Ph0non

This Gist confirms the Linked Identity in my OpenPGP key, and links it to this GitHub account.

Token for proof:
[Verifying my OpenPGP key: openpgp4fpr:e9f238674c299657c9cd099239733daea8fee4d1]

Ph0non

This Gist confirms the Linked Identity in my OpenPGP key, and links it to this GitHub account.

Token for proof:
[Verifying my OpenPGP key: openpgp4fpr:e9f238674c299657c9cd099239733daea8fee4d1]

Ph0non

This Gist confirms the Linked Identity in my OpenPGP key, and links it to this GitHub account.

Token for proof:
[Verifying my OpenPGP key: openpgp4fpr:e9f238674c299657c9cd099239733daea8fee4d1]

Ph0non

This Gist confirms the Linked Identity in my OpenPGP key, and links it to this GitHub account.

Token for proof:
[Verifying my OpenPGP key: openpgp4fpr:e9f238674c299657c9cd099239733daea8fee4d1]

Ph0non

This Gist confirms the Linked Identity in my OpenPGP key, and links it to this GitHub account.

Token for proof:
[Verifying my OpenPGP key: openpgp4fpr:e9f238674c299657c9cd099239733daea8fee4d1]

Ph0non

#######################################################
# load modules
using SQLite: query, SQLiteDB
using NamedArrays
using JuMP
using Cbc
using YAML
using ProgressMeter

#######################################################

Ph0non

using JuMP
using Cbc
m=Model(solver = CbcSolver());
@defVar(m, 0 <= x[1:7] <= 10000, Int);
@setObjective(m, :Min, -x[1] -x[2] );
@addConstraint(m, sum(x) == 10000); # <-- so looks the macro normally used

i = "Ni63 >= 60"
y = parse(i)
y.args[1] = :(x[[3]])

Ph0non

using StatsBase

# zufällige Datenpunkte
data = rand(10000);

# betrachteter Abstand zwischen Datenpunkten
dr = 1;

# Transformation auf Rangzahlen
rx = ordinalrank(data) - 1;