AI ADD OBSTACLE VERTEX problem...

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Message

fumade

16

Years of Service

User Offline

Joined: 28th Oct 2008

Location:

Posted: 23rd Jan 2009 19:15

Link

my entities unable goto the location as i planed. I guess the obstacle code have problem.
Both of the location i denote as endpoint 3 and 4 are the place the entities suppose reach. But the entities only able reach the boundary of the main stage.
[img]http://lh3.ggpht.com/_HHceBjKMJM4/SXbQhE2gZJI/AAAAAAAAAsM/yED8hjby7G0/s640/DB%20problem%20located.jpg [/img]

CLS
SYNC ON : SYNC RATE 0 : AUTOCAM OFF
SET TEXT FONT "VERDANA" : SET TEXT SIZE 15
AI START
AI SET RADIUS 10

REM DIMENSION
ENTITIES=2
DIM STARTPOINT(ENTITIES)
DIM ENDPOINT(ENTITIES)
DIM ENTITIESON(ENTITIES)
WIDTH#=600  `X
HEIGHT#=100 `Y
DEPTH#=600  `Z
BUSBAYWIDTH#=200
BUSBAYDEPTH#=100

REM FLOOR
MAKE OBJECT BOX ENTITIES+1,WIDTH#,2,DEPTH#
POSITION OBJECT ENTITIES+1,0,-1,0
COLOR OBJECT ENTITIES+1,RGB(255,255,255)

REM BUS BAY 1
MAKE OBJECT BOX ENTITIES+2,BUSBAYWIDTH#,2,BUSBAYDEPTH#
POSITION OBJECT ENTITIES+2,WIDTH#/2+BUSBAYWIDTH#/2,-1,-DEPTH#/4
COLOR OBJECT ENTITIES+2,RGB(255,255,255)

REM BUS BAY 2
MAKE OBJECT BOX ENTITIES+3,BUSBAYWIDTH#,2,BUSBAYDEPTH#
POSITION OBJECT ENTITIES+3,WIDTH#/2+BUSBAYWIDTH#/2,-1,DEPTH#/4
COLOR OBJECT ENTITIES+3,RGB(255,255,255)

REM MAKE BOUNDARY OBSTACLE, ENCLOSES THE SPACE TO KEEP THE ENTITY IN
REM ADD POINTS IN A ANTI-CLOCKWISE DIRECTION TO CREATE A BOUNDARY (USE CLOCKWISE TO CREATE AN OBSTACLE)
AI START NEW OBSTACLE
AI ADD OBSTACLE VERTEX -WIDTH#/2,-(DEPTH#/2+65)
AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/2+65)
AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,-(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,(DEPTH#/2+65)
AI ADD OBSTACLE VERTEX -WIDTH#/2,(DEPTH#/2+65)
AI END NEW OBSTACLE 0,1
REM FINISH CREATING OUR BOUNDARY

REM CREATE OBSTACLE TO SEPARATE THE TWO BUS BAY
AI START NEW OBSTACLE
AI ADD OBSTACLE VERTEX WIDTH#/2,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI END NEW OBSTACLE 0,1
REM FINISH OBSTACLE TO SEPARATE THE TWO BUS BAY

AI COMPLETE OBSTACLES

FOR I=1 TO ENTITIES
   REM REBORN THE ENTITIES
   CREATEENTITIES(I)
   REM RESET STARTING POINT
   STARTPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
NEXT I

DO
   REM RESET THE ENTITIES ON THE STAGE
   ENTITIESON=0
   FOR I= 1 TO ENTITIES
         IF AI GET ENTITY Z (I)<(DEPTH#/2) AND AI GET ENTITY Z (I)>(-DEPTH#/2)
            SHOW OBJECT I
            ENTITIESON(I)=1
         ENDIF
         REM ARRIVE DESTINATION AND DELETE OBEJCT
         REM DESTINATION IS 1
         IF ENDPOINT(I)=1 REM AND AI ENTITY EXIST(I)=1
            IF AI GET ENTITY Z (I)<(-DEPTH#/2)
               `AI KILL ENTITY I
               `DELETE OBJECT I
               ENTITIESON(I)=0
            ENDIF
         ENDIF
         REM DESTINATION IS 2
         IF ENDPOINT(I)=2 REM AND AI ENTITY EXIST(I)=1
            IF AI GET ENTITY Z (I)>(DEPTH#/2)
               `AI KILL ENTITY I
               `DELETE OBJECT I
               ENTITIESON(I)=0
            ENDIF
         ENDIF
      REM CALCULATE THE NUMBER OF ENTITIES ON THE STAGE
      ENTITIESON= ENTITIESON+ENTITIESON(I)
   NEXT I

SET CURSOR 0,0`DEPTH#/4
   PRINT "NO. OF ENTITIES: ",ENTITIESON," / ",ENTITIES
   PRINT ""
   PRINT "CATEGORIES:- "
   PRINT " ADULT - RED"
   PRINT " ELDERLY - GREEN"
   PRINT " DISABLE - BLUE"
   PRINT "STARTPOINT(1): ",STARTPOINT(1)
   PRINT "ENDPOINT(1): ", ENDPOINT(1)
   PRINT "STARTPOINT(2): ",STARTPOINT(2)
   PRINT "ENDPOINT(2): ", ENDPOINT(2)
   PRINT "",WIDTH#/2+1

AI UPDATE
   SYNC
LOOP

REM CREATE DIFF CATEGORIES OF ENTITIES
FUNCTION CREATEENTITIES(I)
   CATEGORIES=0
   REM NORMAL ADULT
   IF CATEGORIES=0
      MAKE OBJECT SPHERE I, 15
      COLOR OBJECT I,RGB (255,0,0)
      AI ADD ENEMY I
      AI SET ENTITY SPEED I,25
   ENDIF
   SYNC
ENDFUNCTION

FUNCTION STARTPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   SYNC
   STARTPOINT(I)= 1
   IF STARTPOINT(I)=1
      POSITION OBJECT I, RND(WIDTH#)-WIDTH#/2, 10,-(RND(40)+DEPTH#/2+25)
      REM GO TO
      ENDPOINT(I)=RND(1)+3
      REM MAKE SURE NOT BACK TO SAME POSITION
      WHILE ENDPOINT(I)=1
         ENDPOINT(I)=RND(1)+3
      ENDWHILE
      ENDPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   ENDIF

SYNC
ENDFUNCTION

FUNCTION ENDPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   IF ENDPOINT(I)=3
      AI ENTITY GO TO POSITION I,RND(BUSBAYWIDTH#*1/4)+WIDTH#/2+BUSBAYWIDTH#*3/4, -RND(DEPTH#/4-BUSBAYDEPTH#/2)
   ENDIF
   IF ENDPOINT(I)=4
      AI ENTITY GO TO POSITION I,(RND(BUSBAYWIDTH#*1/4)+WIDTH#/2+BUSBAYWIDTH#*3/4), RND(DEPTH#/4-BUSBAYDEPTH#/2)
   ENDIF
ENDFUNCTION

+ Code Snippet

CLS
SYNC ON : SYNC RATE 0 : AUTOCAM OFF
SET TEXT FONT "VERDANA" : SET TEXT SIZE 15
AI START
AI SET RADIUS 10

REM DIMENSION
ENTITIES=2
DIM STARTPOINT(ENTITIES)
DIM ENDPOINT(ENTITIES)
DIM ENTITIESON(ENTITIES)
WIDTH#=600  `X
HEIGHT#=100 `Y
DEPTH#=600  `Z
BUSBAYWIDTH#=200
BUSBAYDEPTH#=100

REM FLOOR
MAKE OBJECT BOX ENTITIES+1,WIDTH#,2,DEPTH#
POSITION OBJECT ENTITIES+1,0,-1,0
COLOR OBJECT ENTITIES+1,RGB(255,255,255)

REM BUS BAY 1
MAKE OBJECT BOX ENTITIES+2,BUSBAYWIDTH#,2,BUSBAYDEPTH#
POSITION OBJECT ENTITIES+2,WIDTH#/2+BUSBAYWIDTH#/2,-1,-DEPTH#/4
COLOR OBJECT ENTITIES+2,RGB(255,255,255)

REM BUS BAY 2
MAKE OBJECT BOX ENTITIES+3,BUSBAYWIDTH#,2,BUSBAYDEPTH#
POSITION OBJECT ENTITIES+3,WIDTH#/2+BUSBAYWIDTH#/2,-1,DEPTH#/4
COLOR OBJECT ENTITIES+3,RGB(255,255,255)

REM MAKE BOUNDARY OBSTACLE, ENCLOSES THE SPACE TO KEEP THE ENTITY IN
REM ADD POINTS IN A ANTI-CLOCKWISE DIRECTION TO CREATE A BOUNDARY (USE CLOCKWISE TO CREATE AN OBSTACLE)
AI START NEW OBSTACLE
AI ADD OBSTACLE VERTEX -WIDTH#/2,-(DEPTH#/2+65)
AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/2+65)
AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,-(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,(DEPTH#/2+65)
AI ADD OBSTACLE VERTEX -WIDTH#/2,(DEPTH#/2+65)
AI END NEW OBSTACLE 0,1
REM FINISH CREATING OUR BOUNDARY

REM CREATE OBSTACLE TO SEPARATE THE TWO BUS BAY
AI START NEW OBSTACLE
AI ADD OBSTACLE VERTEX WIDTH#/2,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI END NEW OBSTACLE 0,1
REM FINISH OBSTACLE TO SEPARATE THE TWO BUS BAY

AI COMPLETE OBSTACLES

FOR I=1 TO ENTITIES
   REM REBORN THE ENTITIES
   CREATEENTITIES(I)
   REM RESET STARTING POINT
   STARTPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
NEXT I

DO
   REM RESET THE ENTITIES ON THE STAGE
   ENTITIESON=0
   FOR I= 1 TO ENTITIES
         IF AI GET ENTITY Z (I)<(DEPTH#/2) AND AI GET ENTITY Z (I)>(-DEPTH#/2)
            SHOW OBJECT I
            ENTITIESON(I)=1
         ENDIF
         REM ARRIVE DESTINATION AND DELETE OBEJCT
         REM DESTINATION IS 1
         IF ENDPOINT(I)=1 REM AND AI ENTITY EXIST(I)=1
            IF AI GET ENTITY Z (I)<(-DEPTH#/2)
               `AI KILL ENTITY I
               `DELETE OBJECT I
               ENTITIESON(I)=0
            ENDIF
         ENDIF
         REM DESTINATION IS 2
         IF ENDPOINT(I)=2 REM AND AI ENTITY EXIST(I)=1
            IF AI GET ENTITY Z (I)>(DEPTH#/2)
               `AI KILL ENTITY I
               `DELETE OBJECT I
               ENTITIESON(I)=0
            ENDIF
         ENDIF
      REM CALCULATE THE NUMBER OF ENTITIES ON THE STAGE
      ENTITIESON= ENTITIESON+ENTITIESON(I)
   NEXT I

   SET CURSOR 0,0`DEPTH#/4
   PRINT "NO. OF ENTITIES: ",ENTITIESON," / ",ENTITIES
   PRINT ""
   PRINT "CATEGORIES:- "
   PRINT " ADULT - RED"
   PRINT " ELDERLY - GREEN"
   PRINT " DISABLE - BLUE"
   PRINT "STARTPOINT(1): ",STARTPOINT(1)
   PRINT "ENDPOINT(1): ", ENDPOINT(1)
   PRINT "STARTPOINT(2): ",STARTPOINT(2)
   PRINT "ENDPOINT(2): ", ENDPOINT(2)
   PRINT "",WIDTH#/2+1

   AI UPDATE
   SYNC
LOOP

REM CREATE DIFF CATEGORIES OF ENTITIES
FUNCTION CREATEENTITIES(I)
   CATEGORIES=0
   REM NORMAL ADULT
   IF CATEGORIES=0
      MAKE OBJECT SPHERE I, 15
      COLOR OBJECT I,RGB (255,0,0)
      AI ADD ENEMY I
      AI SET ENTITY SPEED I,25
   ENDIF
   SYNC
ENDFUNCTION

FUNCTION STARTPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   SYNC
   STARTPOINT(I)= 1
   IF STARTPOINT(I)=1
      POSITION OBJECT I, RND(WIDTH#)-WIDTH#/2, 10,-(RND(40)+DEPTH#/2+25)
      REM GO TO
      ENDPOINT(I)=RND(1)+3
      REM MAKE SURE NOT BACK TO SAME POSITION
      WHILE ENDPOINT(I)=1
         ENDPOINT(I)=RND(1)+3
      ENDWHILE
      ENDPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   ENDIF

   SYNC
ENDFUNCTION

FUNCTION ENDPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   IF ENDPOINT(I)=3
      AI ENTITY GO TO POSITION I,RND(BUSBAYWIDTH#*1/4)+WIDTH#/2+BUSBAYWIDTH#*3/4, -RND(DEPTH#/4-BUSBAYDEPTH#/2)
   ENDIF
   IF ENDPOINT(I)=4
      AI ENTITY GO TO POSITION I,(RND(BUSBAYWIDTH#*1/4)+WIDTH#/2+BUSBAYWIDTH#*3/4), RND(DEPTH#/4-BUSBAYDEPTH#/2)
   ENDIF
ENDFUNCTION

Thanks for all your kindly helps...

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HowDo

21

Years of Service

User Offline

Joined: 28th Nov 2002

Location: United Kingdom

Posted: 23rd Jan 2009 19:47 Edited at: 23rd Jan 2009 19:52

Link

added some cubes to your code to show where the outside edge of the obstacle is tracking. as you see if you run this it a bit off.

CLS
SYNC ON : SYNC RATE 0 : AUTOCAM OFF
SET TEXT FONT "VERDANA" : SET TEXT SIZE 15
AI START
AI SET RADIUS 10

rem add cubes
autocam off
position camera 0,800,-350
point camera 0,0,0
for i=1000 to 1010
make object cube i,15
next i
rem =================================

REM DIMENSION
ENTITIES=2
DIM STARTPOINT(ENTITIES)
DIM ENDPOINT(ENTITIES)
DIM ENTITIESON(ENTITIES)
WIDTH#=600  `X
HEIGHT#=100 `Y
DEPTH#=600  `Z
BUSBAYWIDTH#=200
BUSBAYDEPTH#=100

REM FLOOR
MAKE OBJECT BOX ENTITIES+1,WIDTH#,2,DEPTH#
POSITION OBJECT ENTITIES+1,0,-1,0
COLOR OBJECT ENTITIES+1,RGB(255,255,255)

REM BUS BAY 1
MAKE OBJECT BOX ENTITIES+2,BUSBAYWIDTH#,2,BUSBAYDEPTH#
POSITION OBJECT ENTITIES+2,WIDTH#/2+BUSBAYWIDTH#/2,-1,-DEPTH#/4
COLOR OBJECT ENTITIES+2,RGB(255,255,255)

REM BUS BAY 2
MAKE OBJECT BOX ENTITIES+3,BUSBAYWIDTH#,2,BUSBAYDEPTH#
POSITION OBJECT ENTITIES+3,WIDTH#/2+BUSBAYWIDTH#/2,-1,DEPTH#/4
COLOR OBJECT ENTITIES+3,RGB(255,255,255)

REM MAKE BOUNDARY OBSTACLE, ENCLOSES THE SPACE TO KEEP THE ENTITY IN
REM ADD POINTS IN A ANTI-CLOCKWISE DIRECTION TO CREATE A BOUNDARY (USE CLOCKWISE TO CREATE AN OBSTACLE)
AI START NEW OBSTACLE
AI ADD OBSTACLE VERTEX -WIDTH#/2,-(DEPTH#/2+65)

AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/2+65)

AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,-(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,(DEPTH#/2+65)
AI ADD OBSTACLE VERTEX -WIDTH#/2,(DEPTH#/2+65)
AI END NEW OBSTACLE 0,1

REM FINISH CREATING OUR BOUNDARY

REM CREATE OBSTACLE TO SEPARATE THE TWO BUS BAY
AI START NEW OBSTACLE
AI ADD OBSTACLE VERTEX WIDTH#/2,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI END NEW OBSTACLE 0,1
REM FINISH OBSTACLE TO SEPARATE THE TWO BUS BAY

AI COMPLETE OBSTACLES

FOR I=1 TO ENTITIES
   REM REBORN THE ENTITIES
   CREATEENTITIES(I)
   REM RESET STARTING POINT
   STARTPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
NEXT I

DO
rem placed cube to see where the egdes where
position object 1000,  -WIDTH#/2,0,-(DEPTH#/2+65)
position object 1001, wIDTH#/2,0,-(DEPTH#/2+65)
position object 1002, WIDTH#/2+1,0,1
position object 1003, WIDTH#/2+BUSBAYWIDTH#,0,1
rem =================================================

REM RESET THE ENTITIES ON THE STAGE
   ENTITIESON=0
   FOR I= 1 TO ENTITIES
         IF AI GET ENTITY Z (I)<(DEPTH#/2) AND AI GET ENTITY Z (I)>(-DEPTH#/2)
            SHOW OBJECT I
            ENTITIESON(I)=1
         ENDIF
         REM ARRIVE DESTINATION AND DELETE OBEJCT
         REM DESTINATION IS 1
         IF ENDPOINT(I)=1 REM AND AI ENTITY EXIST(I)=1
            IF AI GET ENTITY Z (I)<(-DEPTH#/2)
               `AI KILL ENTITY I
               `DELETE OBJECT I
               ENTITIESON(I)=0
            ENDIF
         ENDIF
         REM DESTINATION IS 2
         IF ENDPOINT(I)=2 REM AND AI ENTITY EXIST(I)=1
            IF AI GET ENTITY Z (I)>(DEPTH#/2)
               `AI KILL ENTITY I
               `DELETE OBJECT I
               ENTITIESON(I)=0
            ENDIF
         ENDIF
      REM CALCULATE THE NUMBER OF ENTITIES ON THE STAGE
      ENTITIESON= ENTITIESON+ENTITIESON(I)
   NEXT I

SET CURSOR 0,0`DEPTH#/4
   PRINT "NO. OF ENTITIES: ",ENTITIESON," / ",ENTITIES
   PRINT ""
   PRINT "CATEGORIES:- "
   PRINT " ADULT - RED"
   PRINT " ELDERLY - GREEN"
   PRINT " DISABLE - BLUE"
   PRINT "STARTPOINT(1): ",STARTPOINT(1)
   PRINT "ENDPOINT(1): ", ENDPOINT(1)
   PRINT "STARTPOINT(2): ",STARTPOINT(2)
   PRINT "ENDPOINT(2): ", ENDPOINT(2)
   PRINT "",WIDTH#/2+1

AI UPDATE
   SYNC
LOOP

REM CREATE DIFF CATEGORIES OF ENTITIES
FUNCTION CREATEENTITIES(I)
   CATEGORIES=0
   REM NORMAL ADULT
   IF CATEGORIES=0
      MAKE OBJECT SPHERE I, 15
      COLOR OBJECT I,RGB (255,0,0)
      AI ADD ENEMY I
      AI SET ENTITY SPEED I,25
   ENDIF
   SYNC
ENDFUNCTION

FUNCTION STARTPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   SYNC
   STARTPOINT(I)= 1
   IF STARTPOINT(I)=1
      POSITION OBJECT I, RND(WIDTH#)-WIDTH#/2, 10,-(RND(40)+DEPTH#/2+25)
      REM GO TO
      ENDPOINT(I)=RND(1)+3
      REM MAKE SURE NOT BACK TO SAME POSITION
      WHILE ENDPOINT(I)=1
         ENDPOINT(I)=RND(1)+3
      ENDWHILE
      ENDPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   ENDIF

SYNC
ENDFUNCTION

FUNCTION ENDPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   IF ENDPOINT(I)=3
      AI ENTITY GO TO POSITION I,RND(BUSBAYWIDTH#*1/4)+WIDTH#/2+BUSBAYWIDTH#*3/4, -RND(DEPTH#/4-BUSBAYDEPTH#/2)
   ENDIF
   IF ENDPOINT(I)=4
      AI ENTITY GO TO POSITION I,(RND(BUSBAYWIDTH#*1/4)+WIDTH#/2+BUSBAYWIDTH#*3/4), RND(DEPTH#/4-BUSBAYDEPTH#/2)
   ENDIF
ENDFUNCTION

+ Code Snippet

CLS
SYNC ON : SYNC RATE 0 : AUTOCAM OFF
SET TEXT FONT "VERDANA" : SET TEXT SIZE 15
AI START
AI SET RADIUS 10

rem add cubes
autocam off
position camera 0,800,-350
point camera 0,0,0
for i=1000 to 1010
make object cube i,15
next i
rem =================================

REM DIMENSION
ENTITIES=2
DIM STARTPOINT(ENTITIES)
DIM ENDPOINT(ENTITIES)
DIM ENTITIESON(ENTITIES)
WIDTH#=600  `X
HEIGHT#=100 `Y
DEPTH#=600  `Z
BUSBAYWIDTH#=200
BUSBAYDEPTH#=100

REM FLOOR
MAKE OBJECT BOX ENTITIES+1,WIDTH#,2,DEPTH#
POSITION OBJECT ENTITIES+1,0,-1,0
COLOR OBJECT ENTITIES+1,RGB(255,255,255)

REM BUS BAY 1
MAKE OBJECT BOX ENTITIES+2,BUSBAYWIDTH#,2,BUSBAYDEPTH#
POSITION OBJECT ENTITIES+2,WIDTH#/2+BUSBAYWIDTH#/2,-1,-DEPTH#/4
COLOR OBJECT ENTITIES+2,RGB(255,255,255)

REM BUS BAY 2
MAKE OBJECT BOX ENTITIES+3,BUSBAYWIDTH#,2,BUSBAYDEPTH#
POSITION OBJECT ENTITIES+3,WIDTH#/2+BUSBAYWIDTH#/2,-1,DEPTH#/4
COLOR OBJECT ENTITIES+3,RGB(255,255,255)

REM MAKE BOUNDARY OBSTACLE, ENCLOSES THE SPACE TO KEEP THE ENTITY IN
REM ADD POINTS IN A ANTI-CLOCKWISE DIRECTION TO CREATE A BOUNDARY (USE CLOCKWISE TO CREATE AN OBSTACLE)
AI START NEW OBSTACLE
AI ADD OBSTACLE VERTEX -WIDTH#/2,-(DEPTH#/2+65)

AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/2+65)

AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,-(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,(DEPTH#/2+65)
AI ADD OBSTACLE VERTEX -WIDTH#/2,(DEPTH#/2+65)
AI END NEW OBSTACLE 0,1


REM FINISH CREATING OUR BOUNDARY

REM CREATE OBSTACLE TO SEPARATE THE TWO BUS BAY
AI START NEW OBSTACLE
AI ADD OBSTACLE VERTEX WIDTH#/2,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI END NEW OBSTACLE 0,1
REM FINISH OBSTACLE TO SEPARATE THE TWO BUS BAY

AI COMPLETE OBSTACLES

FOR I=1 TO ENTITIES
   REM REBORN THE ENTITIES
   CREATEENTITIES(I)
   REM RESET STARTING POINT
   STARTPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
NEXT I

DO
rem placed cube to see where the egdes where
position object 1000,  -WIDTH#/2,0,-(DEPTH#/2+65)
position object 1001, wIDTH#/2,0,-(DEPTH#/2+65)
position object 1002, WIDTH#/2+1,0,1
position object 1003, WIDTH#/2+BUSBAYWIDTH#,0,1
rem =================================================

   REM RESET THE ENTITIES ON THE STAGE
   ENTITIESON=0
   FOR I= 1 TO ENTITIES
         IF AI GET ENTITY Z (I)<(DEPTH#/2) AND AI GET ENTITY Z (I)>(-DEPTH#/2)
            SHOW OBJECT I
            ENTITIESON(I)=1
         ENDIF
         REM ARRIVE DESTINATION AND DELETE OBEJCT
         REM DESTINATION IS 1
         IF ENDPOINT(I)=1 REM AND AI ENTITY EXIST(I)=1
            IF AI GET ENTITY Z (I)<(-DEPTH#/2)
               `AI KILL ENTITY I
               `DELETE OBJECT I
               ENTITIESON(I)=0
            ENDIF
         ENDIF
         REM DESTINATION IS 2
         IF ENDPOINT(I)=2 REM AND AI ENTITY EXIST(I)=1
            IF AI GET ENTITY Z (I)>(DEPTH#/2)
               `AI KILL ENTITY I
               `DELETE OBJECT I
               ENTITIESON(I)=0
            ENDIF
         ENDIF
      REM CALCULATE THE NUMBER OF ENTITIES ON THE STAGE
      ENTITIESON= ENTITIESON+ENTITIESON(I)
   NEXT I

   SET CURSOR 0,0`DEPTH#/4
   PRINT "NO. OF ENTITIES: ",ENTITIESON," / ",ENTITIES
   PRINT ""
   PRINT "CATEGORIES:- "
   PRINT " ADULT - RED"
   PRINT " ELDERLY - GREEN"
   PRINT " DISABLE - BLUE"
   PRINT "STARTPOINT(1): ",STARTPOINT(1)
   PRINT "ENDPOINT(1): ", ENDPOINT(1)
   PRINT "STARTPOINT(2): ",STARTPOINT(2)
   PRINT "ENDPOINT(2): ", ENDPOINT(2)
   PRINT "",WIDTH#/2+1

   AI UPDATE
   SYNC
LOOP

REM CREATE DIFF CATEGORIES OF ENTITIES
FUNCTION CREATEENTITIES(I)
   CATEGORIES=0
   REM NORMAL ADULT
   IF CATEGORIES=0
      MAKE OBJECT SPHERE I, 15
      COLOR OBJECT I,RGB (255,0,0)
      AI ADD ENEMY I
      AI SET ENTITY SPEED I,25
   ENDIF
   SYNC
ENDFUNCTION

FUNCTION STARTPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   SYNC
   STARTPOINT(I)= 1
   IF STARTPOINT(I)=1
      POSITION OBJECT I, RND(WIDTH#)-WIDTH#/2, 10,-(RND(40)+DEPTH#/2+25)
      REM GO TO
      ENDPOINT(I)=RND(1)+3
      REM MAKE SURE NOT BACK TO SAME POSITION
      WHILE ENDPOINT(I)=1
         ENDPOINT(I)=RND(1)+3
      ENDWHILE
      ENDPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   ENDIF

   SYNC
ENDFUNCTION

FUNCTION ENDPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   IF ENDPOINT(I)=3
      AI ENTITY GO TO POSITION I,RND(BUSBAYWIDTH#*1/4)+WIDTH#/2+BUSBAYWIDTH#*3/4, -RND(DEPTH#/4-BUSBAYDEPTH#/2)
   ENDIF
   IF ENDPOINT(I)=4
      AI ENTITY GO TO POSITION I,(RND(BUSBAYWIDTH#*1/4)+WIDTH#/2+BUSBAYWIDTH#*3/4), RND(DEPTH#/4-BUSBAYDEPTH#/2)
   ENDIF
ENDFUNCTION

edit
plus you are not doing them in a clockwise direction.

Dark Physics makes any hot drink go cold.

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fumade

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Posted: 24th Jan 2009 09:25

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Do u meant i didn't doing the obstacles in clockwise direction? I thought I did.

+ Code Snippet

AI START NEW OBSTACLE
AI ADD OBSTACLE VERTEX WIDTH#/2,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI END NEW OBSTACLE 0,1

~ 300,100
~ 301,100
~ 301,1
~ 500,1
~ 500,-1
~ 301,-1
~ 301,-100
~ 300,100

At 2nd point, the direction to right, the third do down..Isn't this show clockwise?

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HowDo

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Posted: 24th Jan 2009 12:03 Edited at: 24th Jan 2009 12:07

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no the above set of numbers are going anti clockwise.

-300,300 say top left of screen or 10:53
0,0 center
300,-300 bottom right or 4:23

so

300,100 is in right hand side and a quarter way up.
301,100 is in right hand side +one and a quarter way up

Dark Physics makes any hot drink go cold.

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fumade

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Posted: 25th Jan 2009 04:14

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Sorry i not understand..
I have two set of AI START NEW OBSTACLE:

The top one is the one for the boundary, so it should be anti-clockwise direction.

The bottom one is to create the boundary, so it is in clockwise direction.

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HowDo

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Posted: 25th Jan 2009 13:03 Edited at: 25th Jan 2009 13:05

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run this have used the same values to put cubes and sphere where you have said the boundarys go, have number them in order they are placed.

CLS
SYNC ON : SYNC RATE 0 : AUTOCAM OFF
SET TEXT FONT "VERDANA" : SET TEXT SIZE 15
AI START
AI SET RADIUS 10

rem add cubes
autocam off
position camera 0,800,0
point camera 0,0,0
for i=1000 to 1008
make object cube i,15
next i
for i=1009 to 1016
make object sphere i,15
next i
rem =================================

REM DIMENSION
ENTITIES=2
DIM STARTPOINT(ENTITIES)
DIM ENDPOINT(ENTITIES)
DIM ENTITIESON(ENTITIES)
WIDTH#=600  `X
HEIGHT#=100 `Y
DEPTH#=600  `Z
BUSBAYWIDTH#=200
BUSBAYDEPTH#=100

REM FLOOR
MAKE OBJECT BOX ENTITIES+1,WIDTH#,2,DEPTH#
POSITION OBJECT ENTITIES+1,0,-1,0
COLOR OBJECT ENTITIES+1,RGB(255,255,255)

REM BUS BAY 1
MAKE OBJECT BOX ENTITIES+2,BUSBAYWIDTH#,2,BUSBAYDEPTH#
POSITION OBJECT ENTITIES+2,WIDTH#/2+BUSBAYWIDTH#/2,-1,-DEPTH#/4
COLOR OBJECT ENTITIES+2,RGB(255,255,255)

REM BUS BAY 2
MAKE OBJECT BOX ENTITIES+3,BUSBAYWIDTH#,2,BUSBAYDEPTH#
POSITION OBJECT ENTITIES+3,WIDTH#/2+BUSBAYWIDTH#/2,-1,DEPTH#/4
COLOR OBJECT ENTITIES+3,RGB(255,255,255)

REM MAKE BOUNDARY OBSTACLE, ENCLOSES THE SPACE TO KEEP THE ENTITY IN
REM ADD POINTS IN A ANTI-CLOCKWISE DIRECTION TO CREATE A BOUNDARY (USE CLOCKWISE TO CREATE AN OBSTACLE)
AI START NEW OBSTACLE
AI ADD OBSTACLE VERTEX -WIDTH#/2,-(DEPTH#/2+65)

AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/2+65)

AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,-(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,(DEPTH#/2+65)
AI ADD OBSTACLE VERTEX -WIDTH#/2,(DEPTH#/2+65)
AI END NEW OBSTACLE 0,1

REM FINISH CREATING OUR BOUNDARY

REM CREATE OBSTACLE TO SEPARATE THE TWO BUS BAY
AI START NEW OBSTACLE
AI ADD OBSTACLE VERTEX WIDTH#/2,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI END NEW OBSTACLE 0,1
REM FINISH OBSTACLE TO SEPARATE THE TWO BUS BAY

AI COMPLETE OBSTACLES

FOR I=1 TO ENTITIES
   REM REBORN THE ENTITIES
   CREATEENTITIES(I)
   REM RESET STARTING POINT
   STARTPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
NEXT I

DO
rem placed cube to see where the egdes where
position object 1000, -WIDTH#/2,0,-(DEPTH#/2+65)
text object screen x(1000), object screen y(1000)-10,"cube 1"
position object 1001, WIDTH#/2,0,-(DEPTH#/2+65)
text object screen x(1001), object screen y(1001)-10,"cube 2"
position object 1002, WIDTH#/2,0,-(DEPTH#/4+BUSBAYDEPTH#/2)
text object screen x(1002), object screen y(1002)-10,"cube 3"
position object 1003, WIDTH#/2+BUSBAYWIDTH#,0,-(DEPTH#/4+BUSBAYDEPTH#/2)
text object screen x(1003), object screen y(1003)-10,"cube 4"
position object 1004, WIDTH#/2+BUSBAYWIDTH#,0,(DEPTH#/4+BUSBAYDEPTH#/2)
text object screen x(1004), object screen y(1004)-10,"cube 5"
position object 1005, WIDTH#/2,0,(DEPTH#/4+BUSBAYDEPTH#/2)
text object screen x(1005), object screen y(1005)-10,"cube 6"
position object 1006, WIDTH#/2,0,(DEPTH#/2+65)
text object screen x(1006), object screen y(1006)-10,"cube 7"
position object 1007, -WIDTH#/2,0,(DEPTH#/2+65)
text object screen x(1007), object screen y(1007)-10,"cube 8"
rem =================================================
rem ai  two
position object 1009, WIDTH#/2,0,DEPTH#/4-BUSBAYDEPTH#/2
text object screen x(1009), object screen y(1009)+10,"sphere 1"
position object 1010, WIDTH#/2+1,0,DEPTH#/4-BUSBAYDEPTH#/2
text object screen x(1010), object screen y(1010)+10,"sphere 2"
position object 1011, WIDTH#/2+1,0,1
text object screen x(1011), object screen y(1011)+10,"sphere 3"
position object 1012, WIDTH#/2+BUSBAYWIDTH#,0,1
text object screen x(1012), object screen y(1012)+10,"sphere 4"
position object 1013, WIDTH#/2+BUSBAYWIDTH#,0,-1
text object screen x(1013), object screen y(1013)+10,"sphere 5"
position object 1014, WIDTH#/2+1,0,-1
text object screen x(1014), object screen y(1014)+10,"sphere 6"
position object 1015, WIDTH#/2+1,0,-(DEPTH#/4-BUSBAYDEPTH#/2)
text object screen x(1015), object screen y(1015)+10,"sphere 7"
position object 1016, WIDTH#/2,0,-(DEPTH#/4-BUSBAYDEPTH#/2)
text object screen x(1016), object screen y(1016)+10,"sphere 8"
   REM RESET THE ENTITIES ON THE STAGE
   ENTITIESON=0
   FOR I= 1 TO ENTITIES
         IF AI GET ENTITY Z (I)<(DEPTH#/2) AND AI GET ENTITY Z (I)>(-DEPTH#/2)
            SHOW OBJECT I
            ENTITIESON(I)=1
         ENDIF
         REM ARRIVE DESTINATION AND DELETE OBEJCT
         REM DESTINATION IS 1
         IF ENDPOINT(I)=1 REM AND AI ENTITY EXIST(I)=1
            IF AI GET ENTITY Z (I)<(-DEPTH#/2)
               `AI KILL ENTITY I
               `DELETE OBJECT I
               ENTITIESON(I)=0
            ENDIF
         ENDIF
         REM DESTINATION IS 2
         IF ENDPOINT(I)=2 REM AND AI ENTITY EXIST(I)=1
            IF AI GET ENTITY Z (I)>(DEPTH#/2)
               `AI KILL ENTITY I
               `DELETE OBJECT I
               ENTITIESON(I)=0
            ENDIF
         ENDIF
      REM CALCULATE THE NUMBER OF ENTITIES ON THE STAGE
      ENTITIESON= ENTITIESON+ENTITIESON(I)
   NEXT I

SET CURSOR 0,0`DEPTH#/4
   PRINT "NO. OF ENTITIES: ",ENTITIESON," / ",ENTITIES
   PRINT ""
   PRINT "CATEGORIES:- "
   PRINT " ADULT - RED"
   PRINT " ELDERLY - GREEN"
   PRINT " DISABLE - BLUE"
   PRINT "STARTPOINT(1): ",STARTPOINT(1)
   PRINT "ENDPOINT(1): ", ENDPOINT(1)
   PRINT "STARTPOINT(2): ",STARTPOINT(2)
   PRINT "ENDPOINT(2): ", ENDPOINT(2)
   PRINT "",WIDTH#/2+1

AI UPDATE
   SYNC
LOOP

REM CREATE DIFF CATEGORIES OF ENTITIES
FUNCTION CREATEENTITIES(I)
   CATEGORIES=0
   REM NORMAL ADULT
   IF CATEGORIES=0
      MAKE OBJECT SPHERE I, 15
      COLOR OBJECT I,RGB (255,0,0)
      AI ADD ENEMY I
      AI SET ENTITY SPEED I,25
   ENDIF
   SYNC
ENDFUNCTION

FUNCTION STARTPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   SYNC
   STARTPOINT(I)= 1
   IF STARTPOINT(I)=1
      POSITION OBJECT I, RND(WIDTH#)-WIDTH#/2, 10,-(RND(40)+DEPTH#/2+25)
      REM GO TO
      ENDPOINT(I)=RND(1)+3
      REM MAKE SURE NOT BACK TO SAME POSITION
      WHILE ENDPOINT(I)=1
         ENDPOINT(I)=RND(1)+3
      ENDWHILE
      ENDPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   ENDIF

SYNC
ENDFUNCTION

FUNCTION ENDPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   IF ENDPOINT(I)=3
      AI ENTITY GO TO POSITION I,RND(BUSBAYWIDTH#*1/4)+WIDTH#/2+BUSBAYWIDTH#*3/4, -RND(DEPTH#/4-BUSBAYDEPTH#/2)
   ENDIF
   IF ENDPOINT(I)=4
      AI ENTITY GO TO POSITION I,(RND(BUSBAYWIDTH#*1/4)+WIDTH#/2+BUSBAYWIDTH#*3/4), RND(DEPTH#/4-BUSBAYDEPTH#/2)
   ENDIF
ENDFUNCTION

+ Code Snippet

CLS
SYNC ON : SYNC RATE 0 : AUTOCAM OFF
SET TEXT FONT "VERDANA" : SET TEXT SIZE 15
AI START
AI SET RADIUS 10

rem add cubes
autocam off
position camera 0,800,0
point camera 0,0,0
for i=1000 to 1008
make object cube i,15
next i
for i=1009 to 1016
make object sphere i,15
next i
rem =================================

REM DIMENSION
ENTITIES=2
DIM STARTPOINT(ENTITIES)
DIM ENDPOINT(ENTITIES)
DIM ENTITIESON(ENTITIES)
WIDTH#=600  `X
HEIGHT#=100 `Y
DEPTH#=600  `Z
BUSBAYWIDTH#=200
BUSBAYDEPTH#=100

REM FLOOR
MAKE OBJECT BOX ENTITIES+1,WIDTH#,2,DEPTH#
POSITION OBJECT ENTITIES+1,0,-1,0
COLOR OBJECT ENTITIES+1,RGB(255,255,255)

REM BUS BAY 1
MAKE OBJECT BOX ENTITIES+2,BUSBAYWIDTH#,2,BUSBAYDEPTH#
POSITION OBJECT ENTITIES+2,WIDTH#/2+BUSBAYWIDTH#/2,-1,-DEPTH#/4
COLOR OBJECT ENTITIES+2,RGB(255,255,255)

REM BUS BAY 2
MAKE OBJECT BOX ENTITIES+3,BUSBAYWIDTH#,2,BUSBAYDEPTH#
POSITION OBJECT ENTITIES+3,WIDTH#/2+BUSBAYWIDTH#/2,-1,DEPTH#/4
COLOR OBJECT ENTITIES+3,RGB(255,255,255)

REM MAKE BOUNDARY OBSTACLE, ENCLOSES THE SPACE TO KEEP THE ENTITY IN
REM ADD POINTS IN A ANTI-CLOCKWISE DIRECTION TO CREATE A BOUNDARY (USE CLOCKWISE TO CREATE AN OBSTACLE)
AI START NEW OBSTACLE
AI ADD OBSTACLE VERTEX -WIDTH#/2,-(DEPTH#/2+65)

AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/2+65)

AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,-(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,(DEPTH#/4+BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,(DEPTH#/2+65)
AI ADD OBSTACLE VERTEX -WIDTH#/2,(DEPTH#/2+65)
AI END NEW OBSTACLE 0,1


REM FINISH CREATING OUR BOUNDARY

REM CREATE OBSTACLE TO SEPARATE THE TWO BUS BAY
AI START NEW OBSTACLE
AI ADD OBSTACLE VERTEX WIDTH#/2,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,DEPTH#/4-BUSBAYDEPTH#/2
AI ADD OBSTACLE VERTEX WIDTH#/2+1,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,1
AI ADD OBSTACLE VERTEX WIDTH#/2+BUSBAYWIDTH#,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-1
AI ADD OBSTACLE VERTEX WIDTH#/2+1,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI ADD OBSTACLE VERTEX WIDTH#/2,-(DEPTH#/4-BUSBAYDEPTH#/2)
AI END NEW OBSTACLE 0,1
REM FINISH OBSTACLE TO SEPARATE THE TWO BUS BAY

AI COMPLETE OBSTACLES

FOR I=1 TO ENTITIES
   REM REBORN THE ENTITIES
   CREATEENTITIES(I)
   REM RESET STARTING POINT
   STARTPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
NEXT I

DO
rem placed cube to see where the egdes where
position object 1000, -WIDTH#/2,0,-(DEPTH#/2+65)
text object screen x(1000), object screen y(1000)-10,"cube 1"
position object 1001, WIDTH#/2,0,-(DEPTH#/2+65)
text object screen x(1001), object screen y(1001)-10,"cube 2"
position object 1002, WIDTH#/2,0,-(DEPTH#/4+BUSBAYDEPTH#/2)
text object screen x(1002), object screen y(1002)-10,"cube 3"
position object 1003, WIDTH#/2+BUSBAYWIDTH#,0,-(DEPTH#/4+BUSBAYDEPTH#/2)
text object screen x(1003), object screen y(1003)-10,"cube 4"
position object 1004, WIDTH#/2+BUSBAYWIDTH#,0,(DEPTH#/4+BUSBAYDEPTH#/2)
text object screen x(1004), object screen y(1004)-10,"cube 5"
position object 1005, WIDTH#/2,0,(DEPTH#/4+BUSBAYDEPTH#/2)
text object screen x(1005), object screen y(1005)-10,"cube 6"
position object 1006, WIDTH#/2,0,(DEPTH#/2+65)
text object screen x(1006), object screen y(1006)-10,"cube 7"
position object 1007, -WIDTH#/2,0,(DEPTH#/2+65)
text object screen x(1007), object screen y(1007)-10,"cube 8"
rem =================================================
rem ai  two
position object 1009, WIDTH#/2,0,DEPTH#/4-BUSBAYDEPTH#/2
text object screen x(1009), object screen y(1009)+10,"sphere 1"
position object 1010, WIDTH#/2+1,0,DEPTH#/4-BUSBAYDEPTH#/2
text object screen x(1010), object screen y(1010)+10,"sphere 2"
position object 1011, WIDTH#/2+1,0,1
text object screen x(1011), object screen y(1011)+10,"sphere 3"
position object 1012, WIDTH#/2+BUSBAYWIDTH#,0,1
text object screen x(1012), object screen y(1012)+10,"sphere 4"
position object 1013, WIDTH#/2+BUSBAYWIDTH#,0,-1
text object screen x(1013), object screen y(1013)+10,"sphere 5"
position object 1014, WIDTH#/2+1,0,-1
text object screen x(1014), object screen y(1014)+10,"sphere 6"
position object 1015, WIDTH#/2+1,0,-(DEPTH#/4-BUSBAYDEPTH#/2)
text object screen x(1015), object screen y(1015)+10,"sphere 7"
position object 1016, WIDTH#/2,0,-(DEPTH#/4-BUSBAYDEPTH#/2)
text object screen x(1016), object screen y(1016)+10,"sphere 8"
   REM RESET THE ENTITIES ON THE STAGE
   ENTITIESON=0
   FOR I= 1 TO ENTITIES
         IF AI GET ENTITY Z (I)<(DEPTH#/2) AND AI GET ENTITY Z (I)>(-DEPTH#/2)
            SHOW OBJECT I
            ENTITIESON(I)=1
         ENDIF
         REM ARRIVE DESTINATION AND DELETE OBEJCT
         REM DESTINATION IS 1
         IF ENDPOINT(I)=1 REM AND AI ENTITY EXIST(I)=1
            IF AI GET ENTITY Z (I)<(-DEPTH#/2)
               `AI KILL ENTITY I
               `DELETE OBJECT I
               ENTITIESON(I)=0
            ENDIF
         ENDIF
         REM DESTINATION IS 2
         IF ENDPOINT(I)=2 REM AND AI ENTITY EXIST(I)=1
            IF AI GET ENTITY Z (I)>(DEPTH#/2)
               `AI KILL ENTITY I
               `DELETE OBJECT I
               ENTITIESON(I)=0
            ENDIF
         ENDIF
      REM CALCULATE THE NUMBER OF ENTITIES ON THE STAGE
      ENTITIESON= ENTITIESON+ENTITIESON(I)
   NEXT I

   SET CURSOR 0,0`DEPTH#/4
   PRINT "NO. OF ENTITIES: ",ENTITIESON," / ",ENTITIES
   PRINT ""
   PRINT "CATEGORIES:- "
   PRINT " ADULT - RED"
   PRINT " ELDERLY - GREEN"
   PRINT " DISABLE - BLUE"
   PRINT "STARTPOINT(1): ",STARTPOINT(1)
   PRINT "ENDPOINT(1): ", ENDPOINT(1)
   PRINT "STARTPOINT(2): ",STARTPOINT(2)
   PRINT "ENDPOINT(2): ", ENDPOINT(2)
   PRINT "",WIDTH#/2+1

   AI UPDATE
   SYNC
LOOP

REM CREATE DIFF CATEGORIES OF ENTITIES
FUNCTION CREATEENTITIES(I)
   CATEGORIES=0
   REM NORMAL ADULT
   IF CATEGORIES=0
      MAKE OBJECT SPHERE I, 15
      COLOR OBJECT I,RGB (255,0,0)
      AI ADD ENEMY I
      AI SET ENTITY SPEED I,25
   ENDIF
   SYNC
ENDFUNCTION

FUNCTION STARTPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   SYNC
   STARTPOINT(I)= 1
   IF STARTPOINT(I)=1
      POSITION OBJECT I, RND(WIDTH#)-WIDTH#/2, 10,-(RND(40)+DEPTH#/2+25)
      REM GO TO
      ENDPOINT(I)=RND(1)+3
      REM MAKE SURE NOT BACK TO SAME POSITION
      WHILE ENDPOINT(I)=1
         ENDPOINT(I)=RND(1)+3
      ENDWHILE
      ENDPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   ENDIF

   SYNC
ENDFUNCTION

FUNCTION ENDPOINTF(I,WIDTH#,HEIGHT#,DEPTH#,BUSBAYWIDTH#,BUSBAYDEPTH#)
   IF ENDPOINT(I)=3
      AI ENTITY GO TO POSITION I,RND(BUSBAYWIDTH#*1/4)+WIDTH#/2+BUSBAYWIDTH#*3/4, -RND(DEPTH#/4-BUSBAYDEPTH#/2)
   ENDIF
   IF ENDPOINT(I)=4
      AI ENTITY GO TO POSITION I,(RND(BUSBAYWIDTH#*1/4)+WIDTH#/2+BUSBAYWIDTH#*3/4), RND(DEPTH#/4-BUSBAYDEPTH#/2)
   ENDIF
ENDFUNCTION

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fumade

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Posted: 25th Jan 2009 14:24

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I tried run it..Since the sphere (1,2), (4,5),(3,6),(7,8) are too near to each other so cant different it. I thought the entities will go to the locations [the BLUE area between sphere 5 and cube 5] or [the BLUE area between sphere 5 and cube 4]through the gap either between [cube 6 and sphere1] or [cube3 and sphere 8].

Hope u can understand what i meant..But either o not, I would like to said thank you very much for your kindly helps...

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fumade

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Posted: 26th Jan 2009 19:53

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HowDo, u cant understand my messy English?
Is there anyone can understand and able help me??
I really dunno why the entities cant enter the either one of the bus bay...

Thanks...

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