代码搜索：Normalized

找到约 4,216 项符合「Normalized」的源代码

代码结果 4,216
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www.eeworm.com/read/200352/15435110

m exa010305.m

%--------------------------------------------------------------------------------------- % exa010305.m, for example 1.3.5 % 说明 幅度为三角波的幅度调制信号在长度变化前后，信号的时间中心、频率最小、时宽 % 和带宽的变化情况； %
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www.eeworm.com/read/113557/15453227

m my_menu1_sub3.m

function my_menu1_sub3 %x-z平面轨线图和动态轨线图 global X1 X2 X3 t X0 Y0 Z0 t0 tf r sigma b time %全局变量必须这样定义 global h_menu1_sub3_str_sigma h_menu1_sub3_str_b h_menu1_sub3_str_r
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www.eeworm.com/read/113557/15453230

m my_menu2_sub2.m

function my_menu2_sub2 global X1 X2 X3 t X0 Y0 Z0 t0 tf r sigma b time global h_menu2_sub2_text_bifucationx1 h_menu2_sub2_text_bifucationx2 global h_menu2_sub2_radio_1 h_menu2_sub2_radio_2 h_menu
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www.eeworm.com/read/113557/15453231

m 代码汇总.m

function code function main global X1 X2 X3 t X0 Y0 Z0 t0 tf r sigma b time error %全局变量必须这样定义 global h_menu1_sub1_str_sigma h_menu1_sub1_str_b h_menu1_sub1_str_r global h_menu1_sub1_text_sigma
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www.eeworm.com/read/113557/15453243

m my_menu2_sub1.m

function my_menu2_sub1 global X1 X2 X3 t X0 Y0 Z0 t0 tf r sigma b time global h_menu2_sub1_text_bifucationz1 h_menu2_sub1_text_bifucationz2 global h_menu2_sub1_radio_1 h_menu2_sub1_radio_2 h_menu
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www.eeworm.com/read/113557/15453247

m my_menu2_sub3.m

function my_menu2_sub3 global X1 X2 X3 t X0 Y0 Z0 t0 tf r sigma b global h_menu2_sub3_radio figure(11) clf reset, set(gcf,'unit','normalized','position',[0.002,0.01,0.94,0.92]); set(gcf,'defaul
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www.eeworm.com/read/113557/15453248

m my_menu1_sub1.m

function my_menu1_sub1 %x-y平面轨线图和动态轨线图 global X1 X2 X3 t X0 Y0 Z0 t0 tf r sigma time %全局变量必须这样定义 global h_menu1_sub1_str_sigma h_menu1_sub1_str_b h_menu1_sub1_str_r
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www.eeworm.com/read/113557/15453250

m my_menu1_sub2.m

function my_menu1_sub2 %y-z平面轨线图和动态轨线图 global X1 X2 X3 t X0 Y0 Z0 t0 tf r sigma b time %全局变量必须这样定义 global h_menu1_sub2_str_sigma h_menu1_sub2_str_b h_menu1_sub2_str_r
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www.eeworm.com/read/108818/15575027

c finfo.c

/*------------------------- MegaWave2 module ------------------------------*/ /*mwcommand name = {finfo}; author = {"Lionel Moisan"}; version ={"1.1"}; function = {"Compute and display several mea
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www.eeworm.com/read/101557/15826427

m invmulaw.m

function x=invmulaw(y,mu) %INVMULAW The inverse of mu-law nonlinearity %X=INVMULAW(Y,MU) Y=Normalized output of the mu-law nonlinearity x=(((1+mu).^(abs(y))-1)./mu).*signum(y);
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