hi!
i've been wasting couple of years being a distro-gipsy
and was going nerdy doing re-installs and re-installs almost everyday
but at last
have cs5 apt-got on my ubuntu-hardy-ppc@ibookg4
and started working on cs again yesterday

thanx to the developers had no trouble
but there is one thang am wondering about
this cs5 seems to be the double-sample version
there seems to be nothing going wrong with rendering my orc&sco
but these are the ones i wrote for the float version
well actually
the output is kinda de-tuned noise anyway
so am not sure if the calculation is being done
as i intended it to go

or is it just that
sample is double
but things we write in orc&sco should always be float?

mmm ... hope it is like that ...

these are what i used to render thangs:

tia

=== oil.orc ===

sr = 44100
kr = 4410
ksmps = 10
nchnls = 2
seed  0

giamp = 1.1

instr 1

	il1	rnd31	0.5,	0.5
	il2	rnd31	0.5,	0.5
	ir1	rnd31	0.5,	0.5
	ir2	rnd31	0.5,	0.5
	ic	rnd31	0.5,	0.5

	ifreq = 1 / (2 * p3)
	iamp = p4 / 3


	kenvg	oscil	iamp,	ifreq,			1,	0
	kenvl1	oscil	1,	8 * ifreq,		1,	0.5 + il1   
	kenvr1	oscil	1,	8 * ifreq,		1,	0.5 + ir1   
	kenvl2	oscil	1,	(8 / 2) * ifreq,	1,	0.5 + il2   
	kenvr2	oscil	1,	(8 / 2) * ifreq,	1,	0.5 + ir2   

        asigl1	oscil	kenvg * kenvl1 * (- kenvr1) * kenvl2,			p5 * 9 / 8,	1 
        asigr1	oscil	kenvg * kenvr1 * (- kenvl1) * kenvr2,			p5 * 10 / 8,	1
        asigl2	oscil	kenvg * (kenvl2 - kenvr2) / 2,				p5 * 12 / 8,	1
        asigr2	oscil	kenvg * (kenvr2 - kenvl2) / 2,				p5 * 13 / 9,	1
        asigc	oscil	kenvg * (kenvl1 + kenvr1 + kenvl2 + kenvr2) / 4,	p5,		1 

        outs	(asigl1+asigl2+asigc) * giamp	,	(asigr1+asigr2+asigc) * giamp

endin

instr 2

	il1	rnd31	0.5,	0.5
	il2	rnd31	0.5,	0.5
	ir1	rnd31	0.5,	0.5
	ir2	rnd31	0.5,	0.5
	ic	rnd31	0.5,	0.5

	ifreq = 1 / (2 * p3)
	iamp = p4 / 3

	kenvg	oscil	iamp,	ifreq,			1,	0
	kenvl1	oscil	1,	9 * ifreq,		1,	0.5 + il1   
	kenvr1	oscil	1,	9 * ifreq,		1,	0.5 + ir1   
	kenvl2	oscil	1,	(9 / 2) * ifreq,	1,	0.5 + il2   
	kenvr2	oscil	1,	(9 / 2) * ifreq,	1,	0.5 + ir2   

        asigl1	oscil	kenvg * kenvl1 * (- kenvr1) * kenvl2,			2 * p5 * 8 / 9,		2 
        asigr1	oscil	kenvg * kenvr1 * (- kenvl1) * kenvr2,			p5 * 9 / 8,		2
        asigl2	oscil	kenvg * (kenvl2 - kenvr2) / 2,				p5 * ((9 / 8) ^ 2),	2
        asigr2	oscil	kenvg * (kenvr2 - kenvl2) / 2,				2 * p5 * ((8 / 9) ^ 2),	2
        asigc	oscil	kenvg * (kenvl1 + kenvr1 + kenvl2 + kenvr2) / 4,	p5,			2 

        outs	(asigr1+asigr2+asigc) * giamp	,	(asigl1+asigl2+asigc) * giamp

endin

=== oil.sco ===

f 1 0 16384 10 1
f 2 0 16384 10 1 1 1 1 1 1 1 1

i1 0.0 15.0 20000.0 36.708096
i2 1.4019952 7.25 20000.0 29.366476
i1 0.3064011 11.25 20000.0 29.366476
i1 0.23766193 1.25 20000.0 36.708096
i2 3.1165128 11.25 20000.0 41.296608
i1 2.231495 11.25 20000.0 36.708096
i2 3.7424757 10.25 20000.0 48.46616
i1 8.012801 3.75 8571.429 65.258835
i2 7.8016973 1.75 8571.429 73.41619
i2 10.493078 3.75 8571.429 55.605164
i1 2.6648192 8.75 8571.429 91.77024
i2 0.8853879 3.75 8571.429 96.93232
i1 8.846228 4.75 8571.429 53.022804
i1 7.3049273 3.75 8571.429 48.944126
e