ICE 8 - Family Tree_Ramakanth

ICE 8 - Family_Tree_Srinivas

This example visualizes a family tree using D3.js v5 within a React framework. It shows hierarchical relationships among named individuals, with nodes colored by depth level: red for the root, blue for the first generation, and green for deeper descendants. The code uses `d3.stratify` to convert flat parent-child data into a hierarchy and `d3.tree` to compute node positions. Links are drawn as cubic bezier curves, and the SVG output includes labeled text for each family member.

Ssrinivasaraosankula

ICE 8 - Family Tree

This visualization displays a family tree as a tidy tree layout using D3.js v5. The code defines hierarchical data with parent-child relationships and renders it as an SVG, with circular nodes colored by depth (green for the root, red for the second level, and blue for deeper nodes). Curved paths connect parent and child nodes using cubic Bézier commands. Each node is labeled with the person’s name. The example uses D3’s `stratify`, `tree`, and `links` APIs to compute the layout and structure.

Ssaidhiraj16

Fork of ICE 8 - Family Tree

This visualization displays a family tree using hierarchical data, with each person represented as a colored circle and labeled with their name. The tree is built from an array of parent-child relationships using the `d3.stratify()` and `d3.tree()` APIs, which compute node positions and link paths. Nodes are color-coded by depth—red for the root, blue for depth 1, and green for depth 2—while curved `path` elements with cubic Bézier curves connect each parent to their children. The data originates from a static JavaScript array, and the entire scene is rendered as SVG.

RRamakanth771

Family Tree ICE-8

This example shows a family tree visualization using D3 v5, rendered as SVG in a React framework. The tree layout is created with `d3.stratify` and `d3.tree`, positioning nodes by depth and computing curved paths for parent-child links. Circle markers for each person are colored by hierarchical depth—red, blue, green, or yellow—and text labels display names beside the nodes. The data consists of a hardcoded array of child-parent relationships, and the visualization maps these into a clear, color-coded ancestry chart.

HHarshinireddyy19

ICE-8: Family Tree

This example visualizes a family tree using a hierarchical layout, displaying relationships between individuals such as Sai, Raju, Swathi, and their descendants. The tree is rendered as an SVG with orange rectangular nodes connected by purple animated links, which draw from source to target over one second. The code constructs the hierarchy with `d3.stratify()` and positions nodes using `d3.tree()`, then applies transitions to text and paths for a dynamic reveal. Data is hardcoded as an array of child-parent pairs, with styling defined via CSS for circles, text, and paths.

MManasaPatange

ICE8-Family Tree

This example visualizes a family tree as a static SVG diagram, with nodes rendered as orange circles connected by maroon lines. The tree structure is defined by parent-child relationships in a JavaScript array, which is processed using d3.stratify and d3.tree to compute node positions. The React-based code appends SVG elements using d3.select and animates the appearance of links and text labels with d3.transition and duration timings. Each node displays a name in blue text, and the visualization starts with root node "Dom" at the top.

KKolliTeja

ICE 8 - Family Tree of Amarnath

This example displays a family tree using a hierarchical layout, with nodes colored by depth (black, green, or red) and connected by steel-blue cubic Bézier curves. It uses D3 v5’s `d3.stratify()` to structure flat parent-child data and `d3.tree()` to compute positions, rendering circles, paths, and labels in an SVG. The data comes from a small hardcoded array of family member names, and the visualization is embedded in a React project with a yellow background.

AAmar09nath

ICE 8 - Family Tree

This D3.js v5 example renders a family tree as a tidy tree layout using SVG. The visualization shows three generations of a family, with nodes colored by depth: violet for the root, steelblue for the second level, and gold for the deepest leaves. The code builds the hierarchy with `d3.stratify()`, computes positions via `d3.tree()`, and draws curved cubic Bézier links between parent and child nodes, with each person's name labeled to the right of their node.

PPrasanth Damarla