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main.lua
10096 lines (9815 loc) · 363 KB
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main.lua
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-- Generated by Haxe 3.4.4
local _hx_array_mt = {
__newindex = function(t,k,v)
local len = t.length
t.length = k >= len and (k + 1) or len
rawset(t,k,v)
end
}
local function _hx_tab_array(tab,length)
tab.length = length
return setmetatable(tab, _hx_array_mt)
end
local function _hx_anon_newindex(t,k,v) t.__fields__[k] = true; rawset(t,k,v); end
local _hx_anon_mt = {__newindex=_hx_anon_newindex}
local function _hx_a(...)
local __fields__ = {};
local ret = {__fields__ = __fields__};
local max = select('#',...);
local tab = {...};
local cur = 1;
while cur < max do
local v = tab[cur];
__fields__[v] = true;
ret[v] = tab[cur+1];
cur = cur + 2
end
return setmetatable(ret, _hx_anon_mt)
end
local function _hx_e()
return setmetatable({__fields__ = {}}, _hx_anon_mt)
end
local function _hx_o(obj)
return setmetatable(obj, _hx_anon_mt)
end
local function _hx_new(prototype)
return setmetatable({__fields__ = {}}, {__newindex=_hx_anon_newindex, __index=prototype})
end
local _hxClasses = {}
Int = (function() _hxClasses.Int = _hx_o({__fields__={__name__=true},__name__={"Int"}}); return _hxClasses.Int end)();
Dynamic = (function()
_hxClasses.Dynamic = _hx_o({__fields__={__name__=true},__name__={"Dynamic"}}); return _hxClasses.Dynamic end)();
Float = (function()
_hxClasses.Float = _hx_e(); return _hxClasses.Float end)();
Float.__name__ = {"Float"}
Bool = (function()
_hxClasses.Bool = _hx_e(); return _hxClasses.Bool end)();
Bool.__ename__ = {"Bool"}
Class = (function()
_hxClasses.Class = _hx_o({__fields__={__name__=true},__name__={"Class"}}); return _hxClasses.Class end)();
Enum = _hx_e();
local Array = _hx_e()
local Camera = _hx_e()
local Date = _hx_e()
local Debug = _hx_e()
local Action = _hx_e()
local InputState = _hx_e()
local GameInput = _hx_e()
local i18n = {}
i18n.I18n = _G.require("i18n")
local Language = _hx_e()
local Level = _hx_e()
local Log = _hx_e()
local WindowType = _hx_e()
local Main = _hx_e()
local Math = _hx_e()
local math = {}
math._Vec3 = {}
math._Vec3.Vec3_Impl_ = _hx_e()
local _Profiler = {}
_Profiler.SegmentColor_Impl_ = _hx_e()
local String = _hx_e()
local Std = _hx_e()
local haxe = {}
haxe.ds = {}
haxe.ds.GenericStack = _hx_e()
local Profiler = _hx_e()
local Reflect = _hx_e()
local Signal = _hx_e()
local StringBuf = _hx_e()
local StringTools = _hx_e()
local System = _hx_e()
local _Time = {}
_Time.ClockTime_Impl_ = _hx_e()
local GameTime = _hx_e()
local TimerAction = _hx_e()
local TimerScript = _hx_e()
local ValueType = _hx_e()
local Type = _hx_e()
local VirtualTile = _hx_e()
local WorldTile = _hx_e()
local World = _hx_e()
local Zone = _hx_e()
local actor = {}
actor.Actor = _hx_e()
actor.TweenState = _hx_e()
actor.TweenType = _hx_e()
local anim9 = {}
anim9.Anim9 = _G.require("anim9")
local backend = {}
backend._Gc = {}
backend._Gc.Gc_Impl_ = _hx_e()
backend.love = {}
backend.love.GameLoop = _hx_e()
backend.love.Gc = _hx_e()
backend.love.Window = _hx_e()
local collision = {}
collision.Collision = _hx_e()
collision.CollisionPacket = _hx_e()
collision.Response = _hx_e()
local components = {}
components.ShaderType = _hx_e()
components.CollisionType = _hx_e()
components.Drawable = _hx_e()
components.TrickState = _hx_e()
components.Player = _hx_e()
components.Rail = _hx_e()
components.Sound = _hx_e()
components.Transform = _hx_e()
components.TriggerState = _hx_e()
components.TriggerType = _hx_e()
components.Trigger = _hx_e()
local editor = {}
editor.EditTile = _hx_e()
editor.Editor = _hx_e()
editor.EntityList = _hx_e()
editor.HeightmapTerrain = _hx_e()
editor.UIPanelCategory = _hx_e()
editor.Panel = _hx_e()
editor.Prefab = _hx_e()
haxe.IMap = _hx_e()
haxe.Json = _hx_e()
haxe.Log = _hx_e()
haxe.crypto = {}
haxe.crypto.Crc32 = _hx_e()
haxe.ds.BalancedTree = _hx_e()
haxe.ds.TreeNode = _hx_e()
haxe.ds.EnumValueMap = _hx_e()
haxe.ds.GenericCell = _hx_e()
haxe.ds.ObjectMap = _hx_e()
haxe.ds.StringMap = _hx_e()
haxe.format = {}
haxe.format.JsonParser = _hx_e()
haxe.format.JsonPrinter = _hx_e()
haxe.io = {}
haxe.io.Bytes = _hx_e()
haxe.io.Eof = _hx_e()
local imgui = {}
imgui.ImGui = _G.require("imgui")
imgui.Input = _G.require("imgui")
imgui.MenuBar = _G.require("imgui")
imgui.Style = _G.require("imgui")
imgui.Widget = _G.require("imgui")
imgui.Window = _G.require("imgui")
local iqm = {}
iqm.Iqm = _G.require("iqm")
local lua = {}
lua.UserData = _hx_e()
local love3d = {}
love3d.Love3d = _G.require("love3d")
lua.Boot = _hx_e()
lua.Thread = _hx_e()
lua.PairTools = _hx_e()
math.Bounds = _hx_e()
math.Capsule = _hx_e()
math.Intersect = _hx_e()
math._Mat4 = {}
math._Mat4.Mat4_Impl_ = _hx_e()
math.Node = _hx_e()
math.Octree = _hx_e()
math.Plane = _hx_e()
math._Quat = {}
math._Quat.Quat_Impl_ = _hx_e()
math.Ray = _hx_e()
math.Triangle = _hx_e()
math.Utils = _hx_e()
math._Vec2 = {}
math._Vec2.Vec2_Impl_ = _hx_e()
math._Vec4 = {}
math._Vec4.Vec4_Impl_ = _hx_e()
local render = {}
render.Grass = _hx_e()
local systems = {}
systems.Animation = _hx_e()
systems.Audio = _hx_e()
systems.Hud = _hx_e()
systems.Loader = _hx_e()
systems.Movement = _hx_e()
systems.RailsHelper = _hx_e()
systems.PlayerController = _hx_e()
systems.Render = _hx_e()
systems.Trigger = _hx_e()
systems.WeatherSystem = _hx_e()
local ui = {}
ui.Anchor = _hx_e()
ui.Helpers = _hx_e()
ui.LogWindow = _hx_e()
ui.MainMenu = _hx_e()
local utils = {}
utils.AssertionFailure = _hx_e()
utils.CacheResource = _hx_e()
local _hx_bind, _hx_bit, _hx_staticToInstance, _hx_funcToField, _hx_maxn, _hx_print, _hx_apply_self, _hx_box_mr, _hx_bit_clamp, _hx_table, _hx_bit_raw
Array.new = {}
Array.__name__ = {"Array"}
Array.prototype = _hx_a(
'join', function(self,sep)
local tbl = ({});
local _gthis = self;
local cur_length = 0;
local i = _hx_o({__fields__={hasNext=true,next=true},hasNext=function(self)
do return cur_length < _gthis.length end;
end,next=function(self)
cur_length = cur_length + 1;
do return _gthis[cur_length - 1] end;
end});
while (i:hasNext()) do
local i1 = i:next();
_G.table.insert(tbl,Std.string(i1));
end;
do return _G.table.concat(tbl,sep) end
end,
'pop', function(self)
if (self.length == 0) then
do return nil end;
end;
local rawlength = _G.rawget(self,"length");
local ret = _G.rawget(self,rawlength - 1);
_G.rawset(self,"length",rawlength - 1);
do return ret end
end,
'push', function(self,x)
_G.rawset(self,self.length,x);
_G.rawset(self,"length",self.length + 1);
do return _G.rawget(self,"length") end
end,
'slice', function(self,pos,_end)
if ((_end == nil) or (_end > self.length)) then
_end = self.length;
else
if (_end < 0) then
_end = _G.math.fmod((self.length - (_G.math.fmod(-_end, self.length))), self.length);
end;
end;
if (pos < 0) then
pos = _G.math.fmod((self.length - (_G.math.fmod(-pos, self.length))), self.length);
end;
if ((pos > _end) or (pos > self.length)) then
do return _hx_tab_array({ }, 0) end;
end;
local ret = _hx_tab_array({ }, 0);
local _g1 = pos;
local _g = _end;
while (_g1 < _g) do
_g1 = _g1 + 1;
local i = _g1 - 1;
ret:push(self[i]);
end;
do return ret end
end,
'sort', function(self,f)
local i = 0;
local l = self.length;
while (i < l) do
local swap = false;
local j = 0;
local max = (l - i) - 1;
while (j < max) do
if (f(self[j],self[j + 1]) > 0) then
local tmp = self[j + 1];
self[j + 1] = self[j];
self[j] = tmp;
swap = true;
end;
j = j + 1;
end;
if (not swap) then
break;
end;
i = i + 1;
end;
end,
'splice', function(self,pos,len)
if ((len < 0) or (pos > self.length)) then
do return _hx_tab_array({ }, 0) end;
else
if (pos < 0) then
pos = self.length - (_G.math.fmod(-pos, self.length));
end;
end;
local b = self.length - pos;
len = (function()
local _hx_1
if (Math.isNaN(len) or Math.isNaN(b)) then
_hx_1 = (0/0); else
_hx_1 = _G.math.min(len,b); end
return _hx_1
end )();
local ret = _hx_tab_array({ }, 0);
local _g1 = pos;
local _g = pos + len;
while (_g1 < _g) do
_g1 = _g1 + 1;
local i = _g1 - 1;
ret:push(self[i]);
self[i] = self[i + len];
end;
local _g11 = pos + len;
local _g2 = self.length;
while (_g11 < _g2) do
_g11 = _g11 + 1;
local i1 = _g11 - 1;
self[i1] = self[i1 + len];
end;
local tmp = self;
tmp.length = tmp.length - len;
do return ret end
end,
'remove', function(self,x)
local _g1 = 0;
local _g = self.length;
while (_g1 < _g) do
_g1 = _g1 + 1;
local i = _g1 - 1;
if (self[i] == x) then
local _g3 = i;
local _g2 = self.length - 1;
while (_g3 < _g2) do
_g3 = _g3 + 1;
local j = _g3 - 1;
self[j] = self[j + 1];
end;
self[self.length - 1] = nil;
self.length = self.length - 1;
do return true end;
end;
end;
do return false end
end,
'indexOf', function(self,x,fromIndex)
local _end = self.length;
if (fromIndex == nil) then
fromIndex = 0;
else
if (fromIndex < 0) then
fromIndex = self.length + fromIndex;
if (fromIndex < 0) then
fromIndex = 0;
end;
end;
end;
local _g1 = fromIndex;
local _g = _end;
while (_g1 < _g) do
_g1 = _g1 + 1;
local i = _g1 - 1;
if (x == self[i]) then
do return i end;
end;
end;
do return -1 end
end,
'filter', function(self,f)
local _g = _hx_tab_array({ }, 0);
local _g1 = 0;
local _g2 = self;
while (_g1 < _g2.length) do
local i = _g2[_g1];
_g1 = _g1 + 1;
if (f(i)) then
_g:push(i);
end;
end;
do return _g end
end,
'iterator', function(self)
local _gthis = self;
local cur_length = 0;
do return _hx_o({__fields__={hasNext=true,next=true},hasNext=function(self)
do return cur_length < _gthis.length end;
end,next=function(self)
cur_length = cur_length + 1;
do return _gthis[cur_length - 1] end;
end}) end
end
,'__class__', Array
)
Camera.new = function(position)
local self = _hx_new(Camera.prototype)
Camera.super(self,position)
return self
end
Camera.super = function(self,position)
self.pitch_limit_down = 0.9;
self.pitch_limit_up = 0.9;
self.mouse_sensitivity = 0.2;
self.up = math._Vec3.Vec3_Impl_._new(0,0,1);
self.clip_bias = 3;
self.clip_minimum = 4;
self.far = 300.0;
self.near = 1.0;
self.clip_distance = 999;
local this1;
this1 = ({0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,1.0});
this1[0] = 1;
self.projection = this1;
local this11;
this11 = ({0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,0.0,0.0,1.0});
this11[0] = 1;
self.view = this11;
self.direction = math._Vec3.Vec3_Impl_._new(0,1,0);
self.orientation = math._Quat.Quat_Impl_._new(0,0,0,1);
self.position = math._Vec3.Vec3_Impl_._new(0,0,0);
self.offset = math._Vec3.Vec3_Impl_._new(0,0,-4);
self.orbit_offset = math._Vec3.Vec3_Impl_._new(0,-1.75,0);
self.fov = 80;
self.position = position;
self.direction = math._Quat.Quat_Impl_.mul_vec3(self.orientation,math._Vec3.Vec3_Impl_._new(0,-1,0));
end
Camera.__name__ = {"Camera"}
Camera.prototype = _hx_a(
'rotate_xy', function(self,mx,my)
local sensitivity = self.mouse_sensitivity;
local mouse_direction_y;
local mouse_direction_x = _G.math.rad(-mx * sensitivity);
mouse_direction_y = _G.math.rad(-my * sensitivity);
local axis = math._Vec3.Vec3_Impl_.cross(self.direction,self.up);
math._Vec3.Vec3_Impl_.normalize(axis);
self.orientation = math._Quat.Quat_Impl_.mul(math._Quat.Quat_Impl_.from_angle_axis(mouse_direction_x,self.up),self.orientation);
local new_orientation = math._Quat.Quat_Impl_.mul(self.orientation,math._Quat.Quat_Impl_.from_angle_axis(mouse_direction_y,math._Vec3.Vec3_Impl_._new(1,0,0)));
local a = math._Quat.Quat_Impl_.mul_vec3(new_orientation,math._Vec3.Vec3_Impl_._new(0,1,0));
local b = self.up;
local new_pitch = ((a[1] * b[1]) + (a[2] * b[2])) + (a[3] * b[3]);
if (new_pitch >= self.pitch_limit_up) then
local b1 = mouse_direction_y;
if (Math.isNaN(0) or Math.isNaN(b1)) then
mouse_direction_y = (0/0);
else
mouse_direction_y = _G.math.min(0,b1);
end;
else
if (new_pitch <= -self.pitch_limit_down) then
local b2 = mouse_direction_y;
if (Math.isNaN(0) or Math.isNaN(b2)) then
mouse_direction_y = (0/0);
else
mouse_direction_y = _G.math.max(0,b2);
end;
end;
end;
self.orientation = math._Quat.Quat_Impl_.mul(self.orientation,math._Quat.Quat_Impl_.from_angle_axis(mouse_direction_y,math._Vec3.Vec3_Impl_._new(1,0,0)));
self.direction = math._Quat.Quat_Impl_.mul_vec3(self.orientation,math._Vec3.Vec3_Impl_._new(0,-1,0));
end,
'frustum_triangle', function(self,w,h)
local a = w / h;
local b = h / w;
local aspect = (function()
local _hx_1
if (Math.isNaN(a) or Math.isNaN(b)) then
_hx_1 = (0/0); else
_hx_1 = _G.math.max(a,b); end
return _hx_1
end )();
local a1 = w / h;
local b1 = h / w;
local aspect_inv = (function()
local _hx_2
if (Math.isNaN(a1) or Math.isNaN(b1)) then
_hx_2 = (0/0); else
_hx_2 = _G.math.min(a1,b1); end
return _hx_2
end )();
local fovy = _G.math.rad(self.fov * aspect_inv);
local hheight = _G.math.tan(fovy / 2);
local hwidth = hheight * aspect;
local cam_right = math._Vec3.Vec3_Impl_.cross(self.direction,self.up);
local far_clip = self.far;
local adjusted = self.position;
local far_center = math._Vec3.Vec3_Impl_.add(adjusted,math._Vec3.Vec3_Impl_.scale(self.direction,far_clip));
local far_right = math._Vec3.Vec3_Impl_.scale(math._Vec3.Vec3_Impl_.scale(cam_right,hwidth),far_clip);
local far_top = math._Vec3.Vec3_Impl_.scale(math._Vec3.Vec3_Impl_.scale(self.up,hheight),far_clip);
local fbl = math._Vec3.Vec3_Impl_.sub(math._Vec3.Vec3_Impl_.sub(far_center,far_right),far_top);
local ftl = math._Vec3.Vec3_Impl_.add(math._Vec3.Vec3_Impl_.sub(far_center,far_right),far_top);
local fbr = math._Vec3.Vec3_Impl_.sub(math._Vec3.Vec3_Impl_.add(far_center,far_right),far_top);
local ftr = math._Vec3.Vec3_Impl_.add(math._Vec3.Vec3_Impl_.add(far_center,far_right),far_top);
local dx = adjusted[1] - ftl[1];
local dy = adjusted[2] - ftl[2];
local dz = adjusted[3] - ftl[3];
local use_top = _G.math.sqrt(((dx * dx) + (dy * dy)) + (dz * dz));
local dx1 = adjusted[1] - fbl[1];
local dy1 = adjusted[2] - fbl[2];
local dz1 = adjusted[3] - fbl[3];
local use_top1 = use_top > _G.math.sqrt(((dx1 * dx1) + (dy1 * dy1)) + (dz1 * dz1));
do return math.Triangle.new((function()
local _hx_3
if (use_top1) then
_hx_3 = ftr; else
_hx_3 = fbr; end
return _hx_3
end )(),(function()
local _hx_4
if (use_top1) then
_hx_4 = ftl; else
_hx_4 = fbl; end
return _hx_4
end )(),adjusted,math._Vec3.Vec3_Impl_._new(0,0,0)) end
end,
'update', function(self,w,h)
local _gthis = self;
local a = w / h;
local b = h / w;
local aspect = (function()
local _hx_1
if (Math.isNaN(a) or Math.isNaN(b)) then
_hx_1 = (0/0); else
_hx_1 = _G.math.max(a,b); end
return _hx_1
end )();
local a1 = w / h;
local b1 = h / w;
local aspect_inv = (function()
local _hx_2
if (Math.isNaN(a1) or Math.isNaN(b1)) then
_hx_2 = (0/0); else
_hx_2 = _G.math.min(a1,b1); end
return _hx_2
end )();
local target = math._Vec3.Vec3_Impl_.add(self.position,self.direction);
local orbit = math._Mat4.Mat4_Impl_.translate(self.orbit_offset);
self.view = math._Mat4.Mat4_Impl_.mul(math._Mat4.Mat4_Impl_.look_at(self.position,target,math._Vec3.Vec3_Impl_._new(0,0,1)),orbit);
local a2 = self.clip_distance;
local b2 = self.clip_minimum;
local clip = -((function()
local _hx_3
if (Math.isNaN(a2) or Math.isNaN(b2)) then
_hx_3 = (0/0); else
_hx_3 = _G.math.max(a2,b2); end
return _hx_3
end )() - self.clip_bias);
local a3 = self.offset[3];
if (Math.isNaN(a3) or Math.isNaN(clip)) then
clip = (0/0);
else
clip = _G.math.max(a3,clip);
end;
self.view = math._Mat4.Mat4_Impl_.mul(self.view,math._Mat4.Mat4_Impl_.translate(math._Vec3.Vec3_Impl_._new(self.offset[1],self.offset[2],clip)));
local fovy = self.fov * aspect_inv;
self.projection = math._Mat4.Mat4_Impl_.from_perspective(fovy,aspect,self.near,self.far);
self.viewable = self:frustum_triangle(w,h);
local vp = math._Mat4.Mat4_Impl_.mul(self.view,self.projection);
World.update_visible(self.viewable,math._Mat4.Mat4_Impl_.to_frustum(vp));
do return end
end
,'__class__', Camera
)
Date.new = function(year,month,day,hour,min,sec)
local self = _hx_new(Date.prototype)
Date.super(self,year,month,day,hour,min,sec)
return self
end
Date.super = function(self,year,month,day,hour,min,sec)
self.t = _G.os.time(_hx_o({__fields__={year=true,month=true,day=true,hour=true,min=true,sec=true},year=year,month=month + 1,day=day,hour=hour,min=min,sec=sec}));
self.d = _G.os.date("*t",self.t);
end
Date.__name__ = {"Date"}
Date.now = function()
local t = _G.os.time() * 1000;
local d = _hx_e();
_G.setmetatable(d,_hx_o({__fields__={__index=true},__index=Date.prototype}));
d.t = t / 1000;
d.d = _G.os.date("*t",Std.int(d.t));
do return d end;
end
Date.fromTime = function(t)
local d = _hx_e();
_G.setmetatable(d,_hx_o({__fields__={__index=true},__index=Date.prototype}));
d.t = t / 1000;
d.d = _G.os.date("*t",Std.int(d.t));
do return d end;
end
Date.fromString = function(s)
do return lua.Boot.strDate(s) end;
end
Date.prototype = _hx_a(
'getHours', function(self)
do return self.d.hour end
end,
'getMinutes', function(self)
do return self.d.min end
end,
'getSeconds', function(self)
do return self.d.sec end
end,
'getFullYear', function(self)
do return self.d.year end
end,
'getMonth', function(self)
do return self.d.month - 1 end
end,
'getDate', function(self)
do return self.d.day end
end
,'__class__', Date
)
Debug.new = {}
Debug.__name__ = {"Debug"}
Debug.init = function()
local fmt = ({});
fmt[1] = ({"VertexPosition","float",3});
fmt[2] = ({"VertexColor","float",4});
Debug.mesh = love.graphics.newMesh(fmt,65535,"triangles","stream");
end
Debug.capsule = function(capsule,r,g,b)
if (b == nil) then
b = 1;
end;
if (g == nil) then
g = 1;
end;
if (r == nil) then
r = 1;
end;
Debug.capsule_queue:push(_hx_o({__fields__={capsule=true,r=true,g=true,b=true},capsule=math.Capsule.new(capsule.a,capsule.b,capsule.radius),r=r,g=g,b=b}));
end
Debug.line = function(v0,v1,r,g,b)
if (b == nil) then
b = 1;
end;
if (g == nil) then
g = 1;
end;
if (r == nil) then
r = 1;
end;
Debug.vertices:push(_hx_tab_array({[0]=v0[1], v0[2], v0[3], r, g, b, 1 }, 7));
Debug.vertices:push(Debug.vertices[Debug.vertices.length - 1]);
Debug.vertices:push(_hx_tab_array({[0]=v1[1], v1[2], v1[3], r, g, b, 1 }, 7));
end
Debug.axis = function(origin,x,y,z,length)
if (length == nil) then
length = 1;
end;
Debug.line(origin,math._Vec3.Vec3_Impl_.add(origin,math._Vec3.Vec3_Impl_.scale(x,length)),1.0,0.0,0.0);
Debug.line(origin,math._Vec3.Vec3_Impl_.add(origin,math._Vec3.Vec3_Impl_.scale(y,length)),0.0,1.0,0.0);
Debug.line(origin,math._Vec3.Vec3_Impl_.add(origin,math._Vec3.Vec3_Impl_.scale(z,length)),0.0,0.0,1.0);
end
Debug.aabb = function(min,max,r,g,b)
if (b == nil) then
b = 1;
end;
if (g == nil) then
g = 1;
end;
if (r == nil) then
r = 1;
end;
local cube_vertices = _hx_tab_array({[0]=math._Vec3.Vec3_Impl_._new(min[1],min[2],max[3]), math._Vec3.Vec3_Impl_._new(max[1],min[2],max[3]), math._Vec3.Vec3_Impl_._new(max[1],max[2],max[3]), math._Vec3.Vec3_Impl_._new(min[1],max[2],max[3]), math._Vec3.Vec3_Impl_._new(min[1],min[2],min[3]), math._Vec3.Vec3_Impl_._new(max[1],min[2],min[3]), math._Vec3.Vec3_Impl_._new(max[1],max[2],min[3]), math._Vec3.Vec3_Impl_._new(min[1],max[2],min[3]) }, 8);
local i = 1;
local _g1 = 0;
local _g = Std.int(Debug.cube_indices.length / 2);
while (_g1 < _g) do
_g1 = _g1 + 1;
local j = _g1 - 1;
local i0 = Debug.cube_indices[i - 1];
local i1 = Debug.cube_indices[i];
Debug.line(cube_vertices[i0],cube_vertices[i1],r,g,b);
i = i + 2;
end;
end
Debug.clear_capsules = function()
local ret = Debug.capsule_queue;
Debug.capsule_queue = _hx_tab_array({ }, 0);
do return ret end;
end
Debug.draw = function(wipe_only)
if (wipe_only or (Debug.vertices.length == 0)) then
Debug.vertices = _hx_tab_array({ }, 0);
do return end;
end;
local t = ({});
local verts = Std.int(_G.math.min(Debug.vertices.length,65535));
local _g1 = 0;
local _g = verts;
while (_g1 < _g) do
_g1 = _g1 + 1;
local i = _g1 - 1;
t[i + 1] = ({});
local _g2 = 0;
while (_g2 < 7) do
_g2 = _g2 + 1;
local j = _g2 - 1;
t[i + 1][j + 1] = Debug.vertices[i][j];
end;
end;
Debug.mesh:setVertices(t);
Debug.mesh:setDrawRange(1,verts);
love.graphics.draw(Debug.mesh);
Debug.vertices = _hx_tab_array({ }, 0);
end
_hxClasses["Action"] = { __ename__ = true, __constructs__ = _hx_tab_array({[0]="Jump","TrickA","TrickB","CameraReverse","CameraRecenter","Walk","MenuToggle","MenuUp","MenuDown","MenuLeft","MenuRight","MenuPrev","MenuNext","MenuConfirm","MenuCancel","XLright","XLleft","YLup","YLdown","XRright","XRleft","YRup","YRdown","XLaxis","YLaxis","XRaxis","YRaxis","LTrigger","RTrigger","Debug_F1","Debug_F2","Debug_F3","Debug_F4","Debug_F5","Debug_F6","Debug_F7","Debug_F8","Debug_F9","Debug_F10","Debug_F11","Debug_F12","Invalid"},42)}
Action = _hxClasses["Action"];
Action.Jump = _hx_tab_array({[0]="Jump",0,__enum__ = Action},2)
Action.TrickA = _hx_tab_array({[0]="TrickA",1,__enum__ = Action},2)
Action.TrickB = _hx_tab_array({[0]="TrickB",2,__enum__ = Action},2)
Action.CameraReverse = _hx_tab_array({[0]="CameraReverse",3,__enum__ = Action},2)
Action.CameraRecenter = _hx_tab_array({[0]="CameraRecenter",4,__enum__ = Action},2)
Action.Walk = _hx_tab_array({[0]="Walk",5,__enum__ = Action},2)
Action.MenuToggle = _hx_tab_array({[0]="MenuToggle",6,__enum__ = Action},2)
Action.MenuUp = _hx_tab_array({[0]="MenuUp",7,__enum__ = Action},2)
Action.MenuDown = _hx_tab_array({[0]="MenuDown",8,__enum__ = Action},2)
Action.MenuLeft = _hx_tab_array({[0]="MenuLeft",9,__enum__ = Action},2)
Action.MenuRight = _hx_tab_array({[0]="MenuRight",10,__enum__ = Action},2)
Action.MenuPrev = _hx_tab_array({[0]="MenuPrev",11,__enum__ = Action},2)
Action.MenuNext = _hx_tab_array({[0]="MenuNext",12,__enum__ = Action},2)
Action.MenuConfirm = _hx_tab_array({[0]="MenuConfirm",13,__enum__ = Action},2)
Action.MenuCancel = _hx_tab_array({[0]="MenuCancel",14,__enum__ = Action},2)
Action.XLright = _hx_tab_array({[0]="XLright",15,__enum__ = Action},2)
Action.XLleft = _hx_tab_array({[0]="XLleft",16,__enum__ = Action},2)
Action.YLup = _hx_tab_array({[0]="YLup",17,__enum__ = Action},2)
Action.YLdown = _hx_tab_array({[0]="YLdown",18,__enum__ = Action},2)
Action.XRright = _hx_tab_array({[0]="XRright",19,__enum__ = Action},2)
Action.XRleft = _hx_tab_array({[0]="XRleft",20,__enum__ = Action},2)
Action.YRup = _hx_tab_array({[0]="YRup",21,__enum__ = Action},2)
Action.YRdown = _hx_tab_array({[0]="YRdown",22,__enum__ = Action},2)
Action.XLaxis = _hx_tab_array({[0]="XLaxis",23,__enum__ = Action},2)
Action.YLaxis = _hx_tab_array({[0]="YLaxis",24,__enum__ = Action},2)
Action.XRaxis = _hx_tab_array({[0]="XRaxis",25,__enum__ = Action},2)
Action.YRaxis = _hx_tab_array({[0]="YRaxis",26,__enum__ = Action},2)
Action.LTrigger = _hx_tab_array({[0]="LTrigger",27,__enum__ = Action},2)
Action.RTrigger = _hx_tab_array({[0]="RTrigger",28,__enum__ = Action},2)
Action.Debug_F1 = _hx_tab_array({[0]="Debug_F1",29,__enum__ = Action},2)
Action.Debug_F2 = _hx_tab_array({[0]="Debug_F2",30,__enum__ = Action},2)
Action.Debug_F3 = _hx_tab_array({[0]="Debug_F3",31,__enum__ = Action},2)
Action.Debug_F4 = _hx_tab_array({[0]="Debug_F4",32,__enum__ = Action},2)
Action.Debug_F5 = _hx_tab_array({[0]="Debug_F5",33,__enum__ = Action},2)
Action.Debug_F6 = _hx_tab_array({[0]="Debug_F6",34,__enum__ = Action},2)
Action.Debug_F7 = _hx_tab_array({[0]="Debug_F7",35,__enum__ = Action},2)
Action.Debug_F8 = _hx_tab_array({[0]="Debug_F8",36,__enum__ = Action},2)
Action.Debug_F9 = _hx_tab_array({[0]="Debug_F9",37,__enum__ = Action},2)
Action.Debug_F10 = _hx_tab_array({[0]="Debug_F10",38,__enum__ = Action},2)
Action.Debug_F11 = _hx_tab_array({[0]="Debug_F11",39,__enum__ = Action},2)
Action.Debug_F12 = _hx_tab_array({[0]="Debug_F12",40,__enum__ = Action},2)
Action.Invalid = _hx_tab_array({[0]="Invalid",41,__enum__ = Action},2)
Action.__empty_constructs__ = _hx_tab_array({[0] = Action.Jump,Action.TrickA,Action.TrickB,Action.CameraReverse,Action.CameraRecenter,Action.Walk,Action.MenuToggle,Action.MenuUp,Action.MenuDown,Action.MenuLeft,Action.MenuRight,Action.MenuPrev,Action.MenuNext,Action.MenuConfirm,Action.MenuCancel,Action.XLright,Action.XLleft,Action.YLup,Action.YLdown,Action.XRright,Action.XRleft,Action.YRup,Action.YRdown,Action.XLaxis,Action.YLaxis,Action.XRaxis,Action.YRaxis,Action.LTrigger,Action.RTrigger,Action.Debug_F1,Action.Debug_F2,Action.Debug_F3,Action.Debug_F4,Action.Debug_F5,Action.Debug_F6,Action.Debug_F7,Action.Debug_F8,Action.Debug_F9,Action.Debug_F10,Action.Debug_F11,Action.Debug_F12,Action.Invalid}, 42)
InputState.new = function()
local self = _hx_new(InputState.prototype)
InputState.super(self)
return self
end
InputState.super = function(self)
self.updated = false;
self.deadzone = 0.35;
self.first_update = true;
self.value = 0;
self.pressed = -1;
end
InputState.__name__ = {"InputState"}
InputState.prototype = _hx_a(
'press', function(self,v)
if (v == nil) then
v = 1;
end;
if (self.pressed < 0) then
self.first_update = true;
self.pressed = 0;
end;
self.updated = true;
self.value = v;
end,
'update', function(self,dt)
if (not self.updated) then
self.first_update = true;
self.pressed = -1;
self.value = 0;
end;
if (self.pressed > 0) then
self.first_update = false;
self.updated = false;
end;
local tmp;
local threshold = self.deadzone;
if (_G.math.abs(self.value) >= threshold) then
tmp = self.pressed >= 0;
else
tmp = false;
end;
if (tmp) then
local tmp1 = self;
tmp1.pressed = tmp1.pressed + dt;
end;
end
,'__class__', InputState
)
GameInput.new = {}
GameInput.__name__ = {"GameInput"}
GameInput.to_action = function(key)
local key1 = key;
if (key1) == "f1" then
do return Action.Debug_F1 end;
elseif (key1) == "f10" then
do return Action.Debug_F10 end;
elseif (key1) == "f11" then
do return Action.Debug_F11 end;
elseif (key1) == "f12" then
do return Action.Debug_F12 end;
elseif (key1) == "f2" then
do return Action.Debug_F2 end;
elseif (key1) == "f3" then
do return Action.Debug_F3 end;
elseif (key1) == "f4" then
do return Action.Debug_F4 end;
elseif (key1) == "f5" then
do return Action.Debug_F5 end;
elseif (key1) == "f6" then
do return Action.Debug_F6 end;
elseif (key1) == "f7" then
do return Action.Debug_F7 end;
elseif (key1) == "f8" then
do return Action.Debug_F8 end;
elseif (key1) == "f9" then
do return Action.Debug_F9 end; end;
do return Action.Invalid end;
end
GameInput.keypressed = function(key)
local a = GameInput.to_action(key);
if (a == Action.Invalid) then
do return end;
end;
GameInput.active:push(a);
end
GameInput.keyreleased = function(key)
local a = GameInput.to_action(key);
if (a == Action.Invalid) then
do return end;
end;
local idx = GameInput.active:indexOf(a);
if (idx >= 0) then
GameInput.active:splice(idx,1);
end;
end
GameInput.bind = function(input,cb)
GameInput.callbacks:set(input,cb);
end
GameInput.init = function()
local actions = Type.allEnums(Action);
local _g = 0;
while (_g < actions.length) do
local action = actions[_g];
_g = _g + 1;
local this1 = GameInput.input_state;
local v = InputState.new();
this1:set(action,v);
end;
end
GameInput.update_gamepads = function()
local joysticks = love.joystick.getJoysticks();
local axis = GameInput.gp_raw_axes:keys();
while (axis:hasNext()) do
local axis1 = axis:next();
GameInput.gp_raw_axes:set(axis1,0);
end;
lua.PairTools.ipairsEach(joysticks,function(i,js)
if (not js:isGamepad()) then
do return end;
end;
local axis2 = GameInput.gp_raw_axes:keys();
while (axis2:hasNext()) do
local axis3 = axis2:next();
local v = js:getGamepadAxis(axis3);
if ((axis3 == "lefty") or (axis3 == "righty")) then
v = -v;
end;
if (_G.math.abs(v) > _G.math.abs(GameInput.gp_raw_axes:get(axis3))) then
GameInput.gp_raw_axes:set(axis3,v);
end;
end;
local button = GameInput.gp_mappings:keys();
while (button:hasNext()) do
local button1 = button:next();
local b = js:isGamepadDown(button1);
local m = GameInput.gp_mappings:get(button1).menu;
if (m ~= nil) then
if (b) then
GameInput.input_state:get(m):press(1);
end;
end;
local p = GameInput.gp_mappings:get(button1).player;
if (p ~= nil) then
if (b) then
GameInput.input_state:get(p):press(1);
end;
end;
end;
end);
end
GameInput.update_keyboard = function()
local key = GameInput.kb_mappings:keys();
while (key:hasNext()) do
local key1 = key:next();
local bind = GameInput.kb_mappings:get(key1);
local b = love.keyboard.isDown(Std.string(key1));
local m = bind.menu;
if (m ~= nil) then
if (b) then
GameInput.input_state:get(m):press(1);
end;
end;
local p = bind.player;
if (p ~= nil) then
if (b) then
GameInput.input_state:get(p):press(1);
end;
end;
end;
end
GameInput.move_xy = function()
local x = GameInput.input_state:get(Action.XLaxis);
local y = GameInput.input_state:get(Action.YLaxis);
local x1 = x.value;
local y1 = y.value;
local this1;
local this2 = ({length = 2});
this1 = this2;
this1[0] = x1;
this1[1] = y1;
local ret = this1;
local l = math._Vec2.Vec2_Impl_.length(ret);
local a = x.deadzone;
local b = y.deadzone;
if (l < (function()
local _hx_1
if (Math.isNaN(a) or Math.isNaN(b)) then
_hx_1 = (0/0); else
_hx_1 = _G.math.max(a,b); end
return _hx_1
end )()) then
ret[0] = 0;
ret[1] = 0;
end;
if (l > 1) then
math._Vec2.Vec2_Impl_.scale(ret,1 / l);
end;
do return ret end;
end
GameInput.view_xy = function()
local x = GameInput.input_state:get(Action.XRaxis);