Help me draw the flowchart of this coding please. I need a full flowchart.

Tratate. Approximately equal to degree of rotation DATA SEGMENT porta eu de portbagu Mezh porte quweth Con and port euch steps_before_direction_change equ 13 DATA ENDS CODE SEGMENT now ax, DATA novde, jap initialise door unlocked db 801 db db ab eine a) db 100 db 10 total of 93.6 degree of potation before directional change to CC 18. degree of half step door locked ab 1100 ab eine db with a db 11.00 db Bee db 100 dh 100e.ee Initialive! nevaxe ROUEN. total of 3.6 degree of patation before directional change to CU 10. degree of hall step port to a 1/0 dovlees Idolay counter idhi capacity counter i before directinal change retation Step counter indicator te initialle locked state and switch between locked and unlocked state Conad Byte lead con and Dyse inte son and register is yeter start with locked state novi. nova1.91 out cannand port.al jep initialitart piri inal. porte ROUX, Berih di : loop di test 1.000e_e01 ja pir2 p ADC process pir2:in alpers: ROMER arh dileep d2 testa.010 Ja piri deed noval. 100.000 OP al. out portal nou bolet door unlocked Jnp next step ADC-process now al. 180.00 Oral, Ut portal nou al Op alah out portb.al ROP naval. 100.000 Pl. out portal ROU C. Bath 3:loop du I sample pirt input data from pirt at porte spiri used to trace for entry delay for a while schech activation of pirt sensor at put pin if no detection at entry proceed alternative sense by pir which indicates exit if any detetion, then jap to ADC process Isanple input data from pirat perte delay for a while Thech activaion of pir2 center at pe pin detection At exit proceed alternative ence by pirs which indicate entry i sit pattern teet hy in high activate red led iconbine bit pattern of both red led and 12 gent i aplay to ensure continuo display output the pattern at part to activate 16 devices offset Address to access content at door unlocked AFFRY jump te next step to unlock door bit pattern to make VRUTE sal high output to make VRITE ya hihat ph6 pin of 8255 hit pattern to make TE siynai low allow LED continue display start of signal conversion by setting VRITE signal lou Twait This pattern to make WRITE signal high again allow LED to continue display Enake WRITE signal high again to triger INTR pin to high delay awhile check check in l.port_e input INTR pin status test al.1h icheck whether INTR have become low which indicates end of conversion and exit BUSY state na check if INTR still high Jump to check again RONax. clear ax register to ready for input sampling inal. port_a Torrent de register is stored in stack register to prevent the overflow value of nultiplication noy bx. 100 interrupt the current value stored in a register lead 100 to include twe desimal places of input reading mul hx new bx.2 lead to divide 2 and get back tenperature value fron veltage input divbx du salon operation i pep back previous ex register value before multipl leation tenperature Jense: nov bx.death Tuet upper boundary of temperature 375 which irepresent 32.58 dereceleius CRP AX, iconpare the calculated input tenperature with upper boundary set Ja piri Hoceed or body temperatura une has to piri NOV. 10 Net lower boundary or temperature 360 Nich i represent 36.0 degree celetus SAPAX, sonpare the calculated input tenperature with lower boundary set 31 piri ir below normal body temperature which indicates inproper en Junp back to pipi again CRP h. piri ir exceed max capacity of unp back to pirt state Ine ab increase capacity counter which indicates entry by one nov 11.1990_anna oral.dk generate M pattere for both red led and 2 oyent counter out portal activate both red led and show updated capacity counter value nou bordet door_unlocked lead content At offent address door unlocked array JRp next step to continue for rotation initial_start: nov bx, offset door locked next_stept now al. Tbx.) out port_c. a1 ing 1 CRp 1.8 jb next step nov. ing 41 an die steps_before_direction_change 3 next nou dl. Ine di now ex. Barth 15: loop 25 CRP 11.1 Ja piri sub ai.2 hall_effect_sensor: in al.port testo 1880 na hali effect sensor Royal.ch out portal ROUX, walih de loop de wait door.close! in al. pert test 1.000.000 Ja wait_door_close JRP init 1&1 start INDE END Istart fron clockwise cou) half-step. base plus index addressing node to access content in array output hit pattern to rotate stepper meter increase step count by 1 Compare with maxi uns step count for 90 degree of rotation Iresett to increase counter for stepper motor rotation before change direction to trace i cenplete 97.6 degree al rotation before change direction juny to next step to continue rotation if a less than 1 reset stepper motor rotation counter indicater to enter locked state when initialise or change state Idelay Sindicator to show whether initalise of locked state have done mathematical operation to suite state between locked and unlocked in default pe always high since door is always closed De heck whether door is opened up and check door close in unlocked state load bit patter acces red led and led display ideactivate red led instead show led display only Idelay Isanple the status of magnetic sensor or seed switch check whether deer is swing back to close position after open jump to lock the door after it is suing back Tratate. Approximately equal to degree of rotation DATA SEGMENT porta eu de portbagu Mezh porte quweth Con and port euch steps_before_direction_change equ 13 DATA ENDS CODE SEGMENT now ax, DATA novde, jap initialise door unlocked db 801 db db ab eine a) db 100 db 10 total of 93.6 degree of potation before directional change to CC 18. degree of half step door locked ab 1100 ab eine db with a db 11.00 db Bee db 100 dh 100e.ee Initialive! nevaxe ROUEN. total of 3.6 degree of patation before directional change to CU 10. degree of hall step port to a 1/0 dovlees Idolay counter idhi capacity counter i before directinal change retation Step counter indicator te initialle locked state and switch between locked and unlocked state Conad Byte lead con and Dyse inte son and register is yeter start with locked state novi. nova1.91 out cannand port.al jep initialitart piri inal. porte ROUX, Berih di : loop di test 1.000e_e01 ja pir2 p ADC process pir2:in alpers: ROMER arh dileep d2 testa.010 Ja piri deed noval. 100.000 OP al. out portal nou bolet door unlocked Jnp next step ADC-process now al. 180.00 Oral, Ut portal nou al Op alah out portb.al ROP naval. 100.000 Pl. out portal ROU C. Bath 3:loop du I sample pirt input data from pirt at porte spiri used to trace for entry delay for a while schech activation of pirt sensor at put pin if no detection at entry proceed alternative sense by pir which indicates exit if any detetion, then jap to ADC process Isanple input data from pirat perte delay for a while Thech activaion of pir2 center at pe pin detection At exit proceed alternative ence by pirs which indicate entry i sit pattern teet hy in high activate red led iconbine bit pattern of both red led and 12 gent i aplay to ensure continuo display output the pattern at part to activate 16 devices offset Address to access content at door unlocked AFFRY jump te next step to unlock door bit pattern to make VRUTE sal high output to make VRITE ya hihat ph6 pin of 8255 hit pattern to make TE siynai low allow LED continue display start of signal conversion by setting VRITE signal lou Twait This pattern to make WRITE signal high again allow LED to continue display Enake WRITE signal high again to triger INTR pin to high delay awhile check check in l.port_e input INTR pin status test al.1h icheck whether INTR have become low which indicates end of conversion and exit BUSY state na check if INTR still high Jump to check again RONax. clear ax register to ready for input sampling inal. port_a Torrent de register is stored in stack register to prevent the overflow value of nultiplication noy bx. 100 interrupt the current value stored in a register lead 100 to include twe desimal places of input reading mul hx new bx.2 lead to divide 2 and get back tenperature value fron veltage input divbx du salon operation i pep back previous ex register value before multipl leation tenperature Jense: nov bx.death Tuet upper boundary of temperature 375 which irepresent 32.58 dereceleius CRP AX, iconpare the calculated input tenperature with upper boundary set Ja piri Hoceed or body temperatura une has to piri NOV. 10 Net lower boundary or temperature 360 Nich i represent 36.0 degree celetus SAPAX, sonpare the calculated input tenperature with lower boundary set 31 piri ir below normal body temperature which indicates inproper en Junp back to pipi again CRP h. piri ir exceed max capacity of unp back to pirt state Ine ab increase capacity counter which indicates entry by one nov 11.1990_anna oral.dk generate M pattere for both red led and 2 oyent counter out portal activate both red led and show updated capacity counter value nou bordet door_unlocked lead content At offent address door unlocked array JRp next step to continue for rotation initial_start: nov bx, offset door locked next_stept now al. Tbx.) out port_c. a1 ing 1 CRp 1.8 jb next step nov. ing 41 an die steps_before_direction_change 3 next nou dl. Ine di now ex. Barth 15: loop 25 CRP 11.1 Ja piri sub ai.2 hall_effect_sensor: in al.port testo 1880 na hali effect sensor Royal.ch out portal ROUX, walih de loop de wait door.close! in al. pert test 1.000.000 Ja wait_door_close JRP init 1&1 start INDE END Istart fron clockwise cou) half-step. base plus index addressing node to access content in array output hit pattern to rotate stepper meter increase step count by 1 Compare with maxi uns step count for 90 degree of rotation Iresett to increase counter for stepper motor rotation before change direction to trace i cenplete 97.6 degree al rotation before change direction juny to next step to continue rotation if a less than 1 reset stepper motor rotation counter indicater to enter locked state when initialise or change state Idelay Sindicator to show whether initalise of locked state have done mathematical operation to suite state between locked and unlocked in default pe always high since door is always closed De heck whether door is opened up and check door close in unlocked state load bit patter acces red led and led display ideactivate red led instead show led display only Idelay Isanple the status of magnetic sensor or seed switch check whether deer is swing back to close position after open jump to lock the door after it is suing back