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diff --git a/app_expo/components/graph/graphgood.tsx b/app_expo/components/graph/graphgood.tsx
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+import * as React from 'react'
+import { useState, useEffect, useRef, useMemo, useCallback } from 'react'
+import { StyleProp, TextStyle, View, ViewStyle } from 'react-native'
+import { observer } from 'mobx-react-lite'
+import { color, typography } from '../../theme'
+import { Text } from '../'
+import { flatten } from 'ramda'
+
+//import data from "../../data/miserables.json"
+//import genRandomTree from "../../data/randomdata";
+//import rando from "../../data/rando.json"
+
+import { ForceGraph2D, ForceGraph3D, ForceGraphVR, ForceGraphAR } from 'react-force-graph'
+import * as d3 from 'd3-force-3d'
+import * as three from 'three'
+import SpriteText from 'three-spritetext'
+
+const CONTAINER: ViewStyle = {
+  justifyContent: 'center',
+}
+
+const TEXT: TextStyle = {
+  fontFamily: typography.primary,
+  fontSize: 14,
+  color: color.primary,
+}
+
+export interface GraphProps {
+  /**
+   * An optional style override useful for padding & margin.
+   */
+  style?: StyleProp<ViewStyle>
+  physics
+  setPhysics
+  gData
+  nodeIds: string[]
+}
+
+/**
+ * Describe your component here
+ */
+export const Graph = observer(function Graph(props: GraphProps): JSX.Element {
+  const { style, physics, setPhysics, gData, nodeIds } = props
+  const styles = flatten([CONTAINER, style])
+
+  const fgRef = useRef()
+
+  const GROUPS: number = 12
+  const NODE_R: number = 8
+  //const gData = genRandomTree(200);
+
+  //const [charge, setCharge] = useState(-30);
+  //const [link, setLink] = useState(-30);
+
+  useEffect(() => {
+    const fg = fgRef.current
+    //fg.d3Force('center').strength(0.05);
+    if (physics.gravityOn) {
+      fg.d3Force('x', d3.forceX().strength(physics.gravity))
+      fg.d3Force('y', d3.forceY().strength(physics.gravity))
+      if (physics.threedim) {
+        if (physics.galaxy) {
+          fg.d3Force('y', d3.forceY().strength(physics.gravity / 5))
+          fg.d3Force('z', d3.forceZ().strength(physics.gravity / 5))
+        } else {
+          fg.d3Force('y', d3.forceY().strength(physics.gravity))
+          fg.d3Force('z', d3.forceZ().strength(physics.gravity))
+        }
+      } else {
+        fg.d3Force('z', null)
+      }
+    } else {
+      fg.d3Force('x', null)
+      fg.d3Force('y', null)
+      physics.threedim ? fg.d3Force('z', null) : null
+    }
+    fg.d3Force('link').strength(physics.linkStrength)
+    fg.d3Force('link').iterations(physics.linkIts)
+    physics.collision
+      ? fg.d3Force('collide', d3.forceCollide().radius(20))
+      : fg.d3Force('collide', null)
+    fg.d3Force('charge').strength(physics.charge)
+  })
+
+  // For the expandable version of the graph
+
+  const nodesById = useMemo(() => {
+    const nodesById = Object.fromEntries(gData.nodes.map((node) => [node.index, node]))
+    console.log(nodesById)
+    // link parent/children
+    gData.nodes.forEach((node) => {
+      typeof physics.rootId === 'number'
+        ? (node.collapsed = node.index !== physics.rootId)
+        : (node.collapsed = node.id !== physics.rootId)
+      node.childLinks = []
+    })
+    gData.links.forEach((link) => nodesById[link.sourceIndex].childLinks.push(link))
+    return nodesById
+  }, [gData])
+  const getPrunedTree = useCallback(() => {
+    const visibleNodes = []
+    const visibleLinks = []
+    ;(function traverseTree(node = nodesById[physics.rootId]) {
+      visibleNodes.push(node)
+      if (node.collapsed) return
+      visibleLinks.push(...node.childLinks)
+      node.childLinks
+        .map((link) =>
+          typeof link.targetIndex === 'object' ? link.targetIndex : nodesById[link.targetIndex],
+        ) // get child node
+        .forEach(traverseTree)
+    })()
+
+    return { nodes: visibleNodes, links: visibleLinks }
+  }, [nodesById])
+
+  const [prunedTree, setPrunedTree] = useState(getPrunedTree())
+
+  const handleNodeClick = useCallback((node) => {
+    node.collapsed = !node.collapsed // toggle collapse state
+    setPrunedTree(getPrunedTree())
+  }, [])
+
+  //highlighting
+  const [highlightNodes, setHighlightNodes] = useState(new Set())
+  const [highlightLinks, setHighlightLinks] = useState(new Set())
+  const [hoverNode, setHoverNode] = useState(null)
+
+  const updateHighlight = () => {
+    setHighlightNodes(highlightNodes)
+    setHighlightLinks(highlightLinks)
+  }
+
+  const handleBackgroundClick = (event) => {
+    highlightNodes.clear()
+    highlightLinks.clear()
+
+    setSelectedNode(null)
+    updateHighlight()
+  }
+
+  const handleNodeHover = (node) => {
+    console.log('hover')
+    if (!selectedNode) {
+      highlightNodes.clear()
+      highlightLinks.clear()
+      if (node) {
+        highlightNodes.add(node)
+        node.neighbors.forEach((neighbor) => highlightNodes.add(neighbor))
+        node.links.forEach((link) => highlightLinks.add(link))
+      }
+
+      setHoverNode(node || null)
+      updateHighlight()
+    }
+  }
+
+  const handleLinkHover = (link) => {
+    highlightNodes.clear()
+    highlightLinks.clear()
+
+    if (link) {
+      highlightLinks.add(link)
+      highlightNodes.add(link.source)
+      highlightNodes.add(link.target)
+    }
+
+    updateHighlight()
+  }
+
+  // Normally the graph doesn't update when you just change the physics parameters
+  // This forces the graph to make a small update when you do
+  useEffect(() => {
+    fgRef.current.d3ReheatSimulation()
+  }, [physics])
+  /* const paintRing = useCallback((node, ctx) => {
+   *   // add ring just for highlighted nodes
+   *   ctx.beginPath();
+   *   ctx.arc(node.x, node.y, NODE_R * 1.4, 0, 2 * Math.PI, false);
+   *   ctx.fillStyle = node === hoverNode ? 'red' : 'orange';
+   *   ctx.fill();
+   * }, [hoverNode]);
+   */
+
+  /* autoPauseRedraw={false}
+linkWidth={link => highlightLinks.has(link) ? 5 : 1}
+linkDirectionalParticles={4}
+linkDirectionalParticleWidth={link => highlightLinks.has(link) ? 4 : 0}
+nodeCanvasObjectMode={node => highlightNodes.has(node) ? 'before' : undefined}
+nodeCanvasObject={paintRing}
+onNodeHover={handleNodeHover}
+onLinkHover={handleLinkHover}
+        nodeRelSize={NODE_R} */
+
+  //nodeColor={(node) =>
+  //  !node.childLinks.length ? "green" : node.collapsed ? "red" : "yellow"
+  //}
+
+  const [selectedNode, setSelectedNode] = useState({})
+
+  //shitty handler to check for doubleClicks
+  const [doubleClick, setDoubleClick] = useState(0)
+  const [localGraphData, setLocalGraphData] = useState({
+    nodes: [],
+    links: [],
+  })
+
+  const updateLocalGraph = (node) => {
+    console.log(localGraphData)
+    //    localGraphData.nodes.length ? setLocalGraphData({ nodes: [], links: [] }) : null
+    let g = localGraphData
+    if (!node.local) {
+      node.local = true
+      g.nodes.push(node)
+    }
+    node.neighbors.forEach((neighbor) => {
+      if (neighbor !== node || !neighbor.local) {
+        const newNode: boolean = g.nodes.every((existingNode) => {
+          if (existingNode === neighbor) {
+            return false
+          } else {
+            return true
+          }
+        })
+        if (newNode) {
+          neighbor.local = true
+          g.nodes.push(neighbor)
+        }
+      }
+    })
+
+    node.links.forEach((neighborLink) => {
+      const newLink: boolean = g.links.every((existingLink) => {
+        if (existingLink === neighborLink) {
+          return false
+        } else {
+          return true
+        }
+      })
+      newLink && g.links.push(neighborLink)
+    })
+    setLocalGraphData(g)
+    setPhysics({ ...physics, local: true })
+  }
+
+  const selectClick = (node, event) => {
+    highlightNodes.clear()
+    highlightLinks.clear()
+    console.log(localGraphData)
+    if (event.timeStamp - doubleClick < 400) {
+      updateLocalGraph(node)
+    }
+    if (node) {
+      highlightNodes.add(node)
+      node.neighbors.forEach((neighbor) => highlightNodes.add(neighbor))
+      node.links.forEach((link) => highlightLinks.add(link))
+    }
+    setSelectedNode(node || null)
+    updateHighlight()
+    setDoubleClick(event.timeStamp)
+  }
+
+  return (
+    <View>
+      {!physics.threedim ? (
+        <ForceGraph2D
+          ref={fgRef}
+          autoPauseRedraw={false}
+          //graphData={gData}
+          graphData={physics.local ? localGraphData : physics.collapse ? prunedTree : gData}
+          nodeAutoColorBy={physics.colorful ? 'id' : undefined}
+          nodeColor={
+            !physics.colorful
+              ? (node) => {
+                  if (highlightNodes.size === 0) {
+                    return 'rgb(100, 100, 100, 1)'
+                  } else {
+                    return highlightNodes.has(node) ? 'purple' : 'rgb(50, 50, 50, 0.5)'
+                  }
+                  //  !node.childLinks.length ? "green" : node.collapsed ? "red" : "yellow"
+                }
+              : undefined
+          }
+          linkAutoColorBy={physics.colorful ? 'target' : undefined}
+          //linkAutoColorBy={(d) => gData.nodes[d.source].id % GROUPS}
+          linkColor={
+            !physics.colorful
+              ? (link) => {
+                  if (highlightLinks.size === 0) {
+                    return 'rgb(50, 50, 50, 0.8)'
+                  } else {
+                    return highlightLinks.has(link) ? 'purple' : 'rgb(50, 50, 50, 0.2)'
+                  }
+                  //  !node.childLinks.length ? "green" : node.collapsed ? "red" : "yellow"
+                }
+              : undefined
+            //highlightLinks.has(link) ? "purple" : "grey"
+            //  !node.childLinks.length ? "green" : node.collapsed ? "red" : "yellow"
+          }
+          linkDirectionalParticles={physics.particles}
+          onNodeClick={!physics.collapse ? selectClick : handleNodeClick}
+          nodeLabel={(node) => node.title}
+          //nodeVal ={(node)=> node.childLinks.length * 0.5 + 1}
+          //d3VelocityDecay={visco}
+          linkWidth={(link) =>
+            highlightLinks.has(link) ? 3 * physics.linkWidth : physics.linkWidth
+          }
+          linkOpacity={physics.linkOpacity}
+          nodeRelSize={physics.nodeRel}
+          nodeVal={(node) =>
+            highlightNodes.has(node) ? node.neighbors.length + 5 : node.neighbors.length + 3
+          }
+          linkDirectionalParticleWidth={physics.particleWidth}
+          nodeCanvasObject={(node, ctx, globalScale) => {
+            if (physics.labels) {
+              if (globalScale > physics.labelScale || highlightNodes.has(node)) {
+                const label = node.title.substring(0, Math.min(node.title.length, 30))
+                const fontSize = 12 / globalScale
+                ctx.font = `${fontSize}px Sans-Serif`
+                const textWidth = ctx.measureText(label).width
+                const bckgDimensions = [textWidth * 1.1, fontSize].map((n) => n + fontSize * 0.5) // some padding
+                const fadeFactor = Math.min(
+                  (3 * (globalScale - physics.labelScale)) / physics.labelScale,
+                  1,
+                )
+
+                ctx.fillStyle =
+                  'rgba(20, 20, 20, ' +
+                  (highlightNodes.size === 0
+                    ? 0.5 * fadeFactor
+                    : highlightNodes.has(node)
+                    ? 0.5
+                    : 0.15 * fadeFactor) +
+                  ')'
+                ctx.fillRect(
+                  node.x - bckgDimensions[0] / 2,
+                  node.y - bckgDimensions[1] / 2,
+                  ...bckgDimensions,
+                )
+
+                ctx.textAlign = 'center'
+                ctx.textBaseline = 'middle'
+                ctx.fillStyle =
+                  'rgb(255, 255, 255, ' +
+                  (highlightNodes.size === 0
+                    ? fadeFactor
+                    : highlightNodes.has(node)
+                    ? 1
+                    : 0.3 * fadeFactor) +
+                  ')'
+                ctx.fillText(label, node.x, node.y)
+
+                node.__bckgDimensions = bckgDimensions // to re-use in nodePointerAreaPaint
+              }
+            }
+          }}
+          nodeCanvasObjectMode={() => 'after'}
+          onNodeHover={physics.hover ? handleNodeHover : null}
+          //onLinkHover={physics.hover ? handleLinkHover : null}
+          d3AlphaDecay={physics.alphaDecay}
+          d3AlphaMin={physics.alphaTarget}
+          d3VelocityDecay={physics.velocityDecay}
+          onBackgroundClick={handleBackgroundClick}
+        />
+      ) : (
+        <ForceGraph3D
+          ref={fgRef}
+          autoPauseRedraw={false}
+          graphData={gData}
+          //graphData={physics.collapse ? prunedTree : gData}
+          nodeAutoColorBy={physics.colorful ? 'id' : undefined}
+          nodeColor={
+            !physics.colorful
+              ? (node) => {
+                  if (highlightNodes.size === 0) {
+                    return 'rgb(100, 100, 100, 1)'
+                  } else {
+                    return highlightNodes.has(node) ? 'purple' : 'rgb(50, 50, 50, 0.5)'
+                  }
+                  //  !node.childLinks.length ? "green" : node.collapsed ? "red" : "yellow"
+                }
+              : undefined
+          }
+          linkAutoColorBy={physics.colorful ? 'target' : undefined}
+          //linkAutoColorBy={(d) => gData.nodes[d.source].id % GROUPS}
+          linkColor={
+            !physics.colorful
+              ? (link) => {
+                  if (highlightLinks.size === 0) {
+                    return 'rgb(50, 50, 50, 0.8)'
+                  } else {
+                    return highlightLinks.has(link) ? 'purple' : 'rgb(50, 50, 50, 0.2)'
+                  }
+                  //  !node.childLinks.length ? "green" : node.collapsed ? "red" : "yellow"
+                }
+              : undefined
+            //highlightLinks.has(link) ? "purple" : "grey"
+            //  !node.childLinks.length ? "green" : node.collapsed ? "red" : "yellow"
+          }
+          linkDirectionalParticles={physics.particles}
+          //onNodeClick={!physics.collapse ? null : handleNodeClick}
+          nodeLabel={(node) => node.title}
+          //nodeVal ={(node)=> node.childLinks.length * 0.5 + 1}
+          //d3VelocityDecay={visco}
+          linkWidth={(link) =>
+            highlightLinks.has(link) ? 3 * physics.linkWidth : physics.linkWidth
+          }
+          linkOpacity={physics.linkOpacity}
+          nodeRelSize={physics.nodeRel}
+          nodeVal={(node) =>
+            highlightNodes.has(node) ? node.neighbors.length + 5 : node.neighbors.length + 3
+          }
+          linkDirectionalParticleWidth={physics.particleWidth}
+          onNodeHover={physics.hover ? handleNodeHover : null}
+          //onLinkHover={physics.hover ? handleLinkHover : null}
+          d3AlphaDecay={physics.alphaDecay}
+          d3AlphaMin={physics.alphaTarget}
+          d3VelocityDecay={physics.velocityDecay}
+          nodeThreeObject={
+            !physics.labels
+              ? undefined
+              : (node) => {
+                  if (highlightNodes.has(node)) {
+                    console.log(node.title)
+                    const sprite = new SpriteText(node.title.substring(0, 30))
+                    console.log('didnt crash here 2')
+                    sprite.color = '#ffffff'
+                    sprite.textHeight = 8
+                    return sprite
+                  } else {
+                    return undefined
+                  }
+                }
+          }
+          nodeThreeObjectExtend={true}
+        />
+      )}
+    </View>
+  )
+})