ThermistorTable.h.dist.old

// default thermistor lookup table
// You may be able to improve the accuracy of this table in various ways.
//   1. Measure the actual resistance of the resistor. It's "nominally" 4.7K, but that's ± 5%.
//   2. Measure the actual beta of your thermistor:http://reprap.org/wiki/MeasuringThermistorBeta
//   3. Generate more table entries than you need, then trim down the ones in uninteresting ranges.
// In either case you'll have to regenerate this table, which requires python, which is difficult to install on windows.
// Since you'll have to do some testing to determine the correct temperature for your application anyway, you
// may decide that the effort isn't worth it. Who cares if it's reporting the "right" temperature as long as it's
// keeping the temperature steady enough to print, right?
// ./createTemperatureLookup.py --r0=100000 --t0=25 --r1=0 --r2=4700 --beta=4066 --max-adc=1023
// r0: 100000
// t0: 25
// r1: 0
// r2: 4700
// beta: 4066
// max adc: 1023
#define NUMTEMPS 20
// {ADC, temp*4 }, // temp
uint16_t temptable[NUMTEMPS][2] PROGMEM = {
   {1, 3364}, // 841.027617469 C
   {54, 1021}, // 255.484742371 C
   {107, 836}, // 209.086676326 C
   {160, 736}, // 184.041730874 C
   {213, 667}, // 166.757734773 C
   {266, 613}, // 153.384693074 C
   {319, 569}, // 142.306856925 C
   {372, 530}, // 132.69219366 C
   {425, 496}, // 124.050228124 C
   {478, 464}, // 116.059537816 C
   {531, 433}, // 108.487976164 C
   {584, 404}, // 101.149819461 C
   {637, 375}, // 93.8781909528 C
   {690, 346}, // 86.5019752148 C
   {743, 315}, // 78.8186715355 C
   {796, 282}, // 70.5502229207 C
   {849, 244}, // 61.2498501294 C
   {902, 200}, // 50.050743055 C
   {955, 138}, // 34.7070638836 C
   {1008, 12} // 3.01733235284 C
};