meshlabxml/transform.py
def function_cyl_co(script, r_func='r', theta_func='theta', z_func='z'):
    """Geometric function using cylindrical coordinates.

    Define functions in Z up cylindrical coordinates, with radius 'r',
    angle 'theta', and height 'z'

    See "function" docs for additional usage info and accepted parameters.

    Args:
        r_func (str): function to generate new coordinates for radius
        theta_func (str): function to generate new coordinates for angle.
            0 degrees is on the +X axis.
        z_func (str): function to generate new coordinates for height

    Layer stack:
        No impacts

    MeshLab versions:
        2016.12
        1.3.4BETA
    """

    r = 'sqrt(x^2+y^2)'
    # In newer MeshLab atan2 is builtin to muparser
    if isinstance(script, FilterScript) and script.ml_version >= '2016.12':
        theta = 'atan2(y, x)'
    else:
        theta = mp_func.mp_atan2('y', 'x')

    # Use re matching to match whole word; this prevents matching
    # 'sqrt' and 'rint' when replacing 'r'
    r_func = re.sub(r"\br\b", r, r_func).replace('theta', theta)
    theta_func = re.sub(r"\br\b", r, theta_func).replace('theta', theta)
    z_func = re.sub(r"\br\b", r, z_func).replace('theta', theta)

    x_func = '(r)*cos(theta)'.replace('r', r_func).replace('theta', theta_func)
    y_func = '(r)*sin(theta)'.replace('r', r_func).replace('theta', theta_func)

    vert_function(script, x_func, y_func, z_func)
    return None
def function_cyl_co(script, r_func='r', theta_func='theta', z_func='z'):
    r = 'sqrt(x^2+y^2)'
    # In newer MeshLab atan2 is builtin to muparser
    if isinstance(script, FilterScript) and script.ml_version >= '2016.12':
        theta = 'atan2(y, x)'
    else:
        theta = mp_func.mp_atan2('y', 'x')

    # Use re matching to match whole word; this prevents matching
    # 'sqrt' and 'rint' when replacing 'r'
    r_func = re.sub(r"\br\b", r, r_func).replace('theta', theta)
    theta_func = re.sub(r"\br\b", r, theta_func).replace('theta', theta)
    z_func = re.sub(r"\br\b", r, z_func).replace('theta', theta)

    x_func = '(r)*cos(theta)'.replace('r', r_func).replace('theta', theta_func)
    y_func = '(r)*sin(theta)'.replace('r', r_func).replace('theta', theta_func)

    vert_function(script, x_func, y_func, z_func)
    return None
def function_cyl_co ( script , r_func = 'r' , theta_func = 'theta' , z_func = 'z' ) : r = 'sqrt(x^2+y^2)' # In newer MeshLab atan2 is builtin to muparser if isinstance ( script , FilterScript ) and script . ml_version >= '2016.12' : theta = 'atan2(y, x)' else : theta = mp_func . mp_atan2 ( 'y' , 'x' ) # Use re matching to match whole word; this prevents matching # 'sqrt' and 'rint' when replacing 'r' r_func = re . sub ( r"\br\b" , r , r_func ) . replace ( 'theta' , theta ) theta_func = re . sub ( r"\br\b" , r , theta_func ) . replace ( 'theta' , theta ) z_func = re . sub ( r"\br\b" , r , z_func ) . replace ( 'theta' , theta ) x_func = '(r)*cos(theta)' . replace ( 'r' , r_func ) . replace ( 'theta' , theta_func ) y_func = '(r)*sin(theta)' . replace ( 'r' , r_func ) . replace ( 'theta' , theta_func ) vert_function ( script , x_func , y_func , z_func ) return None
Geometric function using cylindrical coordinates.

    Define functions in Z up cylindrical coordinates, with radius 'r',
    angle 'theta', and height 'z'

    See "function" docs for additional usage info and accepted parameters.

    Args:
        r_func (str): function to generate new coordinates for radius
        theta_func (str): function to generate new coordinates for angle.
            0 degrees is on the +X axis.
        z_func (str): function to generate new coordinates for height

    Layer stack:
        No impacts

    MeshLab versions:
        2016.12
        1.3.4BETA
Geometric function using cylindrical coordinates .