Class SlipInversion

Separate the notion of data (gps, insar, ...) from the solver itself.

const model = new arch.Model()
// --> add surface discontinuities
// --> setup surface boundary conditions and values
// --> add DICs on surfaces eventually

const insar     = [0,0,0, 1,0,0, 2,1,0, 3,2, 0 ...] // point position
const dataInsar = [0.12, 0,21, 0,22, 0.65 ...]  // insar data, one per point
// The same applies for Gps

const inv = new arch.SlipInversion
inv.addInsar(insar, dataInsar, satLOS, 1)
inv.addGps(gps, dataGps, [true,true,true], 3) // gps is 3x more important than insar
inv.setSmooth(0.85)
const burgers = inv.run(true, true)

Another example

const model = new arch.Model()
model.setHalfSpace(false)
model.setMaterial( 0.25, 1, 1000 )

const surface   = loadSurfaceFromSomewhere(s_filename)
surface.setBC("dip"   , "free", 0)
surface.setBC("strike", "free", 0)
surface.setBC("normal", "locked", 0)
model.addSurface(surface)

const gps = loadGpsFromSomewhere(g_filename)

const slipinv = new arch.SlipInversion(model)
slipinv.addGps(pos, gps, [true, true, true], 1)
const burgers = slipinv.run(true, true)

// For each surface
burgers.forEach( burgersForSurface => {
    console.log( burgersForSurface )
})