Latest Shouts In The Shoutbox -- View The Shoutbox

// [RCD]
Val
{
FL1(default=0, max=1000000, step=2000000)
FL2(default=0, max=1000000, step=2000000)
FL3(default=0, max=1000000, step=2000000)
FL4(default=0, max=1000000, step=2000000)
FR1(default=0, max=1000000, step=2000000)
FR2(default=0, max=1000000, step=2000000)
FR3(default=0, max=1000000, step=2000000)
FR4(default=0, max=1000000, step=2000000)
HORIZONTAL(default=0, min=-1080, max=1080)
JET(default=0, max=100000)
RBRAKE(default=0, max=10000)
REVO(default=0, max=100000)
REVO_L(default=0, max=100000)
REVO_R(default=0, max=100000)
RL1(default=0, max=1000000, step=2000000)
RL2(default=0, max=1000000, step=2000000)
RL3(default=0, max=1000000, step=2000000)
RL4(default=0, max=1000000, step=2000000)
RR1(default=0, max=1000000, step=2000000)
RR2(default=0, max=1000000, step=2000000)
RR3(default=0, max=1000000, step=2000000)
RR4(default=0, max=1000000, step=2000000)
VERTICAL(default=90, min=25, max=100)
}
Key
{
}
Body
{
Core() {
W:Frame(angle=50, name=BASE_L) {
N:Frame() {
N:RLW(angle=-90, power=REVO_L, brake=LBRAKE, name=SHAFT_L) {
N:Jet(angle=180, power=JET) { }
N:Arm(angle=90, power=FL1, option=100000, name=ARM_FL1) {
S:Chip(angle=-35) {
S:Arm(angle=-145, power=RL1, option=100000, name=ARM_RL1) { }
}
}
W:Arm(angle=90, power=FL2, option=100000, damper=1, name=ARM_FL2) {
E:Chip(angle=-35) {
E:Arm(angle=-145, power=RL2, option=100000, name=ARM_RL2) { }
}
}
E:Arm(angle=90, power=FL4, option=100000, damper=1, name=ARM_FL4) {
W:Chip(angle=-35) {
W:Arm(angle=-145, power=RL4, option=100000, name=ARM_RL4) { }
}
}
S:Arm(angle=90, power=FL3, option=100000, damper=1, name=ARM_FL3) {
N:Chip(angle=-35) {
N:Arm(angle=-145, power=RL3, option=100000, name=ARM_RL3) { }
}
}
}
}
}
E:Frame(angle=50) {
N:Frame() {
N:RLW(angle=-90, power=REVO_R, brake=RBRAKE, name=SHAFT_R) {
N:Jet(angle=180, power=JET) { }
N:Arm(angle=90, power=FR1, option=100000, damper=1, name=ARM_FR1) {
S:Chip(angle=-35) {
S:Arm(angle=-145, power=RR1, option=100000, name=ARM_RR1) { }
}
}
E:Arm(angle=90, power=FR2, option=100000, damper=1, name=ARM_FR2) {
W:Chip(angle=-35) {
W:Arm(angle=-145, power=RR2, option=100000, name=ARM_RR2) { }
}
}
W:Arm(angle=90, power=FR4, option=100000, damper=1, name=ARM_FR4) {
E:Chip(angle=-35) {
E:Arm(angle=-145, power=RR4, option=100000, name=ARM_RR4) { }
}
}
S:Arm(angle=90, power=FR3, option=100000, damper=1, name=ARM_FR3) {
N:Chip(angle=-35) {
N:Arm(angle=-145, power=RR3, option=100000, name=ARM_RR3) { }
}
}
}
}
}
S:Chip(angle=VERTICAL) {
S:Trim(angle=HORIZONTAL) {
S:Weight(angle=90, option=8) {
W:Weight(option=1) {
W:Weight(option=8) {
W:Weight(option=8) {
S:Weight(option=8) {
S:Weight(option=8) {
S:Weight(option=8) {
E:Weight(option=8) {
E:Weight(option=8) { }
}
}
}
}
N:Weight(option=8) {
N:Weight(option=8) {
N:Weight(option=8) {
E:Weight(option=8) {
E:Weight(option=8) { }
}
}
}
}
}
}
}
E:Weight(option=8) {
E:Weight(option=8) {
E:Weight(option=8) {
S:Weight(option=8) {
S:Weight(option=8) {
S:Weight(option=8) {
W:Weight(option=8) {
W:Weight(option=8) { }
}
}
}
}
N:Weight(option=8) {
N:Weight(option=8) {
N:Weight(option=8) {
W:Weight(option=8) {
W:Weight(option=8) { }
}
}
}
}
}
}
}
}
}
}
}
}
Lua
{sflag = -1
frswitch = 1
GTIME = 0
ggl = 0
ggr = 0
mgang = 0

function angle()
if _KEY(0) == 1 then
VERTICAL = VERTICAL + 2
elseif _KEY(1) == 1 then
VERTICAL = VERTICAL - 2
end

if _KEY(2) == 1 then
HORIZONTAL = HORIZONTAL + 2
elseif _KEY(3) == 1 then
HORIZONTAL = HORIZONTAL - 2
end
end

function jet()
if sflag == 1 then
JET = 50000
elseif sflag == -1 then
JET = 1000
end
end

function gun()
if _KEYDOWN(4) == 1 then
sflag = -sflag
end
end

function shoot()
frswitch = 1
out(1,RLa)
FLa=_RZ(ARM_FL1,0)
FLb=_RZ(ARM_FL2,0)
FLc=_RZ(ARM_FL3,0)
FLd=_RZ(ARM_FL4,0)
RLa=_RZ(ARM_RL1,0)
RLb=_RZ(ARM_RL2,0)
RLc=_RZ(ARM_RL3,0)
RLd=_RZ(ARM_RL4,0)
FRa=_RZ(ARM_FR1,0)
FRb=_RZ(ARM_FR2,0)
FRc=_RZ(ARM_FR3,0)
FRd=_RZ(ARM_FR4,0)
RRa=_RZ(ARM_RR1,0)
RRb=_RZ(ARM_RR2,0)
RRc=_RZ(ARM_RR3,0)
RRd=_RZ(ARM_RR4,0)
if sflag == 1 then
if frswitch == 1 then
if FLa < 3 and FLa > 2.2 then
FL1 = 100000
elseif FLb < 3 and FLb > 2.2 then
FL2 =100000
elseif FLc < 3 and FLc > 2.2 then
FL3 = 100000
elseif FLd < 3 and FLd > 2.2 then
FL4 = 100000
end

if FRa < 1 and FRa > 0.2 then
FR1 = 100000
elseif FRb < 1 and FRb > 0.2 then
FR2 =100000
elseif FRc < 1 and FRc > 0.2 then
FR3 = 100000
elseif FRd < 1 and FRd > 0.2 then
FR4 = 100000
end
elseif frswitch == 1 then
if RLa < 3 and FLa > 2.2 then
RL1 = 100000
elseif RLb < 3 and RLb > 2.2 then
RL2 =100000
elseif RLc < 3 and RLc > 2.2 then
RL3 = 100000
elseif RLd < 3 and RLd > 2.2 then
RL4 = 100000
end

if RRa < 1 and RRa > 0.2 then
RR1 = 100000
elseif RRb < 1 and RRb > 0.2 then
RR2 =100000
elseif RRc < 1 and RRc > 0.2 then
RR3 = 100000
elseif RRd < 1 and RRd > 0.2 then
RR4 = 100000
end
end
end
out(1,frswitch)
end

function revolution()
GTIME = math.mod(GTIME+1,8) --”­???§??•??”‚???‚??i‚?‚??B???‰‚?‚?‚¤‚?‚ ‚?‚?‚??A?‰??’l‚?-1‚?‚µ‚?‚?‚??B

if sflag == 1 then
if GTIME == 0 then
ggl =(_RZ(ARM_FL1,BASE_L)) * 5000
end

if GTIME == 1 then
ggr =(_RZ(ARM_FR1,BASE_R) + mgang) * 5000
end

REVO_L = 7000 + (22.5 + _WZ(ARM_FL1))*500 + ggl --?p‘¬“x22.5‚???“K‚?‰?“]?”?B‚»‚?‚?‚«‚?GATOWLL‚?7000‘O???B
REVO_R = 7000 + (22.5 + _WZ(ARM_FR1))*500 + ggr
LBRAKE = 0
RBRAKE = 0

elseif sflag == -1 then
REVO_L = 0
REVO_R = 0
LBRAKE = 50
RBRAKE = 50
end
end

function display()
if sflag == 1 then
out(0,"GUN: ON")
elseif sflag == -1 then
out(0,"GUN: OFF")
end
end

function main()
angle()
jet()
gun()
revolution()
shoot()
display()
end}

That is soooo awesome! My new fav model

Wow, i'm glad you like it. I made it several months ago.

There's some Japanese in Lua section, so I'll TRY to translate function 'revolution' into English..

It looks very confusing... Could you teach me to model? lol.

Also, this would be even cooler if you mounted it on a car or something.