;------------------------------- ; PuzzleBOBS configuration file ;------------------------------- ; ; Here you can configure PuzzleBOBS game. If you find a value in which is specified the range ; between brackets you must respect its and consider that extremes values could be included. ; If you don't find range you could insert a SIGNED LONG INT value from -2147483647 ; to +2147483647. If you find (+) you must insert a positive value. ; If you insert a string respect Amiga Dos directives and use and use quotes in strings with spaces. ; If an error occurs, PuzzleBOBS will confirm it to you. ; ; Have a good configuration. ; ; ; -------------------- ; Config file About ; -------------------- "VIC E BABES" "Countries represented by bobs in this set are:" "Canada, France, Germany, Italy, Romania, Spain," "United Kingdom, and United States of America." 0 0 0 ; -------------------- ; Screen confuguration ; -------------------- ; -1 ;DISPALYID of screen. You must insert this as a decimal value. Normally IDS are written in esadecimal. If you use a w 320 ;WIDTH (+) of window or screen. 256 ;HEIGHT (+) of window or screen. 8 ;DEPTH (+) of screen. If you use a window the game uses depth of Workbench screen.If you use non-amiga graphic devices you 0 ;FLAG (0-2) if set to (0) you use a screen, if you set to (1) you want a window and if you set to (2) you want a PIP window 0 ;FLAG (0-1) If 1 you want closeworkbench else 0 you don't want. If you use a window for game this flag is no consider. If y 0 ;FLAG (0-1) With 1 you can have screen forcing the ratio as in 640*256 that is not 16:9,and with 0 you disable this choice. 0 ;FLAG (0-1) Here you can choose if the main titles have to be done by Blitter (1) or faster by copper (0) (On Aga machines 320 ;WIDTH (+) of the area that you want dedicate to the array of balls. With this value you can limit the size of rectangle 256 ;HEIGHT (+) of the area that you want dedicate to the array of balls. 3 ;FLAG (0-4) Here you can choose the mode of blitting. See the docs to choose method you want. 50 ;PERCENTAGE (0-100) When you use the cooperative method between cpu and blitter, here you can set the percentage in blit 14 ; ---------------- ; Rotation objects ; ---------------- 1 ;NUMBER (1-5) that define how many rotating objects have you. If you have only the principal pointer you must set this to 1 15 ;WIDTH (+) of chunky rectangle of principal pointer. 54 ;HEIGHT (+) of chunky rectangle of principal pointer. 8 ;X of rotation center in chunky rectangular of principal pointer. 36 ;Y of rotation center in chunky rectangular of principal pointer. 14 ;VALUE (1-16) of precision of rotations. 0 ;VALUE (0-255) of zoom of all rotation pointers. If you use zero it has no zoom and has dimensions defined in rectangular 1 ;FLAG (0-1) If you set it to 1 you want rotation procedures to be optimized else no optimizations. 0 ;PRI (0-4) of principal pointer. If you set to 0 the principal pointer has lower pri than pri of other gears the second has ; first gear. 0 ;WIDTH (+) of graphic chunky array that define the first gear of pointer. 0 ;HEIGHT (+) of graphic chunky array that define the first gear of pointer. 0 ;X of rotation center of first gear in the rectangular array from 0,0. 0 ;Y of rotation center of first gear in the rectangular array from 0,0. 0 ;X of distance of the rotation center of this gear from the rotation center of the pointer. 0 ;Y of distance of the rotation center of this gear from the rotation center of the pointer. 0 ;MOLTIPLIER of the variation in degree of principal pointer. If you set this to 0 this gear will not move. ; second gear. 0 ;WIDTH (+) of graphic chunky array that define the second gear of pointer. 0 ;HEIGHT (+) of graphic chunky array that define the second gear of pointer. 0 ;X of rotation center of second gear in the rectangular array from 0,0. 0 ;Y of rotation center of second gear in the rectangular array from 0,0. 0 ;X of distance of the rotation center of this gear from the rotation center of the pointer. 0 ;Y of distance of the rotation center of this gear from the rotation center of the pointer. 0 ;MOLTIPLIER of the variation in degree of second gear. If you set this to 0 this gear will not move. ; ------------------- ; Pointer Support ; ------------------- 47 ;WIDTH (+) of graphic chunky array that define the support that is under the principal poiner and substain it. 32 ;HEIGHT (+) of graphic chunky array that define the support that is under the principal poiner and substain it. 24 ;X of center that coincides with the rotating center of principal pointer. 9 ;Y of center that coincides with the rotating center of principal pointer. ; ----- ; Balls ; ----- 16 ;NUMBER (1-50) of balls in the graphic array. 1 ;FRAMES (1-255) of anim of balls. If 1 you have only a frame. Remember that all balls in graphic chunky file must have th 16 ;WIDTH (+) of bigger ball of set in graphic chunky array. 16 ;HEIGHT (+) of bigger ball of set. 8 ;WIDTH (+) of space between balls when near. If you have four tangs this value is not consider and tha game uses the WIDT 14 ;HEIGHT (+) os space between balls when near. 3 ;VALUE (0-31) of reduction of collision mask on the x axis. If you set this value to zero the collision respects the form o 3 ;VALUE (0-31) of reduction of collision mask on the y axis. 2 ;X of distance between the next ball and the ball over pointer,this is a multiplier of WIDTH of balls. 0 ;Y of distance between the next ball and the ball over pointer,This is a multiplier of HEIGHT of balls. 20 ;Y (+) of start position of rectangular array of balls from the top of screen/window. 20 ;Y (+) of distance from the lower end of array of balls and the ball over the pointer. ; ----------- ; Controllers ; ----------- 3 ;VALUE in degrees of a movement of joystick and joypad to right. 3 ;VALUE in degrees of a movement of joystick and joypad to left. 1 ;VALUE in degrees of a movement of joystick and joypad to up. 1 ;VALUE in degrees of a movement of joystick and joypad to down. 3 ;VALUE in degrees of a movement of mouse to left and to right. 2 ;VALUE in degrees of a movement of mouse to left and to right with right mouse button pressed. 1 ;VALUE in degrees of a movement of mouse to left and to right with only right mouse button pressed. ; ----- ; Fonts ; ----- 10 ;WIDTH (+) in pixel of the bigger letter of the large font set.The bigger letter is a form of the set and this value repr 15 ;HEIGHT (+) in pixel of the bigger letter of the large font set. 9 ;WIDTH (+) in pixel of the bigger letter of the small font set. 11 ;HEIGHT (+) in pixel of the bigger letter of the small font set. 0 ;X in pixel between two letters of large font set when written. 0 ;Y in pixel between two letters of large font set when written. 0 ;X in pixel between two letters of small font set when written. 0 ;Y in pixel between two letters of small font set when written. 0 ;FLAG (0-1) if you set this to 1 you don't want to have the exact distance between letters but use the value of maximum wid ; ------- ; Columns ; ------- 10 ;WIDTH (+) of graphic chunky array that define the left column. The game will calculate with this the right column. 227 ;HEIGHT (+) of graphic chunky array taht define the left column. 10 ;WIDTH (+) of column that is out of array of balls. If it is as the WIDTH of column, the column is all out the ring.Else yo 0 ;Y (+) of start position of columns, Here you can define where columns have to be positioned from the top of screen. ; --------------- ; Game Over Limit ; --------------- 128 ;WIDTH (+) of graphic chunky rectangle of stripe that define gameover limit. 4 ;HEIGHT (+) of graphic chunky rectangle of stripe that define gameover limit. ; -------- ; Aim Line ; -------- 4 ;WIDTH (+) of graphic chunky array that define an element of aim line. 4 ;HEIGHT (+) of graphic chunky array that define an element of aim line. 1 ;NUMBER (1-255) of frames in graphic chunky array of aim line. 10 ;VALUE (0-255) of distance of the first element of aim line from the rotation center of pointer. 13 ;VALUE (0-16) that define speed of aim line elements.If you set this to zero you will have not linear movement of aim lin 13 ;VALUE (0-16) that define the distance between two elements of aim line. 20 ;NUMBER (+) of elements that define the aim line.More elements you have, slower is the speed of aim line. I advise you to 13 ;SPEED (0-16) of an element of aim line.An Other value.??? ; ---- ; Beam ; ---- 128 ;WIDTH (+) of grapich chunky array that define beam over balls. 10 ;HEIGHT (+) of graphic chunky array that define beam over balls. 4 ;VALUE (+) of lateral movement of beam that push the balls array when it tremble. ; ----- ; Timer ; ----- 16 ;WIDTH (+) of grapich chunky array that define a frame of timer. 16 ;HEIGHT (+) of grapich chunky array that define a frame of timer. 17 ;NUMBER (1-255) of frames of timer animation. ; ----- ; Clock ; ----- 45 ;WIDTH (+) of grapich chunky array that define the clock. 45 ;HEIGHT (+) of grapich chunky array that define the clock. 23 ;(+) X of rotation center that coincides with the rotating center of hand, from 0,0. 23 ;(+) Y of rotation center that coincides with the rotating center of hand, from 0,0. 1 ;FLAG (0-1) If you set 1 you have the clock respects the second, else with 0 divides the total time in 360 equal parts. 10 ;VALUE (0-360) Here you can choose how many seconds before the time finish, the clock must have written in letters, secon 0 ;FLAG (0-1) If you set this to 0 you will have the SMALL FONT (0) for the numbers over the clock, else with 1 you will have 25 ;PERCENTAGE (0-100) of screen's height that define the clock's y position. ; ------------ ; Clock's Hand ; ------------ 3 ;WIDTH (+) of grapich chunky array that define the clock's hand. 17 ;HEIGHT (+) of grapich chunky array that define the clock's hand. 2 ;(+) X of rotation center of hand in the rectangular array from 0,0. 16 ;(+) Y of rotation center of hand in the rectangular array from 0,0. 0 ;VALUE (0-255) of zoom of hand. If you use zero it has no zoom and has dimensions defined in rectangular chunky array. ; -------------- ; Cpu Explosions ; -------------- 1 ;VALUE (1-16) that influence the cpu explosions in size. 0 ;NUMBER (+) of maximum frame in cpu calculated explosion. 0 ;VALUE (+) with which you can increase the frame of cpu calculated explosion.Remeber that the frame influences the dimensio ; --------------------------- ; Graphic explosion extension ; --------------------------- 16 ;WIDTH (+) of an explosion's set frame in graphic data which defines explosion's animation. 16 ;HEIGHT (+) of an explosion's set frame in graphic data which defines explosion's animation. 0 ;X (+) from the top left corner of pixel in a single explosion frame which coincides with the left top corner of a bob's mo 0 ;Y (+) from the top left corner of pixel in a single explosion frame which coincides with the left top corner of a bob's mo 6 ;FRAMES (1-255) of animation frames. 16 ;NUMBER (+) of animation sequences done. If you have 8 bobs in your set and you have done an animation for each you have t ; -------------- ; Ball Movements ; -------------- 11 ;SPEED (1-16) of balls that you fire from your pointer. 3 ;SPEED (0-255) of movement of a ball when collides to an other ball. If you set this to zero after collision the ball will 16 ;VALUE (1-16) of speed to found collisions. If you use 16 you have the top of precision finding collisions. If you use 0 2 ;VALUE of a movement of balls from pointer. This is an other method to choose speed of balls that start from pointer.This i 8 ;SPEED (1-16) of balls that fall. 8 ;SPEED (0-255) of balls that fall and collide against other balls.If you set this to zero after collision the ball will go 1 ;VALUE of speed of falling balls. This is an other method to choose speed of falling balls that start from pointer.This is 3 ;SPEED of next ball when goes to the pointer. Represent pixels per time. 1 ;FLAG (0-1) If you use 0 you have non anim of next ball when moves to pointer.If you put 1 you have anim. Mode 0 is faster. ; ----------------- ; Task's priorities ; ----------------- ; ; Main global tasks. 126 ;TASK's PRI (-127/+127) which controls all bobs drawings. 51 ;TASK's PRI (-127/+127) which controls all objects rotations. 127 ;TASK's PRI (-127/+127) which controls all objects explosions. ; ; Player's tasks. 104 ;TASK's PRI (-127/+127) which controls all player's sub tasks and communicates with level's tasks. 105 ;TASK's PRI (-127/+127) which controls player's inputs from a remote controller (Joystick,mouse,keyboard,joypad). 106 ;TASK's PRI (-127/+127) which moves next balls to the pointer. 50 ;TASK's PRI (-127/+127) which controls aim line's drawings and movements. 35 ;TASK's PRI (-127/+127) which controls the timer's drawing. ; ; Level's tasks. 100 ;TASK's PRI (-127/+127) which controls all level's sub tasks and receives communications from players. 101 ;TASK's PRI (-127/+127) which controls dropping bobs. 102 ;TASK's PRI (-127/+127) which asynchronously explodes level's bobs. 103 ;TASK's PRI (-127/+127) which asynchronously draws level's bobs. 99 ;TASK's PRI (-127/+127) which controls beam's tremble movements. 30 ;TASK's PRI (-127/+127) which controls score counter display. 31 ;TASK's PRI (-127/+127) which controls bob's animations. ;* --------------------- ;* Frames/sec of events ;* --------------------- 142 ;VALUE (1-1000000) of frames in a second of ball movements from pointer. 142 ;VALUE (1-1000000) of frames in a second of falling balls. 20 ;VALUE (1-1000000) of frames in a second of first movement of beam. 40 ;VALUE (1-1000000) of frames in a second of second movement of beam. 33 ;VALUE (1-1000000) of frames in a second of drawing of all elements of aim line. 50 ;VALUE (1-1000000) of frames in a second of cpu and graphic explosions. 142 ;VALUE (1-1000000) of frames in a second of next ball when moves to the pointer. 500 ;VALUE (1-1000000) of frames in a second of anims of balls. 0 0 0 0 0 0 0 0 0 0 0 1 ;From here there are 50 values that determinate of which type are all balls that you have ;in the chunky rectangular array.See the docs to fill right values to determinate type of balls. ;Use only a number of values equal to balls in use. 1 1 1 1 1 1 1 1 2 3 4 5 6 7 8 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ; From now you have to insert strings of files and of menu to auto localizate its into your language. PuzzleBOBS:gfx/vix/flags/320x256/flagback_320x256x8 ;STRING of background. PuzzleBOBS:gfx/vix/flags/320x256/FlagBalls_Set1_16x240x8 ;STRING of balls. PuzzleBOBS:gfx/vix/flags/320x256/FlagColumn_10x227x8 ;STRING of column. PuzzleBOBS:gfx/vix/flags/320x256/flagbeam_128x10x8 ;STRING beam. PuzzleBOBS:gfx/vix/flags/320x256/flagfont_10x15_60x240x8 ;STRING font set small. PuzzleBOBS:gfx/vix/flags/320x256/flagpalette ;STRING palette of background. PuzzleBOBS:gfx/vix/flags/320x256/flagaim_1f_4x4x8 ;STRING aim objects. PuzzleBOBS:gfx/vix/flags/320x256/FlagLimit_128x4x8 ;STRING graphic limit of level. PuzzleBOBS:gfx/vix/flags/320x256/flagpointer_8x36c_15x54x8 0 0 PuzzleBOBS:gfx/vix/flags/320x256/flagsupport_24x9c_47x32x8 PuzzleBOBS:gfx/vix/flags/320x256/flagfont_9x11_54x176x8 ;STRING font set large. PuzzleBOBS:gfx/vix/flags/320x256/FlagsTimer_17f_16x272x8 ;STRING Timer. PuzzleBOBS:gfx/vix/flags/320x256/flagballsexpl_set1_96x240x8 ;STRING Graphic explosion data. PuzzleBOBS:gfx/vix/flags/320x256/flagclock_23x23c_45x45x8 ;STRING of clock data. PuzzleBOBS:gfx/vix/flags/320x256/flagclockhand_2x16c_3x17x8 ; ;Others backgrounds, beams, columns and palettes (strings of). ; ;11° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;12° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;13° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;14° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;15° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;16° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;17° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;18° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;19° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;10° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;11° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;12° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;13° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;14° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;15° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;16° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;17° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;18° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;19° 0 ;Background 0 ;palette 0 ;beam 0 ;columns ;20° 0 ;Background 0 ;palette 0 ;beam 0 ;columns