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[aWac9]

very well.
Thanks for your time

[CaptTrego]

WoW.....WoW.....   

[Acetone]

Wow, incredible work!

[Revolver]

Many thanks to all for your trust in us.

...one more...


mer info über Fw190A-3 können sie hier in unseren DLW-Archiv vorfinden...
http://www.deutscheluftwaffe.de/Flugzeuge/Jeager/Fw190A3/cockpit/analyse/Hauptbeschr.htm
http://www.deutscheluftwaffe.de/Flugzeuge/cockpitprofile/web/new%20site/frames2/Deutsche%20Cockpits.htm

[KW71]

Bravo!!! Great!!! That bird is coming out beautiful!

[Revolver]

Bravo!!! Great!!! That bird is coming out beautiful!

THX, Amigo.

[PytonPago]

Animations are done trough 3DSMax, or just math in script as usual (gear handling i mean - specially tat little rubber tubing in front part of the gear-arm, seems like stretching of a mesh) ?

[Revolver]

Animations are done trough 3DSMax, or just math in script as usual (gear handling i mean - specially tat little rubber tubing in front part of the gear-arm, seems like stretching of a mesh) ?

Hi PP,

tut mir Leid, aber ich kann Dir das nicht beantworten da ich nicht mit Animation
beschäftigt bin. Mußt Du den Levi fragen was er da vor zaubert. In der Sache
bin ich ein "noob" und kann nur die polys zusammen binden...he-he

Gruß,
Stefan

[PytonPago]

Hi PP,

tut mir Leid, aber ich kann Dir das nicht beantworten da ich nicht mit Animation
beschäftigt bin. Mußt Du den Levi fragen was er da vor zaubert. In der Sache
bin ich ein "noob" und kann nur die polys zusammen binden...he-he

Gruß,
Stefan

... ok, ich wende mich an Levi dann.

[CaptTrego]

Nice work AH-DG!

[Levi]

Animations are done trough 3DSMax, or just math in script as usual (gear handling i mean - specially tat little rubber tubing in front part of the gear-arm, seems like stretching of a mesh) ?

It's all made by script. For that little rubber tubing I'm applying the same technique I used for the ASK-13's wings.
And that's dividing it in several pieces, make custom vertex normals to hide the seams after the cuts, and then using a move translation for each piece based on the landing gear compression. That simple.

[PytonPago]

Animations are done trough 3DSMax, or just math in script as usual (gear handling i mean - specially tat little rubber tubing in front part of the gear-arm, seems like stretching of a mesh) ?

It's all made by script. For that little rubber tubing I'm applying the same technique I used for the ASK-13's wings.
And that's dividing it in several pieces, make custom vertex normals to hide the seams after the cuts, and then using a move translation for each piece based on the landing gear compression. That simple.

wow ... must have been a pain to do that rubber thingy ... doe, looks really great ! Nothig to suspect it to be split into several pieces.

[Levi]

wow ... must have been a pain to do that rubber thingy ... doe, looks really great ! Nothig to suspect it to be split into several pieces.

Believe it or not, this was actually one of the easiest parts to animate!

This is the code for the left side:

Code: [Select]

gear_compression({bone: 'b_leitung_l12', axis: {z:-1}, gear_unit: 0, transformation: "move", multiplier: 0.17});
gear_compression({bone: 'b_leitung_l11', axis: {z:-1}, gear_unit: 0, transformation: "move", multiplier: 0.06});
gear_compression({bone: 'b_leitung_l10', axis: {z:-1}, gear_unit: 0, transformation: "move", multiplier: 0.04});
gear_compression({bone: 'b_leitung_l09', axis: {z:-1}, gear_unit: 0, transformation: "move", multiplier: 0.06});
gear_compression({bone: 'b_leitung_l08', axis: {z:-1}, gear_unit: 0, transformation: "move", multiplier: 0.06});
gear_compression({bone: 'b_leitung_l07', axis: {z:-1}, gear_unit: 0, transformation: "move", multiplier: 0.06});
gear_compression({bone: 'b_leitung_l06', axis: {z:-1}, gear_unit: 0, transformation: "move", multiplier: 0.06});
gear_compression({bone: 'b_leitung_l05', axis: {z:-1}, gear_unit: 0, transformation: "move", multiplier: 0.06});
gear_compression({bone: 'b_leitung_l04', axis: {z:-1}, gear_unit: 0, transformation: "move", multiplier: 0.06});
gear_compression({bone: 'b_leitung_l03', axis: {z:-1}, gear_unit: 0, transformation: "move", multiplier: 0.06});
gear_compression({bone: 'b_leitung_l02', axis: {z:-1}, gear_unit: 0, transformation: "move", multiplier: 0.06});
gear_compression({bone: 'b_leitung_l01', axis: {z:-1}, gear_unit: 0, transformation: "move", multiplier: 0.06});
gear_compression({bone: 'b_leitung_l00', axis: {z:-1}, gear_unit: 0, transformation: "move", multiplier: 0.06});

gear_compression(); is a simple and useful function I would say, that I wrote and added in a function library file, which is then included in the aircraft script using $include();

This is the function itself:

Code: [Select]

// Gear Compression
function gear_compression(input){
var move_axis;
var property = 'gear/unit[0]/compression-ft';
var val = (jsb[property.replace('0', input.gear_unit)]*0.3048)*input.multiplier;
if      (input.axis.x ==  1) move_axis = {x: val};
else if (input.axis.y ==  1) move_axis = {y: val};
else if (input.axis.z ==  1) move_axis = {z: val};
else if (input.axis.x == -1) move_axis = {x:-val};
else if (input.axis.y == -1) move_axis = {y:-val};
else if (input.axis.z == -1) move_axis = {z:-val};
if (input.transformation == "move")geom.move_joint_orig(geom.get_joint(input.bone), move_axis);
else if (input.transformation == "rotate")geom.rotate_joint_orig(geom.get_joint(input.bone), val, input.axis);
}


[PytonPago]

 ... scriptly easy, i thought ya had to sit at it for a whyle till ya find the proper multiplyer ...  didnt think it would look so good whyte a constant one for all !  ... also, any plans for a damage-model ?

[Revolver]

...also, any plans for a damage-model ?

Moin PP,

um DM zu machen musst zuerst die Ballistik-Cod gemacht werden sein...denke ich mal.

Gruß,
Stefan