UnitOperations

func Aspirate ¶

func Aspirate(column Column, mixture *wtype.Liquid, volume wunit.Volume, aspiraterate wunit.FlowRate) (aspiratedcolumn Column, aspiratedsolution *wtype.Liquid)

may already be functions for aspirate and dispense in anthalib

func Blot ¶

func Blot(column Column, blotcycles int, blottime time.Duration) (blottedcolumn Column)

func Chromatography ¶

func Chromatography(input *wtype.Liquid, step Chromstep, column Column) (output_c *wtype.Liquid, processedcolumn Column)

func Resuspend(pellet Pellet, step Chromstep, column Column) (output_c *wtype.Liquid, processedcolumn Column) {

	var output *wtype.Liquid
	//input := PhysicaltoComponent(pellet)
	input := PelletToComponent(pellet)
	samples := make([]*wtype.Liquid, 0)
	samples = append(samples, step.Buffer, input)
	mixture := mixer.Mix(samples...)
	for i := 0; i < step.Pipetstep.Cycles; i++ {

		aspiratedcolumn, aspiratedsolution := Aspirate(column, mixture, step.Volume, step.Aspiraterate)
		time.Sleep(step.Aspiratepause)
		_, output = Dispense(aspiratedcolumn, aspiratedsolution, step.Volume, step.Dispenserate)
		time.Sleep(step.Dispensepause)
	}

	processedcolumn = column
	output_c = wtype.SolutionToComponent(output)
	return output_c, processedcolumn
}

func Dispense ¶

func Dispense(column Column, mixture *wtype.Liquid, volume wunit.Volume, aspiraterate wunit.FlowRate) (dispensedcolumn Column, dispensedsolution *wtype.Liquid)

func Dry ¶

func Dry(tips Column, Drytime time.Duration, Vacuumstrength float64) (drytips Column)

func Separate ¶

func Separate(culture Culture) (supernatant *wtype.Liquid, pellet Pellet)