Here is my modified version of my code: -
const int ThermPin = A0;
const int rows = 10;
const int cols = 2;
int Table[rows][cols] ={ //col 0||col 1
{ 25, 4470 }, //row 0
{ 26, 4250 }, //row 1
{ 27, 4030 }, //row 2
{ 28, 3800 }, //row 3
{ 29, 3530 }, //row 4
{ 30, 3270 }, //row 5
{ 31, 3200 }, //row 6
{ 32, 3170 }, //row 7
{ 33, 3100 }, //row 8
{ 34, 3070 } //row 9
};
void setup()
{
Serial.begin(9600);
}
void loop()
{
float Vin = 5.0;
float ThermResist = 0.0;
float R2 = 10000.0;
float SensorValue = 0.0;
float Vout = 0.0;
SensorValue = analogRead(ThermPin);
Serial.print("Value = ");
Serial.print(SensorValue);
Vout = (((SensorValue+1)*Vin)/1024.0);
Serial.print("\t Voltage = ");
Serial.print(Vout);
Serial.print(" V");
ThermResist =((R2*Vin)/Vout)-R2;
Serial.print("\t Resistance = ");
Serial.print(ThermResist);
Serial.println(" Ohm");
for (int i = 0; i<rows; i++)
{
for(int j = 0;j<cols; j++)
{
if(ThermResist >= Table[2][1] && ThermResist <= Table[0][1] )
{
Serial.print(Table[0][0]);
Serial.println(" C");
}
if(ThermResist >= Table[4][1] && ThermResist <= Table[3][1] )
{
Serial.print(Table[3][0]);
Serial.println(" C");
}
if(ThermResist >= Table[6][1] && ThermResist <= Table[5][1] )
{
Serial.print(Table[5][0]);
Serial.println(" C");
}
if(ThermResist >= Table[9][1] && ThermResist <= Table[7][1] )
{
Serial.print(Table[9][0]);
Serial.println(" C");
}
i++;
}
j++;
}
}
And here is the output to that (Works like a charm :D!): -
Value = 685.00 Voltage = 3.35 V Resistance = 4927.11 Ohm
Value = 688.00 Voltage = 3.36 V Resistance = 4862.12 Ohm
Value = 693.00 Voltage = 3.39 V Resistance = 4755.04 Ohm
Value = 695.00 Voltage = 3.40 V Resistance = 4712.64 Ohm
Value = 698.00 Voltage = 3.41 V Resistance = 4649.50 Ohm
Value = 701.00 Voltage = 3.43 V Resistance = 4586.89 Ohm
Value = 704.00 Voltage = 3.44 V Resistance = 4524.82 Ohm
Value = 707.00 Voltage = 3.46 V Resistance = 4463.28 Ohm
25 C
25 C
25 C
25 C
25 C
25 C
25 C
Value = 729.00 Voltage = 3.56 V Resistance = 4027.40 Ohm
Value = 733.00 Voltage = 3.58 V Resistance = 3950.95 Ohm
Value = 731.00 Voltage = 3.57 V Resistance = 3989.07 Ohm
Value = 731.00 Voltage = 3.57 V Resistance = 3989.07 Ohm
Value = 733.00 Voltage = 3.58 V Resistance = 3950.95 Ohm
Value = 733.00 Voltage = 3.58 V Resistance = 3950.95 Ohm
Value = 739.00 Voltage = 3.61 V Resistance = 3837.84 Ohm
Value = 737.00 Voltage = 3.60 V Resistance = 3875.34 Ohm
Value = 739.00 Voltage = 3.61 V Resistance = 3837.84 Ohm
Value = 740.00 Voltage = 3.62 V Resistance = 3819.16 Ohm
Value = 740.00 Voltage = 3.62 V Resistance = 3819.16 Ohm
Value = 742.00 Voltage = 3.63 V Resistance = 3781.96 Ohm
28 C
28 C
28 C
28 C
28 C
28 C
Value = 756.00 Voltage = 3.70 V Resistance = 3527.08 Ohm
Value = 756.00 Voltage = 3.70 V Resistance = 3527.08 Ohm
Value = 756.00 Voltage = 3.70 V Resistance = 3527.08 Ohm
Value = 756.00 Voltage = 3.70 V Resistance = 3527.08 Ohm
Value = 768.00 Voltage = 3.75 V Resistance = 3316.00 Ohm
Value = 768.00 Voltage = 3.75 V Resistance = 3316.00 Ohm
Value = 769.00 Voltage = 3.76 V Resistance = 3298.70 Ohm
Value = 771.00 Voltage = 3.77 V Resistance = 3264.25 Ohm
30 C
30 C
30 C
30 C
30 C
30 C
Value = 775.00 Voltage = 3.79 V Resistance = 3195.88 Ohm
Value = 776.00 Voltage = 3.79 V Resistance = 3178.89 Ohm
Value = 776.00 Voltage = 3.79 V Resistance = 3178.89 Ohm
Value = 776.00 Voltage = 3.79 V Resistance = 3178.89 Ohm
Value = 775.00 Voltage = 3.79 V Resistance = 3195.88 Ohm
Value = 776.00 Voltage = 3.79 V Resistance = 3178.89 Ohm
Value = 775.00 Voltage = 3.79 V Resistance = 3195.88 Ohm
Value = 776.00 Voltage = 3.79 V Resistance = 3178.89 Ohm
Value = 777.00 Voltage = 3.80 V Resistance = 3161.95 Ohm
34 C
34 C
34 C
34 C
34 C
Value = 775.00 Voltage = 3.79 V Resistance = 3195.88 Ohm
Value = 775.00 Voltage = 3.79 V Resistance = 3195.88 Ohm
Value = 776.00 Voltage = 3.79 V Resistance = 3178.89 Ohm
Value = 776.00 Voltage = 3.79 V Resistance = 3178.89 Ohm
Value = 776.00 Voltage = 3.79 V Resistance = 3178.89 Ohm
Value = 776.00 Voltage = 3.79 V Resistance = 3178.89 Ohm