| nettime's_digestive_system on Tue, 18 Aug 1998 23:30:14 +0200 (MET DST) |
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| <nettime> antiorp x 3 |
Date: Tue, 18 Aug 1998 12:53:10 -0600
To: [email protected]
From: [email protected] (=cw4t7abs)
Last Trade:
44 1/8
Net Change:
2
Bid:
44 1/8
Ask:
44 3/16
Day High:
44 7/8
Day Low:
42 1/8
Volume:
1240400
Yesterday:
42 1/8
Last Quote Time:
13:35
Last Quote Date:
08/18/1998
Annual Dividend/Share:
0
Dividend Amount:
0.000
Bid Size:
5
Ask Size:
3
52 Week High:
55 1/2
52 Week Low:
7 1/8
Current Yield:
0.00
EPS:
-1.42
P/E Ratio:
N/A
Symbol Help
b!nar+e to!z == m9ndfukc++
http://194.19.130.194/=cw4t7abs/0f0003/ztpd/=cw4t7abs.3nkod0r..0+2.html
2-----------------------
Date: Tue, 18 Aug 1998 08:30:30 -0600
To: [email protected]
From: [email protected] (=cw4t7abs)
Subject: $22 [locks up machine] (Implied) 1/-
RLA $23 M <- (M << 1) /\ (A) (Ind,X) 2/8 *
BIT $24 Z <- ~(A /\ M) N<-M7 V<-M6
>where are u from?
we !n dze eazt =3D dze future. future ov dze wezt.
Std Mnemonic Hex Value Description Addressing Mode Bytes/Tim=
e
* BRK $00 Stack <- PC, PC <- ($fffe) (Immediate) 1/7
* ORA $01 A <- (A) V M (Ind,X) 6/2
JAM $02 [locks up machine] (Implied) 1/-
SLO $03 M <- (M >> 1) + A + C (Ind,X) 2/8
NOP $04 [no operation] (Z-Page) 2/3
* ORA $05 A <- (A) V M (Z-Page) 2/3
* ASL $06 C <- A7, A <- (A) << 1 (Z-Page) 2/5
SLO $07 M <- (M >> 1) + A + C (Z-Page) 2/5
* PHP $08 Stack <- (P) (Implied) 1/3
* ORA $09 A <- (A) V M (Immediate) 2/2
* ASL $0A C <- A7, A <- (A) << 1 (Accumalator) 1/2
ANC $0B A <- A /\ M, C=3D~A7 (Immediate) 1/2
NOP $0C [no operation] (Absolute) 3/4
* ORA $0D A <- (A) V M (Absolute) 3/4
* ASL $0E C <- A7, A <- (A) << 1 (Absolute) 3/6
SLO $0F M <- (M >> 1) + A + C (Absolute) 3/6
* BPL $10 if N=3D0, PC =3D PC + offset (Relative) 2/2'2
* ORA $11 A <- (A) V M ((Ind),Y) 2/5'1
JAM $12 [locks up machine] (Implied) 1/-
SLO $13 M <- (M >. 1) + A + C ((Ind),Y) 2/8'5
NOP $14 [no operation] (Z-Page,X) 2/4
* ORA $15 A <- (A) V M (Z-Page,X) 2/4
* ASL $16 C <- A7, A <- (A) << 1 (Z-Page,X) 2/6
SLO $17 M <- (M >> 1) + A + C (Z-Page,X) 2/6
* CLC $18 C <- 0 (Implied) 1/2
* ORA $19 A <- (A) V M (Absolute,Y) 3/4'1
NOP $1A [no operation] (Implied) 1/2
SLO $1B M <- (M >> 1) + A + C (Absolute,Y) 3/7
NOP $1C [no operation] (Absolute,X) 2/4'1
* ORA $1D A <- (A) V M (Absolute,X) 3/4'1
* ASL $1E C <- A7, A <- (A) << 1 (Absolute,X) 3/7
SLO $1F M <- (M >> 1) + A + C (Absolute,X) 3/7
* JSR $20 Stack <- PC, PC <- Address (Absolute) 3/6
* AND $21 A <- (A) /\ M (Ind,X) 2/6
JAM $22 [locks up machine] (Implied) 1/-
RLA $23 M <- (M << 1) /\ (A) (Ind,X) 2/8
* BIT $24 Z <- ~(A /\ M) N<-M7 V<-M6 (Z-Page) 2/3
* AND $25 A <- (A) /\ M (Z-Page) 2/3
* ROL $26 C <- A7 & A <- A << 1 + C (Z-Page) 2/5
RLA $27 M <- (M << 1) /\ (A) (Z-Page) 2/5'5
* PLP $28 A <- (Stack) (Implied) 1/4
* AND $29 A <- (A) /\ M (Immediate) 2/2
* ROL $2A C <- A7 & A <- A << 1 + C (Accumalator) 1/2
ANC $2B A <- A /\ M, C <- ~A7 (Immediate9 1/2
* BIT $2C Z <- ~(A /\ M) N<-M7 V<-M6 (Absolute) 3/4
* AND $2D A <- (A) /\ M (Absolute) 3/4
* ROL $2E C <- A7 & A <- A << 1 + C (Absolute) 3/6
RLA $2F M <- (M << 1) /\ (A) (Absolute) 3/6'5
* BMI $30 if N=3D1, PC =3D PC + offset (Relative) 2/2'2
* AND $31 A <- (A) /\ M ((Ind),Y) 2/5'1
JAM $32 [locks up machine] (Implied) 1/-
RLA $33 M <- (M << 1) /\ (A) ((Ind),Y) 2/8'5
NOP $34 [no operation] (Z-Page,X) 2/4
* AND $35 A <- (A) /\ M (Z-Page,X) 2/4
* ROL $36 C <- A7 & A <- A << 1 + C (Z-Page,X) 2/6
RLA $37 M <- (M << 1) /\ (A) (Z-Page,X) 2/6'5
* SEC $38 C <- 1 (Implied) 1/2
* AND $39 A <- (A) /\ M (Absolute,Y) 3/4'1
NOP $3A [no operation] (Implied) 1/2
RLA $3B M <- (M << 1) /\ (A) (Absolute,Y) 3/7'5
NOP $3C [no operation] (Absolute,X) 3/4'1
* AND $3D A <- (A) /\ M (Absolute,X) 3/4'1
* ROL $3E C <- A7 & A <- A << 1 + C (Absolute,X) 3/7
RLA $3F M <- (M << 1) /\ (A) (Absolute,X) 3/7'5
* RTI $40 P <- (Stack), PC <-(Stack) (Implied) 1/6
* EOR $41 A <- (A) \-/ M (Ind,X) 2/6
JAM $42 [locks up machine] (Implied) 1/-
SRE $43 M <- (M >> 1) \-/ A (Ind,X) 2/8
NOP $44 [no operation] (Z-Page) 2/3
* EOR $45 A <- (A) \-/ M (Z-Page) 2/3
* LSR $46 C <- A0, A <- (A) >> 1 (Absolute,X) 3/7
SRE $47 M <- (M >> 1) \-/ A (Z-Page) 2/5
* PHA $48 Stack <- (A) (Implied) 1/3
* EOR $49 A <- (A) \-/ M (Immediate) 2/2
* LSR $4A C <- A0, A <- (A) >> 1 (Accumalator) 1/2
ASR $4B A <- [(A /\ M) >> 1] (Immediate) 1/2
* JMP $4C PC <- Address (Absolute) 3/3
* EOR $4D A <- (A) \-/ M (Absolute) 3/4
* LSR $4E C <- A0, A <- (A) >> 1 (Absolute) 3/6
SRE $4F M <- (M >> 1) \-/ A (Absolute) 3/6
* BVC $50 if V=3D0, PC =3D PC + offset (Relative) 2/2'2
* EOR $51 A <- (A) \-/ M ((Ind),Y) 2/5'1
JAM $52 [locks up machine] (Implied) 1/-
SRE $53 M <- (M >> 1) \-/ A ((Ind),Y) 2/8
NOP $54 [no operation] (Z-Page,X) 2/4
* EOR $55 A <- (A) \-/ M (Z-Page,X) 2/4
* LSR $56 C <- A0, A <- (A) >> 1 (Z-Page,X) 2/6
SRE $57 M <- (M >> 1) \-/ A (Z-Page,X) 2/6
* CLI $58 I <- 0 (Implied) 1/2
* EOR $59 A <- (A) \-/ M (Absolute,Y) 3/4'1
NOP $5A [no operation] (Implied) 1/2
SRE $5B M <- (M >> 1) \-/ A (Absolute,Y) 3/7
NOP $5C [no operation] (Absolute,X) 3/4'1
* EOR $5D A <- (A) \-/ M (Absolute,X) 3/4'1
SRE $5F M <- (M >> 1) \-/ A (Absolute,X) 3/7
* RTS $60 PC <- (Stack) (Implied) 1/6
* ADC $61 A <- (A) + M + C (Ind,X) 2/6
JAM $62 [locks up machine] (Implied) 1/-
RRA $63 M <- (M >> 1) + (A) + C (Ind,X) 2/8'5
NOP $64 [no operation] (Z-Page) 2/3
* ADC $65 A <- (A) + M + C (Z-Page) 2/3
* ROR $66 C<-A0 & A<- (A7=3DC + A>>1) (Z-Page) 2/5
RRA $67 M <- (M >> 1) + (A) + C (Z-Page) 2/5'5
* PLA $68 A <- (Stack) (Implied) 1/4
* ADC $69 A <- (A) + M + C (Immediate) 2/2
* ROR $6A C<-A0 & A<- (A7=3DC + A>>1) (Accumalator) 1/2
ARR $6B A <- [(A /\ M) >> 1] (Immediate) 1/2'5
* JMP $6C PC <- Address (Indirect) 3/5
* ADC $6D A <- (A) + M + C (Absolute) 3/4
* ROR $6E C<-A0 & A<- (A7=3DC + A>>1) (Absolute) 3/6
RRA $6F M <- (M >> 1) + (A) + C (Absolute) 3/6'5
* BVS $70 if V=3D1, PC =3D PC + offset (Relative) 2/2'2
* ADC $71 A <- (A) + M + C ((Ind),Y) 2/5'1
JAM $72 [locks up machine] (Implied) 1/-
RRA $73 M <- (M >> 1) + (A) + C ((Ind),Y) 2/8'5
NOP $74 [no operation] (Z-Page,X) 2/4
* ADC $75 A <- (A) + M + C (Z-Page,X) 2/4
* ROR $76 C<-A0 & A<- (A7=3DC + A>>1) (Z-Page,X) 2/6
RRA $77 M <- (M >> 1) + (A) + C (Z-Page,X) 2/6'5
* SEI $78 I <- 1 (Implied) 1/2
* ADC $79 A <- (A) + M + C (Absolute,Y) 3/4'1
NOP $7A [no operation] (Implied) 1/2
RRA $7B M <- (M >> 1) + (A) + C (Absolute,Y) 3/7'5
NOP $7C [no operation] (Absolute,X) 3/4'1
* ADC $7D A <- (A) + M + C (Absolute,X) 3/4'1
* ROR $7E C<-A0 & A<- (A7=3DC + A>>1) (Absolute,X) 3/7
RRA $7F M <- (M >> 1) + (A) + C (Absolute,X) 3/7'5
NOP $80 [no operation] (Immediate) 2/2
* STA $81 M <- (A) (Ind,X) 2/6
NOP $82 [no operation] (Immediate) 2/2
SAX $83 M <- (A) /\ (X) (Ind,X) 2/6
* STY $84 M <- (Y) (Z-Page) 2/3
* STA $85 M <- (A) (Z-Page) 2/3
* STX $86 M <- (X) (Z-Page) 2/3
SAX $87 M <- (A) /\ (X) (Z-Page) 2/3
* DEY $88 Y <- (Y) - 1 (Implied) 1/2
NOP $89 [no operation] (Immediate) 2/2
* TXA $8A A <- (X) (Implied) 1/2
ANE $8B M <-[(A)\/$EE] /\ (X)/\(M) (Immediate) 2/2^4
* STY $8C M <- (Y) (Absolute) 3/4
* STA $8D M <- (A) (Absolute) 3/4
* STX $8E M <- (X) (Absolute) 3/4
SAX $8F M <- (A) /\ (X) (Absolute) 3/4
* BCC $90 if C=3D0, PC =3D PC + offset (Relative) 2/2'2
* STA $91 M <- (A) ((Ind),Y) 2/6
JAM $92 [locks up machine] (Implied) 1/-
SHA $93 M <- (A) /\ (X) /\ (PCH+1) (Absolute,X) 3/6'3
* STY $94 M <- (Y) (Z-Page,X) 2/4
* STA $95 M <- (A) (Z-Page,X) 2/4
SAX $97 M <- (A) /\ (X) (Z-Page,Y) 2/4
* STX $96 M <- (X) (Z-Page,Y) 2/4
* TYA $98 A <- (Y) (Implied) 1/2
* STA $99 M <- (A) (Absolute,Y) 3/5
* TXS $9A S <- (X) (Implied) 1/2
SHS $9B X <- (A) /\ (X), S <- (X) (Absolute,Y) 3/5
M <- (X) /\ (PCH+1)
SHY $9C M <- (Y) /\ (PCH+1) (Absolute,Y) 3/5'3
* STA $9D M <- (A) (Absolute,X) 3/5
SHX $9E M <- (X) /\ (PCH+1) (Absolute,X) 3/5'3
SHA $9F M <- (A) /\ (X) /\ (PCH+1) (Absolute,Y) 3/5'3
* LDY $A0 Y <- M (Immediate) 2/2
* LDA $A1 A <- M (Ind,X) 2/6
* LDX $A2 X <- M (Immediate) 2/2
LAX $A3 A <- M, X <- M (Ind,X) 2/6
* LDY $A4 Y <- M (Z-Page) 2/3
* LDA $A5 A <- M (Z-Page) 2/3
* LDX $A6 X <- M (Z-Page) 2/3
LAX $A7 A <- M, X <- M (Z-Page) 2/3
* TAY $A8 Y <- (A) (Implied) 1/2
* LDA $A9 A <- M (Immediate) 2/2
* TAX $AA X <- (A) (Implied) 1/2
LXA $AB X04 <- (X04) /\ M04 (Immediate) 1/2
A04 <- (A04) /\ M04
* LDY $AC Y <- M (Absolute) 3/4
* LDA $AD A <- M (Absolute) 3/4
* LDX $AE X <- M (Absolute) 3/4
LAX $AF A <- M, X <- M (Absolute) 3/4
* BCS $B0 if C=3D1, PC =3D PC + offset (Relative) 2/2'2
* LDA $B1 A <- M ((Ind),Y) 2/5'1
JAM $B2 [locks up machine] (Implied) 1/-
LAX $B3 A <- M, X <- M ((Ind),Y) 2/5'1
* LDY $B4 Y <- M (Z-Page,X) 2/4
* LDA $B5 A <- M (Z-Page,X) 2/4
* LDX $B6 X <- M (Z-Page,Y) 2/4
LAX $B7 A <- M, X <- M (Z-Page,Y) 2/4
* CLV $B8 V <- 0 (Implied) 1/2
* LDA $B9 A <- M (Absolute,Y) 3/4'1
* TSX $BA X <- (S) (Implied) 1/2
LAE $BB X,S,A <- (S /\ M) (Absolute,Y) 3/4'1
* LDY $BC Y <- M (Absolute,X) 3/4'1
* LDA $BD A <- M (Absolute,X) 3/4'1
* LDX $BE X <- M (Absolute,Y) 3/4'1
LAX $BF A <- M, X <- M (Absolute,Y) 3/4'1
* CPY $C0 (Y - M) -> NZC (Immediate) 2/2
* CMP $C1 (A - M) -> NZC (Ind,X) 2/6
NOP $C2 [no operation] (Immediate) 2/2
DCP $C3 M <- (M)-1, (A-M) -> NZC (Ind,X) 2/8
* CPY $C4 (Y - M) -> NZC (Z-Page) 2/3
* CMP $C5 (A - M) -> NZC (Z-Page) 2/3
* DEC $C6 M <- (M) - 1 (Z-Page) 2/5
DCP $C7 M <- (M)-1, (A-M) -> NZC (Z-Page) 2/5
* INY $C8 Y <- (Y) + 1 (Implied) 1/2
* CMP $C9 (A - M) -> NZC (Immediate) 2/2
* DEX $CA X <- (X) - 1 (Implied) 1/2
SBX $CB X <- (X)/\(A) - M (Immediate) 2/2
* CPY $CC (Y - M) -> NZC (Absolute) 3/4
* CMP $CD (A - M) -> NZC (Absolute) 3/4
* DEC $CE M <- (M) - 1 (Absolute) 3/6
DCP $CF M <- (M)-1, (A-M) -> NZC (Absolute) 3/6
* BNE $D0 if Z=3D0, PC =3D PC + offset (Relative) 2/2'2
* CMP $D1 (A - M) -> NZC ((Ind),Y) 2/5'1
JAM $D2 [locks up machine] (Implied) 1/-
DCP $D3 M <- (M)-1, (A-M) -> NZC ((Ind),Y) 2/8
NOP $D4 [no operation] (Z-Page,X) 2/4
* CMP $D5 (A - M) -> NZC (Z-Page,X) 2/4
* DEC $D6 M <- (M) - 1 (Z-Page,X) 2/6
DCP $D7 M <- (M)-1, (A-M) -> NZC (Z-Page,X) 2/6
* CLD $D8 D <- 0 (Implied) 1/2
* CMP $D9 (A - M) -> NZC (Absolute,Y) 3/4'1
NOP $DA [no operation] (Implied) 1/2
DCP $DB M <- (M)-1, (A-M) -> NZC (Absolute,Y) 3/7
NOP $DC [no operation] (Absolute,X) 3/4'1
* CMP $DD (A - M) -> NZC (Absolute,X) 3/4'1
* DEC $DE M <- (M) - 1 (Absolute,X) 3/7
DCP $DF M <- (M)-1, (A-M) -> NZC (Absolute,X) 3/7
* CPX $E0 (X - M) -> NZC (Immediate) 2/2
* SBC $E1 A <- (A) - M - ~C (Ind,X) 2/6
NOP $E2 [no operation] (Immediate) 2/2
ISB $E3 M <- (M) - 1,A <- (A)-M-~C (Ind,X) 3/8'1
* CPX $E4 (X - M) -> NZC (Z-Page) 2/3
* SBC $E5 A <- (A) - M - ~C (Z-Page) 2/3
* INC $E6 M <- (M) + 1 (Z-Page) 2/5
ISB $E7 M <- (M) - 1,A <- (A)-M-~C (Z-Page) 2/5
* INX $E8 X <- (X) +1 (Implied) 1/2
* SBC $E9 A <- (A) - M - ~C (Immediate) 2/2
* NOP $EA [no operation] (Implied) 1/2
SBC $EB A <- (A) - M - ~C (Immediate) 1/2
* SBC $ED A <- (A) - M - ~C (Absolute) 3/4
* CPX $EC (X - M) -> NZC (Absolute) 3/4
* INC $EE M <- (M) + 1 (Absolute) 3/6
ISB $EF M <- (M) - 1,A <- (A)-M-~C (Absolute) 3/6
* BEQ $F0 if Z=3D1, PC =3D PC + offset (Relative) 2/2'2
* SBC $F1 A <- (A) - M - ~C ((Ind),Y) 2/5'1
JAM $F2 [locks up machine] (Implied) 1/-
ISB $F3 M <- (M) - 1,A <- (A)-M-~C ((Ind),Y) 2/8
NOP $F4 [no operation] (Z-Page,X) 2/4
* SBC $F5 A <- (A) - M - ~C (Z-Page,X) 2/4
* INC $F6 M <- (M) + 1 (Z-Page,X) 2/6
ISB $F7 M <- (M) - 1,A <- (A)-M-~C (Z-Page,X) 2/6
* SED $F8 D <- 1 (Implied) 1/2
* SBC $F9 A <- (A) - M - ~C (Absolute,Y) 3/4'1
NOP $FA [no operation] (Implied) 1/2
ISB $FB M <- (M) - 1,A <- (A)-M-~C (Absolute,Y) 3/7
NOP $FC [no operation] (Absolute,X) 3/4'1
* SBC $FD A <- (A) - M - ~C (Absolute,X) 3/4'1
* INC $FE M <- (M) + 1 (Absolute,X) 3/7
ISB $FF M <- (M) - 1,A <- (A)-M-~C (Absolute,X) 3/7
|=7F=7F|
|=7F=7F=3D=3D=7F=7F|
v ! R u s |=7F=7F| p u N K t
[p-un_kT-pr_o-T=96k_oL] =D8 f =D8 =D8 =D8 3
herausgegeben v=F8m !nternat!onalen
!nst!tut f:ur ordnung |+| d!sz!pl!n
hTTp://www.tezcat.com/~antiorp
3-----------------------
Date: Tue, 18 Aug 1998 07:45:14 -0600
To: [email protected]
From: [email protected] (=cw4t7abs)
Subject: re: lease . b 1 2 5 7 + 1 2 | v. 0+2
-----------------------
: b 1 2 5 7 + 1 2 |
-----------------------
-_ ....realtime hyp[er|er]active sound processing for the power macintosh.
b1257+12 enables digital scrubbing on any power macintosh eliminating
the need for third party dsp cards. it provides the first software based
turntable-style scrub. scratch + granulation environment.
b1257+12 allows one to experiment with sound via mousedrawing. cursor tracki=
ng.
macintosh keyboard. lfo.s. number generators. random processes midi _+
audio input.
routing audio-in signals to control playback rate and direction _
placing a mic connected to a macintosh in an ambient environment or
simply speaking into it can be utilized to provide continuously evolving
sound textures.
b 1 2 5 7 + 1 2 | v. 0+2 release inkorporatez :
\\ additional realtime routines for ultra m9ndfukc++
----------------
midi module : :
----------------
provides for full midi control
of b1257+12 parameters.
there are approx 45 parameters which may be controlled
simultaneously via :
- pitchbend
- any controller number
- midi note pitch
- midi note velocity
-------------------------____
120 soundfile \ koll-age module : :
-----------------------------
the 120 soundfile module moves b!257+!2 towards
becoming a gallery \ installation \ performance piece
[the original intent - an automated version
of b!257+!2 should be available at one vienna gallery when complete]
it allows one to load 120 sound files [automatically or manually]
and alternate between them in real time -
- via the variable rate number generator
which allows for random + sequential change or
- via midi control : including
- pitchbend
- any controller number
- midi note pitch
- midi note velocity
-----------------------------
soundhack function module : :
-----------------------------
this module permits the loading of
soundhack generated functions - once loaded
they can be utilized to control b1257+12.
-----------------------------
amplitude shaping module : :
-----------------------------
allows for amplitude shaping [sep for each channel]
the envelopes may be set to loop + sync.
+ they may be altered \ edited in real time.
-
all processes can occur simultaneously + in parallel
=3D=3D ultra kaot!k m9ndfukc rout!n.
_____________________________
availability + inf=BA | propaganda
__________________________---
http://www.god-emil.dk/=3Dcw4t7abs/0f0003/ztpd/lakk.shtml
[kode section]
or for a more exhilarating experience
http://www.god-emil.dk/=3Dcw4t7abs/0f0003/ztpd/0009.html
[java script required]
____++-_______________
0f0003 maschinenkunst
___________________--_
0f0003 maschinenkunst develops + publishes cutting edge
multimedia. graphic.web. audio + video design.
and interactive applications for the macintosh platform.
in addition to b1257+12 0f0003 maschinenkunst publishes :
[3kxpoL] _- clavia nordlead editor . librarian + chaotic patch
generation application
[rebirthzmak] _- propellerheads rebirth sample editor . editor . librarian +
chaotic patch generation software
[0f0003pRpG] _- incorporates realtime sound +
gfx generation + random film playback.
krop3rom||a9ff 0+2 . nord[0002] . in .symb!os!s . 8'|sine.x(2^n) . etc
kontact information :
0f0003 maschinenkunst
$1
$2, $3
denmark $4
tel: $5
fax: $6
web : http://www.god-emil.dk/=3Dcw4t7abs
email [] [email protected]
a most important and serendipitous recent discovery is of a bona fide
planetary system around an unlikely star - some 1300 light years away found
by a most unexpected technique. the pulsar designated b1257+12 is a rapidly
rotating neutron star. an unbelievably dense sun - the remnant of a massive
star that suffered a supernova explosion. it spins at a rate measured to
impressive precision - once every 0.00621185319388187 seconds =3D 10000 rpm.
the energy put out by b1257+12 is 4.7 times that of the sun.
=3Dcw4t7abs _\- 0f0003..mask!nenkunzt.m9ndfukc.98o. \+\ apres []>
|=7F|
|=7F|9|=7F|
[p-un_kT-pr_o-T=96k_oL] =D8 f =D8 =D8 =D8 3 |=7F|
herausgegeben v=F8m internat!onalen
!nstitut f:ur ordnung |+| d!sz!pl!n
hTTp://www.tezcat.com/~antiorp
-\\_humanzsukc
=D8 f =D8 =D8 =D8 3 dze d.l ov konsc!ousnesz.
neuro-hak.erz vs nwo _||-
le masculin et la fraktur symbol!que.
la r!poste hysterique
tezcat.com|~antiorp
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# collaborative text filtering and cultural politics of the nets
# more info: [email protected] and "info nettime-l" in the msg body
# URL: http://www.desk.nl/~nettime/ contact: [email protected]