Emergent Signatures of the Glass Transition Codes

Data type: MATLAB cell array Naming: data_phi_4.98%_phi_s_0.53%.mat matrix volume fraction tracer volume fraction Data type and naming load('B:\data_phi_4.98%_phi_s_0.53%.mat') Read in Structure data{1, 1} data{2, 1} data{3, 1} naming data{1, 2} data{2, 2} data{3, 2} trajectories one-point dynamic two-point dynamic data{1, 2}: trajectories data{1, 2}{2, 6} data{1, 2}{3, 6} data{1, 2}{4, 6} data{1, 2}{22, 6} tracer pixel-pitch: 0.105042 µm / pixel. matrix pixel-pitch: 0.105042 µm / pixel for matrix volume fractions 0.0498 till 0.5006. 0.280112 µm / pixel for matrix volume fractions 0.5659 till 0.5887. data{1, 2}{2, 6} (:, 1): x-position in pixels. data{1, 2}{2, 6} (:, 2): y-position in pixels. data{1, 2}{2, 6} (:, 3): Frame. data{1, 2}{2, 6} (:, 4): Particle ID. file structure: tracer trajectories data{1, 2}{22, 6} (:, 1): x-position in pixels. data{1, 2}{22, 6} (:, 2): y-position in pixels. data{1, 2}{22, 6} (:, 3): Frame. data{1, 2}{22, 6} (:, 4): Particle ID. file structure: matrix trajectories data{2, 2}: one-point dynamic data{2, 2}{2, 6} data{2, 2}{3, 6} data{2, 2}{2, 6}(:, 1): Lag time in frames. data{2, 2}{2, 6}(:, 2): Mean number of data points. data{2, 2}{2, 6}(:, 3): Standard deviation of the mean number of data points. data{2, 2}{2, 6}(:, 4): Mean displacement in x-direction. data{2, 2}{2, 6}(:, 5): Mean displacement in y-direction. data{2, 2}{2, 6}(:, 6): Mean square displacement in x-direction. data{2, 2}{2, 6}(:, 7): Mean square displacement in y-direction. data{2, 2}{2, 6}(:, 8): 2D mean square displacement. data{2, 2}{2, 6}(:, 9): Mean of the fourth power of the displacements in x-direction. data{2, 2}{2, 6}(:, 10): Mean of the fourth power of the displacements in y-direction. data{2, 2}{2, 6}(:, 11): Mean of the fourth power of the displacements in 2D. data{2, 2}{2, 6}(:, 12): Variance of the displacements in x-direction. data{2, 2}{2, 6}(:, 13): Variance of the displacements in y-direction. data{2, 2}{2, 6}(:, 14): 2D variance. data{2, 2}{2, 6}(:, 15): Non-Gaussian parameter of the displacements in x-direction. data{2, 2}{2, 6}(:, 16): Non-Gaussian parameter of the displacements in y-direction. data{2, 2}{2, 6}(:, 17): 2D non-Gaussian parameter. data{2, 2}{2, 6}(:, 18): The corresponding standard deviation for data{2, 2}{2, 6}(:, 4). data{2, 2}{2, 6}(:, 31): The corresponding standard deviation for data{2, 2}{2, 6}(:, 17). The displacements are in µm. The standard deviations are determined over the number of areas (measurements). file structure: tracer one-point dynamic data{2, 2}{3, 6}(:, 1): Lag time in frames. data{2, 2}{3, 6}(:, 2): Used number of data points. data{2, 2}{3, 6}(:, 3): Mean displacement in x-direction. data{2, 2}{3, 6}(:, 4): Mean displacement in y-direction. data{2, 2}{3, 6}(:, 5): Mean square displacement in x-direction. data{2, 2}{3, 6}(:, 6): Mean square displacement in y-direction. data{2, 2}{3, 6}(:, 7): 2D mean square displacement. data{2, 2}{3, 6}(:, 8): Mean of the fourth power of the displacements in x-direction. data{2, 2}{3, 6}(:, 9): Mean of the fourth power of the displacements in y-direction. data{2, 2}{3, 6}(:, 10): Mean of the fourth power of the displacements in 2D. data{2, 2}{3, 6}(:, 11): Variance of the displacements in x-direction. data{2, 2}{3, 6}(:, 12): Variance of the displacements in y-direction. data{2, 2}{3, 6}(:, 13): 2D variance. data{2, 2}{3, 6}(:, 14): Non-Gaussian parameter of the displacements in x-direction. data{2, 2}{3, 6}(:, 15): Non-Gaussian parameter of the displacements in y-direction. data{2, 2}{3, 6}(:, 16): 2D non-Gaussian parameter. The displacements are in µm. file structure: matrix one-point dynamic data{3, 2}{2, 7}(:,1): Lag time in frames. data{3, 2}{2, 7}(:,2): Separation r in µm. data{3, 2}{2, 7}(:,3): Used number of data points. data{3, 2}{2, 7}(:,4): Longitudinal two-point correlation in µm squared data{3, 2}{2, 7}(:,5): Transversal two-point correlation in µm squared. data{3, 2}{2, 7}(:,6): Standard deviation of the longitudinal two-point correlation in µm squared. data{3, 2}{2, 7}(:,7): Standard deviation of the transversal two-point correlation in µm squared. The standard deviations are determined over the number of areas (measurements). data{3, 2}: two-point dynamic data{3, 2}{2, 7} data{3, 2}{3, 7} file structure: tracer two-point dynamic