Data for: How normal is normal: consequences of stride to stride variability, treadmill walking and age when using normative paediatric gait data.

This workbook contains supplementary material for the article: How normal is normal: Consequences of stride to stride variability, treadmill walking and age when using normative pediatric gait data. There are 6 worksheets in addition to this one: Population Demographics, Spatiotemporal, Joint Rotations, Joint Moments, Joint Powers and CROP as plotted in figures of article. Each of the worksheets contains data from the treadmill and overground walking conditions. Row: Variable name with positive/negative sense indicated where appropriate. Example Pelvic Up/Down Obliquity means that Up is positive, Down is negative. Row presented as 0-100% gait cycle MEAN, followed by 1SD per % gait cycle (colums CZ onward) . Consecutive blue shading defines Treadmill data.本工作簿为论文《How normal is normal: Consequences of stride to stride variability, treadmill walking and age when using normative pediatric gait data》的补充材料。除本工作表外，共包含6个附属工作表，分别为：人口统计学（Population Demographics）、时空参数（Spatiotemporal）、关节活动度（Joint Rotations）、关节力矩（Joint Moments）、关节功率（Joint Powers）以及论文配图中使用的CROP工作表。所有工作表均涵盖跑步机行走（treadmill walking）与地面行走（overground walking）两种实验条件下的数据。各行表头为变量名称，若适用则标注其正负物理意义。示例：骨盆上下倾斜度（Pelvic Up/Down Obliquity），即向上为正方向，向下为负方向。各行以0-100%步态周期（gait cycle）的均值作为起始，随后依次为各步态周期百分比对应的1倍标准差（1SD），数据列从CZ列开始。连续的蓝色底纹用于标识跑步机行走实验的数据。