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Hammerhead code
Documentation of the the source code of an AUV of Team Tiburon, NIT Rourkela
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Go to the source code of this file.
Classes | |
| struct | Vn200 |
| Holds connection information for accessing a VN-200 device. More... | |
| struct | Vn200CompositeData |
| Composite structure of the various asynchronous data the VN-200 device is capable of outputting. More... | |
Macros | |
| #define | DLL_EXPORT |
| #define | VNASYNC_OFF 0 |
| #define | VNASYNC_VNIMU 19 |
| #define | VNASYNC_VNGPS 20 |
| #define | VNASYNC_VNINS 22 |
Typedefs | |
| typedef void(* | Vn200NewAsyncDataReceivedListener) (Vn200 *sender, Vn200CompositeData *newData) |
| Fuction type used for receiving notifications of when new asynchronous data is received. More... | |
Functions | |
| DLL_EXPORT VN_ERROR_CODE | vn200_connect (Vn200 *newVn200, const char *portName, int baudrate) |
| Connects to a VectorNav VN-200 device. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_disconnect (Vn200 *vn200) |
| Disconnects from the VN-200 device and disposes of any internal resources. More... | |
| DLL_EXPORT unsigned char | vn200_checksum_compute (const char *cmdToCheck) |
| Computes the checksum for the provided command. More... | |
| DLL_EXPORT void | vn200_checksum_computeAndReturnAsHex (const char *cmdToCheck, char *checksum) |
| Computes the checksum for the provided command and returns it as a two character string representing it in hexidecimal. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_set_timeout (Vn200 *vn200, int timeout) |
| Sets the timeout value for the reading values from the VN-200 sensor. More... | |
| DLL_EXPORT int | vn200_get_timeout (Vn200 *vn200) |
| Retrieves the associated timeout value for the Vn200 object. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getCurrentAsyncData (Vn200 *vn200, Vn200CompositeData *curData) |
| Retreives the most recently received asynchronous measurements received from the VN-200 device. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_writeSettings (Vn200 *vn200, VN_BOOL waitForResponse) |
| Commands the VN-200 unit to write its current register setting to non-volatile memory. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_restoreFactorySettings (Vn200 *vn200, VN_BOOL waitForResponse) |
| Commands the VN-200 unit to revert its settings to factory defaults. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_reset (Vn200 *vn200) |
| Commands the VN-200 module to reset itself. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_registerAsyncDataReceivedListener (Vn200 *vn200, Vn200NewAsyncDataReceivedListener listener) |
| Allows registering a function which will be called whenever a new asynchronous data packet is received from the VN-200 module. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_unregisterAsyncDataReceivedListener (Vn200 *vn200, Vn200NewAsyncDataReceivedListener listener) |
| Unregisters an already registered function for recieving notifications of when new asynchronous data is received. More... | |
| DLL_EXPORT VN_BOOL | vn200_verifyConnectivity (Vn200 *vn200) |
| Checks if we are able to send and receive communication with the VN-200 sensor. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getUserTag (Vn200 *vn200, char *userTagBuffer, unsigned int userTagBufferLength) |
| Gets the values in the User Tag register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_setUserTag (Vn200 *vn200, char *userTagData, unsigned int userTagDataLength, VN_BOOL waitForResponse) |
| Sets the values of the User Tag register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getModelNumber (Vn200 *vn200, char *modelBuffer, unsigned int modelBufferLength) |
| Gets the values in the Model Number register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getHardwareRevision (Vn200 *vn200, int *hardwareRevision) |
| Gets the values in the Hardware Revision register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getSerialNumber (Vn200 *vn200, char *serialNumberBuffer, unsigned int serialNumberBufferLength) |
| Gets the values in the Serial Number register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getFirmwareVersion (Vn200 *vn200, char *firmwareVersionBuffer, unsigned int firmwareVersionBufferLength) |
| Gets the values in the Firmware Version register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getSerialBaudRate (Vn200 *vn200, unsigned int *serialBaudrate) |
| Gets the values in the Serial Baud Rate register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_setSerialBaudRate (Vn200 *vn200, unsigned int serialBaudrate, VN_BOOL waitForResponse) |
| Sets the values of the Serial Baud Rate register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getAsynchronousDataOutputType (Vn200 *vn200, unsigned int *asyncDataOutputType) |
| Gets the values in the Asynchronous Data Output Type register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_setAsynchronousDataOutputType (Vn200 *vn200, unsigned int asyncDataOutputType, VN_BOOL waitForResponse) |
| Sets the values of the Asynchronous Data Output Type register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getAsynchronousDataOutputFrequency (Vn200 *vn200, unsigned int *asyncDataOutputFrequency) |
| Gets the values in the Asynchronous Data Output Frequency register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_setAsynchronousDataOutputFrequency (Vn200 *vn200, unsigned int asyncDataOutputFrequency, VN_BOOL waitForResponse) |
| Sets the values of the Asynchronous Data Output Frequency register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getMagneticGravityReferenceVectors (Vn200 *vn200, VnVector3 *magneticReference, VnVector3 *gravityReference) |
| Gets the values in the Magnetic and Gravity Reference Vectors register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_setMagneticGravityReferenceVectors (Vn200 *vn200, VnVector3 magneticReference, VnVector3 gravityReference, VN_BOOL waitForResponse) |
| Sets the values of the Magnetic and Gravity Reference Vectors register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getReferenceFrameRotation (Vn200 *vn200, VnMatrix3x3 *c) |
| Gets the values in the Reference Frame Rotation register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_setReferenceFrameRotation (Vn200 *vn200, VnMatrix3x3 c, VN_BOOL waitForResponse) |
| Sets the values of the Reference Frame Rotation register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getCommunicationProtocolControl (Vn200 *vn200, unsigned char *serialCount, unsigned char *serialStatus, unsigned char *spiCount, unsigned char *spiStatus, unsigned char *serialChecksum, unsigned char *spiChecksum, unsigned char *errorMode) |
| Gets the values in the Communication Protocol Control register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_setCommunicationProtocolControl (Vn200 *vn200, unsigned char serialCount, unsigned char serialStatus, unsigned char spiCount, unsigned char spiStatus, unsigned char serialChecksum, unsigned char spiChecksum, unsigned char errorMode, VN_BOOL waitForResponse) |
| Sets the values of the Communication Protocol Control register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getSynchronizationControl (Vn200 *vn200, unsigned char *syncInMode, unsigned char *syncInEdge, unsigned short *syncInSkipFactor, unsigned int *reserved0, unsigned char *syncOutMode, unsigned char *syncOutPolarity, unsigned short *syncOutSkipFactor, unsigned int *syncOutPulseWidth, unsigned int *reserved1) |
| Gets the values in the Synchronization Control register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_setSynchronizationControl (Vn200 *vn200, unsigned char syncInMode, unsigned char syncInEdge, unsigned short syncInSkipFactor, unsigned int reserved0, unsigned char syncOutMode, unsigned char syncOutPolarity, unsigned short syncOutSkipFactor, unsigned int syncOutPulseWidth, unsigned int reserved1, VN_BOOL waitForResponse) |
| Sets the values of the Synchronization Control register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getCalibratedSensorMeasurements (Vn200 *vn200, VnVector3 *magnetic, VnVector3 *acceleration, VnVector3 *angularRate, float *temperature, float *pressure) |
| Gets the values in the Calibrated Sensor Measurements register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getGpsConfiguration (Vn200 *vn200, unsigned char *mode, unsigned char *nmeaSerial1, unsigned char *nmeaSerial2, unsigned char *nmeaRate) |
| Gets the values in the GPS Configuration register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_setGpsConfiguration (Vn200 *vn200, unsigned char mode, unsigned char nmeaSerial1, unsigned char nmeaSerial2, unsigned char nmeaRate, VN_BOOL waitForResponse) |
| Sets the values of the GPS Configuration register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getGpsAntennaOffset (Vn200 *vn200, VnVector3 *position) |
| Gets the values in the GPS Antenna Offset register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_setGpsAntennaOffset (Vn200 *vn200, VnVector3 position, VN_BOOL waitForResponse) |
| Sets the values of the GPS Antenna Offset register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getGpsSolution (Vn200 *vn200, double *gpsTime, unsigned short *gpsWeek, unsigned char *gpsFix, unsigned char *numberOfSatellites, VnVector3 *lattitudeLongitudeAltitude, VnVector3 *nedVelocity, VnVector3 *positionAccuracy, float *speedAccuracy, float *timeAccuracy) |
| Gets the values in the GPS Solution register. More... | |
| DLL_EXPORT VN_ERROR_CODE | vn200_getInsSolution (Vn200 *vn200, double *gpsTime, unsigned short *gpsWeek, unsigned short *status, VnVector3 *ypr, VnVector3 *lattitudeLongitudeAltitude, VnVector3 *nedVelocity, float *attitudeUncertainty, float *positionUncertainty, float *velocityUncertainty) |
| Gets the values in the INS Solution register. More... | |
MIT License (MIT)
Copyright (c) 2011 VectorNav Technologies, LLC
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
This header file provides access to devices based on VectorNav's VN-200 family of orientation sensors.
| #define DLL_EXPORT |
| #define VNASYNC_OFF 0 |
Asynchronous output is turned off.
| #define VNASYNC_VNGPS 20 |
Asynchronous output type is GPS Measurements.
| #define VNASYNC_VNIMU 19 |
Asynchronous output type is Calibrated Interial Measurements.
| #define VNASYNC_VNINS 22 |
Asynchronous output type is INS Solution.
| typedef void(* Vn200NewAsyncDataReceivedListener) (Vn200 *sender, Vn200CompositeData *newData) |
Fuction type used for receiving notifications of when new asynchronous data is received.
| [in] | sender | The device that sent the notification. |
| [in] | newData | Pointer to the new data. |
| DLL_EXPORT unsigned char vn200_checksum_compute | ( | const char * | cmdToCheck | ) |
Computes the checksum for the provided command.
| [in] | cmdToCheck | Null-terminated string of the form "VNRRG,1". |
| DLL_EXPORT void vn200_checksum_computeAndReturnAsHex | ( | const char * | cmdToCheck, |
| char * | checksum | ||
| ) |
Computes the checksum for the provided command and returns it as a two character string representing it in hexidecimal.
| [in] | cmdToCheck | Null-terminated string of the form "VNRRG,1". |
| [out] | checksum | A character array of length 2 which the computed checksum will be placed. |
| DLL_EXPORT VN_ERROR_CODE vn200_connect | ( | Vn200 * | newVn200, |
| const char * | portName, | ||
| int | baudrate | ||
| ) |
Connects to a VectorNav VN-200 device.
| [out] | newVn200 | An uninitialized Vn200 control object should be passed in. |
| [in] | portName | The name of the COM port to connect to. |
| [in] | baudrate | The baudrate to connect at. |
| DLL_EXPORT VN_ERROR_CODE vn200_disconnect | ( | Vn200 * | vn200 | ) |
Disconnects from the VN-200 device and disposes of any internal resources.
| vn200 | Pointer to the Vn200 control object. |
| DLL_EXPORT int vn200_get_timeout | ( | Vn200 * | vn200 | ) |
| DLL_EXPORT VN_ERROR_CODE vn200_getAsynchronousDataOutputFrequency | ( | Vn200 * | vn200, |
| unsigned int * | asyncDataOutputFrequency | ||
| ) |
Gets the values in the Asynchronous Data Output Frequency register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | asyncDataOutputFrequency | The asynchronous data output frequency value of the sensor. |
| DLL_EXPORT VN_ERROR_CODE vn200_getAsynchronousDataOutputType | ( | Vn200 * | vn200, |
| unsigned int * | asyncDataOutputType | ||
| ) |
Gets the values in the Asynchronous Data Output Type register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | asyncDataOutputType | The asynchronous data output type value of the sensor. |
| DLL_EXPORT VN_ERROR_CODE vn200_getCalibratedSensorMeasurements | ( | Vn200 * | vn200, |
| VnVector3 * | magnetic, | ||
| VnVector3 * | acceleration, | ||
| VnVector3 * | angularRate, | ||
| float * | temperature, | ||
| float * | pressure | ||
| ) |
Gets the values in the Calibrated Sensor Measurements register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | magnetic | The current sensor magnetic (X,Y,Z) values. |
| [out] | acceleration | The current sensor acceleration (X,Y,Z) values. |
| [out] | angularRate | The current sensor angular rate (X,Y,Z) values. |
| [out] | temperature | The temperature value of the sensor. |
| [out] | pressure | The pressure value of the sensor. |
| DLL_EXPORT VN_ERROR_CODE vn200_getCommunicationProtocolControl | ( | Vn200 * | vn200, |
| unsigned char * | serialCount, | ||
| unsigned char * | serialStatus, | ||
| unsigned char * | spiCount, | ||
| unsigned char * | spiStatus, | ||
| unsigned char * | serialChecksum, | ||
| unsigned char * | spiChecksum, | ||
| unsigned char * | errorMode | ||
| ) |
Gets the values in the Communication Protocol Control register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | serialCount | The serial count value of the sensor. |
| [out] | serialStatus | The serial status value of the sensor. |
| [out] | spiCount | The SPI count value of the sensor. |
| [out] | spiStatus | The SPI status value of the sensor. |
| [out] | serialChecksum | The serial checksum value of the sensor. |
| [out] | spiChecksum | The SPI checksum value of the sensor. |
| [out] | errorMode | The error mode value of the sensor. |
| DLL_EXPORT VN_ERROR_CODE vn200_getCurrentAsyncData | ( | Vn200 * | vn200, |
| Vn200CompositeData * | curData | ||
| ) |
Retreives the most recently received asynchronous measurements received from the VN-200 device.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | curData | Composite of the last currently received data from the device. If there was no data received for certain fields, they will be zeroed out. |
| DLL_EXPORT VN_ERROR_CODE vn200_getFirmwareVersion | ( | Vn200 * | vn200, |
| char * | firmwareVersionBuffer, | ||
| unsigned int | firmwareVersionBufferLength | ||
| ) |
Gets the values in the Firmware Version register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | firmwareVersionBuffer | Buffer to store the response. Must have a length of at least 16 characters. |
| [in] | firmwareVersionBufferLength | Length of the provided firmwareVersionBuffer buffer. |
| DLL_EXPORT VN_ERROR_CODE vn200_getGpsAntennaOffset | ( | Vn200 * | vn200, |
| VnVector3 * | position | ||
| ) |
Gets the values in the GPS Antenna Offset register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | position | The current sensor relative postion of GPS antenna (X,Y,Z) values. |
| DLL_EXPORT VN_ERROR_CODE vn200_getGpsConfiguration | ( | Vn200 * | vn200, |
| unsigned char * | mode, | ||
| unsigned char * | nmeaSerial1, | ||
| unsigned char * | nmeaSerial2, | ||
| unsigned char * | nmeaRate | ||
| ) |
Gets the values in the GPS Configuration register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | mode | The mode value of the sensor. |
| [out] | nmeaSerial1 | The NMEA_Serial1 value of the sensor. |
| [out] | nmeaSerial2 | The NMEA_Serial2 value of the sensor. |
| [out] | nmeaRate | The NMEA_Rate value of the sensor. |
| DLL_EXPORT VN_ERROR_CODE vn200_getGpsSolution | ( | Vn200 * | vn200, |
| double * | gpsTime, | ||
| unsigned short * | gpsWeek, | ||
| unsigned char * | gpsFix, | ||
| unsigned char * | numberOfSatellites, | ||
| VnVector3 * | lattitudeLongitudeAltitude, | ||
| VnVector3 * | nedVelocity, | ||
| VnVector3 * | positionAccuracy, | ||
| float * | speedAccuracy, | ||
| float * | timeAccuracy | ||
| ) |
Gets the values in the GPS Solution register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | gpsTime | The GPS time of week in seconds value of the sensor. |
| [out] | gpsWeek | The GPS week value of the sensor. |
| [out] | gpsFix | The GPS fix type value of the sensor. |
| [out] | numberOfSatellites | The number of GPS satellites used in solution value of the sensor. |
| [out] | lattitudeLongitudeAltitude | The current sensor latitude, longitude, and altitude values. |
| [out] | nedVelocity | The current sensor velocity measurements (X,Y,Z) in north, east, down directions values. |
| [out] | positionAccuracy | The current sensor position accuracy (X,Y,Z) values. |
| [out] | speedAccuracy | The speed accuracy estimate value of the sensor. |
| [out] | timeAccuracy | The time accuracy estimate value of the sensor. |
| DLL_EXPORT VN_ERROR_CODE vn200_getHardwareRevision | ( | Vn200 * | vn200, |
| int * | hardwareRevision | ||
| ) |
Gets the values in the Hardware Revision register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | hardwareRevision | The hardware revision value of the sensor. |
| DLL_EXPORT VN_ERROR_CODE vn200_getInsSolution | ( | Vn200 * | vn200, |
| double * | gpsTime, | ||
| unsigned short * | gpsWeek, | ||
| unsigned short * | status, | ||
| VnVector3 * | ypr, | ||
| VnVector3 * | lattitudeLongitudeAltitude, | ||
| VnVector3 * | nedVelocity, | ||
| float * | attitudeUncertainty, | ||
| float * | positionUncertainty, | ||
| float * | velocityUncertainty | ||
| ) |
Gets the values in the INS Solution register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | gpsTime | The GPS time of week in seconds value of the sensor. |
| [out] | gpsWeek | The GPS week value of the sensor. |
| [out] | status | The status flags for the INS filter value of the sensor. |
| [out] | ypr | The current sensor heading, pitch, and roll values. |
| [out] | lattitudeLongitudeAltitude | The current sensor latitude, longitude, and altitude values. |
| [out] | nedVelocity | The current sensor velocity measurements (X,Y,Z) in north, east, down directions values. |
| [out] | attitudeUncertainty | The attitude uncertainty value of the sensor. |
| [out] | positionUncertainty | The position uncertainty value of the sensor. |
| [out] | velocityUncertainty | The velocity uncertainty value of the sensor. |
| DLL_EXPORT VN_ERROR_CODE vn200_getMagneticGravityReferenceVectors | ( | Vn200 * | vn200, |
| VnVector3 * | magneticReference, | ||
| VnVector3 * | gravityReference | ||
| ) |
Gets the values in the Magnetic and Gravity Reference Vectors register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | magneticReference | The current sensor magnetic reference vector (X,Y,Z) values. |
| [out] | gravityReference | The current sensor gravity reference vector (X,Y,Z) values. |
| DLL_EXPORT VN_ERROR_CODE vn200_getModelNumber | ( | Vn200 * | vn200, |
| char * | modelBuffer, | ||
| unsigned int | modelBufferLength | ||
| ) |
Gets the values in the Model Number register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | modelBuffer | Buffer to store the response. Must have a length of at least 25 characters. |
| [in] | modelBufferLength | Length of the provided modelBuffer buffer. |
| DLL_EXPORT VN_ERROR_CODE vn200_getReferenceFrameRotation | ( | Vn200 * | vn200, |
| VnMatrix3x3 * | c | ||
| ) |
Gets the values in the Reference Frame Rotation register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | c | The current sensor C matrix values. |
| DLL_EXPORT VN_ERROR_CODE vn200_getSerialBaudRate | ( | Vn200 * | vn200, |
| unsigned int * | serialBaudrate | ||
| ) |
Gets the values in the Serial Baud Rate register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | serialBaudrate | The serial baudrate value of the sensor. |
| DLL_EXPORT VN_ERROR_CODE vn200_getSerialNumber | ( | Vn200 * | vn200, |
| char * | serialNumberBuffer, | ||
| unsigned int | serialNumberBufferLength | ||
| ) |
Gets the values in the Serial Number register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | serialNumberBuffer | Buffer to store the response. Must have a length of at least 13 characters. |
| [in] | serialNumberBufferLength | Length of the provided serialNumberBuffer buffer. |
| DLL_EXPORT VN_ERROR_CODE vn200_getSynchronizationControl | ( | Vn200 * | vn200, |
| unsigned char * | syncInMode, | ||
| unsigned char * | syncInEdge, | ||
| unsigned short * | syncInSkipFactor, | ||
| unsigned int * | reserved0, | ||
| unsigned char * | syncOutMode, | ||
| unsigned char * | syncOutPolarity, | ||
| unsigned short * | syncOutSkipFactor, | ||
| unsigned int * | syncOutPulseWidth, | ||
| unsigned int * | reserved1 | ||
| ) |
Gets the values in the Synchronization Control register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | syncInMode | The input signal synchronization mode value of the sensor. |
| [out] | syncInEdge | The input signal synchronization edge selection value of the sensor. |
| [out] | syncInSkipFactor | The input signal trigger skip factor value of the sensor. |
| [out] | reserved0 | The reserved value of the sensor. |
| [out] | syncOutMode | The output signal synchronization mode value of the sensor. |
| [out] | syncOutPolarity | The output signal synchronization polarity value of the sensor. |
| [out] | syncOutSkipFactor | The output synchronization signal skip factor value of the sensor. |
| [out] | syncOutPulseWidth | The output synchronization signal pulse width value of the sensor. |
| [out] | reserved1 | The reserved value of the sensor. |
| DLL_EXPORT VN_ERROR_CODE vn200_getUserTag | ( | Vn200 * | vn200, |
| char * | userTagBuffer, | ||
| unsigned int | userTagBufferLength | ||
| ) |
Gets the values in the User Tag register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [out] | userTagBuffer | Buffer to store the response. Must have a length of at least 21 characters. |
| [in] | userTagBufferLength | Length of the provided userTagBuffer buffer. |
| DLL_EXPORT VN_ERROR_CODE vn200_registerAsyncDataReceivedListener | ( | Vn200 * | vn200, |
| Vn200NewAsyncDataReceivedListener | listener | ||
| ) |
Allows registering a function which will be called whenever a new asynchronous data packet is received from the VN-200 module.
| [in] | vn200 | Pointer to the Vn200 control object. |
| DLL_EXPORT VN_ERROR_CODE vn200_reset | ( | Vn200 * | vn200 | ) |
Commands the VN-200 module to reset itself.
| [in] | vn200 | Pointer to the Vn200 control object. |
| DLL_EXPORT VN_ERROR_CODE vn200_restoreFactorySettings | ( | Vn200 * | vn200, |
| VN_BOOL | waitForResponse | ||
| ) |
Commands the VN-200 unit to revert its settings to factory defaults.
| [in] | vn200 | Pointer to the Vn200 control object. |
| DLL_EXPORT VN_ERROR_CODE vn200_set_timeout | ( | Vn200 * | vn200, |
| int | timeout | ||
| ) |
Sets the timeout value for the reading values from the VN-200 sensor.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [in] | timeout | The timeout value in milliseconds. Specify -1 to not use any timeouts. |
| DLL_EXPORT VN_ERROR_CODE vn200_setAsynchronousDataOutputFrequency | ( | Vn200 * | vn200, |
| unsigned int | asyncDataOutputFrequency, | ||
| VN_BOOL | waitForResponse | ||
| ) |
Sets the values of the Asynchronous Data Output Frequency register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [in] | asyncDataOutputFrequency | Value for the asynchronous data output frequency field. |
| [in] | waitForResponse | Signals if the function should block until a response is received from the sensor. TRUE to block for a response; FALSE to immediately return after sending out the command. |
| DLL_EXPORT VN_ERROR_CODE vn200_setAsynchronousDataOutputType | ( | Vn200 * | vn200, |
| unsigned int | asyncDataOutputType, | ||
| VN_BOOL | waitForResponse | ||
| ) |
Sets the values of the Asynchronous Data Output Type register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [in] | asyncDataOutputType | Value for the asynchronous data output type field. |
| [in] | waitForResponse | Signals if the function should block until a response is received from the sensor. TRUE to block for a response; FALSE to immediately return after sending out the command. |
| DLL_EXPORT VN_ERROR_CODE vn200_setCommunicationProtocolControl | ( | Vn200 * | vn200, |
| unsigned char | serialCount, | ||
| unsigned char | serialStatus, | ||
| unsigned char | spiCount, | ||
| unsigned char | spiStatus, | ||
| unsigned char | serialChecksum, | ||
| unsigned char | spiChecksum, | ||
| unsigned char | errorMode, | ||
| VN_BOOL | waitForResponse | ||
| ) |
Sets the values of the Communication Protocol Control register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [in] | serialCount | Value for the serial count field. |
| [in] | serialStatus | Value for the serial status field. |
| [in] | spiCount | Value for the SPI count field. |
| [in] | spiStatus | Value for the SPI status field. |
| [in] | serialChecksum | Value for the serial checksum field. |
| [in] | spiChecksum | Value for the SPI checksum field. |
| [in] | errorMode | Value for the error mode field. |
| [in] | waitForResponse | Signals if the function should block until a response is received from the sensor. TRUE to block for a response; FALSE to immediately return after sending out the command. |
| DLL_EXPORT VN_ERROR_CODE vn200_setGpsAntennaOffset | ( | Vn200 * | vn200, |
| VnVector3 | position, | ||
| VN_BOOL | waitForResponse | ||
| ) |
Sets the values of the GPS Antenna Offset register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [in] | position | The relative postion of GPS antenna (X,Y,Z) values to write to the sensor. |
| [in] | waitForResponse | Signals if the function should block until a response is received from the sensor. TRUE to block for a response; FALSE to immediately return after sending out the command. |
| DLL_EXPORT VN_ERROR_CODE vn200_setGpsConfiguration | ( | Vn200 * | vn200, |
| unsigned char | mode, | ||
| unsigned char | nmeaSerial1, | ||
| unsigned char | nmeaSerial2, | ||
| unsigned char | nmeaRate, | ||
| VN_BOOL | waitForResponse | ||
| ) |
Sets the values of the GPS Configuration register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [in] | mode | Value for the mode field. |
| [in] | nmeaSerial1 | Value for the NMEA_Serial1 field. |
| [in] | nmeaSerial2 | Value for the NMEA_Serial2 field. |
| [in] | nmeaRate | Value for the NMEA_Rate field. |
| [in] | waitForResponse | Signals if the function should block until a response is received from the sensor. TRUE to block for a response; FALSE to immediately return after sending out the command. |
| DLL_EXPORT VN_ERROR_CODE vn200_setMagneticGravityReferenceVectors | ( | Vn200 * | vn200, |
| VnVector3 | magneticReference, | ||
| VnVector3 | gravityReference, | ||
| VN_BOOL | waitForResponse | ||
| ) |
Sets the values of the Magnetic and Gravity Reference Vectors register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [in] | magneticReference | The magnetic reference vector (X,Y,Z) values to write to the sensor. |
| [in] | gravityReference | The gravity reference vector (X,Y,Z) values to write to the sensor. |
| [in] | waitForResponse | Signals if the function should block until a response is received from the sensor. TRUE to block for a response; FALSE to immediately return after sending out the command. |
| DLL_EXPORT VN_ERROR_CODE vn200_setReferenceFrameRotation | ( | Vn200 * | vn200, |
| VnMatrix3x3 | c, | ||
| VN_BOOL | waitForResponse | ||
| ) |
Sets the values of the Reference Frame Rotation register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [in] | c | The C matrix values to write to the sensor. |
| [in] | waitForResponse | Signals if the function should block until a response is received from the sensor. TRUE to block for a response; FALSE to immediately return after sending out the command. |
| DLL_EXPORT VN_ERROR_CODE vn200_setSerialBaudRate | ( | Vn200 * | vn200, |
| unsigned int | serialBaudrate, | ||
| VN_BOOL | waitForResponse | ||
| ) |
Sets the values of the Serial Baud Rate register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [in] | serialBaudrate | Value for the serial baudrate field. |
| [in] | waitForResponse | Signals if the function should block until a response is received from the sensor. TRUE to block for a response; FALSE to immediately return after sending out the command. |
| DLL_EXPORT VN_ERROR_CODE vn200_setSynchronizationControl | ( | Vn200 * | vn200, |
| unsigned char | syncInMode, | ||
| unsigned char | syncInEdge, | ||
| unsigned short | syncInSkipFactor, | ||
| unsigned int | reserved0, | ||
| unsigned char | syncOutMode, | ||
| unsigned char | syncOutPolarity, | ||
| unsigned short | syncOutSkipFactor, | ||
| unsigned int | syncOutPulseWidth, | ||
| unsigned int | reserved1, | ||
| VN_BOOL | waitForResponse | ||
| ) |
Sets the values of the Synchronization Control register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [in] | syncInMode | Value for the input signal synchronization mode field. |
| [in] | syncInEdge | Value for the input signal synchronization edge selection field. |
| [in] | syncInSkipFactor | Value for the input signal trigger skip factor field. |
| [in] | reserved0 | Value for the reserved field. |
| [in] | syncOutMode | Value for the output signal synchronization mode field. |
| [in] | syncOutPolarity | Value for the output signal synchronization polarity field. |
| [in] | syncOutSkipFactor | Value for the output synchronization signal skip factor field. |
| [in] | syncOutPulseWidth | Value for the output synchronization signal pulse width field. |
| [in] | reserved1 | Value for the reserved field. |
| [in] | waitForResponse | Signals if the function should block until a response is received from the sensor. TRUE to block for a response; FALSE to immediately return after sending out the command. |
| DLL_EXPORT VN_ERROR_CODE vn200_setUserTag | ( | Vn200 * | vn200, |
| char * | userTagData, | ||
| unsigned int | userTagDataLength, | ||
| VN_BOOL | waitForResponse | ||
| ) |
Sets the values of the User Tag register.
| [in] | vn200 | Pointer to the Vn200 control object. |
| [in] | userTagData | Array containg the data to send. Length must be equal to or less than 20 characters. |
| [in] | userTagDataLength | Length of the data to send in the userTagData array. |
| [in] | waitForResponse | Signals if the function should block until a response is received from the sensor. TRUE to block for a response; FALSE to immediately return after sending out the command. |
| DLL_EXPORT VN_ERROR_CODE vn200_unregisterAsyncDataReceivedListener | ( | Vn200 * | vn200, |
| Vn200NewAsyncDataReceivedListener | listener | ||
| ) |
Unregisters an already registered function for recieving notifications of when new asynchronous data is received.
| [in] | vn200 | Pointer to the Vn200 control object. |
| DLL_EXPORT VN_BOOL vn200_verifyConnectivity | ( | Vn200 * | vn200 | ) |
Checks if we are able to send and receive communication with the VN-200 sensor.
| [in] | vn200 | Pointer to the Vn200 control object. |
| DLL_EXPORT VN_ERROR_CODE vn200_writeSettings | ( | Vn200 * | vn200, |
| VN_BOOL | waitForResponse | ||
| ) |
Commands the VN-200 unit to write its current register setting to non-volatile memory.
| [in] | vn200 | Pointer to the Vn200 control object. |


Here should be something witty, but clearly I don't have one.
Some of my projects could be found here.
November 26, 2016
Well, the last time I opened the course directory, I found that the homework code directory is deleted by the teacher. F**k it!!!!!! Well, as a result, I will focus on research work for now, I guess…


Table of Contents
This section describes main targets types that Boost.Build supports of-of-the-box. Unless otherwise noted, all mentioned main target rules have the common signature, described in the section called “Declaring Targets”.
Programs are created using the exe
rule, which
follows the common
syntax. For example:
exe hello : hello.cpp some_library.lib /some_project//library : <threading>multi ;
This will create an executable file from the sources -- in this case, one C++ file, one library file present in the same directory, and another library that is created by Boost.Build. Generally, sources can include C and C++ files, object files and libraries. Boost.Build will automatically try to convert targets of other types.
| Tip | |
|---|---|
On Windows, if an application uses dynamic libraries, and both
the application and the libraries are built by Boost.Build, its not
possible to immediately run the application, because the
|


Basic apod-image demo (Today's Image)
Targetting a specific date
Showing the info by default
Disable the extra info toggle
Custom Info Overlay


The package offers various length-bias corrections to survival curve estimation.
| Version: | 1.1 |
| Depends: | R (≥ 2.15.0), actuar |
| Published: | 2013-05-24 |
| Author: | Pierre-Jerome Bergeron and Vahid Partovi Nia |
| Maintainer: | Vahid Partovi Nia <vahid.partovinia at polymtl.ca> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | http://lbiassurv.r-forge.r-project.org/ |
| NeedsCompilation: | yes |
| In views: | Survival |
| CRAN checks: | lbiassurv results |
| Reference manual: | lbiassurv.pdf |
| Package source: | lbiassurv_1.1.tar.gz |
| Windows binaries: | r-devel: lbiassurv_1.1.zip, r-release: lbiassurv_1.1.zip, r-oldrel: lbiassurv_1.1.zip |
| OS X binaries: | r-release: lbiassurv_1.1.tgz, r-oldrel: lbiassurv_1.1.tgz |
| Old sources: | lbiassurv archive |
Please use the canonical form https://CRAN.R-project.org/package=lbiassurv to link to this page.


58
True and False Fasting
1 “Cry aloud; do not hold back; lift up your voice like a trumpet;
declare to my people their transgression,
to the house of Jacob their sins.
2 Yet they seek me daily
and delight to know my ways,
as if they were a nation that did righteousness
and did not forsake the judgment of their God;
they ask of me righteous judgments;
they delight to draw near to God.
3 ‘Why have we fasted, and you see it not?
Why have we humbled ourselves, and you take no knowledge of it?’

Fasting like yours this day
will not make your voice to be heard on high.
5 Is such the fast that I choose,
a day for a person to humble himself?
Is it to bow down his head like a reed,
and to spread sackcloth and ashes under him?
Will you call this a fast,
and a day acceptable to the LORD?
6 “Is not this the fast that I choose:
to loose the bonds of wickedness,
to undo the straps of the yoke,
to let the oppressed go free,
and to break every yoke?
7 Is it not to share your bread with the hungry
and bring the homeless poor into your house;
when you see the naked, to cover him,
and not to hide yourself from your own flesh?
8 Then shall your light break forth like the dawn,
and your healing shall spring up speedily;
your righteousness shall go before you;
the glory of the LORD shall be your rear guard.
9 Then you shall call, and the LORD will answer;
you shall cry, and he will say, ‘Here I am.’


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- main(String[]) - Static method in class TestDraw
-
Creating a JFrame to display a DrawPanel.
- MAXSHAPES - Variable in class DrawPanel
-
- mouseDragged(MouseEvent) - Method in class DrawPanel.MouseHandler
-
this method manages the event in which the mouse is dragged
- MouseHandler() - Constructor for class DrawPanel.MouseHandler
-
- mouseMoved(MouseEvent) - Method in class DrawPanel.MouseHandler
-
this method manages the event in which the mouse had moved
- mousePressed(MouseEvent) - Method in class DrawPanel.MouseHandler
-
this method manages the event in which the mouse is pressed
- mouseReleased(MouseEvent) - Method in class DrawPanel.MouseHandler
-
this method manages the event in which the mouse is released
- MyBoundedShape - Class in <Unnamed>
-
MyBoundedShape is an abstact class represents all the bounded shapes.
- MyBoundedShape() - Constructor for class MyBoundedShape
-
empty constuctor that sets filled to false
- MyBoundedShape(int, int, int, int, Color, boolean) - Constructor for class MyBoundedShape
-
constructor the received all the attributes of the shape and pass them using super to the constructor in MyShape.
- MyLine - Class in <Unnamed>
-
this class is a type of shape.
- MyLine() - Constructor for class MyLine
-
Empty constructor
- MyLine(int, int, int, int, Color) - Constructor for class MyLine
-
constructor the received all the attributes of the shape and pass them using super to the constructor in MyShape.
- MyOval - Class in <Unnamed>
-
this class is a type of shape.
- MyOval() - Constructor for class MyOval
-
Empty constructor
- MyOval(int, int, int, int, Color, boolean) - Constructor for class MyOval
-
constructor the received all the attributes of the shape and pass them using super to the constructor in MyBoundedShape.
- MyRectangle - Class in <Unnamed>
-
this class is a type of shape.
- MyRectangle() - Constructor for class MyRectangle
-
Empty constructor
- MyRectangle(int, int, int, int, Color, boolean) - Constructor for class MyRectangle
-
constructor that receives all the attributes of the shape and pass them using super to the constructor in MyShape.
- MyShape - Class in <Unnamed>
-
this is an abstract class of shapes and has the coordinates of the point and the color.
- MyShape() - Constructor for class MyShape
-
Empty constructor of shape.
- MyShape(int, int, int, int, Color) - Constructor for class MyShape
-
a constructor the received all the parameters of the shape.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/hacking.20.60rintro.60.html ---
Sometimes I would like to intro a hypothesis and simultaneously change its type to a defeq type. I don't think this can be done with intro. But could it be done with rintro
? I just tried rintro ⟨y,Hy,(Hyx : the_prop_I_want)⟩
but it doesn't work (at least it didn't for me). Is this the kind of thing that could be made to work with hackery or do I just have to put up with it?
I think assume
allows you to do that: assume x : my_defeq_type
Yes: assume
works great for this (as I only recently learnt from seeing Reid using it).
Last updated: Apr 24 2020 at 19:02 UTC


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reduce_table()
- Method in class fsb.parser.
parser
Access to
reduce_goto
table.
reduceWeight(int)
- Method in class fsb.explore.
Vertex
registerAction(Action)
- Method in class fsb.explore.
State
registerAction(Action)
- Method in class fsb.semantics.sc.
SCState
remove(Formula)
- Method in class ags.constraints.
BitCompositeFormula
remove(Formula)
- Method in class ags.constraints.
CompositeFormula
report_error(String, Object)
- Method in class fsb.parser.
parser
res
- Variable in class fsb.ast.
AtomicDec
res
- Variable in class fsb.ast.
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res
- Variable in class fsb.ast.
Swap
Resource
- Class in
fsb.explore
Resource(String)
- Constructor for class fsb.explore.
Resource
Resource(Resource)
- Constructor for class fsb.explore.
Resource
restrict(Formula, boolean, boolean)
- Method in class ags.constraints.
BDDFormula
reverseGet(int)
- Method in class ags.constraints.
TermDictionary
reverseTermsMap
- Variable in class ags.constraints.
TermDictionary
rhs
- Variable in class ags.constraints.
AtomicPredicateDictionary.Coords
rhsID
- Variable in class ags.constraints.
LocationAtomicPredicate
right
- Variable in class fsb.ast.
AssertComparsionBool
right
- Variable in class fsb.ast.
AssertComplexBool
right
- Variable in class fsb.ast.
ComparsionBool
right
- Variable in class fsb.ast.
ComplexAritExpr
right
- Variable in class fsb.ast.
ComplexBool
RIGHTBRACE
- Static variable in class fsb.parser.
sym
RIGHTCURLY
- Static variable in class fsb.parser.
sym
RIGHTPAREN
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- Variable in class ags.graph.
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I want to be able to log into remotely to my school's Linux/Unix system so I can work on my labs at home. I downloaded XLaunch, and an SSH Secure Shell Client for windows and made sure to allow X11 forwarding and save the options. I can connect to the schools systems and log into a cslab machine (we have to do ssh -x cslab#) but whenever I try to open a file or create a file I get this error:
[bs655@cslab2 ~]$ gedit hello.cpp
Unable to init server: Could not connect: Connection refused
(gedit:30134): Gtk-WARNING **: cannot open display:
I checked my firewall settings and that is not the problem.
(I have dev-c++ but I need to be on my schools server access files for a program we have assigned to us.)
I hope some knows how to help me.


⭐Alen Walker⭐The Founder Of
Alan Olav Walker is an English-Norwegian DJ and record producer. In 2015, Walker received international acclaim after releasing the single "Faded", which received platinum certifications in 14 countries. In 2020, he was ranked 26th on DJ Mag. He released his debut studio album, Different World, in 2018. |
| Dates | Work |
| 2010-2013 | Lead Developer at Tempo App |
| 2010 | Resecher at The Institute od Cognative neuro |
| 2015 | main developer at google |
| ios Developer | ⭐⭐⭐⭐ |
| Painting | ⭐⭐ |
| Web Developer | ⭐⭐⭐⭐⭐ |
| Photoghapr | ⭐⭐ |


Friends
Friends who are still blogging, especially in Chinese.
{{ Blog('Josui Writings', 'Blog of Bing, she writes about life, books, and etc.', 'http://blog.josui.me/', twitter='tahcely') }}
{{ Blog('时间河', "Shun's weblog, he writes about life, stories, poems, and etc.", 'http://blog.lishun.me/', 'riverscn', 'riverscn') }}
{{ Blog('The Qlog', 'Blog of Quyi (aka rangerqu), he writes about life, economics, laws, and etc.', 'http://imquyi.com/blog/', 'rangerqu', 'rangerqu') }}
{{ Blog('Rei', "Rei's Blog, he talks about ruby, comics, thoughts, and etc.", 'http://chloerei.com/', twitter='chloerei') }}


orchestrator
ss
Internal Orchestrator for starting the server or building resources.
Note: currently experimental


APP belongs to a protein family that includes APP-like isoforms (APLP-1 and APLP-2 in mammals), which lack the Ab sequence. There appears to be some functional redundancy between APP and its isoforms in mammals, as APLP-1 or APLP-2 can partially compensate for the loss of the APP gene in mouse models. Triple mutants involving APP, APLP-1 and APLP-2 are lethal.
InterPro Domain Architecture
InterPro Entry |
Signatures |
Graphical Match |
Method Name |
|
IPR002223 |
G3DSA:4.10.410.10 |
|
Prot_inh_Kunz-m |
|
IPR002223 |
PD000222 |
|
Prot_inh_Kunz-m |
|
IPR002223 |
PF00014 |
Kunitz_BPTI |
|
|
IPR002223 |
PR00759 |
|
BASICPTASE |
|
IPR002223 |
PS00280 |
BPTI_KUNITZ_1 |
|
|
IPR002223 |
PS50279 |
|
BPTI_KUNITZ_2 |
|
IPR002223 |
SM00131 |
KU |
|
|
IPR002223 |
SSF57362 |
|
Prot_inh_Kunz-m |
|
IPR008154 |
PF02177 |
A4_EXTRA |
|
|
IPR008154 |
SM00006 |
|
A4_EXTRA |
|
IPR008154 |
SSF56491 |
A4_extra |
|
|
IPR008155 |
PR00203 |
|
AMYLOIDA4 |
|
IPR008155 |
PS00319 |
A4_EXTRA |
|
|
IPR008155 |
PS00320 |
|
A4_INTRA |
|
IPR013803 |
G3DSA:<IP_ADDRESS> |
Beta‑amyloid peptide |
|
|
IPR013803 |
PF03494 |
Beta-APP |
|
|
IPR013803 |
PR00204 |
BETAAMYLOID |
|
|
Structural Features |
|
|
|
|
1aap |
1aap A,B |
|
|
|
1mwp |
1mwpA |
|
|
|
1owt |
1owtA |
|
|
|
1tkn |
1tknA |
|
|
|
2beq |
2beq A-E |
|
|
|
3.90.570.10.1 |
1mwpA0 |
|
|
|
<IP_ADDRESS>.1 |
1aml00 |
|
|
|
4.10.410.10.3 |
1aapA0 |
|
|
|
a.47.4.1 |
d1tkna_ |
|
|
|
d.170.2.1 |
d1mwpa_ |
|
|
|
d.230.3.1 |
d1owta_ |
|
|
|
g.8.1.1 |
d1aapa_ |
|
|
|
j.42.1.1 |
d1amb__ |
|
|
|
Structural Predictions |
|
|
|
|
MB_P05067 |
|
|
From the graphical match above, you can see that the signatures are all grouped into four InterPro entries for human amyloid-b precursor protein, APP. InterPro entries group together all the signatures that represent the same sequence found in the same set of proteins. These entries provide a family grouping of APP proteins, as well as subdividing APP into three constituent domains (the remaining domains are not currently represented by any signatures).
FAMILY Entries
Ø IPR008155: Amyloidogenic glycoprotein family, represented by three signatures: PR00203 (PRINTS), PS00319 (PROSITE), and PS00320 (PROSITE).
DOMAIN Entries
Ø IPR008154: N-terminal extracellular domain. Represented by three signatures: PF02177 (PFAM), SM00006 (SMART), and SSF56491 (SUPERFAMILY).
Ø IPR002223: Kunitz proteinases inhibitor I2 domain (which is found in several other protein families as well). Represented by eight signatures: G3DSA:4.10.410.10 (GENE3D), PD000222 (PRODOM), PF00014 (PFAM), PR00759 (PRINTS), PS00280 (PROSITE), PS50279 (PROSITE), SM00131 (SMART), and SSF57362 (SUPERFAMILY).
Ø IPR013803: b-amyloid peptide that is cleaved from the APP protein (prior to the C-terminal cytoplasmic domain). Represented by three signatures: G3DSA:<IP_ADDRESS> (GENE3D), PF03494 (PFAM), and PR00204 (PRINTS).
The remaining fourteen entries in the table above give information on the known and predicted structure of this protein. The first thirteen entries present known structural data from the structural database PDB (green stripe) and the structural classification databases CATH (pink stripe) and SCOP (black stripe) (the names such as 1aapA0 are derived from the PDB entry upon which they are based, here PDB entry 1aap, chain A). There are five PDB entries that represent this protein: 1aap (chain A and B), 1mwp (chain A), 1owt (chain A), 1tkn (chain A), and 2beg (chains A to E). The CATH and SCOP entries provide a structural classification for each domain represented in the PDB data, and relate it to other structures in the PDB database. CATH has classified three of the PDB structures, while SCOP classifies all five:
Ø N-terminal extracellular heparin-binding domain is represented by 3.90.570.10.1 (CATH) and d.170.2.1 (SCOP), and has a disulphide-rich alpha+beta fold
Ø Extracellular copper-binding domain is represented by d.230.3.1 (SCOP), and has a 2-layer beta/alpha/beta fold
Ø Kunitz-type inhibitor domain is represented by 4.10.410.10.3 (CATH) and g.8.1.1 (SCOP), and has a disulphide-rich alpha+beta fold
Ø CAPPD extracellular domain is represented by a.47.4.1 (SCOP), and has an alpha-helical bundle fold
Ø Amyloid-b peptide is represented by <IP_ADDRESS>.1 (CATH) and j.42.1.1 (SCOP), and has an irregular fold
It is interesting to note that two SCOP classifications subdivide the InterPro entry IPR008154 (N-terminal extracellular domain) into two structural subdomains: the heparin-binding subdomain and the copper-binding subdomain.
The
remaining entry is for the structural prediction, MB_P05067, from the homology model database
ModBase (yellow stripe). The homology
model provides information on the predicted structure for regions of the
proteins that have no known structure, here the region between the Kunitz-type
inhibitor domain and the CAPPD extracellular domain.
Structures
associated with APP can be viewed using AstexViewer®, which is linked from the
Match Table via the logo on the InterPro page (please note, there is no link directly from
this page to the AstexViewer®, therefore you need to go to the link on the InterPro page for P05067). The AstexViewer® displays the PDB structure with the specific
CATH or SCOP domain highlighted.
There are
structures available for various APP proteins in the Protein Data Bank
(PDB). A detailed description and
visualisation of the structural features of this protein can be found at the PDB ‘Molecule of the Month’.
The crystallographic structures of APP have provided insight into
several aspects of Alzheimer’s disease.


Handler
core
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http
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http
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http
HttpServerRequest
http
HttpServerResponse
http
HttpVersion
http
handle
RouteMatcher
handleAuthorise
EventBusBridgeHook
handlePostRegister
EventBusBridgeHook
handlePreRegister
EventBusBridgeHook
handleSendOrPub
EventBusBridgeHook
handleSocketClosed
EventBusBridgeHook
handleSocketCreated
EventBusBridgeHook
handleUnregister
EventBusBridgeHook
handler
RegisteredHandler
Receiver
ReceiverWithTimeout
ReplyReceiver
handlerToFn
FunctionConverters
head
HttpClient
RouteMatcher
headWithRegEx
RouteMatcher
headers
HttpClientRequest
HttpClientResponse
HttpServerRequest
HttpServerResponse
ServerWebSocket
SockJSSocket
host
NetServer
http
core


 AVL trees (and other balanced trees like Splay trees, Red-Black trees, B-trees, 2-3 trees, etc) make sure that their trees are balanced so that the various operations are much faster. For example, the program avltree_test is my solution to the AVL Tree lab (which some semesters will not have the pleasure of implementing):
UNIX> time avltree_test - < input.txt 0.099u 0.003s 0:00.10 90.0% 0+0k 0+0io 0pf+0w UNIX> time sh -c "sort input.txt | avltree_test -" 0.336u 0.011s 0:00.34 100.0% 0+0k 0+0io 0pf+0w UNIX> time sh -c "sort input.txt > /dev/null" 0.245u 0.007s 0:00.25 96.0% 0+0k 0+0io 0pf+0w UNIX>As you can see, since sorting takes .25 seconds, performing insertions with the AVL tree takes the same time when the input is sorted as when it is not sorted.
A central operation with AVL Trees is a rotation. It is a way of changing a binary search tree so that it remains a binary search tree, but changes how it is balanced. The concept is illustrated below:
B and D are nodes in a binary search tree. They can occur anywhere a tree, but we don't worry about what's above them -- just what's below them. A, C and E are subtrees that rooted as the children of B and D. They may be empty. If they are not empty, then since the tree is a binary search tree, we know that:
When we perform a rotation, we perform it about a node. For example, the rotation pictured above rotates about node D to turn the tree on the left to the tree on the right. It also shows that you can turn the tree on the right to the tree on the left by rotating about node B.
When you rotate about a node, you are going to change the tree so that the node's parent is now the node's child. The middle subtree (subtree C) will change from being one node's child to being the other node's child. The rotation does not violate any of the properties of binary search trees. However, it changes the shape of the tree, and there are multiple types of trees, like AVL, Splay and Red-Black trees that employ rotations to ensure that the trees are balanced.
Below are some example rotations. Make sure you understand all of them:
The definition of an AVL tree is follows:
And below are two trees that are binary search trees, but are not AVL trees.
|
Binky violates the definition |
Fred violates the definition |
Let's try some examples. Suppose I have the following AVL tree -- I now annotate the nodes with their heights:
If I insert Ahmad, take a look at the resulting tree:
The new node Ahmad has a height of zero, and when I travel the path up to the root, I change Baby Daisy's height to one. However, her node is not imbalanced, since the height of her subtrees are 0 and -1. Moving on, Binky's height is unchanged, so we can stop -- the resulting tree is indeed an AVL tree.
However, suppose I now try to insert Waluigi. I get the following tree:
Traveling from the new node to the root, I see that Fred violates the balance condition. Its left child has a height of -1 and its right child has a height of 1. I have to rebalance the tree.
| And you insert a node into tree F, which changes F's height from h-3 to h-2. Let's assume that F is still an AVL tree, so we have this tree, where A C and F are all AVL trees: |
You'll note that the tree is imbalanced, and it is imbalanced at node B. Let's give some concrete examples:
| You insert F into the tree:
Make sure you can match this example up with its general form above. In this case, h=2, both before and after. |
||
| You insert "Jasper" into the tree:
Make sure you can match this example up with its general form above. In this case, h=4, both before and after. |
||
|
You insert an element into either E or G, changing its height,
but not violating the AVL property:
Make sure you can match this example up with its general form above. | ||
Let's take that last example as the general form of a Zig-Zig insertion:
In this case, the path from the imbalanced node (B) to the newly added node starts with two right children. That's what makes it "Zig-Zig". To rebalance the tree, you perform a rotation about node D:
Node D is the new root of the subtree. Before the insertion, node B's height was h-1, so the height of the subtree has not changed because of the rotation. Thus, after performing the rotation, you may return from your insertion: you are left with a valid AVL tree.
If the path from the imbalanced node to the newly added node starts with two left children, then you have another Zig-Zig case (the mirror image). You treat it in the same way: rotate about the imbalanced node's left child.
Before going on, take a look at our example above where we inserted Jasper, which led to the tree being imbalanced around Daisy. We can identify this as a Zig-Zig case, so we can fix it by rotating about Garth:
| Before |
After |
Here's another example, where we inserted Waluigi and that made the tree imbalanced at Fred:
| Before |
After |
To fix this, you perform two rotations. You rotate about node D, and then you rotate about node D again. This is called a double rotation about node D. Here are the two rotations:
Once again, the height of the subtree before deletion was h-1, so when you're done with the double rotation, you are done -- your tree is balanced. Again, the mirror image case is treated in the exact same manner.
Here's an example. Suppose our tree is the following, rather large tree:
And suppose we insert Boo into the tree:
Checking for balancing, we have to increment every height up to the root, and the root node Eunice is imbalanced. Since the path to the new node starts with a left child and a right child, this is a Zig-Zag case, and we need to perform a double rotation about the grandchild of the imbalanced node -- Daisy. Below is the result. We have a nicely balanced AVL tree!
Imbalanced Identification Picture |
The imbalanced node is B. If the height of subtree C is h-3, then the height of E will be h-2 and the tree is a Zig-Zig -- you can rebalance by rotating about node D. If the height of subtree E is h-3, then the height of C is h-2 and the tree is a Zig-Zag -- you rebalance by doing a double rotation about the root of C. If both C and E have heights of h-2, then you treat it as either a Zig-Zig or a Zig-Zag. Both work. For the purposes of your lab, treat this case like a Zig-Zig.
The mirror image works the same way.
Let's look at some examples. First, suppose we delete Calista from the following tree:
You're left with:
You check Calista's old parent -- Binky and although Binky's height hasn't changed, the node is imbalanced. It's clearly a Zig-Zig tree, so you rotate about Baby Daisy to yield the following tree:
Since Baby Daisy is the root, we're done.
Let's try a more complex example -- deleting Eunice from the following tree:
First, Eunice has two children. So, we find the child with the greatest key in Eunice's left subtree, which is Dontonio, delete it, and replace Eunice with Dontonio. We start by deleting Dontonio:
And we start checking at Eunice. It is imbalanced. Looking at it, we see that it's a Zig-Zag, so we have to double-rotate about Fred:
Now, the subtree rooted by Fred is balanced, but the subtree's height is one less than it used to be, so we need to move to its parent and check it. Its height is unchanged, and it is balanced, so we're done -- as a last step, we replace Eunice with Dontonio:
As in the previous example, Daisy has two children, so we find the node with the largest key in Daisy's left subtree: Calista. We are going to delete Calista and then replace Daisy with Calista. So, we first delete Calista:
We start our checking with Calista's old parent: Binky. The node is imbalanced, so we have to determine whether it is Zig-Zig or Zig-Zag. I'll redraw it so it fits the Imbalanced Identification Picture:
In this example, h is three, and we're looking at the mirror image of the Imbalanced Identification Picture. You can see from the picture that the tree is Zig-Zig, so we do a single rotation about Baby Daisy:
Since the tree rooted at Baby Daisy has a smaller height, we need to check its parent (Daisy). Daisy's height is too high, so it needs to be decremented, and since it's the root of the tree, we're done. We replace Daisy with Calista, and return.
We're left with the following tree, and when we start checking Frenchy's old parent, Galois, it is imbalanced:
I've drawn the subtrees for the Imbalanced Identification picture. h is two, and the C and E subtrees are both of height h-2. Thus, we can treat it either as a Zig-Zig or a Zig-Zag. We will treat it as a Zig-Zig (which you should do in your lab) and do a single rotation about Xavier.
Since the subtree's height is the same as it was before, we can return.
To get that, you had to do a Zig-Zag balancing, and a Zig-Zig balancing.


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Hawtio Simple Table component can be used to display, sort, filter, and select data from a JSON model, similarly to ng-grid or hawtio-datatable. This lets you create a regular table element with whatever metadata you like and the <thead> and <tbody> will be generated from the column definitions to render the table dynamically; using the same kind of JSON configuration. This means you can switch between ng-grid, hawtio-datatable and hawtio-simple-table based on your requirements and tradeoffs (layout versus performance versus dynamic, user configurable views etc).
The Simple Table uses a primary key to ensure that the rows can be kept selected when the underlying data changes due live updated.
It looks for a property called id
, _id
, _key
, or name
in the data objects.
If not found, it looks for a configuration property called primaryKeyFn
, which specifies a function that returns the primary key.
Example:
primaryKeyFn: (entity) => { return entity.group + "/" + entity.name }
| Name | Type | Default | Mandatory | Description |
|---|---|---|---|---|
| data | String | Yes | Name of $scope property referencing the array of data objects<./td> | |
| selectedItems | Array | Yes | Array where the selected data objects shall be stored. | |
| columnDefs | Array | Yes | Array of column definitions. Each definition object has a field , displayName , cellTemplate (optional), and customSortField (optional). | |
| primaryKeyFn | Function | No | Function that takes a reference to each data object and returns its primary key.> | |
| showSelectionCheckbox | Boolean | true | No | Add a column with checkboxes for row selection. |
| enableRowClickSelection | Boolean | false | No | Allow row selection by clicking on the row. |
| multiSelect | Boolean | true | No | Allow the selection of multiple rows. |
| sortInfo | Object | No | Object with sortBy and ascending properties used as the default table sorting. | |
| filterOptions | Object | No | Object with filterText property used as the default filter text (usually an empty text). | |
| maxBodyHeight | Number | No | Maximum height of the table body. A scrollbar is added to the table. |


We could not find a Cypress Cloud project with the projectId: project-id-123
This projectId came from your /path/to/cypress.json file or an environment variable.
Please log into Cypress Cloud and find your project.
We will list the correct projectId in the 'Settings' tab.
Alternatively, you can create a new project directly from within the Cypress app.
https://on.cypress.io/cloud


IRkernel
by Tara Furstenau
This post will cover how to set up an R notebook. I discussed the benefits of using notebooks in a previous post. More information can be found here.
Requirements
Jupyter and a current R installation
Installation
To install from source for Linux (Ubuntu/Debian) you need zmq development headers.
sudo apt-get install libzmq3-dev
Then start R in the same terminal and install the following packages:
install.packages(c('rzmq','repr','IRkernel','IRdisplay'),
repos = c('http://irkernel.github.io/', getOption('repos')),
type = 'source')
IRkernel::installspec()
Running
Open a Jupyter notebook from the command line
jupyter notebook
Then click the New
dropdown and select a new R Notebook
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You never told me where you came from,
You never told me your name,
I didn�t know if you were legal tender,
But I spent you just the same.
I didn�t think it could happen to me,
But I fell in love in the first degree
It was love at first feel
It was love at first feel
It was love at first feel
(First touch was too much!)
They said it was disgustin�
They told me it�s was a sin,
They saw me knocking at your front door,
And they saw me smile
when you let me in.
Yeh honey we�re all alone,
But lets get it happening,
While your mum and dad ain�t home
It was love at first feel
It was love at first feel
It was love at first feel


EVP_KDF-TLS1_PRF - The TLS1 PRF EVP_KDF implementation
Support for computing the TLS1 PRF through the EVP_KDF API.
The EVP_KDF-TLS1_PRF algorithm implements the PRF used by TLS versions up to and including TLS 1.2.
"TLS1-PRF" is the name for this implementation; it can be used with the EVP_KDF_fetch() function.
The supported parameters are:
These parameters work as described in "PARAMETERS" in EVP_KDF(3).
The OSSL_KDF_PARAM_DIGEST parameter is used to set the message digest associated with the TLS PRF. EVP_md5_sha1() is treated as a special case which uses the PRF algorithm using both MD5 and SHA1 as used in TLS 1.0 and 1.1.
This parameter sets the secret value of the TLS PRF. Any existing secret value is replaced.
This parameter sets the context seed. The length of the context seed cannot exceed 1024 bytes; this should be more than enough for any normal use of the TLS PRF.
A context for the TLS PRF can be obtained by calling:
EVP_KDF *kdf = EVP_KDF_fetch(NULL, "TLS1-PRF", NULL);
EVP_KDF_CTX *kctx = EVP_KDF_CTX_new(kdf);
The digest, secret value and seed must be set before a key is derived otherwise an error will occur.
The output length of the PRF is specified by the keylen parameter to the EVP_KDF_derive() function.
This example derives 10 bytes using SHA-256 with the secret key "secret" and seed value "seed":
EVP_KDF *kdf;
EVP_KDF_CTX *kctx;
unsigned char out[10];
OSSL_PARAM params[4], *p = params;
kdf = EVP_KDF_fetch(NULL, "TLS1-PRF", NULL);
kctx = EVP_KDF_CTX_new(kdf);
EVP_KDF_free(kdf);
*p++ = OSSL_PARAM_construct_utf8_string(OSSL_KDF_PARAM_DIGEST,
SN_sha256, strlen(SN_sha256));
*p++ = OSSL_PARAM_construct_octet_string(OSSL_KDF_PARAM_SECRET,
"secret", (size_t)6);
*p++ = OSSL_PARAM_construct_octet_string(OSSL_KDF_PARAM_SEED,
"seed", (size_t)4);
*p = OSSL_PARAM_construct_end();
if (EVP_KDF_derive(kctx, out, sizeof(out), params) <= 0) {
error("EVP_KDF_derive");
}
EVP_KDF_CTX_free(kctx);
RFC 2246, RFC 5246 and NIST SP 800-135 r1
EVP_KDF(3), EVP_KDF_CTX_new(3), EVP_KDF_CTX_free(3), EVP_KDF_CTX_set_params(3), EVP_KDF_derive(3), "PARAMETERS" in EVP_KDF(3)
This functionality was added in OpenSSL 3.0.
Copyright 2018-2021 The OpenSSL Project Authors. All Rights Reserved.
Licensed under the Apache License 2.0 (the "License"). You may not use this file except in compliance with the License. You can obtain a copy in the file LICENSE in the source distribution or at https://www.openssl.org/source/license.html.


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A new project will be created and the configuration of the current project will
be copied into the new one.
The selected branch will be also cloned into the new project, with its configuration
being copied as well.
Note that properties and descriptions of all items can be adjusted during the cloning operation
by using the regular expressions
and replacement expressions.


Wendy is a current UCSD Cognitive Science student with a specialization in Human Computer interaction (HCI) set to graduate in the class of '17.


Free Code Camp
Weather ☔pp
24
°C
Mexico, MX
Clear
SW 7.5 knots
Technical difficulties, try again in a few minutes


Class: Aws::MediaConvert::Types::ContainerSettings
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-mediaconvert/lib/aws-sdk-mediaconvert/types.rb |
Overview
Container specific settings.
Constant Summary
Instance Attribute Summary
-
#cmfc_settings ⇒ Types::CmfcSettings
rw
These settings relate to the fragmented MP4 container for the segments in your CMAF outputs.
-
#container ⇒ String
rw
Container for this output.
-
#f4v_settings ⇒ Types::F4vSettings
rw
Settings for F4v container.
-
#m2ts_settings ⇒ Types::M2tsSettings
rw
MPEG-2 TS container settings.
-
#m3u_8_settings ⇒ Types::M3u8Settings
rw
These settings relate to the MPEG-2 transport stream (MPEG2-TS) container for the MPEG2-TS segments in your HLS outputs.
-
#mov_settings ⇒ Types::MovSettings
rw
These settings relate to your QuickTime MOV output container.
-
#mp_4_settings ⇒ Types::Mp4Settings
rw
These settings relate to your MP4 output container.
-
#mpd_settings ⇒ Types::MpdSettings
rw
These settings relate to the fragmented MP4 container for the segments in your DASH outputs.
-
#mxf_settings ⇒ Types::MxfSettings
rw
These settings relate to your MXF output container.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#cmfc_settings ⇒ Types::CmfcSettings (rw)
These settings relate to the fragmented MP4 container for the segments in your CMAF outputs.
# File 'gems/aws-sdk-mediaconvert/lib/aws-sdk-mediaconvert/types.rb', line 2770
class ContainerSettings < Struct.new( :cmfc_settings, :container, :f4v_settings, :m2ts_settings, :m3u_8_settings, :mov_settings, :mp_4_settings, :mpd_settings, :mxf_settings) SENSITIVE = [] include Aws::Structure end
#container ⇒ String
(rw)
Container for this output. Some containers require a container settings object. If not specified, the default object will be created.
# File 'gems/aws-sdk-mediaconvert/lib/aws-sdk-mediaconvert/types.rb', line 2770
class ContainerSettings < Struct.new( :cmfc_settings, :container, :f4v_settings, :m2ts_settings, :m3u_8_settings, :mov_settings, :mp_4_settings, :mpd_settings, :mxf_settings) SENSITIVE = [] include Aws::Structure end
#f4v_settings ⇒ Types::F4vSettings (rw)
Settings for F4v container
# File 'gems/aws-sdk-mediaconvert/lib/aws-sdk-mediaconvert/types.rb', line 2770
class ContainerSettings < Struct.new( :cmfc_settings, :container, :f4v_settings, :m2ts_settings, :m3u_8_settings, :mov_settings, :mp_4_settings, :mpd_settings, :mxf_settings) SENSITIVE = [] include Aws::Structure end
#m2ts_settings ⇒ Types::M2tsSettings (rw)
MPEG-2 TS container settings. These apply to outputs in a File
output group when the output's container is MPEG-2 Transport Stream
(M2TS). In these assets, data is organized by the program map table
(PMT). Each transport stream program contains subsets of data,
including audio, video, and metadata. Each of these subsets of data
has a numerical label called a packet identifier (PID). Each
transport stream program corresponds to one ::Aws::MediaConvert
output. The
PMT lists the types of data in a program along with their PID.
Downstream systems and players use the program map table to look up
the PID for each type of data it accesses and then uses the PIDs to
locate specific data within the asset.
# File 'gems/aws-sdk-mediaconvert/lib/aws-sdk-mediaconvert/types.rb', line 2770
class ContainerSettings < Struct.new( :cmfc_settings, :container, :f4v_settings, :m2ts_settings, :m3u_8_settings, :mov_settings, :mp_4_settings, :mpd_settings, :mxf_settings) SENSITIVE = [] include Aws::Structure end
#m3u_8_settings ⇒ Types::M3u8Settings (rw)
These settings relate to the MPEG-2 transport stream (MPEG2-TS) container for the MPEG2-TS segments in your HLS outputs.
# File 'gems/aws-sdk-mediaconvert/lib/aws-sdk-mediaconvert/types.rb', line 2770
class ContainerSettings < Struct.new( :cmfc_settings, :container, :f4v_settings, :m2ts_settings, :m3u_8_settings, :mov_settings, :mp_4_settings, :mpd_settings, :mxf_settings) SENSITIVE = [] include Aws::Structure end
#mov_settings ⇒ Types::MovSettings (rw)
These settings relate to your QuickTime MOV output container.
# File 'gems/aws-sdk-mediaconvert/lib/aws-sdk-mediaconvert/types.rb', line 2770
class ContainerSettings < Struct.new( :cmfc_settings, :container, :f4v_settings, :m2ts_settings, :m3u_8_settings, :mov_settings, :mp_4_settings, :mpd_settings, :mxf_settings) SENSITIVE = [] include Aws::Structure end
#mp_4_settings ⇒ Types::Mp4Settings (rw)
These settings relate to your MP4 output container. You can create audio only outputs with this container. For more information, see https://docs.aws.amazon.com/mediaconvert/latest/ug/supported-codecs-containers-audio-only.html#output-codecs-and-containers-supported-for-audio-only.
# File 'gems/aws-sdk-mediaconvert/lib/aws-sdk-mediaconvert/types.rb', line 2770
class ContainerSettings < Struct.new( :cmfc_settings, :container, :f4v_settings, :m2ts_settings, :m3u_8_settings, :mov_settings, :mp_4_settings, :mpd_settings, :mxf_settings) SENSITIVE = [] include Aws::Structure end
#mpd_settings ⇒ Types::MpdSettings (rw)
These settings relate to the fragmented MP4 container for the segments in your DASH outputs.
# File 'gems/aws-sdk-mediaconvert/lib/aws-sdk-mediaconvert/types.rb', line 2770
class ContainerSettings < Struct.new( :cmfc_settings, :container, :f4v_settings, :m2ts_settings, :m3u_8_settings, :mov_settings, :mp_4_settings, :mpd_settings, :mxf_settings) SENSITIVE = [] include Aws::Structure end
#mxf_settings ⇒ Types::MxfSettings (rw)
These settings relate to your MXF output container.
# File 'gems/aws-sdk-mediaconvert/lib/aws-sdk-mediaconvert/types.rb', line 2770
class ContainerSettings < Struct.new( :cmfc_settings, :container, :f4v_settings, :m2ts_settings, :m3u_8_settings, :mov_settings, :mp_4_settings, :mpd_settings, :mxf_settings) SENSITIVE = [] include Aws::Structure end


qTracker
A collaboration with
Kent Odde
and
Tarald Vestbøstad.
Home Page
Host Page
Join Session Page
Active Session
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Internet Explorer
Location
- Open Internet Explorer
- Find and click on Tools
- Find and click on Internet Options
Settings
Under the Security tab, security zone settings should be:
- Internet - High
- Local Intranet - Medium-low
- Trusted Sites - Medium
- Restricted Sites - High


Show the status of the rollout.
By default 'rollout status' will watch the status of the latest rollout until it's done. If you don't want to wait for the rollout to finish then you can use --watch=false. Note that if a new rollout starts in-between, then 'rollout status' will continue watching the latest revision. If you want to pin to a specific revision and abort if it is rolled over by another revision, use --revision=N where N is the revision you need to watch for.
Examples:
# Watch the rollout status of a deployment
kubectl rollout status deployment/nginx
kubectl rollout status (TYPE NAME | TYPE/NAME) [flags] [options]
Use "kubectl options" for a list of global command-line options (applies to all commands).


Our First Event
28 Sep 2016Hello everyone,
I hope your semester is starting off well. After a fitful start, we finally have a room for a meeting this Friday, 30/9, at 17h00 in room H402.
On the agenda will be...
- ...a brief presentation by Johannes Boehm on "Things I Wish I'd Known at the Start of My Phd" (M2's: Johannes said he will be updating this, so it won't be a complete repeat for you!).
- ...a brief presentation by Yours Truly on "How to Apply for Conferences and Travel Funding".
- ...a discussion of the organizations structure, goals, and future meetings.
All students, M1, M2, and Phd are welcome to attend and participate in an open discussion on all of these topics, so don't be afraid to come!
See you Friday!
-Tyler


Similar to a normal textarea, but also supports input counters, form validation and the attributes "label" and "accesskey".
or
counterId
rule
ruleMsg
label - the text associated with the textarea
labelClass - extra class for the label
value - the text in the textarea
accesskey - if label is specified, you can also specify an accesskey
focus [0] - should this field receive focus when the page loads? (At most one focused field per page)
multilingual - should the user be able to edit the textarea in more than one language? (Aslo see
)
autoResize [0] - if the textarea should resize itself vertically when the number of lines changes (doesn't shrink in IE)
Other html attributes
See also , ,
and .


Before Change
),
).view(batch_size, max_src_seq_len, -1)
ranking_input = rlt.PreprocessedRankingInput.from_tensors(
state=preprocessed_state,
src_seq=preprocessed_candidates,
)
ranking_output = self.model(
ranking_input,
mode=Seq2SlateMode.RANK_MODE,
// During serving, we rank all items, even though
After Change
state_with_presence: Tuple[torch.Tensor, torch.Tensor],
candidate_with_presence: Tuple[torch.Tensor, torch.Tensor],
):
preprocessed_state, preprocessed_candidates = self.preprocessor(
state_with_presence, candidate_with_presence
)
max_src_seq_len = preprocessed_candidates.shape[1]


The interesting tech scene in Chile
As I am currently an expat living in Europe I could not avoid to make comparisons of the current state of the tech industry in different places, and although Chile is not as developed as some other countries in the OECD there is a lot going on right now especially in the tech industry, and that is why AWS recently chose Santiago to open a new office during 2017, among many other tech giants that already have offices there.


Query Times for each DB Size and Model (from written doc)
Query Running Time for SF1
Query Running Time for SF10
Query Times for each DB Size and Model (dynamic)
Top 5 Slowest Queries on Small DBs
Queries
| ID | Queried Dimensions and Ratios for Small DB |
|---|---|
Top 5 Slowest Queries on 1GB DBs
Queries
| ID | Queried Dimensions and Ratios for 1GB DB |
|---|---|
Query Count for each DB Size


12.52. Release 0.182
General Changes
- Fix correctness issue that causes
corr()
to return positive numbers for inverse correlations.
- Fix the EXPLAIN query plan for tables that are partitioned
on
TIMESTAMP
or DATE
columns.
- Fix query failure when when using certain window functions that take arrays or maps as arguments (e.g.,
approx_percentile()
).
- Implement subtraction for all
TIME
and TIMESTAMP
types.
- Improve planning performance for queries that join multiple tables with
a large number columns.
- Improve the performance of joins with only non-equality conditions by using
a nested loops join instead of a hash join.
- Improve the performance of casting from
JSON
to ARRAY
or MAP
types.
- Add a new IPADDRESS type to represent IP addresses.
- Add
to_milliseconds()
function to convert intervals (day to second) to milliseconds.
- Add support for column aliases in
CREATE TABLE AS
statements.
- Add a config option to reject queries during cluster initialization.
Queries are rejected if the active worker count is less than the
query-manager.initialization-required-workers
property while the
coordinator has been running for less than query-manager.initialization-timeout
.
- Add TPCDS Connector. This connector provides a set of schemas to
support the TPC Benchmark™ DS (TPC-DS).
CLI Changes
- Fix an issue that would sometimes prevent queries from being cancelled when exiting from the pager.
Hive Changes
- Fix reading decimal values in the optimized Parquet reader when they are backed
by the
int32
or int64
types.
- Add a new experimental ORC writer implementation optimized for Presto.
We have some upcoming improvements, so we recommend waiting a few releases before
using this in production. The new writer can be enabled with the
hive.orc.optimized-writer.enabled
configuration property or with the
orc_optimized_writer_enabled
session property.


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--- layout: default title: Gallery of movies, actors, reviews and other related stuff ---
{{post.content | strip_html | truncatewords: 30, '...'}}
Posted on {{post.date | date_to_string}}


| Interface | Description |
|---|---|
| IObjectDateDefaultFail |
Fail specification throwing an exception when a default check asserts.
|
| IObjectDateEqualsFail |
Fail specification throwing an exception when an equals check asserts.
|
| IObjectDateFailer |
Specification grouping all Date fail specifications.
|
| IObjectDateGreaterFail |
Fail specification throwing an exception when a greater check asserts.
|
| IObjectDateGreaterOrEqualsFail |
Fail specification throwing an exception when a greater or equals check asserts.
|
| IObjectDateInsideFail |
Fail specification throwing an exception when a within check asserts.
|
| IObjectDateLessFail |
Fail specification throwing an exception when a less check asserts.
|
| IObjectDateLessOrEqualsFail |
Fail specification throwing an exception when a less or equals check asserts.
|
| IObjectDateNotDefaultFail |
Fail specification throwing an exception when a not-default check asserts.
|
| IObjectDateNotEqualsFail |
Fail specification throwing an exception when a not-equals check asserts.
|
| IObjectDateNotNullFail |
Fail specification throwing an exception when a not-null check asserts.
|
| IObjectDateNotSameFail |
Fail specification throwing an exception when a not-same check asserts.
|
| IObjectDateNullFail |
Fail specification throwing an exception when a null check asserts.
|
| IObjectDateOutsideFail |
Fail specification throwing an exception when a outside check asserts.
|
| IObjectDateSameFail |
Fail specification throwing an exception when a same check asserts.
|
The MIT License (MIT) - Copyright © 2014-2015 Keld Oelykke. All Rights Reserved.


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Set Up A Toy-Cleaning Station For Your Kids
by Meghan Moravcik WalbertMy favourite type of activity for little kids is something that keeps them busy and accomplishes another goal. Like when they help sort laundry or “prep” dinner with you. Kids like hands-on activities and they like to be helpful.  Outside is probably your best bet for this activity but if that isn’t an option, throw some towels down in the mudroom or on the bathroom floor—or use a couple of smaller tubs and put the whole set-up directly into the bathtub.
As dayswithgrey points out, the toys don’t have to be visibly dirty for kids to get into this, but they could probably use a good scrub anyway.
Meet the smartest parents on Earth! Join our parenting Facebook group.


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GOYA IN BORDEAUX (GOYA EN BURDEOS) (director/writer: Carlos Saura; cinematographer: Vittorio Storaro; editor: Julia Juaniz; cast: Francisco Rabal (Goya), Jose Coronado (Goya as a Young Man), Maribel Verdú (Duchess of Alba ), Dafne Fernández (Rosario), Eulalia Ramón (Leocadia), Joaquín Climent (Moratin), José María Pou (Godoy); Runtime: 105; Sony Pictures Classics; 1999-Spain)
Reviewed by Dennis Schwartz
A visually pleasing but unmoving homage biopic of the 18th-century Spanish painter Francisco Goya. The director, Carlos Saura, has had trouble with the storytelling part of his films in the past, as his great craftsmanship skills seem to far exceed his other abilities as a filmmaker.
The film opens in a surreal manner as a cow's carcass seems to be dragging itself over a dirt red field to a scaffold and then raises itself up as its flesh opens and its insides are exposed. It was Goya's belief that man without imagination is only an animal, and this is the first lesson we are taught in this pedantic film study of him. From the cow's insides, the appearance of a dying 82-year-old Goya (Rabal) emerges, startled that he's lying in bed, living in exile in Bordeaux, France's wine region.
He goes out in the street in his nightshirt, and is thought of as a crazy foreigner by the passers-by, as he calls out for his dead former lover Cayetana (Maribel Verdú), seeing her ghost in the street. She is the hot-blooded beauty he loved the most of all his many women. He is soon watched over by his lovely young daughter Rosario (Dafne Fernández) and brought back to bed, where he's forced to drink a cup of valerian. The artist is dazed but anxious to tell someone of his past and chooses to tell it to his daughter, as we will learn of his life from these flashbacks, and he will also reveal his nightmares, the gossip of the times, the politics, the history, his romances, and his intellectual opinions.
The flashback will begin by taking us to Osuna's salon, where the best minds and aristocracy of Madrid met. Goya (José Coronado) is in his mid-40's, a womanizer, fortunate through his connections to be the court painter in Charles IV's court, which is ruled by ignorance, corruption, and calumny. This gig enables him to get more commissions than he could handle and to live in luxury. He is seen talking to his treacherous friend Godoy (José María Pou), admiring the pretty woman he wants to meet, the Dutchess of Alba, Cayetana. We learn about the romance between her and him, as a dialogue ensues between the ailing octogenarian and himself at this more youthful age. It was at that time that Goya nearly died from an unexplained illness that left him permanently deaf. His recovery from that illness resulted in an artistic breakthrough, whereby his subject matter became more realistic, resulting in his gruesome series of engravings "The Disasters of War."
In the film's most telling moments, he tells his daughter the truth about why he fled Spain. It has to do with the charismatic Dutchess, whose radiant beauty and excitable temperament led to dangerous actions on her part. She was part of a plot to assassinate the Spanish queen, Maria Luisa. But the jealous queen of the Inquisition instead had her poisoned to death with the help of the ambitious and scheming royal secretary Godoy, who was the lover of both women. The liberal Goya wisely saw the handwriting on the wall and fled his oppressive country, looking for comfort from the French intellectuals of the enlightenment but was in the end disappointed by France's government, whose designs on Spain were mercenary and of self-interest.
In the final death scene, the artist calls out not for his current lady companion Leocadia but for Cayetana, as he succumbs and her dark shadow emerges from a painting he did of her and covers him in death.
The film never touched base with the painter and his great works of art. It seemed like a dry lecture, with the artist's paintings laboriously put on display, making for some gorgeous framed shots, but not offering a film that is emotionally touching. What we learn is that Goya was a flawed man, feeling himself to be cowardly and weak-spirited at times, whose great influences to overcome his shortcomings were, Velázquez, Rembrandt, and his imagination tied to reason. But the film itself does not let on why we should assume Goya was a great painter, it seems to have failed the artist in that sense. The film ends with the quote from Andre Malraux: After Goya, modern painting begins. I was left with the impression that if this film would continue in its pedantic way of telling the story, it is possible in part 2 that we would know why that was so.
REVIEWED ON 4/12/2001 GRADE: C
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
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MININGCOREcoins to mine
Welcome to Miningcore Mining Pool
Low fee, high performance and a nice design. Pick a coin, connect you miner and make some coins.
Pool Coins
| Pool coin | Algorithm | Miners | Pool Hashrate | Fee | Network Hashrate | Network Difficulty |
|---|
Pool Coins
Top 20 contributors
| Address | Hashrate | Share Rate |
|---|
Low fee, high performance and a nice design. Pick a coin, connect you miner and make some coins.
| Pool coin | Algorithm | Miners | Pool Hashrate | Fee | Network Hashrate | Network Difficulty |
|---|
Pool Hashrate
Miners (Workers)
Network Hashrate
Network Difficulty
enter your coin wallet address
Miner's Hash Rate
Workers ()
List of miners working for you
| Index | Name | Hashrate | Share Rate |
|---|
Best Miners
Top 20 contributors
| Address | Hashrate | Share Rate |
|---|
Blocks Mined
Last 100 blocks
| Found | Height | Effort | Status | Reward | Confirmation |
|---|
Payments Rewarded
Last 500 payments
| Sent | Address | Amount | Confirmation |
|---|
Pool Configuration
All you need to connect your miners
| Item | Value |
|---|
How does the pool work?
Registration is not required. Just configure your miner according to our instructions and start mining. Your first submitted share will automatically register you with our pool. Good Luck!
Pool and miner hashrates are re-calculated every ten minutes. Therefore it can take a maximum of ten minutes for your hashrate to update depending on the submission time of your first valid share. The hashrate we display at the pool is a rough approximation of your hashrate based on your submitted shares and can therefore differ significantly from the hashrate displayed locally. When in doubt always consider the value displayed by your miner as the correct one.
All of our pools utilize the PPLNS payment system. PPLNS is short for "Pay Per Last N Shares". The image below illustrates the system. One round has an arbitrary number of shares which is solely based on sheer luck. Proportional reward systems only consider shares of one round when calculating rewards. PPLNS however, uses a quite constant number N of shares for calculating rewards. This number N changes only with the difficulty:
As you know the number of shares needed to solve a block within a round is different. Round one and three needed (difficulty * 2) shares to be solved. Round two and four are quite short rounds. There were less than (difficulty * 2) shares necessary to solve them. Round five however is a very long round which means the pool needed more than (difficulty * 2) shares to solve the block. From this follows that:
PPLNS favors constant and/or occasional loyal pool members over pool hoppers. Pool hoppers are betting for a "quick win" (like round two above) with low shares per round. If the round exceeds a certain amount of shares they "hop" to another proportional pool which started a new round more recently. This assures better rewards for pool hoppers over occasional or constant miners which are loyal to their pool. Pool hopping however implies that pool hoppers need to know when a round is started and how much shares are considered for reward. This is very easy with proportional reward system. While using PPLNS, this is no longer true. On long rounds (like round five above) the pool hoppers shares won’t be considered for reward calculations in favor of loyal miners. This is due to the fact that pool hoppers only mine on the beginning of rounds. On short and normal rounds pool hoppers won’t lose their shares. Due to the fact that shares from previous rounds from loyal miners are considered twice (or even more often on extremely short rounds) the pool hopper won’t get the same reward as from proportional reward system.
Assuming blocks have been found, payouts are processed and send every 10 minutes. This process is fully automated.
You won't see any balance in your account until a block has been found by the pool and after the block has reached a mature status. This may take a couple hours, depending on the coin. As soon as a block can be considered 'mature' by the pool, your shares will be used to calculate your contribution towards finding the block. The more you've contributed, the higher your cut of the block reward will be. Your cut of the block reward will then be credited to your pending balance. If your balance reaches or exceeds the pool's minimum payout amount, the pool will transfer your entire balance to your wallet and reset your pending balance to zero. The minimum payout for each pool is listed in its 'Pool Stats' area.
We are a small pool for the time being, and as such it may take some time to find a block. On larger pools you would see some balance earlier because they will find blocks faster, but you will get a smaller share of the reward than what you would in a smaller pool. Over time you will earn more or less the same amount when mining on a large pool or on a small one.
In other words, the rewards you get on average are exactly proportional to your part in the total work done by the pool. If you mine in a pool twice as large, the pool will collect twice as much rewards but your share in them will be cut by half, meaning you get the same on average.
Trustworthiness, reliability, support and low latency are the things you should consider when choosing a pool. By avoiding the largest pools you contribute to the network health by spreading the hash power.


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#TEMPLATE config_menu Components setup - SMS routing #TEMPLATE config_default
Here you can do tuning of the Nibelite VAS platform. Interface capabilities are depending on installed platform modules and service applications.


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