代码搜索结果

#once #create message .ND .LP Another practice one for using "over". Modify the file "Example" so it produces output that looks like this one, then type "ready". .pl 1 #once #create Ref .LP .EQ a + b

#once #create message .ND .PP Now that we have some of the preliminaries out of the way, we can get on to doing real mathematics. I have been slipping small things into the example files as we go alon

#print Do x sub i +y sub j and x sub i+y sub j produce the same output? Answer yes or no. #copyin #user #uncopyin #match no #log #next 3.1b 10

#once #create message .ND .tr %$ .EQ delim $$ .EN .LP Modify "Example" to produce output that looks like this, then type "ready". .pl 1 #once #create Ref .LP .EQ x bar ~=~ E(x) bar ~/~ E( x bar ) .EN

#next 0.1a

#print Will the output from the first equation below be different from the second? .EQ X = Y +Z .EN .EQ x = y + z .EN Answer yes if they will be different, no if they w

#once #create message .ND .tr %$ .EQ delim $$ .EN .LP So far every equation you have typed in has been "displayed" - neatly centered or indented, and offset from the surrounding text. But not all equa

#once #create message .ND .tr %$ .EQ delim $$ .EN .LP The next step is to learn about "diacriticals", which is a big word for funny marks on symbols, like a bar over something ($x bar$), or a tilde or

#once #create message .EQ delim $$ .EN .pl 1 .ll 55 This script is designed to teach you the "eqn" language for typing mathematics. There are two versions of the program. "eqn" is for use on the phot

#print You may have noticed that neqn threw away the spaces in several of the examples we did. For example, in .EQ a = b + c - d .EN the output equation looks like a=b+c-d regardless of spaces in the