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<mark>N</mark>-SIDED#PATCH <mark>N</mark>边修改 # Curves 曲线 Defi<mark>n</mark>e/cha<mark>n</mark>ge refere<mark>n</mark>ce curves. 定义/改变参照曲线。 B<mark>n</mark>dry#Co<mark>n</mark>ds 边界条件 Defi<mark>n</mark>e/cha<mark>n</mark>ge bou<mark>n</mark>dary co<mark>n</mark>ditio<mark>n</mark>s alo<mark>n</mark>g outer bou<mark>n</mark>daries. 定义/改变沿外部边界的边界条件。 19B<mark>n</mark>d ...

<mark>N</mark>-SIDED#PATCH # Curves Defi<mark>n</mark>e/cha<mark>n</mark>ge refere<mark>n</mark>ce curves. # B<mark>n</mark>dry#Co<mark>n</mark>ds Defi<mark>n</mark>e/cha<mark>n</mark>ge bou<mark>n</mark>dary co<mark>n</mark>ditio<mark>n</mark>s alo<mark>n</mark>g outer bou<mark>n</mark>daries. # 19B<mark>n</mark>dry#Co<mark>n</mark>ds19 Defi<mark>n</mark>e/cha<mark>n</mark>ge bou<mark>n</mark>da ...

N-SIDED#PATCH N娩干后 # Curves Ρ絬 Define/change reference curves. ﹚竡/跑

TOOL_ID N TOOL_TYPE DRILLING LENGTH_UNITS INCH CUTTER_DIAM 0.302 POINT_ANGLE 118 LENGTH 4.375 TOOL_MATERIAL - GAUGE_LENGTH

n = -5:10; x = rand(1,length(n)); k = -100:100; w = (pi/100)*k; % frequency between -pi and +pi X = x * (exp(-j*pi/100)).^(n'*k); % DTFT of x % folding property y = fliplr(x); m = -flipl

n = 0:100; x = cos(pi*n/2); k = -100:100; w = (pi/100)*k; % frequency between -pi and +pi X = x * (exp(-j*pi/100)).^(n'*k); % DTFT of x % y = exp(j*pi*n/4).*x; % signal mu

n = -5:10; x = sin(pi*n/2); k = -100:100; w = (pi/100)*k; % frequency between -pi and +pi X = x * (exp(-j*pi/100)).^(n'*k); % DTFT of x % signal decomposition [xe,xo,m] = evenodd(x,n);

n = -5:10; x = rand(1,length(n)) + j*rand(1,length(n)); k = -100:100; w = (pi/100)*k; % frequency between -pi and +pi X = x * (exp(-j*pi/100)).^(n'*k); % DTFT of x % conjugation property

N=13; for i=1:N for j=1:N C(i,j)=inf; end end for i=1:N C(i,i)=0; end C(1,2)=6.0;C(1,13)=12.9; C(2,3)=5.9;C(2,4)=10.3; C(3,4)=12.2;C(3,5)=17.6; C(4,13)=8.8;C(4,7)=7.4;

N .set 17 COFF_FIR: .sect "COFF_FIR " .word 0 .word 158 .word 263 .word -290 .word -1406 .word -951 .word 3186 .word 9286 .word 12272 .word 9286