ai创意工厂需要的接口组合

main.py

@@ -15,9 +15,11 @@ app.config['UPLOAD_FOLDER'] = UPLOAD_FOLDER
 RE_CHINA_NUMS = "[1-9].(.*)"
 # 允许的文件类型
 ALLOWED_EXTENSIONS = {'png', 'jpg', 'jpeg', 'gif'}
+fenhao_list = [";", "；"]
 
 
-prompt_picture = {
+
+prompt_picture_dict = {
     "1": "图中的商品：{}，有什么突出亮点和卖点，请分条列举出来，要求亮点或者卖点要用一个词总结，冒号后面在进行解释，例如：1. 时尚黑色：图中的鞋子是黑色的，符合时尚潮流，适合不同场合的穿搭。",
     "2": "图中的商品：{}，有什么亮点，写一段营销话语",
     "3": "图中的商品：{}，有以下亮点：\n{}\n根据这些优势亮点，写一段营销文本让商品卖的更好",
@@ -26,14 +28,13 @@ prompt_picture = {
     "6": "根据图中的商品：{}，生成一个商品名称，要求商品名称格式中包含的信息（有品牌名，有产品名，有细分产品种类词，比如猫砂，篮球鞋等，有三到五个卖点和形容词）",
 }
 
-# prompt_text = {
+prompt_text_dict = {
-#     "1": "图中{}有什么突出亮点，请列举出来",
+    "1": "",
-#     "2": "图中{}有什么亮点，写一段营销话语",
+    "2": "User:商品名称:{};卖点:{}，请帮我生成一个有很多活泼表情的小红书文案，以商品使用者角度来写作，让人感觉真实\nAssistant:",
-#     "3": "图中{}有以下亮点：\n{}\n根据这些优势亮点，写一段营销文本让商品买的更好",
+    "3": "图中{}有以下亮点：\n{}\n根据这些优势亮点，写一段营销文本让商品买的更好",
-#     "4": "图中{}有哪些不足之处可以改进？",
+    "4": "图中{}有哪些不足之处可以改进？",
-#     "5": "图中{}的渲染图做哪些调整可以更吸引消费者",
+    "5": "图中{}的渲染图做哪些调整可以更吸引消费者",
-# "5": "图中{}的渲染图做哪些调整可以更吸引消费者",
+}
-# }
 
 
 def dialog_line_parse(url, text):
@@ -88,7 +89,7 @@ def allowed_file(filename):
     return '.' in filename and filename.rsplit('.', 1)[1].lower() in ALLOWED_EXTENSIONS
 
 
-def picyure_model_predict(image_path, prompt):
+def picture_model_predict(image_path, prompt):
     # query = tokenizer.from_list_format([
     #     {'image': image_path},
     #     {'text': prompt},
@@ -106,16 +107,35 @@ def picyure_model_predict(image_path, prompt):
     return result
 
 
-def picture_main(path_list, commodity, type, additional):
+def text_model_predict(prompt):
-    if type == "1":
+    # query = tokenizer.from_list_format([
-        result_list_len = False
+    #     {'image': image_path},
-        dan_result_geshi = True
+    #     {'text': prompt},
-        dan_result_geshi_maohao = True
+    # ])
+    #
+    # response, history = model.chat(tokenizer, query=query, history=None)
+    # return response
+
+    url = "http://192.168.31.74:12000/predict"
+    data = {
+        "texts": prompt,
+    }
+    result = dialog_line_parse(url, data)["data"]
+    return result
+
+
 
-        prompy_text = prompt_picture[type]
+def type_1(path_list, commodity, input_type):
-        prompy_text = prompy_text.format(commodity)
+    code = 200
+    result_list_len = False
+    dan_result_geshi = True
+    dan_result_geshi_maohao = True
+    return_list = []
+    prompy_text = prompt_picture_dict[input_type]
+    prompy_text = prompy_text.format(commodity)
+    for path in path_list:
         while True:
-            result = picyure_model_predict(path_list[0], prompy_text)
+            result = picture_model_predict(path, prompy_text)
             result_list = str(result).split("\n")
             result_list = [i for i in result_list if i != ""]
             if len(result_list) > 3:
@@ -137,79 +157,154 @@ def picture_main(path_list, commodity, type, additional):
             guanjianci = response_re[0].split("：")
             maidian_list.append([i, guanjianci])
 
-        return maidian_list
+        return_list.append(maidian_list)
+
+    return code, return_list
+
+def type_2(path_list, commodity, input_type, additional):
+    code = 200
+    return_list = []
+    return_1_data = type_1(path_list, commodity, "1")
+    maidian = [i[0][1][0] for i in return_1_data]
+
+    fenhao = ""
+    if additional != "":
+        for i in fenhao_list:
+            if i in additional:
+                fenhao = i
+                break
+
+        if fenhao == "":
+            return code, []
+
+        maidian_user = [i for i in additional.split(fenhao) if i != ""]
+        maidian += maidian_user
+
+        prompt_text = prompt_text_dict[input_type].format(commodity, "、".join(maidian))
+        result = text_model_predict(prompt_text)
+        return_list.append(result)
+    return code, return_list
 
-    elif type == "2":
+def type_3(path_list, commodity, input_type, additional):
-        prompy_text = prompt_picture[type]
+    code = 200
-        prompy_text = prompy_text.format(commodity, additional)
+    return_list = []
-        return_list = []
+    return_1_data = type_1(path_list, commodity, "1")
-        for path in path_list:
+    maidian = [i[0][1][0] for i in return_1_data]
-            result = picyure_model_predict(path, prompy_text)
+
-            return_list.append(result)
+    fenhao = ""
-        return return_list
+    if additional != "":
+        for i in fenhao_list:
+            if i in additional:
+                fenhao = i
+                break
+
+        if fenhao == "":
+            return code, []
+
+        maidian_user = [i for i in additional.split(fenhao) if i != ""]
+        maidian += maidian_user
+
+        prompt_text = prompt_text_dict[input_type].format(commodity, "、".join(maidian))
+        result = text_model_predict(prompt_text)
+        return_list.append(result)
+    return code, return_list
+
+def type_4(path_list, commodity, input_type, additional):
+    code = 200
+    return_list = []
+    return_1_data = type_1(path_list, commodity, "1")
+    maidian = [i[0][1][0] for i in return_1_data]
+
+    fenhao = ""
+    if additional != "":
+        for i in fenhao_list:
+            if i in additional:
+                fenhao = i
+                break
+
+        if fenhao == "":
+            return code, []
+
+        maidian_user = [i for i in additional.split(fenhao) if i != ""]
+        maidian += maidian_user
+
+        prompt_text = prompt_text_dict[input_type].format(commodity, "、".join(maidian))
+        result = text_model_predict(prompt_text)
+        return_list.append(result)
+    return code, return_list
+
+def type_5(path_list, commodity, input_type):
+    code = 200
+    return_list = []
+    prompy_text = prompt_picture_dict[input_type]
+    prompy_text = prompy_text.format(commodity)
+    result_list_type = False
+
+    for path in path_list:
+        while True:
+            if result_list_type == True:
+                break
+            result = picture_model_predict(path, prompy_text)
+            result_list = str(result).split("\n")
+            result_list = [i for i in result_list if i != ""]
+            result_list_new = []
+            for i in result_list:
+                response_re = re.findall(RE_CHINA_NUMS, i)
+                if response_re == []:
+                    continue
+                else:
+                    result_list_new.append(i)
+            if result_list_new != []:
+                result_list_type = True
+                return_list.append(result_list_new)
+
+    return code, return_list
+
+def type_6(path_list, commodity, input_type):
+    code = 200
+    return_list = []
+    commodity_list = []
+    prompy_text = prompt_picture_dict[input_type]
+    prompy_text = prompy_text.format(commodity)
+    for path in path_list:
+        for i in range(5):
+            result = picture_model_predict(path, prompy_text)
+            commodity_list.append(result)
+    return_list.append(commodity_list)
+    return code, return_list
+
+
+def type_7(path_list, additional):
+    code = 200
+    prompy_text = additional
+    return_list = []
+    for path in path_list:
+        result = picture_model_predict(path, prompy_text)
+        return_list.append(result)
+    return code, return_list
+
+
+def picture_main(path_list, commodity, input_type, additional):
+    if input_type == "1":
+        return type_1(path_list, commodity, input_type)
+
+    elif input_type == "2":
+        return type_2(path_list, commodity, input_type, additional)
     #
-    elif type == "3":
+    elif input_type == "3":
-        prompy_text = prompt_picture[type]
+        return type_3(path_list, commodity, input_type, additional)
-        prompy_text = prompy_text.format(commodity, additional)
-        return_list = []
-        for path in path_list:
-            result = picyure_model_predict(path, prompy_text)
-            return_list.append(result)
-        return return_list
     #
-    elif type == "4":
+    elif input_type == "4":
-        prompy_text = prompt_picture[type]
+        return type_4(path_list, commodity, input_type, additional)
-        prompy_text = prompy_text.format(commodity, additional)
+
-        return_list = []
+    elif input_type == "5":
-        for path in path_list:
+        return type_5(path_list, commodity, input_type)
-            for i in range(5):
+
-                result = picyure_model_predict(path, prompy_text)
+    elif input_type == "6":
-                return_list.append(result)
+        return type_6(path_list, commodity, input_type)
-        return return_list
+
-
+    elif input_type == "7":
-    elif type == "5":
+        return type_7(path_list, additional)
-        return_list = []
-        prompy_text = prompt_picture[type]
-        prompy_text = prompy_text.format(commodity)
-        result_list_type = False
-
-        for path in path_list:
-            while True:
-                if result_list_type == True:
-                    break
-                result = picyure_model_predict(path, prompy_text)
-                result_list = str(result).split("\n")
-                result_list = [i for i in result_list if i != ""]
-                result_list_new = []
-                for i in result_list:
-                    response_re = re.findall(RE_CHINA_NUMS, i)
-                    if response_re == []:
-                        continue
-                    else:
-                        result_list_new.append(i)
-                if result_list_new != []:
-                    result_list_type = True
-                    return_list.append(result_list_new)
-
-        return return_list
-
-    elif type == "6":
-        return_list = []
-        prompy_text = prompt_picture[type]
-        prompy_text = prompy_text.format(commodity)
-        for path in path_list:
-            for i in range(5):
-                result = picyure_model_predict(path, prompy_text)
-                return_list.append(result)
-        return return_list
-
-    elif type == "7":
-        prompy_text = additional
-        return_list = []
-        for path in path_list:
-            result = picyure_model_predict(path, prompy_text)
-            return_list.append(result)
-        return return_list
 
     else:
         return "1111"
@@ -267,9 +362,9 @@ def upload_file():
         result = []
         for type_dan in type_list:
             print("type:", type_dan)
-            result_dan = picture_main(path_list, commodity, type_dan, additional)
+            code, result_dan = picture_main(path_list, commodity, type_dan, additional)
             result.append(result_dan)
-        return_text = {"texts": result, "probabilities": None, "status_code": 200}
+        return_text = {"texts": result, "probabilities": None, "status_code": code}
     except:
         return_text = {"texts": "运算出错", "probabilities": None, "status_code": 400}
     log.log('start at',