def reset_score_phase(): Main.sprites["title"] = Main.sprites["get_ready"] Main.sprites["gameover"].position = hg.Vec2(0.5, convy(224 + 150)) Main.sprites["panel"].position = hg.Vec2(0.5, convy(164 + 150)) if Main.score > Main.score_max: Main.score_max = Main.score Main.animations = [SpriteAnimator(Main.sprites["gameover"], hg.Vec2(0.5, convy(224)), hg.Color.White, 0, 0.5), SpriteAnimator(Main.sprites["panel"], hg.Vec2(0.5, convy(164)), hg.Color.White, 0, 0.5)]
def __init__(self, fileName, scale, center=None):
self.color = hg.Color.White
self.position = hg.Vec2(0, 0)
self.position_prec = hg.Vec2(0, 0)
self.vertices = hg.Vertices(Sprite.vtx_layout, 4)
self.texture, self.textureinfo = hg.LoadTextureFromAssets(fileName, hg.TF_UClamp | hg.TF_VClamp | hg.TF_SamplerMinPoint | hg.TF_SamplerMagPoint)
print("width: ", self.textureinfo.width, "height: ", self.textureinfo.height)
self.scale = scale
if center is None:
self.center = hg.Vec2(self.textureinfo.width // 2, self.textureinfo.height // 2)
else:
self.center = hg.Vec2(center)
def draw_rot(self, angle=0, position=None, color=None):
if position is None:
position = self.position
if color is None:
color = self.color
w, h = self.textureinfo.width, self.textureinfo.height
# Rotate:
p0 = self.center * -1
p1 = p0 + hg.Vec2(w, h)
Sprite.z_depth -= 0.1
mat = hg.TransformationMat4(
hg.Vec3(position.x * Main.resolution.x, position.y * Main.resolution.y, 0), hg.Vec3(0, 0, angle),
hg.Vec3(self.scale, self.scale, 1))
self.vertices.Clear()
self.vertices.Begin(0).SetPos(mat * hg.Vec3(p0.x, p0.y, Sprite.z_depth)).SetTexCoord0(hg.Vec2(0, 1)).End()
self.vertices.Begin(1).SetPos(mat * hg.Vec3(p0.x, p1.y, Sprite.z_depth)).SetTexCoord0(hg.Vec2(0, 0)).End()
self.vertices.Begin(2).SetPos(mat * hg.Vec3(p1.x, p1.y, Sprite.z_depth)).SetTexCoord0(hg.Vec2(1, 0)).End()
self.vertices.Begin(3).SetPos(mat * hg.Vec3(p1.x, p0.y, Sprite.z_depth)).SetTexCoord0(hg.Vec2(1, 1)).End()
quad_idx = [0, 3, 2, 0, 2, 1]
# Display:
uniformvalues = hg.MakeUniformSetValue("color", hg.Vec4(color.r, color.g, color.b, color.a))
hg.DrawTriangles(0, quad_idx, self.vertices, shader_texture, [uniformvalues], [hg.MakeUniformSetTexture("s_texTexture", self.texture, 0)], render_state_quad)
def draw_score_panel(): score_digits = [int(x) for x in list(str(Main.score))] score_max_digits = [int(x) for x in list(str(Main.score_max))] score_digits.reverse() score_max_digits.reverse() pos = Main.sprites["panel"].position y_score = pos.y + convy(2) y_score_max = pos.y + convy(-18) x = pos.x + convx(51) for digit in score_digits: x -= convx(Main.sprites['min_numbers'][digit].get_width()) Main.sprites["min_numbers"][digit].draw(hg.Vec2(x, y_score)) x = pos.x + convx(51) for digit in score_max_digits: x -= convx(Main.sprites['min_numbers'][digit].get_width()) Main.sprites["min_numbers"][digit].draw(hg.Vec2(x, y_score_max))
def __init__(self, sprite: Sprite, end_position: hg.Vec2, end_color=hg.Color.White, start_delay=0, duration=0.25): self.sprite = sprite self.start_position = hg.Vec2(sprite.position) self.start_color = sprite.color self.end_color = end_color self.end_position = end_position self.duration = duration self.start_delay = start_delay self.start_date = -1
def draw_score(): digits = [int(x) for x in list(str(Main.score))] total_width = 0 # total width of all numbers to be printed for digit in digits: total_width += Main.sprites['numbers'][digit].get_width() x_offset = 0.5 - convx(total_width) / 2 for digit in digits: Main.sprites["numbers"][digit].draw(hg.Vec2(x_offset, convy(216))) x_offset += convx(Main.sprites['numbers'][digit].get_width())
class Main:
# Display settings:
plus = None
original_resolution = hg.Vec2(455, 256)
resolution = hg.Vec2(1280, 720)
game_scale = resolution.y / original_resolution.y
antialiasing = 0
# --- Sprites:
sprites = []
ship = None
flames = None
# --- Game parameters:
scrolls_x = [0] * 10
scrolling_speed = 0
distance_min = 26 * 3.5
num_doors = 4
num_pillars_bottom = 16
doors_counter = 0
pillars_doors = []
pillars_bottom = []
animations = []
game_speed = {"easy": 0.8, "normal": 1.0, "hard": 1.1}
collision_accuracy = {"easy": 0.5, "normal": 0.75, "hard": 1.0}
difficulty_level = "normal"
score = 0
score_max = 0
delta_t = 0
# --- Flash:
collision_time = 0
flash_delay = 0.5
# --- Sfx:
audio = None
sounds = {}
def __init__(self, frames): self.position = hg.Vec2(1 / 3, 0) self.frames = frames self.angle = 0 self.frame = 0 self.y_speed = 0 self.gravity = 4 self.booster_delay = 0.25 self.booster_counter = 0 self.is_broken = False self.broken_face = False self.width = 32 self.height = 16
def draw_pillars(speed): x_restart = speed + convx(Main.original_resolution.x + 26) if Main.pillars_doors[0].position.x < -convx(26) + speed: x = Main.pillars_doors[0].position.x Main.pillars_doors.pop(0) Main.pillars_doors.pop(0) Main.pillars_doors.append( SpriteInstance(Main.sprites["pillars"][int(uniform(0, 4))], hg.Vec2(x + x_restart, 0))) Main.pillars_doors.append( SpriteInstance(Main.sprites["pillars"][int(uniform(0, 4))], hg.Vec2(x + x_restart, 0))) random_pillars_doors_y(Main.pillars_doors[-2], Main.pillars_doors[-1]) Main.doors_counter -= 1 if Main.doors_counter < 0: Main.doors_counter = Main.num_doors - 1 if Main.pillars_bottom[0].position.x < -convx(26) + speed: x = Main.pillars_bottom[0].position.x Main.pillars_bottom.pop(0) Main.pillars_bottom.append( SpriteInstance(Main.sprites["pillars"][int(uniform(0, 4))], hg.Vec2(x + x_restart, 0))) Main.pillars_bottom[-1].position.y = random_pillar_bottom_y() # Movement: for pillar in Main.pillars_bottom: pillar.position.x -= speed pillar.draw() for pillar in Main.pillars_doors: pillar.position.x -= speed pillar.draw() # draw flag: pos = Main.pillars_doors[2 * Main.doors_counter + 1].position Main.sprites["flag"].position_prec = Main.sprites["flag"].position Main.sprites["flag"].position = hg.Vec2(pos.x + convx(13), pos.y + convy(121)) Main.sprites["flag"].draw()
def init_sprites():
Sprite.createvtxlayout()
Main.sprites = {"ship": [], "numbers": [], "min_numbers": [], "pillars": [], "parallaxes": [], "vapors": [],
"background": Sprite("bg4_16_9.png", Main.game_scale, hg.Vec2(0, 0)),
"flag": Sprite("checkpoint.png", Main.game_scale, hg.Vec2(5, 0)),
"explode": Sprite("boom2.png", Main.game_scale),
"title": Sprite("title_x2.png", Main.game_scale),
"get_ready": Sprite("getready.png", Main.game_scale),
"explain": Sprite("explain_space.png", Main.game_scale),
"gameover": Sprite("gameover.png", Main.game_scale),
"panel": Sprite("panel.png", Main.game_scale),
"difficulty_level":{"easy":Sprite("level_easy.png", Main.game_scale),
"normal": Sprite("level_normal.png", Main.game_scale),
"hard": Sprite("level_hard.png", Main.game_scale)
}
}
# Ship frames:
for n in range(4):
Main.sprites["ship"].append(Sprite("ship_" + str(n) + ".png", Main.game_scale, hg.Vec2(28, 20)))
# Numbers font:
for n in range(10):
Main.sprites["numbers"].append(Sprite("" + str(n) + ".png", Main.game_scale))
Main.sprites["min_numbers"].append(Sprite("min" + str(n) + ".png", Main.game_scale))
# Pillars:
for n in range(4):
Main.sprites["pillars"].append(Sprite("pillar_" + str(n) + ".png", Main.game_scale, hg.Vec2(0, 0)))
# Parallaxes:
for key in ["front2bottom", "front2top", "front1bottom", "front1top", "ground", "bg1", "bg2", "bg3", "bg3b"]:
Main.sprites["parallaxes"].append(Sprite("" + key + ".png", Main.game_scale, hg.Vec2(0, 0)))
# Vapors:
for key in ["vapor0", "vapor1"]:
Main.sprites["vapors"].append(Sprite("" + key + ".png", Main.game_scale))
def gui_ScreenModeRequester():
global flag_windowed
global current_monitor,current_mode,monitors_names,modes
dt = hg.TickClock()
# ImGui frame
hg.ImGuiBeginFrame(res_w, res_h, dt, hg.ReadMouse(), hg.ReadKeyboard())
hg.ImGuiSetNextWindowPosCenter(hg.ImGuiCond_Always)
hg.ImGuiSetNextWindowSize(hg.Vec2(res_w, res_h), hg.ImGuiCond_Always)
if hg.ImGuiBegin("Choose screen mode", True, hg.ImGuiWindowFlags_NoTitleBar
| hg.ImGuiWindowFlags_MenuBar
| hg.ImGuiWindowFlags_NoMove
| hg.ImGuiWindowFlags_NoSavedSettings
| hg.ImGuiWindowFlags_NoCollapse):
if hg.ImGuiBeginCombo("Monitor", monitors_names[current_monitor]):
for i in range(len(monitors_names)):
f = hg.ImGuiSelectable(monitors_names[i], current_monitor == i)
if f:
current_monitor = i
hg.ImGuiEndCombo()
if hg.ImGuiBeginCombo("Screen size", modes[current_monitor][current_mode].name):
for i in range(len(modes[current_monitor])):
f = hg.ImGuiSelectable(modes[current_monitor][i].name+"##"+str(i), current_mode == i)
if f:
current_mode = i
hg.ImGuiEndCombo()
f, d = hg.ImGuiCheckbox("Windowed", flag_windowed)
if f:
flag_windowed = d
ok=hg.ImGuiButton("Ok")
hg.ImGuiSameLine()
cancel=hg.ImGuiButton("Quit")
hg.ImGuiEndFrame(0)
if ok: return "ok"
elif cancel: return "quit"
else: return ""
def draw(self, position, scrool_x_speed): if Main.collision_time < self.flames_delay: f = Main.collision_time / self.flames_delay color = hg.Color(hg.Color.White * 1 - f + hg.Color.Black * f) self.min_scale = 1 self.max_scale = 3 else: color = hg.Color(hg.Color.Black) self.min_scale = 0.75 self.max_scale = 1.25 self.particles_cnt_f += Main.delta_t * self.flow n = int(self.particles_cnt_f) - self.particles_cnt if n > 0: for i in range(n): particle = self.particles[(self.particles_cnt + i) % self.num_particles] particle.scale = uniform(self.min_scale, self.max_scale) particle.color = color particle.color.a = max(0.5, 1 - (particle.scale - self.min_scale) / (self.max_scale - self.min_scale)) particle.age = 0 particle.position = hg.Vec2(position) particle.x_speed = uniform(-0.02, 0.02) self.particles_cnt += n for particle in self.particles: if 0 <= particle.age < self.particles_delay: particle.position.y += Main.delta_t * self.y_speed particle.position.x += scrool_x_speed + particle.x_speed * Main.delta_t particle.angle -= 1.8 * Main.delta_t particle.age += Main.delta_t t = particle.age / self.particles_delay self.sprite.scale = self.main_scale * particle.scale * (self.start_scale * (1 - t) + self.end_scale * t) color = hg.Color(particle.color) color.a *= (1 - t) self.sprite.draw_rot(particle.angle, particle.position, color)
def reset_intro_phase(): Main.pillars_doors, Main.pillars_bottom = [], [] Main.ship.reset() Main.flames.reset() Main.scrolling_speed = 0.9 Main.sprites["vapors"][0].position = hg.Vec2() Main.sprites["vapors"][1].position = hg.Vec2() random_vapor_pos(0) random_vapor_pos(1) Main.doors_counter = 0 Main.sprites["title"].position = hg.Vec2(0.5, convy(300)) Main.sprites["explain"].position = hg.Vec2(0.5, 0.67) Main.sprites["explain"].color = hg.Color(1, 1, 1, 0) Main.animations = [SpriteAnimator(Main.sprites["title"], hg.Vec2(0.5, convy(221)), hg.Color.White, 0, 0.5), SpriteAnimator(Main.sprites["explain"], hg.Vec2(0.5, 0.67), hg.Color.White, 0.5, 0.5)] for sprite in Main.sprites["difficulty_level"].values(): sprite.position=hg.Vec2(0.5,convy(120))
def reset_pillars(): Main.pillars_doors = [] x = Main.original_resolution.x for n in range(Main.num_doors): x += (Main.original_resolution.x + 26) / Main.num_doors Main.pillars_doors.append(SpriteInstance(Main.sprites["pillars"][int(uniform(0, 4))], hg.Vec2(convx(x), 0))) Main.pillars_doors.append(SpriteInstance(Main.sprites["pillars"][int(uniform(0, 4))], hg.Vec2(convx(x), 0))) random_pillars_doors_y(Main.pillars_doors[-2], Main.pillars_doors[-1]) Main.pillars_bottom = [] x = Main.original_resolution.x for n in range(Main.num_pillars_bottom): x += (Main.original_resolution.x + 26) / Main.num_pillars_bottom Main.pillars_bottom.append(SpriteInstance(Main.sprites["pillars"][int(uniform(0, 4))], hg.Vec2(convx(x), 0))) Main.pillars_bottom[-1].position.y = random_pillar_bottom_y()
import harfang as hg
res_w=520
res_h=160
monitors=None
monitors_names=[]
modes=None
current_monitor=0
current_mode=0
ratio_filter=0
flag_windowed=False
screenModes=[hg.WV_FullscreenMonitor1,hg.WV_FullscreenMonitor2,hg.WV_FullscreenMonitor3]
smr_screenMode=hg.WV_FullscreenMonitor1
smr_resolution=hg.Vec2(1280,1024)
hg.InputInit()
hg.WindowSystemInit()
win = hg.NewWindow("Screen Mode Requester", res_w, res_h, 32)#, hg.WV_Fullscreen)
hg.RenderInit(win)
hg.RenderReset(res_w, res_h, hg.RF_MSAA8X | hg.RF_FlipAfterRender | hg.RF_FlushAfterRender | hg.RF_MaxAnisotropy | hg.RF_VSync)
hg.AddAssetsFolder("../assets_compiled")
# initialize ImGui
imgui_prg = hg.LoadProgramFromAssets('shaders/imgui')
imgui_img_prg = hg.LoadProgramFromAssets('shaders/imgui_image')
def __init__(self, sprite, position=hg.Vec2.Zero): self.sprite = sprite self.position = hg.Vec2(position)
def draw_parallaxes(): # plan 10 Main.sprites["parallaxes"][8].draw(hg.Vec2(Main.scrolls_x[9], convy(65))) Main.sprites["parallaxes"][8].draw(hg.Vec2(Main.scrolls_x[9] + convx(256), convy(65))) Main.sprites["parallaxes"][8].draw(hg.Vec2(Main.scrolls_x[9] + convx(512), convy(65))) # plan 9 Main.sprites["parallaxes"][7].draw(hg.Vec2(Main.scrolls_x[8], convy(65))) Main.sprites["parallaxes"][7].draw(hg.Vec2(Main.scrolls_x[8] + convx(256), convy(65))) Main.sprites["parallaxes"][7].draw(hg.Vec2(Main.scrolls_x[8] + convx(512), convy(65))) # plan 8: vapor 1 draw_vapor(1, Main.scrolls_x[7]) # plan 7 Main.sprites["parallaxes"][6].draw(hg.Vec2(Main.scrolls_x[6], convy(24))) Main.sprites["parallaxes"][6].draw(hg.Vec2(Main.scrolls_x[6] + convx(256), convy(24))) Main.sprites["parallaxes"][6].draw(hg.Vec2(Main.scrolls_x[6] + convx(512), convy(24))) # plan 6 vapor 0 draw_vapor(0, Main.scrolls_x[5]) # plan 5 Main.sprites["parallaxes"][5].draw(hg.Vec2(Main.scrolls_x[4], convy(14))) Main.sprites["parallaxes"][5].draw(hg.Vec2(Main.scrolls_x[4] + convx(256), convy(14))) Main.sprites["parallaxes"][5].draw(hg.Vec2(Main.scrolls_x[4] + convx(512), convy(14))) # plan 4 : pillars if len(Main.pillars_doors) > 0: draw_pillars(Main.scrolls_x[3]) # plan ship: Main.ship.draw() if Main.ship.is_broken: Main.flames.draw(Main.ship.position, -Main.scrolls_x[3] * 0.75) draw_flash() # plan 3 Main.sprites["parallaxes"][4].draw(hg.Vec2(Main.scrolls_x[2], convy(-6))) Main.sprites["parallaxes"][4].draw(hg.Vec2(Main.scrolls_x[2] + convx(256), convy(-6))) Main.sprites["parallaxes"][4].draw(hg.Vec2(Main.scrolls_x[2] + convx(512), convy(-6))) # plan 2 Main.sprites["parallaxes"][3].draw(hg.Vec2(Main.scrolls_x[1], convy(195))) Main.sprites["parallaxes"][2].draw(hg.Vec2(Main.scrolls_x[1], 0)) Main.sprites["parallaxes"][3].draw(hg.Vec2(Main.scrolls_x[1] + convx(512), convy(195))) Main.sprites["parallaxes"][2].draw(hg.Vec2(Main.scrolls_x[1] + convx(512), 0)) # plan 1 Main.sprites["parallaxes"][1].draw(hg.Vec2(Main.scrolls_x[0], convy(195))) Main.sprites["parallaxes"][0].draw(hg.Vec2(Main.scrolls_x[0], -convy(5))) Main.sprites["parallaxes"][1].draw(hg.Vec2(Main.scrolls_x[0] + convx(512), convy(195))) Main.sprites["parallaxes"][0].draw(hg.Vec2(Main.scrolls_x[0] + convx(512), -convy(5)))