コード例 #1
0
        public static ParticleData Get(int itemID)
        {
            if (itemID < m_Data[0].ItemID)
            {
                return(null);
            }
            if (itemID >= m_Data[m_Data.Length - 1].ItemID)
            {
                return(null);
            }

            ParticleData pData = null;

            for (int i = 1; i < m_Data.Length; i++)
            {
                if (itemID < m_Data[i].ItemID)
                {
                    pData = m_Data[i - 1];
                    if (itemID != pData.ItemID)
                    {
                        Tracer.Error("Mismatch? Requested particle {0}, returning particle {1}.",
                                     itemID, pData.ItemID);
                    }
                    return(m_Data[i - 1]);
                }
            }

            Tracer.Error("Unknown particle effect with ItemID={0}", itemID);

            return(null);
        }
コード例 #2
0
        static ParticleData()
        {
            m_Data = new ParticleData[] {
                new ParticleData("Explosion", 0x36B0, 0),                   // 14000 explosion 1
                new ParticleData("Explosion", 0x36BD, 0),                   // 14013 explosion 2
                new ParticleData("Explosion", 0x36CB, 0),                   // 14027 explosion 3
                new ParticleData("Large Fireball", 0x36D4, 0),              // 14036 large fireball
                new ParticleData("Small Fireball", 0x36E4, 0),              // 14052 small fireball
                new ParticleData("Fire Snake", 0x36F4, 0),                  // 14068 fire snake
                new ParticleData("Explosion Ball", 0x36FE, 0),              // 14078explosion ball
                new ParticleData("Fire Column", 0x3709, 0),                 // 14089 fire column
                                                                            // 14106 - display only the ending of fire column - is this actually used?
                new ParticleData("Smoke", 0x3728, 0),                       // 14120 smoke
                new ParticleData("Fizzle", 0x3735, 0),                      // 14133 fizzle
                new ParticleData("Sparkle Blue", 0x373A, 0),                // 14138 sparkle blue
                new ParticleData("Sparkle Red", 0x374A, 0),                 // 14154 sparkle red
                new ParticleData("Sparkle Yellow", 0x375A, 0),              // 14170 sparkle yellow blue
                new ParticleData("Sparkle Surround", 0x376A, 0),            // 14186 sparkle surround
                new ParticleData("Sparkle Planar", 0x3779, 0),              // 14201 sparkle planar
                new ParticleData("Death Vortex", 0x3789, 0),                // 14217 death vortex (whirlpool on ground?)
                new ParticleData("Magic Arrow", 0x379E, 0),                 // glowing arrow
                new ParticleData("Small Bolt", 0x379F, 0),                  // small bolt
                new ParticleData("Field of Blades (Summon)", 0x37A0, 0),    // field of blades (summon?)
                new ParticleData("Glow", 0x37B9, 0),                        // glow
                new ParticleData("Death Vortex", 0x37CC, 0),                // death vortex
                new ParticleData("Field of Blades (Folding)", 0x37EB, 0),   // field of blades (folding up)
                new ParticleData("Field of Blades (Unfolding)", 0x37F7, 0), // field of blades (unfolding)
                new ParticleData("Energy", 0x3818, 0),                      // energy
                new ParticleData("Poison Wall (SW)", 0x3914, 0),            // field of poison (facing SW)
                new ParticleData("Poison Wall (SE)", 0x3920, 0),            // field of poison (facing SE)
                new ParticleData("Energy Wall (SW)", 0x3946, 0),            // field of energy (facing SW)
                new ParticleData("Energy Wall (SE)", 0x3956, 0),            // field of energy (facing SE)
                new ParticleData("Paralysis Wall (SW)", 0x3967, 0),         // field of paralysis (facing SW, open and close?)
                new ParticleData("Paralysis Wall (SE)", 0x3979, 0),         // field of paralysis (Facing SE, open and close?)
                new ParticleData("Fire Wall (SW)", 0x398C, 0),              // field of fire (facing SW)
                new ParticleData("Fire Wall (SE)", 0x3996, 0),              // field of fire (facing SE)
                new ParticleData("<null>", 0x39A0, 0)                       // Used to determine the frame length of the preceding effect.
            };

            determineParticleLengths();

            if (m_defaultData == null)
            {
                m_defaultData = m_Data[0];
            }
        }
コード例 #3
0
ファイル: ParticleData.cs プロジェクト: msx752/UltimaXNA
        static ParticleData()
        {
            m_Data = new ParticleData[] {
                new ParticleData("Explosion", 0x36B0, 0),           // 14000 explosion 1
                new ParticleData("Explosion", 0x36BD, 0),           // 14013 explosion 2
                new ParticleData("Explosion",0x36CB, 0),            // 14027 explosion 3
                new ParticleData("Large Fireball",0x36D4, 0),       // 14036 large fireball
                new ParticleData("Small Fireball",0x36E4, 0),       // 14052 small fireball
                new ParticleData("Fire Snake",0x36F4, 0),           // 14068 fire snake
                new ParticleData("Explosion Ball",0x36FE, 0),       // 14078explosion ball
                new ParticleData("Fire Column",0x3709, 0),          // 14089 fire column
                                                                    // 14106 - display only the ending of fire column - is this actually used?
                new ParticleData("Smoke",0x3728, 0),                // 14120 smoke
                new ParticleData("Fizzle",0x3735, 0),               // 14133 fizzle
                new ParticleData("Sparkle Blue",0x373A, 0),         // 14138 sparkle blue
                new ParticleData("Sparkle Red",0x374A, 0),          // 14154 sparkle red
                new ParticleData("Sparkle Yellow",0x375A, 0),       // 14170 sparkle yellow blue
                new ParticleData("Sparkle Surround",0x376A, 0),     // 14186 sparkle surround
                new ParticleData("Sparkle Planar",0x3779, 0),       // 14201 sparkle planar
                new ParticleData("Death Vortex",0x3789, 0),         // 14217 death vortex (whirlpool on ground?)
                new ParticleData("Magic Arrow",0x379E, 0),          // glowing arrow
                new ParticleData("Small Bolt",0x379F, 0),           // small bolt
                new ParticleData("Field of Blades (Summon)",0x37A0, 0),     // field of blades (summon?)
                new ParticleData("Glow",0x37B9, 0),                 // glow
                new ParticleData("Death Vortex",0x37CC, 0),         // death vortex
                new ParticleData("Field of Blades (Folding)",0x37EB, 0),    // field of blades (folding up)
                new ParticleData("Field of Blades (Unfolding)",0x37F7, 0),  // field of blades (unfolding)
                new ParticleData("Energy",0x3818, 0),               // energy
                new ParticleData("Poison Wall (SW)",0x3914, 0),     // field of poison (facing SW)
                new ParticleData("Poison Wall (SE)",0x3920, 0),     // field of poison (facing SE)
                new ParticleData("Energy Wall (SW)",0x3946, 0),     // field of energy (facing SW)
                new ParticleData("Energy Wall (SE)",0x3956, 0),     // field of energy (facing SE)
                new ParticleData("Paralysis Wall (SW)",0x3967, 0),  // field of paralysis (facing SW, open and close?)
                new ParticleData("Paralysis Wall (SE)",0x3979, 0),  // field of paralysis (Facing SE, open and close?)
                new ParticleData("Fire Wall (SW)",0x398C, 0),       // field of fire (facing SW)
                new ParticleData("Fire Wall (SE)",0x3996, 0),       // field of fire (facing SE)
                new ParticleData("<null>",0x39A0, 0)                // Used to determine the frame length of the preceding effect.
            };

            determineParticleLengths();

            if (m_defaultData == null)
                m_defaultData = m_Data[0];
        }