default.nbk

Microwindows genesis was with the NanoGUI project, and is now the primary distribution for both th

# This is the default distributed NanoBreaker game description file. The early
# parts are heavily commented so it can be used as a template for writing your
# own game description files.
#
# Copyright (c) 2002 Alex Holden <[e-mail]>

# Note: Lines beginning with a hash (#) and blank lines are ignored.

# The image file to use as the background while in the title screen. If this is
# not given or the file fails to load, the background will be plain black.
TitleBackground nbbg8.png

# Whether to tile the title screen background image across the background or
# not. If you specify No, and the image is not the correct size for the area,
# it will be stretched or shrunk to fit.
TitleBackgroundTiled Yes

# The image file to use as the splash screen graphic on the title screen. This
# will be placed in the centre of the screen over the title screen background.
# If it contains alpha channel data, it will be used. If this is not given or
# the file fails to load, no screen graphic will be displayed.
TitleSplash nbsp1.png

# The image file to use as the splash screen graphic displayed when you win a
# game. It will be displayed in the centre of the screen over the current level
# screen, and if there is alpha channel information in the image it will be
# used. If this is not given or the file fails to load, no game won splash
# graphic will be displayed.
GameWonSplash nbsp2.png

# The image file to use as the splash screen graphic displayed when you lose a
# game. It will be displayed in the centre of the screen over the current level
# screen, and if there is alpha channel information in the image it will be
# used. If this is not given or the file fails to load, no game lost splash
# graphic will be displayed.
GameLostSplash nbsp3.png

# The rate to fade screens in at. The maximum allowable value is 255, but it
# wouldn't really make any sense to set it as high as that. Set it to 0 to
# disable fading screens. Doing that will significantly reduce the memory and
# CPU usage (plus fading is pointless if your display only has transparency
# capability rather than full alpha blending).
FadeRate 10

# Set the number of points gained for destroying a normal brick, one with a
# small bonus, one with a medium bonus, one with a large bonus, and one with a
# huge bonus. Also the number of points gained for collecting a power-up and
# for collecting a power-down (usually negative).
NormalPoints 1
SmallBonusPoints 5
MediumBonusPoints 25
LargeBonusPoints 150
HugeBonusPoints 1000
PowerUpPoints 20
PowerDownPoints -10

# The number of balls to start a new game with.
StartBalls 5

# The number of new balls to be given as a bonus for finishing a level.
NewLevelBalls 2

# The image to use for the ball sprite. If it contains transparency or alpha
# channel information it will be used when drawing the sprite. If the ball
# image can not be loaded, a plain blue circle will be used.
BallImage nbball1.png

# The period in milliseconds between each animation frame:
AnimatePeriod 20

# The speed to move the bat at (in pixels per animation frame) when one of the
# cursor keys is pressed down:
BatVelocity 10

# The speed to move the power-up and power-down boxes down the screen at:
PowerVelocity 4

# The speed to move the ball at (in pixels per animation frame) in normal mode,
# SlowMotion, and FastMotion modes:
SlowBallVelocity 4
NormalBallVelocity 6
FastBallVelocity 10

# The size in pixels to draw the bricks as. If the brick images are not
# actually this size, they will be scaled up or down accordingly.
BrickWidth 40
BrickHeight 20

# The following lines define bricks that will be available to any level.
# Individual levels can define their own bricks too, which will only be
# available to that level. The syntax of the line is:
# Brick <identifier> <imagefile> [flag]
# The identifier can be almost any single ASCII character (but not a space/tab),
# and is used to identify the brick when drawing the levels later. The image
# file is the name of a graphics file to use for the brick. Transparency and
# Alpha channel information in the image will be used when drawing the brick,
# although the collision detection code always treats the brick as a solid
# rectangle. The file name cannot contain spaces. If the image file fails to
# load, a solid coloured rectangle will be drawn instead. If the image is not
# the correct size, it will be scaled up or down to fit. Don't be afraid to
# create multiple bricks with the same image but different flags- the image
# cachine system ensures that each image file is only loaded once. The flag
# field is optional, and if specified is one or more letters selected from the
# list below (note that some combinations are illegal) which gives the brick
# some special property. The possible flags are:
# I = Immutable, ie. this brick can never be destroyed.
# 2 = 2 hits, ie. this brick needs to be hit twice to destroy it.
# 3 = 3 hits, ie. this brick needs to be hit three times to destroy it.
# S = small bonus, ie. destroying this brick will give a small points bonus.
# M = medium bonus.
# L = large bonus.
# H = huge bonus (only use this for really hard to get to bricks).
Brick O nbb1.png
Brick G nbb2.png
Brick Y nbb3.png
Brick P nbb4.png
Brick p nbb5.png
Brick B nbb6.png
Brick T nbb7.png
Brick R nbb9.png
Brick * nbb8.png I

# Set the game area size in bricks.
Width 15
Height 15

# The height of the bats in pixels (all three must be the same height,
# although if you want some to appear taller than others you could leave some
# blank space at the bottom of the shorter ones). If the bat images are not
# actually this height they will be scaled up or down accordingly.
BatHeight 25

# The width of each of the bats. As before, they will be scaled if necessary.
# As such you could, if you wanted, just draw one bat image and let the game
# scale it up and down to the other bat widths for you.
NormalBatWidth 60
SmallBatWidth 40
LargeBatWidth 80

# Set the image files to use for the normal, small, and large bats. Any
# transparency or alpha channel information in the image will be used when
# drawing it, although the collision detection code always treats the bat as a
# solid rectangle. If the normal bat image can't be loaded, a plain coloured
# rectangle will be used instead. If the bat images aren't the correct size,
# they will be scaled up or down as necessary. If the small and large bat
# images can't be loaded or aren't specifed, scaled versions of the normal bat
# image will be used instead.
NormalBat nbbat1.png
SmallBat nbbat2.png
LargeBat nbbat3.png

# Set the image files to use for the power-ups and power-down sprites.
# Transparency and alpha channel information will be used when drawing them.
# If they are not specified or the image could not be loaded, power-ups will
# be drawn as a green rectangle and power-downs as a red rectangle with the
# letter of the power-up or power-down printed on them. The possible power-ups
# are:
# W = WideBat (makes the bat larger).
# S = SlowMotion (makes the ball move more slowly).
# T = sTickyBat (makes the ball stick to the bat).
# P = PowerBall (makes the ball destroy multiple-hit squares in one hit)
# The power-downs are:
# N = NarrowBat (names the bat narrower).
# F = FastMotion (makes the ball move faster).
PowerSprite W nbpw.png
PowerSprite S nbps.png
PowerSprite T nbpt.png
PowerSprite P nbpp.png
PowerSprite N nbpn.png
PowerSprite F nbpf.png

# Set the amount of time that power-ups last for before they are disabled in
# seconds. Set it to 0 to make them never time out.
PowerUpTimeout 30

# Set the amount of time that power-downs last for before they are disabled in
# seconds. Set it to 0 to make them never time out.
PowerDownTimeout 20

# Cheats are useful in developing a game (and designing new levels) but if you
# don't want the ability to cheat, comment out some or all of the following
# lines.
# Type this sequence to make a solid floor underneath the bat so you won't lose
# the ball if you miss it. Type it again to turn the cheat off.
SolidFloorCheat nbsf
# Type this sequence to teleport yourself to the next level.
TeleportCheat nbtp
# Type this sequence to make the ball not bounce off bricks but travel straight
# through them, destroying them as it goes. Type it again to turn it off.
NoBounceCheat nbnb
# Type this sequence to prevent any new power-downs you catch from taking
# effect. Type it again to turn it off.
NoPowerDownCheat nbnpd
# Type this sequence to prevent power-ups from timing out. Type it again to
# turn it off.
NoPowerUpTimeoutCheat nbnputo

# Begin defining the level
BeginLevel

# This level is a gentle introduction to the game with no power-ups or
# power-downs.

# The image file to use as the background for this level.
LevelBackground nbbg2.png

# Whether to tile the level background image across the background or not.
LevelBackgroundTiled Yes

# The following lines define bricks unique to this level. They cannot have the
# same identifiers as already existing globally defined bricks, and they will
# not be accessible from other level definitions. The syntax of the command is
# the same as described above for global brick definitions.
Brick C nbb3.png 2
Brick D nbb4.png 2S

# The following lines define the placement of the bricks in the level itself.
# Each row consists of a number of brick identifiers and/or spaces (a space
# means no brick is placed in that position). If the row ends before Width
# bricks have been placed, it is assumed that the rest of the row does not have
# any bricks in it. If you define less than Height rows, then it is assumed
# that the rows at the bottom which you did not define are all blank.
BeginRows
  R R  D  R R
 C C CD DC C C
R B B RBR B B R

pPRGYBOTOBYGRPp
EndRows

# The following lines define the placement of hidden power-ups and power-downs
# in this level. They have to be hidden underneath a brick (ie. they must be
# placed in the same location as a brick) or they will never be triggered. The
# available power-ups are as defined above. The same rules for missing lines
# and columns applies as for BeginRows/EndRows.
BeginPowers
EndPowers

# Finish defining the level
EndLevel

# The rest of the levels won't be commented other than to say what the general
# idea of the level is.

BeginLevel

# This level introduces the SlowMotion, WideBat, and sTickyBat power-ups.

LevelBackground nbbg4.png
LevelBackgroundTiled Yes
Brick C nbb3.png 2S
Brick D nbb9.png 3M

BeginRows

DC CD DCD DC CD
  G  G   G  G
ppBBBTTpTTBBBpp

 pG  O   O  Gp
 GB  G   G  BG
EndRows

BeginPowers

W            S
    T
   S  W  T
EndPowers

EndLevel

BeginLevel

# This level introduces immutable bricks and the PowerBall power-up.
# It also has some hard to destroy bricks behind the immutable bricks, which
# should demonstrate how you can get rid of inconvenient immutable bricks
# using the PowerBall.

LevelBackground nbbg3.png
LevelBackgroundTiled Yes
Brick C nbb6.png 2S
Brick D nbb4.png 3M
Brick E nbb9.png 3L

BeginRows

DD TTDDEDDTT DD
     CEEEC
GGCCC*****CCCGG

RGBBGRRGRRGBBGR
R G BB G BB G R
 R G B T B G R
EndRows

BeginPowers

 P           P

    W    T
EndPowers

EndLevel

BeginLevel

# This level introduces the NarrowBat and FastMotion power-downs.

LevelBackground nbbg2.png
LevelBackgroundTiled Yes
Brick C nbb5.png 2S
Brick D nbb6.png 3M
Brick E nbb7.png 3L

BeginRows
 R C EE EE C R
  B R DDD R B
CC C*B* *B*C CC

ppppRRGGGRRpppp
ppRRRGGYGGRRRpp
EndRows

BeginPowers
 P T     W

  N  F


 N    F
EndPowers

EndLevel

BeginLevel

# This level has a huge bonus hidden under an immutable brick in the middle of
# some ordinary immutables.

LevelBackground nbbg9.png
LevelBackgroundTiled Yes
Brick C nbb5.png 2S
Brick D nbb4.png 3M
Brick ! nbb8.png IH

BeginRows

pRRppRRpRRppRRp
*  * BB!BB *  *
 CC C  C  C CC
DD   DD DD   DD
 R  pppBppp  R
   P   B   P
  p  R   R  p
GpGGGGRGRGGGGpG
EndRows

BeginPowers



 W        P  F

      PN
       T

  S
EndPowers

EndLevel

BeginLevel

# This level includes a pair of boxes made from indestructable bricks.

LevelBackground nbbg10.png

LevelBackgroundTiled Yes

Brick C nbb4.png 3M

BeginRows
***** RRR *****
*YYYY*RBR*GGGG*
*YYY*RBpBR*GGG*
*YY*RB p BR*GG*
*C*RB p p BR*C*
**RB p T p BR**
RRB p  T  p BRR
BBBBBBBBBBBBBBB
YYYYYpppppGGGGG
EndRows

BeginPowers
       S
       P
       T     P
       W
 P   P     N
   F       P
  T         W
     W  N   F
 S        T
EndPowers

EndLevel