31:T589,pointcloud_layer = new deck.PointCloudLayer({ id: 'pointcloud_layer', data: transcripts_paritioned === 0? scatter_data_proc: filtered_scatter_data.filter(item => zlayer.includes(item.z)), getPosition: d => { return [d.x, d.y, scale_z * d.z + 1/2*scale_z] }, getColor: d => { var inst_color var unselected_color = [0, 0, 0, 1] var rgb = d3.color(cat_colors[d.name]) if (select_gene === 'none'){ inst_color = [rgb.r, rgb.g, rgb.b, 255] } else { inst_color = unselected_color if (d.name === select_gene){ inst_color = [rgb.r, rgb.g, rgb.b, 255] } } return inst_color }, getRadius: radius, pickable: true, pointSize:2, sizeUnits:'meters', // autoHighlight: true, highlightColor: d => [50, 50, 50], radiusMinPixels: radius_min_pixels, updateTriggers: { getColor: [select_gene] }, onClick: (info, event) => { if (select_gene !== info.object.name){ mutable select_gene = info.object.name d3.select('#meta_dropdown').select('select').node().value = info.object.name } else { mutable select_gene = 'none' d3.select('#meta_dropdown').select('select').node().value = 'none' } } }) 32:T5bd,deckgl = { container.innerHTML = ''; // var view = new deck.OrbitView({id: 'ortho'}) const views = [ new deck.OrbitView({id: 'main', controller: true, scollZoom: true, }), new deck.OrthographicView({id: 'minimap', x: 20, y: 20, width: '20%', height: '20%', // background: {color: [255,0,0,255]}, clear: true, controller: true }) ] // var INITIAL_VIEW_STATE = INITIAL_VIEW_STATE_3D return new deck.DeckGL({ container, views:views, // initialViewState:INITIAL_VIEW_STATE_3D, initialViewState: ini_view_state, controller: true, getTooltip: ({object, layer}) => { if (object){ if (layer.id === 'polygon_layer3d'){ return object && ` ${object.name}\n${object.cell_type} ` } else if (layer.id === 'polyframe_layer'){ return object && ` ${object.properties.name}\n${object.properties.group}` } else if (layer.id.includes('minimap_box_layer')){ return object && ` ${object.properties.name}\n${object.properties.col_group}` } else{ return object && `${object.name}` } } }, }); }33:T52fd,zip_minimap_plot = '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'34:[] 2f:{"title":"1.0.2 Cell Portrait Viewer","cells":[{"id":533,"value":"# 1.0.2 Cell Portrait Viewer\n\nBuilding of 2.3.3 Deck.gl Image Polygon Scatter -3D\n\nHere I am going to implement specific attributes that we want for the cell portrait function in cormerant.\n\nI'm able to get the polygon to show up, and have colors equal to the groups.","pinned":false,"hidden":false,"mode":"md"},{"id":517,"value":"height = 800","pinned":true,"hidden":false,"mode":"ojs"},{"id":147,"value":"\ncontainer = {\n\n return html `

`\n}\n\n// container = html `

`","pinned":true,"hidden":false,"mode":"ojs"},{"id":7,"value":"dashboard = html`\n\n

\n\n

${viewof select_gene_dropdown}

\n\n

${viewof show_image}

\n \n

${viewof polygon_opacity}

${viewof transcripts_paritioned}

${viewof zlayer}

\n\n

\n ${container}\n

\n\n`","pinned":true,"hidden":false,"mode":"ojs"},{"id":696,"value":"# Variables ","pinned":false,"hidden":false,"mode":"md"},{"id":575,"value":"Object.keys(cat_colors).sort()","pinned":true,"hidden":false,"mode":"ojs"},{"id":535,"value":"viewof select_gene_dropdown = select({'options':['none'].concat(Object.keys(cat_colors).sort()), value: init_gene})","pinned":true,"hidden":false,"mode":"ojs"},{"id":539,"value":"mutable select_gene = select_gene_dropdown","pinned":true,"hidden":false,"mode":"ojs"},{"id":684,"value":"init_gene = 'tiger'","pinned":true,"hidden":false,"mode":"ojs"},{"id":179,"value":"scale_z = 15","pinned":true,"hidden":false,"mode":"ojs"},{"id":185,"value":"cat_colors = ({\n 'dog': 'blue', \n 'elephant': 'purple',\n 'tiger': 'orange'\n})","pinned":true,"hidden":false,"mode":"ojs"},{"id":377,"value":"cell_colors = ({\n 'neuron': 'blue', \n 'immune': 'purple',\n 'other': 'orange'\n})","pinned":true,"hidden":false,"mode":"ojs"},{"id":609,"value":"frame_colors = ({\n 'tuna': 'red',\n 'octopus': 'blue'\n})","pinned":true,"hidden":false,"mode":"ojs"},{"id":740,"value":"box_colors = ({'chips': '#1f77b4',\n 'fishchips': '#aec7e8',\n 'steak': '#ff7f0e',\n 'tuna': '#ffbb78'})","pinned":true,"hidden":false,"mode":"ojs"},{"id":72,"value":"// blue square image\nimage = '\"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABQAAAAUCAIAAAAC64paAAAAHUlEQVR4nGNkYPjPQC5gIlvnqOZRzaOaRzVTRTMAIJ4BJ6WiocQAAAAASUVORK5CYII=\"'","pinned":true,"hidden":false,"mode":"ojs"},{"id":105,"value":"image_proc = image.slice(1,-1)","pinned":true,"hidden":false,"mode":"ojs"},{"id":195,"value":"poly_line_width = 3","pinned":true,"hidden":false,"mode":"ojs"},{"id":291,"value":"ini_opacity = .5","pinned":true,"hidden":false,"mode":"ojs"},{"id":297,"value":"import {slider, select} from '@jashkenas/inputs'","pinned":true,"hidden":false,"mode":"ojs"},{"id":289,"value":"viewof polygon_opacity = slider({\n value: ini_opacity,\n min : 0,\n max : 1,\n step : .1,\n description: \"Polygon Opacity\"\n})","pinned":true,"hidden":false,"mode":"ojs"},{"id":311,"value":"viewof transcripts_paritioned = Inputs.toggle({\n label : \"Partitioned Transcripts Only\",\n // value : false,\n values :[1,0]\n})","pinned":true,"hidden":false,"mode":"ojs"},{"id":547,"value":"viewof show_image = Inputs.toggle({label: \"Image\", value: true})","pinned":true,"hidden":false,"mode":"ojs"},{"id":351,"value":"viewof zlayer = Inputs.select(\n new Map([['All',[0,1,2,3,4,5,6]],[\"0\",[0]],[\"1\",[1]],[\"2\",[2]],[\"3\",[3]],[\"4\",[4]],[\"5\",[5]],[\"6\",[6]],['None',[]]]),\n {\n value : [0,1,2,3,4,5,6],\n label : 'Transcripts Z-level'}\n)","pinned":true,"hidden":false,"mode":"ojs"},{"id":357,"value":"// this way we can perform a filtering of the scattered data using the selected gene\nscatter_data_proc = scatter_data.filter(item => zlayer.includes(item.z))\n .filter(d => {\n if (select_gene === 'none'){\n return d \n } else {\n return d.name === select_gene\n }\n })","pinned":true,"hidden":false,"mode":"ojs"},{"id":560,"value":"select_gene","pinned":true,"hidden":false,"mode":"ojs"},{"id":327,"value":"filtered_scatter_data = scatter_data.filter(item => item.partition !== -1)\n .filter(d => {\n if (select_gene === 'none'){\n return d \n } else {\n return d.name === select_gene\n }\n })\n // .filter(d => {\n // if (select_gene !== 'none'){\n // return d\n // }\n // })","pinned":true,"hidden":false,"mode":"ojs"},{"id":698,"value":"# Layers","pinned":false,"hidden":false,"mode":"md"},{"id":732,"value":"minimap_box_layer = new deck.GeoJsonLayer({\n id: 'minimap_box_layer',\n data: minimap_boxes,\n getFillColor: d=> {\n var inst_color\n var rgb = d3.color(box_colors[d.properties.col_group])\n inst_color = [rgb.r, rgb.g, rgb.b,255]\n return inst_color\n },\n filled: true,\n stroked: false,\n pickable: true,\n wireframe: false,\n})","pinned":true,"hidden":false,"mode":"ojs"},{"id":735,"value":"minimap_alpha_layer = new deck.GeoJsonLayer({\n id: 'minimap_alpha_layer',\n data:minimap_plot,\n filled: false,\n stroked: true,\n lineWidthscale: 10,\n lineWidthMinPixels: 2,\n wireframe: false,\n})","pinned":true,"hidden":false,"mode":"ojs"},{"id":484,"value":"bitmap_layer = new deck.BitmapLayer({\n id: 'bitmap_layer',\n bounds:image_bounds,\n image:image_proc,\n visible: show_image\n }); ","pinned":true,"hidden":false,"mode":"ojs"},{"id":487,"value":"$31","pinned":true,"hidden":false,"mode":"ojs"},{"id":496,"value":"opacity_255 = d3.scaleLinear().domain([0, 1]).range([0, 255])","pinned":true,"hidden":false,"mode":"ojs"},{"id":673,"value":"[x.r, x.g, x.b,255]","pinned":true,"hidden":false,"mode":"ojs"},{"id":605,"value":"x = d3.color(frame_colors[polygon_frame['features'][0].properties.group])\n","pinned":true,"hidden":false,"mode":"ojs"},{"id":603,"value":"polyframe_layer = new deck.GeoJsonLayer({\n id: 'polyframe_layer', \n data: polygon_frame,\n opacity: 1,\n getFillColor: d => {\n var inst_color\n var rgb = d3.color(frame_colors[d.properties.group])\n inst_color = [rgb.r, rgb.g, rgb.b, 255]\n return inst_color\n },\n stroked: false,\n filled: true,\n pickable: true,\n });","pinned":true,"hidden":false,"mode":"ojs"},{"id":620,"value":"cell_colors","pinned":true,"hidden":false,"mode":"ojs"},{"id":629,"value":"polygon_data3d","pinned":true,"hidden":false,"mode":"ojs"},{"id":493,"value":"polygon_layer3d = new deck.PolygonLayer({\n id: 'polygon_layer3d',\n data: polygon_data3d,\n getFillColor: d => {\n var inst_color\n var rgb = d3.color(cell_colors[d.cell_type])\n inst_color = [rgb.r, rgb.g, rgb.b, opacity_255(polygon_opacity)]\n return inst_color\n },\n getLineColor: d => {\n var inst_color\n var rgb = d3.color(cell_colors[d.cell_type])\n inst_color = [rgb.r, rgb.g, rgb.b, opacity_255(polygon_opacity)] \n return inst_color\n },\n getLineWidth: d => 100,\n getPolygon: d => d.coordinates,\n getElevation: d => scale_z,\n lineWidthMinPixels: 30,\n stroked: true,\n filled: false, // nick-working\n extruded : true,\n wireframe: true,\n pickable: true,\n visible: polygon_opacity !== 0,\n updateTriggers: {\n getFillColor: polygon_opacity,\n getLineColor: polygon_opacity,\n visible: polygon_opacity\n }, \n }); ","pinned":true,"hidden":false,"mode":"ojs"},{"id":502,"value":"deckgl.setProps({layers: [bitmap_layer, polygon_layer3d, pointcloud_layer, polyframe_layer,\n minimap_alpha_layer, minimap_box_layer]});","pinned":true,"hidden":false,"mode":"ojs"},{"id":4,"value":"deck = require.alias({\n // optional dependencies\n h3: {},\n s2Geometry: {}\n})('deck.gl@8.3.7/dist.min.js')","pinned":true,"hidden":false,"mode":"ojs"},{"id":68,"value":"// image_bounds = [[0, -image_size], [0, 0], [image_size, 0], [image_size, -image_size]]\n\n// [[left, bottom], [left, top], [right, top], [right, bottom]]\nimage_bounds = [[0, -image_size], [0, 0], [image_size, 0], [image_size, -image_size]]","pinned":true,"hidden":false,"mode":"ojs"},{"id":69,"value":"image_size = 10","pinned":true,"hidden":false,"mode":"ojs"},{"id":41,"value":"radius = 1","pinned":true,"hidden":false,"mode":"ojs"},{"id":44,"value":"radius_min_pixels = 0.5","pinned":true,"hidden":false,"mode":"ojs"},{"id":24,"value":"center_x = 0","pinned":true,"hidden":false,"mode":"ojs"},{"id":27,"value":"center_y = 0","pinned":true,"hidden":false,"mode":"ojs"},{"id":700,"value":"# DeckGL","pinned":false,"hidden":false,"mode":"md"},{"id":6,"value":"$32","pinned":true,"hidden":false,"mode":"ojs"},{"id":743,"value":"deckgl.setProps({layerFilter: ({layer, viewport}) => {\n if (viewport.id ==='minimap' && layer.id.includes('minimap_alpha_layer')){\n // console.log(\"true\", layer.id, viewport.id)\n return true\n }\n else if (viewport.id === 'minimap' && layer.id.includes('minimap_box_layer')){\n // console.log(\"true\", layer.id, viewport.id)\n return true\n }\n else if (viewport.id === 'minimap'){\n // console.log(\"false\", layer.id, viewport.id)\n return false\n }\n else if (layer.id.includes('minimap_box_layer')){\n // console.log(\"false\", layer.id, viewport.id)\n return false\n }\n else if (layer.id.includes('minimap_alpha_layer')){\n // console.log(\"false\", layer.id, viewport.id)\n return false\n }\n else {\n // console.log(\"true\", layer.id, viewport.id)\n return true\n }\n }\n })","pinned":true,"hidden":false,"mode":"ojs"},{"id":169,"value":"INITIAL_VIEW_STATE_3D = ({\n target: [center_x, center_y, 0],\n rotationX: 90,\n // rotationOrbit: -720,\n // minRotationX: -720,\n // minRotationOrbit: -720,\n zoom: zoom,\n minZoom:min_zoom\n})","pinned":true,"hidden":false,"mode":"ojs"},{"id":727,"value":"ini_view_state = ini_global_view_state()","pinned":true,"hidden":false,"mode":"ojs"},{"id":719,"value":"ini_global_view_state = () => {\n let initialViewState = {\n main: {\n target: [center_x, center_y, 0],\n rotationX: 90,\n zoom: zoom,\n minZoom: min_zoom\n },\n minimap: {\n target: [center_x2, center_y2, 0],\n rotationX: 90,\n zoom: zoom2\n }\n }\n return initialViewState\n}","pinned":true,"hidden":false,"mode":"ojs"},{"id":125,"value":"min_zoom = -6","pinned":true,"hidden":false,"mode":"ojs"},{"id":721,"value":"zoom2= -6","pinned":true,"hidden":false,"mode":"ojs"},{"id":723,"value":"center_x2 = 5500","pinned":true,"hidden":false,"mode":"ojs"},{"id":725,"value":"center_y2 = 3600","pinned":true,"hidden":false,"mode":"ojs"},{"id":122,"value":"zoom = 0","pinned":true,"hidden":false,"mode":"ojs"},{"id":134,"value":"d3 = require(\"d3@5\")","pinned":true,"hidden":false,"mode":"ojs"},{"id":529,"value":"### Unzipping","pinned":false,"hidden":false,"mode":"md"},{"id":528,"value":"pako = require('pako/dist/pako.min.js')","pinned":true,"hidden":false,"mode":"ojs"},{"id":527,"value":"function decode_zipped_string(b64Data){\n // Get some base64 encoded binary data from the server. Imagine we got this:\n \n // Decode base64 (convert ascii to binary)\n var strData = atob(b64Data);\n \n // Convert binary string to character-number array\n var charData = strData.split('').map(function(x){return x.charCodeAt(0);});\n \n // Turn number array into byte-array\n var binData = new Uint8Array(charData);\n \n // Pako magic\n var data = pako.inflate(binData);\n \n // // Convert gunzipped byteArray back to ascii string:\n // var strData = String.fromCharCode.apply(null, new Uint16Array(data));\n\n // https://stackoverflow.com/questions/8936984/uint8array-to-string-in-javascript\n var strData = new TextDecoder().decode(data);\n \n // Output to console\n \n return strData\n}","pinned":true,"hidden":false,"mode":"ojs"},{"id":526,"value":"// geojson_string = decode_zipped_string(zip_geojson_string)","pinned":true,"hidden":false,"mode":"ojs"},{"id":704,"value":"# Data","pinned":false,"hidden":false,"mode":"md"},{"id":707,"value":"zip_boxes ='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'","pinned":true,"hidden":false,"mode":"ojs"},{"id":709,"value":"minimap_boxes = JSON.parse(decode_zipped_string(zip_boxes))","pinned":true,"hidden":false,"mode":"ojs"},{"id":713,"value":"$33","pinned":false,"hidden":false,"mode":"ojs"},{"id":717,"value":"minimap_plot = JSON.parse(decode_zipped_string(zip_minimap_plot))","pinned":true,"hidden":false,"mode":"ojs"},{"id":599,"value":"zip_polygon_frame = 'eJx1jsEKhCAQhl8l5hyLdqq9Lux57+JByg2hHHHtEOG75yRFbLsOiH7z/cMsEGan4V7AU6swef3AYdBtMGihLOCd4ScJYgHTkcio8ZUi5Dw67YPZ7AWsGsngFW9S1bxhdDhjSe09To7iYbIKIhGNow5+3qL78BcOc58XaRF9Z6wKeRch2C0N2i9ZFhnwM+H/0CV2ACKiol91crZ3fQL1T3CJHEDKGGVcAYzlXPw='","pinned":false,"hidden":false,"mode":"ojs"},{"id":601,"value":"polygon_frame = JSON.parse(decode_zipped_string(zip_polygon_frame))","pinned":true,"hidden":false,"mode":"ojs"},{"id":525,"value":"zip_polygon_data3d = 'eJxtjcEKwjAMhl8l5JxD282Lr1KKDBe0sKaydQcV331dDirbIIH/I+T//BulS4xnwCknLvcoNyTAa85jH6UrPNWb94bAEjQmEHj7lx2B0xzWJx6GS3k+tE54HrOsXa+KzYfgQOWOXC1BHXtSl9mArlL7hZ07pjQL/9xhAXupP1k='","pinned":true,"hidden":false,"mode":"ojs"},{"id":524,"value":" polygon_data3d = JSON.parse(decode_zipped_string(zip_polygon_data3d))","pinned":true,"hidden":false,"mode":"ojs"},{"id":523,"value":"polygon_data3d","pinned":true,"hidden":false,"mode":"ojs"},{"id":522,"value":"zip_scatter_data = 'eJyLrlbKS8xNVbJSUErJT1fSUVCqALINgHQlkDYE0lVQuiCxqCSzJDM/DyRfq6OA0Jiak1qQkZhXAtNtBNVtBNVthKbbEEV3SWZ6ahFMqwlUqylUqzGG1lgAgEsvhQ=='","pinned":true,"hidden":false,"mode":"ojs"},{"id":521,"value":" scatter_data = JSON.parse(decode_zipped_string(zip_scatter_data))","pinned":true,"hidden":false,"mode":"ojs"}],"files":"$W34","stdlib":"1","titling":"auto"}