[Classic Dossier] Element=etClassicDossier International Water Ski Federation 2010 Edition Homologation Dossier - Classic IMPORTANT NOTICE: It is not the intent of this form to add hours of extra work to the homologator's job, but rather to provide a quick checklist that gives visibility of the technical effort to the general skiing public. START OF HOMOLOGATION FORM code of competition:11S078 code of site: USAS0286 name of competition:Miami Nautique International Championship Date:30/10/2010 31/10/2010 Venue:Greater Miami Ski Club Organizing Country:USA Type of competition (International Calendar ) Were cash prizes or merchandise awarded (Yes/No) (No ) Amount: Homologator's and Chief Judge recommendation to Tournament Council (Fill in R-Record, L-Standing List, N-Not list capable) Event Round 1 Round 2 Round 3 Round 4 Slalom ( R) ( R) ( R) ( ) Tricks ( ) ( ) ( ) ( ) Jump ( ) ( ) ( ) ( ) OBLIGATORY COMPOSITION OF DOSSIER: 1 copy of this document including the homologation notice HOMOLOGATOR'S CHECKLIST If checked and all according to rules put OK in brackets. If checked and any variation to the rules put an X in the brackets and explain in "Remarks" section on last page. Not applicable is NA. 1. Boats and equipment (W 10.01) (OK) 2. Speed Control (W 10.07) ( ) Maunfacturer:ZeroGPS Software Version:Q slalom (OK) OK tricks (NA) NA jump (NA) NA 3. Arrangement for checking skis (W 10.03) (OK) 4. Measure lines and handles (W 10.04) ( ) slalom (OK) OK jump (NA) NA handles (OK) OK 5. Arrangement for checking of skier supplied handles (W 10.06) (OK)OK 6. Timing devices (W 11.03) (OK) 7. Homologation notice posted before start (OK) 8. Automatic timing-jump (NA) Optional Timing Method (NA) 9. Jump distance indication (W 13.11) (NA) 10.Video Jump Distance measurement (W 13.11)(NA) Backup - video tape or standard meters ( ) 11.Automatic timing-slalom Dual Segment (OK) All Buoys (OK) 12.Position and height of slalom towers (OK) (W 14.05 and W diagram 6) 12a. Slalom Officials: 1 boat judge + 2 central tower with boat video 13.Slalom buoys (W 14.06) (OK) 14.VHS video slalom endcourse (W 14.17) (OK) 15.Trick course checked (W diagram 3) (NA) 16.Position and height of trick towers (NA) (W 15.11) 16a. 5 Judges (NA) 1 x 3 Judges with video (NA) 2x 3 Judges with video (NA) 17.Semi-automatic timing-20sec (W 15.12) (NA) automatic median start (NA) 17a. Video Tricks Timing (NA) with Additional judge (NA) Chief Judge ( ) 18.VHS video tricks (W15.15) (NA) 19a.Video Tricks Timing system manufacturer ( ) 20. 2nd Speed Control Display used S/J (NA) SLALOM COURSE TYPE :Cross-Wire JUMP COURSE JUMP MEASUREMENT SETUP VIDEO JUMP 40m Test buoy Survey x (XXX.XX) y (XXX.XX) Video system x (XXX.XX) y (XXX.XX) 60m Test buoy Survey x (XXX.XX) y (XXX.XX) Video system x (XXX.XX) y (XXX.XX) Manufacturer of Jump Video System : JUMP RAMP Width at top (W 13.02a) X.XX m Width at bottom X.XX m Top edge to 6.4m line left side (W 13.02b,h) X.XX m Top edge to 6.4m line right side (W 13.02b.h) X.XX m Top edge to 6.8m line left side (W 13.02b,h) X.XX m Top edge to 6.8m line right side (W 13.02b.h) X.XX m Length underwater from 6.8m line (W 13.02c) X.XX m Maximum Deviation from plane Diagonal string measurement (W 13.02f) X.X cm Center string measurement (W 13.02f) X.X cm (OK/X) Apron under water (W 13.02g) (NA) Apron full length (W 13.02g) (NA) Sighting line (W 13.02i) (NA) Secure anchoring (W 13.02i) (NA) Apron Angle (W 13.02k) jump height X.XX m (a) length of edge of apron from top corner to water X.XX m (b) ratio of b/a (X.XXX) ( ) minimum 0.883 maximum 0.643 RAMP SETTING Right Side Left Side Setting Height Length Ratio Height Length Ratio 1.50 XXX.X XXX.X XXX.X XXX.X XXX.X XXX.X 1.65 XXX.X XXX.X XXX.X XXX.X XXX.X XXX.X 1.80 XXX.X XXX.X XXX.X XXX.X XXX.X XXX.X NON-VIDEO JUMP Note: The following section is only to be completed if the jumps were measured by protractors rather than video. Automatic meter system used (Yes/No) ( ) Protractor reading units (Degrees/Grades) ( ) METER SETUP Distance (T1 - T2/A - B) (XXX.XX meters) Distance (T2 - T3/B - C) (XXX.XX meters) if not a straight line Distance (T1 - T3/A - C) (XXX.XX meters) Inter-meter angles (if not a straight line) T1/A T2/B T3/C Meter T1/A XXXXX 180.0 180.0 Meter T2/B 0.0 XXXXX 180.0 Meter T3/C 0.0 0.0 XXXXX (note shown numbers are examples - fill in with actual numbers) SET UP SIGHTINGS Angle Ramp 15ET T1/A upper XXX.X XXX.X T1/A lower XXX.X XXX.X T2/B upper XXX.X XXX.X T2/B lower XXX.X XXX.X T3/C upper XXX.X XXX.X T3/C lower XXX.X XXX.X Using average of upper and lower readings (max difference 0.1 degrees) list the error triangles with an inscribed circle diameter (max 0.15) inscribed circle diameter at ramp X.XX meters inscribed circle diameter at 15ET X.XX meters Jump system survey results (X-Y coordinates) X Y Ramp XXX.XX XXX.XX Table 1/A XXX.XX XXX.XX Table 2/B XXX.XX XXX.XX Table 3/C XXX.XX XXX.XX Buoy 15ET XXX.XX XXX.XX Attach the computer printout file at the end after the Homologation Notice Computer program checked against (OK/X) "Computer Benchmark for Computed Distances" (NA) METER STATIONS Stability and horizontal level (NA) Protractors on same vertical line (NA) Protractor graduations (max 0.2 degrees) (NA) Radius of protractors (min 0.25 m) (NA) Accuracy of sighting arms (NA) END OF HOMOLOGATION FORM It is important to leave the above section in the exact format as it will be processed automatically. The following section is where free form comments are added and attachments are made. HOMOLOGATOR'S REMARKS We used boat video in preparation for next year's rules. The pylon mount was not above the windshield height. The pylon mount had a rope interconnect to have the camera follow the skier. It would follow the skier in most cases, but when there was slack going into a turn the camera would not turn sufficiently to see the skier adequately. The course survey by Ed Brazil doesn't fit any of the template formats for this program and is posted in text form here: SLALOM 1-POINT CROSSLINE SURVEY Version May 2009 "Version with transformed (X, Y) coordinates of shore pins or xline pts." SITE: Miami Main Canal--for Fall 2010 tournaments DATE: 08-Oct-10 "With Final angle shots (S5, S6) on Oct. 10" ---FINDING NOTES--- MASTER PT: Same as before--Mark on deck Miami Fall Class C and Record ANGLE REF: 180 is left edge of left door Note: + Xerror is always toward G15-16 GT WDTH= 2.2 METERS INTENDED Note: +Yerror is always 'wide' VERT HGT= 0.00 METERS--Use 0.00 if X-line shots already horizontal Toterr is vector sum of X and Y errors ******SURVEY DATA TAKEN***** ALERTS GATE ANGLES READ DEGREES *CALC COORDINATES* "TRANSFORMED (X, Y)" " IDEAL (X, Y)" AVG TOTAL ERROR: 0.050 X al Y al WIDTHS ITEM DEG MIN SEC DECIMAL XCOORD YCOORD *****GATE CENTERS***** **STATISTICAL CALCS** ITEM XTRANS YTRANS XIDEAL YIDEAL XERROR YERROR TOTERR 0 0 G1 SEE 179 46 2 179.7672 313.591 1.274 GATE XGATE YGATE X^2'S XY'S G1 0.003 1.245 0 1.25 0.003 -0.005 0.006 0 0 2.502 G1 G2 BELOW 180 13 28 180.2244 313.586 -1.228 G1-G2 313.589 0.023 98337.816 7.155 G2 -0.003 -1.258 0 -1.25 -0.003 0.008 0.008 0 0 G2 G3 FOR 179 48 36 179.8100 340.671 1.130 G3-G4 340.672 0.030 116057.589 10.126 G3 27.082 1.099 27 1.10 0.082 -0.001 0.082 0 0 2.200 G3 G4 XLINE 180 10 48 180.1800 340.674 -1.070 G5-G6 381.504 0.043 145545.208 16.229 G4 27.085 -1.101 27 -1.10 0.085 0.001 0.085 0 0 G4 G5 SHOTS 179 49 32 179.8256 381.503 1.162 G7-G8 422.585 0.038 178578.003 16.017 G5 67.915 1.128 68 1.10 -0.085 0.028 0.090 0 0 2.238 G5 G6 180 9 42 180.1617 381.505 -1.076 G9-G10 463.503 0.038 214834.600 17.707 G6 67.916 -1.110 68 -1.10 -0.084 0.010 0.085 0 0 G6 G7 SEE 179 50 46 179.8461 422.585 1.135 G11-G12 504.552 0.037 254572.247 18.511 G7 108.996 1.100 109 1.10 -0.004 0.000 0.004 0 0 2.194 G7 G8 BELOW 180 8 37 180.1436 422.585 -1.059 G13-G14 545.549 0.040 297623.707 21.642 G8 108.996 -1.095 109 -1.10 -0.004 -0.005 0.006 0 0 G8 G9 FOR 179 51 33 179.8592 463.503 1.139 G15-G16 572.601 0.044 327872.168 25.432 G9 149.914 1.102 150 1.10 -0.086 0.002 0.086 0 0 2.202 G9 G10 XLINE 180 7 53 180.1314 463.502 -1.063 SUMS: 3544.5539 0.2920 1633421.3379 132.8181 G10 149.914 -1.101 150 -1.10 -0.086 0.001 0.086 0 0 G10 G11 SHOTS 179 52 12 179.8700 504.550 1.145 CALCULATION OF BEST LINE CONSTANTS: G11 190.961 1.105 191 1.10 -0.039 0.005 0.039 0 0 2.216 G11 G12 180 7 18 180.1217 504.554 -1.071 K1: 5.49969E-05 K2: 0.012127086 G12 190.965 -1.111 191 -1.10 -0.035 0.011 0.037 0 0 G12 G13 SEE 179 52 41 179.8781 545.548 1.161 CALCULATION OF ENDCOURSE CONSTANTS: G13 231.959 1.119 232 1.10 -0.041 0.019 0.045 0 0 2.243 G13 G14 BELOW 180 6 49 180.1136 545.550 -1.082 Q1: 438.9336638 Q2: -137644.5744 G14 231.962 -1.124 232 -1.10 -0.038 0.024 0.045 0 0 G14 G15 FOR 179 52 13 179.8703 572.600 1.296 Q3: -980.6366798 Q4: 561513.8127 G15 259.011 1.253 259 1.25 0.011 0.003 0.012 0 0 2.504 G15 G16 XLINE 180 7 15 180.1208 572.603 -1.208 CALCULATION OF ENDCOURSE COORDINATES: G16 259.014 -1.251 259 -1.25 0.014 0.001 0.014 0 0 G16 S1 SHOTS 181 55 53 181.9314 340.687 -11.489 XLEFT: 313.589 YLEFT: 0.029 S1 27.098 -11.519 27 -11.50 0.098 0.019 0.100 0 0 S1 S2 178 16 22 178.2728 381.496 11.504 XRIGHT: 572.601 YRIGHT: 0.044 S2 67.908 11.471 68 11.50 -0.092 -0.029 0.096 0 0 S2 S3 SEE 181 33 23 181.5564 422.587 -11.482 S3 108.998 -11.517 109 -11.50 -0.002 0.017 0.018 0 0 S3 S4 BELOW 178 34 36 178.5767 463.504 11.517 COURSE OVERALL LENGTH: 259.013 S4 149.916 11.479 150 11.50 -0.084 -0.021 0.087 0 0 S4 S5 FOR 181 18 3 181.3008 504.572 -11.458 COURSE CENTERLINE ANGLE: 0.003151 S5 190.983 -11.498 191 -11.50 -0.017 -0.002 0.017 0 0 S5 S6 XLINE 178 47 23 178.7897 545.535 11.525 TRIGONOMETRIC SINE: 5.49969E-05 S6 231.947 11.483 232 11.50 -0.053 -0.017 0.055 0 0 S6 PRE1 SHOTS 179 45 11 179.7531 258.501 1.114 TRIGONOMETRIC COSINE: 0.999999998 PRE1 -55.088 1.088 -55 1.10 -0.088 -0.012 0.088 0 0 2.207 PRE1 PRE2 180 14 32 180.2422 258.493 -1.093 COURSE CL. ANGLE (SECS): 11.3 PRE2 -55.096 -1.119 -55 -1.10 -0.096 0.019 0.098 0 0 PRE2 PRE15 179 53 38 179.8939 627.565 1.162 PRE15 313.976 1.116 314 1.10 -0.024 0.016 0.028 0 0 2.239 PRE15 PRE16 180 5 54 180.0983 627.564 -1.077 PRE16 313.976 -1.124 314 -1.10 -0.024 0.024 0.034 0 0 PRE16 TWR1 From previous TWR1 36.265 -33.596 36.27 -36.27 -2.67 42.8 =ANGL 0 <-BAD? TWR2 From previous TWR2 220.700 33.819 220.70 38.30 -4.48 41.4 =ANGL 0 <-BAD? For Pin adjust **** CROSSLINE DATA AND REDUCTION HERE **** CROSSLINE EQUATION Select Xzero: 313.550 LGTH--> 259.013 MTRS. AVG SKR WIDTH--> 11.4946 OK Y= AX + B Avg Xerr: 0.018 Cable Coords vs. Best Cl. MISCELLANEOUS DIMENSIONS LINE EDM DISTS DEG MIN SEC DEGREES XCOORD YCOORD A B DELTAX IDEAL XERR PINS XTRANS YTRANS TIME SEGS DIST XERR BAD? G1-2 314.51 175 44 30 175.7417 313.642 23.353 438.9336638 -137644.5744 0.053 0 0.092 G1-2 0.054 23.324 G1-G7 108.993 -0.012 0 *THESE ARE G1-2 314.22 183 45 57 183.7658 313.542 -20.638 438.9336638 -137644.5744 -0.047 0 -0.008 G1-2 -0.048 -20.667 G7-G15 150.015 0.008 0 FOR MAGNETS G3-4 341.44 176 4 53 176.0814 340.642 23.334 -764.0221076 260281.1682 27.053 27 0.092 G3-4 27.054 23.303 G16-G10 109.100 0.095 0 ON THE G3-4 341.32 183 27 22 183.4561 340.699 -20.576 -764.0221076 260281.1682 27.111 27 0.149 G3-4 27.109 -20.607 G10-G2 149.917 -0.091 0 TIMER SIDE G5-6 382.16 176 36 12 176.6033 381.489 22.642 -1484.315093 566272.0042 67.900 68 -0.061 G5-6 67.901 22.609 G2-G8 108.9993754 -0.006 0 *THESE ARE G5-6 382.11 183 11 21 183.1892 381.518 -21.258 -1484.315093 566272.0042 67.930 68 -0.032 G5-6 67.928 -21.291 G8-G16 150.0173726 0.010 0 FOR MAGNETS G7-8 423.16 177 0 4 177.0011 422.581 22.138 -5019.25709 2121062.326 108.992 109 0.031 G7-8 108.993 22.103 G15-G9 109.0973254 0.092 0 ON THE G7-8 423.15 182 57 0 182.9500 422.589 -21.777 -5019.25709 2121062.326 109.001 109 0.039 G7-8 108.999 -21.813 G9-G1 149.9111679 -0.096 0 DRIVER SIDE G9-10 464.08 177 8 48 177.1467 463.505 23.102 10907.74125 -5055765.676 149.916 150 -0.045 G9-10 149.917 23.064 G9-10 463.90 182 22 38 182.3772 463.501 -19.242 10907.74125 -5055765.676 149.912 150 -0.049 G9-10 149.911 -19.279 SKR. LGTHS DIST ERROR BAD? G11-12 505.06 177 19 24 177.3233 504.509 23.586 -553.2762466 279156.414 190.920 191 -0.041 G11-12 190.922 23.546 END-S1 27.098 0.098 0 NOTE: G11-12 505.00 182 18 48 182.3133 504.588 -20.384 -553.2762466 279156.414 191.000 191 0.038 G11-12 190.999 -20.424 S1-S2 40.810 -0.190 0 TOLERANCE BASIS G13-14 546.03 177 31 32 177.5256 545.521 23.574 -836.7291287 456476.776 231.932 232 -0.029 G13-14 231.934 23.532 S2-S3 41.090 0.090 0 IS 0.5% G13-14 545.95 182 7 43 182.1286 545.573 -20.278 -836.7291287 456476.776 231.985 232 0.023 G13-14 231.984 -20.320 S3-S4 40.918 -0.082 0 G15-16 573.09 177 34 28 177.5744 572.577 24.254 -980.6366798 561513.8127 258.988 259 0.027 G15-16 258.989 24.210 S4-S5 41.067 0.067 0 G15-16 572.96 181 58 12 181.9700 572.621 -19.696 -980.6366798 561513.8127 259.033 259 0.071 G15-16 259.032 -19.740 S5-S6 40.964 -0.036 0 PRE1-2 259.51 175 8 47 175.1464 258.579 21.957 265.6948472 -68681.26494 -55.009 -55 0.029 PRE1-2 -55.008 21.931 S6-END 27.065 0.065 0 PRE1-2 259.34 184 50 32 184.8422 258.414 -21.891 265.6948472 -68681.26494 -55.174 -55 -0.136 PRE1-2 -55.175 -21.918 P15-16 628.00 177 53 17 177.8881 627.573 23.143 2629.082041 -1649918.865 313.985 314 0.023 P15-16 313.986 23.096 DIAGONALS DIST ERROR BAD? P15-16 627.75 181 24 52 181.4144 627.559 -15.496 2629.082041 -1649918.865 313.970 314 0.009 P15-16 313.969 -15.542 END-S1 29.445 0.098 0 NOTE: S1-S2 46.840 -0.170 0 TOLERANCE BASIS S2-S3 47.083 0.073 0 IS 0.5% S3-S4 46.937 -0.074 0 S4-S5 47.058 0.047 0 S5-S6 46.970 -0.041 0 S6-END 29.401 0.054 0 GATE LGTH DIST ERROR BAD? G1-G3 27.079 0.079 0 NOTE: G2-G4 27.088 0.088 0 TOLERANCE BASIS G3-G5 40.832 -0.168 0 IS 0.5% G4-G6 40.831 -0.169 0 G5-G7 41.082 0.082 0 G6-G8 41.080 0.080 0 G7-G9 40.918 -0.082 0 G8-G10 40.917 -0.083 0 G9-G11 41.047 0.047 0 G10-G12 41.051 0.051 0 G11-G13 40.998 -0.002 0 G12-G14 40.997 -0.003 0 G13-G15 27.052 0.052 0 G14-G16 27.052 0.052 0 Homologator: Edward Finley 1915 NE 214 Ter. Miami, FL 33179 Email: Chief Judge: Charlotte Melchers 8585 Rosalie Ct. Boynton Beach, FL 33437 Scorer: Nancy Luzoro 7921 NW 181 St. Miami, FL 33015 This homologation record has been emailed to Bob Corson, bcorson@comcast.net for EAME: email also to Marc Raymond, SKIRAYMO@aol.com HOMOLOGATION NOTICE Tournament Name:Miami Nautique International Championship Date:30/10/2010 31/10/2010 We recommend to the IWSF Tournament Council the following class of homologation: Event Round 1 Round 2 Round 3 Round 4 Slalom (R ) (R ) (R ) ( ) Tricks ( ) ( ) ( ) ( ) Jump ( ) ( ) ( ) ( ) Speed Control Manufacturer:ZeroGPS Software Version:Q Mode for tricks (if applicable):________________________ Date _________ ________ _______ Time _________ ________ _______ Chief Judge Homologator ____________________ ________________ Note: These recommendations may change during the competition. Remarks: