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I need a legend of the 5 slopes only, without the graphs of the \'-o\'. ODB1_ave

ID: 3160866 • Letter: I

Question

I need a legend of the 5 slopes only, without the graphs of the '-o'.

ODB1_ave =(ODB1_0816+ODB1_0826+ODB1_0923+ODB1_0924)/4;
ODB1_ave = ODB1_ave - mean( ODB1_ave(1:1) );

ODC1_ave =(ODC1_0816+ODC1_0826+ODC1_0923+ODC1_0924)/4;
ODC1_ave = ODC1_ave - mean( ODC1_ave(1:1) );

ODD1_ave =(ODD1_0816+ODD1_0826+ODD1_0923+ODD1_0924)/4;
ODD1_ave = ODD1_ave - mean( ODD1_ave(1:1) );

ODE1_ave =(ODE1_0816+ODE1_0826+ODE1_0923+ODE1_0924)/4;
ODE1_ave = ODE1_ave - mean( ODE1_ave(1:1) );

ODF1_ave =(ODF1_0816+ODF1_0826+ODF1_0923+ODF1_0924)/4;
ODF1_ave = ODF1_ave - mean( ODF1_ave(1:1) );

ODG1_ave =(ODG1_0816+ODG1_0826+ODG1_0923+ODG1_0924)/4;
ODG1_ave = ODG1_ave - mean( ODG1_ave(1:1) );

ODH1_ave =(ODH1_0816+ODH1_0826+ODH1_0923+ODH1_0924)/4;
ODH1_ave = ODH1_ave - mean( ODH1_ave(1:1) );

Time = [0:15:1440];

figure;

s(1) = semilogy(Time, ODA1_ave, '-o', 'color', color{1} );
hold on
s(2) = semilogy(Time, ODB1_ave, '-o', 'color', color{2}');
hold on
s(3) = semilogy(Time, ODC1_ave, '-o', 'color', color{3}');
hold on
s(4) = semilogy(Time, ODD1_ave, '-o', 'color', color{4});
hold on
s(5) = semilogy(Time, ODE1_ave, '-o', 'color', color{5});
hold on
s(6) = semilogy(Time, ODF1_ave, '-o', 'color', color{6});
hold on
s(7) = semilogy(Time, ODG1_ave, '-o', 'color', color{7});
hold on
s(8) = semilogy(Time, ODH1_ave, '-o', 'color', color{8});


% FODA1 = fit( Time(28:31)' , ODA1_ave(:)', 'exp1');
% TODA1 =log(2)/FODA1.b;
% plot(FODD1, 'y');

% FODB1 = fit( Time(28:31)' , ODB1_ave(28:31)', 'exp1');
% TODB1 =log(2)/FODB1.b;
% plot(FODD1, 'c');

% FODC1 = fit( Time(28:31)' , ODC1_ave(28:31)', 'exp1');
% TODC1 =log(2)/FODC1.b;
% plot(FODD1, 'b');


FODD1 = fit( Time(3:11)' , ODD1_ave(3:11)', 'exp1');
plot([0:1500], FODD1([0:1500]), 'color', color{4} );

FODE1 = fit( Time(3:11)' , ODE1_ave(3:11)', 'exp1');
plot([0:1500], FODE1([0:1500]), 'color', color{5} );

FODF1 = fit( Time(1:10)' , ODF1_ave(1:10)', 'exp1');
plot([0:1500], FODF1([0:1500]), 'color', color{6} );

FODG1 = fit( Time(1:10)' , ODG1_ave(1:10)', 'exp1');
plot([0:1500], FODG1([0:1500]), 'color', color{7} );

FODH1 = fit( Time(2:10)' , ODH1_ave(2:10)', 'exp1');
plot([0:1500], FODH1([0:1500]), 'color', color{8} );

OD_ave = plot([1 1500],[0.00835 0.00835],'k');


title('Column 1');
xlabel('Time');
ylabel('OD');

10 100 10 10 10 10 Column 1 50 100 150 200 250 300 350 400 Time

Explanation / Answer

ODA1_ave =(ODA1_0816+ODA1_0826+ODA1_0923+ODA1_0924)/4;
ODA1_ave = ODA1_ave - mean( ODA1_ave(1:1) );

ODB1_ave =(ODB1_0816+ODB1_0826+ODB1_0923+ODB1_0924)/4;
ODB1_ave = ODB1_ave - mean( ODB1_ave(1:1) );

ODC1_ave =(ODC1_0816+ODC1_0826+ODC1_0923+ODC1_0924)/4;
ODC1_ave = ODC1_ave - mean( ODC1_ave(1:1) );

ODD1_ave =(ODD1_0816+ODD1_0826+ODD1_0923+ODD1_0924)/4;
ODD1_ave = ODD1_ave - mean( ODD1_ave(1:1) );

ODE1_ave =(ODE1_0816+ODE1_0826+ODE1_0923+ODE1_0924)/4;
ODE1_ave = ODE1_ave - mean( ODE1_ave(1:1) );

ODF1_ave =(ODF1_0816+ODF1_0826+ODF1_0923+ODF1_0924)/4;
ODF1_ave = ODF1_ave - mean( ODF1_ave(1:1) );

ODG1_ave =(ODG1_0816+ODG1_0826+ODG1_0923+ODG1_0924)/4;
ODG1_ave = ODG1_ave - mean( ODG1_ave(1:1) );

ODH1_ave =(ODH1_0816+ODH1_0826+ODH1_0923+ODH1_0924)/4;
ODH1_ave = ODH1_ave - mean( ODH1_ave(1:1) );

Time = [0:15:1440];

figure;

s(1) = semilogy(Time, ODA1_ave, 'color', color{1} );
hold on
s(2) = semilogy(Time, ODB1_ave, 'color', color{2}');
hold on
s(3) = semilogy(Time, ODC1_ave, 'color', color{3}');
hold on
s(4) = semilogy(Time, ODD1_ave, 'color', color{4});
hold on
s(5) = semilogy(Time, ODE1_ave, 'color', color{5});
hold on
s(6) = semilogy(Time, ODF1_ave,'color', color{6});
hold on
s(7) = semilogy(Time, ODG1_ave, 'color', color{7});
hold on
s(8) = semilogy(Time, ODH1_ave, 'color', color{8});


% FODA1 = fit( Time(28:31)' , ODA1_ave(:)', 'exp1');
% TODA1 =log(2)/FODA1.b;
% plot(FODD1, 'y');

% FODB1 = fit( Time(28:31)' , ODB1_ave(28:31)', 'exp1');
% TODB1 =log(2)/FODB1.b;
% plot(FODD1, 'c');

% FODC1 = fit( Time(28:31)' , ODC1_ave(28:31)', 'exp1');
% TODC1 =log(2)/FODC1.b;
% plot(FODD1, 'b');


FODD1 = fit( Time(3:11)' , ODD1_ave(3:11)', 'exp1');
plot([0:1500], FODD1([0:1500]), 'color', color{4} );

FODE1 = fit( Time(3:11)' , ODE1_ave(3:11)', 'exp1');
plot([0:1500], FODE1([0:1500]), 'color', color{5} );

FODF1 = fit( Time(1:10)' , ODF1_ave(1:10)', 'exp1');
plot([0:1500], FODF1([0:1500]), 'color', color{6} );

FODG1 = fit( Time(1:10)' , ODG1_ave(1:10)', 'exp1');
plot([0:1500], FODG1([0:1500]), 'color', color{7} );

FODH1 = fit( Time(2:10)' , ODH1_ave(2:10)', 'exp1');
plot([0:1500], FODH1([0:1500]), 'color', color{8} );

OD_ave = plot([1 1500],[0.00835 0.00835],'k');


title('Column 1');
xlabel('Time');
ylabel('OD');

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