代码搜索：Rotates
找到约 176 项符合「Rotates」的源代码
代码结果 176
www.eeworm.com/read/142092/12962962
m rotate.m
function rotate(h,azel,alpha,origin)
% The function ROTATE rotates an object through angle alpha about a specified direction.
%
% Calling sequence-
% rotate(h,azel,alpha[,origin])
%
% ROTATE(H
www.eeworm.com/read/151143/12232650
m s_phase_rotation.m
function seisout=s_phase_rotation(seisin,phase,varargin)
% Function rotates phase of each trace in the input data set.
% If more than one phase angle is given (if "phase" is an array), the output
%
www.eeworm.com/read/455463/1614467
m myrotate.m
function [xr,yr]=myrotate(x,y,theta)
%
% [xr,yr]=myrotate(x,y,theta)
%
% Function rotates the coordinate vectors x & y through the angle theta
% (in degrees) to produce the rotated coordinates xr and
www.eeworm.com/read/229812/4750821
gml _rotl.gml
.func _rotl
#include
unsigned int _rotl( unsigned int value,
unsigned int shift );
.ixfunc2 '&Rotate' &func
.funcend
.desc begin
The &func function rotates the un
www.eeworm.com/read/229812/4751100
gml _rotr.gml
.func _rotr
#include
unsigned int _rotr( unsigned int value,
unsigned int shift );
.ixfunc2 '&Rotate' &func
.funcend
.desc begin
The &func function rotates the un
www.eeworm.com/read/371704/2779089
m s_phase_rotation.m
function seisout=s_phase_rotation(seisin,phase,varargin)
% Function rotates phase of each trace in the input data set.
% If more than one phase angle is given (if "phase" is an array), the output
%
www.eeworm.com/read/194440/8194429
m myrotate.m
function [xr,yr]=myrotate(x,y,theta)
%
% [xr,yr]=myrotate(x,y,theta)
%
% Function rotates the coordinate vectors x & y through the angle theta
% (in degrees) to produce the rotated coordinates xr and
www.eeworm.com/read/235612/14061187
m myrotate.m
function [xr,yr]=myrotate(x,y,theta)
%
% [xr,yr]=myrotate(x,y,theta)
%
% Function rotates the coordinate vectors x & y through the angle theta
% (in degrees) to produce the rotated coordinates xr and
www.eeworm.com/read/103854/15459634
txt cipher.txt
The LeapFrog cipher design is for implementations
that require a cipher which does not use any shifts/rotates.
The user-entered key is expanded into S-boxes using a
non-linear method somewhat
www.eeworm.com/read/168118/9938098
m rotate.m
function [xr,yr]=rotate(x,y,theta)
%
% [xr,yr]=rotate(x,y,theta)
%
% Function rotates the coordinate vectors x & y through the angle theta
% (in degrees) to produce the rotated coordinates xr and yr
%