kalmarek

# using Pkg
# Pkg.add("JuMP")
# Pkg.add("Pajarito")
# Pkg.add("SCS")
# Pkg.add("HiGHS")

using JuMP

model = let T = 100.0, w = [0.5, 0.3, 0.2], M_max = [40.0, 40.0, 40.0], U = 500.0

kalmarek

Fast paced github setting up guide

Situation

You have your own repository on github.com/username/MyPackage.jl with a julia package and would like to write and deploy documentation for it using Documenter.jl.

Step 0 - Prerequisites

Install DocumenterTools.jl:

kalmarek

# # Character Multiplication Example
#
using SymbolicWedderburn
SW_path = dirname(dirname(pathof(SymbolicWedderburn)))
include(joinpath(SW_path, "examples", "preamble.jl"));
include(joinpath(SW_path, "examples", "action_polynomials.jl"))

# Let us define some basis
N = 4
@polyvar x[1:4]

kalmarek

using Revise
using Arblib
import MutableArithmetics
const MA = MutableArithmetics
using LinearAlgebra

MA.mutability(::Type{Arb}) = MA.IsMutable()

MA.mutable_copy(x::Arb) = set!(Arb(prec=precision(x)), x)

kalmarek

Fast paced github setting up guide

Situation

You have your own repository on github.com/username/MyPackage.jl with a julia package and would like to write and deploy documentation for it using Documenter.jl.

Step 0 - Prerequisites

Install DocumenterTools.jl:

kalmarek

struct BacktrackSearch{V<:AbstractVector, VI<:AbstractVector, VS<:AbstractVector, O, A}
    nodes::V
    iterators::VI
    states::VS
    oracle_descend::O
    node_accept::A
end

"""
BacktrackSearch(iterators; oracle_descend, node_accept)

kalmarek

#!/bin/bash
JULIA_HOME="/opt/julias/julia-1.6"
JULIA_LD_PATH="$JULIA_HOME/lib/julia"
BLASLDFLAGS="-L$JULIA_LD_PATH -lopenblas64_"
SCSFLAGS="USE_OPENMP=1 BLAS64=1 BLASSUFFIX=_64_"
make purge

make -j4 CFLAGS="-march=native" DLONG=1 ${SCSFLAGS} BLASLDFLAGS="${BLASLDFLAGS}" direct
make -j4 CFLAGS="-march=native" DLONG=1 ${SCSFLAGS} BLASLDFLAGS="${BLASLDFLAGS}" indirect

kalmarek

import Arblib: arb_struct, arf_struct, @libarb, ArbLike

struct arf_interval
    lo::arf_struct
    hi::arf_struct

    # function arf_interval()
    #     v = new()
    #     init!(v)
    #     finalizer(clear!, v)

kalmarek

module Monoids

using KnuthBendix
import KnuthBendix: Alphabet, AbstractWord, LenLex, alphabet

export Alphabet, FreeMonoid, gens

# this should go to KnuthBendix.jl
Base.convert(::Type{Word{I}}, v::AbstractVector{<:Integer}) where I = Word{I}(v)

kalmarek

struct Order{I} <: Integer
    val::I

    Order{I}(n::Integer) where I<:Integer = (n > 0 ? new{I}(n) : throw(DomainError(0, "invalid order")))
    Order{I}(::Val{Inf}) where I<:Integer = new{I}(0)
end

Order(n::I) where I<:Integer = Order{I}(n)
Order(v::Val{Inf}) = Order{Int}(v)