is a rectangular box that is wrapped as tightly as possible around the selection. It is oriented parallel to the world axes. In this mode the pivot point lies at the center of the bounding box. You can Holding Shift while moving lets you measure the distance between faces. This works well only with parallel faces, e.g. walls. You can always navigate (pan, zoom, …) or change the view (orthogonal, perspective) Object/Mesh/Curve/Surface ‣ Transform ‣ Shear Shift-Ctrl-Alt-S Shearing is a form of movement where parallel surfaces move past one another. During this transform, movement of the selected elements will occur

is a rectangular box that is wrapped as tightly as possible around the selection. It is oriented parallel to the world axes. In this mode the pivot point lies at the center of the bounding box. You can Holding Shift while moving lets you measure the distance between faces. This works well only with parallel faces, e.g. walls. You can always navigate (pan, zoom, ...) or change the view (orthogonal, perspective) Object/Mesh/Curve/Surface ‣ Transform ‣ Shear Shift-Ctrl-Alt-S Shearing is a form of movement where parallel surfaces move past one another. During this transform, movement of the selected elements will occur

a world axis (see Viewpoint), the Text Info additionally shows the smallest distance between two parallel grid lines. Statistics Show information about the amount of objects and geometry. Note that the Holding Shift while moving lets you measure the distance between faces. This only works well with parallel faces, e.g. walls. You can always navigate (pan, zoom, ...) or change the view (orthogonal, perspective) Object/Mesh/Curve/Surface ‣ Transform ‣ Shear Shift-Ctrl-Alt-S Shearing is a form of movement where parallel surfaces move past one another. During this transform, movement of the selected elements will occur

a world axis (see Viewpoint), the Text Info additionally shows the smallest distance between two parallel grid lines. Statistics Show information about the amount of objects and geometry. Note that the Holding Shift while moving lets you measure the distance between faces. This works well only with parallel faces, e.g. walls. You can always navigate (pan, zoom, ...) or change the view (orthogonal, perspective) Object/Mesh/Curve/Surface ‣ Transform ‣ Shear Shift-Ctrl-Alt-S Shearing is a form of movement where parallel surfaces move past one another. During this transform, movement of the selected elements will occur

a world axis (see Viewpoint), the Text Info additionally shows the smallest distance between two parallel grid lines. Statistics Show information about the amount of objects and geometry. Note that the Holding Shift while moving lets you measure the distance between faces. This only works well with parallel faces, e.g. walls. You can always navigate (pan, zoom, …) or change the view (orthogonal, perspective) Object/Mesh/Curve/Surface ‣ Transform ‣ Shear Shift-Ctrl-Alt-S Shearing is a form of movement where parallel surfaces move past one another. During this transform, movement of the selected elements will occur

a world axis (see Viewpoint), the Text Info additionally shows the smallest distance between two parallel grid lines. Statistics Show information about the amount of objects and geometry. Note that the Holding Shift while moving lets you measure the distance between faces. This works well only with parallel faces, e.g. walls. You can always navigate (pan, zoom, …) or change the view (orthogonal, perspective) Object/Mesh/Curve/Surface ‣ Transform ‣ Shear Shift-Ctrl-Alt-S Shearing is a form of movement where parallel surfaces move past one another. During this transform, movement of the selected elements will occur

is a rectangular box that is wrapped as tightly as possible around the selection. It is oriented parallel to the world axes. In this mode the pivot point lies at the center of the bounding box. You can Holding Shift while moving lets you measure the distance between faces. This works well only with parallel faces, e.g. walls. You can always navigate (pan, zoom, ...) or change the view (orthogonal, perspective) Object/Mesh/Curve/Surface ‣ Transform ‣ Shear Shift-Ctrl-Alt-S Shearing is a form of movement where parallel surfaces move past one another. During this transform, movement of the selected elements will occur

is a rectangular box that is wrapped as tightly as possible around the selection. It is oriented parallel to the world axes. In this mode the pivot point lies at the center of the bounding box. You can Holding Shift while moving lets you measure the distance between faces. This works well only with parallel faces, e.g. walls. You can always navigate (pan, zoom, …) or change the view (orthogonal, perspective) Object/Mesh/Curve/Surface ‣ Transform ‣ Shear Shift-Ctrl-Alt-S Shearing is a form of movement where parallel surfaces move past one another. During this transform, movement of the selected elements will occur

is a rectangular box that is wrapped as tightly as possible around the selection. It is oriented parallel to the world axes. In this mode the pivot point lies at the center of the bounding box. You can Holding Shift while moving lets you measure the distance between faces. This works well only with parallel faces, e.g. walls. You can always navigate (pan, zoom, ...) or change the view (orthogonal, perspective) Object/Mesh/Curve/Surface ‣ Transform ‣ Shear Shift-Ctrl-Alt-S Shearing is a form of movement where parallel surfaces move past one another. During this transform, movement of the selected elements will occur

is a rectangular box that is wrapped as tightly as possible around the selection. It is oriented parallel to the world axes. In this mode the pivot point lies at the center of the bounding box. You can Holding Shift while moving lets you measure the distance between faces. This works well only with parallel faces, e.g. walls. You can always navigate (pan, zoom, …) or change the view (orthogonal, perspective) Object/Mesh/Curve/Surface ‣ Transform ‣ Shear Shift-Ctrl-Alt-S Shearing is a form of movement where parallel surfaces move past one another. During this transform, movement of the selected elements will occur