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authorHolden Rohrer <hr@hrhr.dev>2020-05-12 22:36:04 -0400
committerHolden Rohrer <hr@hrhr.dev>2020-05-12 22:36:21 -0400
commit11892095714466c9443de6ce158c4e5da404c0b1 (patch)
tree64bd74c2f9ffad2e6bce7988efc8ba1a656ca5ae
parentf8759dd389db0c5aee5a28ae779319525a56c82d (diff)
typo, brown->dark yellow, pdf->png
-rw-r--r--phrase-circuit.src6
1 files changed, 3 insertions, 3 deletions
diff --git a/phrase-circuit.src b/phrase-circuit.src
index 93e1936..2a10c2d 100644
--- a/phrase-circuit.src
+++ b/phrase-circuit.src
@@ -17,7 +17,7 @@
.LD 6| . |Simplified Boolean Expressions
.LD 7| . |Difficulties
.LD Appendix A: circ.ps| . |Logic Diagram
-.LD Appendix B: schematic.{pdf,dxf}| . |LibreCAD Schematic
+.LD Appendix B: schematic.{png,dxf}| . |LibreCAD Schematic
.FIL =
.CT Problem Statement
@@ -28,7 +28,7 @@ The objective of this project is to, using 74LS series chips (00, 04, 08, 11, 21
The breadboard will use the following wire colors convention:
- GND = PINK
- PWR = WHITE
-- W = BROWN
+- W = DARK YELLOW
- !W = WHITE
- X = DARK RED
- !X = YELLOW
@@ -234,4 +234,4 @@ Total cost:
.FIL =
.CT Difficulties
-This project was, by itself, very doable. However, creation of this document was either to be tedious or difficult because of, for example, the centered headings. I used a C program (https://git.hrhr.dev/badroff) to generate that. The remainder of the project is very likely to be correct because the data table appears to be exactly what's desired, and it was trivial to throw that into abc. Learning abc, at first, appeared to be difficult, but throwing some random sequences of optimization commands with the pla and gate formats was fairly easy. Because I used Linux, I perceived the installation and usage of AutoCAD as difficult, but LibreCAD has an intuitive and very usable interface with cross-platform capabilities (including saved file interoperability with AutoCAD through the dxf format).
+This project was, by itself, very doable. However, creation of this document was either to be tedious or difficult because of, for example, the centered headings. I used a C program (https://git.hrhr.dev/badroff) to generate that. The remainder of the project is very likely to be correct because the data table appears to be exactly what's desired, and it was trivial to throw that into abc. Learning abc, at first, appeared to be difficult, but throwing some random sequences of optimization commands with the pla and gate formats was fairly easy. Because I use Linux, I perceived the installation and usage of AutoCAD as difficult, but LibreCAD has an intuitive and very usable interface with cross-platform capabilities (including saved file interoperability with AutoCAD through the dxf format).