Uses of Package
com.opengamma.strata.basics.date
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Packages that use com.opengamma.strata.basics.date Package Description com.opengamma.strata.basics.currency Representations of currency and money.com.opengamma.strata.basics.date Tools for working with dates.com.opengamma.strata.basics.index Entity objects describing common market indices, such as LIBOR and FED FUND.com.opengamma.strata.basics.schedule Basic financial tools for working with date-based schedules.com.opengamma.strata.loader Tools for loading data from files.com.opengamma.strata.loader.csv Loader that reads market data from CSV files.com.opengamma.strata.loader.fpml Loader that can convert files to financial instruments.com.opengamma.strata.market.curve Definitions of curves.com.opengamma.strata.market.explain Support for explaining results.com.opengamma.strata.market.param Market data based on parameters.com.opengamma.strata.market.surface Definitions of surfaces.com.opengamma.strata.measure.fxopt Calculation functions for FX option products.com.opengamma.strata.pricer.capfloor Calculators for Ibor cap-floor.com.opengamma.strata.pricer.common Common code for pricing.com.opengamma.strata.pricer.credit Calculators for credit instruments, such as Credit Default Swap (CDS).com.opengamma.strata.pricer.fxopt Calculators for FX options.com.opengamma.strata.pricer.model Common code for model pricing.com.opengamma.strata.pricer.option Pricer support classes for options.com.opengamma.strata.pricer.swaption Calculators for swaptions.com.opengamma.strata.product.bond Entity objects describing bonds.com.opengamma.strata.product.capfloor Entity objects describing Ibor cap/floor.com.opengamma.strata.product.cms Entity objects describing Constant Maturity Swap (CMS) or CMS cap/floor.com.opengamma.strata.product.credit Entity objects describing Credit Default Swap (CDS) and CDS index.com.opengamma.strata.product.credit.type Conventions and templates to aid the construction of credit instruments.com.opengamma.strata.product.deposit Entity objects describing financial instruments representing a simple deposit with interest.com.opengamma.strata.product.deposit.type Conventions and templates to aid the construction of deposits.com.opengamma.strata.product.fra Entity objects describing a forward rate agreement (FRA).com.opengamma.strata.product.fra.type Conventions and templates to aid the construction of FRAs.com.opengamma.strata.product.fx Entity objects describing financial instruments in the foreign exchange market.com.opengamma.strata.product.fx.type Conventions and templates to aid the construction of foreign exchange products.com.opengamma.strata.product.index.type Conventions and templates to aid the construction of rate index products.com.opengamma.strata.product.payment Entity objects describing simple payment financial instruments.com.opengamma.strata.product.rate Entity objects describing the rate-based financial instruments.com.opengamma.strata.product.swap Entity objects describing a swap.com.opengamma.strata.product.swap.type Conventions and templates to aid the construction of rate swaps.com.opengamma.strata.product.swaption Entity objects describing options on swaps, known as swaptions.com.opengamma.strata.report.framework.format Provide the ability to format calculated values. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.basics.currency Class Description AdjustableDate An adjustable date. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.basics.date Class Description AdjustableDate An adjustable date.AdjustableDate.Meta The meta-bean forAdjustableDate
.AdjustableDates An adjustable list of dates.AdjustableDates.Meta The meta-bean forAdjustableDates
.BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.BusinessDayAdjustment.Builder The bean-builder forBusinessDayAdjustment
.BusinessDayAdjustment.Meta The meta-bean forBusinessDayAdjustment
.BusinessDayConvention A convention defining how to adjust a date if it falls on a day other than a business day.DateAdjuster Functional interface that can adjust a date.DateSequence A series of dates identified by name.DayCount A convention defining how to calculate fractions of a year.DayCount.ScheduleInfo Information about the schedule necessary to calculate the day count.DaysAdjustment An adjustment that alters a date by adding a period of days.DaysAdjustment.Builder The bean-builder forDaysAdjustment
.DaysAdjustment.Meta The meta-bean forDaysAdjustment
.HolidayCalendar A holiday calendar, classifying dates as holidays or business days.HolidayCalendarId An identifier for a holiday calendar.ImmutableHolidayCalendar An immutable holiday calendar implementation.ImmutableHolidayCalendar.Meta The meta-bean forImmutableHolidayCalendar
.MarketTenor A code used in the market to indicate both the start date and tenor of a financial instrument.PeriodAdditionConvention A convention defining how a period is added to a date.PeriodAdjustment An adjustment that alters a date by adding a period of calendar days, months and years.PeriodAdjustment.Builder The bean-builder forPeriodAdjustment
.PeriodAdjustment.Meta The meta-bean forPeriodAdjustment
.SequenceDate Instructions to obtain a specific date from a sequence of dates.Tenor A tenor indicating how long it will take for a financial instrument to reach maturity.TenorAdjustment An adjustment that alters a date by adding a tenor.TenorAdjustment.Builder The bean-builder forTenorAdjustment
.TenorAdjustment.Meta The meta-bean forTenorAdjustment
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Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.basics.index Class Description DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days.HolidayCalendarId An identifier for a holiday calendar.Tenor A tenor indicating how long it will take for a financial instrument to reach maturity.TenorAdjustment An adjustment that alters a date by adding a tenor. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.basics.schedule Class Description AdjustableDate An adjustable date.BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DateAdjuster Functional interface that can adjust a date.DayCount A convention defining how to calculate fractions of a year.DayCount.ScheduleInfo Information about the schedule necessary to calculate the day count. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.loader Class Description BusinessDayConvention A convention defining how to adjust a date if it falls on a day other than a business day.DayCount A convention defining how to calculate fractions of a year.MarketTenor A code used in the market to indicate both the start date and tenor of a financial instrument.Tenor A tenor indicating how long it will take for a financial instrument to reach maturity. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.loader.csv Class Description AdjustableDate An adjustable date.BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.BusinessDayConvention A convention defining how to adjust a date if it falls on a day other than a business day.DaysAdjustment An adjustment that alters a date by adding a period of days.Tenor A tenor indicating how long it will take for a financial instrument to reach maturity. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.loader.fpml Class Description AdjustableDate An adjustable date.BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.BusinessDayConvention A convention defining how to adjust a date if it falls on a day other than a business day.DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days.HolidayCalendarId An identifier for a holiday calendar.Tenor A tenor indicating how long it will take for a financial instrument to reach maturity. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.market.curve Class Description BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days.Tenor A tenor indicating how long it will take for a financial instrument to reach maturity. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.market.explain Class Description DayCount A convention defining how to calculate fractions of a year. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.market.param Class Description Tenor A tenor indicating how long it will take for a financial instrument to reach maturity. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.market.surface Class Description DayCount A convention defining how to calculate fractions of a year. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.measure.fxopt Class Description BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days.Tenor A tenor indicating how long it will take for a financial instrument to reach maturity. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.pricer.capfloor Class Description DayCount A convention defining how to calculate fractions of a year. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.pricer.common Class Description Tenor A tenor indicating how long it will take for a financial instrument to reach maturity. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.pricer.credit Class Description DayCount A convention defining how to calculate fractions of a year. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.pricer.fxopt Class Description DayCount A convention defining how to calculate fractions of a year.Tenor A tenor indicating how long it will take for a financial instrument to reach maturity. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.pricer.model Class Description DayCount A convention defining how to calculate fractions of a year. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.pricer.option Class Description Tenor A tenor indicating how long it will take for a financial instrument to reach maturity. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.pricer.swaption Class Description BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DayCount A convention defining how to calculate fractions of a year.Tenor A tenor indicating how long it will take for a financial instrument to reach maturity. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.bond Class Description AdjustableDate An adjustable date.DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.capfloor Class Description AdjustableDate An adjustable date.DaysAdjustment An adjustment that alters a date by adding a period of days. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.cms Class Description AdjustableDate An adjustable date.DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.credit Class Description DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days.HolidayCalendarId An identifier for a holiday calendar. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.credit.type Class Description BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days.Tenor A tenor indicating how long it will take for a financial instrument to reach maturity. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.deposit Class Description BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.deposit.type Class Description BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days.MarketTenor A code used in the market to indicate both the start date and tenor of a financial instrument. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.fra Class Description AdjustableDate An adjustable date.BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.fra.type Class Description BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.fx Class Description BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.fx.type Class Description BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DaysAdjustment An adjustment that alters a date by adding a period of days.MarketTenor A code used in the market to indicate both the start date and tenor of a financial instrument. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.index.type Class Description BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DateSequence A series of dates identified by name.DaysAdjustment An adjustment that alters a date by adding a period of days.SequenceDate Instructions to obtain a specific date from a sequence of dates. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.payment Class Description AdjustableDate An adjustable date. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.rate Class Description HolidayCalendar A holiday calendar, classifying dates as holidays or business days. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.swap Class Description AdjustableDate An adjustable date.BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.swap.type Class Description BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DayCount A convention defining how to calculate fractions of a year.DaysAdjustment An adjustment that alters a date by adding a period of days.Tenor A tenor indicating how long it will take for a financial instrument to reach maturity. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.product.swaption Class Description AdjustableDate An adjustable date.AdjustableDates An adjustable list of dates.BusinessDayAdjustment An adjustment that alters a date if it falls on a day other than a business day.DaysAdjustment An adjustment that alters a date by adding a period of days. -
Classes in com.opengamma.strata.basics.date used by com.opengamma.strata.report.framework.format Class Description AdjustableDate An adjustable date.


出版商：Wiley-Interscience
语言：英语
本书pdf是文字识别版，影印质量一般，书签良好。
Introduction
Thermodynamics In Terms Of Electrochemical Potentials
The Electric Potential
Activity Coefficients
Reference Electrodes
Potentials Of Cells With Junctions
Structure Of The Electric Double Layer
Electrode Kinetics
Electrokinetic Phenomena
Electrocapillary Phenomena
Infinitely Dilute Solutions
Concentrated Solutions
Thermal Effects
Transport Properties
Fluid Mechanics
Fundamental Equations
Convective-transport Problems
Applications Of Potential Theory
Effect Of Migration On Limiting Currents
Concentration Overpotential
Currents Below The Limiting Current
Porous Electrodes
Semiconductor Electrodes


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CMSIS-Build
Version 0.10.0 (beta)
Tools, software frameworks, and work flows for productivity with CMSIS based projects
|
This element describes the hardware target, build output and command line options for a specific compiler tool-chain. These settings are applied to all modules of the project. The C/C++ and assembler flags can be refined for components, files. The following elements are available:
Note: The compiler referenced by the above command line flags is required to be listed in the <compilers> section.
Example target section:
| Parents | Element Chain | ||
|---|---|---|---|
| cprj | /cprj | ||
| Attributes | Description | Type | Use |
| Bvendor | Board vendor name. Either a board vendor and board name with optional board revision, or a device vendor and a device name. | xs:string | optional |
| Bname | SPecify the board name. Either a board vendor and board name with optional board revision, or a device vendor and a device name. | xs:string | optional |
| Bversion | Board version. Either a board vendor and board name with optional board revision, or a device vendor and a device name. | xs:string | optional |
| Dvendor | Device vendor name. Either a board vendor and board name with optional board revision, or a device vendor and a device name. | xs:string | optional |
| Dname | Device name. Either a board vendor and board name with optional board revision, or a device vendor and a device name. | xs:string | optional |
| Pname | Processor instance name. In case of multi-processor devices, this processor ID is required. | xs:string | optional |
| Dfpu | Selects the floating point unit option that is active for the project. Note, even if the device implements an FPU, setting Dfpu=0 here, will disable FPU code generation. Use predefined values from the table Device FPU. | DfpuEnum | optional |
| Dendian | Selects the endianness to be used for the project. Note that selecting an endianness that is not supported by the device, will result in a build that will not run on the device. Use predefined values from the table DendianEnum. | DendianEnum | optional |
| Dmpu | Selects the memory protection unit to be enabled or disabled for the project. Use predefined values from the table Device MPU. | DmpuEnum | optional |
| Dsecure | Selects the software model for code generation on arm TrustZone-M enabled devices. Use predefined values from the table Dsecure | DsecureEnum | optional |
| Dmve | Selects the code generation to utilize the Corex-M Vector Extensions (MVE) on devices with this features Use predefined values from the table Dmve | DmveEnum | optional |
| Child Elements | Description | Type | Occurrence |
| output | Configure the build output name and type, and specify whether to include debug information. Required if type="exe". | OutputType | 1..1 |
| includes | List of include paths | xs:string | 0..1 |
| defines | List of preprocessor definitions | xs:string | 0..1 |
| ldflags | Linker flags used for constructing the effective linker command line | LinkerFlagsType | 0..1 |
| arflags | Archiver command line flags for the toolchain selected by 'compiler' attribute. | ArchiverFlagsType | 0..1 |
| cflags | Compiler flags for C-modules used for constructing the effective compiler command line | ToolOptionType | 0..1 |
| cxxflags | Compiler flags for C++ modules used for constructing the effective compiler command line | ToolOptionType | 0..1 |
| asflags | Assembler flags for assembler modules used for constructing the effective assembler command line | ToolOptionType | 0..1 |
| arflags | Archiver flags for the archiver which creates library files. Constructing the effective assembler command line | ToolOptionType | 0..1 |
Specify the build output directories, output file and type (executable vs. library).
Example output element
| Parents | Element Chain | ||
|---|---|---|---|
| /cprj/target target | /cprj/target | ||
| Attributes | Description | Type | Use |
| name | Name of the build output file to be generated. | xs:string | required |
| type | Select the build target to be lib - library or exe - executable | CompilerOutputType | required |
| intdir | Relative path of the folder containing intermediate files (such as object files). | xs:string | optional |
| outdir | Relative path of the output folder containing the executable binaries. | xs:string | optional |
This element specifies a semicolon separated list of include paths that are valid for the compilation of all modules in the project.
Example includes element
| Parents | Element Chain | ||
|---|---|---|---|
| target | /cprj/target |
This element specifies a semicolon separated list of preprocessor definitions that are valid for all project modules undergoing preprocessing. Key/value pairs are separated by the equal sign.
Example defines element
| Parents | Element Chain | ||
|---|---|---|---|
| target | /cprj/target |
This element specifies strings of commandline options for the linker of the tool-chain selected by the attribute 'compiler'. A linker script file shall be specified using the attribute 'file'. Note that this option only takes effect if the type specified in the output tag is set to "exe".
Example ldflags element
| Parents | Element Chain | ||
|---|---|---|---|
| target | /cprj/target | ||
| Attributes | Description | Type | Use |
| compiler | selects the compiler the contained information is targeted at. Choose from available list: GCC, AC5, AC6, IAR, Tasking, GHS, Cosmic, G++ | CompilerEnumType | required |
| add | commandline options to be added to the command line of the respective tool. | xs:string | optional |
This element specifies a string of commandline options for the archiver of the tool-chain selected by the attribute 'compiler'. Note that this option only takes effect if the type specified in the output tag is set to "lib".
Example arflags element
| Parents | Element Chain | ||
|---|---|---|---|
| target | /cprj/target | ||
| Attributes | Description | Type | Use |
| compiler | selects the compiler the command line option string is targeted at. Choose from available list: GCC, AC5, AC6, IAR, Tasking, GHS, Cosmic, G++ | CompilerEnumType | required |
| add | commandline string to be added to the command line of the archiver of the selected compiler tool-chain. | xs:string | required |
These additional compiler options affect all C modules contained in the project description unless particular settings are 'removed' on a lower level (component, group, file).
Example cflags element
| Parents | Element Chain | ||
|---|---|---|---|
| target | /cprj/target | ||
| Attributes | Description | Type | Use |
| compiler | selects the compiler the command line option string is targeted at. Choose from available list: GCC, AC5, AC6, IAR, Tasking, GHS, Cosmic, G++ | CompilerEnumType | required |
| add | commandline string to be added to the command line of the compiler invoked for C-modules specific the selected compiler tool-chain. | xs:string | required |
These additional compiler options affect all C++ modules contained in the project description unless particular settings are 'removed' on a lower level (component, group, file).
Example cxxflags element
| Parents | Element Chain | ||
|---|---|---|---|
| target | /cprj/target | ||
| Attributes | Description | Type | Use |
| compiler | selects the compiler the command line option string is targeted at. Choose from available list: GCC, AC5, AC6, IAR, Tasking, GHS, Cosmic, G++ | CompilerEnumType | required |
| add | commandline string to be added to the command line of the compiler invoked for C++-modules specific the selected compiler tool-chain. | xs:string | required |
These additional assembler options affect all Assembler modules contained in the project description unless particular settings are 'removed' on a lower level (component, group, file).
Example asflags element
| Parents | Element Chain | ||
|---|---|---|---|
| target | /cprj/target | ||
| Attributes | Description | Type | Use |
| compiler | selects the compiler the command line option string is targeted at. Choose from available list: GCC, AC5, AC6, IAR, Tasking, GHS, Cosmic, G++ | CompilerEnumType | required |
| add | commandline string to be added to the command line of the assembler invoked for Assembler-modules specific the selected compiler tool-chain. | xs:string | required |


Sample APIs
Welcome to SampleAPIs. A playground for messing with RESTful endpoints. Checkout the project on GitHub and consider contributing to the project with a new endpoint!
You can use any HTTP verbs (GET, POST, PUT, PATCH and DELETE) and access your resources from anywhere using CORS and JSONP.
The data on this site is for educational purposes only and is not owned by SampleAPIs.com
The data on this site will be reset on a regular basis.


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CreateSemaphore()
Syntax
Semaphore = CreateSemaphore([InitialCount])Description
Creates a new semaphore object.
A semaphore is a thread synchronization object that keeps an internal count. It has two kinds of operations: signal and wait. A wait operation decreases the count of the semaphore by one. If the count would drop below 0, the wait operation will block until a signal call is made. A signal operation increases the count one, releasing a blocking thread if there is one. A semaphore allows to enforce minimum or maximum counts across threads for example to prevent a queue from running out or getting too many items.
Unlike a mutex, a semaphore object is not "owned" by a particular thread, which means that signal/wait calls do not need to be done from the same thread as it is the case with LockMutex() and UnlockMutex(). In fact a common use for a semaphore objects is for one thread to do the SignalSemaphore() calls and for another one to do all WaitSemaphore() calls to implement a producer/consumer pattern.
Parameters
InitialCount (optional) It has be a positive value that specifies the initial count of the semaphore. If it is not specified, the initial count is zero.
Return value
The new semaphore, or zero if the semaphore creation has failed.
Example
This example shows a "producer" thread populating a queue with elements and the main thread reading them. The semaphore is used to make sure the queue never runs out of elements. Note that this could also be achieved with only a mutex and waiting/polling for queue elements with a Delay() in between, but the semaphore commands do a more efficient wait (returning immediately at the SignalSemaphore() call and not just on the next time a polling loop would check the queue).Global Semaphore = CreateSemaphore() Global Mutex = CreateMutex() Global NewList Queue() Procedure Producer(Total) For i = 1 To Total Delay(Random(750) + 250) ; The queue access still needs a normal mutex lock to be thread-safe LockMutex(Mutex) LastElement(Queue()) AddElement(Queue()) Queue() = i UnlockMutex(Mutex) ; Signal that there is a new queue element SignalSemaphore(Semaphore) Next i EndProcedure If CreateThread(@Producer(), 30) For i = 1 To 30 ; wait for one element to be available WaitSemaphore(Semaphore) ; display the queue state LockMutex(Mutex) Queue$ = "Queue:" ForEach Queue() Queue$ + " " + Str(Queue()) Next Queue() Debug Queue$ ; remove head element from the queue FirstElement(Queue()) DeleteElement(Queue()) UnlockMutex(Mutex) Next i EndIf
See Also
FreeSemaphore()
Supported OS
All


3 references to StopProcessing
System.Management.Automation (3)
engine\NativeCommand.cs (1)
30
_myCommandProcessor.
StopProcessing
();
engine\NativeCommandProcessor.cs (2)
694
StopProcessing
();
798
this.
StopProcessing
();


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How to watch today’s Trump Impeachment Hearings on TV or online
by Chris SmithTrump Impeachment Hearings Live Stream: How to watch online or on TV
The Donald Trump Impeachment Hearings are underway, with the United States House of Representatives holding public hearings as they deliberate whether to formally impeach the embattled 45th POTUS.
The next session takes place on Friday, November 15 and they will be televised live in the US and the UK, as the court of public opinion draws its own conclusions on whether Trump should be subjected to a full Senate trial, which could see him removed from office.
On Friday, all of the major US news networks will be offering wall-to-wall coverage of the testimony and subsequent grilling by lawmakers of Marie Yovanovitch, the former United States Ambassador to the Ukraine.
Her role in the proceedings is thought to be critical. A highly-respected and tenured diplomat Yovanovitch was relieved of her position by Trump and – allegedly – subjected to a smear campaign, which she called “false claims by people with clearly questionable motives”. One of those people is Trump associate Rudy Guiliani, who is alleged to have been instrumental in facilitating firing of the career public servant.
The testimony, which follows those of George Kent (Deputy Assistant Secretary of State) and Bill Taylor (former Ambassador and top US diplomat in Ukraine), on Wednesday, promises to be compelling viewing.
How to watch the Trump Impeachment Hearings live online
If you’re in the UK, BBC Parliament is showing live coverage of the Trump Impeachment hearings.
Coverage starts at 4pm GMT (11am Washington time) and runs until 8pm.
You’ll be able to watch on the BBC Parliament television channel, which is free to air on all platforms, or online via the BBC iPlayer. Just follow this link to join the live coverage on Friday. You can watch coverage from Wednesday’s headings here. Or below thanks to CBS News:
While that’s great for Brits, there’s a potential bump in the road. Yovanovitch’s testimony is scheduled to commence at 2pm UK time (9am Washington time). BBC Parliament will probably join it live, but we don’t know for sure.
In that instance, you should be able to watch via one of the main US networks’ YouTube channels or websites. CBS News and C-SPAN are live streaming coverage on YouTube. The likes of Fox News, CNN and MSNBC are streaming coverage via their websites.
Coverage will be augmented by panel discussions with analysts, so choose wisely depending on your political persuasions.
You may encounter location blockers when accessing some of these sources and, if so, we’d like to point you to our guide to the best VPNs.
Chris Smith is a freelance technology journalist for a host of UK tech publications, including Trusted Reviews. He's based in South Florida, USA. …
Unlike other sites, we thoroughly review everything we recommend, using industry standard tests to evaluate products. We’ll always tell you what we find. We may get a commission if you buy via our price links. Tell us what you think – email the Editor


Use avatars to quickly identify users or other entities
| Size | Example | Description | |
|---|---|---|---|
| 96px |
RH
|
Great for profile pages, user highlights, etc. | |
| 48px |
RH
|
Use this on main page titles such as a users account settings | |
| 32px |
RH
|
Use for medium sized avatars like in activity streams or comments | |
| 24px |
RH
|
Use in containers or dropdowns for entities | |
| 16px |
RH
|
Use for condensed metadata - large lists like logs, etc |
clover
lime
seafoam
gemstone
sky
royal
ocean
sunlight
tangerine
sunset
lipstick
barbie
grape
neutral
Image


Programming Practice 2016Dec07 #course
Please complete the following programming tasks within 30 minutes and upload the screenshots of your pass
in a word document onto your project page in a link named:
Programming test 2016 Dec07
1.
http://codingbat.com/prob/p151940 [1]
2.
http://codingbat.com/prob/p147448 [2]
3.
http://codingbat.com/prob/p109637 [2]
4.
http://codingbat.com/prob/p134022 [3]
5.
http://codingbat.com/prob/p104090 [3]
6.
http://codingbat.com/prob/p139677 [3]
total 14 marks.
Time: 30 minutes


| Path: | README |
| Last Update: | Mon Mar 02 08:07:08 -0800 2009 |
ShortURL is a very simple library to use URL shortening services such as RubyURL, urlTea, and TinyURL.
ShortURL is available as a gem, installation is just like any other gem: $ gem install shorturl
You can also download the tar.bz2 archive at rubyforge.org/frs/?group_id=732 if you do not want to use the gem.
Here is the list of the services supported by ShortURL:
call-seq:
require "shorturl" puts ShortURL.shorten("http://mypage.com") puts ShortURL.shorten("http://mypage.com", :moourl)
The second parameter represents the service you want to use. These are:
You can use ShortURL.valid_services to obtain a list of the valid services (in case I forget to update the documentation)


Click to get random number from server via XMLHTTPRequest Object (AJAX)
This page contacts a PHP page named ajax_test.php to retrieve a random number.


suspend fun downloadBlockRange(heightRange: IntRange): Int
Requests the given range of blocks from the lightwalletService and then persists them to the compactBlockStore.
heightRange
- the inclusive range of heights to request. For example 10..20 would
request 11 blocks (including block 10 and block 20).
Return
the number of blocks that were returned in the results from the lightwalletService.


--- title: Error Summary description: This shows a summary of errors the user has made at the top of the page. toc: true --- {% capture error-summary %}
Error summary must always be at the top
This is to ensure that users will see the error summary when the page loads
Clear and concise message
This ensures that the users know exactly what errors there are and are able to rectify them. Having unclear messaging may annoy the user and lead to fustration
Link to error
Users will be able to quickly access the errors and rectify them without having to go through the entire page


|
%%(G \circ F)(\vec{X})%%
|
A mathematical vector with 3 components. More...
#include <vec3.h>
Public Member Functions | |
| Vec3 () | |
| Constructs a Vec3 with all three components being initialized to 0.0f. More... | |
| Vec3 (float x, float y, float z) | |
| Constructs a Vec3 with the given x, y, and z values assigned to their respective components. More... | |
| Vec3 (const Vec2 &xy, float z) | |
| Constructor. More... | |
| Vec3 (float x, const Vec2 &yz) | |
| Constructor. More... | |
| Vec3 (float xyz) | |
| Constructor taking a single float argument that will be copied into all three component values. More... | |
| operator Vec2 () const | |
| Explicit cast that converts the given Vec3 to a Vec2. More... | |
| operator Vec4 () const | |
| Explicit cast that converts the given Vec3 to a Vec4. More... | |
| Vec4 | ToColVec () const |
| Creates the 4-component column vector version of this Vec3. More... | |
Static Public Member Functions | |
| static Vec3 | Right () |
| The Vec3 right direction vector. | |
| static Vec3 | Up () |
| The Vec3 up direction vector. | |
| static Vec3 | Forward () |
| The forward Vec3 direction vector. | |
| static Vec3 | Left () |
| The Vec3 left direction vector. | |
| static Vec3 | Down () |
| The Vec3 down direction vector. | |
| static Vec3 | Back () |
| The Vec3 back direction vector. | |
| static Vec3 | One () |
| The Vec3 one vector (all components are 1.0f) | |
| static Vec3 | NegOne () |
| The Vec3 negative one vector (all components are -1.0f) | |
| static Vec3 | Zero () |
| The Vec3 zero vector (all components are 0.0f) | |
Public Attributes | |
| float | vals [3] |
| The 3 components of the Vec3. More... | |
| float | x |
| The x-coordinate. More... | |
| float | y |
| The y-coordinate. More... | |
| float | z |
| The z-coordinate. More... | |
Friends | |
| std::ostream & | operator<< (std::ostream &stream, const Vec3 &vec) |
| A function that writes the given 3D vector to the given output stream. More... | |
| std::istream & | operator>> (std::istream &stream, Vec3 &vec) |
| A function that reads in the a 3D vector from the given input stream. More... | |
| bool | operator== (const Vec3 &left, const Vec3 &right) |
| Equality operator. More... | |
| bool | operator!= (const Vec3 &left, const Vec3 &right) |
| Inequality operator. More... | |
Related Functions | |
(Note that these are not member functions.) | |
| Vec3 | Vec3Add (const Vec3 &first, const Vec3 &second) |
| Add the two given Vec3s. More... | |
| Vec3 | Vec3Sub (const Vec3 &first, const Vec3 &second) |
| Subtract the two given Vec3s. More... | |
| float | Vec3Dot (const Vec3 &first, const Vec3 &second) |
| Vec3 dot product. More... | |
| Vec3 | Vec3MulScalar (const Vec3 &vec, float factor) |
| Multiply the components of the given Vec3 by the given scalar. More... | |
| Vec3 | Vec3DivScalar (const Vec3 &vec, float divisor) |
| Divide the components of the given Vec3 by the given scalar. More... | |
| Vec3 | Vec3Normalize (const Vec3 &vec) |
| Normalize the given Vec3. More... | |
| Vec3 | Vec3Negate (const Vec3 &vec) |
| Negate the given Vec3 components. More... | |
| template<FloatPrecision precision = FloatPrecision::HIGH> | |
| bool | Vec3ApproxEqual (const Vec3 &first, const Vec3 &second) |
| Determines whether the two Vec3s are approximately equal, based on the given Precision template argument (defaults to HIGH precision). More... | |
| bool | Vec3HasNaN (const Vec3 &vec) |
| Vector 2 has a NaN component value. More... | |
| bool | Vec3HasInfinite (const Vec3 &vec) |
| Determines whether or not the given Vec3 has an infinite value component. More... | |
| Vec3 | Vec3Cross (const Vec3 &first, const Vec3 &second) |
| The cross product of the two given Vec3s. More... | |
A mathematical vector with 3 components.
| gofxmath::Vec3::Vec3 | ( | ) |
Constructs a Vec3 with all three components being initialized to 0.0f.
| gofxmath::Vec3::Vec3 | ( | float | x, |
| float | y, | ||
| float | z | ||
| ) |
| gofxmath::Vec3::Vec3 | ( | const Vec2 & | xy, |
| float | z | ||
| ) |
| gofxmath::Vec3::Vec3 | ( | float | x, |
| const Vec2 & | yz | ||
| ) |
| gofxmath::Vec3::Vec3 | ( | float | xyz | ) |
Constructor taking a single float argument that will be copied into all three component values.
| xyz | The value of the x, y, and z-coordinate components of this Vec3. |
|
explicit |
|
explicit |
| Vec4 gofxmath::Vec3::ToColVec | ( | ) | const |
Inequality operator.
| left | The first instance to compare. |
| right | The second instance to compare. |
|
friend |
Equality operator.
| left | The first instance to compare. |
| right | The second instance to compare. |
|
friend |
|
related |
Determines whether the two Vec3s are approximately equal, based on the given Precision template argument (defaults to HIGH precision).
| precision | Type of the precision. |
|
related |
|
related |
Vector 2 has a NaN component value.
| vec | The vector. |
| float gofxmath::Vec3::vals[3] |
The 3 components of the Vec3.
| float gofxmath::Vec3::x |
The x-coordinate.
| float gofxmath::Vec3::y |
The y-coordinate.
| float gofxmath::Vec3::z |
The z-coordinate.


normal approximation for binomial distributions
Approximating a binomial distribution with Poisson or normal ...
Mar 1, 2012 . This is yet another experiment to see how good is the approximation of binomial probability when we use Poisson and normal distributions for .
http://www.stattler.com/article/poisson-approximation-binomial-probabilities
Normal Approximation to Binomial
This Java applet shows how the binomial distribution can be approximated by the normal distribution. The initial values are for a binomial distribution with the .
http://www.ruf.rice.edu/~lane/stat_sim/normal_approx/
Normal Approximation to Binomial Distributions - WH Freeman
Central Limit Theorem Normal Approximation to Binomial Distributions. The Central Limit Theorem says that as n increases, the binomial distribution with n trials .
http://bcs.whfreeman.com/ips4e/cat_010/applets/CLT-Binomial.html
Things You'll Need
- Certified copies of public records evidence in your case
Instructions
-
-
1
Normal Distributions: Normal Approximation to the Binomial - YouTube
Nov 12, 2011 . Shows how to approximate the binomial distribution with the normal distribution. See also .
http://www.youtube.com/watch?v=GieXC-dFtHoNormal approximation to Binomial distribution
Lec4 2. April 20, 2005. Normal approximation to Binomial distribution. Binomial calculations for compound events. The normal approximation to the binomial .
http://statistics.uchicago.edu/~s220e/Lect/lec11.pdf -
2
Normal approximation to a Binomial Distribution 1.mp4 - YouTube
Aug 16, 2010 . Normal approximation to a Binomial Distribution 1.mp4. ProfessorRosever·171 videos. Subscribe Subscribed Unsubscribe 206. 3,969. Like .
http://www.youtube.com/watch?v=WAJvCL77oXo6.6 The Normal Approximation to the Binomial Distribution
1. 6.6 The Normal Approximation to the Binomial Distribution. In the earlier sections of this chapter, you learned about the normal probability distribution. In .
http://wps.prenhall.com/wps/media/objects/9431/9657451/Ch_06/levine-smume6_topic_06-06.pdf -
-
3
Normal Approximation to Binomial
The blue distribution represents the normal approximation to the binomial distribution. It is a very good approximation in this case. The higher the value of N and .
http://www.ruf.rice.edu/~lane/stat_sim/binom_demo.htmlStats: Normal Approximation to Binomial
It turns out that the binomial distribution can be approximated using the normal distribution if np and nq are both at least 5. Furthermore, recall that the mean of a .
http://people.richland.edu/james/lecture/m170/ch07-bin.html -
4
Normal approximation to the binomial distribution
Mean and variance of the binomial distribution; Normal approximation to the binimial distribution. One can easily verify that the mean for a single binomial trial , .
http://www.cs.uni.edu/~campbell/stat/prob8.htmlBinomial distribution - Wikipedia, the free encyclopedia
Binomial PDF and normal approximation for n = 6 and p = 0.5. If n is large enough, then the skew of the distribution is not .
http://en.wikipedia.org/wiki/Binomial_distribution
-
1
References
Resources
- Photo Credit Justice image by MVit from elocin beauity salon laning il


Hi, I am Marin, a PhD student at the Max Planck Institute for Intelligent Systems in Tuebingen, Germany as part of the International Max Planck Research School for Intelligent Systems. My thesis advisory committee consists of Georg Martius, Peter Dayan, Michael Muehlebach and Aamir Ahmad, with my primary supervisor being Georg Martius.
I possess a masters degree in computer science with a machine learning focus from the Karlsruhe Institute of Technology, Karlsruhe, Germany and a bachelors degree in computer science from the University of Zagreb, Croatia.
In 2017 I was fortunate enough to have received a research fellowship with the Blue Brain Project in Geneva, Switzerland, where I came into contact with neuroscience. In 2021 I spent some time at Amazon as an applied scientist intern doing work on variational inference, reinforcement learning and NLP in collaboration with Patrick Ernst and Gyuri Szarvas. I spent part of 2022 at DeepMind hosted by Kimberly Stachenfeld in Peter Battaglia's group working on diffusion generative modelling for building better optimizers in close collaboration with Arnaud Doucet.
Regarding research, I have a broad interest in sequential decision making (RL etc.), representation learning, generative modelling and implicit layers. I am actively looking for collaborators! If you are interested, you can reach me at mvlastelica at tue dot mpg dot de.
In my free time I enjoy playing guitar, reading opinionated books on various topics, and all sorts of sport activities.


Camera Component
The camera component is used to tell the renderer from which position and with which settings to render the scene. Apart from the component that acts as the main camera, there can be additional cameras in active use for render to texture (TODO) effects. Additionally, camera components can be used in the editor as 'bookmarks' to be able to quickly jump to specific positions in a level.
When an object with a camera component is selected, the editor shows a preview of what the camera sees in the top left corner.
Video: How to add a Game Camera
Main Camera
The camera settings that are used for rendering the scene are fully under control of the game state. Every frame it decides where to place the main camera and with which settings. At this point, no camera component is involved, your game may control the main camera without having any camera component in the scene.
However, the default behavior of the game state (see ezFallbackGameState
), is to check the scene for a camera component that has its UsageHint
set to Main View
. Unless you write a custom game state and override this behavior, the game state will simply copy all the camera settings from the first camera component that it can find with this usage hint.
Consequently, you can control the main camera, by placing a component and setting its UsageHint
to Main View
.
If you want a different camera component to take over from the current one, you need to change the usage hint on those camera components.
Important:
The
ezFallbackGameState
is mostly for development and therefore has other convenience features for cameras. For example, you can switch through cameras in the scene usingPage Up
andPage Down
. If you release a game, you should make sure to disable this behavior.
Other Cameras
A scene can contain any number of camera components. Unless they are referenced by other systems, they won't do anything and will have no performance impact.
Camera Bookmarks
Camera components can be placed as 'bookmarks', such that people working on a scene can quickly move the editor camera to areas of interest. This chapter describes how to do so.
Include/Exclude Tags
By default a camera renders all objects in the scene. Sometimes it can be desirable, though, for a camera to render only specific objects, or to ignore those. For example you may have descriptive labels attached to some objects, which the player can display on demand.
Using the inclusion and exclusion tags on the camera, you can control which objects are going to be considered for rendering from this camera view.
- If any inclusion tag is set, only objects with any of these tags are rendered.
- If an exclusion tag is set, no object with any of these tags is rendered.
Important:
Don't forget that tags are not inherited. You can't hide an object by setting a tag on its parent node.
So for the example with the object labels above, you would assign a 'label' tag to those objects and on your camera you would set 'label' as an exclusion tag. This way those objects are not rendered. When the player wants to see the labels, you would simply remove the exclusion tag from the camera, to make them appear.
Important:
Especially when using include tags, be aware that not only meshes, but also light sources (and everything else that's part of the rendering process) are affected by this. If you forget to set the necessary include tags on your light sources, the output will stay dark.
Render to Texture
Camera components can be used to render their view to a texture, which can then be referenced by a material and displayed on any mesh.
To enable this mode, the UsageHint
has to be set to Render to Texture
. You also need to select a CameraRenderPipeline
. The render pipeline defines how the scene is rendered and which rendering effects are applied. You need to configure which render pipelines (TODO) are available to the cameras in the asset profiles (TODO).
The RenderTargetOffset
and RenderTargetSize
allow you to render only to a part of the texture.
Note that rendering to a texture involves additional steps. See the chapter about render-to-texture (TODO) for full instructions.
Component Properties
EditorShortcut
: Used to configure level cameras.UsageHint
: A hint what the camera is supposed to be used for. Systems like the game state may use this information to use or ignore this component.Mode
,FOV
,Dimensions
: Configure whether this is a perspective or an orthographic view and how the other options are applied. Field-of-view (FOV) is used for perspective modes, dimensions are used for orthographic modes.NearPlane
,FarPlane
: The distances for the near and far plane. For best performance keep the far plane distance as low as possible. To prevent z-fighting make sure that the near plane is not too close and the far plane is not too far out.IncludeTags
,ExcludeTags
: See Include/Exclude Tags above.CameraRenderPipeline
: Allows you to select a specific render pipeline (TODO) that shall be used to render the output from this camera. Available render pipelines are set up in the asset profiles (TODO).RenderTarget
,RenderTargetOffset
,RenderTargetSize
: Only available whenUsageHint
is set toRender to Texture
.Aperture
,ShutterTime
,ISO
,ExposureCompensation
: These options are currently only used for tonemapping. They all affect the final exposure value, which means you can adjust any one of them to change the brightness of the output. In the future these values may be used for motion blur and depth-of-field.


Seer: Compositions of Kanakadasa eternal
Tradtition of offering ‘ naivedya’ in Udupi started by him
by SPECIAL CORRESPONDENTUDUPIVidyadheesha Tirtha Swami of Paryaya Palimar Mutt said on Friday that the teachings and compositions of the saint-composer Kanakadasa were relevant for all time.
He was speaking at the culmination of the Sri Kanaka Sadbhavana Jyoti Ratha Yatre on the occasion of the Kanakadasa Jayanti here.
The seer said that Kanakadasa had offered ‘roti’ and ‘ganji’ as ‘naivedya’ during his stay here. This tradition continued to this day. This showed the kind of influence Kanakadasa had in Udupi, he said.
Earlier the yatre, which began from Bengaluru and reached Jodu Katte here on Friday, was given a grand welcome. The yatre along with a procession went through the main streets and finally culminated in front of the Sri Kanakadasa Mandira here. Vidyadheesha Tirtha offered special prayers to the idol of Sri Kanakadasa at the Mandira.
Meanwhile, G. Jagadeesha, Deputy Commissioner, said that the teachings and ‘kirtanas’ of the saint-composer, which emphasised on peace and harmony in the society, were eternal.
He was speaking after inaugurating the Sri Kanakadasa Jayanti organised by the district administration and other organisations, here.
Mr. Jagadeesha said that his kirtanas written in a simple language had deep philosophical insights and they were also aimed at reforming the society. “People should follow the teachings of Sri Kanakadasa,” he said.
Delivering a special lecture on the occasion, Meti Mudiyappa, retired professor, said that Sri Kanakadasa was a national saint.


|
| | randombase (const raft::rndgenerator gen, const std::uint64_t seed) |
| |
| | randombase (const raft::rndgenerator gen) |
| |
| randombase::randombase |
( |
const raft::rndgenerator |
gen, |
|
|
const std::uint64_t |
seed |
|
) |
| |
randombase - initialize random number generator, provide a seed. useful for debugging, however for a more random source it is advisable to use the non-seeded version which uses system entropy. The first parameter is the random number generator. For the moment these are entirely sourced from GNU GSL so feel free to consult their docs here (http://goo.gl/tfElhG).
- Parameters
-
| gen | - raft::rndgenerator |
| seed | - const std::uint64_t |
| randombase::randombase |
( |
const raft::rndgenerator |
gen | ) |
|
randombase - initialize random number generator, uses system entropy for a more random seed to the random number generator. The first parameter is the random number generator. For the moment these are entirely sourced from GNU GSL so feel free to consult their docs here (http://goo.gl/tfElhG).
| std::uint64_t randombase::sample_system_rng |
( |
| ) |
|
|
staticprotected |
sample_system_rng - returns system provided uint64_t from /dev/urandom. Normally I'd say use /dev/random however then we have to handle blocking for lack of entropy and this seems a bit simpler at the moment.
- Returns
- std::uint64_t
TODO, throw appropriate raft exception
| gsl_rng* raft::randombase::rng = nullptr |
|
protected |
The documentation for this class was generated from the following files:


Scrolling Start/End Tests
End
Scroll Bottom Of Div
Scroll Bottom Of Window
Start
Scroll Target
Scroll Top Of Div
Scroll Top Of Window


| directory/path = full path to directory/folder |
|
This command will change the currently selected directory for disk operations, useful for advanced file operations. Use CURRENTDIR$() to see what the current directory is.
Use a directory/path of ".." to change to the parent of the current directory, unless you are at the root directory of the drive, then no change happens. |
|
; ChangeDir example
ChangeDir "c:winntsystem32" Print "The folder has been changed to: " + currentdir$() |


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Extra care and attention from TBAs as against nurses in the hospitals is another reason women stick with them.
Attitude of TBAs compared to the attitude of nurses, is a significant factor in the choices available to an expectant mother when she goes for her delivery. Recounting her experience, Larai Patrick said: "When I went to have my first baby, the pain was unbearable. The nurse kept slapping my thighs and raining abuses on me. Even after the labour pains ended, I was still writhing in pains from the slaps and her very unkind words."
"When I got pregnant again, a friend introduced me to the Hajiya who helped her, and that's where I went to deliver my other three children," the Galwuyi resident of Bwari Area Council added.
Another woman, Jummai Hamza, said TBAs take care of the babies more than nurses. "All these young nurses don't want to mess their hands and therefore don't clean/bathe the babies well. The TBAs take their time to do this and also encourage you ,the new mother," she said.
 They massage your body and make you sit in hot water to heal the wound. While they are doing this, they are praying for you and the baby.
"Even when the child is growing, they are proud to show off that he is one of their products," she said of Jigawa's TBAs. She emphasised : "they maintain a relationship with you forever.


{% extends "base.html" %} {% block contenttitle %}Privacy and Confidentiality{% endblock %} {% block content %}
All information collected during a patients participation in this study will be identified with a unique study number (for example participant # AB01), and will not contain information that identifies the patient. Information leaving the hospital will only contain this unique study number.
A Master List will be created so that a link can be made between identifying information and the unique study number. This list will only be available to identified project staff and will not leave the hospital. It will be stored in a separate file on a separate computer that is password protected on the hospital network. Personal health information collected for the study will be released only if it is required by law. Original medical records and research records may be reviewed under the supervision of project staff by representatives from the Ottawa Health Science Network Research Ethics Board (OHSN-REB), the Ottawa Hospital Research Institute, and Carleton University Ethics Board.
De-identified data from the study will be shared with Carleton University and stored on SOSCIP servers. Participants will not be identified in any publications or presentations resulting from this study. Research records will be kept for 10 years, as required by the OHSN-REB. At the end of the storage time, all paper records will be shredded and all electronic records will be securely deleted.
{% endblock %}


I've gotta go.
I'm gonna get that son-of-a-bitch.
Alright, okay Jennifer. What if I send in the tape and they don't like it. I mean, what if they say I'm no good. What if they say, 'Get out of here, kid, you got no future.' I mean, I just don't think I can take that kind of rejection. Jesus, I'm beginning to sound like my old man.
Then how am I supposed to ever meet anybody.
Right check, Doc.


Volunteer registry
first name
last name
place you live (zip code)
age
password
phone
email
environmental concerns
Submit
send


Game
Choose Name
About Us
Citations
Yo scrub
If you are reading this, it is because your browser does not support the audio element.
Survival is a
Lie
Current Turn:


|
LibDriver W25QXX
1.0.0
W25QXX full function driver
|
w25qxx example driver modules More...
Functions | |
| uint8_t | w25qxx_advance_init (w25qxx_type_t type, w25qxx_interface_t interface, w25qxx_bool_t dual_quad_spi_enable) |
| advance example init More... | |
| uint8_t | w25qxx_advance_deinit (void) |
| advance example deinit More... | |
| uint8_t | w25qxx_advance_power_down (void) |
| advance example power down More... | |
| uint8_t | w25qxx_advance_wake_up (void) |
| advance example wake up More... | |
| uint8_t | w25qxx_advance_chip_erase (void) |
| advance example chip erase More... | |
| uint8_t | w25qxx_advance_get_id (uint8_t *manufacturer, uint8_t *device_id) |
| advance example get the manufacturer && device id information More... | |
| uint8_t | w25qxx_advance_write (uint32_t addr, uint8_t *data, uint32_t len) |
| advance example write More... | |
| uint8_t | w25qxx_advance_read (uint32_t addr, uint8_t *data, uint32_t len) |
| advance example read More... | |
| uint8_t | w25qxx_advance_page_program (uint32_t addr, uint8_t *data, uint16_t len) |
| advance example page program More... | |
| uint8_t | w25qxx_advance_sector_erase_4k (uint32_t addr) |
| advance example erase the 4k sector More... | |
| uint8_t | w25qxx_advance_block_erase_32k (uint32_t addr) |
| advance example erase the 32k block More... | |
| uint8_t | w25qxx_advance_block_erase_64k (uint32_t addr) |
| advance example erase the 64k block More... | |
| uint8_t | w25qxx_advance_fast_read (uint32_t addr, uint8_t *data, uint32_t len) |
| advance example read in the fast mode More... | |
| uint8_t | w25qxx_advance_get_status1 (uint8_t *status) |
| advance example get the status 1 More... | |
| uint8_t | w25qxx_advance_get_status2 (uint8_t *status) |
| advance example get the status 2 More... | |
| uint8_t | w25qxx_advance_get_status3 (uint8_t *status) |
| advance example get the status 3 More... | |
| uint8_t | w25qxx_advance_set_status1 (uint8_t status) |
| advance example set the status 1 More... | |
| uint8_t | w25qxx_advance_set_status2 (uint8_t status) |
| advance example set the status 2 More... | |
| uint8_t | w25qxx_advance_set_status3 (uint8_t status) |
| advance example set the status 3 More... | |
| uint8_t | w25qxx_advance_get_get_jedec_id (uint8_t *manufacturer, uint8_t device_id[2]) |
| advance example get the jedec id information More... | |
| uint8_t | w25qxx_advance_global_block_lock (void) |
| advance example global block lock More... | |
| uint8_t | w25qxx_advance_global_block_unlock (void) |
| advance example global block unlock More... | |
| uint8_t | w25qxx_advance_individual_block_lock (uint32_t addr) |
| advance example lock the individual block More... | |
| uint8_t | w25qxx_advance_individual_block_unlock (uint32_t addr) |
| advance example unlock the individual block More... | |
| uint8_t | w25qxx_advance_read_block_lock (uint32_t addr, uint8_t *value) |
| advance example read the block lock More... | |
| uint8_t | w25qxx_advance_reset (void) |
| advance example reset More... | |
| uint8_t | w25qxx_advance_only_spi_read (uint32_t addr, uint8_t *data, uint32_t len) |
| advance example read only in the spi interface More... | |
| uint8_t | w25qxx_advance_only_spi_fast_read_dual_output (uint32_t addr, uint8_t *data, uint32_t len) |
| advance example fast read only in the spi dual output interface More... | |
| uint8_t | w25qxx_advance_only_spi_fast_read_quad_output (uint32_t addr, uint8_t *data, uint32_t len) |
| advance example fast read only in the spi quad output interface More... | |
| uint8_t | w25qxx_advance_only_spi_fast_read_dual_io (uint32_t addr, uint8_t *data, uint32_t len) |
| advance example fast read only in the spi dual io interface More... | |
| uint8_t | w25qxx_advance_only_spi_fast_read_quad_io (uint32_t addr, uint8_t *data, uint32_t len) |
| advance example fast read only in the spi quad io interface More... | |
| uint8_t | w25qxx_advance_only_spi_word_read_quad_io (uint32_t addr, uint8_t *data, uint32_t len) |
| advance example word read only in the spi quad io interface More... | |
| uint8_t | w25qxx_advance_only_spi_octal_word_read_quad_io (uint32_t addr, uint8_t *data, uint32_t len) |
| advance example octal word read only in the spi quad io interface More... | |
| uint8_t | w25qxx_advance_only_spi_page_program_quad_input (uint32_t addr, uint8_t *data, uint16_t len) |
| advance example quad page program only in the spi quad input interface More... | |
| uint8_t | w25qxx_advance_only_spi_get_manufacturer_device_id_dual_io (uint8_t *manufacturer, uint8_t *device_id) |
| advance example get the manufacturer && device id information only in the spi dual io interface More... | |
| uint8_t | w25qxx_advance_only_spi_get_manufacturer_device_id_quad_io (uint8_t *manufacturer, uint8_t *device_id) |
| advance example get the manufacturer && device id information only in the spi quad io interface More... | |
| uint8_t | w25qxx_advance_only_spi_get_unique_id (uint8_t id[8]) |
| advance example get the unique id only in the spi interface More... | |
| uint8_t | w25qxx_advance_only_spi_get_sfdp (uint8_t sfdp[256]) |
| advance example get the sfdp only in the spi interface More... | |
| uint8_t | w25qxx_advance_only_spi_write_security_register (w25qxx_security_register_t num, uint8_t data[256]) |
| advance example write the security register only in the spi interface More... | |
| uint8_t | w25qxx_advance_only_spi_read_security_register (w25qxx_security_register_t num, uint8_t data[256]) |
| advance example read the security register only in the spi interface More... | |
| uint8_t | w25qxx_advance_only_spi_set_burst_with_wrap (w25qxx_burst_wrap_t wrap) |
| advance example set the burst with wrap only in the spi interface More... | |
| uint8_t | w25qxx_advance_only_qspi_set_read_parameters (w25qxx_qspi_read_dummy_t dummy, w25qxx_qspi_read_wrap_length_t length) |
| advance example set the read parameters only in the qspi interface More... | |
| uint8_t | w25qxx_basic_init (w25qxx_type_t type, w25qxx_interface_t interface, w25qxx_bool_t dual_quad_spi_enable) |
| basic example init More... | |
| uint8_t | w25qxx_basic_deinit (void) |
| basic example deinit More... | |
| uint8_t | w25qxx_basic_power_down (void) |
| basic example power down More... | |
| uint8_t | w25qxx_basic_wake_up (void) |
| basic example wake up More... | |
| uint8_t | w25qxx_basic_chip_erase (void) |
| basic example chip erase More... | |
| uint8_t | w25qxx_basic_get_id (uint8_t *manufacturer, uint8_t *device_id) |
| basic example get the manufacturer && device id information More... | |
| uint8_t | w25qxx_basic_write (uint32_t addr, uint8_t *data, uint32_t len) |
| basic example write More... | |
| uint8_t | w25qxx_basic_read (uint32_t addr, uint8_t *data, uint32_t len) |
| basic example read More... | |
w25qxx example driver modules
| uint8_t w25qxx_advance_block_erase_32k | ( | uint32_t | addr | ) |
advance example erase the 32k block
| [in] | addr | is the erase address |
Definition at line 309 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_block_erase_64k | ( | uint32_t | addr | ) |
advance example erase the 64k block
| [in] | addr | is the erase address |
Definition at line 329 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_chip_erase | ( | void | ) |
advance example chip erase
Definition at line 226 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_deinit | ( | void | ) |
advance example deinit
Definition at line 125 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_fast_read | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint32_t | len | ||
| ) |
advance example read in the fast mode
| [in] | addr | is the read address |
| [out] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 351 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_get_get_jedec_id | ( | uint8_t * | manufacturer, |
| uint8_t | device_id[2] | ||
| ) |
advance example get the jedec id information
| [out] | *manufacturer | points to a manufacturer buffer |
| [out] | *device_id | points to a device id buffer |
Definition at line 710 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_get_id | ( | uint8_t * | manufacturer, |
| uint8_t * | device_id | ||
| ) |
advance example get the manufacturer && device id information
| [out] | *manufacturer | points to a manufacturer buffer |
| [out] | *device_id | points to a device id buffer |
Definition at line 247 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_get_status1 | ( | uint8_t * | status | ) |
advance example get the status 1
| [out] | *status | points to a status buffer |
Definition at line 547 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_get_status2 | ( | uint8_t * | status | ) |
advance example get the status 2
| [out] | *status | points to a status buffer |
Definition at line 567 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_get_status3 | ( | uint8_t * | status | ) |
advance example get the status 3
| [out] | *status | points to a status buffer |
Definition at line 587 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_global_block_lock | ( | void | ) |
advance example global block lock
Definition at line 729 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_global_block_unlock | ( | void | ) |
advance example global block unlock
Definition at line 748 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_individual_block_lock | ( | uint32_t | addr | ) |
advance example lock the individual block
| [in] | addr | is the block address |
Definition at line 768 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_individual_block_unlock | ( | uint32_t | addr | ) |
advance example unlock the individual block
| [in] | addr | is the block address |
Definition at line 788 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_init | ( | w25qxx_type_t | type, |
| w25qxx_interface_t | interface, | ||
| w25qxx_bool_t | dual_quad_spi_enable | ||
| ) |
advance example init
| [in] | type | is the chip type |
| [in] | interface | is the chip interface |
| [in] | dual_quad_spi_enable | is a bool value |
Definition at line 51 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_qspi_set_read_parameters | ( | w25qxx_qspi_read_dummy_t | dummy, |
| w25qxx_qspi_read_wrap_length_t | length | ||
| ) |
advance example set the read parameters only in the qspi interface
| [in] | dummy | is the qspi read dummy |
| [in] | length | is the qspi read wrap length |
Definition at line 853 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_fast_read_dual_io | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint32_t | len | ||
| ) |
advance example fast read only in the spi dual io interface
| [in] | addr | is the read address |
| [out] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 439 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_fast_read_dual_output | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint32_t | len | ||
| ) |
advance example fast read only in the spi dual output interface
| [in] | addr | is the read address |
| [out] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 395 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_fast_read_quad_io | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint32_t | len | ||
| ) |
advance example fast read only in the spi quad io interface
| [in] | addr | is the read address |
| [out] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 461 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_fast_read_quad_output | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint32_t | len | ||
| ) |
advance example fast read only in the spi quad output interface
| [in] | addr | is the read address |
| [out] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 417 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_get_manufacturer_device_id_dual_io | ( | uint8_t * | manufacturer, |
| uint8_t * | device_id | ||
| ) |
advance example get the manufacturer && device id information only in the spi dual io interface
| [out] | *manufacturer | points to a manufacturer buffer |
| [out] | *device_id | points to a device id buffer |
Definition at line 668 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_get_manufacturer_device_id_quad_io | ( | uint8_t * | manufacturer, |
| uint8_t * | device_id | ||
| ) |
advance example get the manufacturer && device id information only in the spi quad io interface
| [out] | *manufacturer | points to a manufacturer buffer |
| [out] | *device_id | points to a device id buffer |
Definition at line 689 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_get_sfdp | ( | uint8_t | sfdp[256] | ) |
advance example get the sfdp only in the spi interface
| [out] | *sfdp | points to a sfdp buffer |
Definition at line 893 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_get_unique_id | ( | uint8_t | id[8] | ) |
advance example get the unique id only in the spi interface
| [out] | *id | points to a id buffer |
Definition at line 873 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_octal_word_read_quad_io | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint32_t | len | ||
| ) |
advance example octal word read only in the spi quad io interface
| [in] | addr | is the read address |
| [out] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 505 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_page_program_quad_input | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint16_t | len | ||
| ) |
advance example quad page program only in the spi quad input interface
| [in] | addr | is the programming address |
| [in] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 527 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_read | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint32_t | len | ||
| ) |
advance example read only in the spi interface
| [in] | addr | is the read address |
| [out] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 373 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_read_security_register | ( | w25qxx_security_register_t | num, |
| uint8_t | data[256] | ||
| ) |
advance example read the security register only in the spi interface
| [in] | num | is the security register number |
| [out] | *data | points to a data buffer |
Definition at line 939 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_set_burst_with_wrap | ( | w25qxx_burst_wrap_t | wrap | ) |
advance example set the burst with wrap only in the spi interface
| [in] | wrap | is the burst wrap |
Definition at line 959 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_word_read_quad_io | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint32_t | len | ||
| ) |
advance example word read only in the spi quad io interface
| [in] | addr | is the read address |
| [out] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 483 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_only_spi_write_security_register | ( | w25qxx_security_register_t | num, |
| uint8_t | data[256] | ||
| ) |
advance example write the security register only in the spi interface
| [in] | num | is the security register number |
| [in] | *data | points to a data buffer |
Definition at line 914 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_page_program | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint16_t | len | ||
| ) |
advance example page program
| [in] | addr | is the programming address |
| [in] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 269 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_power_down | ( | void | ) |
advance example power down
Definition at line 188 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_read | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint32_t | len | ||
| ) |
advance example read
| [in] | addr | is the read address |
| [out] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 169 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_read_block_lock | ( | uint32_t | addr, |
| uint8_t * | value | ||
| ) |
advance example read the block lock
| [in] | addr | is the block address |
| [out] | *value | points to a value buffer |
Definition at line 809 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_reset | ( | void | ) |
advance example reset
Definition at line 828 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_sector_erase_4k | ( | uint32_t | addr | ) |
advance example erase the 4k sector
| [in] | addr | is the erase address |
Definition at line 289 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_set_status1 | ( | uint8_t | status | ) |
advance example set the status 1
| [in] | status | is the set status |
Definition at line 607 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_set_status2 | ( | uint8_t | status | ) |
advance example set the status 2
| [in] | status | is the set status |
Definition at line 627 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_set_status3 | ( | uint8_t | status | ) |
advance example set the status 3
| [in] | status | is the set status |
Definition at line 647 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_wake_up | ( | void | ) |
advance example wake up
Definition at line 207 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_advance_write | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint32_t | len | ||
| ) |
advance example write
| [in] | addr | is the write address |
| [in] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 147 of file driver_w25qxx_advance.c.
| uint8_t w25qxx_basic_chip_erase | ( | void | ) |
basic example chip erase
Definition at line 182 of file driver_w25qxx_basic.c.
| uint8_t w25qxx_basic_deinit | ( | void | ) |
basic example deinit
Definition at line 125 of file driver_w25qxx_basic.c.
| uint8_t w25qxx_basic_get_id | ( | uint8_t * | manufacturer, |
| uint8_t * | device_id | ||
| ) |
basic example get the manufacturer && device id information
| [out] | *manufacturer | points to a manufacturer buffer |
| [out] | *device_id | points to a device id buffer |
Definition at line 203 of file driver_w25qxx_basic.c.
| uint8_t w25qxx_basic_init | ( | w25qxx_type_t | type, |
| w25qxx_interface_t | interface, | ||
| w25qxx_bool_t | dual_quad_spi_enable | ||
| ) |
basic example init
| [in] | type | is the chip type |
| [in] | interface | is the chip interface |
| [in] | dual_quad_spi_enable | is a bool value |
Definition at line 51 of file driver_w25qxx_basic.c.
| uint8_t w25qxx_basic_power_down | ( | void | ) |
basic example power down
Definition at line 144 of file driver_w25qxx_basic.c.
| uint8_t w25qxx_basic_read | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint32_t | len | ||
| ) |
basic example read
| [in] | addr | is the read address |
| [out] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 247 of file driver_w25qxx_basic.c.
| uint8_t w25qxx_basic_wake_up | ( | void | ) |
basic example wake up
Definition at line 163 of file driver_w25qxx_basic.c.
| uint8_t w25qxx_basic_write | ( | uint32_t | addr, |
| uint8_t * | data, | ||
| uint32_t | len | ||
| ) |
basic example write
| [in] | addr | is the write address |
| [in] | *data | points to a data buffer |
| [in] | len | is the data length |
Definition at line 225 of file driver_w25qxx_basic.c.


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Macro Engineering & Technology Inc.
Legal/Operating Name:
Macro Engineering & Technology Inc.
Mailing Address:
199 Traders Blvd EMISSISSAUGA, Ontario
L4Z 2E5
Location Address:
199 Traders Blvd EMISSISSAUGA, Ontario
L4Z 2E5
Tel.:<PHONE_NUMBER>
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Company Profile
Manufacturer of advanced blown and cast film extrusion and coextrusion systems and components, including specialized web handling equipment.
Full profile
Full profile
Contact information
Company description
Product / Service / Licensing
Blown & Cast Film Coextrusion
Biaxially-Oriented Coextrusion
Extrusion Coating & Lamination
Winding & Converting
Blown film extrusion machinery
Air rings for cooling
Internal bubble cooling (IBC)
Cast film extrusion machinery
Market profile
Industry sector market interests:
- Agriculture
- Construction
- Food and Beverage Manufacturing
Geographic markets:
Export experience:
- Argentina
- Brazil
- Chile
- China
- Czech Republic
- Denmark
- Finland
- France
- Germany
- Greece
- Guatemala
- Indonesia
- Israel
- Italy
- Japan
- Korea, Democratic People's Republic of
- Korea, Republic of
- Netherlands
- Peru
- Singapore
- Sweden
- Taiwan
- Turkey
- Ukraine
- United Kingdom
- United States
Actively pursuing:
- Australia
- Belgium
- Malaysia
- Mexico
- New Zealand
- Russian Federation
Sector information
Unique applications:
New Full Production Size Laboratory Line - Ournew facility is a new 1600 mm wide, 11 meters
high, fully automatic blown coextrusion line. It
incorporates four new Macro patents and four new
patent applications concerning: die design, film
cooling, gauge control, oscillating nips, edge
guiding and roll handling. In operation since
October 1997, the lab line will serve customers
for trials and market seeding.
 It has low residence time
and low wetted surface area. These
characteristics make this new die ideally suited
for coextruding highly degradable and difficult
to extrude material.
Model D10 Dual Lip Air Ring - Optimized design is
suited for low melt strength polymers featuring
improved gauge control, bubble stability, and
output. A series of stackable stabilizers shield
the bubble from outside air provides improved
venturi to help stabilize the molten bubble.
Fully Automatic Surface and Turret Winders with
Shaft Extraction - These affordable winders were
developed for fully automatic operations using
shaft extraction, core loading, and shaft loading
in the case of surface winders. These systems
completely eliminate operator handling of shaft,
cores and finished rolls.
High Output Blown Film IBC with Secondary
Cooling - This new system incorporates Macro's
previously patented secondary cooling technology
with IBC. Improvement in cooling output is on
average 30% to 50%. The secondary air ring also
improves gauge control and clarity.
Cast Film Technology with PP and PVdC - This
process incorporates unique double encapsulation
of PVdC. The process enables you to extrude
polymers with much higher melt temperature, such
as PP and LLDPE. This structure with sealable
layer from ionomers or metalocene is ideal for
form and fill, and liquid pouch applications.
PVB Extrusion - First commercially available,
complete production plant for processing PVB
sheet which is utilized in the automobile and
construction industries. This technology features
direct injection of plastisizer, embossing of
sheet surface incorporated in the die, and
ability to add up to 50% scrap with gauge control
at ñ 1®%.
PVdC Biaxially-Oriented Extrusion - This is a
commercially available production line for
extrusion of PVdC by double-bubble process . This
high barrier film is used in food packaging and
sterilization . It features good shrinkage, even
at 130õC, and therefore is suitable for food
sterilization. Macro has already sold 15 of
these 'turn-key' lines in Asia.
ComboPackv Coextrusion Die System - Allows
simple addition to a standard die to increase
amount of layers from two or three to 3 - 5 .
This allows the customer to keep his old die and
extruder and just add new layers as required.
New Grooved-Feed Extruder - For high output and
low temperature, 90 mm extruder can extrude over
1,000 lb/hr of HDPE or LLDPE or LDPE.
New Horizontal Oscillating Nips - It provides
improved stability and rigidity of turning bars
which allows for easy threading, and incorporates
edge guide between two turning bars. This
eliminates wandering of the film in the
oscillator and therefore prevents wrinkling
caused by web wandering. In most cases, no edge
is needed downstream.
Success stories:
During our growth we have made many breakthroughsin plastic processing technology. For example,
some of our recent achievements include:
1. In 1992 we built the first commercial single-
layer biaxially oriented PVdC film for use in the
food packaging industry.
2. In 1994 we designed and constructed the first
commercial line in the world to produce PVB
sheets for use in the automobile and building
industries.
3. In 1996 we developed the first PVdC extrusion
coating line to produce blister packaging film
for the pharmaceutical industry.
4. Recently we developed the first commercial
PVdC coextrusion blown film line for use in the
food packaging industry.
Testimonial:
Mr. Mirek PlanetaPresident
Macro Engineering & Technology Inc.
170 Traders Blvd. East
Mississauga, ON L4Z 1W7
Dear Mr. Planeta:
Congratulations to you and your employees upon
your selection as a 1995 Canada Export Award
winner. Exports are extremely important to
Canada's economic well being and Macro
Engineering & Technology Inc.'s success is good
news for all Canadians.
I wish you continued success and look forward to
your contribution to Canada's economic growth for
many more years to come.
Yours Sincerely,
Jean Chretien
Certificate of Recognition
Presented to
Macro Engineering & Technology Inc.
in recognition of it's success over the years.
"Your commitment to excellence, which has
resulted in your being named one of the leading
Canadian exporters, has brought great honour to
the city. Macro's success is a testament to the
dedication and innovation of it's employees."
On behalf of the members of Council and residents
of the City of Mississauga, congratulations and
best wishes.
Mayor Hazel McCallion
October 27, 1995
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Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
Blown & Cast Film Coextrusion
Biaxially-Oriented Coextrusion
Extrusion Coating & Lamination
Winding & Converting
Blown film extrusion machinery
Air rings for cooling
Internal bubble cooling (IBC)
Cast film extrusion machinery
Market
Market profile
Industry sector market interests:
- Agriculture
- Construction
- Food and Beverage Manufacturing
Geographic markets:
Export experience:
- Argentina
- Brazil
- Chile
- China
- Czech Republic
- Denmark
- Finland
- France
- Germany
- Greece
- Guatemala
- Indonesia
- Israel
- Italy
- Japan
- Korea, Democratic People's Republic of
- Korea, Republic of
- Netherlands
- Peru
- Singapore
- Sweden
- Taiwan
- Turkey
- Ukraine
- United Kingdom
- United States
Actively pursuing:
- Australia
- Belgium
- Malaysia
- Mexico
- New Zealand
- Russian Federation
Sector
Sector information
Unique applications:
New Full Production Size Laboratory Line - Ournew facility is a new 1600 mm wide, 11 meters
high, fully automatic blown coextrusion line. It
incorporates four new Macro patents and four new
patent applications concerning: die design, film
cooling, gauge control, oscillating nips, edge
guiding and roll handling. In operation since
October 1997, the lab line will serve customers
for trials and market seeding.
 It has low residence time
and low wetted surface area. These
characteristics make this new die ideally suited
for coextruding highly degradable and difficult
to extrude material.
Model D10 Dual Lip Air Ring - Optimized design is
suited for low melt strength polymers featuring
improved gauge control, bubble stability, and
output. A series of stackable stabilizers shield
the bubble from outside air provides improved
venturi to help stabilize the molten bubble.
Fully Automatic Surface and Turret Winders with
Shaft Extraction - These affordable winders were
developed for fully automatic operations using
shaft extraction, core loading, and shaft loading
in the case of surface winders. These systems
completely eliminate operator handling of shaft,
cores and finished rolls.
High Output Blown Film IBC with Secondary
Cooling - This new system incorporates Macro's
previously patented secondary cooling technology
with IBC. Improvement in cooling output is on
average 30% to 50%. The secondary air ring also
improves gauge control and clarity.
Cast Film Technology with PP and PVdC - This
process incorporates unique double encapsulation
of PVdC. The process enables you to extrude
polymers with much higher melt temperature, such
as PP and LLDPE. This structure with sealable
layer from ionomers or metalocene is ideal for
form and fill, and liquid pouch applications.
PVB Extrusion - First commercially available,
complete production plant for processing PVB
sheet which is utilized in the automobile and
construction industries. This technology features
direct injection of plastisizer, embossing of
sheet surface incorporated in the die, and
ability to add up to 50% scrap with gauge control
at ñ 1®%.
PVdC Biaxially-Oriented Extrusion - This is a
commercially available production line for
extrusion of PVdC by double-bubble process . This
high barrier film is used in food packaging and
sterilization . It features good shrinkage, even
at 130õC, and therefore is suitable for food
sterilization. Macro has already sold 15 of
these 'turn-key' lines in Asia.
ComboPackv Coextrusion Die System - Allows
simple addition to a standard die to increase
amount of layers from two or three to 3 - 5 .
This allows the customer to keep his old die and
extruder and just add new layers as required.
New Grooved-Feed Extruder - For high output and
low temperature, 90 mm extruder can extrude over
1,000 lb/hr of HDPE or LLDPE or LDPE.
New Horizontal Oscillating Nips - It provides
improved stability and rigidity of turning bars
which allows for easy threading, and incorporates
edge guide between two turning bars. This
eliminates wandering of the film in the
oscillator and therefore prevents wrinkling
caused by web wandering. In most cases, no edge
is needed downstream.
Success stories:
During our growth we have made many breakthroughsin plastic processing technology. For example,
some of our recent achievements include:
1. In 1992 we built the first commercial single-
layer biaxially oriented PVdC film for use in the
food packaging industry.
2. In 1994 we designed and constructed the first
commercial line in the world to produce PVB
sheets for use in the automobile and building
industries.
3. In 1996 we developed the first PVdC extrusion
coating line to produce blister packaging film
for the pharmaceutical industry.
4. Recently we developed the first commercial
PVdC coextrusion blown film line for use in the
food packaging industry.
Testimonial:
Mr. Mirek PlanetaPresident
Macro Engineering & Technology Inc.
170 Traders Blvd. East
Mississauga, ON L4Z 1W7
Dear Mr. Planeta:
Congratulations to you and your employees upon
your selection as a 1995 Canada Export Award
winner. Exports are extremely important to
Canada's economic well being and Macro
Engineering & Technology Inc.'s success is good
news for all Canadians.
I wish you continued success and look forward to
your contribution to Canada's economic growth for
many more years to come.
Yours Sincerely,
Jean Chretien
Certificate of Recognition
Presented to
Macro Engineering & Technology Inc.
in recognition of it's success over the years.
"Your commitment to excellence, which has
resulted in your being named one of the leading
Canadian exporters, has brought great honour to
the city. Macro's success is a testament to the
dedication and innovation of it's employees."
On behalf of the members of Council and residents
of the City of Mississauga, congratulations and
best wishes.
Mayor Hazel McCallion
October 27, 1995


Hey, I am a Freshman Year undergraduate student in the Department of Computer Science and Engineering at IIT Kanpur.
tl;dr, I'm Y20-CSE student in DLP of IITK.
DLP: Distance Learning Program
I'm a First-year Undergrad in the Department of Computer Science and Emgineering at IIT Kanpur. My knowledge is quite decent, or so I think. I'm fairly involved in all those DLP activities too. I'm moderately social, with a tint of funny and mostly nerdy.
Okay, so... I'm from a small town Chatra, it's in Jharkhand.
I've Been in Ranchi for std 11 and 12 in JVM Shyamali and FIITJEE Ranchi.
Hope to reach Kalyanpur someday. :(
Somehow I managed to get into one of India's most prestigious colleges - Indian Institute of Technology, Kanpur; surprisingly got a 10.0 this Semester :p
I read, know and learn a decent amount about technology and programming (or so I like to believe)!
I love learning and observing. I also relish spending time with some people. I can't resist myself at the sight of something Insanely intriguing or cool.
My life revolves around food. Straight Priorites
Well, here I'm also known as "Zoo Keeper" aka ZK beacuse of my pet, Dino, lol.
Started and managed an effective communication system among peers to ease logistics in a post covid world for smooth functioning of course and life in general as a social obligation
i.e. I've POR : Admin of CSE Groups.
Well... Hindi Translation: 'sanganak vigyan avam pradyogiki'.
I've heard a LOT about RM and KD. That's all i got nothing else
I have this golden opportunity to represent my batch and become your voice which will be aimed at the betterment of all Y20.
The above line was taken directly from my manifesto. :)
Copyright © 2021 Cheating gives Mass Fakka Pls don't - BTW NO rights reserved


Joong-cheon / The Restless
Joong-cheon is a movie starring Jun-ho Heo, Woo-sung Jung, and Kwang-il Kim. It is AD 924, at the end of the United Shilla Dynasty. Continuous riots sweep the land ruled by a corrupted government. Evil forces are rampant and...


Email<EMAIL_ADDRESS>Phone: +1<PHONE_NUMBER>
I am a student at Lipscomb University studying web development. I enjoy the nice mix of programming and design that goes into web development, which allows me to create something functional while still giving me room to be creative. All the images on this site were made by me using my camera, Adobe Photoshop, and Adobe Illustrator.
Outside of school and work, I'm a hobbyist photographer, PC builder, and tinkerer. I've put a lot of time into researching hardware for my PC, which I've upgraded many times and added to my collection of accessories. I find topics about how computer hardware works interesting, so I've looked for the best internal components, audio hardware, keyboard, mouse, and monitors that are in my budget. I have a list of my current hardware here if you're curious.


--- layout: page title: Photography permalink: /photography/ --- Portraits Portrait photographer in the Des Moines area, shooting at the Studio in Windsor Heights. Featured in publications including Gilded, Solstice, Elegant, Boulevard, StyleCruze, Horizont, Evon, Avessa, and other magazines. Black and White {% include loop.html category="black-and-white" %} Landscape {% include loop.html category="landscape" %}
Portrait photographer in the Des Moines area, shooting at the Studio in Windsor Heights.
Featured in publications including Gilded, Solstice, Elegant, Boulevard, StyleCruze, Horizont, Evon, Avessa, and other magazines.


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--- layout: page title: "Behind 2017" description: "The docu-series for 2017!" header-img: "img/behind2017-bg.jpg" ---
Behind 2017 is a documentary series and episodic narrative produced to eternalize the nuances of Woodbridge Senior High School as well as the teenage experience. The series documents student leaders of the class of 2017 in school activities and community outreach. People say that high school was the best time of their life, and many of these people will tell you they took it for granted. The goal of producing this digital time capsule is that today, and years down the road, every one of our fellow classmates can take a step back and appreciate the magic of high school. If you have questions please visit our contact page.
The Spirit Team helps build class morale throughout the year. Some of their projects include the remodeling of the senior lounge, the Amazing Race breakfast, the 2017 homecoming banner and rock, operation holiday help, powderpuff, and a senior lock-in. This helps student feel motivated and inspired. For more information or to find out how you can help our Spirit committees, Intra-Committee and Morale, please email Helen Thompson.
The Communications Team strives to communicate all pertinent information to the entire senior class. They will continuously update our class bulletin board, place information in the senior lounge, communicate through our class newsletter and our active social media accounts. This team also designs our spirit wear throughout the year. Follow us on twitter and instagram wshsclassof2017. For more information or contributions please email Kaitlyn Graham.
The Entertainment Team’s primary goal is to document the many events and activities happening at WSHS. They produce promotional videos and our very own docu-series, Behind 2017. In addition to these projects, Entertainment is responsible for the media and technology production at events such as the Talent Show and Multi-Cultural night. For more information or to learn how you can assist our Time Capsule and Media Production committees, please email Joey Troia.
The Special Events Team helps plan, organize, and produce many school-wide and senior class events that have become WSHS traditions. Their list of events includes the Amazing Race, a tailgate hosted by 2017, Multi-Cultural Night, the Talent Show, Sadie Hawkins dance, Grill-on-the-Hill, and spring senior class trip. For more information or to find out how you can contribute to Senior Traditions and Signature Traditions, please email Fatima Dyfan.
Our Finance Team has the difficult task of raising our class funds through various fundraising activities and by seeking donations and supplies. The fundraising committee is always in need of fundraising locations willing to host a 2017 spirit night. The donor relations/supply logistics committee is always in need of various food and supply requests for different events throughout the year. To find out how you can assist or for more information, please email Muhammad Amjad.


Public Member Functions | |
| CFileReadCallBack (const char *filename) | |
| construct from filename | |
| CFileReadCallBack (FILE *file) | |
| construct from FILE pointer | |
| virtual | ~CFileReadCallBack () |
| destructor | |
| virtual int | read (void *buffer, int sizeToRead) |
| Reads an amount of bytes from the file. | |
| virtual int | getSize () |
| Returns size of file in bytes. |
Definition at line 19 of file irrXML.cpp.
| irr::io::CFileReadCallBack::CFileReadCallBack | ( | const char * | filename | ) | [inline] |
| irr::io::CFileReadCallBack::CFileReadCallBack | ( | FILE * | file | ) | [inline] |
| virtual irr::io::CFileReadCallBack::~CFileReadCallBack | ( | ) | [inline, virtual] |
| virtual int irr::io::CFileReadCallBack::getSize | ( | ) | [inline, virtual] |
Returns size of file in bytes.
Implements irr::io::IFileReadCallBack.
Definition at line 59 of file irrXML.cpp.
| virtual int irr::io::CFileReadCallBack::read | ( | void * | buffer, | |
| int | sizeToRead | |||
| ) | [inline, virtual] |
Reads an amount of bytes from the file.
Implements irr::io::IFileReadCallBack.
Definition at line 50 of file irrXML.cpp.