|
|
|
|
Conditions (5 conditions = passed out)
Injured (-2 Body)
Upset (-2 Heart)
Dazed (-2 Mind)
Exhausted (-2 Soul)
Jinxed (-2 Magic)
Positive Traits
Negative Traits
Relationships
Experience
Looks
Money
School House
Spell Bank
(+2 to casting this spell)
Regular Spell Bank (+1 to casting the below spells)
Wand
Family Heritage
Pet
Pet Notes
Items
Notes
Biography
|
|
|
|
Positive Traits
Negative Traits
Looks
House
Motivations
Notes
School Year Advancement
Electives are selected beginning in Year 3.
,
,
,
,
,
,
,
,
,
,
Checklist items are selected beginning in Year 2.
+1 to an Attribute (Max +3 for any attribute)
Unlock and add a spell below your current year to your Spell Bank.
Unlock and add a spell below your current year to your Spell Bank.
Change the cap for 1 attribute to +4 (Except for Magic!)
+1 to an Attribute (Max +3 for any attribute)
Add an additional Signature Spell (spell must be below your current year)
Unlock and add two spells below your current year to your Spell Bank.
+1 to your Classes/School rolls at the end-of-session.
+1d6 to your Job Downtime Moves for Galleons.
Gift Item from your friends, relatives, or a teacher.
Earn an extra Between-Year Money roll this break.
Unlock and add a spell below your current year to your Spell Bank.
+1 to an Attribute (Max +3 for any attribute)
+1 to your Classes/School rolls at the end-of-session.
+1d6 to your Job Downtime Moves for Galleons.
Gift Item from your friends, relatives, or a teacher.
Earn an extra Between-Year Money roll this break.
Change the cap for 1 attribute to +4 (Except for Magic!)
Add an additional Signature Spell (spell must be below your current year)
Unlock and add two spells below your current year to your Spell Bank.
Sheet Type
Sorting Hat
| {{char}} | ||
| {{^spell}}rolls{{/spell}}{{#spell}}casts {{spell}}{{/spell}} {{attr}}{{#rollGreater() forwardr 0}}+Forward{{/rollGreater() forwardr 0}}{{#relation}}+Relationship{{/relation}}{{#spell}}+Spell Power{{/spell}} | ||
| {{/rollGreater() result 9}} {{#rollBetween() result 7 9}} | {{/rollBetween() result 7 9}} {{#rollLess() result 7}} | {{/rollLess() result 7}} {{result}} |
| {{#rollGreater() result 9}} Complete Success {{/rollGreater() result 9}} {{#rollBetween() result 7 9}} Partial Success {{/rollBetween() result 7 9}} {{#rollLess() result 7}} Failure {{/rollLess() result 7}} |
| {{char}} |
| Between-Year Money |
| {{result}} Galleons |


I've been in the programming game for over 5 years, building desktop and IoT applications using C and
C++. About two years ago I picked up on game
engines and I've been hooked up to it ever since. By working on medium to large scale projects, by using
tools like Visual Studio 2017/ 2019, version control systems like GitHub, undoubtedly gave me an upper
hand in my university life. I've also helped over 10,000 people on StackOverflow and on other platforms
as well, teaching them everything from low level optimizations to designing software applications or
libraries.
My biggest flex is my programming experience and by using it wisely, my ultimate goal is to
produce or contribute to something which would change the whole world :D
Contributions
- Index/ Presentation page.
- Menu/ Shop page.
- Buying/ Checkout page.
- Audio playback.
- Fancy font/ Cypher text.
- Moosic Logo.


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This page reloads indefinitely the same image. But a Service Worker intercepts the requests and chooses what images it wants, based on a bandwidth estimation.
Estimated bandwidth: unknown KBpsEstimated RTT: unknown ms


| sparkR.conf {SparkR} | R Documentation |
Get Runtime Config from the current active SparkSession.
To change SparkSession Runtime Config, please see sparkR.session()
.
sparkR.conf(key, defaultValue)
key |
(optional) The key of the config to get, if omitted, all config is returned |
defaultValue |
(optional) The default value of the config to return if they config is not set, if omitted, the call fails if the config key is not set |
a list of config values with keys as their names
sparkR.conf since 2.0.0
## Not run:
##D sparkR.session()
##D allConfigs <- sparkR.conf()
##D masterValue <- unlist(sparkR.conf("spark.master"))
##D namedConfig <- sparkR.conf("spark.executor.memory", "0g")
## End(Not run)


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--- layout: default ---
This website reflects the thesis research, exploration and thoughts of Carlos Ortega-Morales generated in the program of Master of Fine Arts in Designed Objects at the School of the Art Institute of Chicago.
My first approach was in how the results of an Internet search has become the deciding factor in the value of ideas. The value of an idea decreases based on the number of results with similar features or aesthetic appearances. The internet as digital curator of ideas pushes artists, designers, creators, makers, and anyone with an interest in developing ideas, to constantly search for prior information or new ways of producing ideas.
The reason of designing around this topic is because creative people often have ideas that may or may not have potential, but before even trying to develop them, a validation of the idea’s originality seems to be mandatory.
And I believe that similar features do not determine the value of ideas, rather the process of re-iterating and learning from failures and successes.
The two axis mindmap used during the research showing the Problem Finding Process and to how gather feedback and information from users without losing the project scope.
Carlos Ortega-Morales is a designer and cofounder of Iguana 4 Studio, a sustainable firm based in Mexico City, He believes everyone and everything is interconnected: people, behaviors, products, services, environments, systems, etc.; and design is the tool that harmonizes those connections.
If you have any questions, comments or suggestions, please email me. and please visit my portfolio Thanks!"


What is a "factory" and why would you want to use one? A factory, in this context, is a piece of software that implements one of the "factory" design patterns. In general, a factory implementation is useful when you need one object to control the creation of and/or access to other objects.By using a factory in Java Remote Method Invocation (Java RMI), you can reduce the number of objects that you need to register with the Java RMI registry.
 Think about how you originally established, or opened, the account. You probably went to the bank, spoke with an Account Manager, and signed some papers. In return, they gave you some checks, a passbook, or a bank card so you could access your account in the future.
The Account Manager is an example of a factory. The person or Automated Teller Machine (ATM) that acts as account manager controls the creation of and/or access to individual accounts.
Once you have a library card, you can go into the library, and without any further fuss, just walk out with all your materials, right? Of course not. Before you can walk out of the library without setting off the alarm system, you must check out the book, CD, or video tape you wish to take home. So you present your library card to, you guessed it, the librarian, who will use your card to access the library database to see if you owe any late fees, and to register these new materials as having been leased to you. In this case, the librarian could be seen as a book factory because the librarian controls your access to the books.
Just like any other Java RMI program, there are a few basic
players: a server that produces one or more remote objects, each of
which implements a remote interface; a client that accesses a name
server (the rmiregistry
) to get a reference to one of
the remote objects; and the rmiregistry
, which
facilitates the client's initial contact with the server.
For the picture below and the steps that follow, you may make the following assumptions:
Factory
and Product
FactoryImpl
implements the
Factory
interface and the ProductImpl
implements the Product
interfaceFactoryImpl
registers, or is registered, with
the rmiregistry
Factory
rmiregistry
returns a remote reference to a
FactoryImpl
FactoryImpl
to obtain a remote reference to a
ProductImpl
FactoryImpl
returns a remote reference to an
existing ProductImpl
or to one that it just created,
based on the client requestProductImpl
In code, AccountManager
would be a remote interface
with one or more remote methods. These methods would return objects
that implement the Account
interface. In a similar
fashion, Account
would be an interface that declared
all of the operations a person could perform on an account
instance, such as depositing or withdrawing money, getting an
account balance, or listing the most recent account
transactions.
In Java RMI, only the instance of the
AccountManager
implementation would be registered with
the Java RMI registry. The AccountManager
implementation would be the factory, returning remote references to
(or serialized instances of) Account
implementations,
like your savings account.
In the library example, the Librarian
would be a
remote interface with one or more methods that would return objects
that implement the LibraryCard
interface. In addition,
the Librarian
interface would have methods to allow
you access to books, CDs, or videotapes that implemented the
Loanable
interface.
In Java RMI, only the instance of the Librarian
implementation would be registered with the Java RMI registry. The
Librarian
implementation would be the factory,
returning remote references to (or serialized instances of)
LibraryCard
implementations and Loanable
object implementations.
While the bank and library examples presented here may not be entirely complete they are not designed to be complete, but rather instructionally useful in describing the factory pattern in Java RMI.


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The
Common$ structure defined by the
Types module
is available for (or common to) all modules. Every field of the
Common$ structure is a configuration parameter that may be set within
a configuration script for any module (not just the
xdc.runtime modules). The fields of this structure are typically read
by the modules in the
xdc.runtime package at configuration time to
control the generation of data structures that are embedded in the
application and referenced by these modules at runtime.
Every module has a configuration parameter named
common$ that is of type
Common$. This allows the user
of any module to control the module's diagnostics, where its instances
are allocated, how they are allocated, and (for gated modules) what
gate it should use to protect critical sections.
Configuration example: The following configuration script specifies
that the instance objects managed by the Memory module in the
xdc.runtime package should be placed in the ".fast" memory section
and that ENTRY diagnostics should be available at runtime.
var Memory = xdc.useModule('xdc.runtime.Memory");
Memory.common$.instanceSection = ".fast";
Memory.common$.diags_ENTRY = Diags.RUNTIME_OFF
Note that by setting
Memory.common$.diags_ENTRY to
Diags.RUNTIME_OFF
we are both enabling
ENTRY events and specifying that they are initially
disabled; they must be explicitly enabled at runtime. See the
Diags modules for additional information.
| enum Types_CreatePolicy |
|
Instance creation policy
typedef enum Types_CreatePolicy {
Types_STATIC_POLICY,
// static creation only; no runtime create/delete
Types_CREATE_POLICY,
// dynamic creation, but no deletion
Types_DELETE_POLICY
// dynamic creation and deletion
} Types_CreatePolicy;
| enum Types_OutputPolicy |
|
Destination file for module's functions
typedef enum Types_OutputPolicy {
Types_COMMON_FILE,
// functions are in the common C file
Types_SEPARATE_FILE,
// module has its own separate file
Types_NO_FILE
// functions are not generated
} Types_OutputPolicy;
| typedef Types_DiagsMask |
|
typedef Bits16 Types_DiagsMask;
| typedef Types_Event |
|
ILogger event encoding
typedef Bits32 Types_Event;
DETAILS
Whereas a
Log.Event encodes an event ID and a mask, a
Types_Event encodes the same event ID and the module ID of the
module containing the call site that generated the
Types_Event.
| typedef Types_ModuleId |
|
Unique module identifier
typedef Bits16 Types_ModuleId;
DETAILS
Module IDs are assigned at configuration time based in the set
of modules that are "used" in the application. So, although each
module has a unique 16-bit ID at runtime this ID may vary between
configurations of the application.
To save precious data space, module names are managed by the
Text module and it is this table that is used to assign
module IDs. If the table is maintained on the target, the module ID
is an "index" into this table; otherwise, the module ID is simply
a unique integer less than the total number of modules in the
application.
Although module IDs are not independent of an application's
configuration, a module's ID may be compared to a runtime value
symbolically. Every module has a (generated) method that returns
the module's ID; e.g., a module named Task has a method named
Task_Module_id() which returns Task's module ID.
#include <xdc/runtime/Types.h>
#include <ti/sysbios/knl/Task.h>
:
void checkId(Types_ModuleId modId) {
if (Task_Module_id() == modId) {
System_printf("Task module");
}
}
| struct Types_FreqHz |
|
Frequency-in-hertz struct
typedef struct Types_FreqHz {
Bits32 hi;
// most significant 32-bits of frequency
Bits32 lo;
// least significant 32-bits of frequency
} Types_FreqHz;
| struct Types_Label |
|
Instance label struct
typedef struct Types_Label {
Ptr handle;
// instance object address
// corresponding module id
String iname;
// name supplied during instance creation
Bool named;
// true, if iname is available
} Types_Label;
DETAILS
Label structures are used to provide human readable names for
instance handles.
It is possible to initialize a Label from any instance handle. All
modules that support instances provide a method named
Mod_Handle_label() which, given an instance handle and a pointer to
a Label structure, initializes the structure with all available
information. For example, the following code fragment initializes a
Label from an instance of the HeapMin module.
HeapMin_Handle heap;
Types_Label label;
HeapMin_Handle_label(heap, &label);
Unless you explicitly disable it,
System_printf
can be used to convert a pointer to a
Label into an human readable
"instance name". Continuing with the example above, the following
line can be used to print an instance's label.
System_printf("heap instance name: %$L\n", &label);
SEE
| struct Types_RegDesc |
|
Registry module descriptor
typedef struct Types_RegDesc {
CString modName;
} Types_RegDesc;
| struct Types_Site |
|
Error site description struct
typedef struct Types_Site {
// module id of this site
CString file;
// filename of this site
Int line;
// line number of this site
} Types_Site;
FIELDS
mod
the module id of the module containing the call site
file
the name of the file containing the call site or NULL;
some call sites omit the file name to save data space.
line
the line number within the file named
DETAILS
This structure describes the location of the line that raised
an error.
| struct Types_Timestamp64 |
|
64-bit timestamp struct
typedef struct Types_Timestamp64 {
Bits32 hi;
// most significant 32-bits of timestamp
Bits32 lo;
// least significant 32-bits of timestamp
} Types_Timestamp64;
DETAILS
Some platforms only support 32-bit timestamps. In this case,
the most significant 32-bits are always set to 0.
| Types_getEventId() // module-wide |
|
Get event ID of the specified event
ARGUMENTS
DETAILS
This method is used to get an ID that can be compared to other
"known" IDs. For example, after a
Types_Event is
generated, the following code determines if the event
corresponds to a
Log.L_create event:
Bool isCreateEvent(Types_Event evt) {
return (Log_getEventId(Log_L_create) == Types_getEventId(evt));
}
RETURNS
This function returns the event ID of a specified event.
| Types_getModuleId() // module-wide |
|
Get the module ID for the specified event
ARGUMENTS
RETURNS
This function returns the module ID of a specified event.
| Types_makeEvent() // module-wide |
|
Make an Event from an Event ID and a module ID
ARGUMENTS
id
ID of the event itself
callSite
the module from which this event originated
RETURNS
This function returns an event.
| Module-Wide Built-Ins |
|
// Get this module's unique id
Bool Types_Module_startupDone();
// Test if this module has completed startup
// The heap from which this module allocates memory
Bool Types_Module_hasMask();
// Test whether this module has a diagnostics mask
Bits16 Types_Module_getMask();
// Returns the diagnostics mask for this module
Void Types_Module_setMask(Bits16 mask);
// Set the diagnostics mask for this module
| enum Types.CreatePolicy |
|
Instance creation policy
values of type Types.CreatePolicy
const Types.STATIC_POLICY;
// static creation only; no runtime create/delete
const Types.CREATE_POLICY;
// dynamic creation, but no deletion
const Types.DELETE_POLICY;
// dynamic creation and deletion
C SYNOPSIS
| enum Types.OutputPolicy |
|
Destination file for module's functions
values of type Types.OutputPolicy
const Types.COMMON_FILE;
// functions are in the common C file
const Types.SEPARATE_FILE;
// module has its own separate file
const Types.NO_FILE;
// functions are not generated
C SYNOPSIS
| metaonly struct Types.Common$ |
|
Common module config struct
var obj = new Types.Common$;
// module's Diags assert mode
// module's function entry Diags mode
// module's function exit Diags mode
// module's internal assert mode
// module's instance lifecycle mode
// module's errors and warnings
// module's user1 Diags mode
// module's user2 Diags mode
// module's user3 Diags mode
// module's user4 Diags mode
// module's user5 Diags mode
// module's user6 Diags mode
// module's user7 Diags mode
// module's informational event mode
// module's user8 Diags mode
// module's Diags analysis mode
obj.fxntab = Bool ...
// module's gate
obj.gateParams = Ptr ...
// gate params for module created gates
// module's instance heap
obj.instanceSection = String ...
// memory section for module's instances
// module's logger
// destination file for module's code
// module's memory policy
obj.namedInstance = Bool ...
// true => instances have string names
obj.namedModule = Bool ...
// true => module's name is on target
obj.romPatchTable = Bool ...
FIELDS
diags_ASSERT
The Diags.ASSERT bit of a module's
diagnostics mask.
diags_ENTRY
The Diags.ENTRY category of a module's
diagnostics mask.
diags_EXIT
The Diags.EXIT category of a module's
diagnostics mask.
diags_INTERNAL
The Diags.INTERNAL bit of a module's
diagnostics mask.
diags_LIFECYCLE
The Diags.LIFECYCLE category of a
module's diagnostics mask.
diags_STATUS
The Diags.STATUS category of a module's
diagnostics mask.
diags_USER1
The Diags.USER1 category of a module's
diagnostics mask.
diags_USER2
The Diags.USER2 category of a module's
diagnostics mask.
diags_USER3
The Diags.USER3 category of a module's
diagnostics mask.
diags_USER4
The Diags.USER4 category of a module's
diagnostics mask.
diags_USER5
The Diags.USER5 category of a module's
diagnostics mask.
diags_USER6
The Diags.USER6 category of a module's
diagnostics mask.
diags_USER7
The Diags.USER7 category of a module's
diagnostics mask. The bit for this category has been repurposed for the
Diags.INFO category, so the use of USER7 has been deprecated.
diags_INFO
The Diags.INFO category of a module's
diagnostics mask.
diags_USER8
The Diags.USER8 category of a module's
diagnostics mask. The bit for this category has been repurposed for the
Diags.ANALYSIS category, so the use of USER8 has been
deprecated.
diags_ANALYSIS
The Diags.ANALYSIS category of a
module's diagnostics mask.
fxntab
This configuration parameter is only applicable to modules that
inherit an interface and have instance objects. Setting fxntab
to false can save some data space but also prevents the
application from using instance objects through abstract interfaces.
Function tables are used whenever it's necessary to call a module's
methods via an abstract interface; e.g., the
Memory module
calls methods defined by the
IHeap interface but there may
be several distinct modules that implement this interface. In order
for this type of call to be possible, instance objects contain a
reference to a function table containing the instance module's
functions; the caller gets the module's function from the instance
object and calls through a function pointer. Every module that
inherits an interface has such a table and modules that do not
inherit an interface do not have a function table.
If this configuration parameter is set to false, the module's
instance objects will NOT be initialized with a reference to their
module's function table and, since the function table will not
be referenced by the application, the resulting executable will be
smaller. However, if this parameter is false you must never
attempt to use this module's instance objects via reference this
module through an abstract interface. Since this is often hard to
determine, especially as an application evolves over time, you should
only set this parameter to false when you are absolutely sure that
the module's functions are always only being directly called and you
need to absolutely minimize the data footprint of your application.
The default for this parameter is true.
gate
A handle to the module-level IGateProvider
instance to be used when this module calls functions from
Gate
gateParams
Gate parameters used by this module to create
the gates used when this module calls
Gate_allocInstance
instanceHeap
Identifies the heap from which this module
should allocate memory.
instanceSection
Identifies the section in which instances
created by this module should be placed.
logger
The handle of the logger instance used by the module.
All log events generated by the module are routed to this logger
instance. See ILogger for details on the logger interface.
See LoggerBuf and LoggerSys for two examples of
logger modules provided by the xdc.runtime package.
memoryPolicy
Specifies whether this module should allow
static object creation only (STATIC_POLICY),
dynamic object creation but not deletion
(CREATE_POLICY), or both dynamic object
creation and deletion (DELETE_POLICY).
namedInstance
If set to true, each instance object is
given an additional field to hold a string name that is used
when displaying information about an instance. Setting this to
true increases the size of the module's instance objects by a
single word but improves the usability of tools that display
instance objects. If set to false, assignments of instance
names are silently ignored. This allows one to remove instance
name support to save space without having to change any source code.
See IInstance.name for details.
namedModule
If set to true, this module's string name
is retained on the target so that it can be displayed as part
of Log and Error events. Setting this to false
saves data space in the application at the expense of readability
of log and error messages associated with this module.
Note: setting this to
false also prevents one from controlling the
module's diagnostics at runtime via
Diags.setMask().
This method uses the module's name to lookup the module's
diagnostics mask. It is still possible to control the module's
diagnostics at design-time from a configuration script.
DETAILS
Every module contains this structure during the configuration
phase. The fields of this structure are set in configuration scripts
and referenced by the modules in the
xdc.runtime package. For default
values of these fields, see
Defaults.
SEE
| struct Types.FreqHz |
|
Frequency-in-hertz struct
var obj = new Types.FreqHz;
obj.hi = Bits32 ...
// most significant 32-bits of frequency
obj.lo = Bits32 ...
// least significant 32-bits of frequency
C SYNOPSIS
| struct Types.Label |
|
Instance label struct
var obj = new Types.Label;
obj.handle = Ptr ...
// instance object address
obj.modId = Bits16 ...
// corresponding module id
obj.iname = String ...
// name supplied during instance creation
obj.named = Bool ...
// true, if iname is available
DETAILS
Label structures are used to provide human readable names for
instance handles.
It is possible to initialize a Label from any instance handle. All
modules that support instances provide a method named
Mod_Handle_label() which, given an instance handle and a pointer to
a Label structure, initializes the structure with all available
information. For example, the following code fragment initializes a
Label from an instance of the HeapMin module.
HeapMin_Handle heap;
Types_Label label;
HeapMin_Handle_label(heap, &label);
Unless you explicitly disable it,
System_printf
can be used to convert a pointer to a
Label into an human readable
"instance name". Continuing with the example above, the following
line can be used to print an instance's label.
System_printf("heap instance name: %$L\n", &label);
SEE
C SYNOPSIS
| struct Types.RegDesc |
|
Registry module descriptor
var obj = new Types.RegDesc;
obj.modName = CString ...
obj.id = Bits16 ...
obj.mask = Bits16 ...
C SYNOPSIS
| struct Types.Site |
|
Error site description struct
var obj = new Types.Site;
obj.mod = Bits16 ...
// module id of this site
obj.file = CString ...
// filename of this site
obj.line = Int ...
// line number of this site
FIELDS
mod
the module id of the module containing the call site
file
the name of the file containing the call site or NULL;
some call sites omit the file name to save data space.
line
the line number within the file named
DETAILS
This structure describes the location of the line that raised
an error.
C SYNOPSIS
| struct Types.Timestamp64 |
|
64-bit timestamp struct
var obj = new Types.Timestamp64;
obj.hi = Bits32 ...
// most significant 32-bits of timestamp
obj.lo = Bits32 ...
// least significant 32-bits of timestamp
DETAILS
Some platforms only support 32-bit timestamps. In this case,
the most significant 32-bits are always set to 0.
C SYNOPSIS
| metaonly config Types.common$ // module-wide |
|
Common module configuration parameters
DETAILS
All modules have this configuration parameter. Its name
contains the '$' character to ensure it does not conflict with
configuration parameters declared by the module. This allows
new configuration parameters to be added in the future without
any chance of breaking existing modules.


Shop Online
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Before Change
self.rpn(h, img_size, scale, test=test)
roi_cls_locs, roi_scores = self.head(
h, rois, roi_indices, test=test)
return roi_cls_locs, roi_scores, rois, roi_indices
def use_preset(self, preset):
Use the given preset during prediction.
After Change
:obj:`(bboxes, labels, scores)`.
* **bboxes**: A list of float arrays of shape :math:`(R, 4)`, \
where :math:`R` is the number of bounding boxes in a image. \
Each bouding box is organized by \
:obj:`(x_min, y_min, x_max, y_max)` \
in the second axis.
* **labels** : A list of integer arrays of shape :math:`(R,)`. \
Each value indicates the class of the bounding box. \


Texas Announces 2 Key Players Won’t Play vs. Baylor
by Alek ArendDespite a 6-4 record which includes three losses in Big 12 play, the Texas Longhorns still have a shot to make the conference title game. First things first, the Longhorns must beat No. 13 Baylor on Saturday.
That’ll be difficult to do as a recent report suggest two key Texas players will not play against the Bears. The Longhorns will be without WR Collin Johnson and DB D.J. Foster. Johnson continues to deal with a hamstring injury while Foster is dealing with a neck injury.
This is a huge loss for a Texas team hoping to upset the Bears today. Both players are high impact players for the Longhorns.
Johnson has missed several games already due to a lingering hamstring injury. This will be his second-straight missed game as he also missed the Longhorns’ contest against Iowa State last week. Texas struggled to move the ball without him en route to a 23-21 defeat.
This will be Johnson’s fifth missed game this season. In just six games, the lengthy receiver has 35 receptions for 497 yards and two touchdowns.
As for Foster, the defensive back’s injury popped up late this week during practice. Foster has also missed several games as this will be the fourth game he’s been unable to play. In seven games this season, the defensive back has 31 tackles and one interception.
Texas will have to respond to some adversity against the Baylor Bears on Saturday.


With no change in the rule, the more you grow the more envious you become, the other courtiers like Rama Raja Bhushana were against the growth of Ramalinga’s association with the King Rayalu. Whenever there is a possibility, those courtiers, and Rama Raja Bhushana had been working out for damaging Ramalinga’s image and sling mud on him before the King.
------------------------------------------------------------ 分割线 ------------------------------------------------------------


An Overview of Epicodus
Epicodus offers full-time courses in languages such as C#, PHP, Javascript, .NET, Ruby, Rails, React, and more. Every track starts with Introduction to Programming, and includes an advanced JavaScript course, as well as two language-specific courses — four five-week sessions in total. In addition, students complete two weeks of job and internship prep and finish their studies with a five-week internship.
Most class days, you'll practice pair programming: two people sharing one computer, taking turns who uses the keyboard and mouse. By working together, you catch each other's mistakes and teach each other new skills. Pairing is increasingly used by tech companies and we've found that pair programming helps you learn programming concepts faster, too.
, you should learn...
CSS & Design
CSS is the language for describing the presentation of Web pages, including colors, layout, fonts, and other stylistic choices. It allows one to adapt the presentation to different types of devices, such as large screens, small screens, and printers. HTML — used for building the structure of the page — and CSS — used for the visual layout — are the two basic languages involved in the building of web pages and web applications.
Web design is a process of conceptualizing, planning, and building a collection of electronic files that determine the layout, colors, text styles, structure, graphics, images, and use of interactive features that deliver pages to your site visitors. Web Design is a crucial component in web development, and students who learn design will be able to engineer positive and interactive user experiences through innovative interfaces.
PHP & Drupal
PHP is a popular programming language used for web development, especially for content-heavy websites. It's most commonly used with content management systems like WordPress, Drupal, and Joomla, but is also used in many web applications and backends as well. Students who learn to code in PHP will be able to collect form data, generate dynamic page content, send and receive cookies, and much more.
Drupal is content management software (CMS) that is used to create and manage various types of websites. It allows for easy content authoring, strong security, and consistent performance. Drupal modules extend its functionality, while Drupal themes allow for customization of content presentation. Students who learn Drupal will be able to build structured and organized sites quickly and efficiently.
Ruby & Rails
Ruby is a programming language focused on simplicity and productivity. It has an elegant syntax that is natural to read and easy to write. The Ruby programming language is most commonly used with the Ruby on Rails framework. Ruby and Rails are typically used by younger companies and startups, especially for building interactive web applications.
Rails is a web development framework written in the Ruby language and typically referred to as “Ruby on Rails”. Rails was the first mainstream web framework to embrace the concept of convention over configuration, which improves productivity by setting sensible defaults that work for most projects.
, you should learn...
C#
The C# ("C sharp") programming language is most commonly used with the .NET framework. Students who are well-versed in C# programming can use it to create client applications, database applications, distributed components, and much more.
.NET is a software framework developed by Microsoft and primarily used on Microsoft Windows. The .NET framework is used to create desktop, mobile, and web applications that run on various devices. It compiles and executes programs written in the C# and Visual Basic languages. C# and .NET are typically used by large enterprises, government agencies, and companies serving enterprises and government clients.
PHP & Drupal
PHP is a popular programming language used for web development, especially for content-heavy websites. It's most commonly used with content management systems like WordPress, Drupal, and Joomla, but is also used in many web applications and backends as well. Students who learn to code in PHP will be able to collect form data, generate dynamic page content, send and receive cookies, and much more.
Drupal is content management software (CMS) that is used to create and manage various types of websites. It allows for easy content authoring, strong security, and consistent performance. Drupal modules extend its functionality, while Drupal themes allow for customization of content presentation. Students who learn Drupal will be able to build structured and organized sites quickly and efficiently.
Ruby & Rails
Ruby is a programming language focused on simplicity and productivity. It has an elegant syntax that is natural to read and easy to write. The Ruby programming language is most commonly used with the Ruby on Rails framework. Ruby and Rails are typically used by younger companies and startups, especially for building interactive web applications.
Rails is a web development framework written in the Ruby language and typically referred to as “Ruby on Rails”. Rails was the first mainstream web framework to embrace the concept of convention over configuration, which improves productivity by setting sensible defaults that work for most projects.
, you should learn...
Java & Android
Android is a mobile operating system developed by Google, based on Linux and designed primarily for touchscreen mobile devices such as smartphones and tablets. Android is the most popular operating system and used for a variety of purposes, including running mobile apps, taking photos, sending messages, etc.
Java is arguably the most popular programming language today. It's used for everything from web applications to backend services to mobile applications to embedded systems. Students who learn Java programming will be able to create dynamic web applications, and be able continue into our Android track.
Ruby & Rails
Ruby is a programming language focused on simplicity and productivity. It has an elegant syntax that is natural to read and easy to write. The Ruby programming language is most commonly used with the Ruby on Rails framework. Ruby and Rails are typically used by younger companies and startups, especially for building interactive web applications.
Rails is a web development framework written in the Ruby language and typically referred to as “Ruby on Rails”. Rails was the first mainstream web framework to embrace the concept of convention over configuration, which improves productivity by setting sensible defaults that work for most projects.
C#
.NET is a software framework developed by Microsoft and primarily used on Microsoft Windows. The .NET framework is used to create desktop, mobile, and web applications that run on various devices. It compiles and executes programs written in the C# and Visual Basic languages. C# and .NET are typically used by large enterprises, government agencies, and companies serving enterprises and government clients.
, you should learn...
C#
The C# ("C sharp") programming language is most commonly used with the .NET framework. Students who are well-versed in C# programming can use it to create client applications, database applications, distributed components, and much more.
.NET is a software framework developed by Microsoft and primarily used on Microsoft Windows. The .NET framework is used to create desktop, mobile, and web applications that run on various devices. It compiles and executes programs written in the C# and Visual Basic languages. C# and .NET are typically used by large enterprises, government agencies, and companies serving enterprises and government clients.
Java & Android
Android is a mobile operating system developed by Google, based on Linux and designed primarily for touchscreen mobile devices such as smartphones and tablets. Android is the most popular operating system and used for a variety of purposes, including running mobile apps, taking photos, sending messages, etc.
Java is arguably the most popular programming language today. It's used for everything from web applications to backend services to mobile applications to embedded systems. Students who learn Java programming will be able to create dynamic web applications, and be able continue into our Android track.
CSS & Design
CSS is the language for describing the presentation of Web pages, including colors, layout, fonts, and other stylistic choices. It allows one to adapt the presentation to different types of devices, such as large screens, small screens, and printers. HTML — used for building the structure of the page — and CSS — used for the visual layout — are the two basic languages involved in the building of web pages and web applications.
Web design is a process of conceptualizing, planning, and building a collection of electronic files that determine the layout, colors, text styles, structure, graphics, images, and use of interactive features that deliver pages to your site visitors. Web Design is a crucial component in web development, and students who learn design will be able to engineer positive and interactive user experiences through innovative interfaces.


Git Gud v0.1.0 GitGud.SSHServer View Source
Secure Shell (SSH) server providing support for Git server commands.
The server handles following Git commands:
git-receive-pack
- corresponding server-side command togit push
.git-upload-pack
- corresponding server-side command togit fetch
.
Authentication
A registered GitGud.User
can authenticate with following methods:
- public-key - if any of the associated
GitGud.SSHKey
matches. - password - if the given credentials are correct.
- interactive - interactive login prompt allowing several tries.
To clone a repository, run following command:
git clone 'ssh://redrabbit@localhost:8989/USER/REPO'
Authorization
In order to read and/or write to a repository, a user needs to have the required permissions.
See GitGud.Authorization
for more details.
Link to this section Summary
Functions
Returns a child-spec to use as part of a supervision tree
Link to this section Types
Link to this type
t()
View Source
t() :: %GitGud.SSHServer{ chan: :ssh_connection.ssh_channel_id(), conn: :ssh_connection.ssh_connection_ref(), repo: term(), service: Module.t(), user: GitGud.User.t() }
Link to this section Functions
Returns a child-spec to use as part of a supervision tree.


To Vectorise or Squeegee / The Creative Conference / SXSW: Data Visualisation for Social Change / SXSW: Everything is a remix / SXSW: "Design for Hackers" Kadavy: Designing for White Space / SXSW: Community-centered design / Troika / Do Design Space / Reel Architecture Competition Launch
Reel Architecture Competition Launch
Standing proud and still within an active city, a building's permanence is the foundation of its artform. Young collective Reel Architecture have initiated a competition where this immobility is explored through the moving image, in 3 minutes or under, in response to State of Design's Design That Moves theme.
Launched during the festival, Reel Architecture hosted an afternoon of short films celebrating architecture, sensitively chosen and carefully curated. Potential submitters were guided through each short film featuring a passionate perspective on the buildings around us. As an inspiring introduction to the competition, the films studied architecture's place in the background and foreground of our lives. Their stability - physical and abstract, the human business that transpires in their shadows. Sometimes empty, dangerous and broody, other times characterful - monolithic, lonely giants, their unusual expanse the creation of a visionary civilization. Through the camera, we watched a building become a symbol of something transcendent of time, stoic against the effects of ageing, so much more imposing than merely a roof and rooms.
Troika is renowned for creating objects and installations formed within the intersection of architecture, art and technical invention. Together with scientists and engineers, these collaborations of polished skill and cold materials turn into sensitive, immersive, digital experiences that evoke emotional responses from the viewer - who they admit to being one of their only limitations. "Client's do not come to us with briefs, only context. Context is our brief," explained Noel, stating that corporate commission or not, they aim for real-time relationships with context, resulting in work reflective of our technologically reliant times.
Unité Mobile (Roads Are Also Places) 2005, was a highlight, watching the scale of Le Corbusier’s Unité d'Habitation shift as a remote-controlled semi-trailer toy pulled a miniature model of the building through its own halls, delighting residents and turning an angular cement wall into a colossal sculptural form, mysterious and majestic against the bigger-still canopy of sky.
Reel Architecture will be accepting entries now until early November, with winners announced in December. More information on the competition can be found on their website www.reelarchitecture.com.au
By Bonnie Abbott
Published in Artichoke, November 2011


This Isn't How I Wanted Street Trucks To Come Back
by Andrew P. Collins and JalopnikThink there are too many kinds of milk these days? Relate to the protagonists of Bon Jovi ballads with no sense of irony? Saddle up steel cowboy, and climb into this bitchin’ pickup truck with 770 HP and an interior to match your ill-fitting pleather jacket.
I love a hot street truck as much as the next Coors Light-crushing American–in fact, pour one on the pavement for the deceased SVT Lightning–but the Shelby F-150 Super Snake Sport here looks like a goofy Need For Speed: Underground reject. But if you were wondering how many nostrils is too many nostrils, I think, maybe, this many.
Somebody liked this idea enough to authorise 250 to be built, so, behold the fury of a 770-horsepower version of the Shelby Super Snake (now with optional four-wheel drive!) Hard tonneau covers I could go either way on, and I think we can appreciate the fact that this one is “different,” but the duckbill spoiler is wack and so is the wheel:brake size ratio. (That said, Shelby’s claiming a 0 to 100 to 0 mph time of 8.3 seconds).
This truck would be perfect for making loud and dangerous parking lot exits. Which, in fairness, is kind of what all street trucks are optimised for. It’s not how I’d spend $US93,385 ($136,521) but if you don’t mind slumming it with no supercharger and a paltry 395 HP, the base naturally aspirated ’Snake starts at $US86,085 ($125,849).


MORTAL KOMBAT: ANNIHILATION A film review by Timothy Voon Copyright 1998 Timothy Voon 1 ;-( for utter chaos
Cast: Robin Shou, Talisa Soto, James Remar, Brian Thompson, Sandra Hess, Lynn Red Williams, Irina Panteva Director: John R. Leonetti Screenplay: Brent V. Friedman and Bryce Zabel
Anyone who is a MORTAL KOMBAT fan will probably testify to the fact that it is more enjoyable to play the game, than to actually watch the movie. One doesn't get the same adrenaline rush when watching butts get kicked, than if actively kicking butt themselves. Perhaps this is where the future of cinema lies, with active participation from the viewer. Plus the fact that computer game\kid's TV, never seem to transfer well from small screen to big screen i.e. Teenage Mutant Ninja Turtles, Street Fighter, Care Bears, The Power Rangers, whose popularity is as fleeting as the change of seasons.
Much hasn't changed since the original MORTAL KOMBAT. Both movies have plenty of well choreographed fight sequences, but when this is all it has going for it, then MK2 becomes more than a tad tedious. The plot is not surprisingly lost in the commotion of kicks and punches. Making this an ill-balanced movie that comes to an abrupt end when the ideas suddenly run dry. MORTAL KOMBAT was about saving the earth by winning a fantastic tournament between out worlds. In MK2, all the rules are broken and the reason it is called ANNIHLATION is because there are no rules, feel free to kill anyone you wish.
Liu Kang (Robin Shou) the hero is back. I cannot understand why he doesn't shoot fireballs like in the MK game. His love interest is Princess Kitana (Talisa Soto), who only gets to use those deadly fans once before spending most of her time locked in a cage. Rayden (James Remar originally Christopher Lambert), does very little except say sickly, chirpy things like ‘I love humans', ‘You must believe in yourself' and ‘We are family.'  Shao Kahn (Brian Thompson) is as frightening as a big bully and is too easily defeated in the end.
If you want to relive your MORTAL KOMBAT fantasies, then my suggestion is to miss the movie and just play the game again.
Timothy Voon e-mail<EMAIL_ADDRESS>Movie Archives http://us.imdb.com/M/reviews_by?Tim+Voon Hugues Bouclier's Movies in Melbourne http://www.labyrinth.net.au/~bouclier/week/movies.html
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


The full version of this awesome tutorial can be found on TutsPlus.
You’ve probably seen this interesting effect of two or more overlapping photos on the covers of music albums, in modern magazines and in advertisements. In this tutorial we’ll create a trendy double exposure effect in Adobe Photoshop with the help of Blending Modes and Clipping Masks in a few steps. Let’s do it!
-
1
Prepare the Main Photo
You can use any photo to your liking, for example, from your personal archive. However, make sure that the background of your photo is more or less neutral, without noisy elements such as grass or foliage, to make it easier to work with. -
2
Brightness and contrast
Now we need to make it much brighter and add contrast. Go to Image > Adjustments > Levels or press Control-L to call the pop-up Levels menu. Move the lightest slider to the left, making our photo brighter, and add contrast by moving the left black slider to the right. -
3
Spot Healing Brush Tool
Let’s fix the guy’s ear with the Spot Healing Brush Tool (I). Just click and move your mouse, drawing above the area you wish to fix and—voila!—the marked area is clean and flawless. This is a very handy tool for photo retouching, when you need to get rid of some minor flaws and bumps on the skin. -
4
Magic Wand Tool
Now we need to get rid of the background. This is a piece of cake, as we’re using a photo with a clean background. Take the Magic Wand Tool (W) and click anywhere on the background to select it. Then go to Select > Inverse in order to make the man selected.
1. Slightly increase the Radius value in the Edge Detection
While you are still armed with the Magic Wand Tool (W), find the Refine Edge button in the control panel above to reveal the Refine Edge options window. Here you can change the View of your photo in the View Modes, placing the selected element on white, black, transparent and other backgrounds, making it more visible and convenient to edit.
Slightly increase the Radius value in the Edge Detection, setting it to 1.5, making the edges less rigid and thus revealing minor details, such as separate hairs. Set the Output To in the Output section of the options window to New Layer with Layer Mask. This will automatically create a copy of your initial image with the background hidden by the Clipping Mask.
2. Create the Double Exposure Effect
Let’s select the second photo for our composition. This can be some nice flower shot or cityscape, or anything abstract and intricate.
Place the image of the forest above the man’s portrait. Keeping the forest layer selected, press the Control key and click on the Layer Clipping Mask of the layer below (the one with the portrait). You will see the marching ants selection of the man’s silhouette on the forest layer.
3. Result
Congratulations! These simple steps helped us to create a stylish double exposure portrait by combining two images and creating an interesting surrealistic effect. I hope you’ve found some handy tips and tricks, which will help you to make more interesting combinations and photo manipulations. Good luck!
In photography and cinematography, multiple exposure is a combination of two or more exposures to create a single image. Initially, this is a technique in which the camera shutter is opened more than once to expose the film multiple times, usually to different images. However, with our modern software, we can easily recreate a similar effect in Adobe Photoshop.
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Command Lucifer
A true master of the dark arts might learn to call the devil himself from the throne of hell to terrorize the world for a few moments of inexpressible horror.
^a${value} Second(s) Recharge
200
${value} Energy Cost
200 240 280 320 360 400 440 480 520 560 600 640 680 720
${value} Summon Limit
1
${value} Summoned Immediately
1
Life Time ${value} Seconds
30
MaxLevel
10
UltimateLevel
14


Updated Betting Line Released For Ohio State-Michigan
by Alek ArendThe No. 2 Ohio State Buckeyes are solely focusing on eighth-ranked Penn State this upcoming Saturday. But that hasn’t stopped Vegas from looking ahead to the Buckeyes’ big-time rivalry game against No. 13 Michigan on Nov. 30.
Ohio State is among the top four of the latest edition of the College Football Playoff rankings. The Wolverines would love nothing more than to spoil the Buckeyes’ playoff hopes.
Michigan has steadily improved over the course of the season en route to an 8-2 record through 10 games. The Wolverines may be improving, but Vegas’ oddsmakers think Ohio State will win by at least two scores.
The Buckeyes are currently 13-point favorites according to the latest spread. That’s a rather comfortable margin for most teams. But 13 points is a bit closer than most are expecting.
Michigan’s home field crowd will be huge factor. And as happens in most rivalry games, tensions will be higher than normal. Will Jim Harbaugh’s squad give Ryan Day and the Buckeyes a scare in the regular season finale?
One thing’s for sure – the Wolverines must contain OSU QB Justin Fields. The dual-threat quarterback is as dangerous as they come. If Michigan is going to have any shot at an upset, they must slow him down.
Michigan and Ohio State play a week from Saturday on Nov. 30 in Ann Arbor.


Dear RATPOD veterans:
Thanks to your overwhelming support and positive feedback,
RATPOD 2003 will roll through the Big Hole valley once again on June 28,
2003. The website is now functioning at
full capacity thanks to the generous support of Garrett Hart in Indianapolis, Indiana. You can now register online
www.ratpod.org Please visit the
website and view pictures and a press release
from last year as well as a new "map" section. A water stop
has been added this year in Fishtrap.
Our brochures and posters are going to press today and will be
distributed to local bike shops and fitness centers. The pasta feed will again
be held at the Elk's Lodge and the post ride BBQ will feature Tom Catmull and
Larry Hirschberg. The BBQ will begin at 6:00 PM and carry through until about
10:00 PM. The entry fee for RATPOD 2003 will be $70 and will include the pasta
feed and the BBQ. Gold level sponsors
for RATPOD 2003 include Missoula Bone and Joint as well as Missoula
Anesthesiology. Silver level s!
ponsorsh
ip includes St. Patrick's
Last year RATPOD raised over $36,000 for Camp Mak-A-Dream
www.campdream.org The goal for RATPOD
2003 is $50,000. We will again ask
riders to seek pledges for RAPOD. Anyone who raises $500 will receive a free
RATPOD Louis Garneau bike jersey. Anyone
who raises over $1000 will receive a
RATPOD Yellow jersey ( Maillot Jaune!)
Bike jerseys will be available to purchase ($55) for all the slackers
who don't raise >$500. Prizes for
the top fundraisers include 1) Levi Leipheimer signed Rabobank Jersey 2) Bontrager Racing Wheel Set courtesy of
Trek, the Outdoorsman in Butte and Open Road in Missoula 3) Patagonia Jacket ($400 value) courtesy of
Patagonia Outlet in Dillon. The
following folks were the top fundraisers of RATPOD 2002:
Bonnie Doerfler $2306.00
Alice Wong $1265.60
John List $1088.00
Andy Grimmer $950.00
Russ Lamb $670.00
Lewis Matelich $637.80
Bruce Kramer $563.90
Jeffrey Koch $500.00
Freddie VanMiddendorp $468.00
Cynthia Favara $450.00
Armondo Gama $421.05
We hope you all enjoyed RATPOD 2002 as much as we did. The purpose of this e-mail is to let you
know about RATPOD 2003 and also to ask
you to get the word out. If you are interested in distributing brochures or
posters in your community please let us know.
We look forward to seeing you in June!


What the cast of 'Frozen 2' looks like in real life
by Kim Renfro- Disney’s sequel to its animated hit movie “Frozen” arrives in theaters on November 22.
- Keep reading to see the full cast of voice actors who play the returning characters like Queen Elsa and Princess Anna, along with newcomers like Yelena, Honeymaren, and Ryder.
- Visit Insider’s homepage for more stories.
The A-list cast of Disney’s billion-dollar movie “Frozen” all returned for the new sequel, which arrives in theaters on November 22. But in addition to Idina Menzel, Kristen Bell, Jonathan Groff, and Josh Gad, other actors like Evan Rachel Wood and Martha Plimpton have joined the cast.
Keep reading to what the cast of “Frozen 2” looks like in real life.
Queen Elsa is voiced by Broadway icon Idina Menzel.
Idina Menzel provides the powerhouse vocals for Queen Elsa’s regular scenes in addition to the epic ballads she sings throughout both films.
In “Frozen 2,” Elsa’s powers are tested as she ventures into an enchanted forest protected by the spirits of water, earth, wind, and fire. And no, Elsa doesn’t have any sort of love interest (gay or otherwise) in the second “Frozen” movie.
Young Elsa was voiced by Mattea Conforti.
“Frozen 2” opens with a flashback to a night when Anna and Elsa were much younger, before Elsa’s powers were made into a big secret. Actress Mattea Conforti provided the voice for that littler version of Elsa.
Princess Anna is played by Kristen Bell.
Kristen Bell, currently the star of NBC’s critically-acclaimed comedy “The Good Place,” also does the singing for her character’s musical moments in “Frozen 2.”
The sequel shows Anna confronting the bumpy road of long-term relationships as she and Kristoff try to figure out if “happily ever after” is a real thing.
Young Anna is voiced by Hadley Gannaway.
We see this younger version of Anna alongside Elsa in the movie’s opening flashback sequence.
King Agnarr is played by Alfred Molina.
In the first “Frozen” movie, Anna and Elsa’s father King Agnarr spoke only a handful of lines. Back then he was voiced by Maurice LaMarche.
Now, in “Frozen 2,” actor Alfred Molina (“Spider-Man 2”) took over the role for the king’s expanded part in the flashbacks.
Queen Iduna is voiced by Evan Rachel Wood.
Like Agnarr, Queen Iduna was originally voiced by someone else in the first movie. It was actually the film’s cocreator and director Jennifer Lee who provided vocals back then (for Iduna’s sole line: “She’s ice cold”).
Now “Westworld” star Evan Rachel Wood voices Queen Iduna in “Frozen 2,” and the actress sung the opening song for the movie as well (“All Is Found”).
Kristoff and Sven are both played by Jonathan Groff.
Jonathan Groff, a Broadway star and also one of the lead actors on Netflix’s “Mindhunter” series, pulls double duty in the “Frozen” movies as both Kristoff and his reindeer Sven.
Olaf is voiced by Josh Gad.
The lovable snowman, brought to life by Elsa in the first “Frozen” movie, is played by actor Josh Gad, who had another breakout role in a Disney movie as LeFou in the 2017 remake of “Beauty and the Beast.”
Pabbie the troll is voiced by Ciarán Hinds.
Pabbie is the leader of the trolls, who live away from Arendelle but play a key part in both “Frozen” movies when it comes to explaining the magic Elsa possesses.
Ex-“Game of Thrones” actor Ciarán Hinds (who played Mance Rayder in the HBO show) is the voice of Pabbie. Hinds voiced Pabbie in the first movie, too.
Yelena, a new character in the sequel, is played by Martha Plimpton.
Yelena is the leader of the Northundra people, who were trapped in the enchanted forest years ago. She’s played by actress Martha Plimpton (the breakout star of “The Goonies” and costar on “Younger” and “The Good Wife”).
Honeymaren is played by Rachel Matthews.
Honeymaren is another one of the Northundra people who meets Anna and Elsa in “Frozen 2.” Actress Rachel Matthews, the costar of “Happy Death Day” and “Happy Death Day 2U,” provided the voice for this new character.
Ryder is voiced by Jason Ritter.
Ryder is the third Northundra character introduced inside the enchanted forest. Like Kristoff, Ryder is a fella who has a special bond with reindeer.
He’s played by actor Jason Ritter, who is currently costarring on ABC’s “A Million Little Things” and has appeared on Comedy Central’s “Drunk History.”
Last but not least, Lieutenant Mattias is played by Sterling K. Brown.
The star of NBC’s “This Is Us” is yet another new character in “Frozen 2.” Lieutenant Mattias is a soldier of Arendelle who was also trapped in the enchanted forest. He meets Anna and Elsa in “Frozen 2,” and is relieved to finally hear news of his home city.


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Untracked: output/all.mar1.brm.unadj.rds
Untracked: output/all.mar1.brm.unadj.xAOP2.rds
Untracked: output/initial.mar1.brm.adj.rds
Untracked: output/initial.mar1.brm.unadj.rds
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These are the previous versions of the repository in which changes were made to the R Markdown (analysis/mark-recapture.Rmd
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| File | Version | Author | Date | Message |
|---|---|---|---|---|
| Rmd | 18d1722 | mabarbour | 2022-01-24 | Add mark-recapture and omnibus tests, fix data point error, update analyses, and edit readme |
# load and manage data
df <- read_csv("data/InsectAbundanceSurvival.csv") %>%
# renaming for brevity
rename(cage = Cage,
com = Composition,
week = Week,
temp = Temperature,
rich = Richness) %>%
mutate(cage = as.character(cage),
temp = ifelse(temp=="20 C", 0, 3), # put on scale such that coef corresponds to 1 C increase
temp_com = paste(temp, com)) %>% # create indicator for genetic composition nested within temperature for random effect
arrange(cage, week)
# create data for survival analysis
survival_df <- df %>%
# counter information is not relevant for survival (because it is the same), so we summarise across it
group_by(cage, week, temp, rich, Col, gsm1, AOP2, AOP2.gsoh, com, temp_com) %>%
summarise_at(vars(BRBR, LYER, Mummy_Ptoids, BRBR_Survival, LYER_Survival, Mummy_Ptoids_Survival), list(mean)) %>%
ungroup() %>%
mutate(week_since = week - 2) %>% # week since the full community was added (at week 3)
filter(week_since > 0) %>%
mutate(interval_start = week_since - 1,
interval_stop = week_since) %>%
# contrasts for allelic effects at each gene
mutate(aop2_vs_AOP2 = Col + gsm1 - AOP2 - AOP2.gsoh,
mam1_vs_MAM1 = gsm1 - Col,
gsoh_vs_GSOH = AOP2.gsoh - AOP2)
mark_recap_wide_df <- survival_df %>%
# include apparent extinctions. Note that at week 3, parasitoids were still being added, which is
mutate(BRBR = ifelse(is.na(BRBR_Survival) == T, 0,
ifelse(BRBR_Survival == 1 & BRBR == 0, 0, BRBR_Survival)),
LYER = ifelse(is.na(LYER_Survival) == T, 0,
ifelse(LYER_Survival == 1 & week < 17 & LYER == 0, 0, LYER_Survival)),
Mummy_Ptoids = ifelse(is.na(Mummy_Ptoids_Survival) == T, 0,
ifelse(Mummy_Ptoids_Survival == 1 & week > 3 & week < 17 & Mummy_Ptoids == 0, 0, Mummy_Ptoids_Survival))) %>%
select(cage, week, temp:temp_com, aop2_vs_AOP2:gsoh_vs_GSOH, BRBR, LYER, Mummy_Ptoids) %>%
pivot_longer(cols = c(BRBR, LYER, Mummy_Ptoids), names_to = "species", values_to = "survival") %>%
pivot_wider(names_from = "week", values_from = "survival")
# prepare for marked package
marked_df <- mark_recap_wide_df %>%
unite(`3`:`17`, col = "ch", sep = "", remove = F) %>% # encounter history
mutate(species = factor(species),
temp = factor(temp)) %>%
select(ch, species, temp, rich, aop2_vs_AOP2) %>%
as.data.frame()
# process data (and set grouping variables)
marked.proc <- process.data(marked_df,
model = "CJS",
group = c("species","temp"))
# make design data (from processed data)
marked.ddl <- make.design.data(marked.proc)
# outline formulas for each parameter
Phi.form <- list(formula = ~species + temp + time + rich + aop2_vs_AOP2) # allow survival probability (Phi) to vary by species, temperature treatment, and time, as well as genetic diversity (rich) and AOP2 gene.
p.form <- list(formula=~species) # allow capture probability (p) to vary among species, which makes sense since some species are harder to detect than others (e.g. LYER prefers to hide underneath basal rosette compared to BRBR).
# make model
cjs.model <- crm(marked.proc,
marked.ddl,
model.parameters = list(Phi = Phi.form,
p = p.form),
accumulate = FALSE)
Number of evaluations: 100 -2lnl: 1584.559464
Number of evaluations: 200 -2lnl: 1545.61225
Number of evaluations: 300 -2lnl: 1545.1513
Number of evaluations: 400 -2lnl: 1544.552532
Number of evaluations: 500 -2lnl: 1544.263366
Number of evaluations: 600 -2lnl: 1543.941381
Number of evaluations: 700 -2lnl: 1543.877974
Number of evaluations: 800 -2lnl: 1543.737575
Number of evaluations: 900 -2lnl: 1543.702892
Number of evaluations: 1000 -2lnl: 1543.66882
Number of evaluations: 1100 -2lnl: 1543.614795
Number of evaluations: 1200 -2lnl: 1543.603781
Number of evaluations: 1300 -2lnl: 1543.599523
Number of evaluations: 1400 -2lnl: 1543.599059
Number of evaluations: 1500 -2lnl: 1543.598867
Number of evaluations: 1600 -2lnl: 1543.599425
Number of evaluations: 1700 -2lnl: 1543.59882
Number of evaluations: 1800 -2lnl: 1543.851487
Number of evaluations: 1900 -2lnl: 1544.902988
Number of evaluations: 2000 -2lnl: 1543.747498
Number of evaluations: 2100 -2lnl: 1546.793019
Number of evaluations: 2200 -2lnl: 1543.93277
Number of evaluations: 2300 -2lnl: 1543.726229
Number of evaluations: 2400 -2lnl: 1543.608845
Number of evaluations: 2500 -2lnl: 1544.570045
Number of evaluations: 2600 -2lnl: 1544.099186
Number of evaluations: 2700 -2lnl: 1546.276039
Number of evaluations: 2800 -2lnl: 1543.60815
Number of evaluations: 2900 -2lnl: 1546.353122
Number of evaluations: 3000 -2lnl: 1543.602188
Number of evaluations: 3100 -2lnl: 1543.644212
Number of evaluations: 3200 -2lnl: 1544.812579
Number of evaluations: 3300 -2lnl: 1548.032423
Number of evaluations: 3400 -2lnl: 1543.885738
Number of evaluations: 3500 -2lnl: 1546.171215
Number of evaluations: 3600 -2lnl: 1543.598834
Number of evaluations: 3700 -2lnl: 1543.598829
cjs.model
crm Model Summary
Npar : 22
-2lnL: 1543.599
AIC : 1587.599
Beta
Estimate
Phi.(Intercept) 2.1075944
Phi.speciesLYER 4.6259506
Phi.speciesMummy_Ptoids 3.6983825
Phi.temp3 -0.1453095
Phi.time2 -0.4730241
Phi.time3 -1.6930867
Phi.time4 -3.8969044
Phi.time5 -5.2260443
Phi.time6 -4.9839936
Phi.time7 -4.3399889
Phi.time8 -3.2078034
Phi.time9 -3.2543029
Phi.time10 -3.2087875
Phi.time11 -3.4619101
Phi.time12 -4.8579032
Phi.time13 -5.2365724
Phi.time14 7.9476065
Phi.rich 0.2408103
Phi.aop2_vs_AOP2 0.2159383
p.(Intercept) 3.7487139
p.speciesLYER -2.3084112
p.speciesMummy_Ptoids -1.9112810
# calculate confidence intervals of parameters
cjs.CIs <- cjs.hessian(cjs.model)
Number of evaluations: 100 -2lnl: 1543.745759
Number of evaluations: 200 -2lnl: 1544.275828
Number of evaluations: 300 -2lnl: 1551.334614
Number of evaluations: 400 -2lnl: 1543.990456
Number of evaluations: 500 -2lnl: 1544.674277
Number of evaluations: 600 -2lnl: 1543.849803
Number of evaluations: 700 -2lnl: 1543.986051
Number of evaluations: 800 -2lnl: 1543.619508
Number of evaluations: 900 -2lnl: 1543.967571
Number of evaluations: 1000 -2lnl: 1543.681394
Number of evaluations: 1100 -2lnl: 1545.519206
Number of evaluations: 1200 -2lnl: 1543.839998
Number of evaluations: 1300 -2lnl: 1543.872825
Number of evaluations: 1400 -2lnl: 1543.613415
Number of evaluations: 1500 -2lnl: 1543.790969
Number of evaluations: 1600 -2lnl: 1545.001866
Number of evaluations: 1700 -2lnl: 1552.77495
Number of evaluations: 1800 -2lnl: 1543.901213
Number of evaluations: 1900 -2lnl: 1545.847455
Number of evaluations: 2000 -2lnl: 1543.732566
# we're primarily interested in the robustness of the aop2 vs AOP2 effect so we focus on it here
cjs.CIs$results$beta$Phi[c("aop2_vs_AOP2")] # logit scale
aop2_vs_AOP2
0.2159383
exp(cjs.CIs$results$beta$Phi[c("rich","aop2_vs_AOP2")]) # aop2 increases odds of survival by 24% relative to the average allele.
rich aop2_vs_AOP2
1.272280 1.241026
exp(0.4161482) # upper CI (up to 52%)
[1] 1.516111
exp(0.0157780) # lower CI (as low as 1.5%)
[1] 1.015903
sessionInfo()
R version 4.1.2 (2021-11-01)
Platform: x86_64-pc-linux-gnu (64-bit)
Running under: Ubuntu 16.04.7 LTS
Matrix products: default
BLAS: /usr/lib/libblas/libblas.so.3.6.0
LAPACK: /usr/lib/lapack/liblapack.so.3.6.0
locale:
[1] LC_CTYPE=en_US.UTF-8 LC_NUMERIC=C
[3] LC_TIME=en_US.UTF-8 LC_COLLATE=en_US.UTF-8
[5] LC_MONETARY=en_US.UTF-8 LC_MESSAGES=en_US.UTF-8
[7] LC_PAPER=en_US.UTF-8 LC_NAME=C
[9] LC_ADDRESS=C LC_TELEPHONE=C
[11] LC_MEASUREMENT=en_US.UTF-8 LC_IDENTIFICATION=C
attached base packages:
[1] parallel stats graphics grDevices utils datasets methods
[8] base
other attached packages:
[1] survival_3.2-13 marked_1.2.6 lme4_1.1-27.1 Matrix_1.4-0
[5] forcats_0.5.1 stringr_1.4.0 dplyr_1.0.7 purrr_0.3.4
[9] readr_2.1.1 tidyr_1.1.4 tibble_3.1.6 ggplot2_3.3.5
[13] tidyverse_1.3.1 workflowr_1.6.2
loaded via a namespace (and not attached):
[1] nlme_3.1-152 fs_1.5.2 bit64_4.0.5
[4] lubridate_1.8.0 httr_1.4.2 rprojroot_2.0.2
[7] numDeriv_2016.8-1.1 tools_4.1.2 TMB_1.7.22
[10] backports_1.4.1 bslib_0.3.1 utf8_1.2.2
[13] R6_2.5.1 DBI_1.1.2 colorspace_2.0-2
[16] withr_2.4.3 tidyselect_1.1.1 bit_4.0.4
[19] compiler_4.1.2 git2r_0.28.0 cli_3.1.0
[22] rvest_1.0.2 expm_0.999-6 xml2_1.3.3
[25] sass_0.4.0 scales_1.1.1 digest_0.6.29
[28] minqa_1.2.4 rmarkdown_2.11 pkgconfig_2.0.3
[31] htmltools_0.5.2 dbplyr_2.1.1 fastmap_1.1.0
[34] rlang_0.4.12 readxl_1.3.1 rstudioapi_0.13
[37] jquerylib_0.1.4 R2admb_<IP_ADDRESS> generics_0.1.1
[40] jsonlite_1.7.2 vroom_1.5.7 magrittr_2.0.1
[43] Rcpp_1.0.7 munsell_0.5.0 fansi_1.0.0
[46] lifecycle_1.0.1 stringi_1.7.3 whisker_0.4
[49] yaml_2.2.1 MASS_7.3-54 grid_4.1.2
[52] promises_<IP_ADDRESS> crayon_1.4.2 lattice_0.20-45
[55] haven_2.4.3 splines_4.1.2 hms_1.1.1
[58] knitr_1.37 pillar_1.6.4 boot_1.3-28
[61] reprex_2.0.1 glue_1.6.0 evaluate_0.14
[64] data.table_1.14.2 modelr_0.1.8 vctrs_0.3.8
[67] nloptr_<IP_ADDRESS> tzdb_0.2.0 httpuv_1.6.5
[70] cellranger_1.1.0 gtable_0.3.0 assertthat_0.2.1
[73] xfun_0.29 broom_0.7.11 coda_0.19-4
[76] later_1.3.0 truncnorm_1.0-8 optimx_2021-10.12
[79] ellipsis_0.3.2


NumPy Mathematical FunctionsNumpy contains a large number of mathematical functions which can be used to perform various mathematical operations. The mathematical functions include trigonometric functions, arithmetic functions, and functions for handling complex numbers. Let's discuss the mathematical functions. Trigonometric functionsNumpy contains the trigonometric functions which are used to calculate the sine, cosine, and tangent of the different angles in radian. The sin, cos, and tan functions return the trigonometric ratio for the specified angles. Consider the following example. ExampleOutput: The sin value of the angles [0.00000000e+00 5.00000000e-01 8.66025404e-01 1.00000000e+00 8.66025404e-01 5.00000000e-01 1.22464680e-16] The cosine value of the angles [ 1.00000000e+00 8.66025404e-01 5.00000000e-01 6.12323400e-17 -5.00000000e-01 -8.66025404e-01 -1.00000000e+00] The tangent value of the angles [ 0.00000000e+00 5.77350269e-01 1.73205081e+00 1.63312394e+16 -1.73205081e+00 -5.77350269e-01 -1.22464680e-16] On the other hand, arcsin(), arccos(), and arctan() functions return the trigonometric inverse of the specified angles. The numpy.degrees() function can be used to verify the result of these trigonometric functions. Consider the following example. ExampleOutput: printing the sin values of different angles [0. 0.5 0.8660254 1. ] printing the inverse of the sin [0. 0.52359878 1.04719755 1.57079633] printing the values in degrees [ 0. 30. 60. 90.] printing the cos values of different angles [1.00000000e+00 8.66025404e-01 5.00000000e-01 6.12323400e-17] printing the inverse of the cos [0. 0.52359878 1.04719755 1.57079633] printing the values in degrees [ 0. 30. 60. 90.] printing the tan values of different angles [0.00000000e+00 5.77350269e-01 1.73205081e+00 1.63312394e+16] printing the inverse of the tan [0. 0.52359878 1.04719755 1.57079633] printing the values in degrees [ 0. 30. 60. 90.] Rounding FunctionsThe numpy provides various functions that can be used to truncate the value of a decimal float number rounded to a particular precision of decimal numbers. Let's discuss the rounding functions. The numpy.around() functionThis function returns a decimal value rounded to a desired position of the decimal. The syntax of the function is given below. It accepts the following parameters.
Consider the following example. ExampleOutput: printing the original array values: [ 12.202 90.2312 123.02 23.202 ] Array values rounded off to 2 decimal position [ 12.2 90.23 123.02 23.2 ] Array values rounded off to -2 decimal position [ 10. 90. 120. 20.] The numpy.floor() functionThis function is used to return the floor value of the input data which is the largest integer not greater than the input value. Consider the following example. ExampleOutput: [ 12. 90. 123. 23.] The numpy.ceil() functionThis function is used to return the ceiling value of the array values which is the smallest integer value greater than the array element. Consider the following example. ExampleOutput: [ 13. 91. 124. 24.]
Next TopicNumpy statistical functions
|
NumPy Mathematical FunctionsNumpy contains a large number of mathematical functions which can be used to perform various mathematical operations. The mathematical functions include trigonometric functions, arithmetic functions, and functions for handling complex numbers. Let's discuss the mathematical functions. Trigonometric functionsNumpy contains the trigonometric functions which are used to calculate the sine, cosine, and tangent of the different angles in radian. The sin, cos, and tan functions return the trigonometric ratio for the specified angles. Consider the following example. ExampleOutput: The sin value of the angles [0.00000000e+00 5.00000000e-01 8.66025404e-01 1.00000000e+00 8.66025404e-01 5.00000000e-01 1.22464680e-16] The cosine value of the angles [ 1.00000000e+00 8.66025404e-01 5.00000000e-01 6.12323400e-17 -5.00000000e-01 -8.66025404e-01 -1.00000000e+00] The tangent value of the angles [ 0.00000000e+00 5.77350269e-01 1.73205081e+00 1.63312394e+16 -1.73205081e+00 -5.77350269e-01 -1.22464680e-16] On the other hand, arcsin(), arccos(), and arctan() functions return the trigonometric inverse of the specified angles. The numpy.degrees() function can be used to verify the result of these trigonometric functions. Consider the following example. ExampleOutput: printing the sin values of different angles [0. 0.5 0.8660254 1. ] printing the inverse of the sin [0. 0.52359878 1.04719755 1.57079633] printing the values in degrees [ 0. 30. 60. 90.] printing the cos values of different angles [1.00000000e+00 8.66025404e-01 5.00000000e-01 6.12323400e-17] printing the inverse of the cos [0. 0.52359878 1.04719755 1.57079633] printing the values in degrees [ 0. 30. 60. 90.] printing the tan values of different angles [0.00000000e+00 5.77350269e-01 1.73205081e+00 1.63312394e+16] printing the inverse of the tan [0. 0.52359878 1.04719755 1.57079633] printing the values in degrees [ 0. 30. 60. 90.] Rounding FunctionsThe numpy provides various functions that can be used to truncate the value of a decimal float number rounded to a particular precision of decimal numbers. Let's discuss the rounding functions. The numpy.around() functionThis function returns a decimal value rounded to a desired position of the decimal. The syntax of the function is given below. It accepts the following parameters.
Consider the following example. ExampleOutput: printing the original array values: [ 12.202 90.2312 123.02 23.202 ] Array values rounded off to 2 decimal position [ 12.2 90.23 123.02 23.2 ] Array values rounded off to -2 decimal position [ 10. 90. 120. 20.] The numpy.floor() functionThis function is used to return the floor value of the input data which is the largest integer not greater than the input value. Consider the following example. ExampleOutput: [ 12. 90. 123. 23.] The numpy.ceil() functionThis function is used to return the ceiling value of the array values which is the smallest integer value greater than the array element. Consider the following example. ExampleOutput: [ 13. 91. 124. 24.]
Next TopicNumpy statistical functions
|
NumPy Mathematical FunctionsNumpy contains a large number of mathematical functions which can be used to perform various mathematical operations. The mathematical functions include trigonometric functions, arithmetic functions, and functions for handling complex numbers. Let's discuss the mathematical functions. Trigonometric functionsNumpy contains the trigonometric functions which are used to calculate the sine, cosine, and tangent of the different angles in radian. The sin, cos, and tan functions return the trigonometric ratio for the specified angles. Consider the following example. ExampleOutput: The sin value of the angles [0.00000000e+00 5.00000000e-01 8.66025404e-01 1.00000000e+00 8.66025404e-01 5.00000000e-01 1.22464680e-16] The cosine value of the angles [ 1.00000000e+00 8.66025404e-01 5.00000000e-01 6.12323400e-17 -5.00000000e-01 -8.66025404e-01 -1.00000000e+00] The tangent value of the angles [ 0.00000000e+00 5.77350269e-01 1.73205081e+00 1.63312394e+16 -1.73205081e+00 -5.77350269e-01 -1.22464680e-16] On the other hand, arcsin(), arccos(), and arctan() functions return the trigonometric inverse of the specified angles. The numpy.degrees() function can be used to verify the result of these trigonometric functions. Consider the following example. ExampleOutput: printing the sin values of different angles [0. 0.5 0.8660254 1. ] printing the inverse of the sin [0. 0.52359878 1.04719755 1.57079633] printing the values in degrees [ 0. 30. 60. 90.] printing the cos values of different angles [1.00000000e+00 8.66025404e-01 5.00000000e-01 6.12323400e-17] printing the inverse of the cos [0. 0.52359878 1.04719755 1.57079633] printing the values in degrees [ 0. 30. 60. 90.] printing the tan values of different angles [0.00000000e+00 5.77350269e-01 1.73205081e+00 1.63312394e+16] printing the inverse of the tan [0. 0.52359878 1.04719755 1.57079633] printing the values in degrees [ 0. 30. 60. 90.] Rounding FunctionsThe numpy provides various functions that can be used to truncate the value of a decimal float number rounded to a particular precision of decimal numbers. Let's discuss the rounding functions. The numpy.around() functionThis function returns a decimal value rounded to a desired position of the decimal. The syntax of the function is given below. It accepts the following parameters.
Consider the following example. ExampleOutput: printing the original array values: [ 12.202 90.2312 123.02 23.202 ] Array values rounded off to 2 decimal position [ 12.2 90.23 123.02 23.2 ] Array values rounded off to -2 decimal position [ 10. 90. 120. 20.] The numpy.floor() functionThis function is used to return the floor value of the input data which is the largest integer not greater than the input value. Consider the following example. ExampleOutput: [ 12. 90. 123. 23.] The numpy.ceil() functionThis function is used to return the ceiling value of the array values which is the smallest integer value greater than the array element. Consider the following example. ExampleOutput: [ 13. 91. 124. 24.]
Next TopicNumpy statistical functions
|
NumPy Mathematical FunctionsNumpy contains a large number of mathematical functions which can be used to perform various mathematical operations. The mathematical functions include trigonometric functions, arithmetic functions, and functions for handling complex numbers. Let's discuss the mathematical functions. Trigonometric functionsNumpy contains the trigonometric functions which are used to calculate the sine, cosine, and tangent of the different angles in radian. The sin, cos, and tan functions return the trigonometric ratio for the specified angles. Consider the following example. ExampleOutput: The sin value of the angles [0.00000000e+00 5.00000000e-01 8.66025404e-01 1.00000000e+00 8.66025404e-01 5.00000000e-01 1.22464680e-16] The cosine value of the angles [ 1.00000000e+00 8.66025404e-01 5.00000000e-01 6.12323400e-17 -5.00000000e-01 -8.66025404e-01 -1.00000000e+00] The tangent value of the angles [ 0.00000000e+00 5.77350269e-01 1.73205081e+00 1.63312394e+16 -1.73205081e+00 -5.77350269e-01 -1.22464680e-16] On the other hand, arcsin(), arccos(), and arctan() functions return the trigonometric inverse of the specified angles. The numpy.degrees() function can be used to verify the result of these trigonometric functions. Consider the following example. ExampleOutput: printing the sin values of different angles [0. 0.5 0.8660254 1. ] printing the inverse of the sin [0. 0.52359878 1.04719755 1.57079633] printing the values in degrees [ 0. 30. 60. 90.] printing the cos values of different angles [1.00000000e+00 8.66025404e-01 5.00000000e-01 6.12323400e-17] printing the inverse of the cos [0. 0.52359878 1.04719755 1.57079633] printing the values in degrees [ 0. 30. 60. 90.] printing the tan values of different angles [0.00000000e+00 5.77350269e-01 1.73205081e+00 1.63312394e+16] printing the inverse of the tan [0. 0.52359878 1.04719755 1.57079633] printing the values in degrees [ 0. 30. 60. 90.] Rounding FunctionsThe numpy provides various functions that can be used to truncate the value of a decimal float number rounded to a particular precision of decimal numbers. Let's discuss the rounding functions. The numpy.around() functionThis function returns a decimal value rounded to a desired position of the decimal. The syntax of the function is given below. It accepts the following parameters.
Consider the following example. ExampleOutput: printing the original array values: [ 12.202 90.2312 123.02 23.202 ] Array values rounded off to 2 decimal position [ 12.2 90.23 123.02 23.2 ] Array values rounded off to -2 decimal position [ 10. 90. 120. 20.] The numpy.floor() functionThis function is used to return the floor value of the input data which is the largest integer not greater than the input value. Consider the following example. ExampleOutput: [ 12. 90. 123. 23.] The numpy.ceil() functionThis function is used to return the ceiling value of the array values which is the smallest integer value greater than the array element. Consider the following example. ExampleOutput: [ 13. 91. 124. 24.]
Next TopicNumpy statistical functions
|


Life's a Struggle.
An reflection on my four years at UBC for my graduation capstone class.


{% from "shared/ajax_select_field.html" import render_ajax_select_field %} {% if product_component.part %}


Jimmy Page - Guitarist for Led Zeppelin
Jimmy Page was born January 9, 1944, in Heston, England. In 1965, he was asked to join the Yardbirds. In 1968 he formed a new band, renamed Led Zeppelin. The band toured the United States and released their first album, Led Zeppelin I, in 1969. Led Zeppelin soon developed a strong following. In addition to their recordings, Led Zeppelin was one of the most successful live acts of the 1970s.


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This is an example of how collapsing margins work in CSS. And it is what explains the apparently strange behaviour on the former columns-000.html example (which now has also been added, slightly modified, as the test case collapsing-margins-001.html . Here, using just CSS 2.1 properties, we are emulating what would be the generated grid in that case, being #grid1
the automatically created div
for the template (or grid), and #slot1
that of the slot containing the h1
element.


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Images by: Bia Andrade, Henrik Dønnestad, Jezael Melgoza, NASA, and Orfeas Green. All images used in this project are licensed under Unsplash. Please visit unsplash.com to learn more.


🔢 Tip Calculator 🔢
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{%extends 'base.html' %} {% load static%} {% block styles%} {{block.super}} {% endblock %} {% block content %}
{{hood.description}}
Police : {{hood.police}}
Health : {{hood.health}}
There are no posts yet, please post some for your felow neighbours. Motivational post are also allowed
{% endif %}| Name | Description | |
|---|---|---|
| {{biz.name}} | {{biz.description}} | {{biz.email}} |
Lets start a business, making some delicous cupcakes,post it here
{% endif %}


Hello, BlockChain!
This is a template for a simple marketing or informational website. It includes a large callout called a jumbotron and three supporting pieces of content. Use it as a starting point to create something more unique.
Block
区块高度：112934
Transaction
总交易数：23448234
Exchange
当前比率：1.56


Demo of automatic usage message creation. USAGE: usage [OPTIONS] OPTIONS: -f, -flg, --flag Simple flag with a very long help description that will be split automatically into a two column format when usage is printed for this program. Newlines will also help with justification. -h, -help, --help, --usage ARG Display usage instructions. There is a choice of three different layouts for description alignment. Your choice can be any one of the following to suit your style: 0 - align (default) 1 - interleave 2 - stagger EXAMPLES: usage -h usage v0.0.0 Copyright (C) 2011 Remik Ziemlinski This program is free and without warranty.


Simple Association Rule Applet 1
This Java Applet shows a very simple Association Rule analysis of shopping carts, using Weka's Apriori algorithm. See My Weka page for more information about Weka, and Simple Association Rule Applet 2 for another example. See the source code of this HTML-file how to work with the applet.
created by Hakan Kjellerstrand (hakank)


UFO DATA VISUALIZATION & ANALYSIS
DOES POP CULTURE INFLUENCE THE NUMBER OF UFO SIGHTINGS?
We evaluated the potential influence SCI-FI movies may have on an increased number of UFO sightings.
DO SEVERE WEATHER EVENTS INFLUENCE UFO SIGHTINGS?
We evaluated the potential influence severe weather events may have on an increased number of UFO sightings.
HOW ACCURATE IS TIKA AND VISION IN DISCERNING ENTITIES FROM IMAGES?
We evaluated the quality of the Tika and Computer vision output in discerning UFOs in images.
DO MOST UFO SIGHTINGS ORIGINATE FROM RURAL OR URBAN AREAS?
We evaluated whether UFO sightings originated mostly from rural or city demographics.
ARE UFO SIGHTINGS MORE PREVALENT DURING CERTAIN MONTHS OF THE YEAR?
We evaluated the fluctuation in sighting occurrences during the different months/days of the year.
HOW DO PEOPLE USUALLY DESCRIBE UFO SIGHTINGS?
We evaluated the frequency of the different words people usually use to describe UFOs.
HOW WELL DID OCR PERFORM IN EXTRACTING TARGETED FIELDS?
We evaluated the OCR and Tika Parser combination's performance in discerning targeted fields.

We evaluated the frequency with which sightings occurred around the top 6 implicated facilities.
HOW WELL DID NAMED ENTITY RECOGNITION PERFORM?
We evaluated how well Named Entity Recognition was able to tag various entities within the ufostalker.com dataset.
HOW LONG DOES THE AVERAGE UFO SIGHTING LAST (BY REGION)?
We evaluated the length of the different sightings by U.S. regions.


Fugitive Malaysian 1MDB financier Jho Low offered asylum: Spokesperson
KUALA LUMPUR: A Malaysian financier wanted for his role in the multi-billion-dollar 1MDB financial scandal has been offered asylum abroad, his spokesman said Friday (Nov 1), as reports surfaced he was in the Middle East.
The news came a day after US officials announced that Low Taek Jho had struck a settlement to forfeit assets worth US$700 million, including a Beverly Hills hotel and a private jet, as part of efforts to recover stolen cash.
READ: In record deal, US to recover US$1 billion from Malaysian fugitive Jho Low
READ: Malaysia to make claim over 1MDB assets: PM Mahathir
The jet-setting former unofficial adviser to 1Malaysia Development Berhad allegedly played a key role in plundering the sovereign wealth fund, in a fraud that also purportedly involved former premier Najib Razak.
The whereabouts of Low, who has been charged over the scandal in the US and Malaysia, are a mystery but his representatives now say he has been offered asylum, without naming a country.
"We understand that Mr Low was offered asylum in August 2019 by a country that acts in accordance with the principles of the United Nations Universal Declaration of Human Rights and European Convention on Human Rights," a spokesperson for Mr Low, through his attorneys, told AFP.
The spokesperson did not provide further details.
READ: Jho Low’s fantastic Houdini disappearing act
READ: Superyacht linked to Malaysia's 1MDB scandal on sale again
But online news portal The Malaysian Insight reported that Low was in the United Arab Emirates (UAE) and had been travelling between Kuwait, Saudi Arabia and other parts of the Middle East since June, citing unidentified sources.
Low, who has denied any wrongdoing, was previously reported to be in China.
Former Malaysian Prime Minister Najib Razak's long-ruling government was booted from power last year in part due to the 1MDB scandal, and the ex-leader has been charged and put on trial.
After the announcement that Low would relinquish assets under the largest ever US civil forfeiture, Prime Minister Mahathir Mohamad said Malaysia would ask America to hand over what it has recovered from Low.
READ: Malaysia’s top cop says he knows Jho Low’s location, guarantees safety if he returns
READ: 1MDB - Malaysia's extraordinary financial scandal
"We have proof that this is our money and will make a claim with the US government," he was quoted as saying in The Star newspaper.
Malaysian police have previously said that they hoped to bring Low back home by the end of the year to stand trial.
POLICE DISMISSED CLAIMS OF JHO LOW LIVING IN UAE
Meanwhile, on Friday, Inspector-General of Police Abdul Hamid Bador said claims that Low is in the UAE are all lies and folk tales.
According to Bernama, Mr Abdul Hamid said it was illogical and impossible for a person who is wanted in several countries and widely known as a key figure involved in international money laundering investigations to enter the UAE easily.
READ: Mahathir says no to Goldman's 1MDB offer of under US$2 billion: FT
He added that the UAE has strict security systems, including controls at the airport, and the authorities there have established good rapport with the Malaysian police.
"I do not know where this story originated from and I am interested in meeting this person. I wish to state that we are aware of Jho Low’s whereabouts but some people are protecting him ... just give me some time.
"I will not stop efforts in tracking down and bringing back this criminal. If he is not a criminal or has been framed, there is no need to panic, please come home. I will assure that he will be dealt with according to the law," Mr Abdul Hamid said.


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Either the well was very deep, or she fell very slowly, for she had plenty of time as she went down to look about her and to wonder what was going to happen next. First, she tried to look down and make out what she was coming to, but it was too dark to see anything; then she looked at the sides of the well, and noticed that they were filled with cupboards and book-shelves; here and there she saw maps and pictures hung upon pegs. She took down a jar from one of the shelves as she passed; it was labelled 'ORANGE MARMALADE', but to her great disappointment it was empty: she did not like to drop the jar for fear of killing somebody, so managed to put it into one of the cupboards as she fell past it.
In the Propontis, as far as I can learn, none of that peculiar substance called BRIT is to be found, the aliment of the right whale. But I have every reason to believe that the food of the sperm whale—squid or cuttle-fish—lurks at the bottom of that sea, because large creatures, but by no means the largest of that sort, have been found at its surface. If, then, you properly put these statements together, and reason upon them a bit, you will clearly perceive that, according to all human reasoning, Procopius's sea-monster, that for half a century stove the ships of a Roman Emperor, must in all probability have been a sperm whale.
They were not their families, nor their wives, nor their servants; the relationship was peculiar, and so unlike anything known to us that it is most difficult to describe. All property among the green Martians is owned in common by the community, except the personal weapons, ornaments and sleeping silks and furs of the individuals. These alone can one claim undisputed right to, nor may he accumulate more of these than are required for his actual needs. The surplus he holds merely as custodian, and it is passed on to the younger members of the community as necessity demands.


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CNU | GRADES
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Current Term: Mid Terms
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Cuizon, Therese G.
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Grande, Ariana B.
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Manoban, Lalisa
1.76
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Park, Chae-yeong
2.04
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Kim, Jennie
1.95
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