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
How am i suppose to announce the indices that i need to call out the printout that i am looking for (say i need to call out a printout of 25 C with a range between 4030 & 4470) How will i apply that in an index method?
I now cannot work out what you're trying to do.
If you're just filtering for specific values, then you don't need loops at all.
I thought you were using a for loop to give you lookup capabilities, but since you don't use the indices, you're just wasting processing cycles.
I also don't see why you need to iterate over the columns of the table at all.
AWOL:
I now cannot work out what you're trying to do.
If you're just filtering for specific values, then you don't need loops at all.
I thought you were using a for loop to give you lookup capabilities, but since you don't use the indices, you're just wasting processing cyles.
I also don't see why you need to iterate over the columns of the table at all.
I see your double increment has crept back in.
That's the whole point of having the for loop...is to use it for lookup capabilities as you have mentioned.
i myself, don't like to use for loops as much to be honest with you.
Because, it appears, you do not understand them. They are really quite simple, and very, very useful. I think it would be worth the effort to understand them.
i myself, don't like to use for loops as much to be honest with you.
Because, it appears, you do not understand them. They are really quite simple, and very, very useful. I think it would be worth the effort to understand them.
Yes, i do know how to use them..but i don't know why do i need to use indeces for my if statements. This is the major problem that i am currently facing at this moment.
No you don't. If you knew, you'd scream seeing those i++ and j++ repeated at the end of the for code block.
but i don't know why do i need to use indeces for my if statements. This is the major problem that i am currently facing at this moment.
If you don't know why you should use them, then probably you don't need them.
What are you on about? i have removed those codes a while ago. and Still prints out the results based on the increments by 4-5 times based on the table.
Also, if i don't need the indeces, then what's the point of using the for loop then :S?
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
You've fixed the double index increment issue, but you still pointlessly use two nested for()s just to print the same thing multiple times. And you were the first to recognize you didn't understand why you needed those cycles. Can't you see the indices don't play any role in the code of the inner for() block ?
You either use multiple copy-n-pasted if()s, or you use just one and loop through the table's row. (Hint: you need just one loop).
tuxduino:
You've fixed the double index increment issue, but you still pointlessly use two nested for()s just to print the same thing multiple times. And you were the first to recognize you didn't understand why you needed those cycles. Can't you see the indices don't play any role in the code of the inner for() block ?
You either use multiple copy-n-pasted if()s, or you use just one and loop through the table's row. (Hint: you need just one loop).
The indices doesn't do anything on my for loop. Which is why i don't understand why i need a for loop for this task. It would have made more sense if i knew how to use a one loop routine for my for loop.
Do you not see a problem with the 1st index in these statements?
The first statement should be comparing ThermResist to Table[1][1] and Table[0][1].
The next one should be, using your incorrect logic, comparing it to Table[3][1] and Table[2][1].
But, what happens if the value is between Table[2][1] and Table[1][1]?
The portion of the table to check, using just ONE if statement is Table[i+1][1] and Table[ i ][1].
Why is the code to check the row inside a loop to check by column? Nothing depends on row. You only need one for loop, for the rows.
Now you have working code could you tell us why you used this method? Extra marks may be scored for pointing out the problems with this method and a better solution.