A C D E F G H I K L M N O P R S T U V W
All Classes All Packages
All Classes All Packages
All Classes All Packages
A
- accelerationStep - Static variable in class frc.robot.Constants
- arcadeDrive(double, double) - Method in class frc.robot.subsystems.DriveTrain
-
The standard wrapper around WPIlib's joystick-based drive function
- arcadeDrive(double, double, boolean) - Method in class frc.robot.subsystems.DriveTrain
-
The standard wrapper around WPIlib's joystick-based drive function with optional input scaling
- arm_sensor - Static variable in class frc.robot.Constants.DIO
- Arms() - Constructor for class frc.robot.Constants.Climb.Arms
- autonomousInit() - Method in class frc.robot.Robot
-
This autonomous (along with the chooser code above) shows how to select between different autonomous modes using the dashboard.
- autonomousPeriodic() - Method in class frc.robot.Robot
-
This function is called periodically during autonomous.
C
- can_id - Static variable in class frc.robot.Constants.PCM
- CargoFlap - Class in frc.robot.subsystems
- CargoFlap() - Constructor for class frc.robot.subsystems.CargoFlap
- cheesyDrive(double, double, boolean) - Method in class frc.robot.subsystems.DriveTrain
-
Wrapper around 254's drive interface.
- Chooser - Class in frc.robot.autonomous
-
Reads inputs from smartdashboard to determine correct auto to run
- Chooser() - Constructor for class frc.robot.autonomous.Chooser
-
Create a chooser and register with smartdashboard
- Climb - Class in frc.robot.autonomous.commandgroups
-
This should be used for going lvl 1 to 3, or 2 to 3.
- Climb() - Constructor for class frc.robot.autonomous.commandgroups.Climb
- Climb() - Constructor for class frc.robot.Constants.Climb
- Climber - Class in frc.robot.subsystems
-
Subsystem in charge of climb.
- Climber() - Constructor for class frc.robot.subsystems.Climber
- CompressorControl - Class in frc.robot.commands
- CompressorControl() - Constructor for class frc.robot.commands.CompressorControl
- Constants - Class in frc.robot
-
This is a mapping from the ports sensors and actuators are wired into to a variable name.
- Constants() - Constructor for class frc.robot.Constants
- Constants.Climb - Class in frc.robot
- Constants.Climb.Arms - Class in frc.robot
- Constants.Climb.Crawlers - Class in frc.robot
- Constants.Climb.Legs - Class in frc.robot
- Constants.Deadbands - Class in frc.robot
- Constants.DIO - Class in frc.robot
- Constants.DriveTrain - Class in frc.robot
- Constants.EncoderInfo - Class in frc.robot
- Constants.MainCamera - Class in frc.robot
- Constants.PathingPIDA - Class in frc.robot
- Constants.PCM - Class in frc.robot
- Constants.PeriodicTiming - Class in frc.robot
- Constants.Robot - Class in frc.robot
- Constants.SliderPID - Class in frc.robot
- Crawl - Class in frc.robot.autonomous.actions
- Crawl(double, double) - Constructor for class frc.robot.autonomous.actions.Crawl
- CrawlAndHoldBot - Class in frc.robot.autonomous.actions
- CrawlAndHoldBot(double, double, double, double) - Constructor for class frc.robot.autonomous.actions.CrawlAndHoldBot
- Crawlers() - Constructor for class frc.robot.Constants.Climb.Crawlers
- CubicDeadband - Class in frc.lib5k.control
-
This Scaling method was inspired by this blog post: http://www.mimirgames.com/articles/games/joystick-input-and-using-deadbands/ Formula: y = ((w * (x ^ 3) + (1.0 - w) * x) - (abs(x) / x) * (w * (d ^ 3) + (1.0 - w) * d)) / (1.0 - (w * (d ^ 3) + (1.0 - w) * d)) This can be visualized on desmos: https://www.desmos.com/calculator/awcputalxe
- CubicDeadband(double, double) - Constructor for class frc.lib5k.control.CubicDeadband
-
Cubic scaling deadband
- currentTimeout - Static variable in class frc.robot.Constants.Climb.Arms
- currentTimeout - Static variable in class frc.robot.Constants.DriveTrain
D
- Deadbands() - Constructor for class frc.robot.Constants.Deadbands
- DIO() - Constructor for class frc.robot.Constants.DIO
- disabledInit() - Method in class frc.robot.Robot
-
This function is called once each time the robot enters Disabled mode.
- disabledPeriodic() - Method in class frc.robot.Robot
- DriveAndRetractArms - Class in frc.robot.autonomous.actions
- DriveAndRetractArms(double, double, double, double, double) - Constructor for class frc.robot.autonomous.actions.DriveAndRetractArms
- DriveControl - Class in frc.robot.commands
-
Control the Robot's drivebase with OI feedback
- DriveControl() - Constructor for class frc.robot.commands.DriveControl
- driverController - Variable in class frc.robot.OI
- DriveTrain - Class in frc.robot.subsystems
-
DriveTrain is the only class to not buffer it's outputs.
- DriveTrain() - Constructor for class frc.robot.Constants.DriveTrain
- DriveTrain() - Constructor for class frc.robot.subsystems.DriveTrain
E
- EncoderInfo() - Constructor for class frc.robot.Constants.EncoderInfo
- end() - Method in class frc.robot.autonomous.actions.CrawlAndHoldBot
- end() - Method in class frc.robot.autonomous.actions.DriveAndRetractArms
- end() - Method in class frc.robot.autonomous.actions.FollowPath
- end() - Method in class frc.robot.autonomous.actions.MoveArmsWithGradualForce
- end() - Method in class frc.robot.autonomous.commandgroups.Climb
- execute() - Method in class frc.robot.autonomous.actions.Crawl
- execute() - Method in class frc.robot.autonomous.actions.CrawlAndHoldBot
- execute() - Method in class frc.robot.autonomous.actions.DriveAndRetractArms
- execute() - Method in class frc.robot.autonomous.actions.FollowPath
- execute() - Method in class frc.robot.autonomous.actions.HoldArmsUntilLock
- execute() - Method in class frc.robot.autonomous.actions.MoveArms
- execute() - Method in class frc.robot.autonomous.actions.MoveArmsWithGradualForce
- execute() - Method in class frc.robot.autonomous.actions.MoveLegs
- execute() - Method in class frc.robot.autonomous.actions.RaiseBotToSetpoint
- execute() - Method in class frc.robot.autonomous.actions.SetFinger
- execute() - Method in class frc.robot.autonomous.actions.SetLedring
- execute() - Method in class frc.robot.autonomous.actions.SetPiston
- execute() - Method in class frc.robot.commands.CompressorControl
- execute() - Method in class frc.robot.commands.DriveControl
- execute() - Method in class frc.robot.commands.IntakeControl
F
- FailedAutonomous - Class in frc.robot.autonomous.commandgroups
-
This will only run if the Chooser failed to find anything else to do
- FailedAutonomous() - Constructor for class frc.robot.autonomous.commandgroups.FailedAutonomous
- feed(boolean) - Method in class frc.lib5k.control.Toggle
- feed(double) - Method in class frc.lib5k.control.CubicDeadband
-
Pass an input through a cubic scaling function
- feed(double) - Method in class frc.lib5k.control.SlewLimiter
- finger_forward - Static variable in class frc.robot.Constants.PCM
- finger_reverse - Static variable in class frc.robot.Constants.PCM
- flap_forward - Static variable in class frc.robot.Constants.PCM
- flap_reverse - Static variable in class frc.robot.Constants.PCM
- FollowPath - Class in frc.robot.autonomous.actions
- FollowPath(String) - Constructor for class frc.robot.autonomous.actions.FollowPath
- fov - Static variable in class frc.robot.Constants.MainCamera
- frc.lib5k.components - package frc.lib5k.components
- frc.lib5k.control - package frc.lib5k.control
- frc.lib5k.loops.loopables - package frc.lib5k.loops.loopables
- frc.lib5k.loops.loopers - package frc.lib5k.loops.loopers
- frc.lib5k.utils - package frc.lib5k.utils
- frc.robot - package frc.robot
- frc.robot.autonomous - package frc.robot.autonomous
- frc.robot.autonomous.actions - package frc.robot.autonomous.actions
- frc.robot.autonomous.commandgroups - package frc.robot.autonomous.commandgroups
- frc.robot.commands - package frc.robot.commands
- frc.robot.subsystems - package frc.robot.subsystems
- front - Variable in class frc.lib5k.components.GearBox
- frontMotor - Static variable in class frc.robot.Constants.Climb.Arms
G
- GearBox - Class in frc.lib5k.components
-
A GearBox is a wrapper for any pair of WPI_TalonSRX motor controllers where the first controller has an encoder attached.
- GearBox(WPI_TalonSRX, WPI_TalonSRX) - Constructor for class frc.lib5k.components.GearBox
-
GearBox Constructor
- get() - Method in class frc.lib5k.control.Toggle
-
This is to be used in a situation were you are not looking to toggle the value, just read
- getArmSensor() - Method in class frc.robot.subsystems.Climber
- getAutonomousCommand() - Method in class frc.robot.autonomous.Chooser
- getCargo() - Method in class frc.robot.OI
- getCompressorDisable() - Method in class frc.robot.OI
- getCompressorEnable() - Method in class frc.robot.OI
- getGyro() - Method in class frc.robot.subsystems.Gyroscope
- getGyroPitch() - Method in class frc.robot.subsystems.Climber
-
Get the robot's pitch
- getInstance() - Static method in class frc.lib5k.utils.RobotLogger
-
Get a RobotLogger instance
- getInstance() - Static method in class frc.robot.Locks
- getInstance() - Static method in class frc.robot.subsystems.DriveTrain
-
Get the current DriveTrain instance
- getInstance() - Static method in class frc.robot.subsystems.Gyroscope
- getInstance() - Static method in class frc.robot.subsystems.Intake
-
Get the current Intake instance
- getInstance() - Static method in class frc.robot.subsystems.Pneumatics
- getIntake() - Method in class frc.robot.OI
- getInverseMotion() - Method in class frc.lib5k.components.GearBox
-
Is the gearbox currently in inverse motion mode?
- getLeftGearboxTicks() - Method in class frc.robot.subsystems.DriveTrain
-
Get the number of ticks recorded by the left GearBox's encoder
- getMaster() - Method in class frc.lib5k.components.GearBox
-
Get the master controller
- getOpticSensor() - Method in class frc.robot.subsystems.Climber
- getOuttake() - Method in class frc.robot.OI
- getRightGearboxTicks() - Method in class frc.robot.subsystems.DriveTrain
-
Get the number of ticks recorded by the right GearBox's encoder
- getSliderOverride() - Method in class frc.robot.OI
- getThrottle() - Method in class frc.robot.OI
-
Get the DriveTrain throttle value from driverstation
- getTicks() - Method in class frc.lib5k.components.GearBox
-
Wrapper around the encoder for the front or master talon
- getTurn() - Method in class frc.robot.OI
-
Get the DriveTrain turn rate value from driverstation
- Gyroscope - Class in frc.robot.subsystems
- Gyroscope() - Constructor for class frc.robot.subsystems.Gyroscope
H
- HabLeftHatchFront - Class in frc.robot.autonomous.commandgroups
- HabLeftHatchFront() - Constructor for class frc.robot.autonomous.commandgroups.HabLeftHatchFront
- HabLeftHatchSide - Class in frc.robot.autonomous.commandgroups
- HabLeftHatchSide() - Constructor for class frc.robot.autonomous.commandgroups.HabLeftHatchSide
- HabRightHatchFront - Class in frc.robot.autonomous.commandgroups
- HabRightHatchFront() - Constructor for class frc.robot.autonomous.commandgroups.HabRightHatchFront
- HabRightHatchSide - Class in frc.robot.autonomous.commandgroups
- HabRightHatchSide() - Constructor for class frc.robot.autonomous.commandgroups.HabRightHatchSide
- HoldArmsUntilLock - Class in frc.robot.autonomous.actions
-
Hold the arms at a speed until the climber is "locked".
- HoldArmsUntilLock(double) - Constructor for class frc.robot.autonomous.actions.HoldArmsUntilLock
- holdCurrent - Static variable in class frc.robot.Constants.Climb.Arms
- holdCurrent - Static variable in class frc.robot.Constants.DriveTrain
- http_port - Static variable in class frc.robot.Constants.MainCamera
I
- initialize() - Method in class frc.robot.autonomous.actions.CrawlAndHoldBot
- initialize() - Method in class frc.robot.autonomous.actions.DriveAndRetractArms
- initialize() - Method in class frc.robot.autonomous.actions.FollowPath
- initialize() - Method in class frc.robot.autonomous.actions.MoveArmsWithGradualForce
- initialize() - Method in class frc.robot.autonomous.actions.SetBrakes
- initialize() - Method in class frc.robot.autonomous.actions.SetClimberLock
- initialize() - Method in class frc.robot.autonomous.actions.SetFinger
- initialize() - Method in class frc.robot.autonomous.actions.SetLedring
- initialize() - Method in class frc.robot.autonomous.actions.SetPiston
- initialize() - Method in class frc.robot.autonomous.actions.SetPitchSetpoint
- initialize() - Method in class frc.robot.autonomous.commandgroups.FailedAutonomous
- initialize() - Method in class frc.robot.commands.IntakeControl
- Intake - Class in frc.robot.subsystems
-
The intake includes the slider, piston, finger, and all related sensors
- Intake() - Constructor for class frc.robot.subsystems.Intake
- IntakeControl - Class in frc.robot.commands
- IntakeControl() - Constructor for class frc.robot.commands.IntakeControl
- interrupted() - Method in class frc.robot.autonomous.commandgroups.Climb
- is_moving - Variable in class frc.robot.subsystems.DriveTrain
- is_turning - Variable in class frc.robot.subsystems.DriveTrain
- isFinished() - Method in class frc.robot.autonomous.actions.CrawlAndHoldBot
- isFinished() - Method in class frc.robot.autonomous.actions.FollowPath
- isFinished() - Method in class frc.robot.autonomous.actions.HoldArmsUntilLock
- isFinished() - Method in class frc.robot.autonomous.actions.MoveArmsWithGradualForce
- isFinished() - Method in class frc.robot.autonomous.actions.RaiseBotToSetpoint
- isFinished() - Method in class frc.robot.autonomous.actions.SetBrakes
- isFinished() - Method in class frc.robot.autonomous.actions.SetClimberLock
- isFinished() - Method in class frc.robot.autonomous.actions.SetLedring
- isFinished() - Method in class frc.robot.autonomous.actions.SetPitchSetpoint
- isFinished() - Method in class frc.robot.autonomous.commandgroups.FailedAutonomous
- isFinished() - Method in class frc.robot.commands.CompressorControl
- isFinished() - Method in class frc.robot.commands.DriveControl
- isFinished() - Method in class frc.robot.commands.IntakeControl
- isGyroInRange(double) - Method in class frc.robot.subsystems.Climber
-
Check if the gyro pitch reading is in range +/- of the offset
- isLocked() - Method in class frc.robot.subsystems.Climber
-
Check if the climber is locked
K
- kA - Static variable in class frc.robot.Constants.PathingPIDA
- kD - Static variable in class frc.robot.Constants.PathingPIDA
- kD - Static variable in class frc.robot.Constants.SliderPID
- kI - Static variable in class frc.robot.Constants.PathingPIDA
- kI - Static variable in class frc.robot.Constants.SliderPID
- kInfo - frc.lib5k.utils.RobotLogger.Level
- kLibrary - frc.lib5k.utils.RobotLogger.Level
- kP - Static variable in class frc.robot.Constants.PathingPIDA
- kP - Static variable in class frc.robot.Constants.SliderPID
- kRobot - frc.lib5k.utils.RobotLogger.Level
- kWarning - frc.lib5k.utils.RobotLogger.Level
L
- last_timestamp - Variable in class frc.lib5k.loops.loopables.LoopableSubsystem
- ledring - Static variable in class frc.robot.Constants.PCM
- LEDring - Class in frc.robot.subsystems
- LEDring() - Constructor for class frc.robot.subsystems.LEDring
- leftFrontMotor - Static variable in class frc.robot.Constants.DriveTrain
- leftId - Static variable in class frc.robot.Constants.Climb.Crawlers
- leftRearMotor - Static variable in class frc.robot.Constants.DriveTrain
- leg_low - Static variable in class frc.robot.Constants.DIO
- leg_mid - Static variable in class frc.robot.Constants.DIO
- leg_top - Static variable in class frc.robot.Constants.DIO
- Legs() - Constructor for class frc.robot.Constants.Climb.Legs
- limitCurrent(int, int, int) - Method in class frc.lib5k.components.GearBox
-
Wrapper method around the WPI_TalonSRX current limiting functionality
- lock() - Method in class frc.robot.subsystems.Climber
-
Safety lock the climber.
- Locks - Class in frc.robot
- Locks() - Constructor for class frc.robot.Locks
- log(String) - Method in class frc.lib5k.utils.RobotLogger
-
Log a message to netconsole with the INFO log level.
- log(String, RobotLogger.Level) - Method in class frc.lib5k.utils.RobotLogger
-
Logs a message to netconsole with a custom log level.
- logger - Variable in class frc.lib5k.loops.loopables.LoopableSubsystem
- logging_period - Static variable in class frc.robot.Constants.PeriodicTiming
- LoopableSubsystem - Class in frc.lib5k.loops.loopables
-
A replacement for WPIlib's Subsystem.
- LoopableSubsystem() - Constructor for class frc.lib5k.loops.loopables.LoopableSubsystem
- Looper - Class in frc.lib5k.loops.loopers
-
An abstract for anything that can be looped.
- Looper() - Constructor for class frc.lib5k.loops.loopers.Looper
M
- m_cargoflap - Static variable in class frc.robot.Robot
- m_climber - Static variable in class frc.robot.Robot
- m_driveTrain - Static variable in class frc.robot.Robot
- m_instance - Static variable in class frc.robot.subsystems.DriveTrain
- m_instance - Static variable in class frc.robot.subsystems.Intake
- m_intake - Static variable in class frc.robot.Robot
- m_ledRing - Static variable in class frc.robot.Robot
- m_oi - Static variable in class frc.robot.Robot
- m_outtakeGroup - Static variable in class frc.robot.Robot
- m_pneumatics - Static variable in class frc.robot.Robot
- main(String...) - Static method in class frc.robot.Main
-
Main initialization function.
- Main - Class in frc.robot
-
Do NOT add any static variables to this class, or any initialization at all.
- MainCamera() - Constructor for class frc.robot.Constants.MainCamera
- max_acceleration - Static variable in class frc.robot.Constants.Robot
- max_jerk - Static variable in class frc.robot.Constants.Robot
- max_velocity - Static variable in class frc.robot.Constants.Robot
- mInstance - Static variable in class frc.robot.Locks
- motorId - Static variable in class frc.robot.Constants.Climb.Legs
- MoveArms - Class in frc.robot.autonomous.actions
- MoveArms(double, double) - Constructor for class frc.robot.autonomous.actions.MoveArms
- MoveArmsWithGradualForce - Class in frc.robot.autonomous.actions
- MoveArmsWithGradualForce(double, double, double) - Constructor for class frc.robot.autonomous.actions.MoveArmsWithGradualForce
- MoveLegs - Class in frc.robot.autonomous.actions
- MoveLegs(double, double) - Constructor for class frc.robot.autonomous.actions.MoveLegs
N
- name - Variable in class frc.lib5k.loops.loopables.LoopableSubsystem
- name - Static variable in class frc.robot.Constants.MainCamera
- nt_period - Static variable in class frc.robot.Constants.PeriodicTiming
O
- OI - Class in frc.robot
-
This class is the glue that binds the controls on the physical operator interface to the commands and command groups that allow control of the robot.
- OI() - Constructor for class frc.robot.OI
- operatorController - Variable in class frc.robot.OI
- optics_sensor - Static variable in class frc.robot.Constants.DIO
- outputTelemetry() - Method in class frc.lib5k.loops.loopables.LoopableSubsystem
- outputTelemetry() - Method in class frc.lib5k.loops.loopers.SubsystemLooper
-
Outputs telemetry data from the Looper and all subsystems to SmartDashboard
- outputTelemetry() - Method in class frc.robot.subsystems.CargoFlap
- outputTelemetry() - Method in class frc.robot.subsystems.Climber
- outputTelemetry() - Method in class frc.robot.subsystems.DriveTrain
- outputTelemetry() - Method in class frc.robot.subsystems.Intake
- outputTelemetry() - Method in class frc.robot.subsystems.LEDring
- outputTelemetry() - Method in class frc.robot.subsystems.Pneumatics
- Outtake - Class in frc.robot.autonomous.commandgroups
-
Handles everything required to shoot a hatch and drop a cargo
- Outtake() - Constructor for class frc.robot.autonomous.commandgroups.Outtake
P
- PathingPIDA() - Constructor for class frc.robot.Constants.PathingPIDA
- PCM() - Constructor for class frc.robot.Constants.PCM
- peakCurrent - Static variable in class frc.robot.Constants.Climb.Arms
- peakCurrent - Static variable in class frc.robot.Constants.DriveTrain
- period - Variable in class frc.lib5k.loops.loopers.Looper
- periodicInput() - Method in class frc.lib5k.loops.loopables.LoopableSubsystem
- periodicInput() - Method in class frc.robot.subsystems.Intake
- periodicOutput() - Method in class frc.lib5k.loops.loopables.LoopableSubsystem
- periodicOutput() - Method in class frc.robot.subsystems.CargoFlap
- periodicOutput() - Method in class frc.robot.subsystems.Climber
- periodicOutput() - Method in class frc.robot.subsystems.Intake
- periodicOutput() - Method in class frc.robot.subsystems.LEDring
- periodicOutput() - Method in class frc.robot.subsystems.Pneumatics
- PeriodicTiming() - Constructor for class frc.robot.Constants.PeriodicTiming
- piston - Static variable in class frc.robot.Constants.PCM
- Pneumatics - Class in frc.robot.subsystems
- Pneumatics() - Constructor for class frc.robot.subsystems.Pneumatics
R
- raiderDrive(double, double) - Method in class frc.robot.subsystems.DriveTrain
-
Drive the robot with artificial acceleration and gear shifting
- RaiseBotToSetpoint - Class in frc.robot.autonomous.actions
- RaiseBotToSetpoint(double, double, double) - Constructor for class frc.robot.autonomous.actions.RaiseBotToSetpoint
- rawDrive(double, double) - Method in class frc.robot.subsystems.DriveTrain
-
Directly drive the gearboxes.
- rear - Variable in class frc.lib5k.components.GearBox
- rearMotor - Static variable in class frc.robot.Constants.Climb.Arms
- register(LoopableSubsystem) - Method in class frc.lib5k.loops.loopers.SubsystemLooper
-
Register a LoopableSubsystem with the looper
- reset() - Method in class frc.lib5k.control.SlewLimiter
- reset() - Method in class frc.lib5k.control.Toggle
-
Reset the current output
- reset() - Method in class frc.lib5k.loops.loopables.LoopableSubsystem
- reset() - Method in class frc.robot.subsystems.CargoFlap
- reset() - Method in class frc.robot.subsystems.Climber
- reset() - Method in class frc.robot.subsystems.DriveTrain
- reset() - Method in class frc.robot.subsystems.Intake
- reset() - Method in class frc.robot.subsystems.LEDring
- reset() - Method in class frc.robot.subsystems.Pneumatics
- rightFrontMotor - Static variable in class frc.robot.Constants.DriveTrain
- rightId - Static variable in class frc.robot.Constants.Climb.Crawlers
- rightRearMotor - Static variable in class frc.robot.Constants.DriveTrain
- roataion_percision - Static variable in class frc.robot.Constants.Deadbands
- Robot - Class in frc.robot
-
The VM is configured to automatically run this class, and to call the functions corresponding to each mode, as described in the TimedRobot documentation.
- Robot() - Constructor for class frc.robot.Constants.Robot
- Robot() - Constructor for class frc.robot.Robot
- robot_period - Static variable in class frc.robot.Constants.PeriodicTiming
- robotInit() - Method in class frc.robot.Robot
-
This function is run when the robot is first started up and should be used for any initialization code.
- RobotLogger - Class in frc.lib5k.utils
-
A threaded logger for use by all robot functions
- RobotLogger.Level - Enum in frc.lib5k.utils
-
Log level The kRobot level will immeadiatly push to the console, everything else is queued until the next notifier cycle
- robotPeriodic() - Method in class frc.robot.Robot
-
This function is called every robot packet, no matter the mode.
- rotation_deadband - Static variable in class frc.robot.Constants.Deadbands
S
- set(double) - Method in class frc.lib5k.components.GearBox
-
Set the GearBox speed
- setArmMovementRate(double) - Method in class frc.robot.subsystems.Climber
-
Set the desired arm movement rate.
- setBrakes(boolean) - Method in class frc.robot.subsystems.DriveTrain
-
Enables or disables brake mode on all drivebase talons
- SetBrakes - Class in frc.robot.autonomous.actions
-
Sets the DriveTrain's brakes in autonomous
- SetBrakes(boolean) - Constructor for class frc.robot.autonomous.actions.SetBrakes
- SetClimberLock - Class in frc.robot.autonomous.actions
- SetClimberLock(boolean) - Constructor for class frc.robot.autonomous.actions.SetClimberLock
- setCrawlRate(double) - Method in class frc.robot.subsystems.Climber
-
Sets the desired speed for the crawlers NOTE: Positive values move the robot forwards
- setEnabled(boolean) - Method in class frc.robot.subsystems.LEDring
- SetFinger - Class in frc.robot.autonomous.actions
- SetFinger(boolean, double) - Constructor for class frc.robot.autonomous.actions.SetFinger
- setFingerLowered(boolean) - Method in class frc.robot.subsystems.Intake
- setFlapLowered(boolean) - Method in class frc.robot.subsystems.CargoFlap
- setGyroOffset() - Method in class frc.robot.subsystems.Climber
-
Set the offset for the gyro pitch
- setInverseMotion(boolean) - Method in class frc.lib5k.components.GearBox
-
Flips the sensor phase of the GearBox's encoder This is mainly used for inverse motion profiling
- SetLedring - Class in frc.robot.autonomous.actions
- SetLedring(boolean) - Constructor for class frc.robot.autonomous.actions.SetLedring
- setLegMovementRate(double) - Method in class frc.robot.subsystems.Climber
-
Sets the desired speed for the legs.
- SetPiston - Class in frc.robot.autonomous.actions
- SetPiston(boolean, double) - Constructor for class frc.robot.autonomous.actions.SetPiston
- setPistonExtended(boolean) - Method in class frc.robot.subsystems.Intake
- SetPitchSetpoint - Class in frc.robot.autonomous.actions
- SetPitchSetpoint() - Constructor for class frc.robot.autonomous.actions.SetPitchSetpoint
- setPrimaryCompressorEnabled(boolean) - Method in class frc.robot.subsystems.Pneumatics
- setSliderSpeed(double) - Method in class frc.robot.subsystems.Intake
- SlewLimiter - Class in frc.lib5k.control
- SlewLimiter(double) - Constructor for class frc.lib5k.control.SlewLimiter
- slider_centre_limit - Static variable in class frc.robot.Constants.DIO
- slider_deadband - Static variable in class frc.robot.Constants.Deadbands
- slider_id - Static variable in class frc.robot.Constants
- slider_left_limit - Static variable in class frc.robot.Constants.DIO
- slider_right_limit - Static variable in class frc.robot.Constants.DIO
- SliderPID() - Constructor for class frc.robot.Constants.SliderPID
- speed_percision - Static variable in class frc.robot.Constants.Deadbands
- start(double) - Method in class frc.lib5k.loops.loopers.Looper
- start(double) - Method in class frc.lib5k.utils.RobotLogger
-
Start the periodic logger
- stop() - Method in class frc.lib5k.loops.loopables.LoopableSubsystem
- stop() - Method in class frc.lib5k.loops.loopers.Looper
- stop() - Method in class frc.robot.subsystems.CargoFlap
- stop() - Method in class frc.robot.subsystems.Climber
- stop() - Method in class frc.robot.subsystems.DriveTrain
- stop() - Method in class frc.robot.subsystems.Intake
- stop() - Method in class frc.robot.subsystems.LEDring
- stop() - Method in class frc.robot.subsystems.Pneumatics
- SubsystemLooper - Class in frc.lib5k.loops.loopers
-
A looper for LoopableSubsystems.
- SubsystemLooper() - Constructor for class frc.lib5k.loops.loopers.SubsystemLooper
T
- tankDrive(double, double) - Method in class frc.robot.subsystems.DriveTrain
-
A passthrough to WPILib's TankDrive method
- teleopInit() - Method in class frc.robot.Robot
- teleopPeriodic() - Method in class frc.robot.Robot
-
This function is called periodically during operator control.
- testPeriodic() - Method in class frc.robot.Robot
-
This function is called periodically during test mode.
- thread - Variable in class frc.lib5k.loops.loopers.Looper
- ticks_per_rev - Static variable in class frc.robot.Constants.EncoderInfo
- ticks_per_tick - Static variable in class frc.robot.Constants.EncoderInfo
- Toggle - Class in frc.lib5k.control
- Toggle() - Constructor for class frc.lib5k.control.Toggle
U
- unlock() - Method in class frc.robot.subsystems.Climber
-
Unlock the climber to allow new data
- update() - Method in class frc.lib5k.loops.loopers.Looper
- update() - Method in class frc.lib5k.loops.loopers.SubsystemLooper
V
- valueOf(String) - Static method in enum frc.lib5k.utils.RobotLogger.Level
-
Returns the enum constant of this type with the specified name.
- values() - Static method in enum frc.lib5k.utils.RobotLogger.Level
-
Returns an array containing the constants of this enum type, in the order they are declared.
W
- wheel_circ - Static variable in class frc.robot.Constants.Robot
- wheel_diameter - Static variable in class frc.robot.Constants.Robot
- wheelbase - Static variable in class frc.robot.Constants.Robot
All Classes All Packages


--- title: Terms of Service heading: Terms of Service ---
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|
ESP8266 Skinned down Library
1.3
Use with Parallax ESP module
|
Connect to Parallax WX board. More...
Functions | |
| int | doWait (void) |
| int | Recv (void) |
| void | Results (void) |
| int | millis (void) |
| fdserial * | esp8266_open (int rx, int tx) |
| open connection to esp8266 board More... | |
| int | esp8266_connect (char *url, short port) |
| open connection to url and port More... | |
| int | esp8266_send (char handle, char *request) |
| send request data More... | |
| int | esp8266_http (char handle, char *request, short opt) |
| send http request More... | |
| int | esp8266_sendbin (char handle, unsigned char *data, short size) |
| send binary data More... | |
| int | esp8266_recv (char handle, char *data, int size) |
| receive request data More... | |
| int | esp8266_udp (char *url, short port) |
| open UDP connection More... | |
| void | esp8266_close (char handle) |
| close handle More... | |
| int | esp8266_join (char *ssd, char *pwd) |
| join network router More... | |
| int | esp8266_set (char *env, char *value) |
| set environment value More... | |
| char * | esp8266_check (char *env) |
| get environment value More... | |
| int | esp8266_poll (char handle) |
| poll connection status More... | |
| int | esp8266_listen (char protocol, char *uri) |
| set listen uri More... | |
| int | esp8266_sleep (char type, int microsec) |
| int | esp8266_drop (void) |
| drop WiFi station connection | |
| int | esp8266_results () |
| get return value More... | |
| void | esp8266_print (char *data, int size) |
| special print More... | |
Variables | |
| int | _RX |
| int | _TX |
| fdserial * | _esp |
| char | _Buffer [1050] |
| char | _Work [16] |
| char | _URL [64] |
| char | _Status |
| int | _SValue |
| unsigned long | _PCNTX |
Connect to Parallax WX board.
| char* esp8266_check | ( | char * | env | ) |
get environment value
| env | environment item |
| void esp8266_close | ( | char | handle | ) |
close handle
| handle |
| int esp8266_connect | ( | char * | url, |
| short | port | ||
| ) |
open connection to url and port
| url | website |
| port | usually 80 |
| int esp8266_http | ( | char | handle, |
| char * | request, | ||
| short | opt | ||
| ) |
send http request
| handle | |
| request | |
| opt | option 0 - close, 1 - keep alive |
| int esp8266_join | ( | char * | ssd, |
| char * | pwd | ||
| ) |
join network router
| ssd | router name |
| pwd | password for router |
| int esp8266_listen | ( | char | protocal, |
| char * | uri | ||
| ) |
set listen uri
| protocal | |
| uri | to listen for / |
| fdserial* esp8266_open | ( | int | rx, |
| int | tx | ||
| ) |
open connection to esp8266 board
| rx | recieve pin |
| tx | transmit pin |
| int esp8266_poll | ( | char | handle | ) |
poll connection status
| handle | connection handle |
| void esp8266_print | ( | char * | data, |
| int | size | ||
| ) |
special print
| *data | |
| size | total size of data |
| int esp8266_recv | ( | char | handle, |
| char * | data, | ||
| int | size | ||
| ) |
receive request data
| handle | |
| *data | |
| size | buffer size < 2048 |
| int esp8266_results | ( | void | ) |
get return value
| int esp8266_send | ( | char | handle, |
| char * | request | ||
| ) |
send request data
| handle | |
| request |
| int esp8266_sendbin | ( | char | handle, |
| unsigned char * | data, | ||
| short | size | ||
| ) |
send binary data
| handle | connection handle |
| data | binary data to send |
| size | length of binary data |
| int esp8266_set | ( | char * | env, |
| char * | value | ||
| ) |
set environment value
| env | environment item |
| value | environment value string |
| int esp8266_udp | ( | char * | url, |
| short | port | ||
| ) |
open UDP connection
| url | host or address to use |
| port | remote port number to use |


Generalized Deming regression, Theil-Sen regression and Passing-Bablock regression functions.
| Version: | 1.4 |
| Priority: | optional |
| Imports: | boot |
| Published: | 2018-11-13 |
| Author: | Terry Therneau |
| Maintainer: | Terry Therneau <therneau.terry at mayo.edu> |
| License: | LGPL-2 | LGPL-2.1 | LGPL-3 [expanded from: LGPL (≥ 2)] |
| NeedsCompilation: | no |
| Materials: | NEWS |
| CRAN checks: | deming results |
| Reference manual: | deming.pdf |
| Vignettes: |
Deming, Theil-Sen, and Passing-Bablock Regression |
| Package source: | deming_1.4.tar.gz |
| Windows binaries: | r-devel: deming_1.4.zip, r-release: deming_1.4.zip, r-oldrel: deming_1.4.zip |
| OS X binaries: | r-release: deming_1.4.tgz, r-oldrel: deming_1.4.tgz |
| Old sources: | deming archive |
Please use the canonical form https://CRAN.R-project.org/package=deming to link to this page.


Let AB and CD be equal and parallel, and let the straight lines AC and BD join them at their ends in the same directions.
I say that AC and BD are also equal and parallel.
Join BC.
Since AB is parallel to CD, and BC falls upon them, therefore the alternate angles ABC and BCD equal one another.
Since AB equals CD, and BC is common, the two sides AB and BC equal the two sides DC and CB, and the angle ABC equals the angle BCD, therefore the base AC equals the base BD, the triangle ABC equals the triangle DCB, and the remaining angles equals the remaining angles respectively, namely those opposite the equal sides. Therefore the angle ACB equals the angle CBD.
Since the straight line BC falling on the two straight lines AC and BD makes the alternate angles equal to one another, therefore AC is parallel to BD.
And it was also proved equal to it.
Therefore straight lines which join the ends of equal and parallel straight lines in the same directions are themselves equal and parallel.
In general, given four points A, B, C, and D, exactly one of the three pairs of lines, AB and CD, AC and BD, and AD and BC, intersects. (If extended to infinite lines, all three pairs of lines might intersect, but as line segments only one pair does.) This statement belongs to the fundamental part of plane geometry that includes betweenness and sides of lines that wasn’t developed until the late nineteenth century.


Symlex is a complete high-performance PHP framework based on Silex 2. Instead of Pimple, it uses the well known Symfony DI container. It promotes the strict use of dependency injection for implementing inversion of control and improved testability.
You can use Symlex with any JavaScript library and REST client or to output static HTML. The front-end example is based on AngularJS 1.6, Bootstrap, RequireJS and Bower for package management. A working example for command line applications is included as well.
After running bin/phing build
, you can sign in as<EMAIL_ADDRESS>using the password "passwd" to
access the user management.
Silex is a PHP micro-framework for PHP. It is built on the shoulders of Symfony and Pimple and also inspired by sinatra.
Symfony Components implement common features needed to develop websites. They are the foundation of the Symfony full-stack framework.
Bootstrap is the most popular HTML, CSS, and JS framework for developing responsive, mobile first projects on the web.


All local prediction metrics refer to performance of the model on the test set, bucketed by model confidence. Presented metrics for a given prediction are derived from the relevant model confidence bucket. Positive class = falsehood label. See relevant about page section for additional context.
Local Acc.: Test set accuracy on predictions with similar confidence
PPV/NPV: Positive/negative predictive value of predictions
PPR/NPR: Ratio of positive/negative predictions in a given bucket
TP/TN/FP/FN: Confusion matrix class proportions for a given bucket
[0] New predictions are continuously generated and added to ipfs as statements are issued. Twitter is polled for new statements every 3 minutes,
Factba.se every 15 minutes. See relevant about page section for additional context ↩
[2] Note, if pinata is still caching the latest predictions from ipfs, loading may take up to a minute, please be patient :). Also, due to resource limitations (using dnslink to simulate pubsub at minimal cost) latest results may be somewhat delayed when serving from the cloudflare gateway↩


HTML5 Canvas Support Required :(
To play, drag your cursor around the arena
to eat smaller circles.
Start
Inspired by
circle-game
.


Support for the Oracle database.
Oracle version 8 through current (11g at the time of this writing) are supported.
The Oracle dialect uses the cx_oracle driver, available at http://cx-oracle.sourceforge.net/ . The dialect has several behaviors which are specifically tailored towards compatibility with this module.
Connecting with create_engine() uses the standard URL approach of oracle://user:pass@host:port/dbname[?key=value&key=value...]. If dbname is present, the host, port, and dbname tokens are converted to a TNS name using the cx_oracle makedsn() function. Otherwise, the host token is taken directly as a TNS name.
Additional arguments which may be specified either as query string arguments on the URL, or as keyword arguments to create_engine() are:
SQLAlchemy Table objects which include integer primary keys are usually assumed to have “autoincrementing” behavior, meaning they can generate their own primary key values upon INSERT. Since Oracle has no “autoincrement” feature, SQLAlchemy relies upon sequences to produce these values. With the Oracle dialect, a sequence must always be explicitly specified to enable autoincrement. This is divergent with the majority of documentation examples which assume the usage of an autoincrement-capable database. To specify sequences, use the sqlalchemy.schema.Sequence object which is passed to a Column construct:
t = Table('mytable', metadata,
Column('id', Integer, Sequence('id_seq'), primary_key=True),
Column(...), ...
)
This step is also required when using table reflection, i.e. autoload=True:
t = Table('mytable', metadata,
Column('id', Integer, Sequence('id_seq'), primary_key=True),
autoload=True
)
cx_oracle presents some challenges when fetching LOB objects. A LOB object in a result set is presented by cx_oracle as a cx_oracle.LOB object which has a read() method. By default, SQLAlchemy converts these LOB objects into Python strings. This is for two reasons. First, the LOB object requires an active cursor association, meaning if you were to fetch many rows at once such that cx_oracle had to go back to the database and fetch a new batch of rows, the LOB objects in the already-fetched rows are now unreadable and will raise an error. SQLA “pre-reads” all LOBs so that their data is fetched before further rows are read. The size of a “batch of rows” is controlled by the cursor.arraysize value, which SQLAlchemy defaults to 50 (cx_oracle normally defaults this to one).
Secondly, the LOB object is not a standard DBAPI return value so SQLAlchemy seeks to “normalize” the results to look more like other DBAPIs.
The conversion of LOB objects by this dialect is unique in SQLAlchemy in that it takes place for all statement executions, even plain string-based statements for which SQLA has no awareness of result typing. This is so that calls like fetchmany() and fetchall() can work in all cases without raising cursor errors. The conversion of LOB in all cases, as well as the “prefetch” of LOB objects, can be disabled using auto_convert_lobs=False.
Oracle has no support for the LIMIT or OFFSET keywords. Whereas previous versions of SQLAlchemy used the “ROW NUMBER OVER...” construct to simulate LIMIT/OFFSET, SQLAlchemy 0.5 now uses a wrapped subquery approach in conjunction with ROWNUM. The exact methodology is taken from http://www.oracle.com/technology/oramag/oracle/06-sep/o56asktom.html . Note that the “FIRST ROWS()” optimization keyword mentioned is not used by default, as the user community felt this was stepping into the bounds of optimization that is better left on the DBA side, but this prefix can be added by enabling the optimize_limits=True flag on create_engine().
Two Phase transactions are implemented using XA transactions. Success has been reported of them working successfully but this should be regarded as an experimental feature.
When using Oracle 8, a “use_ansi=False” flag is available which converts all JOIN phrases into the WHERE clause, and in the case of LEFT OUTER JOIN makes use of Oracle’s (+) operator.
When using reflection with Table objects, the dialect can optionally search for tables indicated by synonyms that reference DBLINK-ed tables by passing the flag oracle_resolve_synonyms=True as a keyword argument to the Table construct. If DBLINK is not in use this flag should be left off.


{% extends "auth/base.html" %} {% block widecontent %}
{{ gettext('or sign in with social networks') }}


ros-config - get and set options # Synopsis
ros [options] config [SUBCOMMAND ARGS…]
Without any arguments, it shows all variables and it’s value.
show TARGET.
set the VALUE to the TARGET.
ros(1) _


This documentation relates to Opera's now deprecated .oex Extension API framework for Opera versions <= 12.15 and also provided by our OEX2NEX shim library.
For the latest Opera Extensions API documentation for Opera versions > 12.15 please consult the latest Opera Extensions API documentation online.
A feature request by the extension to have its content displayed in a Speed Dial cell. It requires one parameter, the url
parameter, as a param
child element. The feature
element is defined in the W3C Widgets specification.
A developer must make a Speed Dial feature request in order to display content from within an extension in a Speed Dial cell.
For backward compatibility and to support user agents that don't have a speed dial, a developer should make sure their extension works without requiring the Speed Dial feature request. This is achieved by setting the required
attribute of the feature
element to false
, as shown in the following example.
name
: Name of feature request; the value for Opera Speed Dial is opera:speeddial
.required
: Boolean; false
indicates that Speed Dial is not required for the extension to run.This example shows how to use the Speed Dial feature name in a Speed Dial feature request:
<!-- config.xml -->
<feature name="opera:speeddial" required="false">
...
</feature>


SapphireDb comes with methods for authentication and role-based authorization.
You can simply authenticate your client using the built in methods. It also comes with a user and role management.
The user can only access the MainComponent
when authenticated
The user is required to have the role admin
to access AdminComponent
If you want to use other authentication methods just call this.db.setBearer(...)
to update the clients
to send this bearer to the server.


THE RIVER WILD A film review by Rich Kulawiec Copyright 1994 Rich Kulawiec
Overall: ***
THE RIVER WILD immediately invites comparisons with other films containing whitewater footage--especially DELIVERANCE. The parallels are striking, since in both cases the writers added to the inherent danger of river-running by creating actively hostile characters intent on doing harm to Our Heroes. Speaking of which, the heroes in this film are Meryl Streep (Gail), David Strathairn (Gail's husband Tom), Joseph Mazzello (her son Roarke) and Maggie (their golden retriever). Together, they play a somewhat dysfunctional family torn between Tom's obsessive work habits and Gail's more relaxed, earthy values. Roarke is split between these worlds--while he seems to appreciate the petroglyphs carved on the canyon walls, he spends a lot of his time plugged into his portable stereo.
This story begins as a uneasy river trip; Tom joins Gail and Roarke at the very last minute, having almost-but-not-quite torn himself away from his work in Boston. Gail, a former river guide, is simultaneously pleased that he's decided to come along and unhappy that he doesn't seem able to relax and immerse himself in the outdoor experience. Neither is prepared for the consequences of their coming encounter with chillingly charming bad guy Wade (Kevin Bacon) and his somewhat reluctant cohort (John C. Reilly). This pair are on the run, and have decided to make their escape downriver; and while they may not be smart enough to have thought their plans through, they are smart enough to coerce Gail to assist them. Unfortunately for all concerned, the way downriver includes The Gauntlet, an intimidating and ferocious rapid which may or may not be runnable....
Dennis O'Neill's script includes a few cliche moments--the startled-by-the-benign-character-with-accompanying-musical-punctuation scene, and the child-too-stupid-to-see-the-obvious-danger scene; but these are exceptions to what is largely a well-written story which manages to develop multiple characters in parallel. The plot flows much a like a whitewater river: calm and gentle here, unexpectedly violent there. The photography is exceptionally good; unlike its predecessor DELIVERANCE, which was largely filmed from the riverbank, THE RIVER WILD includes many on-board shots which sweep the movie-goer right into the huge waves and monstrous holes that make up the larger rapids. THE RIVER WILD also differs from DELIVERANCE in its representation of evil forces; in the present film, the bad guys are much easier to identify, and the menace much more overt. The all-encompassing sense of foreboding that was present on the Chattooga is replaced here with alternating moments of light and dark.
Streep's performance? In brief, Meryl Streep is one of the best and most versatile actresses working today, and her performance here shows yet another aspect of her talents. And while she dwarfs everyone else on the screen, the supporting roles played by Bacon, Mazzello, and Maggie (!) should not be lost.
Incidentally, a word about the "danger" bit: some folks (here and elsewhere) have commented that the rapids didn't look that tough, and that perhaps Jerry Goldsmith's musical score combined with Curtis Hanson's direction had been employed to exaggerate their difficulty. As an experienced whitewater kayaker and rafter, let me reassure you that they are every bit as a tough as they look, if not more, and that a run through "The Gauntlet" (in real life, Kootenai Falls, a class V-VI drop on the Kootenai in Montana) has every possibility of being lethal. Even Blossom Bar on the Rogue (Oregon, class III-IV, used for a number of scenes in the film) is by no means an easy rapid, and underequipped, underexperienced paddlers *will* get hurt there. So if this movie has fired your sense of adventure, please don't rush out on rivers you're not prepared for; the last thing the whitewater community needs is a rash of injuries/deaths such as followed the release of DELIVERANCE. Instead, consider a guided trip on a more moderate stream; the harder rivers will be there when you're ready for them.
For an excellent account of the production of this film, from the viewpoint of Arlene Burns (experienced whitewater professional and stunt double for Streep in some scenes), see the October 1994 issue of PADDLER magazine--available in outdoor/backpacking shops.
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


A couple of nice towns along the partially-finished EV-17 route from Lyon to Geneva. Next, a bit of a climb, then Geneva!
Les Avenières
In Les Avenières, I stayed at a delightful little hotel/restaurant. The town itself is nice enough, but there's not a ton to see. That's especially true since I arrived on Sunday, and on Monday most places were closed because it's Monday, or because it's August. It's near an amusement park called “Walibi.”
Cæsar had some Gaul
Augustus, in this case: He founded the city of Aoste (originally, Vicus Augustus). This being his month and all, to not have visited would not have been awe-inspiring, majestic, noble or venerable.
Aoste was a center of trade and ceramics at the junction of two main roads up until the fall of the empire, when it fell back to being a minor village. I visited the Gallo-Roman museum there. I also went to the really big Gallo-Roman museum in Lyon (Lugdunum) a few days back. Apparently, Caligula advocated (probably successfully) for the granting of Roman citizenship to the free people in Gaul.
No Queen
Back in Les Avenières, I picked up a publication about a local agricultural fair. It has a cute story about how the fair doesn't have a queen with princesses, because the girls didn't want to compete against their friends. Instead, they declared themselves ambassadors.
Les Avnières to Seyssel
The next bit of riding was up to Seyssel, which is just short of a bit of a climb up to Geneva. Along the way, I ran into several of the dreaded “Canadian barriers” (see the captions on the first few pictures).
Seyssel
Seyssel is a nice, kind of working-class town. The train goes through here, but it doesn't stop (except for a token two trains a day). The town is divided in half by the river, which puts half if it in the Ain département (département number 1; they're assigned alphabetically), whereas the other half is in Haute Savoie. They have two post offices, and I think two mayors.
Seyssel to Geneva
This features a bit of a climb: 300 meters, it looks like, which is about 1000 feet. I don't think it's that big of a deal, but I did arrange for the main climbing part to be at the beginning of the day, after a day of rest, so my legs would be fresh. Of course, this is a bit anti-climatic, since I don't have Wifi here, so I won't be posting this until I get to Geneva!
It was a bit of a climb, but no big deal. Actually, I got into Geneva a couple of hours early, a bit before 3!


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© MRM


Declaration :
Directly inherited by : AbstractCondition
Artifact : Condition
Stereotype: interface
Operation isSatisfied |
@return true iff the condition is satisfied.
Declaration :
Operation hasStaleData |
@return true iff condition should not be considered satisfied because data is too old.
Declaration :
All public operations : hasStaleData , isSatisfied


Returns TRUE if the first member is a sibling of the second member and, optionally, if the first member is equal to the second member.
Syntax
IsSibling( member1, member2 [, INCLUDEMEMBER])
| Parameter | Description |
|---|---|
|
A member specification. |
|
|
A member specification. |
|
INCLUDEMEMBER |
Optional. Use this keyword if you want IsSibling to return TRUE if the first member is equal to the second member. |
Example
The following query returns all Market dimension members for which the expression IsSibling([Market].CurrentMember, [California]) returns TRUE; in other words, the query returns all states that are siblings of California.
SELECT Filter([Market].Members, IsSibling([Market].CurrentMember, [California])) ON COLUMNS FROM Sample.Basic
| Oregon | Washington | Utah | Nevada |
| 5062 | 4641 | 3155 | 4039 |
The following query is the same as the above query, except that it uses INCLUDEMEMBER. It returns all Market dimension members for which the expression IsSibling([Market].CurrentMember, [California]) returns TRUE; in other words, the query returns all states that are siblings of California, including California itself.
SELECT Filter([Market].Members, IsSibling([Market].CurrentMember, [California], INCLUDEMEMBER)) ON COLUMNS FROM Sample.Basic
| California | Oregon | Washington | Utah | Nevada |
| 12964 | 5062 | 4641 | 3155 | 4039 |


{% comment %} # Copyright 2010-2012 Opera Software ASA # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. {% endcomment %} {% extends "base.html" %} {% block title %}Web TLS Prober: Test my server{% endblock %} {% block title_doc %}Web TLS Prober: Test My server.{% endblock %} {% block content %}
{% endblock %}


In order to test screenshot preview roll over the Css Globe link.
If you want to see screenshot with caption, roll over this Css Globe link.


《荒野大镖客：救赎2》线上活动时间表
下一场 自由模式活动 是 将在 (约 ).
下一场 职业活动 是 将在 (约 ).
您所在的时区, 我们会根据您访问IP进行自动调整时区。
首页 每日任务 线上收藏家地图 动植物百科地图 自由模式活动时间表捐赠原作者：乐善好施 捐赠会得到合理利用!
新闻
(hide)- I've updated the role event schedule again. If you can read a Google Sheets doc and would like to help keep this app updated promptly, please get in touch!
- The role event schedule has reverted back to the previous schedule now that Naturalist week is over. Thanks to @ItsColourTV for flagging!
- The role event schedule has been updated to reflect changes relating to the Naturalist event bonuses this week. I've pieced together the new schedule based on user-generated times submitted via the Google Docs form over the last couple of days - thanks to everyone who contributed!
- Schedules have been updated, if you spot an error please submit a correction via the Google Docs form.
- All times across both event timetables are incorrect since the recent game update. Adam is working on piecing together the new schedules. Please be patient, and let us know what event times you've spotted in the wild via the Google Docs form.
- Updated Role Event #1 and Role Event #16.
- Updated Legendary Animal Protection events in the role event schedule.
- Free-roam event list has been updated.
- All times across both event timetables are incorrect since the recent game update. Adam is working on piecing together the new schedules. Please be patient, and let us know what event times you've spotted in the wild via the Google Docs form.
- Free-roam event list has been updated.
- Sounds like the schedule changed again shortly after my last update. We're working on it. Sorry folks!
- Updated free-roam event schedule, once again thanks to u/outerhaven84.
- Updated Role Event #1 as it appears to be Day of Reckoning.
- I've updated the Role Event schedule, thanks to u/outerhaven84.
- There's been another update and the timetable is inaccurate again. If you find a complete list posted with the new times, please let me know.
- I've updated the role event timetable to include the new events from the Naturalist update (thanks to Trinerity).
自由模式活动时间表
* 随机活动包括骑马击杀, 爆头击杀, 弓箭击杀, 长枪击杀, 手枪击杀, 击杀野生动物 或 钓鱼等。Random events include Horseback Kills, Headshot Kills, Bow Kills, Longarm Kills, Sidearm Kills, 击杀野生动物挑战赛 or Fishing
职业活动时间表
Built with ♥ for the RDR2 community by Richard Westenra. Spotted any inaccurate data or bugs? Submit an issue/PR on GitHub, leave a comment on Reddit, email me, or tweet at me.
Event data sources: Free-roam. Role v1, mixed, Role v2, plus Adam, Ryan and everyone else who contributed to the updated schedule. Contrast icon by Tawny Whatmore from the Noun Project


| DiscreteWavelets Toolbox |
Data file names
a = DataNames()
a = DataNames() returns the absolute paths of each data file included in the DiscreteWavelets Toolbox.
You can use DataNames to easily access data files included with the toolbox. It doesn't matter where you initially placed the DiscreteWavelets folder - as long as you did not rename it, DataNames will find its location and return absolute path names to the data files.
d=DataNames(); %Load all data files that come with the toolbox in cell array d file = d{1} %Shows the name of the data file
produces (on my computer)
C:\DiscreteWaveletsText\DiscreteWaveletsMatlab\Data\boatspeeds.txtNow use standard Matlab commands to read and plot the contents of the file.
v=textread(file); %Read the contents of the file plot(v); %Plot the vector v title('Boatspeeds');
© 2007-2008 Patrick Van Fleet


KISSED A film review by Scott Renshaw Copyright 1997 Scott Renshaw
(Goldwyn) Starring: Molly Parker, Peter Outerbridge, Jay Brazeau. Screenplay: Lynne Stopkewich and Angus Fraser, based on the short story by Barbara Gowdy. Producers: Dean English and Lynne Stopkewich. Director: Lynne Stopkewich. MPAA Rating: Unrated (sexual situations, nudity, profanity, adult themes) Running Time: 78 minutes. Reviewed by Scott Renshaw.
What is it about Canada which gets film-makers thinking about sex, death and car washes? Canada's David Cronenberg has already delivered one exploration of the bond between carnality and mortality in 1997, the much-talked-about CRASH, and now countrywoman Lynne Stopkewich has presented us with KISSED. Molly Parker stars in KISSED as Sandra Larson, a young woman who knows from an early age that she has a profound need to connect with the moment when life turns to death.  The problems begin when a medical student named Matt (Peter Outerbridge) falls hard for Sandra, and finds it difficult to compete with her other lovers.
It's difficult at first to get past the unpleasantness of the subject matter in KISSED, especially when we are treated to scenes of the young Sandra (Natasha Morley) rubbing a dead sparrow all over herself. Cronenberg faced the same intellectual road block with CRASH, but the difference is that Stopkewich actually seems interested in helping the audience to understand her protagonist's obsession. Her narration is surprisingly effective at explaining the reasons for and the impact of Sandra's actions, and Molly Parker plays Sandra as a decent, focused young woman who understands how her necrophilia is viewed by others.
One of the more intriguing ironies of KISSED involves Matt, who has a difficult time dealing with the other men in Sandra's life. Stopkewich gives Matt an enigmatic history -- he's a medical student who is taking time off for an unexplained reason -- and Outerbridge gives a painful conviction to his growing frustration with his inability to satisfy Sandra.  Sandra has come to terms with her unique needs, and it is to Stopkewich's credit that Sandra is portrayed as someone with compassion rather than as a twisted fiend. The arc of the story may be fairly predictable, but that story is skillfully constructed to make the fate of the characters matter. There is an unexpected warmth to KISSED.
On the Renshaw scale of 0 to 10 petit mort-icians: 7.
Visit Scott Renshaw's MoviePage http://www-leland.stanford.edu/~srenshaw Subscribe to receive reviews directly via email See details on the MoviePage
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Development Environment with Docker
Setting up and maintaining a proper Opencast build environment can be challenging. The quay.io/opencast/build
Docker image,
developed by the University of Münster, provides such a build environment already configured and ready to use. In fact,
because of Docker's isolation functionality, multiple environments can be operated side by side on a single machine.
Setting up a Docker build environment
Two docker-compose
files are provided to start up different development environments. You also need the ActiveMQ configuration
(see "Testing Locally with Docker" guide in the administration documentation).
First, download the support assets:
$ mkdir assets
$ curl -o assets/activemq.xml https://raw.githubusercontent.com/opencast/opencast-docker/<version>/docker-compose/assets/activemq.xml
$ curl -o assets/opencast-ddl.sql https://raw.githubusercontent.com/opencast/opencast-docker/<version>/docker-compose/assets/opencast-ddl.sql
Now create a folder where the Opencast repository should be located, and expose its path as an environment variable. You must also create the local Maven repository if it does not already exist.
$ mkdir -p opencast ~/.m2
$ export OPENCAST_SRC=$PWD/opencast
The OPENCAST_SRC
variable is used in the compose file to set up a Docker volume so that the host and Docker container
can share the Opencast codebase. Similarly, the local Maven repository is shared in order to persist Maven artifacts
beyond the lifetime of the Docker container. If you do not want to use the default path ~/.m2
you can set the
M2_REPO
variable to any other directory on the host system.
Next, you should specify your UID and GID. A matching user will then be created within the container so that all new files can also be accessed from the host. If these variables remain unset, both default to 1000.
$ export OPENCAST_BUILD_USER_UID=$(id -u)
$ export OPENCAST_BUILD_USER_GID=$(id -g)
Single node Opencast Development
Now download the Docker compose file:
$ curl -o docker-compose.yml https://raw.githubusercontent.com/opencast/opencast-docker/<version>/docker-compose/docker-compose.build.yml
With this you are ready to start up the build environment:
$ docker-compose up -d
You can enter the Opencast build environment with the exec
command. Omitting the --user opencast-builder
argument
would give you a root shell, but that is not necessary because the user opencast-builder
can use sudo
within the
container.
$ docker-compose exec --user opencast-builder opencast bash
There are multiple helper scripts available within the container:
# Clone the Opencast source code to the shared volume.
$ oc_clone
# Build Opencast.
$ oc_build
# Install Opencast in the same way as it would be installed in the other Opencast Docker images.
$ oc_install <distribution>
# Run the installed Opencast
$ oc_run
# Uninstall Opencast.
$ oc_uninstall
# Remove all Opencast files (database, media packages, etc.).
$ oc_clean_data
These scripts are provided to automate common tasks, but you can also run the necessary commands directly. The install
script has the advantage that it automatically connects Opencast to the configured ActiveMQ instance available at
tcp://activemq:61616
.
Since the Opencast code is shared, any change from an IDE is directly visible within the container.
Multi-node Opencast Development
Development with multi-node Opencast environments are also supported using a different compose file. Instead of downloading the single-node Docker compose file, download the multi-node version:
$ curl -o docker-compose.yml https://raw.githubusercontent.com/opencast/opencast-docker/<version>/docker-compose/docker-compose.multiserver.build.yml
This file defines a three node (admin, presentation, worker) cluster for use in testing, with all of the appropriate
ports exported. To access the a node run docker-compose exec --user opencast-builder opencast-$nodetype bash
. For
example, to access the presentation node run docker-compose exec --user opencast-builder opencast-presentation bash
.
Available commands are otherwise identical.
Attaching a Remote Debugger to Karaf
By default, the compose file sets the necessary variables to enable remote debugging. The network port is published by
the container so that you can connect the remote debugger of your IDE to the port 5005
on localhost
. For multi-node
setups each node has its debug port exposed: admin lives on 5005
, presentation on 5006
, and worker on 5007
.


Current Graph
Master the fundamentals of D3 with this interactive tutorial
Current Graph
This tutorial will help you learn the major principles of D3 so you can easily build custom graphs.
Picking up D3 can be very challenging. It relies on a novel challenge for developers- converting an array or object into a dynamic data visualization with specific properties.
This tutorial aims to make D3 so simple that you can explain it to a friend.
You must know HTML/CSS, and have at least a beginner's understanding of Javascript. You must understand concepts like "for" loops, objects and arrays.
D3 uses SVG (Scalable Vector Graphics) to draw its elements.
We need to declare an area to create our visualization. Drag the resizable box to create your bounded area. You will want a big garden!
Please make your box at least 410 x 410
Learn how to create the SVG in D3
var svg = d3.select('div.foo').append('svg')
.attr('width' , 'Xpx' ).attr('height' , 'Ypx' );
d3.select('div.foo')= Equivalent of jQuery $(), select the container with class foo
.append('svg')= Append an SVG element to the DOM
.attr('width' , 'Xpx' )= Declare an attribute for your SVG, then set value
var svg =
Your container div has class 'gardenDiv'
Append the svg
Declare a width of 0px
Declare a height of 0px
Docs
Please enter all fields and correct pixel amounts
selectAll() declares a more specific group where you will be adding elements
selectAll() creates an empty set that will later be filled with elements. It is technically infinite, but we will portray it as finite for the sake of visualizing it.
selectAll() creates holes that you will be filling with seeds of a specific type. You cannot dig holes where other elements have already been created, so this must be a new set of elements
Docs
Dig those holes!
svg.selectAll('rect.bar')
This statement looks for all rect elements (from SVG specification) with class 'bar'. If there are none, it creates an empty set.
svg
Create an empty set of rect elements with class 'colorBar'
Docs
Please use selectAll() with rect elements of class 'colorBar'
data() declares the object or array you will use for the visualization
data() determines the data that you will then iterate through in order to create a series of elements
data() is the type of seeds you will be using- each seed type has unique properties that will determine its features when it grows into a plant
Docs
Tomatoes
Cucumbers
Peppers
Check out the properties
svg.selectAll('rect.bar').data(data)
Data() declares the object or array you will be iterating through. Pretty straightforward.
svg.selectAll('rect.bar')
Add the data contained in the variable tomatoes
Docs
Please make sure the variable matches the object above
Enter() performs the data join
svg.selectAll('rect.bar').data(data).enter()
enter() combines your data with the empty set from selectAll() and creates a set of elements that can then be accessed one by one in D3
This adds the seeds you selected in the past step to the garden, and matches the number of holes with number of plants. There are now 20 seeds in holes ready to be structured.
svg.selectAll('rect.bar').data(data)
Add your enter statement, that is it!
Docs
Show Full Array
Please make sure you used the enter statement
Append() determines the type of visualization
Append() allows you to choose from the 7 basic SVG elements or a 'g' element. In this case, we want a 'rect' element to build a bar graph.
You want the seeds you planted to grow in a defined way. We will add complementary structures like trellises to the garden to help our plants grow vertically.
svg.selectAll('rect.bar').data(data)
.enter().append('rect')
svg.selectAll('rect.bar').data(data).enter()
Append a rect element for each item in your data
Docs
Show Full Array
Please make sure you appended a 'rect' element
We are close to building a bar graph!
svg.selectAll('rect.bar').data(data)
.enter().append('rect')
svg.selectAll('rect.bar')= Creates an empty set of rect elements with class 'bar'
.data(data)= Adds object or array of data to be turned into elements in the DOM
.enter()= Join your data with the empty set defined in selectAll, can iterate through this set
.append('rect')= Append a 'rect' element for every item in data
Attr() statements define the properties of each bar
.attr('width' , function (d,i) { return d.width })
Attr() statements define what you want your bars to look like. Most importantly, they can use properties from each item in data.
We will do the width first, so this will define the width of each plant.
Write out the statement above, which defines the width based on the 'width' property of each item in the data object
Docs
Show Full Array
Please make sure you copied the statement above
Define each element's attributes
.attr('height' , function (d,i) { return d.height })
In the statement 'function(d,i)', d stands for each item in data while i is the index, beginning at 0 for the first element
Now each plant will have a different height based on the object's properties
Write out the statement above, which defines the height based on the 'height' property of each item in the data object
Docs
Show Full Array
Please make sure you copied the statement above
Separate bars from each other
.attr('x' , function (d,i) { return i * d.width })
In last statement we ended up with... a bunch of plants stacked on top of one another. That was disappointing. We also need to define x values for each bar so that they do not stack on top of each other, like they did in the last step.
Using the index of each bar, we can move them right to spread them out. We can multiply this index by the width of each bar to spread them out.
Now each plant will align with the appropriate structure as opposed to being stacked on top of each other in the first position.
Write out the statement above, which defines the x-position based on the index and separates based on bar width
Docs
Show Full Array
Please make sure you copied the statement above
The origin is the top left corner... which means your bars may be pointing the wrong direction!
.attr('y' , function (d,i) { return divHeight - d.height })
The origin i.e. start point for D3 is the top left corner of the div. This means that when you set the height of a bar... it is growing downwards from the top left! Not good. So, we need to reverse this.
We need to set a new start point for the bar to grow from. We subtract the bar height from the overall height of the div. We start from the bottom of the containing div, and draw the bar starting from there!
Write out the statement above, which defines the y-position based on the height of the svg.
Please make sure you copied the statement above
var w= 535;
var h= 250;
var svg= d3.select('.gardenDiv')
.append('svg')
.attr('width', w)
.attr('height', h);
svg.selectAll('rect.colorBar')
.data(data)
.enter()
.append('rect')
.attr('width', function(d,i){
return d.width
})
.attr('height', function(d,i){
return d.height*2
})
.attr('x', function(d,i){
return i * (d.width+2)
})
.attr('y', function(d,i){
return h - d.height*2
})
.attr('fill', 'white')
Before we add an axis to the graph, we need to define the start and end point.
var xScale = d3.scale.linear()
.domain( [0, data.length] )
.range( [0, width] );
d3.scale.linear()= Indicates your scale will be linear across the range you specify, as opposed to exponential etc.
.domain( [0, data.length] )= Specifies that the scale ranges from 0 to the count of total number of items in the array
.range( [0, width] )= Maps the specified domain to corresponding spots on the SVG. In this case, extends the full width of the SVG.
var xScale =
Add a linear scale
Add a domain that spans from 0 to the count of numbers in data
Add a range that spans the width of the SVG
Docs
Please make sure you specified domain and range correctly
Before we add an axis to the graph, we need to define the start and end point.
var yScale = d3.scale.linear()
.domain( [0, d3.max(data, function(d) { return d.height; })] )
.range( [0, height] );
d3.scale.linear()= Indicates your scale will be linear across the range you specify, as opposed to exponential etc.
.domain( [0, d3.max(data, function(d) { return d.height; })] )= Specifies that the scale ranges from 0 to the tallest bar, which d3.max will find based on the height attribute
.range( [0, height] )= Maps the specified domain to corresponding spots on the SVG. In this case, extends the full height of the SVG.
var yScale =
Add a linear scale
Add a domain that spans from 0 to the tallest bar
Add a range that spans the height of the SVG
Docs
Please make sure you specified domain and range correctly
Now that we have scales, we can turn them into elements in the DOM
var xAxis = d3.svg.axis().scale(xScale)
d3.svg.axis()= Indicates that we want to create an element with the characteristics of an axis i.e. can have labels and tick marks
.scale(xScale)= Specifies that we want to use the xScale we already specified
var xAxis =
Add an axis
Add a scale called xScale
Docs
Please make sure you specified the scale correctly
Now we can use an append statement to get this axis on the graph
svg.append("g").call(xAxis);
.append("g")= An axis is not just a line. It can also include ticks and labels. So we will need a "g" element, not a path.
.call(xAxis)= The characteristics of this axis will be based on the axis we defined
We can now add a fence to our garden
svg
Append a g element
Call xAxis
Docs
Please make sure you called the correct variable
Now that we have scales, we can turn them into elements in the DOM
var yAxis = d3.svg.axis().scale(yScale)
.orient("left")
d3.svg.axis()= Indicates that we want to create an element with the characteristics of an axis i.e. can have labels and tick marks
.scale(yScale)= Specifies that twe wantto use the xScale we already specified
.orient("left")= Specifies that this will be a vertical axis, from bottom to top
var yAxis =
Add an axis
Add a scale called yScale
Docs
Please make sure you specified the scale correctly
Now we can use an append statement to get this axis on the graph
svg.append("g").call(yAxis);
.append("g")= An axis is not just a line. It can also include ticks and labels. So we will need a "g" element, not a path.
.call(yAxis)= The characteristics of this axis will be based on the axis we defined
We can now add a fence to our garden
svg
Append a g element
Call yAxis
Docs
Please make sure you called the correct variable
The x axis needs to be at the bottom of the graph
So obviously, you would not want the x axis at the top of your graph! Let's use transform to move it to the bottom.
svg.append("g")
.attr("transform", "translate(0," + (height) + ")").call(xAxis);
.attr("transform", "translate(0," + (height) + ")")= Translate takes two arguments: right and down. This statement moves the axis 0 units right, and moves it downward bythe entire height of the svg. In other words, the bottom
svg.append("g")
Move the axis to the bottom of the SVG
Docs
Please make sure you called the transform/translate command
var w= 535;
var h= 250;
var svg= d3.select('.gardenDiv')
.append('svg')
.attr('width', w)
.attr('height', h);
svg.selectAll('rect.colorBar')
.data(data)
.enter()
.append('rect')
.attr('width', function(d,i){
return d.width
})
.attr('height', function(d,i){
return d.height*2
})
.attr('x', function(d,i){
return i * (d.width+2)
})
.attr('y', function(d,i){
return h - d.height*2
})
.attr('fill', 'white')
var xScale = d3.scale.linear()
.domain( [0, data.length] )
.range( [0, w] );
var yScale = d3.scale.linear()
.domain(
[0,
d3.max(data, function(d) {
return d.height; })
])
.range( [0, h] );
var xAxis = d3.svg.axis()
.scale(xScale)
.ticks(0)
var yAxis = d3.svg.axis()
.scale(yScale)
.orient("left")
.ticks(0)
svg.append("g")
.attr("transform",
"translate(5,0)")
.call(yAxis);
svg.append("g")
.attr("transform",
"translate(0," + (h-5) + ")")
.call(xAxis);


Image Gallery Here are some of the kitchen designs we have done. If you like any of these designs or would like something new, please let us know.


|
This applet is my Java implementation of John Horton Conway's now-classic "Game of
Life".
There is quite an
interesting page
regarding its history at Wikipedia, including some intriguing patterns
that produce rather bizarre behavior. You can, of course, try them out
here!
Note: If you can't see the applet, it is likely you don't have the
latest Java plugin installed. Get it here. |
Instructions
|


[t]Please specify an e-mail address and the desired evaluation period. Search results will be sent to the e-mail address specified on regular basis. The owner of the e-mail address still needs to activate the service based on instruction in the confirmation e-mail.[/t]
[t]Please specify your e-mail address and desired evaluation period. You will keep receiving search results into the e-mail address you specify on regular basis. You can deactivate this service anytime by clicking a link inside the e-mail.[/t]
[t]Please specify the desired evaluation period and output channels to use. You can also change these settings later. If you specify output channels now, the recipient needs to activate the query based on instructions in e-mail/SMS he receives.[/t]
[t]Please specify a mobile phone number and a desired evaluation period. The owner of the mobile phone number still needs to activate the service based on instruction in the confirmation SMS.[/t]
[t]Please specify your desired evaluation period and your mobile phone number. Your will first get a confirmation SMS with instruction how to activate your stored query.[/t]


Local paths are specified as normal filesystem paths, eg /path/to/wherever
, so
rclone sync /home/source /tmp/destination
Will sync /home/source
to /tmp/destination
These can be configured into the config file for consistencies sake, but it is probably easier not to.
Rclone reads and writes the modified time using an accuracy determined by the OS. Typically this is 1ns on Linux, 10 ns on Windows and 1 Second on OS X.
Filenames are expected to be encoded in UTF-8 on disk. This is the normal case for Windows and OS X.
There is a bit more uncertainty in the Linux world, but new
distributions will have UTF-8 encoded files names. If you are using an
old Linux filesystem with non UTF-8 file names (eg latin1) then you
can use the convmv
tool to convert the filesystem to UTF-8. This
tool is available in most distributions’ package managers.
If an invalid (non-UTF8) filename is read, the invalid caracters will
be replaced with the unicode replacement character, ‘�’. rclone
will emit a debug message in this case (use -v
to see), eg
Local file system at .: Replacing invalid UTF-8 characters in "gro\xdf"
Rclone handles long paths automatically, by converting all paths to long UNC paths which allows paths up to 32,767 characters.
This is why you will see that your paths, for instance c:\files
is
converted to the UNC path \\?\c:\files
in the output,
and \\server\share
is converted to \\?\UNC\server\share
.
However, in rare cases this may cause problems with buggy file
system drivers like EncFS.
To disable UNC conversion globally, add this to your .rclone.conf
file:
[local]
nounc = true
If you want to selectively disable UNC, you can add it to a separate entry like this:
[nounc]
type = local
nounc = true
And use rclone like this:
rclone copy c:\src nounc:z:\dst
This will use UNC paths on c:\src
but not on z:\dst
.
Of course this will cause problems if the absolute path length of a
file exceeds 258 characters on z, so only use this option if you have to.


{%import '_formhelpers.html' as macros %}
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Export to Viewer
Export to File
Load 3D Model
Load .arcad File
Load Material
Keyframes
Deselect
Change Color
Delete
Reset to last KeyFrame
Delete
Save new pos/rot


Photos: Deepika Padukone channels her inner diva as she sports a trendy yellow tracksuit at the airport
by TIMESOFINDIA.COMDeepika Padukone and Ranveer Singh recently attended a friends wedding in Bangalore last week. While several pictures and videos of the couple have been making rounds on the internet, burning the dance moves with their impeccable chemistry, the 'Padmaavat' actress returned to the bay on Tuesday afternoon.
While Deepika had taken to social media yesterday to reveal that she had fallen sick, she was spotted at the Mumbai airport sporting a trendy yellow tracksuit.
The 'Bajirao Mastani' actress, who enjoys a huge fan following throughout the world, can be seen channelling her inner diva as she headed towards her vehicle.
Meanwhile, on the professional front, Deepika will soon be seen in Meghna Gulzar’s 'Chhapaak'. She will also be seen with Ranveer in Kabir Khan's sports drama '83'. Not only that but Deepika will also be essaying the role of Draupadi in Madhu Mantena’s ‘Mahabharat’.


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{% extends "templates/base.tmpl" %} {% block pagetitle %}{{SERIES_TITLE}} Services and Libraries{% endblock %} {% block title %} Documentation > Services and Libraries {% endblock %} {% block content %}
This page contains project-specific documentation for OpenStack services and libraries.
Security linter for Python.
bashateLinter for bash scripts.
grenadeGrenade is an OpenStack test harness to exercise the upgrade process between releases.
refstackRefStack is a toolset for testing interoperability between OpenStack clouds.
syntribosAutomated API security testing tool.
Friendly state machines for python.
cliffBuilds command-line programs in Python.
debtcollectorA collection of Python deprecation patterns and strategies that help you collect your technical debt in a non-destructive manner.
futuristAsynchronous code from the future, helping you build out your applications to handle asynchronous and periodic work in a nice manner.
keystoneauthCommon authentication library for OpenStack clients.
keystonemiddlewareMiddleware provided for integrating with the OpenStack Identity API.
neutron-libLibrary provided for integrating with the OpenStack Networking platform.
oslo.cacheGeneric caching mechanism for OpenStack projects by wrapping the dogpile.cache.
oslo.concurrencyExternal process management and task synchronization.
oslo.configConfiguration option parsing from the command line or configuration files.
oslo.contextHelpers to maintain useful information about a request context
oslo.dbDatabase connectivity.
oslo.i18nInternationalization and translation.
oslo.logA logging configuration library.
oslo.messagingInter-process communication.
oslo.middlewareA collection of WSGI middleware for web service development.
oslo.policyCommon policy enforcement.
oslo.reportsError report framework for projects.
oslo.rootwrapFine filtering of shell commands to run as root.
oslo.serializationSerialization with special handling for some common types.
oslo.serviceLibrary for running and managing OpenStack services.
oslo.utilsDatabase and RPC object schema versioning.
oslo.versionedobjectsLibrary of common low-level utility modules.
oslo.vmwareCommon functionality required by VMware drivers in several projects.
oslosphinxTheme and extension support for Sphinx documentation.
oslotestUnit test and fixture framework.
osprofilerCross-Project profiling library.
pbrManages setuptools packaging needs in a consistent way.
PyCADFCreates CADF events to capture cloud-related events.
pylockfileThe lockfile package provides a simple API for locking files.
stevedoreManages dynamic plug-ins for Python applications.
TaskFlowMakes task execution easy, consistent, and reliable.
ToozDistributed primitives like group membership protocol, lock service and leader elections.
Documentation treated like code, powered by the community - interested?
How To Contribute


Welcome to my portfolio website.
I'm a first year student at Ynov Aix currently starting my second year.
I'm mainly working on 2D art and character CG.
On this website you can find a portfolio of my works, a library of my favorite books that I'm in the process of uploading, an assets tab with my works project files and also a contact tab with my information.
This website is a first for me since I never written html before, so please forgive me for phone accessibility and eventual bugs.
Optimisation of the website is on it's way with compressed images and better phone accessibility, meanwhile I advise viewing on desktop for a better experience.
The site is hosted on Github Pages and the source code can be viewed on github.com/sourgraphics/sourgraphics.github.io currently the project weighs 312mo.
I'll maybe use some external file hosting if it improves loading speed.
Credits to Lokesh Dhakar for lighbtox js/css library and BGM maker for the music.