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Location: cpp/openttd-patchpack/source/src/ai/trolly/build.cpp
r10533:45e8d63c9316
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(svn r14790) -Codechange: unify generation of default savegame/screenshot names (PhilSophus)
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/** @file build.cpp Building support for the trolly AI. */
#include "../../stdafx.h"
#include "../../openttd.h"
#include "../../debug.h"
#include "../../road_map.h"
#include "../../command_func.h"
#include "trolly.h"
#include "../../engine_func.h"
#include "../../engine_base.h"
#include "../../variables.h"
#include "../../bridge.h"
#include "../../vehicle_func.h"
#include "../../vehicle_base.h"
#include "../../company_base.h"
#include "../../company_func.h"
#include "../ai.h"
#include "../../tunnelbridge.h"
// Build HQ
// Params:
// tile : tile where HQ is going to be build
bool AiNew_Build_CompanyHQ(Company *c, TileIndex tile)
{
if (CmdFailed(AI_DoCommand(tile, 0, 0, DC_AUTO | DC_NO_WATER, CMD_BUILD_COMPANY_HQ)))
return false;
AI_DoCommand(tile, 0, 0, DC_EXEC | DC_AUTO | DC_NO_WATER, CMD_BUILD_COMPANY_HQ);
return true;
}
// Build station
// Params:
// type : AI_TRAIN/AI_BUS/AI_TRUCK : indicates the type of station
// tile : tile where station is going to be build
// length : in case of AI_TRAIN: length of station
// numtracks : in case of AI_TRAIN: tracks of station
// direction : the direction of the station
// flag : flag passed to DoCommand (normally 0 to get the cost or DC_EXEC to build it)
CommandCost AiNew_Build_Station(Company *c, byte type, TileIndex tile, byte length, byte numtracks, byte direction, byte flag)
{
if (type == AI_TRAIN)
return AI_DoCommand(tile, direction + (numtracks << 8) + (length << 16), 0, flag | DC_AUTO | DC_NO_WATER, CMD_BUILD_RAILROAD_STATION);
if (type == AI_BUS)
return AI_DoCommand(tile, direction, ROADTYPES_ROAD << 2 | ROADSTOP_BUS, flag | DC_AUTO | DC_NO_WATER, CMD_BUILD_ROAD_STOP);
return AI_DoCommand(tile, direction, ROADTYPES_ROAD << 2 | ROADSTOP_TRUCK, flag | DC_AUTO | DC_NO_WATER, CMD_BUILD_ROAD_STOP);
}
// Builds a brdige. The second best out of the ones available for this company
// Params:
// tile_a : starting point
// tile_b : end point
// flag : flag passed to DoCommand
CommandCost AiNew_Build_Bridge(Company *c, TileIndex tile_a, TileIndex tile_b, byte flag)
{
int bridge_type, bridge_len, type, type2;
// Find a good bridgetype (the best money can buy)
bridge_len = GetTunnelBridgeLength(tile_a, tile_b);
type = type2 = 0;
for (bridge_type = MAX_BRIDGES-1; bridge_type >= 0; bridge_type--) {
if (CheckBridge_Stuff(bridge_type, bridge_len)) {
type2 = type;
type = bridge_type;
// We found two bridges, exit
if (type2 != 0) break;
}
}
// There is only one bridge that can be built
if (type2 == 0 && type != 0) type2 = type;
// Now, simply, build the bridge!
if (_companies_ainew[c->index].tbt == AI_TRAIN) {
return AI_DoCommand(tile_a, tile_b, type2 | RAILTYPE_RAIL << 8 | TRANSPORT_RAIL << 15, flag | DC_AUTO, CMD_BUILD_BRIDGE);
} else {
return AI_DoCommand(tile_a, tile_b, type2 | ROADTYPES_ROAD << 8 | TRANSPORT_ROAD << 15, flag | DC_AUTO, CMD_BUILD_BRIDGE);
}
}
// Build the route part by part
// Basicly what this function do, is build that amount of parts of the route
// that go in the same direction. It sets 'part' to the last part of the route builded.
// The return value is the cost for the builded parts
//
// Params:
// PathFinderInfo : Pointer to the PathFinderInfo used for AiPathFinder
// part : Which part we need to build
//
// TODO: skip already builded road-pieces (e.g.: cityroad)
CommandCost AiNew_Build_RoutePart(Company *c, Ai_PathFinderInfo *PathFinderInfo, byte flag)
{
int part = PathFinderInfo->position;
byte *route_extra = PathFinderInfo->route_extra;
TileIndex *route = PathFinderInfo->route;
int dir;
int old_dir = -1;
CommandCost cost;
CommandCost res;
// We need to calculate the direction with the parent of the parent.. so we skip
// the first pieces and the last piece
if (part < 1) part = 1;
// When we are done, stop it
if (part >= PathFinderInfo->route_length - 1) {
PathFinderInfo->position = -2;
return CommandCost();
}
if (PathFinderInfo->rail_or_road) {
// Tunnel code
if ((AI_PATHFINDER_FLAG_TUNNEL & route_extra[part]) != 0) {
cost.AddCost(AI_DoCommand(route[part], 0, 0, flag, CMD_BUILD_TUNNEL));
PathFinderInfo->position++;
// TODO: problems!
if (CmdFailed(cost)) {
DEBUG(ai, 0, "[BuildPath] tunnel could not be built (0x%X)", route[part]);
return CommandCost();
}
return cost;
}
// Bridge code
if ((AI_PATHFINDER_FLAG_BRIDGE & route_extra[part]) != 0) {
cost.AddCost(AiNew_Build_Bridge(c, route[part], route[part - 1], flag));
PathFinderInfo->position++;
// TODO: problems!
if (CmdFailed(cost)) {
DEBUG(ai, 0, "[BuildPath] bridge could not be built (0x%X, 0x%X)", route[part], route[part - 1]);
return CommandCost();
}
return cost;
}
// Build normal rail
// Keep it doing till we go an other way
if (route_extra[part - 1] == 0 && route_extra[part] == 0) {
while (route_extra[part] == 0) {
// Get the current direction
dir = AiNew_GetRailDirection(route[part-1], route[part], route[part+1]);
// Is it the same as the last one?
if (old_dir != -1 && old_dir != dir) break;
old_dir = dir;
// Build the tile
res = AI_DoCommand(route[part], 0, dir, flag, CMD_BUILD_SINGLE_RAIL);
if (CmdFailed(res)) {
// Problem.. let's just abort it all!
_companies_ainew[c->index].state = AI_STATE_NOTHING;
return CommandCost();
}
cost.AddCost(res);
// Go to the next tile
part++;
// Check if it is still in range..
if (part >= PathFinderInfo->route_length - 1) break;
}
part--;
}
// We want to return the last position, so we go back one
PathFinderInfo->position = part;
} else {
// Tunnel code
if ((AI_PATHFINDER_FLAG_TUNNEL & route_extra[part]) != 0) {
cost.AddCost(AI_DoCommand(route[part], 0x200 | ROADTYPES_ROAD, 0, flag, CMD_BUILD_TUNNEL));
PathFinderInfo->position++;
// TODO: problems!
if (CmdFailed(cost)) {
DEBUG(ai, 0, "[BuildPath] tunnel could not be built (0x%X)", route[part]);
return CommandCost();
}
return cost;
}
// Bridge code
if ((AI_PATHFINDER_FLAG_BRIDGE & route_extra[part]) != 0) {
cost.AddCost(AiNew_Build_Bridge(c, route[part], route[part + 1], flag));
PathFinderInfo->position++;
// TODO: problems!
if (CmdFailed(cost)) {
DEBUG(ai, 0, "[BuildPath] bridge could not be built (0x%X, 0x%X)", route[part], route[part + 1]);
return CommandCost();
}
return cost;
}
// Build normal road
// Keep it doing till we go an other way
// EnsureNoVehicleOnGround makes sure we don't build on a tile where a vehicle is. This way
// it will wait till the vehicle is gone..
if (route_extra[part-1] == 0 && route_extra[part] == 0 && (flag != DC_EXEC || EnsureNoVehicleOnGround(route[part]))) {
while (route_extra[part] == 0 && (flag != DC_EXEC || EnsureNoVehicleOnGround(route[part]))) {
// Get the current direction
dir = AiNew_GetRoadDirection(route[part-1], route[part], route[part+1]);
// Is it the same as the last one?
if (old_dir != -1 && old_dir != dir) break;
old_dir = dir;
// There is already some road, and it is a bridge.. don't build!!!
if (!IsTileType(route[part], MP_TUNNELBRIDGE)) {
// Build the tile
res = AI_DoCommand(route[part], dir, 0, flag | DC_NO_WATER, CMD_BUILD_ROAD);
// Currently, we ignore CMD_ERRORs!
if (CmdFailed(res) && flag == DC_EXEC && !IsTileType(route[part], MP_ROAD) && !EnsureNoVehicleOnGround(route[part])) {
// Problem.. let's just abort it all!
DEBUG(ai, 0, "[BuidPath] route building failed at tile 0x%X, aborting", route[part]);
_companies_ainew[c->index].state = AI_STATE_NOTHING;
return CommandCost();
}
if (CmdSucceeded(res)) cost.AddCost(res);
}
// Go to the next tile
part++;
// Check if it is still in range..
if (part >= PathFinderInfo->route_length - 1) break;
}
part--;
// We want to return the last position, so we go back one
}
if (!EnsureNoVehicleOnGround(route[part]) && flag == DC_EXEC) part--;
PathFinderInfo->position = part;
}
return cost;
}
// This functions tries to find the best vehicle for this type of cargo
// It returns INVALID_ENGINE if not suitable engine is found
EngineID AiNew_PickVehicle(Company *c)
{
if (_companies_ainew[c->index].tbt == AI_TRAIN) {
// Not supported yet
return INVALID_ENGINE;
} else {
EngineID best_veh_index = INVALID_ENGINE;
int32 best_veh_rating = 0;
const Engine *e;
/* Loop through all road vehicles */
FOR_ALL_ENGINES_OF_TYPE(e, VEH_ROAD) {
EngineID i = e->index;
const RoadVehicleInfo *rvi = &e->u.road;
/* Skip vehicles which can't take our cargo type */
if (rvi->cargo_type != _companies_ainew[c->index].cargo && !CanRefitTo(i, _companies_ainew[c->index].cargo)) continue;
/* Skip trams */
if (HasBit(EngInfo(i)->misc_flags, EF_ROAD_TRAM)) continue;
// Is it availiable?
// Also, check if the reliability of the vehicle is above the AI_VEHICLE_MIN_RELIABILTY
if (!HasBit(e->company_avail, _current_company) || e->reliability * 100 < AI_VEHICLE_MIN_RELIABILTY << 16) continue;
/* Rate and compare the engine by speed & capacity */
int rating = rvi->max_speed * rvi->capacity;
if (rating <= best_veh_rating) continue;
// Can we build it?
CommandCost ret = AI_DoCommand(0, i, 0, DC_QUERY_COST, CMD_BUILD_ROAD_VEH);
if (CmdFailed(ret)) continue;
best_veh_rating = rating;
best_veh_index = i;
}
return best_veh_index;
}
}
void CcAI(bool success, TileIndex tile, uint32 p1, uint32 p2)
{
Company *c = GetCompany(_current_company);
if (success) {
_companies_ainew[c->index].state = AI_STATE_GIVE_ORDERS;
_companies_ainew[c->index].veh_id = _new_vehicle_id;
if (GetVehicle(_companies_ainew[c->index].veh_id)->cargo_type != _companies_ainew[c->index].cargo) {
/* Cargo type doesn't match, so refit it */
if (CmdFailed(DoCommand(tile, _companies_ainew[c->index].veh_id, _companies_ainew[c->index].cargo, DC_EXEC, CMD_REFIT_ROAD_VEH))) {
/* Refit failed, so sell the vehicle */
DoCommand(tile, _companies_ainew[c->index].veh_id, 0, DC_EXEC, CMD_SELL_ROAD_VEH);
_companies_ainew[c->index].state = AI_STATE_NOTHING;
}
}
} else {
/* XXX this should be handled more gracefully */
_companies_ainew[c->index].state = AI_STATE_NOTHING;
}
}
// Builds the best vehicle possible
CommandCost AiNew_Build_Vehicle(Company *c, TileIndex tile, byte flag)
{
EngineID i = AiNew_PickVehicle(c);
if (i == INVALID_ENGINE) return CMD_ERROR;
if (_companies_ainew[c->index].tbt == AI_TRAIN) return CMD_ERROR;
if (flag & DC_EXEC) {
return AI_DoCommandCc(tile, i, 0, flag, CMD_BUILD_ROAD_VEH, CcAI);
} else {
return AI_DoCommand(tile, i, 0, flag, CMD_BUILD_ROAD_VEH);
}
}
CommandCost AiNew_Build_Depot(Company *c, TileIndex tile, DiagDirection direction, byte flag)
{
CommandCost ret, ret2;
if (_companies_ainew[c->index].tbt == AI_TRAIN) {
return AI_DoCommand(tile, 0, direction, flag | DC_AUTO | DC_NO_WATER, CMD_BUILD_TRAIN_DEPOT);
} else {
ret = AI_DoCommand(tile, direction, 0, flag | DC_AUTO | DC_NO_WATER, CMD_BUILD_ROAD_DEPOT);
if (CmdFailed(ret2)) return ret;
// Try to build the road from the depot
ret2 = AI_DoCommand(tile + TileOffsByDiagDir(direction), DiagDirToRoadBits(ReverseDiagDir(direction)), 0, flag | DC_AUTO | DC_NO_WATER, CMD_BUILD_ROAD);
// If it fails, ignore it..
if (CmdFailed(ret2)) return ret;
ret.AddCost(ret2);
return ret;
}
}
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