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Matrix Spatialiser [Win/Mac]
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Has an implementation called spatializer that converts to mid/side stereo by multiplying the stereo track by a matrix
The first and second rows are for the left and right input audio. When the vectors are multiplied by the matrix the output is this summed up
equation is:
Output = (r_left * m_left) + (r_right * m_right)
the first and second columns are for the left and right channel input. when multiplied by a matrix the output is this summed up equation
Output = (l_left * m_left) + (l_right * m_right)
Matrix Matrix Spatialiser
:
y= m * x
:
A= 0 1 0
:
B= 0 0 1
Input:
—
Matrix Spatialiser Crack+
L R
x x x x x x
x x x x x x
x = coefficients (real)
L = left channel coefficient
R = right channel coefficient
The spatialiser is controlled using a configurable positional XY pad like this:
The position of the pad determines the value of the output coefficient.
The XY pad is mapped to the coefficients L and R as follows:
R = L = x if pad 0
The pad therefore controls the stereo width from mono to 1. This means if you have 1.75 width, you can reposition the pad to 1.75 and the output coefficients will change correspondingly.
The XY pad is also used to do “panning” by setting the position, on both the left and right channels, to their average value (which is 0.5). This is achieved by setting L = R = x.
Here is some example code:
#include
#include “ms-instrument.h”
void *configure_spatializer_api(void *idata)
{
// Configure the spatializer
ms_load_instrument(MS_INSTRUMENT_ROOT, “spatializer.kfrp”, 0);
// Configure the XY pad
ms_fp_set_int_input(idata, 0, MS_INSTRUMENT_INPUT_XY, 0, “PosXY”);
// Enable the XY pad input
ms_fp_set_int_input(idata, 0, MS_INSTRUMENT_INPUT_XY, MS_INSTRUMENT_INPUT_ENABLED, “PosXY Input Enabled”);
// Play the configured instrument
ms_play_instrument(MS_INSTRUMENT_ROOT, idata, MS_INSTRUMENT_PLAY_INPROGRESS);
return NULL
09e8f5149f
Matrix Spatialiser [32|64bit]
Return-Matrix Spatialiser, C-MID/SIDE, mid/side, SSL
Generates Mid/side (MS) audio signals.
Mathematically equivalent to equal power Panning,
but we can determine and modify the power ratio for each channel,
so the change is proportional to the volume.
Note that the resulting signal has a longer attack than the original signal!
“all-or-nothing”
See FLAC-587, p. 180-181, “return-matrix”.
see Microsoft Developer Network for more description, examples and code
For information on using the simple_sybil private interface see SFML documentation.
Example:
The following code is a very simple operation, but it shows how easy it is to create a simple stereo converter that can be plugged into any normal program.
#include
#include
#include
using namespace sf;
int main() {
sf::SimpleSybilClient client;
sf::SoundBuffer sr;
sf::Sound stream = {sr, “sound.wav”, sf::SoundBuffer::HandleType::FILE_HANDLE};
stream.play();
client.set_callback(
[&stream]()
{
float m = stream.get_mid().getFloatValue();
float s = stream.get_side().getFloatValue();
float* l = static_cast (this->client.getData());
*l = m * 0.5f + s;
});
//sf::mp3::PCM music(“sound.wav”); // you don’t need this if you do it this way
sf::PcmAudioFormat music(music,
sf::mp3::Mono, sf::mp3::pcm_mono); //output type
sf::PcmAudioFormat out(music,
sf::mp3::Left, sf::mp3::Right);
out.setVolume(0.5f
What’s New In?
mid = 0 side = -pi/4 o_left = 0,2,4,6,8… o_right = -1,-3,-5,.. side = 0 width = 0
i_right and i_left are scaled to 0..1 range.
If i_left = i_right (0) or sides are equal (width=0), the mono signal is output.
The sides can be dynamic or change continuously.
The mid (i_left + i_right) / 2, is 0 if the sides are equal or reversed.
The sides can be controlled with the pan setting.
it is NOT accurate to use floating point mid values…
o_left = i_left o_right = i_right
Example: Control the width of the sound channels.
const unsigned int side_lo = 0x4d000000;
unsigned int width_lo = (side_lo >> 12) & 0x3ff;
const unsigned int width_hi = (side_lo & 0xfff) & 0x3ff;
unsigned int width = (width_lo 0x3ff) width -= 0x1000;
o_left = i_left * width + (i_left >> 12);
o_right = i_right * width + (i_right >> 12);
static float center_pan = 0;
float pan_r = center_pan + sin(2 * M_PI * center_pan * 60) * 0.5;
float pan_l = center_pan – sin(2 * M_PI * center_pan * 60) * 0.5;
o_left = o_left * pan_r + o_right * pan_l;
I sent it to [email protected] but I am getting no reply. I’ve tried to use sf_manual_save_out_plug_in, but that did nothing. I am pretty new to this stuff. Thanks for any help.
I think you are misunderstanding what I’m trying to do. I’m trying to construct a stereo signal based on the output of the first input channel. I then want to control the width of the resulting stereo signal. So I’ve got a first input and 2 output (one for each channel). Once I have the two outputs, I
System Requirements:
OS: Windows XP, Windows Vista, Windows 7 or Windows 8
Processor: 2.8 GHz Intel Core 2 Duo or higher
Memory: 2 GB RAM or higher
Graphics: Nvidia GeForce 7800 or ATI Radeon HD 3870 or higher
Hard Drive: 8 GB available space
Sound: DirectX 9.0 compatible sound card
Input Device: Mouse, Keyboard
Broadband Internet Connection
Additional Notes: Recommended Update Version: 2.00 (1009)
Note: Your hardware may vary, and you may get an older
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