static void ZonkCritter(Critter C, texmaps.GameBoard gb)
{
//{Delete the critter record at C, along with its associated model.}
//{Get rid of the model}
texmaps.GRemoveModel(C.M, gb);
}
public static void LaserCut(texmaps.GameBoard gb, int X, int Y)
{
//{Do the laser cut animation at location X,Y.}
Stroke(gb, X, Y, Crt.Color.LightGreen);
Stroke(gb, X, Y, Crt.Color.Yellow);
Stroke(gb, X, Y, Crt.Color.White);
texmaps.DisplayTile(gb, X, Y);
}
static texmodel.Model NextVisibleModel(texmaps.GameBoard gb, texmodel.Model M)
{
//{Locate the next visible model in the models list. If}
//{the end of the list is encountered, start looking again}
//{at the beginning. If no visible models are found,}
//{return Nil.}
//{ERROR CHECK- exit immediately if there are no models present.}
if (gb.mlist == null)
{
return(null);
}
texmodel.Model M2 = null;
texmodel.Model M1 = M;
if (M == null)
{
M = gb.mlist;
}
bool GetOutOfLoopFree = false;
do
{
if (M1 != null)
{
//{Move to the next model in the list.}
M = M.next;
if (M == null)
{
M = gb.mlist;
}
}
if (texmaps.TileLOS(gb.POV, M.x, M.y) && M != gb.POV.m && texmaps.OnTheScreen(gb, M.x, M.y) && M.kind == critters.MKIND_Critter)
{
M2 = M;
}
if (M1 == null)
{
M = M.next;
if (M == null)
{
GetOutOfLoopFree = true;
}
}
else
{
if (M == M1)
{
GetOutOfLoopFree = true;
}
}
}while (M2 == null && !GetOutOfLoopFree);
return(M2);
}
public static Critter AddCritter(ref Critter CList, texmaps.GameBoard gb, int c, int x, int y)
{
//{Add a new creature, of type CRIT, to the critter list.}
//{Allocate a model for the critter, and place it on the map at position}
//{X,Y.}
//{Allocate memory for IT}
Critter it = new Critter();
//{Initialize all of ITs fields}
it.crit = c;
it.next = null;
it.AIType = MonMan[c - 1].AIType;
it.Target = null;
it.Spotted = false;
it.Eqp = null;
it.SF = null;
//{Calculate a HitPoint value for the monster. This should be}
//{within +-20% of the normal maximum.}
it.HP = MonMan[c - 1].MaxHP * (100 + rpgdice.RollStep(7) - rpgdice.Random(20)) / 100;
if (it.HP < 1)
{
it.HP = 1;
}
//{Generate a model for IT}
Crt.Color C2 = Crt.Color.Yellow;
if (MonMan[c - 1].Color == Crt.Color.Yellow)
{
C2 = Crt.Color.White;
}
it.M = texmaps.GAddModel(gb, MonMan[c - 1].Gfx, MonMan[c - 1].Color, C2, false, x, y, MKIND_Critter);
//{If adding a model failed, we're in real trouble. Get rid}
//{of the critter altogether.}
if (it.M == null)
{
return(null);
}
//{Locate a good position to attach IT to.}
if (CList == null)
{
//{the list is currently empty. Attach it as the first model.}
CList = it;
}
else
{
//{The list has stuff in it. Attach IT to the end.}
LastCritter(CList).next = it;
}
//{Return the address of the new critter, just in case}
//{the calling procedure wants to mess around with it.}
return(it);
}
public static void DisplayShot(texmaps.GameBoard gb, int X1, int Y1, int X2, int Y2, Crt.Color c, bool hit)
{
//{A projectlie attack has just been launched. Display its}
//{trajectory in glorious ASCII graphics.}
//{At the terminus of the shot, display a * if the attack}
//{hit and a - if it didn't. This info is contained in the}
//{parameter named HIT, of course.}
//{Calculate Length.}
int L;
if (Math.Abs(X2 - X1) > Math.Abs(Y2 - Y1))
{
L = Math.Abs(X2 - X1);
}
else
{
L = Math.Abs(Y2 - Y1);
}
int t;
texmaps.Point P;
if (L > 1)
{
for (t = 1; t <= L - 1; ++t)
{
P = texmaps.SolveLine(X1, Y1, X2, Y2, t);
//{Display bullet...}
texmaps.MapSplat(gb, '+', c, P.x, P.y, false);
//{Wait a bit...}
Delay();
//{Restore the display.}
texmaps.DisplayTile(gb, P.x, P.y);
}
}
//{Display the terminus.}
if (hit)
{
texmaps.MapSplat(gb, '*', c, X2, Y2, false);
}
else
{
texmaps.MapSplat(gb, '-', c, X2, Y2, false);
}
//{Wait a bit...}
Delay();
Delay();
Delay();
texmaps.DisplayTile(gb, X2, Y2);
}
static void Stroke(texmaps.GameBoard gb, int X, int Y, Crt.Color C)
{
texmaps.MapSplat(gb, '|', C, X, Y, false);
DelayDiv(2);
texmaps.MapSplat(gb, '/', C, X, Y, false);
DelayDiv(2);
texmaps.MapSplat(gb, '-', C, X, Y, false);
DelayDiv(2);
texmaps.MapSplat(gb, '/', C, X, Y, false);
DelayDiv(2);
}
public static void CleanCloud(texmaps.GameBoard gb, ref Cloud LList)
{
//{Dispose of the list, freeing all associated system resources.}
//{The models associated with each cloud will also be removed.}
while (LList != null)
{
Cloud LTemp = LList.next;
texmodel.RemoveModel(LList.M, ref gb.mlist, gb.mog);
LList = LTemp;
}
}
static void MoveMapCursor(texmaps.GameBoard gb, int D, ref texmaps.Point p)
{
//{Move the map cursor point. This can be used for the Select}
//{Target routine, or for the PCLook routine. In any case,}
//{the big point is to make sure that the point doesn't go off}
//{the screen.}
if (texmaps.OnTheScreen(gb, p.x + texmaps.VecDir[D - 1, 0], p.y + texmaps.VecDir[D - 1, 1]))
{
p.x += texmaps.VecDir[D - 1, 0];
p.y += texmaps.VecDir[D - 1, 1];
}
}
public static void PikaPikaOuch(texmaps.GameBoard gb, int X, int Y)
{
//{Do an electrocution effect at the desired point.}
for (int t = 1; t <= 5; ++t)
{
texmaps.MapSplat(gb, 'X', PikaColor[rpgdice.Random(5)], X, Y, false);
DelayDiv(2);
texmaps.MapSplat(gb, '%', PikaColor[rpgdice.Random(5)], X, Y, false);
DelayDiv(2);
}
texmaps.DisplayTile(gb, X, Y);
}
public static void RemoveMPU(ref MPU LList, MPU LMember, texmaps.GameBoard gb)
{
//{Locate and extract member LMember from list LList.}
//{Then, dispose of LMember.}
//{Initialize A and B}
MPU B = LList;
MPU A = null;
//{Locate LMember in the list. A will thereafter be either null,}
//{if LMember if first in the list, or it will be equal to the}
//{element directly preceding LMember.}
while (B != LMember && B != null)
{
A = B;
B = B.next;
}
if (B == null)
{
//{Major FUBAR. The member we were trying to remove can't}
//{be found in the list.}
Crt.Write("ERROR- RemoveMPU asked to remove a link that doesnt exist.\n");
do
{
rpgtext.RPGKey();
} while (true);
}
else if (A == null)
{
//{There's no element before the one we want to remove,}
//{i.e. it's the first one in the list.}
LList = B.next;
//{Get rid of the model.}
texmaps.GRemoveModel(B.M, gb);
B = null;
}
else
{
//{We found the attribute we want to delete and have another}
//{one standing before it in line. Go to work.}
A.next = B.next;
//{Get rid of the model.}
texmaps.GRemoveModel(B.M, gb);
B = null;
}
}
public static void DakkaDakka(texmaps.GameBoard gb, int X, int Y)
{
//{Do a machinegun type animation at the desired spot.}
for (int t = 1; t <= 5; ++t)
{
texmaps.MapSplat(gb, '+', Crt.Color.Yellow, X, Y, false);
DelayDiv(2);
texmaps.MapSplat(gb, 'x', Crt.Color.Yellow, X, Y, false);
DelayDiv(2);
}
texmaps.DisplayTile(gb, X, Y);
}
public static Critter ReadCritterList(StreamReader f, texmaps.GameBoard gb, int SFV)
{
//{Load a bunch of critters from file F and stick them onto}
//{the Game Board. Return a pointer to the new list.}
Critter CList = null;
//{Get rid of the info line.}
f.ReadLine();
int N = -1;
do
{
N = int.Parse(f.ReadLine());
if (N != -1)
{
int X = int.Parse(f.ReadLine());
int Y = int.Parse(f.ReadLine());
//{Allocate memory for the critter now.}
Critter C = AddCritter(ref CList, gb, N, X, Y);
C.HP = int.Parse(f.ReadLine());
C.AIType = int.Parse(f.ReadLine());
C.Eqp = dcitems.ReadItemList(f);
C.SF = plotbase.ReadNAtt(f);
//{Determine whether or not the critter has been spotted.}
C.Spotted = f.ReadLine() == "T";
C.TX = int.Parse(f.ReadLine());
C.TY = int.Parse(f.ReadLine());
}
}while (N != -1);
//{Assign all the correct targets for all our critters.}
Critter Cit = CList;
while (Cit != null)
{
Cit.Target = texmodel.FindModelXY(gb.mlist, Cit.TX, Cit.TY);
Cit = Cit.next;
}
return(CList);
}
public static MPU AddMPU(ref MPU CList, texmaps.GameBoard gb, int C, int X, int Y)
{
//{Add a MPU to the map at location X,Y.}
//{Allocate memory for IT.}
MPU it = new MPU();
//{Attach IT to the list.}
it.next = CList;
CList = it;
it.kind = C;
it.M = texmaps.GAddModel(gb, MPUGFX, MPUMan[C - 1].color, Crt.Color.White, false, X, Y, MKIND_MPU);
return(it);
}
public static Cloud AddCloud(ref Cloud CList, texmaps.GameBoard gb, int C, int X, int Y, int D)
{
//{Add a cloud to the map at location X,Y.}
//{Allocate memory for IT.}
Cloud it = new Cloud();
//{Attach IT to the list.}
it.next = CList;
CList = it;
it.Kind = C;
it.Duration = D;
it.M = texmaps.GAddModel(gb, CloudGFX, CloudMan[C - 1].color, Crt.Color.White, CloudMan[C - 1].pass, X, Y, MKIND_Cloud);
//{Set the obscurement for this model.}
it.M.obs = CloudMan[C - 1].Obscurement;
return(it);
}
public static void ModelFlash(texmaps.GameBoard gb, texmodel.Model M)
{
//{Flash the POV model, then flash the indicated model.}
int t;
for (t = 1; t <= 3; ++t)
{
IndicateModel(gb, gb.POV.m);
DelayDiv(2);
DeIndicateModel(gb, gb.POV.m);
DelayDiv(2);
}
for (t = 1; t <= 3; ++t)
{
IndicateModel(gb, M);
DelayDiv(2);
DeIndicateModel(gb, M);
DelayDiv(2);
}
}
public static void IndicatePath(texmaps.GameBoard gb, int X1, int Y1, int X2, int Y2, bool LOS)
{
//{Draw a line to indicate the distance between point 1 and}
//{point 2. Do not indicate the points 1 and 2 themselves,}
//{just the points in between.}
//{Calculate Length.}
int L = 0;
if (Math.Abs(X2 - X1) > Math.Abs(Y2 - Y1))
{
L = Math.Abs(X2 - X1);
}
else
{
L = Math.Abs(Y2 - Y1);
}
int t;
texmaps.Point P;
if (L > 1)
{
for (t = 1; t <= L - 1; ++t)
{
P = texmaps.SolveLine(X1, Y1, X2, Y2, t);
texmaps.MapSplat(gb, '-', PathColor, P.x, P.y, LOS);
}
}
//{Indicate the terminus of the line.}
P = texmaps.SolveLine(X1, Y1, X2, Y2, L);
if (gb.mog.IsSet(P.x, P.y) && texmaps.TileLOS(gb.POV, P.x, P.y))
{
IndicateModel(gb, texmodel.FindModelXY(gb.mlist, P.x, P.y));
}
else
{
texmaps.MapSplat(gb, '+', PathColor, P.x, P.y, LOS);
}
}
public static void DeIndicatePath(texmaps.GameBoard gb, int X1, int Y1, int X2, int Y2)
{
//{There's a big line currently marring our screen display.}
//{Clean it up, wouldja?}
//{Calculate Length.}
int L = 0;
if (Math.Abs(X2 - X1) > Math.Abs(Y2 - Y1))
{
L = Math.Abs(X2 - X1);
}
else
{
L = Math.Abs(Y2 - Y1);
}
int t;
texmaps.Point P;
if (L > 1)
{
for (t = 1; t <= L - 1; ++t)
{
P = texmaps.SolveLine(X1, Y1, X2, Y2, t);
texmaps.DisplayTile(gb, P.x, P.y);
}
}
//{Indicate the terminus of the line.}
P = texmaps.SolveLine(X1, Y1, X2, Y2, L);
if (gb.mog.IsSet(P.x, P.y) && texmaps.TileLOS(gb.POV, P.x, P.y))
{
DeIndicateModel(gb, texmodel.FindModelXY(gb.mlist, P.x, P.y));
}
else
{
texmaps.DisplayTile(gb, P.x, P.y);
}
}
public static void RemoveCritter(Critter CP, ref Critter CList, texmaps.GameBoard gb)
{
//{Remove critter C from the critter list, also disposing of its}
//{associated model, and updating screen display if needed.}
Critter B = CList;
Critter A = null;
while (B != CP && B != null)
{
A = B;
B = B.next;
}
if (B == null)
{
//{Major FUBAR. The critter we were trying to remove can't}
//{be found in the list.}
Crt.Write("ERROR- RemoveCritter asked to remove a critter that dont exist.");
do
{
rpgtext.RPGKey();
} while (true);
}
else if (A == null)
{
//{There's no critter before the one we want to remove,}
//{i.e. it's the first one in the list.}
CList = B.next;
ZonkCritter(B, gb);
}
else
{
//{We found the critter we want to delete and have a critter}
//{standing before it in line. Go to work.}
A.next = B.next;
ZonkCritter(B, gb);
}
}
public static Cloud ReadClouds(StreamReader f, texmaps.GameBoard gb)
{
//{Read a list of clouds from disk.}
//{Initialize the list to NIL.}
Cloud CList = null;
//{Keep reading data until we get a termination value, -1.}
int N = int.Parse(f.ReadLine());
while (N != -1)
{
//{Read the rest of the cloud data.}
int X = int.Parse(f.ReadLine());
int Y = int.Parse(f.ReadLine());
int D = int.Parse(f.ReadLine());
//{ Add this cloud to the list.}
AddCloud(ref CList, gb, N, X, Y, D);
N = int.Parse(f.ReadLine());
}
return(CList);
}
public static MPU ReadMPU(StreamReader f, texmaps.GameBoard gb)
{
//{Read a list of computers from disk.}
//{Initialize the list to NIL.}
MPU CList = null;
//{Keep reading data until we get a termination value, -1.}
int N = int.Parse(f.ReadLine());
while (N != -1)
{
//{Read the rest of the cloud data.}
int X = int.Parse(f.ReadLine());
int Y = int.Parse(f.ReadLine());
//{Add this computer to the list.}
MPU Current = AddMPU(ref CList, gb, N, X, Y);
Current.Attr = f.ReadLine();
N = int.Parse(f.ReadLine());
}
return(CList);
}
public static DCChar ReadPC(StreamReader f, texmaps.GameBoard gb, int SFV)
{
//{F is an open text file. Read in all the data needed for}
//{a character, as written to the file by the above procedure.}
//{Also, initialize the model for the PC.}
//var
// PC: DCCharPtr;
// T: Integer;
// A: String;
// X,Y: Integer;
//{Allocate memory for the character to be loaded.}
DCChar pc = new DCChar();
pc.target = null;
//{Read in the identification line.}
f.ReadLine();
//{General Data block}
int x = int.Parse(f.ReadLine());
int y = int.Parse(f.ReadLine());
pc.name = f.ReadLine();
pc.gender = int.Parse(f.ReadLine());
pc.job = int.Parse(f.ReadLine());
pc.HP = int.Parse(f.ReadLine());
pc.HPMax = int.Parse(f.ReadLine());
pc.MP = int.Parse(f.ReadLine());
pc.MPMax = int.Parse(f.ReadLine());
pc.carbs = int.Parse(f.ReadLine());
pc.lvl = int.Parse(f.ReadLine());
pc.XP = int.Parse(f.ReadLine());
int t;
//{Stats block}
for (t = 0; t < NumStats; ++t)
{
pc.stat[t] = int.Parse(f.ReadLine());
}
//{Skills block}
for (t = 0; t < NumSkill; ++t)
{
pc.skill[t] = int.Parse(f.ReadLine());
}
//{Equipment Slots block}
for (t = 0; t < NumEquipSlots; ++t)
{
pc.eqp[t] = dcitems.ReadItemList(f);
}
//{Inventory block}
pc.inv = dcitems.ReadItemList(f);
//{Status block}
pc.SF = plotbase.ReadNAtt(f);
//{Spells block}
pc.spell = spells.ReadSpellMem(f);
//{Now, finally, we have all the info we need for the PC.}
//{Let's initialize some values so that things can start working.}
pc.repCount = 0;
pc.lastCmd = '&';
//{Add the model here, then set the POV data.}
pc.m = texmodel.AddModel(ref gb.mlist, gb.mog, '@', Crt.Color.LightGreen, Crt.Color.White, false, x, y, MKIND_Character);
gb.POV.m = pc.m;
gb.POV.range = PCVisionRange(pc);
texmaps.UpdatePOV(gb.POV, gb);
return(pc);
}
public static void DeIndicateModel(texmaps.GameBoard gb, texmodel.Model M)
{
//{Set the model's color to AColor.}
M.color = M.aColor;
texmaps.DisplayTile(gb, M.x, M.y);
}