Music Hackspace Synthesis With Max Wavetable@Max波表合成视频教程

简介:
音乐Hackspace合成与Max: Wavetable由Phelan Kane教程-ARCADiA
团队阿卡迪亚 | 教程 | 994.70 MB
使用MSP振荡器对象在Max中构建波表合成仪器，添加调制源并检查频谱特性，音色和波表声音设计的权衡。
在这个研讨会上探索了Max/MSP中的波表合成，检查了波表的频谱和声波特性，通过MSP振荡器对象构建了波表振荡器，并构建了使它们栩栩如生的调制源。它通过定义技术的音色，优点和缺点来结束，使学习者能够构建和调制自己的波表设备。
学习成果
通过MSP振荡器对象构建高级波表振荡器
探索高级Wavetable的频谱声波特性
构造用于波表合成设备的调制源
定义音色和波表合成的优缺点
本课程适合哪些人？
• 本课程面向具有编程基础、对开发合成器设备感兴趣的学员。
要求
• 一台电脑和互联网连接
• 熟悉计算机系统
• 对音频处理的基本了解
• 熟悉MSP
• 拥有Max 8的副本访问权限（即试用版或完整版许可证）

简介:
Music Hackspace Synthesis with Max: Wavetable by Phelan Kane TUTORiAL-ARCADiA
Team ARCADiA | TUTORiAL | 994.70 MB
Build wavetable synthesis instruments in Max using MSP oscillator objects, add modulation sources and examine the spectral properties, timbre and trade-offs of wavetable sound design.
Wavetable synthesis in Max/MSP is explored across this workshop, examining the spectral and sonic properties of wavetables, building wavetable oscillators through MSP oscillator objects, and constructing the modulation sources that bring them to life. It closes by defining the timbre, strengths and weaknesses of the technique, leaving learners able to build and modulate their own wavetable devices.
Learning outcomes
Build advanced Wavetable oscillators via MSP oscillator objects
Explore advanced Wavetable’s spectral sonic properties
Construct modulation sources for Wavetable synthesis devices
Define the sonic timbre and strengths and weakness of Wavetable synthesis
Who is this course for?
• This course is for people with a programming background who are interested in creating synthesis devices.
Requirements
• A computer and Internet connection
• A good working knowledge of computer systems
• A basic awareness of audio processing
• Good familiarity with MSP
• Access to a copy of Max 8 (i.e. trial or full license)