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import sys
from quarrel import Quarrel

@Quarrel("multiply", int, int)
@Quarrel("multiply", int)
def multiply_int(a, b = 2):
  print(a * b)

@Quarrel("greet", str)
def greet(name):

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// writing
var o = new MetaView();
o.writeInt16(-128);
o.writeUint16(128);
o.writeFloat32(3.141592);
o.writeFloat32([1.5, 1.5]);
o.writeUTF8String("räksmörgås");

// saving
var s = o.finalize();

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#!/bin/bash

export EMSCRIPTEN_ROOT=[path containing em++, emsdk-portable/emscripten/*]
export ANDROID_HOME=[path to android sdk, usually /home/*/Android/Sdk]
export ANDROID_NDK_ROOT=[path to android ndk, likely $ANDROID_HOME/ndk-bundle]

X11_DEBUG=false
X11_RELEASE=false
WIN_DEBUG=false
WIN_RELEASE=false

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// Instrument
(
SynthDef(\sine, {
	arg freq = 440, amp = 0.5;
	Out.ar(0, SinOsc.ar(freq, 0.0, amp * EnvGen.kr(Env.perc(0.01, 0.25), doneAction: 2)) ! 2);
}).add;
)

// Basic Stochastic L-System
(

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# when loading a save, you'd use this to simulate time since last save
# EventManager.simulate_time_span(LAST_UNIX_TIMESTAMP, THIS_UNIX_TIMESTAMP)

# for example, this will simulate the last 30 seconds before the game opened
# EventManager.simulate_time_span(OS.get_unix_time() - 30, OS.get_unix_time())

# there is an optional third argument to that that specifies a minimum priority
# EventManager.simulate_time_span(LAST_UNIX_TIMESTAMP, THIS_UNIX_TIMESTAMP, Priority.UNSKIPPABLE)
# .. will only run unskippable events
# if the third argument is not specified, both skippable and unskippable events are run