代码搜索：Normalized

找到约 4,216 项符合「Normalized」的源代码

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m guiplot.m

function guiplot(action) %HNDLGRAF Demonstrates Handle Graphics for line plots in MATLAB. % This window allows you to assemble a string % of MATLAB commands that results in a plot in
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www.eeworm.com/read/212797/6962520

m vtb5_3.m

function vtb5_3(mu,beta) %VTB5_3 Normalized displacement of the primary mass for absorber design. % VTB5_3(mu,beta) plots the normalized displacement of the primary mass % for a vibration absorber des
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www.eeworm.com/read/212797/6962581

m vtb5_5.m

function vtb5_5(ma,m,ca,ka,k,rfin) %VTB5_5 Normalized amplitude of the primary mass for a % damped vibration absorber design. % VTB5_5(ma,m,ca,ka,k,rfin) plots the normalized amplitude % for a system
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www.eeworm.com/read/212797/6962584

m vtb5_4.m

function vtb5_4(b) %VTB5_4 Mass ratio versus normalized frequency for absorber design. % VTB5_4(beta) plots the mass ratio as a function of the normalized % frequency (w/wa) for the given value of bet
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www.eeworm.com/read/296324/6966878

m waitdlg.m

function DI=waitdlg(str) % function DI=waitdlg(str) % 等待对话框，str为提示字符串 % 创建时间: 20051123 % Copyright 2004-2008, nostalgica % Email:nostalgica@163.com DI=dialog('unit','normalized','position
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www.eeworm.com/read/289163/6969306

m dqplot.m

function [] = dqplot(xd,xq) lx = length(xd); t = 0:lx-1; nt = t/(lx-1); nxd = xd(1,1:lx); nxq = xq(1,1:lx); subplot(211) plot(nt,nxd); a = axis; axis([a(1) a(2) 1.5*a(3) 1.5*a(4)]); title('D
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www.eeworm.com/read/289163/6969307

m aplot.m

function [] = aplot(xd,xq) lx = length(xd); t = 0:lx-1; nt = t/(lx-1); nxd = xd(1,1:lx); nxq = xq(1,1:lx); nAt = sqrt(nxd.^2+nxq.^2); subplot(111) plot(nt,nAt); a = axis; axis([a(1) a(2) 1.5
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www.eeworm.com/read/289163/6969312

m dqplot.m

function [] = dqplot(xd,xq) lx = length(xd); t = 0:lx-1; nt = t/(lx-1); nxd = xd(1,1:lx); nxq = xq(1,1:lx); subplot(211) plot(nt,nxd); a = axis; axis([a(1) a(2) 1.5*a(3) 1.5*a(4)]); title('D
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www.eeworm.com/read/289163/6969314

m dqplot.m

function [] = dqplot(xd,xq) lx = length(xd); t = 0:lx-1; nt = t/(lx-1); nxd = xd(1,1:lx); nxq = xq(1,1:lx); subplot(211) plot(nt,nxd); a = axis; axis([a(1) a(2) 1.5*a(3) 1.5*a(4)]); title('D
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www.eeworm.com/read/289163/6969329

m c8_3.m

clear levelx =2; %Number of D levels; levely =2; %Number of Q levels; m = 100; %Number of symbols; n = 20; %Number of samples per symbol; bw = 0.1; %Filter bandwidth, 0
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