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[Supertuxkart-commit] SF.net SVN: supertuxkart:[4767] main/trunk/data/tracks/stk_track.py
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From: <hik...@us...> - 2010-02-19 00:56:53
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Revision: 4767
http://supertuxkart.svn.sourceforge.net/supertuxkart/?rev=4767&view=rev
Author: hikerstk
Date: 2010-02-19 00:56:44 +0000 (Fri, 19 Feb 2010)
Log Message:
-----------
1) Added support for arenas.
2) Added support for start positions.
3) Removed support for 'description', used 'designer' instead
(for now 'description' still works, but prints a warning).
Modified Paths:
--------------
main/trunk/data/tracks/stk_track.py
Modified: main/trunk/data/tracks/stk_track.py
===================================================================
--- main/trunk/data/tracks/stk_track.py 2010-02-19 00:53:08 UTC (rev 4766)
+++ main/trunk/data/tracks/stk_track.py 2010-02-19 00:56:44 UTC (rev 4767)
@@ -58,11 +58,24 @@
return default
# ------------------------------------------------------------------------------
+# Returns a string 'x="1" y="2" z="3" h="4"', where 1, 2, ...are the actual
+# location and rotation of the given object. The location has a swapped
+# y and z axis (so that the same coordinate system as in-game is used), and
+# rotations are multiplied by 10 (since bullet stores the values in units
+# of 10 degrees.)
+def getXYZHString(obj):
+ loc = obj.loc
+ hpr = obj.rot
+ s="x=\"%f\" y=\"%f\" z=\"%f\" h=\"%f\"" %\
+ (loc[0], loc[1], loc[2], hpr[2]*10.0)
+ return s
+
+# ------------------------------------------------------------------------------
# Returns a string 'xyz="1 2 3" hpr="4 5 6"' where 1,2,... are the actual
# location and rotation of the given object. The location has a swapped
# y and z axis (so that the same coordinate system as in-game is used), and
# rotations are multiplied by 10 (since bullet stores the values in units
-# if 10 degrees.)
+# of 10 degrees.)
def getXYZHPRString(obj):
loc = obj.loc
hpr = obj.rot
@@ -390,12 +403,21 @@
print "Writing track file --> \t",
start_time = bsys.time()
scene = Blender.Scene.GetCurrent()
- name = getIdProperty(scene, "name", "Name of Track")
- version = getIdProperty(scene, "version", "1")
- groups = getIdProperty(scene, "groups", "standard")
- description = getIdProperty(scene, "description", "Description")
+ name = getIdProperty(scene, "name", "Name of Track")
+ version = getIdProperty(scene, "version", "1" )
+ groups = getIdProperty(scene, "groups", "standard" )
+ is_arena = getIdProperty(scene, "arena", "" )
+ designer = getIdProperty(scene, "designer", "" )
# Support for multi-line descriptions:
- description = description.replace("\\n", "\n")
+ designer = designer.replace("\\n", "\n")
+ if not designer:
+ designer = getIdProperty(scene, "description", "")
+ if designer:
+ print "Warning: using 'description' instead of designer."
+ print "Please use designer only"
+ else:
+ designer="Designer"
+
music = getIdProperty(scene, "music", "")
screenshot = getIdProperty(scene, "screenshot", "")
# Add default settings for sky-dome so that the user is aware of
@@ -412,11 +434,14 @@
f.write("<track name = \"%s\"\n"%name)
f.write(" version = \"%s\"\n"%version)
f.write(" groups = \"%s\"\n"%groups)
- f.write(" description = \"%s\"\n"%description)
+ f.write(" designer = \"%s\"\n"%designer)
if music:
f.write(" music = \"%s\"\n"%music)
else:
print "No music file defined, ignored."
+ if is_arena:
+ f.write(" arena = \"%s\"\n"%is_arena)
+
if screenshot:
f.write(" screenshot = \"%s\"\n"%screenshot)
else:
@@ -889,9 +914,33 @@
print "Unknown interaction '%s' - ignored!"%interact
# --------------------------------------------------------------------------
+ # Writes all start positions
+ def writeStartPositions(self, f, lStart):
+ dId2Obj = {}
+ count = 1
+ for obj in lStart:
+ stktype = getProperty(obj, "type", obj.name).upper()
+ try:
+ id = int(getProperty(obj, "position", ""))
+ except:
+ id=None
+ if not id:
+ try:
+ id = int(stktype[5:])
+ except ValueError:
+ print "No valid id in '%s' - using %d\n"%(stktype, count)
+ id = count
+ count = count + 1
+ dId2Obj[id] = obj
+ l = dId2Obj.keys()
+ l.sort()
+ for i in l:
+ f.write(" <start %s/>\n"%getXYZHString(dId2Obj[i]))
+
+ # --------------------------------------------------------------------------
# Writes the scene files, which includes all models, animations, and items
def writeSceneFile(self, sPath, sTrackName, sWaterName, lTrack, lItems,
- lObjects, lChecks, lSun, lMainDriveline):
+ lObjects, lChecks, lSun, lMainDriveline, lStart):
start_time = bsys.time()
print "Writing scene file --> \t",
@@ -1026,13 +1075,14 @@
tex_percent = getIdProperty(scene, "sky-texture-percent",0.5)
sphere_percent = getIdProperty(scene, "sky-sphere-percent", 1.3)
f.write("""
- <sky-dome texture=\"%s\"
- horizontal=\"%s\" vertical=\"%s\"
- texture-percent=\"%s\" sphere-percent=\"%s\"/>
- """ %(texture, hori, verti, tex_percent, sphere_percent))
+ <sky-dome texture=\"%s\"
+ horizontal=\"%s\" vertical=\"%s\"
+ texture-percent=\"%s\" sphere-percent=\"%s\"/>
+""" %(texture, hori, verti, tex_percent, sphere_percent))
elif sky=="box":
pass
-
+ self.writeStartPositions(f, lStart)
+
f.write("</scene>\n")
f.close()
print bsys.time()-start_time,"seconds"
@@ -1053,6 +1103,7 @@
lObjects = [] # All special objects
lChecks = [] # All check structures
lSun = []
+ lStart = [] # All start positions
for obj in lObj:
# Try to get the supertuxkart type field. If it's not defined,
# use the name of the objects as type.
@@ -1072,6 +1123,9 @@
or stktype[:6]=="ZIPPER":
lItems.append(obj)
continue
+ elif stktype[:5]=="START":
+ # Start empties are called start1, start2, ...
+ lStart.append(obj)
else:
print "Empty '%s' has type '%s' which is not valid - ignored."%\
(obj.name, stktype)
@@ -1113,7 +1167,11 @@
# Quads and mapping files
# -----------------------
- self.writeQuadAndGraph(sPath, lDrivelines)
+ scene = Blender.Scene.GetCurrent()
+ is_arena = getIdProperty(scene, "arena", "n")
+ if is_arena[0]=="n" or is_arena[0]=="N" or \
+ is_arena[0]=="f" or is_arena[0]=="F":
+ self.writeQuadAndGraph(sPath, lDrivelines)
start_time = bsys.time()
print "Exporting track -->",
sTrackName = sBase+"_track.b3d"
@@ -1132,7 +1190,8 @@
if len(lDrivelines)==0:
lDrivelines=[None]
self.writeSceneFile(sPath, sTrackName, sWaterName, lTrack, lItems,
- lObjects, lChecks, lSun, lDrivelines[0])
+ lObjects, lChecks, lSun, lDrivelines[0],
+ lStart)
# ==============================================================================
def savescene_callback(sFilename):
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