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Lime Deesser S2 (Tukan)
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Lime Deesser S2 (Tukan)
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desc:Lime Deesser S2 (Tukan)
//tags: analysis FFT meter spectrum
//author: Cockos
/*
Copyright (C) 2007 Cockos Incorporated
License: LGPL - http://www.gnu.org/licenses/lgpl.html
*/
slider1:77<0,100,0.1>-Key In
slider2:90<0,100,0.1>-Key Out
slider3:-16<-32,0,0.1>-Threshold
slider4:0<0,1,1>-Key Listen
slider5:0<0,1,1>-Delta Listen
slider6:0<0,1,1>-Bypass
import S2GFX/tk_lib.jsfx-inc
filename:0,S2GFX/HD_Back.png
filename:1,S2GFX/BlueKnob.png
filename:2,S2GFX/RedKnob.png
filename:3,S2GFX/SmallKnob.png
filename:4,S2GFX/button.png
filename:5,S2GFX/switch.png
filename:6,S2GFX/gled.png
filename:7,S2GFX/rled.png
filename:8,S2GFX/yled.png
filename:9,S2GFX/oled.png
filename:10,S2GFX/bled.png
filename:11,S2GFX/menu.png
filename:12,S2GFX/S2_logo.png
in_pin:Left
in_pin:Right
out_pin:Left
out_pin:Right
options:no_meter
options:gfx_hz=60
options:gmem=TukanDeesserS2
//options:gfx_idle
@init
Deesser_VERSION = 1.16;
//0.99 removed options:gfx_idle
//09 added auto bypass support
/*
0.8 keine changes
0.71
Correct display at higher sample rates
changes 0.61
scaling on/off works now
*/
ext_tail_size = -1;
ext_nodenorm = 1;
gfx_ext_retina = 1;
gfx_clear=0;
ext_noinit=1;
lastCap=1;
mouse_wheel=1;
is_recording = 0; is_playing = 0; is_stopped = 1;
while_playing = 1; while_recording = 1; while_stopped = 1;
Number_input = 0;
number_input_raw = 0;
number_input_use = 0;
komma = 0;
in_key = 0;
number_input_x = 0;
number_input_y=0;
number_input_slider = 0;
number_input_min=0;
number_input_max=0;
number_input_invalid = 0;
number_input_sign=1;
s2_numbers_of_sliders = 6;
s2_numbers_of_generics = 0;
group_generics =500000; // fuer group_generics[bis zu 200]
sliders_old = group_generics + 16*200;
generics_old = sliders_old + 16*64;
in_scope = 1; gr_scope = 1; out_scope = 0;
//link_group = 0;
//link_group_master = 0;
blueknob = 1;
redknob = 2;
smallknob = 3;
button = 4;
switch = 5;
gled = 6; rled = 7; yled = 8; oled = 9; bled = 10;
menu = 11;
logo = 12;
Mouse_Sensivity ();
Deesser_knobs_x = 70;
Deesser_knobs_y = 215;
//Parameter_config (slider_ default_ minVal_ maxVal_ xIn_ yIn_ wIn frames_ scaling_ file_)
KThreshold.parameter_config (3, -16, -32, 0, Deesser_knobs_x + 230, Deesser_knobs_y, 150, 200, 1, blueknob);
KInFreq.parameter_config (1, 77, 10, 100, Deesser_knobs_x, Deesser_knobs_y+7, 120, 200, 1, smallknob);
KOutFreq.parameter_config (2, 90, 10, 100, Deesser_knobs_x + 100, Deesser_knobs_y+7, 120, 200, 1, smallknob);
BKey.button_config(4, Deesser_knobs_x + 90, Deesser_knobs_y + 95);
BDelta.button_config(5, Deesser_knobs_x + 280, Deesser_knobs_y + 95);
BBypass.button_config(6, Deesser_knobs_x + 403, Deesser_knobs_y+30);
function computeGain(x)
(
(x < Tlo) ? x = 0 :
(x > Thi) ? x = slope * (x - threshold) :
(delta = x - Tlo;
x = delta * delta * knee_factor;);
);
function smoothAverage(x, alphaA, alphaR)
(
eps = 0.0000000001;
yR = min(x, alphaR * yR + (1 - alphaR) * x + eps - eps);
yA = alphaA * yA + (1 - alphaA) * yR + eps - eps;
x = yA;
);
////////// ANALYZER
ext_nodenorm=1;
recpos=0;
max_fft_size=32768;
fftsize=max_fft_size;
S2_FFT_Size = 8; //{16,32,64,128,256,512,1024,2048,4096,8192,16384,32768}>-FFT size
//srate < 100000 ? S2_FFT_Size = 9;
//srate < 200000 ? S2_FFT_Size = 10;
//srate >= 200000 ? S2_FFT_Size = 11;
S2_Floor = -100;
S2_Show_phase = 0;
S2_Window = 2;
s2_integration_time = 500;
S2_slope = 3;
S2_Octave_gain_center = 1000;
//fftsize=max_fft_size;
gfx_clear=-1;
windowtype=-1;
fftidx=-1;
histsize=max_fft_size + (max_fft_size*0.5 - 1);
window=histsize;
fftworkspace=window+(max_fft_size*0.5 + 1);
integrate_buf = fftworkspace + max_fft_size*2;
MAX_FREQ = 44100 / 2.0;
MIN_FREQ = 10;
FREQ_LOG_MAX = log(MAX_FREQ / MIN_FREQ);
function per_to_freq(x, range) (
MIN_FREQ * exp(FREQ_LOG_MAX * x / range);
);
function freq_to_per(freq, range) (
range * log(freq / MIN_FREQ) / FREQ_LOG_MAX;
);
////////// ANALYZER
parameters_update_on = 0;
function parameters_update () (
parameters_update_on = 1;
old_w=0; ////////// ANALYZER
slider1 >= slider2 ? (
slider2 = slider2_old;
slider1 = slider1_old;
);
slider1_old = slider1;
slider2_old = slider2;
in_freq_slider = slider1;
out_freq_slider = slider2;
KThreshold.Parameter_Boundaries();
KInFreq.Parameter_Boundaries();
KOutFreq.Parameter_Boundaries();
// group_generics[1] = SCOPE;
// group_generics[2] = in_SCOPE;
// group_generics[3] = out_SCOPE;
// group_generics[4] = gr_scope;
group_parameters();
// Scope = group_generics[1];
// in_SCOPE = group_generics[2];
// out_SCOPE = group_generics[3];
// gr_scope = group_generics[4];
threshold = slider3;
knee_width = abs(slider3*2*75*0.01);
ratio = 8;
slope = ((1 - ratio) / ratio);
attack = 2/1000;
release = 5/1000;
alphaA = attack>0 ? exp(-1 / (attack * srate)) : 0;
alphaR = release>0 ? exp(-1 / (release * srate)) : 0;
Tlo = (threshold - knee_width / 2);
Thi = (threshold + knee_width / 2);
knee_factor = (slope / (knee_width * 2));
output = 1;
listen = slider4;
listen_delta = slider5;
bypass = slider6;
//****************************
//hp
n_hp = 6;
//CHLP_sx = 16+slider4*1.20103;
CHLP_cx_hp = per_to_freq(slider1,100); //floor(exp(CHLP_sx*log(1.059))*8.17742);
cutoff_hp = 2*CHLP_cx_hp/srate;
res_hp = 10^(0.05*(-0/n_hp+1.5));
k = 0.5*res_hp*sin($pi*cutoff_hp);
CHLP_c1 = 0.5*(1-k)/(1+k);
CHLP_c2 = (0.5+CHLP_c1)*cos($pi*cutoff_hp);
CHLP_c3 = (0.5+CHLP_c1+CHLP_c2)*0.25;
CHLP_a0_hp = 2*CHLP_c3;
CHLP_a1_hp = -4*CHLP_c3;
CHLP_a2_hp = 2*CHLP_c3;
CHLP_b1_hp = -2*CHLP_c2;
CHLP_b2_hp = 2*CHLP_c1;
//****************************
//lp
n_lp = 6;
//CHLP_sx = 16+slider5*1.20103;
CHLP_cx_lp = per_to_freq(slider2,100); //floor(exp(CHLP_sx*log(1.059))*8.17742);
cutoff_lp = 2*CHLP_cx_lp/srate;
res_lp = 10^(0.05*(-5/n_lp+1.5));
k = 0.5*res_lp*sin($pi*cutoff_lp);
CHLP_c1 = 0.5*(1-k)/(1+k);
CHLP_c2 = (0.5+CHLP_c1)*cos($pi*cutoff_lp);
CHLP_c3 = (0.5+CHLP_c1-CHLP_c2)*0.25;
CHLP_a0_lp = 2*CHLP_c3;
CHLP_a1_lp = 4*CHLP_c3;
CHLP_a2_lp = 2*CHLP_c3;
CHLP_b1_lp = -2*CHLP_c2;
CHLP_b2_lp = 2*CHLP_c1;
caller = 0;
parameters_update_on = 0;
analyzer_feed = 1;
);
@slider
parameters_update_on == 0 ? (
parameters_update();
):(
caller = 1;
);
@serialize
file_var(0, while_playing);
file_var(0, while_recording);
file_var(0, while_stopped);
file_var(0, link_group);
file_var(0, Deesser_VERSION);
seriloop = 0;
loop(64*16 + 27 + 16,
file_var(0, gmem[seriloop]);
seriloop += 1;
);
seriloop = 0;
loop(200*16,
file_var(0, group_generics[seriloop]);
seriloop += 1;
);
@block
////////// ANALYZER
S2_Floor != lfloor ? (
lfloor = S2_Floor;
minvol=2*exp(log(10)/20*S2_Floor);
);
////////// ANALYZER
csrate = ceil(srate / 44100);
@sample
gmem[16*64 + 10 + link_group] != 1 ? link_group = 0;
link_group ? group_check_smpl();
////////// ANALYZER
abs(recpos[]=spl0+spl1) > minvol ? update=1;
recpos = ((recpos+1) >= histsize ? 0 : (recpos+1));
////////// ANALYZER
caller == 1 ? (
parameters_update_on == 0 ? (
parameters_update();
);
);
playstates();
process = 0;
while_playing ? is_playing ? process = 1;
while_recording ? is_recording ? process = 1;
while_stopped ? is_stopped ? process = 1;
process == 1 ? (
clean0 = spl0;
clean1 = spl1;
inl = spl0;
inr = spl1;
//*********************************************
//hp
n_hp > 0 ? (
CHLP_out_hp_l_1 = CHLP_a0_hp*inl+CHLP_a1_hp*CHLP_hp_l_11+CHLP_a2_hp*CHLP_hp_l_12-CHLP_b1_hp*CHLP_hp_l_13-CHLP_b2_hp*CHLP_hp_l_14;
CHLP_hp_l_12 = CHLP_hp_l_11;
CHLP_hp_l_11 = inl;
CHLP_hp_l_14 = CHLP_hp_l_13;
CHLP_hp_l_13 = CHLP_out_hp_l_1;
CHLP_out_hp_l = CHLP_out_hp_l_1;
CHLP_out_hp_r_1 = CHLP_a0_hp*inr+CHLP_a1_hp*CHLP_hp_r_11+CHLP_a2_hp*CHLP_hp_r_12-CHLP_b1_hp*CHLP_hp_r_13-CHLP_b2_hp*CHLP_hp_r_14;
CHLP_hp_r_12 = CHLP_hp_r_11;
CHLP_hp_r_11 = inr;
CHLP_hp_r_14 = CHLP_hp_r_13;
CHLP_hp_r_13 = CHLP_out_hp_r_1;
CHLP_out_hp_r = CHLP_out_hp_r_1;
n_hp > 1 ? (
CHLP_out_hp_l_2 = CHLP_a0_hp*CHLP_out_hp_l_1+CHLP_a1_hp*CHLP_hp_l_21+CHLP_a2_hp*CHLP_hp_l_22-CHLP_b1_hp*CHLP_hp_l_23-CHLP_b2_hp*CHLP_hp_l_24;
CHLP_hp_l_22 = CHLP_hp_l_21;
CHLP_hp_l_21 = CHLP_out_hp_l_1;
CHLP_hp_l_24 = CHLP_hp_l_23;
CHLP_hp_l_23 = CHLP_out_hp_l_2;
CHLP_out_hp_l = CHLP_out_hp_l_2;
CHLP_out_hp_r_2 = CHLP_a0_hp*CHLP_out_hp_r_1+CHLP_a1_hp*CHLP_hp_r_21+CHLP_a2_hp*CHLP_hp_r_22-CHLP_b1_hp*CHLP_hp_r_23-CHLP_b2_hp*CHLP_hp_r_24;
CHLP_hp_r_22 = CHLP_hp_r_21;
CHLP_hp_r_21 = CHLP_out_hp_r_1;
CHLP_hp_r_24 = CHLP_hp_r_23;
CHLP_hp_r_23 = CHLP_out_hp_r_2;
CHLP_out_hp_r = CHLP_out_hp_r_2;
);
n_hp > 2 ? (
CHLP_out_hp_l_3 = CHLP_a0_hp*CHLP_out_hp_l_2+CHLP_a1_hp*CHLP_hp_l_31+CHLP_a2_hp*CHLP_hp_l_32-CHLP_b1_hp*CHLP_hp_l_33-CHLP_b2_hp*CHLP_hp_l_34;
CHLP_hp_l_32 = CHLP_hp_l_31;
CHLP_hp_l_31 = CHLP_out_hp_l_2;
CHLP_hp_l_34 = CHLP_hp_l_33;
CHLP_hp_l_33 = CHLP_out_hp_l_3;
CHLP_out_hp_l = CHLP_out_hp_l_3;
CHLP_out_hp_r_3 = CHLP_a0_hp*CHLP_out_hp_r_2+CHLP_a1_hp*CHLP_hp_r_31+CHLP_a2_hp*CHLP_hp_r_32-CHLP_b1_hp*CHLP_hp_r_33-CHLP_b2_hp*CHLP_hp_r_34;
CHLP_hp_r_32 = CHLP_hp_r_31;
CHLP_hp_r_31 = CHLP_out_hp_r_2;
CHLP_hp_r_34 = CHLP_hp_r_33;
CHLP_hp_r_33 = CHLP_out_hp_r_3;
CHLP_out_hp_r = CHLP_out_hp_r_3;
);
n_hp > 3 ? (
CHLP_out_hp_l_4 = CHLP_a0_hp*CHLP_out_hp_l_3+CHLP_a1_hp*CHLP_hp_l_41+CHLP_a2_hp*CHLP_hp_l_42-CHLP_b1_hp*CHLP_hp_l_43-CHLP_b2_hp*CHLP_hp_l_44;
CHLP_hp_l_42 = CHLP_hp_l_41;
CHLP_hp_l_41 = CHLP_out_hp_l_3;
CHLP_hp_l_44 = CHLP_hp_l_43;
CHLP_hp_l_43 = CHLP_out_hp_l_4;
CHLP_out_hp_l = CHLP_out_hp_l_4;
CHLP_out_hp_r_4 = CHLP_a0_hp*CHLP_out_hp_r_3+CHLP_a1_hp*CHLP_hp_r_41+CHLP_a2_hp*CHLP_hp_r_42-CHLP_b1_hp*CHLP_hp_r_43-CHLP_b2_hp*CHLP_hp_r_44;
CHLP_hp_r_42 = CHLP_hp_r_41;
CHLP_hp_r_41 = CHLP_out_hp_r_3;
CHLP_hp_r_44 = CHLP_hp_r_43;
CHLP_hp_r_43 = CHLP_out_hp_r_4;
CHLP_out_hp_r = CHLP_out_hp_r_4;
);
n_hp > 4 ? (
CHLP_out_hp_l_5 = CHLP_a0_hp*CHLP_out_hp_l_4+CHLP_a1_hp*CHLP_hp_l_51+CHLP_a2_hp*CHLP_hp_l_52-CHLP_b1_hp*CHLP_hp_l_53-CHLP_b2_hp*CHLP_hp_l_54;
CHLP_hp_l_52 = CHLP_hp_l_51;
CHLP_hp_l_51 = CHLP_out_hp_l_4;
CHLP_hp_l_54 = CHLP_hp_l_53;
CHLP_hp_l_53 = CHLP_out_hp_l_5;
CHLP_out_hp_l = CHLP_out_hp_l_5;
CHLP_out_hp_r_5 = CHLP_a0_hp*CHLP_out_hp_r_4+CHLP_a1_hp*CHLP_hp_r_51+CHLP_a2_hp*CHLP_hp_r_52-CHLP_b1_hp*CHLP_hp_r_53-CHLP_b2_hp*CHLP_hp_r_54;
CHLP_hp_r_52 = CHLP_hp_r_51;
CHLP_hp_r_51 = CHLP_out_hp_r_4;
CHLP_hp_r_54 = CHLP_hp_r_53;
CHLP_hp_r_53 = CHLP_out_hp_r_5;
CHLP_out_hp_r = CHLP_out_hp_r_5;
);
n_hp > 5 ? (
CHLP_out_hp_l_6 = CHLP_a0_hp*CHLP_out_hp_l_5+CHLP_a1_hp*CHLP_hp_l_61+CHLP_a2_hp*CHLP_hp_l_62-CHLP_b1_hp*CHLP_hp_l_63-CHLP_b2_hp*CHLP_hp_l_64;
CHLP_hp_l_62 = CHLP_hp_l_61;
CHLP_hp_l_61 = CHLP_out_hp_l_5;
CHLP_hp_l_64 = CHLP_hp_l_63;
CHLP_hp_l_63 = CHLP_out_hp_l_6;
CHLP_out_hp_l = CHLP_out_hp_l_6;
CHLP_out_hp_r_6 = CHLP_a0_hp*CHLP_out_hp_r_5+CHLP_a1_hp*CHLP_hp_r_61+CHLP_a2_hp*CHLP_hp_r_62-CHLP_b1_hp*CHLP_hp_r_63-CHLP_b2_hp*CHLP_hp_r_64;
CHLP_hp_r_62 = CHLP_hp_r_61;
CHLP_hp_r_61 = CHLP_out_hp_r_5;
CHLP_hp_r_64 = CHLP_hp_r_63;
CHLP_hp_r_63 = CHLP_out_hp_r_6;
CHLP_out_hp_r = CHLP_out_hp_r_6;
);
) : (
CHLP_out_hp_l = inl;
CHLP_out_hp_r = inr;
);
//*********************************************
//lp
out_freq_slider < 100 ? (
n_lp > 0 ? (
CHLP_out_lp_l_1 = CHLP_a0_lp*CHLP_out_hp_l+CHLP_a1_lp*CHLP_lp_l_11+CHLP_a2_lp*CHLP_lp_l_12-CHLP_b1_lp*CHLP_lp_l_13-CHLP_b2_lp*CHLP_lp_l_14;
CHLP_lp_l_12 = CHLP_lp_l_11;
CHLP_lp_l_11 = CHLP_out_hp_l;
CHLP_lp_l_14 = CHLP_lp_l_13;
CHLP_lp_l_13 = CHLP_out_lp_l_1;
CHLP_out_lp_l = CHLP_out_lp_l_1;
CHLP_out_lp_r_1 = CHLP_a0_lp*CHLP_out_hp_r+CHLP_a1_lp*CHLP_lp_r_11+CHLP_a2_lp*CHLP_lp_r_12-CHLP_b1_lp*CHLP_lp_r_13-CHLP_b2_lp*CHLP_lp_r_14;
CHLP_lp_r_12 = CHLP_lp_r_11;
CHLP_lp_r_11 = CHLP_out_hp_r;
CHLP_lp_r_14 = CHLP_lp_r_13;
CHLP_lp_r_13 = CHLP_out_lp_r_1;
CHLP_out_lp_r = CHLP_out_lp_r_1;
n_lp > 1 ? (
CHLP_out_lp_l_2 = CHLP_a0_lp*CHLP_out_lp_l_1+CHLP_a1_lp*CHLP_lp_l_21+CHLP_a2_lp*CHLP_lp_l_22-CHLP_b1_lp*CHLP_lp_l_23-CHLP_b2_lp*CHLP_lp_l_24;
CHLP_lp_l_22 = CHLP_lp_l_21;
CHLP_lp_l_21 = CHLP_out_lp_l_1;
CHLP_lp_l_24 = CHLP_lp_l_23;
CHLP_lp_l_23 = CHLP_out_lp_l_2;
CHLP_out_lp_l = CHLP_out_lp_l_2;
CHLP_out_lp_r_2 = CHLP_a0_lp*CHLP_out_lp_r_1+CHLP_a1_lp*CHLP_lp_r_21+CHLP_a2_lp*CHLP_lp_r_22-CHLP_b1_lp*CHLP_lp_r_23-CHLP_b2_lp*CHLP_lp_r_24;
CHLP_lp_r_22 = CHLP_lp_r_21;
CHLP_lp_r_21 = CHLP_out_lp_r_1;
CHLP_lp_r_24 = CHLP_lp_r_23;
CHLP_lp_r_23 = CHLP_out_lp_r_2;
CHLP_out_lp_r = CHLP_out_lp_r_2;
);
n_lp > 2 ? (
CHLP_out_lp_l_3 = CHLP_a0_lp*CHLP_out_lp_l_2+CHLP_a1_lp*CHLP_lp_l_31+CHLP_a2_lp*CHLP_lp_l_32-CHLP_b1_lp*CHLP_lp_l_33-CHLP_b2_lp*CHLP_lp_l_34;
CHLP_lp_l_32 = CHLP_lp_l_31;
CHLP_lp_l_31 = CHLP_out_lp_l_2;
CHLP_lp_l_34 = CHLP_lp_l_33;
CHLP_lp_l_33 = CHLP_out_lp_l_3;
CHLP_out_lp_l = CHLP_out_lp_l_3;
CHLP_out_lp_r_3 = CHLP_a0_lp*CHLP_out_lp_r_2+CHLP_a1_lp*CHLP_lp_r_31+CHLP_a2_lp*CHLP_lp_r_32-CHLP_b1_lp*CHLP_lp_r_33-CHLP_b2_lp*CHLP_lp_r_34;
CHLP_lp_r_32 = CHLP_lp_r_31;
CHLP_lp_r_31 = CHLP_out_lp_r_2;
CHLP_lp_r_34 = CHLP_lp_r_33;
CHLP_lp_r_33 = CHLP_out_lp_r_3;
CHLP_out_lp_r = CHLP_out_lp_r_3;
);
n_lp > 3 ? (
CHLP_out_lp_l_4 = CHLP_a0_lp*CHLP_out_lp_l_3+CHLP_a1_lp*CHLP_lp_l_41+CHLP_a2_lp*CHLP_lp_l_42-CHLP_b1_lp*CHLP_lp_l_43-CHLP_b2_lp*CHLP_lp_l_44;
CHLP_lp_l_42 = CHLP_lp_l_41;
CHLP_lp_l_41 = CHLP_out_lp_l_3;
CHLP_lp_l_44 = CHLP_lp_l_43;
CHLP_lp_l_43 = CHLP_out_lp_l_4;
CHLP_out_lp_l = CHLP_out_lp_l_4;
CHLP_out_lp_r_4 = CHLP_a0_lp*CHLP_out_lp_r_3+CHLP_a1_lp*CHLP_lp_r_41+CHLP_a2_lp*CHLP_lp_r_42-CHLP_b1_lp*CHLP_lp_r_43-CHLP_b2_lp*CHLP_lp_r_44;
CHLP_lp_r_42 = CHLP_lp_r_41;
CHLP_lp_r_41 = CHLP_out_lp_r_3;
CHLP_lp_r_44 = CHLP_lp_r_43;
CHLP_lp_r_43 = CHLP_out_lp_r_4;
CHLP_out_lp_r = CHLP_out_lp_r_4;
);
n_lp > 4 ? (
CHLP_out_lp_l_5 = CHLP_a0_lp*CHLP_out_lp_l_4+CHLP_a1_lp*CHLP_lp_l_51+CHLP_a2_lp*CHLP_lp_l_52-CHLP_b1_lp*CHLP_lp_l_53-CHLP_b2_lp*CHLP_lp_l_54;
CHLP_lp_l_52 = CHLP_lp_l_51;
CHLP_lp_l_51 = CHLP_out_lp_l_4;
CHLP_lp_l_54 = CHLP_lp_l_53;
CHLP_lp_l_53 = CHLP_out_lp_l_5;
CHLP_out_lp_l = CHLP_out_lp_l_5;
CHLP_out_lp_r_5 = CHLP_a0_lp*CHLP_out_lp_r_4+CHLP_a1_lp*CHLP_lp_r_51+CHLP_a2_lp*CHLP_lp_r_52-CHLP_b1_lp*CHLP_lp_r_53-CHLP_b2_lp*CHLP_lp_r_54;
CHLP_lp_r_52 = CHLP_lp_r_51;
CHLP_lp_r_51 = CHLP_out_lp_r_4;
CHLP_lp_r_54 = CHLP_lp_r_53;
CHLP_lp_r_53 = CHLP_out_lp_r_5;
CHLP_out_lp_r = CHLP_out_lp_r_5;
);
n_lp > 5 ? (
CHLP_out_lp_l_6 = CHLP_a0_lp*CHLP_out_lp_l_5+CHLP_a1_lp*CHLP_lp_l_61+CHLP_a2_lp*CHLP_lp_l_62-CHLP_b1_lp*CHLP_lp_l_63-CHLP_b2_lp*CHLP_lp_l_64;
CHLP_lp_l_62 = CHLP_lp_l_61;
CHLP_lp_l_61 = CHLP_out_lp_l_5;
CHLP_lp_l_64 = CHLP_lp_l_63;
CHLP_lp_l_63 = CHLP_out_lp_l_6;
CHLP_out_lp_l = CHLP_out_lp_l_6;
CHLP_out_lp_r_6 = CHLP_a0_lp*CHLP_out_lp_r_5+CHLP_a1_lp*CHLP_lp_r_61+CHLP_a2_lp*CHLP_lp_r_62-CHLP_b1_lp*CHLP_lp_r_63-CHLP_b2_lp*CHLP_lp_r_64;
CHLP_lp_r_62 = CHLP_lp_r_61;
CHLP_lp_r_61 = CHLP_out_lp_r_5;
CHLP_lp_r_64 = CHLP_lp_r_63;
CHLP_lp_r_63 = CHLP_out_lp_r_6;
CHLP_out_lp_r = CHLP_out_lp_r_6;
);
) : (
CHLP_out_lp_l = CHLP_out_hp_l;
CHLP_out_lp_r = CHLP_out_hp_r;
);
):(
CHLP_out_lp_l = CHLP_out_hp_l;
CHLP_out_lp_r = CHLP_out_hp_r;
);
xL = max(abs(CHLP_out_lp_l),abs(CHLP_out_lp_r));
xL += 0.0000001;
xG = ratio2db(xL);
yG = computeGain(xG);
cG = smoothAverage(yG, alphaA, alphaR);
cL = db2ratio(cG);
bypass == 0 ? (
listen == 1 ? (
spl0 = CHLP_out_lp_l;
spl1 = CHLP_out_lp_r;
):listen_delta ? (
spl0 = (clean0 * cL * output) - clean0;
spl1 = (clean1 * cL * output) - clean1;
):(
spl0 = clean0 * cL * output;
spl1 = clean1 * cL * output;
);
):(
spl0 = clean0;
spl1 = clean1;
cL = 1;
);
); // Process
GR_Meter.feed_Meter_GR(cL);
GR_Max = min(ratio2db(cl),GR_Max);
@gfx 560 360
s2_zoom_X = gfx_w / 560;
s2_zoom_y = gfx_h / 360;
zoom = min(s2_zoom_x, s2_zoom_y);// * gfx_ext_retina;
zoom_off == 1 ? zoom = gfx_ext_retina;
function readout_freq () (
sprintf(#readout, "%.2f", per_to_freq(slider(this.slider),100));
gfx_x = this.xIn*zoom; gfx_y = this.yIn*zoom - gfx_texth - 2*zoom;
gfx_measurestr(#readout, rdow, rdoh);
gfx_r=gfx_b=gfx_g=0; gfx_rect(gfx_x+2*zoom, gfx_y, rdow+3*zoom, gfx_texth+2*zoom);
gfx_r=gfx_g=gfx_b=0.8;
gfx_x += 3*zoom;
gfx_drawstr(#readout);
);
function Deesser_number_input_start () (
number_input_x = this.xin;
number_input_y = this.yin;
number_input = 1;
number_input_slider = this.slider;
number_input_min = this.minval;
number_input_max = this.maxval;
number_input_sign=1;
);
function OEQ_number_input_show () (
gfx_r=gfx_g=gfx_b=0;
gfx_rect(zoom*number_input_x,number_input_y*zoom, 200*zoom, gfx_texth+5);
gfx_r=0;gfx_g=1;gfx_b=0;
gfx_rect(zoom*number_input_x,zoom*number_input_y, gfx_texth+5, gfx_texth+5);
gfx_r=gfx_g=gfx_b=0.7;
gfx_roundrect(zoom*number_input_x,zoom*number_input_y, 200*zoom, gfx_texth+5,0);
gfx_x = zoom*number_input_x + gfx_texth+7; gfx_y = zoom*number_input_y + 2;
gfx_drawnumber(number_input_use,komma);
mouseclick && !shift_alt ?
(
g_collision(zoom*number_input_x,zoom*number_input_y, gfx_texth+5, gfx_texth+5) ?
(
OEQ_NI == 1 ? number_input_use = freq_to_per(number_input_use, 100);
// OEQ_NI == 2 ? number_input_use = q_to_per(number_input_use, 100);
valid = 0;
number_input_use >= number_input_min && number_input_use <= number_input_max ? valid = 1;
valid ? (
slider(number_input_slider) = number_input_use;
caller = 1;
):(
number_input_invalid = 90;
);
Number_input = 0;
number_input_raw = 0;
number_input_use = 0;
komma = 0;
in_key = 0;
//number_input_x = 0;
//number_input_y=0;
):(
Number_input = 0;
number_input_raw = 0;
number_input_use = 0;
komma = 0;
in_key = 0;
number_input_x = 0;
number_input_y=0;
);
);
in_key=gfx_getchar();
in_key ? Aaa = in_key;
in_key == 8 ? (
number_input_raw = floor(number_input_raw/10);
komma = max(0,komma-1);
komma == 1 ? komma = 0;
);
in_key == 45 ? number_input_sign*=-1;
in_key == 46 ? komma = 1;
in_key > 47 ? (
in_key < 58 ? (
number_input_raw = (number_input_raw*10) + (in_key-48);
komma ? komma += 1;
);
);
komma ? (number_input_use = number_input_raw / (10^(komma-1))):(number_input_use = number_input_raw);
number_input_use *= number_input_sign;
);
sgfx_x = 30 * zoom;
sgfx_y = 65* zoom;
gfx_ext_flags == 0 ? (
sgfx_w = 500* zoom;
sgfx_h = 120* zoom;
):(
sgfx_w = gfx_w;
sgfx_h = gfx_h;
);
/*
slider1:6<0,11,1{16,32,64,128,256,512,1024,2048,4096,8192,16384,32768}>-FFT size
slider2:-120<-450,-12,6>-floor
slider3:0<0,1,1{disabled,enabled}>-show phase
slider4:2<0,3,1{rectangular,hamming,blackman-harris,blackman}>-window
slider5:0<0,2500,1>-integration time (ms)
slider6:0<0,12,0.1>-slope (dB/octave)
slider7:1000<10,10000,1>-octave gain center (Hz)
*/
function analyzer_color () (
gfx_r = 0.5; gfx_g = 1; gfx_b = 0.3;
);
//////////////////////////////////////////////////////// ANALYZER ////////////////////////////////////////////////////////
gfx_setimgdim(126,sgfx_w,sgfx_h);
gfx_dest = 126;
//black(); gfx_rect(0,0,sgfx_w,sgfx_h);
lsrate = 44100;
small_mode = sgfx_w<200 || sgfx_h < 50;
gfx_ext_retina>1 ? gfx_setfont(1,"Arial",16*gfx_ext_retina,'b') : gfx_setfont(0);
// only update if new fft data is there or if the size changed
update || old_w != sgfx_w || old_h!=sgfx_h? (
old_w=sgfx_w; old_h=sgfx_h;
gfx_r=gfx_g=gfx_b=0; gfx_a=1;
gfx_x=gfx_y=0;
gfx_rectto(sgfx_w,sgfx_h);
gfx_x = 70*zoom; gfx_y = 20*zoom; gfx_a=0.6;
gfx_blit(logo,0.8*zoom,0);
sc=(sgfx_h-20)*20/(-S2_Floor * log(10));
// draw horz grid
gfx_r=gfx_g=gfx_b=0.6;
gfx_a=0.5;
gv=1;
cnt=100;
gfx_y=-100;
small_mode||while(
y=20-log(gv)*sc;
y> gfx_y ? (
// gfx_line(0,y,sgfx_w,y,0);
bottom_line = gfx_y;
gfx_x=0;
gfx_y=y+2;
//gfx_drawnumber(log10(gv)*20,0);
//gfx_drawchar($'d');
//gfx_drawchar($'B');
gfx_y+=gfx_texth;
);
gv*=0.5;
gfx_y<sgfx_h && cnt-=1 > 0;
);
wsc=sgfx_w/log(1+400);
// draw vert grid
f=20;
gfx_x+=4;
lx=gfx_x;
small_mode||while(
tx = log(1.0+(f/(srate/(srate/44100))*2.0)*400)*wsc;
dotext = tx > gfx_x && f!=40 && f!=4000 && f != 15000 &&
(f<400 || f >= 1000 || f == 500) && (f<6000 || f>=10000);
tx > lx ? ( lx=tx+4; gfx_line(tx,0,tx,sgfx_h - (dotext ? 0 : gfx_texth+2),0); );
dotext ? (
gfx_x=tx +3;
gfx_y = sgfx_h-gfx_texth;
f>=1000 ? gfx_printf("%dkHz",f*.001) : gfx_printf("%dHz",f);
);
f += (f<100?10:f<1000?100:f<10000?1000:5000);
f < srate*0.5;
);
update ? (
update=0;
integrate_sc = 1;
S2_integration_time > 0 ? (
integrate_now = time_precise();
integrate_en ? (
// fps = 1/(integrate_now - integrate_lastt);
integrate_sc -= exp(-5 * 1000.0 * (integrate_now - integrate_lastt) / S2_integration_time);
) : (
// force overwrite of buffer
integrate_en = 1;
);
integrate_lastt = integrate_now;
) : (
integrate_en = 0;
);
fftidx != (S2_FFT_Size|0) ? (
fftidx=S2_FFT_Size|0;
fftsize=2^(min(max(fftidx,0),11)+4);
integrate_sc=1;
);
windowsize != fftsize || windowtype != (S2_Window|0) ? (
windowtype=S2_Window|0;
windowsize=fftsize;
dwindowpos = $pi*2/fftsize;
i=pwr=0;
loop(fftsize*.5+1,
windowpos=i*dwindowpos;
pwr += (window[i] = (
windowtype==1 ? 0.53836 - cos(windowpos)*0.46164 :
windowtype==2 ? 0.35875 - 0.48829 * cos(windowpos) + 0.14128 * cos(2*windowpos) - 0.01168 * cos(3*windowpos) :
windowtype==3 ? 0.42 - 0.50 * cos(windowpos) + 0.08 * cos(2.0*windowpos) :
1.0));
i+=1;
);
pwr=.5/(pwr*2-window[i-1]);
loop(fftsize*.5+1,window[i-=1]*=pwr);
integrate_sc=1;
);
buf1=recpos-fftsize;
buf1<0 ? buf1+=histsize;
buf2=window;
buf3=fftworkspace;
loop(fftsize*.5 + 1,
buf3[] = buf1[]*buf2[];
buf3+=1;
buf2+=1;
(buf1+=1) >= histsize ? buf1 -= histsize;
);
buf2-=1;
loop(fftsize*.5 - 1,
buf3[] = buf1[]*(buf2-=1)[];
buf3+=1;
(buf1+=1) >= histsize ? buf1 -= histsize;
);
fft_real(fftworkspace,fftsize);
fft_permute(fftworkspace,fftsize/2);
fftworkspace[1]=0;
ascale=sgfx_h/$pi*0.25;
//xscale=800/(fftsize-4);
xscale=(800 - 38*zoom) / ((fftsize-4)/(srate/41000));
buf3=fftworkspace;
buf2=integrate_buf+max_fft_size*0.5;
i=0;
lx=0;
S2_Show_Phase ? loop(fftsize*0.5,
ang=-atan2(buf3[1],buf3[]);
buf3+=2;
integrate_en ? (
ang = buf2[] += integrate_sc * (ang - buf2[]);
buf2+=1;
);
ty2=ang*ascale + sgfx_h*0.5;
tx = log(1.0+i*xscale)*wsc;
i ?
(
gfX_r=0.6; gfx_g=0; gfx_b=0.8; gfx_a=1;
gfx_x=lx; gfx_y=ly2; //gfx_lineto(tx,ty2,1) ;
);
lx=tx; ly2=ty2;
i+=1;
);
buf3=fftworkspace;
buf2=integrate_buf;
lx=0;
i=0;
fill_slmin=sgfx_h;
fill_slast=0;
octavegain = floor(S2_Slope*10+0.5) * ((log(10)*2.0/10.0)/(log(2)*20.0));
octavegainoffs = log(1 + S2_octave_gain_center * fftsize / srate);
loop(fftsize*0.5,
ty = log(max(sqr(buf3[0])+sqr(buf3[1]),(10^(-500/20*2))));
octavegain > 0 ? ty += (log(i+1) - octavegainoffs)*octavegain;
buf3+=2;
integrate_en ? (
ty = buf2[] += integrate_sc * (ty - buf2[]);
buf2+=1;
);
ty = ty*-0.5*sc + 20;
tx = log(1.0+i*xscale)*wsc;
i ?
(
Analyzer_color();
1 ? ( // Fill
gfx_a=0.17;
tx0=tx|0;
lx0=lx|0;
tx0>lx0? (
ly < sgfx_h || ty < sgfx_h ? gfx_triangle(lx0,max(sgfx_h,ly),lx0,ly,tx0-1,ty,tx0-1,max(sgfx_h,ty));
) : (
tx0 > fill_slast ? (
fill_slast < sgfx_h ? gfx_line(fill_slast,sgfx_h,fill_slast,fill_slmin);
fill_slmin=sgfx_h;
) : (
fill_slmin=min(fill_slmin,ty);
);
);
fill_slast=tx0;
);
gfx_a=1.0;
gfx_x=lx; gfx_y=ly; gfx_lineto(tx,ty,1) ;
);
ty<sgfx_h ? update=1;
lx=tx; ly=ty; ly2=ty2;
i+=1;
);
);
);
//////////////////////////////////////////////////////// ENDE ANALYZER ////////////////////////////////////////////////////////
mouseHold = mouse_cap & 1;
press_superkey = mouse_cap & 32;
press_ctrl = mouse_cap & 4;
press_shift = mouse_cap & 8;
press_alt = mouse_cap & 16;
superkey=ctrl=shift=alt=shift_alt=shift_ctrl=shift_superkey=ctrl_superkey = 0;
press_superkey ? !press_ctrl ? !press_shift ? !press_alt ? superkey=press_superkey;
!press_superkey ? press_ctrl ? !press_shift ? !press_alt ? ctrl=press_ctrl;
!press_superkey ? !press_ctrl ? press_shift ? !press_alt ? shift=press_shift;
!press_superkey ? !press_ctrl ? !press_shift ? press_alt ? alt=press_alt;
!press_superkey ? !press_ctrl ? press_shift ? press_alt ? shift_alt=1;
!press_superkey ? press_ctrl ? press_shift ? !press_alt ? shift_ctrl=1;
press_superkey ? !press_ctrl ? press_shift ? !press_alt ? shift_superkey=1;
press_superkey ? press_ctrl ? !press_shift ? !press_alt ? ctrl_superkey=1;
mouseClick = mouseHold - lastCap;
lastCap = mouseHold;
gfx_ext_flags == 0 ? (
gfx_setfont(1,"Arial",12*zoom,'b');
// gfx_r=0;gfx_g=0;gfx_b=0;
// gfx_rect(0,0,gfx_w,gfx_h);
gfx_dest = -1;
gfx_x = gfx_y = 0; gfx_a = 1;
gfx_blit(0,zoom,0);
gfx_x = sgfx_x; gfx_y = sgfx_y;
gfx_blit(126, 1, 0);
gfx_r=gfx_g=gfx_b=0.7; gfx_a = 1;
gfx_roundrect(sgfx_x,sgfx_y,sgfx_w,sgfx_h,0);