Cutout type 116

Cutout type 116 is a cutout with sealing plate for HP profiles. By selecting the profile the size of the cutout is determined automatically. The sealing plate is also coded.

This cutout type has no input panel. All variables are defined by default R and V variables.

Type macro

LABEL 1

EXIT

LABEL 3

VarStr = ''

EXIT

LABEL 4

Quest[1] = 'Quest 1'

Quest[2] = 'Quest 2'

Quest[3] = 'Quest 3'

Quest[4] = 'Quest 4'

Quest[5] = 'Quest 5'

Quest[6] = 'Quest 6'

VarStr = 'R1 35.5 R2 40 R3 71 R4 3 R5 9.5 R6 28'

EXIT

LABEL 5

varcutout=' '

if prof_type[1\2]='hp' then

{

if prof_height>79:varcutout='r1 24.5 r2 40 r3 49 r4 3 r5 5.5 r6 14'

if prof_height>99:varcutout='r1 26 r2 40 r3 52 r4 3 r5 6.0 r6 15.5'

if prof_height>119:varcutout='r1 28 r2 40 r3 56 r4 3 r5 6.5 r6 17'

if prof_height>139:varcutout='r1 30 r2 40 r3 60 r4 3 r5 7.0 r6 19'

if prof_height>159:varcutout='r1 32 r2 40 r3 64 r4 3 r5 7.5 r6 22'

if prof_height>179:varcutout='r1 33.5 r2 40 r3 67 r4 3 r5 8.5 r6 25'

if prof_height>199:varcutout='r1 35.5 r2 40 r3 71 r4 3 r5 9.5 r6 28'

if prof_height>219:varcutout='r1 37.5 r2 40 r3 75 r4 3 r5 10.5 r6 31'

if prof_height>239:varcutout='r1 39.5 r2 40 r3 79 r4 3 r5 11.5 r6 34'

if prof_height>259:varcutout='r1 41 r2 40 r3 82 r4 3 r5 12.5 r6 37'

if prof_height>279:varcutout='r1 43 r2 40 r3 86 r4 3 r5 13.5 r6 40'

if prof_height>299:varcutout='r1 45 r2 40 r3 90 r4 3 r5 14.5 r6 43'

if prof_height>319:varcutout='r1 47 r2 40 r3 94 r4 3 r5 15.5 r6 46'

}

else

{

Hint = '^prof_type not a proper profile for the cutout'

do gui/noterr

if prof_height>79:varcutout='r1 24.5 r2 40 r3 49 r4 3 r5 5.5 r6 14'

if prof_height>99:varcutout='r1 26 r2 40 r3 52 r4 3 r5 6.0 r6 15.5'

if prof_height>119:varcutout='r1 28 r2 40 r3 56 r4 3 r5 6.5 r6 17'

if prof_height>139:varcutout='r1 30 r2 40 r3 60 r4 3 r5 7.0 r6 19'

if prof_height>159:varcutout='r1 32 r2 40 r3 64 r4 3 r5 7.5 r6 22'

if prof_height>179:varcutout='r1 33.5 r2 40 r3 67 r4 3 r5 8.5 r6 25'

if prof_height>199:varcutout='r1 35.5 r2 40 r3 71 r4 3 r5 9.5 r6 28'

if prof_height>219:varcutout='r1 37.5 r2 40 r3 75 r4 3 r5 10.5 r6 31'

if prof_height>239:varcutout='r1 39.5 r2 40 r3 79 r4 3 r5 11.5 r6 34'

if prof_height>259:varcutout='r1 41 r2 40 r3 82 r4 3 r5 12.5 r6 37'

if prof_height>279:varcutout='r1 43 r2 40 r3 86 r4 3 r5 13.5 r6 40'

if prof_height>299:varcutout='r1 45 r2 40 r3 90 r4 3 r5 14.5 r6 43'

if prof_height>319:varcutout='r1 47 r2 40 r3 94 r4 3 r5 15.5 r6 46'

}

EXIT

No questions.

Data for icon creation

R variables for HP profile

Cutout with sealing plate is intended for HP profiles only.

If the cutout is used for another profile type a warning is displayed; the cutout however is placed as if the profile was a HP profile.

Type file

27 0
1 2 10 15 V2+V4R4 R1+R2V4 V6^V2 V5^V2 0.5 V7V8^V9 V4VA/V6 V5V4/V6 V3+B1 R3+R2 1 VFCA1 VFSA1 VEVG/VH 30.0 R5CVJ V1TVJ R6VLV1 V2R5VLV1 V1SVJ[	First variable line that terminates with a [ due to length
VOV1VLV1 V2R5VP R5VO*V1	Second variable line
L 0 0 0 R3 L 0 R3 H1+R4 R3 C H1+R4 R3/V2 R1*V1 L H1+R4 0 V3 0
LCOLL1 VI VE H1+R4 VE CCOLL1 H1+R4 R3/V2 R1+R2V1 PCOLL1 H1+V2+V4+VC R3/V2VAVB CCOLL1 H1+V2+V4 R3/V2VA V4V1 LCOLL1 H1+V2 R3/V2VA H1+V2 B1+R6+V2R5 CCOLL1 H1+V2R5 B1+R6+V2R5 R5 LCOLL1 VKV1R5+V2+H1 VRR5+B1+R6+V2 H1+V2R5VKVM+VNVQ B1+V2+R5VR CCOLL1 H1+V2R5VKVM+VNVQVK B1+V2+R5 R5V1 LCOLL1 H1+V2R5VKVM+VNVQVK B1+V2 V3 B1+V2 LCOLL1 V3 B1+V2 VDCA1 VDSA1 LCOLL1 VDCA1 VDSA1 VI VE LCOLL1 VI VE VI VE SCOLL1	The COLL lines are for the definition of the collar for coding.
l VDCA1 VDSA1 V3 B1 l VI VE H1+R4 VE c H1+R4 R3/V2 R1+R2V1 p H1+V2+V4+VC R3/V2VAVB c H1+V2+V4 R3/V2VA V4V1 l H1+V2 R3/V2VA H1+V2 0	The lines with lower case letters are for the definition of the collar in the drawing.
L 10 0 V3CA2 V3SA2 L V3CA2 V3SA2 0 0 E 0.8 10 H1+R4+R1 R3 T type PL <bns 15 41 63> W 0 1 H1/V2 R3/V2 PL H1+R4+R1+R2 R1+R2+R1+R2 0 GRA COLLAR H T1 COLLAR H1 H= B1 t= ROT Ang= D TY "type PL <bns 15 41 63>" [ R1 "Radius: " R3 "Width of cutout: " [ R4+R1 "Gap at top profile/cutout: " V3 "Snipe: "

In the type file a lot of variables are used, especially for calculation of the correct shape of the profile bulb. The angles A1 and A2 are used to determine a correct lead in to, for example, the hull line.