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|
local npldiku=27;
local dxklec=5;
local dyklec=6;
local pldnic=0;
local pldjdu=1;
local pldjsem=2;
local pldodch=3;
local pldzust=4;
local pldzed=5;
-- -----------------------------------------------------------------
function initPldici(leader)
leader.pldik = {}
for i = 0, npldiku - 1 do
leader.pldik[i] = {}
leader.pldik[i].xs = 0
leader.pldik[i].ys = 0
leader.pldik[i].cinnost = 0
leader.pldik[i].faze = 0
leader.pldik[i].smer = 0
leader.pldik[i].delit = 0
leader.pldik[i].otec = 0
end
leader.klec = {}
for i = 0, dxklec + 1 do
leader.klec[i] = {}
end
for i = 0, npldiku - 1 do
getModelsTable()[leader.index + i].afaze = 36
getModelsTable()[leader.index + i]:updateAnim()
end
for x = 0, dxklec + 1 do
for y = 0, dyklec + 1 do
if x == 0 or x > dxklec or y == 0 or y > dyklec or x == 3 and y >= 4 then
leader.klec[x][y] = pldzed
else
leader.klec[x][y] = pldnic
end
end
end
getModelsTable()[leader.index + 12].afaze = 0
getModelsTable()[leader.index + 12]:updateAnim()
leader.pocet = 1
leader.pldik[0].xs = 3
leader.pldik[0].ys = 1
leader.pldik[0].cinnost = 0
leader.pldik[0].faze = 0
leader.pldik[0].delit = random(200) + 200
end
-- -----------------------------------------------------------------
function fazeplda(leader, x, y, anim)
local p
p = (x - 1) * dyklec + y
if p > 15 then
p = p - 3
end
if p > npldiku or p <= 0 then
print("SCRIPT_WARNING out of array; p="..p.."; x="..x.."; y="..y.."; anim="..anim)
else
p = leader.index + p - 1
getModelsTable()[p].afaze = anim
getModelsTable()[p]:updateAnim()
end
end
-- -----------------------------------------------------------------
function progPldici(leader)
local nx
local musibyt, kliddole, volnovedle
local sm
local pldik = leader.pldik
local klec = leader.klec
for i = 0, npldiku - 1 do
getModelsTable()[leader.index + i].afaze = 36
getModelsTable()[leader.index + i]:updateAnim()
end
for i = 0, leader.pocet - 1 do
selected = pldik[i]
if selected.delit > 0 then
selected.delit = selected.delit - 1
else
selected.delit = 10 + random(10)
end
musibyt = klec[selected.xs][selected.ys] == pldzust
kliddole = klec[selected.xs][selected.ys + 1] == pldjsem or klec[selected.xs][selected.ys + 1] == pldzed
sm = random(2)
switch(sm){
[1] = function()
nx = selected.xs - 1
end,
[0] = function()
nx = selected.xs + 1
end,
}
switch(selected.cinnost){
[0] = function()
if klec[selected.xs][selected.ys + 1] == 0 then
selected.cinnost = 1
selected.faze = 0
klec[selected.xs][selected.ys] = pldodch
klec[selected.xs][selected.ys + 1] = pldjdu
fazeplda(leader, selected.xs, selected.ys, 20)
fazeplda(leader, selected.xs, selected.ys + 1, 19)
elseif kliddole and selected.delit == 0 and klec[nx][selected.ys] == 0 then
selected.delit = random(300) + 100
selected.cinnost = 2
selected.faze = 0
selected.smer = sm
klec[selected.xs][selected.ys] = pldjsem
if klec[selected.xs][selected.ys + 1] == pldjsem then
klec[selected.xs][selected.ys + 1] = pldzust
end
pldik[leader.pocet].xs = nx
pldik[leader.pocet].ys = selected.ys
pldik[leader.pocet].cinnost = 3
pldik[leader.pocet].faze = 0
pldik[leader.pocet].smer = sm
pldik[leader.pocet].delit = random(300) + 100
pldik[leader.pocet].otec = i
klec[nx][selected.ys] = pldjdu
fazeplda(leader, selected.xs, selected.ys, 4 - sm)
fazeplda(leader, nx, selected.ys, 36)
leader.pocet = leader.pocet + 1
elseif random(100) < 4 and kliddole and not musibyt then
if klec[nx][selected.ys] == 0 and (klec[nx][selected.ys + 1] == 2 or klec[nx][selected.ys + 1] == 5) then
selected.cinnost = 4
selected.faze = 0
selected.smer = sm
klec[selected.xs][selected.ys] = pldodch
klec[nx][selected.ys] = pldjdu
fazeplda(leader, selected.xs, selected.ys, 4 - sm)
elseif klec[nx][selected.ys] == 0 and klec[nx][selected.ys + 1] == 0 then
selected.cinnost = 5
selected.faze = 0
selected.smer = sm
klec[selected.xs][selected.ys] = pldodch
klec[nx][selected.ys] = pldjdu
fazeplda(leader, selected.xs, selected.ys, 10 + sm * 18)
elseif (klec[nx][selected.ys] == pldjsem or klec[nx][selected.ys] == pldzed) and klec[selected.xs][selected.ys - 1] == 0 and klec[nx][selected.ys - 1] == 0 then
selected.cinnost = 6
selected.faze = 0
selected.smer = sm
if klec[nx][selected.ys] == pldjsem then
klec[nx][selected.ys] = pldzust
end
klec[selected.xs][selected.ys] = pldodch
klec[selected.xs][selected.ys - 1] = pldjdu
fazeplda(leader, selected.xs, selected.ys, 18)
else
fazeplda(leader, selected.xs, selected.ys, selected.faze)
end
else
if random(100) < 10 then
selected.faze = random(5)
end
if random(100) < 2 then
fazeplda(leader, selected.xs, selected.ys, 5)
else
fazeplda(leader, selected.xs, selected.ys, selected.faze)
end
end
end,
[1] = function()
if selected.faze == 0 then
klec[selected.xs][selected.ys] = 0
selected.ys = selected.ys + 1
klec[selected.xs][selected.ys] = pldodch
fazeplda(leader, selected.xs, selected.ys, 2)
selected.faze = selected.faze + 1
else
switch(klec[selected.xs][selected.ys + 1]){
[0] = function()
klec[selected.xs][selected.ys] = pldodch
klec[selected.xs][selected.ys + 1] = pldjdu
fazeplda(leader, selected.xs, selected.ys, 20)
fazeplda(leader, selected.xs, selected.ys + 1, 19)
selected.faze = selected.faze - 1
end,
[1] = function()
klec[selected.xs][selected.ys] = pldodch
fazeplda(leader, selected.xs, selected.ys, 2)
selected.cinnost = 0
selected.faze = 2
end,
[3] = function()
klec[selected.xs][selected.ys] = pldodch
fazeplda(leader, selected.xs, selected.ys, 2)
selected.cinnost = 0
selected.faze = 2
end,
default = function()
selected.cinnost = 0
selected.faze = 0
klec[selected.xs][selected.ys] = pldjsem
fazeplda(leader, selected.xs, selected.ys, 18)
end,
}
end
end,
[3] = function()
selected.faze = selected.faze + 1
switch(selected.faze){
[4] = function()
fazeplda(leader, selected.xs, selected.ys, 14 + selected.smer * 18)
klec[selected.xs][selected.ys] = pldjsem
end,
[16] = function()
selected.cinnost = 0
selected.faze = 0
fazeplda(leader, selected.xs, selected.ys, 0)
pldik[selected.otec].cinnost = 0
fazeplda(leader, pldik[selected.otec].xs, pldik[selected.otec].ys, 4 - selected.smer)
if klec[pldik[selected.otec].xs][pldik[selected.otec].ys + 1] == 4 then
klec[pldik[selected.otec].xs][pldik[selected.otec].ys + 1] = 2
end
end,
[21] = function()
fazeplda(leader, selected.xs, selected.ys, 17 + selected.smer * 18)
if random(100) < 20 then
selected.faze = 15
else
selected.faze = selected.faze - 1
end
end,
default = function()
if 1 <= selected.faze and selected.faze <= 3 then
fazeplda(leader, selected.xs, selected.ys, 12 + selected.smer * 18)
elseif 5 <= selected.faze and selected.faze <= 6 then
fazeplda(leader, selected.xs, selected.ys, 14 + selected.smer * 18)
elseif 7 <= selected.faze and selected.faze <= 9 then
fazeplda(leader, selected.xs, selected.ys, 15 + selected.smer * 18)
elseif 10 <= selected.faze and selected.faze <= 15 then
fazeplda(leader, selected.xs, selected.ys, 16 + selected.smer * 18)
if random(100) < 10 then
selected.faze = 20
end
end
end,
}
end,
[2] = function()
if random(100) < 4 then
fazeplda(leader, selected.xs, selected.ys, 13 + selected.smer * 18)
else
fazeplda(leader, selected.xs, selected.ys, 11 + selected.smer * 18)
end
end,
[4] = function()
selected.faze = selected.faze + 1
switch(selected.smer){
[0] = function()
nx = selected.xs + 1
end,
[1] = function()
nx = selected.xs - 1
end,
}
switch(selected.faze){
[1] = function()
fazeplda(leader, selected.xs, selected.ys, 6 + selected.smer * 18)
fazeplda(leader, nx, selected.ys, 7 + selected.smer * 18)
end,
[2] = function()
fazeplda(leader, selected.xs, selected.ys, 8 + selected.smer * 18)
fazeplda(leader, nx, selected.ys, 9 + selected.smer * 18)
end,
[3] = function()
klec[selected.xs][selected.ys] = 0
selected.xs = nx
klec[selected.xs][selected.ys] = pldjsem
fazeplda(leader, selected.xs, selected.ys, 0)
selected.cinnost = 0
selected.faze = 0
end,
}
end,
[5] = function()
selected.faze = selected.faze + 1
switch(selected.smer){
[0] = function()
nx = selected.xs + 1
end,
[1] = function()
nx = selected.xs - 1
end,
}
switch(selected.faze){
[1] = function()
fazeplda(leader, selected.xs, selected.ys, 10 + selected.smer * 18)
end,
[2] = function()
fazeplda(leader, selected.xs, selected.ys, 10 + selected.smer * 18)
end,
[3] = function()
fazeplda(leader, selected.xs, selected.ys, 21 + selected.smer)
fazeplda(leader, nx, selected.ys, 22 - selected.smer)
end,
[4] = function()
klec[selected.xs][selected.ys] = 0
selected.xs = nx
klec[selected.xs][selected.ys] = pldodch
fazeplda(leader, selected.xs, selected.ys, 2)
selected.cinnost = 1
selected.faze = 1
end,
}
end,
[6] = function()
selected.faze = selected.faze + 1
switch(selected.smer){
[0] = function()
nx = selected.xs + 1
end,
[1] = function()
nx = selected.xs - 1
end,
}
switch(selected.faze){
[1] = function()
fazeplda(leader, selected.xs, selected.ys - 1, 20)
fazeplda(leader, selected.xs, selected.ys, 19)
end,
[2] = function()
klec[selected.xs][selected.ys] = 0
selected.ys = selected.ys - 1
klec[selected.xs][selected.ys] = pldodch
if klec[nx][selected.ys] == 0 then
fazeplda(leader, selected.xs, selected.ys, 21 + selected.smer)
fazeplda(leader, nx, selected.ys, 22 + selected.smer)
klec[nx][selected.ys] = pldjdu
else
selected.cinnost = 1
selected.faze = 1
fazeplda(leader, selected.xs, selected.ys, 2)
if klec[nx][selected.ys + 1] == 4 then
klec[nx][selected.ys + 1] = 2
end
end
end,
[3] = function()
klec[selected.xs][selected.ys] = 0
selected.xs = nx
klec[selected.xs][selected.ys] = pldjsem
fazeplda(leader, selected.xs, selected.ys, 18)
selected.cinnost = 0
selected.faze = 0
if klec[selected.xs][selected.ys + 1] == 4 then
klec[selected.xs][selected.ys + 1] = 2
end
end,
}
end,
}
end
end
|
