Paul Nicholson's Tesla Coil Coupling Calculator:  ACMI
The inputfile fields ar filled, as far as making sense, from the data This is the bare results file:
within the "TC calc." sheet.   
Results:      TC resonant frequency Fo = 103,8 kHz
Mutual inductance M = ######## uH
Lower split frequency Flo = ######## kHz
Coupling coefficient k = ######## Upper split frequency Fu = ######## kHz
; A sample input file for acmi. acmi version v0.1g 24 déc-00
;
; Example:"Black&White" TC for 10kVA+  (caps: 3 Maxwell 0.3uF/100kV)
;
; All dimensions are in metres. The baseline height is irrelevant.
;   item        value          comment
primary {
radius1 0,175 ; Starting radius
radius2 0,384 ; Finishing radius: see TC calc, lines 140...170
height1 0,1 ; From 10cm (level with start of secondary)
height2 0,1 ; Up to 10cm
conductor 0,004 ; 5mm radius
turns 9
}
secondary {
radius1 0,1 ; A constant radius all the way up.
radius2 0,1
height1 0,1 ; Secondary 1.77m long, 10cm above ground
height2 1,1005
conductor 0,0004 ; 1.268 mm (bare copper) diameter wire
turns 1150,00
}
; A sample input file for acmi.
;
; The example figures are for a tesla coil with a conical primary.
;
; All dimensions are in metres. The baseline height is irrelevant.
;
primary {
radius1 0,25 ; Starting radius
radius2 0,384 ; Finishing radius
height1 0,1 ; From 10cm  s (level with start of secondary)
height2 0,2 ; Up to 20cm s.
conductor 0,005 ; 5mm radius
turns 7,2
}
secondary {
radius1 0,2 ; A constant radius all the way up.
radius2 0,2
height1 0,1 ; Secondary 1.77m long, 10cm above ground
height2 1,87
conductor 0,001331 ; 1.331 mm radius wire
turns 813
}