Using BASIC Program, How Can We Use The Existing Data For Calculation?
For ex. Record is there for different mouldings of unique id number, width and price. We have to calculate the wastage of the moulding. it's actually width multiplied by 8. How to insert the statement into the program. Remember widthis already in the system.
Read the data into array eg:
10 REM Start count
20 for i in 1 to 10
30 REM Read the data stream and assign it to the variable a subscript i.
40 read a(i)
50 REM End of the loop
60 next a
70 REM Start the loop again
80 for x in 1 to 10
90 REM output the variable a subscript x
100 print a(x)
110 REM End of the loop
120 next x
130 REM Here is the data stream, each component separated by commas.
140 data 1,2,3,4,5,6,7,8,9,10
150 end
You can reuse the array a(x) many time. You can also create 2-dimensional array a(x,y) by nesting the for-to-next loops.
Sorry if the syntax is not correct, but it's been 15 years since I used BASIC, but it gives you an idea.
10 REM Start count
20 for i in 1 to 10
30 REM Read the data stream and assign it to the variable a subscript i.
40 read a(i)
50 REM End of the loop
60 next a
70 REM Start the loop again
80 for x in 1 to 10
90 REM output the variable a subscript x
100 print a(x)
110 REM End of the loop
120 next x
130 REM Here is the data stream, each component separated by commas.
140 data 1,2,3,4,5,6,7,8,9,10
150 end
You can reuse the array a(x) many time. You can also create 2-dimensional array a(x,y) by nesting the for-to-next loops.
Sorry if the syntax is not correct, but it's been 15 years since I used BASIC, but it gives you an idea.
Read the data into array eg:
10 REM Start count
20 for i in 1 to 10
30 REM Read the data stream and assign it to the variable a subscript i.
40 read a(i)
50 REM End of the loop
60 next a
70 REM Start the loop again
80 for x in 1 to 10
90 REM output the variable a subscript x
100 print a(x)
110 REM End of the loop
120 next x
130 REM Here is the data stream, each component separated by commas.
140 data 1,2,3,4,5,6,7,8,9,10
150 end
You can reuse the array a(x) many time. You can also create 2-dimensional array a(x,y) by nesting the for-to-next loops.
Sorry if the syntax is not correct, but it's been 15 years since I used BASIC, but it gives you an idea.
10 REM Start count
20 for i in 1 to 10
30 REM Read the data stream and assign it to the variable a subscript i.
40 read a(i)
50 REM End of the loop
60 next a
70 REM Start the loop again
80 for x in 1 to 10
90 REM output the variable a subscript x
100 print a(x)
110 REM End of the loop
120 next x
130 REM Here is the data stream, each component separated by commas.
140 data 1,2,3,4,5,6,7,8,9,10
150 end
You can reuse the array a(x) many time. You can also create 2-dimensional array a(x,y) by nesting the for-to-next loops.
Sorry if the syntax is not correct, but it's been 15 years since I used BASIC, but it gives you an idea.