def start(Widget):
app = Application()
widget = Widget(None)
widget.show()
app.startTimer(timeout=1000 / 60, onTick=widget.onTick)
app.run()
keyPressEvent = Window.keyPressEvent
def start(Widget):
app = Application()
widget = Widget(None)
widget.show()
app.startTimer(timeout=1000 / 60, onTick=widget.onTick)
app.run()
if __name__ == '__main__':
import sb03a, sb03b, sb03c, sb03d, sb03e, sb03f, sb03g
app = Application()
app.startTimer(1000 / 60)
w = SB03(None)
grid = QGridLayout(w)
for r, c, W in [(1, 0, sb03a.W), (1, 1, sb03b.W), (1, 2, sb03c.W),
(2, 0, sb03d.W), (2, 1, sb03e.W), (2, 2, sb03f.W),
(3, 1, sb03g.W)]:
wx = W(w, width=400, height=300)
Application.addOnTick(wx.onTick)
grid.addWidget(wx, r, c)
w.setLayout(grid)
w.show()
import sys
sys.exit(app.exec_())
def onTick(self): self.updateGL()
keyPressEvent = Window.keyPressEvent
def start(Widget):
app = Application()
widget = Widget(None)
widget.show()
app.startTimer(timeout = 1000/60, onTick = widget.onTick)
app.run()
if __name__ == '__main__':
import sb03a, sb03b, sb03c, sb03d, sb03e, sb03f, sb03g
app = Application()
app.startTimer(1000/60)
w = SB03(None)
grid = QGridLayout(w)
for r, c, W in [
(1, 0, sb03a.W), (1, 1, sb03b.W), (1, 2, sb03c.W),
(2, 0, sb03d.W), (2, 1, sb03e.W), (2, 2, sb03f.W),
(3, 1, sb03g.W) ]:
wx = W(w, width=400, height=300)
Application.addOnTick(wx.onTick)
grid.addWidget(wx, r, c)
w.setLayout(grid)
w.show()
import sys
def start(Widget):
app = Application()
widget = Widget(None)
widget.show()
app.startTimer(timeout = 1000/60, onTick = widget.onTick)
app.run()
self.allocate(data, usage)
def dataFormat(self,
elem,
nelems,
normalized=GL_FALSE,
stride=0,
offset=None):
t = self._np2glType[elem.dtype]
# print('dataFormat: buffer: {0}, bytes: {1}, type: {2}, offset: {3}'.format(self._buffer, elem.nbytes, t, offset))
glVertexAttribPointer(self._buffer, nelems, t, normalized, stride,
offset)
if __name__ == '__main__':
from sn.qt import Application, GLWidget
app = Application()
class Widget(GLWidget):
def initializeGL(self):
va = VertexArray()
va.bind()
vbs = VertexBuffer('position normal color texture')
vbs.bind('position')
vbs.bind('normal')
vbs.bind('color')
vbs.bind('texture')
window = Widget(None)
window.show()
