geo-yoots.sphere.transformations — org.clojars.nfcharles/geo-yoots 0.3.4

_00 clj

(_00 x y z)

_01 clj

(_01 x y z)

_02 clj

(_02 x y z)

_10 clj

(_10 x y z)

_11 clj

(_11 x y z)

_12 clj

(_12 x y z)

_20 clj

(_20 x y z)

_21 clj

(_21 x y z)

_22 clj

(_22 x y z)

_vertices->projection-plane clj

(_vertices->projection-plane pv unit-nv vertices)

a->b-vector clj

(a->b-vector av bv & {:keys [scale] :or {scale 1}})

Create vector from points A & B

a-div-sqrt-xx+yy+zz clj

(a-div-sqrt-xx+yy+zz a x y z)

a-div-xx+yy clj

(a-div-xx+yy a x y)

distance-to-plane clj

(distance-to-plane pt plane normal)

Distance of point to plane[n * (x - x0) = 0]

latlon->vector clj

(latlon->vector latlon)

matrix-ortho-plane-projection clj

(matrix-ortho-plane-projection pt vertices cent)

matrix-partition-polygon clj

(matrix-partition-polygon vtxs n_rows n_cols)

Generates triangular partitions for a polygon

normal-vector clj

(normal-vector latlon & {:keys [radius] :or {radius geo.consts/earth-radius}})

Calculates normal-vector. For unit vector, radius is 1

partition-polygon clj

(partition-polygon vertices)

Generates triangular partitions for a polygon

polygon->normal clj

(polygon->normal vertices)

rotate clj

(rotate rot-mtx pt)

rotation-matrix clj

(rotation-matrix norm)

sqrt-xx+yy+zz clj

(sqrt-xx+yy+zz x y z)

unit-normal-vector clj

(unit-normal-vector latlon)

vector-ortho-plane-projection clj

(vector-ortho-plane-projection av pv unit-normal)

vertices->projection-plane clj

(vertices->projection-plane vertices)

vertices->projection-plane2 clj

(vertices->projection-plane2 vertices & {:keys [pt] :or {pt nil}})

X clj

xx+yy clj

(xx+yy x y)

Y clj

Z clj