200 lines
9.7 KiB
C++
200 lines
9.7 KiB
C++
#include "Morault_Player.h"
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#include <raymath.h>
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Morault::Gameplay::Player::Player()
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{
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}
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Morault::Gameplay::Player::Player(PlayerData a, PlayerController b)
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{
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data = a; controller = b; // self explanatory <3
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}
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Morault::Gameplay::Player::~Player()
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{
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}
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Morault::Gameplay::PlayerController::PlayerController()
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{
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camera = { 0 };
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camera.fovy = 90;
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camera.position = { -10,5,0 };
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camera.target = { 0,5,0 };
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camera.up = { 0,1,0 };
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camera.projection = CAMERA_PERSPECTIVE;
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rotation = { 10,0,0 };
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}
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Morault::Gameplay::PlayerController::PlayerController(Vector3 position)
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{
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camera = { 0 };
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camera.fovy = 90;
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camera.position = position;
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camera.target = { 0, position.y,0 };
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camera.up = { 0,1,0 };
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camera.projection = CAMERA_PERSPECTIVE;
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rotation = { 1,0,0 };
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}
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float collfloor = 5;
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float collceiling = INFINITY;
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float gravity = 0;
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bool qColl(float obesity, Vector3 futurePos, Morault::Maps::Map* map, float renderScale, Vector3 velocity) {
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int currsec = -1;
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Vector2 normalizedVelocity = Vector2Normalize({ velocity.x, velocity.z });
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for (int i = 0; i < map->MapTriangles.size(); i++) {
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if (CheckCollisionPointTriangle({ futurePos.x / renderScale, futurePos.z / renderScale }, map->MapTriangles[i].a, map->MapTriangles[i].b, map->MapTriangles[i].c)) {
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currsec = i;
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}
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}
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if (currsec == -1) return true;
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for (int i = 0; i < map->MapTriangles.size(); i++) {
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// check wall collisions
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if (CheckCollisionCircleLine({ futurePos.x, futurePos.z }, 300.0f, Vector2Multiply(map->MapTriangles[i].a, { renderScale,renderScale }), Vector2Multiply(map->MapTriangles[i].b, { renderScale,renderScale })) || CheckCollisionCircleLine({ futurePos.x, futurePos.z }, 300.0f, Vector2Multiply(map->MapTriangles[i].b, { renderScale,renderScale }), Vector2Multiply(map->MapTriangles[i].c, { renderScale,renderScale })) || CheckCollisionCircleLine({ futurePos.x, futurePos.z }, 300.0f, Vector2Multiply(map->MapTriangles[i].c, { renderScale,renderScale }), Vector2Multiply(map->MapTriangles[i].a, { renderScale,renderScale }))) {
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if (
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(map->MapTriangles[i].wallAB != "pms:none" ||
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(map->MapTriangles[currsec].heightFloor < map->MapTriangles[i].heightFloor
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? -(abs(map->MapTriangles[currsec].heightFloor) - abs(map->MapTriangles[i].heightFloor)) < 10 : false))
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&& Vector2DotProduct({ -(map->MapTriangles[i].b.y - map->MapTriangles[i].a.y), (map->MapTriangles[i].b.x - map->MapTriangles[i].a.x) }, normalizedVelocity) > 0) {
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int highestFloor = map->MapTriangles[i].heightFloor < map->MapTriangles[currsec].heightFloor ? map->MapTriangles[currsec].heightFloor : map->MapTriangles[i].heightFloor;
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if (futurePos.y - 5 >= highestFloor * renderScale && map->MapTriangles[i].wallAB == "pms:none") {}
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else if (CheckCollisionCircleLine({ futurePos.x, futurePos.z }, obesity, Vector2Multiply(map->MapTriangles[i].a, { renderScale,renderScale }), Vector2Multiply(map->MapTriangles[i].b, { renderScale,renderScale }))) {
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// futurePos = camera.position;
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// check which is highest
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return true;
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}
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}
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if (
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(map->MapTriangles[i].wallBC != "pms:none" ||
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(map->MapTriangles[currsec].heightFloor < map->MapTriangles[i].heightFloor
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? -(abs(map->MapTriangles[currsec].heightFloor) - abs(map->MapTriangles[i].heightFloor)) < 10 : false))
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&& Vector2DotProduct({ -(map->MapTriangles[i].c.y - map->MapTriangles[i].b.y), (map->MapTriangles[i].c.x - map->MapTriangles[i].b.x) }, normalizedVelocity) > 0) {
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int highestFloor = map->MapTriangles[i].heightFloor < map->MapTriangles[currsec].heightFloor ? map->MapTriangles[currsec].heightFloor : map->MapTriangles[i].heightFloor;
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if (futurePos.y - 5 >= highestFloor * renderScale && map->MapTriangles[i].wallAB == "pms:none") {}
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else if (CheckCollisionCircleLine({ futurePos.x, futurePos.z }, obesity, Vector2Multiply(map->MapTriangles[i].b, { renderScale,renderScale }), Vector2Multiply(map->MapTriangles[i].c, { renderScale,renderScale }))) {
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// check which is highest
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return true;
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}
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}
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if (
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(map->MapTriangles[i].wallCA != "pms:none" ||
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(map->MapTriangles[currsec].heightFloor < map->MapTriangles[i].heightFloor
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? -(abs(map->MapTriangles[currsec].heightFloor) - abs(map->MapTriangles[i].heightFloor)) < 10 : false))
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&& Vector2DotProduct({ -(map->MapTriangles[i].a.y - map->MapTriangles[i].c.y), (map->MapTriangles[i].a.x - map->MapTriangles[i].c.x) }, normalizedVelocity) > 0) {
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int highestFloor = map->MapTriangles[i].heightFloor < map->MapTriangles[currsec].heightFloor ? map->MapTriangles[currsec].heightFloor : map->MapTriangles[i].heightFloor;
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if (futurePos.y - 5 >= highestFloor * renderScale && map->MapTriangles[i].wallAB == "pms:none") {}
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else if (CheckCollisionCircleLine({ futurePos.x, futurePos.z }, obesity, Vector2Multiply(map->MapTriangles[i].c, { renderScale,renderScale }), Vector2Multiply(map->MapTriangles[i].a, { renderScale,renderScale }))) {
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// check which is highest
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return true;
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}
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}
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}
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}
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return false;
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}
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void Morault::Gameplay::PlayerController::UpdatePlayerController(bool focus, Morault::Maps::Map* map, float renderScale)
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{
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Vector3 futurePos = camera.position;
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bool correctionNecessary = false;
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if (focus) {
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rotation = Vector3RotateByAxisAngle(rotation, { 0,1,0 }, -GetMouseDelta().x * 0.05 * sensitivityMultiplier);
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rotation.y = Clamp(rotation.y - GetMouseDelta().y * 0.3 * sensitivityMultiplier, -15, 15);
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if (IsKeyDown(KEY_W)) futurePos = Vector3Add(futurePos, Vector3Multiply({rotation.x, 0, rotation.z}, {GetFrameTime(), GetFrameTime(), GetFrameTime()}));
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if (IsKeyDown(KEY_S)) futurePos = Vector3Subtract(futurePos, Vector3Multiply({ rotation.x, 0, rotation.z }, { GetFrameTime(), GetFrameTime(), GetFrameTime() }));
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if (IsKeyDown(KEY_A)) futurePos = Vector3Add(futurePos, Vector3Multiply(Vector3RotateByAxisAngle({ rotation.x, 0, rotation.z }, {0,1,0}, DEG2RAD*90), {GetFrameTime(), GetFrameTime(), GetFrameTime()}));
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if (IsKeyDown(KEY_D)) futurePos = Vector3Add(futurePos, Vector3Multiply(Vector3RotateByAxisAngle({ rotation.x, 0, rotation.z }, { 0,1,0 }, DEG2RAD * -90), { GetFrameTime(), GetFrameTime(), GetFrameTime() }));
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if (IsKeyPressed(KEY_SPACE)) {
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gravity -= 10;
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}
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}
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else {
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rotation = { 0,0,0 };
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}
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int currsec = -1;
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for (int i = 0; i < map->MapTriangles.size(); i++) {
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if (CheckCollisionPointTriangle({ futurePos.x / renderScale, futurePos.z / renderScale }, map->MapTriangles[i].a, map->MapTriangles[i].b, map->MapTriangles[i].c)) {
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collfloor = map->MapTriangles[i].heightFloor * renderScale + 5;
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collceiling = map->MapTriangles[i].heightCeiling * renderScale - 2;
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currsec = i;
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}
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}
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if(currsec != -1){
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for (int i = 0; i < map->MapTriangles.size(); i++) {
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// check wall collisions
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if (CheckCollisionCircleLine({futurePos.x, futurePos.z}, 300.0f, Vector2Multiply(map->MapTriangles[i].a, { renderScale,renderScale }), Vector2Multiply(map->MapTriangles[i].b, { renderScale,renderScale })) || CheckCollisionCircleLine({ futurePos.x, futurePos.z }, 300.0f, Vector2Multiply(map->MapTriangles[i].b, { renderScale,renderScale }), Vector2Multiply(map->MapTriangles[i].c, { renderScale,renderScale })) || CheckCollisionCircleLine({ futurePos.x, futurePos.z }, 300.0f, Vector2Multiply(map->MapTriangles[i].c, { renderScale,renderScale }), Vector2Multiply(map->MapTriangles[i].a, { renderScale,renderScale }))) {
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if (map->MapTriangles[i].wallAB != "pms:none" || (map->MapTriangles[currsec].heightFloor < map->MapTriangles[i].heightFloor ? abs(abs(map->MapTriangles[currsec].heightFloor) - abs(map->MapTriangles[i].heightFloor)) > 10 : false)) {
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if (CheckCollisionCircleLine({ futurePos.x, futurePos.z }, obesity, Vector2Multiply(map->MapTriangles[i].a, { renderScale,renderScale }), Vector2Multiply(map->MapTriangles[i].b, { renderScale,renderScale }))) {
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// futurePos = camera.position;
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correctionNecessary = true;
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}
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}
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if (map->MapTriangles[i].wallBC != "pms:none" || (map->MapTriangles[currsec].heightFloor < map->MapTriangles[i].heightFloor ? abs(abs(map->MapTriangles[currsec].heightFloor) - abs(map->MapTriangles[i].heightFloor)) > 10 : false)) {
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if (CheckCollisionCircleLine({ futurePos.x, futurePos.z }, obesity, Vector2Multiply(map->MapTriangles[i].b, { renderScale,renderScale }), Vector2Multiply(map->MapTriangles[i].c, { renderScale,renderScale }))) {
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correctionNecessary = true;
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}
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}
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if (map->MapTriangles[i].wallCA != "pms:none" || (map->MapTriangles[currsec].heightFloor < map->MapTriangles[i].heightFloor ? abs(abs(map->MapTriangles[currsec].heightFloor) - abs(map->MapTriangles[i].heightFloor)) > 10 : false)) {
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if (CheckCollisionCircleLine({ futurePos.x, futurePos.z }, obesity, Vector2Multiply(map->MapTriangles[i].c, { renderScale,renderScale }), Vector2Multiply(map->MapTriangles[i].a, { renderScale,renderScale }))) {
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correctionNecessary = true;
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}
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}
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}
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}
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}
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if (correctionNecessary) {
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if (!qColl(obesity, futurePos, map, renderScale, Vector3Subtract(futurePos, camera.position))) futurePos = futurePos;
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// else if (!qColl(obesity, Vector3Add(futurePos, Vector3Multiply(Vector3Subtract(camera.target, camera.position), {0.5, 0.5, 0.5})), map, renderScale, Vector3Subtract(futurePos, camera.position))) futurePos = Vector3Add(futurePos, Vector3Multiply(Vector3Subtract(camera.target, camera.position), { 0.01, 0.01, 0.01 }));
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else futurePos = camera.position;
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}
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futurePos.y -= gravity*GetFrameTime();
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gravity += 10*GetFrameTime();
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if (futurePos.y < collfloor) {
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futurePos.y = collfloor;
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gravity = 0;
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}
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if (futurePos.y > collceiling) {
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futurePos.y = collceiling;
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gravity = 0;
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}
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camera.position = futurePos;
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camera.target = Vector3Add(camera.position, rotation);
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}
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Morault::Gameplay::PlayerController::~PlayerController()
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{
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camera = { 0 };
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}
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