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VSCP framework
v0.6.0
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VSCP class 1 type Measurement events. More...
Go to the source code of this file.
Functions | |
| BOOL | vscp_measurement_sendUndefinedEvent (void) |
| Undefined measurement value. More... | |
| BOOL | vscp_measurement_sendCountEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| This is a discrete value typical for a count. More... | |
| BOOL | vscp_measurement_sendLengthDistanceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Meter. More... | |
| BOOL | vscp_measurement_sendMassEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Kilogram. More... | |
| BOOL | vscp_measurement_sendTimeEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Seconds. More... | |
| BOOL | vscp_measurement_sendElectricCurrentEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Ampere. More... | |
| BOOL | vscp_measurement_sendTemperatureEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Kelvin. More... | |
| BOOL | vscp_measurement_sendAmountOfSubstanceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Mole. More... | |
| BOOL | vscp_measurement_sendLuminousIntensityEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Candela. More... | |
| BOOL | vscp_measurement_sendFrequencyEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Hertz. More... | |
| BOOL | vscp_measurement_sendRadioactivityAndOtherRandomEventsEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Becquerel. More... | |
| BOOL | vscp_measurement_sendForceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Newton. More... | |
| BOOL | vscp_measurement_sendPressureEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Pascal. More... | |
| BOOL | vscp_measurement_sendEnergyEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Joule. More... | |
| BOOL | vscp_measurement_sendPowerEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Watt. More... | |
| BOOL | vscp_measurement_sendElectricalChargeEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Coulomb. More... | |
| BOOL | vscp_measurement_sendElectricalPotentialEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Volt. More... | |
| BOOL | vscp_measurement_sendElectricalCapacitanceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Farad. More... | |
| BOOL | vscp_measurement_sendElectricalResistanceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Ohm. More... | |
| BOOL | vscp_measurement_sendElectricalConductanceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Siemens. More... | |
| BOOL | vscp_measurement_sendMagneticFieldStrengthEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Ampere meters. More... | |
| BOOL | vscp_measurement_sendMagneticFluxEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Weber. More... | |
| BOOL | vscp_measurement_sendMagneticFluxDensityEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Tesla. More... | |
| BOOL | vscp_measurement_sendInductanceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Henry. More... | |
| BOOL | vscp_measurement_sendLuminousFluxEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Lumen (lm= cd * sr) More... | |
| BOOL | vscp_measurement_sendIlluminanceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Lux ( lx = lm / m² ) More... | |
| BOOL | vscp_measurement_sendRadiationDoseEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Gray. More... | |
| BOOL | vscp_measurement_sendCatalyticActivityEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Katal. More... | |
| BOOL | vscp_measurement_sendVolumeEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: cubic meter. More... | |
| BOOL | vscp_measurement_sendSoundIntensityEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Bel. More... | |
| BOOL | vscp_measurement_sendAngleEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Radian (Plane angles). More... | |
| BOOL | vscp_measurement_sendPositionEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Longitude. More... | |
| BOOL | vscp_measurement_sendSpeedEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Meters per second. More... | |
| BOOL | vscp_measurement_sendAccelerationEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Meters per second/second. More... | |
| BOOL | vscp_measurement_sendTensionEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: N/m. More... | |
| BOOL | vscp_measurement_sendDampMoistEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Relative percentage 0-100%. More... | |
| BOOL | vscp_measurement_sendFlowEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Cubic meters/second. More... | |
| BOOL | vscp_measurement_sendThermalResistanceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Thermal ohm K/W. More... | |
| BOOL | vscp_measurement_sendRefractivePowerEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Dioptre (dpt) m-1. More... | |
| BOOL | vscp_measurement_sendDynamicViscosityEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Poiseuille (Pl) Pa . More... | |
| BOOL | vscp_measurement_sendSoundImpedanceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Rayal Pa . More... | |
| BOOL | vscp_measurement_sendSoundResistanceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Acoustic ohm Pa . More... | |
| BOOL | vscp_measurement_sendElectricElastanceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Darag F-1. More... | |
| BOOL | vscp_measurement_sendLuminousEnergyEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Talbot ( tb = lm * s) More... | |
| BOOL | vscp_measurement_sendLuminanceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Nit (nt = cd / m²) More... | |
| BOOL | vscp_measurement_sendChemicalConcentrationEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Molal mol/kg. More... | |
| BOOL | vscp_measurement_sendDoseEquivalentEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Sievert J/Kg. More... | |
| BOOL | vscp_measurement_sendDewPointEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Kelvin. More... | |
| BOOL | vscp_measurement_sendRelativeLevelEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Relative value. More... | |
| BOOL | vscp_measurement_sendAltitude (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: Meter. More... | |
| BOOL | vscp_measurement_sendAreaEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: square meter (m²) More... | |
| BOOL | vscp_measurement_sendRadiantIntensityEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: watt per steradian ( W / sr ) More... | |
| BOOL | vscp_measurement_sendRadianceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: att per steradian per square metre ( W / (sr * m²) ) More... | |
| BOOL | vscp_measurement_sendIrradianceExitanceRadiosityEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: watt per square metre ( W / m² ) More... | |
| BOOL | vscp_measurement_sendSpectralRadianceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: watt per steradian per square metre per nm (W·sr-1·m-2·nm-1) More... | |
| BOOL | vscp_measurement_sendSpectralIrradianceEvent (uint8_t index, uint8_t unit, int32_t data, int8_t exp) |
| Default unit: watt per square metre per nm (W·m-2·nm-1) More... | |
VSCP class 1 type Measurement events.
Measurement information.
This file is automatically generated. Don't change it manually.
| BOOL vscp_measurement_sendAccelerationEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Meters per second/second.
This is a measurement of acceleration.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendAltitude | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Meter.
Opt. unit: Feet(1), inches (2)
Altitude in meters.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendAmountOfSubstanceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Mole.
This is a measurement of an amount of a substance.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendAngleEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Radian (Plane angles).
Opt Unit: Degree (1) Opt Unit: Arcminute (2) Opt Unit: Arcseconds (3)
This is a measurement of an angle.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendAreaEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: square meter (m²)
Area in square meter.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendCatalyticActivityEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Katal.
This is a measurement of catalytic activity used in biochemistry.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendChemicalConcentrationEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Molal mol/kg.
This is a measurement of chemical concentration.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendCountEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
This is a discrete value typical for a count.
There is no unit for this measurement just a discrete value.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendDampMoistEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Relative percentage 0-100%.
This is a measurement of relative moistness (Humidity).
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendDewPointEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Kelvin.
Opt. unit: Degree Celsius (1), Fahrenheit (2)
This is a measurement of the Dew Point.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendDoseEquivalentEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Sievert J/Kg.
This is a measurement of dose equivalent.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendDynamicViscosityEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Poiseuille (Pl) Pa .
s.
This is a measurement of dynamic viscosity.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendElectricalCapacitanceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Farad.
This is a measurement of electric capacitance.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendElectricalChargeEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Coulomb.
This is a measurement electrical charge.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendElectricalConductanceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Siemens.
This is a measurement of electrical conductance.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendElectricalPotentialEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Volt.
This is a measurement of electrical potential.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendElectricalResistanceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Ohm.
This is a measurement of resistance.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendElectricCurrentEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Ampere.
This is a measurement of an electric current.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendElectricElastanceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Darag F-1.
This is a measurement of electric elasticity.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendEnergyEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Joule.
This is a measurement of energy.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendFlowEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Cubic meters/second.
Opt Unit: Liter/Second.
This is a measurement of flow.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendForceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Newton.
This is a measurement of force.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendFrequencyEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Hertz.
This is a measurement of regular events during a second.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendIlluminanceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Lux ( lx = lm / m² )
This is used to express both Illuminance (incidence of light) and Luminous Emittance (emission of light).
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendInductanceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Henry.
This is a measurement of inductance.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendIrradianceExitanceRadiosityEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: watt per square metre ( W / m² )
Power emitted from or striking onto a surface or area.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendLengthDistanceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Meter.
This is a measurement of a length or a distance.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendLuminanceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Nit (nt = cd / m²)
This is a measurement of luminance.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendLuminousEnergyEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Talbot ( tb = lm * s)
This is a measurement of luminous energy.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendLuminousFluxEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Lumen (lm= cd * sr)
This is a measurement of luminous Flux.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendLuminousIntensityEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Candela.
This is a measurement of luminous intensity.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendMagneticFieldStrengthEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Ampere meters.
This is a measurement of magnetic field strength.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendMagneticFluxDensityEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Tesla.
This is a measurement of flux density or field strength for magnetic fields (also called the magnetic induction).
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendMagneticFluxEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Weber.
This is a measurement of magnetic flux.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendMassEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Kilogram.
This is a measurement of a mass.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendPositionEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Longitude.
Opt. unit: Latitude.
This is a measurement of a position.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendPowerEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Watt.
This is a measurement of power.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendPressureEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Pascal.
Opt. unit: bar (1), psi (2)
This is a measurement of pressure.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendRadianceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: att per steradian per square metre ( W / (sr * m²) )
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendRadiantIntensityEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: watt per steradian ( W / sr )
Radiated power per room angle.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendRadiationDoseEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Gray.
Opt unit: Sievert.
This is a measurement of a radiation dose (Absorbed dose of ionizing radiation).
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendRadioactivityAndOtherRandomEventsEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Becquerel.
This is a measurement of rates of things, which happen randomly, or are unpredictable.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendRefractivePowerEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Dioptre (dpt) m-1.
This is a measurement of refractive power.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendRelativeLevelEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Relative value.
This is a relative value for a level measurement without a unit. It is just relative to the min/max value for the selected data representation.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendSoundImpedanceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Rayal Pa .
s/m.
This is a measurement of sound impedance.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendSoundIntensityEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Bel.
Opt Unit: Neper (1), dB (2).
This is a measurement of sound intensity.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendSoundResistanceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Acoustic ohm Pa .
s/ m³.
This is a measurement of refractive power.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendSpectralIrradianceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: watt per square metre per nm (W·m-2·nm-1)
Opt. unit: watt per metre3 (W·m-3) watt per square metre per hertz (W·m-2·Hz-1)
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendSpectralRadianceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: watt per steradian per square metre per nm (W·sr-1·m-2·nm-1)
Opt. unit: watt per steradian per metre3 (W·sr-1·m-3) watt per steradian per square metre per hertz (W·sr-1·m-3)
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendSpeedEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Meters per second.
This is a measurement of a speed.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendTemperatureEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Kelvin.
Opt. unit: Degree Celsius (1), Fahrenheit (2)
This is a measurement of a temperature.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendTensionEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: N/m.
This is a measurement of tension.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendThermalResistanceEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Thermal ohm K/W.
This is a measurement of thermal resistance.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendTimeEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: Seconds.
Opt. unit: (1) Millisecond . Absolute: (2) y-y-m-d-h-m-s (binary). String: (3) “HHMMSS” time since epoch (00:00:00 UTC, January 1, 1970).
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendUndefinedEvent | ( | void | ) |
Undefined measurement value.
| FALSE | Failed to send the event |
| TRUE | Event successul sent |
| BOOL vscp_measurement_sendVolumeEvent | ( | uint8_t | index, |
| uint8_t | unit, | ||
| int32_t | data, | ||
| int8_t | exp | ||
| ) |
Default unit: cubic meter.
Opt. unit: Liter (dm³) (1).
This is a measurement of volume.
| [in] | index | Index for sensor. |
| [in] | unit | The unit of the data. |
| [in] | data | The data as signed integer. |
| [in] | exp | The exponent of the data (10^exponent). |
| FALSE | Failed to send the event |
| TRUE | Event successul sent |


Hargai taman Kota Bandung.
Laporkan keluhan anda
untuk taman-taman di Bandung!
Letak : _____
Deskripsi : The standard chunk of Lorem Ipsum used since the 1500s is reproduced below for those interested. Sections 1.10.32 and 1.10.33 from "de Finibus Bonorum et Malorum" by Cicero are also reproduced in their exact original form, accompanied by English versions from the 1914 translation by H. Rackham.
Letak : _____
Deskripsi : The standard chunk of Lorem Ipsum used since the 1500s is reproduced below for those interested. Sections 1.10.32 and 1.10.33 from "de Finibus Bonorum et Malorum" by Cicero are also reproduced in their exact original form, accompanied by English versions from the 1914 translation by H. Rackham.
Letak : _____
Deskripsi : The standard chunk of Lorem Ipsum used since the 1500s is reproduced below for those interested. Sections 1.10.32 and 1.10.33 from "de Finibus Bonorum et Malorum" by Cicero are also reproduced in their exact original form, accompanied by English versions from the 1914 translation by H. Rackham.
Letak : _____
Deskripsi : The standard chunk of Lorem Ipsum used since the 1500s is reproduced below for those interested. Sections 1.10.32 and 1.10.33 from "de Finibus Bonorum et Malorum" by Cicero are also reproduced in their exact original form, accompanied by English versions from the 1914 translation by H. Rackham.


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Subversion
If something that exists represents a threat to something else that exists, then the perceived threat can expect subversion and aggression.
For this reason, ODIN by design needs to expect and withstand subversive attempts to frustrate or otherwise harm or exploit it.


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Prion Predictor
Predicts whether given genome sequences are likely to be prion-forming sequences
Input Genome Sequence:
Run Prediction


Hover content goes here.
Block content
Small content
Long content here. Lorem Facade grow in the forest where the mushrooms are prepended
I wanna eat some mushrooms but I do not wanna die. Some mushrooms are poisoned.
Block content
Small content
Long content here. Lorem Facade grow in the forest where the mushrooms are prepended
I wanna eat some mushrooms but I do not wanna die. Some mushrooms are poisoned.


rsstail -u url- Show the feed in reverse chronological order (newer at the bottom):
rsstail -r -u url- Include publication date and link:
rsstail -pl -u url- Set update interval:
rsstail -u url -i interval_in_seconds- Show feed and exit:
rsstail -1 -u url


Tags: female-portraits
Style: Impressionism
Artist: Morisot Berthe
Title: Portrait of Julie
Year: 1889
Genre: portrait
Categories: sunscreen (13.0%); book_jacket (12.4%); Band_Aid (5.2%); mask (4.4%); hair_spray (4.1%)
<< previous image next image >>


BOTTLE ROCKET A film review by Christopher Null Copyright 1996 Christopher Null
The moment you know that Dignan's really lost it is during the trio's getaway from a not-so-daring bookstore robbery, when he excitedly states, "We're heading back to Bob's, we're gonna split up the loot, and go on the lam!"
In this hilarious first feature from director Wes Anderson and screenwriter Owen Wilson, a trio of young men with questionable work ethics try in vain to become hardened criminals. Anthony (Owen's brother Andrew Wilson) has just "escaped" from a voluntary mental hospital with the help of old pal Dignan (Owen), a neo-manic-depressive who's mapped out his life with felt-tip pen in a 75-year plan. Bob (Bob Musgrave) is the group's timid getaway driver whose main qualification is that he owns a car.
After a practice robbery on Anthony's Dallas house, the plans for the first big score, a strip center bookstore, are put into action. With literally *hundreds* of dollars, the men then find their way to a middle-of-nowhere motel, planning to return for the job that will launch them to the Big Time: robbing a cold storage center.
Filmed by Texans in Texas, BOTTLE ROCKET is a surprisingly funny look at childish obsessions and "growing up" as a twentysomething. Wilson's dialogue is maddeningly comical and oddly realistic--we've all had a friend like Dignan who doesn't quite have all his screws in. The performances by the principal actors are dead-on, too. Throw in a supporting role by James Caan (his best since HONEYMOON IN VEGAS) and a bizarre final heist, and you've got yourself a pretty good film.
The only time the movie is derailed is during an ill-thought-out love sequence with a motel housekeeper (Lumi Cavazos). It doesn't really seem to belong in this picture, but at least it's somewhat entertaining. The picture's selection of music is a very unconventional one, too, and while it's somewhat refreshing in its difference, it can also be distracting.
Details aside, I recommend BOTTLE ROCKET to anyone who enjoyed last year's THE BROTHERS MCMULLEN. And while not the unequivocal success the latter film was, BOTTLE ROCKET is still a phenomenal ride that manages to be consistently funny, without once resorting to someone being struck in the groin.
*** Watch for an exclusive interview with the filmmakers at http://www.notes.tpoint.net/emporium/! ***
RATING: ****
\-------------------------------\ |* Unquestionably awful | |** Sub-par on many levels | |*** Average, hits and misses | |**** Good, memorable film | |***** Perfection | \-------------------------------\
-Christopher Null /<EMAIL_ADDRESS>-Movie Emporium (reviews) / http://www.notes.tpoint.net/emporium/ -Contributing Editor, FEEDBACK / http://www.eden.com/~feedback/ -E-mail requests to join the movie review mailing list
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This image shows the global sales of three top-selling mobile phone brands in the last five years. We can see that X Company has always been the best-selling brand. In 2013, the sales of X Company reached 450 million, which were almost three times as much as the sales of Y Company. Even in the worst year, the sales of X Company still remained above 300 million. As the second-ranked brand, Y Company's sales rose steadily from 2013 to 2015. But after 2015, the sales of Y Company were basically stable between 200 million and 250 million. Z Company, on the other hand, shows a rapidly growing trend in the last five years. The sales of Z Company in 2017 were almost as good as the sales of Y Company in 2013. It suggests that Z Company may become a strong competitor to Y Company in the mobile phone market in the near future.


Security Group Rules¶
Create a security group rule¶
This operation takes one parameter, an associative array, with the following keys:
| Name | Description | Data type | Required? | Default value | Example value |
|---|---|---|---|---|---|
| securityGroupId | The security group ID to associate with this security group rule. | String | Yes | 2076db17-a522-4506-91de-c6dd8e837028 | |
| direction | The direction in which the security group rule is applied. For a compute instance, an ingress security group rule is applied to incoming (ingress) traffic for that instance. An egress rule is applied to traffic leaving the instance. | String (ingress or egress) | Yes | ingress | |
| ethertype | Must be IPv4 or IPv6, and addresses represented in CIDR must match the ingress or egress rules. | String (IPv4 or IPv6) | No | IPv4 | IPv6 |
| portRangeMin | The minimum port number in the range that is matched by the security group rule. If the protocol is TCP or UDP, this value must be less than or equal to the value of the portRangeMax attribute. If the protocol is ICMP, this value must be an ICMP type. | Integer | No | null | 80 |
| portRangeMax | The maximum port number in the range that is matched by the security group rule. The port_range_min attribute constrains the attribute. If the protocol is ICMP, this value must be an ICMP type. | Integer | No | null | 80 |
| protocol | The protocol that is matched by the security group rule. | String (tcp, udp, icmp) | No | null | tcp |
| remoteGroupId | The remote group ID to be associated with this security group rule. You can specify either remoteGroupId or remoteGroupPrefix. | String | Optional | null | 85cc3048-abc3-43cc-89b3-377341426ac5 |
| remoteIpPrefix | The remote IP prefix to be associated with this security group rule. You can specify either remoteGroupId or remoteGroupPrefix. | String | Optional | null | <IP_ADDRESS> |
You can create a security group rule as shown in the following example:
/** @var $securityGroupRule OpenCloud\Networking\Resource\SecurityGroupRule **/
$securityGroupRule = $networkingService->createSecurityGroupRule(array(
'securityGroupId' => '2076db17-a522-4506-91de-c6dd8e837028',
'direction' => 'egress',
'ethertype' => 'IPv4',
'portRangeMin' => 80,
'portRangeMax' => 80,
'protocol' => 'tcp',
'remoteGroupId' => '85cc3048-abc3-43cc-89b3-377341426ac5'
));
List security group rules¶
You can list all the security group rules to which you have access as shown in the following example:
$securityGroupRules = $networkingService->listSecurityGroupRules();
foreach ($securityGroupRules as $securityGroupRule) {
/** @var $securityGroupRule OpenCloud\Networking\Resource\SecurityGroupRule **/
}


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The Wingstall Unicode database is used by the soulng.util library that is used by all Wingstall tools and libraries. It is located in the %WINGSTALL_ROOT/unicode directory. Here are instructions how to generate the Unicode database files:
Extract the ucd.all.flat.zip (extracts to ucd.all.flat.xml)
Run make_wingstall_ucd.exe
The make_wingstall_ucd program generates two files:
wingstall_ucd.bin contains uncompressed Unicode database
wingstall_ucd.deflate.bin contains Unicode database compressed with zlib
Now the Wingstall Unicode database is ready for use by the Wingstall tools and libraries.


Google Code offered in: English - Español - 日本語 - 한국어 - Português - Pусский - 中文(简体) - 中文(繁體)
GWT widgets rely on cascading style sheets (CSS) for visual styling.
In GWT, each class of widget has an associated style name that binds it to a CSS rule. Furthermore, you can assign an id to a particular component to create a CSS rule that applies just to that one component. By default, the class name for each component is gwt-<classname>. For example, the Button widget has a default style of gwt-Button.
In order to give all buttons a larger font, you could put the following rule in your application's CSS file:
.gwt-Button { font-size: 150%; }
All of the widgets created with the GWT toolkit will have a default class name, but a widget's style name can be set using setStyleName(). Static elements can have their class set in the HTML source code for your application.
Another way to use style sheets is to refer to a single widget. For that, you would need to know the value of the id attribute for the widget or DOM element.
By default, neither the browser nor GWT creates default id attributes for widgets. You must explicitly create an id for the elements you want to refer to in this manner, and you must insure that each "id" value is unique. A common way to do this is to set them on static elements in your HTML host page
<div id="my-button-id"/>
To set the id for a GWT widget, retrieve its DOM Element and then set the id attribute as follows:
Button b = new Button(); DOM.setElementAttribute(b.getElement(), "id", "my-button-id")
This would allow you to reference a specific widget in a style sheet as follows:
#my-button-id { font-size: 100%; }
Some widgets have multiple styles associated with them. MenuBar, for example, has the following styles:
.gwt-MenuBar { /* properties applying to the menu bar itself */ } .gwt-MenuBar .gwt-MenuItem { /* properties applying to the menu bar's menu items */ } .gwt-MenuBar .gwt-MenuItem-selected { /* properties applying to the menu bar's selected menu items */ }
In the above style sheet code, there are two style rules that apply to menu items. The first applies to all menu items (both selected and unselected), while the second (with the -selected suffix) applies only to selected menu items. A selected menu item's style name will be set to "gwt-MenuItem gwt-MenuItem-selected", specifying that both style rules will be applied. The most common way of doing this is to use setStyleName to set the base style name, then addStyleName() and removeStyleName() to add and remove the second style name.
There are multiple approaches for associating CSS files with your module:
Modern GWT applications typically use a combination of CssResource and UiBinder. Older applications should use only one of the first two choices.
Typically, style sheets are placed in a package that is part of your module's public path. All you need to do to reference them is simply include a <link> to the style sheet in your host page, such as:
<link rel="stylesheet" href="mystyles.css" type="text/css"/>
Another way to include your style sheet within your module is to use the <stylesheet> element in your module XML file. This uses automatic resource inclusion to bundle the .css file with your module.
The difference between using a <link> tag in HTML and the <stylesheet> element in your module XML file is that with the mdoule XML file approach, the style sheet will always follow your module, no matter which host HTML page you deploy it from.
Why does this matter? Because if you create and share a module, it does not include a host page and therefore, you cannot guarantee the style sheet's availability. Automatic Resource Inclusion solves this problem. If you do not care about sharing or re-using your module then you can just use the standard HTML link rel stuff in the host page.
Tip: Use a unique name for the .css file with included resources to avoid collisions. If you automatically include "styles.css" and share your module and someone puts it on a page that already has "styles.css" there will be problems.
GWT comes with three default visual themes that you can choose from: standard, chrome, and dark. The standard theme uses subtle shades of blue to create an lively user interface. The chrome theme uses gray scale backgrounds for a refined, professional look. The dark theme uses dark shades of gray and black with bright indigo highlights for a bold, eye catching experience. When you inherit a visual theme, almost all widgets will have some default styles associated with them. The visual themes allow you to focus more time on application development and less time on styling your application.
By default, new GWT applications use the standard theme, but you can select any one of the themes mentioned above. Open your module XML file (gwt.xml) and uncomment the line that inherits the theme of your choice.
<!-- Inherit the default GWT style sheet. You can change --> <!-- the theme of your GWT application by uncommenting --> <!-- any one of the following lines. --> <!-- <inherits name='com.google.gwt.user.theme.standard.Standard'/> --> <!-- <inherits name="com.google.gwt.user.theme.chrome.Chrome"/> --> <inherits name="com.google.gwt.user.theme.dark.Dark"/>
GWT visual themes also come in RTL (right-to-left) versions if you are designing a website for a language that is written right-to-left, such as Arabic. You can include the RTL version by adding RTL to the end of the module name:
<inherits name="com.google.gwt.user.theme.dark.DarkRTL"/>
If you are program a bandwidth sensitive application, such as a phone application, you may not want to require that users download the entire style sheet associated with your favorite theme (about 27k). Alternatively, you can create your own stripped down version of the style sheet that only defines the styles applicable to your application. To do this, first include the public resources associated with one of the themes by adding the following line to your gwt.xml file:
<inherits name='com.google.gwt.user.theme.standard.StandardResources'/>
Each theme has a "Resources" version that only includes the public resources associated with the theme, but does not inject a style sheet into the page. You will need to create a new style sheet and inject it into the page as described in the sections above.
Finally, copy the contents of the file public/gwt/standard/standard.css style sheet located in the package com.google.gwt.user.theme.standard into your new style sheet. Strip out any styles you do not want to include, reducing the size of the file. When you run your application, GWT will inject your stripped down version of the style sheet, but you can still reference the files associate with the standard visual theme.
It is standard practice to document the relevant CSS style names for each widget class as part of its documentation comment. For a simple example, see Button. For a more complex example, see MenuBar.


Get Started with Pico Theme
January 1, 2018 – Jane Smith
Hello World
January 10, 2018
Get Started with Pico Theme
January 1, 2018


%= require('html-loader!./common/head.html') %>
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{#Meeting meeting_announcement.html #}
{% spaceless %}
{% if show.announcement_state == 2 %}
please proof: {{client.name}} meeting announcement
{# Subject and below is what will go out, and what will be used to title the videos. #}
If you want to edit your stuff,
ask me for an account, then use the the edit URL under your item.
Anything else, email me.
If it looks good, email me.
If you want to hack on the template:
https://github.com/CarlFK/veyepar/blob/master/dj/main/templates/meeting_announcement.html
Subject: {% endif %}
ANN: {{client.name}} at {{location.name}} {{episodes.0.start|date:"D F j, fp" }}
{% endspaceless %}
{% autoescape off %}
{{client.name}}
=========================
When: {{episodes.0.start|date:"f A l F j, Y"}}
Where: {{location.name}}
{{show.description}}
Topics
------
{% for episode in episodes %} {{forloop.counter}}. {{episode.start|date:"g:i"}} {{ episode.name }} ({{episode.authors}})
{% endfor %}
Details
-------
{% for episode in episodes %}
{{forloop.counter}}. {{ episode.name }}
{{episode.authors}}
{% if episode.tags %}tags: {{episode.tags}}{% endif %}
{% if episode.description %}{{episode.description}}{% else %}(Needs description.) {% endif %}
{% if show.announcement_state == 2 %}
recording release: {{episode.released|yesno:"yeah,no,maybe" }}
{# license: {{episode.released|yesno:[episode.lisense,""] }} #}
{% if episode.released %}license: {{episode.license}} {%endif%}
EDIT: http://nextdayvideo.com{% url "admin:main_episode_change" episode.id%}
{% endif %}
{% if episode.public_url %} Video: {{episode.public_url}} {% endif %}
{% endfor %}
Location
--------
{{location.name}}
{{location.description}}
About the group
---------------
{{client.description}}
{% endautoescape %}


Voting Informed
Looking At Elections Objectively
Learning how to vote in an informed and educated way.
 An adult with values, beliefs, and experience.
You know what is important to you.
Conversely, you know what isn’t important to you,
and what goes against your beliefs and principles.
When you vote, you want to support someone who represents
what you value, someone whose goals and promises align with your
needs, and someone, who through all this will strengthen your
community, or your state or province, or your country.
However, informed voting has become so much more difficult.
It is so easy to find headlines that tell you who to vote for,
or where an elaborate story is made out of a quote, what the candidates
say about each other, or simply speculation.
What is much harder to find, and is important for informed voting,
is an objective comparison of the candidate’s values, goals, and plans
for what they will accomplish while in office.
It has become clear to us that the latter is almost non-existent,
and that both political and news media don’t give you enough credit for
being smart enough to make a decision, when simply presented with facts,
on your own.
We hope that we will help you learn how to gather all the facts
and information you need to make an unbiased and informed voting decision.
Learn More?
Home page
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Thank you for visiting!
We hope you found this page useful.
Share this with your friends, and the people you care about!
voting-informed.com can’t continue to exist without your continuous support.
voting-informed.com is not affiliated or supported by any political organization.
Contact
info@voting-informed.com


Preparation time
less than 30 mins
Cooking time
over 2 hours
Serves
Serves 4
Crispy fried sage adds a special touch to this easy slow-cooker dish.
Place the onions, celery and five shredded sage leaves in a slow cooker, then season with salt and freshly ground black pepper. Scatter with the butterbeans.
Season the pork steaks with salt and freshly ground black pepper. Heat the oil in a non-stick frying pan then fry the pork until golden-brown on both sides. Transfer to the slow cooker.
Pour the cider and stock into the frying pan, then bring to the boil. Pour over the pork, put the lid on, then cook on low for seven hours until tender and surrounded with sauce.
Cut the apple into eight wedges and cut away the core. Heat the butter in a frying pan, then add the butter and fry for 8-10 minutes until golden-brown and just tender. Add about 15 more sage leaves, turn up the heat and fry until the leaves are crisp.
Lift the pork steaks from the slow cooker and set aside in a serving dish. Mix the cornflour paste and the mustard into the beans and stir till the sauce thickens a little. Transfer the sauce to the serving dish with the pork, top with the apples and crisp fried sage. Serve with crusty bread and a crisp green salad.


Current Offerings:
Fridays from 4:15 - 5:15, March 6 - April 24
To register, or if you have any questions please call Kenna Littlefield at<PHONE_NUMBER>
Or email at<EMAIL_ADDRESS>Or SIGN UP NOW with the following link
The class is located at OOA Gymnastics in Bend, OR at 1045 SE Paiute Way.
Please do not contact OOA Gymnastics concerning The Filps Project, as it is an independent program.
Feel free to view, print, and share this flyer with anyone you please or on any social media pages or community boards.
There is also a more concise, visual flyer. Feel free to post this or mention us on social media
with a link to our website, or include us when sharing community opportunities.
What to Bring to Class?
Athletic clothing or a leotard ( a t-shirt and shorts or leggings is fine), clean feet and hands as they will be bare foot. Avoid jewelery, denim, and belts.
At the beginning of the first class please be ready to show an OHP card or income qualification, such as a free and reduced lunch acceptance letter or a SNAP Benefit card.
A parent or gaurdian will also need to fill out a liability waiver at this time.


A href="https://build.phonegap.com/">Go to phonegap build At the bottom of every page make sure you include the following button:


one format
browser does not support. link to video play
multiple formats
Your browser doesn't support HTML5 video. Here is a link to the video instead.
other feature
audio multi formats
Your browser doesn't support HTML5 audio. Here is a link to the audio instead.


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If you are planning to go on a long canoe trip, you have to have some sort of container to store food in. You will want to have all of the necessary materials in one storage container, so you don't have to worry about filling your canoe with extra boxes or bags. When planning out your food amounts, I always recommend that you prepare for at least three meals. This allows you to be prepared but still able to stop and replenish without having to worry about bringing too much. This is why you need a grub box.
When making your grub box, you have plenty of options. During construction, using wood to create your box will save you money as well as let you turn this into a DIY project that should last you quite a while if well maintained. However, if you are looking for a grub box that can withstand a lot of wear and use, I would recommend having a box made of tin or iron. But, you should keep in mind that the cost of tin or iron grub boxes is much higher than a wooden box. If you do choose to have a wooden grub box, there are a few things that it needs. Your box has to be water-tight so that your provisions and materials stay dry if the box gets wet.
You may be looking for specific dimensions for your grub box, but the truth is that there is no true set size as your box must fit in your canoe. In order for you to figure out what the best size would be for your canoe and use, you have to first decide how much you want to store in your grub box. Then, measure the amount of storage space you have in your canoe. This would ensure that your box will fit within your canoe. When planning what to use for your grub box, you don't have to use any extremely heavy materials. If you are interested in making your grub box dual purpose, you should use heavier wood on both the top and bottom of the box to add more stability for seating as well as a thin strap for a handle on. If you simply want a storage box and not an extra seat, you can simply finish your box with a sturdy lid that can be fastened shut.
For step by step instructions (with pictures) visit Northwest Woodsman. The instructions are super clear and easy to follow. http://nwwoodsman.com/Articles/Wannigan.htmlNorthwest Woodman
The best way to keep all your food and materials organized in your grub box is to use different water-tight tins or containers. You could also invest in containers that are part of a set, so they fit together neatly without wasting valuable space. I also recommend purchasing a large jar that will safely hold cool water. This will let you store butter without worrying about it melting in the heat.
This is the easy part. After you've made or purchased your grub box and found all the containers you need to organize it, now you get to decide what goes where. If you have tins, these are the best for storing coffee, tea, sugar, flour, rice, and alcohol. Salt and pepper can be stored in smaller containers. If you are wanting to bring eggs with you, those should be stored in the sugar or flour tins to protect them from breaking. Any bread or bacon that you are wanting to bring should be wrapped in water-proof fabric and stored near the top of the box. Vinegar can be brought in a flask but be sure to clearly mark it, so you don't take a swig of the wrong one! If you are bringing canned goods, they can be kept in their original state. If you plan on packing onions, potatoes, or other vegetables for your meals, plan ahead and bring enough for at least three meals. Any extra food you bring can be stored in waterproof bags and distributed throughout the canoe.
Water proof fabric is incredible for canoeing adventures. You can use it for clothing, blankets, as well as bags. The best thing about it? You can make all this yourself! If you are the DIY type, take unbleached muslin and, using a double row of stiches, sew it will a lap stich. Once they have been sewn, dip the fabric in water and shake to remove any drops. While it is still wet, brush the outside with an equal mixture of boiled oil, raw oil, and turpentine. Next, apply another coat without getting the fabric wet first. After that, leave it to dry for a few days. Now, you have the materials necessary for all kinds of waterproof containers, clothing, and blankets for your adventure.
A canoe oven is made of two stacking basins that do not seal completely so that it doesn't trap gas. These basins should be sturdy and made from strong sheet-iron which will make it both easy to clean and usable as bowls. As you will be using this for baking, do not store it in your grub box as it will cover everything with soot. You can purchase these stoves, but it is always my recommendation to not purchase or use oil stoves as they bring in some unnecessary dangers.
Besides what has already been mentioned, there are a few other foods that could be beneficial to bring.
If you are new to long canoeing trips that need provisions and supplies like this, you might be wondering, "just how much food do I need?". This list of food necessary for a week's worth of meals might help!
For a complete list of all the other materials you might need for your canoe adventure visit the REI website! They also carry a lot of the tools and materials in their stores. REI
You can also watch a short video of the creation of a slightly different grub box.


EastEnders SPOILERS: Max proposes to Ruby
Max has been dating Ruby Allen for a few months
by Charlotte RodriguesMax wants to prove to Ruby he's serious about them, but what will she say when he pops the question in next week's EastEnders?
Viewers know Max and Ruby have been dating for the past several months but the age gap has become more and more obvious to the businessman (and the viewers at home!)
At the E20 on Thursday November 21 Max is left humiliated when a customer mistakes him for Ruby's dad instead of her boyfriend.
After comments from Jean and Jack winding him up, Max realises he needs to up his game to keep his girlfriend.
In order to prove to Ruby he's serious about their relationship, he plans to propose!
Jack encourages his brother to follow his heart, leading Max to ask Bobby for a favour for the proposal.
However when Ian overhears, he enjoys winding Max up.
Reveling in his newfound knowledge, Ian makes a plan of his own - to ensure everyone witnesses Max's proposal at the restaurant.
With everyone gathered, they wait for the big moment.
Read More: FIRST LOOK: Next week's EastEnders in 10 pictures
Eventually Max catches onto what Ian's up to, but by the time he realises what he's done, it's too late and Max is forced to pop the question...
What will Ruby say?
EastEnders airs Monday and Friday at 8pm and Tuesday and Thursday at 7.30pm on BBC One.
Leave us a comment on our Facebook page @EntertainmentDailyFix and let us know what you think!


Components
Components
Component composition
Component props
Component lazily rendered
Component styles
Component with state machine creator
Component with state chart service
Event bus
App events
Stores
Store
App state
Store with transactions
Multiple stores
Multiple stores transactions
Persist store
Persist store with TTL


protein cells nsPa OpenUrl nsPa/ expression RNA proteins viral recombinant human interaction using HAstV CrossRef used CD-LEL virus western detected plasmid blot Caco- Fig astrovirus bait host transfected antibody cell cells. confirmed HEKT co-transfected infected interacts Fig. PCR analyzed cDNA control plasmids C-terminal HAstV- Virol analysis lysates role Cell FREE Text grown interact real-time Abstract containing incubated infection nsPa/, positive purified replication. results yeast IgG Lane domain infection. involved large mRNA nonstructural pGBKT-nsPa replication showed vector Flag LEL domains knockdown medium negative (A) (B) (C) IPTG SDS-PAGE assay dropout fusion interactions levels manufacturer’s nsPa-GST vitro. Download Human YHGold according additional amplified anti-Flag anti-HA clones coli culture goat lacking loop mixed new nsPa/-GST pGBKT- performed plays prey protein-protein replication, tetraspanin (lane (lanes CD, CD-His CD. Coomassie Infect Intracellular Open PEF-HA-a/, Science Screen anti-GST assayed assays blue cloned co-immunoprecipitation data-hide-link-title=""> data-icon-position="" eluted extracellular figure glutathione identified including induce intracellular library pGADT-T respectively) stained synthetic tab transmembrane vivo (P<;.). Arias Astrovirus Berditchevski CD-LEL-His Méndez Table Virology added agarose agarose. antibody. binding. cells, confocal control. different generate genome immobilized immunodeficiency level membrane microscopy mouse nsPa-HA overexpression pGBKT-Lam pcDNA.-flag-CD pcDNA.-flag-CD-LEL products reverse screen total transfection type untransfected (DE) (DE). (E) (F) (kDa) A). BamH C). CD-Flag CD-LEL-Flag Co-transformants Co-transformation Construction DNA Florin HAstV-. Liu Protein R-(lane SD-Leu-Trp-His Sci Web anti-mouse antibody, auto-activation bacteria beads capsid complex construct cultures detection expressed function harvested. identify immunoblotting. immunofluorescence immunoprecipitated important indicated leucine localization marker. maturation measured mediated merged molecular nsPa, nsPa/-HA pGBKT plasmids. plates polyclonal primers proteins. pull pull-down rabbit roles shown study suggested tetraspanins tryptophan tryptophan, two-hybrid viruses washed weight


WITNESS LIST Transportation Committee May 4, 2004-8:30A Interim Charges On: Behrens, Michael (Texas Department of Transportation) Daigh, Robert (Texas Department of Transportation) Jackson, Bob (Texas Department of Transportation) Nichols, Robert (Texas Transportation Commission) Saenz, Jr., Amadeo (Texas Department of Transportation) Stevens, Michael (Governors Business Council/Texas Urban Transportation Alliance)


Let me start out by saying that I have taken this class before but I didn't pass because of what was going on around and because of the dificulty of the class itself. This is (hopefully) my last sememster so the pressure was on to keep up with the class.
When the class first started, I found myself eager to get a head start. I have taken this class before so it should theoretically give me an advantage. I believe that it was the start of the second week that we finally got into our groups and we could begin working on our schedule. Me and another student were communicating in the wrong place, so I already started off on the wrong foot and I was late to our first group meeting.
The First Meeting
This meeting was all about getting to know each other and getting the schedule together in accordance with the assignment:
“Come up with a group plan to reach a fluency level of 'Basic' for the topics listed below. Fill in this excel document with your personal and group schedulePreview the document. Indicate the following in your plans: Which topics you and your group will learn that week and who will be teaching them.”
While there was a lot of discussion about everyone’s lives and expectations for the class, we finally got into the groove of things for the meeting and started to divvy out the assignments and came up with the following:
Even more planning
Since I had been through this before, I knew that planning was key and decided to upgrade that schedule and create the best one I could and attach it on my wall. This is what I came up with:
Post meeting
It was a great meeting and we all left feeling like we would conquer the class with flying colors. The schedule had been set to learn the 14 topics and to continue on with our professional and academic lives. If only it was that easy.
“Alot of people are all talk, what they say and what they do are two different things. As the saying goes, talk is cheap. Without actions behind the talk, it is all useless.” (Catherine Pulsifer)
Placeholder text by Photographs by NASA on The Commons.


This attractive little town is almost on the border with Slovenia, in the NW corner of the Adriatic. It is just 2nm south of Trieste, across the bay.
Postion 45°36.4'N, 13°46'E.
This is a Port of Entry.
Out of season, the harbour master is only on duty for limited hours and only on certain days.
Probably the best berthing option, is the marina at San Pocco which is about half a mile to the west of the harbour of Muggia.
The yacht club has a few berths on the western side of the harbour. Fishing and local boats occupy the inner pontoons.
There may be space by the HM office at the root of the N. breakwater.
Sheltered for all directions, but winds from the west can cause a swell to enter.
Last updated March 2010.


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Watch the Official Axie Trailer!
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Hello, we are a team of gamers with a passion in playing Axie Infinity.
Our team consists of the best Managers and hard working Scholars and we can teach you how to be a professional Axie Player!
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Reaching Out
Interested in making memories? Chatting about this, that, and the other?
Leave me your name, e-mail address, and a few words about yourself and I'll see what
I can whip up.
Interested in making memories? Chatting about this, that, and the other?
Leave me your name, e-mail address, and a few words about yourself and I'll see what
I can whip up.


Enables CSP (Content Security Policy) support.
This directive should be used on the root element of the application (typically the <html>
element or other element with the ngApp
directive).
If enabled the performance of template expression evaluator will suffer slightly, so don't enable this mode unless you need it.
<html ng-csp> ... </html>
<html class="ng-csp"> ... </html>


|
QuantLib: a free/open-source library for quantitative finance
Fully annotated sources - version 1.30
|
Files | |
| file | claytoncopularng.hpp [code] |
| Clayton copula random-number generator. | |
| file | convolvedstudentt.cpp [code] |
| file | convolvedstudentt.hpp [code] |
| file | farliegumbelmorgensterncopularng.hpp [code] |
| Farlie-Gumbel-Morgenstern copula random-number generator. | |
| file | fireflyalgorithm.cpp [code] |
| file | fireflyalgorithm.hpp [code] |
| Implementation based on: Yang, Xin-She (2009) Firefly Algorithm, Levy Flights and Global Optimization. Research and Development in Intelligent Systems XXVI, pp 209-218. http://arxiv.org/pdf/1003.1464.pdf. | |
| file | frankcopularng.hpp [code] |
| Frank copula random-number generator. | |
| file | gaussiancopulapolicy.cpp [code] |
| file | gaussiancopulapolicy.hpp [code] |
| file | gaussiannoncentralchisquaredpolynomial.cpp [code] |
| file | gaussiannoncentralchisquaredpolynomial.hpp [code] |
| non central chi squared polynomials for Gaussian quadratures | |
| file | hybridsimulatedannealing.hpp [code] |
| Implementation based on: Very Fast Simulated Re-Annealing, Lester Ingber, Mathl. Comput. Modelling, 967-973, 1989. | |
| file | hybridsimulatedannealingfunctors.hpp [code] |
| Functors for use on HybridSimulatedAnnealing. | |
| file | isotropicrandomwalk.hpp [code] |
| Isotropic random walk. | |
| file | laplaceinterpolation.hpp [code] |
| Laplace interpolation of missing values. | |
| file | latentmodel.hpp [code] |
| Generic multifactor latent variable model. | |
| file | levyflightdistribution.hpp [code] |
| Levy Flight, aka Pareto Type I, distribution. | |
| file | moorepenroseinverse.hpp [code] |
| Moore Penrose inverse of a real matrix. | |
| file | multidimintegrator.cpp [code] |
| file | multidimintegrator.hpp [code] |
| file | multidimquadrature.cpp [code] |
| file | multidimquadrature.hpp [code] |
| file | particleswarmoptimization.cpp [code] |
| file | particleswarmoptimization.hpp [code] |
| Implementation based on: Clerc, M., Kennedy, J. (2002) The particle swarm-explosion, stability and convergence in a multidimensional complex space. IEEE Transactions on Evolutionary Computation, 6(2): 58–73. | |
| file | piecewisefunction.hpp [code] |
| utility macro for piecewise functions | |
| file | piecewiseintegral.cpp [code] |
| file | piecewiseintegral.hpp [code] |
| Integral of a piecewise well behaved function using a custom integrator for the pieces. It can be forced that the function is integrated only over intervals strictly not containing the critical points. | |
| file | polarstudenttrng.hpp [code] |
| Polar Student t random-number generator. | |
| file | tcopulapolicy.cpp [code] |
| file | tcopulapolicy.hpp [code] |
| file | zigguratrng.cpp [code] |
| file | zigguratrng.hpp [code] |
| Ziggurat random-number generator. | |


I recently got my PhD in biological anthropology (focus: hormones & reproductive health) from Penn State, and currently work as a clinical product scientist at Modern Fertility. I'm not tech savvy enough to make cool websites, but I'm lucky enough to have friends who are. Women's reproductive health, behavioral neuroendocrinology, and statistics get me excited.
Including peer-reviewed articles published in journals only. For published abstracts and encyclopedia entries, please message me!
Shirazi, T., Levenberg, K., Cunningham, H., Self, H., Dawood, K., Cárdenas, R., … & Puts, D. (2021).  Hormones and Behavior. pdf
Shirazi. T, Hastings, W., Rosinger, A., & Ryan, C. (2020). Parity predicts biological age acceleration in post-menopausal women. Scientific reports. pdf
Worthington, A., Burke, E., Shirazi, T., & Leahy, C. (2020). US women's perceptions and acceptance of new reproductive health technologies. Women's Health Reports. pdf
Shirazi, T., Self, H., Dawood, K., Cardenas, R., Welling, L., Rosenfield, K., ... & Puts, D. (2020). Pubertal timing predicts adult psychosexuality: Evidence from typically developing adults and adults with isolated GnRH deﬁciency. Psychoneuroendocrinology. pdf
Shirazi, T. & Rosinger, A. (2020). Reproductive health disparities in the USA: Self-reported race/ethnicity predicts age of menarche and live birth ratios, but not infertility. Journal of Racial and Ethnic Health Disparities. pdf
Shirazi, T., Self, H., Cantor, J., Dawood, K. , Cardenas, R. A., Rosenfield, K., ... & Puts, D. (2020). Timing of peripubertal steroid exposure predicts visuospatial cognition in men: Evidence from three samples. Hormones & Behavior. pdf
Shirazi, T., Rosenfield, K., Cardenas, R. A., Breedlove, S. M., & Puts, D. (2020). No evidence that hormonal contraceptive use or circulating sex steroids predict complex emotion recognition. Hormones & Behavior. pdf
Traino, K., Snow, J., Ham, L., Summers, A. C., Segala, L., Shirazi, T. N.,...& Williamson, P. R. (2019). HiV-negative cryptococcal meningoencephalitis results in a persistent frontal-subcortical syndrome Scientific Reports. pdf
Shirazi, T., Jones, B. C., Roney, J. R., DeBruine, L., & Puts, D. (2019). Conception risk affects in-pair and extrapair desire similarly: a comment on Shimoda et al. (2018). Behavioral Ecology. pdf
Shirazi, T., Self, H., Dawood, K., Rosenfield, K., Penke, L., Carre, J., Ortiz, T., & Puts, D. (2019). Hormonal predictors of women’s sexual psychology. Evolution and Human Behavior, 3(40), 336-344. pdf
Shirazi, T., Snow, J., Raglan, G., Wiggs, E., Summers, A. C., Toro, C., & Introne, W. I. (2019). The neuropsychological phenotype of Chediak-Higashi Disease. Orphanet Journal of Rare Diseases, 14(101). pdf
Shirazi, T., Bossio, J., Puts, D., & Chivers, M. (2018). Menstrual cycle phase predicts women’s hormonal responses to sexual stimuli. Hormones and Behavior, 103, 45-53. pdf
Shirazi, T., Puts, D., & Escasa-Dorne, M. (2018). Filipino women’s preferences for male vocal pitch: Intra-individual, life history, and hormonal predictors. Adaptive Human Behavior and Physiology, 4(2), 188-206. pdf
Shirazi, T., Renfro, K., Lloyd, E., & Wallen, K. (2017). Women and orgasm during intercourse: Women’s reports and men’s estimates vary with question semantics. Archives of Sexual Behavior, 47(3), 605-613. pdf
Shirazi, T., Summers, A., Smith, B., Steinbach, S., Kapetanovic, S., Nath, A., & Snow, J. (2017). Concordance between self-report and performance-based measures of everyday functioning in HIV-associated neurocognitive disorders. AIDS and Behavior, 21(7), 2124-2134. pdf
I currently assist with clinical and research efforts at Modern Fertility, a SF-based startup dedicated to making proactive information about fertility and reproductive health accessible to women. Watch this space; more details to come.
My research encompasses two broad topics: how endogenous and exogenous hormones affect women's behavior and cognition, and the organizational (i.e., permanent) effect of pubertal timing on adult behavior and cognition. While both these topics have theoretical merits, they may inform clinical decision making as well. Requisite skills include submitting and managing IRB documents, creating surveys, analyzing data (R, SPSS, STATA), conducting literature reviews, and drafting publications.
I worked with NIMH's neuropsychological consult service, evaluating neuropsychological function on a consult and research basis using traditional neuropsychological tasks and eye-tracking based measures of cognition. I conducted and encouraged participants through 3+ hour evaluations. This was valuable in affirming my love for human behavior and cognition, and perhaps more importantly, dissuading me from pursuing a degree in clinical psychology. Requisite skills included administering and scoring traditional neuropsychological tests, writing code and running experimental paradigms using E-Prime, analzying and interpreting eye-tracking data, and drafting publications.
Little undergrad me led survey-based study on changes and continuity in sexual behavior in the last 60 years. Requisite skills included drafting and submitting IRB documents, creating surveys, recruiting 1,000+ participants, processing and analyzing data (SPSS), and drafting publications.
I write about the current science on women’s reproductive health. My author page can be found by clicking here.
Jack of some trades, master of none. I like to spend most of my free time moving, whether it be taking an OrangeTheory fitness class (yes it's a cult), going on a hike, or training for one of the several half marathon I've gotten peer pressured into doing.
My relatively more stationary interests include my parents' dog (pictures of a full-sized blanket with her face on it available upon request), my own dog Emmy (although we're convinced she's part cat), jenga, science-themed crossword puzzles, yummy food, and pop-sci books.


Abigayle Peterson
Founder & CEO
Abigayle Peterson is a current freshman at Western Washington University in the
Honors Program and National Science Foundation CS/M Scholars Program majoring in computer science.
She is currently particpating in undergraduate research using machine-learning and AI to improve the
The U.S education system's computer science curriculum. When she is not coding, you can find her
eating Asian food with friends, hiking, or writing.


AMLEO Title PSKOV 1.0.0 (2019-06) AMLEO Menu Tool AMLEO Desc
PSKOV is a static site generator that runs in your web browser. What you see now has also been generated with PSKOV. If you're new to PSKOV, visit education page.


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Japan is often considered more "Western" in culture than other Asian countries. Compared to the United States, there are certainly a lot of similarities. But Japan and the U.S. do have many cultural differences as well. Though no people can be generalized as a whole, and, like America, culture can very from region to region, here are some things that stick out to American expatriates living in Japan.
Generally Americans are apt to use the verbal, so Americans always say "Hi" or "How are you?" Even people who are strangers say "How is it going?" Often greetings are accompanied with a handshake or hug.
Japanese people tend to use nonverbal language. Many Japanese just make a bow with a smile indicating respect. Usually, young people have to make a deep bow for their superiors. In addition, not only gesture but also voice and countenance are very significant.
Generally Americans are apt to use the verbal, so Americans always say "Hi" or "How are you?" Even people who are strangers say "How is it going?" Often greetings are accompanied with a handshake or hug.
Japanese people tend to use nonverbal language. Many Japanese just make a bow with a smile indicating respect. Usually, young people have to make a deep bow for their superiors. In addition, not only gesture but also voice and countenance are very significant.
Tipping is not done or rare at best. It can even be insulting to tip, as though its an affront on the employee's salary. If you leave a few bills on the table after eating out, prepare to have the waiter run after you with your "forgotten" item. In America, tips are, in philosophy, meant to show appreciation for good service. Considering that many jobs such as waiters that are usually tipped get paid minimum wage or less, tipping has become a necessity.
Japanese culture is focused on groups and communities. Satisfaction and pride is meant to be found within the group you belong to. In the United States, people tend to find satisfaction in their own accomplishments, and focus on their own aspirations. An example of this is that in Japanese business culture, employees tend to work for one company for their entire lives. Company loyalty is valued, and promotions are often given on a seniority basis. In America, people focus on their careers independent from the companies they work for, and will often change companies a number of times throughout their professional lives. Promotions are supposed to be given on a basis of merit. In Japan, this can also influence a mindset of how people live in society. People tend to follow rules more seriously, from something as simple as trying not to litter - which makes big cities like Tokyo surprisingly clean.


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Coach escorted out of stadium in police van to avoid angry fans
Former Free State Stars coach Nikola Kavazovic is struggling to win over fans in Botswana as Gaborone United continues to get negative results.
by Phakaaathi ReporterFree State Stars head coach Nikola Kavazovic (BackpagePix)
Kavazovic relegated Free State Stars last season when he coached in the Absa Premiership. He was appointed as the coach of Gaborone United in the Botswana Premier League at the start of the 2019/2020 season.
United fans were not happy with the string of poor results and threated to manhandle him once he got out of the stadium.
Police were called to escort Kavazovic out of the stadium to protect him from the angry fans.


Subscribes to the Podcast at the given feed url in Apple Podcasts. ## Syntax
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