1  from DreamTalk.animation.abstract_animators import ProtoAnimator
  2  from DreamTalk.xpresso.userdata import *
  3  from DreamTalk.constants import WHITE
  4  import c4d
  5  
  6  
  7  class Fill(ProtoAnimator):
  8  
  9      def __init__(self, *objs, filling=1, **kwargs):
 10          self.set_values(filling)
 11          return super().__init__(self, *objs, category="constructive", **kwargs)
 12  
 13      def specify_desc_ids(self):
 14          self.desc_ids = {
 15              "fill_transparency": c4d.DescID(c4d.DescLevel(c4d.MATERIAL_TRANSPARENCY_BRIGHTNESS, c4d.DTYPE_REAL, 0))
 16          }
 17  
 18      def set_values(self, filling):
 19          self.values = [filling]
 20  
 21      def specify_xpression(self):
 22          self.parameter_name = "FillTransparency"
 23          self.interpolate = True
 24          self.reverse_parameter_range = True
 25  
 26  
 27  class UnFill(Fill):
 28  
 29      def __init__(self, *objs, filling=0, **kwargs):
 30          self.set_values(filling)
 31          return super(Fill, self).__init__(self, *objs, category="destructive", **kwargs)
 32  
 33  
 34  class Pulse(Fill):
 35  
 36      def __init__(self, *objs, n=1, filling_lower=0, filling_upper=1, **kwargs):
 37          self.set_values(n, filling_lower, filling_upper)
 38          return super(Fill, self).__init__(self, *objs, category=None, **kwargs)
 39  
 40      def set_values(self, n, filling_lower, filling_upper):
 41          self.values = [n, filling_lower, filling_upper]
 42  
 43      def specify_xpression(self):
 44          self.parameter_name = "FillTransparency"
 45          self.udatas = [(UCount, "n"), (UStrength, "filling_lower"),
 46                         (UStrength, "filling_upper")]
 47          self.formula = "filling_lower + sin(n*Pi*t) * sin(n*Pi*t) * (filling_upper - filling_lower)"
 48          self.reverse_parameter_range = True
 49  
 50  
 51  class ChangeFillColorR(ProtoAnimator):
 52  
 53      def __init__(self, *objs, color_r=1, **kwargs):
 54          self.set_values(color_r)
 55          return super().__init__(self, *objs, **kwargs)
 56  
 57      def specify_desc_ids(self):
 58          self.desc_ids = {
 59              "filler_color_r": c4d.DescID(c4d.DescLevel(c4d.MATERIAL_LUMINANCE_COLOR, c4d.DTYPE_COLOR, 0),
 60                                           c4d.DescLevel(c4d.COLOR_R, c4d.DTYPE_REAL, 0))
 61          }
 62  
 63      def set_values(self, color_r):
 64          self.values = [color_r]
 65  
 66      def specify_xpression(self):
 67          self.parameter_name = "FillColorR"
 68          self.interpolate = True
 69  
 70  
 71  class ChangeFillColorG(ProtoAnimator):
 72  
 73      def __init__(self, *objs, color_g=1, **kwargs):
 74          self.set_values(color_g)
 75          return super().__init__(self, *objs, **kwargs)
 76  
 77      def specify_desc_ids(self):
 78          self.desc_ids = {
 79              "filler_color_g": c4d.DescID(c4d.DescLevel(c4d.MATERIAL_LUMINANCE_COLOR, c4d.DTYPE_COLOR, 0),
 80                                           c4d.DescLevel(c4d.COLOR_G, c4d.DTYPE_REAL, 0))
 81          }
 82  
 83      def set_values(self, color_g):
 84          self.values = [color_g]
 85  
 86      def specify_xpression(self):
 87          self.parameter_name = "FillColorG"
 88          self.interpolate = True
 89  
 90  
 91  class ChangeFillColorB(ProtoAnimator):
 92  
 93      def __init__(self, *objs, color_b=1, **kwargs):
 94          self.set_values(color_b)
 95          return super().__init__(self, *objs, **kwargs)
 96  
 97      def specify_desc_ids(self):
 98          self.desc_ids = {
 99              "filler_color_b": c4d.DescID(c4d.DescLevel(c4d.MATERIAL_LUMINANCE_COLOR, c4d.DTYPE_COLOR, 0),
100                                           c4d.DescLevel(c4d.COLOR_B, c4d.DTYPE_REAL, 0))
101          }
102  
103      def set_values(self, color_b):
104          self.values = [color_b]
105  
106      def specify_xpression(self):
107          self.parameter_name = "FillColorB"
108          self.interpolate = True