Add unit motion integration test map
This uses trigger to create some scientific test cases for unit motion (the whole unitAI->Motion->Pathfinders stack) Differential Revision: https://code.wildfiregames.com/D1892 This was SVN commit r22296.
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binaries/data/mods/public/maps/scenarios/unit_motion_integration_test.js
Executable file
305
binaries/data/mods/public/maps/scenarios/unit_motion_integration_test.js
Executable file
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const UNIT_TEMPLATE = "units/athen_infantry_marine_archer_b";
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const FAST_UNIT_TEMPLATE = "units/athen_cavalry_swordsman_a";
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const LARGE_UNIT_TEMPLATE = "units/brit_siege_ram";
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const SMALL_STRUCTURE_TEMPLATE = "structures/athen_house";
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var QuickSpawn = function(x, z, template, owner = 1)
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{
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let ent = Engine.AddEntity(template);
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let cmpEntOwnership = Engine.QueryInterface(ent, IID_Ownership);
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if (cmpEntOwnership)
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cmpEntOwnership.SetOwner(owner);
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let cmpEntPosition = Engine.QueryInterface(ent, IID_Position);
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cmpEntPosition.JumpTo(x, z);
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return ent;
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};
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var Rotate = function(angle, ent)
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{
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let cmpEntPosition = Engine.QueryInterface(ent, IID_Position);
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cmpEntPosition.SetYRotation(angle);
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return ent;
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};
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var WalkTo = function(x, z, ent)
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{
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ProcessCommand(1, {
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"type": "walk",
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"entities": Array.isArray(ent) ? ent : [ent],
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"x": x,
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"z": z,
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"queued": false
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});
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return ent;
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};
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var Guard = function(target, ent)
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{
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ProcessCommand(1, {
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"type": "guard",
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"entities": Array.isArray(ent) ? ent : [ent],
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"target": target,
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"queued": false
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});
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return ent;
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};
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var Do = function(name, data, ent)
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{
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let comm = {
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"type": name,
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"entities": Array.isArray(ent) ? ent : [ent],
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"queued": false
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};
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for (let k in data)
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comm[k] = data[k];
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ProcessCommand(1, comm);
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};
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var gx = 100;
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var gy = 100;
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var experiments = {};
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experiments.single_unit = {
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"spawn": () => {
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy, UNIT_TEMPLATE));
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}
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};
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experiments.two_followers = {
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"spawn": () => {
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy, UNIT_TEMPLATE));
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let follow = WalkTo(gx, gy + 102, QuickSpawn(gx, gy + 2, UNIT_TEMPLATE));
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Guard(follow, QuickSpawn(gx, gy - 2, UNIT_TEMPLATE));
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}
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};
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experiments.follow_faster = {
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"spawn": () => {
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy, FAST_UNIT_TEMPLATE));
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WalkTo(gx, gy + 104, QuickSpawn(gx, gy + 4, UNIT_TEMPLATE));
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}
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};
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experiments.group = {
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"spawn": () => {
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for (let i = -3; i <= 3; ++i)
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for (let j = -3; j <= 3; ++j)
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WalkTo(gx, gy + 100, QuickSpawn(gx + i * 2, gy + j * 2, UNIT_TEMPLATE));
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}
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};
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experiments.single_unit_building = {
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"spawn": () => {
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QuickSpawn(gx, gy + 40, SMALL_STRUCTURE_TEMPLATE);
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy, UNIT_TEMPLATE));
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}
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};
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experiments.single_unit_pass_nopass = {
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"spawn": () => {
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy, UNIT_TEMPLATE));
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QuickSpawn(gx - 10, gy + 40, SMALL_STRUCTURE_TEMPLATE);
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QuickSpawn(gx + 10, gy + 40, SMALL_STRUCTURE_TEMPLATE);
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QuickSpawn(gx - 8, gy + 70, SMALL_STRUCTURE_TEMPLATE);
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QuickSpawn(gx + 8, gy + 70, SMALL_STRUCTURE_TEMPLATE);
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy - 10, UNIT_TEMPLATE));
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}
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};
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experiments.units_dense_forest = {
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"spawn": () => {
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx - 2, gy, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx + 2, gy + 2, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx - 2, gy, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx + 2, gy + 2, UNIT_TEMPLATE));
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for (let i = -16; i <= 16; i += 4)
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for (let j = -16; j <= 16; j += 4)
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QuickSpawn(gx + i, gy + 50 + j, "gaia/flora_tree_acacia", 0);
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy - 20, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx - 2, gy - 20, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx + 2, gy - 18, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx - 2, gy - 20, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx + 2, gy - 18, UNIT_TEMPLATE));
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}
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};
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experiments.units_sparse_forest = {
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"spawn": () => {
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gx += 10;
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for (let i = -4; i <= 4; i += 2)
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for (let j = -4; j <= 4; j += 2)
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WalkTo(gx, gy + 100, QuickSpawn(gx + i, gy + j, UNIT_TEMPLATE));
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for (let i = -16; i <= 16; i += 8)
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for (let j = -16; j <= 16; j += 8)
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QuickSpawn(gx + i, gy + 50 + j, "gaia/flora_tree_acacia", 0);
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for (let i = -4; i <= 4; i += 2)
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for (let j = -4; j <= 4; j += 2)
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WalkTo(gx, gy + 100, QuickSpawn(gx + i, gy - 20 + j, UNIT_TEMPLATE));
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}
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};
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experiments.units_running_into_eachother = {
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"spawn": () => {
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for (let i = -4; i <= 4; i += 2)
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for (let j = -4; j <= 4; j += 2)
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WalkTo(gx, gy + 100, QuickSpawn(gx + i, gy + j, UNIT_TEMPLATE));
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for (let i = -4; i <= 4; i += 2)
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for (let j = -4; j <= 4; j += 2)
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WalkTo(gx, gy, QuickSpawn(gx + i, gy + 100 + j, UNIT_TEMPLATE));
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}
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};
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experiments.enclosed = {
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"spawn": () => {
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QuickSpawn(gx, gy - 8, "other/palisades_rocks_long");
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QuickSpawn(gx, gy + 8, "other/palisades_rocks_long");
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Rotate(Math.PI / 2, QuickSpawn(gx - 8, gy, "other/palisades_rocks_long"));
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Rotate(Math.PI / 2, QuickSpawn(gx + 8, gy, "other/palisades_rocks_long"));
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WalkTo(gx + 100, gy + 100, QuickSpawn(gx - 1, gy - 1, UNIT_TEMPLATE));
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WalkTo(gx - 100, gy + 100, QuickSpawn(gx + 1, gy - 1, UNIT_TEMPLATE));
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WalkTo(gx - 100, gy - 100, QuickSpawn(gx + 1, gy + 1, UNIT_TEMPLATE));
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WalkTo(gx + 100, gy - 100, QuickSpawn(gx - 1, gy + 1, UNIT_TEMPLATE));
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QuickSpawn(gx, gy + 20, "other/palisades_rocks_long");
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experiments.enclosed.remove = QuickSpawn(gx, gy + 36, "other/palisades_rocks_long");
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Rotate(Math.PI / 2, QuickSpawn(gx - 8, gy + 28, "other/palisades_rocks_long"));
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Rotate(Math.PI / 2, QuickSpawn(gx + 8, gy + 28, "other/palisades_rocks_long"));
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy + 28, UNIT_TEMPLATE));
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},
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"timeout": () => {
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Engine.DestroyEntity(experiments.enclosed.remove);
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}
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};
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experiments.line_of_rams = {
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"spawn": () => {
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for (let i = -20; i <= 20; i+=4)
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WalkTo(gx + i, gy + 50, QuickSpawn(gx + i, gy, LARGE_UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy - 10, UNIT_TEMPLATE));
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}
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};
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experiments.units_sparse_forest_of_units = {
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"spawn": () => {
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for (let i = -16; i <= 16; i += 8)
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for (let j = -16; j <= 16; j += 8)
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Do("stance", { "name": "standground" }, QuickSpawn(gx + i, gy + 50 + j, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy-10, LARGE_UNIT_TEMPLATE));
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}
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};
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experiments.units_dense_forest_of_units = {
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"spawn": () => {
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for (let i = -16; i <= 16; i += 4)
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for (let j = -16; j <= 16; j += 4)
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Do("stance", { "name": "standground" }, QuickSpawn(gx + i, gy + 50 + j, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy-10, LARGE_UNIT_TEMPLATE));
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}
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};
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experiments.units_superdense_forest_of_units = {
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"spawn": () => {
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for (let i = -6; i <= 6; i += 2)
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for (let j = -6; j <= 6; j += 2)
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Do("stance", { "name": "standground" }, QuickSpawn(gx + i, gy + 50 + j, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy, UNIT_TEMPLATE));
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WalkTo(gx, gy + 100, QuickSpawn(gx, gy-10, LARGE_UNIT_TEMPLATE));
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}
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};
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experiments.u_shape_tight_exit = {
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"spawn": () => {
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Rotate(Math.PI / 2, QuickSpawn(gx + 8, gy, "other/palisades_rocks_long"));
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Rotate(Math.PI / 2, QuickSpawn(gx + 8, gy + 12, "other/palisades_rocks_long"));
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QuickSpawn(gx, gy + 16, "other/palisades_rocks_long");
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Rotate(Math.PI / 2, QuickSpawn(gx, gy + 4, "other/palisades_rocks_medium"));
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Rotate(Math.PI / 2, QuickSpawn(gx - 8, gy + 12, "other/palisades_rocks_long"));
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Rotate(Math.PI / 2, QuickSpawn(gx - 16, gy + 8, "other/palisades_rocks_long"));
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QuickSpawn(gx - 4, gy, "other/palisades_rocks_medium");
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QuickSpawn(gx - 12, gy, "other/palisades_rocks_medium");
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Rotate(Math.PI/4, QuickSpawn(gx - 10, gy + 8, "other/palisades_rocks_short"));
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QuickSpawn(gx, gy - 10, "other/palisades_rocks_long");
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Rotate(Math.PI / 2, QuickSpawn(gx + 8, gy - 5, "other/palisades_rocks_long"));
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Rotate(Math.PI / 2, QuickSpawn(gx - 8, gy - 7, "other/palisades_rocks_long"));
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let tree = QuickSpawn(gx, gy + 80, "gaia/flora_tree_acacia");
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for (let i = -3; i <= 3; i += 1)
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{
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for (let j = -2; j <= 3; j += 1)
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WalkTo(gx, gy + 100, QuickSpawn(gx + i, gy + j - 5, UNIT_TEMPLATE));
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Do("gather", { "target": tree }, QuickSpawn(gx + i, gy - 3 - 5, UNIT_TEMPLATE));
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}
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}
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};
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experiments.cluttered_around_tree = {
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"spawn": () => {
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let tree = QuickSpawn(gx, gy + 50, "gaia/flora_tree_acacia");
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for (let i = -3; i <= 3; i += 1)
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for (let j = -3; j <= 3; j += 1)
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if (Math.abs(j) == 3 || Math.abs(i) == 3)
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QuickSpawn(gx + i, gy + j + 50, UNIT_TEMPLATE);
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Do("gather", { "target": tree }, QuickSpawn(gx, gy, UNIT_TEMPLATE));
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}
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};
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experiments.formation_move = {
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"spawn": () => {
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let ents = [];
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for (let i = -3; i <= 3; ++i)
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for (let j = -3; j <= 3; ++j)
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ents.push(QuickSpawn(gx + i * 2, gy + j * 2, UNIT_TEMPLATE));
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Do("formation", { "name": "special/formations/box" }, ents);
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WalkTo(gx, gy + 100, ents);
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}
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};
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experiments.formation_attack = {
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"spawn": () => {
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let ents = [];
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for (let i = -3; i <= 3; ++i)
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for (let j = -3; j <= 3; ++j)
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ents.push(QuickSpawn(gx + i * 2, gy + j * 2, UNIT_TEMPLATE));
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Do("formation", { "name": "special/formations/box" }, ents);
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Do("attack", { "target": 5 }, ents);
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}
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};
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var cmpTrigger = Engine.QueryInterface(SYSTEM_ENTITY, IID_Trigger);
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Trigger.prototype.SetupUnits = function()
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{
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for (let key in experiments)
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{
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experiments[key].spawn();
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gx += 40;
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if (gx >= 540)
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{
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gx = 100;
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gy += 140;
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}
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if (experiments[key].timeout)
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{
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Trigger.prototype[key + '_timeout'] = experiments[key].timeout;
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cmpTrigger.DoAfterDelay(4000, key + '_timeout', {});
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}
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}
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};
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cmpTrigger.DoAfterDelay(3000, "SetupUnits", {});
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BIN
binaries/data/mods/public/maps/scenarios/unit_motion_integration_test.xml
(Stored with Git LFS)
Executable file
BIN
binaries/data/mods/public/maps/scenarios/unit_motion_integration_test.xml
(Stored with Git LFS)
Executable file
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