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www.eeworm.com/read/292214/8367109
asm daiss.asm
;====== 8031串行口实验（一）双机通信（发送） =======
;接收程序清单详见asm51\he20_2.asm
ORG 0832H
JG832: MOV SP,#60H
MOV 7EH,#08H
MOV 7DH,#00H
MOV 7CH,#03H
MOV 7BH,#02H
www.eeworm.com/read/392021/8367110
m hull2d.m
function [v,i] = hull2d(p)
%[v,i] = hull2d(p) Convex hull of a set of 2D points.
%p is a np x 2 array; v is a (nv+1) x 2 array,
%with the last point being a duplicate of the first,
%(that way, plo
www.eeworm.com/read/392021/8367111
m dssplit2d.m
www.eeworm.com/read/292214/8367112
asm 0832_1.asm
;===================== D/A输出方波 =========================
;注意：进行本实验前，请先装载运行D/A 0V输出（调基准电压）程序Asm51\da_0v.asm
; 使D/A输出端“AOUT”输出电压为0V，再进行本实验。
cs0832 equ 8c00h
ORG 061FH
MOV SP,#53
www.eeworm.com/read/292214/8367113
asm emu51.asm
;Dais实验系统MCS-51仿真MEMORY示范程序
;将数据写入指定的存储器单元
;装载本程序之前请先将“仿真模式”设为：
; 用户RAM & 系统ROM
org 0000h
start: mov a,#55h
mov dptr,#4000h
mov r0,#1
mov r1,#2
m
www.eeworm.com/read/392021/8367114
m outconvex2d.m
function out = outconvex2d(x,p)
%function out = outconvex2d(x,p)
%Test if each of the x points are inside the convex polygon p,
%and return the number of inequalities failed by each point.
%p is a 2xn
www.eeworm.com/read/292214/8367115
asm he24.asm
;===============硬件实验二十四 16×16点阵显示实验=============
;本程序使用扩展锁存器方式，I/O口方式程序详见asm51\he24_89.asm
;注意：Dais-89H+只能使用I/O方式的程序：asm51\he24_89.asm
;===========27个汉字移位循环显示主程序=====================
O
www.eeworm.com/read/392021/8367116
m polyplot.m
function h = polyplot(p,fmt)
%function polyplot(p,fmt)
%Plot a polygon given by the point list p, with format fmt
if nargin < 2
fmt = '-';
end
n = size(p,2);
if p(:,n) == p(:,1)
h = plot( p(1
www.eeworm.com/read/292214/8367117
asm he6.asm
;==================== 硬件实验六 8255 PA口控制PB口 =====================
ORG 0770H
SE17: MOV DPTR,#0FFDBH
MOV A,#90H
MOVX @DPTR,A ;8255初始化
LO32: MOV DPTR,#0FFD8H
www.eeworm.com/read/392021/8367118
m dscut.m
function p = dscut(p1,y1,p2,y2)
%function p = dscut(p1,y1,p2,y2)
%return the point p at which y=0, assuming y varies linearly
%from y1 at p1 to y2 at p2.
k1 = y2./(y2-y1); k2 = 1-k1;
n = size(p1,1);