cape.tricli.main_step2crv()

CLI for step2crv()

Call:
>>> main_step2crv()
Versions:

  • 2021-10-15 @ddalle: v1.0

cape.tricli.main_steptri2crv()

CLI for steptri2crv()

Call:
>>> main_steptri2crv()
Versions:

  • 2021-10-15 @ddalle: v1.0

cape.tricli.main_tri2plt()

CLI for tri2plt()

Call:
>>> main_tri2plt()
Versions:

  • 2021-10-01 @ddalle: v1.0

cape.tricli.main_tri2surf()

CLI for tri2surf()

Call:
>>> main_tri2surf()
Versions:

  • 2021-10-12 @ddalle: v1.0

cape.tricli.main_tri2uh3d()

CLI for tri2uh3d()

Call:
>>> main_tri2uh3d()
Versions:

  • 2021-10-01 @ddalle: v1.0

cape.tricli.main_uh3d2tri()

CLI for uh3d2tri()

Call:
>>> main_uh3d2tri()
Versions:

  • 2021-10-01 @ddalle: v1.0

cape.tricli.step2crv(*a, **kw)

Write the curves from a STEP file to Plot3D multiple curve file

Call:
>>> step2crv(fstp, fcrv, **kw)
>>> step2crv(i=fstp, o=fcrv, **kw)
Inputs:
fstp: str

Name of input file

fcrv: str

Name of output file (defaults to value of fstp but with .crv in the place of .stp or .step)

n: int

Number of intervals to use

ds: float

Upper bound of uniform spacing

dth: float | {None}

Maximum allowed turning angle in degrees

da: float | {None}

Maximum allowed length-weighted turning angle

link: True | False | {"x"} | "-x"

Whether or not to link curves and if so using which axis to use for sorting

xtol: float | str

Tolerance for x-coordinates to be truncated to zero

ytol: float | str

Tolerance for y-coordinates to be truncated to zero

ztol: float | str

Tolerance for z-coordinates to be truncated to zero

Versions:

  • 2016-05-10 @ddalle: v1.0

  • 2021-10-15 @ddalle: v2.0; in cape.tricli

cape.tricli.steptri2crv(*a, **kw)

Write Plot3D curves of .tri nodes near .stp curves

Read curves from a STEP file and use these to subset nodes from a surface triangulation. Each curve is written as a series of points, and the combined output is written to a Plot3D multiple curve file.

Call:
>>> steptri2crv(fstp, **kw)
>>> steptri2crv(fstp, ftri, **kw)
>>> steptri2crv(fstp, ftri, fcrv, **kw)
>>> steptri2crv(stp=fstp, tri=ftri, o=fcrv, **kw)
Inputs:
fstp: str

Name of input STEP file

ftri: str

Name of input TRI file (defaults to fstp with .tri in place of .stp or .step)

fcrv: str

Name of output Plot3D curve file (defaults to fstp with .crv in place of .stp or .step)

sp: True | {False}

Write curves as single-precision file

ascii: True | {False}

Write curves as text file

endian: {None} | "big" | "little"

Byte order

r4, b4: True | {False}

Write single-precision big-endian

r8, b8: True | {False}

Write double-precision big-endian

lr4, lb4: True | {False}

Write single-precision little-endian

lr8, lb8: True | {False}

Write double-precision little-endian

Versions:

  • 2016-09-29 @ddalle: v1.0

  • 2021-10-15 @ddalle: v2.0

cape.tricli.tri2plt(*a, **kw)

Convert a UH3D triangulation file to Cart3D .tri format

Call:
>>> tri2plt(ftri, **kw)
>>> tri2plt(ftri, fplt, **kw)
>>> tri2plt(i=ftri, o=fplt, **kw)
Inputs:
ftri: str

Name of input file; can be any readable TRI or TRIQ format

fplt: {None} | str

Name of PLT file to create; defaults to tri with the .tri replaced by .plt

dat: {None} | True | False

Write output file as ASCII format

plt: {None} | true | False

Opposite of dat; default is to guess bases on fplt

c: str

Surface config file, guess type from file name

json: {None} | str

JSON surface config file

mixsur: {None} | str

MIXSUR/USURP surface config file

xml: {None} | str

XML surface config file

v: True | {False}

Verbose output while creating PLT instance

triq: True | False

Manually specify triq file input (default determined by file extension of ftri)

Versions:

  • 2016-04-05 @ddalle: v1.0

  • 2021-10-01 @ddalle: v2.0

cape.tricli.tri2surf(*a, **kw)

Convert a triangulated surface to AFLR3 .surf format

Call:
>>> Tri2Surf(tri, surf, bc=None)
>>> Tri2Surf(i=tri, o=surf, bc=None)
Inputs:
tri: str

Name of input file

surf: str

Name of output file (defaults to tri with .surf as the extension in the place of .tri)

bc: str

(Optional) name of boundary condition file to apply

Versions:

  • 2015-11-19 @ddalle: v1.0; Tri2Surf()

  • 2021-10-12 @ddalle: v2.0;
cape.tricli.tri2uh3d(*a, **kw)

Convert a UH3D triangulation file to Cart3D tri format

Call:
>>> tri2uh3d(ftri, **kw)
>>> tri2uh3d(ftri, fuh3d, **kw)
>>> tri2uh3d(i=ftri, o=fuh3d, **kw)
Inputs:
ftri: str

Name of input file

fuh3d: str

Name of output file

c: str

Surface config file, guess type from file name

json: {None} | str

JSON surface config file

mixsur: {None} | str

MIXSUR/USURP surface config file

xml: {None} | str

XML surface config file

h: True | {False}

Display help and exit if True

Versions:

  • 2015-04-17 @ddalle: v1.0

  • 2021-10-01 @ddalle: v2.0

cape.tricli.uh3d2tri(*a, **kw)

Convert a UH3D triangulation file to Cart3D .tri format

Call:
>>> uh3d2tri(uh3d, tri, c=None, **kw)
>>> uh3d2tri(i=uh3d, o=tri, c=None, **kw)
Inputs:
uh3d: str

Name of input file

tri: str

Name of output file (defaults to value of uh3d but with .tri as the extension in the place of .uh3d)

c: str

(Optional) name of configuration file to apply

ascii: {True} | False

Write tri as an ASCII file (default)

binary: True | {False}

Write tri as an unformatted Fortran binary file

byteorder: {None} | "big" | "little"

Override system byte order using either ‘big’ or ‘little’

bytecount: {4} | 8

Use a PREC of 4 for single- or 8 for double-precision

xtol: {None} | float

Tolerance for x-coordinates to be truncated to zero

ytol: {None} | float

Tolerance for y-coordinates to be truncated to zero

ztol: {None} | float

Tolerance for z-coordinates to be truncated to zero

dx: {None} | float

Distance to translate all nodes in x direction

dy: {None} | float

Distance to translate all nodes in y direction

dz: {None} | float

Distance to translate all nodes in z direction

Versions:

  • 2014-06-12 @ddalle: v1.0

  • 2015-10-09 @ddalle: v1.1; Config.xml and ytol

  • 2016-08-18 @ddalle: v1.2; Binary output option