def attemptMoveRight(a, b):
global scrn
blk, t = getWater(a, b)
if (files.getBlockType(files.getBlock(a + 1, b)) != 2) and t == 1:
l = getWaterNum(files.getBlock(a + 1, b))
if l == 8: l = 0
if (l < 4):
files.setBlock(a, b, (getNumWater(blk - 1), 0))
files.setBlock(a + 1, b, (getNumWater(l + 1), 0))
if (a > scrn[0] and a < scrn[2]):
if (b > scrn[1] and b < scrn[3]):
gui.drawBlock(a - scrn[0], b - scrn[1], a, b)
gui.drawBlock(a - scrn[0] + 1, b - scrn[1], a + 1, b)
def checkBlock(x, y, dx, dy):
updateVars()
b = files.getBlockType(files.getBlock(x + dx, y + dy))
if (b < 2):
return False
else:
return True
def drawBlock(x, y, wx, wy):
global gfxSurface
global scale
global bgcol, lastBlockDrawn, texts, block
blk = files.getBlock(wx, wy)
if (blk != 0):
if (blk != lastBlockDrawn):
block = pygame.image.load("Prime/Content/Images/Tiles_" + str(files.getTexture(blk)) + ".png")
tx, ty = getVariation(wx, wy, blk)
db = block.subsurface(((18 * tx), (18 * ty), 16, 16))
filledRect(gfxSurface, 16 * x, 16 * y, 16, 16, (255, 255, 255, 0))
gfxSurface.blit(db, (16 * x, 16 * y))
else:
filledRect(gfxSurface, 16 * x, 16 * y, 16, 16, (255, 255, 255, 0))
def attemptReplace(x, y, rule, replace):
global width, height
tot = 0
target = 0
for a in range(-1, 2):
for b in range(-1, 2):
target = target + 1
if (x + a >= 0 and x + a <= width - 1 and y + b >= 0
and y + b <= height - 1):
if (type(rule[a + 1][b + 1]) is int):
if (rule[a + 1][b + 1] == -1):
tot = tot + 1
elif (getBlockType(x + a, y + b) == rule[a + 1][b + 1]):
tot = tot + 1
else:
if (rule[a + 1][b + 1][0] == -1
and rule[a + 1][b + 1][1] == getBlock(
x + a, y + b)):
tot = tot + 1
elif (files.getBlock(x + a, y + b) == rule[a + 1][b + 1]):
tot = tot + 1
else:
tot = tot + 1
if (tot != target):
return
if (tot == 9):
for a in range(-1, 1):
for b in range(-1, 1):
if (x + a >= 0 and x + a <= width - 1 and y + b >= 0
and y + b <= height - 1):
if (replace[a + 1][b + 1] != -1):
if (replace[a + 1][b + 1][0] == -1):
files.setBlock(x + a, y + b, (files.getBlock(
x + a, y + b), replace[a + 1][b + 1][1]))
else:
files.setBlock(x + a, y + b, replace[a + 1][b + 1])
def getVariation(wx, wy, blk):
top = files.getBlock(wx, wy - 1)
bottom = files.getBlock(wx, wy + 1)
left = files.getBlock(wx - 1, wy)
right = files.getBlock(wx + 1, wy)
topleft = files.getBlock(wx - 1, wy-1)
topright = files.getBlock(wx + 1, wy-1)
bottomleft = files.getBlock(wx - 1, wy+1)
bottomright = files.getBlock(wx + 1, wy+1)
if (blk != 2):
if (left == blk and right == blk):
if (bottom == 2):
return getCoord("A", 14)
if (left == blk and right == blk):
if (top == 2):
return getCoord("B", 14)
if (top == blk and bottom == blk):
if (right == 2):
return getCoord("C", 14)
if (top == blk and bottom == blk):
if (left == 2):
return getCoord("D", 14)
# base zone blending
if (top == blk and bottom == blk and left == blk and right == blk and bottomright == blk and topright == blk and topleft != blk and bottomleft != blk):
return getCoord("A", 11)
if (top == blk and bottom == blk and left == blk and right == blk and bottomleft == blk and topleft == blk and topright != blk and bottomright != blk):
return getCoord("A", 12)
if (top == blk and bottom == blk and left == blk and right == blk and topright == blk and topleft == blk and bottomleft == blk and bottomright == blk):
return getCoord("B", 2)
if (top == blk and bottom == blk and left == blk and right == blk and bottomright == blk and bottomleft == blk and topleft != blk and topright != blk):
return getCoord("B", 7)
if (top != blk and bottom != blk and left != blk and right != blk and bottomright != blk and topright != blk and topleft != blk and bottomleft != blk):
return getCoord("D", 10)
if (top == blk and bottom == blk and left == blk and right == blk and topright == blk and topleft == blk and bottomleft != blk and bottomright != blk):
return getCoord("C", 7)
if (top == blk and bottom == blk and right == blk):
return getCoord("A", 1)
if (left == blk and bottom == blk and right == blk):
return getCoord("A", 2)
if (top == blk and bottom == blk and left == blk):
return getCoord("A", 5)
if (left == blk and top == blk and right == blk):
return getCoord("C", 2)
if (top == blk and bottom == blk):
return getCoord("A", 6)
if (bottom == blk and right == blk):
return getCoord("D", 1)
if (bottom == blk and left == blk):
return getCoord("D", 2)
if (top == blk and right == blk):
return getCoord("E", 1)
if (top == blk and left == blk):
return getCoord("E", 2)
if (left == blk and right == blk):
return getCoord("E", 7)
if (bottom == blk):
return getCoord("A", 7)
if (right == blk):
return getCoord("A", 10)
if (left == blk):
return getCoord("A", 13)
if (top == blk):
return getCoord("D", 7)
return getCoord("D", 10)
def renderXLineChecked(x, wx):
global scrn
for b in range(0, scrn[3] - scrn[1]):
if (files.getBlock(wx, scrn[1] + b) == 0):
drawBlock(x, b, wx, scrn[1] + b)
def getWater(a, b):
blk = files.getBlock(a, b)
t = files.getBlockType(blk)
blk = getWaterNum(blk)
return blk, t
def getBlockType(x, y):
return files.getBlockType(files.getBlock(x, y))
def getBlock(x, y):
return files.getBlock(x, y)
def generateWorld():
global width, height, desert, corruption, fileName
filledRect(screen, 0, 0, 640, 480, (0, 0, 0))
width = files.getSetting(5)
height = files.getSetting(6)
fileName = "Worlds/" + randomString(8) + ".wrld"
files.setDim(width, height)
gnd = 50
desert = [50, 100]
corruption = [100, 200]
dGnd = 0
pgnd = [gnd] * width
title("Generating", 0)
title("Terraforming", 1)
for a in range(width):
progress(a / width, 1)
if (a > desert[0] and a < desert[1]):
for b in range(0, gnd):
blk = 0
files.setBlock(a, b, blk)
for b in range(gnd, height):
blk = 3
files.setBlock(a, b, blk)
elif (a > corruption[0] and a < corruption[1]):
for b in range(0, gnd):
blk = 0
files.setBlock(a, b, blk)
files.setBlock(a, gnd, 5)
for b in range(gnd + 1, height):
blk = 2
files.setBlock(a, b, blk)
else:
for b in range(0, gnd):
blk = 0
#if (random.randint(0, 100) < 10):
#blk = random.randint(4, 7)
files.setBlock(a, b, blk)
files.setBlock(a, gnd, 1)
for b in range(gnd + 1, height):
blk = 2
files.setBlock(a, b, blk)
dGnd = dGnd + random.randint(-1, 1)
if (dGnd < -1):
dGnd = -1
if (dGnd > 1):
dGnd = 1
pgnd[a] = gnd
gnd = gnd + dGnd
spwnx = random.randint(files.getSetting(4) + 1, files.getSetting(4) + 51)
spwny = 0
while (files.getBlockType(files.getBlock(spwnx, spwny)) != 2):
spwny = spwny + 1
progress(.3, 0)
title("Generating Landmarks", 1)
for i in range(random.randint(15, 35)):
chasmRadius = random.randint(3, 5)
a = random.randint(corruption[0] + chasmRadius + 2,
corruption[1] - chasmRadius - 2)
curRadius = chasmRadius
chasmDepth = random.randint(25, 50)
for y in range(pgnd[a], chasmDepth):
for x in range(a - curRadius, a + curRadius):
files.setBlock(x, y, 0)
files.setBlock(a - curRadius, y, 4)
files.setBlock(a + curRadius, y, 4)
curRadius = curRadius + random.randint(-1, 1)
if (curRadius < chasmRadius - 2):
curRadius = chasmRadius - 2
if (curRadius > chasmRadius + 2):
curRadius = chasmRadius + 2
for i in range(random.randint(100, 200)):
x = random.randint(5, width - 5)
y = random.randint(5, height - 5)
w = random.randint(3, 5)
h = random.randint(3, 5)
for a in range(-w, w + 1):
for b in range(-h, h + 1):
files.setBlock(x + a, y + b, 6)
progress(.6, 0)
progress(1, 0)
files.setSpawn(spwnx, spwny)
files.saveWorld(fileName)
files.prepareWorld(fileName)