def update():
try:
import inviwoqt as qt
qt.update()
except:
pass
import inviwoqt
import math
import time
import ivw.regression
import ivw.camera
steps = 50
m = ivw.regression.Measurements()
with ivw.camera.Camera("EntryExitPoints.camera",
lookfrom=[0, 4, 0],
lookto=[0, 0, 0],
lookup=[0, 0, 1]) as c:
for size in [256, 512, 768, 1024]:
inviwo.resizecanvas("CanvasGL", size, size)
ivw.regression.saveCanvas("CanvasGL",
"CanvasGL-" + str(size) + "x" + str(size))
start = time.clock()
for step in c.rotate(math.pi / steps, steps, [0, 1, 0]):
inviwoqt.update()
end = time.clock()
frametime = (end - start) / steps
fps = 1.0 / frametime
m.addFrequency('FPS-' + str(size) + 'x' + str(size), fps)
m.save()
import inviwo
import inviwoqt
nTests = 25
print("###" + str(nTests) + "###")
print("##PCPRenderer (plain)##")
for i in range(0, nTests):
inviwo.clickButton("PCP Renderer.invalidate")
inviwo.wait()
inviwoqt.update()
inviwo.setPropertyValue("PCP Renderer._depthTesting", True)
inviwo.wait()
print("##PCPRenderer (transparency)##")
for i in range(0, nTests):
inviwo.clickButton("PCP Renderer.invalidate")
inviwo.wait()
inviwoqt.update()
print("##DensityMapGenerator##")
for i in range(0, nTests):
inviwo.clickButton("Density Map Generator._invalidate")
inviwo.wait()
inviwoqt.update()
def set(self): inviwo.setPropertyValue(self.id, (self.lookfrom, self.lookto, self.lookup)) inviwoqt.update()
def update():
try:
import inviwoqt as qt
qt.update();
except:
pass
def set(self): inviwo.setPropertyValue(self.id, (self.lookfrom, self.lookto, self.lookup)) inviwoqt.update()