With Scratch, you can program your own interactive stories, games, and animations.
Scratch helps young people learn to think creatively, reason systematically, and work collaboratively — essential skills for life in the 21st century.
Scratch began as a project of the Lifelong Kindergarten Group at the MIT Media Lab and is now managed by the Scratch Foundation, a nonprofit organization.
Scratch-AI少儿编程软件-AI教你玩转Scratch
教育 免费
Scratch,少儿编程软件,Scratch编程游戏,少儿编程项目,Scratch编程实例,少儿编程实例,Scratch中文版,Scratch教程,少儿编程教程,Scratch编程课程,少儿编程课程,Scratch指令大全,Scratch教学视频,少儿编程教学视频；Scratch-AI少儿编程软件是图形化编程软件，用户通过拖拽预先定义好的代码块（积木）来构建程序，主要面向青少年，但也适合任何年龄层的人群使用。为了让编程变得更容易学习，软件内置了丰富的教学资源，优秀实例以及每个积木块对应的指令解析，极大的降低了学习的门槛。总之，Scratch-AI少儿编程软件是一款强大而易用的编程学习工具，无论是对孩子还是成人来说，都是一个理想的编程入门平台。
【功能特点】
1.图形化编程界面：通过拖拽积木式的代码块来构建程序，编程变得直观且易于理解
2.丰富的创作工具：利用角色管理、舞台设计、绘图编辑器、声音编辑器多种功能，让界面变得更精美有趣
3.优质的教程资源：从基础到高级，循序渐进地学习编程知识，逐步提升技能
4.海量项目实例：涵盖各种主题和难度级别，学习优秀学员的编程思路，从模仿开始，逐渐发展出自己的创意项目
5.详细的指令解析：详细介绍了每一种积木的功能、用法以及相关示例，帮助理解和掌握编程技巧
如何免费试用？
游客和普通用户可以获得10分钟的会员体验时长
开通会员可以直接无限制使用软件，并且无限制观看视频资源和优秀作品；
本应用在安装时需要管理员权限。
TBtools-II is a user-friendly bioinformatics platform designed for biologists without programming expertise. Its graphical interface enables intuitive data analysis through menus and parameter settings. Below is a plaintext overview of its core interface-driven features:
1. Sequence Processing
Batch Operations: Extract specific sequences from FASTA files by ID, truncate regions, or reverse-complement sequences with one-click actions. Real-time statistics (sequence length, GC content) are displayed during processing.
Gene Structure Analysis: Automatically extract gene features (exons, promoters) from GFF/GTF files. Predict open reading frames (ORFs) and translate sequences into protein sequences for export.
2. Comparative Genomics
BLAST Visualization: Configure local BLAST parameters (e.g., E-value thresholds) via sliders and dropdown menus. Results are displayed as dot plots, alignment matrices, or phylogenetic trees.
Synteny Analysis: Use One-Step MCScanXto detect genome-wide collinearity. Interactive dot plots visualize chromosomal rearrangements and gene duplication events across species.
3. Omics Data Analysis
Transcriptomics: Normalize RNA-seq data (e.g., TMM scaling) and identify differentially expressed genes (DEGs) through volcano plots. Generate GO/KEGG enrichment charts with adjustable color schemes.
Heatmaps & Circos Plots: Create dynamic heatmaps with clustering options. Circos plots visualize chromatin interactions, gene density, and chromosomal synteny in a few clicks.
4. Visualization Tools
Dynamic Adjustments: Modify heatmap clusters, phylogenetic tree layouts, and Circos tracks in real time. Export high-resolution images (PNG/SVG) for publications.
Interactive Editors: Edit phylogenetic tree node colors and branch lengths. Adjust Venn/Upset plot overlaps and labels.