Beispiel #1
0
    def BrefBrs(params, outkeys):

        Inform.Display(params['nodes'], params['itera'], 'BrefBrs')
        bar = progressbar.ProgressBar(widgets=[progressbar.Bar(), ' (', progressbar.ETA(), ') '])
        outnames = {key: DataOut(   name = outkeys[key], method = 'brs', nd = params['nodes'], 
                                    it = params['itera'], pic = params['picit']) for key in outkeys}
        
        n = Stepsize()
        
        for u in range(n.st):
            
            step = params['tend']/n.step[u]
            p = Particle(params['nodes'], n.step[u])
            p.S, p.ST, p.SQ, p.Sx, p.QQ, p.Q, p.dt, p.wi = p.GetMatrices(params['nodes'], 0.0, step)

            bar = progressbar.ProgressBar()
            for i in bar(range(int(n.step[u]))):
                
                p.SweeperNoVelUp(params['nodes'], params['itera'], p.x, p.v, p.x0, p.v0, p.x_, p.v_, 'IntegrateOff')
                p.UpdateDat(params['nodes'])
                
                if p.P.Bound(p.xend[params['nodes'] - 1, :]):
                    lastpnt = i
                    break
                
                p.GetBrefPoint(i, params['nodes'], step, p.xend, p.vend, p.dt)
        
            p.GetStanDev(step, outnames['deviation'].fullname, params)
            
        p.RHSeval(params, outnames['deviation'].fullname, 'BrefBrs')
Beispiel #2
0
    def BrefGMRes(params, outkeys, keyinteg):
        
        Inform.Display(params['nodes'], params['itera'], 'BrefGMRes')
        bar = progressbar.ProgressBar(widgets=[progressbar.Bar(), ' (', progressbar.ETA(), ') '])
        outnames = {key: DataOut(   name = outkeys[key], method = 'gm', nd = params['nodes'], 
                                    it = params['itera'], pic = params['picit']) for key in outkeys}

        type      = 'lobatto'
        integrate = True
        bfield    = True
        n = Stepsize()

        for u in range(n.st):
            
            step = params['tend']/n.step[u]
            p = Particle(params['nodes'], n.step[u])
            
            gmres = gmres_sdc(dt = step, nodes = params['nodes'], kiter = params['itera'], pic = params['picit'], 
            nsteps = int(n.step[u]), type=type, integrate=integrate)
            x_gm, v_gm, stats = gmres.run(bfield = bfield, outnames = outnames, params = params)
            
        p.RHSeval(params, outnames['deviation'].fullname, 'BrefGMRes')