Place data within a cell in rows

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DavidL88 on 13 Jan 2022
Edited: Voss on 14 Jan 2022
I have a table like below where the results data contained in the cell is a string. Is there a way to stack the data within the results cells in rows? I would like to write this table into Excel as table for publication.
OLD TABLE
Left cuneus Left entorhinal
Experiment 1 t = -3.66 p = 0.001 x, y, z = -26.1, -6.2, 52.2 Nvx = 31 t = -3.38 p = 0.002 x, y, z = -48.6, -43.7, 0.7 Nvx = 20
Experiment 2 t = -4.66 p = 0.002 x, y, z = -46.1, -7.2, 52.2 Nvx = 21 t = -7.38 p = 0.003 x, y, z = -48.6, -63.7, 1.7 Nvx = 22
NEW TABLE
Left cuneus Left entorhinal
Experiment 1 t = -3.66 t = -3.38
p = 0.001 p = 0.002
x, y, z = -26.1, -6.2, 52.2 x, y, z = -48.6, -43.7, 0.7
Nvx = 31 Nvx = 20
Experiment 2 t = -4.66 t = -7.38
p = 0.002 p = 0.003
x, y, z = -46.1, -7.2, 52.2 x, y, z = -48.6, -63.7, 1.7
Nvx = 21 Nvx = 22

Voss on 13 Jan 2022
The attached function may be of some use.
t = table(["t = -3.66 p = 0.001 x, y, z = -26.1, -6.2, 52.2 Nvx = 31"; "t = -4.66 p = 0.002 x, y, z = -46.1, -7.2, 52.2 Nvx = 21"],["t = -3.38 p = 0.002 x, y, z = -48.6, -43.7, 0.7 Nvx = 20"; "t = -7.38 p = 0.003 x, y, z = -48.6, -63.7, 1.7 Nvx = 22"],'variablenames',{'Left_cuneus','Left_entorhinal'})
t = 2×2 table
Left_cuneus Left_entorhinal ____________________________________________________________ __________________________________________________________ "t = -3.66 p = 0.001 x, y, z = -26.1, -6.2, 52.2 Nvx = 31" "t = -3.38 p = 0.002 x, y, z = -48.6, -43.7, 0.7 Nvx = 20" "t = -4.66 p = 0.002 x, y, z = -46.1, -7.2, 52.2 Nvx = 21" "t = -7.38 p = 0.003 x, y, z = -48.6, -63.7, 1.7 Nvx = 22"
stack_string(t{1,1})
ans = 4×1 string array
"t = -3.66" "p = 0.001" "x, y, z = -26.1, -6.2, 52.2" "Nvx = 31"
stack_string(t{2,1})
ans = 4×1 string array
"t = -4.66" "p = 0.002" "x, y, z = -46.1, -7.2, 52.2" "Nvx = 21"
stack_string(t{1,2})
ans = 4×1 string array
"t = -3.38" "p = 0.002" "x, y, z = -48.6, -43.7, 0.7" "Nvx = 20"
stack_string(t{2,2})
ans = 4×1 string array
"t = -7.38" "p = 0.003" "x, y, z = -48.6, -63.7, 1.7" "Nvx = 22"
Voss on 14 Jan 2022
Edited: Voss on 14 Jan 2022
I'm not sure about that; I never use tables. I would use a cell array of character vectors or a 2D string array and write that to file.
variable_names = {'Left cuneus' 'Left entorhinal'};
t = table(["t = -3.66 p = 0.001 x, y, z = -26.1, -6.2, 52.2 Nvx = 31"; "t = -4.66 p = 0.002 x, y, z = -46.1, -7.2, 52.2 Nvx = 21"],["t = -3.38 p = 0.002 x, y, z = -48.6, -43.7, 0.7 Nvx = 20"; "t = -7.38 p = 0.003 x, y, z = -48.6, -63.7, 1.7 Nvx = 22"],'variablenames',strrep(variable_names,' ','_'))
t = 2×2 table
Left_cuneus Left_entorhinal ____________________________________________________________ __________________________________________________________ "t = -3.66 p = 0.001 x, y, z = -26.1, -6.2, 52.2 Nvx = 31" "t = -3.38 p = 0.002 x, y, z = -48.6, -43.7, 0.7 Nvx = 20" "t = -4.66 p = 0.002 x, y, z = -46.1, -7.2, 52.2 Nvx = 21" "t = -7.38 p = 0.003 x, y, z = -48.6, -63.7, 1.7 Nvx = 22"
N_variables = numel(variable_names);
N_experiments = 2;
s_out = repmat("",5*N_experiments,N_variables+1);
s_out(1,2:end) = string(variable_names);
for i = 1:N_experiments
s_out(5*(i-1)+2,1) = "Experiment " + i;
for j = 1:N_variables
s_out(5*(i-1)+2:5*i,j+1) = stack_string(t{i,j});
end
end
s_out
s_out = 10×3 string array
"" "Left cuneus" "Left entorhinal" "Experiment 1" "t = -3.66" "t = -3.38" "" "p = 0.001" "p = 0.002" "" "x, y, z = -26.1, -6.2, 52.2" "x, y, z = -48.6, -43.7, 0.7" "" "Nvx = 31" "Nvx = 20" "" "" "" "Experiment 2" "t = -4.66" "t = -7.38" "" "p = 0.002" "p = 0.003" "" "x, y, z = -46.1, -7.2, 52.2" "x, y, z = -48.6, -63.7, 1.7" "" "Nvx = 21" "Nvx = 22"
writematrix(s_out,'test.xlsx');
Warning: Column headers from the file were modified to make them valid MATLAB identifiers before creating variable names for the table. The original column headers are saved in the VariableDescriptions property.
Set 'VariableNamingRule' to 'preserve' to use the original column headers as table variable names.
ans = 9×3 table
Var1 LeftCuneus LeftEntorhinal ________________ _______________________________ _______________________________ {'Experiment 1'} {'t = -3.66' } {'t = -3.38' } {0×0 char } {'p = 0.001' } {'p = 0.002' } {0×0 char } {'x, y, z = -26.1, -6.2, 52.2'} {'x, y, z = -48.6, -43.7, 0.7'} {0×0 char } {'Nvx = 31' } {'Nvx = 20' } {0×0 char } {0×0 char } {0×0 char } {'Experiment 2'} {'t = -4.66' } {'t = -7.38' } {0×0 char } {'p = 0.002' } {'p = 0.003' } {0×0 char } {'x, y, z = -46.1, -7.2, 52.2'} {'x, y, z = -48.6, -63.7, 1.7'} {0×0 char } {'Nvx = 21' } {'Nvx = 22' }
ans = 10×3 cell array
{1×1 missing } {'Left cuneus' } {'Left entorhinal' } {'Experiment 1'} {'t = -3.66' } {'t = -3.38' } {1×1 missing } {'p = 0.001' } {'p = 0.002' } {1×1 missing } {'x, y, z = -26.1, -6.2, 52.2'} {'x, y, z = -48.6, -43.7, 0.7'} {1×1 missing } {'Nvx = 31' } {'Nvx = 20' } {1×1 missing } {1×1 missing } {1×1 missing } {'Experiment 2'} {'t = -4.66' } {'t = -7.38' } {1×1 missing } {'p = 0.002' } {'p = 0.003' } {1×1 missing } {'x, y, z = -46.1, -7.2, 52.2'} {'x, y, z = -48.6, -63.7, 1.7'} {1×1 missing } {'Nvx = 21' } {'Nvx = 22' }

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