X-Git-Url: https://jxself.org/git/?p=super-star-trek.git;a=blobdiff_plain;f=sst.py;h=a9aa1a4b53e005fb82d0c95dd3bd8cd8fd7bd0f8;hp=ccb1f14c6c2fb37c1e3dfce0de536e6716553475;hb=ccc699193a1c5d2e649590351ed624aa687d5c24;hpb=5a0430f3474264a2502c767b1d05a9177e518b7c

diff --git a/sst.py b/sst.py
index ccb1f14..a9aa1a4 100755
--- a/sst.py
+++ b/sst.py
@@ -709,7 +709,7 @@ def moveklings():
     return tacmoves
 
 def movescom(iq, avoid):
-    "Commander movement helper."
+    "Supercommander movement helper."
     # Avoid quadrants with bases if we want to avoid Enterprise
     if not welcoming(iq) or (avoid and iq in game.state.baseq):
         return False
@@ -934,6 +934,7 @@ def cloak():
     key = scanner.nexttok()
 
     if key == "IHREAL":
+        huh()
         return
 
     action = None
@@ -1113,23 +1114,23 @@ def doshield(shraise):
 def randdevice():
     "Choose a device to damage, at random."
     weights = (
-        105,        # DSRSENS: short range scanners        10.5%
-        105,        # DLRSENS: long range scanners                10.5%
-        120,        # DPHASER: phasers                        12.0%
-        120,        # DPHOTON: photon torpedoes                12.0%
-        25,        # DLIFSUP: life support                         2.5%
-        65,        # DWARPEN: warp drive                         6.5%
-        70,        # DIMPULS: impulse engines                 6.5%
-        145,        # DSHIELD: deflector shields                14.5%
-        30,        # DRADIO:  subspace radio                 3.0%
-        45,        # DSHUTTL: shuttle                         4.5%
-        15,        # DCOMPTR: computer                         1.5%
-        20,        # NAVCOMP: navigation system                 2.0%
-        75,        # DTRANSP: transporter                         7.5%
+        105,       # DSRSENS: short range scanners         10.5%
+        105,       # DLRSENS: long range scanners          10.5%
+        120,       # DPHASER: phasers                      12.0%
+        120,       # DPHOTON: photon torpedoes             12.0%
+        25,        # DLIFSUP: life support                  2.5%
+        65,        # DWARPEN: warp drive                    6.5%
+        70,        # DIMPULS: impulse engines               6.5%
+        135,       # DSHIELD: deflector shields            13.5%
+        30,        # DRADIO:  subspace radio                3.0%
+        45,        # DSHUTTL: shuttle                       4.5%
+        15,        # DCOMPTR: computer                      1.5%
+        20,        # NAVCOMP: navigation system             2.0%
+        75,        # DTRANSP: transporter                   7.5%
         20,        # DSHCTRL: high-speed shield controller  2.0%
-        10,        # DDRAY: death ray                         1.0%
-        30,        # DDSP: deep-space probes                 3.0%
-        0,         # DCLOAK: the cloaking device             0.0
+        10,        # DDRAY: death ray                       1.0%
+        30,        # DDSP: deep-space probes                3.0%
+        10,        # DCLOAK: the cloaking device            1.0
     )
     assert(sum(weights) == 1000)
     idx = randrange(1000)
@@ -2746,7 +2747,7 @@ def nova(nov):
                             deadkl(neighbor, iquad, neighbor)
                             continue	# neighbor loop
                         # Else enemy gets flung by the blast wave
-                        newc = neighbor + neighbor - hits[-1]
+                        newc = neighbor + neighbor - start
                         proutn(crmena(True, iquad, "sector", neighbor) + _(" damaged"))
                         if not newc.valid_sector():
                             # can't leave quadrant
@@ -3277,24 +3278,9 @@ def plaque():
     winner = cgetline()
     # The 38 below must be 64 for 132-column paper
     nskip = 38 - len(winner)/2
-    fp.write("\n\n\n\n")
-    # --------DRAW ENTERPRISE PICTURE.
-    fp.write("                                       EEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEE\n" )
-    fp.write("                                      EEE                      E  : :                                         :  E\n" )
-    fp.write("                                    EE   EEE                   E  : :                   NCC-1701              :  E\n")
-    fp.write("EEEEEEEEEEEEEEEE        EEEEEEEEEEEEEEE  : :                              : E\n")
-    fp.write(" E                                     EEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEE\n")
-    fp.write("                      EEEEEEEEE               EEEEEEEEEEEEE                 E  E\n")
-    fp.write("                               EEEEEEE   EEEEE    E          E              E  E\n")
-    fp.write("                                      EEE           E          E            E  E\n")
-    fp.write("                                                       E         E          E  E\n")
-    fp.write("                                                         EEEEEEEEEEEEE      E  E\n")
-    fp.write("                                                      EEE :           EEEEEEE  EEEEEEEE\n")
-    fp.write("                                                    :E    :                 EEEE       E\n")
-    fp.write("                                                   .-E   -:-----                       E\n")
-    fp.write("                                                    :E    :                            E\n")
-    fp.write("                                                      EE  :                    EEEEEEEE\n")
-    fp.write("                                                       EEEEEEEEEEEEEEEEEEEEEEE\n")
+    # This is where the ASCII art picture was emitted.
+    # It got garbled somewhere in the chain of transmission to the Almy version.
+    # We should restore it if we can find old enough FORTRAN sources.
     fp.write("\n\n\n")
     fp.write(_("                                                       U. S. S. ENTERPRISE\n"))
     fp.write("\n\n\n\n")
@@ -5967,7 +5953,7 @@ def choose():
     game.state.nscrem = game.inscom = (game.skill > SKILL_FAIR)
     game.state.remtime = 7.0 * game.length
     game.intime = game.state.remtime
-    game.state.remkl = game.inkling = 2.0*game.intime*((game.skill+1 - 2*randreal())*game.skill*0.1+.15)
+    game.state.remkl = game.inkling = int(2.0*game.intime*((game.skill+1 - 2*randreal())*game.skill*0.1+.15))
     game.incom = min(MINCMDR, int(game.skill + 0.0625*game.inkling*randreal()))
     game.state.remres = (game.inkling+4*game.incom)*game.intime
     game.inresor = game.state.remres