screen print from h100w - hypet data as · some screen print from h100w: ... 0.180 = the area...
Post on 02-Jul-2018
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Some screen print from H100w: The simplest and most user friendly stability system for ship - in the WORLD? This system is for EVERYONE - build up to this version from 1983……… 3D and 2.5D view:
PRINT(icon) to print ALL wanted reports from H100w: Select what report(s) to print - SORTED your way - then save your setup and print.
VOLUME SECTION &= Appe2: The smallest element to make a TANK in HYPET You must use the Volume Section Generator(VSG) to make all Volume Sections. If you learn about this VSG: No one can make TANKS better than HYPET!
Example to make volume section using the VSG: [T1(),<-90,<0] make a wing tank or a DB tank. [T1(),<180,<0] make a DB tank [T1(); <0,#; #,T2(); T2()] make a tank between the heights given in the 3D-lines T1 and T2. This 3D-lines (reference lines) can let you make very special tanks. Remember: If you change the breadth and/or height for T1 and/or T2, all tanks who refer to this 3D-lines can be updated in 2 seconds! THIS IS GREAT! Everyone MUST use some time to learn about this! You can make many tanks in seconds!
Max. VCG/ Claims (requirements): Define ANY claims using legal functions and formula like SIN, COS, +, -, /, * and … Functions for Area, Wind, High speed turning and much more….
Max. VCG/ Graphics 2: You can select what damages to plot. Selected damages like 0-25,30-40 Damage=0 means intact ship. Print reports like: Short report, Table only, Table & Graphic, Interpolated table etc.
Max. VCG/ Input for spec. claims: Special for: Beam wind, High speed turning, Lifting weights and Concentration of personnel.
Max. VCG/ Claims/ one of MANY reports for Max.VCG:
Lateral plane calculation: Perhaps – this is only for fun – but you can. Tab ”Lateral plane”:
Tab ”Graphics”:
Special condition calculation:
Example for input if BEAM WIND selected. The bottom line can be used for input/calculation like this: 0.180 = GetGZArea(FirstBWAngle,LastBWAngle) - (GetBWArea(FirstBWAngle,LastBWAngle) 0.180 = The area between the GZ curve and the BEAM WIND curve. Functions and Variables to be found when right-click-mouse: GetGZArea(start,end) - Find AREA below GZ curve for angle-area “start” to “end” GetBWArea(start,end) - Find AREA below BEAM WIND curve for angle-area “start” to “end” FirstBWAngle - The FIRST point of intersection for GZ/BEAM WIND curve LastBWAngle - The LAST point of intersection for GZ/BEAM WIND curve …but you can use any functions: SIN, COS, TAN, ATAN, *, / etc…..
About GRAIN: HYPET include 100% automatic grain calculation in H100w and the loading calculator. The only manual calculation is about standard void. You can easy work with one or many tanks for grain loading - also using one or many grain bulkheads. Example Grain table:
Grain graphics:
About PROBABILISTIC DAMAGE CALCULATION: HYPET include probabilistic calculation for cargo ship. The program “walk” around the ship checking for a given DAMAGE LENGTH - making damage combinations forward /backwards, upwards/downwards and from side into the ship. The B-calculator looks like this:
Extract for the tree structure - build while calculation:
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