def __init__(self, plus, scene, main_light, resolution, parameters):
self.layers = []
for layer_params in parameters["layers"]:
self.layers.append(CloudsLayer(plus, scene, layer_params))
self.name = parameters["name"]
self.t = 0
self.cam_pos = None
self.bitmap_clouds = hg.Picture()
self.bitmap_clouds_file = parameters["bitmap_clouds_file"]
hg.LoadPicture(self.bitmap_clouds, self.bitmap_clouds_file)
self.map_size = hg.IntVector2(self.bitmap_clouds.GetWidth(),
self.bitmap_clouds.GetHeight())
self.map_scale = list_to_vec2(parameters["map_scale"])
self.map_position = list_to_vec2(parameters["map_position"])
self.sun_light = main_light
self.ambient_color = scene.GetEnvironment().GetAmbientColor(
) * scene.GetEnvironment().GetAmbientIntensity()
self.v_wind = hg.Vector2(60, 60)
if "v_wind" in parameters:
self.v_wind = list_to_vec2(parameters["v_wind"])
self.update_layers_cloud_map()
self.update_layers_environment()
self.update_particles()
def create_tex_and_render_target():
tex = renderer.NewTexture()
pic = hg.Picture(size, size, hg.PictureRGBAF)
renderer.CreateTexture(
tex, pic, hg.TextureIsRenderTarget | hg.TextureIsShaderResource)
render_target = renderer.NewRenderTarget()
renderer.CreateRenderTarget(render_target)
renderer.SetRenderTargetColorTexture(render_target, tex)
return tex, render_target
renderer = hg.CreateRenderer()
renderer.Open()
# open a new window
win = hg.NewWindow(480, 240)
# create a new output surface for the newly opened window
surface = renderer.NewOutputSurface(win)
renderer.SetOutputSurface(surface)
# initialize the render system, which is used to draw through the renderer
render_system = hg.RenderSystem()
render_system.Initialize(renderer)
# create a gpu texture
pic = hg.Picture(512, 512, hg.PictureRGBA8)
tex = renderer.NewTexture("clock_tex")
if not renderer.CreateTexture(tex, pic):
print("Could not create clock texture")
def draw_clock():
""" Function to draw a clock in a picture """
# Get the current time
import datetime
date = datetime.datetime.now()
# clear the picture
pic.ClearRGBA(31/255, 106/255, 149/255)
# draw a clock in the picture
# Blit from a picture to another picture
import os
import harfang as hg
hg.LoadPlugins()
# mount the system file driver
hg.MountFileDriver(hg.StdFileDriver())
# load pictures
owl = hg.Picture()
hg.LoadPicture(owl, "_data/owl.jpg")
blink = hg.Picture()
hg.LoadPicture(blink, "_data/blink.jpg")
# blit the center portion of the blinking owl to the lower right corner of the owl picture
owl.Blit(blink, hg.IntRect(128, 128, 384, 384), hg.IntVector2(256, 256))
# blit and stretch the complete blinking owl to the lower left corner of the owl picture
owl.Blit(blink, hg.IntRect(0, 0, 512, 512), hg.IntRect(0, 256, 256, 512),
hg.FilterBlackman36)
owl.Convert(hg.PictureRGB8)
hg.SavePicture(owl, "blit_picture.jpg", "IJG", "q:100")
# Load a picture and save it as JPEG import os import harfang as hg hg.LoadPlugins() # mount the system file driver hg.MountFileDriver(hg.StdFileDriver()) # load picture pic = hg.Picture() ok = hg.LoadPicture(pic, "_data/owl.jpg") # IJG codec can only save RGB8 pic.Convert(hg.PictureRGB8) # save as JPEG in the same folder (quality set to 20%) hg.SavePicture(pic, "save.jpg", "IJG", "q:20")
# Create a picture, allocate and print its dimensions
import harfang as hg
# load picture, allocate and display informations
pic = hg.Picture(128, 512, hg.PictureRGBA8)
print("Picture dimensions: %dx%d" % (pic.GetWidth(), pic.GetHeight()))
