### Description

This component is developed to create a more even aspect ratio for grids by creating points through iteratively sampling proximity to adjacent curves. The process is fairly simple, a point is sampled on a curve at the start of the curve. This point is used to measure the distance from itself to the closest point on the curve, before and after it in a list. This distance is then averaged by a user specified weighting between the shortest and longest value, and a new point is created at this distance along the curve from the current sample point. This process is repeated till the curve length is met at which point the remainder difference can be distributed across the curves to completely cover the original curve length. Or the original sample points can be used with an optional endpoint added for divisions which do not meet the exact length.

### Components

#### Divide Proximity

C | In | Curves | List | A list of open or closed curves |

T | In | Double | Item | A unitized value which will shift the new evaluation length from the distance to the closest proximity (0) to the furthest (1). A value of 0.5 is the average of the two. |

A | In | Boolean | Item | If true, the sequential divisions will be stretched to cover the length of the entire curve |

E | In | Boolean | Item | If true, an additional point will be added to the end of the curve if the final point of the sequence is not already the endpoint |

P | In | Boolean | Item | Toggle this value to true if the list of curves is to be treated as a closed set. Example: Cylinder = True, Rectangular Surface = False |

O | Out | Point 3d | Item | A datatree containing the resulting list of points for each curve |

### Downloads

### Minimum Requirements

Platform | Rhino 5, Grasshopper |

Version | Grasshopper 0.9.0075 |

Type | C# Component |

konradDamn, you are fast D. I see you also got the edges fixed on both ends 🙂 Nice!