admin/n-gon-improved
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

additive manufacturing

Browse Source 
community map ace by Richard0820

field tech: additive manufacturing - crouch while activating your field to print a throwable block
  blocks 80% faster and 80% more dense/more damage
  molecular assembler, pilot wave

inflation: 85->90% defense, 300->200% larger blocks
buckling: can spawn boosts or coupling in addition to heals, ammo, and research
This commit is contained in:
landgreen
2023-08-02 13:25:44 -07:00
parent 4933ef596d
commit 77cafe3cf0
7 changed files with 1429 additions and 81 deletions
Download Patch File Download Diff File Expand all files Collapse all files

94
js/player.js
View File

@@ -307,6 +307,23 @@ const m = {
if (player.velocity.x < m.airSpeedLimit / player.mass / player.mass) player.force.x += m.FxAir; //move player right / d
}
},
printBlock() {
const sides = Math.floor(4 + 6 * Math.random() * Math.random())
body[body.length] = Matter.Bodies.polygon(m.pos.x, m.pos.y, sides, 8, {
friction: 0.05,
frictionAir: 0.001,
collisionFilter: { category: 0, mask: 0 }, //no collision because player is holding
classType: "body",
isPrinted: true,
radius: 10, //used to grow and warp the shape of the block
density: 0.002, //double density for 2x damage
});
const who = body[body.length - 1]
Composite.add(engine.world, who); //add to world
m.throwCharge = 4;
m.holdingTarget = who
m.isHolding = true;
},
alive: false,
switchWorlds() {
powerUps.boost.endCycle = 0
@@ -552,7 +569,7 @@ const m = {
if (tech.isLowHealthDefense) dmg *= 1 - Math.max(0, 1 - m.health) * 0.8
if (tech.isHarmReduceNoKill && m.lastKillCycle + 300 < m.cycle) dmg *= 0.33
if (tech.squirrelFx !== 1) dmg *= 0.78//Math.pow(0.78, (tech.squirrelFx - 1) / 0.4)
if (tech.isAddBlockMass && m.isHolding) dmg *= 0.15
if (tech.isAddBlockMass && m.isHolding) dmg *= 0.1
if (tech.isSpeedHarm && player.speed > 0.1) dmg *= 1 - Math.min(player.speed * 0.0165, 0.66)
if (tech.isHarmReduce && input.field && m.fieldCDcycle < m.cycle) dmg *= 0.25
if (tech.isNeutronium && input.field && m.fieldCDcycle < m.cycle) dmg *= 0.1
@@ -1972,11 +1989,11 @@ const m = {
m.fieldRegen *= 0.66
}
},
regenEnergy: function () { //used in drawRegenEnergy // rewritten by some tech
regenEnergy() { //used in drawRegenEnergy // rewritten by some tech
if (m.immuneCycle < m.cycle && m.fieldCDcycle < m.cycle) m.energy += m.fieldRegen;
if (m.energy < 0) m.energy = 0
},
regenEnergyDefault: function () {
regenEnergyDefault() {
if (m.immuneCycle < m.cycle && m.fieldCDcycle < m.cycle) m.energy += m.fieldRegen;
if (m.energy < 0) m.energy = 0
},
@@ -2068,7 +2085,6 @@ const m = {
if (m.fireCDcycle < m.cycle) m.fireCDcycle = m.cycle
if (tech.isCapacitor && m.throwCharge < 4) m.throwCharge = 4
m.throwCharge += 0.5 / m.holdingTarget.mass / b.fireCDscale
if (m.throwCharge < 6) m.energy -= 0.001 / b.fireCDscale; // m.throwCharge caps at 5
//trajectory path prediction
@@ -2116,11 +2132,8 @@ const m = {
//trajectory prediction
const cycles = 30
const charge = Math.min(m.throwCharge / 5, 1)
const speed = 80 * charge * Math.min(0.85, 0.8 / Math.pow(m.holdingTarget.mass, 0.25));
const v = {
x: speed * Math.cos(m.angle),
y: speed * Math.sin(m.angle)
} //m.Vy / 2 + removed to make the path less jerky
const speed = (tech.isPrinter ? 15 + 80 * charge * Math.min(0.85, 0.8 / Math.pow(m.holdingTarget.mass, 0.1)) : 80 * charge * Math.min(0.85, 0.8 / Math.pow(m.holdingTarget.mass, 0.25)))
const v = { x: speed * Math.cos(m.angle), y: speed * Math.sin(m.angle) }
ctx.beginPath()
for (let i = 1, len = 10; i < len + 1; i++) {
const time = cycles * i / len
@@ -2134,8 +2147,11 @@ const m = {
m.drop()
}
} else if (m.throwCharge > 0) { //Matter.Query.region(mob, player.bounds)
if (m.holdingTarget.isPrinted) m.holdingTarget.isPrinted = undefined
//throw the body
m.fieldCDcycle = m.cycle + 15;
m.fieldCDcycle = m.cycle + 20;
m.fireCDcycle = m.cycle + 20;
m.isHolding = false;
if (tech.isTokamak && m.throwCharge > 4) { //remove the block body and pulse in the direction you are facing
@@ -2176,7 +2192,9 @@ const m = {
const charge = Math.min(m.throwCharge / 5, 1)
//***** scale throw speed with the first number, 80 *****
let speed = 80 * charge * Math.min(0.85, 0.8 / Math.pow(m.holdingTarget.mass, 0.25));
// let speed = 80 * charge * Math.min(0.85, 0.8 / Math.pow(m.holdingTarget.mass, 0.25));
let speed = (tech.isPrinter ? 15 + 80 * charge * Math.min(0.85, 0.8 / Math.pow(m.holdingTarget.mass, 0.1)) : 80 * charge * Math.min(0.85, 0.8 / Math.pow(m.holdingTarget.mass, 0.25)))
if (Matter.Query.collides(m.holdingTarget, map).length !== 0) {
speed *= 0.7 //drop speed by 30% if touching map
if (Matter.Query.ray(map, m.holdingTarget.position, m.pos).length !== 0) speed = 0 //drop to zero if the center of the block can't see the center of the player through the map
@@ -2196,7 +2214,7 @@ const m = {
if (tech.isAddBlockMass) {
const expand = function (that, massLimit) {
if (that.mass < massLimit) {
const scale = 1.05;
const scale = 1.04;
Matter.Body.scale(that, scale, scale);
setTimeout(expand, 20, that, massLimit);
}
@@ -3105,10 +3123,10 @@ const m = {
},
{
name: "molecular assembler",
description: `excess <strong class='color-f'>energy</strong> used to build ${simulation.molecularMode === 0 ? "<strong class='color-p' style='letter-spacing: 2px;'>spores" : simulation.molecularMode === 1 ? "<strong>missiles" : simulation.molecularMode === 2 ? "<strong class='color-s'>ice IX" : "<strong>drones"}</strong><br>use <strong class='color-f'>energy</strong> to <strong>deflect</strong> mobs<br>generate <strong>12</strong> <strong class='color-f'>energy</strong> per second`,
description: `excess <strong class='color-f'>energy</strong> used to print ${simulation.molecularMode === 0 ? "<strong class='color-p' style='letter-spacing: 2px;'>spores" : simulation.molecularMode === 1 ? "<strong>missiles" : simulation.molecularMode === 2 ? "<strong class='color-s'>ice IX" : "<strong>drones"}</strong><br>use <strong class='color-f'>energy</strong> to <strong>deflect</strong> mobs<br>generate <strong>12</strong> <strong class='color-f'>energy</strong> per second`,
// simulation.molecularMode: Math.floor(4 * Math.random()), //0 spores, 1 missile, 2 ice IX, 3 drones
setDescription() {
return `excess <strong class='color-f'>energy</strong> used to build ${simulation.molecularMode === 0 ? "<strong class='color-p' style='letter-spacing: 2px;'>spores" : simulation.molecularMode === 1 ? "<strong>missiles" : simulation.molecularMode === 2 ? "<strong class='color-s'>ice IX" : "<strong>drones"}</strong><br>use <strong class='color-f'>energy</strong> to <strong>deflect</strong> mobs<br>generate <strong>12</strong> <strong class='color-f'>energy</strong> per second`
return `excess <strong class='color-f'>energy</strong> used to print ${simulation.molecularMode === 0 ? "<strong class='color-p' style='letter-spacing: 2px;'>spores" : simulation.molecularMode === 1 ? "<strong>missiles" : simulation.molecularMode === 2 ? "<strong class='color-s'>ice IX" : "<strong>drones"}</strong><br>use <strong class='color-f'>energy</strong> to <strong>deflect</strong> mobs<br>generate <strong>12</strong> <strong class='color-f'>energy</strong> per second`
},
effect: () => {
m.fieldMeterColor = "#ff0"
@@ -3195,12 +3213,28 @@ const m = {
if (m.isHolding) {
m.drawHold(m.holdingTarget);
m.holding();
if (tech.isPrinter && m.holdingTarget.isPrinted && input.field) {
// if (Math.random() < 0.004 && m.holdingTarget.vertices.length < 12) m.holdingTarget.vertices.push({ x: 0, y: 0 }) //small chance to increase the number of vertices
m.holdingTarget.radius += Math.min(1.1, 1.3 / m.holdingTarget.mass) //grow up to a limit
const r1 = m.holdingTarget.radius * (1 + 0.12 * Math.sin(m.cycle * 0.11))
const r2 = m.holdingTarget.radius * (1 + 0.12 * Math.cos(m.cycle * 0.11))
let angle = (m.cycle * 0.01) % (2 * Math.PI) //rotate the object
let vertices = []
for (let i = 0, len = m.holdingTarget.vertices.length; i < len; i++) {
angle += 2 * Math.PI / len
vertices.push({ x: m.holdingTarget.position.x + r1 * Math.cos(angle), y: m.holdingTarget.position.y + r2 * Math.sin(angle) })
}
Matter.Body.setVertices(m.holdingTarget, vertices)
m.definePlayerMass(m.defaultMass + m.holdingTarget.mass * m.holdingMassScale)
}
m.throwBlock();
} else if ((input.field && m.fieldCDcycle < m.cycle)) { //not hold but field button is pressed
if (m.energy > m.fieldRegen) m.energy -= m.fieldRegen
m.grabPowerUp();
m.lookForPickUp();
if (m.energy > m.minEnergyToDeflect) {
if (tech.isPrinter && input.down) {
m.printBlock();
} else if (m.energy > m.minEnergyToDeflect) {
m.drawField();
m.pushMobsFacing();
}
@@ -3993,6 +4027,36 @@ const m = {
m.fieldRadius = 0;
m.drop();
m.hold = function () {
if (tech.isPrinter) {
//spawn blocks if field and crouch
if (input.field && m.fieldCDcycle < m.cycle && input.down && !m.isHolding) {
m.printBlock()
}
//if holding block grow it
if (m.isHolding) {
m.drawHold(m.holdingTarget);
m.holding();
if (tech.isPrinter && m.holdingTarget.isPrinted && input.field) {
// if (Math.random() < 0.004 && m.holdingTarget.vertices.length < 12) m.holdingTarget.vertices.push({ x: 0, y: 0 }) //small chance to increase the number of vertices
m.holdingTarget.radius += Math.min(1.1, 1.3 / m.holdingTarget.mass) //grow up to a limit
const r1 = m.holdingTarget.radius * (1 + 0.12 * Math.sin(m.cycle * 0.11))
const r2 = m.holdingTarget.radius * (1 + 0.12 * Math.cos(m.cycle * 0.11))
let angle = (m.cycle * 0.01) % (2 * Math.PI) //rotate the object
let vertices = []
for (let i = 0, len = m.holdingTarget.vertices.length; i < len; i++) {
angle += 2 * Math.PI / len
vertices.push({ x: m.holdingTarget.position.x + r1 * Math.cos(angle), y: m.holdingTarget.position.y + r2 * Math.sin(angle) })
}
Matter.Body.setVertices(m.holdingTarget, vertices)
m.definePlayerMass(m.defaultMass + m.holdingTarget.mass * m.holdingMassScale)
}
m.throwBlock()
} else {
m.holdingTarget = null; //clears holding target (this is so you only pick up right after the field button is released and a hold target exists)
}
//if releasing field throw it
}
if (input.field) {
if (m.fieldCDcycle < m.cycle) {
const scale = 25