[DBP] hover car race challenge accepted! (may cause motion sickness)

Author

Message

29 games

18

Years of Service

User Offline

Joined: 23rd Nov 2005

Location: not entirely sure

Posted: 9th Apr 2012 23:33 Edited at: 10th Apr 2012 20:53

Link

Get in your hover car and race your way to the fastest time!!!!

Controls:

- Use the mouse to turn but you need to use it like a joystick, move it left to turn left and right to turn right but then move it back to the mid point to go straight.
- Left mouse button to accelerate quickly to the low speed
- Left mouse button and right mouse button together to accelerate to high speed but the acceleration is slower (think of it has high and low gears).
- Right mouse button to brake / reverse.

- You'll also slow down due to friction.
- If you hit the red walls, you'll bounce backward.
- Go through the green gates, each race is three laps, race to get the fastest time.

Needs to be run in 640x480 resolution as the turning controls use the mouse pisition and I've not adjusted it for different resolutions.

edit: the compressed code may not work for you, please try the expanded code below, thanks.

Short track:

sync on : sync rate 0 : hide mouse : set window off : set camera range 1,6000 : sw = screen width() : hsw# = sw/2 : sh = screen height() : hsh# = sh/2 : wh = 15 : ob = 0 : do : read xa,za,xb,zb : if xa = 0 and za = 0 and xb = 0 and zb = 0 : exit : endif : inc ob : _make_wall(ob,xa,za,xb,zb,wh) : set object collision to polygons ob : color object ob,rgb(175,0,0) : set object emissive ob, rgb(100,0,0) : loop : num_walls = ob : do : read xa,za,xb,zb
if xa = 0 and za = 0 and xb = 0 and zb = 0 : exit : endif : inc ob : _make_wall(ob,xa,za,xb,zb,wh) : set object collision to polygons ob : color object ob,rgb(0,255,0) : loop : num_gates = ob - num_walls : car_ob = ob+1 : make object box car_ob, 15,5,25 : read start_x,start_y,start_facing# : read max_laps : fastest_race_time# = 999.9 : fastest_lap_time# = 999.9 : wait 500 : do : race_time# = 0.0 : gates_hit = 0 : num_laps = 0 : restart = 0 : start_time# = 0.0 : facing# = start_facing# : spd# = 0.0 : for i = num_walls + 1 to ob : if i = num_walls + 1
set object emissive i, rgb(0,200,0) : set object collision on i : else : set object emissive i, rgb(0,10,0) : endif : show object i : next i : position object car_ob, start_x,10,start_y : repeat : current_time = timer() : loop_time = current_time - loop_start_time : if loop_time > 12 : loop_start_time = current_time : old_x# = object position x(car_ob) : old_y# = object position y(car_ob) : old_z# = object position z(car_ob) : if mouseclick() = 0 : spd# = curvevalue(0.0,spd#,70) : endif : if mouseclick() = 1 : spd# = curvevalue(15.0,spd#,30) : endif : if mouseclick() = 2 : spd# = curvevalue(-5.0,spd#,40) : endif : if mouseclick() = 3
spd# = curvevalue(25.0,spd#,95) : endif : if abs(spd#) < 0.05 : spd# = 0.0 : endif : turn# = 2.5*(mousex()-hsw#)/hsw# : facing# = wrapvalue(facing# + turn#) : rotate object car_ob, 0,0,0 : turn object right car_ob, facing# : roll object right car_ob, turn#*30 : move object car_ob, spd# : hit = object collision(car_ob,0) : if hit > 0 and hit <= num_walls : position object car_ob, old_x#, old_y#, old_z# : spd# = spd#*-1 : endif : if num_laps < max_laps : if start_time# <> 0  : race_time# = (current_time - start_time#)/1000.0 : endif : if hit > num_walls : inc gates_hit : set object collision off hit : set object emissive hit, rgb(0,10,0) : if hit < ob : set object collision on hit + 1
set object emissive hit+1, rgb(0,200,0) : if gates_hit = 1 and num_laps = 0 : start_time# = current_time : endif : else : set object collision on num_walls + 1 : set object emissive num_walls+1, rgb(0,200,0) : endif : endif : else : if restart = 0 : if race_time# < fastest_race_time# : fastest_race_time# = race_time# : finish_message$ = "!!! NEW FASTEST TIME !!!" : else : finish_message$ = "RACE OVER" : endif : endif : restart = 1 : for i = num_walls+1 to ob : set object collision off i : hide object i : next i : if mouseclick() = 0 : if spacekey() = 1  : restart = 2
endif : endif : endif : if gates_hit => num_gates : gates_hit = 0 : inc num_laps : endif : endif : position camera object position x(car_ob), object position y(car_ob), object position z(car_ob) : rotate camera 0,0,0 : turn camera right facing# : roll camera right turn#*30 : pitch camera up 90 : move camera 30 : pitch camera down 100 : move camera -0.25*spd#^2 - 80 : if restart = 1 : center text hsw#, hsh#-20, finish_message$ : center text hsw#, hsh#+20, "release lmb and rmb then press space to race again" : endif : set cursor 0,0 : print "mouse to turn, lmb fast accelerate / slow speed" : print "lmb+rmb slow accelerate / fast speed, rmb to brake / reverse" : print : print "SPEED : ", spd# : print "LAP : ", num_laps+1, " of ", max_laps
print "CURRENT TIME : ", race_time# : print "FASTEST TIME : ", fastest_race_time# : print "hit : ", hit : sync : until restart = 2 : loop : end
function _make_wall(ob,xa,za,xb,zb,wh) : make object triangle ob, xa,0,za, xb,0,zb, xa,wh,za : make object triangle ob+1, xa,wh,za, xb,wh,zb, xb,0,zb : make mesh from object 1,ob+1 : add limb ob,1,1 : delete mesh 1 : delete object ob+1 : set object cull ob, 0 : ghost object on ob : endfunction
function _reset_gates(minimum,maximum,exclude) : for i = minimum to maximum : if i <> exclude : set object collision on i : show object i : endif : next i : endfunction
data 0,476,0,2524,  0,2524,476,3000,  476,3000,1200,3000,  1200,3000,1800,3600,  1800,3600,2524,3600,  2524,3600,3000,3124,  3000,3124,3000,476,  3000,476,2524,0,  2524,0,476,0
data 476,0,0,476,  300,600,300,2400,  300,2400,600,2700,  600,2700,1324,2700,  1324,2700,1924,3300,  1924,3300,2400,3300,  2400,3300,2700,3000,  2700,3000,2700,600,  2700,600,2400,300
data 2400,300,600,300,  600,300,300,600,  0,0,0,0,  0,1500,300,1500,  2162,3300,2162,3600,  2700,1800,3000,1800,  1300,0,1300,300,  0,1100,300,1100,  0,0,0,0
data 150,1200,0.0,3

+ Code Snippet

sync on : sync rate 0 : hide mouse : set window off : set camera range 1,6000 : sw = screen width() : hsw# = sw/2 : sh = screen height() : hsh# = sh/2 : wh = 15 : ob = 0 : do : read xa,za,xb,zb : if xa = 0 and za = 0 and xb = 0 and zb = 0 : exit : endif : inc ob : _make_wall(ob,xa,za,xb,zb,wh) : set object collision to polygons ob : color object ob,rgb(175,0,0) : set object emissive ob, rgb(100,0,0) : loop : num_walls = ob : do : read xa,za,xb,zb
if xa = 0 and za = 0 and xb = 0 and zb = 0 : exit : endif : inc ob : _make_wall(ob,xa,za,xb,zb,wh) : set object collision to polygons ob : color object ob,rgb(0,255,0) : loop : num_gates = ob - num_walls : car_ob = ob+1 : make object box car_ob, 15,5,25 : read start_x,start_y,start_facing# : read max_laps : fastest_race_time# = 999.9 : fastest_lap_time# = 999.9 : wait 500 : do : race_time# = 0.0 : gates_hit = 0 : num_laps = 0 : restart = 0 : start_time# = 0.0 : facing# = start_facing# : spd# = 0.0 : for i = num_walls + 1 to ob : if i = num_walls + 1
set object emissive i, rgb(0,200,0) : set object collision on i : else : set object emissive i, rgb(0,10,0) : endif : show object i : next i : position object car_ob, start_x,10,start_y : repeat : current_time = timer() : loop_time = current_time - loop_start_time : if loop_time > 12 : loop_start_time = current_time : old_x# = object position x(car_ob) : old_y# = object position y(car_ob) : old_z# = object position z(car_ob) : if mouseclick() = 0 : spd# = curvevalue(0.0,spd#,70) : endif : if mouseclick() = 1 : spd# = curvevalue(15.0,spd#,30) : endif : if mouseclick() = 2 : spd# = curvevalue(-5.0,spd#,40) : endif : if mouseclick() = 3
spd# = curvevalue(25.0,spd#,95) : endif : if abs(spd#) < 0.05 : spd# = 0.0 : endif : turn# = 2.5*(mousex()-hsw#)/hsw# : facing# = wrapvalue(facing# + turn#) : rotate object car_ob, 0,0,0 : turn object right car_ob, facing# : roll object right car_ob, turn#*30 : move object car_ob, spd# : hit = object collision(car_ob,0) : if hit > 0 and hit <= num_walls : position object car_ob, old_x#, old_y#, old_z# : spd# = spd#*-1 : endif : if num_laps < max_laps : if start_time# <> 0  : race_time# = (current_time - start_time#)/1000.0 : endif : if hit > num_walls : inc gates_hit : set object collision off hit : set object emissive hit, rgb(0,10,0) : if hit < ob : set object collision on hit + 1
set object emissive hit+1, rgb(0,200,0) : if gates_hit = 1 and num_laps = 0 : start_time# = current_time : endif : else : set object collision on num_walls + 1 : set object emissive num_walls+1, rgb(0,200,0) : endif : endif : else : if restart = 0 : if race_time# < fastest_race_time# : fastest_race_time# = race_time# : finish_message$ = "!!! NEW FASTEST TIME !!!" : else : finish_message$ = "RACE OVER" : endif : endif : restart = 1 : for i = num_walls+1 to ob : set object collision off i : hide object i : next i : if mouseclick() = 0 : if spacekey() = 1  : restart = 2
endif : endif : endif : if gates_hit => num_gates : gates_hit = 0 : inc num_laps : endif : endif : position camera object position x(car_ob), object position y(car_ob), object position z(car_ob) : rotate camera 0,0,0 : turn camera right facing# : roll camera right turn#*30 : pitch camera up 90 : move camera 30 : pitch camera down 100 : move camera -0.25*spd#^2 - 80 : if restart = 1 : center text hsw#, hsh#-20, finish_message$ : center text hsw#, hsh#+20, "release lmb and rmb then press space to race again" : endif : set cursor 0,0 : print "mouse to turn, lmb fast accelerate / slow speed" : print "lmb+rmb slow accelerate / fast speed, rmb to brake / reverse" : print : print "SPEED : ", spd# : print "LAP : ", num_laps+1, " of ", max_laps
print "CURRENT TIME : ", race_time# : print "FASTEST TIME : ", fastest_race_time# : print "hit : ", hit : sync : until restart = 2 : loop : end
function _make_wall(ob,xa,za,xb,zb,wh) : make object triangle ob, xa,0,za, xb,0,zb, xa,wh,za : make object triangle ob+1, xa,wh,za, xb,wh,zb, xb,0,zb : make mesh from object 1,ob+1 : add limb ob,1,1 : delete mesh 1 : delete object ob+1 : set object cull ob, 0 : ghost object on ob : endfunction
function _reset_gates(minimum,maximum,exclude) : for i = minimum to maximum : if i <> exclude : set object collision on i : show object i : endif : next i : endfunction
data 0,476,0,2524,  0,2524,476,3000,  476,3000,1200,3000,  1200,3000,1800,3600,  1800,3600,2524,3600,  2524,3600,3000,3124,  3000,3124,3000,476,  3000,476,2524,0,  2524,0,476,0
data 476,0,0,476,  300,600,300,2400,  300,2400,600,2700,  600,2700,1324,2700,  1324,2700,1924,3300,  1924,3300,2400,3300,  2400,3300,2700,3000,  2700,3000,2700,600,  2700,600,2400,300
data 2400,300,600,300,  600,300,300,600,  0,0,0,0,  0,1500,300,1500,  2162,3300,2162,3600,  2700,1800,3000,1800,  1300,0,1300,300,  0,1100,300,1100,  0,0,0,0
data 150,1200,0.0,3

Long track:

sync on : sync rate 0 : hide mouse : set window off : set camera range 1,6000 : sw = screen width() : hsw# = sw/2 : sh = screen height() : hsh# = sh/2 : wh = 15 : ob = 0 : do : read xa,za,xb,zb : if xa = 0 and za = 0 and xb = 0 and zb = 0 : exit : endif : inc ob : _make_wall(ob,xa,za,xb,zb,wh) : set object collision to polygons ob : color object ob,rgb(175,0,0) : set object emissive ob, rgb(100,0,0) : loop : num_walls = ob : do : read xa,za,xb,zb
if xa = 0 and za = 0 and xb = 0 and zb = 0 : exit : endif : inc ob : _make_wall(ob,xa,za,xb,zb,wh) : set object collision to polygons ob : color object ob,rgb(0,255,0) : loop : num_gates = ob - num_walls : car_ob = ob+1 : make object box car_ob, 15,5,25 : read start_x,start_y,start_facing# : read max_laps : fastest_race_time# = 999.9 : fastest_lap_time# = 999.9 : wait 500 : do : race_time# = 0.0 : gates_hit = 0 : num_laps = 0 : restart = 0 : start_time# = 0.0 : facing# = start_facing# : spd# = 0.0 : for i = num_walls + 1 to ob : if i = num_walls + 1
set object emissive i, rgb(0,200,0) : set object collision on i : else : set object emissive i, rgb(0,10,0) : endif : show object i : next i : position object car_ob, start_x,10,start_y : repeat : current_time = timer() : loop_time = current_time - loop_start_time : if loop_time > 12 : loop_start_time = current_time : old_x# = object position x(car_ob) : old_y# = object position y(car_ob) : old_z# = object position z(car_ob) : if mouseclick() = 0 : spd# = curvevalue(0.0,spd#,70) : endif : if mouseclick() = 1 : spd# = curvevalue(15.0,spd#,30) : endif : if mouseclick() = 2 : spd# = curvevalue(-5.0,spd#,40) : endif : if mouseclick() = 3
spd# = curvevalue(25.0,spd#,95) : endif : if abs(spd#) < 0.05 : spd# = 0.0 : endif : turn# = 2.5*(mousex()-hsw#)/hsw# : facing# = wrapvalue(facing# + turn#) : rotate object car_ob, 0,0,0 : turn object right car_ob, facing# : roll object right car_ob, turn#*30 : move object car_ob, spd# : hit = object collision(car_ob,0) : if hit > 0 and hit <= num_walls : position object car_ob, old_x#, old_y#, old_z# : spd# = spd#*-1 : endif : if num_laps < max_laps : if start_time# <> 0  : race_time# = (current_time - start_time#)/1000.0 : endif : if hit > num_walls : inc gates_hit : set object collision off hit : set object emissive hit, rgb(0,10,0) : if hit < ob : set object collision on hit + 1
set object emissive hit+1, rgb(0,200,0) : if gates_hit = 1 and num_laps = 0 : start_time# = current_time : endif : else : set object collision on num_walls + 1 : set object emissive num_walls+1, rgb(0,200,0) : endif : endif : else : if restart = 0 : if race_time# < fastest_race_time# : fastest_race_time# = race_time# : finish_message$ = "!!! NEW FASTEST TIME !!!" : else : finish_message$ = "RACE OVER" : endif : endif : restart = 1 : for i = num_walls+1 to ob : set object collision off i : hide object i : next i : if mouseclick() = 0 : if spacekey() = 1  : restart = 2
endif : endif : endif : if gates_hit => num_gates : gates_hit = 0 : inc num_laps : endif : endif : position camera object position x(car_ob), object position y(car_ob), object position z(car_ob) : rotate camera 0,0,0 : turn camera right facing# : roll camera right turn#*30 : pitch camera up 90 : move camera 30 : pitch camera down 100 : move camera -0.25*spd#^2 - 80 : if restart = 1 : center text hsw#, hsh#-20, finish_message$ : center text hsw#, hsh#+20, "release lmb and rmb then press space to race again" : endif : set cursor 0,0 : print "mouse to turn, lmb fast accelerate to low speed" : print "lmb+rmb slow accelerate to high speed, rmb to brake / reverse" : print : print "SPEED : ", spd# : print "LAP : ", num_laps+1, " of ", max_laps
print "CURRENT TIME : ", race_time# : print "FASTEST TIME : ", fastest_race_time# : print "hit : ", hit : sync : until restart = 2 : loop : end
function _make_wall(ob,xa,za,xb,zb,wh) : make object triangle ob, xa,0,za, xb,0,zb, xa,wh,za : make object triangle ob+1, xa,wh,za, xb,wh,zb, xb,0,zb : make mesh from object 1,ob+1 : add limb ob,1,1 : delete mesh 1 : delete object ob+1 : set object cull ob, 0 : ghost object on ob : endfunction
function _reset_gates(minimum,maximum,exclude) : for i = minimum to maximum : if i <> exclude : set object collision on i : show object i : endif : next i : endfunction
data 0,3300,0,5824,  0,5824,776,6600,  776,6600,1939,6600,  1939,6600,2843,5700,  2843,5700,3922,5700,  3922,5700,4800,6578,  4800,6578,6000,6900,  6000,6900,7200,6578,  7200,6578,8078,5700
data 8078,5700,8400,4500,  8400,4500,8078,3300,  8078,3300,7200,2422,  7200,2422,6000,2100,  6000,2100,5400,2261,  5400,2261,4961,2700,  4961,2700,4679,3750,  4679,3750,4350,4079,  4350,4079,3900,4200
data 3900,4200,3450,4079,  3450,4079,3123,3750,  3123,3750,3000,3300,  3000,3300,3121,2850,  3121,2850,3450,2521,  3450,2521,4500,2239,  4500,2239,4939,1800,  4939,1800,5100,1200,  5100,1200,4939,600
data 4939,600,4500,161,  4500,161,3900,0,  3900,0,3300,161,  3300,161,2861,600,  2861,600,2579,1650,  2579,1650,2250,1979,  2250,1979,1800,2100,  1800,2100,1200,2100,  1200,2100,600,2261
data 600,2261,161,2700,  161,2700,0,3300,  150,3320,150,5762,  150,5762,838,6450,  838,6450,1877,6450,  1877,6450,2777,5550,  2777,5550,3984,5550,  3984,5550,4878,6444,  4878,6444,6000,6745
data 6000,6745,7122,6444,  7122,6444,7944,5622,  7944,5622,8245,4500,  8245,4500,7944,3382,  7944,3382,7122,2556,  7122,2556,6000,2255,  6000,2255,5478,2395,  5478,2395,5095,2778,  5095,2778,4814,3828
data 4814,3828,4428,4214,  4428,4214,3900,4355,  3900,4355,3372,4214,  3372,4214,2986,3828,  2986,3828,2845,3300,  2845,3300,2986,2772,  2986,2772,3372,2386,  3372,2386,4422,2105,  4422,2105,4805,1720
data 4805,1720,4945,1200,  4945,1200,4805,678,  4805,678,4422,295,  4422,295,3900,155,  3900,155,3378,295,  3378,295,2995,678,  2995,678,2714,1728,  2714,1728,2328,2114,  2328,2114,1820,2250
data 1820,2250,1220,2250,  1220,2250,682,2395,  682,2395,295,2778,  295,2778,150,3320,  0,0,0,0,  0,4662,150,4662,  3380,5700,3380,5550,  8245,4500,8400,4500,  3372,4214,3450,4079,  2579,1650,2714,1728
data 0,4462,150,4462,  0,0,0,0,  75,4562,0.0,3

+ Code Snippet

sync on : sync rate 0 : hide mouse : set window off : set camera range 1,6000 : sw = screen width() : hsw# = sw/2 : sh = screen height() : hsh# = sh/2 : wh = 15 : ob = 0 : do : read xa,za,xb,zb : if xa = 0 and za = 0 and xb = 0 and zb = 0 : exit : endif : inc ob : _make_wall(ob,xa,za,xb,zb,wh) : set object collision to polygons ob : color object ob,rgb(175,0,0) : set object emissive ob, rgb(100,0,0) : loop : num_walls = ob : do : read xa,za,xb,zb
if xa = 0 and za = 0 and xb = 0 and zb = 0 : exit : endif : inc ob : _make_wall(ob,xa,za,xb,zb,wh) : set object collision to polygons ob : color object ob,rgb(0,255,0) : loop : num_gates = ob - num_walls : car_ob = ob+1 : make object box car_ob, 15,5,25 : read start_x,start_y,start_facing# : read max_laps : fastest_race_time# = 999.9 : fastest_lap_time# = 999.9 : wait 500 : do : race_time# = 0.0 : gates_hit = 0 : num_laps = 0 : restart = 0 : start_time# = 0.0 : facing# = start_facing# : spd# = 0.0 : for i = num_walls + 1 to ob : if i = num_walls + 1
set object emissive i, rgb(0,200,0) : set object collision on i : else : set object emissive i, rgb(0,10,0) : endif : show object i : next i : position object car_ob, start_x,10,start_y : repeat : current_time = timer() : loop_time = current_time - loop_start_time : if loop_time > 12 : loop_start_time = current_time : old_x# = object position x(car_ob) : old_y# = object position y(car_ob) : old_z# = object position z(car_ob) : if mouseclick() = 0 : spd# = curvevalue(0.0,spd#,70) : endif : if mouseclick() = 1 : spd# = curvevalue(15.0,spd#,30) : endif : if mouseclick() = 2 : spd# = curvevalue(-5.0,spd#,40) : endif : if mouseclick() = 3
spd# = curvevalue(25.0,spd#,95) : endif : if abs(spd#) < 0.05 : spd# = 0.0 : endif : turn# = 2.5*(mousex()-hsw#)/hsw# : facing# = wrapvalue(facing# + turn#) : rotate object car_ob, 0,0,0 : turn object right car_ob, facing# : roll object right car_ob, turn#*30 : move object car_ob, spd# : hit = object collision(car_ob,0) : if hit > 0 and hit <= num_walls : position object car_ob, old_x#, old_y#, old_z# : spd# = spd#*-1 : endif : if num_laps < max_laps : if start_time# <> 0  : race_time# = (current_time - start_time#)/1000.0 : endif : if hit > num_walls : inc gates_hit : set object collision off hit : set object emissive hit, rgb(0,10,0) : if hit < ob : set object collision on hit + 1
set object emissive hit+1, rgb(0,200,0) : if gates_hit = 1 and num_laps = 0 : start_time# = current_time : endif : else : set object collision on num_walls + 1 : set object emissive num_walls+1, rgb(0,200,0) : endif : endif : else : if restart = 0 : if race_time# < fastest_race_time# : fastest_race_time# = race_time# : finish_message$ = "!!! NEW FASTEST TIME !!!" : else : finish_message$ = "RACE OVER" : endif : endif : restart = 1 : for i = num_walls+1 to ob : set object collision off i : hide object i : next i : if mouseclick() = 0 : if spacekey() = 1  : restart = 2
endif : endif : endif : if gates_hit => num_gates : gates_hit = 0 : inc num_laps : endif : endif : position camera object position x(car_ob), object position y(car_ob), object position z(car_ob) : rotate camera 0,0,0 : turn camera right facing# : roll camera right turn#*30 : pitch camera up 90 : move camera 30 : pitch camera down 100 : move camera -0.25*spd#^2 - 80 : if restart = 1 : center text hsw#, hsh#-20, finish_message$ : center text hsw#, hsh#+20, "release lmb and rmb then press space to race again" : endif : set cursor 0,0 : print "mouse to turn, lmb fast accelerate to low speed" : print "lmb+rmb slow accelerate to high speed, rmb to brake / reverse" : print : print "SPEED : ", spd# : print "LAP : ", num_laps+1, " of ", max_laps
print "CURRENT TIME : ", race_time# : print "FASTEST TIME : ", fastest_race_time# : print "hit : ", hit : sync : until restart = 2 : loop : end
function _make_wall(ob,xa,za,xb,zb,wh) : make object triangle ob, xa,0,za, xb,0,zb, xa,wh,za : make object triangle ob+1, xa,wh,za, xb,wh,zb, xb,0,zb : make mesh from object 1,ob+1 : add limb ob,1,1 : delete mesh 1 : delete object ob+1 : set object cull ob, 0 : ghost object on ob : endfunction
function _reset_gates(minimum,maximum,exclude) : for i = minimum to maximum : if i <> exclude : set object collision on i : show object i : endif : next i : endfunction
data 0,3300,0,5824,  0,5824,776,6600,  776,6600,1939,6600,  1939,6600,2843,5700,  2843,5700,3922,5700,  3922,5700,4800,6578,  4800,6578,6000,6900,  6000,6900,7200,6578,  7200,6578,8078,5700
data 8078,5700,8400,4500,  8400,4500,8078,3300,  8078,3300,7200,2422,  7200,2422,6000,2100,  6000,2100,5400,2261,  5400,2261,4961,2700,  4961,2700,4679,3750,  4679,3750,4350,4079,  4350,4079,3900,4200
data 3900,4200,3450,4079,  3450,4079,3123,3750,  3123,3750,3000,3300,  3000,3300,3121,2850,  3121,2850,3450,2521,  3450,2521,4500,2239,  4500,2239,4939,1800,  4939,1800,5100,1200,  5100,1200,4939,600
data 4939,600,4500,161,  4500,161,3900,0,  3900,0,3300,161,  3300,161,2861,600,  2861,600,2579,1650,  2579,1650,2250,1979,  2250,1979,1800,2100,  1800,2100,1200,2100,  1200,2100,600,2261
data 600,2261,161,2700,  161,2700,0,3300,  150,3320,150,5762,  150,5762,838,6450,  838,6450,1877,6450,  1877,6450,2777,5550,  2777,5550,3984,5550,  3984,5550,4878,6444,  4878,6444,6000,6745
data 6000,6745,7122,6444,  7122,6444,7944,5622,  7944,5622,8245,4500,  8245,4500,7944,3382,  7944,3382,7122,2556,  7122,2556,6000,2255,  6000,2255,5478,2395,  5478,2395,5095,2778,  5095,2778,4814,3828
data 4814,3828,4428,4214,  4428,4214,3900,4355,  3900,4355,3372,4214,  3372,4214,2986,3828,  2986,3828,2845,3300,  2845,3300,2986,2772,  2986,2772,3372,2386,  3372,2386,4422,2105,  4422,2105,4805,1720
data 4805,1720,4945,1200,  4945,1200,4805,678,  4805,678,4422,295,  4422,295,3900,155,  3900,155,3378,295,  3378,295,2995,678,  2995,678,2714,1728,  2714,1728,2328,2114,  2328,2114,1820,2250
data 1820,2250,1220,2250,  1220,2250,682,2395,  682,2395,295,2778,  295,2778,150,3320,  0,0,0,0,  0,4662,150,4662,  3380,5700,3380,5550,  8245,4500,8400,4500,  3372,4214,3450,4079,  2579,1650,2714,1728
data 0,4462,150,4462,  0,0,0,0,  75,4562,0.0,3

Oh, one last thing, this may cause motion sickness.

Enjoy.

Back to top

Profile PM Email

MrValentine

AGK Backer

13

Years of Service

User Offline

Joined: 5th Dec 2010

Playing: FFVII

Posted: 10th Apr 2012 05:50

Link

RUNTIME ERROR 7008

SHORT TRACK

LINE 7
Object 26 does not exist

LONG TRACK

LINE 7
Object 83 does not exist

Back to top

Profile PM

29 games

18

Years of Service

User Offline

Joined: 23rd Nov 2005

Location: not entirely sure

Posted: 10th Apr 2012 20:51 Edited at: 10th Apr 2012 20:59

Link

Race challenge failed, may cause disapointment

Thanks for flaggin up the bug but even using the code I posted it runs fine on my computer. It doesn't help that there aren't any object calls on line 7. The only thing I can think of is that our version of DBP are different. I'm on Compliler version 1.071 and DarkBASIC Professional Editor Build Oct 30 2009 (basically what ever came with the free download).

Here are the expanded versions, may be they'll work for you.

Short race:

`short race

sync on
sync rate 0
hide mouse
set window off
set camera range 1,6000

`get screen size and half screen size
sw = screen width()
hsw# = sw/2
sh = screen height()
hsh# = sh/2

wh = 15						:`height of the walls
ob = 0						:`object management variable

`make the track walls
do

`coordinates for the walls
	read xa,za,xb,zb
	
	`exit the loop of the wall data all equals to zero
	if xa = 0 and za = 0 and xb = 0 and zb = 0
		exit
	endif
	
	`make the wall object
	inc ob
	_make_wall(ob,xa,za,xb,zb,wh)
	set object collision to polygons ob
	color object ob,rgb(175,0,0)
	set object emissive ob, rgb(100,0,0)
	
loop
num_walls = ob

`make the gates
do

`made in the same way as the walls

read xa,za,xb,zb
	if xa = 0 and za = 0 and xb = 0 and zb = 0
		exit
	endif
	
	inc ob
	_make_wall(ob,xa,za,xb,zb,wh)
	set object collision to polygons ob
	color object ob,rgb(0,255,0)

loop
num_gates = ob - num_walls

`make the car
car_ob = ob+1
make object box car_ob, 15,5,25
read start_x,start_y,start_facing#

`initial variables
read max_laps
fastest_race_time# = 999.9
fastest_lap_time# = 999.9

wait 500

`main loop
do
	
	`initial game variables
	race_time# = 0.0
	gates_hit = 0
	num_laps = 0
	restart = 0
	start_time# = 0.0
	facing# = start_facing#
	spd# = 0.0

`set up all the gates
	for i = num_walls + 1 to ob
		if i = num_walls + 1
			set object emissive i, rgb(0,200,0)
			set object collision on i
		else
			set object emissive i, rgb(0,10,0)
		endif
		show object i
	next i

`position car at start point
	position object car_ob, start_x,10,start_y

`game loop
	repeat

current_time = timer()
		loop_time = current_time - loop_start_time

if loop_time > 12
			
			`fixes the movement at essentially 83ish FPS
	
			loop_start_time = current_time

`save the old position	
			old_x# = object position x(car_ob)
			old_y# = object position y(car_ob)
			old_z# = object position z(car_ob)
		
			`calculate the speed of the car based on the mouse buttons pressed
			if mouseclick() = 0
				spd# = curvevalue(0.0,spd#,70)
			endif
			if mouseclick() = 1
				spd# = curvevalue(15.0,spd#,30)
			endif
			if mouseclick() = 2
				spd# = curvevalue(-5.0,spd#,40)
			endif
			if mouseclick() = 3
				spd# = curvevalue(25.0,spd#,95)
			endif
			
			if abs(spd#) < 0.05
				spd# = 0.0
			endif

`calculate the turn speed based on the position of mouse relative to the centre of the screen
			turn# = 2.5*(mousex()-hsw#)/hsw#
						
			`turn the car
			facing# = wrapvalue(facing# + turn#)
			
			`rotate and roll the car
			rotate object car_ob, 0,0,0
			turn object right car_ob, facing#
			roll object right car_ob, turn#*30
			
			`move the car
			move object car_ob, spd#
		
			`detect collision with track walls and gate
			hit = object collision(car_ob,0)
			
			`if hit track wall
			if hit > 0 and hit <= num_walls
				position object car_ob, old_x#, old_y#, old_z#
				spd# = spd#*-1
			endif
		
		
			if num_laps < max_laps
			
				`race is ongoing
			
				`race time
				if start_time# <> 0 
					race_time# = (current_time - start_time#)/1000.0
				endif
			
				`if hit gate
				if hit > num_walls
					inc gates_hit
					set object collision off hit
					set object emissive hit, rgb(0,10,0)
					
					`if at the last but one gate (ob being the object number of the last gate)
					if hit < ob
						
						`set the next gate "on"
						set object collision on hit+1
						set object emissive hit+1, rgb(0,200,0)
						
						`get the start time
						if gates_hit = 1 and num_laps = 0
							start_time# = current_time
						endif
						
					else
						
						`turn the first gate on if you have hit the last gate
						`(num_walls + 1 being the object number of the first gate)
						set object collision on num_walls + 1
						set object emissive num_walls+1, rgb(0,200,0)
					endif
				endif
				
			else
			
				`race over
			
				`determine if this is the fastest race time
				if restart = 0
					if race_time# < fastest_race_time#
						fastest_race_time# = race_time#
						finish_message$ = "!!! NEW FASTEST TIME !!!"
					else
						finish_message$ = "RACE OVER"
					endif
				endif
				restart = 1
		
				`restart the race
				for i = num_walls+1 to ob
					set object collision off i
					hide object i
				next i
				if mouseclick() = 0
					if spacekey() = 1 
						restart = 2
					endif
				endif
			endif
				
			`count the laps based on going through all the gates
			if gates_hit => num_gates
				gates_hit = 0
				inc num_laps
			endif
			
		endif

`set camera to follow object position x(1),object position y(1),object position z(1), facing#, 50, 30, 5, 0
		position camera object position x(car_ob), object position y(car_ob), object position z(car_ob)
		rotate camera 0,0,0
		turn camera right facing#
		roll camera right turn#*30
		pitch camera up 90
		move camera 30
		pitch camera down 100
		move camera -0.25*spd#^2 - 80

`show end of race message
		if restart = 1
			center text hsw#, hsh#-20, finish_message$
			center text hsw#, hsh#+20, "release lmb and rmb then press space to race again"
		endif

`show in games info		
		set cursor 0,0
		print "mouse to turn, lmb fast accelerate / slow speed"
		print "lmb+rmb slow accelerate / fast speed, rmb to brake / reverse"
		print
		print "SPEED : ", spd#
		print "LAP : ", num_laps+1, " of ", max_laps
		print "CURRENT TIME : ", race_time#
		print "FASTEST TIME : ", fastest_race_time#

sync

until restart = 2

loop

end

function _make_wall(ob,xa,za,xb,zb,wh)

`this function makes a wall from two triangles (one of the triangles becomes a limb)
	
	make object triangle ob, xa,0,za, xb,0,zb, xa,wh,za
	make object triangle ob+1, xa,wh,za, xb,wh,zb, xb,0,zb
	make mesh from object 1,ob+1
	add limb ob,1,1
	delete mesh 1
	delete object ob+1
	set object cull ob, 0
	ghost object on ob	
endfunction

`game data

`track walls
data 0,476,0,2524				:` each line represents a single wall : xa,za, xb,zb
data 0,2524,476,3000
data 476,3000,1200,3000
data 1200,3000,1800,3600
data 1800,3600,2524,3600
data 2524,3600,3000,3124
data 3000,3124,3000,476
data 3000,476,2524,0
data 2524,0,476,0
data 476,0,0,476
data 300,600,300,2400
data 300,2400,600,2700
data 600,2700,1324,2700
data 1324,2700,1924,3300
data 1924,3300,2400,3300
data 2400,3300,2700,3000
data 2700,3000,2700,600
data 2700,600,2400,300
data 2400,300,600,300
data 600,300,300,600

`marks end of wall data
data 0,0,0,0

`gates
data 0,1500,300,1500
data 2162,3300,2162,3600
data 2700,1800,3000,1800
data 1300,0,1300,300
data 0,1100,300,1100

`marks end of gate data
data 0,0,0,0

`start position of the car
data 150		:`x
data 1200		:`z
data 0.0		:`facing#

`number of laps in race
data 3

+ Code Snippet

`short race

sync on
sync rate 0
hide mouse
set window off
set camera range 1,6000

`get screen size and half screen size
sw = screen width()
hsw# = sw/2
sh = screen height()
hsh# = sh/2

wh = 15						:`height of the walls
ob = 0						:`object management variable

`make the track walls
do

	`coordinates for the walls
	read xa,za,xb,zb
	
	`exit the loop of the wall data all equals to zero
	if xa = 0 and za = 0 and xb = 0 and zb = 0
		exit
	endif
	
	`make the wall object
	inc ob
	_make_wall(ob,xa,za,xb,zb,wh)
	set object collision to polygons ob
	color object ob,rgb(175,0,0)
	set object emissive ob, rgb(100,0,0)
	
loop
num_walls = ob

`make the gates
do

	`made in the same way as the walls

	read xa,za,xb,zb
	if xa = 0 and za = 0 and xb = 0 and zb = 0
		exit
	endif
	
	inc ob
	_make_wall(ob,xa,za,xb,zb,wh)
	set object collision to polygons ob
	color object ob,rgb(0,255,0)

loop
num_gates = ob - num_walls

`make the car
car_ob = ob+1
make object box car_ob, 15,5,25
read start_x,start_y,start_facing#

`initial variables
read max_laps
fastest_race_time# = 999.9
fastest_lap_time# = 999.9

wait 500

`main loop
do
	
	`initial game variables
	race_time# = 0.0
	gates_hit = 0
	num_laps = 0
	restart = 0
	start_time# = 0.0
	facing# = start_facing#
	spd# = 0.0


	`set up all the gates
	for i = num_walls + 1 to ob
		if i = num_walls + 1
			set object emissive i, rgb(0,200,0)
			set object collision on i
		else
			set object emissive i, rgb(0,10,0)
		endif
		show object i
	next i

	`position car at start point
	position object car_ob, start_x,10,start_y

	`game loop
	repeat

	
		current_time = timer()
		loop_time = current_time - loop_start_time

		if loop_time > 12
			
			`fixes the movement at essentially 83ish FPS
	
			loop_start_time = current_time

			`save the old position	
			old_x# = object position x(car_ob)
			old_y# = object position y(car_ob)
			old_z# = object position z(car_ob)
		
			`calculate the speed of the car based on the mouse buttons pressed
			if mouseclick() = 0
				spd# = curvevalue(0.0,spd#,70)
			endif
			if mouseclick() = 1
				spd# = curvevalue(15.0,spd#,30)
			endif
			if mouseclick() = 2
				spd# = curvevalue(-5.0,spd#,40)
			endif
			if mouseclick() = 3
				spd# = curvevalue(25.0,spd#,95)
			endif
			
			if abs(spd#) < 0.05
				spd# = 0.0
			endif

			`calculate the turn speed based on the position of mouse relative to the centre of the screen
			turn# = 2.5*(mousex()-hsw#)/hsw#
						
			`turn the car
			facing# = wrapvalue(facing# + turn#)
			
			`rotate and roll the car
			rotate object car_ob, 0,0,0
			turn object right car_ob, facing#
			roll object right car_ob, turn#*30
			
			`move the car
			move object car_ob, spd#
		
			`detect collision with track walls and gate
			hit = object collision(car_ob,0)
			
			`if hit track wall
			if hit > 0 and hit <= num_walls
				position object car_ob, old_x#, old_y#, old_z#
				spd# = spd#*-1
			endif
		
		
			if num_laps < max_laps
			
				`race is ongoing
			
				`race time
				if start_time# <> 0 
					race_time# = (current_time - start_time#)/1000.0
				endif
			
				`if hit gate
				if hit > num_walls
					inc gates_hit
					set object collision off hit
					set object emissive hit, rgb(0,10,0)
					
					`if at the last but one gate (ob being the object number of the last gate)
					if hit < ob
						
						`set the next gate "on"
						set object collision on hit+1
						set object emissive hit+1, rgb(0,200,0)
						
						`get the start time
						if gates_hit = 1 and num_laps = 0
							start_time# = current_time
						endif
						
					else
						
						`turn the first gate on if you have hit the last gate
						`(num_walls + 1 being the object number of the first gate)
						set object collision on num_walls + 1
						set object emissive num_walls+1, rgb(0,200,0)
					endif
				endif
				
			else
			
				`race over
			
				`determine if this is the fastest race time
				if restart = 0
					if race_time# < fastest_race_time#
						fastest_race_time# = race_time#
						finish_message$ = "!!! NEW FASTEST TIME !!!"
					else
						finish_message$ = "RACE OVER"
					endif
				endif
				restart = 1
		
				`restart the race
				for i = num_walls+1 to ob
					set object collision off i
					hide object i
				next i
				if mouseclick() = 0
					if spacekey() = 1 
						restart = 2
					endif
				endif
			endif
				
			`count the laps based on going through all the gates
			if gates_hit => num_gates
				gates_hit = 0
				inc num_laps
			endif
			
		endif

		
		`set camera to follow object position x(1),object position y(1),object position z(1), facing#, 50, 30, 5, 0
		position camera object position x(car_ob), object position y(car_ob), object position z(car_ob)
		rotate camera 0,0,0
		turn camera right facing#
		roll camera right turn#*30
		pitch camera up 90
		move camera 30
		pitch camera down 100
		move camera -0.25*spd#^2 - 80

		`show end of race message
		if restart = 1
			center text hsw#, hsh#-20, finish_message$
			center text hsw#, hsh#+20, "release lmb and rmb then press space to race again"
		endif

		`show in games info		
		set cursor 0,0
		print "mouse to turn, lmb fast accelerate / slow speed"
		print "lmb+rmb slow accelerate / fast speed, rmb to brake / reverse"
		print
		print "SPEED : ", spd#
		print "LAP : ", num_laps+1, " of ", max_laps
		print "CURRENT TIME : ", race_time#
		print "FASTEST TIME : ", fastest_race_time#

		
		
		sync

	until restart = 2

loop

end

function _make_wall(ob,xa,za,xb,zb,wh)

	`this function makes a wall from two triangles (one of the triangles becomes a limb)
	
	make object triangle ob, xa,0,za, xb,0,zb, xa,wh,za
	make object triangle ob+1, xa,wh,za, xb,wh,zb, xb,0,zb
	make mesh from object 1,ob+1
	add limb ob,1,1
	delete mesh 1
	delete object ob+1
	set object cull ob, 0
	ghost object on ob	
endfunction



`game data

`track walls
data 0,476,0,2524				:` each line represents a single wall : xa,za, xb,zb
data 0,2524,476,3000
data 476,3000,1200,3000
data 1200,3000,1800,3600
data 1800,3600,2524,3600
data 2524,3600,3000,3124
data 3000,3124,3000,476
data 3000,476,2524,0
data 2524,0,476,0
data 476,0,0,476
data 300,600,300,2400
data 300,2400,600,2700
data 600,2700,1324,2700
data 1324,2700,1924,3300
data 1924,3300,2400,3300
data 2400,3300,2700,3000
data 2700,3000,2700,600
data 2700,600,2400,300
data 2400,300,600,300
data 600,300,300,600

`marks end of wall data
data 0,0,0,0

`gates
data 0,1500,300,1500
data 2162,3300,2162,3600
data 2700,1800,3000,1800
data 1300,0,1300,300
data 0,1100,300,1100

`marks end of gate data
data 0,0,0,0

`start position of the car
data 150		:`x
data 1200		:`z
data 0.0		:`facing#

`number of laps in race
data 3

Long race:

`long race

sync on
sync rate 0
hide mouse
set window off
set camera range 1,6000

`get screen size and half screen size
sw = screen width()
hsw# = sw/2
sh = screen height()
hsh# = sh/2

wh = 15						:`height of the walls
ob = 0						:`object management variable

`make the track walls
do

`coordinates for the walls
	read xa,za,xb,zb
	
	`exit the loop of the wall data all equals to zero
	if xa = 0 and za = 0 and xb = 0 and zb = 0
		exit
	endif
	
	`make the wall object
	inc ob
	_make_wall(ob,xa,za,xb,zb,wh)
	set object collision to polygons ob
	color object ob,rgb(175,0,0)
	set object emissive ob, rgb(100,0,0)
	
loop
num_walls = ob

`make the gates
do

`made in the same way as the walls

read xa,za,xb,zb
	if xa = 0 and za = 0 and xb = 0 and zb = 0
		exit
	endif
	
	inc ob
	_make_wall(ob,xa,za,xb,zb,wh)
	set object collision to polygons ob
	color object ob,rgb(0,255,0)

loop
num_gates = ob - num_walls

`make the car
car_ob = ob+1
make object box car_ob, 15,5,25
read start_x,start_y,start_facing#

`initial variables
read max_laps
fastest_race_time# = 999.9
fastest_lap_time# = 999.9

wait 500

`main loop
do
	
	`initial game variables
	race_time# = 0.0
	gates_hit = 0
	num_laps = 0
	restart = 0
	start_time# = 0.0
	facing# = start_facing#
	spd# = 0.0

`set up all the gates
	for i = num_walls + 1 to ob
		if i = num_walls + 1
			set object emissive i, rgb(0,200,0)
			set object collision on i
		else
			set object emissive i, rgb(0,10,0)
		endif
		show object i
	next i

`position car at start point
	position object car_ob, start_x,10,start_y

`game loop
	repeat

current_time = timer()
		loop_time = current_time - loop_start_time

if loop_time > 12
			
			`fixes the movement at essentially 83ish FPS
	
			loop_start_time = current_time

`save the old position	
			old_x# = object position x(car_ob)
			old_y# = object position y(car_ob)
			old_z# = object position z(car_ob)
		
			`calculate the speed of the car based on the mouse buttons pressed
			if mouseclick() = 0
				spd# = curvevalue(0.0,spd#,70)
			endif
			if mouseclick() = 1
				spd# = curvevalue(15.0,spd#,30)
			endif
			if mouseclick() = 2
				spd# = curvevalue(-5.0,spd#,40)
			endif
			if mouseclick() = 3
				spd# = curvevalue(25.0,spd#,95)
			endif
			
			if abs(spd#) < 0.05
				spd# = 0.0
			endif

`calculate the turn speed based on the position of mouse relative to the centre of the screen
			turn# = 2.5*(mousex()-hsw#)/hsw#
						
			`turn the car
			facing# = wrapvalue(facing# + turn#)
			
			`rotate and roll the car
			rotate object car_ob, 0,0,0
			turn object right car_ob, facing#
			roll object right car_ob, turn#*30
			
			`move the car
			move object car_ob, spd#
		
			`detect collision with track walls and gate
			hit = object collision(car_ob,0)
			
			`if hit track wall
			if hit > 0 and hit <= num_walls
				position object car_ob, old_x#, old_y#, old_z#
				spd# = spd#*-1
			endif
		
		
			if num_laps < max_laps
			
				`race is ongoing
			
				`race time
				if start_time# <> 0 
					race_time# = (current_time - start_time#)/1000.0
				endif
			
				`if hit gate
				if hit > num_walls
					inc gates_hit
					set object collision off hit
					set object emissive hit, rgb(0,10,0)
					
					`if at the last but one gate (ob being the object number of the last gate)
					if hit < ob
						
						`set the next gate "on"
						set object collision on hit+1
						set object emissive hit+1, rgb(0,200,0)
						
						`get the start time
						if gates_hit = 1 and num_laps = 0
							start_time# = current_time
						endif
						
					else
						
						`turn the first gate on if you have hit the last gate
						`(num_walls + 1 being the object number of the first gate)
						set object collision on num_walls + 1
						set object emissive num_walls+1, rgb(0,200,0)
					endif
				endif
				
			else
			
				`race over
			
				`determine if this is the fastest race time
				if restart = 0
					if race_time# < fastest_race_time#
						fastest_race_time# = race_time#
						finish_message$ = "!!! NEW FASTEST TIME !!!"
					else
						finish_message$ = "RACE OVER"
					endif
				endif
				restart = 1
		
				`restart the race
				for i = num_walls+1 to ob
					set object collision off i
					hide object i
				next i
				if mouseclick() = 0
					if spacekey() = 1 
						restart = 2
					endif
				endif
			endif
				
			`count the laps based on going through all the gates
			if gates_hit => num_gates
				gates_hit = 0
				inc num_laps
			endif
			
		endif

`set camera to follow object position x(1),object position y(1),object position z(1), facing#, 50, 30, 5, 0
		position camera object position x(car_ob), object position y(car_ob), object position z(car_ob)
		rotate camera 0,0,0
		turn camera right facing#
		roll camera right turn#*30
		pitch camera up 90
		move camera 30
		pitch camera down 100
		move camera -0.25*spd#^2 - 80

`show end of race message
		if restart = 1
			center text hsw#, hsh#-20, finish_message$
			center text hsw#, hsh#+20, "release lmb and rmb then press space to race again"
		endif

`show in games info		
		set cursor 0,0
		print "mouse to turn, lmb fast accelerate / slow speed"
		print "lmb+rmb slow accelerate / fast speed, rmb to brake / reverse"
		print
		print "SPEED : ", spd#
		print "LAP : ", num_laps+1, " of ", max_laps
		print "CURRENT TIME : ", race_time#
		print "FASTEST TIME : ", fastest_race_time#

sync

until restart = 2

loop

end

function _make_wall(ob,xa,za,xb,zb,wh)

`this function makes a wall from two triangles (one of the triangles becomes a limb)
	
	make object triangle ob, xa,0,za, xb,0,zb, xa,wh,za
	make object triangle ob+1, xa,wh,za, xb,wh,zb, xb,0,zb
	make mesh from object 1,ob+1
	add limb ob,1,1
	delete mesh 1
	delete object ob+1
	set object cull ob, 0
	ghost object on ob	
endfunction

`game data

`track walls
`each line represents a single wall with the values being the end points: xa,za, xb,zb
data 0,3300,0,5824
data 0,5824,776,6600
data 776,6600,1939,6600
data 1939,6600,2843,5700
data 2843,5700,3922,5700
data 3922,5700,4800,6578
data 4800,6578,6000,6900
data 6000,6900,7200,6578
data 7200,6578,8078,5700
data 8078,5700,8400,4500
data 8400,4500,8078,3300
data 8078,3300,7200,2422
data 7200,2422,6000,2100
data 6000,2100,5400,2261
data 5400,2261,4961,2700
data 4961,2700,4679,3750
data 4679,3750,4350,4079
data 4350,4079,3900,4200
data 3900,4200,3450,4079
data 3450,4079,3123,3750
data 3123,3750,3000,3300
data 3000,3300,3121,2850
data 3121,2850,3450,2521
data 3450,2521,4500,2239
data 4500,2239,4939,1800
data 4939,1800,5100,1200
data 5100,1200,4939,600
data 4939,600,4500,161
data 4500,161,3900,0
data 3900,0,3300,161
data 3300,161,2861,600
data 2861,600,2579,1650
data 2579,1650,2250,1979,
data 2250,1979,1800,2100
data 1800,2100,1200,2100
data 1200,2100,600,2261
data 600,2261,161,2700
data 161,2700,0,3300
data 150,3320,150,5762
data 150,5762,838,6450
data 838,6450,1877,6450
data 1877,6450,2777,5550
data 2777,5550,3984,5550
data 3984,5550,4878,6444
data 4878,6444,6000,6745
data 6000,6745,7122,6444
data 7122,6444,7944,5622
data 7944,5622,8245,4500
data 8245,4500,7944,3382
data 7944,3382,7122,2556
data 7122,2556,6000,2255
data 6000,2255,5478,2395
data 5478,2395,5095,2778
data 5095,2778,4814,3828
data 4814,3828,4428,4214
data 4428,4214,3900,4355
data 3900,4355,3372,4214
data 3372,4214,2986,3828
data 2986,3828,2845,3300
data 2845,3300,2986,2772
data 2986,2772,3372,2386
data 3372,2386,4422,2105
data 4422,2105,4805,1720
data 4805,1720,4945,1200
data 4945,1200,4805,678
data 4805,678,4422,295
data 4422,295,3900,155
data 3900,155,3378,295
data 3378,295,2995,678
data 2995,678,2714,1728
data 2714,1728,2328,2114
data 2328,2114,1820,2250
data 1820,2250,1220,2250
data 1220,2250,682,2395
data 682,2395,295,2778
data 295,2778,150,3320
data 0,0,0,0,

`gate data
`each line represents a single gate with the values being the end points: xa,za, xb,zb
data 0,4662,150,4662
data 3380,5700,3380,5550
data 8245,4500,8400,4500
data 3372,4214,3450,4079
data 2579,1650,2714,1728
data 0,4462,150,4462

`marks end of gate data
data 0,0,0,0

`start position of the car
data 75			:`x
data 4562		:`z
data 0.0		:`facing

`number of laps in race
data 3

+ Code Snippet

`long race

sync on
sync rate 0
hide mouse
set window off
set camera range 1,6000

`get screen size and half screen size
sw = screen width()
hsw# = sw/2
sh = screen height()
hsh# = sh/2

wh = 15						:`height of the walls
ob = 0						:`object management variable

`make the track walls
do

	`coordinates for the walls
	read xa,za,xb,zb
	
	`exit the loop of the wall data all equals to zero
	if xa = 0 and za = 0 and xb = 0 and zb = 0
		exit
	endif
	
	`make the wall object
	inc ob
	_make_wall(ob,xa,za,xb,zb,wh)
	set object collision to polygons ob
	color object ob,rgb(175,0,0)
	set object emissive ob, rgb(100,0,0)
	
loop
num_walls = ob

`make the gates
do

	`made in the same way as the walls

	read xa,za,xb,zb
	if xa = 0 and za = 0 and xb = 0 and zb = 0
		exit
	endif
	
	inc ob
	_make_wall(ob,xa,za,xb,zb,wh)
	set object collision to polygons ob
	color object ob,rgb(0,255,0)

loop
num_gates = ob - num_walls

`make the car
car_ob = ob+1
make object box car_ob, 15,5,25
read start_x,start_y,start_facing#

`initial variables
read max_laps
fastest_race_time# = 999.9
fastest_lap_time# = 999.9

wait 500

`main loop
do
	
	`initial game variables
	race_time# = 0.0
	gates_hit = 0
	num_laps = 0
	restart = 0
	start_time# = 0.0
	facing# = start_facing#
	spd# = 0.0


	`set up all the gates
	for i = num_walls + 1 to ob
		if i = num_walls + 1
			set object emissive i, rgb(0,200,0)
			set object collision on i
		else
			set object emissive i, rgb(0,10,0)
		endif
		show object i
	next i

	`position car at start point
	position object car_ob, start_x,10,start_y

	`game loop
	repeat

	
		current_time = timer()
		loop_time = current_time - loop_start_time

		if loop_time > 12
			
			`fixes the movement at essentially 83ish FPS
	
			loop_start_time = current_time

			`save the old position	
			old_x# = object position x(car_ob)
			old_y# = object position y(car_ob)
			old_z# = object position z(car_ob)
		
			`calculate the speed of the car based on the mouse buttons pressed
			if mouseclick() = 0
				spd# = curvevalue(0.0,spd#,70)
			endif
			if mouseclick() = 1
				spd# = curvevalue(15.0,spd#,30)
			endif
			if mouseclick() = 2
				spd# = curvevalue(-5.0,spd#,40)
			endif
			if mouseclick() = 3
				spd# = curvevalue(25.0,spd#,95)
			endif
			
			if abs(spd#) < 0.05
				spd# = 0.0
			endif

			`calculate the turn speed based on the position of mouse relative to the centre of the screen
			turn# = 2.5*(mousex()-hsw#)/hsw#
						
			`turn the car
			facing# = wrapvalue(facing# + turn#)
			
			`rotate and roll the car
			rotate object car_ob, 0,0,0
			turn object right car_ob, facing#
			roll object right car_ob, turn#*30
			
			`move the car
			move object car_ob, spd#
		
			`detect collision with track walls and gate
			hit = object collision(car_ob,0)
			
			`if hit track wall
			if hit > 0 and hit <= num_walls
				position object car_ob, old_x#, old_y#, old_z#
				spd# = spd#*-1
			endif
		
		
			if num_laps < max_laps
			
				`race is ongoing
			
				`race time
				if start_time# <> 0 
					race_time# = (current_time - start_time#)/1000.0
				endif
			
				`if hit gate
				if hit > num_walls
					inc gates_hit
					set object collision off hit
					set object emissive hit, rgb(0,10,0)
					
					`if at the last but one gate (ob being the object number of the last gate)
					if hit < ob
						
						`set the next gate "on"
						set object collision on hit+1
						set object emissive hit+1, rgb(0,200,0)
						
						`get the start time
						if gates_hit = 1 and num_laps = 0
							start_time# = current_time
						endif
						
					else
						
						`turn the first gate on if you have hit the last gate
						`(num_walls + 1 being the object number of the first gate)
						set object collision on num_walls + 1
						set object emissive num_walls+1, rgb(0,200,0)
					endif
				endif
				
			else
			
				`race over
			
				`determine if this is the fastest race time
				if restart = 0
					if race_time# < fastest_race_time#
						fastest_race_time# = race_time#
						finish_message$ = "!!! NEW FASTEST TIME !!!"
					else
						finish_message$ = "RACE OVER"
					endif
				endif
				restart = 1
		
				`restart the race
				for i = num_walls+1 to ob
					set object collision off i
					hide object i
				next i
				if mouseclick() = 0
					if spacekey() = 1 
						restart = 2
					endif
				endif
			endif
				
			`count the laps based on going through all the gates
			if gates_hit => num_gates
				gates_hit = 0
				inc num_laps
			endif
			
		endif

		
		`set camera to follow object position x(1),object position y(1),object position z(1), facing#, 50, 30, 5, 0
		position camera object position x(car_ob), object position y(car_ob), object position z(car_ob)
		rotate camera 0,0,0
		turn camera right facing#
		roll camera right turn#*30
		pitch camera up 90
		move camera 30
		pitch camera down 100
		move camera -0.25*spd#^2 - 80

		`show end of race message
		if restart = 1
			center text hsw#, hsh#-20, finish_message$
			center text hsw#, hsh#+20, "release lmb and rmb then press space to race again"
		endif

		`show in games info		
		set cursor 0,0
		print "mouse to turn, lmb fast accelerate / slow speed"
		print "lmb+rmb slow accelerate / fast speed, rmb to brake / reverse"
		print
		print "SPEED : ", spd#
		print "LAP : ", num_laps+1, " of ", max_laps
		print "CURRENT TIME : ", race_time#
		print "FASTEST TIME : ", fastest_race_time#

		
		
		sync

	until restart = 2

loop

end

function _make_wall(ob,xa,za,xb,zb,wh)

	`this function makes a wall from two triangles (one of the triangles becomes a limb)
	
	make object triangle ob, xa,0,za, xb,0,zb, xa,wh,za
	make object triangle ob+1, xa,wh,za, xb,wh,zb, xb,0,zb
	make mesh from object 1,ob+1
	add limb ob,1,1
	delete mesh 1
	delete object ob+1
	set object cull ob, 0
	ghost object on ob	
endfunction

`game data

`track walls
`each line represents a single wall with the values being the end points: xa,za, xb,zb
data 0,3300,0,5824
data 0,5824,776,6600
data 776,6600,1939,6600
data 1939,6600,2843,5700
data 2843,5700,3922,5700
data 3922,5700,4800,6578
data 4800,6578,6000,6900
data 6000,6900,7200,6578
data 7200,6578,8078,5700
data 8078,5700,8400,4500
data 8400,4500,8078,3300
data 8078,3300,7200,2422
data 7200,2422,6000,2100
data 6000,2100,5400,2261
data 5400,2261,4961,2700
data 4961,2700,4679,3750
data 4679,3750,4350,4079
data 4350,4079,3900,4200
data 3900,4200,3450,4079
data 3450,4079,3123,3750
data 3123,3750,3000,3300
data 3000,3300,3121,2850
data 3121,2850,3450,2521
data 3450,2521,4500,2239
data 4500,2239,4939,1800
data 4939,1800,5100,1200
data 5100,1200,4939,600
data 4939,600,4500,161
data 4500,161,3900,0
data 3900,0,3300,161
data 3300,161,2861,600
data 2861,600,2579,1650
data 2579,1650,2250,1979,
data 2250,1979,1800,2100
data 1800,2100,1200,2100
data 1200,2100,600,2261
data 600,2261,161,2700
data 161,2700,0,3300
data 150,3320,150,5762
data 150,5762,838,6450
data 838,6450,1877,6450
data 1877,6450,2777,5550
data 2777,5550,3984,5550
data 3984,5550,4878,6444
data 4878,6444,6000,6745
data 6000,6745,7122,6444
data 7122,6444,7944,5622
data 7944,5622,8245,4500
data 8245,4500,7944,3382
data 7944,3382,7122,2556
data 7122,2556,6000,2255
data 6000,2255,5478,2395
data 5478,2395,5095,2778
data 5095,2778,4814,3828
data 4814,3828,4428,4214
data 4428,4214,3900,4355
data 3900,4355,3372,4214
data 3372,4214,2986,3828
data 2986,3828,2845,3300
data 2845,3300,2986,2772
data 2986,2772,3372,2386
data 3372,2386,4422,2105
data 4422,2105,4805,1720
data 4805,1720,4945,1200
data 4945,1200,4805,678
data 4805,678,4422,295
data 4422,295,3900,155
data 3900,155,3378,295
data 3378,295,2995,678
data 2995,678,2714,1728
data 2714,1728,2328,2114
data 2328,2114,1820,2250
data 1820,2250,1220,2250
data 1220,2250,682,2395
data 682,2395,295,2778
data 295,2778,150,3320
data 0,0,0,0,

`gate data
`each line represents a single gate with the values being the end points: xa,za, xb,zb
data 0,4662,150,4662
data 3380,5700,3380,5550
data 8245,4500,8400,4500
data 3372,4214,3450,4079
data 2579,1650,2714,1728
data 0,4462,150,4462

`marks end of gate data
data 0,0,0,0

`start position of the car
data 75			:`x
data 4562		:`z
data 0.0		:`facing

`number of laps in race
data 3

I've also noticed that the function "_reset_gates" isn't actually used by the program at all so I've removed it. It's true what they say about code you haven't looked at in six months.

If you could please try the expanded code that would be much appreciated, thanks.

Back to top

Profile PM Email

MrValentine

AGK Backer

13

Years of Service

User Offline

Joined: 5th Dec 2010

Playing: FFVII

Posted: 10th Apr 2012 22:15

Link

aaargh... here goes...

FTR I am using U77

SR 62.144 ^^

LR very annoyed timer did not work

dunno wht went wrong but expanded works 20 liner doesnt

thi could seriously do with proper physics ^^

Back to top

Profile PM

Hodgey

14

Years of Service

User Offline

Joined: 10th Oct 2009

Location: Australia

Posted: 11th Apr 2012 03:14

Link

Very nice 29 Games! The long track works for me and I got about 180 (179.5 something).

Back to top

Profile PM Email

zeroSlave

14

Years of Service

User Offline

Joined: 13th Jun 2009

Location: Springfield

Posted: 11th Apr 2012 08:29 Edited at: 11th Apr 2012 08:38

Link

Well, I got it to work, but your timer based loop wasn't working. loop_start_time was never set in the expanded version (not sure about the 20 liner), so

+ Code Snippet

        current_time = timer()
        loop_time = current_time - loop_start_time
        
        set cursor 0,200: print current_time
        
        if loop_time > 12

wasn't updating correctly. loop_time never changed. (loop_time = current_time - 0)

171.648 was my time. The first couple times, there wasn't a timer running for some reason, so I guess technically, my best time was 0.

pretty darn good for a 20 liner!

Everybody is a genius. But if you judge a fish by its ability to climb a tree, it will live its whole life believing that it is stupid.

Back to top

Profile PM Email

Paronamixxe

AGK Bronze Backer

12

Years of Service

User Offline

Joined: 10th Feb 2012

Location: Sweden

Posted: 11th Apr 2012 19:10

Link

Awesome

works fine for me!

//Anton

Back to top

Profile PM Email

Rapidrory

14

Years of Service

User Offline

Joined: 21st Aug 2009

Location:

Posted: 12th Apr 2012 00:09

Link

That's a great little game

I managed a 141 on the long track

Back to top

Profile PM

29 games

18

Years of Service

User Offline

Joined: 23rd Nov 2005

Location: not entirely sure

Posted: 15th Apr 2012 21:36

Link

Glad the expanded version is working and that people are liking it. My guess is that the newer version of DBP doesn't like the compressed function.

Can't explain the issue zeroslave was having, it's probably a good job that I'm not a perfectionist otherwise things like this could drive me insane.

+ Code Snippet

pretty darn good for a 20 liner!

Thanks. I like the 20 line challenge format as it focuses things on the bare essentials. It doens't really teach good coding practice but it does teach concise game design.

Again, glad people are enjoying this.

Back to top

Profile PM Email

chafari

Valued Member

17

Years of Service

User Offline

Joined: 2nd May 2006

Location: Canary Islands

Posted: 27th May 2012 03:10

Link

Hey...lost in the dark, but here we are !! that's great...I've lost all my teeth until I got the trick to drive by mouse click to avoid crash...

I'll keep it .

Cheers.

I'm not a grumpy grandpa

Back to top

Profile PM Email

Libervurto

17

Years of Service

User Offline

Joined: 30th Jun 2006

Location: On Toast

Posted: 27th May 2012 04:32

Link

This really fun! It's pretty tricky to get the hang of it. After bumbling along the barriers on my first attempt I managed to finish my second try in 158 seconds. I like the way the camera leans into the turns. I think you'd end up with a pretty awesome game if you continued with this.

WARNING: The above comment may contain sarcasm.

Back to top

Profile PM Email

Pincho Paxton

21

Years of Service

User Offline

Joined: 8th Dec 2002

Location:

Posted: 2nd Jun 2012 16:39

Link

It made me feel ill.