Macro_Pronterface_Presupuesto.txt

!from numpy import array
!from math import pi
!C_laca = 1.5
!N_laca = 200.
!C_E0 = 0.5+50/21+10/21 #Coste arranque+Autonomo+Alquiler
!C_pot = 0.1
!C_maquina = 500.+85.
!tau = 365*4
!P_error = 0.5
!filament_cost =	 {"ABS": 25,
					!"PLA":14,
					!"PLA WOOD":35,
					!"NGEN":40,
					!"HT":37.5,
					!"PA":66,
					!"NGEN_FLEX":51,
					!"FILAFLEX":71}
!filament_rho = 	{"ABS": 1.04,
					!"PLA":1.3,
					!"NGEN":1.20,
					!"HT":1.18,
					!"PA":1.4,
					!"NGEN_FLEX":1.13,
					!"PLA WOOD":1,
					!"FILAFLEX":1} 		#Filament density in g/cm3
!def coste3D(length, time, type):
	!if type not in filament_cost and type not in filament_rho:
		!type = "PLA"
		!print "Failure to index filament name. Changed to PLA."
	!time *= 1.5
	!C_m = filament_rho[type]*1e-6*length*pi*(1.75/2.)**2*filament_cost[type] + C_laca/N_laca
	!C_fixed = C_m + C_E0 + time*C_pot + time*C_maquina/tau
	!C_personal = 1.
	!C_profit = 1.5*C_fixed
	!C_variable = C_personal + C_profit
	!price = (1+P_error)*C_fixed + C_variable
	!bd_fixed = array([C_m, C_E0, time*C_pot, time*C_maquina/tau])/C_fixed
	!return (price, (1+P_error)*C_fixed, C_variable, bd_fixed)
!gcode = self.fgcode
!l = gcode.filament_length
!t = gcode.estimate_duration()[1].seconds/3600.
!filament = arg[0]
!cost = coste3D(float(l),float(t),filament)
!print
!print "Client: %.2f, Member: %.2f, Profit: %.2f " % cost[0:3]
!print "-------------"
!print "Breakdown"
!print "-------------"
!cost_breakdown = ["Material:			","Base Energy:		","Energy Consumed:	","Machine use:		"]
!for i in range(len(cost_breakdown)):
	!p = cost[3][i]*100
	!print "%s	%i%%	%s" % (cost_breakdown[i],p,"|"*int(p/5))