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How to use copy_object method in localstack
Best Python code snippet using localstack_python
Femur_angles.py
Source:Femur_angles.py 
...18 except:19 pass20 check_list = check_obj_list(['Anatomical Point P:Cor', 'Femur Center', "Mechanical Axis", 'Hip Center'])21 if len(check_list) == 0:22 copy_object(bpy.data.objects['Anatomical Point P:Cor'], 'Anatomical Point P:Cor for valgus angle')23 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for valgus angle')24 make_axis([bpy.data.objects['Anatomical Point P:Cor for valgus angle'], bpy.data.objects['Femur Center for valgus angle']], "Valgus angle L1")25 copy_object(bpy.data.objects["Mechanical Axis"], 'Mechanical Axis for valgus angle')26 # coord_values = get_coordinates(['Anatomical Point P:Cor', 'Femur Center', 'Hip Center'])27 # angle = angle_triangle(coord_values[0], coord_values[1], coord_values[2], coord_values[3], coord_values[4], coord_values[5], coord_values[6], coord_values[7], coord_values[8])28 # print("valgus angle = " + angle) 29 30 join_obj([bpy.data.objects['Mechanical Axis for valgus angle'], bpy.data.objects["Valgus angle L1"]], "Valgus Angle")31 remove_doubles(bpy.data.objects["Valgus Angle"])32 move_to_collection("Measurements", bpy.data.objects["Valgus Angle"])33 else:34 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))35 return {'FINISHED'}36class FEMUR_OT_NSACoronal(Operator):37 """ """38 bl_label = "NSA in Coronal Plane"39 bl_idname = "object.nsacoronal"40 bl_options = {"REGISTER", "UNDO"}41 42 def execute(self, context):43 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])44 unhide_list(["NSA in Coronal Plane", 'Hip Center', 'Neck Center P:Cor', 'GT P:Cor', 'Femur Center'])45 46 try:47 delete_obj(bpy.data.objects["NSA in Coronal Plane"])48 except:49 pass50 51 check_list = check_obj_list(['Hip Center', 'Neck Center P:Cor', 'GT P:Cor', 'Femur Center'])52 if len(check_list) == 0:53 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for NSACoronal L1')54 copy_object(bpy.data.objects['Neck Center P:Cor'], 'Neck Center P:Cor for NSACoronal L1')55 copy_object(bpy.data.objects['GT P:Cor'], 'GT P:Cor for NSACoronal L2')56 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for NSACoronal L2')57 58 make_axis([bpy.data.objects['Hip Center for NSACoronal L1'], bpy.data.objects['Neck Center P:Cor for NSACoronal L1']], "NSACoronal Line1")59 make_axis([bpy.data.objects['GT P:Cor for NSACoronal L2'], bpy.data.objects['Femur Center for NSACoronal L2']], "NSACoronal Line2")60 61 join_obj([bpy.data.objects["NSACoronal Line1"], bpy.data.objects["NSACoronal Line2"]], "NSAcoronal point")62 vertex_group(bpy.data.objects["NSAcoronal point"])63 copy_object(bpy.data.objects["NSAcoronal point"], "NSAcoronal point copy")64 65 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for NSAcoronal')66 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for NSAcoronal')67 make_axis([bpy.data.objects['Hip Center for NSAcoronal'], bpy.data.objects["NSAcoronal point"]], "NSA in Coronal Plane 1")68 make_axis([bpy.data.objects['Femur Center for NSAcoronal'], bpy.data.objects["NSAcoronal point copy"]], "NSA in Coronal Plane 2")69 join_obj([bpy.data.objects["NSA in Coronal Plane 1"], bpy.data.objects["NSA in Coronal Plane 2"]], "NSA in Coronal Plane")70 remove_doubles(bpy.data.objects["NSA in Coronal Plane"])71 move_to_collection("Measurements", bpy.data.objects["NSA in Coronal Plane"])72 else:73 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))74 return {'FINISHED'}75 76class FEMUR_OT_NSASagittal(Operator):77 """ """78 bl_label = "NSA in Sagittal Plane"79 bl_idname = "object.nsasagittal"80 bl_options = {"REGISTER", "UNDO"}81 82 def execute(self, context):83 84 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])85 unhide_list(["NSA in Sagittal Plane", 'Hip Center', 'Neck Center P:Sag', 'Femur Center', 'GT P:Sag'])86 87 try:88 delete_obj(bpy.data.objects["NSA in Sagittal Plane"])89 except:90 pass91 check_list = check_obj_list(['Hip Center', 'Neck Center P:Sag', 'Femur Center', 'GT P:Sag'])92 if len(check_list) == 0:93 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for NSASagittal L1')94 copy_object(bpy.data.objects['Neck Center P:Sag'], 'Neck Center P:Sag for NSASagittal L1')95 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for NSASagittal L2')96 copy_object(bpy.data.objects['GT P:Sag'], 'GT P:Sag for NSASagittal L2')97 make_axis([bpy.data.objects['Hip Center for NSASagittal L1'] , bpy.data.objects['Neck Center P:Sag for NSASagittal L1']], "NSASagittal L1")98 make_axis([bpy.data.objects['Femur Center for NSASagittal L2'] , bpy.data.objects['GT P:Sag for NSASagittal L2']], "NSASagittal L2")99 100 join_obj([bpy.data.objects['NSASagittal L1'], bpy.data.objects['NSASagittal L2']], "NSASagittal point")101 102 vertex_group(bpy.data.objects["NSASagittal point"])103 copy_object(bpy.data.objects["NSASagittal point"], "NSASagittal point copy")104 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for NSASagittal')105 copy_object(bpy.data.objects['GT P:Sag'], 'GT P:Sag for NSASagittal')106 make_axis([bpy.data.objects["NSASagittal point"], bpy.data.objects['Hip Center for NSASagittal']], "NSA in Sagittal Plane 1")107 make_axis([bpy.data.objects["NSASagittal point copy"], bpy.data.objects['GT P:Sag for NSASagittal']], "NSA in Sagittal Plane 2")108 join_obj([bpy.data.objects["NSA in Sagittal Plane 1"], bpy.data.objects["NSA in Sagittal Plane 2"]], "NSA in Sagittal Plane")109 remove_doubles(bpy.data.objects["NSA in Sagittal Plane"])110 move_to_collection("Measurements", bpy.data.objects["NSA in Sagittal Plane"])111 else:112 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))113 return {'FINISHED'}114class FEMUR_OT_mLDFA(Operator):115 """ """116 bl_label = "mLDFA"117 bl_idname = "object.mldfa"118 bl_options = {"REGISTER", "UNDO"}119 120 def execute(self, context):121 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])122 unhide_list(["mLDFA", 'Lateral Distal P:Cor', 'Medial Distal P:Cor', 'Mechanical Axis']) 123 124 try:125 delete_obj(bpy.data.objects["mLDFA"])126 except:127 pass128 129 check_list = check_obj_list(['Lateral Distal P:Cor', 'Medial Distal P:Cor', 'Mechanical Axis'])130 if len(check_list) == 0:131 copy_object(bpy.data.objects['Lateral Distal P:Cor'], 'Lateral Distal P:Cor for mLDFA L1')132 copy_object(bpy.data.objects['Medial Distal P:Cor'], 'Medial Distal P:Cor for mLDFA L1')133 make_axis([bpy.data.objects['Lateral Distal P:Cor for mLDFA L1'], bpy.data.objects['Medial Distal P:Cor for mLDFA L1']], "mLDFA Line1")134 135 copy_object(bpy.data.objects['Mechanical Axis'], 'Mechanical Axis for mLDFA L2')136 join_obj([bpy.data.objects['mLDFA Line1'], bpy.data.objects['Mechanical Axis for mLDFA L2']], "mLDFA point")137 138 vertex_group(bpy.data.objects["mLDFA point"])139 copy_object(bpy.data.objects["mLDFA point"], "mLDFA point copy")140 141 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for mLDFA')142 copy_object(bpy.data.objects['Medial Distal P:Cor'], 'Medial Distal P:Cor for mLDFA')143 make_axis([bpy.data.objects["mLDFA point"], bpy.data.objects['Hip Center for mLDFA']], "mLDFA 1")144 make_axis([bpy.data.objects["mLDFA point copy"], bpy.data.objects['Medial Distal P:Cor for mLDFA']], "mLDFA 2")145 join_obj([bpy.data.objects["mLDFA 1"], bpy.data.objects["mLDFA 2"]], "mLDFA")146 remove_doubles(bpy.data.objects["mLDFA"])147 move_to_collection("Measurements", bpy.data.objects["mLDFA"])148 else:149 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))150 return {'FINISHED'}151class FEMUR_OT_mLPFA(Operator):152 """ """153 bl_label = "mLPFA"154 bl_idname = "object.mlpfa"155 bl_options = {"REGISTER", "UNDO"}156 157 def execute(self, context):158 159 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])160 unhide_list(['mLPFA', 'GT P:Cor', 'Hip Center', 'Femur Center'])161 162 try:163 delete_obj(bpy.data.objects['mLPFA'])164 except:165 pass166 check_list = check_obj_list(['GT P:Cor', 'Hip Center','Femur Center'])167 if len(check_list) == 0:168 copy_object(bpy.data.objects['GT P:Cor'], 'GT P:Cor for mLPFA')169 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for mLPFA 1')170 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for mLPFA 2')171 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for mLPFA')172 make_axis([bpy.data.objects['GT P:Cor for mLPFA'], bpy.data.objects['Hip Center for mLPFA 1']], "mLPFA 1")173 make_axis([bpy.data.objects['Femur Center for mLPFA'], bpy.data.objects['Hip Center for mLPFA 2']], "mLPFA 2")174 join_obj([bpy.data.objects["mLPFA 1"], bpy.data.objects["mLPFA 2"]], "mLPFA")175 remove_doubles(bpy.data.objects["mLPFA"])176 move_to_collection("Measurements", bpy.data.objects['mLPFA'])177 else:178 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))179 return {'FINISHED'}180class FEMUR_OT_aMPFA(Operator):181 """ """182 bl_label = "aMPFA"183 bl_idname = "object.ampfa"184 bl_options = {"REGISTER", "UNDO"}185 186 def execute(self, context):187 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])188 unhide_list(['aMPFA', 'Hip Center', 'GT P:Cor', 'Femur Center', 'Anatomical Point P:Cor'])189 190 try:191 delete_obj(bpy.data.objects['aMPFA'])192 except:193 pass194 195 check_list = check_obj_list(['Hip Center', 'GT P:Cor', 'Femur Center', 'Anatomical Point P:Cor'])196 if len(check_list) == 0:197 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for aMPFA L1')198 copy_object(bpy.data.objects['GT P:Cor'], 'GT P:Cor for aMPFA L1')199 make_axis([bpy.data.objects['Hip Center for aMPFA L1'], bpy.data.objects['GT P:Cor for aMPFA L1']], "aMPFA Line1")200 201 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for aMPFA L2')202 copy_object(bpy.data.objects['Anatomical Point P:Cor'], 'Anatomical Point P:Cor for aMPFA L2')203 make_axis([bpy.data.objects['Femur Center for aMPFA L2'], bpy.data.objects['Anatomical Point P:Cor for aMPFA L2']], "aMPFA Line2")204 205 join_obj([bpy.data.objects['aMPFA Line1'], bpy.data.objects['aMPFA Line2']], "aMPFA point")206 207 vertex_group(bpy.data.objects["aMPFA point"])208 copy_object(bpy.data.objects["aMPFA point"], "aMPFA point copy")209 210 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for aMPFA')211 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for aMPFA')212 make_axis([bpy.data.objects["aMPFA point"], bpy.data.objects['Hip Center for aMPFA']], 'aMPFA 1')213 make_axis([bpy.data.objects["aMPFA point copy"], bpy.data.objects['Femur Center for aMPFA']], 'aMPFA 2')214 join_obj([bpy.data.objects['aMPFA 1'], bpy.data.objects['aMPFA 2']], 'aMPFA')215 remove_doubles(bpy.data.objects['aMPFA'])216 move_to_collection("Measurements", bpy.data.objects['aMPFA'])217 else:218 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))219 return {'FINISHED'}220class FEMUR_OT_aLDFA(Operator):221 """ """222 bl_label = "aLDFA"223 bl_idname = "object.aldfa"224 bl_options = {"REGISTER", "UNDO"}225 226 def execute(self, context):227 228 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])229 unhide_list(['aLDFA', 'Medial Distal P:Cor', 'Lateral Distal P:Cor', 'Anatomical Point P:Cor', 'Femur Center'])230 231 try:232 delete_obj(bpy.data.objects['aLDFA'])233 except:234 pass235 check_list = check_obj_list(['Medial Distal P:Cor', 'Lateral Distal P:Cor', 'Anatomical Point P:Cor', 'Femur Center'])236 if len(check_list) == 0:237 copy_object(bpy.data.objects['Medial Distal P:Cor'],'Medial Distal P:Cor for aLDFA L1')238 copy_object(bpy.data.objects['Lateral Distal P:Cor'], 'Lateral Distal P:Cor for aLDFA L1')239 make_axis([bpy.data.objects['Medial Distal P:Cor for aLDFA L1'], bpy.data.objects['Lateral Distal P:Cor for aLDFA L1']], "aLDFA L1")240 copy_object(bpy.data.objects['Anatomical Point P:Cor'], 'Anatomical Point P:Cor for aLDFA L2')241 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for aLDFA L2')242 make_axis([bpy.data.objects['Anatomical Point P:Cor for aLDFA L2'], bpy.data.objects['Femur Center for aLDFA L2']], "aLDFA L2")243 join_obj([bpy.data.objects["aLDFA L1"],bpy.data.objects["aLDFA L2"]], "aLDFA point") 244 vertex_group(bpy.data.objects["aLDFA point"])245 copy_object(bpy.data.objects["aLDFA point"], "aLDFA point copy")246 247 copy_object(bpy.data.objects['Anatomical Point P:Cor'], 'Anatomical Point P:Cor for aLDFA')248 copy_object(bpy.data.objects['Medial Distal P:Cor'], 'Medial Distal P:Cor for aLDFA')249 make_axis([bpy.data.objects["aLDFA point"], bpy.data.objects['Anatomical Point P:Cor for aLDFA']],"aLDFA 1")250 make_axis([bpy.data.objects["aLDFA point copy"], bpy.data.objects['Medial Distal P:Cor for aLDFA']],"aLDFA 2")251 join_obj([bpy.data.objects["aLDFA 1"], bpy.data.objects["aLDFA 2"]], "aLDFA")252 remove_doubles(bpy.data.objects["aLDFA"])253 move_to_collection("Measurements", bpy.data.objects['aLDFA'])254 else:255 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))256 return {'FINISHED'}257class FEMUR_OT_MidshaftVarusInCoronalPlane(Operator):258 """ """259 bl_label = "Midshaft Varus Coronal Plane"260 bl_idname = "object.midshaftvaruscoronalplane"261 bl_options = {"REGISTER", "UNDO"}262 263 def execute(self, context):264 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])265 unhide_list(["Midshaft Varus Coronal Plane", 'GT P:Cor', 'Midshaft Femur Center P:Cor', 'Femur Center'])266 267 try:268 delete_obj(bpy.data.objects["Midshaft Varus Coronal Plane"])269 except:270 pass271 check_list = check_obj_list(['GT P:Cor', 'Midshaft Femur Center P:Cor', 'Femur Center'])272 if len(check_list) == 0:273 copy_object(bpy.data.objects['GT P:Cor'], 'GT P:Cor for MidshaftVarusInCoronalPlane')274 copy_object(bpy.data.objects['Midshaft Femur Center P:Cor'], 'Midshaft Center P:Cor for MidshaftVarusInCoronalPlane 1')275 copy_object(bpy.data.objects['Midshaft Femur Center P:Cor'], 'Midshaft Center P:Cor for MidshaftVarusInCoronalPlane 2')276 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for MidshaftVarusInCoronalPlane')277 make_axis([bpy.data.objects['GT P:Cor for MidshaftVarusInCoronalPlane'], bpy.data.objects['Midshaft Center P:Cor for MidshaftVarusInCoronalPlane 1']], "MidshaftVarusInCoronalPlane 1")278 make_axis([bpy.data.objects['Femur Center for MidshaftVarusInCoronalPlane'], bpy.data.objects['Midshaft Center P:Cor for MidshaftVarusInCoronalPlane 2']], "MidshaftVarusInCoronalPlane 2")279 join_obj([bpy.data.objects["MidshaftVarusInCoronalPlane 1"], bpy.data.objects["MidshaftVarusInCoronalPlane 2"]], "Midshaft Varus Coronal Plane")280 remove_doubles(bpy.data.objects["Midshaft Varus Coronal Plane"])281 move_to_collection("Measurements", bpy.data.objects["Midshaft Varus Coronal Plane"])282 else:283 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))284 return {'FINISHED'}285class FEMUR_OT_MidshaftBowInSagittalPlane(Operator):286 """ """287 bl_label = "Midshaft Bow Sagittal Plane"288 bl_idname = "object.midshaftbowsagittalplane"289 bl_options = {"REGISTER", "UNDO"}290 291 def execute(self, context):292 293 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])294 unhide_list(["Midshaft Bow Sagittal Plane", 'GT P:Sag', 'Midshaft Femur Center P:Sag', 'Femur Center'])295 296 try:297 delete_obj(bpy.data.objects["Midshaft Bow Sagittal Plane"])298 except:299 pass300 check_list = check_obj_list(['GT P:Sag', 'Midshaft Femur Center P:Sag', 'Femur Center'])301 if len(check_list) == 0:302 copy_object(bpy.data.objects['GT P:Sag'], 'GT P:Sag for MidshaftBowInSagittalPlane')303 copy_object(bpy.data.objects['Midshaft Femur Center P:Sag'], 'Midshaft Center P:Sag for MidshaftBowInSagittalPlane 1')304 copy_object(bpy.data.objects['Midshaft Femur Center P:Sag'], 'Midshaft Center P:Sag for MidshaftBowInSagittalPlane 2')305 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for MidshaftBowInSagittalPlane')306 make_axis([bpy.data.objects['GT P:Sag for MidshaftBowInSagittalPlane'], bpy.data.objects['Midshaft Center P:Sag for MidshaftBowInSagittalPlane 1']], "Midshaft Bow Sagittal Plane 1")307 make_axis([bpy.data.objects['Femur Center for MidshaftBowInSagittalPlane'], bpy.data.objects['Midshaft Center P:Sag for MidshaftBowInSagittalPlane 2']], "Midshaft Bow Sagittal Plane 2")308 join_obj([bpy.data.objects["Midshaft Bow Sagittal Plane 1"], bpy.data.objects["Midshaft Bow Sagittal Plane 2"]], "Midshaft Bow Sagittal Plane")309 remove_doubles(bpy.data.objects["Midshaft Bow Sagittal Plane"])310 move_to_collection("Measurements", bpy.data.objects["Midshaft Bow Sagittal Plane"]) 311 else:312 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))313 return {'FINISHED'}314class FEMUR_OT_DistalFemurValgusCoronalPlane(Operator):315 """ """316 bl_label = "Distal Femur Valgus Coronal Plane"317 bl_idname = "object.distalfemurvalguscoronalplane"318 bl_options = {"REGISTER", "UNDO"}319 320 def execute(self, context):321 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])322 unhide_list(["Distal Femur Valgus Coronal Plane", 'Midshaft Femur Center P:Cor', 'Femur Center', 'Hip Center'])323 324 try:325 delete_obj(bpy.data.objects["Distal Femur Valgus Coronal Plane"])326 except:327 pass328 check_list = check_obj_list(['Midshaft Femur Center P:Cor', 'Femur Center', 'Hip Center'])329 if len(check_list) == 0:330 copy_object(bpy.data.objects['Midshaft Femur Center P:Cor'], 'Midshaft Center P:Cor for DistalValgusCoronalPlane')331 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for DistalFemurValgusCoronalPlane 1')332 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for DistalFemurValgusCoronalPlane 2')333 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for DistalFemurValgusCoronalPlane')334 make_axis([bpy.data.objects['Femur Center for DistalFemurValgusCoronalPlane 1'], bpy.data.objects['Midshaft Center P:Cor for DistalValgusCoronalPlane']], "DistalFemurValgusCoronalPlane 1")335 make_axis([bpy.data.objects['Femur Center for DistalFemurValgusCoronalPlane 2'], bpy.data.objects['Hip Center for DistalFemurValgusCoronalPlane']], "DistalFemurValgusCoronalPlane 2")336 join_obj([bpy.data.objects["DistalFemurValgusCoronalPlane 1"], bpy.data.objects["DistalFemurValgusCoronalPlane 2"]], "Distal Femur Valgus Coronal Plane")337 remove_doubles(bpy.data.objects["Distal Femur Valgus Coronal Plane"])338 move_to_collection("Measurements", bpy.data.objects["Distal Femur Valgus Coronal Plane"]) 339 else:340 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))341 return {'FINISHED'}342class FEMUR_OT_DistalFemurFlexionSagittalPlane(Operator):343 """ """344 bl_label = "Distal Femur Flexion Sagittal Plane"345 bl_idname = "object.distalfemurflexionsagittalplane"346 bl_options = {"REGISTER", "UNDO"}347 348 def execute(self, context):349 350 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])351 unhide_list(["Distal Femur Flexion Sagittal Plane", 'Midshaft Femur Center P:Sag', 'Femur Center', 'Hip Center'])352 353 try:354 delete_obj(bpy.data.objects["Distal Femur Flexion Sagittal Plane"])355 except:356 pass357 check_list = check_obj_list(['Midshaft Femur Center P:Sag', 'Femur Center', 'Hip Center'])358 if len(check_list) == 0:359 copy_object(bpy.data.objects['Midshaft Femur Center P:Sag'], 'Midshaft Center P:Sag for DistalFlexionSagittalPlane')360 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for DistalFemurFlexionSagittalPlane 1')361 copy_object(bpy.data.objects['Femur Center'], 'Femur Center for DistalFemurFlexionSagittalPlane 2')362 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for DistalFemurFlexionSagittalPlane')363 make_axis([bpy.data.objects['Femur Center for DistalFemurFlexionSagittalPlane 1'], bpy.data.objects['Midshaft Center P:Sag for DistalFlexionSagittalPlane']], "Distal Femur Flexion Sagittal Plane 1")364 make_axis([bpy.data.objects['Femur Center for DistalFemurFlexionSagittalPlane 2'], bpy.data.objects['Hip Center for DistalFemurFlexionSagittalPlane']], "Distal Femur Flexion Sagittal Plane 2")365 join_obj([bpy.data.objects["Distal Femur Flexion Sagittal Plane 1"], bpy.data.objects["Distal Femur Flexion Sagittal Plane 2"]], "Distal Femur Flexion Sagittal Plane")366 remove_doubles(bpy.data.objects["Distal Femur Flexion Sagittal Plane"])367 move_to_collection("Measurements", bpy.data.objects["Distal Femur Flexion Sagittal Plane"]) 368 else:369 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))370 return {'FINISHED'}371class FEMUR_OT_ProximalFemurVarusCoronalPlane(Operator):372 """ """373 bl_label = "Proximal Femur Varus Coronal Plane"374 bl_idname = "object.proximalfemurvaruscoronalplane"375 bl_options = {"REGISTER", "UNDO"}376 377 def execute(self, context):378 379 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])380 unhide_list(["Proximal Femur Varus Coronal Plane", 'Midshaft Femur Center P:Cor', 'GT P:Cor', 'Neck Center P:Cor', 'Hip Center'])381 382 try:383 delete_obj(bpy.data.objects["Proximal Femur Varus Coronal Plane"])384 except:385 pass386 check_list = check_obj_list(['Midshaft Femur Center P:Cor', 'GT P:Cor', 'Neck Center P:Cor', 'Hip Center'])387 if len(check_list) == 0:388 copy_object(bpy.data.objects['Midshaft Femur Center P:Cor'], 'Midshaft Femur Center P:Cor for ProximalVarusCoronalPlane L1')389 copy_object(bpy.data.objects['GT P:Cor'],'GT P:Cor for ProximalVarusCoronalPlane L1' )390 make_axis([bpy.data.objects['Midshaft Femur Center P:Cor for ProximalVarusCoronalPlane L1'], bpy.data.objects['GT P:Cor for ProximalVarusCoronalPlane L1']], "ProximalVarusCoronalPlane L1")391 392 copy_object(bpy.data.objects['Neck Center P:Cor'], 'Neck Center P:Cor for ProximalVarusCoronalPlane L2')393 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for ProximalVarusCoronalPlane L2')394 make_axis([bpy.data.objects['Neck Center P:Cor for ProximalVarusCoronalPlane L2'], bpy.data.objects['Hip Center for ProximalVarusCoronalPlane L2']], "ProximalVarusCoronalPlane L2")395 396 join_obj([bpy.data.objects["ProximalVarusCoronalPlane L1"], bpy.data.objects["ProximalVarusCoronalPlane L2"]], "Proximal Femur Varus Coronal Plane point")397 398 vertex_group(bpy.data.objects["Proximal Femur Varus Coronal Plane point"])399 copy_object(bpy.data.objects["Proximal Femur Varus Coronal Plane point"], "Proximal Femur Varus Coronal Plane point copy")400 401 copy_object(bpy.data.objects['Hip Center'], 'Hip Center ProximalVarusCoronalPlane')402 copy_object(bpy.data.objects['Midshaft Femur Center P:Cor'], 'Midshaft Femur Center P:Cor ProximalVarusCoronal')403 make_axis([bpy.data.objects["Proximal Femur Varus Coronal Plane point"], bpy.data.objects['Hip Center ProximalVarusCoronalPlane']], "ProximalFemurVarusCoronalPlane 1")404 make_axis([bpy.data.objects["Proximal Femur Varus Coronal Plane point copy"], bpy.data.objects['Midshaft Femur Center P:Cor ProximalVarusCoronal']], "ProximalFemurVarusCoronalPlane 2")405 join_obj([bpy.data.objects["ProximalFemurVarusCoronalPlane 1"], bpy.data.objects["ProximalFemurVarusCoronalPlane 2"]], "Proximal Femur Varus Coronal Plane")406 remove_doubles(bpy.data.objects["Proximal Femur Varus Coronal Plane"])407 408 move_to_collection("Measurements", bpy.data.objects["Proximal Femur Varus Coronal Plane"]) 409 else:410 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))411 return {'FINISHED'}412class FEMUR_OT_ProximalFemurFlexionSagittalPlane(Operator):413 """ """414 bl_label = "Proximal Femur Flexion Sagittal Plane"415 bl_idname = "object.proximalfemurflexionsagittalplane"416 bl_options = {"REGISTER", "UNDO"}417 418 def execute(self, context):419 420 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])421 unhide_list(["Proximal Femur Flexion Sagittal Plane", 'Midshaft Femur Center P:Sag', 'GT P:Sag', 'Neck Center P:Sag', 'Hip Center'])422 423 try:424 delete_obj(bpy.data.objects["Proximal Femur Flexion Sagittal Plane"])425 except:426 pass427 check_list = check_obj_list(['Midshaft Femur Center P:Sag', 'GT P:Sag', 'Neck Center P:Sag', 'Hip Center'])428 if len(check_list) == 0:429 copy_object(bpy.data.objects['Midshaft Femur Center P:Sag'], 'Midshaft Femur Center P:Sag ProximalFlexionSagittalPlane L1')430 copy_object(bpy.data.objects['GT P:Sag'], 'GT P:Sag ProximalFlexionSagittalPlane L1')431 make_axis([bpy.data.objects['Midshaft Femur Center P:Sag ProximalFlexionSagittalPlane L1'], bpy.data.objects['GT P:Sag ProximalFlexionSagittalPlane L1']], "Proximal Femur Flexion Sagittal Plane L1")432 433 copy_object(bpy.data.objects['Neck Center P:Sag'], 'Neck Center P:Sag for ProximalFemurFlexionSagittalPlane L2')434 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for ProximalFemurFlexionSagittalPlane L2')435 make_axis([bpy.data.objects['Neck Center P:Sag for ProximalFemurFlexionSagittalPlane L2'], bpy.data.objects['Hip Center for ProximalFemurFlexionSagittalPlane L2']], "Proximal Femur Flexion Sagittal Plane L2")436 437 join_obj([bpy.data.objects["Proximal Femur Flexion Sagittal Plane L1"], bpy.data.objects["Proximal Femur Flexion Sagittal Plane L2"]], "Proximal Femur Flexion Sagittal Plane point")438 439 vertex_group(bpy.data.objects['Proximal Femur Flexion Sagittal Plane point'])440 copy_object(bpy.data.objects['Proximal Femur Flexion Sagittal Plane point'], 'Proximal Femur Flexion Sagittal Plane point copy')441 442 copy_object(bpy.data.objects['Hip Center'], 'Hip Center for ProximalFemurFlexionSagittalPlane')443 copy_object(bpy.data.objects['GT P:Sag'], 'GT P:Sag for ProximalFemurFlexionSagittalPlane')444 make_axis([bpy.data.objects['Proximal Femur Flexion Sagittal Plane point'], bpy.data.objects['Hip Center for ProximalFemurFlexionSagittalPlane']], "ProximalFemurFlexionSagittalPlane 1")445 make_axis([bpy.data.objects['Proximal Femur Flexion Sagittal Plane point copy'], bpy.data.objects['GT P:Sag for ProximalFemurFlexionSagittalPlane']], "ProximalFemurFlexionSagittalPlane 2")446 join_obj([bpy.data.objects["ProximalFemurFlexionSagittalPlane 1"], bpy.data.objects["ProximalFemurFlexionSagittalPlane 2"]], "Proximal Femur Flexion Sagittal Plane")447 remove_doubles(bpy.data.objects["Proximal Femur Flexion Sagittal Plane"])448 move_to_collection("Measurements", bpy.data.objects["Proximal Femur Flexion Sagittal Plane"]) 449 else:450 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))451 return {'FINISHED'}452class FEMUR_OT_CondylarDifferenceCoronalPlane(Operator):453 """ """454 bl_label = "Condylar difference of knee in coronal plane"455 bl_idname = "object.condylardifferencecoronalplane"456 bl_options = {"REGISTER", "UNDO"}457 458 def execute(self, context):459 460 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])461 unhide_list(["Condylar difference in coronal plane", 'Lateral Distal P:Cor', "Sagittal Plane", 'Medial Distal P:Cor', 'Distal Plane'])462 463 try:464 delete_obj(bpy.data.objects["Condylar difference in coronal plane"])465 except:466 pass467 468 check_list = check_obj_list(['Lateral Distal P:Cor', "Sagittal Plane", 'Medial Distal P:Cor', 'Distal Plane'])469 if len(check_list) == 0:470 save_orientation_InEditMode(bpy.data.objects['Distal Plane'], "FACE")471 copy_object(bpy.data.objects['Lateral Distal P:Cor'], "Lateral Distal P:Cor_Sag")472 shrinkwrap_obj(bpy.data.objects["Lateral Distal P:Cor_Sag"], bpy.data.objects["Sagittal Plane"])473 474 cursor_to_obj(bpy.data.objects['Lateral Distal P:Cor_Sag'])475 add_plane("CondylarDifferenceCoronalPlane P1")476 transform_to_orientation()477 copy_object(bpy.data.objects['Medial Distal P:Cor'], "Medial Distal P:Cor_Sag")478 shrinkwrap_obj(bpy.data.objects["Medial Distal P:Cor_Sag"], bpy.data.objects["Sagittal Plane"])479 480 cursor_to_obj(bpy.data.objects["Medial Distal P:Cor_Sag"])481 add_plane("CondylarDifferenceCoronalPlane P2")482 transform_to_orientation()483 484 join_obj([bpy.data.objects["CondylarDifferenceCoronalPlane P1"], bpy.data.objects["CondylarDifferenceCoronalPlane P2"]], "Condylar difference in coronal plane")485 486 delete_obj(bpy.data.objects['Lateral Distal P:Cor_Sag'])487 delete_obj(bpy.data.objects['Medial Distal P:Cor_Sag'])488 move_to_collection("Measurements", bpy.data.objects["Condylar difference in coronal plane"]) 489 else:490 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))491 return {'FINISHED'}492class FEMUR_OT_CondylarDifferenceTransversePlane(Operator):493 """ """494 bl_label = "Posterior Condylar difference in transverse plane"495 bl_idname = "object.condylardifferencetransverseplane"496 bl_options = {"REGISTER", "UNDO"}497 498 def execute(self, context):499 500 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])501 unhide_list(["Posterior Condylar difference in transverse plane", 'Posterior Medial Point P:Dis', 'Posterior Lateral Point P:Dis', "Sagittal Plane",'Coronal Plane'])502 503 try:504 delete_obj(bpy.data.objects["Posterior Condylar difference in transverse plane"])505 except:506 pass507 check_list = check_obj_list(['Posterior Medial Point P:Dis', 'Posterior Lateral Point P:Dis', "Sagittal Plane", 'Coronal Plane'])508 if len(check_list) == 0:509 save_orientation_InEditMode(bpy.data.objects['Coronal Plane'], "FACE")510 copy_object(bpy.data.objects['Posterior Medial Point P:Dis'], "Posterior Medial Point P:Cor_Sag")511 shrinkwrap_obj(bpy.data.objects["Posterior Medial Point P:Cor_Sag"], bpy.data.objects["Sagittal Plane"])512 513 cursor_to_obj(bpy.data.objects["Posterior Medial Point P:Cor_Sag"])514 add_plane("Posterior Condylar difference in transverse plane P1")515 transform_to_orientation()516 copy_object(bpy.data.objects['Posterior Lateral Point P:Dis'], "Posterior Lateral Point P:Dis_Sag")517 shrinkwrap_obj(bpy.data.objects["Posterior Lateral Point P:Dis_Sag"], bpy.data.objects["Sagittal Plane"])518 519 cursor_to_obj(bpy.data.objects["Posterior Lateral Point P:Dis_Sag"])520 add_plane("Posterior Condylar difference in transverse plane P2")521 transform_to_orientation()522 523 join_obj([bpy.data.objects["Posterior Condylar difference in transverse plane P1"], bpy.data.objects["Posterior Condylar difference in transverse plane P2"]], "Posterior Condylar difference in transverse plane")524 525 delete_obj(bpy.data.objects['Posterior Medial Point P:Cor_Sag'])526 delete_obj(bpy.data.objects['Posterior Lateral Point P:Dis_Sag'])527 move_to_collection("Measurements", bpy.data.objects["Posterior Condylar difference in transverse plane"]) 528 else:529 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))530 return {'FINISHED'}531class FEMUR_OT_RotationalAngle(Operator):532 """ """533 bl_label = "Rotational Angle"534 bl_idname = "object.rotationalangle"535 bl_options = {"REGISTER", "UNDO"}536 def execute(self, context): 537 538 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])539 unhide_list(["Rotational Angle", 'Medial Epicondyle P:Dis', 'Lateral Epicondyle P:Dis', 'Posterior Medial Point P:Dis', 'Posterior Lateral Point P:Dis'])540 541 try:542 delete_obj(bpy.data.objects["Rotational Angle"])543 except:544 pass545 check_list = check_obj_list(['Medial Epicondyle P:Dis', 'Lateral Epicondyle P:Dis', 'Posterior Medial Point P:Dis', 'Posterior Lateral Point P:Dis'])546 if len(check_list) == 0:547 copy_object(bpy.data.objects['Medial Epicondyle P:Dis'], 'Medial Epicondyle P:Dis for RotationalAngle L1')548 copy_object(bpy.data.objects['Lateral Epicondyle P:Dis'], 'Lateral Epicondyle P:Dis for RotationalAngle L1')549 make_axis([bpy.data.objects['Medial Epicondyle P:Dis for RotationalAngle L1'], bpy.data.objects['Lateral Epicondyle P:Dis for RotationalAngle L1']], "RotationalAngle L1")550 551 copy_object(bpy.data.objects['Posterior Medial Point P:Dis'], 'Posterior Medial Point P:Dis for RotationalAngle L2')552 copy_object(bpy.data.objects['Posterior Lateral Point P:Dis'], 'Posterior Lateral Point P:Dis for RotationalAngle L2')553 make_axis([bpy.data.objects['Posterior Medial Point P:Dis for RotationalAngle L2'], bpy.data.objects['Posterior Lateral Point P:Dis for RotationalAngle L2']], "RotationalAngle L2")554 join_obj([bpy.data.objects["RotationalAngle L1"], bpy.data.objects["RotationalAngle L2"]], "Rotational Angle point")555 556 vertex_group(bpy.data.objects["Rotational Angle point"])557 copy_object(bpy.data.objects["Rotational Angle point"], "Rotational Angle point copy")558 559 copy_object(bpy.data.objects['Posterior Medial Point P:Dis'], 'Posterior Medial Point P:Dis for RotationalAngle')560 copy_object(bpy.data.objects['Medial Epicondyle P:Dis'], 'Medial Epicondyle P:Dis for RotationalAngle')561 make_axis([bpy.data.objects["Rotational Angle point"], bpy.data.objects['Posterior Medial Point P:Dis for RotationalAngle']], "RotationalAngle 1")562 make_axis([bpy.data.objects["Rotational Angle point copy"], bpy.data.objects['Medial Epicondyle P:Dis for RotationalAngle']], "RotationalAngle 2")563 join_obj([bpy.data.objects["RotationalAngle 1"], bpy.data.objects["RotationalAngle 2"]], "Rotational Angle")564 remove_doubles(bpy.data.objects["Rotational Angle"])565 move_to_collection("Measurements", bpy.data.objects["Rotational Angle"]) 566 else:567 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))568 return {'FINISHED'}569class FEMUR_OT_FemurTorsionalAngle(Operator):570 """ """571 bl_label = "Femur torsional angle"572 bl_idname = "object.femurtorsionalangle"573 bl_options = {"REGISTER", "UNDO"}574 575 def execute(self, context): 576 577 check_create_collection(["Landmarks", "Axes", "Planes", "Projections", "Measurements"])578 unhide_list(['Femur torsional angle', 'Hip Center P:Dis', 'Neck Center P:Dis', 'Posterior Medial Point P:Dis', 'Posterior Lateral Point P:Dis'])579 580 try:581 delete_obj(bpy.data.objects['Femur torsional angle'])582 except:583 pass584 check_list = check_obj_list(['Hip Center P:Dis', 'Neck Center P:Dis', 'Posterior Medial Point P:Dis', 'Posterior Lateral Point P:Dis'])585 if len(check_list) == 0:586 copy_object(bpy.data.objects['Hip Center P:Dis'], 'Hip Center P:Dis for FemurTorsionalAngle L1')587 copy_object(bpy.data.objects['Neck Center P:Dis'], 'Neck Center P:Dis for FemurTorsionalAngle L1')588 make_axis([bpy.data.objects['Hip Center P:Dis for FemurTorsionalAngle L1'], bpy.data.objects['Neck Center P:Dis for FemurTorsionalAngle L1']],"FemurTorsionalAngle L1")589 copy_object(bpy.data.objects['Posterior Medial Point P:Dis'], 'Posterior Medial Point P:Dis for FemurTorsionalAngle L2')590 copy_object(bpy.data.objects['Posterior Lateral Point P:Dis'], 'Posterior Lateral Point P:Dis for FemurTorsionalAngle L2')591 make_axis([bpy.data.objects['Posterior Medial Point P:Dis for FemurTorsionalAngle L2'], bpy.data.objects['Posterior Lateral Point P:Dis for FemurTorsionalAngle L2']],"FemurTorsionalAngle L2")592 593 join_obj([bpy.data.objects["FemurTorsionalAngle L1"], bpy.data.objects["FemurTorsionalAngle L2"]], 'Femur torsional angle point') 594 595 vertex_group(bpy.data.objects['Femur torsional angle point'])596 copy_object(bpy.data.objects['Femur torsional angle point'], 'Femur torsional angle point copy')597 598 copy_object(bpy.data.objects['Hip Center P:Dis'], 'Hip Center P:Dis for FemurTorsionalAngle')599 copy_object(bpy.data.objects['Posterior Medial Point P:Dis'], 'Posterior Medial Point P:Dis for FemurTorsionalAngle')600 make_axis([bpy.data.objects['Femur torsional angle point'], bpy.data.objects['Hip Center P:Dis for FemurTorsionalAngle']], "FemurTorsionalAngle 1")601 make_axis([bpy.data.objects['Femur torsional angle point copy'], bpy.data.objects['Posterior Medial Point P:Dis for FemurTorsionalAngle']], "FemurTorsionalAngle 2")602 join_obj([bpy.data.objects["FemurTorsionalAngle 1"], bpy.data.objects["FemurTorsionalAngle 2"]], "Femur torsional angle")603 remove_doubles(bpy.data.objects['Femur torsional angle'])604 move_to_collection("Measurements", bpy.data.objects['Femur torsional angle']) 605 else:606 self.report({'ERROR'}, "missing items:" + ", ".join(check_list))...
tree.py
Source:tree.py
1from copy import deepcopy2import numpy as np3import random4#########################5# BASE CLASSES #6#########################7class Node:8 def __init__(self):9 self.left = None10 self.right = None11 self.value = None12 self.parent = None13 def eval(self, X):14 raise NotImplementedError15 def __deepcopy__(self, memodict={}):16 raise NotImplementedError17class Tree:18 def __init__(self):19 self.root = None20 def getRoot(self):21 return self.root22 def setRoot(self, root):23 self.root = root24 def evalTree(self, X):25 return self.root.eval(X)26 def __str__(self):27 if(self.root != None):28 return self.root.__str__()29 def _getListOfNodes(self, node_list, node, position, depth):30 if (node == None):31 return depth-132 max_depth_left = self._getListOfNodes(node_list, node.left, 'left', depth+1)33 max_depth_right = self._getListOfNodes(node_list, node.right, 'right', depth+1)34 max_depth = max([max_depth_left, max_depth_right])35 node_list.append({36 'position': position,37 'node': node,38 'cur_depth': depth,39 'node_depth': max_depth - depth})40 return max_depth41 def getListOfNodes(self):42 node_list = []43 self._getListOfNodes(node_list, self.root.left, 'left', 1)44 self._getListOfNodes(node_list, self.root.right, 'right', 1)45 return node_list46 def _getMaxDepth(self, node, depth):47 if (node == None):48 return depth-149 50 max_depth_left = self._getMaxDepth(node.left, depth+1)51 max_depth_right = self._getMaxDepth(node.right, depth+1)52 return max(max_depth_left, max_depth_right)53 def getMaxDepth(self):54 max_depth_left = self._getMaxDepth(self.root.left, 1)55 max_depth_right = self._getMaxDepth(self.root.right, 1)56 return max(max_depth_left, max_depth_right)57 58 def __deepcopy__(self, memodict={}):59 copy_object = Tree()60 copy_object.root = deepcopy(self.root)61 return copy_object62#########################63# FUNCTIONS #64#########################65class Function(Node):66 def __init__(self, parent, n_features, rng):67 super().__init__()68 self.type = 'Function'69 self.n_features = n_features70 self.parent = parent71 self.rng = rng72class Sum(Function):73 def __init__(self, parent, n_features, rng):74 super().__init__(parent, n_features, rng)75 def eval(self, X):76 if (self.left == None or self.right == None):77 raise Exception('Left or Right value not set for Sum')78 79 return np.add(self.left.eval(X), self.right.eval(X))80 def __str__(self):81 return '({} + {})'.format(self.left.__str__(), self.right.__str__())82 def __deepcopy__(self, memodict={}):83 copy_object = Sum(None, self.n_features, self.rng)84 copy_object.parent = None85 copy_object.left = deepcopy(self.left)86 copy_object.right = deepcopy(self.right)87 copy_object.left.parent = copy_object88 copy_object.right.parent = copy_object89 return copy_object90class Multiply(Function):91 def __init__(self, parent, n_features, rng):92 super().__init__(parent, n_features, rng)93 def eval(self, X):94 if (self.left == None or self.right == None):95 raise Exception('Left or Right value not set for Multiply')96 97 return np.multiply(self.left.eval(X), self.right.eval(X))98 def __str__(self):99 return '({} * {})'.format(self.left.__str__(), self.right.__str__())100 def __deepcopy__(self, memodict={}):101 copy_object = Multiply(None, self.n_features, self.rng)102 copy_object.parent = None103 copy_object.left = deepcopy(self.left)104 copy_object.right = deepcopy(self.right)105 copy_object.left.parent = copy_object106 copy_object.right.parent = copy_object107 return copy_object108class Subtraction(Function):109 def __init__(self, parent, n_features, rng):110 super().__init__(parent, n_features, rng)111 def eval(self, X):112 if (self.left == None or self.right == None):113 raise Exception('Left or Right value not set for Subtraction')114 115 return np.subtract(self.left.eval(X), self.right.eval(X))116 def __str__(self):117 return '({} - {})'.format(self.left.__str__(), self.right.__str__())118 def __deepcopy__(self, memodict={}):119 copy_object = Subtraction(None, self.n_features, self.rng)120 copy_object.parent = None121 copy_object.left = deepcopy(self.left)122 copy_object.right = deepcopy(self.right)123 copy_object.left.parent = copy_object124 copy_object.right.parent = copy_object125 return copy_object126 127class Division(Function):128 def __init__(self, parent, n_features, rng):129 super().__init__(parent, n_features, rng)130 def eval(self, X):131 if (self.left == None or self.right == None):132 raise Exception('Left or Right value not set for Division')133 134 with np.errstate(divide='ignore', invalid='ignore'):135 result = np.true_divide(self.left.eval(X), np.round(self.right.eval(X), 2))136 result[np.isinf(result)] = 1137 result[np.isnan(result)] = 1138 return result139 def __str__(self):140 return '({} / {})'.format(self.left.__str__(), self.right.__str__())141 def __deepcopy__(self, memodict={}):142 copy_object = Division(None, self.n_features, self.rng)143 copy_object.parent = None144 copy_object.left = deepcopy(self.left)145 copy_object.right = deepcopy(self.right)146 copy_object.left.parent = copy_object147 copy_object.right.parent = copy_object148 return copy_object149#########################150# TERMINALS #151#########################152class Terminal(Node):153 def __init__(self, parent, n_features, rng):154 super().__init__()155 self.type = 'Terminal'156 self.n_features = n_features157 self.parent = parent158 self.rng = rng159class Value(Terminal):160 def __init__(self, parent, n_features, rng):161 super().__init__(parent, n_features, rng)162 self.value = round(rng.uniform(-2, 2), 2)163 def eval(self, X):164 return np.full(X.shape[0], self.value)165 166 def __str__(self):167 return str(self.value)168 def __deepcopy__(self, memodict={}):169 copy_object = Value(None, self.n_features, self.rng)170 copy_object.value = self.value171 copy_object.parent = None172 copy_object.left = None173 copy_object.right = None174 return copy_object175class Variable(Terminal):176 def __init__(self, parent, n_features, rng):177 super().__init__(parent, n_features, rng)178 # Value here represents the i position of the X vector179 self.value = rng.randint(0, n_features)180 def eval(self, X):181 return X[:,self.value]182 def __str__(self):183 return 'X{}'.format(self.value)184 def __deepcopy__(self, memodict={}):185 copy_object = Variable(None, self.n_features, self.rng)186 copy_object.value = self.value187 copy_object.parent = None188 copy_object.left = None189 copy_object.right = None190 return copy_object191class Sin(Terminal):192 def __init__(self, parent, n_features, rng):193 super().__init__(parent, n_features, rng)194 self.value = rng.randint(0, n_features)195 def eval(self, X):196 return np.sin(X[:,self.value])197 def __str__(self):198 return '(sin(X{}))'.format(self.value)199 def __deepcopy__(self, memodict={}):200 copy_object = Sin(None, self.n_features, self.rng)201 copy_object.value = self.value202 copy_object.parent = None203 copy_object.left = None204 copy_object.right = None205 return copy_object206class Cos(Terminal):207 def __init__(self, parent, n_features, rng):208 super().__init__(parent, n_features, rng)209 self.value = rng.randint(0, n_features)210 def eval(self, X):211 return np.cos(X[:,self.value])212 def __str__(self):213 return '(cos(X{}))'.format(self.value)214 def __deepcopy__(self, memodict={}):215 copy_object = Cos(None, self.n_features, self.rng)216 copy_object.value = self.value217 copy_object.parent = None218 copy_object.left = None219 copy_object.right = None220 return copy_object221# X = np.array([[1, 2, 3], [3, 4, 5], [6, 7, 8]])222# a = Sum()223# a.left = Multiply()224# a.left.left = Variable(0)225# a.left.right = Value(2)226# a.right = Variable(1)227# t = Tree()228# t.setRoot(a)229# print(t.evalTree(X))...
test_game_state.py
Source:test_game_state.py
...3from unittest import IsolatedAsyncioTestCase4from jsonschema import validate5import copy6import json7def copy_object(data):8 return copy.deepcopy(data)9def create_mock_tick_packet(tick_number, events):10 return{"type": "tick", "payload": {11 "tick": tick_number, "events": copy_object(events)}}12mock_state = {"agent_state": {"0": {"coordinates": [6, 7], "hp": 3, "inventory": {"bombs": 3}, "blast_diameter": 3, "number": 0, "invulnerability": 0}, "1": {"coordinates": [6, 6], "hp": 3, "inventory": {"bombs": 3}, "blast_diameter": 3, "number": 1, "invulnerability": 0}}, "entities": [{"x": 8, "y": 4, "type": "m"}, {"x": 2, "y": 5, "type": "m"}, {"x": 2, "y": 6, "type": "m"}, {"x": 2, "y": 7, "type": "m"}, {"x": 1, "y": 5, "type": "m"}, {"x": 6, "y": 8, "type": "m"}, {"x": 4, "y": 4, "type": "m"}, {"x": 8, "y": 6, "type": "m"}, {"x": 3, "y": 3, "type": "m"}, {"x": 0, "y": 5, "type": "m"}, {"x": 8, "y": 2, "type": "m"}, {"x": 1, "y": 8, "type": "m"}, {"x": 2, "y": 2, "type": "m"}, {"x": 5, "y": 6, "type": "m"}, {"x": 3, "y": 0, "type": "m"}, {"x": 2, "y": 8, "type": "m"}, {"x": 8, "y": 1, "type": "m"}, {13 "x": 6, "y": 2, "type": "w"}, {"x": 2, "y": 3, "type": "w"}, {"x": 3, "y": 5, "type": "w"}, {"x": 7, "y": 6, "type": "w"}, {"x": 4, "y": 3, "type": "w"}, {"x": 0, "y": 3, "type": "w"}, {"x": 5, "y": 3, "type": "w"}, {"x": 3, "y": 2, "type": "w"}, {"x": 5, "y": 5, "type": "w"}, {"x": 8, "y": 7, "type": "w"}, {"x": 3, "y": 7, "type": "w"}, {"x": 1, "y": 7, "type": "w"}, {"x": 4, "y": 0, "type": "w"}, {"x": 3, "y": 6, "type": "w"}, {"x": 0, "y": 0, "type": "w"}, {"x": 7, "y": 5, "type": "w"}, {"x": 3, "y": 4, "type": "w"}, {"x": 0, "y": 8, "type": "w"}, {"x": 8, "y": 3, "type": "w"}, {"x": 6, "y": 0, "type": "w"}, {"x": 1, "y": 4, "type": "o"}, {"x": 0, "y": 4, "type": "o"}, {"x": 3, "y": 8, "type": "o"}, {"x": 0, "y": 2, "type": "o"}, {"x": 4, "y": 7, "type": "o"}], "world": {"width": 9, "height": 9}, "connection": {"id": 7, "role": "agent", "agent_number": 0},14 "tick": 0,15 "config": {16 "tick_rate_hz": 20,17 "game_duration_ticks": 10,18 "fire_spawn_interval_ticks": 519}}20mock_state_packet = {"type": "game_state",21 "payload": copy_object(mock_state)}22mock_tick_spawn_packet = create_mock_tick_packet(33, [23 {"type": "entity_spawned", "data": {"x": 5, "y": 4, "type": "a", "expires": 73}}])24mock_tick_expired_packet = create_mock_tick_packet(69, [25 {"type": "entity_expired", "data": [5, 4]}])26mock_agent_state_payload = {"coordinates": [6, 7], "hp": 3, "inventory": {27 "bombs": 2}, "blast_diameter": 3, "number": 0, "invulnerability": 0}28mock_tick_agent_state_packet = create_mock_tick_packet(50, [{"type": "agent_state",29 "data": mock_agent_state_payload}])30mock_tick_agent_action_packet = create_mock_tick_packet(31 5, [{"type": "agent", "data": [0, {"type": "move", "move": "left"}]}])32class TestGameState(IsolatedAsyncioTestCase):33 def setUp(self):34 self.client = GameState("")35 self.maxDiff = None36 def assert_object_equal(self, first, second):37 j1 = json.dumps(first, sort_keys=True, indent=4)38 j2 = json.dumps(second, sort_keys=True, indent=4)39 self.assertEqual(j1, j2)40 def test_mocks_are_valid_with_latest_schema(self):41 with open('validation.schema.json') as f:42 schema = json.load(f)43 validate(instance=mock_state_packet, schema=schema.get(44 "definitions").get("ValidServerPacket"))45 validate(instance=mock_tick_spawn_packet, schema=schema.get(46 "definitions").get("ValidServerPacket"))47 validate(instance=mock_tick_agent_action_packet, schema=schema.get(48 "definitions").get("ValidServerPacket"))49 validate(instance=mock_tick_agent_state_packet, schema=schema.get(50 "definitions").get("ValidServerPacket"))51 async def test_initial_game_state_constructor(self):52 self.assertTrue(self.client._state == None)53 self.assertTrue(self.client._connection_string == "")54 self.assertTrue(self.client._tick_callback == None)55 async def test_on_game_state_payload(self):56 await self.client._on_data(mock_state_packet)57 expected = copy_object(mock_state)58 self.assertEqual(self.client._state, expected)59 async def test_on_game_entity_spawn_packet(self):60 await self.client._on_data(copy_object(mock_state_packet))61 await self.client._on_data(copy_object(mock_tick_spawn_packet))62 expected = copy_object(mock_state)63 expected["entities"].append(64 {"x": 5, "y": 4, "type": "a", "expires": 73})65 self.assert_object_equal(self.client._state, expected)66 async def test_on_game_entity_expired_packet(self):67 await self.client._on_data(copy_object(mock_state_packet))68 await self.client._on_data(copy_object(mock_tick_spawn_packet))69 await self.client._on_data(copy_object(mock_tick_expired_packet))70 expected = copy_object(mock_state)71 self.assert_object_equal(self.client._state, expected)72 async def test_on_agent_state_packet(self):73 await self.client._on_data(copy_object(mock_state_packet))74 await self.client._on_data(copy_object(mock_tick_agent_state_packet))75 expected = copy_object(mock_state)76 expected["agent_state"]["0"] = mock_agent_state_payload77 self.assert_object_equal(78 self.client._state, expected)79 async def test_on_agent_move_packet(self):80 await self.client._on_data(copy_object(mock_state_packet))81 await self.client._on_data(copy_object(mock_tick_agent_action_packet))82 expected = copy_object(mock_state)83 expected["agent_state"]["0"]["coordinates"] = [5, 7]84 self.assert_object_equal(85 self.client._state, expected)86if __name__ == '__main__':...
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