Headline:
*    Dehler 33    *
AIRTMP = air temperature in Deg. Celsius
   15.0
VTW10  = true wind speed at 10 meters hight in (kts)
   10.
LMAST  = length of mast above deck level in (m)
   14.46
SAILI  = vertical height fom deck level to mast fitting of forestay = "I" in (m)
   12.
REEFI = vertical height of head of foresail above deck in % of "I"
  96.
SAILJ  = horizontal distance on deck from forestay to front of mast = "J" in (m)
   3.42
LPMAX  = maximum of "luff perpendicular" measured at right angle from forestay to clew in % of "J"
   142.     100.   
HTACK  = height of the lower end of the forestay above the DWL in (m), assumed to be general deck level
   1.18
HCLEW  = height of clew of foresail above deck in (m)
   0.7
PROFIL = profile of headsail: NACA-mean = 1, parabola = 2
   1
SHEETA = sheeting angle from tack to jib-car on deck in degr. Sheet at foot rail = 100.
   10.   100.
CAMDIS = distribution of camber for the Jib. 1= constant, 2= linear, 3= parabolic, 4= decreasing towards head
   3
RTWISTJ = reduction of twistcurve in the middle of the jib in degr.,  -5. < RTWIST < 5.,  linear = 0.
   0.
LSPRED  = length of the upper spreader in (m), if no check required = 0.
   0.69    0.   
ANGSPR  = sweep-back angle of the upper spreader in deg.
   20.
ZSPRED  = height of the upper spreader above the boom in (m)
   6.94
LSPRDL  = length of the lower spreader in (m)
   0.9     
ZSPRDL  = height of the lower spreader above the boom in (m)
  3.04    
DCHNPL = distance of shroud-chainplate from centerline in (m)
  0.91  
SAILP  = vertical length of the luff of the unreefed mainsail along the mast = "P" in (m)
   12.8
REEFP = vertical height of head of mainsail above the boom in % of "P"
  100. 
SAILE  = horizontal length of the foot of the mainsail along the boom = "E" in (m)
   4.7
MHEAD  = horizontal length of the head for sqare top mainsail in (m), use 0. for conventional pinhead rig
   0.1
CAMAIN = camber of mainsail: 1 = best lift/drag, 2 = minimum 6%
   2
RTWISTM = reduction of twistcurve in the middle of the mainsail in degr.,  -5. < RTWIST < 5.,  linear = 0.
   3.
HBOOM  = height of the boom above the DWL in (m)
   2.58
MBOOMA = maximum boom-angle when touching the shrouds, in degr.
   75.
DMAST1  = long axis of elliptic mast section at goosneck in (m)
   0.13
DMAST2  = DMAST at head of unreefed mainsail, in (m)
   0.07
AMAIN  = true area of unreefed! mainsail in (m2) to calculate roach
   35.4
ASTRIG = total lateral area of standing rigging without mast in (m2) for parasitic drag
   0.48
KM     = metacentric height above keelpoint K at zero heel in (m)
   1.75
KG     = distance from center of gravity to keelpoint K in (m)
    0.44
BALLR  = ballast ratio in %
   30.16
DISPL  = weight displacement in (kg), including the weight of the crew
   3950
CREWKG = weight of the crew on the rail in (kg)
   0
LOA    = length of hull, without pulpit, in (m)
    10.
LWL    = length of immersed hull at waterline in (m)
    9.12
BWL    = max. beam of hull at waterline in (m)
    2.41
BDECK  = maximum beam of hull on deck in (m)
    3.0
XBDMAX = distance from mast to position of BDECK in (m)
    2.46
BDECK0 = beam of hull on deck directly behind the mast in (m)
    2.45
DRAFT  = maximum draft, including keel in (m)
    2.0
TCB    = draft of canoe body, without keel in (m)
    0.408
CM     = midship section coefficient for calculation of wetted surface
    0.761
CKTOP  = chordlength of keel at upper end in (m)
    0.92
CKLOW  = chordlength of keel at at lower end, without bulb, in (m)
    0.88
VBOAT  = Speed of the boat over ground in knots
   6.1    
BETATW = true wind angle relative to x-axis in degr.
   41.  
DELTA  = drift angle over ground in degr.
   3.8
X1 = Sheeting angle mainsail at boom in (rad)
  0.  
X2 = twist mainsail in (rad)
  0.4
X3 = headsail camber perpendicular to forestay at clew
   0.07
X4 = twist headsail in (rad)
   0.58
X3MIN = bound for minimal value of X3, default = 100
   0.06
X4MIN = bound for minimal value of X4, default = 100
   0.45
CAD = 1 if scripting is required for RHINO, = 2 if scripting is required for DELFTSHIP
   1
