代码搜索：Solver
找到约 5,733 项符合「Solver」的源代码
代码结果 5,733
www.eeworm.com/read/159560/10639849
m torr_calc_cubic_coefs.m
% Many thanks to Kurt Ditzel
% Acuity Research for this bug fix...
function p = calc_cubic_coefs(f1, f2)
%
% use symbolic solver
%
c11 = f1(1);
c12 = f1(2);
c13 = f1(3);
c21 = f1(4);
www.eeworm.com/read/316414/13523327
m ode1.m
function ode1(F,tspan,y0)
% ODE1 World's simplest ODE solver.
% ODE1(F,[t0,tfinal],y0) uses Euler's method to solve
% dy/dt = F(t,y)
% with y(t0) = y0 on the interval t0
www.eeworm.com/read/305450/13769538
m torr_calc_cubic_coefs.m
% Many thanks to Kurt Ditzel
% Acuity Research for this bug fix...
function p = calc_cubic_coefs(f1, f2)
%
% use symbolic solver
%
c11 = f1(1);
c12 = f1(2);
c13 = f1(3);
c21 = f1(4);
www.eeworm.com/read/12816/246858
m torr_calc_cubic_coefs.m
% Many thanks to Kurt Ditzel
% Acuity Research for this bug fix...
function p = calc_cubic_coefs(f1, f2)
%
% use symbolic solver
%
c11 = f1(1);
c12 = f1(2);
c13 = f1(3);
c21 = f1(4);
www.eeworm.com/read/455033/7378719
edp aalaplace-nc.edp
mesh Th=square(10,10);
fespace Vh(Th,P1nc);
Vh u,v;
u=0;
plot(u);
func f= 0;
func g= x*x+y*y*2;
u=0;
int i=0;
// dcl the problem
problem a(u,v,solver=CG,init=i) =
int2d(Th)( dx(u)*dx(v) + dy(u
www.eeworm.com/read/491943/1183979
m sh_motor_start_so.m
% 编写求解起动过程微分方程的脚本函数
% 将该脚本函数定义为sh_motor_vary_so(shunt_motor_self_excited_solver)
[t,y]=ode23(@sh_motor_se_ode,[0:.01:10],[0;0;0])
% 首先绘制if=f(t)曲线
subplot(3,1,1),
plot(t,y(:,1))
xlabel('Time[T]')
www.eeworm.com/read/491943/1183981
m sh_motor_se_so.m
% 编写求解起动过程微分方程的脚本函数
% 将该脚本函数定义为sh_motor_se_so(shunt_motor_self_excited_solver)
[t,y]=ode23(@sh_motor_se_ode,[0:.01:10],[0;0;0])
% 首先绘制if=f(t)曲线
subplot(3,1,1),
plot(t,y(:,1))
xlabel('Time[T]')
www.eeworm.com/read/491943/1183987
m sh_motor_start_so.m
% 编写求解起动过程微分方程的脚本函数
% 将该脚本函数定义为sh_motor_start_so(shunt_motor_self_excited_solver)
[t,y]=ode23(@sh_motor_se_ode,[0:.01:10],[0;0;0])
% 首先绘制if=f(t)曲线
subplot(3,1,1),
plot(t,y(:,1))
xlabel('Time[T]'
www.eeworm.com/read/479024/1345866
m sh_motor_start_so.m
% 编写求解起动过程微分方程的脚本函数
% 将该脚本函数定义为sh_motor_vary_so(shunt_motor_self_excited_solver)
[t,y]=ode23(@sh_motor_se_ode,[0:.01:10],[0;0;0])
% 首先绘制if=f(t)曲线
subplot(3,1,1),
plot(t,y(:,1))
xlabel('Time[T]')
www.eeworm.com/read/479024/1345868
m sh_motor_se_so.m
% 编写求解起动过程微分方程的脚本函数
% 将该脚本函数定义为sh_motor_se_so(shunt_motor_self_excited_solver)
[t,y]=ode23(@sh_motor_se_ode,[0:.01:10],[0;0;0])
% 首先绘制if=f(t)曲线
subplot(3,1,1),
plot(t,y(:,1))
xlabel('Time[T]')