curve_control_point

Calculate Control Point for Curved Edge

internal

Provides tools for the analysis, visualization, and manipulation
of dynamical, social (Saqr et al. (2024) <doi:10.1007/978-3-031-54464-4_10>) and
complex networks (Saqr et al. (2025) <doi:10.1145/3706468.3706513>). The package
supports multiple network formats and offers flexible tools for heterogeneous,
multi-layer, and hierarchical network analysis with simple syntax and
extensive toolset.

Sonsoles López-Pernas

cograph

Modern Network Visualization

Mohammed Saqr

Santtu Tikka

curve_control_point function

<dl><dt>x1, y1</dt>
<dd>Start point.</dd>
<dt>x2, y2</dt>
<dd>End point.</dd>
<dt>curvature</dt>
<dd>Curvature amount (0 = straight line).</dd>
<dt>pivot</dt>
<dd>Position along edge (0-1) where control point sits. 0 = near source,
0.5 = middle (default), 1 = near target.</dd>
<dt>shape</dt>
<dd>Spline tension affecting curvature intensity (-1 to 1).
Negative = sharper curve, Positive = gentler curve. Default 0.</dd></dl>

Arguments

Calculate Control Point for Curved Edge — curve_control_point

<dl>

<dt>x1, y1</dt>
<dd>Start point.</dd>


<dt>x2, y2</dt>
<dd>End point.</dd>


<dt>curvature</dt>
<dd>Curvature amount (0 = straight line).</dd>


<dt>pivot</dt>
<dd>Position along edge (0-1) where control point sits. 0 = near source,
0.5 = middle (default), 1 = near target.</dd>


<dt>shape</dt>
<dd>Spline tension affecting curvature intensity (-1 to 1).
Negative = sharper curve, Positive = gentler curve. Default 0.</dd>

</dl>

curve_control_point: Calculate Control Point for Curved Edge

Description

Usage

Value

Arguments