Glory be the great moron that wrote the above message. Cockmonster your IQ is comparable to that of a common house-fly, and for the message you just posted i believe that you warrant a spot on the local banned list.

If you can’t contribute anything useful then i suggest you find another set of forums to post at such as http://www.morons.com

++Cire.

Amen, Cire.

I know I’ve seen some references to getting “stereo” values for VU, not sure about spectrum but I’m sure the two are related. I’m interested in a clearer formula for the stereo VU – and I’m using FSOUND Streams (.mp3/.wav) not FMUSIC…

Hello,
Could you explain a little bit more about the structure of get_spectrum DSP function.

I use VB and in the VB example it is not implemented.

sorry for my english

A french newbee in FMOD.

Hi, I guess I’m not understanding this correctly; I am experimenting with the DSP callback, and to start with something “easy” I am trying to simply set the volume of one channel to zero. I compiled the DSP sample, and replaced the DSP_ReverbCallback function with the following:

void *DSP_ReverbCallback(void *originalbuffer, void *newbuffer, int length, int param)
{
int mixertype = FSOUND_GetMixer();

/*
    must be 16bit stereo integer buffer.. sorry fpu (32bit float) dont support this.
*/
if (mixertype == FSOUND_MIXER_BLENDMODE || mixertype == FSOUND_MIXER_QUALITY_FPU)
{
    return newbuffer;
}

// Set every other sample to zero, thus setting volume for one
// channel to zero.
//
for (int i = 0; i < length; i++)
    {
    if (i % 2)
        ((int *)newbuffer)[i] = 0;
    }

/*
    Reverb history has been mixed into new buffer, so return it.
*/
return newbuffer;

}

Since every other sample is left/right/left/right/etc., this should set the volume for every other sample to zero, thereby setting the channel to zero, correct? But instead, both channels still play back in stereo, although at a reduced volume. Can anyone see where I’m shooting myself in the foot? Thanks.

Mike

Dammit, I’m so old-skool I’m thinking that Visual C integers are still 16 bits! :^( Thanx Brett.

Mike