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DROID Bomber
by Warbird Thu Sep 08, 2011 9:23 am
Hi folks!
This time I was trying to make a plane that starts and holds course, speed and direction automatically and after totally redesigning its airframe (it stalled horizonzally due to its compact design) You can get it now!
I always use it whem practicing my shooting skills (2 tabs rigidchips) and its really hard to shoot down.
Here are some stats: Targeted altitude: 250-320m. Targeted Speed: 110-115 (about 425 kph) Flyable directions: North (default), east, west (didnt have time to make it fly southbound yet because my system gets rudder controls by dividing targeted and current course and the course for south in my system is 0. you can make a own navigating system for this plane if you want to)
okay: Enough talking! Grab it while its hot!
This time I was trying to make a plane that starts and holds course, speed and direction automatically and after totally redesigning its airframe (it stalled horizonzally due to its compact design) You can get it now!
I always use it whem practicing my shooting skills (2 tabs rigidchips) and its really hard to shoot down.
Here are some stats: Targeted altitude: 250-320m. Targeted Speed: 110-115 (about 425 kph) Flyable directions: North (default), east, west (didnt have time to make it fly southbound yet because my system gets rudder controls by dividing targeted and current course and the course for south in my system is 0. you can make a own navigating system for this plane if you want to)
okay: Enough talking! Grab it while its hot!
- Code:
// [RCD]
Val
{
ALTMOD(default=0, min=-1, max=1)
ALTMODP(default=0, min=-1, max=1)
ENG(default=50000, max=75000)
ROLL(default=0, min=-20, max=20)
RUDALT(default=0, min=-20, max=20)
RUDDERALT(default=0, min=-15, max=15)
RUDDERDIR(default=0, min=-15, max=15)
RUDDIR(default=0, min=-20, max=20)
RUDDIRP(default=0, min=-180)
RUDDIRS(default=180)
VEL(default=0)
WheelD(default=0, max=95)
}
Key
{
}
Body
{
Core() {
S:Trim(angle=90) { }
S:Weight() {
S:Chip() {
S:Chip() {
S:Chip() {
S:Chip() {
S:Chip() {
S:Chip() {
S:Chip() {
W:Trim(angle=-RudderALT, color=#000040) {
W:Chip(color=#000040) { }
S:Chip(color=#000040) { }
}
E:Trim(angle=RudderALT, color=#000040) {
E:Chip(color=#000040) { }
S:Chip(color=#000040) { }
}
S:Arm() { }
}
S:Trim(angle=90) {
E:Trim(angle=RudderDIR, color=#000040) {
S:Chip(color=#000040) { }
}
W:Trim(angle=-RudderDIR, color=#000040) {
S:Chip(color=#000040) { }
}
}
}
S:Trim(angle=90) { }
}
S:Trim(angle=90) { }
S:Cowl(angle=30, color=#8A8A8A) {
S:Cowl(angle=150, color=#8A8A8A) {
N:Cowl(angle=9, color=#8A8A8A) {
N:Cowl(angle=10, color=#8A8A8A) { }
W:Cowl(angle=90.2, option=4, color=#8A8A8A) { }
E:Cowl(angle=90.2, option=3, color=#8A8A8A) { }
}
}
}
S:Cowl(angle=-30, color=#8A8A8A) {
S:Cowl(angle=-150, color=#8A8A8A) {
E:Cowl(angle=-90, color=#8A8A8A) { }
W:Cowl(angle=-90, color=#8A8A8A) { }
N:Cowl(angle=-9, color=#8A8A8A) {
N:Cowl(angle=-10, color=#8A8A8A) { }
W:Cowl(angle=-90.1, option=4, color=#8A8A8A) { }
E:Cowl(angle=-90.1, option=3, color=#8A8A8A) { }
}
}
}
}
S:Trim(angle=90) { }
S:Cowl(angle=30) {
S:Cowl(angle=150, color=#8A8A8A) { }
}
S:Cowl(angle=-30) {
S:Cowl(angle=-150, color=#8A8A8A) {
W:Cowl(angle=-90, color=#8A8A8A) { }
E:Cowl(angle=-90, color=#8A8A8A) { }
}
}
}
S:Trim(angle=90) { }
E:Chip() {
E:Chip(angle=90) {
N:Cowl(angle=15, option=5, color=#8A8A8A) { }
E:RLW(angle=WheelD, effect=2, name=Starter2) { }
}
E:Chip(angle=-90) {
N:Cowl(angle=-15, option=5, color=#8A8A8A) { }
}
W:Chip(angle=90) {
W:Chip(angle=90) {
N:Cowl(angle=15, option=5, color=#8A8A8A) { }
S:Cowl(angle=20, color=#8A8A8A) {
W:Cowl(angle=90.2, option=3, color=#8A8A8A) { }
E:Cowl(angle=90.2, option=4, color=#8A8A8A) { }
}
S:Cowl(angle=90, color=#000000) { }
}
N:Cowl(angle=15, option=5, color=#8A8A8A) { }
}
W:Chip(angle=-90) {
W:Chip(angle=-90) {
N:Cowl(angle=-15, option=5, color=#8A8A8A) { }
S:Cowl(angle=-20, color=#8A8A8A) {
W:Cowl(angle=-90.1, option=3, color=#8A8A8A) { }
E:Cowl(angle=-90.1, option=4, color=#8A8A8A) { }
}
S:Cowl(angle=-90, color=#000000) { }
}
N:Cowl(angle=-15, option=5, color=#8A8A8A) { }
}
N:Cowl(angle=15, option=5, color=#8A8A8A) { }
N:Cowl(angle=-15, option=5, color=#8A8A8A) { }
S:Cowl(angle=20, color=#8A8A8A) {
E:Cowl(angle=90.1, option=4, color=#8A8A8A) { }
W:Cowl(angle=90.1, option=3, color=#8A8A8A) { }
}
S:Cowl(angle=-20, color=#8A8A8A) {
E:Cowl(angle=-90.2, option=4, color=#8A8A8A) { }
W:Cowl(angle=-90.2, option=3, color=#8A8A8A) { }
}
}
W:Chip() {
E:Chip(angle=90) {
E:Chip(angle=90) {
N:Cowl(angle=15, option=5, color=#8A8A8A) { }
S:Cowl(angle=20, color=#8A8A8A) {
E:Cowl(angle=90.1, option=4, color=#8A8A8A) { }
W:Cowl(angle=90.1, option=3, color=#8A8A8A) { }
}
S:Cowl(angle=90, color=#000000) { }
}
N:Cowl(angle=15, option=5, color=#8A8A8A) { }
}
W:Chip(angle=90) {
N:Cowl(angle=15, option=5, color=#8A8A8A) { }
W:RLW(angle=WheelD, effect=2, name=Starter1) { }
}
W:Chip(angle=-90) {
N:Cowl(angle=-15, option=5, color=#8A8A8A) { }
}
E:Chip(angle=-90) {
E:Chip(angle=-90) {
N:Cowl(angle=-15, option=5, color=#8A8A8A) { }
S:Cowl(angle=-20, color=#8A8A8A) {
E:Cowl(angle=-90.2, option=4, color=#8A8A8A) { }
W:Cowl(angle=-90.2, option=3, color=#8A8A8A) { }
}
S:Cowl(angle=-90, color=#00000) { }
}
N:Cowl(angle=-15, option=5, color=#8A8A8A) { }
}
N:Cowl(angle=-15, option=5, color=#8A8A8A) { }
N:Cowl(angle=15, option=5, color=#8A8A8A) { }
S:Cowl(angle=20, color=#8A8A8A) {
W:Cowl(angle=90.2, option=3, color=#8A8A8A) { }
E:Cowl(angle=90.2, option=4, color=#8A8A8A) { }
}
S:Cowl(angle=-20, color=#8A8A8A) {
W:Cowl(angle=-90.1, option=3, color=#8A8A8A) { }
E:Cowl(angle=-90.1, option=4, color=#8A8A8A) { }
}
}
S:Cowl(angle=30) {
S:Cowl(angle=150, color=#8A8A8A) { }
}
S:Cowl(angle=-30) {
S:Cowl(angle=-150, color=#8A8A8A) {
E:Cowl(angle=-90, color=#8A8A8A) { }
W:Cowl(angle=-90, color=#8A8A8A) { }
}
}
}
S:Trim(angle=90) { }
E:Chip() {
E:Rudder(angle=30) {
E:Chip() {
E:Chip() {
E:Chip() {
S:Chip(angle=-ROLL, color=#000040) {
E:Chip(color=#000040) {
E:Cowl(option=3, color=#000040) { }
}
}
E:Cowl(option=3, color=#8A8A8A) { }
}
S:Chip() { }
}
S:Chip() { }
}
S:Chip() { }
}
S:Jet(angle=90, power=-ENG, color=#FF0000, effect=1) { }
S:Jet(angle=-90, power=ENG, color=#FF0000, effect=1) { }
}
W:Chip() {
W:Rudder(angle=-30) {
W:Chip() {
W:Chip() {
W:Chip() {
S:Chip(angle=ROLL, color=#000040) {
W:Chip(color=#000040) {
W:Cowl(option=4, color=#000040) { }
}
}
W:Cowl(option=4, color=#8A8A8A) { }
}
S:Chip() { }
}
S:Chip() { }
}
S:Chip() { }
}
S:Jet(angle=90, power=-ENG, color=#FF0000, effect=1) { }
S:Jet(angle=-90, power=ENG, color=#FF0000, effect=1) { }
}
S:Cowl(angle=30) {
S:Cowl(angle=150, color=#8A8A8A) { }
}
S:Cowl(angle=-30) {
S:Cowl(angle=-150, color=#8A8A8A) {
W:Cowl(angle=-90, color=#8A8A8A) { }
E:Cowl(angle=-90, color=#8A8A8A) { }
}
}
}
S:Trim(angle=90) { }
S:Cowl(angle=30) {
S:Cowl(angle=150, color=#8A8A8A) { }
}
S:Cowl(angle=-30) {
S:Cowl(angle=-150, color=#8A8A8A) {
E:Cowl(angle=-90, color=#8A8A8A) { }
W:Cowl(angle=-90, color=#8A8A8A) { }
}
}
}
N:Cowl(angle=10, effect=#F0FB) {
N:Cowl(angle=151.6, color=#8A8A8A) {
N:Cowl(angle=18.4, color=#8A8A8A) {
N:Cowl(color=#8A8A8A) { }
}
E:Cowl(angle=90.1, option=4, color=#8A8A8A) { }
W:Cowl(angle=90.1, option=3, color=#8A8A8A) { }
}
N:Cowl(angle=-147, color=#000040, effect=#70FB) {
N:Cowl(angle=-43, color=#8A8A8A) {
N:Cowl(color=#8A8A8A) {
W:Cowl(angle=-90, color=#8A8A8A) {
N:Cowl(angle=1, color=#8A8A8A) { }
}
E:Cowl(angle=-90, color=#8A8A8A) {
N:Cowl(angle=1, color=#8A8A8A) { }
}
N:Cowl(angle=-1, color=#8A8A8A) { }
}
E:Cowl(angle=-90, color=#8A8A8A) { }
W:Cowl(angle=-90, color=#8A8A8A) { }
N:Cowl(angle=-90, color=#8A8A8A) { }
}
W:Cowl(angle=-90.2, option=3, color=#000040, effect=#70FB) { }
E:Cowl(angle=-90.2, option=4, color=#000040, effect=#70FB) { }
}
}
}
}
Script
{
Roll = (_AZ(guide))*70
if _y(guide)>150 {_bye(Starter1)}
if _y(guide)>153 {_bye(Starter2)}
if _y(guide)>155 {WheelD=WheelD+5}
if _y(guide)<250 {ALTmodp=1}
if _y(guide)>350 {ALTmodp=-1}
if _y(guide)<350&_y(guide)>280 {ALTmodp=0}
if ALTmod<AltmodP {ALTmod=ALTmod+0.02}
if ALTmod>AltmodP {ALTmod=ALTmod-0.02}
RudAlt=(((_AX(guide)*-1)+ALTmod/2)*70)+1
RudderALT=(RudAlt*-1)
RudderDIR=-RudDir
VEL= _vel()
if _vel()>110 {ENG=2000}
if _vel()>115 {ENG=0}
if _vel()<90&ENG=2000 {ENG=20000}
if _vel()<90&ENG=0 {ENG=20000}
if _key(15)>0 {RudDirS=180}
if _key(9)>0 {RudDirS=270}
if _key(7)>0 {RudDirS=90}
RudDirP=_TODEG(_AY(0))
RudDir=(((RudDirP+180)/RudDirS)-1)*10
Print 0,"DROID Bomber by Warbird (C)2011"
Print 1," Use W A S to adjust the direction"
Print 2," W will make the plane fly northbound (default)"
Print 3," A will make the plane fly westbound"
Print 4," D will make the plane fly eastbound"
if RudDirS=180 {Print 5," CURRENT COURSE: NORTH"}
if RudDirS=270 {Print 5," CURRENT COURSE: EAST"}
if RudDirS=90 {Print 5," CURRENT COURSE: WEST"}
}
Warbird- Tank
- Posts : 60
Join date : 2010-10-27
Age : 29
Location : Germany
Re: DROID Bomber
by Echo_Delta_Oscar Fri Sep 09, 2011 11:12 am
Dear Warbird, let me tell you: your DROID Bomber UAV Target is great: not only is a durable target, but also the flight pattern, even mantaninig one of the three courses are not really predictable, fairly simulating a real opponent trying to evade your fire.
I practiced my fighters in a chase with another aircraft for the very first time. How about a propeller version?
I practiced my fighters in a chase with another aircraft for the very first time. How about a propeller version?
Echo_Delta_Oscar- Hover
- Posts : 105
Join date : 2011-03-24
Re: DROID Bomber
by Warbird Fri Sep 23, 2011 9:14 am
The problem with propeller driven aircraft is taht they are harder to control at high prop speed which is usually needed to get a good speed... but i will give it a try... maybe with trims instead of wheels... could work, thx for the idea 
Warbird- Tank
- Posts : 60
Join date : 2010-10-27
Age : 29
Location : Germany
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