Guild House Material Map fork 4.21.2 / Anthony Toma's Workspace

//////////////////////////MACHINE LEARNING/////////////////////////////////

rf = import('https://cdn.skypack.dev/ml-random-forest@2.1.0?min')

regression = new rf.RandomForestRegression(options)

regression2 = new rf.RandomForestRegression(options)

regression3 = new rf.RandomForestRegression(options)

regression4 = new rf.RandomForestRegression(options)

a = await regression.train(trainingSet, predictions);

aSteel = await regression2.train(trainingSetSteel, predictionssteel);

awood = await regression3.train(trainingSetWood, predictionswood);

aPly = await regression4.train(trainingSetPly, predictionsply);

result = a, regression.predict(trainingSet);

//////////////////////////////////TRAININGSET//////////////////////////////////

trainingSet = formattedData.map((d) => d.slice(0, 5));

trainingSetPly = formattedDataply.map((d) => d.slice(0, 5));

trainingSetWood = formattedDataWood.map((d) => d.slice(0, 5));

trainingSetSteel = formattedDataSteel.map((d) => d.slice(0, 5));

//////////////////////////////////PREDICTION//////////////////////////////////

predictions = formattedData.map((d) => d[5])

predictionswood = formattedDataWood.map((d) => d[5])

predictionsply = formattedDataply.map((d) => d[5])

predictionssteel = formattedDataSteel.map((d) => d[5])

options = ({

seed: 3,

maxFeatures: 5,

replacement: false,

nEstimators: 100

})

////////////////////Numeric data/////////////////////////////Steel//////////////////

viewof quantity = Inputs.range([25, 60], {value: 30, step: 1, label: "quantity"})

viewof endoflife = Inputs.select(["Landfill", "Downcycle", "Recycle", "Re-Manufacture", "Reuse"], {value: "Landfill" ,label: "End of Life"})

viewof PCTRecovered = Inputs.radio(["0%", "25%", "50%"], {value: "0%" , label: "Material Recovered:"})

viewof distance = Inputs.range([50, 300], {value: 60, step: 5, label: "Distance Traveled:"})

viewof set = Inputs.button("Set Data")

////////////////////Numeric data/////////////////////////////Wood//////////////////

viewof woodquantity = Inputs.range([350, 450], {value: 350, step: 1, label: "quantity"})

viewof woodeol = Inputs.select(["Landfill", "Combust", "Downcycle", "Re-Manufacture", "Reuse"], {value: "Landfill" ,label: "End of Life"})

viewof WDPCTRecovered = Inputs.radio(["0%", "25%", "50%"], {value: "0%" , label: "Material Recovered:"})

viewof WDdistance = Inputs.range([50, 300], {value: 60, step: 5, label: "Distance Traveled:"})

////////////////////Numeric data/////////////////////////////Plywood//////////////////

viewof plyquantity = Inputs.range([80, 120], {value: 80, step: 1, label: "quantity"})

viewof plyeol = Inputs.select(["Landfill", "Combust", "Downcycle", "Re-Manufacture", "Reuse"], {value: "Landfill" ,label: "End of Life"})

viewof PLYPCTRecovered = Inputs.radio(["0%", "25%", "50%"], {value: "0%" , label: "Material Recovered:"})

viewof PLYdistance = Inputs.range([50, 300], {value: 60, step: 5, label: "Distance Traveled:"})

NumericData = {

var data = []

var quantity

var eol

var rcvrd

var distance

if (viewof endoflife.value=="Landfill"){eol = 1}

if (viewof endoflife.value=="Downcyle"){eol = 2}

if (viewof endoflife.value=="Combust"){eol = 2}

if (viewof endoflife.value=="Recycle"){eol = 3}

if (viewof endoflife.value=="Re-Manufacture"){eol = 4}

if (viewof endoflife.value=="Reuse"){eol = 5}

if (viewof PCTRecovered.value=="0%"){rcvrd = 0}

if (viewof PCTRecovered.value=="25%"){rcvrd = 25}

if (viewof PCTRecovered.value=="50%"){rcvrd = 50}

distance = viewof distance.value

quantity = viewof quantity.value

data.push(quantity)

data.push(eol)

data.push(rcvrd)

data.push(distance)

data.push(set)

return data

}

NumericDataSteel = {

var data = []

var quantity

var eol

var rcvrd

var distance

if (viewof endoflife.value=="Landfill"){eol = 1}

if (viewof endoflife.value=="Downcyle"){eol = 2}

if (viewof endoflife.value=="Recycle"){eol = 3}

if (viewof endoflife.value=="Re-Manufacture"){eol = 4}

if (viewof endoflife.value=="Reuse"){eol = 5}

if (viewof PCTRecovered.value=="0%"){rcvrd = 0}

if (viewof PCTRecovered.value=="25%"){rcvrd = 25}

if (viewof PCTRecovered.value=="50%"){rcvrd = 50}

distance = viewof distance.value

quantity = viewof quantity.value

data.push(quantity)

data.push(eol)

data.push(rcvrd)

data.push(distance)

data.push(set)

return data

}

NumericDataWood = {

var data = []

var quantity

var eol

var rcvrd

var distance

if (viewof woodeol.value=="Landfill"){eol = 1}

if (viewof woodeol.value=="Combust"){eol = 2}

if (viewof woodeol.value=="Recycle"){eol = 3}

if (viewof woodeol.value=="Re-Manufacture"){eol = 4}

if (viewof woodeol.value=="Reuse"){eol = 5}

if (viewof WDPCTRecovered.value=="0%"){rcvrd = 0}

if (viewof WDPCTRecovered.value=="25%"){rcvrd = 25}

if (viewof WDPCTRecovered.value=="50%"){rcvrd = 50}

distance = viewof WDdistance.value

quantity = viewof woodquantity.value

data.push(quantity)

data.push(eol)

data.push(rcvrd)

data.push(distance)

data.push(set)

return data

}

NumericDataply = {

var data = []

var quantity

var eol

var rcvrd

var distance

if (viewof plyeol.value=="Landfill"){eol = 1}

if (viewof plyeol.value=="Combust"){eol = 2}

if (viewof plyeol.value=="Recycle"){eol = 3}

if (viewof plyeol.value=="Re-Manufacture"){eol = 4}

if (viewof plyeol.value=="Reuse"){eol = 5}

if (viewof PLYPCTRecovered.value=="0%"){rcvrd = 0}

if (viewof PLYPCTRecovered.value=="25%"){rcvrd = 25}

if (viewof PLYPCTRecovered.value=="50%"){rcvrd = 50}

distance = viewof PLYdistance.value

quantity = viewof plyquantity.value

data.push(quantity)

data.push(eol)

data.push(rcvrd)

data.push(distance)

data.push(set)

return data

}

co2calculator = {

var options

if(Materials=="Steel"){options=Steeloptions}

if(Materials=="Wood"){options=Woodoptions}

if(Materials=="Plywood"){options=Plyoptions}

return options

}

Steeloptions =

html`

${md `**Steel Calculator**`}

${viewof quantity}

${viewof endoflife}

${viewof PCTRecovered}

${viewof distance}

${viewof set}

</div>

`

Woodoptions =

html`

${md `**Wood Calculator**`}

${viewof woodquantity}

${viewof woodeol}

${viewof WDPCTRecovered}

${viewof WDdistance}

${viewof set}

</div>

`

Plyoptions =

html`

${md `**Wood Calculator**`}

${viewof plyquantity}

${viewof plyeol}

${viewof PLYPCTRecovered}

${viewof PLYdistance}

${viewof set}

</div>

`

viewof Materials = Inputs.radio(["Steel", "Wood", "Plywood"], {value: "Steel" , label: "Material:"})

////////////////////////dataset/////////////////////////////////

fullDataSet = {

return machinelearning

}

formattedData = {

var fullSet = []

for (let i = 0; i < fullDataSet.length; i++) {

var currentLine = [Number(fullDataSet[i].col1),Number(fullDataSet[i].col2),Number(fullDataSet[i].col3),Number(fullDataSet[i].col4),Number(fullDataSet[i].col5),Number(fullDataSet[i].result)]

fullSet.push(currentLine)

}

return fullSet

}

fullDataSetply = {

return PLYTraining

}

formattedDataply = {

var fullSet = []

for (let i = 0; i < fullDataSetply.length; i++) {

var currentLine = [Number(fullDataSetply[i].col1),Number(fullDataSetply[i].col2),Number(fullDataSetply[i].col3),Number(fullDataSetply[i].col4),Number(fullDataSetply[i].col5),Number(fullDataSetply[i].results)]

fullSet.push(currentLine)

}

return fullSet

}

fullDataSetWood = {

return WDTraining

}

formattedDataWood = {

var fullSet = []

for (let i = 0; i < fullDataSetWood.length; i++) {

var currentLine = [Number(fullDataSetWood[i].col1),Number(fullDataSetWood[i].col2),Number(fullDataSetWood[i].col3),Number(fullDataSetWood[i].col4),Number(fullDataSetWood[i].col5),Number(fullDataSetWood[i].results)]

fullSet.push(currentLine)

}

return fullSet

}

fullDataSetSteel = {

return SteelTraining

}

formattedDataSteel = {

var fullSet = []

for (let i = 0; i < fullDataSetSteel.length; i++) {

var currentLine = [Number(fullDataSetSteel[i].col1),Number(fullDataSetSteel[i].col2),Number(fullDataSetSteel[i].col3),Number(fullDataSetSteel[i].col4),Number(fullDataSetSteel[i].col5),Number(fullDataSetSteel[i].results)]

fullSet.push(currentLine)

}

return fullSet

}

//////////////////////////EXCEL/////////////////////////////////

//Learning Set for outputs to function//

Type Table, then Shift-Enter. Ctrl-space for more options.

WDTraining

Type Table, then Shift-Enter. Ctrl-space for more options.

//////////////////////////REGRESSION/////////////////////////////////

result2 = a, regression.predict([[1,NumericData[0],NumericData[1],NumericData[2],NumericData[3]]]);

resultsteel = aSteel, regression2.predict([[1,NumericDataSteel[0],NumericDataSteel[1],NumericDataSteel[2],NumericDataSteel[3]]]);

resultwood = a, regression3.predict([[1,NumericDataWood[0],NumericDataWood[1],NumericDataWood[2],NumericDataWood[3]]]);

woodlist = {

var list = []

list.push(1)

list.push(NumericDataWood[0])

list.push(NumericDataWood[1])

list.push(NumericDataWood[2])

list.push(NumericDataWood[3])

list.push(set)

return list

}

resultply = a, regression4.predict([[1,NumericDataply[0],NumericDataply[1],NumericDataply[2],NumericDataply[3]]]);

co2totals = html`

${md`**Predicted Steel CO2**`}

<p> ${Math.round(resultsteel[0],1)} lbs<br>

${md`**Predicted Wood CO2**`}

<p> ${Math.round(resultwood[0],1)} lbs<br>

${md`**Predicted Plywood CO2**`}

<p> ${Math.round(resultply[0],1)} lbs<br>

${md`**Total Predicted CO2**`}

<p> ${Totalco2} lbs<br>

</div>

`

Totalco2 = Math.round(resultply[0],1) + Math.round(resultsteel[0],1) + Math.round(resultwood[0],1)

resultsteel[0]

/////////////////////////////MASSING PARTI/////////////////////////////

viewof DashboardButtons = Inputs.radio(["Parti","Massing","Existing Material Analysis"], {label: "Settings", value:"Parti"})

currentView = {

var materialToShow

if(DashboardButtons=="Existing Material Analysis"){materialToShow=NEWMATERIAL}

if(DashboardButtons=="Massing"){materialToShow=partimassing}

if(DashboardButtons=="Parti"){materialToShow=PARTI}

return materialToShow

}

currentButtons = {

var materialToShow

if(DashboardButtons=="Existing Material Analysis"){materialToShow=NMDash}

if(DashboardButtons=="Massing"){materialToShow=PMDash}

if(DashboardButtons=="Parti"){materialToShow=PDash}

return materialToShow

}

NMDash= {

var NM=

html`

${md`Materials for Design Proposal`}

${viewof DashboardButtons}

${viewof proposedmats}

</div>`

return NM

}

PMDash ={

var PM=

html`

${md`Parti Massing`}

${viewof DashboardButtons}

${viewof Massingoption}

${viewof Massingbutton}

</div>`

return PM

}

PDash = {

var PD=

html`

${md`Parti to Understand organization of the structure and massing`}

${viewof DashboardButtons}

${viewof partioptions}

</div>`

return PD

}

viewof Massingbutton = Inputs.radio(["All Masses", "North East chunk","North West chunk","South West chunk"], {label: "Massing", value:"All Masses"})

viewof Massingoption = Inputs.radio(["Chunk Massing", "Detailed Massing"], {label: "Options:", value:"Chunk Massing"})

massingModelWhole = FileAttachment("Massing model whole Revised.txt").tsv({array:true})

massingModel1 = FileAttachment("Massing model 1 Revised.txt").tsv({array:true})

massingModel2 = FileAttachment("Massing model 2 Revised.txt").tsv({array:true})

massingModel3 = FileAttachment("Massing model 3 Revised.txt").tsv({array:true})

guildoutline = FileAttachment("GUILDOUTLINE Revised.txt").tsv({array:true})

partimassing = {

const width = 1940,

height = 1280;

const svg = d3.create("svg")

.attr("viewBox", [0, 0, width, height]);

var p = svg.selectAll("polyline")

///////////////////OUTLINE////////////////////////////

p.enter().append("polyline")

.data(guildoutline)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','WHITE')

.style('stroke','black')

.style('stroke-width','3')

if(Massingoption=="Chunk Massing"){

////////////////////MASSINGWHOLE//////////////////////

if(Massingbutton =="All Masses"){

p.enter().append("polyline")

.data(massingModelWhole)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','white')

.style('stroke','black')

.style('stroke-width','2')

}

////////////////////MASSINGNE/////////////////////////

if(Massingbutton =="North East chunk"){

p.enter().append("polyline")

.data(massingModel3)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','WHITE')

.style('stroke','black')

.style('stroke-width','2')

}

////////////////////MASSINGNW/////////////////////////

if(Massingbutton =="North West chunk"){

p.enter().append("polyline")

.data(massingModel2)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','WHITE')

.style('stroke','black')

.style('stroke-width','2')

}

///////////////////MASSINGSW//////////////////////////

if(Massingbutton =="South West chunk"){

p.enter().append("polyline")

.data(massingModel1)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','WHITE')

.style('stroke','black')

.style('stroke-width','2')

}

//////////////////////////////////////////////////////

if(Massingoption=="Detailed Massing"){

////////////////////MASSINGWHOLE//////////////////////

if(Massingbutton =="All Masses"){

p.enter().append("polyline")

.data(massingDetailWhole)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','white')

.style('stroke','black')

.style('stroke-width','2')

}

////////////////////MASSINGNE/////////////////////////

if(Massingbutton =="North East chunk"){

p.enter().append("polyline")

.data(massingDetail3)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','WHITE')

.style('stroke','black')

.style('stroke-width','2')

}

////////////////////MASSINGNW/////////////////////////

if(Massingbutton =="North West chunk"){

p.enter().append("polyline")

.data(massingDetail2)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','WHITE')

.style('stroke','black')

.style('stroke-width','2')

}

///////////////////MASSINGSW//////////////////////////

if(Massingbutton =="South West chunk"){

p.enter().append("polyline")

.data(massingDetail1)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','WHITE')

.style('stroke','black')

.style('stroke-width','2')

}

return svg.node();

}

/////////////////////////////Detailed Massing/////////////////////////////

massingDetail1 = FileAttachment("Massing detail 1 Revised.txt").tsv({array:true})

massingDetail2 = FileAttachment("Massing detail 2 Revised.txt").tsv({array:true})

massingDetail3 = FileAttachment("Massing detail 3 Revised.txt").tsv({array:true})

massingDetailWhole = FileAttachment("Massing detail whole Revised.txt").tsv({array:true})

viewof detailedoption = Inputs.radio(["All Masses", "North East chunk","North West chunk","South West chunk"], {label: "Massing", value:"All Masses"})

detailmassing = {

const width = 1940,

height = 1280;

const svg = d3.create("svg")

.attr("viewBox", [0, 0, width, height]);

var p = svg.selectAll("polyline")

///////////////////OUTLINE////////////////////////////

p.enter().append("polyline")

.data(guildoutline)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','WHITE')

.style('stroke','black')

.style('stroke-width','3')

if(Massingoption=="Detailed Massing"){

////////////////////MASSINGWHOLE//////////////////////

if(detailedoption =="All Masses"){

p.enter().append("polyline")

.data(massingDetailWhole)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','white')

.style('stroke','black')

.style('stroke-width','2')

}

////////////////////MASSINGNE/////////////////////////

if(detailedoption =="North East chunk"){

p.enter().append("polyline")

.data(massingDetail3)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','WHITE')

.style('stroke','black')

.style('stroke-width','2')

}

////////////////////MASSINGNW/////////////////////////

if(detailedoption =="North West chunk"){

p.enter().append("polyline")

.data(massingDetail2)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','WHITE')

.style('stroke','black')

.style('stroke-width','2')

}

///////////////////MASSINGSW//////////////////////////

if(detailedoption =="South West chunk"){

p.enter().append("polyline")

.data(massingDetail1)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','WHITE')

.style('stroke','black')

.style('stroke-width','2')

}

//////////////////////////////////////////////////////

return svg.node();

}

/////////////////////////NEW MATERIAL///////////////////////////////

viewof proposedmats = Inputs.radio(["Timber", "Plywood","Steel","Glass"], {label: "Proposed Materials:", value:"Timber"})

glass = FileAttachment("GLASS Revised.txt").tsv({array:true})

plywood = FileAttachment("PLYWOOD Revised.txt").tsv({array:true})

steel = FileAttachment("STEEL Revised.txt").tsv({array:true})

timber = FileAttachment("timber Revised.txt").tsv({array:true})

NEWMATERIAL= {

const width = 1940,

height = 1280;

const svg = d3.create("svg")

.attr("viewBox", [0, 0, width, height]);

var p = svg.selectAll("polyline")

///////////////////OUTLINE////////////////////////////

p.enter().append("polyline")

.data(guildoutline)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','none')

.style('stroke','black')

.style('stroke-width','3')

////////////////////TIMBER//////////////////////

if(proposedmats =="Timber"){

p.enter().append("polyline")

.data(timber)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','none')

.style('stroke','black')

.style('stroke-width','2')

}

////////////////////STEEL/////////////////////////

if(proposedmats =="Steel"){

p.enter().append("polyline")

.data(steel)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','none')

.style('stroke','black')

.style('stroke-width','2')

}

////////////////////GLASS/////////////////////////

if(proposedmats =="Glass"){

p.enter().append("polyline")

.data(glass)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','none')

.style('stroke','black')

.style('stroke-width','2')

}

///////////////////PLYWOOD//////////////////////////

if(proposedmats =="Plywood"){

p.enter().append("polyline")

.data(plywood)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','None')

.style('stroke','black')

.style('stroke-width','2')

}

//////////////////////////////////////////////////////

return svg.node();

}

/////////////////////////PARTI///////////////////////////////

viewof partioptions = Inputs.radio(["Beam Division", "Cross-structure","Circulation Mass","Mass Chunks"], {label: "Parti:", value:"Beam Division"})

parti1 = FileAttachment("parti1Revised.txt").tsv({array:true})

parti2 = FileAttachment("parti2Revised.txt").tsv({array:true})

parti3 = FileAttachment("parti3Revised.txt").tsv({array:true})

parti33 = FileAttachment("parti33Revised.txt").tsv({array:true})

parti4 = FileAttachment("parti4Revised.txt").tsv({array:true})

parti44 = FileAttachment("parti44Revised.txt").tsv({array:true})

PARTI= {

const width = 1940,

height = 1280;

const svg = d3.create("svg")

.attr("viewBox", [0, 0, width, height]);

var p = svg.selectAll("polyline")

///////////////////OUTLINE////////////////////////////

//p.enter().append("polyline")

//.data(guildoutline)

//.enter()

//.append("polyline")

//.attr('points',function(d){return d})

//.style('fill','none')

//.style('stroke','black')

//.style('stroke-width','.5')

////////////////////parti1//////////////////////

if(partioptions =="Beam Division"){

p.enter().append("polyline")

.data(parti1)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','none')

.style('stroke','black')

.style('stroke-width','2')

}

////////////////////parti2/////////////////////////

if(partioptions =="Cross-structure"){

p.enter().append("polyline")

.data(parti2)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','none')

.style('stroke','black')

.style('stroke-width','2')

}

////////////////////part3/////////////////////////

if(partioptions =="Circulation Mass"){

p.enter().append("polyline")

.data(parti3)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','rosybrown')

.style('fill-opacity',.5)

.style('stroke','black')

.style('stroke-width','2')

p.enter().append("polyline")

.data(parti2)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','none')

.style('stroke','black')

.style('stroke-width','2')

p.enter().append("polyline")

.data(parti33)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','Rgb(200,225,231)')

.style('fill-opacity',.5)

.style('stroke','black')

.style('stroke-width','.25')

}

///////////////////parti4//////////////////////////

if(partioptions =="Mass Chunks"){

p.enter().append("polyline")

.data(parti4)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','None')

.style('stroke','black')

.style('stroke-width','3')

p.enter().append("polyline")

.data(parti3)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','red')

.style('fill-opacity',.25)

.style('stroke','black')

.style('stroke-width','2')

p.enter().append("polyline")

.data(parti33)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','Rgb(200,225,231)')

.style('fill-opacity',.25)

.style('stroke','black')

.style('stroke-width','2')

p.enter().append("polyline")

.data(parti44)

.enter()

.append("polyline")

.attr('points',function(d){return d})

.style('fill','Rgb(200,225,231)')

.style('fill-opacity',.6)

.style('stroke','black')

.style('stroke-width','2')

}

//////////////////////////////////////////////////////

return svg.node();

}

/////////////////////////DASHBOARD SETUP///////////////////////////////

viewof Dashboardoptions = Inputs.radio(["Proposed Design Approaches", "Material Analysis"], {label: "", value:"Proposed Design Approaches"})

DBoptions= {

var Dashboardtoshow

if(Dashboardoptions=="Proposed Design Approaches"){Dashboardtoshow=designDash}

if(Dashboardoptions=="Material Analysis"){Dashboardtoshow=carbonDash}

return Dashboardtoshow

}

designDash = {

var dash = html`

${viewof DashboardButtons}

${currentView}

${currentButtons}

`

return dash

}

carbonDash = {

var dash = html`

${md `**Wood Calculator**`}

${viewof woodquantity}

${viewof woodeol}

${viewof WDPCTRecovered}

${viewof WDdistance}

${viewof set}

</div>

${md `**Steel Calculator**`}

${viewof quantity}

${viewof endoflife}

${viewof PCTRecovered}

${viewof distance}

${viewof set}

</div>

${md `**Plywood Calculator**`}

${viewof plyquantity}

${viewof plyeol}

${viewof PLYPCTRecovered}

${viewof PLYdistance}

${viewof set}

</div>

${co2totals}

</div>

`

return dash

}

dashboard2 =

html`

${md `** Guild House Analysis and Design**`}

${viewof Dashboardoptions}

</div>

${DBoptions}

</div>

`

Purpose-built for displays of data