arnobaer

import re
import sys

import tmGrammar
import tmTable

def parse(expression):
  tmGrammar.Algorithm_Logic.clear()
  if not tmGrammar.Algorithm_parser(expression):
    raise ValueError("Failed to parse algorithm expression")

arnobaer

set -e

version="$1"

if [ -z "$1" ]
then
    echo "usage: build-longterm <version>"
    exit 1
fi

arnobaer

#! /usr/bin/env perl
use File::Basename;

# get the complete list of class names for replacement:

my @src = ();
my @rep = ();

open FILELIST, "L1Trigger/L1TGlobal/scripts/files.txt";
while($fullfile = <FILELIST>){

arnobaer

# run instrument emulations
gnome-terminal --tab -- /bin/bash -c '. env/bin/activate; python -m comet.emulator.keithley.k707 -p 11001'
gnome-terminal --tab -- /bin/bash -c '. env/bin/activate; python -m comet.emulator.keithley.k2410 -p 11002'
gnome-terminal --tab -- /bin/bash -c '. env/bin/activate; python -m comet.emulator.keithley.k2657a -p 11003'
gnome-terminal --tab -- /bin/bash -c '. env/bin/activate; python -m comet.emulator.keithley.k6517b -p 11004'
gnome-terminal --tab -- /bin/bash -c '. env/bin/activate; python -m comet_pqc.emulator.e4980a -p 11005'
gnome-terminal --tab -- /bin/bash -c '. env/bin/activate; python -m comet_pqc.emulator.environmentbox -p 11006'
gnome-terminal --tab -- /bin/bash -c '. env/bin/activate; python -m comet.emulator.corvus.venus1 -p 11007'

arnobaer

set -e
version=$1
if [  -z "$version" ]; then
  echo "usage: $0 <version>"
  exit 1
fi
install_dir="./envs/comet-pqc-$version"
if [ -d "$install_dir" ]; then
  echo "directory already exists: $install_dir"
  exit 1

arnobaer

import l1menu

MU = l1menu.muon.pt(0)
MU_SNGL = MU.iso(12,13,14,15)

ETA_2p0 = (-2.0, 2.0)
MASS_MIN_1 = 1.0
MASS_MIN_7 = 7.0
MASS_MASS_7to18 = (7.0, 18.0)

arnobaer

template<typename T>
const typename T::mapped_type& at(const T& m, const typename T::key_type& k, const typename T::mapped_type& d)
{
    try { return m.at(k); } catch (const std::out_of_range&) { return d; };
}

arnobaer

def linspace(start, stop, count):
    delta = (stop - start) / max(1, count - 1)
    return [start + i * delta for i in range(count)]

def sample(data, count):
    n = len(data)
    count = min(n, count)
    return [int(round(i)) for i in linspace(0, len(data) - 1, count)]

arnobaer

def bisect_asc(arr):
    if len(arr):
        return arr[-1] < arr[0]
    return True

def bisect_cmp(arr):
    if bisect_asc(arr):
        return lambda x, y: x > y
    return lambda x, y: x < y

arnobaer

import math

__all__ = ['round_half_away_from_zero']


def round_half_away_from_zero(n: float, decimals: int = 0) -> float:
    multiplier: float = 10 ** decimals
    return math.copysign(math.floor(abs(n * multiplier) + 0.5) / multiplier, n)