Version 3.0
- [NEW] Requires OS X 10.7 or newer
- [NEW] Converted source code to ARC
- [NEW] Added
BITHockeyAttachment
for more customizable attachments to feedback and crash reports (content-type
,filename
) - [UPDATE] Property
delegate
in all components is now private. Set the delegate onBITHockeyManager
only! - [NEW] Added
[BITHockeyManager testIdentifier]
to check if the SDK reaches the server. The result is shown on the HockeyApp website on success. - [NEW]
BITFeedbackManager
: Updated user interface - [NEW]
BITFeedbackManager
: Added support for attachments, including preview - [NEW]
BITCrashManager
: Crash Report UI is not presented modal any longer! - [NEW]
BITCrashManager
: Added option to define a custom UI flow before sending a crash report, seesetCrashReportUIHandler:
- [NEW]
BITCrashManager
: Provide details on a crash report (seelastSessionCrashDetails
) - [NEW]
BITCrashManager
: Added support for adding a binary attachment to crash reports - [NEW]
BITCrashManager
: Added the option to define callbacks that will be executed prior to program termination after a crash has occurred. Callback code has to be async-safe! SeesetCrashCallbacks
. - [NEW]
BITCrashManager
: AddedgenerateTestCrash
method to more quickly test the crash reporting - [UPDATE]
BITCrashManager
: Updated PLCrashReporter to version 1.2 - [UPDATE]
BITCrashManager
: Mach Exception handler is now enabled by default - [UPDATE]
BITCrashManager
: Crash reports are now send individually if there are multiple pending - [BUGFIX] Various bugfixes
Version 2.1
- [NEW] Added Feedback component
- [NEW] Added setter for global
userID
,userName
,userEmail
. Can be used instead of the delegates. - [NEW] Requires 10.6 or newer
Version 2.0.2
- [BUGFIX] Fix a possible crash before sending the crash report when the selector could not be found
Version 2.0.1
- [NEW] Crash reports now provide the selector name e.g. for crashes in
objc_msgSend
- [BUGFIX] Fixed a bug in french localization files that could cause the crash report UI to crash
- [BUGFIX] Enabled
Skip Install
for the Framework target. This fixes a warning when archiving a project and including the SDK as a subproject
Version 2.0
General
- [NEW] Major refactoring of all classes. Please go through the setup or migration guide!
- [NEW] Added docset with SDK documentation
- [UPDATE] Updated installation instructions with notes about sandboxing, automatic sending of crash reports and code signing
- [UPDATE] Improved documentation
Crash Reporting
- [NEW] Integrated PLCrashReporter 1.2 beta 3
- [NEW] Added optional support for Mach exceptions
- [NEW] Check if additional uncaught exception handlers are installed and print a warning in the console
- [UPDATE] Replaced
exceptionInterception
property in favor of newBITCrashReportExceptionApplication
class to catch more exceptions. Check the README file for more details on how to use this. - [UPDATE] PLCrashReporter built with
BIT
namespace to avoid collisions - [UPDATE] Crash reporting is automatically disabled when the app is invoked with the debugger!
- [UPDATE] Made all delegates fully optional to simplify setup
- [UPDATE] Enabled Copy&Paste in crash report UI
- [UPDATE] Crash report text in the dialog’s detail view can now be selected
- [UPDATE] Adjusted privacy note in the dialog
Beta Updates
- Added used language to the Sparkle request keys in the BITSystemProfile helper class
- Added used language to the Sparkle request keys in the BITSystemProfile helper class
Version 2.0 RC 1
General
- [UPDATE] Simplified setup by integrating PLCrashReporter as a static library
- [UPDATE] Improved documentation
Crash Reporting
- [NEW] Integrated PLCrashReporter 1.2 beta 3
- [UPDATE] Made all delegates fully optional to simplify setup
- [FIX] Fixed a possible crash when detecting a crash report
- [FIX] Fixed memory leaks reported by clang on Xcode 5
- [FIX] Fixed username, email and userid not being sent to the server
- [FIX] Load previously entered username and email and show them in the dialog
Version 2.0 Beta 1
General
- [NEW] Major refactoring of all classes. Please go through the setup or migration guide!
- [NEW] Added docset with SDK documentation
- [UPDATE] Improved documentation
Crash Reporting
- [NEW] Integrated PLCrashReporter 1.2 beta 1
- [NEW] Added optional support for Mach exceptions
- [UPDATE] Replace
exceptionInterception
property in favor of newBITCrashReportExceptionApplication
class to catch more exceptions. Check the README file for more details on how to use this. - [UPDATE] PLCrashReporter build with
BIT
namespace to avoid collisions - [UPDATE] Crash reporting is automatically disabled when the app is invoked with the debugger!
Version 1.1.0 Beta 3
Crash Reporting
- [NEW] Check if additional uncaught exception handlers are installed and print a warning in the console
- [FIX] Fix an exception when the process path is empty
Version 1.1.0 Beta 2
Crash Reporting
- [UPDATE] Enable Copy&Paste in crash report UI
- [FIX] Fix sending of crash reports in Beta 1 not working
- [FIX] Change XML format so improper formatted log data can not result in empty crash reports on the server
Version 1.1.0 Beta 1
General
- [UPDATE] Updated installation instructions with notes about sandboxing, automatic sending of crash reports and code signing
- [FIX] Fix build warnings
Crash Reporting
- [NEW] Added beta version of much improved PLCrashReporter 1.2 Beta 1
- [UPDATE] Crash report text in the dialogs detail view can now be selected
- [UPDATE] Adjusted privacy note in the dialog
- [FIX] Fixed converting long executable names in crash reports that broke symbolication
Beta Updates
- Add used language to the Sparkle request keys in the BITSystemProfile helper class
- Add used language to the Sparkle request keys in the BITSystemProfile helper class
Version 1.0.3
- Added BITSystemProfile class to send analytics data for beta apps when using Sparkle
- Fixed a few compiler warnings
- Fixed crashes when initializing hockey manager in a different autorelease pool than starting the manager
- Fixed a problem when sending crash reports automatically without user interaction
- Fixed showMainApplicationWindow delegate being invoked multiple times in rare cases
- Improvements to installation and setup instructions
Version 1.0.2
- Include new PLCrashReporter version, which fixes a crash that can happen when the App/System is unloading images from a process
Version 1.0.1
- Fixed a App Store rejection cause (only happened if you don’t submit with sandbox enabled!): settings data was written into ~/Library/net.hockeyapp.sdk.mac/, and is now written into ~/Library/Caches/
/net.hockeyapp.sdk.mac/ next to the queued crash reports - Fixed an issue writing the queued crashes into the wrong key in the settings file
- Fixed reading the wrong meta data (application log data) for queued crash reports
- Delete crash reports if they can not be processed (only might happen if there is an unknown PLCrashReporter issue)
- Send unique UUID for the crash report to the server (so HockeyApp can identify duplicates in a future version)
- Initialize PLCrashReporter as early as possible instead of waiting until the
startManager
call - Added new property
didCrashInLastSession
- Minor code cleanup
Version 1.0
- Update URL to send crash reports to https://sdk.hockeyapp.net/
Version 0.9.6 RC 6
- IMPORTANT: Initialization methods and class names changed! Please check the Setup section in the README. Sorry for that.
- Optimize sending of crash reports. Crash reports will be send synchronously if the app crashes within a customizable time interval (default 5s)
- Added option to ask the user for name and email in the UI
- Removed the delegates to get userid and contact, replaced with username and useremail properties
- Validate app identifier and disable the SDK if it is obviously invalid
- Use proper sandbox safe directories for crash caches and sdk settings
- Fixed symlink error of the framework
- Adjust namespace from CNS (Codenauts) to BIT (Bit Stadium).
- Updated bundle identifiers
- Update copyright information to use Bit Stadium GmbH
- Some internal optimizations
Version 0.9.5 RC 5
- Add multiple localizations (Finnish, French, Italian, Norwegian, Swedish. Thanks Markus!)
- UI now automatically resizes the buttons to fit the localized strings
- Move CNSCrashReporterManagerDelegate to public headers of the framework
Version 0.9.4 RC 4
- Update SDK initializer to be less error prone
- Add german localization (Beware, button sizes are not automatically adjusted if you add other languages!)
Version 0.9.3 RC 3
- Fixed double PLCrashReporter in HockeySDK-Mac framework
Version 0.9.2 RC 2
- Cleaned up protocols, initialization slightly changed, please check the readme file!
- Fixed company name not appearing in the user interface
- Moved PLCrashReporter framework into the HockeySDK-Mac frameworks folder
Version 0.9 RC 1
- Fixed memory leak
- Added option to intercept exceptions thrown within the main NSRunLoop before they reach Apple’s exception handler
- Send crash report synchronously, so crashes that appear on startup are also safely submitted
- Make sure crash reports are anonymous and don’t contain user’s home directory name
- Send app binaries UUIDs to the server for server side symbolication improvements
Version 0.6
- System calls in Last Exception Backtrace are now symbolicated
- Fixed invalid stacktrace and some cases
- Fixed 0x0 appearances in stack traces
- Fixed memory leak
Version 0.5.1
- Added Mac Sandbox support:
- Supports 32 and 64 bit Intel X86 architecture
- Uses brand new PLCrashReporter version instead of crash logs from Libary directories
- Fixed sending crash reports to the HockeyApp servers


Photos: Janhvi Kapoor looks absolutely beautiful as she teams a blue shirt with denim shorts!
by TIMESOFINDIA.COMJanhvi Kapoor marked her debut in Shashank Khaitan's 'Dhadak' co-starring Ishaan Khatter in 2018. She received appreciation and love from the audience for her performance in the film. And now, she has several films lined up ahead.
The actress often gets snapped in the city post her workout sessions and on various occasions. On Monday, the young starlet visited her brother Arjun Kapoor's house and was clicked while leaving the same. For the night, she opted for a sky blue shirt teamed with denim shorts and flip flops. The actress looked beautiful as she left her hair open as she stepped out for the same.
Check out the pictures here:
Meanwhile, on the work front, Janhvi is currently working on the sequel of 'Dostana' co-starring Kartik Aaryan and Lakshya. She will also feature in 'RoohiAfza' alongside Rajkummar Rao, 'Gunjan Saxena: The Kargil Girl' and Karan Johar's multi-starrer period drama 'Takht'.


API EXPLORER
Scroll down for code samples, example requests and responses. Select a language for code samples from the tabs above or the mobile navigation menu.
For information on Base URIs (also known as Instance URLs), including which URI to use, see BASE URIs.
Base URIs:
v1.0
Image
v1.1
v3.0
Allocations
Attendees
Attendee Types
Connection Requests
Digital Tax Invoices
Entries
Entry Attendee Associations
Expense Group Configurations
Itemizations
Latest Bookings
List Items
Lists
Localized Data
Locations
Opportunities
Payment Request
Payment Request Digest
Purchase Order Receipts
Purchase Orders
Real Time Location Ingestion Service
Receipt Images
Receipts
Reports
Requests
Sales Tax Validation Request
Suppliers
Users
Vendor Bank
Vendor Group
Vendors
v3.1
Bulk User
Connection Requests
Request Group Configurations
Requests
v3.2
Connection Requests
v4.0
Budget
Concur Request
Detokenizer
Event Subscription Service
Financial Integration Service
Identity
Invoice Pay
List
List Item
Partner Notifications
Purchase Request
Quick Expenses
Reports
Travel Allowance Days
User Provisioning


--- # YAML front matter. Must exist for Jekyll to process this file. --- {% include head.html %}
Subscribe: atom


Scalars
A scalar is a variable that only has a magnitude.
| Variable | Magnitude |
|---|---|
| air pressure | 101.3 kPa |
| temperature | 21° C |
| price | $50 |
| speed | 10 m/s |
| distance | 3,000 m |
Vectors
A vector is a variable that has a magnitude and direction. Temperature is just a scalar with no direction. You can't say it is 50°C down. Velocity is a vector. You could say the velocity is 50 m/s down.
| Variable | Magnitude | Direction |
|---|---|---|
| displacement | 10 m | West |
| velocity | 20 m/s | 20° above the x-axis |
| acceleration | 9.8 m/s² | down |
| displacement | 10 m | up |
| velocity | 3 m/s | 10 left |
Vector Components
Think of a vector like the hypotenuse of a right triangle. This makes the other two sides of the triangle the horizontal and vertical components of the vector.
We can use the pythagorean theorem to solve for the magnitude of the sides.
$$a^{2} + b^{2} = c^{2}$$We can also use trig functions (SOH-CAH-TOA) to find how the vector components relate to the angle of the vector.
$$ \sin \theta = \frac{\mathrm{opp}}{\mathrm{hyp}} $$ $$ \cos \theta = \frac{\mathrm{adj}}{\mathrm{hyp}} $$ $$ \tan \theta = \frac{\mathrm{opp}}{\mathrm{adj}} $$$$ (\mathrm{hyp}) \sin \theta = \mathrm{opp} \quad \quad (\mathrm{hyp}) \cos \theta = \mathrm{adj} $$
For a velocity vector the hypotenuse is v. The adjacent and opposite sides of the triangle are the x and y part of v.
$$ v_{x} = v\,\cos \theta$$ $$ v_{y} = v\,\sin \theta $$
For displacement the equations are the same
$$ x = d\,\cos \theta $$ $$ y = d\,\sin \theta $$
solution
$$ v_{y} = (v) \sin \theta $$ $$ v_{y} = (250 \, \mathrm{\tfrac{m}{s}}) \sin(14 \degree) $$ $$ v_{y} = 61 \mathrm{\tfrac{m}{s}} $$solution
northwest means 45 degrees
$$ x = (v) \cos \theta $$ $$ x = (75 \, \mathrm{m}) \cos(45 \degree) $$ $$ x = 53 \, \mathrm{m} $$


© Copyright 2014-2015 The Khronos Group Inc. All Rights Reserved.
This specification is protected by copyright laws and contains material proprietary to the Khronos Group, Inc. It or any components may not be reproduced, republished, distributed, transmitted, displayed, broadcast, or otherwise exploited in any manner without the express prior written permission of Khronos Group. You may use this specification for implementing the functionality therein, without altering or removing any trademark, copyright or other notice from the specification, but the receipt or possession of this specification does not convey any rights to reproduce, disclose, or distribute its contents, or to manufacture, use, or sell anything that it may describe, in whole or in part.
Khronos Group grants express permission to any current Promoter, Contributor or Adopter member of Khronos to copy and redistribute UNMODIFIED versions of this specification in any fashion, provided that NO CHARGE is made for the specification and the latest available update of the specification for any version of the API is used whenever possible. Such distributed specification may be reformatted AS LONG AS the contents of the specification are not changed in any way. The specification may be incorporated into a product that is sold as long as such product includes significant independent work developed by the seller. A link to the current version of this specification on the Khronos Group website should be included whenever possible with specification distributions.
Khronos Group makes no, and expressly disclaims any, representations or warranties, express or implied, regarding this specification, including, without limitation, any implied warranties of merchantability or fitness for a particular purpose or noninfringement of any intellectual property. Khronos Group makes no, and expressly disclaims any, warranties, express or implied, regarding the correctness, accuracy, completeness, timeliness, and reliability of the specification. Under no circumstances will the Khronos Group, or any of its Promoters, Contributors or Members or their respective partners, officers, directors, employees, agents, or representatives be liable for any damages, whether direct, indirect, special or consequential damages for lost revenues, lost profits, or otherwise, arising from or in connection with these materials. Khronos, SYCL, SPIR, WebGL, EGL, COLLADA, StreamInput, OpenVX, OpenKCam, glTF, OpenKODE, OpenVG, OpenWF, OpenSL ES, OpenMAX, OpenMAX AL, OpenMAX IL and OpenMAX DL are trademarks and WebCL is a certification mark of the Khronos Group Inc. OpenCL is a trademark of Apple Inc. and OpenGL and OpenML are registered trademarks and the OpenGL ES and OpenGL SC logos are trademarks of Silicon Graphics International used under license by Khronos. All other product names, trademarks, and/or company names are used solely for identification and belong to their respective owners.
Contributors and Acknowledgements
-
Yaxun Liu, AMD
-
Brian Sumner, AMD
-
Marty Johnson, AMD
-
Mandana Baregheh, AMD
-
Andrew Richards, Codeplay
-
Guy Benyei, Intel
-
Raun Krisch, Intel
-
Yuan Lin, NVIDIA
-
Lee Howes, Qulacomm
-
Chihong Zang, Qualcomm
-
Ben Gaster, Qualcomm
-
Jack Liu, QUALCOMM
1. Introduction
This is the specification of OpenCL.std.20 extended instruction set.
The library is imported into a SPIR-V module in the following manner:
<ext-inst-id> OpExtInstImport "OpenCL.std.20"
The library can only be imported when Memory Model is set to OpenCL20
2. Binary Form
This section contains the semantics and exact form of execution of OpenCL 2.0 extended instructions using the OpExtInst instruction.
In this section we use the following naming conventions:
-
void denote an OpTypeVoid.
-
half, float and double denote an OpTypeFloat with a width of 16, 32 and 64 bits respectively.
-
i8, i16, i32 and i64 denote an OpTypeInt with a width of 8, 16, 32 and 64 bits respectively.
-
bool denotes an OpTypeBool.
-
size_t denotes an i32 when the Addressing Model is Physical32 and i64 when the Addressing Model is Physical64.
-
vector(n) denotes an OpTypeVector where n indicates the component count.
-
vector(n1, n2, …, ni) abbreviates vector(n1), vector(n2), … or vector(ni).
-
-
integer denotes i8, i16, i32 or i64.
-
floating-point denotes half, float, double.
-
pointer(storage) denotes an OpTypePointer which points to storage Storage Class.
-
pointer(constant) denotes an OpTypePointer with UniformConstant Storage Class.
-
pointer(generic) denotes an OpTypePointer with Generic Storage Class.
-
pointer(global) denotes an OpTypePointer with WorkgroupGlobal Storage Class.
-
pointer(local) denotes an OpTypePointer with WorkgroupLocal Storage Class.
-
pointer(private) denotes an OpTypePointer with Private Storage Class.
-
pointer(s1, s2, …, si) abbreviates pointer(s1), pointer(s2), … or pointer(si).
-
-
image defines all types of image memory objects (See image encoding section).
-
sampler a SPIR-V sampler object (See sampler encoding section).
2.1. Math extended instructions
This section describes the list of external math instructions. The external math instructions are categorized into the following:
-
A list of instructions that have scalar or vector argument versions, and,
-
A list of instructions that only take scalar float arguments.
The vector versions of the math instructions operate component-wise. The description is per-component.
The math instructions are not affected by the prevailing rounding mode in the calling environment, and always return the same value as they would if called with the round to nearest even rounding mode.
|
Result Type and x must be floating-point or vector(2,3,4,8,16) of floating-point values. All of the operands, including the Result Type operand, must be of the same type. |
||||||
6 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
2 |
<id> |
|
Result Type and x must be floating-point or vector(2,3,4,8,16) of floating-point values. All of the operands, including the Result Type operand, must be of the same type. |
||||||
6 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
5 |
<id> |
|
Result Type and x must be floating-point or vector(2,3,4,8,16) of floating-point values. All of the operands, including the Result Type operand, must be of the same type. |
||||||
6 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
9 |
<id> |
|
Result Type and x must be floating-point or vector(2,3,4,8,16) of floating-point values. All of the operands, including the Result Type operand, must be of the same type. |
||||||
6 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
14 |
<id> |
|
Result Type and x must be floating-point or vector(2,3,4,8,16) of floating-point values. All of the operands, including the Result Type operand, must be of the same type. |
||||||
6 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
16 |
<id> |
|
Result Type and x must be floating-point or vector(2,3,4,8,16) of floating-point values. All of the operands, including the Result Type operand, must be of the same type. |
||||||
6 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
22 |
<id> |
|
Result Type and x must be floating-point or vector(2,3,4,8,16) of floating-point values. All of the operands, including the Result Type operand, must be of the same type. |
||||||
6 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
40 |
<id> |
|
Result Type,x,y and x must be floating-point or vector(2,3,4,8,16) of floating-point values. All of the operands, including the Result Type operand, must be of the same type. |
||||||||
8 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
48 |
<id> |
<id> |
<id> |
|
Result Type and x must be floating-point or vector(2,3,4,8,16) of floating-point values. All of the operands, including the Result Type operand, must be of the same type. |
||||||
6 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
57 |
<id> |
|
Result Type and x must be floating-point or vector(2,3,4,8,16) of floating-point values. All of the operands, including the Result Type operand, must be of the same type. |
||||||
6 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
60 |
<id> |
|
Result Type and x must be floating-point or vector(2,3,4,8,16) of floating-point values. All of the operands, including the Result Type operand, must be of the same type. |
||||||
6 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
62 |
<id> |
|
Result Type and x must be floating-point or vector(2,3,4,8,16) of floating-point values. All of the operands, including the Result Type operand, must be of the same type. |
||||||
6 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
64 |
<id> |
|
Result Type,x and y must be float or vector(2,3,4,8,16) of float values. All of the operands, including the Result Type operand, must be of the same type. This function is implemented with a minimum of 10-bits of accuracy i.e. an ULP value ⇐ 8192 ulp. The support for denormal values is optional and may return any result allowed even when -cl-denormals-are-zero flag is not in force. |
|||||||
7 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
68 |
<id> |
<id> |
2.2. Integer instructions
This section describes the list of integer instructions that take scalar or vector arguments. The vector versions of the integer functions operate component-wise. The description is per-component.
2.3. Common instructions
This section describes the the list of common instructions that take scalar or vector arguments. The vector versions of the integer functions operate component-wise. The description is per-component. The common instructions are implemented using the round to nearest even rounding mode.
2.4. Geometric instructions
This section describes the the list of geometric instructions. In this section x,y,z and w denote the first, second, third and fourth component respecitively, of vectors with 3 and four components.The geometric instructions are implemented using the round to nearest even rounding mode.
Note: The geometric functions can be implemented using contractions such as mad or fma
2.5. Relational instructions
This section describes the the list of relational instructions that take scalar or vector arguments. The vector versions of the integer functions operate component-wise. The description is per-component.
2.6. Vector Data Load and Store instructions
This section describes the list of instructions that allow reading and writing of vector types from a pointer to memory.
vstore_half_r This function uses mode rounding mode when converting data to a half value.
data must be float or double. offset must be size_t. Result Type must be void. p must be a pointer(generic) to half. |
|||||||||
9 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
176 |
<id> |
<id> |
<id> |
FP Rounding Mode |
vstore_halfn_r The address computed as (p + (offset * compCountOf(data))) must be 16-bit aligned. This function uses mode rounding mode when converting data to a half value.
offset must be size_t. Result Type must be void. p must be a pointer(generic) to half. data must be vector(2,3,4,8,16) of float or double values. |
|||||||||
9 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
178 |
<id> |
<id> |
<id> |
FP Rounding Mode |
vstorea_halfn_r The address computed as (p + (offset * compCountOf(data))) must be (2 * compCountOf(data)) bytes aligned, when n = 2,4,8,16; For n = 3, the function returns a vector of 3 float values from the address (p + (offset * 4)). The address computed as (p + (offset * 4)) must be 8-bytes aligned. This function uses mode rounding mode when converting data to a vector of half values.
offset must be size_t. Result Type must be void. p must be a pointer(generic) to half. data must be vector(2,3,4,8,16) of float or double values. |
|||||||||
9 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
181 |
<id> |
<id> |
<id> |
FP Rounding Mode |
2.7. Miscellaneous Vector instructions
This section describes additional vector instructions.
2.8. Misc instructions
This section describes additional miscellaneous instructions.
2.9. Image functions
The instructions defined in this section can only be used with image memory objects. An image memory object can be accessed by specific function calls that read from and/or write to specific locations in the image.
2.9.1. Image encoding
The following list denotes the different valid OpTypeSampler encodings of image objects.
9 |
14 |
Result <id> |
Sampled Type <0> |
Dim |
Image Type |
Array |
Depth |
Sample |
Access Qualifier |
9 |
14 |
Result <id> |
Sampled Type <0> |
Dim |
Image Type |
Array |
Depth |
Sample |
Access Qualifier |
9 |
14 |
Result <id> |
Sampled Type <0> |
Dim |
Image Type |
Array |
Depth |
Sample |
Access Qualifier |
9 |
14 |
Result <id> |
Sampled Type <0> |
Dim |
Image Type |
Array |
Depth |
Sample |
Access Qualifier |
9 |
14 |
Result <id> |
Sampled Type <0> |
Dim |
Image Type |
Array |
Depth |
Sample |
Access Qualifier |
9 |
14 |
Result <id> |
Sampled Type <0> |
Dim |
Image Type |
Array |
Depth |
Sample |
Access Qualifier |
9 |
14 |
Result <id> |
Sampled Type <0> |
Dim |
Image Type |
Array |
Depth |
Sample |
Access Qualifier |
9 |
14 |
Result <id> |
Sampled Type <0> |
Dim |
Image Type |
Array |
Depth |
Sample |
Access Qualifier |
9 |
14 |
Result <id> |
Sampled Type <0> |
Dim |
Image Type |
Array |
Depth |
Sample |
Access Qualifier |
9 |
14 |
Result <id> |
Sampled Type <0> |
Dim |
Image Type |
Array |
Depth |
Sample |
Access Qualifier |
9 |
14 |
Result <id> |
Sampled Type <0> |
Dim |
Image Type |
Array |
Depth |
Sample |
Access Qualifier |
9 |
14 |
Result <id> |
Sampled Type <0> |
Dim |
Image Type |
Array |
Depth |
Sample |
Access Qualifier |
2.9.2. Sampler encoding
A SPIR-V sampler object is encoded via the OpTypeSampler instruction in the following way:
8 |
14 |
Result <id> |
Sampled Type <0> |
Dim |
Image Type |
Array |
Depth |
Sample |
In addition, it is possible to define a constant sampler using the OpConstantSampler.
2.9.3. Image format encoding
Every image memory object has a format. An image format is a combination of channel order and channel data type. The channel order specifies the number of channels and the channel layout i.e.the memory layout in which channels are stored in the image. The channel data type describes the size of the channel data type.
2.9.4. Image read functions
This section describes the list of instructions that allow reading from image memory objects.
2.9.5. Image write functions
This section describes the list of instructions that allow writing to image memory objects.
2.9.6. Image query functions
This section describes the list of instructions that provide information of image memory objects.
get_image_channel_data_type Result Type must be i32. img must be image1d, image1dBuffer, image1dArray, image2d, image2dArray, image2dArrayDepth, image2dDepth or image3d value, with ReadOnly, WriteOnly or ReadWrite access qualifier. Result Type must contain a value from ImageChannelType enumeration. |
||||||
6 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
135 |
<id> |
get_image_channel_order Result Type must be i32. img must be image1d, image1dBuffer, image1dArray, image2d, image2dArray, image2dArrayDepth, image2dDepth or image3d value, with ReadOnly, WriteOnly or ReadWrite access qualifier. Result Type must contain a value from ImageChannelOrder enumeration. |
||||||
6 |
44 |
<id> |
Result <id> |
extended instructions set <id> |
136 |
<id> |


Cloud Vision V1 API - Class Google::Cloud::Vision::V1::ReferenceImage (v0.6.4)
Reference documentation and code samples for the Cloud Vision V1 API class Google::Cloud::Vision::V1::ReferenceImage.
A ReferenceImage
represents a product image and its associated metadata,
such as bounding boxes.
Inherits
- Object
Extended By
- Google::Protobuf::MessageExts::ClassMethods
Includes
- Google::Protobuf::MessageExts
Methods
#bounding_polys
def bounding_polys() -> ::Array<::Google::Cloud::Vision::V1::BoundingPoly>
-
(::Array<::Google::Cloud::Vision::V1::BoundingPoly>) — Optional. Bounding polygons around the areas of interest in the reference image.
If this field is empty, the system will try to detect regions of
interest. At most 10 bounding polygons will be used.
The provided shape is converted into a non-rotated rectangle. Once converted, the small edge of the rectangle must be greater than or equal to 300 pixels. The aspect ratio must be 1:4 or less (i.e. 1:3 is ok; 1:5 is not).
#bounding_polys=
def bounding_polys=(value) -> ::Array<::Google::Cloud::Vision::V1::BoundingPoly>
-
value (::Array<::Google::Cloud::Vision::V1::BoundingPoly>) — Optional. Bounding polygons around the areas of interest in the reference image.
If this field is empty, the system will try to detect regions of
interest. At most 10 bounding polygons will be used.
The provided shape is converted into a non-rotated rectangle. Once converted, the small edge of the rectangle must be greater than or equal to 300 pixels. The aspect ratio must be 1:4 or less (i.e. 1:3 is ok; 1:5 is not).
-
(::Array<::Google::Cloud::Vision::V1::BoundingPoly>) — Optional. Bounding polygons around the areas of interest in the reference image.
If this field is empty, the system will try to detect regions of
interest. At most 10 bounding polygons will be used.
The provided shape is converted into a non-rotated rectangle. Once converted, the small edge of the rectangle must be greater than or equal to 300 pixels. The aspect ratio must be 1:4 or less (i.e. 1:3 is ok; 1:5 is not).
#name
def name() -> ::String
-
(::String) — The resource name of the reference image.
Format is:
projects/PROJECT_ID/locations/LOC_ID/products/PRODUCT_ID/referenceImages/IMAGE_ID
.This field is ignored when creating a reference image.
#name=
def name=(value) -> ::String
-
value (::String) — The resource name of the reference image.
Format is:
projects/PROJECT_ID/locations/LOC_ID/products/PRODUCT_ID/referenceImages/IMAGE_ID
.This field is ignored when creating a reference image.
-
(::String) — The resource name of the reference image.
Format is:
projects/PROJECT_ID/locations/LOC_ID/products/PRODUCT_ID/referenceImages/IMAGE_ID
.This field is ignored when creating a reference image.
#uri
def uri() -> ::String
-
(::String) — Required. The Google Cloud Storage URI of the reference image.
The URI must start with
gs://
.
#uri=
def uri=(value) -> ::String
-
value (::String) — Required. The Google Cloud Storage URI of the reference image.
The URI must start with
gs://
.
-
(::String) — Required. The Google Cloud Storage URI of the reference image.
The URI must start with
gs://
.


| view {tibble} | R Documentation |
Calls utils::View()
on the input and returns it, invisibly.
If the input is not a data frame, it is processed using a variant of
as.data.frame(head(x, n))
.
A message is printed if the number of rows exceeds n
.
This function has no effect in noninteractive sessions.
view(x, title = NULL, ..., n = NULL)
x |
The object to display. |
title |
The title to use for the display, by default the deparsed expression is used. |
... |
Unused, must be empty. |
n |
Maximum number of rows to display. Only used if |
The RStudio IDE overrides utils::View()
, this is picked up
correctly.


@exceptions
| Exception | Condition |
|---|---|
| ArgumentException |
Neither a nor b implements the IComparable interface. -or- a and b are of different types and cannot be compared. |
There are two modules created for this example. A BAS module containing the Main method and a Class module implementing the IComparer interface.
The following is a Visual Basic Class module named MyReverserClass.
Option Explicit Implements IComparer Private mComparer As New CaseInsensitiveComparer Public Function Compare(ByRef a As Variant, ByRef b As Variant) As Long Compare = mComparer.Compare(b, a) End Function ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' ' IComparer ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' Private Function IComparer_Compare(a As Variant, b As Variant) As Long IComparer_Compare = Compare(a, b) End Function
The following is a Visual Basic BAS module containing Main start-up method.
Public Sub Main() Dim List As New ArrayList List.Add "The" List.Add "quick" List.Add "brown" List.Add "fox" List.Add "jumps" List.Add "over" List.Add "the" List.Add "lazy" List.Add "dog" Debug.Print "The ArrayList initially contains the following values:" PrintIndexAndValues List List.Sort Debug.Print "After sorting with the default comparer:" PrintIndexAndValues List List.Sort Comparer:=New MyReverserClass Debug.Print "After sorting with the reverse case-insensitive comparer:" PrintIndexAndValues List End Sub Private Sub PrintIndexAndValues(ByVal List As ArrayList) Dim i As Long For i = 0 To List.Count - 1 Debug.Print CorString.Format(t("\t[{0}]:\t{1}"), i, List(i)) Next Debug.Print End Sub ' This code produces the following output. ' ' The ArrayList initially contains the following values: ' [0]: The ' [1]: quick ' [2]: brown ' [3]: fox ' [4]: jumps ' [5]: over ' [6]: the ' [7]: lazy ' [8]: dog ' ' After sorting with the default comparer: ' [0]: brown ' [1]: dog ' [2]: fox ' [3]: jumps ' [4]: lazy ' [5]: over ' [6]: quick ' [7]: the ' [8]: The ' ' After sorting with the reverse case-insensitive comparer: ' [0]: the ' [1]: The ' [2]: quick ' [3]: over ' [4]: lazy ' [5]: jumps ' [6]: fox ' [7]: dog ' [8]: brown


§5-8 State tree. The kukui tree, also known as the candlenut tree (Aleurites Moluccana), is adopted, established, and designated as the official tree of the State, to be effective so long as the legislature of the State does not otherwise provide. [L 1959, JR 3, §1; Supp, §14-5.2; HRS §5-8]


/*global Arenite:true*/
/*global Arenite:true*/
Collection of utility functions to handle objects. This is an integral part for the usage of the Namespace pattern since this provides the ability to, for example, retrieve the functions by namespace.
Arenite.Object = function () {
var _navigateToBeforeLast = function (object, path) {
if (!object) {
return;
}
var split = path.split(".");
var last = split.splice(split.length - 1, 1);
var result = object;
split.forEach(function (pathEl) {
if (!result) {
return;
}
if (!result[pathEl]) {
result[pathEl] = {};
}
result = result[pathEl];
});
return {object: result, path: last};
};
var _getInObject = function (object, path) {
if (!object) {
return;
}
var split = path.split(".");
var result = object;
split.forEach(function (pathEl) {
if (!result) {
return;
}
result = result[pathEl];
});
return result;
};
var _setInObject = function (object, path, element) {
var beforeLast = _navigateToBeforeLast(object, path);
if (beforeLast && beforeLast.object) {
beforeLast.object[beforeLast.path] = element;
return beforeLast.object[beforeLast.path];
}
};
var _deleteInObject = function (object, path) {
var beforeLast = _navigateToBeforeLast(object, path);
if (beforeLast && beforeLast.object) {
delete beforeLast.object[beforeLast.path];
}
};
var _extend = function (source, target) {
for (var f in target) {
if (target.hasOwnProperty(f)) {
if (source[f] && typeof source[f] === 'object') {
if (source[f].constructor === Array && target[f] && target[f].constructor === Array) {
source[f] = _uniq(source[f].concat(target[f]));
} else {
_extend(source[f], target[f]);
}
} else {
source[f] = target[f];
}
}
}
return source;
};
var _keys = function (obj) {
var keys = [], key;
for (key in obj) {
if (obj.hasOwnProperty(key)) {
keys.push(key);
}
}
return keys;
};
var _contains = function (obj, key) {
if (obj.length) {
var result = false;
obj.forEach(function (_key) {
result = result || _key === key;
});
return result;
} else {
for (var _key in obj) {
if (obj.hasOwnProperty(_key)) {
if (_key === key) {
return true;
}
}
}
}
return false;
};
var _uniq = function (arr) {
var result = [];
arr.forEach(function (el) {
if (result.indexOf(el) < 0) {
result.push(el);
}
});
return result;
};
var _merge = function (arr1, arr2) {
return _uniq(arr1.concat(arr2));
};
var _extract = function (obj, prop) {
var result = [];
for (var _key in obj) {
if (obj.hasOwnProperty(_key)) {
result.push(obj[_key][prop]);
}
}
return result;
};
var _obj = function (arr, key) {
var obj = {};
arr.forEach(function (elem) {
obj[_getInObject(elem, key)] = elem;
});
return obj;
};
var _forEach = function (obj, func) {
var key;
for (key in obj) {
if (obj.hasOwnProperty(key)) {
func(obj[key], key);
}
}
};
var _array = function (obj) {
var arr = [];
_forEach(obj, function (el) {
arr.push(el);
});
return arr;
};
var _filter = function (obj, keys) {
var filtered = {};
keys.forEach(function (key) {
if (obj.hasOwnProperty(key)) {
filtered[key] = obj[key];
}
});
return filtered;
};
var _find = function (obj, func) {
var isArray = Array.isArray(obj);
var match;
_forEach(obj, function (val, key) {
if (!match && func(val, key)) {
if (isArray) {
match = val;
} else {
match = {};
match[key] = val;
}
}
});
return match;
};
var _findBy = function (obj, key, val) {
return _find(obj, function (elem) {
return (key ? _getInObject(elem, key) : elem) === val;
});
};
var _findAll = function (obj, func) {
var isArray = Array.isArray(obj);
var matches = isArray ? [] : {};
_forEach(obj, function (val, key) {
if (func(val, key)) {
if (isArray) {
matches.push(val);
} else {
matches[key] = val;
}
}
});
return matches;
};
var _findAllBy = function (obj, key, val) {
return _findAll(obj, function (elem) {
return (key ? _getInObject(elem, key) : elem) === val;
});
};
var _collect = function (obj, func) {
var isArray = Array.isArray(obj);
var collection = isArray ? [] : {};
_forEach(obj, function (val, key) {
var result = func(val, key);
if (result !== undefined) {
if (isArray) {
collection.push(result);
} else {
collection[key] = result;
}
}
});
return collection;
};
var _collectBy = function (obj, key) {
return obj.collectWhere(function (elem) {
return _getInObject(elem, key);
});
};
return {
object: {
Retrieves a property from an object. The property is expressed as a string, denoting a path.
getFromPath(object, path)
where object is the target object and path is the path of the value to be fetched.
getInPath: _getInObject,
Sets a property in an object. The property is expressed as a string, denoting a path.
setInPath(object, path, value)
where object is the target object,
path is the path of the value and value the value to be set at the given path.
setInPath: _setInObject,
Removes a property from an object. The property is expressed as a string, denoting a path.
deleteInPath(object, path)
where object is the target object and path is the path of the value to be deleted.
deleteInPath: _deleteInObject,
Fuse merges objects. The second object will “override” properties also existing in the first.
fuseWith(object, other)
where object is the object to be merged and extended by other.
fuseWith: _extend,
Returns all the properties available to an object in the form of an array.
keysOf(object)
where object is the object from which the properties will be extracted.
toKeyArray: _keys,
Iterates through the object the equivalent to the way forEach works for arrays.
forEach(object, func(elem, key))
where object is the object to iterate. func(elem, key) is the function called for each element and receives the element and its key.
forEach: _forEach,
Determines if a key exists in an object:
containsKey(object, key)
where object is the object to test for the presence of key and key is the property/element to be tested.
containsKey: _contains,
Transforms the object to an array using the values for each key:
toArray(object)
where object is the object to be transformed into the array.
toArray: _array,
Returns a filtered version of the object:
filterWith(object, keys)
where object is the object to be filtered and keys an array of keys to maintain.
filterWith: _filter,
Find the first occurence of a matching element
findWhere(object, func(elem, key))
where object is the object to iterate. func(elem, key) is the function called for each element and receives the element and its key.
The element is considered to be a match if the result of the function is not undefined.
findWhere: _find,
Find the first occurence of a matching object
findBy(object, property, value)
where object is the object to iterate. property the property of the object to be used in the comparison. property the property value for the element to be considered a match.
findBy: _findBy,
Find all occurences of a matching object
findWhere(object, func(elem, idx))
where object is the object to iterate. func(elem, key) is the function called for each element and receives the element and its key.
The element is considered to be a match if the result of the function is not undefined.
findAllWhere: _findAll,
Find all occurences of a matching object
findAllBy(object, property, value)
where object is the object to iterate. property the property of the object to be used in the comparison. property the property value for the element to be considered a match.
findAllBy: _findAllBy,
Collect objects for occurences of a matching object
collectWhere(object, func(elem, idx))
where object is the object to iterate. func(elem, key) is the function called for each element and receives the element and its key.
The resulting object will contain all elements returned by the function (where the result is not undefined).
collectWhere: _collect,
Collect sub objects
findWhere(object, property)
where object is the array to iterate. property is the object path to be collected.
collectBy: _collectBy
},
array: {
Determines if a element is present in an array:
containsElement(object, key)
where object is the object to test for the presence of key and key is the property/element to be tested.
containsElement: _contains,
Filters an array returning a new one with the unique values.
filterUnique(array)
where array is the array to be stripped o duplicate values
filterUnique: _uniq,
Merges two arrays returning a new one with the unique values.
mergeWith(arr1, arr2)
where arr1 and arr2 are the arrays to be merged
mergeWith: _merge,
Extract an array composed of a specified property of the subobjects of a given object
toArrayOf(object, property)
where object is the object whose members will be analysed property the property to be extracted from those members
toArrayOf: _extract,
Extract an object indexed by a given key
toObject(array, property)
where array is the array whose members will be analysed property the property of each element to be turned into the key of that element in the resulting object
toObject: _obj,
Find the first occurence of a matching object
findWhere(array, func(elem, idx))
where array is the array to iterate. func(elem, idx) is the function called for each element and receives the element and its index.
The element is considered to be a match if the result of the function is not undefined.
findWhere: _find,
Find the first occurence of a matching object
findBy(array, property, value)
where array is the array to iterate. property the property of the object to be used in the comparison. property the property value for the element to be considered a match.
findBy: _findBy,
Find all occurences of a matching object
findWhere(array, func(elem, idx))
where array is the array to iterate. func(elem, idx) is the function called for each element and receives the element and its index.
The element is considered to be a match if the result of the function is not undefined.
findAllWhere: _findAll,
Find all occurences of a matching object
findAllBy(array, property, value)
where array is the array to iterate. property the property of the object to be used in the comparison. property the property value for the element to be considered a match.
findAllBy: _findAllBy,
Collect objects in array
collectWhere(array, func(elem, idx))
where array is the array to iterate. func(elem, idx) is the function called for each element and receives the element and its index.
The resulting array will contain all elements returned by the function (where the result is not undefined).
collectWhere: _collect,
Collect sub objects
findWhere(array, property)
where array is the array to iterate. property is the object path to be collected.
collectBy: _collectBy
}
};
};


1 For you have forged the covenant...
3 For you willed that the human...
|
PREFACE OF
MARRIAGE I It is truly
right and just, our duty and our salvation, always and
everywhere to give you thanks, Lord, holy
Father, almighty and eternal God. For you have forged the covenant of marriage as a sweet yoke of harmony and an unbreakable bond of peace, so that the chaste and fruitful love of holy Matrimony may serve to increase the children you adopt as your own. By your providence and grace, O Lord, you accomplish the wonder of this twofold design: that, while the birth of children brings beauty to the
world, their rebirth in Baptism gives increase to the Church, through Christ our Lord. Through him, with the Angels and all the Saints, we sing the hymn of your praise, as without end we acclaim: Holy, holy, holy Lord... |
|
PREFACE OF
MARRIAGE II It is truly right and just, our duty and our salvation,
always and everywhere to give you thanks, Lord, holy Father, almighty and
eternal God, Through Christ our Lord. For in him you have made a new covenant with your people, so that, as you have redeemed man and woman by the mystery of Christís Death and Resurrection, so in Christ you might make them partakers of divine nature and joint heirs with him of heavenly glory. In the union of husband and wife you give a sign of Christís loving of Christís loving gift
of grace, so that the Sacrement we celebrate might draw us back more deeply into the wondrous design of your love. And so, with the Angels and all the Saints, we praise you, and without end we acclaim: Holy, holy, holy Lord... |
|
PREFACE OF
MARRIAGE III It is truly right and just, our duty and our salvation, always
and everywhere to give you thanks, Lord, holy Father, almighty and eternal
God. For you willed that the human race, created by the gift of your goodness, should be raised to such high dignity that in the union of husband and wife you might bestow a true image of your love. For those you created out of charity you call to the law of charity without ceasing and grant them a share in your eternal charity. And so, the Sacrament of holy Matrimony, as the abiding sign of your own love, consecrates the love of man and woman, through Christ our Lord. Through him, with the Angels and all the Saints, we sing the hymn of your praise, as without end we acclaim: Holy, holy, holy Lord... |


The Maven Custom Version works in conjunction with the Maven Release Plugin to give you custom release and development versions when releasing an artifact. It supports using a regex pattern to choose which portion of a version will get incremented for the next development version. It also allows you to specify a release version that can use system properties as the replacement. More specific usage instructions can be found on the usage page.
<project> ... <build> <plugins> <plugin> <groupId>croche.maven</groupId> <artifactId>maven-custom-version-plugin</artifactId> <configuration> <versionConfig> <devVersionRegex>.*(\d+)[^0-9]+(\d+)[^0-9]+(\d+).*</devVersionRegex> <devVersionGroup>2</devVersionGroup> </versionConfig> </configuration> </plugin> </plugins> </build> ... </project>
The example configuration above will increment the middle number in a version string, for example if the current version number is 1.1.0-SNAPSHOT then by default the maven release plugin will increment the last digit so you would end up with 1.1.1-SNAPSHOT as the next development version in the POM post release. If however you used the above maven custom version plugin and ran your release with the goals: custom-version:generate-versions release:prepare release:perform then you would end up with the middle digit being incremented so it would become 1.2.0-SNAPSHOT after release. The devVersionGroup has a value as 2 which chooses the 2nd group in the regex pattern as the number to increment.


Net.WaitForConnection
Syntax
Net.WaitForConnection (port : int,
var netAddr : string) : int
Description
Listens for a connection at the port specified by the port parameter. When another program connects to the port, then the function returns. The address of the connecting machine is specified in the netAddr parameter and the Net.WaitForConnection returns a network stream descriptor which can be used with the put, get, read, and write statements and eof function to send and receive data to the connecting program. It is also the parameter used for the Net.CloseConnection, Net.BytesAvailable, Net.CharAvailable, Net.LineAvailable, and Net.TokenAvailable functions.
In OOT, the connection to a port is made with the Net.OpenConnection function.
The netAddr parameter is a string specifying the net address of the machine that connected to the port. It is the machines numerical address.
In general, system program listen in on ports with numbers below 1024. Port numbers above 1024 are generally available for use by user created programs.
The program will wait for indefinitely for a connection to made to the port.
Details
The Net module requires a TCP/IP stack to be installed and operating in order to function. It does not communicate using any other protocols
It is possible for Firewalls to interfere with the actions of the Net module, preventing connections from taking place.
Example
See Net.OpenConnection for an example of Net.WaitForConnection.
Status
Exported qualified.
This means that you can only call the function by calling Net.WaitForConnection, not by calling WaitForConnection.
See also
Net.OpenConnection and Net.CloseConnection.


| Element | Auto-resize before propagation | Auto-resize after propagation | Relative precision for propagation with auto-resizing | Propagator | Do any resizing on fourier side, using FFT | Horizontal range modification factor at resizing | Horizontal resolution modification factor at resizing | Vertical range modification factor at resizing | Vertical resolution modification factor at resizing |
|---|---|---|---|---|---|---|---|---|---|
| {{ prop.title }} | |||||||||
| Final post-propagation (resize) |


--- title: tsai keywords: fastai sidebar: home_sidebar summary: "State-of-the-art Deep Learning for Time Series and Sequence Modeling. `tsai` is currently under active development by timeseriesAI." description: "State-of-the-art Deep Learning for Time Series and Sequence Modeling. `tsai` is currently under active development by timeseriesAI." nb_path: "nbs/index.ipynb" ---
tsai
is an open-source deep learning package built on top of Pytorch & fastai focused on state-of-the-art techniques for time series classification, regression and forecasting.
🚀🚀 MINIROCKET a SOTA Time Series Classification model (now available in Pytorch): You can now check MiniRocket's performance in our new tutorial notebook 10_Time_Series_Classification_and_Regression_with_MiniRocket.ipynb
"Using this method, it is possible to train and test a classifier on all of 109 datasets from the UCR archive to state-of-the-art accuracy in less than 10 minutes." A. Dempster et al. (Dec 2020)
Multi-class and multi-label time series classification notebook: you can also check our new tutorial notebook: 01a_MultiClass_MultiLabel_TSClassification.ipynb
Self-supervised learning: If you are interested in applying self-supervised learning to time series, you may check our new tutorial notebook: 08_Self_Supervised_MVP.ipynb
New visualization: We've also added a new PredictionDynamics callback that will display the predictions during training. This is the type of output you would get in a classification task for example:
You can install the latest stable version from pip using:
pip install tsai
Or you can install the cutting edge version of this library from github by doing:
pip install -Uqq git+https://github.com/timeseriesAI/tsai.git
Once the install is complete, you should restart your runtime and then run:
from tsai.all import *
Here's the link to the documentation.
To get to know the tsai
package, we'd suggest you start with this notebook in Google Colab: 01_Intro_to_Time_Series_Classification
It provides an overview of a time series classification problem using fastai v2.
If you want more details, you can get them in nbs 00 and 00a.
To use tsai in your own notebooks, the only thing you need to do after you have installed the package is to add this:
from tsai.all import *
If you use tsai
in your research please use the following BibTeX entry:
@Misc{tsai,
author = {Ignacio Oguiza},
title = {tsai - A state-of-the-art deep learning library for time series and sequential data},
howpublished = {Github},
year = {2020},
url = {https://github.com/timeseriesAI/tsai}
}


--- layout: post title: TestDriven.Net 3.0 – All Systems Go - TestDriven.NET by Jamie Cansdale date: '2010-06-09T23:44:00.001+01:00' author: solrevdev tags: modified_time: '2010-06-09T23:44:36.267+01:00' blogger_id: tag:blogger.com,1999:blog-31446756.post-1149599600160793946 blogger_orig_url: http://www.solrevdev.com/2010/06/testdrivennet-30-all-systems-go.html ---


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/implicit.20arguments.html ---
Is there any way to tell lean to show all the implicit arguments in an error message?
For example, sometimes when rewrite fails, I would want to know if there are different implicit args that caused the rewrite to fail
Or in a type mismatch error
Sometimes it shows all the implicit arguments sometimes it doesn't
set_option pp.all true
will show you everything... that might be too much though...
set_option pp.implicit true
before the declaration.
Aah, there you go.
Thanks
There are other pp
options that autocomplete should show you. all
is difficult to read.
Last updated: Apr 24 2020 at 19:02 UTC


RA Module
Subscriber
Register Subscriber Email
RA
View All Certificate Requests
Verify Requests
Authorize Requests
Logout
Home
Register Subscriber Email
Enter Subscriber Email
Submit
Email Already Registered
Email
Added By
Added on
Last OTP sent on
Email not registered
Do you want to register subscriber with Email
?
Yes! Register
Email Added!
Email
is added successfully


Image Gallery
Golden Gate Bridge
Rocky Shoreline
Waves Crashing
Ocean Sunset
Waterfall on the Beach
Fog Moving In


Found at Girl Develop It Intro to Rails fork.
Reveal.js Created by Hakim El Hattab / @hakimel
Gems are ruby libraries or programs. They're simultaneously the best and worst thing about Rails.
You can add all sorts of amazing functionality to your app with very little effort via a gem, but then you have to deal with versioning and conflicts between gems.
Gems are specified in your app's Gemfile. Running 'bundle install' ensures you have all gems available locally, and updates your Gemfile.lock file.
It is very common to break up your Gemfile into groups that correspond to Rails environments: test, development, production.
We are going to follow the documentation's instructions, as it is well maintained and accurate.
As of this writing, steps for Devise setup are:
Tool check!
$ heroku --help
$ git --help
If you don't get help menus back, get a TA to help you install Heroku and Git correctly.
Let's follow Railsbridge's instructions.
There is one correction- step 4 on the next slide.
As of this writing, steps to deploy to Heroku are:
production:
adapter: postgresql
database: db/production
In db/seeds.rb, you can write code that will populate the database. Syntax is exactly like the Rails Console, so it should look familiar to you.
Whenever the app is setup on a new machine (your collaborator's, Heroku's servers, etc), 'rake db:seed' can be run, and the database will be populated with the data from seed file. Sweet!
In my db/seeds.rb file, I added this:
Artist.create(name: "Shonen Knife", hometown: "Osaka")
Artist.create(name: "Shakira", hometown: "Barranquilla")
Artist.create(name: "Beyonce", hometown: "Houston")
Artist.create(name: "Teagan and Sara", hometown: "Calgary")
After saving db/seeds.rb, in the terminal run:
$ rake db:seed
After pushing your changes to Heroku, in the terminal run:
$ heroku run rake db:seed
| Ruby-doc.org | Official Ruby documentation |
| Ruby on Rails Guides | Excellent documentation for Rails |
| Rails Casts | Screencasts on how to do almost everything with Rails |
| The Rails Tutorial | Great free (HTML version) book with step-by-step instructions on building Rails apps |
| RubyGems.org | Listing of all available Gems |
| Ruby the Hard Way | Fun, free (HTML version) book with great information about programming |
| Girl Develop It | Local workshops, events, and coding sessions with awesome people <3 |


The CSV upload form can be used to upload festerized CSV files for adding thumbnails.
To start a batch job, upload a CSV file (like one of those found in the Eureka GitHub repository).
It's possible to submit a job that takes longer than the timeout on your browser allows. For really large CSV submissions, you might need to use the Festerize script, which does not have a timeout.
If you run into issues when using this upload form, please feel free to contact us in the
#softwaredev-services
Slack channel. We will be glad to troubleshoot any problems that you may encounter. Thanks!


|
FatwasA fatwa is simply an Islamic religious decree. Usually these pronouncements are innocuous -- for example, the fatwa regarding mechanically separated chicken -- but they have gained notoriety in recent years as a vehicle for militant Islamic fundamentalists to declare wars and death sentences on those who displease them.The dynamics of controversial, high-profile fatwa issuance as it is practiced is fascinating. The targets of the decree in many cases have not even visited the country where it was issued. There is a near-inspiring volunteerism to it all: anyone who follows the teachings of that religion is authorized to carry it out. This last aspect makes it especially troubling for a hapless author like Salman Rushdie to get around, since anywhere he is, at any time, there might be a follower ready to get some easy points with the authorities of his religion. If the Pope told all Catholics to whack Larry Flynt in return for a place in heaven, how long do you think Flynt would be wheeling around? Osama bin Laden has issued fatwas on very thin religious basis. The American television show Who Wants to be a Millionaire, starring Regis Philbin, had a fatwa issued against it. In October 2002, an Iranian cleric declared that Jerry Falwell must die after he announced on 60 Minutes: "I think Mohammed was a terrorist." Mohsen Mojtahed Shabestari proclaimed: "The death of that man is a religious duty, but his case should not be tied to the Christian community." Shabestari is a spokesman for Ayatollah Ali Khamenei. The Turkish Daily News published an article in 1997 on best-selling "fatwa books" among Muslims, which spell out the rules for a variety of every day issues. The article is excerpted below:
To play backgammon is not right.The Prophet said: "The man who plays backgammon is as if he had painted his hands with pig's meat and blood." (Halil Gunenc, Fatwas on Contemporary Problems, Ilim Publishers, 1983.)
On the arts:
"On the day of Judgement, those who painted pictures will be asked to give life to their paintings. Angels keep away from the house in which there are paintings, Muhammad said. To paint the pictures of live beings is to imitate God's creativity. Only to paint pictures of trees and camel's packsaddles are allowed." (Halil Gunenc,Fatwas on Contemporary Problems, Ilim Publishers, 1983.)
On looking at young ladies:
"When a woman attracts the attention of your eyes, do not look at her a second time. The first look, is not a sin," said Muhammad. (Mehmet Paksoy, Special Fatwas on Family Life, Yeni Asya Publishers, 1996)
On erotic pictures:
Because the indecent pictures in newspapers and magazines, and the indecent scenes on television are not real but imaginary, looking at them is not comparable to looking at the real body of a woman. Therefore, it is not a sin to look at them. (Mehmet Paksoy, Special Fatwas on Family Life, Yeni Asya Publishers, 1996.)
On masturbation:
For Hanefi, Safi'i and Maliki sects, masturbation is a sin.For Safi'i and Maliki sects, though, wives' masturbation is not a sin, on the condition that she does it with her hand.For Hanbeli sect, if there is a fear of adultery and if it is done in order to avoid committing adultery, masturbation is allowed. (Dr. Faruk Beser, Special Fatwas for Women, Nun Publishers, 1996)
On man's sexual intercourse with another man:
The sexual intercourse of a man with another man is one of the heaviest of the sins. If this murderous act is spread in a country, that country will be subjected to God's wrath. The legal punishment of male homosexuality should be worse than adultery. (Mehmet Paksoy, Special Fatwas on Family Life, Yeni Asya Publishers, 1996.)
On the parts of body not to be seen:
The private parts of a man is between the belly and knees, and those of a woman are all parts of the body, apart from the hands, feet and face. It is illicit to uncover privates and look at these parts. However, a man can look at the chest, arms and thighs of his wife.  (Dr. Faruk Beser, Special Fatwas for Women, 2 volumes, Nun Publishers, 1996)
On Jinns:
It is blasphemous to deny jinns' existence, since they are mentioned in Qu`ran. The Prophet Muhammad spoke to jinns. In pagan times, some perverts denied jinns' existence as their inheritors do in modern times.The denial of jinns' existence originates from the denial of the basis of Islam. (Halil Gunenc, Fatwas on Contemporary Problems, Ilim Publishers, 1983.)
|


What is Websites4u?
We make sure that the user experience is top notch, and with over 100 years of experience in website design, it’s kind of a no brainer to go with us.
We want to work with you because we’re truly the best.
So, work with us already!
View our services
Web Development Services:
Our top notch premium services truly can’t be beat. We want to help you in the most efficient, aesthetically pleasing, and truly bad-ass way possible. Check out our different pricing options and pick one that best suits you!
Basic+ Plan - $3.00
Domain Hosting
3 E-mail Hosting
Landing Page + 3 Pages
Contact Form
–
–
Purchase this Plan
Pro Plan - $5.00
Domain Hosting
3 E-mail Hosting
Landing Page + 5 Pages
Contact Form
Appointment Management
Other Goodies!
Purchase this Plan
Basic+ Plan - $3.00
Domain Hosting3 E-mail Hosting
Landing Page + 3 Pages
Contact Form
–
–
Purchase this Plan
Pro Plan - $5.00
Domain Hosting3 E-mail Hosting
Landing Page + 5 Pages
Contact Form
Appointment Management
Other Goodies!
Purchase this Plan


A zip file of the winning posters is available here. Photos of the judging are available here.
Justin Wang, Oswegachie Elementary School, Waterford (Teacher: Kerry Edwards)
Ethan Wang, Oswegachie Elementary School, Waterford (Teacher: Tammie Hullivan)
Olivia Grace Gionet, Sacred Heart School, Groton (Teacher: Jay Gionet)
Anya Leshem, Andrew Weiss, Charlie Levin, Eliana Zackin, Ellie Kay, Jethro Ehrlich, Tia Emrick, Zelia Kasper, Soloman Schechter Day School of Greater Hartford, West Hartford (Teacher: Helen Schwartz)
Connor Fulchino, Aiden Pimpinella, Stepney Elementary School, Monroe (Teacher: Lisa Colberg)
Matthew Cote, Eli Terry Jr. Middle School, Terryville (Teacher: Shannon Surreira)
Joe Douglass, Fawn Hollow Elementary School, Monroe (Teacher: John Farias)
Samantha Tristine, Claire Valle, Fawn Hollow Elementary School, Monroe (Teacher: Matthew Husvar)
Tyler Barringer, Monroe Elementary School, Monroe (Teacher: Heather Ross)
Ashley Colberg, Ellie DeGeorge, Stepney Elementary School, Monroe (Teacher: Lisa Colberg)
Adam Anziano, Haddam-Killingworth Middle School, Killingworth (Teacher: Richard Anziano)
Juliet Lam, Helen Keller Middle School, Easton (Teacher: Ryan Jockers)
Joe Gregory, Garrett Cheng, Grace Xiong, Hillcrest Middle School, Trumball (Teacher: Petrina Gunsolley)
Paul Giovacchino, Eli Terry Jr. Middle School, Terryville (Teacher: Shannon Surreira)
Dominic Anziano, Xavier High School, Middletown (Teacher: Richard Anziano)
Emma Anziano, Haddam-Killingworth High School, Higganum (Teacher: Richard Anziano)
Kaylee Roy, Bristol Central High School, Bristol (Teacher: Kelly McCabe)
Andrew Park, Meagan Thomas, Edwin O. Smith High School, Storrs (Teacher: Geoffrey Kern)
Britney Galloza, Yale-Bridgeport GEAR UP Partnership, New Haven (Teacher: Barb Nangle)


1946 or 1947
††††††††††††††† Dad built a Slaughter House just outside the North West City Limits of Victor, for the purpose of killing his own animals to supply meat for the Butcher shop.† He also built a large chicken coop North of the Slaughter House.† There he kept approximately 300 laying hens.† Mr Burnsides set up Dog Kennels, to house his Sled Dogs, just across the road from Dadís slaughter house.† The dogs often got loose and almost each time would go for Dadís chickens, one time killing almost 200.† I† remember cleaning all those chickens and saving what we could.† Dad then took the chicken up to Mr Burnsides and told him he had just purchased them.† Mr Burnsides had to buy a freezer to keep them in.† It was just a few days later that Dad and I went to the Slaughter House, and as we got out of the pickup, we could hear chickens squawking.† Dad jumped the fence and ran for the coop door.†   The dog was killed instantly by the force.†† I had just arrived at the fence to see the whole thing take place.† I was impressed with the strength Dad had.† Mr Burnsides had to buy a few more chickens.† He also tried to keep his kennels in better repair after that.


Indiana
I'm a Junkie-Monkey!
Registered: Oct 2001
Location: Incommincado Tyler Durden says: Do we really need another women?
Posts: 3087 |
I signed the petition coz it's a bit like praying, what harm does it do?
__________________
"Now I'm cleaning up and I'm moving on, going straight and choosing life. I'm looking forward to it already.  The washing machine, the car, the compact disc and electric tin opener, good health, low cholesterol, dental insurance, mortgage, starter home, leisure wear, luggage, three piece suite, DIY, game shows, junk food, children, walks in the park, nine to five, good at golf, washing the car, choice of sweaters, family Christmas, indexed pension, tax exemption clearing gutters, getting by, looking ahead, the day you die."
Report this post to a moderator | ? + *
|


{% with messages = get_flashed_messages() %} {% if messages %}
Here is the question in which you can answer with your own words. Lorem ipsum dolor sit amet, consectetur adipiscing elit.
{% if not is_first %} {% endif %}
Progress: {{ progress }} %


[1]
so far nothing; When I record it's always blury, WHY?
[2]
lightweight, good zoom.; add-ons; restrictions.
[3]
Small & Lightweight; Software cannot be downloaded


Creating a great data model is one of the most important tasks that a data analyst can perform in Microsoft Power BI. By doing this job well, you help make it easier for people to understand your data, which will make building valuable Power BI reports easier for them and for you.
A good data model offers the following benefits:
Data exploration is faster.
Aggregations are simpler to build.
Reports are more accurate.
Writing reports takes less time.
Reports are easier to maintain in the future.
Providing set rules for what makes a good data model is difficult because all data is different, and the usage of that data varies. Generally, a smaller data model is better because it will perform faster and will be simpler to use. However, defining what a smaller data model entails is equally as problematic because it's a heuristic and subjective concept.
Typically, a smaller data model is comprised of fewer tables and fewer columns in each table that the user can see. If you import all necessary tables from a sales database, but the total table count is 30 tables, the user will not find that intuitive. Collapsing those tables into five tables will make the data model more intuitive to the user, whereas if the user opens a table and finds 100 columns, they might find it overwhelming. Removing unneeded columns to provide a more manageable number will increase the likelihood that the user will read all column names. To summarize, you should aim for simplicity when designing your data models.
The following image is an example data model. The boxes contain tables of data, where each line item within the box is a column. The lines that connect the boxes represent relationships between the tables. These relationships can be complex, even in such a simplistic model. The data model can become easily disorganized, and the total table count in the model can gradually increase. Keeping your data model simple, comprehensive, and accurate requires constant effort.
Relationships are defined between tables through primary and foreign keys. Primary keys are column(s) that identify each unique, non-null data row. For instance, if you have a Customers table, you could have an index that identifies each unique customer. The first row will have an ID of 1, the second row an ID of 2, and so on. Each row is assigned a unique value, which can be referred to by this simple value: the primary key. This process becomes important when you are referencing rows in a different table, which is what foreign keys do. Relationships between tables are formed when you have primary and foreign keys in common between different tables.
Power BI allows relationships to be built from tables with different data sources, a powerful function that enables you to pull one table from Microsoft Excel and another from a relational database. You would then create the relationship between those two tables and treat them as a unified dataset.
Now that you have learned about the relationships that make up the data schema, you'll be able to explore a specific type of schema design, the star schema, which is optimized for high performance and usability.
You can design a star schema to simplify your data. It's not the only way to simplify your data, but it is a popular method; therefore, every Power BI data analyst should understand it. In a star schema, each table within your dataset is defined as a dimension or a fact table, as shown in the following visual.
Fact tables contain observational or event data values: sales orders, product counts, prices, transactional dates and times, and quantities. Fact tables can contain several repeated values. For example, one product can appear multiple times in multiple rows, for different customers on different dates. These values can be aggregated to create visuals. For instance, a visual of the total sales orders is an aggregation of all sales orders in the fact table. With fact tables, it is common to see columns that are filled with numbers and dates. The numbers can be units of measurement, such as sale amount, or they can be keys, such as a customer ID. The dates represent time that is being recorded, like order date or shipped date.
Dimension tables contain the details about the data in fact tables: products, locations, employees, and order types. These tables are connected to the fact table through key columns. Dimension tables are used to filter and group the data in fact tables. The dimension tables, by contrast, contain unique values, for instance, one row for each product in the Products table and one row for each customer in the Customer table. For the total sales orders visual, you could group the data so that you see total sales orders by product, in which product is data in the dimension table.
Fact tables are usually much larger than dimension tables because numerous events occur in fact tables, such as individual sales. Dimension tables are typically smaller because you are limited to the number of items that you can filter and group on. For instance, a year contains only so many months, and the United States is comprised of only a certain number of states.
Considering this information about fact tables and dimension tables, you might wonder how you can build this visual in Power BI.
The pertinent data resides in two tables, Employee and Sales, as shown in the following data model. Because the Sales table contains the sales order values, which can be aggregated, it is considered a fact table. The Employee table contains the specific employee name, which filters the sales orders, so it would be a dimension table. The common column between the two tables, which is the primary key in the Employee table, is EmployeeID, so you can establish a relationship between the two tables based on this column.
When creating this relationship, you can build the visual according to the requirements, as shown in the following figure. If you did not establish this relationship, while keeping in mind the commonality between the two tables, you would have had more difficulty building your visual.
Star schemas and the underlying data model are the foundation of organized reports; the more time you spend creating these connections and design, the easier it will be to create and maintain reports.


#include <avr/io.h>
#include <avr/interrupt.h>
#include <util/delay.h>
#include <avr/signal.h>
#include <math.h>
#include "lcd.c"
#include <avr/delay.h>
Defines | |
| #define | FCPU 11059200ul |
| defined here to make sure that program works properly | |
Functions | |
| unsigned char | ADC_Conversion (unsigned char) |
| void | INIT_PORTS () |
| void | INIT_PORTS_ROTATE () |
| void | uart0_init (void) |
| SIGNAL (SIG_USART0_RECV) | |
| SIGNAL (SIG_USART0_TRANS) | |
| void | timer5_init () |
| void | forward () |
| void | right () |
| void | left () |
| void | back () |
| void | stop () |
| void | right_hard () |
| void | velocity (unsigned char t1, unsigned char t2) |
| void | left_position_encoder_interrupt_init (void) |
| void | right_position_encoder_interrupt_init (void) |
| void | angle_rotate (unsigned int Degrees) |
| void | angle_rotate_right_hard (unsigned int Degrees) |
| void | angle_rotate_left (unsigned int Degrees) |
| ISR (INT4_vect) | |
| ISR (INT5_vect) | |
| void | linear_distance_mm (unsigned int DistanceInMM) |
| void | lcd_port_config (void) |
| void | adc_pin_config (void) |
| void | port_init () |
| void | adc_init () |
| void | init_devices (void) |
| unsigned int | Sharp_GP2D12_estimation (unsigned char adc_reading) |
| void | servo1_pin_config (void) |
| void | servo2_pin_config (void) |
| void | servo3_pin_config (void) |
| void | port_init_servo (void) |
| void | timer1_init (void) |
| void | init_devices_servo (void) |
| void | servo_1 (unsigned char degrees) |
| void | servo_2 (unsigned char degrees) |
| void | servo_3 (unsigned char degrees) |
| void | servo_1_free (void) |
| void | servo_2_free (void) |
| void | servo_3_free (void) |
| void | main () |
Variables | |
| unsigned char | data |
| unsigned char | ADC_Value |
| unsigned char | sharp |
| unsigned char | sharp1 |
| unsigned char | distance |
| unsigned char | adc_reading |
| unsigned int | value |
| float | BATT_Voltage |
| float | BATT_V |
| unsigned char data; | |
| int | scr |
| int | scl |
| #define FCPU 11059200ul |
defined here to make sure that program works properly
| unsigned char ADC_Conversion | ( | unsigned char | Ch | ) |
< select the ch. > 7
<do not disturb the left adjustment
<Set start conversion bit
<Wait for ADC conversion to complete
<clear ADIF (ADC Interrupt Flag) by writing 1 to it
| void adc_init | ( | ) |
<MUX5 = 0
<Vref=5V external --- ADLAR=1 --- MUX4:0 = 0000
<ADEN=1 --- ADIE=1 --- ADPS2:0 = 1 1 0
| void adc_pin_config | ( | void | ) |
ADC pin configuration
| void angle_rotate | ( | unsigned int | Degrees | ) |
Angle rotation function When an angle is given the function calculates the number of steps needed for that angle. Whenever the wheel cuts the shaft encoder, the corresponding ISR is invoked (based on the wheel which rotates) and scr or scl is incremented.This scl or scr value is compared with the required count.If it is less then again rotation continues or the loop will break
< division by resolution to get shaft count
| void angle_rotate_left | ( | unsigned int | Degrees | ) |
Angle rotation function for hard left rotation Same as above but rotation function is hard left.
< division by resolution to get shaft count
| void angle_rotate_right_hard | ( | unsigned int | Degrees | ) |
Angle rotation function for hard right rotation Same as above but rotation function is hard right.
< division by resolution to get shaft count
| void back | ( | ) |
< move back
| void forward | ( | ) |
| void init_devices | ( | void | ) |
<Clears the global interrupts
<Enables the global interrupts
| void init_devices_servo | ( | void | ) |
Function to initialize all the peripherals
<disable all interrupts
<re-enable interrupts
| void INIT_PORTS | ( | ) |
<INITIALIZE
< buzzer off
| void INIT_PORTS_ROTATE | ( | ) |
<INITIALIZE
| ISR | ( | INT5_vect | ) |
ISR for right wheel shaft encoder
| ISR | ( | INT4_vect | ) |
ISR for left wheel shaft encoder
| void lcd_port_config | ( | void | ) |
code for distance calculation using IR sensor
<all the LCD pin's direction set as output
< all the LCD pins are set to logic 0 except PORTC 7
| void left | ( | ) |
< Hard left
| void left_position_encoder_interrupt_init | ( | void | ) |
Initialization function of left wheel encoder
| void linear_distance_mm | ( | unsigned int | DistanceInMM | ) |
Linear distance function When a distance is given as input to this function, number of shaft count needed for that distance is calculated by the function.Then as the wheel rotates, the ISR is invoked and the scr or scl value increments in ISR and this value is compared with the required count and if that value is reached, the loop breaks else the function for forward movement is executed
< division by resolution to get shaft count
<Stop action
| void main | ( | ) |
Main function - Performs the movement according to the data sent by matlab code.
<Initialize ports
<Initialize UART0 for xbee communication
<Initialize ports
<Initialize control registers for wheel
<LCD initialization functions.
<Initialize servo motors.
<Stores the Analog value of front sharp connected to ADC channel 11 into variable "sharp"
<Stores Distance calsulated in a variable "value".
<Stores the Analog value of front sharp connected to ADC channel 11 into variable "sharp"
<Stores Distance calsulated in a variable "value".
<If no ball is detected the rotate and scan
< for ball in the arena.
<Stores the Analog value of front sharp connected to ADC channel 11 into variable "sharp"
<Stores Distance calsulated in a variable "value".
<Stores the Analog value of front sharp connected to ADC channel 11 into variable "sharp"
<Stores Distance calsulated in a variable "value".
<Stores the Analog value of front sharp connected to ADC channel 11 into variable "sharp"
<Stores Distance calsulated in a variable "value".
<Stores the Analog value of front sharp connected to ADC channel 11 into variable "sharp"
<Stores Distance calsulated in a variable "value".
<code the open the gripper arm
<servo1=90,servo2=95
<code for downward movement of two servo motors
< that holds the gripper
<Grab the ball and close the arm
<code for upward movement of two servo motors
<Search for the basket.
<Stores the Analog value of front sharp connected to ADC channel 11 into variable "sharp"
<Stores Distance calsulated in a variable "value".
<Stores the Analog value of front sharp connected to ADC channel 11 into variable "sharp"
<Stores Distance calsulated in a variable "value".
<Stores the Analog value of front sharp connected to ADC channel 11 into variable "sharp"
<Stores Distance calsulated in a variable "value".
<Stores the Analog value of front sharp connected to ADC channel 11 into variable "sharp"
<Stores Distance calsulated in a variable "value".
<code for downward movement of two servo motors
<code the open the gripper arm to drop the ball
<code for upward movement of two servo motors
<code to close the gripper arm
<Code for rotation of the robot
<to avoid the box
<Stores the Analog value of front sharp connected to ADC channel 11 into variable "sharp"
<Stores Distance calsulated in a variable "value".
<Stores the Analog value of front sharp connected to ADC channel 11 into variable "sharp"
<Stores Distance calsulated in a variable "value".
| void port_init | ( | ) |
| void port_init_servo | ( | void | ) |
Initialize the ports
<Configure PORTB 5 pin for servo motor 1 operation
<Configure PORTB 6 pin for servo motor 2 operation
<Configure PORTB 7 pin for servo motor 3 operation
| void right | ( | ) |
| void right_hard | ( | ) |
< Hard right
| void right_position_encoder_interrupt_init | ( | void | ) |
Initialization function of right wheel encoder
| void servo1_pin_config | ( | void | ) |
Servo motor control codes
<making PORTB 5 pin output
<setting PORTB 5 pin to logic 1
| void servo2_pin_config | ( | void | ) |
Configure PORTB 6 pin for servo motor 2 operation
<making PORTB 6 pin output
<setting PORTB 6 pin to logic 1
| void servo3_pin_config | ( | void | ) |
Configure PORTB 7 pin for servo motor 3 operation
<making PORTB 7 pin output
<setting PORTB 7 pin to logic 1
| void servo_1 | ( | unsigned char | degrees | ) |
Function to rotate Servo 1 by a specified angle in the multiples of 2.25 degrees
| void servo_1_free | ( | void | ) |
servo_free functions unlocks the servo motors from the any angle and make them free by giving 100% duty cycle at the PWM. This function can be used to reduce the power consumption of the motor if it is holding load against the gravity.
<Servo 1 off
| void servo_2 | ( | unsigned char | degrees | ) |
Function to rotate Servo 2 by a specified angle in the multiples of 2.25 degrees
| void servo_2_free | ( | void | ) |
<Servo 2 off
| void servo_3 | ( | unsigned char | degrees | ) |
Function to rotate Servo 3 by a specified angle in the multiples of 2.25 degrees
| void servo_3_free | ( | void | ) |
<Servo 3 off
| unsigned int Sharp_GP2D12_estimation | ( | unsigned char | adc_reading | ) |
| SIGNAL | ( | SIG_USART0_TRANS | ) |
| SIGNAL | ( | SIG_USART0_RECV | ) |
<making copy of data from UDR0 in data variable
| void stop | ( | ) |
< Stop
| void timer1_init | ( | void | ) |
TIMER1 initialization in 10 bit fast PWM mode prescale:256 WGM: 7) PWM 10bit fast, TOP=0x03FF actual value: 42.187Hz
<stop
<Counter high value to which OCR1xH value is to be compared with
<Counter low value to which OCR1xH value is to be compared with
<Output compare eegister high value for servo 1
<Output Compare Register low Value For servo 1
<Output compare eegister high value for servo 2
<Output Compare Register low Value For servo 2
<Output compare eegister high value for servo 3
<Output Compare Register low Value For servo 3
<WGM12=1; CS12=1, CS11=0, CS10=0 (Prescaler=256)
| void timer5_init | ( | ) |
| void uart0_init | ( | void | ) |
Function To Initialize UART0 desired baud rate:9600 actual baud rate:9600 (0.0%) char size: 8 bit parity: Disabled
<disable while setting baud rate
<set baud rate lo
<set baud rate hi
| void velocity | ( | unsigned char | t1, | |
| unsigned char | t2 | |||
| ) |
Velocity control function of wheels
| unsigned char adc_reading |
| unsigned char ADC_Value |
| float BATT_V |
unsigned char data;
| float BATT_Voltage |
| unsigned char data |
| unsigned char distance |
| int scl |
| int scr |
| unsigned char sharp |
| unsigned char sharp1 |
| unsigned int value |


September 9 2015 last updated at 9:09
Sparks fly in second Republican 2016 debate
Top Stories
Chile Tsunami alert after strong quake
25 minutes agoNo charges for US boy with clock
3 hours agoA debate between the top Republican candidates in the 2016 presidential election begins with a fiery exchange of verbal punches.
Trump bandwagon still speeding down tracks
Who will be the next candidate to drop?