代码搜索：Calculation
找到约 2,005 项符合「Calculation」的源代码
代码结果 2,005
www.eeworm.com/read/301474/3839673
m p9_4.m
% Program P9_4
% Scaling & Round-off Noise Calculation
% of the Cascade Form Structure of Figure 9.6
%
b1 = input('Numerator coeffs of Sec. 1 = ');
a1 = input('Denominator coeffs of Sec. 1 = ');
b2 =
www.eeworm.com/read/448886/1683437
m p9_4.m
% Program P9_4
% Scaling & Round-off Noise Calculation
% of the Cascade Form Structure of Figure 9.6
%
b1 = input('Numerator coeffs of Sec. 1 = ');
a1 = input('Denominator coeffs of Sec. 1 = ');
b2 =
www.eeworm.com/read/448886/1683581
m p9_4.m
% Program P9_4
% Scaling & Round-off Noise Calculation
% of the Cascade Form Structure of Figure 9.6
%
b1 = input('Numerator coeffs of Sec. 1 = ');
a1 = input('Denominator coeffs of Sec. 1 = ');
b2 =
www.eeworm.com/read/378914/2679259
m p9_4.m
% Program P9_4
% Scaling & Round-off Noise Calculation
% of the Cascade Form Structure of Figure 9.6
%
b1 = input('Numerator coeffs of Sec. 1 = ');
a1 = input('Denominator coeffs of Sec. 1 = ');
b2 =
www.eeworm.com/read/378914/2679403
m p9_4.m
% Program P9_4
% Scaling & Round-off Noise Calculation
% of the Cascade Form Structure of Figure 9.6
%
b1 = input('Numerator coeffs of Sec. 1 = ');
a1 = input('Denominator coeffs of Sec. 1 = ');
b2 =
www.eeworm.com/read/295271/8172686
bkoff_nee exit execs
// energy calculation check
#ifndef OPD_NO_DEBUG
if ((op_sim_time() > wsn_test_time) && (my_address == wsn_test_address || my_address == wsn_test_address_2) )
{
printf("Node in BKOFF_NEED
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bkoff_neededexit execs
// energy calculation check
#ifndef OPD_NO_DEBUG
if ((op_sim_time() > wsn_test_time) && (my_address == wsn_test_address || my_address == wsn_test_address_2) )
{
printf("Node in BKOFF_NEED
www.eeworm.com/read/288786/8608102
dat pass5.dat
ADDRESS-000
LABEL-
FORMATTED-
LOGFORMAT-
INSTRUCTION-
OPERAND1-
OP1 VALUE-
OPERAND2-
OP2 VALUE-
COMMENT-; KCPSM3 Program - Control and calculation for Frequency Ge
www.eeworm.com/read/175741/9534990
bas pi_atan.bas
Attribute VB_Name = "Pi_ATAN"
Attribute VB_Description = "Calculation of pi with Gauss's equation pi/4 = 12*arctan(1/18) + 8*arctan(1/57) - 5*arctan(1/239) using James Gregory's inverse tangent serie
www.eeworm.com/read/168118/9937937
m calcdepth.m
function [depth] = calcdepth(plust,v1rec,v2rec)
% depth = calcdepth(plust,v1rec,v2rec)
%
% Depth calculation using the Plus Time and the layer velocities at each
% receiver location.
%
% Store all th