def string(self):
if self.header:
self._data = self.header._data
self.agency = _format_string(self.agency, "multilinevalue")
self.address = _format_string(self.address, "multilinevalue")
self.additional = _format_string(self.additional, "multilinevalue")
s = []
section_text = f"""
11. On-Site, Point of Contact Agency Information
Agency : {self.agency}
Preferred Abbreviation : {self.abbreviation}
Mailing Address : {self.address}"""
# create the two "subsections" needed in this sections
s.append(self.subsection_type())
s.append(self.subsection_type())
if self._subsections:
s[0] = self._subsections[0]
if len(self._subsections) == 2:
s[1] = self._subsections[1]
s[0].subtitle = " Primary Contact"
section_text += s[0].string()
s[1].subtitle = " Secondary Contact"
section_text += s[1].string()
section_text += f"""
Additional Information : {self.additional}
"""
return section_text
def string(self):
self.additional = _format_string(self.additional, "multilinevalue")
self.distance = _format_string(self.distance, "multilinevalue")
section_text = f"""
1. Site Identification of the GNSS Monument
Site Name : {self.site_name}
Four Character ID : {self.site_code}
Monument Inscription : {self.inscription}
IERS DOMES Number : {self.IERS_number}
CDP Number : {self.CDP_number}
Monument Description : {self.monument}
Height of the Monument : {self.monument_h}
Monument Foundation : {self.foundation}
Foundation Depth : {self.foundation_depth}
Marker Description : {self.marker}
Date Installed : {self.date}
Geologic Characteristic : {self.geologic}
Bedrock Type : {self.bedrock_type}
Bedrock Condition : {self.bedrock_condition}
Fracture Spacing : {self.fracture}
Fault zones nearby : {self.fault}
Distance/activity : {self.distance}
Additional Information : {self.additional}
"""
return section_text
def string(self):
self.notes = _format_string(self.notes, "multilinevalue")
self.subsectionheader = _format_string(
"Standard Type", "subsectitle", len(str(self.subtitle))
)
section_text = f"""
6.{self.subtitle}{self.subsectionheader}{self.standard_type}
Input Frequency : {self.input_freq}
Effective Dates : {self.effective_dates}
Notes : {self.notes}
"""
return section_text
def string(self):
self.number = _format_string(self.number, "subsubsecnr")
self.title = _format_string(self.title, "subsubsectitle")
self.notes = _format_string(self.notes, "multilinevalue")
self.model = _format_string(self.model, "multilinevalue")
if self.subsubtitle == "5.":
section_text = f"""
{self.number}{self.title}{self.model}
"""
elif self.subsubtitle == "2.":
section_text = f"""
{self.number}{self.title}{self.model}
Manufacturer : {self.manufacturer}
Serial Number : {self.serial_number}
Data Sampling Interval : {self.data_interval}
Accuracy : {self.accuracy}
Height Diff to Ant : {self.height_diff}
Calibration date : {self.calibration_date}
Effective Dates : {self.effective_dates}
Notes : {self.notes}
"""
elif self.subsubtitle == "4.":
section_text = f"""
{self.number}{self.title}{self.model}
Manufacturer : {self.manufacturer}
Serial Number : {self.serial_number}
Distance to Antenna : {self.distance_antenna}
Height Diff to Ant : {self.height_diff}
Calibration date : {self.calibration_date}
Effective Dates : {self.effective_dates}
Notes : {self.notes}
"""
else:
section_text = f"""
{self.number}{self.title}{self.model}
Manufacturer : {self.manufacturer}
Serial Number : {self.serial_number}
Data Sampling Interval : {self.data_interval}
Accuracy (% rel h) : {self.accuracy}
Aspiration : {self.aspiration}
Height Diff to Ant : {self.height_diff}
Calibration date : {self.calibration_date}
Effective Dates : {self.effective_dates}
Notes : {self.notes}
"""
return section_text
def string(self):
self.additional = _format_string(self.additional, "multilinevalue")
section_text = f"""
13. More Information
Primary Data Center : {self.primary_center}
Secondary Data Center : {self.secondary_center}
URL for More Information : {self.info_url}
Hardcopy on File
Site Map : {self.site_map}
Site Diagram : {self.site_diagram}
Horizon Mask : {self.horizon_mask}
Monument Description : {self.monument}
Site Pictures : {self.site_pictures}
Additional Information : {self.additional}
Antenna Graphics with Dimensions
"""
for i, line in enumerate(self.graphic):
if re.findall("Antenna Graphics with Dimensions", line):
if len(self.graphic) > i:
for line in self.graphic[i + 1 :]:
section_text += "\n" + line
return section_text
def string(self):
self.subsectionheader = _format_string("Receiver Type", "subsectitle",
len(str(self.subtitle)))
self.additional = _format_string(self.additional, "multilinevalue")
section_text = f"""
3.{self.subtitle}{self.subsectionheader}{self.receiver_type}
Satellite System : {self.sat_sys}
Serial Number : {self.serial}
Firmware Version : {self.firmware}
Elevation Cutoff Setting : {self.cutoff}
Date Installed : {self.date_installed}
Date Removed : {self.date_removed}
Temperature Stabiliz. : {self.temperature}
Additional Information : {self.additional}
"""
return section_text
def string(self):
self.subsectionheader = _format_string("Date", "subsectitle")
section_text = f"""
10.{self.subtitle} Date : {self.date}
Event : {self.event}
"""
return section_text
def string(self):
self.number = _format_string(self.number, "subsubsecnr")
self.title = _format_string(self.title, "subsubsectitle")
self.additional = _format_string(self.additional, "multilinevalue")
if self.subsubtitle == "1." or self.subsubtitle == "x.":
section_text = f"""
{self.number}{self.title}{self.source}
Observed Degradations : {self.obs_degradation}
Effective Dates : {self.dates}
Additional Information : {self.additional}
"""
else:
section_text = f"""
{self.number}{self.title}{self.source}
Effective Dates : {self.dates}
Additional Information : {self.additional}
"""
return section_text
def string(self):
self.additional = _format_string(self.additional, "multilinevalue")
self.subsectionheader = _format_string("Tied Marker Name",
"subsectitle",
len(str(self.subtitle)))
section_text = f"""
5.{self.subtitle}{self.subsectionheader}{self.marker_name}
Tied Marker Usage : {self.marker_usage}
Tied Marker CDP Number : {self.marker_cdp}
Tied Marker DOMES Number : {self.marker_domes}
Differential Components from GNSS Marker to the tied monument (ITRS)
dx (m) : {self.dx}
dy (m) : {self.dy}
dz (m) : {self.dz}
Accuracy (mm) : {self.accuracy}
Survey method : {self.method}
Date Measured : {self.date_measured}
Additional Information : {self.additional}
"""
return section_text
def string(self):
self.additional = _format_string(self.additional, "multilinevalue")
self.subsectionheader = _format_string("Antenna Type", "subsectitle",
len(str(self.subtitle)))
section_text = f"""
4.{self.subtitle}{self.subsectionheader}{self.antenna_type}
Serial Number : {self.serial_number}
Antenna Reference Point : {self.antenna_reference}
Marker->ARP Up Ecc. (m) : {self.up}
Marker->ARP North Ecc(m) : {self.north}
Marker->ARP East Ecc(m) : {self.east}
Alignment from True N : {self.north_alignment}
Antenna Radome Type : {self.radome_type}
Radome Serial Number : {self.radome_serial}
Antenna Cable Type : {self.cable_type}
Antenna Cable Length : {self.cable_length}
Date Installed : {self.date_installed}
Date Removed : {self.date_removed}
Additional Information : {self.additional}
"""
return section_text