diff --git a/pop/jade-bonfires/bin/remix-v1.py b/pop/jade-bonfires/bin/remix-v1.py
new file mode 100644
index 0000000000..9960704e3f
--- /dev/null
+++ b/pop/jade-bonfires/bin/remix-v1.py
@@ -0,0 +1,131 @@
+#!/usr/bin/env python3
+"""A 30-second affectionate Menu Band remix, aligned from the take's MIDI."""
+from pathlib import Path
+import json, subprocess, re
+import numpy as np
+import soundfile as sf
+from scipy.signal import butter, sosfilt
+SR=44100; BPM=128; BEAT=60/BPM; N=30*SR
+ROOT=Path.home()/'Documents/Shelf/Jade Bonfires 2026-10-07'; SRC=ROOT/'Original/jade-bonfires-oct-7-stems'
+OUT=ROOT/'Remixes/jade-bonfires-adoration'; OUT.mkdir(exist_ok=True)
+# Read the Menu Band type-0 MIDI, including running status and tempo changes.
+b=(SRC/'notes.mid').read_bytes(); ppq=int.from_bytes(b[12:14],'big'); p=22; clock=0; status=0; tempo=500000; notes=[]
+def var():
+ global p
+ v=0
+ while True:
+  x=b[p];p+=1;v=(v<<7)|(x&127)
+  if x<128:return v
+while p<len(b):
+ clock+=var()*tempo/ppq/1e6
+ if b[p]&128:status=b[p];p+=1
+ if status==255:
+  typ=b[p];p+=1;size=var();data=b[p:p+size];p+=size
+  if typ==81:tempo=int.from_bytes(data,'big')
+ elif status>=240:size=var();p+=size
+ else:
+  kind=status&240;size=1 if kind in [192,208] else 2;data=b[p:p+size];p+=size
+  if kind==144 and data[1]>0:notes.append((clock,data[0]))
+tones,rate=sf.read(SRC/'tones.wav',always_2d=True); drums,drate=sf.read(SRC/'percussion.wav',always_2d=True)
+assert rate==drate==SR
+# Clean subsonics and round the recorded percussion before arranging.
+tones=sosfilt(butter(2,65,fs=SR,btype='highpass',output='sos'),tones,axis=0)
+drums=sosfilt(butter(2,35,fs=SR,btype='highpass',output='sos'),drums,axis=0)
+drums=.32*np.tanh(drums/.32)
+music=np.zeros((N,2)); rhythm=np.zeros((N,2)); glints=np.zeros((N,2))
+def fade(x,a=.005,r=.045):
+ x=x.copy();na=min(len(x),round(a*SR));nr=min(len(x),round(r*SR))
+ if na:x[:na]*=np.linspace(0,1,na)[:,None]
+ if nr:x[-nr:]*=np.linspace(1,0,nr)[:,None]
+ return x
+def put(bus,x,at,gain=1,pan=0):
+ i=round(at*SR)
+ if i<0 or i>=N:return
+ if x.ndim==1:x=np.repeat(x[:,None],2,axis=1)
+ count=min(len(x),N-i)
+ bus[i:i+count]+=x[:count]*gain*np.array([1-max(pan,0)*.5,1+min(pan,0)*.5])
+# This is an existing composition: retain its elected melody, snap its attacks
+# to eighths, and preserve each recorded note's pitch rather than speeding it up.
+start=notes[3][0]; source_beat=float(np.median(np.diff([t for t,n in notes if 4<t<22])))
+events=[]
+for idx,(at,note) in enumerate(notes):
+ if at<start or at>35.2:continue
+ grid=round((at-start)/source_beat*2)/2
+ if grid>=62:continue
+ dest=grid*BEAT
+ next_at=notes[idx+1][0] if idx+1<len(notes) else at+.5
+ stop=min(next_at+.035,at+.85)
+ segment=fade(tones[round(at*SR):round(stop*SR)],.003,.065)
+ put(music,segment,dest,1.9)
+ # Delicate dotted echoes answer the main phrase without blurring attacks.
+ if grid%4 in [0,2]:
+  put(glints,segment,dest+BEAT*.75,.24,-.55)
+  put(glints,segment,dest+BEAT*1.5,.12,.55)
+ hit=fade(drums[round(at*SR):round(min(next_at,at+.23)*SR)],.002,.04)
+ put(rhythm,hit,dest,.50 if grid<8 or 32<=grid<40 else .70)
+ events.append({'source':round(at,4),'at':round(dest,4),'midi':note})
+# Soft chord-tone bells: an upper third answers the recorded line, panned gently.
+scale=[48,50,52,53,55,57,59,60,62,64,65,67,69,71,72,74,76,77,79,81,83,84]
+def bell(note,duration=1.25):
+ t=np.arange(round(duration*SR))/SR;f=440*2**((note-69)/12)
+ y=np.sin(2*np.pi*f*t)*np.exp(-t/.38)+.16*np.sin(2*np.pi*f*2*t)*np.exp(-t/.12)
+ return fade(np.repeat(y[:,None],2,axis=1),.008,.13)
+for j,e in enumerate(events):
+ if j%4!=1:continue
+ lead=e['midi']+24
+ degree=min(range(len(scale)),key=lambda i:abs(scale[i]-lead))
+ put(glints,bell(scale[min(len(scale)-1,degree+2)]),e['at']+BEAT*.5,.033,(-1)**j*.5)
+# A tender Cmaj9 landing, then let its tail breathe.
+for k,note in enumerate([60,64,67,71,74]):put(glints,bell(note,2.8),27.9+k*.075,.025,(k-2)*.2)
+# Warm low support, chosen from the actual phrase's pitch at each bar.
+for bar in range(15):
+ at=bar*4*BEAT
+ candidates=[e for e in events if at<=e['at']<at+4*BEAT]
+ if not candidates:continue
+ root=candidates[0]['midi'];f=440*2**((root-69)/12)
+ for offset in [0,2.5]:
+  t=np.arange(round(.48*SR))/SR
+  bass=(np.sin(2*np.pi*f*t)+.2*np.sin(4*np.pi*f*t))*np.exp(-t/.20)
+  put(music,fade(np.repeat(bass[:,None],2,axis=1),.025,.1),at+offset*BEAT,.035)
+# Quiet stereo room on the decorative layer, keeping the low end centered.
+for delay,gain in [(.087,.10),(.143,.08),(.231,.06)]:
+ shift=round(delay*SR);glints[shift:]+=glints[:-shift,::-1]*gain
+phase=(np.arange(N)/SR)%BEAT
+music*= (1-.10*np.exp(-phase/.065))[:,None]
+mix=fade(music+rhythm+glints,.025,1.25)
+assert np.isfinite(mix).all() and np.max(abs(mix))>0
+sf.write(OUT/'premaster.wav',mix,SR,subtype='FLOAT')
+def ff(*args):
+ return subprocess.run(['ffmpeg','-hide_banner','-nostats','-y',*map(str,args)],capture_output=True,text=True,check=True)
+def measure(path):
+ r=ff('-i',path,'-af','loudnorm=I=-10:TP=-2:LRA=7:print_format=json','-f','null','-')
+ return json.loads(re.search(r'\{\s*"input_i"[\s\S]*?\}',r.stderr)[0])
+levels=measure(OUT/'premaster.wav')
+# Static gain with oversampled peak limiting; never ride the loudness envelope.
+gain=min(-10.5-float(levels['input_i']),-2.5-float(levels['input_tp'])+2)
+master=OUT/'jade-bonfires-adoration.wav';mp3=OUT/'jade-bonfires-adoration.mp3'
+ff('-i',OUT/'premaster.wav','-af',f'volume={gain}dB,aresample=176400,alimiter=limit=0.749894:attack=5:release=70:level=false,aresample=44100','-c:a','pcm_s24le',master)
+ff('-i',master,'-c:a','libmp3lame','-b:a','256k','-id3v2_version','3','-metadata','title=Jade Bonfires — Adoration','-metadata','artist=Aesthetic Dot Computer',mp3)
+report={'mp3':str(mp3),'seconds':30,'bpm':BPM,'source_beat':source_beat,'events':events,'master':measure(mp3),'voice':'Mic stem nearly silent; omitted rather than amplifying noise.'}
+(OUT/'remix.json').write_text(json.dumps(report,indent=2)+'\n')
+print(json.dumps({k:v for k,v in report.items() if k!='events'}))
+# One player, one document, no loop.
+script='''on run argv
+if application "Music" is running then
+ tell application "Music" to pause
+end if
+tell application "QuickTime Player"
+ repeat with d in documents
+  try
+   pause d
+  end try
+ end repeat
+ set preview to open POSIX file (item 1 of argv)
+ set looping of preview to false
+ set current time of preview to 0
+ set audio volume of preview to 0.35
+ activate
+ play preview
+end tell
+end run'''
+subprocess.run(['osascript','-e',script,str(mp3)],check=True)
diff --git a/pop/jade-bonfires/bin/remix.py b/pop/jade-bonfires/bin/remix.py
new file mode 100644
index 0000000000..6e74969777
--- /dev/null
+++ b/pop/jade-bonfires/bin/remix.py
@@ -0,0 +1,173 @@
+#!/usr/bin/env python3
+"""A 30-second affectionate Menu Band remix, aligned from the take's MIDI."""
+from pathlib import Path
+import json, subprocess, re
+import numpy as np
+import soundfile as sf
+from scipy.signal import butter, sosfilt
+SR=44100; BPM=128; BEAT=60/BPM; N=30*SR
+ROOT=Path.home()/'Documents/Shelf/Jade Bonfires 2026-10-07'; SRC=ROOT/'Original/jade-bonfires-oct-7-stems'
+OUT=ROOT/'Remixes/jade-bonfires-adoration-full'; OUT.mkdir(exist_ok=True)
+# Read the Menu Band type-0 MIDI, including running status and tempo changes.
+b=(SRC/'notes.mid').read_bytes(); ppq=int.from_bytes(b[12:14],'big'); p=22; clock=0; status=0; tempo=500000; notes=[]
+def var():
+ global p
+ v=0
+ while True:
+  x=b[p];p+=1;v=(v<<7)|(x&127)
+  if x<128:return v
+while p<len(b):
+ clock+=var()*tempo/ppq/1e6
+ if b[p]&128:status=b[p];p+=1
+ if status==255:
+  typ=b[p];p+=1;size=var();data=b[p:p+size];p+=size
+  if typ==81:tempo=int.from_bytes(data,'big')
+ elif status>=240:size=var();p+=size
+ else:
+  kind=status&240;size=1 if kind in [192,208] else 2;data=b[p:p+size];p+=size
+  if kind==144 and data[1]>0:notes.append((clock,data[0]))
+tones,rate=sf.read(SRC/'tones.wav',always_2d=True); drums,drate=sf.read(SRC/'percussion.wav',always_2d=True)
+assert rate==drate==SR
+# Clean subsonics and round the recorded percussion before arranging.
+tones=sosfilt(butter(2,65,fs=SR,btype='highpass',output='sos'),tones,axis=0)
+drums=sosfilt(butter(2,35,fs=SR,btype='highpass',output='sos'),drums,axis=0)
+drums=.32*np.tanh(drums/.32)
+music=np.zeros((N,2)); rhythm=np.zeros((N,2)); glints=np.zeros((N,2))
+def fade(x,a=.005,r=.045):
+ x=x.copy();na=min(len(x),round(a*SR));nr=min(len(x),round(r*SR))
+ if na:x[:na]*=np.linspace(0,1,na)[:,None]
+ if nr:x[-nr:]*=np.linspace(1,0,nr)[:,None]
+ return x
+def put(bus,x,at,gain=1,pan=0):
+ i=round(at*SR)
+ if i<0 or i>=N:return
+ if x.ndim==1:x=np.repeat(x[:,None],2,axis=1)
+ count=min(len(x),N-i)
+ bus[i:i+count]+=x[:count]*gain*np.array([1-max(pan,0)*.5,1+min(pan,0)*.5])
+# This is an existing composition: retain its elected melody, snap its attacks
+# to eighths, and preserve each recorded note's pitch rather than speeding it up.
+start=notes[3][0]; source_beat=float(np.median(np.diff([t for t,n in notes if 4<t<22])))
+events=[]
+for idx,(at,note) in enumerate(notes):
+ if at<start or at>35.2:continue
+ grid=round((at-start)/source_beat*2)/2
+ if grid>=62:continue
+ dest=grid*BEAT
+ next_at=notes[idx+1][0] if idx+1<len(notes) else at+.5
+ stop=min(next_at+.035,at+.85)
+ segment=fade(tones[round(at*SR):round(stop*SR)],.003,.065)
+ put(music,segment,dest,1.9)
+ # Delicate dotted echoes answer the main phrase without blurring attacks.
+ if grid%4 in [0,2]:
+  put(glints,segment,dest+BEAT*.75,.24,-.55)
+  put(glints,segment,dest+BEAT*1.5,.12,.55)
+ events.append({'source':round(at,4),'at':round(dest,4),'midi':note})
+# Soft chord-tone bells: an upper third answers the recorded line, panned gently.
+scale=[48,50,52,53,55,57,59,60,62,64,65,67,69,71,72,74,76,77,79,81,83,84]
+def bell(note,duration=1.25):
+ t=np.arange(round(duration*SR))/SR;f=440*2**((note-69)/12)
+ y=np.sin(2*np.pi*f*t)*np.exp(-t/.38)+.16*np.sin(2*np.pi*f*2*t)*np.exp(-t/.12)
+ return fade(np.repeat(y[:,None],2,axis=1),.008,.13)
+for j,e in enumerate(events):
+ if j%4!=1:continue
+ lead=e['midi']+24
+ degree=min(range(len(scale)),key=lambda i:abs(scale[i]-lead))
+ put(glints,bell(scale[min(len(scale)-1,degree+2)]),e['at']+BEAT*.5,.033,(-1)**j*.5)
+# A tender Cmaj9 landing, then let its tail breathe.
+for k,note in enumerate([60,64,67,71,74]):put(glints,bell(note,2.8),27.9+k*.075,.025,(k-2)*.2)
+# Warm low support, chosen from the actual phrase's pitch at each bar.
+for bar in range(15):
+ at=bar*4*BEAT
+ candidates=[e for e in events if at<=e['at']<at+4*BEAT]
+ if not candidates:continue
+ root=candidates[0]['midi'];f=440*2**((root-69)/12)
+ for offset in [0,2.5]:
+  t=np.arange(round(.48*SR))/SR
+  bass=(np.sin(2*np.pi*f*t)+.2*np.sin(4*np.pi*f*t))*np.exp(-t/.20)
+  put(music,fade(np.repeat(bass[:,None],2,axis=1),.025,.1),at+offset*BEAT,.035)
+# Fill the spaces with voice-led chords and a quiet, regular answering line.
+# Each chord supports the take's actual bass note; no new random harmony.
+chords={0:[48,55,59,64],2:[50,57,60,65],4:[48,55,59,64],
+        5:[53,57,60,64],7:[55,59,62,65],9:[45,52,55,60],11:[55,59,62,65]}
+for bar in range(16):
+ at=bar*4*BEAT
+ candidates=[e for e in events if at<=e['at']<at+4*BEAT]
+ root=candidates[0]['midi'] if candidates else 36
+ chord=chords.get(root%12,chords[0]) if bar<15 else chords[0]
+ duration=4*BEAT+.32;t=np.arange(round(duration*SR))/SR
+ pad=np.zeros((len(t),2))
+ for j,note in enumerate(chord):
+  f=440*2**((note-69)/12)
+  core=np.sin(2*np.pi*f*t)+.14*np.sin(4*np.pi*f*t)
+  pad[:,0]+=core*.010+np.sin(2*np.pi*f*1.001*t)*.002
+  pad[:,1]+=core*.010+np.sin(2*np.pi*f*.999*t)*.002
+ put(music,fade(pad,.10,.35),at)
+ for j,offset in enumerate([.5,1.5,2.5,3.5]):
+  if at+offset*BEAT>29:continue
+  note=chord[[1,2,3,2][j]]+12
+  put(glints,bell(note,.9),at+offset*BEAT,.026 if bar<8 else .034,(-1)**j*.35)
+# Rebuild a straightforward pocket from the recorded kick/backbeat timbres.
+# Fixed hat samples on straight eighths replace accidental chopped accents.
+kick=fade(sosfilt(butter(2,1800,fs=SR,output='sos'),drums[:round(.18*SR)],axis=0),.003,.045)
+snare=fade(sosfilt(butter(2,180,fs=SR,btype='highpass',output='sos'),drums[round(.48*SR):round(.68*SR)],axis=0),.003,.045)
+def hit_level(x,peak):return x*peak/max(float(np.max(abs(x))),1e-8)
+kick=hit_level(kick,.19);snare=hit_level(snare,.10)
+rng=np.random.default_rng(17);t=np.arange(round(.055*SR))/SR
+hat=sosfilt(butter(2,[6000,12000],fs=SR,btype='bandpass',output='sos'),rng.normal(size=len(t)))*np.exp(-t/.011)
+hat=hit_level(fade(np.repeat(hat[:,None],2,axis=1),.002,.012),.021)
+for bar in range(16):
+ at=bar*4*BEAT
+ for k in range(4):
+  if bar==15 and k>1:continue
+  if k in [0,2]:put(rhythm,kick,at+k*BEAT,.9)
+  if k in [1,3]:put(rhythm,snare,at+k*BEAT,.9)
+  put(rhythm,hat,at+k*BEAT,.8,.15)
+  put(rhythm,hat,at+(k+.5)*BEAT,1,.15)
+
+# Quiet stereo room on the decorative layer, keeping the low end centered.
+for delay,gain in [(.087,.10),(.143,.08),(.231,.06)]:
+ shift=round(delay*SR);glints[shift:]+=glints[:-shift,::-1]*gain
+phase=(np.arange(N)/SR)%BEAT
+music*= (1-.10*np.exp(-phase/.065))[:,None]
+mix=fade(music+rhythm+glints,.025,1.25)
+assert np.isfinite(mix).all() and np.max(abs(mix))>0
+sf.write(OUT/'premaster.wav',mix,SR,subtype='FLOAT')
+def ff(*args):
+ return subprocess.run(['ffmpeg','-hide_banner','-nostats','-y',*map(str,args)],capture_output=True,text=True,check=True)
+def measure(path):
+ r=ff('-i',path,'-af','loudnorm=I=-10:TP=-2:LRA=7:print_format=json','-f','null','-')
+ return json.loads(re.search(r'\{\s*"input_i"[\s\S]*?\}',r.stderr)[0])
+levels=measure(OUT/'premaster.wav')
+# Static gain with oversampled peak limiting; never ride the loudness envelope.
+gain=min(-10.5-float(levels['input_i']),-2.5-float(levels['input_tp'])+2)
+master=OUT/'jade-bonfires-adoration-full.wav';mp3=OUT/'jade-bonfires-adoration-full.mp3'
+ff('-i',OUT/'premaster.wav','-af',f'volume={gain}dB,aresample=176400,alimiter=limit=0.749894:attack=5:release=70:level=false,aresample=44100','-c:a','pcm_s24le',master)
+ff('-i',master,'-c:a','libmp3lame','-b:a','256k','-id3v2_version','3','-map_metadata','-1',mp3)
+report={'mp3':str(mp3),'seconds':30,'bpm':BPM,'source_beat':source_beat,'events':events,'master':measure(mp3),'voice':'Mic stem nearly silent; omitted rather than amplifying noise.'}
+(OUT/'remix.json').write_text(json.dumps(report,indent=2)+'\n')
+print(json.dumps({k:v for k,v in report.items() if k!='events'}))
+# One player, one document, no loop.
+script='''on run argv
+if application "Music" is running then
+ tell application "Music" to pause
+end if
+tell application "QuickTime Player"
+ repeat with d in documents
+  try
+   pause d
+  end try
+ end repeat
+ set preview to open POSIX file (item 1 of argv)
+ if preview is missing value then
+  delay 0.5
+  set preview to open POSIX file (item 1 of argv)
+ end if
+ if preview is missing value then error "QuickTime could not open the preview"
+ set looping of preview to false
+ set current time of preview to 0
+ set audio volume of preview to 0.35
+ activate
+ play preview
+end tell
+end run'''
+subprocess.run(['osascript','-e',script,str(mp3)],check=True)