aspose-com-gists

import aspose.cells
from aspose.cells import Workbook, SaveFormat

def convert_xlsx_to_csv(input_file: str, output_file: str):
    try:
        # Load the XLSX workbook
        workbook = Workbook(input_file)

        # Save the first worksheet as CSV
        workbook.save(output_file, SaveFormat.CSV)

aspose-com-gists

import asposebarcode as barcode
import aspose.pdf as pdf

def read_barcodes_from_pdf(pdf_path):
    # Load PDF document
    pdf_doc = pdf.PdfDocument(pdf_path)

    # Initialize barcode reader
    reader = barcode.BarcodeReader()
    reader.decode_type = barcode.DecodeType.ALL_SUPPORTED_TYPES

aspose-com-gists

from aspose.barcode import generation
from aspose.pydrawing import Color

def generate_swiss_barcode(data, jpeg_path, pdf_path):
    # Initialize generator with Swiss QR Code symbology
    generator = generation.BarcodeGenerator(
        generation.EncodeTypes.SWISS_POST_PARCEL,
        data
    )

aspose-com-gists

from aspose.barcode import generation

def generate_aztec_barcode(data, output_path):
    # Create a BarcodeGenerator for Aztec symbology
    generator = generation.BarcodeGenerator(
        generation.EncodeTypes.AZTEC,  # Symbology type
        data  # Data to encode
    )

    # Configure Aztec specific parameters

aspose-com-gists

import aspose.threed as a3d

def convert_fbx_to_stl(input_path: str, output_path: str):
    try:
        # Initialize the scene and load the FBX file
        scene = a3d.Scene()
        scene.open(input_path)

        # Set STL export options for binary format and millimeter units
        export_options = a3d.stl.StlExportOptions()

aspose-com-gists

import aspose.threed as a3d

def convert_glb_to_fbx(input_path: str, output_path: str):
    try:
        # Load GLB file
        scene = a3d.Scene.from_file(input_path)

        # Optional: customize FBX export options
        export_options = a3d.formats.FbxSaveOptions(a3d.FileFormat.FBX7500_BINARY)
        export_options.embed_textures = False  # Improves performance for large models

aspose-com-gists

"""
basic_cylinder
=================
Demonstrates the simplest possible approach to Create 3D Cylinder in Python
using Aspose.3D. This covers the essential API pattern you will build upon.
"""
from aspose.threed import Scene
from aspose.threed.entities import Cylinder

# ─── Step 1: Create an empty 3D scene ─────────────────────────────────────

aspose-com-gists

"""
Batch convert all 3MF files in a directory to STL.
"""
import pathlib
import aspose.threed as a3d
  
def batch_convert(src_dir: str, dst_dir: str) -> None:
    source = pathlib.Path(src_dir)
    destination = pathlib.Path(dst_dir)
    destination.mkdir(parents=True, exist_ok=True)

aspose-com-gists

import com.aspose.threed.Scene;
import com.aspose.threed.HtmlExportOptions;
import com.aspose.threed.FileFormat;
import com.aspose.threed.Color;

public class ConvertSceneToHtml {
    public static void main(String[] args) {
        // Path to the source 3D file (OBJ, STL, FBX, etc.)
        String inputPath = "C:/Models/sample.obj";
        // Path where the HTML output will be saved

aspose-com-gists

using System;
using Conholdate.Total;
using Conholdate.Total.Conversion;
using Conholdate.Total.Conversion.Options;

class Program
{
    static void Main()
    {
        // Path to the source CDR file