%%This file plots the fft and wavelet for the activity in the E population
%%of both networks.
for studied_conduct=5:1:5%%3:1:3
if(studied_conduct<=4)numb_cases=16;
elseif(studied_conduct==5)numb_cases=8;
end
for name_file=1:1:numb_cases%%1:1:1
if(studied_conduct==1)
if(name_file<9)s1='g_eE_conn_';
else s1='gEe_conn_';end
switch name_file
case 0
s1='Networks_REF_';
s2='FREE';
case 1
s2='e2E_exp';
s3='geE e2E';
case 2
s2='e2E_i2I_exp';
s3='geE e2E-i2I';
case 3
s2='e2EI_exp';
s3='geE e2EI';
case 4
s2='e2Eei2I_exp';
s3='geE e2E-ei2I';
case 5
s2='ei2E_exp';
s3='geE ei2E';
case 6
s2='ei2E_i2I_exp';
s3='geE ei2E-i2I';
case 7
s2='ei2Ee2I_exp';
s3='geE ei2E-e2I';
case 8
s2='ei2EI_exp';
s3='geE ei2EI';
case 9
s2='E2e_exp';
s3='gEe E2e';
case 10
s2='E2e_I2i_exp';
s3='gEe E2e-I2i';
case 11
s2='E2ei_exp';
s3='gEe E2ei';
case 12
s2='E2eEI2i_exp';
s3='gEe E2e-EI2i';
case 13
s2='EI2e_exp';
s3='gEe EI2e';
case 14
s2='EI2e_I2i_exp';
s3='gEe EI2e-I2i';
case 15
s2='EI2eE2i_exp';
s3='gEe EI2e-E2i';
case 16
s2='EI2ei_exp';
s3='gEe EI2ei';
end
end
%%the segment above corresponds to eE and Ee connections table
if(studied_conduct==2)
if(name_file<9)s1='g_iI_conn_';
else s1='gIi_conn_';end
switch name_file
case 1
s2='i2I_exp';
s3='giI i2I';
case 2
s2='e2E_i2I_exp';
s3='giI e2E-i2I';
case 3
s2='ei2I_exp';
s3='giI ei2I';
case 4
s2='i2EI_exp';
s3='giI i2EI';
case 5
s2='i2E_ei2I_exp';
s3='giI i2E-ei2I';
case 6
s2='e2E_ei2I_exp';
s3='giI e2E-ei2I';
case 7
s2='ei2E_i2I_exp';
s3='giI ei2E-i2I';
case 8
s2='ei2EI_exp';
s3='giI ei2EI';
case 9
s2='I2i_exp';
s3='gIi I2i';
case 10
s2='E2e_I2i_exp';
s3='gIi E2e-I2i';
case 11
s2='EI2i_exp';
s3='gIi EI2i';
case 12
s2='I2ei_exp';
s3='gIi I2ei';
case 13
s2='I2e_EI2i_exp';
s3='gIi I2e-EI2i';
case 14
s2='E2e_EI2i_exp';
s3='gIi E2e-EI2i';
case 15
s2='EI2e_I2i_exp';
s3='gIi EI2e-I2i';
case 16
s2='EI2ei_exp';
s3='gIi EI2ei';
end
end
%% the segment above corresponds to iI and Ii connections table
if(studied_conduct==3)
if(name_file<9)s1='g_eI_conn_';
else s1='gEi_conn_';end
switch name_file
case 1
s2='eI_exp';
s3='geI e2I';
case 2
s2='e2EI_exp';
s3='geI e2EI';
case 3
s2='e2E_ei2I_exp';
s3='geI e2E-ei2I';
case 4
s2='ei2E_e2I_exp';
s3='geI ei2E-e2I';
case 5
s2='ei2I_exp';
s3='geI ei2I';
case 6
s2='i2E_e2I_exp';
s3='geI i2E-e2I';
case 7
s2='i2E_ei2I_exp';
s3='geI i2E-ei2I';
case 8
s2='ei2EI_exp';
s3='geI ei2EI';
case 9
s2='Ei_exp';
s3='gEi E2i';
case 10
s2='E2ei_exp';
s3='gEi E2ei';
case 11
s2='E2e_EI2i_exp';
s3='gEi E2e-EI2i';
case 12
s2='EI2e_E2i_exp';
s3='gEi EI2e-E2i';
case 13
s2='EI2i_exp';
s3='gEi EI2i';
case 14
s2='I2e_E2i_exp';
s3='gEi I2e-E2i';
case 15
s2='I2e_EI2i_exp';
s3='gEi I2e-EI2i';
case 16
s2='EI2ei_exp';
s3='gEi EI2ei';
end
end
if(studied_conduct==4)
if(name_file<9)s1='g_iE_conn_';
else s1='gIe_conn_';end
switch name_file
case 1
s2='i2E_exp';
s3='giE i2E ';
case 2
s2='i2EI_exp';
s3='giE i2EI';
case 3
s2='i2E_ei2I_exp';
s3='giE i2E-ei2I';
case 4
s2='i2E_e2I_exp';
s3='giE i2E-e2I';
case 5
s2='ei2E_exp';
s3='giE ei2E';
case 6
s2='ei2E_i2I_exp';
s3='giE ei2E-i2I';
case 7
s2='ei2E_e2I_exp';
s3='giE ei2E-e2I';
case 8
s2='ei2EI_exp';
s3='giE ei2EI';
case 9
s2='I2e_exp';
s3='gIe I2e';
case 10
s2='I2ei_exp';
s3='gIe I2ei';
case 11
s2='I2e_EI2i_exp';
s3='gIe I2e-EI2i';
case 12
s2='I2e_E2i_exp';
s3='gIe I2e-E2i';
case 13
s2='EI2e_exp';
s3='gIe EI2e';
case 14
s2='EI2e_I2i_exp';
s3='gIe EI2e-I2i';
case 15
s2='EI2e_E2i_exp';
s3='gIe EI2e-E2i';
case 16
s2='EI2ei_exp';
s3='gIe EI2ei';
end
end
if(studied_conduct==5)
switch name_file
case 1
s1='g_eE_conn_ei2E_e2I';
s2='_exp7_perc_';
s3='geE ei2E-e2I exp7 ';
case 2
s1='g_iI_i2I';
s2='_exp7_perc_';
s3='giI-i2I exp7';
case 3
s1='g_eI_e2EI';
s2='_exp7_perc_';
s3='geI e2EI exp7';
case 4
s1='g_iE_ei2E_i2I';
s2='_exp5_perc_';
s3='giE ei2E-i2I exp5';
case 5
s1='gEe_E2e';
s2='_exp7_perc_';
s3='gEe-E2e exp7';
case 6
s1='gIi_I2i';
s2='_exp7_perc_';
s3='gIi I2i exp7';
case 7
s1='gEi_EI2i';
s2='_exp5_perc_';
s3='gEi EI2i exp5';
case 8
s1='gIe_EI2ei';
s2='_exp4_perc_';
s3='gIe EI2ei';
end
end
% % % %
% % %% the segment above corresponds to iI and Ii connections table
for var4=1:1:11%%4:1:4
if(var4<11) lea_a = sprintf('./%s%s%g.m',s1,s2,var4)
end
if(var4==11) lea_a = sprintf('./Networks_REF_FREE1.m')
end
run(lea_a);
I_E_frh2nwk
figh=figure();
for var1=1:2
if(var1==1)
input1=b2;
idx_1=0;
var2=1;
elseif(var1==2)
input1=b4;
idx_1=2;
var2=3;
end
conv_analisis
fft_avella1_analisis
frequ_anlysis
wavelet_avella2nwks_analisis
end
write_to_eps=sprintf('../../figures/ntwks2011/%s%s%g.eps',s1,s2,var4);
write_to_jpg=sprintf('../../figures/ntwks2011a/%s%s%g.jpg',s1,s2,var4);
write_to_figA=sprintf('../../figures/ntwks2011a/%s%s%g.fig',s1,s2,var4);
set(0,'Units','pixels')
set(figh,'Position',[347 601 700 313],'PaperPositionMode','auto','Visible','off')
%print('-depsc2','-r300',write_to_eps)
print('-djpeg', '-r300',write_to_jpg)
%%saveas(figh,write_to_figA)
close hidden
freq_analy_drive
end
%%clear
end
end