mixmstrs

mixmstrs · utilities

8xstereo mixer with EQ, per-channel compressor (single-dial macro + power-user thresh/ratio), two stereo aux sends/returns, per-channel post-fader VU taps (read('levels') → number[8]). Multiple instances allowed. 81 params.

An 8-channel stereo mixer with a channel strip on every input — the master bus of a patch. Each of the eight channels takes a stereo pair, runs it through a 3-band EQ (low/mid/high, ±12 dB), an optional compressor, and a volume fader, then sums into the stereo MASTER output. Two stereo AUX SENDS tap each channel (per-channel SEND 1 / SEND 2 amounts) out to send1L/R and send2L/R — patch an external reverb/delay off a send and bring its wet signal back into the matching stereo RETURN, which sums into the master. The compressor is exposed two ways: manual THRESH / RATIO / ENABLE per channel, OR a single COMP macro knob that collapses all three into one 'amount' (0 = bypass, up to a moderate −20 dB / 4:1 at full). EVERY parameter also has a CV input (so an LFO can ride a fader, EQ band, or send), and the faceplate shows a post-fader VU meter per channel. Multiple MIXMSTRS instances are allowed for submixes / parallel buses — each sums additively into its destination. Clip Player captures the first available MIXMSTRS channel inputs before EQ, compression and faders, attaching audio to the same clips that supplied the notes. Keep instrument cables connected: NOTES plays their voices, while RECORDED returns the saved take to the matching channel and replaces live input monitoring. Clip automation continues in either source. Patching a Clip Player lane's audio outputs anywhere replaces that lane's internal stereo return to avoid doubling. Recording and source controls are in Clip Player; see /docs/modules/clipplayer#routing.

the faceplate

111 inputs · 6 outputs · 91 params

about this module

Hover a control, or open the patch panel and hover a jack.

inputs

id	cable	what it does
`ch1L`	audio	Channel 1 left audio input. Pairs with ch1R as the stereo source for mixer channel 1. On the first available MIXMSTRS, Clip Player lane 1 captures this channel before EQ, compression and fader. Keep instrument cables connected: that clip's RECORDED source returns internally to this channel and replaces live input monitoring. audio signal; L/R stereo pair with ch1R — L-only auto-duplicates to R
`ch1R`	audio	Channel 1 right audio input, partnering ch1L. audio signal; L/R stereo pair with ch1L
`ch2L`	audio	Channel 2 left audio input. Pairs with ch2R as the stereo source for mixer channel 2. On the first available MIXMSTRS, Clip Player lane 2 captures this channel before EQ, compression and fader. Keep instrument cables connected: that clip's RECORDED source returns internally to this channel and replaces live input monitoring. audio signal; L/R stereo pair with ch2R — L-only auto-duplicates to R
`ch2R`	audio	Channel 2 right audio input, partnering ch2L. audio signal; L/R stereo pair with ch2L
`ch3L`	audio	Channel 3 left audio input. Pairs with ch3R as the stereo source for mixer channel 3. On the first available MIXMSTRS, Clip Player lane 3 captures this channel before EQ, compression and fader. Keep instrument cables connected: that clip's RECORDED source returns internally to this channel and replaces live input monitoring. audio signal; L/R stereo pair with ch3R — L-only auto-duplicates to R
`ch3R`	audio	Channel 3 right audio input, partnering ch3L. audio signal; L/R stereo pair with ch3L
`ch4L`	audio	Channel 4 left audio input. Pairs with ch4R as the stereo source for mixer channel 4. On the first available MIXMSTRS, Clip Player lane 4 captures this channel before EQ, compression and fader. Keep instrument cables connected: that clip's RECORDED source returns internally to this channel and replaces live input monitoring. audio signal; L/R stereo pair with ch4R — L-only auto-duplicates to R
`ch4R`	audio	Channel 4 right audio input, partnering ch4L. audio signal; L/R stereo pair with ch4L
`ch5L`	audio	Channel 5 left audio input. Pairs with ch5R as the stereo source for mixer channel 5. On the first available MIXMSTRS, Clip Player lane 5 captures this channel before EQ, compression and fader. Keep instrument cables connected: that clip's RECORDED source returns internally to this channel and replaces live input monitoring. audio signal; L/R stereo pair with ch5R — L-only auto-duplicates to R
`ch5R`	audio	Channel 5 right audio input, partnering ch5L. audio signal; L/R stereo pair with ch5L
`ch6L`	audio	Channel 6 left audio input. Pairs with ch6R as the stereo source for mixer channel 6. On the first available MIXMSTRS, Clip Player lane 6 captures this channel before EQ, compression and fader. Keep instrument cables connected: that clip's RECORDED source returns internally to this channel and replaces live input monitoring. audio signal; L/R stereo pair with ch6R — L-only auto-duplicates to R
`ch6R`	audio	Channel 6 right audio input, partnering ch6L. audio signal; L/R stereo pair with ch6L
`ch7L`	audio	Channel 7 left audio input. Pairs with ch7R as the stereo source for mixer channel 7. On the first available MIXMSTRS, Clip Player lane 7 captures this channel before EQ, compression and fader. Keep instrument cables connected: that clip's RECORDED source returns internally to this channel and replaces live input monitoring. audio signal; L/R stereo pair with ch7R — L-only auto-duplicates to R
`ch7R`	audio	Channel 7 right audio input, partnering ch7L. audio signal; L/R stereo pair with ch7L
`ch8L`	audio	Channel 8 left audio input. Pairs with ch8R as the stereo source for mixer channel 8. On the first available MIXMSTRS, Clip Player lane 8 captures this channel before EQ, compression and fader. Keep instrument cables connected: that clip's RECORDED source returns internally to this channel and replaces live input monitoring. audio signal; L/R stereo pair with ch8R — L-only auto-duplicates to R
`ch8R`	audio	Channel 8 right audio input, partnering ch8L. audio signal; L/R stereo pair with ch8L
`ret1L`	audio	Aux RETURN 1 left input — the wet signal coming back from the effect on send 1; summed (stereo) into the master bus. audio signal; L/R stereo pair with ret1R — L-only auto-duplicates to R
`ret1R`	audio	Aux RETURN 1 right input, partnering ret1L. audio signal; L/R stereo pair with ret1L
`ret2L`	audio	Aux RETURN 2 left input — the wet return for send 2; summed into the master bus. audio signal; L/R stereo pair with ret2R — L-only auto-duplicates to R
`ret2R`	audio	Aux RETURN 2 right input, partnering ret2L. audio signal; L/R stereo pair with ret2L
`ch1_volume`	cv	CV that offsets channel 1's VOLUME fader (±1 CV sweeps the full 0..1 span around the knob). control voltage (CV); modulates ch1_volume (summed directly (the destination DSP scales it))
`ch1_low`	cv	CV that offsets channel 1's LOW EQ band. control voltage (CV); modulates ch1_low (summed directly (the destination DSP scales it))
`ch1_mid`	cv	CV that offsets channel 1's MID EQ band. control voltage (CV); modulates ch1_mid (summed directly (the destination DSP scales it))
`ch1_high`	cv	CV that offsets channel 1's HIGH EQ band. control voltage (CV); modulates ch1_high (summed directly (the destination DSP scales it))
`ch1_thresh`	cv	CV that offsets channel 1's compressor THRESHOLD. control voltage (CV); modulates ch1_thresh (summed directly (the destination DSP scales it))
`ch1_ratio`	cv	CV that offsets channel 1's compressor RATIO. control voltage (CV); modulates ch1_ratio (summed directly (the destination DSP scales it))
`ch1_compEnable`	cv	CV (discrete) that toggles channel 1's compressor ENABLE. control voltage (CV); modulates ch1_compEnable (summed directly (the destination DSP scales it))
`comp1`	cv	CV that offsets channel 1's COMP macro amount. control voltage (CV); modulates comp1 (summed directly (the destination DSP scales it))
`ch1_send1`	cv	CV that offsets channel 1's SEND 1 amount. control voltage (CV); modulates ch1_send1 (summed directly (the destination DSP scales it))
`ch1_send2`	cv	CV that offsets channel 1's SEND 2 amount. control voltage (CV); modulates ch1_send2 (summed directly (the destination DSP scales it))
`ch2_volume`	cv	CV that offsets channel 2's VOLUME fader (±1 CV sweeps the full 0..1 span around the knob). control voltage (CV); modulates ch2_volume (summed directly (the destination DSP scales it))
`ch2_low`	cv	CV that offsets channel 2's LOW EQ band. control voltage (CV); modulates ch2_low (summed directly (the destination DSP scales it))
`ch2_mid`	cv	CV that offsets channel 2's MID EQ band. control voltage (CV); modulates ch2_mid (summed directly (the destination DSP scales it))
`ch2_high`	cv	CV that offsets channel 2's HIGH EQ band. control voltage (CV); modulates ch2_high (summed directly (the destination DSP scales it))
`ch2_thresh`	cv	CV that offsets channel 2's compressor THRESHOLD. control voltage (CV); modulates ch2_thresh (summed directly (the destination DSP scales it))
`ch2_ratio`	cv	CV that offsets channel 2's compressor RATIO. control voltage (CV); modulates ch2_ratio (summed directly (the destination DSP scales it))
`ch2_compEnable`	cv	CV (discrete) that toggles channel 2's compressor ENABLE. control voltage (CV); modulates ch2_compEnable (summed directly (the destination DSP scales it))
`comp2`	cv	CV that offsets channel 2's COMP macro amount. control voltage (CV); modulates comp2 (summed directly (the destination DSP scales it))
`ch2_send1`	cv	CV that offsets channel 2's SEND 1 amount. control voltage (CV); modulates ch2_send1 (summed directly (the destination DSP scales it))
`ch2_send2`	cv	CV that offsets channel 2's SEND 2 amount. control voltage (CV); modulates ch2_send2 (summed directly (the destination DSP scales it))
`ch3_volume`	cv	CV that offsets channel 3's VOLUME fader (±1 CV sweeps the full 0..1 span around the knob). control voltage (CV); modulates ch3_volume (summed directly (the destination DSP scales it))
`ch3_low`	cv	CV that offsets channel 3's LOW EQ band. control voltage (CV); modulates ch3_low (summed directly (the destination DSP scales it))
`ch3_mid`	cv	CV that offsets channel 3's MID EQ band. control voltage (CV); modulates ch3_mid (summed directly (the destination DSP scales it))
`ch3_high`	cv	CV that offsets channel 3's HIGH EQ band. control voltage (CV); modulates ch3_high (summed directly (the destination DSP scales it))
`ch3_thresh`	cv	CV that offsets channel 3's compressor THRESHOLD. control voltage (CV); modulates ch3_thresh (summed directly (the destination DSP scales it))
`ch3_ratio`	cv	CV that offsets channel 3's compressor RATIO. control voltage (CV); modulates ch3_ratio (summed directly (the destination DSP scales it))
`ch3_compEnable`	cv	CV (discrete) that toggles channel 3's compressor ENABLE. control voltage (CV); modulates ch3_compEnable (summed directly (the destination DSP scales it))
`comp3`	cv	CV that offsets channel 3's COMP macro amount. control voltage (CV); modulates comp3 (summed directly (the destination DSP scales it))
`ch3_send1`	cv	CV that offsets channel 3's SEND 1 amount. control voltage (CV); modulates ch3_send1 (summed directly (the destination DSP scales it))
`ch3_send2`	cv	CV that offsets channel 3's SEND 2 amount. control voltage (CV); modulates ch3_send2 (summed directly (the destination DSP scales it))
`ch4_volume`	cv	CV that offsets channel 4's VOLUME fader (±1 CV sweeps the full 0..1 span around the knob). control voltage (CV); modulates ch4_volume (summed directly (the destination DSP scales it))
`ch4_low`	cv	CV that offsets channel 4's LOW EQ band. control voltage (CV); modulates ch4_low (summed directly (the destination DSP scales it))
`ch4_mid`	cv	CV that offsets channel 4's MID EQ band. control voltage (CV); modulates ch4_mid (summed directly (the destination DSP scales it))
`ch4_high`	cv	CV that offsets channel 4's HIGH EQ band. control voltage (CV); modulates ch4_high (summed directly (the destination DSP scales it))
`ch4_thresh`	cv	CV that offsets channel 4's compressor THRESHOLD. control voltage (CV); modulates ch4_thresh (summed directly (the destination DSP scales it))
`ch4_ratio`	cv	CV that offsets channel 4's compressor RATIO. control voltage (CV); modulates ch4_ratio (summed directly (the destination DSP scales it))
`ch4_compEnable`	cv	CV (discrete) that toggles channel 4's compressor ENABLE. control voltage (CV); modulates ch4_compEnable (summed directly (the destination DSP scales it))
`comp4`	cv	CV that offsets channel 4's COMP macro amount. control voltage (CV); modulates comp4 (summed directly (the destination DSP scales it))
`ch4_send1`	cv	CV that offsets channel 4's SEND 1 amount. control voltage (CV); modulates ch4_send1 (summed directly (the destination DSP scales it))
`ch4_send2`	cv	CV that offsets channel 4's SEND 2 amount. control voltage (CV); modulates ch4_send2 (summed directly (the destination DSP scales it))
`ch5_volume`	cv	CV that offsets channel 5's VOLUME fader (±1 CV sweeps the full 0..1 span around the knob). control voltage (CV); modulates ch5_volume (summed directly (the destination DSP scales it))
`ch5_low`	cv	CV that offsets channel 5's LOW EQ band. control voltage (CV); modulates ch5_low (summed directly (the destination DSP scales it))
`ch5_mid`	cv	CV that offsets channel 5's MID EQ band. control voltage (CV); modulates ch5_mid (summed directly (the destination DSP scales it))
`ch5_high`	cv	CV that offsets channel 5's HIGH EQ band. control voltage (CV); modulates ch5_high (summed directly (the destination DSP scales it))
`ch5_thresh`	cv	CV that offsets channel 5's compressor THRESHOLD. control voltage (CV); modulates ch5_thresh (summed directly (the destination DSP scales it))
`ch5_ratio`	cv	CV that offsets channel 5's compressor RATIO. control voltage (CV); modulates ch5_ratio (summed directly (the destination DSP scales it))
`ch5_compEnable`	cv	CV (discrete) that toggles channel 5's compressor ENABLE. control voltage (CV); modulates ch5_compEnable (summed directly (the destination DSP scales it))
`comp5`	cv	CV that offsets channel 5's COMP macro amount. control voltage (CV); modulates comp5 (summed directly (the destination DSP scales it))
`ch5_send1`	cv	CV that offsets channel 5's SEND 1 amount. control voltage (CV); modulates ch5_send1 (summed directly (the destination DSP scales it))
`ch5_send2`	cv	CV that offsets channel 5's SEND 2 amount. control voltage (CV); modulates ch5_send2 (summed directly (the destination DSP scales it))
`ch6_volume`	cv	CV that offsets channel 6's VOLUME fader (±1 CV sweeps the full 0..1 span around the knob). control voltage (CV); modulates ch6_volume (summed directly (the destination DSP scales it))
`ch6_low`	cv	CV that offsets channel 6's LOW EQ band. control voltage (CV); modulates ch6_low (summed directly (the destination DSP scales it))
`ch6_mid`	cv	CV that offsets channel 6's MID EQ band. control voltage (CV); modulates ch6_mid (summed directly (the destination DSP scales it))
`ch6_high`	cv	CV that offsets channel 6's HIGH EQ band. control voltage (CV); modulates ch6_high (summed directly (the destination DSP scales it))
`ch6_thresh`	cv	CV that offsets channel 6's compressor THRESHOLD. control voltage (CV); modulates ch6_thresh (summed directly (the destination DSP scales it))
`ch6_ratio`	cv	CV that offsets channel 6's compressor RATIO. control voltage (CV); modulates ch6_ratio (summed directly (the destination DSP scales it))
`ch6_compEnable`	cv	CV (discrete) that toggles channel 6's compressor ENABLE. control voltage (CV); modulates ch6_compEnable (summed directly (the destination DSP scales it))
`comp6`	cv	CV that offsets channel 6's COMP macro amount. control voltage (CV); modulates comp6 (summed directly (the destination DSP scales it))
`ch6_send1`	cv	CV that offsets channel 6's SEND 1 amount. control voltage (CV); modulates ch6_send1 (summed directly (the destination DSP scales it))
`ch6_send2`	cv	CV that offsets channel 6's SEND 2 amount. control voltage (CV); modulates ch6_send2 (summed directly (the destination DSP scales it))
`ch7_volume`	cv	CV that offsets channel 7's VOLUME fader (±1 CV sweeps the full 0..1 span around the knob). control voltage (CV); modulates ch7_volume (summed directly (the destination DSP scales it))
`ch7_low`	cv	CV that offsets channel 7's LOW EQ band. control voltage (CV); modulates ch7_low (summed directly (the destination DSP scales it))
`ch7_mid`	cv	CV that offsets channel 7's MID EQ band. control voltage (CV); modulates ch7_mid (summed directly (the destination DSP scales it))
`ch7_high`	cv	CV that offsets channel 7's HIGH EQ band. control voltage (CV); modulates ch7_high (summed directly (the destination DSP scales it))
`ch7_thresh`	cv	CV that offsets channel 7's compressor THRESHOLD. control voltage (CV); modulates ch7_thresh (summed directly (the destination DSP scales it))
`ch7_ratio`	cv	CV that offsets channel 7's compressor RATIO. control voltage (CV); modulates ch7_ratio (summed directly (the destination DSP scales it))
`ch7_compEnable`	cv	CV (discrete) that toggles channel 7's compressor ENABLE. control voltage (CV); modulates ch7_compEnable (summed directly (the destination DSP scales it))
`comp7`	cv	CV that offsets channel 7's COMP macro amount. control voltage (CV); modulates comp7 (summed directly (the destination DSP scales it))
`ch7_send1`	cv	CV that offsets channel 7's SEND 1 amount. control voltage (CV); modulates ch7_send1 (summed directly (the destination DSP scales it))
`ch7_send2`	cv	CV that offsets channel 7's SEND 2 amount. control voltage (CV); modulates ch7_send2 (summed directly (the destination DSP scales it))
`ch8_volume`	cv	CV that offsets channel 8's VOLUME fader (±1 CV sweeps the full 0..1 span around the knob). control voltage (CV); modulates ch8_volume (summed directly (the destination DSP scales it))
`ch8_low`	cv	CV that offsets channel 8's LOW EQ band. control voltage (CV); modulates ch8_low (summed directly (the destination DSP scales it))
`ch8_mid`	cv	CV that offsets channel 8's MID EQ band. control voltage (CV); modulates ch8_mid (summed directly (the destination DSP scales it))
`ch8_high`	cv	CV that offsets channel 8's HIGH EQ band. control voltage (CV); modulates ch8_high (summed directly (the destination DSP scales it))
`ch8_thresh`	cv	CV that offsets channel 8's compressor THRESHOLD. control voltage (CV); modulates ch8_thresh (summed directly (the destination DSP scales it))
`ch8_ratio`	cv	CV that offsets channel 8's compressor RATIO. control voltage (CV); modulates ch8_ratio (summed directly (the destination DSP scales it))
`ch8_compEnable`	cv	CV (discrete) that toggles channel 8's compressor ENABLE. control voltage (CV); modulates ch8_compEnable (summed directly (the destination DSP scales it))
`comp8`	cv	CV that offsets channel 8's COMP macro amount. control voltage (CV); modulates comp8 (summed directly (the destination DSP scales it))
`ch8_send1`	cv	CV that offsets channel 8's SEND 1 amount. control voltage (CV); modulates ch8_send1 (summed directly (the destination DSP scales it))
`ch8_send2`	cv	CV that offsets channel 8's SEND 2 amount. control voltage (CV); modulates ch8_send2 (summed directly (the destination DSP scales it))
`master_volume`	cv	CV that offsets the MASTER volume — modulate the overall output level of the whole mix. control voltage (CV); modulates master_volume (summed directly (the destination DSP scales it))
`send1Pre`	cv	CV (discrete) that switches the SEND 1 bus between POST-fader (low) and PRE-fader (high). control voltage (CV); modulates send1Pre (summed directly (the destination DSP scales it))
`send2Pre`	cv	CV (discrete) that switches the SEND 2 bus between POST-fader (low) and PRE-fader (high). control voltage (CV); modulates send2Pre (summed directly (the destination DSP scales it))
`ret1_volume`	cv	CV that offsets RETURN 1's level. control voltage (CV); modulates ret1_volume (summed directly (the destination DSP scales it))
`ret1_low`	cv	CV that offsets RETURN 1's LOW EQ band. control voltage (CV); modulates ret1_low (summed directly (the destination DSP scales it))
`ret1_mid`	cv	CV that offsets RETURN 1's MID EQ band. control voltage (CV); modulates ret1_mid (summed directly (the destination DSP scales it))
`ret1_high`	cv	CV that offsets RETURN 1's HIGH EQ band. control voltage (CV); modulates ret1_high (summed directly (the destination DSP scales it))
`ret2_volume`	cv	CV that offsets RETURN 2's level. control voltage (CV); modulates ret2_volume (summed directly (the destination DSP scales it))
`ret2_low`	cv	CV that offsets RETURN 2's LOW EQ band. control voltage (CV); modulates ret2_low (summed directly (the destination DSP scales it))
`ret2_mid`	cv	CV that offsets RETURN 2's MID EQ band. control voltage (CV); modulates ret2_mid (summed directly (the destination DSP scales it))
`ret2_high`	cv	CV that offsets RETURN 2's HIGH EQ band. control voltage (CV); modulates ret2_high (summed directly (the destination DSP scales it))

outputs

id	cable	what it does
`masterL`	audio	MASTER bus left output — all eight channels (post EQ/comp/fader) plus the two aux returns, summed. The main stereo mix out. audio signal
`masterR`	audio	MASTER bus right output, the partner of masterL. audio signal
`send1L`	audio	AUX SEND 1 left output — the sum of every channel scaled by its SEND 1 amount. Patch it into an external effect, then return the wet to ret1L/R. The tap point follows the send1Pre switch: POST-fader by default, or PRE-fader (before the volume fader) so the bus keeps carrying a muted channel. audio signal
`send1R`	audio	AUX SEND 1 right output, the partner of send1L. audio signal
`send2L`	audio	AUX SEND 2 left output — the sum of every channel scaled by its SEND 2 amount. Return its wet to ret2L/R. audio signal
`send2R`	audio	AUX SEND 2 right output, the partner of send2L. audio signal

params

id	label	range	default	curve
`ch1_volume`	1V	0..1	0.8	linear
`ch1_low`	1Lo	-12..12dB	0	linear
`ch1_mid`	1Md	-12..12dB	0	linear
`ch1_high`	1Hi	-12..12dB	0	linear
`ch1_thresh`	1Th	-36..0dB	-12	linear
`ch1_ratio`	1Rt	1..10	2	linear
`ch1_compEnable`	1Cp	0..1	0	discrete
`comp1`	1Cm	0..1	0	linear
`ch1_send1`	1S1	0..1	0	linear
`ch1_send2`	1S2	0..1	0	linear
`ch2_volume`	2V	0..1	0.8	linear
`ch2_low`	2Lo	-12..12dB	0	linear
`ch2_mid`	2Md	-12..12dB	0	linear
`ch2_high`	2Hi	-12..12dB	0	linear
`ch2_thresh`	2Th	-36..0dB	-12	linear
`ch2_ratio`	2Rt	1..10	2	linear
`ch2_compEnable`	2Cp	0..1	0	discrete
`comp2`	2Cm	0..1	0	linear
`ch2_send1`	2S1	0..1	0	linear
`ch2_send2`	2S2	0..1	0	linear
`ch3_volume`	3V	0..1	0.8	linear
`ch3_low`	3Lo	-12..12dB	0	linear
`ch3_mid`	3Md	-12..12dB	0	linear
`ch3_high`	3Hi	-12..12dB	0	linear
`ch3_thresh`	3Th	-36..0dB	-12	linear
`ch3_ratio`	3Rt	1..10	2	linear
`ch3_compEnable`	3Cp	0..1	0	discrete
`comp3`	3Cm	0..1	0	linear
`ch3_send1`	3S1	0..1	0	linear
`ch3_send2`	3S2	0..1	0	linear
`ch4_volume`	4V	0..1	0.8	linear
`ch4_low`	4Lo	-12..12dB	0	linear
`ch4_mid`	4Md	-12..12dB	0	linear
`ch4_high`	4Hi	-12..12dB	0	linear
`ch4_thresh`	4Th	-36..0dB	-12	linear
`ch4_ratio`	4Rt	1..10	2	linear
`ch4_compEnable`	4Cp	0..1	0	discrete
`comp4`	4Cm	0..1	0	linear
`ch4_send1`	4S1	0..1	0	linear
`ch4_send2`	4S2	0..1	0	linear
`ch5_volume`	5V	0..1	0.8	linear
`ch5_low`	5Lo	-12..12dB	0	linear
`ch5_mid`	5Md	-12..12dB	0	linear
`ch5_high`	5Hi	-12..12dB	0	linear
`ch5_thresh`	5Th	-36..0dB	-12	linear
`ch5_ratio`	5Rt	1..10	2	linear
`ch5_compEnable`	5Cp	0..1	0	discrete
`comp5`	5Cm	0..1	0	linear
`ch5_send1`	5S1	0..1	0	linear
`ch5_send2`	5S2	0..1	0	linear
`ch6_volume`	6V	0..1	0.8	linear
`ch6_low`	6Lo	-12..12dB	0	linear
`ch6_mid`	6Md	-12..12dB	0	linear
`ch6_high`	6Hi	-12..12dB	0	linear
`ch6_thresh`	6Th	-36..0dB	-12	linear
`ch6_ratio`	6Rt	1..10	2	linear
`ch6_compEnable`	6Cp	0..1	0	discrete
`comp6`	6Cm	0..1	0	linear
`ch6_send1`	6S1	0..1	0	linear
`ch6_send2`	6S2	0..1	0	linear
`ch7_volume`	7V	0..1	0.8	linear
`ch7_low`	7Lo	-12..12dB	0	linear
`ch7_mid`	7Md	-12..12dB	0	linear
`ch7_high`	7Hi	-12..12dB	0	linear
`ch7_thresh`	7Th	-36..0dB	-12	linear
`ch7_ratio`	7Rt	1..10	2	linear
`ch7_compEnable`	7Cp	0..1	0	discrete
`comp7`	7Cm	0..1	0	linear
`ch7_send1`	7S1	0..1	0	linear
`ch7_send2`	7S2	0..1	0	linear
`ch8_volume`	8V	0..1	0.8	linear
`ch8_low`	8Lo	-12..12dB	0	linear
`ch8_mid`	8Md	-12..12dB	0	linear
`ch8_high`	8Hi	-12..12dB	0	linear
`ch8_thresh`	8Th	-36..0dB	-12	linear
`ch8_ratio`	8Rt	1..10	2	linear
`ch8_compEnable`	8Cp	0..1	0	discrete
`comp8`	8Cm	0..1	0	linear
`ch8_send1`	8S1	0..1	0	linear
`ch8_send2`	8S2	0..1	0	linear
`master_volume`	Master	0..1	0.8	linear
`send1Pre`	S1Pre	0..1	0	discrete
`send2Pre`	S2Pre	0..1	0	discrete
`ret1_volume`	R1V	0..1	1	linear
`ret1_low`	R1Lo	-12..12dB	0	linear
`ret1_mid`	R1Md	-12..12dB	0	linear
`ret1_high`	R1Hi	-12..12dB	0	linear
`ret2_volume`	R2V	0..1	1	linear
`ret2_low`	R2Lo	-12..12dB	0	linear
`ret2_mid`	R2Md	-12..12dB	0	linear
`ret2_high`	R2Hi	-12..12dB	0	linear

controls

control	what it does
1Cp	Channel 1 compressor ENABLE (on/off) — bypasses or engages channel 1's compressor directly (the manual control under the COMP macro). CV via the ch1_compEnable input.
1Hi	Channel 1 HIGH EQ band (±12 dB) — boost/cut the highs on channel 1. CV via the ch1_high input.
1Lo	Channel 1 LOW EQ band (±12 dB) — boost/cut the lows on channel 1. CV via the ch1_low input.
1Md	Channel 1 MID EQ band (±12 dB) — boost/cut the mids on channel 1. CV via the ch1_mid input.
1Rt	Channel 1 compressor RATIO (1..10) — how hard channel 1's compressor reduces gain above the threshold (1 = none, 10 = strong). CV via the ch1_ratio input.
1S1	Channel 1 SEND 1 amount (0..1) — how much of channel 1 is tapped to aux-send bus 1 (the send1L/R outputs, e.g. for an external reverb). CV via the ch1_send1 input.
1S2	Channel 1 SEND 2 amount (0..1) — how much of channel 1 feeds aux-send bus 2. CV via the ch1_send2 input.
1Th	Channel 1 compressor THRESHOLD (−36..0 dB) — the level above which channel 1's compressor starts gain-reduction (only when COMP ENABLE / the COMP macro is on). CV via the ch1_thresh input.
1V	Channel 1 VOLUME fader (0..1) — the channel's level into the master bus + aux sends. CV via the ch1_volume input.
2Cp	Channel 2 compressor ENABLE (on/off) — bypasses or engages channel 2's compressor directly (the manual control under the COMP macro). CV via the ch2_compEnable input.
2Hi	Channel 2 HIGH EQ band (±12 dB) — boost/cut the highs on channel 2. CV via the ch2_high input.
2Lo	Channel 2 LOW EQ band (±12 dB) — boost/cut the lows on channel 2. CV via the ch2_low input.
2Md	Channel 2 MID EQ band (±12 dB) — boost/cut the mids on channel 2. CV via the ch2_mid input.
2Rt	Channel 2 compressor RATIO (1..10) — how hard channel 2's compressor reduces gain above the threshold (1 = none, 10 = strong). CV via the ch2_ratio input.
2S1	Channel 2 SEND 1 amount (0..1) — how much of channel 2 is tapped to aux-send bus 1 (the send1L/R outputs, e.g. for an external reverb). CV via the ch2_send1 input.
2S2	Channel 2 SEND 2 amount (0..1) — how much of channel 2 feeds aux-send bus 2. CV via the ch2_send2 input.
2Th	Channel 2 compressor THRESHOLD (−36..0 dB) — the level above which channel 2's compressor starts gain-reduction (only when COMP ENABLE / the COMP macro is on). CV via the ch2_thresh input.
2V	Channel 2 VOLUME fader (0..1) — the channel's level into the master bus + aux sends. CV via the ch2_volume input.
3Cp	Channel 3 compressor ENABLE (on/off) — bypasses or engages channel 3's compressor directly (the manual control under the COMP macro). CV via the ch3_compEnable input.
3Hi	Channel 3 HIGH EQ band (±12 dB) — boost/cut the highs on channel 3. CV via the ch3_high input.
3Lo	Channel 3 LOW EQ band (±12 dB) — boost/cut the lows on channel 3. CV via the ch3_low input.
3Md	Channel 3 MID EQ band (±12 dB) — boost/cut the mids on channel 3. CV via the ch3_mid input.
3Rt	Channel 3 compressor RATIO (1..10) — how hard channel 3's compressor reduces gain above the threshold (1 = none, 10 = strong). CV via the ch3_ratio input.
3S1	Channel 3 SEND 1 amount (0..1) — how much of channel 3 is tapped to aux-send bus 1 (the send1L/R outputs, e.g. for an external reverb). CV via the ch3_send1 input.
3S2	Channel 3 SEND 2 amount (0..1) — how much of channel 3 feeds aux-send bus 2. CV via the ch3_send2 input.
3Th	Channel 3 compressor THRESHOLD (−36..0 dB) — the level above which channel 3's compressor starts gain-reduction (only when COMP ENABLE / the COMP macro is on). CV via the ch3_thresh input.
3V	Channel 3 VOLUME fader (0..1) — the channel's level into the master bus + aux sends. CV via the ch3_volume input.
4Cp	Channel 4 compressor ENABLE (on/off) — bypasses or engages channel 4's compressor directly (the manual control under the COMP macro). CV via the ch4_compEnable input.
4Hi	Channel 4 HIGH EQ band (±12 dB) — boost/cut the highs on channel 4. CV via the ch4_high input.
4Lo	Channel 4 LOW EQ band (±12 dB) — boost/cut the lows on channel 4. CV via the ch4_low input.
4Md	Channel 4 MID EQ band (±12 dB) — boost/cut the mids on channel 4. CV via the ch4_mid input.
4Rt	Channel 4 compressor RATIO (1..10) — how hard channel 4's compressor reduces gain above the threshold (1 = none, 10 = strong). CV via the ch4_ratio input.
4S1	Channel 4 SEND 1 amount (0..1) — how much of channel 4 is tapped to aux-send bus 1 (the send1L/R outputs, e.g. for an external reverb). CV via the ch4_send1 input.
4S2	Channel 4 SEND 2 amount (0..1) — how much of channel 4 feeds aux-send bus 2. CV via the ch4_send2 input.
4Th	Channel 4 compressor THRESHOLD (−36..0 dB) — the level above which channel 4's compressor starts gain-reduction (only when COMP ENABLE / the COMP macro is on). CV via the ch4_thresh input.
4V	Channel 4 VOLUME fader (0..1) — the channel's level into the master bus + aux sends. CV via the ch4_volume input.
5Cp	Channel 5 compressor ENABLE (on/off) — bypasses or engages channel 5's compressor directly (the manual control under the COMP macro). CV via the ch5_compEnable input.
5Hi	Channel 5 HIGH EQ band (±12 dB) — boost/cut the highs on channel 5. CV via the ch5_high input.
5Lo	Channel 5 LOW EQ band (±12 dB) — boost/cut the lows on channel 5. CV via the ch5_low input.
5Md	Channel 5 MID EQ band (±12 dB) — boost/cut the mids on channel 5. CV via the ch5_mid input.
5Rt	Channel 5 compressor RATIO (1..10) — how hard channel 5's compressor reduces gain above the threshold (1 = none, 10 = strong). CV via the ch5_ratio input.
5S1	Channel 5 SEND 1 amount (0..1) — how much of channel 5 is tapped to aux-send bus 1 (the send1L/R outputs, e.g. for an external reverb). CV via the ch5_send1 input.
5S2	Channel 5 SEND 2 amount (0..1) — how much of channel 5 feeds aux-send bus 2. CV via the ch5_send2 input.
5Th	Channel 5 compressor THRESHOLD (−36..0 dB) — the level above which channel 5's compressor starts gain-reduction (only when COMP ENABLE / the COMP macro is on). CV via the ch5_thresh input.
5V	Channel 5 VOLUME fader (0..1) — the channel's level into the master bus + aux sends. CV via the ch5_volume input.
6Cp	Channel 6 compressor ENABLE (on/off) — bypasses or engages channel 6's compressor directly (the manual control under the COMP macro). CV via the ch6_compEnable input.
6Hi	Channel 6 HIGH EQ band (±12 dB) — boost/cut the highs on channel 6. CV via the ch6_high input.
6Lo	Channel 6 LOW EQ band (±12 dB) — boost/cut the lows on channel 6. CV via the ch6_low input.
6Md	Channel 6 MID EQ band (±12 dB) — boost/cut the mids on channel 6. CV via the ch6_mid input.
6Rt	Channel 6 compressor RATIO (1..10) — how hard channel 6's compressor reduces gain above the threshold (1 = none, 10 = strong). CV via the ch6_ratio input.
6S1	Channel 6 SEND 1 amount (0..1) — how much of channel 6 is tapped to aux-send bus 1 (the send1L/R outputs, e.g. for an external reverb). CV via the ch6_send1 input.
6S2	Channel 6 SEND 2 amount (0..1) — how much of channel 6 feeds aux-send bus 2. CV via the ch6_send2 input.
6Th	Channel 6 compressor THRESHOLD (−36..0 dB) — the level above which channel 6's compressor starts gain-reduction (only when COMP ENABLE / the COMP macro is on). CV via the ch6_thresh input.
6V	Channel 6 VOLUME fader (0..1) — the channel's level into the master bus + aux sends. CV via the ch6_volume input.
7Cp	Channel 7 compressor ENABLE (on/off) — bypasses or engages channel 7's compressor directly (the manual control under the COMP macro). CV via the ch7_compEnable input.
7Hi	Channel 7 HIGH EQ band (±12 dB) — boost/cut the highs on channel 7. CV via the ch7_high input.
7Lo	Channel 7 LOW EQ band (±12 dB) — boost/cut the lows on channel 7. CV via the ch7_low input.
7Md	Channel 7 MID EQ band (±12 dB) — boost/cut the mids on channel 7. CV via the ch7_mid input.
7Rt	Channel 7 compressor RATIO (1..10) — how hard channel 7's compressor reduces gain above the threshold (1 = none, 10 = strong). CV via the ch7_ratio input.
7S1	Channel 7 SEND 1 amount (0..1) — how much of channel 7 is tapped to aux-send bus 1 (the send1L/R outputs, e.g. for an external reverb). CV via the ch7_send1 input.
7S2	Channel 7 SEND 2 amount (0..1) — how much of channel 7 feeds aux-send bus 2. CV via the ch7_send2 input.
7Th	Channel 7 compressor THRESHOLD (−36..0 dB) — the level above which channel 7's compressor starts gain-reduction (only when COMP ENABLE / the COMP macro is on). CV via the ch7_thresh input.
7V	Channel 7 VOLUME fader (0..1) — the channel's level into the master bus + aux sends. CV via the ch7_volume input.
8Cp	Channel 8 compressor ENABLE (on/off) — bypasses or engages channel 8's compressor directly (the manual control under the COMP macro). CV via the ch8_compEnable input.
8Hi	Channel 8 HIGH EQ band (±12 dB) — boost/cut the highs on channel 8. CV via the ch8_high input.
8Lo	Channel 8 LOW EQ band (±12 dB) — boost/cut the lows on channel 8. CV via the ch8_low input.
8Md	Channel 8 MID EQ band (±12 dB) — boost/cut the mids on channel 8. CV via the ch8_mid input.
8Rt	Channel 8 compressor RATIO (1..10) — how hard channel 8's compressor reduces gain above the threshold (1 = none, 10 = strong). CV via the ch8_ratio input.
8S1	Channel 8 SEND 1 amount (0..1) — how much of channel 8 is tapped to aux-send bus 1 (the send1L/R outputs, e.g. for an external reverb). CV via the ch8_send1 input.
8S2	Channel 8 SEND 2 amount (0..1) — how much of channel 8 feeds aux-send bus 2. CV via the ch8_send2 input.
8Th	Channel 8 compressor THRESHOLD (−36..0 dB) — the level above which channel 8's compressor starts gain-reduction (only when COMP ENABLE / the COMP macro is on). CV via the ch8_thresh input.
8V	Channel 8 VOLUME fader (0..1) — the channel's level into the master bus + aux sends. CV via the ch8_volume input.
1Cm	Channel 1 COMP macro (0..1) — one knob that collapses the per-channel compressor: 0 = bypass, and (0,1] enables it while interpolating the threshold from 0 dB down to −20 dB and the ratio from 1:1 up to 4:1, for a quick "isolate this channel" amount. Overrides the manual thresh/ratio/enable when moved. CV via the comp1 input.
2Cm	Channel 2 COMP macro (0..1) — one knob that collapses the per-channel compressor: 0 = bypass, and (0,1] enables it while interpolating the threshold from 0 dB down to −20 dB and the ratio from 1:1 up to 4:1, for a quick "isolate this channel" amount. Overrides the manual thresh/ratio/enable when moved. CV via the comp2 input.
3Cm	Channel 3 COMP macro (0..1) — one knob that collapses the per-channel compressor: 0 = bypass, and (0,1] enables it while interpolating the threshold from 0 dB down to −20 dB and the ratio from 1:1 up to 4:1, for a quick "isolate this channel" amount. Overrides the manual thresh/ratio/enable when moved. CV via the comp3 input.
4Cm	Channel 4 COMP macro (0..1) — one knob that collapses the per-channel compressor: 0 = bypass, and (0,1] enables it while interpolating the threshold from 0 dB down to −20 dB and the ratio from 1:1 up to 4:1, for a quick "isolate this channel" amount. Overrides the manual thresh/ratio/enable when moved. CV via the comp4 input.
5Cm	Channel 5 COMP macro (0..1) — one knob that collapses the per-channel compressor: 0 = bypass, and (0,1] enables it while interpolating the threshold from 0 dB down to −20 dB and the ratio from 1:1 up to 4:1, for a quick "isolate this channel" amount. Overrides the manual thresh/ratio/enable when moved. CV via the comp5 input.
6Cm	Channel 6 COMP macro (0..1) — one knob that collapses the per-channel compressor: 0 = bypass, and (0,1] enables it while interpolating the threshold from 0 dB down to −20 dB and the ratio from 1:1 up to 4:1, for a quick "isolate this channel" amount. Overrides the manual thresh/ratio/enable when moved. CV via the comp6 input.
7Cm	Channel 7 COMP macro (0..1) — one knob that collapses the per-channel compressor: 0 = bypass, and (0,1] enables it while interpolating the threshold from 0 dB down to −20 dB and the ratio from 1:1 up to 4:1, for a quick "isolate this channel" amount. Overrides the manual thresh/ratio/enable when moved. CV via the comp7 input.
8Cm	Channel 8 COMP macro (0..1) — one knob that collapses the per-channel compressor: 0 = bypass, and (0,1] enables it while interpolating the threshold from 0 dB down to −20 dB and the ratio from 1:1 up to 4:1, for a quick "isolate this channel" amount. Overrides the manual thresh/ratio/enable when moved. CV via the comp8 input.
Master	MASTER output level (0..1) — the overall gain of the whole mix bus. CV via the master_volume input.
R1Hi	RETURN 1 HIGH EQ band (±12 dB). CV via the ret1_high input.
R1Lo	RETURN 1 LOW EQ band (±12 dB) — shape the returning wet signal (e.g. roll the lows out of a reverb). Bypassed entirely while all three return-1 bands sit at 0 dB. CV via the ret1_low input.
R1Md	RETURN 1 MID EQ band (±12 dB). CV via the ret1_mid input.
R1V	RETURN 1 level (0..1, default 1 = unity) — how loud the wet signal coming back from the effect on send 1 sits in the master. This is the knob that makes a PRE-fader send usable: with send 1 switched to PRE, the return keeps sounding while the source channel is muted, and this sets how loud. CV via the ret1_volume input.
R2Hi	RETURN 2 HIGH EQ band (±12 dB). CV via the ret2_high input.
R2Lo	RETURN 2 LOW EQ band (±12 dB) — shape the returning wet signal (e.g. roll the lows out of a reverb). Bypassed entirely while all three return-2 bands sit at 0 dB. CV via the ret2_low input.
R2Md	RETURN 2 MID EQ band (±12 dB). CV via the ret2_mid input.
R2V	RETURN 2 level (0..1, default 1 = unity) — how loud the wet signal coming back from the effect on send 2 sits in the master. This is the knob that makes a PRE-fader send usable: with send 2 switched to PRE, the return keeps sounding while the source channel is muted, and this sets how loud. CV via the ret2_volume input.
S1Pre	SEND 1 PRE/POST-fader switch. POST (the default) taps each channel AFTER its volume fader, so pulling a fader down takes its send with it. PRE taps after EQ + compressor but BEFORE the fader, so the send level is the channel's signal × its SEND 1 amount no matter where the fader sits — which is how a RETURN keeps carrying sound while the channel it sits on is muted (a monitor feed, or a reverb that should ring on through a mute). Affects the whole send-1 bus, and is independent of SEND 2's switch.
S2Pre	SEND 2 PRE/POST-fader switch — the same choice as send1Pre, for the send-2 bus, and set independently of it: send 1 can be PRE while send 2 stays POST.

source

mixmstrs.ts on GitHub.