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#X msg 99 231 set \$1;
#X msg 99 253 29;
#X msg 164 271 set \$1;
#X obj 164 213 loadbang;
#X text 128 42 This is just an exemple of saving the calibration on
message box.;
#X msg 164 293 84;
#X obj 67 189 autocal 0 127 0 12;
#X text 127 75 Calibration is then saved automaticaly with the patch
;
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#X restore 15 506 pd save calibration;
#X text 59 155 learn;
#X text 35 129 Data input;
#X text 206 317 minimum of the input;
#X text 206 338 maximum of the input;
#X text 206 360 center of the input;
#X text 43 424 calibrated output;
#X text 191 178 manual change the input minimum;
#X text 191 197 manual change the input maximum;
#X text 206 379 variation amplitude;
#X text 195 45 autocal is an abstraction dedicated to calibrated sensors
value. (auto calibration);
#X text 196 112 You can easilly save this calibration in pd patch \,
or adjust the jitter etc...;
#X text 193 79 The autocal abstraction is "listening" to input value
while "learn" is 1 \, and scale this input to the specified range.
;
#X text 190 220 manual change the input center (jitter);
#X text 191 239 manual change the input amplitude (change sensibility
of the sensors);
#X text 296 9 autocal;
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#X text 196 248 float is for the rest...;
#X text 201 214 1 is for square;
#X text 194 229 -1 is for square root;
#X text 184 176 last parametter control the shape of the transfer fonction
;
#X text 200 199 O (default) is for linear;
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#X text 172 278 argument = output range (default = 0..1) \, input range
(default = 0 1) \, curve (default = linear);
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#X msg 104 94 clip \$1;
#X text 133 72 clik output to limit value or not;
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#X text 176 93 (default = 1);
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#X text 325 498 cyrille.henry@la-kitchen.fr 04_2005;
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