hedgewars/uLandGenTemplateBased.pas
author nemo
Sun, 24 Mar 2024 14:05:06 -0400
branch1.0.0
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child 15929 128ace913837
permissions -rw-r--r--
requested change by andu. filtering out ignored player. lobby notice
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unit uLandGenTemplateBased;
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interface
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uses uLandTemplates, uLandOutline;
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procedure GenTemplated(var Template: TEdgeTemplate);
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procedure DivideEdges(fillPointsCount: LongWord; var pa: TPixAr);
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var minDistance, dabDiv: LongInt; // different details size
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implementation
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uses {$IFDEF IPHONEOS}uTypes, {$ENDIF} uVariables, uConsts, uFloat, uLandUtils, uRandom, SDLh, math;
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procedure SetPoints(var Template: TEdgeTemplate; var pa: TPixAr; fps: PPointArray);
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var i: LongInt;
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begin
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    with Template do
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        begin
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        pa.Count:= BasePointsCount;
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        for i:= 0 to pred(LongInt(pa.Count)) do
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            begin
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            pa.ar[i].x:= BasePoints^[i].x + LongInt(GetRandom(BasePoints^[i].w));
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            if pa.ar[i].x <> NTPX then
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                pa.ar[i].x:= pa.ar[i].x + ((LAND_WIDTH - Template.TemplateWidth) div 2);
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            pa.ar[i].y:= BasePoints^[i].y + LongInt(GetRandom(BasePoints^[i].h)) + LAND_HEIGHT - LongInt(Template.TemplateHeight)
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            end;
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        if canMirror then
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            if getrandom(2) = 0 then
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                begin
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                for i:= 0 to pred(BasePointsCount) do
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                if pa.ar[i].x <> NTPX then
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                    pa.ar[i].x:= LAND_WIDTH - 1 - pa.ar[i].x;
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                for i:= 0 to pred(FillPointsCount) do
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                    fps^[i].x:= LAND_WIDTH - 1 - fps^[i].x;
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                end;
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(*  Experiment in making this option more useful
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     if ((not isNegative) and (cTemplateFilter = 4)) or
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        (canFlip and (getrandom(2) = 0)) then
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           begin
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           for i:= 0 to pred(BasePointsCount) do
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               begin
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               pa.ar[i].y:= LAND_HEIGHT - 1 - pa.ar[i].y + (LAND_HEIGHT - TemplateHeight) * 2;
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               if pa.ar[i].y > LAND_HEIGHT - 1 then
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                   pa.ar[i].y:= LAND_HEIGHT - 1;
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               end;
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           for i:= 0 to pred(FillPointsCount) do
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               begin
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               FillPoints^[i].y:= LAND_HEIGHT - 1 - FillPoints^[i].y + (LAND_HEIGHT - TemplateHeight) * 2;
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               if FillPoints^[i].y > LAND_HEIGHT - 1 then
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                   FillPoints^[i].y:= LAND_HEIGHT - 1;
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               end;
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           end;
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     end
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*)
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// template recycling.  Pull these off the floor a bit
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    if (not isNegative) and (cTemplateFilter = 4) then
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        begin
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        for i:= 0 to pred(BasePointsCount) do
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            begin
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            dec(pa.ar[i].y, 100);
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            if pa.ar[i].y < 0 then
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                pa.ar[i].y:= 0;
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            end;
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        for i:= 0 to pred(FillPointsCount) do
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            begin
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            dec(fps^[i].y, 100);
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            if fps^[i].y < 0 then
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                fps^[i].y:= 0;
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            end;
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        end;
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    if (canFlip and (getrandom(2) = 0)) then
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        begin
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        for i:= 0 to pred(BasePointsCount) do
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            pa.ar[i].y:= LAND_HEIGHT - 1 - pa.ar[i].y;
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        for i:= 0 to pred(FillPointsCount) do
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            fps^[i].y:= LAND_HEIGHT - 1 - fps^[i].y;
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        end;
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    end
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end;
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procedure FindPoint(si: LongInt; fillPointsCount: LongWord; var newPoint: TPoint; var pa: TPixAr);
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const mapBorderMargin = 40;
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var p1, p2, p4, fp, mp: TPoint;
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    i, t1, t2, iy, ix, aqpb: LongInt;
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    a, b, p, q: LongInt;
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    dab, d, distL, distR: LongInt;
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begin
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    // [p1, p2] is the segment we're trying to divide
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    p1:= pa.ar[si];
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    p2:= pa.ar[si + 1];
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    if p2.x = NTPX then
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    // it is segment from last to first point, so need to find first point
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    begin
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        i:= si - 2;
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        while (i >= 0) and (pa.ar[i].x <> NTPX) do
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            dec(i);
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        p2:= pa.ar[i + 1]
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    end;
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    // perpendicular vector
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    a:= p2.y - p1.y;
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    b:= p1.x - p2.x;
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    dab:= DistanceI(a, b).Round;
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    // its middle point
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    mp.x:= (p1.x + p2.x) div 2;
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    mp.y:= (p1.y + p2.y) div 2;
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    // don't process too short segments or those which are too close to map borders
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    if (p1.x = NTPX)
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            or (dab < minDistance * 3)
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            or (mp.x < leftX + mapBorderMargin)
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            or (mp.x > rightX - mapBorderMargin)
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            or (mp.y < topY + mapBorderMargin)
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            or (mp.y > LongInt(LAND_HEIGHT) - mapBorderMargin)
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    then
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    begin
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        newPoint:= p1;
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        exit;
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    end;
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    // find distances to map borders
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    if a <> 0 then
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    begin
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        // left border
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        iy:= (leftX + mapBorderMargin - mp.x) * b div a + mp.y;
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        d:= DistanceI(mp.x - leftX - mapBorderMargin, mp.y - iy).Round;
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        t1:= a * (mp.x - mapBorderMargin) + b * (mp.y - iy);
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        if t1 > 0 then distL:= d else distR:= d;
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        // right border
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        iy:= (rightX - mapBorderMargin - mp.x) * b div a + mp.y;
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        d:= DistanceI(mp.x - rightX + mapBorderMargin, mp.y - iy).Round;
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        if t1 > 0 then distR:= d else distL:= d;
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    end else
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    begin
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        distL:= LAND_WIDTH + LAND_HEIGHT;
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        distR:= distL;
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    end;
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    if b <> 0 then
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    begin
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        // top border
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        ix:= (topY + mapBorderMargin - mp.y) * a div b + mp.x;
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        d:= DistanceI(mp.y - topY - mapBorderMargin, mp.x - ix).Round;
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        t2:= b * (mp.y - mapBorderMargin) + a * (mp.x - ix);
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unc0rr
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diff changeset
   152
        if t2 > 0 then distL:= min(d, distL) else distR:= min(d, distR);
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unc0rr
parents: 10199
diff changeset
   153
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   154
        // bottom border
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unc0rr
parents: 10199
diff changeset
   155
        ix:= (LAND_HEIGHT - mapBorderMargin - mp.y) * a div b + mp.x;
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   156
        d:= DistanceI(mp.y - LAND_HEIGHT + mapBorderMargin, mp.x - ix).Round;
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   157
        if t2 > 0 then distR:= min(d, distR) else distL:= min(d, distL);
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unc0rr
parents: 10199
diff changeset
   158
    end;
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   159
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
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diff changeset
   160
    // now go through all other segments
10205
fc99e124ba4d Prevent intersections with segment from last to first point, adjust size of details
unc0rr
parents: 10204
diff changeset
   161
    fp:= pa.ar[0];
10564
0cb20aa8877a more fixing and allow pas2c to run tests. they will still fail though - engine does not exit with the specified exit codes, also data types are messed up
sheepluva
parents: 10562
diff changeset
   162
    for i:= 0 to LongInt(pa.Count) - 2 do
10205
fc99e124ba4d Prevent intersections with segment from last to first point, adjust size of details
unc0rr
parents: 10204
diff changeset
   163
        if pa.ar[i].x = NTPX then
fc99e124ba4d Prevent intersections with segment from last to first point, adjust size of details
unc0rr
parents: 10204
diff changeset
   164
            fp:= pa.ar[i + 1]
fc99e124ba4d Prevent intersections with segment from last to first point, adjust size of details
unc0rr
parents: 10204
diff changeset
   165
        else if (i <> si) then
10199
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   166
        begin
14121
4d22be35cfa2 Finish porting FindPoint()
unc0rr
parents: 13924
diff changeset
   167
            p4:= pa.ar[i + 1];
4d22be35cfa2 Finish porting FindPoint()
unc0rr
parents: 13924
diff changeset
   168
            if p4.x = NTPX then
4d22be35cfa2 Finish porting FindPoint()
unc0rr
parents: 13924
diff changeset
   169
                p4:= fp;
10206
979a663d7351 Process segments from last to first point too
unc0rr
parents: 10205
diff changeset
   170
10199
fdb689b57b1b Some progress on new generator
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parents: 10198
diff changeset
   171
            // check if it intersects
10200
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   172
            t1:= (mp.x - pa.ar[i].x) * b - a * (mp.y - pa.ar[i].y);
10205
fc99e124ba4d Prevent intersections with segment from last to first point, adjust size of details
unc0rr
parents: 10204
diff changeset
   173
            t2:= (mp.x - p4.x) * b - a * (mp.y - p4.y);
10199
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   174
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   175
            if (t1 > 0) <> (t2 > 0) then // yes it does, hard arith follows
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   176
            begin
10205
fc99e124ba4d Prevent intersections with segment from last to first point, adjust size of details
unc0rr
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diff changeset
   177
                p:= p4.x - pa.ar[i].x;
fc99e124ba4d Prevent intersections with segment from last to first point, adjust size of details
unc0rr
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diff changeset
   178
                q:= p4.y - pa.ar[i].y;
10199
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   179
                aqpb:= a * q - p * b;
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   180
fdb689b57b1b Some progress on new generator
unc0rr
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diff changeset
   181
                if (aqpb <> 0) then
fdb689b57b1b Some progress on new generator
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diff changeset
   182
                begin
fdb689b57b1b Some progress on new generator
unc0rr
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diff changeset
   183
                    // (ix; iy) is intersection point
10494
0eb97cf4c78e Fix warnings given by 32-bit fpc
unC0Rr
parents: 10478
diff changeset
   184
                    iy:= (((Int64(pa.ar[i].x) - mp.x) * b + Int64(mp.y) * a) * q - Int64(pa.ar[i].y) * p * b) div aqpb;
10201
9bee9541edf1 Fix detection of intersections, still need to check if passing any point in move, but result is already okayish
unc0rr
parents: 10200
diff changeset
   185
                    if abs(b) > abs(q) then
9bee9541edf1 Fix detection of intersections, still need to check if passing any point in move, but result is already okayish
unc0rr
parents: 10200
diff changeset
   186
                        ix:= (iy - mp.y) * a div b + mp.x
10199
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   187
                    else
10201
9bee9541edf1 Fix detection of intersections, still need to check if passing any point in move, but result is already okayish
unc0rr
parents: 10200
diff changeset
   188
                        ix:= (iy - pa.ar[i].y) * p div q + pa.ar[i].x;
10199
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   189
10200
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   190
                    d:= DistanceI(mp.y - iy, mp.x - ix).Round;
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   191
                    t1:= b * (mp.y - iy) + a * (mp.x - ix);
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   192
                    if t1 > 0 then distL:= min(d, distL) else distR:= min(d, distR);
10199
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   193
                end;
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   194
            end;
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   195
        end;
10207
9dd3a44805a1 - Make sure distortion doesn't move fill point to other side of segment, this prevents corrupted maps
unc0rr
parents: 10206
diff changeset
   196
9dd3a44805a1 - Make sure distortion doesn't move fill point to other side of segment, this prevents corrupted maps
unc0rr
parents: 10206
diff changeset
   197
    // go through all points, including fill points
10564
0cb20aa8877a more fixing and allow pas2c to run tests. they will still fail though - engine does not exit with the specified exit codes, also data types are messed up
sheepluva
parents: 10562
diff changeset
   198
    for i:= 0 to Pred(LongInt(pa.Count + fillPointsCount)) do
10202
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   199
        // if this point isn't on current segment
10205
fc99e124ba4d Prevent intersections with segment from last to first point, adjust size of details
unc0rr
parents: 10204
diff changeset
   200
        if (si <> i) and (i <> si + 1) and (pa.ar[i].x <> NTPX) then
10202
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   201
        begin
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   202
            // also check intersection with rays through pa.ar[i] if this point is good
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   203
            t1:= (p1.x - pa.ar[i].x) * b - a * (p1.y - pa.ar[i].y);
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   204
            t2:= (p2.x - pa.ar[i].x) * b - a * (p2.y - pa.ar[i].y);
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   205
            if (t1 > 0) <> (t2 > 0) then
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   206
            begin
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   207
                // ray from p1
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unc0rr
parents: 10201
diff changeset
   208
                p:= pa.ar[i].x - p1.x;
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   209
                q:= pa.ar[i].y - p1.y;
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   210
                aqpb:= a * q - p * b;
10201
9bee9541edf1 Fix detection of intersections, still need to check if passing any point in move, but result is already okayish
unc0rr
parents: 10200
diff changeset
   211
10202
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   212
                if (aqpb <> 0) then
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   213
                begin
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   214
                    // (ix; iy) is intersection point
10494
0eb97cf4c78e Fix warnings given by 32-bit fpc
unC0Rr
parents: 10478
diff changeset
   215
                    iy:= (((Int64(p1.x) - mp.x) * b + Int64(mp.y) * a) * q - Int64(p1.y) * p * b) div aqpb;
10202
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   216
                    if abs(b) > abs(q) then
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   217
                        ix:= (iy - mp.y) * a div b + mp.x
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   218
                    else
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   219
                        ix:= (iy - p1.y) * p div q + p1.x;
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   220
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   221
                    d:= DistanceI(mp.y - iy, mp.x - ix).Round;
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   222
                    t1:= b * (mp.y - iy) + a * (mp.x - ix);
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   223
                    if t1 > 0 then distL:= min(d, distL) else distR:= min(d, distR);
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   224
                end;
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   225
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   226
                // and ray from p2
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   227
                p:= pa.ar[i].x - p2.x;
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   228
                q:= pa.ar[i].y - p2.y;
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   229
                aqpb:= a * q - p * b;
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   230
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   231
                if (aqpb <> 0) then
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   232
                begin
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   233
                    // (ix; iy) is intersection point
10494
0eb97cf4c78e Fix warnings given by 32-bit fpc
unC0Rr
parents: 10478
diff changeset
   234
                    iy:= (((Int64(p2.x) - mp.x) * b + Int64(mp.y) * a) * q - Int64(p2.y) * p * b) div aqpb;
10202
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   235
                    if abs(b) > abs(q) then
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   236
                        ix:= (iy - mp.y) * a div b + mp.x
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   237
                    else
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   238
                        ix:= (iy - p2.y) * p div q + p2.x;
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   239
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   240
                    d:= DistanceI(mp.y - iy, mp.x - ix).Round;
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   241
                    t2:= b * (mp.y - iy) + a * (mp.x - ix);
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   242
                    if t2 > 0 then distL:= min(d, distL) else distR:= min(d, distR);
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   243
                end;
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   244
            end;
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   245
        end;
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   246
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   247
    // don't move new point for more than length of initial segment
10207
9dd3a44805a1 - Make sure distortion doesn't move fill point to other side of segment, this prevents corrupted maps
unc0rr
parents: 10206
diff changeset
   248
    // adjust/parametrize for more flat surfaces (try values 3/4, 1/2 of dab, or even 1/4)
10499
0d8016085108 modestly randomise dab, bump points again.
nemo
parents: 10495
diff changeset
   249
    d:= dab * 100 div dabDiv;
10495
6d61b44a5652 - Comment out getrandom in addgear for hedgehog, causes preview-game desync
unc0rr
parents: 10494
diff changeset
   250
    //d:= dab * (1 + abs(cFeatureSize - 8)) div 6;
6d61b44a5652 - Comment out getrandom in addgear for hedgehog, causes preview-game desync
unc0rr
parents: 10494
diff changeset
   251
    //d:= dab * (14 + cFeatureSize) div 20;
10201
9bee9541edf1 Fix detection of intersections, still need to check if passing any point in move, but result is already okayish
unc0rr
parents: 10200
diff changeset
   252
    if distL > d then distL:= d;
9bee9541edf1 Fix detection of intersections, still need to check if passing any point in move, but result is already okayish
unc0rr
parents: 10200
diff changeset
   253
    if distR > d then distR:= d;
9bee9541edf1 Fix detection of intersections, still need to check if passing any point in move, but result is already okayish
unc0rr
parents: 10200
diff changeset
   254
10204
50e52e511300 Fix div by zero error in new generator
unc0rr
parents: 10203
diff changeset
   255
    if distR + distL < minDistance * 2 + 10 then
10200
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   256
    begin
10225
0278759252b6 No more occasional long straight edges
unc0rr
parents: 10209
diff changeset
   257
        // limits are too narrow, just divide
0278759252b6 No more occasional long straight edges
unc0rr
parents: 10209
diff changeset
   258
        newPoint.x:= mp.x;
0278759252b6 No more occasional long straight edges
unc0rr
parents: 10209
diff changeset
   259
        newPoint.y:= mp.y;
10200
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   260
    end
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   261
    else
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   262
    begin
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   263
        // select distance within [-distL; distR]
10209
76316652ef26 Fix warnings
unc0rr
parents: 10208
diff changeset
   264
        d:= -distL + minDistance + LongInt(GetRandom(distR + distL - minDistance * 2));
10201
9bee9541edf1 Fix detection of intersections, still need to check if passing any point in move, but result is already okayish
unc0rr
parents: 10200
diff changeset
   265
        //d:= distR - minDistance;
10202
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   266
        //d:= - distL + minDistance;
10200
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   267
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   268
        // calculate new point
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   269
        newPoint.x:= mp.x + a * d div dab;
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   270
        newPoint.y:= mp.y + b * d div dab;
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   271
    end;
10199
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   272
end;
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   273
10209
76316652ef26 Fix warnings
unc0rr
parents: 10208
diff changeset
   274
procedure DivideEdges(fillPointsCount: LongWord; var pa: TPixAr);
10202
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   275
var i, t: LongInt;
10200
edc2fe0ca03f More math, implementation is nearly complete, just still have an issue to resolve
unc0rr
parents: 10199
diff changeset
   276
    newPoint: TPoint;
10199
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   277
begin
10209
76316652ef26 Fix warnings
unc0rr
parents: 10208
diff changeset
   278
    newPoint.x:= 0;
76316652ef26 Fix warnings
unc0rr
parents: 10208
diff changeset
   279
    newPoint.y:= 0;
10199
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   280
    i:= 0;
10202
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   281
10564
0cb20aa8877a more fixing and allow pas2c to run tests. they will still fail though - engine does not exit with the specified exit codes, also data types are messed up
sheepluva
parents: 10562
diff changeset
   282
    while i < LongInt(pa.Count) - 1 do
10199
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   283
    begin
10207
9dd3a44805a1 - Make sure distortion doesn't move fill point to other side of segment, this prevents corrupted maps
unc0rr
parents: 10206
diff changeset
   284
        FindPoint(i, fillPointsCount, newPoint, pa);
9dd3a44805a1 - Make sure distortion doesn't move fill point to other side of segment, this prevents corrupted maps
unc0rr
parents: 10206
diff changeset
   285
10202
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   286
        if (newPoint.x <> pa.ar[i].x) or (newPoint.y <> pa.ar[i].y) then
10199
fdb689b57b1b Some progress on new generator
unc0rr
parents: 10198
diff changeset
   287
        begin
10207
9dd3a44805a1 - Make sure distortion doesn't move fill point to other side of segment, this prevents corrupted maps
unc0rr
parents: 10206
diff changeset
   288
            // point found, free a slot for it in array, don't forget to move appended fill points
9dd3a44805a1 - Make sure distortion doesn't move fill point to other side of segment, this prevents corrupted maps
unc0rr
parents: 10206
diff changeset
   289
            for t:= pa.Count + fillPointsCount downto i + 2 do
10202
f7c8cb11a70e No self intersections, except for weirdness between first and last point
unc0rr
parents: 10201
diff changeset
   290
                pa.ar[t]:= pa.ar[t - 1];
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            inc(pa.Count);
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            pa.ar[i + 1]:= newPoint;
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            inc(i)
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        end;
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        inc(i)
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    end;
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end;
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procedure Distort2(var Template: TEdgeTemplate; fps: PPointArray; var pa: TPixAr);
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var i: Longword;
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begin
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    // append fill points to ensure distortion won't move them to other side of segment
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    for i:= 0 to pred(Template.FillPointsCount) do
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        begin
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            pa.ar[pa.Count + i].x:= fps^[i].x;
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            pa.ar[pa.Count + i].y:= fps^[i].y;
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        end;
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    // divide while it divides
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    repeat
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        i:= pa.Count;
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        DivideEdges(Template.FillPointsCount, pa)
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    until i = pa.Count;
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{$IFDEF IPHONEOS}
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    if GameType <> gmtLandPreview then
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{$ENDIF}
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    // make it smooth
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    BezierizeEdge(pa, _0_2);
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end;
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procedure GenTemplated(var Template: TEdgeTemplate);
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var pa: TPixAr;
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    i: Longword;
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    y, x: Longword;
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    fps: TPointArray;
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begin
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    fps:=Template.FillPoints^;
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    ResizeLand(Template.TemplateWidth, Template.TemplateHeight);
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    for y:= 0 to LAND_HEIGHT - 1 do
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        for x:= 0 to LAND_WIDTH - 1 do
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            Land[y, x]:= lfBasic;
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    minDistance:= sqr(cFeatureSize) div 8 + 10;
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    //dabDiv:= getRandom(41)+60;
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    //dabDiv:= getRandom(31)+70;
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    dabDiv:= getRandom(21)+100;
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    MaxHedgehogs:= Template.MaxHedgehogs;
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    hasGirders:= Template.hasGirders;
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    playHeight:= Template.TemplateHeight;
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    playWidth:= Template.TemplateWidth;
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    leftX:= (LAND_WIDTH - playWidth) div 2;
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    rightX:= Pred(leftX + playWidth);
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    topY:= LAND_HEIGHT - playHeight;
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    {$HINTS OFF}
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    SetPoints(Template, pa, @fps);
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    {$HINTS ON}
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    Distort2(Template, @fps, pa);
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    DrawEdge(pa, 0);
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    with Template do
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        for i:= 0 to pred(FillPointsCount) do
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            with fps[i] do
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                FillLand(x, y, 0, 0);
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    DrawEdge(pa, lfBasic);
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    // HACK: force to only cavern even if a cavern map is invertable if cTemplateFilter = 4 ?
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    if (cTemplateFilter = 4)
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    or (Template.canInvert and (getrandom(2) = 0))
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    or (not Template.canInvert and Template.isNegative) then
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        begin
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        hasBorder:= true;
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        for y:= 0 to LAND_HEIGHT - 1 do
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            for x:= 0 to LAND_WIDTH - 1 do
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                if (y < LongWord(topY)) or (x < LongWord(leftX)) or (x > LongWord(rightX)) then
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                    Land[y, x]:= 0
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                else
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                    begin
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                    if Land[y, x] = 0 then
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                        Land[y, x]:= lfBasic
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                    else if Land[y, x] = lfBasic then
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                        Land[y, x]:= 0;
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                    end;
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        end;
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end;
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end.