boingboomtschak

Parallel (Game-to-Code Tools)

Processing Steps

• Reading level and optional snapshot file
• Creating map of level grid from file data
• Processing level components
• Finding thread paths
• Creating graphs from thread paths
• Creating semaphore and shared value declarations

boingboomtschak

Integrating Vulkan C++ Code with Flutter on Android

Vulkan source setup

Converting CL kernel to SPV

To convert OpenCL kernels to valid SPIR-V code, we use Clspv. Note that compiling code using atomics requires OpenCL 2.0, which is the reason for the extra flags used below.

clspv kernel.cl -cl-std=CL2.0 -inline-entry-points -o kernel.spv

boingboomtschak

'''
Using PLY to parse a simple language with symbol table for variable assignments.
'''

from re import L
import ply.lex as lex
import ply.yacc as yacc

class SymbolTableException(Exception):
    pass

boingboomtschak

Abstract Data Types (ADTs)

Abstract data types are logical interfaces that we use to describe data structures. They have certain methods and behaviors that are included in their definition, and we often implement them using simpler data structures.

In Python, arrays have many of the methods for simple ADTs (stacks, queues, deques) already implemented, so it is possible to use arrays as any of these ADTs.

Below is a list of the ADTs covered in Lab 6 with some basic definitions and use-cases. The ADTs with an asterisk after their name will be especially helpful in Quiz 3, so make sure that you know those well enough.

Stacks*

boingboomtschak

font_family                Monocraft
font_size                  7.0
cursor                     none
cursor_shape               underline
cursor_underline_thickness 2.0
cursor_blink_interval      -1
sync_to_monitor            yes
bell_path                  ~/.local/kitty.app/sounds/ding.wav
remember_window_size       no
initial_window_width       110c

boingboomtschak

[Background]
Color=36,31,23

[BackgroundFaint]
Color=43,37,27

[BackgroundIntense]
Color=30,25,20

[Color0]

boingboomtschak

colors:
  primary:
    background: "#241F17"
    foreground: "#EAF4DE"
  normal:
    black: "#867F6E"
    red: "#EB6F6F"
    green: "#669C50"
    yellow: "#F2D696"
    blue: "#227B4D"

boingboomtschak

{
    "window.zoomLevel": 0,
    "workbench.colorCustomizations": {
        "focusBorder": "#867f6e",
        "foreground": "#eaf4de",
        "titleBar.activeBackground": "#241f17",
        "titleBar.inactiveBackground": "#332c21",
        "titleBar.activeForeground": "#eaf4de",
        "tab.activeBackground": "#241f17",
        "tab.activeForeground": "#eaf4de",

boingboomtschak

#include <fcntl.h>
#include <pthread.h>
#include <semaphore.h>
#include <stdatomic.h>
#include <stdlib.h>
#include <stdint.h>
#include <stdio.h>
#include <sys/mman.h>
#include <sys/stat.h>
#include <sys/sysinfo.h>

boingboomtschak

Getting Started with p5.js

Introduction

What is p5.js?

p5.js is an open-source JavaScript library that is used for, in its own words, "creative coding." By including various modules, both included with p5 and other created by the community, one can put together sets of creative sketches. These sketches can play with concepts of visual and audial media such as lighting, color, sound, frequency, 3D objects, typography, physics, image manipulation, perspective, and many more. p5's functionality is also bolstered by an extensive array of external libraries created and supported by members of the community.

p5 is published by the Processing foundation, most well known for their graphical development environment Processing. p5.js is related to Processing and draws inspiration from it, but is not a branch or direct successor of it. While there are certain concepts that carry over, p5 c