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Explicitely use "letrec" for recursive lets.
[matthijs/master-project/report.git]
/
Chapters
/
Introduction.tex
diff --git
a/Chapters/Introduction.tex
b/Chapters/Introduction.tex
index 8ffba572677d57ee3e8fd041239b72e661822fe4..0f0097bc67e3f54c7ac197698abfc79d543f5bfa 100644
(file)
--- a/
Chapters/Introduction.tex
+++ b/
Chapters/Introduction.tex
@@
-136,7
+136,7
@@
sum' (x:xs) acc = acc' : (sum' xs acc')
newCircle.a(btex + etex);
newCircle.out(btex $output$ etex) "framed(false)";
newCircle.a(btex + etex);
newCircle.out(btex $output$ etex) "framed(false)";
- % Pu
n
t inp, a and out in one horizontal line, with reg above a
+ % Put inp, a and out in one horizontal line, with reg above a
reg.c-a.c=(0cm, 2cm);
a.c-inp.c=(3cm, 0cm);
out.c-a.c=(3cm, 0cm);
reg.c-a.c=(0cm, 2cm);
a.c-inp.c=(3cm, 0cm);
out.c-a.c=(3cm, 0cm);
@@
-177,6
+177,7
@@
sum' (x:xs) acc = acc' : (sum' xs acc')
How can we describe the structural properties of a hardware design, using
a functional language?
\stopquotation
How can we describe the structural properties of a hardware design, using
a functional language?
\stopquotation
+ \setupquotation[style=normal,spacebefore=]
We can further split this into subquestions from a hardware perspective:
\startitemize
We can further split this into subquestions from a hardware perspective:
\startitemize