Toute l’activité

Jamais tenté cette nébuleuse Et voilà, comme ça Céphée et si vous ne voyez pas de lion faites moi cygne ONTC 200/930mm 50x300s Filtre L-Ultimate Pré-traitement WBPP et le reste avec Pixinsight + Photoshop Super guidage cette nuit, pas contre comme j'ai remis mon AZEQ6 en poste fixe, j'ai du dérégler la collimation de l'ONTC en le déplaçant (ça se voit au niveau des détails) ça manque un peu de champ pour bien voir le lion, à refaire avec la 71mm... Je n'ai pas trop poussé la saturation, c'est pas digne d'un APOD tout ça

Chouettes couleurs Serge Surtout après la remarque de @Ant-1

Salut Intéressant... Une nouvelle énigme à résoudre, j'adore 👍 Comment as-tu fais pour connaitre cette distance de 20km? Ta vidéo me fait penser à un avion qui s'éloigne de ton point d'observation.

C'est vraiment très fin, ça s'mange sans faim Par contre, pas fan du magenta

Un Voyage dans la constellation du Cygne : North America (NGC7000) et le Pélican (IC 5070 / IC 5067) Lien haute résolution de 61MP zoomable à la souris: https://lucnix.be/picture.php?/300530/category/Astronomy#zoom Instrument : Lunette Skywatcher Esprit 120ED à 862mm sur monture Wave 150i, rotateur ZWO, EAF ZWO. Camera: ZWO ASI6200MC pro P25 de 61MP 16bits à -10° gain 100 Temps de pose total : 4H en 40 x 360s Guidage Acturer 80/400mm et ASI678MM Filtres utilisés : Antlia Ha OIII 3nm Logiciels : Pixinsight, suite RC Astro, darktable, GIMP sous Linux. Faite à Hamois (Belgique) le 03/07/2026 ciel de qualité bortle 4.5

J'ai pas remesuré derrière non, mais mon guidage ne semble pas se dégrader avec le temps donc y'a 0 impact si sa se décal Des TPPA ils faut en refaire plusieurs fois jusqu'à que la valeur d'erreur converge.

Immense drone il était à plus de 20km

Nouvelle nomenclature en astro : Le NGCS....new general catalogue of Sergio.

Il reste à couler du béton dans les plots et à mettre le télescope en station: Le nom de l'observatoire sera: OVIN CAPRIN Il y a une récompense pour qui trouvera la raison de ce nom (assez facile) ET la signification du double acronyme !

Rapprochement Lune-Vénus capturé à différentes focales vendredi 17 juillet 2026. Canon 400D avec objectif 18-200 mm, ISO 200, pose unitaire de 1 seconde.

A F4, le 3 nm c'est riqué, meme si ca perdra pas beaucoup, il peut y avoir 10/20% de perte de signal. Mais surtout c'est tres cher. Ssi tu veux garder un budget sérré, 12nm en bortle 4 ca marche. Ca sera mieux avec 5 a 7nm, mais c'est plus cher.

Un drone...

jusqu'en PJ... Il est pas sympa le Serge? 70 cibles d'hiver 240 cibles de Printemps 94 cibles d'été 103 cibles d'Automne a+ Cibles.odsCibles.xlsm Serge Cibles.xlsm

Merci Serge...Elle va jusqu'où du coup ta liste ?? J'avoue que j'ai pas de liste...que je fais ça au jour le jour...c'est pas ouf... Merci Seb !

oui, oui on voit bien. Elles paraissent un peu éteintes. Ce serait top d'avoir des étoiles RGB. +10 pour les annotations.😃 a+ Serge

J’ai mis illimité et ça m’a montré une map toute blanche 🤣 du coup j’ai mis magnitude 13,6 pour éviter illimité et cela n’a rien changé La map du scorpion quasiment vide ! Meme en mettant les meilleurs objets du ciel profond cela ne me le proposait pas Et même en mode recherche il ne me l’a pas montré

Salut Julien,🙂 Très belle image ! et hop, dans ma liste. A+ Serge

IMG_3916.mov

Voici mon config.h /* --------------------------------------------------------------------------------------------------------------------------------- * Configuration for OnStepX * * For more information on setting OnStep up see http://www.stellarjourney.com/index.php?r=site/equipment_onstep * and join the OnStep Groups.io at https://groups.io/g/onstep * * *** Read the compiler warnings and errors, they are there to help guard against invalid configurations *** * * --------------------------------------------------------------------------------------------------------------------------------- * ADJUST THE FOLLOWING TO CONFIGURE YOUR CONTROLLER FEATURES ---------------------------------------------------------------------- * <-Req'd = always must set, <-Often = usually must set, Option = optional, Adjust = adjust as req'd, Infreq = infrequently changed */ // Parameter Name Value Default Notes Hint // ================================================================================================================================= // CONTROLLER ====================================================================================================================== #define THERMISTOR1_TNOM 25 // Nominal temperature (Celsius) #define THERMISTOR1_RNOM 10000 // Nominal resistance (Ohms) at nominal temperature #define THERMISTOR1_BETA 3950 // Beta coefficient #define THERMISTOR1_RSERIES 4700 // Series resistor value (Ohms) //#define THERMISTOR_RPARALLEL 10000 // Parallel resistor value (Ohms, requires adding the 10k resistors to TB/TE!) // Option to extend the temperature measurement range down to -20C or so #define LIMIT_SENSE_PIN 34 // Override default and move limit sense to the FYSETC E4's X-MIN connector #define SERIAL_TMC_RX 35 // Override default TMC2209 RX pin move to Y-MIN (enable _DRIVER_STATUS to use) #define DISPLAY_WEATHER ON // Website, display weather #define DISPLAY_INTERNAL_TEMPERATURE ON // Website, display internal MCU temperature // PINMAP ------------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Controller#PINMAP #define PINMAP FYSETC_E4 // OFF, Choose from: MiniPCB, MiniPCB2, MaxPCB2, MaxESP3, CNC3, STM32Blue, <-Req'd // MaxSTM3, FYSETC_S6_2, etc. Other boards and more info. in ~/src/Constants.h // SERIAL PORT COMMAND CHANNELS --------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Controller#SERIAL_PORTS #define SERIAL_A_BAUD_DEFAULT 9600 // 9600, n. Where n=9600,19200,57600,115200,230400,460800 (common baud rates.) Infreq #define SERIAL_B_BAUD_DEFAULT OFF // 9600, n. Baud rate as above. See (src/pinmaps/) for Serial port assignments. Infreq #define SERIAL_B_ESP_FLASHING OFF // OFF, ON Upload ESP8266 WiFi firmware through SERIAL_B with :ESPFLASH# cmd. Option #define SERIAL_C_BAUD_DEFAULT OFF // OFF, n. Baud rate as above. See (src/pinmaps/) for Serial port assignments. Infreq #define SERIAL_D_BAUD_DEFAULT OFF // OFF, n. Baud rate as above. See (src/pinmaps/) for Serial port assignments. Infreq #define SERIAL_E_BAUD_DEFAULT OFF // OFF, n. Baud rate as above. See (src/pinmaps/) for Serial port assignments. Infreq #define SERIAL_RADIO WIFI_ACCESS_POINT // OFF, Use BLUETOOTH or WIFI_ACCESS_POINT or WIFI_STATION (ESP32 only.) Option // STATUS --------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Controller#STATUS_LED #define STATUS_LED ON // OFF, Steady illumination if no error, blinks w/error code otherwise. Option // RETICLE CONTROL ------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Controller#RETICLE_CONTROL #define RETICLE_LED_DEFAULT OFF // OFF, n. Where n=0..255 (0..100%) activates feature sets default brightness. Option #define RETICLE_LED_MEMORY OFF // OFF, ON Remember reticle brightness across power cycles. Option #define RETICLE_LED_INVERT OFF // OFF, ON Inverts control for cases where 0V is max brightness. Option // WEATHER SENSOR --------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Controller#WEATHER_SENSOR #define WEATHER OFF // OFF, BME280 (I2C 0x77,) BME280_0x76, BME280_SPI (see pinmap for CS.) Option // BMP280 (I2C 0x77,) BMP280_0x76, BMP280_SPI (see pinmap for CS.) // BME280 or BMP280 for temperature, pressure. BME280 for humidity also. // SIGNALING ------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Controller#SIGNALING #define STEP_WAVE_FORM SQUARE // SQUARE, PULSE Step signal wave form faster rates. SQUARE best signal integrity. Adjust // Applies to all axes. // NON-VOLATILE MEMORY ---------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Controller#NV #define NV_DRIVER NV_DEFAULT // NV_DEF, Use platforms default non-volatile device to remember runtime settings. Option // ================================================================================================================================= // MOUNT =========================================================================================================================== // Driver models (Step/Dir and Servo) many have specific requirements so be sure to follow the link below to help learn about these. // Typically: A4988, DRV8825, LV8729, S109, TMC2130, TMC5160, TMC2209, etc. // AXIS1 RA/AZM -------------------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Axes #define AXIS1_DRIVER_MODEL TMC2209 // OFF, Enter motor driver model (above) in both axes to activate the mount. <-Often // If runtime axis settings are enabled changes in the section below will be ignored (disable in SWS or by wiping NV/EEPROM): // \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ #define AXIS1_STEPS_PER_DEGREE 20480 // 12800, n. Number of steps per degree: <-Req'd // n = (stepper_steps * micro_steps * overall_gear_reduction)/360.0 #define AXIS1_REVERSE OFF // OFF, ON Reverses movement direction, or reverse wiring instead to correct. <-Often #define AXIS1_LIMIT_MIN -180 // -180, n. Where n= -90..-360 (degrees.) Minimum "Hour Angle" or Azimuth. Adjust #define AXIS1_LIMIT_MAX 180 // 180, n. Where n= 90.. 360 (degrees.) Maximum "Hour Angle" or Azimuth. Adjust #define AXIS1_DRIVER_MICROSTEPS 8 // OFF, n. Microstep mode when tracking. <-Req'd #define AXIS1_DRIVER_MICROSTEPS_GOTO 4 // OFF, n. Microstep mode used during slews. OFF uses _DRIVER_MICROSTEPS. Option // for TMC2130, TMC5160, TMC2209, TMC2226 STEP/DIR driver models: #define AXIS1_DRIVER_IHOLD OFF // OFF, n, (mA.) Current during standstill. OFF uses IRUN/2.0 Option #define AXIS1_DRIVER_IRUN 1500 // OFF, n, (mA.) Current during tracking, appropriate for stepper/driver/etc. Option #define AXIS1_DRIVER_IGOTO OFF // OFF, n, (mA.) Current during slews. OFF uses IRUN. Option // /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ / #define AXIS1_DRIVER_STATUS ON // OFF, ON, HIGH, or LOW. For driver status info/fault detection. Option #define AXIS1_DRIVER_DECAY OFF // OFF, Tracking decay mode default override. TMC default is STEALTHCHOP. Infreq #define AXIS1_DRIVER_DECAY_GOTO OFF // OFF, Decay mode goto default override. TMC default is SPREADCYCLE. Infreq #define AXIS1_POWER_DOWN OFF // OFF, ON Powers off 30sec after movement stops or 10min after last<=1x guide. Infreq #define AXIS1_SENSE_HOME OFF // OFF, HIGH or LOW enables & state clockwise home position, as seen from front. Option #define AXIS1_SENSE_LIMIT_MIN LIMIT_SENSE // ...NSE, HIGH or LOW state on limit sense switch stops movement. Option #define AXIS1_SENSE_LIMIT_MAX LIMIT_SENSE // ...NSE, HIGH or LOW state on limit sense switch stops movement. Option // Digital, optionally add: |HYST(n) Where n=0..1023 stability time in ms. // Analog capable sense inputs also allow adding: // |THLD(n) Where n=1..1023 (ADU) for Analog threshold. // |HYST(n) Where n=0..1023 (ADU) for +/- Hystersis range. // AXIS2 DEC/ALT ------------------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Axes #define AXIS2_DRIVER_MODEL TMC2209 // OFF, Enter motor driver model (above) in both axes to activate the mount. <-Often // If runtime axis settings are enabled changes in the section below will be ignored (disable in SWS or by wiping NV/EEPROM): // \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ #define AXIS2_STEPS_PER_DEGREE 20480 // 12800, n. Number of steps per degree: <-Req'd // n = (stepper_steps * micro_steps * overall_gear_reduction)/360.0 #define AXIS2_REVERSE OFF // OFF, ON Reverses movement direction, or reverse wiring instead to correct. <-Often #define AXIS2_LIMIT_MIN -90 // -90, n. Where n=-90..0 (degrees.) Minimum allowed Declination or Altitude. Infreq #define AXIS2_LIMIT_MAX 90 // 90, n. Where n=0..90 (degrees.) Maximum allowed Declination or Altitude. Infreq #define AXIS2_DRIVER_MICROSTEPS 8 // OFF, n. Microstep mode when tracking. <-Req'd #define AXIS2_DRIVER_MICROSTEPS_GOTO 4 // OFF, n. Microstep mode used during slews. OFF uses _DRIVER_MICROSTEPS. Option // for TMC2130, TMC5160, TMC2209, TMC2226 STEP/DIR driver models: #define AXIS2_DRIVER_IHOLD OFF // OFF, n, (mA.) Current during standstill. OFF uses IRUN/2.0 Option #define AXIS2_DRIVER_IRUN 1500 // OFF, n, (mA.) Current during tracking, appropriate for stepper/driver/etc. Option #define AXIS2_DRIVER_IGOTO OFF // OFF, n, (mA.) Current during slews. OFF uses IRUN. Option // /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ / #define AXIS2_DRIVER_STATUS ON // OFF, ON, HIGH, or LOW. Polling for driver status info/fault detection. Option #define AXIS2_DRIVER_DECAY OFF // OFF, Tracking decay mode default override. TMC default is STEALTHCHOP. Infreq #define AXIS2_DRIVER_DECAY_GOTO OFF // OFF, Decay mode goto default override. TMC default is SPREADCYCLE. Infreq #define AXIS2_POWER_DOWN OFF // OFF, ON Powers off 30sec after movement stops or 10min after last<=1x guide. Option #define AXIS2_SENSE_HOME OFF // OFF, HIGH or LOW enables & state clockwise home position, as seen from above. Option #define AXIS2_SENSE_LIMIT_MIN LIMIT_SENSE // ...NSE, HIGH or LOW state on limit sense switch stops movement. Option #define AXIS2_SENSE_LIMIT_MAX LIMIT_SENSE // ...NSE, HIGH or LOW state on limit sense switch stops movement. Option // MOUNT -------------------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Mount#MOUNT #define MOUNT_TYPE GEM // GEM, GEM German Equatorial Mount, etc. that need meridian flips. <-Req'd // GEM_TA GEM w/tangent arm Declination // GEM_TAC GEM w/tangent arm Declination and geometry correction // FORK Fork Mount // FORK_TA FORK w/tangent arm Declination // FORK_TAC FORK w/tangent arm Declination and geometry correction // ALTAZM Altitude/Azimuth Mount, Dobsonians, etc. // ALTAZM_UNL ALTAZM w/unlimited Azimuth motion #define MOUNT_COORDS TOPOCENTRIC // ...RIC, Applies refraction to coordinates to/from OnStep, except exactly Infreq // at the poles. Use TOPO_STRICT to apply refraction even in that case. // Use OBSERVED_PLACE for no refraction. #define MOUNT_COORDS_MEMORY OFF // OFF, ON Remembers approximate mount coordinates across power cycles. Option // Requires FRAM NV memory and the mount must not move while powered down. #define MOUNT_ENABLE_IN_STANDBY OFF // OFF, ON Enables mount motor drivers while in standby. Infreq // TIME AND LOCATION ---------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Mount#TLS #define TIME_LOCATION_SOURCE OFF // OFF, DS3231 (I2C,) SD3031 (I2C,) TEENSY (T3.2 etc,) GPS, or NTP source. Option // Provides Date/Time, and if available, PPS & Lat/Long also. #define TIME_LOCATION_PPS_SENSE OFF // OFF, HIGH senses PPS (pulse per second,) signal rising edge, or use LOW for Option // falling edge, or use BOTH for rising and falling edges. // STATUS ------------------------------------------------------ see https://onstep.groups.io/g/main/wiki/Configuration_Mount#STATUS #define STATUS_MOUNT_LED OFF // OFF, ON Flashes proportional to rate of movement or solid on for slews. Option #define STATUS_BUZZER 2000 // OFF, ON, n. Where n=100..6000 (Hz freq.) for speaker. ON for piezo buzzer. Option #define STATUS_BUZZER_DEFAULT OFF // OFF, ON starts w/buzzer sound enabled. Option #define STATUS_BUZZER_MEMORY ON // OFF, ON to remember buzzer sound setting across power cycles. Option // ST4 INTERFACE -------------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Mount#ST4 // *** It is up to you to verify the interface meets the electrical specifications of any connected device, use at your own risk *** #define ST4_INTERFACE OFF // OFF, ON enables interface. <= 1X guides unless hand control mode. Option // During goto btn press: aborts slew or continue meridian flip pause home #define ST4_HAND_CONTROL ON // ON, ON for hand controller special features and SHC support. Option // Hold [E]+[W] btns >2s: Guide rate [E]- [W]+ [N] trk on/off [S] sync // Hold [N]+[S] btns >2s: Usr cat item [E]- [W]+ [N] goto [S] snd on/off #define ST4_HAND_CONTROL_FOCUSER ON // ON, ON alternate to above: Focuser move [E]f1 [W]f2 [N]- [S]+ Option // GUIDING BEHAVIOUR ------------------------------------------ see https://onstep.groups.io/g/main/wiki/Configuration_Mount#GUIDING #define GUIDE_TIME_LIMIT 20 // 10, n. Time limit n=0..120 seconds. Use 0 to disable. Adjust #define GUIDE_DISABLE_BACKLASH OFF // OFF, Disable backlash takeup during guiding at <= 1X. Option // LIMITS ------------------------------------------------------ see https://onstep.groups.io/g/main/wiki/Configuration_Mount#LIMITS #define LIMIT_SENSE LOW // OFF, HIGH or LOW state on limit sense switch stops movement. Option #define LIMIT_STRICT OFF // OFF, disables limits until unpark goto or sync. ON enables limits at startup. Option // note that ON also disables all motion until date/time are set. // PARKING ---------------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Mount#PARKING #define PARK_SENSE OFF // OFF, HIGH or LOW state indicates mount is in the park orientation. Option #define PARK_SIGNAL OFF // OFF, HIGH or LOW state park input signal triggers parking. Option #define PARK_STATUS OFF // OFF, signals with a HIGH or LOW state when successfully parked. Option #define PARK_STRICT OFF // OFF, ON Un-parking is only allowed if successfully parked. Option // PEC ------------------------------------------------------------ see https://onstep.groups.io/g/main/wiki/Configuration_Mount#PEC #define PEC_STEPS_PER_WORM_ROTATION 12800 // 0, n. Steps per worm rotation (0 disables else 720 sec buffer allocated.) <-Req'd // n = (AXIS1_STEPS_PER_DEGREE*360)/reduction_final_stage #define PEC_SENSE OFF // OFF, HIGH. Senses the PEC signal rising edge or use LOW for falling edge. Option // Ignored in ALTAZM mode. #define PEC_BUFFER_SIZE_LIMIT 720 // 720, Seconds of PEC buffer allowed. Infreq // TRACKING BEHAVIOUR ---------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Mount#TRACKING #define TRACK_BACKLASH_RATE 20 // 20, n. Where n=2..50 (x sidereal rate) during backlash takeup. Option // Too fast motors stall/gears slam or too slow and sluggish in backlash. #define TRACK_AUTOSTART OFF // OFF, ON Start with tracking enabled. Option #define TRACK_COMPENSATION_DEFAULT OFF // OFF, No compensation or REFRACTION, REFRACTION_DUAL, MODEL, MODEL_DUAL. Option #define TRACK_COMPENSATION_MEMORY OFF // OFF, ON Remembers refraction/pointing model compensated tracking settings. Option // SLEWING BEHAVIOUR ------------------------------------------ see https://onstep.groups.io/g/main/wiki/Configuration_Mount#SLEWING #define SLEW_RATE_BASE_DESIRED 2.5 // 1.0, n. Desired slew rate in deg/sec. Adjustable at run-time from <-Req'd // 1/2 to 2x this rate, and as performace considerations require. #define SLEW_RATE_MEMORY ON // OFF, ON Remembers rates set across power cycles. Option #define SLEW_ACCELERATION_DIST 5.0 // 5.0, n, (degrees.) Approx. distance for acceleration (and deceleration.) Adjust #define SLEW_RAPID_STOP_DIST 2.0 // 2.0, n, (degrees.) Approx. distance required to stop when a slew Adjust // is aborted or a limit is exceeded. #define GOTO_FEATURE ON // ON, Use OFF to disable mount Goto features. Infreq #define GOTO_OFFSET 0.25 // 0.25, Offset in deg's for goto target unidirectional approach, 0.0 disables Adjust #define GOTO_OFFSET_ALIGN OFF // OFF, ON skips final phase of goto for align stars so user tends to approach Option // from the correct direction when centering. // PIER SIDE BEHAVIOUR --------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Mount#PIERSIDE #define MFLIP_SKIP_HOME OFF // OFF, ON Goto directly to the destination without visiting home position. Option #define MFLIP_AUTOMATIC_DEFAULT OFF // OFF, ON Start with automatic meridian flips enabled. Option #define MFLIP_AUTOMATIC_MEMORY OFF // OFF, ON Remember automatic meridian flip setting across power cycles. Option #define MFLIP_PAUSE_HOME_DEFAULT OFF // OFF, ON Start with meridian flip pause at home enabed. Infreq #define MFLIP_PAUSE_HOME_MEMORY OFF // OFF, ON Remember meridian flip pause at home setting across power cycles. Infreq #define PIER_SIDE_SYNC_CHANGE_SIDES OFF // OFF, ON Allows sync to change pier side, for GEM mounts. Option #define PIER_SIDE_PREFERRED_DEFAULT EAST // BEST, BEST Stays on current side if possible. EAST or WEST switch if possible. Option #define PIER_SIDE_PREFERRED_MEMORY OFF // OFF, ON Remember preferred pier side setting across power cycles. Option // ALIGN -------------------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Mount#ALIGN #define ALIGN_AUTO_HOME OFF // OFF, ON uses home switches to find home first when starting an align. Option #define ALIGN_MODEL_MEMORY OFF // OFF, ON Restores any pointing model saved in NV at startup. Option #define ALIGN_MAX_STARS AUTO // AUTO, Uses HAL specified default (either 6 or 9 stars.) Infreq // Or use n. Where n=1 (for Sync only) or 3 to 9 (for Goto Assist.) // ================================================================================================================================= // ROTATOR ========================================================================================================================= // Driver models (Step/Dir and Servo) many have specific requirements so be sure to follow the link below to help learn about these. // Typically: A4988, DRV8825, LV8729, S109, TMC2130S, etc. // AXIS3 ROTATOR ---------------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Rotator #define AXIS3_DRIVER_MODEL OFF // OFF, Enter motor driver model (above) to activate the rotator. Option #define AXIS3_SLEW_RATE_BASE_DESIRED 1.0 // 1.0, n. Desired slew rate in deg/sec. Adjustable at run-time from <-Req'd // 1/2 to 2x this rate, and as performance considerations require. // If runtime axis settings are enabled changes in the section below will be ignored (disable in SWS or by wiping NV/EEPROM): // \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ #define AXIS3_STEPS_PER_DEGREE 64.0 // 64.0, n. Number of steps per degree for rotator/de-rotator. Adjust // Alt/Az de-rotation: n = (num_circumference_pixels * 2)/360, minimum #define AXIS3_REVERSE OFF // OFF, ON Reverses movement direction, or reverse wiring instead to correct. Option #define AXIS3_LIMIT_MIN 0 // 0, n. Where n=-360..0 (degrees.) Minimum allowed rotator angle. Infreq #define AXIS3_LIMIT_MAX 360 // 360, n. Where n=0..360 (degrees.) Maximum allowed rotator angle. Infreq #define AXIS3_DRIVER_MICROSTEPS OFF // OFF, n. Microstep mode when tracking. Option #define AXIS3_DRIVER_MICROSTEPS_GOTO OFF // OFF, n. Microstep mode used during slews. OFF uses _DRIVER_MICROSTEPS. Option // for TMC2130, TMC5160, TMC2209, TMC2226 STEP/DIR driver models: #define AXIS3_DRIVER_IHOLD OFF // OFF, n, (mA.) Current during standstill. OFF uses IRUN/2.0 Option #define AXIS3_DRIVER_IRUN OFF // OFF, n, (mA.) Current during tracking, appropriate for stepper/driver/etc. Option #define AXIS3_DRIVER_IGOTO OFF // OFF, n, (mA.) Current during slews. OFF uses IRUN. Option // /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ / #define AXIS3_DRIVER_STATUS OFF // OFF, ON, HIGH, or LOW. For driver status info/fault detection. Option #define AXIS3_DRIVER_DECAY OFF // OFF, Tracking decay mode default override. TMC default is STEALTHCHOP. Infreq #define AXIS3_DRIVER_DECAY_GOTO OFF // OFF, Decay mode goto default override. TMC default is SPREADCYCLE. Infreq #define AXIS3_POWER_DOWN OFF // OFF, ON Powers off 30 seconds after movement stops. Option #define AXIS3_SENSE_HOME OFF // OFF, HIGH or LOW enables & state clockwise home position, as seen from above. Option #define AXIS3_SENSE_LIMIT_MIN OFF // OFF, HIGH or LOW state on limit sense switch stops movement. Option #define AXIS3_SENSE_LIMIT_MAX OFF // OFF, HIGH or LOW state on limit sense switch stops movement. Option // ================================================================================================================================= // FOCUSERS ======================================================================================================================== // Driver models (Step/Dir and Servo) many have specific requirements so be sure to follow the link below to help learn about these. // Typically: A4988, DRV8825, LV8729, S109, TMC2130S, etc. // AXIS4 FOCUSER 1 -------------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Focuser #define AXIS4_DRIVER_MODEL TMC2209 // OFF, Enter motor driver model (above) to activate the focuser. Option #define AXIS4_SLEW_RATE_BASE_DESIRED 1000 // 500, n, Where n=200..5000 (um/s.) Adjustable at run-time from <-Req'd // 1/2 to 2x this rate, and as performance considerations require. #define AXIS4_SLEW_RATE_MINIMUM 50 // 20, n. Where n=5..200 (um/s.) Minimum microns/second. Adjust // If runtime axis settings are enabled changes in the section below will be ignored (disable in SWS or by wiping NV/EEPROM): // \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ #define AXIS4_STEPS_PER_MICRON 0.25 // 0.5, n. Steps per micrometer. Figure this out by testing or other means. Adjust #define AXIS4_REVERSE OFF // OFF, ON Reverses movement direction, or reverse wiring instead to correct. Option #define AXIS4_LIMIT_MIN 0 // 0, n. Where n=0..500 (millimeters.) Minimum allowed position. Adjust #define AXIS4_LIMIT_MAX 50 // 50, n. Where n=0..500 (millimeters.) Maximum allowed position. Adjust #define AXIS4_DRIVER_MICROSTEPS 8 // OFF, n. Microstep mode when tracking. Option #define AXIS4_DRIVER_MICROSTEPS_GOTO OFF // OFF, n. Microstep mode used during slews. OFF uses _DRIVER_MICROSTEPS. Option // for TMC2130, TMC5160, TMC2209, TMC2226 STEP/DIR driver models: #define AXIS4_DRIVER_IHOLD 200 // OFF, n, (mA.) Current during standstill. OFF uses IRUN/2.0 Option #define AXIS4_DRIVER_IRUN 200 // OFF, n, (mA.) Current during tracking, appropriate for stepper/driver/etc. Option #define AXIS4_DRIVER_IGOTO OFF // OFF, n, (mA.) Current during slews. OFF uses IRUN. Option // /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ / #define AXIS4_DRIVER_STATUS OFF // OFF, ON, HIGH, or LOW. For driver status info/fault detection. Option #define AXIS4_DRIVER_DECAY STEALTHCHOP // OFF, Tracking decay mode default override. TMC default is STEALTHCHOP. Infreq #define AXIS4_DRIVER_DECAY_GOTO STEALTHCHOP // OFF, Decay mode goto default override. TMC default is SPREADCYCLE. Infreq #define AXIS4_POWER_DOWN OFF // OFF, ON Powers off 30 seconds after movement stops. Option #define AXIS4_SENSE_HOME OFF // OFF, HIGH or LOW enables & state clockwise home position, as seen from above. Option #define AXIS4_SENSE_LIMIT_MIN OFF // OFF, HIGH or LOW state on limit sense switch stops movement. Option #define AXIS4_SENSE_LIMIT_MAX OFF // OFF, HIGH or LOW state on limit sense switch stops movement. Option // AXIS5 FOCUSER 2 -------------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Focuser #define AXIS5_DRIVER_MODEL TMC2209 // OFF, Enter motor driver model (above) to activate the focuser. Option #define AXIS5_SLEW_RATE_BASE_DESIRED 1000 // 500, n, Where n=200..5000 (um/s.) Adjustable at run-time from <-Req'd // 1/2 to 2x this rate, and as performance considerations require. #define AXIS5_SLEW_RATE_MINIMUM 50 // 20, n. Where n=5..200 (um/s.) Minimum microns/second. Adjust // If runtime axis settings are enabled changes in the section below will be ignored (disable in SWS or by wiping NV/EEPROM): // \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ \/ #define AXIS5_STEPS_PER_MICRON 0.25 // 0.5, n. Steps per micrometer. Figure this out by testing or other means. Adjust #define AXIS5_REVERSE OFF // OFF, ON Reverses movement direction, or reverse wiring instead to correct. Option #define AXIS5_LIMIT_MIN 0 // 0, n. Where n=0..500 (millimeters.) Minimum allowed position. Adjust #define AXIS5_LIMIT_MAX 50 // 50, n. Where n=0..500 (millimeters.) Maximum allowed position. Adjust #define AXIS5_DRIVER_MICROSTEPS 8 // OFF, n. Microstep mode when tracking. Option #define AXIS5_DRIVER_MICROSTEPS_GOTO OFF // OFF, n. Microstep mode used during slews. OFF uses _DRIVER_MICROSTEPS. Option // for TMC2130, TMC5160, TMC2209, TMC2226 STEP/DIR driver models: #define AXIS5_DRIVER_IHOLD 200 // OFF, n, (mA.) Current during standstill. OFF uses IRUN/2.0 Option #define AXIS5_DRIVER_IRUN 200 // OFF, n, (mA.) Current during tracking, appropriate for stepper/driver/etc. Option #define AXIS5_DRIVER_IGOTO OFF // OFF, n, (mA.) Current during slews. OFF uses IRUN. Option // /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ /\ / #define AXIS5_DRIVER_STATUS OFF // OFF, ON, HIGH, or LOW. For driver status info/fault detection. Option #define AXIS5_DRIVER_DECAY STEALTHCHOP // OFF, Tracking decay mode default override. TMC default is STEALTHCHOP. Infreq #define AXIS5_DRIVER_DECAY_GOTO STEALTHCHOP // OFF, Decay mode goto default override. TMC default is SPREADCYCLE. Infreq #define AXIS5_POWER_DOWN OFF // OFF, ON Powers off 30 seconds after movement stops. Option #define AXIS5_SENSE_HOME OFF // OFF, HIGH or LOW enables & state clockwise home position, as seen from above. Option #define AXIS5_SENSE_LIMIT_MIN OFF // OFF, HIGH or LOW state on limit sense switch stops movement. Option #define AXIS5_SENSE_LIMIT_MAX OFF // OFF, HIGH or LOW state on limit sense switch stops movement. Option // Up to 6 focusers can be present (AXIS4 to AXIS9) simply copy the above text for focuser 1 and rename to AXIS5_ for focuser 2, etc // FOCUSER TEMPERATURE ---------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Focuser #define FOCUSER_TEMPERATURE THERMISTOR // OFF, THERMISTOR or n. Where n is the ds18b20 s/n for focuser temp. (TE) Adjust // ================================================================================================================================= // AUXILIARY FEATURES ============================================================================================================== // FEATURES ------------------------------------------------------------- see https://onstep.groups.io/g/main/wiki/Configuration_Aux // Note: Temporarily set DEBUG mode to VERBOSE and use "FEATURE1_TEMP DS1820" to list the DS18B20 device serial numbers. #define FEATURE1_PURPOSE DEW_HEATER // OFF, SWITCH, MOMENTARY_SWITCH, ANALOG_OUT, DEW_HEATER, INTERVALOMETER. Option #define FEATURE1_NAME "Dew Heat 1" // "FE..", Name of feature being controlled. Adjust #define FEATURE1_TEMP OFF // OFF, THERMISTOR or n. Where n is the ds18b20 s/n. For DEW_HEATER temperature. Adjust #define FEATURE1_PIN 2 // OFF, AUX for auxiliary pin, n. Where n is the pin#. (E0) Adjust #define FEATURE1_VALUE_DEFAULT OFF // OFF, ON, n. Where n=0..255 for ANALOG_OUT purpose. Adjust #define FEATURE1_VALUE_MEMORY OFF // OFF, ON remembers SWITCH, ANALOG_OUT, DEW_HEATER state across power cycles. Adjust #define FEATURE1_ON_STATE HIGH // HIGH, LOW to invert so "ON" is 0V and "OFF" is Vcc (3.3V usually.) Adjust #define FEATURE2_PURPOSE DEW_HEATER // OFF, SWITCH, MOMENTARY_SWITCH, ANALOG_OUT, DEW_HEATER, INTERVALOMETER. Option #define FEATURE2_NAME "Dew Heat 2" // "FE..", Name of feature being controlled. Adjust #define FEATURE2_TEMP THERMISTOR // OFF, THERMISTOR or n. Where n is the ds18b20 s/n. For DEW_HEATER temperature. Adjust #define FEATURE2_PIN 4 // OFF, AUX for auxiliary pin, n. Where n is the pin#. (BED/TB) Adjust #define FEATURE2_VALUE_DEFAULT OFF // OFF, ON, n. Where n=0..255 for ANALOG_OUT purpose. Adjust #define FEATURE2_VALUE_MEMORY OFF // OFF, ON remembers SWITCH, ANALOG_OUT, DEW_HEATER state across power cycles. Adjust #define FEATURE2_ON_STATE HIGH // HIGH, LOW to invert so "ON" is 0V and "OFF" is Vcc (3.3V usually.) Adjust #define FEATURE3_PURPOSE OFF // OFF, SWITCH, MOMENTARY_SWITCH, ANALOG_OUT, DEW_HEATER, INTERVALOMETER. Option #define FEATURE3_NAME "FEATURE3" // "FE..", Name of feature being controlled. Adjust #define FEATURE3_TEMP OFF // OFF, THERMISTOR or n. Where n is the ds18b20 s/n. For DEW_HEATER temperature. Adjust #define FEATURE3_PIN OFF // OFF, AUX for auxiliary pin, n. Where n is the pin#. Adjust #define FEATURE3_VALUE_DEFAULT OFF // OFF, ON, n. Where n=0..255 for ANALOG_OUT purpose. Adjust #define FEATURE3_VALUE_MEMORY OFF // OFF, ON remembers SWITCH, ANALOG_OUT, DEW_HEATER state across power cycles. Adjust #define FEATURE3_ON_STATE HIGH // HIGH, LOW to invert so "ON" is 0V and "OFF" is Vcc (3.3V usually.) Adjust #define FEATURE4_PURPOSE OFF // OFF, SWITCH, MOMENTARY_SWITCH, ANALOG_OUT, DEW_HEATER, INTERVALOMETER. Option #define FEATURE4_NAME "FEATURE4" // "FE..", Name of feature being controlled. Adjust #define FEATURE4_TEMP OFF // OFF, THERMISTOR or n. Where n is the ds18b20 s/n. For DEW_HEATER temperature. Adjust #define FEATURE4_PIN OFF // OFF, AUX for auxiliary pin, n. Where n is the pin#. Adjust #define FEATURE4_VALUE_DEFAULT OFF // OFF, ON, n. Where n=0..255 for ANALOG_OUT purpose. Adjust #define FEATURE4_VALUE_MEMORY OFF // OFF, ON remembers SWITCH, ANALOG_OUT, DEW_HEATER state across power cycles. Adjust #define FEATURE4_ON_STATE HIGH // HIGH, LOW to invert so "ON" is 0V and "OFF" is Vcc (3.3V usually.) Adjust #define FEATURE5_PURPOSE OFF // OFF, SWITCH, MOMENTARY_SWITCH, ANALOG_OUT, DEW_HEATER, INTERVALOMETER. Option #define FEATURE5_NAME "FEATURE5" // "FE..", Name of feature being controlled. Adjust #define FEATURE5_TEMP OFF // OFF, THERMISTOR or n. Where n is the ds18b20 s/n. For DEW_HEATER temperature. Adjust #define FEATURE5_PIN OFF // OFF, AUX for auxiliary pin, n. Where n is the pin#. Adjust #define FEATURE5_VALUE_DEFAULT OFF // OFF, ON, n. Where n=0..255 for ANALOG_OUT purpose. Adjust #define FEATURE5_VALUE_MEMORY OFF // OFF, ON remembers SWITCH, ANALOG_OUT, DEW_HEATER state across power cycles. Adjust #define FEATURE5_ON_STATE HIGH // HIGH, LOW to invert so "ON" is 0V and "OFF" is Vcc (3.3V usually.) Adjust #define FEATURE6_PURPOSE OFF // OFF, SWITCH, MOMENTARY_SWITCH, ANALOG_OUT, DEW_HEATER, INTERVALOMETER. Option #define FEATURE6_NAME "FEATURE6" // "FE..", Name of feature being controlled. Adjust #define FEATURE6_TEMP OFF // OFF, THERMISTOR or n. Where n is the ds18b20 s/n. For DEW_HEATER temperature. Adjust #define FEATURE6_PIN OFF // OFF, AUX for auxiliary pin, n. Where n is the pin#. Adjust #define FEATURE6_VALUE_DEFAULT OFF // OFF, ON, n. Where n=0..255 for ANALOG_OUT purpose. Adjust #define FEATURE6_VALUE_MEMORY OFF // OFF, ON remembers SWITCH, ANALOG_OUT, DEW_HEATER state across power cycles. Adjust #define FEATURE6_ON_STATE HIGH // HIGH, LOW to invert so "ON" is 0V and "OFF" is Vcc (3.3V usually.) Adjust #define FEATURE7_PURPOSE OFF // OFF, SWITCH, MOMENTARY_SWITCH, ANALOG_OUT, DEW_HEATER, INTERVALOMETER. Option #define FEATURE7_NAME "FEATURE7" // "FE..", Name of feature being controlled. Adjust #define FEATURE7_TEMP OFF // OFF, THERMISTOR or n. Where n is the ds18b20 s/n. For DEW_HEATER temperature. Adjust #define FEATURE7_PIN OFF // OFF, AUX for auxiliary pin, n. Where n is the pin#. Adjust #define FEATURE7_VALUE_DEFAULT OFF // OFF, ON, n. Where n=0..255 for ANALOG_OUT purpose. Adjust #define FEATURE7_VALUE_MEMORY OFF // OFF, ON remembers SWITCH, ANALOG_OUT, DEW_HEATER state across power cycles. Adjust #define FEATURE7_ON_STATE HIGH // HIGH, LOW to invert so "ON" is 0V and "OFF" is Vcc (3.3V usually.) Adjust #define FEATURE8_PURPOSE OFF // OFF, SWITCH, MOMENTARY_SWITCH, ANALOG_OUT, DEW_HEATER, INTERVALOMETER. Option #define FEATURE8_NAME "FEATURE8" // "FE..", Name of feature being controlled. Adjust #define FEATURE8_TEMP OFF // OFF, THERMISTOR or n. Where n is the ds18b20 s/n. For DEW_HEATER temperature. Adjust #define FEATURE8_PIN OFF // OFF, AUX for auxiliary pin, n. Where n is the pin#. Adjust #define FEATURE8_VALUE_DEFAULT OFF // OFF, ON, n. Where n=0..255 for ANALOG_OUT purpose. Adjust #define FEATURE8_VALUE_MEMORY OFF // OFF, ON remembers SWITCH, ANALOG_OUT, DEW_HEATER state across power cycles. Adjust #define FEATURE8_ON_STATE HIGH // HIGH, LOW to invert so "ON" is 0V and "OFF" is Vcc (3.3V usually.) Adjust // --------------------------------------------------------------------------------------------------------------------------------- #define FileVersionConfig 6 #include "Extended.config.h"

Court, efficace...et zoli en plus 🤘

Bonjour, alors que j’étais en train de changer d’oculaire, mon attention fut attirée par des lumières assez lointaines ! ce n’était pas un avion de ligne car ils passent toujours assez rapidement Alors que celui ci se dirigeait vers le sud assez lentement, beaucoup plus lent que la station iss que j’ai l’habitude de voir passer. en gros , je n’ai jamais vu ce type d’engin volant. 3 lumières orange avec au centre une lumière rouge qui clignote de temps en temps. j’ai réussi à le prendre en photo. si quelqu’un sait ce que c’est dites le moi merci d’avance ! Pour info j’ai zoomé sur certaines sur les différentes photos

Salut, Etrange que SkySafari + ne te le montre pas; ça doit être ton paramétrage. Tous les NGC sont présents dans les versions +. Regarde si tu n'as pas fixé une limite de magnitude

Huphuphup Voici un objet sauvé sur un format carré, du fait d'une deuxième session où j'ai oublié de changer la rotation alors que j'avais modifié le train optique suite à recherche de BF... Le BF est donc corrigé...mais mon image quasi à 90° la 2ème nuit ...donc j'ai dû rabotté au cadrage Néanmoins, 8h par poses de 90" sur SH2-124 dans le Cygne, au C8 à 1450mm f/7. Empilement Siril/Sirilic Traitement pix hyper rapide habituel + finalisation PS. Court, j'espère efficace A vous !

Flûte mon application SkySafari + ne me l’a désignée sur la map ! alors qu’elle me situe d’autres NGC ! du coup , j’ai screen la photo et je me suis repéré par rapport à l’étoile Sargas. je pense l’avoir vu si c’est un amas recouvert d’un halo nébuleux Est ce que c’était lui ? quelle application utilisez-vous svp la mienne ne me propose très peu de ngc merci d’avance

J'ai une FRA500 et un 250PDS