def procObj(obj):
objname = obj.ask("name")
print "processing", objname
if obj.ask("type", "none").lower() in [
"res", "com", "ind", "cur"
]: # needs default string because of lower()
dims = obj.ask("dims", "1,1,1")
dims = dims.split(",")
if len(dims) == 2:
dims.append("1")
# dims converted to canonical form [?, ?, ?] of strings
rots = int(dims[2])
has_winter = False
max_height = 0
max_anim = 0
images = obj.ask_indexed("backimage")
# preparsing pass - find what are the features of object: seasons, animation...
for item in images: # tuples [params] = value -> (params, value)
indices = item[0].split("][")
# first and last item still have the single bracket!
if len(indices) > 0:
indices[0] = indices[0][1:]
indices[-1] = indices[-1][:-1]
# so fix them ^
if len(indices) == 6:
has_winter = indices[5] == "1" or has_winter
max_anim = max(int(indices[4]), max_anim)
max_height = max(int(indices[3]), max_height)
# now we know the numbers so we can select new image layout etc.
if max_anim > 0:
# animated?
# primary animation, secondary rotations, then snow and height
layout = 0
new_height = 1 + (max_height + 1) * rots * (
2 if has_winter else 1) # first +1 for text row
new_width = max((max_anim + 1), minwidth)
elif rots > 1:
# no anim. -> rotations?
# primary rotations, secondary snow and height
layout = 1
new_height = 1 + (max_height + 1) * (2 if has_winter else 1)
new_width = max(rots, minwidth)
else:
# no anim or rotation?
# primary climates (if any!), secondary height
layout = 2
new_height = 1 + (max_height + 1)
new_width = max((2 if has_winter else 1), minwidth)
newimage = pygame.Surface((paksize * new_width, paksize * new_height))
newimage.fill((231, 255, 255)) # background
newimage.fill(
(255, 255, 255),
(0, 0, new_width * paksize, paksize)) # description stripe
text = "name: " + obj.ask("name", "?")
surf = font.render(text, False, (0, 0, 0),
(255, 255, 255)) # black text on white
newimage.blit(surf, (10, 10))
text = "copyright: " + obj.ask("copyright", "?")
surf = font.render(text, False, (0, 0, 0),
(255, 255, 255)) # black text on white
newimage.blit(surf, (10, 10 + fntsize + 4))
cname = simutools.canonicalObjName(objname)
# blitting pass - copy the parts onto new picture
for rot in xrange(rots):
for z in xrange(
max_height + 1
): # +1 because we read maximal index, not number of them!
for t in xrange(max_anim + 1): # +1 same here
indexstr = "backimage[%i][0][0][%i][%i]" % (rot, z, t)
value = obj.ask(indexstr)
if value == None:
# failed but asking is precise, so ask again for explicit number with no winter
indexstr = "backimage[%i][0][0][%i][%i][0]" % (rot, z,
t)
value = obj.ask(indexstr)
# now it must be a string! or a mising image
if value != None:
# the good case
imgref = simutools.SimutransImgParam(value)
imgname = os.path.join(os.path.dirname(obj.srcfile),
imgref.file + ".png")
if not loadedimages.has_key(imgname):
loadedimages[imgname] = pygame.image.load(imgname)
srccoords = pygame.Rect(imgref.coords[1] * paksize, \
imgref.coords[0] * paksize, paksize, paksize) # calculate position on old image
if layout == 2:
targetcoords = [0, 1 + max_height - z]
elif layout == 1:
targetcoords = [rot, 1 + max_height - z]
else: # 0
targetcoords = [
t, 1 + (max_height - z) * (rot + 1) *
(2 if has_winter else 1)
]
imgref.coords[0] = targetcoords[1]
imgref.coords[1] = targetcoords[0]
targetcoords[0] *= paksize
targetcoords[1] *= paksize
newimage.blit(loadedimages[imgname], targetcoords,
srccoords) # copy image tile
imgref.file = cname
obj.put(indexstr, str(imgref))
else:
# say if it is mising!
print "Missing image", indexstr
if has_winter:
indexstr = "backimage[%i][0][0][%i][%i][1]" % (rot, z,
t)
value = obj.ask(indexstr)
if value != None:
imgref = simutools.SimutransImgParam(value)
imgname = os.path.join(
os.path.dirname(obj.srcfile),
imgref.file + ".png")
if not loadedimages.has_key(imgname):
loadedimages[imgname] = pygame.image.load(
imgname)
srccoords = pygame.Rect(imgref.coords[1] * paksize, \
imgref.coords[0] * paksize, paksize, paksize)
if layout == 2:
targetcoords = [1, 1 + max_height - z]
elif layout == 1:
targetcoords = [
rot, 1 + (max_height + 1) * 2 - 1 - z
]
else: # 0
targetcoords = [
t, 1 + (max_height * 2 - z) * (rot + 1) *
(2 if has_winter else 1)
]
imgref.coords[0] = targetcoords[1]
imgref.coords[1] = targetcoords[0]
targetcoords[0] *= paksize
targetcoords[1] *= paksize
newimage.blit(loadedimages[imgname], targetcoords,
srccoords)
imgref.file = cname
obj.put(indexstr, str(imgref))
else:
# misssing winter image even if winter declared
print "Missing image", indexstr
pygame.image.save(newimage, os.path.join(outdir, cname + ".png"))
f = open(os.path.join(outdir, cname + ".dat"), 'w')
for l in obj.lines:
f.write(l)
f.close()
def procObj(obj) :
objname = obj.ask("name")
print "processing", objname
if obj.ask("type", "none").lower() in ["res", "com", "ind", "cur"] : # needs default string because of lower()
dims = obj.ask("dims", "1,1,1")
dims = dims.split(",")
if len(dims) == 2 :
dims.append("1")
# dims converted to canonical form [?, ?, ?] of strings
rots = int(dims[2])
has_winter = False
max_height = 0
max_anim = 0
images = obj.ask_indexed("backimage")
# preparsing pass - find what are the features of object: seasons, animation...
for item in images : # tuples [params] = value -> (params, value)
indices = item[0].split("][")
# first and last item still have the single bracket!
if len(indices) > 0 :
indices[0] = indices[0][1:]
indices[-1] = indices[-1][:-1]
# so fix them ^
if len(indices) == 6 :
has_winter = indices[5] == "1" or has_winter
max_anim = max(int(indices[4]), max_anim)
max_height = max(int(indices[3]), max_height)
# now we know the numbers so we can select new image layout etc.
if max_anim > 0 :
# animated?
# primary animation, secondary rotations, then snow and height
layout = 0
new_height = 1 + (max_height + 1) * rots * (2 if has_winter else 1) # first +1 for text row
new_width = max((max_anim + 1), minwidth)
elif rots > 1 :
# no anim. -> rotations?
# primary rotations, secondary snow and height
layout = 1
new_height = 1 + (max_height + 1) * (2 if has_winter else 1)
new_width = max(rots, minwidth)
else :
# no anim or rotation?
# primary climates (if any!), secondary height
layout = 2
new_height = 1 + (max_height + 1)
new_width = max((2 if has_winter else 1), minwidth)
newimage = pygame.Surface((paksize * new_width, paksize * new_height))
newimage.fill((231,255,255)) # background
newimage.fill((255,255,255), (0, 0, new_width * paksize, paksize)) # description stripe
text = "name: " + obj.ask("name", "?")
surf = font.render(text, False, (0,0,0), (255,255,255)) # black text on white
newimage.blit(surf, (10, 10))
text = "copyright: " + obj.ask("copyright", "?")
surf = font.render(text, False, (0,0,0), (255,255,255)) # black text on white
newimage.blit(surf, (10, 10 + fntsize + 4))
cname = simutools.canonicalObjName(objname)
# blitting pass - copy the parts onto new picture
for rot in xrange(rots) :
for z in xrange(max_height + 1) : # +1 because we read maximal index, not number of them!
for t in xrange(max_anim + 1) : # +1 same here
indexstr = "backimage[%i][0][0][%i][%i]" % (rot, z, t)
value = obj.ask(indexstr)
if value == None :
# failed but asking is precise, so ask again for explicit number with no winter
indexstr = "backimage[%i][0][0][%i][%i][0]" % (rot, z, t)
value = obj.ask(indexstr)
# now it must be a string! or a mising image
if value != None :
# the good case
imgref = simutools.SimutransImgParam(value)
imgname = os.path.join(os.path.dirname(obj.srcfile), imgref.file + ".png")
if not loadedimages.has_key(imgname) :
loadedimages[imgname] = pygame.image.load(imgname)
srccoords = pygame.Rect(imgref.coords[1] * paksize, \
imgref.coords[0] * paksize, paksize, paksize) # calculate position on old image
if layout == 2 :
targetcoords = [0, 1 + max_height - z]
elif layout == 1 :
targetcoords = [rot, 1 + max_height - z]
else : # 0
targetcoords = [t, 1 + (max_height - z) * (rot + 1) * (2 if has_winter else 1)]
imgref.coords[0] = targetcoords[1]; imgref.coords[1] = targetcoords[0]
targetcoords[0] *= paksize; targetcoords[1] *= paksize
newimage.blit(loadedimages[imgname], targetcoords, srccoords) # copy image tile
imgref.file = cname
obj.put(indexstr, str(imgref))
else :
# say if it is mising!
print "Missing image", indexstr
if has_winter :
indexstr = "backimage[%i][0][0][%i][%i][1]" % (rot, z, t)
value = obj.ask(indexstr)
if value != None :
imgref = simutools.SimutransImgParam(value)
imgname = os.path.join(os.path.dirname(obj.srcfile), imgref.file + ".png")
if not loadedimages.has_key(imgname) :
loadedimages[imgname] = pygame.image.load(imgname)
srccoords = pygame.Rect(imgref.coords[1] * paksize, \
imgref.coords[0] * paksize, paksize, paksize)
if layout == 2 :
targetcoords = [1, 1 + max_height - z]
elif layout == 1 :
targetcoords = [rot, 1 + (max_height + 1) * 2 - 1 - z]
else : # 0
targetcoords = [t, 1 + (max_height * 2 - z) * (rot + 1) * (2 if has_winter else 1)]
imgref.coords[0] = targetcoords[1]; imgref.coords[1] = targetcoords[0]
targetcoords[0] *= paksize; targetcoords[1] *= paksize
newimage.blit(loadedimages[imgname], targetcoords, srccoords)
imgref.file = cname
obj.put(indexstr, str(imgref))
else :
# misssing winter image even if winter declared
print "Missing image", indexstr
pygame.image.save(newimage, os.path.join(outdir, cname + ".png"))
f = open(os.path.join(outdir, cname + ".dat"), 'w')
for l in obj.lines :
f.write(l)
f.close()
def procObj(obj) :
objname = obj.ask("name")
print("processing", objname)
num_freights = len(obj.ask_indexed("freightimagetype")) # we don't need them, just numbers
emptyimages = obj.ask_indexed("emptyimage")
freightimages = obj.ask_indexed("freightimage")
if len(emptyimages) < 1 :
raise Exception("no images!")
rows = 1 + 1 + max([num_freights, int(len(freightimages) > 0), 0])
# description + empty + max(variable freights, 1|0 for freightimages present, 0)
text_step = fntsize
newimage = pygame.Surface((outsize * 8, outsize * rows)) #(w,h)
newimage.fill((231,255,255)) # background
newimage.fill((255,255,255), (0, 0, 8 * outsize, outsize)) # description stripe is white
text = "name: " + obj.ask("name", "?")
surf = font.render(text, False, (0,0,0), (255,255,255)) # black text on white
newimage.blit(surf, (10, 10 + 0 * text_step))
text = "copyright: " + obj.ask("copyright", "?")
surf = font.render(text, False, (0,0,0), (255,255,255)) # black text on white
newimage.blit(surf, (10, 10 + 1 * text_step))
text = "timeline: %s - %s" % (obj.ask("intro_year", "*"), obj.ask("retire_year", "*"))
surf = font.render(text, False, (0,0,0), (255,255,255)) # black text on white
newimage.blit(surf, (10, 10 + 2 * text_step))
text = "stats: %s km/h, %s kW, %s/16 tile" % (obj.ask("speed", "???"), obj.ask("power", "0"), obj.ask("length", "8 (default)"))
surf = font.render(text, False, (0,0,0), (255,255,255)) # black text on white
newimage.blit(surf, (10, 10 + 3 * text_step))
text = "cargo: %s %s" % (obj.ask("payload", "0"), obj.ask("freight", "None"))
surf = font.render(text, False, (0,0,0), (255,255,255)) # black text on white
newimage.blit(surf, (10, 10 + 4 * text_step))
img_name = simutools.canonicalObjName(objname)
for i in range(len(dirs)) :
indexstr = "emptyimage[%s]" % (dirs[i])
targetcoords = [i, 1] # always second row
transferImageTile(obj, indexstr, newimage, targetcoords, img_name)
if (num_freights > 0) :
# more image sets
for cargo in range(num_freights) :
for i in range(len(dirs)) :
indexstr = "freightimage[%i][%s]" % (cargo, dirs[i])
targetcoords = [i, 2 + cargo] # starting at third row
transferImageTile(obj, indexstr, newimage, targetcoords, img_name)
elif (len(freightimages) > 0) :
# single cargo image set
for i in range(len(dirs)) :
indexstr = "freightimage[%s]" % (dirs[i])
targetcoords = [i, 2] # always third row
transferImageTile(obj, indexstr, newimage, targetcoords, img_name)
pygame.image.save(newimage, os.path.join(outdir, img_name + ".png"))
f = open(os.path.join(outdir, img_name + ".dat"), 'w')
for l in obj.lines :
f.write(l)
f.close()
def procObj(obj) :
objname = obj.ask("name")
cname = simutools.canonicalObjName(objname)
images = []
for param in simutools.ImageParameterNames :
images += map(lambda i: (param, i[0], i[1]), obj.ask_indexed(param))
for param in simutools.SingleImageParameterNames :
value = obj.ask(param)
if value :
images.append((param, "", value))
newimage = pygame.Surface((paksize, paksize))
newimage.fill((231,255,255)) # background
for i in range(len(images)) :
key, indices, raw_ref = images[i]
imgref = simutools.SimutransImgParam(raw_ref)
if not imgref.isEmpty() :
imgname = os.path.normpath(os.path.join(os.path.dirname(obj.srcfile), imgref.file + ".png"))
if not imgname in loadedimages :
loadedimages[imgname] = pygame.image.load(imgname)
srccoords_px = pygame.Rect(imgref.coords[1] * paksize, \
imgref.coords[0] * paksize, paksize, paksize) # calculate position on old image
newimage.blit(loadedimages[imgname], (0,0), srccoords_px) # copy image tile
off_x, off_y = imgref.offset
off_x, off_y = -off_x, -off_y
changed = True
save = False
while True :
pygame.time.wait(50)
pygame.event.pump()
keys = pygame.key.get_pressed()
if keys[pygame.K_SPACE] or keys[pygame.K_ESCAPE] :
pygame.time.wait(500)
break
elif keys[pygame.K_RETURN] :
pygame.time.wait(500)
save = True
break
elif keys[pygame.K_LEFT] :
off_x = off_x - 1
changed = True
elif keys[pygame.K_RIGHT] :
off_x = off_x + 1
changed = True
elif keys[pygame.K_UP] :
off_y = off_y - 1
changed = True
elif keys[pygame.K_DOWN] :
off_y = off_y + 1
changed = True
elif pygame.mouse.get_pressed()[0] :
mx, my = pygame.mouse.get_pos()
off_x = mx - 100 - paksize / 2
off_y = my - 100 - (paksize * 3) / 4
changed = True
if changed :
screen.fill((0,0,0))
screen.blit(newimage, (100,100))
screen.blit(cursor, (100 + off_x, 100 + off_y), newimage.get_bounding_rect())
pygame.display.flip()
changed = False
if save :
imgref.offset = -off_x, -off_y
obj.put(key + indices, str(imgref))
f = open(os.path.join(outdir, cname + ".dat"), 'w')
for l in obj.lines :
f.write(l)
f.close()
def procObj(obj):
objname = obj.ask("name")
print("processing", objname)
num_freights = len(obj.ask_indexed(
"freightimagetype")) # we don't need them, just numbers
emptyimages = obj.ask_indexed("emptyimage")
freightimages = obj.ask_indexed("freightimage")
if len(emptyimages) < 1:
raise Exception("no images!")
rows = 1 + 1 + max([num_freights, int(len(freightimages) > 0), 0])
# description + empty + max(variable freights, 1|0 for freightimages present, 0)
text_step = fntsize
newimage = pygame.Surface((outsize * 8, outsize * rows)) #(w,h)
newimage.fill((231, 255, 255)) # background
newimage.fill((255, 255, 255),
(0, 0, 8 * outsize, outsize)) # description stripe is white
text = "name: " + obj.ask("name", "?")
surf = font.render(text, False, (0, 0, 0),
(255, 255, 255)) # black text on white
newimage.blit(surf, (10, 10 + 0 * text_step))
text = "copyright: " + obj.ask("copyright", "?")
surf = font.render(text, False, (0, 0, 0),
(255, 255, 255)) # black text on white
newimage.blit(surf, (10, 10 + 1 * text_step))
text = "timeline: %s - %s" % (obj.ask("intro_year",
"*"), obj.ask("retire_year", "*"))
surf = font.render(text, False, (0, 0, 0),
(255, 255, 255)) # black text on white
newimage.blit(surf, (10, 10 + 2 * text_step))
text = "stats: %s km/h, %s kW, %s/16 tile" % (obj.ask(
"speed", "???"), obj.ask("power", "0"), obj.ask(
"length", "8 (default)"))
surf = font.render(text, False, (0, 0, 0),
(255, 255, 255)) # black text on white
newimage.blit(surf, (10, 10 + 3 * text_step))
text = "cargo: %s %s" % (obj.ask("payload",
"0"), obj.ask("freight", "None"))
surf = font.render(text, False, (0, 0, 0),
(255, 255, 255)) # black text on white
newimage.blit(surf, (10, 10 + 4 * text_step))
img_name = simutools.canonicalObjName(objname)
for i in range(len(dirs)):
indexstr = "emptyimage[%s]" % (dirs[i])
targetcoords = [i, 1] # always second row
transferImageTile(obj, indexstr, newimage, targetcoords, img_name)
if (num_freights > 0):
# more image sets
for cargo in range(num_freights):
for i in range(len(dirs)):
indexstr = "freightimage[%i][%s]" % (cargo, dirs[i])
targetcoords = [i, 2 + cargo] # starting at third row
transferImageTile(obj, indexstr, newimage, targetcoords,
img_name)
elif (len(freightimages) > 0):
# single cargo image set
for i in range(len(dirs)):
indexstr = "freightimage[%s]" % (dirs[i])
targetcoords = [i, 2] # always third row
transferImageTile(obj, indexstr, newimage, targetcoords, img_name)
pygame.image.save(newimage, os.path.join(outdir, img_name + ".png"))
f = open(os.path.join(outdir, img_name + ".dat"), 'w')
for l in obj.lines:
f.write(l)
f.close()
def generate_vehicles() :
waytypes = ["all", "road", "track", "water", "tram_track", "air", "maglev_track", "monorail_track", "narrowgauge_track"] #!!!!
goods = ["all"] + list(goods_types)
wtg_table = list(product(waytypes, goods)) # list of tuples (wt,gt)
main_params = ["icon", "name", "waytype", "speed", "power", "freight", "payload", "cost", "runningcost", "intro_year", "retire_year"] #!!!!
heads = ["<th>%s</th>" % _(p) for p in main_params]
heads[0] = """<th class="sorttable_nosort">image</th>"""
table_header = """<thead>%s</thead>""" % ("".join(heads))
vehicles = {}
for wtg in wtg_table :
vehicles[wtg] = [[], 0, "", ""] # objects, file handle, html nav, subfolder nav (reused by individual files!)
name_table = {} # name:obj, for checking constraints
# categorize and count stuff
for obj in Items["vehicle"] :
obj.put("goods", goods_table[obj.ask("freight", "None")]) # exchange goods for their categories where applicable
name = obj.ask("name")
obj.cname = simutools.canonicalObjName(name)
obj.fname = "%s.html" % obj.cname
obj.iconname = "%s_icon.%s" % (obj.cname, imgformat)
wt = obj.ask("waytype")
gt = obj.ask("goods", "None")
vehicles[(wt,gt)][0].append(obj)
vehicles[("all",gt)][0].append(obj)
vehicles[(wt,"all")][0].append(obj)
vehicles[("all","all")][0].append(obj)
name_table[name] = obj
# overview html files - generate navigations, open files etc
for wtg in wtg_table :
wt,gt = wtg # unpack tuple into vars
links = ["""<a href="vehicles_wt_%s_gt_%s.html">%s (%d)</a>""" % (iwt, gt, _(iwt), len(vehicles[(iwt,gt)][0])) for iwt in waytypes]
veh_wt_nav = """<p class="nav">waytypes: [ """ + " | ".join(links) + """ ]</p>\n"""
links = ["""<a href="vehicles_wt_%s_gt_%s.html">%s (%d)</a>""" % (wt, igt, _(igt), len(vehicles[(wt,igt)][0])) for igt in goods]
veh_g_nav = """<p class="nav">goods: [ """ + " | ".join(links) + """ ]</p>\n"""
veh_nav_help = """<p class="nav">(Clicking changes way or goods type, keeping the other as curently selected.)</p>\n"""
veh_nav = veh_wt_nav + veh_g_nav + veh_nav_help
links = ["""<a href="../vehicles_wt_%s_gt_%s.html">%s (%d)</a>""" % (iwt, gt, _(iwt), len(vehicles[(iwt,gt)][0])) for iwt in waytypes]
sub_wt_nav = """<p class="nav">waytypes: [ """ + " | ".join(links) + """ ]</p>\n"""
links = ["""<a href="../vehicles_wt_%s_gt_%s.html">%s (%d)</a>""" % (wt, igt, _(igt), len(vehicles[(wt,igt)][0])) for igt in goods]
sub_g_nav = """<p class="nav">goods: [ """ + " | ".join(links) + """ ]</p>\n"""
sub_nav = sub_wt_nav + sub_g_nav
f = open(local_filename("vehicles_wt_%s_gt_%s.html" % (wt,gt)), 'w')
f.write(html_start("Vehicle overview - %s, %s" % (_(wt),_(gt))))
f.write(veh_nav)
f.write(html_h1("Vehicle overview - %s, %s" % (_(wt),_(gt))))
f.write("""<table class="sortable">\n""")
f.write(table_header)
vehicles[wtg][1] = f
vehicles[wtg][2] = veh_nav
vehicles[wtg][3] = sub_nav
for obj in Items["vehicle"] :
name = obj.ask("name")
f = open(local_filename(obj.fname, "vehicles"), 'w')
f.write(html_start(_(name), 1))
# navigations - need way and goods type
wt = obj.ask("waytype")
gt = obj.ask("goods", "None")
f.write(vehicles[(wt,gt)][3])
f.write(html_h1(_(name)))
# icon
icon = compose_vehicle_icon(obj)
pygame.image.save(icon, local_filename(obj.iconname, "vehicles"))
# image
mainimage = compose_vehicle_image(obj)
imagename = "image_vehicle_%s.%s" % (obj.cname, imgformat)
pygame.image.save(mainimage, local_filename(imagename, "vehicles"))
f.write(html_img(imagename))
# output to own file
params = {}
detail_params = main_params + ["intro_month", "retire_month", "engine_type", "weight", "gear"] #!!!!
for param in detail_params :
params[param] = obj.ask(param, "-")
params["icon"] = """<img src="%s" />""" % (obj.iconname)
f.write(html_deflist(params))
# constraints
f.write(html_h2("Constraints"))
f.write("""<table class="constraints">\n<thead><th>prev</th><th>this</th><th>next</th></thead>\n""")
constr = obj.ask_indexed("constraint")
prev = []
next = []
this = [name]
for c in constr :
if (c[1].lower() != "none") and (c[1] not in name_table.keys()) :
print(" invalid constraint: %s, %s=%s" % (name, c[0], c[1]))
break
if c[0][:6] == "[prev]" :
prev.append(c[1])
elif c[0][:6] == "[next]" :
next.append(c[1])
# here, logic gets tricky because the axis of lists is orthogonal to order of writing the html table
# so make all lists same length into a "fake 2d array" spanning the 3, then "iterate sideways" across them
# resulting table has always full side columns and the middle has only first cell with rowspan
total_rows = max(len(prev), len(next), 1)
prev += [""]*(total_rows - len(prev)) # padding at ends
this += [""]*(total_rows - len(this))
next += [""]*(total_rows - len(next))
for i in range(total_rows) :
p = prev[i]
t = this[i]
n = next[i]
if p == "" :
p = "<td></td>"
elif p == "none" :
p = "<td>(start of convoy)</td>"
else :
pc = simutools.canonicalObjName(p)
p = """<td><a href="%s.html"><img src="%s_icon.%s" title="%s" /></a></td>""" % (pc, pc, imgformat, _(p))
if t != "" :
t = """<td rowspan="%d" class="this"><img src="%s" title="%s" /></td>""" % (total_rows, obj.iconname, _(name))
# special - has rowspan, centers etc.
if n == "" :
n = "<td></td>"
elif n == "none" :
n = "<td>(end of convoy)</td>"
else :
nc = simutools.canonicalObjName(n)
n = """<td><a href="%s.html"><img src="%s_icon.%s" title="%s" /></a></td>""" % (nc, nc, imgformat, _(n))
f.write("""<tr>%s%s%s</tr>\n""" % (p,t,n))
f.write("</table>\n")
# output to overviews
params["icon"] = """<a href="vehicles/%s"><img src="vehicles/%s" /></a>""" % (obj.fname, obj.iconname)
params["name"] = """<a href="vehicles/%s">%s</a>""" % (obj.fname, _(name))
table_cells = ["<td>%s</td>" % _(params[p]) for p in main_params]
table_line = "<tr>" + "".join(table_cells) + "</tr>\n"
for spec in [(wt,gt), (wt, "all"), ("all",gt), ("all","all")] :
vehicles[spec][1].write(table_line)
# finalize own file
f.write(html_end())
f.close()
for wtg in wtg_table :
f = vehicles[wtg][1]
f.write("</table>\n")
f.write(html_end())
f.close()
def procObj(obj) :
objname = obj.ask("name")
objkind = obj.ask("obj")
cname = simutools.canonicalObjName(objname)
if use_obj_kind_prefix :
cname = "%s,%s" % (cname, objkind)
print("processing", objname)
images = []
for param in simutools.ImageParameterNames :
images += map(lambda i: (param, i[0], i[1]), obj.ask_indexed(param))
for param in simutools.SingleImageParameterNames :
value = obj.ask(param)
if value :
images.append((param, "", value))
total_length_px = len(images) * paksize
max_width_px = 1024.0
min_width_px = 384.0 # both fixed, based on common screen and text
new_width_px = max(min(total_length_px, max_width_px), min_width_px) # restrict to range
new_width = int(float(new_width_px) / paksize)
new_height = math.ceil(len(images) / float(new_width)) + 1
newimage = pygame.Surface((paksize * new_width, paksize * new_height))
newimage.fill((231,255,255)) # background
newimage.fill((255,255,255), (0, 0, new_width * paksize, paksize)) # description stripe
text = "name: " + objname
surf = font.render(text, False, (0,0,0), (255,255,255)) # black text on white
newimage.blit(surf, (10, 10))
text = "copyright: " + obj.ask("copyright", "?", False)
surf = font.render(text, False, (0,0,0), (255,255,255))
newimage.blit(surf, (10, 10 + fntsize + 4))
type = obj.ask("type", "?")
if type != "?" :
text = "obj: %s ; type: %s" % (objkind, type)
else :
text = "obj: %s" % objkind
surf = font.render(text, False, (0,0,0), (255,255,255))
newimage.blit(surf, (10, 10 + 2 * (fntsize + 4)))
text = "timeline: %s - %s" % (obj.ask("intro_year", "*"), obj.ask("retire_year", "*"))
surf = font.render(text, False, (0,0,0), (255,255,255))
newimage.blit(surf, (10, 10 + 3 * (fntsize + 4)))
targetcoords = [0, 1]
for i in range(len(images)) :
kind, indices, imgref = images[i]
imgref = simutools.SimutransImgParam(imgref)
if not imgref.isEmpty() :
imgname = os.path.normpath(os.path.join(os.path.dirname(obj.srcfile), imgref.file + ".png"))
if not imgname in loadedimages :
loadedimages[imgname] = pygame.image.load(imgname)
srccoords_px = pygame.Rect(imgref.coords[1] * paksize, \
imgref.coords[0] * paksize, paksize, paksize) # calculate position on old image
imgref.coords[0] = targetcoords[1]; imgref.coords[1] = targetcoords[0]
targetcoords_px = [x * paksize for x in targetcoords]
newimage.blit(loadedimages[imgname], targetcoords_px, srccoords_px) # copy image tile
imgref.file = cname
obj.put(kind + indices, str(imgref))
targetcoords[0] += 1
if targetcoords[0] >= new_width :
targetcoords[0] = 0
targetcoords[1] += 1
pygame.image.save(newimage, os.path.join(outdir, cname + ".png"))
f = open(os.path.join(outdir, cname + ".dat"), 'w')
for l in obj.lines :
f.write(l)
f.close()
def generate_stations() :
waytypes = {"extension":[], "road":[], "track":[], "water":[], "tram_track":[], "air":[], "maglev_track":[], "monorail_track":[], "narrowgauge_track":[]} #!!!!
for obj in Items["station"] :
name = obj.ask("name")
type = obj.ask("type", "")
if type == "extension" :
obj.put("waytype", "extension")
elif type == "habour" :
obj.put("waytype", "water")
wt = obj.ask("waytype", "extension").lower()
waytypes[wt].append(obj)
obj.cname = simutools.canonicalObjName(name)
obj.fname = "%s.html" % obj.cname
obj.iconname = "%s_icon.%s" % (obj.cname, imgformat)
enables = ""
pax = bool(int(obj.ask("enables_pax", "0")))
mail = bool(int(obj.ask("enables_post", "0")))
cargo = bool(int(obj.ask("enables_ware", "0")))
if pax :
enables += ", pax"
if mail :
enables += ", mail"
if cargo :
enables += ", cargo"
if enables :
enables = enables[2:]
else :
enables = "-"
obj.put("enables", enables)
# navigation links, need counts
links = ["""<a href="stations_%s.html">%s (%d)</a>""" % (type,_(type),len(objs)) for type,objs in waytypes.items()]
links.insert(0, """<a href="stations_all.html">all (%d)</a>""" % len(Items["station"]))
stat_nav = """<p class="nav">waytypes: [ %s ]</p>\n""" % (" | ".join(links))
# generate total overview
main_params = ["icon", "name", "waytype", "enables", "level", "intro", "retire"] #!!!!
mainf = open(local_filename("stations_all.html"), 'w')
mainf.write(html_start("Station overview - all types"))
mainf.write(stat_nav)
mainf.write(html_h1("Station overview - all types"))
heads = ["""<th>%s</th>""" % _(p) for p in main_params]
heads[0] = """<th class="sorttable_nosort">icon</th>"""
mainf.write("""<table class="sortable">\n<thead>%s</thead>\n""" % "".join(heads))
# init local overviews
loc_f = {}
for wt in waytypes.keys() :
f = open(local_filename("stations_%s.html" % wt), 'w')
name = "Station overview - %s" % _(wt)
f.write(html_start(name))
f.write(stat_nav)
f.write(html_h1(name))
f.write("""<table class="sortable">\n<thead>%s</thead>\n""" % "".join(heads))
loc_f[wt] = f
# navigation links again
links = ["""<a href="../stations_%s.html">%s (%d)</a>""" % (type,_(type),len(objs)) for type,objs in waytypes.items()]
links.insert(0, """<a href="../stations_all.html">all (%d)</a>""" % len(Items["station"]))
stat_nav = """<p class="nav">waytypes: [ %s ]</p>\n""" % (" | ".join(links))
# generate individual objects
for obj in Items["station"] :
name = obj.ask("name")
# icon
icon = compose_building_icon(obj)
pygame.image.save(icon, local_filename(obj.iconname, "stations"))
# image composed from overlaid backimages and frontimages and icon
mainimage = compose_building_image(obj)
imagename = "%s_image.%s" % (obj.cname, imgformat)
pygame.image.save(mainimage, local_filename(imagename, "stations"))
# prepare values
params = {}
params["icon"] = """<a href="stations/%s"><img src="stations/%s" /></a>""" % (obj.fname, obj.iconname)
params["name"] = """<a href="stations/%s">%s</a>""" % (obj.fname, _(name))
params["waytype"] = obj.ask("waytype", "none")
params["enables"] = obj.ask("enables", "-")
params["level"] = obj.ask("level", "-")
intro_month = int(obj.ask("intro_month", "1"))
intro_year = int(obj.ask("intro_year", "-1"))
params["intro"] = "%s %d" % (MONTHS[intro_month], intro_year) if intro_year>-1 else "-"
intro_sort = "%d+%s" % (intro_year, intro_month)
retire_month = int(obj.ask("retire_month", "1"))
retire_year = int(obj.ask("retire_year", "-1"))
params["retire"] = "%s %d" % (MONTHS[retire_month], retire_year) if retire_year>-1 else "-"
retire_sort = "%d+%s" % (retire_year, retire_month)
# output to overviews
table_cells = ["<td>%s</td>" % _(params[p]) for p in main_params]
table_line = """<tr>%s</tr>\n""" % "".join(table_cells)
mainf.write(table_line)
loc_f[params["waytype"]].write(table_line)
# prepare values for writing own file
if intro_year > -1 :
if retire_year > -1 :
# both dates set
timeline = params["intro"] + " - " + params["retire"]
else :
# only intro
timeline = "since " + params["intro"]
else :
if retire_year > -1 :
# only retire
timeline = "until " + params["retire"]
else :
# no timeline
timeline = "always available"
# output to own file
f = open(local_filename(obj.fname, "stations"), 'w')
f.write(html_start(_(name), 1))
f.write(stat_nav)
f.write(html_h1(_(name)))
f.write(html_img(imagename))
f.write("""<table class="parameters"><tbody>\n""")
f.write("<tr><td>internal name</td><td>%s</td></tr>" % name)
f.write("<tr><td>%s</td><td>%s</td></tr>" % (_("waytype"), _(params["waytype"])))
f.write("<tr><td>type</td><td>%s</td></tr>" % _(type))
f.write("<tr><td>%s</td><td>%s</td></tr>" % (_("enables"), _(params["enables"])))
f.write("<tr><td>%s</td><td>%s</td></tr>" % (_("level"), params["level"]))
f.write("<tr><td>timeline</td><td>%s</td></tr>" % timeline)
f.write("</tbody></table>\n")
f.write(html_end())
f.close()
mainf.write("</table>\n")
mainf.write(html_end())
mainf.close()
for wt in waytypes.keys() :
f = loc_f[wt]
f.write("</table>\n")
f.write(html_end())
f.close()
def generate_ways() :
waytypes = {"road":[], "track":[], "water":[], "tram_track":[], "air":[], "maglev_track":[], "monorail_track":[], "narrowgauge_track":[], "power":[]} #!!!!
all_ways = Items["way"]+Items["bridge"]+Items["tunnel"]
# preprocessing - sort into types, graphics etc.
for obj in all_ways :
waytypes[obj.ask("waytype")].append(obj)
obj.cname = simutools.canonicalObjName(obj.ask("name"))
obj.fname = "%s.html" % obj.cname
obj.iconname = "%s_icon.%s" % (obj.cname, imgformat)
# navigation links, need counts
links = ["""<a href="ways_%s.html">%s (%d)</a>""" % (type,_(type),len(objs)) for type,objs in waytypes.items()]
links.insert(0, """<a href="ways_all.html">all (%d)</a>""" % len(all_ways))
way_nav = """<p class="nav">Waytypes: [ %s ]</p>\n""" % (" | ".join(links))
# generate total overview
main_params = ["icon", "name", "waytype", "topspeed", "cost", "maintenance", "intro", "retire"] #!!!!
mainf = open(local_filename("ways_all.html"), 'w')
mainf.write(html_start("Way overview, all types", 0, "way"))
mainf.write(way_nav)
mainf.write(html_h1("Way overview, all types"))
heads = ["<th>%s</th>" % _(p) for p in main_params]
heads[0] = """<th class="sorttable_nosort">icon</th>"""
mainf.write("""<table class="sortable">\n<thead>%s</thead>\n""" % "".join(heads))
# init specific overviews
loc_f = {}
for wt in waytypes.keys() :
f = open(local_filename("ways_%s.html" % wt), 'w')
f.write(html_start("Way overview - %s" % wt))
f.write(way_nav)
f.write(html_h1("Way overview - %s" % wt))
f.write("""<table class="sortable">\n<thead>""")
f.write("".join(heads) + "\n")
f.write("</thead>\n")
loc_f[wt] = f
# navigation again - retarget links (now in subfolder)
links = ["""<a href="../ways_%s.html">%s (%d)</a>""" % (type,_(type),len(objs)) for type,objs in waytypes.items()]
links.insert(0, """<a href="../ways_all.html">all (%d)</a>""" % len(all_ways))
way_nav = """<p class="nav">Waytypes: [ %s ]</p>\n""" % (" | ".join(links))
# generate individual objects
for obj in all_ways :
name = obj.ask("name")
# icon
icon = compose_way_icon(obj)
pygame.image.save(icon, local_filename(obj.iconname, "ways"))
# image composed from overlaid backimage and frontimage and icon
mainimage = compose_way_image(obj)
imagename = "%s_image.%s" % (obj.cname, imgformat)
pygame.image.save(mainimage, local_filename(imagename, "ways"))
# prepare values
params = {}
params["icon"] = html_img(obj.iconname)
params["name"] = name
params["waytype"] = obj.ask("waytype", "-")
params["topspeed"] = obj.ask("topspeed", "-")
params["cost"] = obj.ask("cost", "-")
params["maintenance"] = obj.ask("maintenance", "-")
intro_month = int(obj.ask("intro_month", "1"))
intro_year = int(obj.ask("intro_year", "-1"))
params["intro"] = "%s %d" % (MONTHS[intro_month], intro_year) if intro_year>-1 else "-"
intro_sort = "%d+%s" % (intro_year, intro_month)
retire_month = int(obj.ask("retire_month", "1"))
retire_year = int(obj.ask("retire_year", "-1"))
params["retire"] = "%s %d" % (MONTHS[retire_month], retire_year) if retire_year>-1 else "-"
retire_sort = "%d+%s" % (retire_year, retire_month)
# output to overviews
params["icon"] = """<a href="ways/%s"><img src="ways/%s" /></a>""" % (obj.fname, obj.iconname)
params["name"] = """<a href="ways/%s">%s</a>""" % (obj.fname, _(name))
table_cells = ["<td>%s</td>" % _(params[p]) for p in main_params]
table_line = """<tr>%s</tr>\n""" % "".join(table_cells)
mainf.write(table_line)
loc_f[params["waytype"]].write(table_line)
# prepare values for writing own file
type = obj.ask("obj")
if type=="way" and obj.ask("system_type")=="1" :
type = "elevated"
if intro_year > -1 :
if retire_year > -1 :
# both dates set
timeline = params["intro"] + " - " + params["retire"]
else :
# only intro
timeline = "since " + params["intro"]
else :
if retire_year > -1 :
# only retire
timeline = "until " + params["retire"]
else :
# no timeline
timeline = "always available"
# output to own file
f = open(local_filename(obj.fname, "ways"), 'w')
f.write(html_start(_(name), 1))
f.write(way_nav)
f.write(html_h1(_(name)))
f.write(html_img(imagename))
f.write("""<table class="parameters"><tbody>\n""")
f.write("<tr><td>internal name</td><td>%s</td></tr>" % name)
f.write("<tr><td>%s</td><td>%s</td></tr>" % (_("waytype"), _(params["waytype"])))
f.write("<tr><td>type</td><td>%s</td></tr>" % _(type))
f.write("<tr><td>%s</td><td>%s</td></tr>" % (_("topspeed"), _(params["topspeed"])))
f.write("<tr><td>%s</td><td>%s</td></tr>" % (_("cost"), params["cost"]))
f.write("<tr><td>%s</td><td>%s</td></tr>" % (_("maintenance"), params["maintenance"]))
f.write("<tr><td>timeline</td><td>%s</td></tr>" % timeline)
f.write("</tbody></table>\n")
f.write(html_end())
f.close()
mainf.write("</table>\n")
mainf.write(html_end())
mainf.close()
for wt in waytypes.keys() :
f = loc_f[wt]
f.write("</table>\n")
f.write(html_end())
f.close()
def procObj(obj) :
objname = obj.ask("name")
print("processing", objname)
if obj.ask("type", "none").lower() in ["res", "com", "ind", "cur"] : # needs default string because of lower()
images = obj.ask_indexed("backimage")
total_length_px = len(images) * paksize
max_width_px = 1024.0
min_width_px = 384.0 # both fixed, based on common screen and text
new_width_px = max(min(total_length_px, max_width_px), min_width_px) # restrict to range
new_width = int(float(new_width_px) / paksize)
new_height = math.ceil(len(images) / float(new_width)) + 1
newimage = pygame.Surface((paksize * new_width, paksize * new_height))
newimage.fill((231,255,255)) # background
newimage.fill((255,255,255), (0, 0, new_width * paksize, paksize)) # description stripe
text = "name: " + obj.ask("name", "?")
surf = font.render(text, False, (0,0,0), (255,255,255)) # black text on white
newimage.blit(surf, (10, 10))
text = "copyright: " + obj.ask("copyright", "?")
surf = font.render(text, False, (0,0,0), (255,255,255)) # black text on white
newimage.blit(surf, (10, 10 + fntsize + 4))
cname = simutools.canonicalObjName(objname)
targetcoords = [0, 1]
for i in range(len(images)) :
indices, imgref = images[i]
imgref = simutools.SimutransImgParam(imgref)
imgname = os.path.normpath(os.path.join(os.path.dirname(obj.srcfile), imgref.file + ".png"))
if not imgname in loadedimages :
loadedimages[imgname] = pygame.image.load(imgname)
srccoords_px = pygame.Rect(imgref.coords[1] * paksize, \
imgref.coords[0] * paksize, paksize, paksize) # calculate position on old image
imgref.coords[0] = targetcoords[1]; imgref.coords[1] = targetcoords[0]
targetcoords_px = [x * paksize for x in targetcoords]
newimage.blit(loadedimages[imgname], targetcoords_px, srccoords_px) # copy image tile
imgref.file = cname
obj.put("backimage" + indices, str(imgref))
targetcoords[0] += 1
if targetcoords[0] >= new_width :
targetcoords[0] = 0
targetcoords[1] += 1
pygame.image.save(newimage, os.path.join(outdir, cname + ".png"))
f = open(os.path.join(outdir, cname + ".dat"), 'w')
for l in obj.lines :
f.write(l)
f.close()
def procObj(obj):
objname = obj.ask("name")
cname = simutools.canonicalObjName(objname)
images = []
for param in simutools.ImageParameterNames:
images += map(lambda i: (param, i[0], i[1]), obj.ask_indexed(param))
for param in simutools.SingleImageParameterNames:
value = obj.ask(param)
if value:
images.append((param, "", value))
newimage = pygame.Surface((paksize, paksize))
newimage.fill((231, 255, 255)) # background
for i in range(len(images)):
key, indices, raw_ref = images[i]
imgref = simutools.SimutransImgParam(raw_ref)
if not imgref.isEmpty():
imgname = os.path.normpath(
os.path.join(os.path.dirname(obj.srcfile),
imgref.file + ".png"))
if not imgname in loadedimages:
loadedimages[imgname] = pygame.image.load(imgname)
srccoords_px = pygame.Rect(imgref.coords[1] * paksize, \
imgref.coords[0] * paksize, paksize, paksize) # calculate position on old image
newimage.blit(loadedimages[imgname], (0, 0),
srccoords_px) # copy image tile
off_x, off_y = imgref.offset
off_x, off_y = -off_x, -off_y
changed = True
save = False
while True:
pygame.time.wait(50)
pygame.event.pump()
keys = pygame.key.get_pressed()
if keys[pygame.K_SPACE] or keys[pygame.K_ESCAPE]:
pygame.time.wait(500)
break
elif keys[pygame.K_RETURN]:
pygame.time.wait(500)
save = True
break
elif keys[pygame.K_LEFT]:
off_x = off_x - 1
changed = True
elif keys[pygame.K_RIGHT]:
off_x = off_x + 1
changed = True
elif keys[pygame.K_UP]:
off_y = off_y - 1
changed = True
elif keys[pygame.K_DOWN]:
off_y = off_y + 1
changed = True
elif pygame.mouse.get_pressed()[0]:
mx, my = pygame.mouse.get_pos()
off_x = mx - 100 - paksize / 2
off_y = my - 100 - (paksize * 3) / 4
changed = True
if changed:
screen.fill((0, 0, 0))
screen.blit(newimage, (100, 100))
screen.blit(cursor, (100 + off_x, 100 + off_y),
newimage.get_bounding_rect())
pygame.display.flip()
changed = False
if save:
imgref.offset = -off_x, -off_y
obj.put(key + indices, str(imgref))
f = open(os.path.join(outdir, cname + ".dat"), 'w')
for l in obj.lines:
f.write(l)
f.close()
def procObj(obj) :
objname = obj.ask("name")
print("processing", objname)
if obj.ask("type", "none").lower() in ["res", "com", "ind", "cur"] : # needs default string because of lower()
images = obj.ask_indexed("backimage")
total_length_px = len(images) * paksize
max_width_px = 1024.0
min_width_px = 384.0 # both fixed, based on common screen and text
new_width_px = max(min(total_length_px, max_width_px), min_width_px) # restrict to range
new_width = int(float(new_width_px) / paksize)
new_height = math.ceil(len(images) / float(new_width)) + 1
newimage = pygame.Surface((paksize * new_width, paksize * new_height))
newimage.fill((231,255,255)) # background
newimage.fill((255,255,255), (0, 0, new_width * paksize, paksize)) # description stripe
text = "name: " + obj.ask("name", "?")
surf = font.render(text, False, (0,0,0), (255,255,255)) # black text on white
newimage.blit(surf, (10, 10))
text = "copyright: " + obj.ask("copyright", "?")
surf = font.render(text, False, (0,0,0), (255,255,255)) # black text on white
newimage.blit(surf, (10, 10 + fntsize + 4))
cname = simutools.canonicalObjName(objname)
targetcoords = [0, 1]
for i in range(len(images)) :
indices, imgref = images[i]
imgref = simutools.SimutransImgParam(imgref)
imgname = os.path.normpath(os.path.join(os.path.dirname(obj.srcfile), imgref.file + ".png"))
if not imgname in loadedimages :
loadedimages[imgname] = pygame.image.load(imgname)
srccoords_px = pygame.Rect(imgref.coords[1] * paksize, \
imgref.coords[0] * paksize, paksize, paksize) # calculate position on old image
imgref.coords[0] = targetcoords[1]; imgref.coords[1] = targetcoords[0]
targetcoords_px = [x * paksize for x in targetcoords]
newimage.blit(loadedimages[imgname], targetcoords_px, srccoords_px) # copy image tile
imgref.file = cname
obj.put("backimage" + indices, str(imgref))
targetcoords[0] += 1
if targetcoords[0] >= new_width :
targetcoords[0] = 0
targetcoords[1] += 1
pygame.image.save(newimage, os.path.join(outdir, cname + ".png"))
f = open(os.path.join(outdir, cname + ".dat"), 'w')
for l in obj.lines :
f.write(l)
f.close()