简介:
DiscoDSP OPL v3.2.0包括修补和Keygen-R2R
团队R2R | 2026年10月2日 | 7.0MB
discoDSP OPL模拟了雅马哈OPL芯片，AdLib背后的FM声音以及80年代和90年代后期的sound Blaster游戏配乐。经典的双运营商FM与所有八个OPL3波形和打击乐器模式，扩展到八个YMF262芯片池上的多运营商补丁。16x过采样，超过11，000台仪器，SBI，WOPL和TX81Z进口。
概述
建立在YMF262 (OPL3)。经典补丁使用芯片的两个运营商通道，就像AdLib和Sound Blaster游戏一样，而多运营商补丁则使用其4-op通道对。八个筹码 (144个通道) 的池为和弦提供了更大的补丁和协调空间。
每个运营商都有自己的波形，倍频器，ADSR包络，衰减，关键的缩放和速度响应。每个运算符八个波形: 正弦，半正弦，绝对正弦，四分之一正弦，交流正弦，骆驼正弦，平方，对数锯齿。波形集是什么使OPL听起来像OPL，因为正弦单独不会让你有。
多操作员模式允许每个音符最多四个调制器和四个载波。选择八种算法之一 (FM，加法，3堆栈，4堆栈，两对，堆栈正弦，一到三，三对) 或者在Yamaha风格的算法图表上构建自己的图表: 从调制器拖动以连接它，单击电线以将其删除，单击运算符以对其进行编辑。每个补丁被编译到2-op和4-op芯片通道上。多操作员仪器另存为。sbix，其他工具仍将其视为标准SBI。
包括超过11，000种乐器: 按类别分类的SBI库，为pc游戏制作的4-op和OPL3库，经典游戏配乐的通用MIDI套件和Yamaha TX81Z声音。WOPL和WOPLX银行 (OPL3银行编辑，libADLMIDI)，OPLI仪器和TX81Z，DX21，DX27和DX100 sysex转储负载而无需转换，其级别已标准化，因此4-op补丁与2-op补丁匹配。SBI预设 (Sound Blaster卡的Creative labs仪器格式) 通过拖放加载。
打击乐模式增加了低音鼓，小军鼓，汤姆，钹和喜帽，每个绑定到特定的操作员插槽和波形。
AN1x-style unison在每个音符上堆叠了五个失谐的图层，具有32步的失谐深度和立体声扩展，而按键跟踪的平移则按音高在整个立体声场中放置音符。输出有一个主音量从-48到12分贝和一个阀门或磁带饱和器，形状只有峰值。支持MPE、延音踏板和采样精确的MIDI定时。
仿真在我们自己的高质量工作的重写引擎上运行。芯片本身的过采样高达16倍，这减少了FM合成在高调制设置下产生的混叠，而音调，包络定时和关键的缩放校正，使补丁的声音在每个设置相同。离线反弹切换到具有报告延迟的线性相位过滤器，因此渲染与您监视的内容匹配。沉默的芯片和通道被跳过，所以CPU使用遵循什么是听起来。
简介:
DiscoDSP OPL v3.2.0 Incl Patched and Keygen-R2R
Team R2R | 02 Oct 2026 | 7.0MB
discoDSP OPL emulates the Yamaha OPL chips, the FM sound behind AdLib and Sound Blaster game soundtracks of the late 80s and 90s. Classic two-operator FM with all eight OPL3 waveforms and percussion mode, extended to multi-operator patches on a pool of eight YMF262 chips. 16x oversampling, over 11,000 instruments, SBI, WOPL and TX81Z import.
Overview
Built on the YMF262 (OPL3). Classic patches use the chip’s two-operator channels the way AdLib and Sound Blaster games did, and multi-operator patches use its 4-op channel pairs. A pool of eight chips (144 channels) gives larger patches and unison room for chords.
Each operator has its own waveform, frequency multiplier, ADSR envelope, attenuation, key scaling and velocity response. Eight waveforms per operator: sine, half sine, absolute sine, quarter sine, alternating sine, camel sine, square, logarithmic sawtooth. The waveform set is what makes OPL sound like OPL, since sine alone won’t get you there.
Multi-operator mode allows up to four modulators and four carriers per note. Choose one of eight algorithms (FM, Additive, 3-Stack, 4-Stack, Two Pairs, Stack + Sine, One to Three, Three Pairs) or build your own on a Yamaha-style algorithm chart: drag from a modulator to connect it, click a wire to remove it, click an operator to edit it. Each patch is compiled onto 2-op and 4-op chip channels. Multi-operator instruments are saved as .sbix, which other tools still read as a standard SBI.
Over 11,000 instruments are included: the SBI library sorted by category, 4-op and OPL3 banks made for PC games, General MIDI sets from classic game soundtracks and Yamaha TX81Z voices. WOPL and WOPLX banks (OPL3 Bank Editor, libADLMIDI), OPLI instruments and TX81Z, DX21, DX27 and DX100 sysex dumps load without conversion, with levels normalised so 4-op patches match 2-op ones. SBI presets (Creative Labs’ instrument format for Sound Blaster cards) load by drag and drop.
Percussion mode adds bass drum, snare, tom, cymbal and hi-hat, each tied to specific operator slots and waveforms.
AN1x-style unison stacks five detuned layers per note with a 32-step detune depth and stereo spread, and key-tracked panning places notes across the stereo field by pitch. The output has a master volume from -48 to +12 dB and a Valve or Tape saturator that shapes only the peaks. MPE, the sustain pedal and sample-accurate MIDI timing are supported.
The emulation runs on a rewritten engine with quality work of our own. The chip itself is oversampled up to 16x, which cuts the aliasing that FM synthesis produces at high modulation settings, while pitch, envelope timing and key scaling are corrected so patches sound the same at every setting. Offline bounces switch to a linear-phase filter with reported latency, so a render matches what you monitored. Silent chips and channels are skipped, so CPU use follows what is sounding.
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