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How to use tag_point method in ATX

Best Python code snippet using ATX

anno.py

Source:anno.py

1"""Functions related to annotation."""2from Autodesk.Revit.DB import BuiltInCategory3from Autodesk.Revit.DB import BuiltInParameter4from Autodesk.Revit.DB import FamilyInstance5from Autodesk.Revit.DB import FilteredElementCollector6from Autodesk.Revit.DB import FilteredWorksetCollector7from Autodesk.Revit.DB import SpatialElementTag8from Autodesk.Revit.DB import WorksetKind9from lib import transaction10def fix_room_tags(doc):11    """Find room tags that are outside their room and move them back"""12    room_tags = FilteredElementCollector(13        doc14    ).OfClass(15        SpatialElementTag16    ).OfCategory(17        BuiltInCategory.OST_RoomTags18    )19    with transaction(doc, 'Move room tags'):20        count = 021        for tag in room_tags:22            room = tag.Room23            if not room:24                continue25            box = room.get_BoundingBox(None)26            if not box:27                continue28            tag_point = tag.Location.Point29            tag_is_in_room = tag_point.X > box.Min.X and \30                tag_point.X < box.Max.X and \31                tag_point.Y > box.Min.Y and \32                tag_point.Y < box.Max.Y33            if not tag_is_in_room:34                tag.Location.Move(room.Location.Point - tag.Location.Point)35                count += 136                print(room.Level.Name, room.Number)37    print('{} room tags moved'.format(count))38def create_text_styles(doc):39    black = int('000000', 16)40    blue = int('ff0000', 16)41    std_sizes = [42        ('1.8mm', 1.8, black),43        ('1.8mm Blue', 1.8, blue),44        ('2.0mm', 2.0, black),45        ('2.5mm', 2.5, black),46        ('3.5mm', 3.5, black),47        ('5.0mm', 5.0, black),48        ('7.0mm', 7.0, black),49        ('10.0mm', 10, black),50    ]51    #size_pairs = [std_sizes[i:i + 2] for i in range(len(std_sizes))]52    #if len(size_pairs[-1]) == 1:53    #    size_pairs = size_pairs[:-1]54    text_types = FilteredElementCollector(doc).OfClass(TextNoteType)55    text_type = list(text_types)[0]56    with transaction(doc, 'Create text types'):57        for name, size, color in std_sizes:58            try:59                elem = text_type.Duplicate(name)60                elem.LookupParameter('Text Font').Set('Arial Narrow')61                elem.LookupParameter('Text Size').Set(size / MM)62                elem.LookupParameter('Color').Set(color)63                print(elem)64            except Exception as e:65                print(e)66                continue67    #for t in text_types:68    #    size_in_mm = t.LookupParameter('Text Size').AsValueString()69    #    size = float(size_in_mm.rstrip(' mm'))70    #    print(size)71    #    for lower, upper in size_pairs:72    #        if lower < size and size < upper:73    #            print('Change {} to {}'.format(size, lower))74def create_text(doc):75    type_id = doc.GetDefaultElementTypeId(ElementTypeGroup.TextNoteType)76    x = 077    y = 078    with transaction(doc, 'Create text'):79        text_types = FilteredElementCollector(doc).OfClass(TextNoteType)80        for tt in text_types:81            note = TextNote.Create(82                doc,83                doc.ActiveView.Id,84                XYZ(x, y, 0),85                tt.LookupParameter('Type Name').AsString(),86                tt.Id);...

foothold_manager.py

Source:foothold_manager.py

1from math import atan, cos2class FootholdManager:3    def __init__(self):4        self.footholds = []5    def add(self, foothold):6        self.footholds.append(foothold)7    def find_below(self, tag_point):8        matches = []9        for foothold in self.footholds:10            if foothold.x1 <= tag_point.x and foothold.x2 >= tag_point.x:11                matches.append(foothold)12        for foothold in matches:13            if not foothold.wall and foothold.y1 != foothold.y2:14                s1 = foothold.y2 - foothold.y115                s2 = foothold.x2 - foothold.x116                s4 = tag_point.x - foothold.x117                alpha = atan(s2 / s1)18                beta = atan(s1 / s2)19                s5 = cos(alpha) * (s4 / cos(beta))20                if foothold.y2 < foothold.y2:21                    calcy = foothold.y1 - int(s5)22                else:23                    calcy = foothold.y1 + int(s5)24                if calcy >= tag_point.y:25                    return foothold26            elif not foothold.wall and foothold.y1 >= tag_point.y:27                return foothold...

testResult.py

Source:testResult.py

1def test(path):2    file = open(path)3    tags = 0#è¢«æ è®°åçæ»æ°4    right = 0#æ è®°æ£ç¡®çæ°ç®5    precisionTags = 0#æææ è®°åºæ¥çæ°ç®6    recallTags = 0#åºè¯¥è¢«æ è®°çåçæ°ç®7    for line in file:8        line = line.strip()9        if(len(line)==0):10            continue11        tags += 112        _word, tag_real, tag_point = line.split()13        if tag_point == tag_real and tag_point != 'O':14            right += 115        if tag_point != 'O':#è¢«æ æ³¨çæ°æ®16            precisionTags += 117        if tag_real != 'O':#åºè¯¥è¢«æ æ³¨çæ°æ®18            recallTags += 119    precision = float(right)/precisionTags20    recall = float(right)/recallTags21    f1Score = 2*precision*recall/(precision+recall)22    print("precision:%f, recall:%f, F1Score:%f\n"%(precision,recall,f1Score))...

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