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ADC
9.2
Analog to Digital Conversor library for the Teensy 3.0 microprocessor
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Implements all functions of the Teensy 3.x, LC, 4.x analog to digital converter. More...
#include <ADC_Module.h>
Classes | |
| struct | ADC_Config |
| Store the config of the adc. More... | |
Public Member Functions | |
| ADC_Module (uint8_t ADC_number, const uint8_t *const a_channel2sc1a, const ADC_NLIST *const a_diff_table, ADC_REGS_t &a_adc_regs) | |
| Pass the ADC number and the Channel number to SC1A number arrays. More... | |
Calibration functions | |
| void | recalibrate () |
| Starts the calibration sequence, waits until it's done and writes the results. More... | |
| void | calibrate () |
| Starts the calibration sequence. | |
| void | wait_for_cal () |
| Waits until calibration is finished and writes the corresponding registers. | |
ADC settings | |
| void | setReference (ADC_REFERENCE ref_type) |
| Set the voltage reference you prefer, default is vcc. More... | |
| void | setResolution (uint8_t bits) |
| Change the resolution of the measurement. More... | |
| uint8_t | getResolution () |
| Returns the resolution of the ADC_Module. More... | |
| uint32_t | getMaxValue () |
| Returns the maximum value for a measurement: 2^res-1. More... | |
| void | setConversionSpeed (ADC_CONVERSION_SPEED speed) |
| Sets the conversion speed (changes the ADC clock, ADCK) More... | |
| void | setSamplingSpeed (ADC_SAMPLING_SPEED speed) |
| Sets the sampling speed. More... | |
| void | setAveraging (uint8_t num) |
| Set the number of averages. More... | |
| void | enableInterrupts (void(*isr)(void), uint8_t priority=255) |
| Enable interrupts. More... | |
| void | disableInterrupts () |
| Disable interrupts. | |
| void | enableDMA () |
| Enable DMA request. More... | |
| void | disableDMA () |
| Disable ADC DMA request. | |
| void | enableCompare (int16_t compValue, bool greaterThan) |
| Enable the compare function to a single value. More... | |
| void | enableCompareRange (int16_t lowerLimit, int16_t upperLimit, bool insideRange, bool inclusive) |
| Enable the compare function to a range. More... | |
| void | disableCompare () |
| Disable the compare function. | |
| void | continuousMode () |
| Set continuous conversion mode. | |
| void | singleMode () |
| Set single-shot conversion mode. | |
| void | singleEndedMode () |
| Set single-ended conversion mode. | |
| void | differentialMode () |
| Set differential conversion mode. | |
| void | setSoftwareTrigger () |
| Use software to trigger the ADC, this is the most common setting. | |
| void | setHardwareTrigger () |
| Use hardware to trigger the ADC. | |
State of the ADC | |
| volatile bool | isConverting () |
| Is the ADC converting at the moment? More... | |
| volatile bool | isComplete () |
| Is an ADC conversion ready? More... | |
| volatile bool | isDifferential () |
| Is the ADC in differential mode? More... | |
| volatile bool | isContinuous () |
| Is the ADC in continuous mode? More... | |
Valid pins | |
| bool | checkPin (uint8_t pin) |
| Check whether the pin is a valid analog pin. More... | |
| bool | checkDifferentialPins (uint8_t pinP, uint8_t pinN) |
| Check whether the pins are a valid analog differential pair of pins. More... | |
Conversion helper methods | |
| void | startReadFast (uint8_t pin) |
| Starts a single-ended conversion on the pin. More... | |
| void | startDifferentialFast (uint8_t pinP, uint8_t pinN) |
| Starts a differential conversion on the pair of pins. More... | |
Blocking conversion methods | |
| int | analogRead (uint8_t pin) |
| Returns the analog value of the pin. More... | |
| int | analogRead (ADC_INTERNAL_SOURCE pin) |
| Returns the analog value of the special internal source, such as the temperature sensor. More... | |
| int | analogReadDifferential (uint8_t pinP, uint8_t pinN) |
| Reads the differential analog value of two pins (pinP - pinN). More... | |
Non-blocking conversion methods | |
| bool | startSingleRead (uint8_t pin) |
| Starts an analog measurement on the pin. It returns immediately, get value with readSingle(). If this function interrupts a measurement, it stores the settings in adc_config. More... | |
| bool | startSingleDifferential (uint8_t pinP, uint8_t pinN) |
| Start a differential conversion between two pins (pinP - pinN) It returns immediately, get value with readSingle(). If this function interrupts a measurement, it stores the settings in adc_config. More... | |
| int | readSingle () |
| Reads the analog value of a single conversion. Set the conversion with with startSingleRead(uint8_t pin) or startSingleDifferential(uint8_t pinP, uint8_t pinN). More... | |
Continuous conversion methods | |
| bool | startContinuous (uint8_t pin) |
| Starts continuous conversion on the pin. More... | |
| bool | startContinuousDifferential (uint8_t pinP, uint8_t pinN) |
| Starts continuous conversion between the pins (pinP-pinN). More... | |
| int | analogReadContinuous () |
| Reads the analog value of a continuous conversion. More... | |
| void | stopContinuous () |
| Stops continuous conversion. | |
Frequency trigger methods | |
| void | startTimer (uint32_t freq) |
| Start the default timer (PDB) triggering the ADC at the frequency. More... | |
| void | startPDB (uint32_t freq) |
| Start PDB triggering the ADC at the frequency. More... | |
| void | stopTimer () |
| Stop the default timer (PDB) | |
| void | stopPDB () |
| Stop the PDB. | |
| uint32_t | getTimerFrequency () |
| Return the default timer's (PDB) frequency. More... | |
| uint32_t | getPDBFrequency () |
| Return the PDB's frequency. More... | |
Other methods and variables | |
| struct ADC_Module::ADC_Config | adc_config |
| uint8_t | adcWasInUse |
| Was the adc in use before a call? | |
| uint8_t | num_measurements |
| Number of measurements that the ADC is performing. | |
| volatile ADC_ERROR | fail_flag |
| This flag indicates that some kind of error took place. More... | |
| const uint8_t | ADC_num |
| Which adc is this? | |
| void | saveConfig (ADC_Config *config) |
| void | loadConfig (const ADC_Config *config) |
| void | resetError () |
| Resets all errors from the ADC, if any. | |
Implements all functions of the Teensy 3.x, LC, 4.x analog to digital converter.
Definition at line 54 of file ADC_Module.h.
| ADC_Module::ADC_Module | ( | uint8_t | ADC_number, |
| const uint8_t *const | a_channel2sc1a, | ||
| const ADC_NLIST *const | a_diff_table, | ||
| ADC_REGS_t & | a_adc_regs | ||
| ) |
Pass the ADC number and the Channel number to SC1A number arrays.
| ADC_number | Number of the ADC module, from 0. |
| a_channel2sc1a | contains an index that pairs each pin to its SC1A number (used to start a conversion on that pin) |
| a_diff_table | is similar to a_channel2sc1a, but for differential pins. |
| a_adc_regs | pointer to start of the ADC registers |
Definition at line 42 of file ADC_Module.cpp.
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inline |
Returns the analog value of the special internal source, such as the temperature sensor.
| pin | ADC_INTERNAL_SOURCE to read. |
Definition at line 459 of file ADC_Module.h.
| int ADC_Module::analogRead | ( | uint8_t | pin | ) |
Returns the analog value of the pin.
It waits until the value is read and then returns the result. If a comparison has been set up and fails, it will return ADC_ERROR_VALUE. This function is interrupt safe, so it will restore the adc to the state it was before being called
| pin | pin to read. |
Definition at line 1104 of file ADC_Module.cpp.
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inline |
Reads the analog value of a continuous conversion.
If single-ended and 16 bits it's necessary to typecast it to an unsigned type (like uint16_t), otherwise values larger than 3.3/2 V are interpreted as negative!
Set the continuous conversion with with startContinuous(uint8_t pin) or startContinuousDifferential(uint8_t pinP, uint8_t pinN) (if exists).
Definition at line 563 of file ADC_Module.h.
| int ADC_Module::analogReadDifferential | ( | uint8_t | pinP, |
| uint8_t | pinN | ||
| ) |
Reads the differential analog value of two pins (pinP - pinN).
It waits until the value is read and then returns the result. If a comparison has been set up and fails, it will return ADC_ERROR_DIFF_VALUE.
This function is interrupt safe, so it will restore the adc to the state it was before being called
| pinP | must be A10 or A12. |
| pinN | must be A11 (if pinP=A10) or A13 (if pinP=A12). |
Definition at line 1185 of file ADC_Module.cpp.
| bool ADC_Module::checkDifferentialPins | ( | uint8_t | pinP, |
| uint8_t | pinN | ||
| ) |
Check whether the pins are a valid analog differential pair of pins.
If PGA is enabled it also checks that this ADCx can use PGA on this pins
| pinP | positive pin to check. |
| pinN | negative pin to check. |
Definition at line 991 of file ADC_Module.cpp.
| bool ADC_Module::checkPin | ( | uint8_t | pin | ) |
Check whether the pin is a valid analog pin.
| pin | to check. |
Definition at line 969 of file ADC_Module.cpp.
| void ADC_Module::enableCompare | ( | int16_t | compValue, |
| bool | greaterThan | ||
| ) |
Enable the compare function to a single value.
A conversion will be completed only when the ADC value is >= compValue (greaterThan=1) or < compValue (greaterThan=0)
Call it after changing the resolution. Use with interrupts or poll conversion completion with isComplete().
| compValue | value to compare |
| greaterThan | true or false |
Definition at line 798 of file ADC_Module.cpp.
| void ADC_Module::enableCompareRange | ( | int16_t | lowerLimit, |
| int16_t | upperLimit, | ||
| bool | insideRange, | ||
| bool | inclusive | ||
| ) |
Enable the compare function to a range.
A conversion will be completed only when the ADC value is inside (insideRange=1) or outside (=0) the range given by (lowerLimit, upperLimit), including (inclusive=1) the limits or not (inclusive=0).
See Table 31-78, p. 617 of the freescale manual. Call it after changing the resolution. Use with interrupts or poll conversion completion with isComplete()
| lowerLimit | lower value to compare |
| upperLimit | upper value to compare |
| insideRange | true or false |
| inclusive | true or false |
Definition at line 824 of file ADC_Module.cpp.
| void ADC_Module::enableDMA | ( | ) |
Enable DMA request.
An ADC DMA request will be raised when the conversion is completed (including hardware averages and if the comparison (if any) is true).
Definition at line 764 of file ADC_Module.cpp.
| void ADC_Module::enableInterrupts | ( | void(*)(void) | isr, |
| uint8_t | priority = 255 |
||
| ) |
Enable interrupts.
An IRQ_ADCx interrupt will be raised when the conversion is completed (including hardware averages and if the comparison (if any) is true).
| isr | function (returns void and accepts no arguments) that will be executed after an interrupt. |
| priority | Interrupt priority, highest is 0, lowest is 255. |
Definition at line 726 of file ADC_Module.cpp.
| uint32_t ADC_Module::getMaxValue | ( | ) |
Returns the maximum value for a measurement: 2^res-1.
Definition at line 416 of file ADC_Module.cpp.
| uint32_t ADC_Module::getPDBFrequency | ( | ) |
Return the PDB's frequency.
Return the PDB's frequency
Definition at line 1601 of file ADC_Module.cpp.
| uint8_t ADC_Module::getResolution | ( | ) |
Returns the resolution of the ADC_Module.
Definition at line 408 of file ADC_Module.cpp.
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inline |
Return the default timer's (PDB) frequency.
The default timer in this board is the PDB, you can also call it directly with getPDBFrequency().
Definition at line 618 of file ADC_Module.h.
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inline |
Is an ADC conversion ready?
When a value is read this function returns false until a new value exists, so it only makes sense to call it before analogReadContinuous() or readSingle()
Definition at line 340 of file ADC_Module.h.
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inline |
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inline |
Is the ADC converting at the moment?
Definition at line 323 of file ADC_Module.h.
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inline |
|
inline |
Load config to the ADC
| config | ADC_Config from where the config will be loaded |
Definition at line 714 of file ADC_Module.h.
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inline |
Reads the analog value of a single conversion. Set the conversion with with startSingleRead(uint8_t pin) or startSingleDifferential(uint8_t pinP, uint8_t pinN).
Definition at line 517 of file ADC_Module.h.
| void ADC_Module::recalibrate | ( | ) |
Starts the calibration sequence, waits until it's done and writes the results.
Usually it's not necessary to call this function directly, but do it if the "environment" changed significantly since the program was started.
Definition at line 244 of file ADC_Module.cpp.
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inline |
Save config of the ADC to the ADC_Config struct
| config | ADC_Config where the config will be stored |
Definition at line 696 of file ADC_Module.h.
| void ADC_Module::setAveraging | ( | uint8_t | num | ) |
Set the number of averages.
| num | can be 0, 4, 8, 16 or 32. |
It doesn't recalibrate at the end.
Definition at line 651 of file ADC_Module.cpp.
| void ADC_Module::setConversionSpeed | ( | ADC_CONVERSION_SPEED | speed | ) |
Sets the conversion speed (changes the ADC clock, ADCK)
| speed | can be any from the ADC_CONVERSION_SPEED enum. |
Definition at line 431 of file ADC_Module.cpp.
| void ADC_Module::setReference | ( | ADC_REFERENCE | ref_type | ) |
Set the voltage reference you prefer, default is vcc.
| ref_type | any of the ADC_REFERENCE enum. |
It recalibrates at the end.
Definition at line 258 of file ADC_Module.cpp.
| void ADC_Module::setResolution | ( | uint8_t | bits | ) |
Change the resolution of the measurement.
| bits | is the number of bits of resolution.
|
Whenever you change the resolution, change also the comparison values (if you use them).
Definition at line 312 of file ADC_Module.cpp.
| void ADC_Module::setSamplingSpeed | ( | ADC_SAMPLING_SPEED | speed | ) |
Sets the sampling speed.
Increase the sampling speed for low impedance sources, decrease it for higher impedance ones.
| speed | can be any of the ADC_SAMPLING_SPEED enum. |
Definition at line 583 of file ADC_Module.cpp.
| bool ADC_Module::startContinuous | ( | uint8_t | pin | ) |
Starts continuous conversion on the pin.
It returns as soon as the ADC is set, use analogReadContinuous() to read the value.
| pin | can be any of the analog pins |
Definition at line 1365 of file ADC_Module.cpp.
| bool ADC_Module::startContinuousDifferential | ( | uint8_t | pinP, |
| uint8_t | pinN | ||
| ) |
Starts continuous conversion between the pins (pinP-pinN).
It returns as soon as the ADC is set, use analogReadContinuous() to read the value.
| pinP | must be A10 or A12. |
| pinN | must be A11 (if pinP=A10) or A13 (if pinP=A12). |
Definition at line 1395 of file ADC_Module.cpp.
| void ADC_Module::startDifferentialFast | ( | uint8_t | pinP, |
| uint8_t | pinN | ||
| ) |
Starts a differential conversion on the pair of pins.
It sets the mux correctly, doesn't do any of the checks on the pin and doesn't change the continuous conversion bit.
| pinP | positive pin to read. |
| pinN | negative pin to read. |
Definition at line 1065 of file ADC_Module.cpp.
| void ADC_Module::startPDB | ( | uint32_t | freq | ) |
Start PDB triggering the ADC at the frequency.
Call startSingleRead or startSingleDifferential on the pin that you want to measure before calling this function. See the example adc_pdb.ino.
| freq | is the frequency of the ADC conversion, it can't be lower that 1 Hz |
Definition at line 1460 of file ADC_Module.cpp.
| void ADC_Module::startReadFast | ( | uint8_t | pin | ) |
Starts a single-ended conversion on the pin.
It sets the mux correctly, doesn't do any of the checks on the pin and doesn't change the continuous conversion bit.
| pin | to read. |
Definition at line 1032 of file ADC_Module.cpp.
| bool ADC_Module::startSingleDifferential | ( | uint8_t | pinP, |
| uint8_t | pinN | ||
| ) |
Start a differential conversion between two pins (pinP - pinN) It returns immediately, get value with readSingle(). If this function interrupts a measurement, it stores the settings in adc_config.
| pinP | must be A10 or A12. |
| pinN | must be A11 (if pinP=A10) or A13 (if pinP=A12). |
Definition at line 1316 of file ADC_Module.cpp.
| bool ADC_Module::startSingleRead | ( | uint8_t | pin | ) |
Starts an analog measurement on the pin. It returns immediately, get value with readSingle(). If this function interrupts a measurement, it stores the settings in adc_config.
| pin | pin to read. |
Definition at line 1277 of file ADC_Module.cpp.
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inline |
Start the default timer (PDB) triggering the ADC at the frequency.
The default timer in this board is the PDB, you can also call it directly with startPDB(). Call startSingleRead or startSingleDifferential on the pin that you want to measure before calling this function. See the example adc_pdb.ino.
| freq | is the frequency of the ADC conversion, it can't be lower that 1 Hz |
Definition at line 598 of file ADC_Module.h.
| struct ADC_Module::ADC_Config ADC_Module::adc_config |
Struct with all relevant ADC configs.
| volatile ADC_ERROR ADC_Module::fail_flag |
This flag indicates that some kind of error took place.
Use the defines at the beginning of this file to find out what caused the fail.
Definition at line 736 of file ADC_Module.h.


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| Package | Description |
|---|---|
| org.drip.portfolioconstruction.composite |
Portfolio Construction Component Groups Suite
|
| org.drip.portfolioconstruction.constraint |
Portfolio Construction Constraint Term Suite
|
| org.drip.portfolioconstruction.core |
Core Portfolio Construction Component Suite
|
| org.drip.portfolioconstruction.cost |
Transaction Charge Objective Term Suite
|
| org.drip.portfolioconstruction.objective |
Portfolio Construction Objective Term Suite
|
| org.drip.portfolioconstruction.optimizer |
Core Portfolio Construction Optimizer Suite
|
| org.drip.portfolioconstruction.risk |
Portfolio Construction Risk/Covariance Component
|
| Modifier and Type | Class and Description |
|---|---|
class |
AlphaGroup
AlphaGroup contains the Group of Alphas for the specified Set of Assets.
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class |
Benchmark
Benchmark holds the Details of a given Benchmark.
|
class |
BlockAttribute
BlockAttribute contains the Marginal Attributes for the specified Set of Assets.
|
class |
BlockClassification
BlockClassification contains the Classifications for the specified Set of Assets.
|
class |
Holdings
Holdings is a Portfolio of Holdings in the specified Set of Assets.
|
| Modifier and Type | Class and Description |
|---|---|
class |
LimitBudgetTerm
LimitBudgetTerm holds the Details of a Limit Budget Constraint Term.
|
class |
LimitBudgetTermNet
LimitBudgetTermNet holds the Details of a Limit Net Budget Constraint Term.
|
class |
LimitBudgetTermTransactionCharge
LimitBudgetTermTransactionCharge holds the Details of a After Transaction Charge Limit Budget Constraint
Term.
|
class |
LimitChargeTermIssuer
LimitChargeTermIssuer constrains the Limit Issuer Transaction Charge Term.
|
class |
LimitExposureTerm
LimitExposureTerm holds the Details of a Limit Exposure Constraint Term - Limits can be Absolute/Net etc.
|
class |
LimitExposureTermAbsolute
LimitExposureTermAbsolute holds the Details of a Limit Absolute Exposure Constraint Term.
|
class |
LimitExposureTermIssuer
LimitExposureTermIssuer abstracts the Limit Issuer Exposure Constraint Term.
|
class |
LimitExposureTermIssuerLong
LimitExposureTermIssuerLong holds the Details of a Limit Issuer Long Exposure Constraint Term.
|
class |
LimitExposureTermIssuerNet
LimitExposureTermIssuerNet holds the Details of a Limit Issuer Net Exposure Constraint Term.
|
class |
LimitExposureTermIssuerShort
LimitExposureTermIssuerShort holds the Details of a Limit Issuer Short Exposure Constraint Term.
|
class |
LimitExposureTermNet
LimitExposureTermNet holds the Details of a Limit Net Exposure Constraint Term.
|
class |
LimitHoldingsTerm
LimitHoldingsTerm holds the Details of a Limit Holdings Constraint Term - Limits can be Absolute/Net etc.
|
class |
LimitHoldingsTermAbsolute
LimitHoldingsTermAbsolute holds the Details of a Limit Absolute Holdings Constraint Term.
|
class |
LimitHoldingsTermIssuer
LimitHoldingsTermIssuer abstracts the Limit Issuer Holdings Constraint Term.
|
class |
LimitHoldingsTermIssuerLong
LimitHoldingsTermIssuerLong holds the Details of Limit Issuer Long Holdings Constraint Term.
|
class |
LimitHoldingsTermIssuerLongShort
LimitHoldingsTermIssuerLongShort holds the Details of Limit Issuer Long/Short Holdings Ratio Constraint
Term.
|
class |
LimitHoldingsTermIssuerNet
LimitHoldingsTermIssuerNet holds the Details of Limit Issuer Net Holdings Constraint Term.
|
class |
LimitHoldingsTermIssuerShort
LimitHoldingsTermIssuerShort holds the Details of Limit Issuer Short Holdings Constraint Term.
|
class |
LimitHoldingsTermIssuerWeightedAverage
LimitHoldingsTermIssuerWeightedAverage holds the Details of Weighted Average Issuer Limit Holdings
Constraint Term.
|
class |
LimitHoldingsTermMinimumPeriod
LimitHoldingsTermMinimumPeriod holds the Details of Limit Minimum Holdings Period Constraint Term.
|
class |
LimitHoldingsTermModelDeviation
LimitHoldingsTermModelDeviation holds the Details of a Limit Holdings Benchmark Weights Absolute Deviation
Constraint Term.
|
class |
LimitNamesTermIssuer
LimitNamesTermIssuer holds the Details of a Limit Count of Issuer Names Constraint Term.
|
class |
LimitNamesTermIssuerLong
LimitNamesTermIssuerLong holds the Details of Count of the Total Long Active Assets in the Holdings.
|
class |
LimitNamesTermIssuerShort
LimitNamesTermIssuerShort holds the Details of Count of the Total Short Active Assets in the Holdings.
|
class |
LimitNamesTermIssuerTotal
LimitNamesTermIssuerTotal holds the Details of Count of the Total Active Assets in the Holdings.
|
class |
LimitRiskTerm
LimitRiskTerm holds the Details of a Limit Risk Constraint Term.
|
class |
LimitRiskTermMarginal
LimitRiskTermMarginal holds the Details of a Relative Marginal Contribution Based Limit Risk Constraint
Term.
|
class |
LimitRiskTermVariance
LimitRiskTermVariance holds the Details of a Variance Based Limit Risk Constraint Term.
|
class |
LimitTaxTerm
LimitTaxTerm holds the Details of a Limit Tax Constraint Term.
|
class |
LimitTaxTermGrossGains
LimitTaxTermGrossGains holds the Details of a Limit Gross Tax Gains Constraint Term.
|
class |
LimitTaxTermGrossLoss
LimitTaxTermGrossLoss holds the Details of a Limit Gross Tax Loss Constraint Term.
|
class |
LimitTaxTermLiability
LimitTaxTermLiability holds the Details of a Limit Tax Liability Constraint Term.
|
class |
LimitTaxTermLongGains
LimitTaxTermLongGains holds the Details of a Limit Long Term Tax Gains Constraint Term.
|
class |
LimitTaxTermNetGains
LimitTaxTermNetGains holds the Details of a Limit Net Tax Gains Constraint Term.
|
class |
LimitTaxTermNetLoss
LimitTaxTermNetLoss holds the Details of a Limit Net Tax Loss Constraint Term.
|
class |
LimitThresholdTermIssuer
LimitThresholdTermIssuer abstracts the Issuer Target Portfolio Holdings as long as they are not Zero.
|
class |
LimitThresholdTermIssuerLong
LimitThresholdTermIssuerLong implements the Issuer Long Portfolio Holdings as long as they are not Zero.
|
class |
LimitThresholdTermIssuerNet
LimitThresholdTermIssuerNet implements the Issuer Net Portfolio Holdings as long as they are not Zero.
|
class |
LimitThresholdTermIssuerShort
LimitThresholdTermIssuerShort implements the Issuer Short Portfolio Holdings as long as they are not Zero.
|
class |
LimitTradesTermIssuer
LimitTradesTermIssuer abstracts the Issuer Targets the Count of Portfolio Trades.
|
class |
LimitTradesTermIssuerBuy
LimitTradesTermIssuerBuy abstracts the Issuer Targets the Count of Total Buy Portfolio Trades.
|
class |
LimitTradesTermIssuerSell
LimitTradesTermIssuerSell abstracts the Issuer Targets the Count of Total Sell Portfolio Trades.
|
class |
LimitTradesTermIssuerTotal
LimitTradesTermIssuerTotal abstracts the Issuer Targets the Count of Total Portfolio Trades.
|
class |
LimitTurnoverTermIssuer
LimitTurnoverTermIssuer abstracts the Issuer Targets the Turnover of Portfolio Trades.
|
class |
LimitTurnoverTermIssuerBuy
LimitTuroverTermIssuerBuy abstracts the Issuer Targets the Turnover of Total Buy Portfolio Trades.
|
class |
LimitTurnoverTermIssuerNet
LimitTurnoverTermIssuerNet abstracts the Issuer Targets the Turnover of Total Net Portfolio Trades.
|
class |
LimitTurnoverTermIssuerSell
LimitTurnoverTermIssuerSell abstracts the Issuer Targets the Turnover of Total Sell Portfolio Trades.
|
class |
LimitTurnoverTermIssuerShort
LimitTurnoverTermIssuerShort abstracts the Issuer Targets the Turnover of Total Short Portfolio Trades.
|
| Modifier and Type | Class and Description |
|---|---|
class |
Account
Account holds the Current Portfolio (if any) along with the Creation/Maintenance Mandate.
|
class |
Asset
Asset holds the Details of a given Asset.
|
class |
Factor
Factor holds the Details of a specific Factor.
|
class |
TaxAccountingScheme
TaxAccountingScheme contains the Attributes for the specified Tax Accounting Scheme.
|
| Modifier and Type | Method and Description |
|---|---|
static Block |
Block.Standard(java.lang.String strName)
Construct a Standard Instance of a Block
|
| Modifier and Type | Class and Description |
|---|---|
class |
TransactionCharge
TransactionCharge contains the Parameters for the specified Transaction Charge Scheme.
|
class |
TransactionChargeFixed
TransactionChargeFixed contains the Parameters for the Fixed Transaction Charge Scheme.
|
class |
TransactionChargeGoldmanSachsShortfall
TransactionChargeGoldmanSachsShortfall contains the Parameters for the Goldman Sachs Shortfall Model.
|
class |
TransactionChargeLinear
TransactionChargeLinear contains the Parameters for the Linear Transaction Charge Scheme.
|
class |
TransactionChargeMarketImpact
TransactionChargeMarketImpact contains the Parameters for the Power Law Transaction Charge Scheme.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CustomNetTaxGainsTerm
CustomNetTaxGainsTerm holds the Details of the Portfolio Custom Net Tax Gain Objective Term.
|
class |
CustomTransactionChargeTerm
CustomTransactionChargeTerm implements the Objective Term that models the Custom Transaction Charge
associated with a Portfolio Transaction.
|
class |
ExpectedReturnsTerm
ExpectedReturnsTerm holds the Details of the Portfolio Expected Returns Based Objective Terms.
|
class |
FixedChargeBuyTerm
FixedChargeBuyTerm implements the Objective Term that optimizes the Charges incurred by the Buy Trades in
the Target Portfolio under a Fixed Charge from the Starting Allocation.
|
class |
FixedChargeSellTerm
FixedChargeSellTerm implements the Objective Term that optimizes the Charge incurred by the Sell Trades in
the Target Portfolio under a Fixed Charge from the Starting Allocation.
|
class |
FixedChargeTerm
FixedChargeTerm implements the Objective Term that optimizes the Charge incurred by the Buy/Sell Trades in
the Target Portfolio under a Fixed Charge from the Starting Allocation.
|
class |
GoldmanSachsShortfallTerm
GoldmanSachsShortfallTerm implements the Objective Term that optimizes the Charge incurred by the Buy/Sell
Trades in the Target Portfolio using the Goldman Sachs Shortfall Model from the Starting Allocation.
|
class |
LinearChargeBuyTerm
LinearChargeBuyTerm implements the Objective Term that optimizes the Charge incurred by the Buy Trades in
the Target Portfolio under a Linear Transaction Charge from the Starting Allocation.
|
class |
LinearChargeSellTerm
LinearChargeSellTerm implements the Objective Term that optimizes the Charge incurred by the Sell Trades
in the Target Portfolio under a Linear Transaction Charge from the Starting Allocation.
|
class |
LinearChargeTerm
LinearChargeTerm implements the Objective Term that optimizes the Charge of the Buy/Sell Trades in the
Target Portfolio under a Linear Transaction Charge from the Starting Allocation.
|
class |
LongTiltTerm
LongTiltTerm holds the Details of Long Tilt Unit Objective Term.
|
class |
MarketImpactChargeTerm
MarketImpactChargeTerm implements the Objective Term that optimizes the Charge incurred by the Buy/Sell
Trades in the Target Portfolio under a specified Market Impact Charge from the Starting Allocation.
|
class |
NetTaxGainsTerm
NetTaxGainsTerm holds the Details of the Portfolio Net Tax Gain Objective Term.
|
class |
NetTiltTerm
NetTiltTerm holds the Details of Net Tilt Unit Objective Term.
|
class |
ReturnsTerm
ReturnsTerm holds the Details of the Portfolio Returns Based Objective Terms.
|
class |
RiskTerm
RiskTerm holds the Details of the Portfolio Risk Objective Term.
|
class |
RobustErrorTerm
RobustErrorTerm optimizes the Error in the Target Expected Absolute Return of the Portfolio on the
Absence of Benchmark, and the Error in the Benchmark-Adjusted Returns Otherwise.
|
class |
ShortSellChargeTerm
ShortSellChargeTerm implements the Objective Term that optimizes the Charge incurred by Short Sell Trades
in the Target Portfolio from the Starting Allocation.
|
class |
ShortTiltTerm
ShortTiltTerm holds the Details of Short Tilt Unit Objective Term.
|
class |
StandardDeviationTerm
StandardDeviationTerm holds the Details of the Portfolio Risk (Standard Deviation) Objective Term.
|
class |
TaxLiabilityTerm
TaxLiabilityTerm holds the Details of the Portfolio Net Tax Liability Objective Term.
|
class |
TaxTerm
TaxTerm holds the Details of Abstract Tax Unit Objective Term.
|
class |
TiltTerm
TiltTerm holds the Details of Abstract Tilt Unit Objective Term.
|
class |
TransactionChargeTerm
TransactionChargeTerm implements the Objective Term that models the Charge associated with a Portfolio
Transaction.
|
class |
VarianceTerm
VarianceTerm holds the Details of the Portfolio Risk (Variance) Objective Term.
|
| Modifier and Type | Class and Description |
|---|---|
class |
ConstraintTerm
ConstraintTerm holds the Details of a given Constraint Term.
|
class |
FormulationTerm
FormulationTerm holds the Core Objective/Constraint Formulation Terms.
|
class |
ObjectiveTerm
ObjectiveTerm holds the Details of a given Objective Term.
|
class |
Rebalancer
Rebalancer holds the Details of a given Rebalancing Run.
|
class |
Strategy
Strategy holds the Details of a given Strategy.
|
| Modifier and Type | Class and Description |
|---|---|
class |
AlphaUncertaintyGroup
AlphaUncertaintyGroup contains the Group of Alpha Uncertainties for the specified Group of Assets.
|
class |
AssetCovarianceDense
AssetCovarianceDense contains the Joint Dense Covariance for the Pair of the Set of Assets.
|
class |
AssetCovarianceFactor
AssetCovarianceFactor contains the Joint Factor Covariance for the Pair of the Set of Assets.
|
class |
AttributeJointDense
AttributeJointDense contains the Joint Dense Attributes for the Pair of the Set of Assets.
|
class |
AttributeJointFactor
AttributeJointFactor contains the Factor Based Loadings that determines the Joint Attributes between the
Pair of Assets.
|


Appendix¶
Appendix A: File formats recommendations¶
Please consult the list of recommended file formats of the Library of Congress. If in doubt, get in touch with the Eawag Research Data Management Project<EMAIL_ADDRESS>Some hints¶
- Microsoft Word (
.doc
,.docx
) and Microsoft Powerpoint (ppt
,pptx
) Save as PDF/A.
- Microsoft Word (
- Microsoft Excel (
.xls
,.xlsx
) Export to CSV.
If you use Excel for data entry and storage, and follow the advice in the excellent guide Data organization in spreadsheets, export to CSV will pose no problems. Consider using xlstocsv for doing that reliably and comfortably.
If you rely on Excel for data organization, annotation, visualization, analysis or if you use macros or any advanced features, it is likely not possible to export to a format suited for sharing and preservation. In this case, save as
xlsx
(notxls
) and hope for the best.
- Microsoft Excel (


the app to keep your plant babies alive
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Create custom reminders to keep track of your watering schedule.
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{% extends "base.html" %}
{% load datasets %}
{% block title %}Your datasets {% endblock title %}
{% block content %}
models
model groups
stories
protocols
datasets
fitting specifications
Your datasets
{% can_create_dataset as permission %}
{% if permission %}
Create a new dataset
{% else %}
Your account doesn't have the authority to upload datasets; please contact us to request permission.
{% endif %}
{% endblock content %}


 You're probably always thinking about what to get them—a sweater! A new toy! A fun treat!—when you're out shopping, but that doesn't mean you shouldn't also get a gift for taking care of your furry baby. Whether you're grabbing a gift for someone who has a pooch or two at home, is campaigning to be the best dog godmother around, or is just a fan who can’t wait for the exact second she can adopt a pupper, peep the list below for all the adorable presents. Here, 21 gifts that are ideal for any dog lover.
1 A functional travel carrier Air Travel Carrier
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This weather-resistant carrier is great for the on-the-go dog parents. It even has an interior cushion that rolls out into a flat bed, so their pup will love it.
2 An easy-to-use Pet Food Subscription Fresh Pet Food Subscription
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The Farmer’s Dog is a personalized meal plan service for your pup, and it's perfect for the one who wants convenience. This service will arrive right at their door with healthy, nutritious options for their pup.
*price is per day
3 A modern dog bowl Bowl
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For the minimalist dog owner, these ceramic bowls come in five shades total. They're also dishwasher- and microwave-safe.
4 A comfy dog bed Cuddle Cave Dog Bed
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A faux-suede bed that their doggo can curl right up in might be just the thing they need. This plush one's also machine-washable and won't lose its shape.
5 A Doggy Raincoat Talon Raincoat
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Keep your furry baby dry with this classic yellow raincoat.  A win-win.
7 A Chic Necklace The Schnauzer Charm
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Carry your little one around your neck with this cute gold layering piece.
8 A Selfie-Friendly Pet Tool Woofie Pet Photography Tool
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Trying to take a pic with your dog, but they won't look at the camera?  Grab it and wear it all the damn time.
11 A Dainty Custom Paw Print Ring Custom Paw Print Ring
CaitlynMinimalist etsy.com $21.75 Shop Now
Always have a momento of your favorite dog on hand (lol, sorry) with this delicate custom paw print ring.
12 It Girl Beauty for Your Pooch BARK x Glossier Balm Dogcom
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You’re an It Girl with your IRL makeup, so you might as well offer the same opportunity to your four-legged friend. And if you don’t have a pup, it makes for the cutest funny throw pillow.
13 An Old-Timey Oil Painting of Your Pooch Custom Pet Portrait
ZKPortraitsWorkshop etsy.com $36.00 Shop Now
Finally! See your dog for the grand dame she is!
14 Your Secret Weapon for Winning All Doggy Birthday Parties Bone and Paw Print Silicone Molds
Le Dogue amazon.com $13.99 Shop Now
Whether you’re making DIY dog treats or human bonbons, these silicone molds will up your baking game to the next level.
15 A Monthly Themed Subscription Box of Dog Goodies BarkBox Subscription
BARK barkbox.com Shop Now
A monthly box of treats, chews, and toys for your loved pup? Absofreakinlutely.   WORTH IT. And if you’re still pup-less, you can just pretend like these are glam home decor. What?  Who can even name 51 tricks, let alone teach their dog 51 tricks?
Carina Hsieh Sex & Relationships Editor Carina Hsieh lives in NYC with her French Bulldog Bao Bao — follow her on Instagram and Twitter • Candace Bushnell once called her the Samantha Jones of Tinder • She enjoys hanging out in the candle aisle of TJ Maxx and getting lost in Amazon spirals.


| Home | Trees | Indices | Help |
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Parameter object for GPy models.
:param str name: name of the parameter to be printed :param input_array: array which this parameter handles :type input_array: np.ndarray :param default_constraint: The default constraint for this parameter :type default_constraint:
You can add/remove constraints by calling constrain on the parameter itself, e.g:
Fixing parameters will fix them to the value they are right now. If you change the fixed value, it will be fixed to the new value!
Important Notes:
The array given into this, will be used as the Param object. That is, the memory of the numpy array given will be the memory of this object. If you want to make a new Param object you need to copy the input array!
Multilevel indexing (e.g. self[:2][1:]) is not supported and might lead to unexpected behaviour. Try to index in one go, using boolean indexing or the numpy builtin np.index function.
See :py:class:`GPy.core.parameterized.Parameterized` for more details on constraining etc.
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Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from |
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| a new object with type S, a subtype of T |
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__array_priority__ = -1 Array priority. |
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_fixes_ = None hash(x) |
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parameters =
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Inherited from Inherited from |
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param_array As we are a leaf, this just returns self |
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values Return self as numpy array view |
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gradient Return a view on the gradient, which is in the same shape as this parameter is. |
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| flattened_parameters | |||
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num_params Return the number of parameters of this parameter_handle. |
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Inherited from Inherited from Inherited from Inherited from Inherited from Inherited from |
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x.__init__(...) initializes x; see help(type(x)) for signature
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None.
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x[y]
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Flattened array of ints, specifying the index of this object. This has to account for shaped parameters!
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get the raveled index for a param that is an int array, containing the indexes for the flattened param inside this parameterized logic. !Warning! be sure to call this method on the highest parent of a hierarchy, as it uses the fixes to do its work
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Make a copy. This means, we delete all observers and return a copy of this array. It will still be an ObsAr!
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Used if copy.deepcopy is called on an array.
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Setup the default observers 1: pass through to parent, if present
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Get the names of all parameters of this model or parameter. It starts from the parameterized object you are calling this method on. Note: This does not unravel multidimensional parameters, use parameter_names_flat to unravel parameters! :param bool add_self: whether to add the own name in front of names :param bool adjust_for_printing: whether to call `adjust_name_for_printing` on names :param bool recursive: whether to traverse through hierarchy and append leaf node names :param bool intermediate: whether to add intermediate names, that is parameterized objects
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repr(x)
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str(x)
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Build a pydot representation of this model. This needs pydot installed. Example Usage: np.random.seed(1000) X = np.random.normal(0,1,(20,2)) beta = np.random.uniform(0,1,(2,1)) Y = X.dot(beta) m = RidgeRegression(X, Y) G = m.build_pydot() G.write_png('example_hierarchy_layout.png') The output looks like: .. image:: example_hierarchy_layout.png Rectangles are parameterized objects (nodes or leafs of hierarchy). Trapezoids are param objects, which represent the arrays for parameters. Black arrows show parameter hierarchical dependence. The arrow points from parents towards children. Orange arrows show the observer pattern. Self references (here) are the references to the call to parameters changed and references upwards are the references to tell the parents they need to update. |
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param_arrayAs we are a leaf, this just returns self
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valuesReturn self as numpy array view
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gradientReturn a view on the gradient, which is in the same shape as this parameter is. Note: this is not the real gradient array, it is just a view on it. To work on the real gradient array use: self.full_gradient
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is_fixed
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_description_str
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flattened_parameters
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num_paramsReturn the number of parameters of this parameter_handle. Param objects will always return 0.
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| Home | Trees | Indices | Help |
|---|
| Generated by Epydoc 3.0.1 on Tue Jul 4 11:59:53 2017 | http://epydoc.sourceforge.net |


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Detailed Description
Functions, macros, variables, enums and types related to data reading and writing of primitive data types from and to endpoints.
Function Documentation
| static void Endpoint_Discard_Byte |
( |
void |
|
) |
[inline, static] |
Discards one byte from the currently selected endpoint's bank, for OUT direction endpoints.
| static void Endpoint_Discard_DWord |
( |
void |
|
) |
[inline, static] |
Discards four bytes from the currently selected endpoint's bank, for OUT direction endpoints.
| static void Endpoint_Discard_Word |
( |
void |
|
) |
[inline, static] |
Discards two bytes from the currently selected endpoint's bank, for OUT direction endpoints.
| static uint8_t Endpoint_Read_Byte |
( |
void |
|
) |
[inline, static] |
Reads one byte from the currently selected endpoint's bank, for OUT direction endpoints.
- Returns:
- Next byte in the currently selected endpoint's FIFO buffer.
| static uint32_t Endpoint_Read_DWord_BE |
( |
void |
|
) |
[inline, static] |
Reads four bytes from the currently selected endpoint's bank in big endian format, for OUT direction endpoints.
- Returns:
- Next double word in the currently selected endpoint's FIFO buffer.
| static uint32_t Endpoint_Read_DWord_LE |
( |
void |
|
) |
[inline, static] |
Reads four bytes from the currently selected endpoint's bank in little endian format, for OUT direction endpoints.
- Returns:
- Next double word in the currently selected endpoint's FIFO buffer.
| static uint16_t Endpoint_Read_Word_BE |
( |
void |
|
) |
[inline, static] |
Reads two bytes from the currently selected endpoint's bank in big endian format, for OUT direction endpoints.
- Returns:
- Next word in the currently selected endpoint's FIFO buffer.
| static uint16_t Endpoint_Read_Word_LE |
( |
void |
|
) |
[inline, static] |
Reads two bytes from the currently selected endpoint's bank in little endian format, for OUT direction endpoints.
- Returns:
- Next word in the currently selected endpoint's FIFO buffer.
| static void Endpoint_Write_Byte |
( |
const uint8_t |
Byte |
) |
[inline, static] |
Writes one byte from the currently selected endpoint's bank, for IN direction endpoints.
- Parameters:
-
| [in] | Byte | Next byte to write into the the currently selected endpoint's FIFO buffer. |
| static void Endpoint_Write_DWord_BE |
( |
const uint32_t |
DWord |
) |
[inline, static] |
Writes four bytes to the currently selected endpoint's bank in big endian format, for IN direction endpoints.
- Parameters:
-
| [in] | DWord | Next double word to write to the currently selected endpoint's FIFO buffer. |
| static void Endpoint_Write_DWord_LE |
( |
const uint32_t |
DWord |
) |
[inline, static] |
Writes four bytes to the currently selected endpoint's bank in little endian format, for IN direction endpoints.
- Parameters:
-
| [in] | DWord | Next double word to write to the currently selected endpoint's FIFO buffer. |
| static void Endpoint_Write_Word_BE |
( |
const uint16_t |
Word |
) |
[inline, static] |
Writes two bytes to the currently selected endpoint's bank in big endian format, for IN direction endpoints.
- Parameters:
-
| [in] | Word | Next word to write to the currently selected endpoint's FIFO buffer. |
| static void Endpoint_Write_Word_LE |
( |
const uint16_t |
Word |
) |
[inline, static] |
Writes two bytes to the currently selected endpoint's bank in little endian format, for IN direction endpoints.
- Parameters:
-
| [in] | Word | Next word to write to the currently selected endpoint's FIFO buffer. |


Hitesh Arora
I am a Research Masters student at the Robotics Institute, part of the School of Computer Science at Carnegie Mellon University (CMU). I am passionate to advance the theoretical foundations of core machine learning algorithms and solve practical challenges in its application to real-world problems, particularly in the domains of robotics, healthcare and climate change.
I am currently being advised by Prof. Jeff Schneider on studying and designing sample-efficient deep reinforcement learning algorithms for end-to-end self-driving. I am also working with Prof. Asim Smailagic in the Engineering Research Accelerator to design explainable semi-supervised deep learning approaches for disease detection from medical images.
Before joining graduate school, I worked at Microsoft for 3 years, where I designed and shipped multiple hyper-scale distributed and analytics solutions currently being used by millions of cloud users.
I graduated with a B.Tech in Computer Science and Engineering from IIT Guwahati in 2015. In the past, I had the incredible fortune to gain first-hand research experience by working with Prof. Tomaso Poggio and Prof. Ethan Meyers at the Centre for Brains, Minds and Machines, MIT, Prof. Onur Mutlu at CMU (now at ETH Zurich), Prof. Scott Beaton at the University of Queensland, Australia, and Prof. Ashish Anand at IIT Guwahati.
Also, I have always been driven to solve social problems. Being deeply concerned with North India's alarming pollution, I pioneered the Charvesting project with Dr. Brian Von Herzen and the Climate Foundation NGO to transform the practice of open rice-straw burning into cost-effective, clean conversion to biochar. I enjoy teaching and served as a volunteer teacher to underprivileged students in India over the last 7 years.
Resume /
LinkedIn /
GitHub /
Email
|


2 references to ResolveNames
System.Management.Automation (2)
FormatAndOutput\common\Utilities\Mshexpression.cs (2)
119
return
ResolveNames
(target, true);
298
foreach (PSPropertyExpression resolvedName in
ResolveNames
(target, expand))


Our base library offers support for simple well known preconditioners like Diagonal Scaling or Block Jacobi with incomplete factorization ILU(0).
A preconditioner is held in the psb_prec_type data structure reported in figure 4. The psb_prec_type data type may contain a simple preconditioning matrix with the associated communication descriptor.The internal preconditioner is allocated appropriately with the dynamic type corresponding to the desired preconditioner.
type psb_Tprec_type class(psb_T_base_prec_type), allocatable :: prec end type psb_Tprec_type


After their previous victory against the forces of dark Rayman and his friends grew complacent. They lowered their defences and succumbed to sloth, sleeping for about a 100 years. And the creator who spent his early days meditating was now reduced to a frail old man smoking his pipe listlessly all day long. It was a sad state of affairs. No wonder then the evil magician who returned from defeat stronger than ever, had little trouble conquering the glade of dreams. The 10 princesses were kidnapped, dragons were unleashed and the teensies were imprisoned. And all this was done while Rayman and his friends were blissfully asleep. Any one would be indignant at the conduct of these "guardians".
I was very disappointed in Rayman to say the least. I mean it is one thing to be defeated after a hard fought battle and quite another to surrender, nay loll around while the enemy is plundering your land. I would not think it unreasonable to assume that being awake on a battlefield came as a part of the job. Nor would it be improper then if, under these circumstances, some proud citizen of the glade were to walk up to these bums and register tight slap on their faces to rouse them from their eternal slumber. No no no. The malady was identified. The remedy was prescribed. The dose was administered by a wise fly ,which looked like a toad, and went by the name of Murphy. A right hand on their cheeks and they were up and ready to serve. Reporting for duty: Rayman and co. Their mission? To rescue the princesses, to free the teensies and to defeat the evil magicians.
Never underestimate the power of a dedicated fly to wake you up from your deepest of slumbers
Rayman legends is follow up to the super fun platformer Rayman Origins. You get to play as Rayman or one of his friends as you jump around, punch and kick enemies to free the teensies and defeat the evil magician in each world. The structuring of the stages is similar to origins. The snoring tree is gone, instead you choose the worlds to visit from a "gallery" of paintings. Once you've chosen a stage to play the game is almost similar to origins.
The game is packed with with incredible detail. The backgrounds are colorful and vivid. The objects are brought to life by charming animations. Even the not so important things like the collectibles have a personality of their own. The lums (gold in raymans world) for instance hang out in clusters. The yellow colored ones are sleepy and drift around with drooping shoulders. The purple ones on the other hand are quite cheerful and one can often catch them jumping and dancing around infusing every one with their infectious energy. The purple lums can often be found leading the yellow lums even as they sleep.
The enemies in Rayman Legends are just as colorful. Now normally they go about their work of destroying raymans home in a very nonchalant -- almost business like manner. But you can often catch them taking a break from duty to play ball,torture the teensies or do some other silly stuff. Don't be surprised to find a pirate using a teensy prisoner as a bait for fishing when they should be ... I don't know burning, plundering and doing other piratey stuff? But in a way it's understandable. After a while all this evil stuff takes a toll on you. Everybody needs some time to recuperate. Yes even the villains.
This fellow was supposed to be the wise old monk.
Rayman offers a good selection of playable characters. Besides Rayman himself there is Globox, Teensy, Murphy (an assist character) and the ten princesses. Among these Barbara quickly became my favorite character. She is a teen princess (with one missing canine) of the jungle/castle world, enjoys hard rock every now and then and often using her axe as a prop to play air guitar (YEAH!). You can watch her in her full glory in the castle rock level where she beats the baddies and fights the dragon while listening to the metal playing in the background. Pump it up! The sound design in general is excellent. Since the theme of the game is a bit darker as compared to origins the background music is heavier and moody as well. Oh well Pump it up!
There are a few mini games as well. Like "scratch me baby". Yeah I know given the vita's reputation for somewhat risque(to put it mildly) games I was a bit circumspect trying it out in the open. I was surprised however, at night in the privacy of my room, that it was harmless ticket scratching, lottery themed game that rewards with a few in game prizes if you win.
There is also a "creatures" house where Rayman keeps all his pets. Now these pets perform a very valuable job. They are Raymans source of passive income. Everybody has a passive income source these days and Rayman won't be left behind the times. No sir.  All that gold for free!
"And what does rayman do with all this gold? "
Rayman buys for himself and his friends fancy dresses which you can have them try on at any in the "heroes" locker room. One might be inclined to think that Rayman and co are vain but I feel that some indulgence is acceptable especially when you render such an invaluable service to your country. Sure they slept for a hundred years and were responsible for the current state of affairs in the first place, but they are trying very hard to make it up to the people. Let's not be too hard on them shall we?
Rayman Legends offers an excellent value for money. Besides completely new levels, all of the stages of rayman origins make a comeback. As I have had the opportunity to observe before Rayman origins is perhaps the happiest game of all time (at the very least it is a close second to loco rocco).
Rayman has a heart of gold. You can feel it in his kind,smiling face. He is quick to admit his follies and even quicker to correct his mistakes. Is he perfect? No. He's got his flaws. But who hasn't. In my opinion rayman is a legendary warrior. Very underrated. I would say uncelebrated (Mario isn't the only do-gooder princess rescuer you know) but legendary nonetheless. Don't wait any longer for a chance to play his game.


The most important rule about web development is “Do not trust the user”. This is especially true for incoming request data on the input stream. With WSGI this is actually a bit harder than you would expect. Because of that Werkzeug wraps the request stream for you to save you from the most prominent problems with it.
The input stream has no end-of-file marker. If you would call the read() method on the wsgi.input stream you would cause your application to hang on conforming servers. This is actually intentional however painful. Werkzeug solves that problem by wrapping the input stream in a special LimitedStream. The input stream is exposed on the request objects as stream. This one is either an empty stream (if the form data was parsed) or a limited stream with the contents of the input stream.
Werkzeug parses the incoming data under the following situations:
These calls are not interchangeable. If you invoke parse_form_data() you must not use the request object or at least not the attributes that trigger the parsing process.
This is also true if you read from the wsgi.input stream before the parsing.
General rule: Leave the WSGI input stream alone. Especially in WSGI middlewares. Use either the parsing functions or the request object. Do not mix multiple WSGI utility libraries for form data parsing or anything else that works on the input stream.
The standard Werkzeug parsing behavior handles three cases:
Special note on the data attribute: Accessing this loads the full request data into memory. This is only safe to do if the max_content_length is set. Also you can either read the stream or access data.
To avoid being the victim of a DDOS attack you can set the maximum accepted content length and request field sizes. The BaseRequest class has two attributes for that: max_content_length and max_form_memory_size.
The first one can be used to limit the total content length. For example by setting it to 1024 * 1024 * 16 the request won’t accept more than 16MB of transmitted data.
Because certain data can’t be moved to the hard disk (regular post data) whereas temporary files can, there is a second limit you can set. The max_form_memory_size limits the size of POST transmitted form data. By setting it to 1024 * 1024 * 2 you can make sure that all in memory-stored fields is not more than 2MB in size.
This however does not affect in-memory stored files if the stream_factory used returns a in-memory file.
Modern web applications transmit a lot more than multipart form data or url encoded data. Extending the parsing capabilities by subclassing the BaseRequest is simple. The following example implements parsing for incoming JSON data:
from werkzeug import Request, cached_property
from simplejson import loads
class JSONRequest(Request):
# accept up to 4MB of transmitted data.
max_content_length = 1024 * 1024 * 4
@cached_property
def json(self):
if self.headers.get('content-type') == 'application/json':
return loads(self.data)


Environment variables can be edited on deployment config
{{dcName}}.
Environment variables were set by {{controllerRef.kind | humanizeKind}}
{{controllerRef.name}}.
Logs
{{pod.spec.containers[0].name}}
{{$select.selected.name}}—{{containerStateReason || containerStatusKey | sentenceCase}}Log from {{containerStartTime | date : 'medium'}} to {{containerEndTime | date : 'medium'}}Terminal
No running containers
When you navigate away from this pod, any open terminal connections will be closed.
This will kill any foreground processes you started from the terminal.
Open Fullscreen Terminal


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## OpenJDK A quick 10min run-through _Thomas Stüfe_ _[@tstuefe](https://twitter.com/tstuefe) | [stuefe.de](https://stuefe.de)_
### History 2007: Sun publishes JDK under under __GPLv2 with Classpath Extension__.
### History (cont.) - 2008: Oracle aquires BEA. - 2010: Oracle aquires Sun Microsystems... RIP Sun :,( But the OpenJDK lives on, now with developers from Sun and JRockit.
### SAP involved since 2011 - Ports: ppc64, s390, AIX - Lots of improvements - 11u maintainers (with Red Hat)
... and we also have a OpenJDK based VM :) [https://sapmachine.io](https://sapmachine.io) OpenJDK fork with a few enhancements.
### LOC - OpenJDK sources: ~4m - Java 2.5m - C/C++ 1.4m - OpenJDK tests: ~3m (mostly Java) ------- Total: ~8m (5.5.2 Linux kernel: ~19m )
## Contributors About ~1000 registered Authors (http://openjdk.java.net/census) ...
...from many companies: Oracle, Red Hat, SAP, Google, Arm, Bellsoft, Amazon, IBM, Azul...
... and many independent developers!
![Contributor makeup](./contributors-jdk13.jpeg "Contributors")
Why take part?
### 1 Interesting technology. Vast field. Fun & lots of experience to be gained.
There is always something new: Valhalla, Loom, Panama...
### 2 The community is competent, professional, and really quite friendly :)
Communication mainly via mailing lists and IRC. Fosdem Free Java Devroom Committers Workshop (after Fosdem and after JVMLS)
### 3 Healthy code base. Constant rejuvenation. Not much bitrot. Good balance between new and old.
How take part?
### Reading Subscribe to our [mailing lists](http://mail.openjdk.java.net/mailman/listinfo "Read mailing list"). Yes, there are too many :) Suggestions: hotspot-dev, jdk-dev, hotspot-compiler-dev, hotspot-gc-dev, panama-dev, loom-dev ...
### Discussions There are many new features. Tests and feedback (questions too) are important and appreciated.
### Get the source [Mercurial repos](http://hg.openjdk.java.net/jdk/jdk/) [RO Github mirror](https://github.com/openjdk/jdk)
### Read the code Unfortunately, IDE support is a moving target and not well documented :( Suggestions: - Eclipse CDT for hotspot sources - Intellij (also community edition) for the JDK.
### Contribute patches Hard, but not impossible. See https://openjdk.java.net/contribute/
Some things become easier long-term: OpenJDK will switch to git/github.
Thank you :)


isn't she cold, robotic, and unlikable?
Q: Why is Hillary so cold, robotic, and unlikable?
A: Well, first of all, the real Hillary Clinton is none of those things. Just ask the people who know her. The Hillary that some people think is real is the result of decades-long attacks by her critics, and Hillary’s admitted discomfort with the process of campaigning.
John Podesta, Chief of Staff to President Bill Clinton, Counselor to President Barack Obama, and Chairman of Hillary’s 2016 Presidential Campaign:
“You hear people say, ‘She’s so different in person.’ That’s what they’re finding so appealing. When people don’t know her well and they encounter her, people are taken with the fact that she is interested in them.”
Lucia Bath, mother of Jordan Davis:
“Hillary Clinton isn’t afraid to say black lives matter. She isn’t afraid to sit at a table with grieving mothers and bear the full force of our anguish. She doesn’t build walls around her heart. Not only did she listen to our problems, she invited us to become part of the solution.”
Madeleine Albright, former Secretary of State:
“She knows that safeguarding freedom and security is not like hosting a reality TV show. It is a complex, round-the-clock job that demands not only a steady hand and a cool head, but also a big heart.”
“I never once doubted that my parents cared about my thoughts and my ideas, and I always knew how deeply they love me. That feeling of being valued and loved — that is what my mom wants for every child. It is the calling of her life.”
Q: So where does the myth that Hillary is unlikable come from?
A: The myth has two main origins: decades-long attacks by Hillary’s critics; and the pressures placed on female public figures.
- For two and a half decades, Hillary has faced attacks on everything from her hairstyles and clothing choices to the sound of her voice, her laugh, and her smile (or absence of one). Even her cookie recipe created controversy.
- If Hillary is perceived as too serious, she is labeled “angry and defensive.” If she expresses passion for the causes she has fought for her whole political life, she is “too emotional.”
Q: But why does Hillary get attacked more than other politicians in the first place?
A: The Guardian writes that Hillary Clinton’s perception as a ”militant feminist, difficult to deal with“ was largely related to people’s aversion to her feminist attitudes. The article goes on to quote Craig Shirley, a biographer and historian:
He noted that she faced hostility in Arkansas politics and media when Bill Clinton was first elected governor, because she kept her maiden name. ”Here she comes, the feminist from Wellesley and Yale,“ Shirley explained […], ”down to Little Rock and brings her attitudes with her“.
By the time she arrived in D.C., Shirley explains, her reputation was already established.
Q: But doesn’t politics and campaigning come naturally to her?
A: On the contrary, Hillary has acknowledged that campaigning does not come easy for her. Nevertheless, those who endorse Clinton note that her emotional restraint and poise under pressure would help make her an effective president
Those who know Clinton best can attest that she is an empathetic, caring individual. But more important, they confirm that she is ready to lead this country.
“I can say with confidence there has never been a man or a woman — not me, not Bill, nobody — more qualified than Hillary Clinton to serve as President of the United States of America.” - President Barack Obama


Export Options
PeZ has a simple export option to allow users to save filter data in
a Matlab data file (.mat).
To get to the export options, select Export Filter Data from the main
menu:
Pressing the export filter data button leads to the following Export
Options:
-
Save File Name: Pressing this button allows the user to select a
new file name.
-
Pole/Zero Variable Name: This determines the variable names used
in the data files.
-
Poly/Roots: Determines whether the coefficients are stored as Polynomials
or Roots. More Details.
-
Export to File: This uses the above parameters to save the file.
Note 1: Leaving the Variable and Poly/Roots fields to the defaults
allows for easier loading back into Matlab. If the user does not change
the defaults in the import from file and export windows, then loading and
saving is more automatic.
Note 2: Using Polynomials for saving is not always the greatest
of things since the factoring of a polynomial may not result in the expected
roots.
[ Intro Functionality
Add/Delete Edit Import
Export ]
<< Previous


In this further step of my Java 8 exercise I'm going to introduce a better persistence facility to SolidBlue II, also addressing one of the issues that I mentioned about the previous implementation.
Before going to the focus point of this post, let me anticipate that also a bit of housekeeping has been performed to the project:
Then a better separation of responsibilities has been implemented. The class FileAndFingerprint
has
been introduced as a holder of file+fingerprint data, including the method to compute the MD5:
package it.tidalwave.integritychecker2; import java.io.IOException; import java.io.RandomAccessFile; import java.nio.MappedByteBuffer; import java.nio.file.Files; import java.nio.file.Path; import java.security.MessageDigest; import java.security.NoSuchAlgorithmException; import static java.nio.channels.FileChannel.MapMode.READ_ONLY; public class FileAndFingerprint { private final Path file; private final String fingerPrint; public FileAndFingerprint (final Path file) { this.file = file; this.fingerPrint = computeFingerprint("MD5"); } public Path getFile() { return file; } public String getFingerPrint() { return fingerPrint; } @Override public String toString() { return String.format("FileAndFingerprint(path=%s, fingerPrint=%s)", file.getFileName().toString(), fingerPrint); } private String computeFingerprint (final String algorithm) { try { ... } catch (NoSuchAlgorithmException | IOException e) { return e.getMessage(); } } private static String toString (final byte[] bytes) { ... } }
Ok, so let's go to the main point of this post: the addressing of the problem of saving the intermediate data
(e.g. the list of discovered file) even in case of premature termination. A Storage
facility has
been introduced which encapsulates the persistence semantics:
package it.tidalwave.integritychecker2; import java.nio.file.Path; import java.util.stream.Collector; import java.util.stream.Stream; public interface Storage extends AutoCloseable { public Collector<Path, ?, ? extends Storage> getIntermediateCollector(); public Collector<FileAndFingerprint, ?, ? extends Storage> getFinalCollector(); public Stream<Path> stream(); }
The idea is that Storage
provides the Collector
for the pipeline... indeed, two
different instances of Collector
that make it possible to split in two the original pipeline:
try (final Stream<Path> stream = Files.walk(targetPath, FOLLOW_LINKS); final Storage storage = new FileStorage(targetPath)) { stream.filter(Main::matchesExtension) .peek(progressTracker::notifyDiscoveredFile) .collect(storage.getIntermediateCollector()) .stream() .map(FileAndFingerprint::new) .peek(progressTracker::notifyScannedFile) .collect(storage.getFinalCollector()); }
The split can be noticed by the fact that a collect()
is first invoked with an intermediate Collector
,
thus terminating the former pipeline as soon as possible: this makes it possible to make the full list of
discovered files persistent. The intermediate Collector
returns the Storage
itself,
whose stream()
method starts a latter pipeline, which is the one performing the fingerprint
computation. At last, data are collected by a final Collector
.
The most interesting part of this post is the implementation of FileStorage
:
package it.tidalwave.integritychecker2; import java.io.IOException; import java.nio.charset.Charset; import java.nio.file.Files; import java.nio.file.Path; import java.util.Map; import java.util.Timer; import java.util.TimerTask; import java.util.concurrent.ConcurrentHashMap; import java.util.stream.Collector; import java.util.stream.Stream; import static it.tidalwave.util.TimerTaskAdapterFactory.toTimerTask; import static it.tidalwave.util.stream.FileCollector.toFile; import static java.util.Comparator.comparing; public class FileStorage implements Storage { private static final int STORE_INTERVAL = 1000; private final Path storageFile; private final Map<Path, String> map = new ConcurrentHashMap<>(); private final Timer timer = new Timer(); public FileStorage (final Path folder) throws IOException { final Path storageFolder = folder.resolve(".it.tidalwave.solidblue2"); storageFile = storageFolder.resolve("fingerprints-j8.txt"); Files.createDirectories(folder); timer.scheduleAtFixedRate(toTimerTask(this::store), STORE_INTERVAL, STORE_INTERVAL); } @Override public Collector<Path, ?, FileStorage> getIntermediateCollector() { return Collector.of(() -> this, FileStorage::storeItem, (a, b) -> a); } @Override public Collector<FileAndFingerprint, ?, FileStorage> getFinalCollector() { return Collector.of(() -> this, FileStorage::storeItem, (a, b) -> a); } @Override public Stream<Path> stream() { return map.keySet().stream(); } @Override public void close() throws IOException { timer.cancel(); store(); } private void storeItem (final Path file) { map.put(file, "unavailable"); } private void storeItem (final FileAndFingerprint faf) { map.put(faf.getFile(), faf.getFingerPrint()); } private void store() throws IOException { map.entrySet().stream() .sorted(comparing(Map.Entry::getKey)) .map(e -> String.format("MD5(%s)=%s", e.getKey().getFileName().toString(), e.getValue())) .collect(toFile(storageFile, Charset.forName("UTF-8"))); } }
toTimerTask()
is a quick and simple utility to wrap a functional method into a TimerTask
,
allowing the simplification of the syntax.
The core of that class is a ConcurrentHashMap
that can collect data while being accessed at the
same time, without the need of synchronized
blocks. This allows the maximum performance, without
bottlenecks. A timer periodically runs a method that iterates through the map and writes its contents to a file.
The intermediate Collector
accepts the incoming Path
s and creates an entry for each of
them, associate to the value "unavailable"
. The final Collector
overrides the entries
by putting the actual fingerprint.
It's worth while analysing the implementation of the two Collector
s. The accumulator is the FileStorage
object itself, in a single instance, since it supports parallel access. So, the Supplier
always
returns this
. The combiner function is actually useless, since it always receives twice the same
reference at each invocation, but it is mandatory, so it has been implemented to return either of the two
parameters.
Last but not least, FileStorage
implements the AutoCloseable
interface, so it can be
used with try-with-resources.
It's worth noting that FileStorage
is a mutable object, which is not what the functional approach
suggests. Given that the final purpose of FileStorage
is to write data to the disk, I could have
implemented it in a mutable way, e.g. creating further copies of the Map
that holds data. But I
wouldn't have got any practical advantage. The gain from using immutable data structures is the simplification
and optimisation of parallel code, in particular to avoid synchronized
blocks. But in this case ConcurrentHashMap
is already taking care of both issues.
The code described in this post can be found at BitBucket in version 1.0-ALPHA-7, together with some other improvements (for instance, a very simple GUI has been added).


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Place clusters
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Size


layout: post tags: thoughts featured: Y date: 2013-05-07 07:41:00
I claim no ownership of this insight.
My esteemed colleague Allen Wirfs-Brock put this into my head. And since he did I can’t stop thinking about it. So now I am going to put this into your head:
The personal computer is dead.
PCs make up less than 50% of personal computing devices today. And their market share is rapidly declining.
We move into an age where we are surrounded by computing devices. From mobile phones to tablets to wearables (FitBit, Nike Fuelband and Co.) to in-car entertainment systems. Computers and screens are everywhere.
This is the chance of a lifetime!
Allen formulated this eloquently as “The point being that we are in a time of chaotic transition. We don’t know for sure which companies and technologies map to the colors in the graph. We also don’t know the exact time scale. But the important thing is - we are in period of opportunity that may not reoccur for decades. The window of opportunity will only last a few years so its important to be doing things and making our bets right now! If you don’t play, you can’t win…”
The next Microsoft, the next Google, the next Facebook is a kid in a garage right now.
The future is yours.
(*) Asymco published this graph and underlying research.
(**) Allen just blogged about this as well - go, read his post. It’s amazing.


A Good Morning
with Mr. Toast
Zzzzz...
Dressing
Avocado spread
Peanut butter
Cheese slice
Topping
Tomato
Banana
Egg


I love creativity that front-end web development incorporates.
Designing webpages that gives a user unique experience,
and which is also interactive and athestically pleasing
is rewarding. The ability to think creativity while maintaining
structure and executing ideas onto a page is fun, and challegning
which keeps me motivated and inspired.
When I am not coding and creating websites, you can find me enjoying the Califormaina sun


Thread Favorites - Better Battlelog Forums #1423
Sitemap
29. January 2012 02:29
Topicstarter
Guest
Could you please move the "Add to favorites" button somewhere near the "Post" button and make it (much) smaller? Right now there are two huge favorites button on each page of a thread which is a waste of space.
29. January 2012 13:14
BrainFooLong
Administrator
I noticed it to my todo list.
Greetz


EBRD invests $4m in Turkish bus-ticketing service firm oBilet
Mubasher: The European Bank for Reconstruction and Development (EBRD) announced an equity investment of $4 million in Turkish online bus-ticketing service provider oBilet.
The investment aims to boost the growth of oBilet, which is now eying expanding its business to air travel ticketing, while it is expected to encourage the development of highly innovative tech companies in Turkey, EBRD said in a statement on its website.
The EBRD investment came in a broader $5 million financing tranche alongside Early Venture Capital, which is focused on supporting European technology innovators.
Over the past year, oBilet managed to raise $10 million in financing.
It also came as part of EBRD’s Venture Capital Investment Programme that aims to provide more access to venture capital.
Source: Mubasher Source: {{details.article.source}}


| 程序包 | 说明 |
|---|---|
| org.apache.log4j |
The main log4j package.
|
| org.apache.log4j.helpers |
This package is used internally.
|
| org.apache.log4j.jmx |
This package lets you manage log4j settings using JMX.
|
| org.apache.log4j.net |
Package for remote logging.
|
| org.apache.log4j.nt |
Package for NT event logging.
|
| org.apache.log4j.xml |
XML based components.
|
| 限定符和类型 | 类和说明 |
|---|---|
class |
EnhancedPatternLayout
This class is an enhanced version of org.apache.log4j.PatternLayout
which was originally developed as part of the abandoned log4j 1.3
effort and has been available in the extras companion.
|
class |
HTMLLayout
This layout outputs events in a HTML table.
|
class |
PatternLayout
A flexible layout configurable with pattern string.
|
class |
SimpleLayout
SimpleLayout consists of the level of the log statement,
followed by " - " and then the log message itself.
|
class |
TTCCLayout
TTCC layout format consists of time, thread, category and nested
diagnostic context information, hence the name.
|
| 限定符和类型 | 字段和说明 |
|---|---|
protected Layout |
AppenderSkeleton.layout
The layout variable does not need to be set if the appender
implementation has its own layout.
|
| 限定符和类型 | 方法和说明 |
|---|---|
Layout |
AppenderSkeleton.getLayout()
Returns the layout of this appender.
|
Layout |
Appender.getLayout()
Returns this appenders layout.
|
| 限定符和类型 | 方法和说明 |
|---|---|
void |
AppenderSkeleton.setLayout(Layout layout)
Set the layout for this appender.
|
void |
Appender.setLayout(Layout layout)
Set the
Layout for this appender. |
| 构造器和说明 |
|---|
ConsoleAppender(Layout layout)
Creates a configured appender.
|
ConsoleAppender(Layout layout,
java.lang.String target)
Creates a configured appender.
|
DailyRollingFileAppender(Layout layout,
java.lang.String filename,
java.lang.String datePattern)
Instantiate a
DailyRollingFileAppender and open the
file designated by filename . |
FileAppender(Layout layout,
java.lang.String filename)
Instantiate a FileAppender and open the file designated by
filename . |
FileAppender(Layout layout,
java.lang.String filename,
boolean append)
Instantiate a FileAppender and open the file designated by
filename . |
FileAppender(Layout layout,
java.lang.String filename,
boolean append,
boolean bufferedIO,
int bufferSize)
Instantiate a
FileAppender and open the file
designated by filename . |
RollingFileAppender(Layout layout,
java.lang.String filename)
Instantiate a FileAppender and open the file designated by
filename . |
RollingFileAppender(Layout layout,
java.lang.String filename,
boolean append)
Instantiate a RollingFileAppender and open the file designated by
filename . |
WriterAppender(Layout layout,
java.io.OutputStream os)
Instantiate a WriterAppender and set the output destination to a
new
OutputStreamWriter initialized with os
as its OutputStream . |
WriterAppender(Layout layout,
java.io.Writer writer)
Instantiate a WriterAppender and set the output destination to
writer . |
| 限定符和类型 | 类和说明 |
|---|---|
class |
DateLayout
This abstract layout takes care of all the date related options and
formatting work.
|
| 构造器和说明 |
|---|
LayoutDynamicMBean(Layout layout) |
| 构造器和说明 |
|---|
SyslogAppender(Layout layout,
int syslogFacility) |
SyslogAppender(Layout layout,
java.lang.String syslogHost,
int syslogFacility) |
| 构造器和说明 |
|---|
NTEventLogAppender(Layout layout) |
NTEventLogAppender(java.lang.String source,
Layout layout) |
NTEventLogAppender(java.lang.String server,
java.lang.String source,
Layout layout) |
| 限定符和类型 | 类和说明 |
|---|---|
class |
XMLLayout
The output of the XMLLayout consists of a series of log4j:event
elements as defined in the log4j.dtd.
|
| 限定符和类型 | 方法和说明 |
|---|---|
protected Layout |
DOMConfigurator.parseLayout(org.w3c.dom.Element layout_element)
Used internally to parse a layout element.
|
Copyright © 1999-2015 Apache Software Foundation. All Rights Reserved.


Okta Hosted Login + Spring Boot Example
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NewQuanzhi Gaoshou (2018) Episode 3
- Ramen Daisuki Koizumi-san Episode 12
- RoboMasters the Animated Series Episode 6
- Rokuhoudou Yotsuiro Biyori Episode 6
- Ryuuou no Oshigoto! Episode 12
- Saiki Kusuo no Psi Nan 2 Episode 15
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NewSakura Internet Episode 1
- Sanrio Danshi Episode 12
- Saredo Tsumibito wa Ryuu to Odoru Episode 7
- Shinkansen Henkei Robo Shinkalion The Animation Episode 15
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NewShiyan Pin Jiating Episode 3
- Shokugeki no Souma: San no Sara Episode 12
- Shokugeki no Souma: San no Sara - Toutsuki Ressha-hen Episode 6
- Shounen Ashibe: Go! Go! Goma-chan 2 Episode 32
- Shounen Ashibe: Go! Go! Goma-chan 3 Episode 6
- Slow Start Episode 12
- Sora yori mo Tooi Basho Episode 13
- Souten no Ken Re:Genesis Episode 7
- Steins;Gate 0 Episode 6
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HOTSword Art Online Alternative: Gun Gale Online Episode 6
- Tachibanakan Triangle Episode 7
- Tada-kun wa Koi wo Shinai Episode 7
- Takunomi. Episode 12
- The [email protected] Side M Episode 13
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NewThe King Of Fighters : Destiny Episode 3
- Time Bokan: Gyakushuu no San Akunin Episode 24
- To Be Heroine Episode 1
- Toji no Miko Episode 19
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HOTTokyo Ghoul:re Episode 7
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- Uma Musume: Pretty Derby (TV) Episode 8
- UQ Holder! OVA Episode 2
- Violet Evergarden Episode 13
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NewWakaokami wa Shougakusei! Episode 5
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- Wangu Xian Qiong 2nd Season Episode 7
- Wotaku ni Koi wa Muzukashii Episode 6
- Youkai Apartment no Yuuga na Nichijou Episode 26
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NewYoukai Watch: Shadow Side Episode 5
- Yowamushi Pedal: Glory Line Episode 19
- Yuru Camp△ Specials 1
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- Yu☆Gi☆Oh! VRAINS Episode 52
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Before JDK 7, you can use octal values (with prefix '0
') or hexadecimal values (with prefix '0x
' or '0X
').
public class HelloWorld { public void test() { int val = 0xFF; // 255 } }
=== === === === === === === === === Method test:()V === === === === === === === === === max_stack = 1 max_locals = 2 code_length = 5 code = 1100FF3CB1 === === === === === === === === === 0000: sipush 255 // 1100FF 0003: istore_1 // 3C 0004: return // B1 === === === === === === === === === LocalVariableTable: index start_pc length name_and_type 0 0 5 this:Lsample/HelloWorld; 1 4 1 val:I
In JDK 7, you can express literal values in binary with prefix '0b
' (or '0B
') for integral types (byte
, short
, int
and long
), similar to C/C++ language.
public class HelloWorld { public void test() { int number1 = 0b01010000101000101101000010100010; int number2 = 0b0101_0000_1010_0010_1101_0000_1010_0010; int number3 = 2_123_456; // break the digits with underscore } }
=== === === === === === === === === Method test:()V === === === === === === === === === max_stack = 1 max_locals = 4 code_length = 10 code = 12023C12023D12033EB1 === === === === === === === === === 0000: ldc #2 // 1202 ||<PHONE_NUMBER> 0002: istore_1 // 3C 0003: ldc #2 // 1202 ||<PHONE_NUMBER> 0005: istore_2 // 3D 0006: ldc #3 // 1203 || 2123456 0008: istore_3 // 3E 0009: return // B1 === === === === === === === === === LocalVariableTable: index start_pc length name_and_type 0 0 10 this:Lsample/HelloWorld; 1 3 7 number1:I 2 6 4 number2:I 3 9 1 number3:I
In JDK 7, You are also permitted to use underscore (_
) to break the digits to improve the readability but you must start and end with a digit.
// Some 32-bit 'int' literal values int anInt1 = 0b0101_0000_1010_0010_1101_0000_1010_0010; int anInt2 = 0b0011_1000; // An 8-bit 'byte' literal value. By default, literal values are 'int'. // Need to cast to 'byte' byte aByte = (byte)0b0110_1101; // A 16-bit 'short' literal value short aShort = (short)0b0111_0101_0000_0101; // A 64-bit 'long' literal value. Long literals requires suffix "L". long aLong = 0b1000_0101_0001_0110_1000_0101_0000_1010_0010_1101_0100_0101_1010_0001_0100_0101L;
int anInt = 0b10101000_01010001_01101000_01010001; double aDouble = 3.1415_9265; float aFloat = 3.14_15_92_65f;
从java class file format角度来说，它并没有引入新的“内容”，而是在Java programming language层面的语法糖（Syntax Sugar）。


Balu Kaimu:
The ancient stone pillar does not seem particularly unique, but you sense something secret and powerful in it. It almost seems to be waiting for something...or someone. Perhaps it is one of the pillars created by Shilen...
Since you don't know how to communicate with the pillar, perhaps it would be better to return after learning how to do so.


Bimson
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Bringing Together Two of the Northwest's Finest Offerings:
Coffee and Salmon.
Yes, you heard right: coffee and salmon. Pat's Salmon Cookies are biscotti hand made into the shape of coho salmon, and made with locally caught fish. It's the ideal match for a steaming cup of your favorite local coffee on a gray Seattle morning.
Pat's Salmon Cookies are made from the finest local chinook and coho salmon, ground to a pulp and cooked into delightful salmon-y shapes to accompany your morning coffee-swilling.
To reduce the delicious yet sometimes overpowering slamon flavor, we slather each cookie in frosted goop!
The secret ingredient is love, which Pat gets from his long-suffering family. These kids love salmon cookies!
Feel like putting your love of local salmon on your chest, as well as in your tummy? Well now you can. Buy some salmon merchandise today!
Our region is rich in salmon-related local cheer. Check out Salmon Days in Issaquah, the Ballard Seafood Festival, and other great events!


IV. Model-enhanced agroclimatic databases
- A. Use of four-dimensional data assimilation
- B. Interpolation between observation points
- C. Interpolation between observation times or periods
- D. Creation of data variables not observed
- 1. Turbulence variables for use in air pollution
- 2. Evaporation or evapotranspiration
- 3. Meteorological variables above the surface
- a. Boundary-layer depth
- b. Low-level jets
- c. Boundary-layer/cloud interactions
- d. Vertical-motion fields