Index

A

Angle angle (canopyhydro.DataClasses.Projection attribute)

angle_sum (canopyhydro.DataClasses.Flow attribute) anti_vector (canopyhydro.DataClasses.Projection attribute) avg_sa_to_vol (canopyhydro.CylinderCollection.CylinderCollection attribute)

B

base_vector (canopyhydro.DataClasses.Projection attribute) begins_at_divide_point (canopyhydro.Cylinder.Cylinder attribute), [1] begins_at_drip_point (canopyhydro.Cylinder.Cylinder attribute), [1]

Branch Order branch_id (canopyhydro.Cylinder.Cylinder attribute), [1] branch_order (canopyhydro.Cylinder.Cylinder attribute), [1]

C

calculate_flows() (canopyhydro.CylinderCollection.CylinderCollection method) canopyhydro module canopyhydro.configuration module canopyhydro.Cylinder module canopyhydro.CylinderCollection module canopyhydro.DataClasses module canopyhydro.Forester module canopyhydro.geometry module canopyhydro.handlers module

canopyhydro.import_options module canopyhydro.utils module circumcenter_lapack() (in module canopyhydro.geometry) circumcenter_lu_factor() (in module canopyhydro.geometry) circumradius() (in module canopyhydro.geometry) closest_points() (in module canopyhydro.geometry) concave_hull() (in module canopyhydro.geometry) ConsoleHandler (class in canopyhydro.handlers) contracted_nodes() (canopyhydro.CylinderCollection.CylinderCollection method) create_cyl() (in module canopyhydro.Cylinder) create_dir_and_file() (in module canopyhydro.utils) cyl_id (canopyhydro.Cylinder.Cylinder attribute), [1] cyl_to_drip (canopyhydro.CylinderCollection.CylinderCollection attribute) Cylinder (class in canopyhydro.Cylinder) CylinderCollection (class in canopyhydro.CylinderCollection) cylinders (canopyhydro.CylinderCollection.CylinderCollection attribute)

D

del_dir() (in module canopyhydro.utils) Diameter at Breast Height digraph (canopyhydro.CylinderCollection.CylinderCollection attribute) direction_from_trunk() (canopyhydro.CylinderCollection.CylinderCollection method) divide_nodes (canopyhydro.CylinderCollection.CylinderCollection attribute) draw() (canopyhydro.Cylinder.Cylinder method) (canopyhydro.CylinderCollection.CylinderCollection method) draw_3D() (canopyhydro.Cylinder.Cylinder method) draw_cylinders_3D() (in module canopyhydro.geometry) draw_cyls() (in module canopyhydro.geometry)

drip_flow_components (canopyhydro.CylinderCollection.CylinderCollection attribute) drip_graph (canopyhydro.CylinderCollection.CylinderCollection attribute) drip_node (canopyhydro.Cylinder.Cylinder attribute), [1] drip_node_id (canopyhydro.DataClasses.Flow attribute) drip_node_loc (canopyhydro.DataClasses.Flow attribute) drip_nodes (canopyhydro.CylinderCollection.CylinderCollection attribute) drip_point_loc (canopyhydro.CylinderCollection.CylinderCollection attribute) drip_points (canopyhydro.CylinderCollection.CylinderCollection attribute) dx (canopyhydro.Cylinder.Cylinder attribute), [1] dy (canopyhydro.Cylinder.Cylinder attribute), [1] dz (canopyhydro.Cylinder.Cylinder attribute), [1]

E

emit() (canopyhydro.handlers.ConsoleHandler method)

end_nodes (canopyhydro.CylinderCollection.CylinderCollection attribute) extent (canopyhydro.CylinderCollection.CylinderCollection attribute)

F

file (canopyhydro.CylinderCollection.CylinderCollection attribute) File Name file_name (canopyhydro.CylinderCollection.CylinderCollection attribute) find_flow_components() (canopyhydro.CylinderCollection.CylinderCollection method) find_furthest() (canopyhydro.CylinderCollection.CylinderCollection method) find_overlap_by_percentile() (canopyhydro.CylinderCollection.CylinderCollection method) find_trunk_distances() (canopyhydro.CylinderCollection.CylinderCollection method) find_trunk_lean() (canopyhydro.CylinderCollection.CylinderCollection method)

Flow (class in canopyhydro.DataClasses) flow_chars (canopyhydro.CylinderCollection.CylinderCollection attribute) flow_id (canopyhydro.Cylinder.Cylinder attribute), [1] flow_type (canopyhydro.Cylinder.Cylinder attribute), [1] flows (canopyhydro.CylinderCollection.CylinderCollection attribute) Forester (class in canopyhydro.Forester) from_csv() (canopyhydro.CylinderCollection.CylinderCollection method) furthest_point() (in module canopyhydro.geometry)

G

generate_flow_file() (canopyhydro.CylinderCollection.CylinderCollection method) get_collection_data() (canopyhydro.CylinderCollection.CylinderCollection method) get_cylinder_surface() (in module canopyhydro.geometry) get_dbh() (canopyhydro.CylinderCollection.CylinderCollection method) get_end_nodes() (canopyhydro.CylinderCollection.CylinderCollection method) get_file_names() (canopyhydro.Forester.Forester method)

get_projected_overlap() (in module canopyhydro.geometry) get_projection() (canopyhydro.Cylinder.Cylinder method) (in module canopyhydro.geometry) get_rotation_matrix() (in module canopyhydro.geometry) get_trunk_nodes() (canopyhydro.CylinderCollection.CylinderCollection method) get_unoriented_cylinder() (in module canopyhydro.geometry) graph (canopyhydro.CylinderCollection.CylinderCollection attribute)

H

HIGHLIGHTER_CLASS (canopyhydro.handlers.ConsoleHandler attribute)

hulls (canopyhydro.CylinderCollection.CylinderCollection attribute)

I

identify_stem_paths() (canopyhydro.CylinderCollection.CylinderCollection method) initialize() (canopyhydro.Cylinder.Cylinder method)

initialize_digraph_from() (canopyhydro.CylinderCollection.CylinderCollection method) intermitent_log() (in module canopyhydro.utils) is_stem (canopyhydro.Cylinder.Cylinder attribute), [1]

L

lam_filter() (in module canopyhydro.utils)

length (canopyhydro.Cylinder.Cylinder attribute), [1]

M

max_branch_order (canopyhydro.CylinderCollection.CylinderCollection attribute) max_reverse_branch_order (canopyhydro.CylinderCollection.CylinderCollection attribute) maximal_alpha() (in module canopyhydro.geometry) Maximum Branch Order Maximum X Coordinate Maximum Y Coordinate Maximum Z Coordinate Minimum X Coordinate Minimum Y Coordinate Minimum Z Coordinate

module canopyhydro canopyhydro.configuration canopyhydro.Cylinder canopyhydro.CylinderCollection canopyhydro.DataClasses canopyhydro.Forester canopyhydro.geometry canopyhydro.handlers canopyhydro.import_options canopyhydro.utils

N

non_njit_stack() (in module canopyhydro.utils)

num_cylinders (canopyhydro.DataClasses.Flow attribute) Number of Drip Points

O

on_rm_error() (in module canopyhydro.utils) Order One Angle Average Order One Angle Standard Deviation Order Three Angle Average

Order Two Angle Average Order Two Angle Standard Deviation Order Zero Angle Average Order Zero Angle Standard Deviation

P

parent_id (canopyhydro.Cylinder.Cylinder attribute), [1] pickle_collection() (in module canopyhydro.CylinderCollection) plane (canopyhydro.DataClasses.Projection attribute) polygon (canopyhydro.DataClasses.Projection attribute) polygon_plot() (in module canopyhydro.geometry) project_cylinders() (canopyhydro.CylinderCollection.CylinderCollection method)

Projected Surface Area Projected Surface Area With Overlap projected_area (canopyhydro.DataClasses.Flow attribute) projected_data (canopyhydro.Cylinder.Cylinder attribute), [1] Projection (class in canopyhydro.DataClasses) projections (canopyhydro.CylinderCollection.CylinderCollection attribute)

Q

qsm_to_collection() (canopyhydro.Forester.Forester method)

R

radius (canopyhydro.Cylinder.Cylinder attribute), [1]

read_file_names() (in module canopyhydro.utils) reverse_branch_order (canopyhydro.Cylinder.Cylinder attribute), [1]

S

sa_to_vol (canopyhydro.Cylinder.Cylinder attribute), [1] (canopyhydro.DataClasses.Flow attribute) save_file() (in module canopyhydro.utils) segment_id (canopyhydro.Cylinder.Cylinder attribute), [1] set_drip_points() (canopyhydro.CylinderCollection.CylinderCollection method) simplices() (in module canopyhydro.geometry) slope (canopyhydro.Cylinder.Cylinder attribute), [1] stack() (in module canopyhydro.utils) statistics() (canopyhydro.CylinderCollection.CylinderCollection method) Stem Hull Area

Stem Hull Boundary Stem Projected Surface Area Stem Projected Surface Area With Overlap Stem Surface Area stem_flow_component (canopyhydro.CylinderCollection.CylinderCollection attribute) stem_hull (canopyhydro.CylinderCollection.CylinderCollection attribute) stem_paths (canopyhydro.CylinderCollection.CylinderCollection attribute) surface_area (canopyhydro.Cylinder.Cylinder attribute), [1] (canopyhydro.CylinderCollection.CylinderCollection attribute) (canopyhydro.DataClasses.Flow attribute)

T

Top Half Shade Top Half Total Projected Surface Area Top Quarter Shade Top Quarter Total Projected Surface Area Top Three Quarter Shade Top Three Quarter Total Projected Surface Area Total Hull Area

Total Hull Boundary Total Shade Total Surface Area treeQualities (canopyhydro.CylinderCollection.CylinderCollection attribute) trunk (canopyhydro.CylinderCollection.CylinderCollection attribute) trunk_lean (canopyhydro.CylinderCollection.CylinderCollection attribute) trunk_nodes (canopyhydro.CylinderCollection.CylinderCollection attribute)

U

unpickle_collection() (in module canopyhydro.CylinderCollection)

V

Volume volume (canopyhydro.Cylinder.Cylinder attribute), [1] (canopyhydro.CylinderCollection.CylinderCollection attribute) (canopyhydro.DataClasses.Flow attribute)

W

watershed_boundary() (canopyhydro.CylinderCollection.CylinderCollection method)

X

x (canopyhydro.Cylinder.Cylinder attribute), [1]

Y

y (canopyhydro.Cylinder.Cylinder attribute), [1]

Z

z (canopyhydro.Cylinder.Cylinder attribute), [1]