Public
Edited
Jun 7, 2023
{
let d = mdl.t.map((v,i)=>{return {time: v, stim: mdl.stim[i]};});
return Plot.plot({
marks: [
Plot.ruleY([0]),
Plot.lineY(d, {x: V=>V.time, y: V=>V.stim, height:200}),
]
})
}
solution = await solve(mdl.odefun,mdl.t,mdl.init,mdl.opt);
chunk = {
const sol = solution.sol;
const time = solution.t[0];
const tspan = [0.15,0.4];
const startIdx = time.reduce((sum, curr, i) => curr <= tspan[0] ? i : sum, 0);
const endIdx = time.reduce((sum,curr,i) => curr <= tspan[1] ? i : sum, 0);
const T1 = math.subset(time,math.index(math.range(startIdx,endIdx,true)));
const y1 = math.subset(sol,math.index(math.range(0,5),startIdx));
const chunk = await solve(mdl.odefun,T1,y1,mdl.opt);
return chunk
}
async function getChunk(soln,tspan){
tspan = tspan.length === 2 ? tspan : [0,...tspan];
const sol = soln.sol;
const time = soln.t[0];
const startIdx = time.reduce((sum, curr, i) => curr <= tspan[0] ? i : sum, 0);
const endIdx = time.reduce((sum,curr,i) => curr <= tspan[1] ? i : sum, 0);
const T1 = math.subset(time,math.index(math.range(startIdx,endIdx,true)));
const y1 = math.subset(sol,math.index(math.range(0,5),startIdx));
const chunk = await solve(mdl.odefun,T1,y1,mdl.opt);
return chunk
}
Purpose-built for displays of data
Observable is your go-to platform for exploring data and creating expressive data visualizations. Use reactive JavaScript notebooks for prototyping and a collaborative canvas for visual data exploration and dashboard creation.
