), the principal amount outstanding for each 2016 Equipment Advance shall accrue interest at a fixed per annum rate equal to one half of one percent (0.50%) below the Prime Rate, which interest shall be determined by Bank on the Funding Date of the applicable 2016 Equipment Advance and shall be payable monthly in arrears in accordance with Section 2.2(c) below.
2.3 Section 2.3 (Fees). Section 2.3 is amended in its entirety and replaced with the following:
2.3 Fees. Borrower shall pay to Bank:
(a) Commitment Fee. A fully earned, non-refundable commitment fee of Five Thousand Dollars ($5,000.00), was paid on the Effective Date;
(b) Prepayment Premium. The Prepayment Premium, when due hereunder;
(c) 2016 Prepayment Premium. The 2016 Prepayment Premium, when due hereunder;
(d) 2016 Final Payment. The 2016 Final Payment, when due hereunder;
(e) Good Faith Deposit. Borrower has paid to Bank a deposit of Fifteen Thousand Dollars ($15,000.00) (the Good Faith Deposit) to initiate Banks due diligence review process. The Good Faith Deposit shall be utilized to pay Bank Expenses.
(f) Bank Expenses. All Bank Expenses (including reasonable attorneys fees and expenses for documentation and negotiation of this Agreement) incurred through and after the Effective Date, when due (or, if no stated due date, upon demand by Bank).
(g) Fees Fully Earned. Unless otherwise provided in this Agreement or in a separate writing by Bank, Borrower shall not be entitled to any credit, rebate, or repayment of any fees earned by Bank pursuant to this Agreement notwithstanding any termination of this Agreement or the suspension or termination of Banks obligation to make loans and advances hereunder. Bank may deduct amounts owing by Borrower under the clauses of this Section 2.3 pursuant to the terms of Section 2.4(c). Bank shall provide Borrower written notice of deductions made from the Designated Deposit Account pursuant to the terms of the clauses of this Section 2.3.
2.4 Section 6.2(a) (Quarterly Financial Statements). Section 6.2(a) is deleted in its entirety and replaced with the following:
(a) Quarterly Financial Statements. As soon as available, but no later than forty-five (45) days after the last day of each quarter, a company prepared consolidated balance sheet and income statement covering Borrowers consolidated operations for such quarter certified by a Responsible Officer and in a form acceptable to Bank (the Quarterly Financial Statements);
2.5 Section 6.2(b) (Quarterly Compliance Certificate). Section 6.2(b) is deleted in its entirety and replaced with the following:
(d) Quarterly Compliance Certificate. Within forty-five (45) days after the last day of each quarter and together with the Quarterly Financial Statements, a duly completed Compliance Certificate signed by a Responsible Officer, certifying that as of the end of such quarter, Borrower was in full compliance with all of the terms and conditions of this Agreement and such other information as Bank may reasonably request;
2.6 Section 6.2(c) (Board Projections). Section 6.2(c) is amended by deleting the words sixty (60) appearing therein and inserting in lieu thereof the words forty-five (45).
2.7 Section 6.2(d) (Annual Audited Financial Statements). Section 6.2(d) is amended by deleting the words one hundred eighty (180) days after the last day of Borrowers fiscal year appearing therein and inserting in lieu thereof the words one hundred fifty (150) days after the last day of Borrowers fiscal year, and contemporaneously with any filing of such statements with the SEC, and at least annually,.
2.8 Section 8.1 (Payment Default). Section 8.1 is amended by deleting the words Equipment Maturity Date appearing therein and inserting in lieu thereof the words Maturity Date.
2.9 Section 12.1 (Termination Prior to Equipment Maturity Date; Survival). Section 12.1 is amended by (a) renaming Section 12.1 as Termination Prior to Maturity Date; Survival and (b) deleting the words Equipment Maturity Date appearing therein and inserting in lieu thereof the words Maturity Date.
2.10 Section 13 (Definitions). The following terms and their respective definitions set forth in Section 13.1 are amended in their entirety and replaced with the following:
Credit Extension is any Equipment Advance, 2016 Equipment Advance or any other extension of credit by Bank for Borrowers benefit.
Eligible Equipment is the following to the extent it complies with all of Borrowers representations and warranties to Bank, is acceptable to Bank in all respects, is located at 840 Memorial Drive, Cambridge, Massachusetts 02139, 19 Presidential Way, Woburn, Massachusetts 01801, or such other location of which Bank has approved in writing, and is subject to a first priority Lien in favor of Bank: (a) for the Equipment Advances, (i) new and used general purpose equipment, computer equipment, office equipment, test and laboratory equipment, furnishings, subject to the limitations set forth herein, and (ii) Other Equipment; and (b) for the 2016 Equipment Advances, (i) new and used computer equipment, office equipment, laboratory equipment, research equipment and process development equipment, subject to the limitations set forth herein, and (ii) Other Equipment.
Equipment Maturity Date is, for each Equipment Advance, the date which is thirty-five (35) months after the applicable Amortization Date for such Equipment Advance.
Obligations are Borrowers obligations to pay when due any debts, principal, interest, fees, Bank Expenses, the Prepayment Premium, the 2016 Final Payment, the 2016 Prepayment Premium, and other amounts Borrower owes Bank now or later, whether under this Agreement, the other Loan Documents (other than the Warrant), or otherwise, including, without limitation, any interest accruing after Insolvency Proceedings begin and debts, liabilities, or obligations of Borrower assigned to Bank, and to perform Borrowers duties under the Loan Documents (other than the Warrant).
2.11 Section 13.1 (Definitions). The Loan Agreement is amended by inserting the following new terms and their respective definitions to appear alphabetically in Section 13.1:
2016 Amendment Date is February 9, 2016.
2016 Amortization Date means, for each 2016 Equipment Advance, the first (1st) Payment Date following the six (6) month anniversary of the Funding Date of such 2016 Equipment Advance.
2016 Draw Period means the period of time commencing upon the 2016 Amendment Date and continuing through the earlier to occur of (a) June 30, 2017 or (b) an Event of Default.
2016 Equipment Advance and 2016 Equipment Advances are defined in Section 2.1.2(a).
2016 Equipment Line is a 2016 Equipment Advance or 2016 Equipment Advances in an aggregate principal amount of up to Seven Million Dollars ($7,000,000.00).
2016 Equipment Maturity Date is, for each 2016 Equipment Advance, the date which is thirty-five (35) months after the applicable 2016 Amortization Date for such 2016 Equipment Advance.
2016 Final Payment is a payment (in addition to and not a substitution for the regular monthly payments of principal plus accrued interest) equal to the original principal amount of each 2016 Equipment Advance extended by Bank to Borrower multiplied by the 2016 Final Payment Percentage, due on the earliest to occur of (a) the applicable 2016 Equipment Maturity Date, (b) the acceleration by Bank of the 2016 Equipment Advances pursuant to Section 9.1, (c) the prepayment by Borrower of the 2016 Equipment Advances pursuant to Section 2.1.2(d) or 2.1.2(e), or (d) the termination of this Agreement.
2016 Final Payment Percentage is, for each 2016 Equipment Advance, six percent (6.0%).
2016 Prepayment Premium is an additional fee payable to the Bank in amount equal to:
(a) for a prepayment of the 2016 Equipment Advances made on or prior to the second (2nd) anniversary of the 2016 Amendment Date, one percent (1.0%) of the principal amount of the 2016 Equipment Advances outstanding as of the date immediately and prior to such prepayment; and
(b) for a prepayment of the 2016 Equipment Advances made after the second (2nd) anniversary of the 2016 Amendment Date, zero percent (0.0%) of the principal amount of the 2016 Equipment Advances outstanding as of the date immediately and prior to such prepayment.
Notwithstanding the foregoing, Bank agrees to waive the 2016 Prepayment Premium if Bank closes on the refinance and redocumentation of the 2016 Equipment Advances under another division of Bank (in its sole and absolute discretion) prior to the applicable 2016 Equipment Maturity Date.
Good Faith Deposit is defined in Section 2.3(e).
Initial 2016 Equipment Advance is defined in Section 2.1.2(a).
Maturity Date means the Equipment Maturity Date and/or the 2016 Equipment Maturity Date, as applicable.
Quarterly Financial Statements is defined in Section 6.2(a).
2.12 Exhibit B (Compliance Certificate). The Compliance Certificate appearing as Exhibit B to the Loan Agreement is amended in its entirety and replaced with the Compliance Certificate in the form of Schedule 1 attached hereto.
3. Limitation of Amendments.
3.1 The amendments set forth in Section 2 above are effective for the purposes set forth herein and shall be limited precisely as written and shall not be deemed to (a) be a consent to any amendment, waiver or modification of any other term or condition of any Loan Document, or (b) otherwise prejudice any right or remedy which Bank may now have or may have in the future under or in connection with any Loan Document.
3.2 This Amendment shall be construed in connection with and as part of the Loan Documents and all terms, conditions, representations, warranties, covenants and agreements set forth in the Loan Documents, except as herein amended, are hereby ratified and confirmed and shall remain in full force and effect.
4. Representations and Warranties. To induce Bank to enter into this Amendment, Borrower hereby represents and warrants to Bank as follows:
4.1 Immediately after giving effect to this Amendment (a) the representations and warranties contained in the Loan Documents are true, accurate and complete in all material respects as of the date hereof (except to the extent such representations and warranties relate to an earlier date, in which case they are true and correct in all material respects as of such date), and (b) no Event of Default has occurred and is continuing;
4.2 Borrower has the power and authority to execute and deliver this Amendment and to perform its obligations under the Loan Agreement, as amended by this Amendment;
4.3 The organizational documents of Borrower delivered to Bank on the Effective Date remain true, accurate and complete and have not been amended, supplemented or restated and are and continue to be in full force and effect;
4.4 The execution and delivery by Borrower of this Amendment and the performance by Borrower of its obligations under the Loan Agreement, as amended by this Amendment, have been duly authorized;
4.5 The execution and delivery by Borrower of this Amendment and the performance by Borrower of its obligations under the Loan Agreement, as amended by this Amendment, do not and will not contravene (a) any law or regulation binding on or affecting Borrower, (b) any contractual restriction with a Person binding on Borrower, (c) any order, judgment or decree of any court or other governmental or public body or authority, or subdivision thereof, binding on Borrower, or (d) the organizational documents of Borrower;
4.6 The execution and delivery by Borrower of this Amendment and the performance by Borrower of its obligations under the Loan Agreement, as amended by this Amendment, do not require any order, consent, approval, license, authorization or validation of, or filing, recording or registration with, or exemption by any governmental or public body or authority, or subdivision thereof, binding on Borrower, except as already has been obtained or made; and
4.7 This Amendment has been duly executed and delivered by Borrower and is the binding obligation of Borrower, enforceable against Borrower in accordance with its terms, except as such enforceability may be limited by bankruptcy, insolvency, reorganization, liquidation, moratorium or other similar laws of general application and by general equitable principles.
5. Ratification of Stock Pledge Agreement. Borrower hereby ratifies, confirms and reaffirms, all and singular, the terms and conditions of a certain Stock Pledge Agreement dated as of December 23, 2015 between Borrower and Bank (the Stock Pledge Agreement), and acknowledges, confirms and agrees that the Stock Pledge Agreement (a) contains an accurate and complete listing of all Shares (as defined in the Stock Pledge Agreement), and (b) shall remain in full force and effect. Borrower hereby grants Bank, to secure the payment and performance in full of all the Obligations and the performance of each of Borrowers duties under the Loan Documents, a continuing security interest in, and pledges to Bank, the Pledged Collateral (as defined in the Stock Pledge Agreement), wherever located, whether now owned or hereafter acquired or arising, and all proceeds and products thereof.
6. Ratification of Perfection Certificate. Borrower hereby ratifies, confirms and reaffirms, all and singular, the terms and disclosures contained in a certain Perfection Certificate dated as of December 23, 2015 between Borrower and Bank, and acknowledges, confirms and agrees the disclosures and information Borrower provided to Bank in said Perfection Certificate have not changed, as of the date hereof.
7. Integration. This Amendment and the Loan Documents represent the entire agreement about this subject matter and supersede prior negotiations or agreements. All prior agreements, understandings, representations, warranties, and negotiations between the parties about the subject matter of this Amendment and the Loan Documents merge into this Amendment and the Loan Documents.
8. Counterparts. This Amendment may be executed in any number of counterparts and all of such counterparts taken together shall be deemed to constitute one and the same instrument.
9. Effectiveness. This Amendment shall be deemed effective upon (a) the due execution and delivery to Bank of this Amendment by each party hereto and (b) Borrowers payment of Banks legal fees and expenses incurred in connection with this Amendment.
[Signature page follows.]
IN WITNESS WHEREOF, the parties hereto have caused this Amendment to be duly executed as a sealed instrument under the laws of the Commonwealth of Massachusetts and delivered as of the date first written above.
| BANK | BORROWER | |||||||
| SILICON VALLEY BANK | DIMENSION THERAPEUTICS, INC. | |||||||
| By: | /s/ Ryan Roller |
By: | /s/ Annalisa Jenkins | |||||
| Name: | Ryan Roller | Name: | Annalisa Jenkins | |||||
| Title: | Vice President | Title: | CEO |
Schedule 1
EXHIBIT B
COMPLIANCE CERTIFICATE
| TO: SILICON VALLEY BANK | Date: | |
| FROM: DIMENSION THERAPEUTICS, INC. |
The undersigned authorized officer of DIMENSION THERAPEUTICS, INC. (Borrower) certifies that under the terms and conditions of the Loan and Security Agreement between Borrower and Bank (the Agreement):
(1) Borrower is in compliance for the period ending with all required covenants except as noted below; (2) there are no Events of Default; (3) all representations and warranties in the Agreement are true and correct in all material respects on this date except as noted below; provided, however, that such materiality qualifier shall not be applicable to any representations and warranties that already are qualified or modified by materiality in the text thereof; and provided, further that those representations and warranties expressly referring to a specific date shall be true, accurate and complete in all material respects as of such date; (4) Borrower, and each of its Subsidiaries, has timely filed all required tax returns and reports, and Borrower has timely paid all foreign, federal, state and local taxes, assessments, deposits and contributions owed by Borrower except as otherwise permitted pursuant to the terms of Section 5.8 of the Agreement; and (5) no Liens have been levied or claims made against Borrower or any of its Subsidiaries relating to unpaid employee payroll or benefits of which Borrower has not previously provided written notification to Bank.
Attached are the required documents supporting the certification. The undersigned certifies that these are prepared in accordance with GAAP consistently applied from one period to the next except as explained in an accompanying letter or footnotes. The undersigned acknowledges that no borrowings may be requested at any time or date of determination that Borrower is not in compliance with any of the terms of the Agreement, and that compliance is determined not just at the date this certificate is delivered. Capitalized terms used but not otherwise defined herein shall have the meanings given them in the Agreement.
Please indicate compliance status by circling Yes/No under Complies column.
| Reporting Covenants |
Required |
Complies | ||
| Monthly financial statements with Compliance Certificate | Quarterly within 45 days | Yes No | ||
| Annual financial statement (CPA Audited) | FYE within 150 days and contemporaneously with filing with the SEC | Yes No | ||
| 10-Q, 10-K and 8-K | Within 5 days after filing with SEC | Yes No | ||
| Board-approved Projections | FYE within 45 days | Yes No |
Other Matters
| Have there been any amendments of or other changes to the Operating Documents of | ||
| Borrower or any of its Subsidiaries? If yes, provide copies of any such amendments or | Yes No | |
| changes with this Compliance Certificate. |
The following are the exceptions with respect to the certification above: (If no exceptions exist, state No exceptions to note.)
Schedule 1
|
DIMENSION THERAPEUTICS, INC. |
BANK USE ONLY | |||||||
| By: | Received by: | |||||||
| Name: | AUTHORIZED SIGNER | |||||||
| Title: | Date: | |||||||
| Verified: | ||||||||
| AUTHORIZED SIGNER | ||||||||
| Date: | ||||||||
| Compliance Status: Yes No |


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Interested in Contributing?
- Check out available resources.
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Scored Systems
| System | Submitter | System Notes | Constraint | Run Notes | BLEU | BLEU (11b) | BLEU-cased | BLEU-cased (11b) | TER | z BLEU-cased-norm | zz BEER 2.0 | zzz CharactTER |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Fascha (Details) | Fascha University of Regensburg |
no |
41.5 |
41.5 |
40.2 |
40.2 |
0.461 |
40.4 |
0.655 |
0.433 |
||
| uedin-nmt-ensemble (Details) | rsennrich University of Edinburgh |
BPE neural MT system with monolingual training data (back-translated). ensemble of 4, reranked with right-to-left model. | yes |
39.9 |
39.9 |
38.6 |
38.6 |
0.481 |
38.7 |
0.643 |
0.446 |
|
| uedin-nmt-single (Details) | rsennrich University of Edinburgh |
BPE neural MT system with monolingual training data (back-translated). single model. (contrastive) | yes |
37.5 |
37.5 |
36.2 |
36.2 |
0.503 |
36.3 |
0.628 |
0.469 |
|
| uedin-pbt-wmt16-de-en (Details) | Matthias Huck University of Edinburgh |
Phrase-based Moses | yes | with LDC Gigaword |
36.4 |
36.4 |
35.1 |
35.1 |
0.525 |
35.2 |
0.626 |
0.489 |
| uedin-syntax (Details) | uedin-maria University of Edinburgh |
GHKM, cc-monolingual | yes |
35.9 |
35.9 |
34.4 |
34.4 |
0.533 |
34.5 |
0.624 |
0.487 |
|
| Moses Phrase-Based (Details) | jhu-smt Johns Hopkins University |
Phrase-based model, word clusters for all model components (LM, OSM, LR, sparse features), neural network joint model, large cc LM | yes | [25-8] |
35.8 |
35.8 |
34.5 |
34.5 |
0.531 |
34.6 |
0.623 |
0.487 |
| KIT primary (Details) | eunah.cho KIT |
yes | Phrase-based MT with Rescoring using NN Models |
35.3 |
35.3 |
33.9 |
33.9 |
0.529 |
34.0 |
0.623 |
0.488 |
|
| uedin-pbt-wmt16-de-en-contrastive (Details) | Matthias Huck University of Edinburgh |
Phrase-based Moses (contrastive, 2015 system) | yes | with LDC Gigaword |
35.1 |
35.1 |
33.8 |
33.8 |
0.535 |
33.9 |
0.619 |
0.496 |
| jhu-syntax (Details) | sding Johns Hopkins University |
GHKM, cc-monolingual | yes |
32.3 |
32.3 |
31.0 |
31.0 |
0.571 |
31.1 |
0.598 |
0.524 |
|
| ParFDA (Details) | bicici |
de-en ParFDA Moses phrase-based SMT system | yes | de-en (after the deadline) |
31.4 |
31.4 |
30.1 |
30.1 |
0.575 |
30.2 |
0.596 |
0.546 |


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TodoCSS on Github. Styles based on TodoMVC.


Level 1
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696994


|
| function | TestSuite (in varargin) |
| |
| function | testMultiDimSimple (in self) |
| |
| function | testShowCellTrickyTouch (in self) |
| |
| function | checkDouble () |
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| function | checkLogical () |
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| function | checkEmpty () |
| |
| function | check () |
| |
| function | testCellStr2Expr (in self) |
| |
| function | checkShowCell (in isExpr) |
| |
| function | check () |
| |
| function | testShowCellNegative (in self) |
| |
| function | check () |
| |
| function | testSimpleChar (in self) |
| |
| function | check (in val, in expStr, in varargin) |
| |
| function | testMultiDim (in self) |
| |
| function | check (in val, in expStr, in varargin) |
| |
| function | testSimpleRegr (in self) |
| |
| function | checkAll (in expStr, in varargin) |
| |
| function | masterCheck (in inpStr, in varargin) |
| |
| function | check (in expStr, in varargin) |
| |
| function | testShowCellBrackets (in self) |
| |
| function | checkAsExp (in varargin) |
| |
| function | check (in isPos, in varargin) |
| |
| function | testShowCellFormat (in self) |
| |
| function | testCellStr2ColStr (in self) |
| |
| function | testCell2Mat (in self) |
| |
| function | check () |
| |
| function | check2 () |
| |
| function | testCellStr2ExpressionSimple (in self) |
| |
| function | check (in varargin) |
| |
| function | testCellStr2Expression (in self) |
| |
| function | evalFcnMat (in X, in t) |
| |
| function | evalOptMat (in X, in t) |
| |
| function | evalStrMat (in X, in t) |
| |
| function | test_parseparams_negative (in self) |
| |
| function | testShowCellOnEnum (in self) |
| |
| function | check (in isOk) |
| |
| function | testShowCellOfCharCols (in self) |
| |
| function | testShowCellOfStruct (in ignoredArg) |
| |
| function | testShowCellOfSomeClass (in ignoredArg) |
| |
| function | testCsvWrite (in self) |
| |
| function | runAndCheckError (in self, in commandStr, in expIdentifierList, in varargin) |
| | RUNANDCHECKERROR executes the specifies command and checks that it throws an exeption with an identifier containing the specified marker. More...
|
| |
| function | checkCode (in inpMeObj, in fieldName, in codeList) |
| |
| function | getIsCodeMatch (in inpMeObj, in checkDepth, in fieldName, in codeStr) |
| |
| function | runAndMeasureTime (in self, in varargin) |
| | RUNANDMEASURETIME executes the specified command and displayes a profiling report using the specified name as a marker. More...
|
| |
- Author
- Peter Gagarinov, PhD pgaga.nosp@m.rino.nosp@m.v@gma.nosp<EMAIL_ADDRESS>- Copyright
- 2015-2016 Peter Gagarinov, PhD
2012-2015 Moscow State University,
Faculty of Applied Mathematics and Computer Science,
System Analysis Department
Definition at line 7 of file TestSuite.m.
◆ TestSuite()
| function mxberry::core::cell::test::mlunit::TestSuite::TestSuite |
( |
in |
varargin | ) |
|
◆ check() [1/10]
| function mxberry::core::cell::test::mlunit::TestSuite::check |
( |
| ) |
|
◆ check() [2/10]
| function mxberry::core::cell::test::mlunit::TestSuite::check |
( |
| ) |
|
◆ check() [3/10]
| function mxberry::core::cell::test::mlunit::TestSuite::check |
( |
| ) |
|
◆ check() [4/10]
| function mxberry::core::cell::test::mlunit::TestSuite::check |
( |
in |
val, |
|
|
in |
expStr, |
|
|
in |
varargin |
|
) |
| |
◆ check() [5/10]
| function mxberry::core::cell::test::mlunit::TestSuite::check |
( |
in |
val, |
|
|
in |
expStr, |
|
|
in |
varargin |
|
) |
| |
◆ check() [6/10]
| function mxberry::core::cell::test::mlunit::TestSuite::check |
( |
in |
expStr, |
|
|
in |
varargin |
|
) |
| |
◆ check() [7/10]
| function mxberry::core::cell::test::mlunit::TestSuite::check |
( |
in |
isPos, |
|
|
in |
varargin |
|
) |
| |
◆ check() [8/10]
| function mxberry::core::cell::test::mlunit::TestSuite::check |
( |
| ) |
|
◆ check() [9/10]
| function mxberry::core::cell::test::mlunit::TestSuite::check |
( |
in |
varargin | ) |
|
◆ check() [10/10]
| function mxberry::core::cell::test::mlunit::TestSuite::check |
( |
in |
isOk | ) |
|
◆ check2()
| function mxberry::core::cell::test::mlunit::TestSuite::check2 |
( |
| ) |
|
◆ checkAll()
| function mxberry::core::cell::test::mlunit::TestSuite::checkAll |
( |
in |
expStr, |
|
|
in |
varargin |
|
) |
| |
◆ checkAsExp()
| function mxberry::core::cell::test::mlunit::TestSuite::checkAsExp |
( |
in |
varargin | ) |
|
◆ checkDouble()
| function mxberry::core::cell::test::mlunit::TestSuite::checkDouble |
( |
| ) |
|
◆ checkEmpty()
| function mxberry::core::cell::test::mlunit::TestSuite::checkEmpty |
( |
| ) |
|
◆ checkLogical()
| function mxberry::core::cell::test::mlunit::TestSuite::checkLogical |
( |
| ) |
|
◆ checkShowCell()
| function mxberry::core::cell::test::mlunit::TestSuite::checkShowCell |
( |
in |
isExpr | ) |
|
◆ evalFcnMat()
| function mxberry::core::cell::test::mlunit::TestSuite::evalFcnMat |
( |
in |
X, |
|
|
in |
t |
|
) |
| |
◆ evalOptMat()
| function mxberry::core::cell::test::mlunit::TestSuite::evalOptMat |
( |
in |
X, |
|
|
in |
t |
|
) |
| |
◆ evalStrMat()
| function mxberry::core::cell::test::mlunit::TestSuite::evalStrMat |
( |
in |
X, |
|
|
in |
t |
|
) |
| |
◆ masterCheck()
| function mxberry::core::cell::test::mlunit::TestSuite::masterCheck |
( |
in |
inpStr, |
|
|
in |
varargin |
|
) |
| |
◆ test_parseparams_negative()
| function mxberry::core::cell::test::mlunit::TestSuite::test_parseparams_negative |
( |
in |
self | ) |
|
◆ testCell2Mat()
| function mxberry::core::cell::test::mlunit::TestSuite::testCell2Mat |
( |
in |
self | ) |
|
◆ testCellStr2ColStr()
| function mxberry::core::cell::test::mlunit::TestSuite::testCellStr2ColStr |
( |
in |
self | ) |
|
◆ testCellStr2Expr()
| function mxberry::core::cell::test::mlunit::TestSuite::testCellStr2Expr |
( |
in |
self | ) |
|
◆ testCellStr2Expression()
| function mxberry::core::cell::test::mlunit::TestSuite::testCellStr2Expression |
( |
in |
self | ) |
|
◆ testCellStr2ExpressionSimple()
| function mxberry::core::cell::test::mlunit::TestSuite::testCellStr2ExpressionSimple |
( |
in |
self | ) |
|
◆ testCsvWrite()
| function mxberry::core::cell::test::mlunit::TestSuite::testCsvWrite |
( |
in |
self | ) |
|
◆ testMultiDim()
| function mxberry::core::cell::test::mlunit::TestSuite::testMultiDim |
( |
in |
self | ) |
|
◆ testMultiDimSimple()
| function mxberry::core::cell::test::mlunit::TestSuite::testMultiDimSimple |
( |
in |
self | ) |
|
◆ testShowCellBrackets()
| function mxberry::core::cell::test::mlunit::TestSuite::testShowCellBrackets |
( |
in |
self | ) |
|
◆ testShowCellFormat()
| function mxberry::core::cell::test::mlunit::TestSuite::testShowCellFormat |
( |
in |
self | ) |
|
◆ testShowCellNegative()
| function mxberry::core::cell::test::mlunit::TestSuite::testShowCellNegative |
( |
in |
self | ) |
|
◆ testShowCellOfCharCols()
| function mxberry::core::cell::test::mlunit::TestSuite::testShowCellOfCharCols |
( |
in |
self | ) |
|
◆ testShowCellOfSomeClass()
| function mxberry::core::cell::test::mlunit::TestSuite::testShowCellOfSomeClass |
( |
in |
ignoredArg | ) |
|
◆ testShowCellOfStruct()
| function mxberry::core::cell::test::mlunit::TestSuite::testShowCellOfStruct |
( |
in |
ignoredArg | ) |
|
◆ testShowCellOnEnum()
| function mxberry::core::cell::test::mlunit::TestSuite::testShowCellOnEnum |
( |
in |
self | ) |
|
◆ testShowCellTrickyTouch()
| function mxberry::core::cell::test::mlunit::TestSuite::testShowCellTrickyTouch |
( |
in |
self | ) |
|
◆ testSimpleChar()
| function mxberry::core::cell::test::mlunit::TestSuite::testSimpleChar |
( |
in |
self | ) |
|
◆ testSimpleRegr()
| function mxberry::core::cell::test::mlunit::TestSuite::testSimpleRegr |
( |
in |
self | ) |
|
The documentation for this class was generated from the following file:


6 Eye-Catching Corten Steel Construction Details
- by Fabian Dejtiar
- about 16 hours
The characteristics of Corten steel has been respected by all architects, both for its strength and for its particular color. It corresponds to a type of steel manufactured with a chemical composition that provides an oxidation that protects the piece, practically without altering its mechanical characteristics. The architectural details of Corten steel present a diversity of situations and connections, not only the obvious constructive factor but it also gives an aesthetic value to any architectural project.
We have compiled this list of 6 eye-catching Corten steel construction details that stand out the most.
01. Navarro Correas Winery / aft Arquitectos
02. Gabriela Mistral Cultural Center / Cristian Fernandez Arquitectos + Lateral Arquitectura & Diseño
03. Audenasa Building / Vaillo + Irigaray
04. Nestlé Social Block / GH+A Guillermo Hevia
05. New "Cabaña" & Accesses to a Country house / Hidalgo Hartmann
06. Dovecote Studio / Haworth Tompkins | Hunter Douglas
This article was originally published on March 8, 2017.


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Breskvice – Peach Balls
metadata
Created on 2021-01-09
Adapted from Breskvice – Jam Filled by Ansh (2017-02-26)
Estimated time needed: At least 153 minutes. At most 153 minutes.
Ingredients
| 400 | g | flour | ||
| 210 | g | sugar | ||
| 150 | g | butter | ||
| 150 | g | peach jam | ||
| 100 | g | egg | 50 g is approximately 1 medium egg. | |
| 15 | ml | red food coloring | optional, the watery kind, 15 ml is approximately 1 tbsp | |
| 15 | ml | yellow food coloring | optional, the watery kind, 15 ml is approximately 1 tbsp | |
| 15 | ml | peach alcohol (pálinka) | 4.9 ml is approximately 1 tsp. | |
| 5 | g | baking powder | 5 g is approximately 1 tsp. | |
| 2.6 | g | cinnamon | 2.6 g is approximately 1 tsp. | |
| 2.5 | g | cocoa powder | 2.5 g is approximately 1 tsp. | |
| 0.4 | g | salt | Optional, not needed if using salted butter. |
Scaling
Timeline
Directions
⌛ Active time 5 minutes
- 150 g butter
- 110 g sugar
Whip sugar and butter:
Beat the sugar and butter into a buttercream, for about 5 minutes. Make pauses during the beating to scrape the sides of the bowl. This might be easier if you soften the butter before you start out.
⌛ Active time 2 minutes
- 100 g egg | 50 g is approximately 1 medium egg.
Add eggs and combine:
Add eggs to the buttercream, and mix until it's all well combined.
⌛ Active time 6 minutes
- 5 g baking powder | 5 g is approximately 1 tsp.
- 2.6 g cinnamon | 2.6 g is approximately 1 tsp.
- 10 ml peach alcohol (pálinka) | 4.9 ml is approximately 1 tsp.
- 400 g flour
- 0.4 g salt | Optional, not needed if using salted butter.
Add rest of ingredients to dough and combine.:
Take care to sift in the flour. Note that the salt can be skipped if you're using salted butter. Combining might be easier if you sift in the flour and mix before adding the alcohol.
⌛ Passive time 30 minutes
Refridgerate for at least half an hour:
We left it overnight and it turned out fine.
⌛ Active time 15 minutes
Divide dough into balls:
For the unscaled amount, we got about 40 balls at this point. You might want to use a scale to divide them by weight, as each ball will be one half of each peach when you're done, and it works best if they're more or less equally sized. Therefore also try to make an even number.
⌛ Passive time 15 minutes
Bake balls:
Bake the balls for about 15 minutes at 150℃ over and under heat (at least we got better results with over and under heat rather than convection for theese, if using convection adjust the roasting temperature to 115℃). The balls will melt into half-peaches in the oven. Check for brownness beneath them to determin whether they're done. They should have a medium-light brownness, not be dark.
⌛ Passive time 15 minutes
Cool balls:
Alow the balls to cool down slightly so that the after-baking finishes and they are comfortable to work with.
⌛ Active time 20 minutes
Hollow out balls:
From the bottom, hollow out each ball. Be careful so thtat you do not break them on the other side. Keep the crumble you dig out for use later in the filling. If you want you can use an apple corer and remove no more than than the core.
⌛ Active time 10 minutes
- 150 g peach jam
- 5 ml peach alcohol (pálinka)
- 2.5 g cocoa powder | 2.5 g is approximately 1 tsp.
Make filling:
Using the crumble you carved out from the balls, combine with peach jam, peach alcohol and a bit of cocoa powder to make the filling. It should be somewhat tick and sticky, so that it can be used to glue the halves of the peaches together.
⌛ Active time 20 minutes
Assemble peaches:
Taking two hollowed out balls, fill them with the filling you just made, and stick them together.
⌛ Active time 15 minutes
- 100 g sugar
- 15 ml red food coloring | optional, the watery kind, 15 ml is approximately 1 tbsp
- 15 ml yellow food coloring | optional, the watery kind, 15 ml is approximately 1 tbsp
Color the peaches and cover with sugar:
Coloring the peaches is optional, but will make them look awesomer. To color the peaches, make a mix with red and yellow food coloring. Then, take a brush and paint some on the peaches, or just roll the peaches in the coloring a bit. Beware that for this recipe you should not use regular food coloring, but rather the cheap watery kind you find in convenience stores. After you have colored each peach, grently roll it around in some sugar to coat it. If you're not coloring them, you should moisturize the peaches in some other way before rolling them in the sugar. You could for instance use some water, or leftovers of the peach alcohol.


MXNet on the Cloud
MXNet on the Cloud
Deep learning can require extremely powerful hardware, often for unpredictable durations of time. Moreover, MXNet can benefit from both multiple GPUs and multiple machines. Accordingly, cloud computing, as offered by AWS and others, is especially well suited to training deep learning models. Using AWS, we can rapidly fire up multiple machines with multiple GPUs each at will and maintain the resources for precisely the amount of time needed.
Set Up an AWS GPU Cluster from Scratch
In this document, we provide a step-by-step guide that will teach you how to set up an AWS cluster with MXNet.
To use S3, you need AWS credentials,
including an ACCESS_KEY_ID
and a SECRET_ACCESS_KEY
.
To use MXNet with S3, set the environment variables AWS_ACCESS_KEY_ID
and
AWS_SECRET_ACCESS_KEY
by adding the following two lines in
~/.bashrc
(replacing the strings with the correct ones):
export AWS_ACCESS_KEY_ID=AKIAIOSFODNN7EXAMPLE
export AWS_SECRET_ACCESS_KEY=wJalrXUtnFEMI/K7MDENG/bPxRfiCYEXAMPLEKEY
There are several ways to upload data to S3. One simple way is to use s3cmd. For example:
wget http://data.mxnet.io/mxnet/data/mnist.zip
unzip mnist.zip && s3cmd put t*-ubyte s3://dmlc/mnist/
Use Pre-installed EC2 GPU Instance
The Deep Learning AMI is an Amazon Linux image
supported and maintained by Amazon Web Services for use on Amazon Elastic Compute Cloud (Amazon EC2).
It contains MXNet-v0.9.3 tag and the necessary components to get going with deep learning,
including Nvidia drivers, CUDA, cuDNN, Anaconda, Python2 and Python3.
The AMI IDs are the following:
- us-east-1: ami-e7c96af1
- us-west-2: ami-dfb13ebf
- eu-west-1: ami-6e5d6808
Now you can launch MXNet directly on an EC2 GPU instance.
You can also use Jupyter notebook on EC2 machine.
Here is a good tutorial
on how to connect to a Jupyter notebook running on an EC2 instance.
Set Up an EC2 GPU Instance from Scratch
MXNet requires the following libraries:
- C++ compiler with C++11 support, such as
gcc >= 4.8
CUDA
(CUDNN
in optional) for GPU linear algebraBLAS
(cblas, open-blas, atblas, mkl, or others) for CPU linear algebraopencv
for image augmentationscurl
andopenssl
for the ability to read/write to Amazon S3
Installing CUDA
on EC2 instances requires some effort. Caffe has a good
tutorial
on how to install CUDA 7.0 on Ubuntu 14.04.
Note: We tried CUDA 7.5 on Nov 7, 2015, but found it problematic.
You can install the rest using the package manager. For example, on Ubuntu:
sudo apt-get update
sudo apt-get install -y build-essential git libcurl4-openssl-dev libatlas-base-dev libopencv-dev python-numpy
The Amazon Machine Image (AMI) ami-12fd8178 has the packages listed above installed.
Build and Run MXNet on a GPU Instance
The following commands build MXNet with CUDA/CUDNN, Amazon S3, and distributed training.
git clone --recursive https://github.com/dmlc/mxnet
cd mxnet; cp make/config.mk .
echo "USE_CUDA=1" >>config.mk
echo "USE_CUDA_PATH=/usr/local/cuda" >>config.mk
echo "USE_CUDNN=1" >>config.mk
echo "USE_BLAS=atlas" >> config.mk
echo "USE_DIST_KVSTORE = 1" >>config.mk
echo "USE_S3=1" >>config.mk
make -j$(nproc)
To test whether everything is installed properly, we can try training a convolutional neural network (CNN) on the MNIST dataset using a GPU:
python example/image-classification/train_mnist.py
If you've placed the MNIST data on s3://dmlc/mnist
, you can read the data stored on Amazon S3 directly with the following command:
sed -i.bak "s!data_dir = 'data'!data_dir = 's3://dmlc/mnist'!" example/image-classification/train_mnist.py
Note: You can use sudo ln /dev/null /dev/raw1394
to fix the opencv error libdc1394 error: Failed to initialize libdc1394
.
Set Up an EC2 GPU Cluster for Distributed Training
A cluster consists of multiple computers. You can use one computer with MXNet installed as the root computer for submitting jobs,and then launch several slave computers to run the jobs. For example, launch multiple instances using an AMI, e.g., ami-12fd8178, with dependencies installed. There are two options:
Make all slaves' ports accessible (same for the root) by setting type: All TCP, Source: Anywhere in Configure Security Group.
Use the same
pem
as the root computer to access all slave computers, and then copy thepem
file into the root computer's~/.ssh/id_rsa
. If you do this, all slave computers can be accessed with SSH from the root.
Now, run the CNN on multiple computers. Assume that we are on a working
directory of the root computer, such as ~/train
, and MXNet is built as ~/mxnet
.
- Pack the MXNet Python library into this working directory for easy synchronization:
cp -r ~/mxnet/python/mxnet .
cp ~/mxnet/lib/libmxnet.so mxnet/
And then copy the training program:
cp ~/mxnet/example/image-classification/*.py .
cp -r ~/mxnet/example/image-classification/common .
- Prepare a host file with all slaves private IPs. For example,
cat hosts
:
<IP_ADDRESS>
<IP_ADDRESS>
- Assuming that there are two computers, train the CNN using two workers:
../../tools/launch.py -n 2 -H hosts --sync-dir /tmp/mxnet python train_mnist.py --kv-store dist_sync
Note: Sometimes the jobs linger at the slave computers even though you've pressed Ctrl-c
at the root node. To terminate them, use the following command:
cat hosts | xargs -I{} ssh -o StrictHostKeyChecking=no {} 'uname -a; pgrep python | xargs kill -9'
Note: The preceding example is very simple to train and therefore isn't a good benchmark for distributed training. Consider using other examples.
More Options
Use Multiple Data Shards
It is common to pack a dataset into multiple files, especially when working in a distributed environment. MXNet supports direct loading from multiple data shards. Put all of the record files into a folder, and point the data path to the folder.
Use YARN and SGE
Although using SSH can be simple when you don't have a cluster scheduling framework,
MXNet is designed to be portable to various platforms.
We provide scripts available in tracker
to allow running on other cluster frameworks, including Hadoop (YARN) and SGE.
We welcome contributions from the community of examples of running MXNet on your favorite distributed platform.


Representation of positive numbers
What is the representation in the type \citecoq{positive} for numbers 1000, 1024, 25, 512?
Solution
This file


Theme Assets
-
ThemeColor
is aNSColor
subclass that dynamically changes its colors whenever a new theme is make current.Theme-aware means you don’t need to check any conditions when choosing which color to draw or set on a control. E.g.:
myTextField.textColor = ThemeColor.myContentTextColor ThemeColor.myCircleFillColor.setFill() NSBezierPath(rect: bounds).fill()
The text color of
myTextField
will automatically change when the user switches a theme. Similarly, the drawing code will draw with different color depending on the selected theme. Unless some drawing cache is being done, there’s no need to refresh the UI after changing the current theme.You can also define a color to be a pattern image using
NSColor(patternImage:)
.Defining theme-aware colors
The recommended way of adding your own dynamic colors is as follows:
Add a
ThemeColor
class extension (orTKThemeColor
category on Objective-C) to add class methods for your colors. E.g.:In Swift:
extension ThemeColor { static var brandColor: ThemeColor { return ThemeColor.color(with: #function) } }
In Objective-C:
@interface TKThemeColor (Demo) + (TKThemeColor*)brandColor; @end @implementation TKThemeColor (Demo) + (TKThemeColor*)brandColor { return [TKThemeColor colorWithSelector:_cmd]; } @end
Add Class Extensions on any
Theme
you want to support (e.g.,LightTheme
andDarkTheme
-TKLightTheme
andTKDarkTheme
on Objective-C) to provide instance methods for each theme color class method defined on (1). E.g.:In Swift:
extension LightTheme { var brandColor: NSColor { return NSColor.orange } } extension DarkTheme { var brandColor: NSColor { return NSColor.white } }
In Objective-C:
@interface TKLightTheme (Demo) @end @implementation TKLightTheme (Demo) - (NSColor*)brandColor { return [NSColor orangeColor]; } @end @interface TKDarkTheme (Demo) @end @implementation TKDarkTheme (Demo) - (NSColor*)brandColor { return [NSColor whiteColor]; } @end
If supporting
UserTheme
‘s, define properties on user theme files (.theme
) for each theme color class method defined on (1). E.g.:displayName = Sample User Theme identifier = com.luckymarmot.ThemeKit.SampleUserTheme darkTheme = false brandColor = rgba(96, 240, 12, 0.5)
Overriding system colors
Besides your own colors added as
ThemeColor
class methods, you can also overrideNSColor
class methods so that they return theme-aware colors. The procedure is exactly the same, so, for example, if adding a method namedlabelColor
to aThemeColor
extension, that method will be overriden inNSColor
and the colors fromTheme
subclasses will be used instead. In sum, callingNSColor.labelColor
will return theme-aware colors.You can get the full list of available/overridable color methods (class methods) calling
NSColor.colorMethodNames()
.At any time, you can check if a system color is being overriden by current theme by checking the
NSColor.isThemeOverriden
property (e.g.,NSColor.labelColor.isThemeOverriden
).When a theme does not override a system color, the original system color will be used instead. E.g., you have overrided
ThemeColor.labelColor
, but currently applied theme does not implementlabelColor
-> originallabelColor
will be used.Fallback colors
With the exception of system overrided named colors, which defaults to the original system provided named color when theme does not specifies it, unimplemented properties/methods on target theme class will default to
fallbackForegroundColor
andfallbackBackgroundColor
, for foreground and background colors respectively. These too, can be customized per theme.Please check
See moreThemeGradient
for theme-aware gradients andThemeImage
for theme-aware images.Declaration
Swift
@objc(TKThemeColor) open class ThemeColor : NSColor
-
ThemeGradient
is aNSGradient
subclass that dynamically changes its colors whenever a new theme is make current.Theme-aware means you don’t need to check any conditions when choosing which gradient to draw. E.g.:
ThemeGradient.rainbowGradient.draw(in: bounds, angle: 0)
The drawing code will draw with different gradient depending on the selected theme. Unless some drawing cache is being done, there’s no need to refresh the UI after changing the current theme.
Defining theme-aware gradients
The recommended way of adding your own dynamic gradients is as follows:
Add a
ThemeGradient
class extension (orTKThemeGradient
category on Objective-C) to add class methods for your gradients. E.g.:In Swift:
extension ThemeGradient { static var brandGradient: ThemeGradient { return ThemeGradient.gradient(with: #function) } }
In Objective-C:
@interface TKThemeGradient (Demo) + (TKThemeGradient*)brandGradient; @end @implementation TKThemeGradient (Demo) + (TKThemeGradient*)brandGradient { return [TKThemeGradient gradientWithSelector:_cmd]; } @end
Add Class Extensions on any
Theme
you want to support (e.g.,LightTheme
andDarkTheme
-TKLightTheme
andTKDarkTheme
on Objective-C) to provide instance methods for each theme gradient class method defined on (1). E.g.:In Swift:
extension LightTheme { var brandGradient: NSGradient { return NSGradient(starting: NSColor.white, ending: NSColor.black) } } extension DarkTheme { var brandGradient: NSGradient { return NSGradient(starting: NSColor.black, ending: NSColor.white) } }
In Objective-C:
@interface TKLightTheme (Demo) @end @implementation TKLightTheme (Demo) - (NSGradient*)brandGradient { return [[NSGradient alloc] initWithStartingColor:[NSColor whiteColor] endingColor:[NSColor blackColor]]; } @end @interface TKDarkTheme (Demo) @end @implementation TKDarkTheme (Demo) - (NSGradient*)brandGradient { return [[NSGradient alloc] initWithStartingColor:[NSColor blackColor] endingColor:[NSColor whiteColor]]; } @end
If supporting
UserTheme
‘s, define properties on user theme files (.theme
) for each theme gradient class method defined on (1). E.g.:displayName = Sample User Theme identifier = com.luckymarmot.ThemeKit.SampleUserTheme darkTheme = false orangeSky = rgb(160, 90, 45, .5) brandGradient = linear-gradient($orangeSky, rgb(200, 140, 60))
Fallback colors
Unimplemented properties/methods on target theme class will default to
fallbackGradient
. This too, can be customized per theme.Please check
See moreThemeColor
for theme-aware colors andThemeImage
for theme-aware images.Declaration
Swift
@objc(TKThemeGradient) open class ThemeGradient : NSGradient
-
ThemeImage
is aNSImage
subclass that dynamically changes its colors whenever a new theme is make current.Theme-aware means you don’t need to check any conditions when choosing which image to draw. E.g.:
ThemeImage.logoImage.draw(in: bounds)
The drawing code will draw with different image depending on the selected theme. Unless some drawing cache is being done, there’s no need to refresh the UI after changing the current theme.
Defining theme-aware images
The recommended way of adding your own dynamic images is as follows:
Add a
ThemeImage
class extension (orTKThemeImage
category on Objective-C) to add class methods for your images. E.g.:In Swift:
extension ThemeImage { static var logoImage: ThemeImage { return ThemeImage.image(with: #function) } }
In Objective-C:
@interface TKThemeImage (Demo) + (TKThemeImage*)logoImage; @end @implementation TKThemeImage (Demo) + (TKThemeImage*)logoImage { return [TKThemeImage imageWithSelector:_cmd]; } @end
Add Class Extensions on any
Theme
you want to support (e.g.,LightTheme
andDarkTheme
-TKLightTheme
andTKDarkTheme
on Objective-C) to provide instance methods for each theme image class method defined on (1). E.g.:In Swift:
extension LightTheme { var logoImage: NSImage? { return NSImage(named: "MyLightLogo") } } extension DarkTheme { var logoImage: NSImage? { return NSImage(contentsOfFile: "somewhere/MyDarkLogo.png") } }
In Objective-C:
@interface TKLightTheme (Demo) @end @implementation TKLightTheme (Demo) - (NSImage*)logoImage { return [NSImage imageNamed:@"MyLightLogo"]; } @end @interface TKDarkTheme (Demo) @end @implementation TKDarkTheme (Demo) - (NSImage*)logoImage { return [NSImage alloc]<EMAIL_ADDRESS>} @end
If supporting
UserTheme
‘s, define properties on user theme files (.theme
) for each theme image class method defined on (1). E.g.:displayName = Sample User Theme identifier = com.luckymarmot.ThemeKit.SampleUserTheme darkTheme = false logoImage = image(named:MyLogo) //logoImage = image(file:../some/path/MyLogo.png)
Fallback images
Unimplemented properties/methods on target theme class will default to
fallbackImage
. This too, can be customized per theme.Please check
See moreThemeColor
for theme-aware colors andThemeGradient
for theme-aware gradients.Declaration
Swift
@objc(TKThemeImage) open class ThemeImage : NSImage


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The Raspberry Pi 3 and 4 have different types of processor. Before compiling the program, the assembler can be informed of the processor type by commenting or removing comments in the file "arch-include.s".
However, I have tried both configuration of both type of ARM cpu, and I can not tell the difference. If you are not sure, leave it set to A72.
File: arch-include.s
// Raspberry Pi Model 3B, 3B+ // .cpu cortex-a53 // .set CORTEXA53, 1 // Rasperry Pi Model 4 B .cpu cortex-a72 .set CORTEXA72, 1
There are a number of global compiler definitions. Most of these should not be changed. One configuration that can be changed is memory allocation.
System memory used for fixed point number variables is defined in math.s line 190 using .skip statements to declare uninitialized blocks of memory in the BSS segment. These are statically allocated when the program is started as part of the load image. The maximum size of the floating point variables can be configured in header-include.s line 77. As shown below, the default variable size is about 5 million decimal digits. This establishes a maximum size for the variables, but the sigfigs or sf command will set the accuracy for a specific calculation within the maximum allowed for a given memory configuration. It is suggested to uncomment one of the following lines. It is necessary to recompile the binary after this is changed using the make command.
File: header-include.s
// .set FCT_WSIZE, 0x10 // 193 digits in fraction part // .set FCT_WSIZE, 0x40 // .set FCT_WSIZE, 0x400 // 19680 digits in fraction part .set FCT_WSIZE, 0x40000 // 5050407 digits in fraction part
The backbone of this program is a series of binary bitwise arithmetic functions used for multiplication and division. These are conventional multi-precisions routines bitwise rotations combined with addition and subtraction. However, this method is extremely slow. In order to increase speed, alternate multiplication and division routines can use the 64 bit microprocessor instruction to work with 128 bit / 64 bit integer operations.
The "mmode" command is used to set or view a series of flags used to select or de-select various alternate arithmetic methods. The default value of mmode is 0.
For example, calculation of Pi using Chudnovsky formula to 100,000 digits:
Time 135 seconds (mmode=0)
Time 263 Seconds (mmode 14, full bitwise arithmetic)
To view the options, type: "help mmode"
Usage: mmodeDescripton: Without argument, mmode displays MathMode variable. Modes: 2 (0x04) Force bitwise long division (shift and subtract) 4 (0x04) Disable: ARM 64 bit MUL/UMULH matrix multiplication 8 (0x08) Disable: ARM 32 bit UDIV/MSUB matrix division