代码搜索：syntax
找到约 10,000 项符合「syntax」的源代码
代码结果 10,000
www.eeworm.com/read/251851/12314902
m find_masked_blocks.m
function blockH = find_masked_blocks(sys,masktype)
% Find masked blocks in a flat Simulink system
%
% Syntax:
% "blockH = find_masked_blocks(sys,masktype)"
%
% Description:
% "find_masked
www.eeworm.com/read/251851/12314983
m scsb_icon.m
function coord = scsb_icon(var)
% Provide coordinates for CheckMate switched continuous system block
% (SCSB) mask icon
%
% Syntax:
% "coord = scsb_icon(var)"
%
% Description:
% "scsb_ic
www.eeworm.com/read/251851/12315091
m checkau.m
function AfUg = checkAU(f,g)
% Evaluate the `computation tree logic (CTL)` expression "A f U g".
%
% Syntax:
% "AfUg = checkAU(f,g)"
%
% Description:
% Given a finite-state transition system and
www.eeworm.com/read/251851/12315117
m checkar.m
function AfRg = checkAR(f,g)
% Evaluate the `computation tree logic (CTL)` expression "A f R g".
%
% Syntax:
% "AfRg = checkAR(f,g)"
%
% Description:
% Given a finite-state transition system and
www.eeworm.com/read/251851/12315237
m total_auto_states.m
function total = total_auto_states(from_idx)
% Count the number of states (`initial` and `face` states) in the global
% variable "GLOBAL_AUTOMATON" starting from the given index.
%
% Syntax:
%
www.eeworm.com/read/251851/12315246
m is_valid_auto_idx.m
function result = is_valid_auto_idx(idx)
% Check if the given state index for the global variable
% "GLOBAL_AUTOMATON" is valid.
%
% Syntax:
% "result = is_valid_auto_idx(idx)"
%
% Descript
www.eeworm.com/read/251851/12315261
m append_array.m
function A = append_array(A,B)
% Append a 1-dimensional `cell array` to another 1-dimensional cell array
%
% Syntax:
% "A = append_array(A,B)"
%
% Description:
% Appends the content of th
www.eeworm.com/read/251851/12315311
m affine.m
function xdot = affine(t,x,flag,A,b)
% Compute the state derivative for the affine dynamic "dx/dt = A*x + b"
%
% Syntax:
% "xdot = affine(t,x,flag,A,b)"
%
% Description:
% Return the stat
www.eeworm.com/read/251851/12315314
m step_response.m
function xfinal = step_response(A,Ainv,b,tf)
% Compute the `step response` of the affine system.
%
% Syntax:
% "xfinal = step_response(A,Ainv,b,tf)"
%
% Description:
% Compute the final v
www.eeworm.com/read/251528/12339439
m ut_mweights.m
%UT_MWEIGHTS - Generate matrix form unscented transformation weights
%
% Syntax:
% [WM,W,c] = ut_mweights(n,alpha,beta,kappa)
%
% In:
% n - Dimensionality of random variable
% alpha - Transf