'INCORPORANDO TEXTOS
Dim XF As Single 'XF almacen al coordenada X despues de escribir el texto
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, X + 1.25 * Ancho_TOW, Y, Color_Text, "Flow Rate: ", XF)
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, X + 1.25 * Ancho_TOW, 1.3 * Y, Color_Text, "Temperatura (ºC): ", XF)
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, X + 1.25 * Ancho_TOW, 1.6 * Y, Color_Text, "Liquid Max Flux : ", XF)
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, X + 1.25 * Ancho_TOW, 1.9 * Y, Color_Text, "Desired Effluent Oxygen : ", XF)
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, X + 1.25 * Ancho_TOW, 2.2 * Y, Color_Text, "Desired Effluent CO2 : ", XF)
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, X + 1.25 * Ancho_TOW, 2.8 * Y, Color_Text, "Diameter : ", XF)
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, X + 1.25 * Ancho_TOW, 3.1 * Y, Color_Text, "Packing Height : ", XF)
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, X + 1.25 * Ancho_TOW, 3.4 * Y, Color_Text, "Reservoir : ", XF)
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, X + 1.25 * Ancho_TOW, 3.7 * Y, Color_Text, "Inlet : ", XF)
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, X + 1.25 * Ancho_TOW, 4 * Y, Color_Text, "Outlet : ", XF)
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, X + 1.25 * Ancho_TOW, 4.3 * Y, Color_Text, "Vacuum : ", XF)
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, X + 1.25 * Ancho_TOW, 4.6 * Y, Color_Text, "Relationship Vaccum : ", XF)
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, X + 1.25 * Ancho_TOW, 4.9 * Y, Color_Text, "Packing Type : ", XF)
'Resultados de los textos anteriores
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, XF + 2 * D_Dist, Y, Color_Resultados, Valor_Flow_Rate & " m^3/s") 'flow rate
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, XF + 2 * D_Dist, 1.3 * Y, Color_Resultados, Valor_Temperatura & " ºC") 'temperatura
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, XF + 2 * D_Dist, 1.6 * Y, Color_Resultados, Valor_Liquid_Max_Flux & " Kg/m^2/s") 'liquid Max Flux
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, XF + 2 * D_Dist, 1.9 * Y, Color_Resultados, Valor_Desired_Effluent_Oxygen & " mg/L") 'desired oxygen
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, XF + 2 * D_Dist, 2.2 * Y, Color_Resultados, Valor_Desired_Effluent_CO2 & " mg/L") 'desired co2
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, XF + 2 * D_Dist, 2.8 * Y, Color_Resultados, Valor_Diameter & " m") 'diametro
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, XF + 2 * D_Dist, 3.1 * Y, Color_Resultados, Valor_Packing_Height & " m") 'altura del shell
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, XF + 2 * D_Dist, 3.4 * Y, Color_Resultados, Valor_Reservoir & " m") 'altura reserva
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, XF + 2 * D_Dist, 3.7 * Y, Color_Resultados, Valor_inlet & " m^3") 'entrada de liquido ??? es m^3 ?
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, XF + 2 * D_Dist, 4 * Y, Color_Resultados, Valor_Outlet & " m^3") 'salida de liquido ??? es m^3 ?
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, XF + 2 * D_Dist, 4.3 * Y, Color_Resultados, Valor_Vacuum & " mm Hg") 'vacuum presion
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, XF + 2 * D_Dist, 4.6 * Y, Color_Resultados, Valor_Relationship_Vacuum) 'vacuum ralacion
Call Escribir_Texto_ConLinea(PictureKE, Color_PictureKE, 9, XF + 2 * D_Dist, 4.9 * Y, Color_Resultados, Packing_Type) 'Packing type