diff --git a/viscaoveriplib/camera.py b/viscaoveriplib/camera.py
index c5b4e1c58ec68d632ad8c1541e9f0d66fae96a57..95ca65d416f1779bc60c56b9df80a0400195483b 100644
--- a/viscaoveriplib/camera.py
+++ b/viscaoveriplib/camera.py
@@ -1,11 +1,11 @@
import socket
-#Both protocols (input and outpout are UDB
+# Both protocols (input and outpout are UDP
"192.168.0.100"
UDP_PORT = 52381
class Camera:
- def __init__(self, UDP_IP = "192.168.0.100", UDP_PORT = 52381, UDP_IP_OUT = "192.168.0.57", VV= "09", WW= "09", seq_num: hex ="0",debug=False,virtualcam=False):
+ def __init__(self, UDP_IP = "192.168.0.100", UDP_PORT = 52381, UDP_IP_OUT = "192.168.0.57", VV= "09", WW= "09", seq_num: hex ="0",debug=False, virtualcam=False):
"""
Création d'une caméra avec
:param UDP_IP: IP de la caméra (192.168.0.100 par défaut)
@@ -22,7 +22,7 @@ class Camera:
self.CAMERA_IP = UDP_IP
self.CAMERA_PORT = UDP_PORT
self.CAMERA_IP_OUT = UDP_IP_OUT
- self.debug=debug
+ self.debug = debug
self.virtualcam = virtualcam
def send(self, message):
@@ -50,22 +50,27 @@ class Camera:
:param payload:
:return: header without prefix = payloadlength + seq_num
"""
+ length = hex(len(payload.replace(' ', '')))
+ payloadlength = length[2:]
+ if len(length) == 1:
+ payloadlength = '0' + payloadlength
- lenght = hex(len(payload.replace(' ', '')))
- payloadlenght = lenght[2:]
- if len(lenght) == 1:
- payloadlenght = '0' + payloadlenght
-
- header = payloadlenght
+ header = payloadlength
header = header + ('0' * (8 - len(str(self.seq_num))) + str(self.seq_num))
return header
- def receive(self): #non fonctionnel
+ def receive(self): # non fonctionnel
+ """
+ recoper avec le multi-thread avec ça
+ https://python.developpez.com/cours/TutoSwinnen/?page=page_20
+ Data in : b'\x01\x11\x00\x03\x00\x00\x85\x00\x90A\xff'
+ :return: Data out : '02000002000013610f01'
+ """
sock = socket.socket(socket.AF_INET, # Internet
socket.SOCK_DGRAM) # UDP
- self.camera_sock.bind((self.CAMERA_IP_OUT, self.CAMERA_PORT))
- print("ok")
- while True:
- data, addr = sock.recvfrom(1024) # buffer size is 1024 bytes
- print("received message:", data.hex())
\ No newline at end of file
+ sock.bind((self.CAMERA_IP_OUT, self.CAMERA_PORT))
+ data, addr = sock.recvfrom(1024) # buffer size is 1024 bytes<
+ message = data.hex()
+ return message
+
diff --git a/viscaoveriplib/inquiry_commands_library.py b/viscaoveriplib/inquiry_commands_library.py
index a385a96c87b39cff39d97c68f126d4e93ab73604..0696777ee740b6f89fd9ddf9382a9fcaa791e562 100644
--- a/viscaoveriplib/inquiry_commands_library.py
+++ b/viscaoveriplib/inquiry_commands_library.py
@@ -1,4 +1,4 @@
-from camera import *
+import camera
class Camera:
@@ -15,6 +15,7 @@ class Camera:
def power(self):
payload = '81 09 04 00 FF'
self.send_inquiry(payload)
+ self.camera.recieve()
def zoom_pos(self):
payload = '81 09 04 47 FF'
diff --git a/viscaoveriplib/inquiry_responds_library.py b/viscaoveriplib/inquiry_responds_library.py
index c00045692002f8d7e254ec38aed94432697504aa..d9b325ae7216ba227bbd061a848c26b4aa05a6e3 100644
--- a/viscaoveriplib/inquiry_responds_library.py
+++ b/viscaoveriplib/inquiry_responds_library.py
@@ -1,26 +1,26 @@
# liste de dico non exaustif
-respond = {'y0 50 02 FF': "On", 'y0 50 03 FF': "Off", "y0 50 00 FF": "auto/standard"}
+respond = {'y05002FF': "On", 'y05003FF': "Off", "y05000FF": "auto/standard"}
-wb_mode_respond = {"y0 50 00 FF": "auto", "y0 50 01 FF": "In Door", "y0 50 02 FF": "Out Door",
- "y0 50 03 FF": "One Push WB", "y0 50 04 FF": "ATW", "y0 50 05 FF": "Manual"}
+wb_mode_respond = {"y05000FF": "auto", "y05001FF": "In Door", "y05002FF": "Out Door",
+ "y05003FF": "One Push WB", "y05004FF": "ATW", "y05005FF": "Manual"}
-ae_mode_respond = {'y0 50 00 FF': "Full auto", 'y0 50 03 FF': "Manual", "y0 50 0A FF": "Shutter Priority", "y0 50 0B FF": "Iris priority", "y0 50 0D FF": "Bright"}
+ae_mode_respond = {'y05000FF': "Full auto", 'y05003FF': "Manual", "y0500AFF": "Shutter Priority", "y0500BFF": "Iris priority", "y0500DFF": "Bright"}
-wd_mode_respond = {"y0 50 00 FF": "Off", "y0 50 02 FF": "Low",
- "y0 50 03 FF": "Mid", "y0 50 04 FF": "High"}
+wd_mode_respond = {"y05000FF": "Off", "y05002FF": "Low",
+ "y05003FF": "Mid", "y05004FF": "High"}
-picture_mode_respond = {"y0 50 00 FF": "Off", "y0 50 02 FF": "Neg.Art", "y0 50 04 FF": "B&W"}
+picture_mode_respond = {"y05000FF": "Off", "y05002FF": "Neg.Art", "y05004FF": "B&W"}
-video_system_respond = {"y0 50 00 FF": "1920 x 1080 p / 59.94", "y0 50 02 FF": "1920 x 1080 p / 29.97",
- "y0 50 03 FF": "1920 x 1080 i / 59.94", "y0 50 04 FF": "1280 x 720 p / 59.94",
- "y0 50 05 FF": "1280 x 720 p / 29.97", "y0 50 08 FF": "1920 x 1080p / 50",
- "y0 50 0A FF": "1920 x 1080 p / 25", "y0 50 0B FF": "1920 x 1080 i / 50",
- "y0 50 0C FF": "1280 x 720 p / 50", "y0 50 0D FF": "1280 x 720 p / 25"}
+video_system_respond = {"y05000FF": "1920 x 1080 p / 59.94", "y05002FF": "1920 x 1080 p / 29.97",
+ "y05003FF": "1920 x 1080 i / 59.94", "y05004FF": "1280 x 720 p / 59.94",
+ "y05005FF": "1280 x 720 p / 29.97", "y05008FF": "1920 x 1080p / 50",
+ "y0500AFF": "1920 x 1080 p / 25", "y0500BFF": "1920 x 1080 i / 50",
+ "y0500CFF": "1280 x 720 p / 50", "y0500DFF": "1280 x 720 p / 25"}
-color_system_respond = {"y0 50 00 FF": "HDMI YUV", "y0 50 01 FF": "HDMI GBR",
- "y0 50 02 FF": "DVI GBR", "y0 50 03 FF": "DVI YUV"}
+color_system_respond = {"y05000FF": "HDMI YUV", "y05001FF": "HDMI GBR",
+ "y05002FF": "DVI GBR", "y05003FF": "DVI YUV"}
-ir_condition = {"y0 50 00 FF": "ir remote commander stable reception enable",
- "y0 50 01 FF": "ir remote commander reception unstable environment",
- "y0 50 02 FF": "power ON by ir remote commander (cannot be judged)"}
+ir_condition = {"y05000FF": "ir remote commander stable reception enable",
+ "y05001FF": "ir remote commander reception unstable environment",
+ "y05002FF": "power ON by ir remote commander (cannot be judged)"}