I suggest a solution, which combines a clipping region pygame.Surface.set_clip and drawing a black rectangle with a circular transparent area in the center. Define a radius and create a square pygame.Surface with twice the radius. radius = 50 cover_surf = pygame.Surface((radius*2, radius*2)) Set a white color key which identifies the transparent color (set_colorkey) a nd … Read more
The shape attribute of a numpy.array is the number of elements in each dimension. The first element is the height, the second the width and the third the number of channels. A pygame.Surface can be generated by pygame.image.frombuffer. The 1st argument can be a numpy.array and the 2nd argument is the format (RGB or RGBA). … Read more
You missed to update the size of self.pixeltitlerect after the Surface has been scaled: self.pixeltitle = pg.transform.scale(self.pixeltitle,(xsize,ysize)) # size of surface has been changed get the new rectangle self.pixeltitlerect = self.pixeltitle.get_rect() self.pixeltitlerect.center = (250,120) self.screen.blit(self.pixeltitle,self.pixeltitlerect) Or even shorter (see pygame.Surface.get_rect()): self.pixeltitle = pg.transform.scale(self.pixeltitle,(xsize,ysize)) self.pixeltitlerect = self.pixeltitle.get_rect(center = (250,120)) self.screen.blit(self.pixeltitle,self.pixeltitlerect) Do not scale the original Surface. … Read more
Create a list of 4 images: images = [img1, img2, img3, img4] Create a list of image rectangles: img_rects = [images[i].get_rect(topleft = (20+40*i, 20)) for i in range(len(images))] Use pygame.Rect.collidelist to find the image which is clicked: if e.type == pygame.MOUSEBUTTONDOWN: mouse_rect = pygame.Rect(e.pos, (1, 1)) current_image = mouse_rect.collidelist(img_rects) Draw the current_image: if e.type == … Read more
You’ll need to scale and blit the original image when you zoom. Use the attribute maprect to define the scaled size and relative location of the map. Add a method blit map that can scale and blit the map. Use the method in the constructor of the class App: class App: def __init__(self): # […] … Read more
If the background has a uniform color, then you can set the transparent colorkey by pygame.Surface.set_colorkey. For instance if the background is the white (255, 255, 255): image = pygame.image.load(‘./car1.bmp’).convert() image.set_colorkey((255, 255, 255)) Anyway that won’t solve the issue if the background has multiple colors. I recommend to use an image format which supports per … Read more
This is a complete example which combines hints by other people here. It should render a file called test.svg from the current directory. It was tested on Ubuntu 10.10, python-cairo 1.8.8, python-pygame 1.9.1, python-rsvg 2.30.0. #!/usr/bin/python import array import math import cairo import pygame import rsvg WIDTH = 512 HEIGHT = 512 data = array.array(‘c’, … Read more
Pygame itself does not support animated gifs, which is stated in the documentation. So you’ll have to 1) use some other piece of code / library to split the gif when you’re loading your sprites or images. Those you would find just by googling for “python split gif” or something. E.g. Python: Converting GIF frames … Read more
See How do I rotate an image around its center using PyGame? for rotating a surface. If you want to rotate an image around a center point (cx, cy) you can just do that: rotated_car = pygame.transform.rotate(car, angle) window.blit(rotated_car, rotated_car.get_rect(center = (cx, cy)) Use pygame.math.Vector2 to store the position and the direction of movement. Change … Read more
I recommend to create a class DragOperator which can drag an pygame.Rect object: class DragOperator: def __init__(self, sprite): self.sprite = sprite self.dragging = False self.rel_pos = (0, 0) def update(self, event_list): for event in event_list: if event.type == pygame.MOUSEBUTTONDOWN: self.dragging = self.sprite.rect.collidepoint(event.pos) self.rel_pos = event.pos[0] – self.sprite.rect.x, event.pos[1] – self.sprite.rect.y if event.type == pygame.MOUSEBUTTONUP: self.dragging … Read more