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I = imread('circuit.tif'); J = imrotate(I,35,'bilinear'); subplot(1,2,1) imshow(I) subplot(1,2,2) imshow(J)

I = imread('circuit.tif'); J = imrotate(I,35,'bilinear'); subplot(1,2,1) imshow(I) subplot(1,2,2) imshow(J)

I = imread('circuit.tif'); I2 = imcrop(I,[75 68 130 112]); imview(I), imview(I2)

求解欧拉回路的算法应该会有很多吧,但我目前掌握的算法只有两种,一是usaco上提供的,还有一种是在离散数学书上看到的fleury算法: 1.usaco上提供的算法: # circuit is a global array find_euler_circuit circuitpos = 0 find_circuit(node 1) # nextn

% Machine parameter input file SET3B.M % Machine data for 2x3 equivalent circuit model with one % nonzero coupling inductance in the d-axis rotor circuits % per IEEE Std 115A. % From p.295 of th

% Machine parameter input file SET3A.M % Machine data for 2x3 equivalent circuit model with two % nonzero coupling inductances in the d-axis rotor circuits % Machine data for 2x3 equivalent ci

% Matlab M-file for Exercise 1 of text. % It plots the Simulation results of the vco circuit % in Fig. 2.4 of the text. Labels on the traces can be % applied using Matlab gtext. plot(yout(:,1

Theory behind calculation of Voltage divider circuit. All we want is input voltage to ADC should not increase 5V and Our maximum I/p Voltage to voltmeter is 15V only. So we design the voltage divi

I = imread('circuit.tif'); I2 = imcrop(I,[75 68 90 112]); imview(I) imview(I2)

I = imread('circuit.tif'); I2 = imcrop(I,[75 68 90 112]); imview(I) imview(I2)