NanoScope Data File

Page0
{
    Line0  = Page 1
    Line1  = 
    Line2  = Click the left  
    Line3  = button on the image 
    Line4  = and drag the ref-
    Line5  = erence line paralel
    Line6  = to the step to be
    Line7  = measured. Click the 
    Line8  = left button again,
    Line9  = the line will be
    Line10 = extended across the 
    Line11 = image and a box will  
    Line12 = be drawn centered on  
    Line13 = the line. The data 
    Line14 = inside the box will  
    Line15 = be averaged parallel  
    Line16 = to the reference 
    Line17 = line, resulting in a 
    Line18 = single line across 
    Line19 = the step.
    Line20 = 
    Line21 = Click the left
    Line22 = button on one of the
    Line23 = sides of the box and
    Line24 = drag the side to
    Line25 = change the size of
    Line26 = the box or click 
    Line27 = inside the box to
    Line28 = move the box. Note
    Line29 = that each time the 
    Line30 = box is resized or
    Line31 = moved, the step plot
    Line32 = is changed to 
    Line33 = reflect the averaged
    Line34 = profile in the box.
    Line35 = 
    Line36 = Try it now.
    Line37 =
    Line38 = When you finish,
    Line39 = click on 'next'
    Line40 = below to see the
    Line41 = next page of this
    Line42 = tutorial.
}       
Page1
{
    Line0  = Page 2
    Line1  = 
    Line2  = On the step plot you
    Line3  = will see two sets
    Line4  = of cursors, one red,
    Line5  = one green. Inside
    Line6  = the box on the image
    Line7  = there are two red
    Line8  = and two green lines
    Line9  = corresponding to the
    Line10 = positions of the
    Line11 = cursors on the plot.
    Line12 =
    Line13 = The average of the
    Line14 = data between each
    Line15 = cursor pair is used
    Line16 = to measure or level
    Line17 = the step.
    Line18 =
    Line19 = Click the left
    Line20 = button on the arrow
    Line21 = part of a cursor to
    Line22 = position it. Once 
    Line23 = the cursor pairs are
    Line24 = spaced as desired
    Line25 = they can be moved as
    Line26 = a unit by clicking
    Line27 = on one of them with
    Line28 = the right button.
    Line29 = Note that the 'Step
    Line30 = height' field is
    Line31 = updated as the
    Line32 = cursors are moved.
    Line33 =
    Line34 = Place the cursor
    Line35 = pairs on sections of
    Line36 = the plot that should
    Line37 = be horizontal, then
    Line38 = click on 'level'.
    Line39 =
    Line40 = Try leveling and
    Line41 = then click 'next'.
}        
Page2
{
    Line0  = Page 3
    Line1  = 
    Line2  = The leveling process
    Line3  = uses the average
    Line4  = data values between
    Line5  = the cursors to com-
    Line6  = pute the slope of
    Line7  = the trace and then
    Line8  = removes the slope by
    Line9  = pivoting the trace
    Line10 = about the mid-point
    Line11 = of the red cursors.
    Line12 = 
    Line13 = Notice that when the
    Line14 = level button was
    Line15 = clicked it's color
    Line16 = changed from red to
    Line17 = green. This means
    Line18 = the cursors are now
    Line19 = in interactive
    Line20 = leveling mode. Now
    Line21 = when moving a cursor
    Line22 = or cursor pair, the
    Line23 = trace is pivoted
    Line24 = about the mid-point
    Line25 = of the red pair.
    Line26 = Try it.
    Line27 =
    Line28 = To turn off inter-
    Line29 = active leveling,
    Line30 = click on 'measure'.
    Line31 = Now as the  cursors
    Line32 = are moved only the
    Line33 = 'Step height' field
    Line34 = is updated. The
    Line35 = current mode of the
    Line36 = cursors is always
    Line37 = indicated by the
    Line38 = green button.
    Line39 =
    Line40 = The 'restore' button
    Line41 = is used to re-plot
    Line42 = the original trace.
    Line43 =
    Line44 = End of tutorial.
}