Robot Rumble ALPHA
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const DB=false; function robot(state, unit) { //console.log("Hello World!"); function getObj(x,y){ return state.objByCoords(new Coords(x,y)); } //console.log(getObj(1,3)); function run(dir){ if(DB){debug.log("trying",dir);} let D=dir; if(DB){debug.log("has",getObj(unit.coords.x+D.toCoords.y,unit.coords.y+D.toCoords.y));} if(!getObj(unit.coords.x+D.toCoords.x,unit.coords.y+D.toCoords.y)){ if(DB){debug.log(""+D,getObj(unit.coords.x+D.toCoords.x,unit.coords.y+D.toCoords.y));} return Action.move(dir); } D=dir.rotateCw; if(!getObj(unit.coords.x+D.toCoords.x,unit.coords.y+D.toCoords.y)){ if(DB){debug.log(""+D,getObj(unit.coords.x+D.toCoords.x,unit.coords.y+D.toCoords.y));} return Action.move(D); } D=dir.rotateCcw; if(!getObj(unit.coords.x+D.toCoords.x,unit.coords.y+D.toCoords.y)){ if(DB){debug.log(""+D,getObj(unit.coords.x+D.toCoords.x,unit.coords.y+D.toCoords.y));} return Action.move(D); } return Action.move(dir); } function flee(dir){ if(DB){debug.log("trying",dir);} let D=dir; if(DB){debug.log("has",getObj(unit.coords.x+D.toCoords.y,unit.coords.y+D.toCoords.x));} if(!getObj(unit.coords.x+D.toCoords.x,unit.coords.y+D.toCoords.y)){ if(DB){debug.log(""+D,getObj(unit.coords.x+D.toCoords.x,unit.coords.y+D.toCoords.y));} return Action.move(dir); } D=dir.rotateCw; if(!getObj(unit.coords.x+D.toCoords.x,unit.coords.y+D.toCoords.y)){ if(DB){debug.log(""+D,getObj(unit.coords.x+D.toCoords.x,unit.coords.y+D.toCoords.y));} return Action.move(D); } D=dir.rotateCcw; if(!getObj(unit.coords.x+D.toCoords.x,unit.coords.y+D.toCoords.y)){ if(DB){debug.log(""+D,getObj(unit.coords.x+D.toCoords.x,unit.coords.y+D.toCoords.y));} return Action.move(D); } return Action.attack(dir.opposite); } let enemies = state.objsByTeam(state.otherTeam) if(enemies){ let closestEnemy = _.minBy(enemies, e => e.coords.distanceTo(unit.coords) + e.health/10 ) let direction = unit.coords.directionTo(closestEnemy.coords); if(unit.health<2){ if(DB){debug.log("tas","flee");} if(closestEnemy.health<unit.health){ return Action.attack(direction); } return flee(direction.opposite); } if(unit.coords.distanceTo(closestEnemy.coords) < 3) { let closeGuys=0; for(let i=-2;i<3;i++){ for(let j=-2;j<3;j++){ let obj=getObj(closestEnemy.coords.x+i,closestEnemy.coords.y+j); if(obj&&obj.team==unit.team){ closeGuys++; } } } if(closeGuys<2){ if(DB){debug.log("tas","flee");} return run(direction.opposite); } if(unit.coords.distanceTo(closestEnemy.coords) === 1) { return Action.attack(direction); } else { if(DB){debug.log("task","attack");} return run(direction); } } let friends = state.objsByTeam(state.ourTeam); let closestFriend = _.minBy(friends, f =>{ let nearbyEnemey=false; let enemies = state.objsByTeam(state.otherTeam) let closestEnemy = _.minBy(enemies, e => e.coords.distanceTo(f.coords) + e.health/10 ) if(f.coords.distanceTo(closestEnemy.coords)>2){ return Infinity; } return f.coords.distanceTo(unit.coords); } ) if(closestFriend){ let enemies = state.objsByTeam(state.otherTeam) let closestEnemy = _.minBy(enemies, e => e.coords.distanceTo(closestFriend.coords) + e.health/10 ) if(closestFriend.coords.distanceTo(closestEnemy.coords)<3){ if(DB){debug.log("task","friend");} return run(unit.coords.directionTo(closestEnemy.coords)); } } } let to = unit.coords.directionTo(new Coords(10,10)); let inward = getObj(unit.coords.x+to.toCoords.x,unit.coords.y+to.toCoords.y); if(!getObj(unit.coords.x+to.opposite.toCoords.x,unit.coords.y+to.opposite.toCoords.y)){ if(DB){debug.log("task","out");} return run(unit.coords.directionTo(new Coords(10,10)).opposite); } if(!inward){ return Action.attack(to); } if(DB){debug.log("task","do nothing");} return null; }
Made with <3 by Anton and Noa
github org