3Nigma

const MIRROR_URL = "https://mainnet.mirrornode.hedera.com";
const FIRST_DINO_BLOCK = 72961723;
const LAST_DINO_BLOCK = 72961776;
const DINO_TOKEN_ID = '0.0.7907968';
let total_tokens_sold = BigInt(0);
let total_associations = 0;
let total_buys = 0;
let bought_amounts = [];

3Nigma

{
  ...
  "originalDetectIntentRequest": {
    ...
    "payload": {
      ...
      "conversation": {
        "conversationId": "...gZsMB8ajfLvsg",
        "type": "NEW"
      },

3Nigma

{
  ...
  "originalDetectIntentRequest": {
    ...
    "payload": {
      ...
      "conversation": {
        "conversationId": "...5nmoRA2pY",
        "type": "NEW"
      },

3Nigma

static void ResolveClassFieldsAndMethods(const ParallelCompilationManager* manager,
                                         size_t class_def_index)
    LOCKS_EXCLUDED(Locks::mutator_lock_) {
  ATRACE_CALL();
  Thread* self = Thread::Current();
  jobject jclass_loader = manager->GetClassLoader();
  const DexFile& dex_file = *manager->GetDexFile();
  ClassLinker* class_linker = manager->GetClassLinker();

  // If an instance field is final then we need to have a barrier on the return, static final

3Nigma

# the optimization consists in the elimination of the 'Qsum' variable from the normal case and modifying 
# 'Qavg' directly using a simple mathematica observation as Rich Sutton elegantly demonstrates 
# in section 2.4

function totalRewards = simulate_epsg_n_bandit(n, eps, gamecnt, rollcnt)
  # make room for the estimated value - action [Q_t(a)]
  totalRewards = zeros(1, rollcnt);

  for k = 1:gamecnt
    # generate the true value - action [q_*(a)] from a normal distribution of mean 0 and variance 1 

3Nigma

function totalRewards = simulate_epsg_n_bandit(n, eps, gamecnt, rollcnt)
  # make room for the estimated value - action [Q_t(a)]
  totalRewards = zeros(1, rollcnt);

  for k = 1:gamecnt
    # generate the true value - action [q_*(a)] from a normal distribution of mean 0 and variance 1 
    q = randn(1, n);
    
    # reset some game related, auxiliary variables
    Qavg   = zeros(1, n);

3Nigma

addr  : out std_logic_vector (SDR_ADDR_WIDTH - 1 downto 0);
data  : in std_logic_vector (SDR_DATA_WIDTH - 1 downto 0);
...
addr(addr'length - 1 downto 0) <= data(addr'length - 1 downto 0);

3Nigma

 tri_st_data : process (mem_write_data, data, cur_memc_st)
 begin 
   if (cur_memc_st = ctrl_wait_for_write) then
     data <= mem_write_data; 
   else 
     data <= (others => 'Z');  
   end if; 
	mem_read_data <= data;
 end process tri_st_data;

3Nigma

#include "FastPWM.h"

FastPWM::FastPWM(PinName pin) : PWMObject(pin){
    //Set clock source
    LPC_SC->PCLKSEL0|=1<<12;
    
    _duty=0;
    _period=0.02;
    if (pin==p26||pin==LED1) {
        PWMUnit=1;

3Nigma

/*
 * Aplicatie test pentru Modulul de comunicatii AVR-PS/2 Mouse
 * Copyright (c) 2013, Victor ADASCALITEI, [email protected]
 * 
 * Eliberez aceste surse sub licenta CC de tip BY-NC-SA 3.0 . Pentru mai multe informatii, va invit sa accesati
 * urmatoarea adresa : http://creativecommons.org/licenses/by-nc-sa/3.0/ro/ .
 */

#include <avr/io.h>