Cheatsheets

Introduction: Understanding Art Complexity Art Complexity Studies examines how artistic works embody, reflect, and manage complexity across different dimensions. This interdisciplinary field bridges art theory, cognitive science, mathematics, and cultural studies to analyze how complexity manifests in artistic creation, perception, and interpretation. Understanding art complexity helps artists create more nuanced work, enables critics to develop […]

Introduction Art complexity modeling is an interdisciplinary field that analyzes and quantifies the structural, perceptual, and conceptual complexity of artworks. By applying mathematical principles, computational methods, and aesthetic theory, researchers can develop models that help understand artistic creation, perception, and evaluation. These models provide frameworks for analyzing historical trends, comparing artistic styles, informing computational creativity,

Introduction The art business encompasses a range of professional activities involving the creation, promotion, sale, display, and collection of visual art. This sector bridges creative expression with commercial enterprise, requiring practitioners to balance artistic integrity with sound business strategies. Whether you’re an artist, gallery owner, art dealer, or collection manager, understanding established art business practices

Introduction Art authentication is the process of verifying the identity, origin, and legitimacy of an artwork. It combines scientific analysis, art historical research, connoisseurship, and documentation review to determine whether a work is genuine or fake. This multidisciplinary field has become increasingly sophisticated as both authentication techniques and forgery methods have evolved. Proper authentication protects

Introduction Aromatic plants are species that contain volatile compounds producing distinctive scents. These plants have been used throughout history for culinary purposes, medicine, perfumery, cosmetics, and spiritual practices. The aromatic properties come primarily from essential oils stored in specialized structures like glandular trichomes, oil cells, or resin ducts. This cheatsheet provides a comprehensive overview of

Introduction Aromatherapy is a holistic healing treatment that uses natural plant extracts (essential oils) to promote health and well-being. These aromatic essential oils are extracted from flowers, bark, stems, leaves, roots, and other parts of plants to enhance both physical and emotional health. Aromatherapy works through the sense of smell and skin absorption, positively affecting

Introduction Augmented Reality (AR) technology overlays digital content onto the real world, creating interactive experiences that blend virtual elements with physical environments. Apple’s ARKit and Google’s ARCore are the two leading AR development frameworks, each providing tools for mobile AR experiences on their respective platforms. This cheatsheet provides a comprehensive comparison to help developers choose

Introduction to ARIS Process Mining ARIS Process Mining is a powerful business process analysis tool developed by Software AG that transforms event log data into visual process models, revealing how processes actually work in reality. By analyzing digital footprints from IT systems, it helps organizations discover inefficiencies, bottlenecks, and compliance issues that would otherwise remain

Introduction Arduino sensor libraries provide pre-written code to simplify communication between your Arduino board and various sensors. These libraries handle complex communication protocols, data processing, and calibration, allowing you to focus on your project’s core functionality rather than low-level sensor interactions. Mastering sensor libraries is essential for creating reliable, efficient Arduino projects that interact with

Basic Structure Commands void setup() { // Runs once at startup } void loop() { // Runs continuously } Digital I/O Commands Command Description Example pinMode(pin, mode) Configure pin as INPUT, OUTPUT, or INPUT_PULLUP pinMode(13, OUTPUT); digitalWrite(pin, value) Write HIGH or LOW to digital pin digitalWrite(13, HIGH); digitalRead(pin) Read digital pin (returns HIGH or LOW)