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class TimeAccumulator{ // accumulator ++ each tick minutes interval private let timeGate:TimeGate private var accumulator:Int = 0 init(tick:Int) { // accumulation ticker timeGate = TimeGate(pause: tick) timeGate.openGate() } func setTick(tick:Int){...

public class TimeAccumulator { // accumulator ++ each tick minutes interval private TimeGate timeGate = new TimeGate(5); private int accumulator = 0; public void setTick(int tick) { timeGate.setPause(tick); } public TimeAccumulator(int tick) { //...

class Responder1Word{ // learns 1 word inputs // outputs learned recent words var q:UniqueItemsPriorityQue = UniqueItemsPriorityQue() init() { self.q.input(in1: "chi") self.q.input(in1: "gugu") self.q.input(in1: "gaga") self.q.input(in1: "baby")...

public class Responder1Word { // learns 1 word inputs // outputs learned recent words UniqueItemSizeLimitedPriorityQueue q= new UniqueItemSizeLimitedPriorityQueue(); public Responder1Word() { q.add("chi"); q.add("gaga"); q.add("gugu")...

class Cron(TrGEV3): # triggers true, limit times, after initial time, and every minutes interval # counter resets at initial time, assuming trigger method was run def __init__(self, startTime: str, minutes: int, limit:int): self._playGround: PlayGround = PlayGround()...

public class Cron extends TrGEV3{ // triggers true, limit times, after initial time, and every minutes interval // counter resets at initial time, assuming trigger method was run private PlayGround playGround = new PlayGround(); int minutes; // minute interval between triggerings...

class TrgEveryNMinutes(TrGEV3): # trigger returns true every minutes interval, post start time def __init__(self, startTime: str, minutes: str): self._playGround: PlayGround = PlayGround() self._minutes = minutes # minute interval between triggerings...

python LGcore update: def getFutureInXMin(self, extra_minutes: int) -> str: '''This method returns the date in x minutes''' right_now = datetime.datetime.now() final_time = right_now + datetime.timedelta(minutes=extra_minutes) regex: RegexUtil = RegexUtil()...

class Responder1Word: # learns 1 word input # outputs learned recent words def __init__(self): self.q: UniqueItemSizeLimitedPriorityQueue = UniqueItemSizeLimitedPriorityQueue(5) self.q.insert("chi") self.q.insert("gaga") self.q.insert("gugu")...

public class Responder1Word { // learns 1 word inputs // outputs learned recent words UniqueItemSizeLimitedPriorityQueue q= new UniqueItemSizeLimitedPriorityQueue(); public Responder1Word() { q.add("chi"); q.add("gaga"); q.add("gugu")...

from __future__ import annotations from LivinGrimoireCoreV2 import * class TimeAccumulator: # accumulator ++ each tick minutes interval def __init__(self, tick: int): # accumulation ticker self._timeGate: TimeGate = TimeGate(tick) self._accumulator: int = 0...

package AXJava; import LivinGrimoire.PlayGround; import java.util.Random; public class Cron extends TrGEV3{ // trigger true limit times, after initial time, and every minutes interval private PlayGround playGround = new PlayGround(); int minutes; // minute interval between...

import LivinGrimoire.PlayGround; import java.util.Random; public class TrgEveryNMinutes extends TrGEV3{ // trigger true at minute once per hour private PlayGround playGround = new PlayGround(); int minutes; // minute interval between triggerings private PlayGround pl = new...

from __future__ import annotations from LivinGrimoireCoreV2 import * class TimeAccumulator: def __init__(self, tick: int): self._timeGate: TimeGate = TimeGate(tick) self._accumulator: int = 0 self._timeGate.openForPauseMinutes() def setTick(self, tick: int)...

change Pi wifi settings assuming your computer now uses a different wifi network than the one in thePi settings. power off the Pi, connect the SD card to your computer. the SD card should have the name boot. add a new file to config the wifi: new text document, wpa_supplicant.conf file...

VNC it enables work with the Pi after SSH connection has been established from the computer. on terminal after ssh pi@ip_address // if you need to exit the SSH connection use the command exit sudo raspi-config choose interface options, VNC, would you like VNC to be enabled?, yes finish. back...

connecting to the Pi via SSH use mac terminal or cmd on windows to SSH or puTTy on windows: Download PuTTY - a free SSH and telnet client for Windows ssh user_name(specified on the SD card flash stage by you)@IPaddress found by angry IP scanner ssh [email protected] press enter. yes. enter...