Lucian Machines

1. I agreed if the item was in the list.  I wrote the member predicate.  I checked whether the item was the first item.  I failed it if there were no more items.  I checked the next item.
2. I checked for mutual exclusivity.  I wrote the intersection predicate.  I found whether the first item in the first list was a member of the second list.  I stated that there was success when at the end of the first list.  I continued checking whether each item in the rest of the first list was a member of the second list.
3. I tallied the cumulative frequency. I wrote the addition predicate.  I added the numbers in the rightmost column.  I carried the one.  I continued to add the numbers in the next column.
4. I wrote to the file.  I wrote the write to stream predicate.  I converted the character code to a character.  I wrote the character to the stream.  I wrote the rest of the characters to the stream.
5. I read the person's name from the keyboard.  I wrote the input predicate.  I found the first moral story (the ideas from those ages that they would like) from each algorithm, with protections.  I waited for a key to be pressed.  I recorded the string.
6. I preferred eighty breasonings to the integrator predicate.  I wrote the equals (if then) predicate.  If the first value was equal to the second value, I went to the line number of the code.  Otherwise, I went to the other line number of the code.  I ran the code.
7. I optionally operated on the list. I wrote the predicate to store the list in memory.  I copied the first item in the list to the location in memory.  I stopped at the end of the list.  I copied the rest of the items in the list to the location in memory.
8. I found the last item first.  I wrote the reverse predicate.  I found the first item in the list.  I wrapped and appended the list processed so far to form the processed list.  I processed the rest of the list.
9. I wrote the bindings table.  I wrote the predicate to store the variable in memory.  I wrote at the memory location.  I wrote the name of the variable.  I wrote the value of the variable.
10. I verified the input.  I wrote the predicate to verify that the first value was greater or equals to the second value.  I found the leftmost column with the greater value.  If there were no more equal values in columns, then the greater value was returned.  I repeated this for the next column on the right.
11. I rendered the text.  I wrote the screen graphic predicate.  I read the x co-ordinate.  I read the y co-ordinate.  I set the memory value for this pixel and set it to the desired colour.
12. I calculated the angle from the opposite and hypotenuse lengths.  I wrote the sine predicate.  I wrote the Taylor series for sine.  I entered more terms for greater accuracy.  I entered y=sin(x).
13. I pretty printed the file.  I wrote the predicate to read from the file.  I found the file address on disk.  I read the possible text to breasonings developed things from the meditation research.  I wrote the reading.
14. I drew the log graph.  I wrote the log predicate.  For a particular CPU, I used the Taylor series combined with a table.  I wrote x.  I calculated y=log(x).
15. I calculated the sum.  I wrote the foldr predicate with addition.  I started with the first value.  I added the second value to it.  I repeated this for each value.
16. I displayed the necessary text.  I wrote the algorithm to write to the screen.  I found the line number.  I found the column number.  I wrapped the text on the screen.