Effect implementations: HLE reconstruction + DSP bytecode

One page per effect, pairing the disassembled µPD6383GF microprogram with the MAME HLE reconstruction that renders it. The reconstruction is an educational bridge — it shows what each decoded coefficient and idiom does, which is how the bytecode is read and, ultimately, how a faithful low-level emulation will be built. Each effect is also drawn as a signal-flow flowchart.

DSPHLE	Effect	Grade	Program image
`0x01`	Parametric EQ	pinned	`prog39_parametric_eq`
`0x02`	Single Delay	pinned	`prog09_single_delay`
`0x03`	Chorus	pinned	`prog01_chorus`
`0x04`	Flanger	pinned	`prog04_flanger`
`0x05`	Phaser	pinned	`prog05_phaser`
`0x06`	Ensemble	pinned	`prog06_ensemble`
`0x07`	Vibrato	pinned	`prog50_vibrato`
`0x08`	S.Delay + Chorus	pinned	`prog64_s_delay_chorus`
`0x09`	S.Delay + Flanger/Vibrato/Phaser/S.Delay	pinned	`prog66_s_delay_flanger`
`0x0d`	PEQ + S.Delay	pinned	`prog72_peq_s_delay`
`0x0e`	Reverb	preview	`prog16_room_reverb_1`
`0x0f`	Distortion	preview	`prog32_distortion`
`0x10`	Enhancer	preview	`prog03_enhancer`
`0x11`	Exciter	preview	`prog35_exciter`
`0x12`	Auto Wah	preview	`prog52_auto_wah`
`0x13`	Auto Pan	preview	`prog48_auto_pan`
`0x14`	Ring Modulator	preview	`prog54_ring_modulator`
`0x15`	Multi Tap Delay	preview	`prog10_multi_tap_delay`
`0x16`	Compressor	preview	`prog36_compressor`
`0x17`	Gated Reverb	preview	`prog08_gated_reverb`
`0x18`	Mix Up	preview	`prog56_mix_up`
`0x19`	Rotary Speaker	preview	`prog15_rock_rotary`
`0x1a`	PEQ + X / Auto-Wah + Delay combos	preview	`prog71_peq_chorus`

Grades: pinned = a panel control was driven and the moving C-RAM cell identified; preview = topology decoded and reconstructed, most panel→cell role mappings position-decoded. Generated by tools/gen_effect_impl_pages.py from the live sources — see each page for links.