although certain preferred embodiments of the present invention will be shown and described in detail , it should be understood that various changes and modifications may be made without departing from the scope of the appended claims . the scope of the present invention will in no way be limited to the number of constituting components , the materials thereof , the shapes thereof , the relative arrangement thereof , etc ., and are disclosed simply as an example of the preferred embodiment . the features and advantages of the present invention are illustrated in detail in the accompanying drawings , wherein like reference numerals refer to like elements throughout the drawings . although the drawings are intended to illustrate the present invention , the drawings are not necessarily drawn to scale . a hoof pick measure tool 10 is shown in fig1 , 2 , and 3 . the hoof pick measure tool 10 includes a measure body 12 and a pick body 14 . the measure body 12 and the pick body 14 are adjacent to each other . the measure body 12 and the pick body 14 include a common first planer surface 22 . the measure body 12 and the pick body 14 include a common second planer surface 24 . the first planer surface 22 and the second planer surface 24 are parallel to each other . the measure body 12 includes a measure first straight edge 16 , a measure first straight side 17 , a measure second straight side 19 , a measure second straight edge 16 a and a measure end side 20 . the measure first straight side 17 is perpendicular to the first planer surface 22 and the second planer surface 24 . the measure first straight edge 16 is along the junction of the first planer surface 22 and the measure first straight side 17 . the measure second straight side 19 is perpendicular to the first planer surface 22 and the second planer surface 24 . the measure end side 20 is perpendicular to the first planer surface 22 and the second planer surface 24 and joins with the measure first straight side 17 and the measure second straight side 19 . the measure body 12 may further include an opening 26 . the opening passes between the first planer surface 22 and the second planer surface 24 . the opening 26 may include any suitable opening ( e . g ., hole , oblong , etc .). as illustrated in fig1 , the opening 26 may be used to secure any suitable fastening device 28 ( e . g ., key ring , locking hook , etc .). the fastening device 28 may be used to demountably attach the hoof pick measure tool 10 to any suitable body ( e . g ., belt , wall hook , etc .). as illustrated in fig1 , the first planer side 22 of the measure body 12 includes a first set of indicia 30 linear measurement lines on the first planer surface 22 along the measure straight edge 16 . the first set of indicia 30 linear measurement lines may include any suitable linear indicia ( e . g ., english units , metric units , etc .). as illustrated in fig3 , the measure second straight edge 16 a of the measurement body 12 is along the junction of the second planer surface 24 and the measure first straight side 17 . as illustrated in fig3 , the second planer surface 24 of the measure body 12 includes a third set of indicia 30 a linear measurement lines on the second planer surface 24 along the measure second straight edge 16 a . the third set of indicia 30 a may include any suitable linear indicia ( e . g ., english units , metric units , etc .). as illustrated in fig1 - 3 , the pick body 14 includes a first pick straight edge 32 , a second pick straight edge 32 a , a pick straight side 33 , a pick end straight side 34 , a pick back straight side 36 , the first planer surface 22 and the second planer surface 24 . the measure body 12 and the pick body 14 are rigidly joined together to form the hoof pick measure tool 10 . the measure body 12 and the pick body 14 may be formed from a same piece of material . the hoof pick measure tool 10 may be made from any suitable material ( e . g ., steel , stainless steel , brass , hard plastic , etc .). the pick straight side 33 is perpendicular to the first planer surface 22 . the pick straight side 33 may be perpendicular to the measure straight side 17 . the first pick straight edge 32 of the pick body 14 is along the junction of the pick straight side 33 and the first planer surface 22 . the first pick straight edge 32 of the pick body 14 may be perpendicular to the measure straight edge 16 of the measure body 12 . as illustrated in fig1 , the first planer surface 22 of the pick body 12 includes a second set of indicia 30 b linear measurement lines along the first pick straight edge 32 of the pick body 14 . the second set of indicia 30 b linear measurement lines may include any suitable linear indicia ( e . g ., english units , metric units , etc .). as illustrated in fig3 , the second pick straight edge 32 a of the pick body 14 is along the junction of the second planer surface 24 and the first pick straight side 33 . as illustrated in fig3 , the second planer surface 24 of the pick body 14 includes a forth set of indicia 30 c linear measurement lines along the second pick straight edge 32 a of the pick body 14 . the forth set of indicia 30 c linear measurement lines may include any suitable linear indicia ( e . g ., english units , metric units , etc .). the indicia 30 , 30 a , 30 b and 30 c linear measurement lines may be applied by any suitable means ( e . g ., printing , scribing , laser cuts , etching , etc .) to the first planer surface 22 and the second planer surface 24 of the hoof pick measure tool 10 . fig4 illustrates the hoof pick measure tool 10 including indicia 30 and 30 b linear measurement lines in metric units . as illustrated in fig1 and fig3 , the pick straight side 33 joins with the pick end straight side 34 . the pick end straight side 34 joins with the measure second straight side 19 . the pick straight side 33 and the pick end straight side 34 of the pick body 14 form a pick point 38 . a user may use the pick point 38 to pry and loosen foreign matter ( e . g ., dirt , clay , mud , stones , etc .) from a horse hoof 40 ( fig5 ). the user may use the indicia 30 , 30 a , 30 b and 30 c linear measurement lines to measure portions of the horse hoof 40 . the measure body 12 including the first set of indicia 30 linear measurement lines and the third set of indicia 30 a linear measurement lines may include any suitable length of measure . typically , the first set of indicia linear measurement lines 30 and the third set of indicia 30 a linear measurement lines may cover a measurement range of about at least 5 inches . the pick body 14 including the third set of indicia 30 b linear measurement lines and the forth set of indicia 30 c linear measurement lines may include any suitable length of measure . typically , the third set of indicia linear measurement lines 30 b and the forth set of indicia 30 c linear measurement lines on the pick body 14 may cover a measurement range of at least about 2 inches . the second set of indicia 30 a linear measurement lines and the forth set of indicia 30 c linear measurement lines may be optionally applied to the second planer surface 24 of hoof pick measure tool 10 . fig5 illustrates a plan view of the horse hoof 40 . the horse hoof 40 includes a wall 42 , a water line 44 , a white line 46 , a sole 48 , a frog 50 , an apex of the frog 52 , a central sulcus 54 , a collateral groove 56 r , a collateral groove 56 l , a bar 58 r , a bar 58 l , a seat of corn 60 r , a seat of corn 60 l , a heel buttress 62 r , a heel buttress 62 l , a heel bulb 64 r and a heel bulb 64 l . the horse hoof 40 further includes a toe region 66 , a quarter region 68 and a heel region 70 . fig6 illustrates a plan view of the horse hoof 40 including the hoof pick measure tool 10 . the hoof pick measure tool 10 is being used to measure a total width of the horse hoof 40 between a location 72 and a location 74 on the wall 42 . a zero reading line of the indicia 30 is placed on the location 72 and the total width reading of the horse hoof 40 is taken on the indicia 30 line adjacent to the location 74 . additionally , a measurement distance may be taken between the location 72 on the wall 42 and a location 76 on the white line 46 . additionally , a distance measurement may be taken between the location 72 on the wall 42 and the location 78 on the water line 44 . fig7 illustrates a plan view of the horse hoof 40 including the hoof pick measure tool 10 . the hoof pick measure tool 10 is being used to measure a length of the horse hoof 40 between a location 80 and a location 82 . the location 80 is on the toe region 66 of the wall 42 . the location 82 is on the central sulcus 54 closest to the heel region 70 . the zero reading line of the first set of indicia 30 linear measurement lines is placed on the location 80 and the total length of the horse hoof 40 reading is taken on the indicia 30 line adjacent to the location 82 . additionally , a distance measurement may be taken between the location 80 and a location 84 . the location 80 is on the toe region 66 of the wall 42 . the location 84 is on the apex of the frog 52 . additionally , a distance measurement may be taken between the location 84 and the location 82 . a proportion of sole 48 to frog 50 may be determined by dividing the distance between locations 80 and 84 by the distance between locations 84 and 82 . fig8 illustrates a plan view of the horse hoof 40 including the hoof pick measure tool 10 . the hoof pick measure tool 10 is being used to measure a height of the heel buttress 62 r above the collateral groove 56 r between a location 86 and a location 88 . the location 86 is at a bottom of the collateral groove 56 r . the location 88 is on the heel buttress 62 r . the pick point 38 is placed at the location 86 . the second set of indicia 30 b linear measurement lines on the pick body 14 are used to measure the height of the heel buttress 62 r above the collateral groove 56 r between the location 86 and the location 88 . fig9 illustrates a plan view of the horse hoof 40 including the hoof pick measure tool 10 . the hoof pick measure tool 10 is being used to measure a height of the bar 58 l between a location 90 and a location 92 . the location 90 is at an intersection between the bar 58 l and the sole 48 . the location 92 is at an top point of the bar 58 l . the pick point 38 is placed at the location 90 . the forth set of indicia 30 c linear measurement lines on the pick body 14 are used to measure the height of the bar 59 l between the location 90 and the location 92 . fig1 illustrates a fragmentary cross - sectional view of the horse hoof 40 taken along line 11 - 11 of fig1 . the hoof pick measure tool 10 is being used to measure a depth of the center sulcus 54 between a location 94 and a location 96 . the location 94 is at the bottom of the center sulcus 54 . the location 96 is at the top of the frog 50 . the pick point 38 is placed at the location 94 . the second set of indicia 30 b linear measurement lines on the pick body 14 are used to measure the depth of the center sulcus between the location 94 and the location 96 . fig1 illustrates a fragmentary cross - sectional view of the horse hoof 40 taken along line 12 - 12 of fig1 . the hoof pick measure tool 10 is being used to measure a height of the wall 42 between a location 98 and a location 100 . the location 98 is on the sole 48 . the location 100 is at the top of the wall 42 . the pick point 38 is placed at the location 98 . the second set of indicia 30 b linear measurement lines on the pick body 14 are used to measure the height of the wall between the location 98 and the location 100 . fig1 illustrates a fragmentary cross - sectional view of the horse hoof 40 taken along line 14 - 14 of fig1 . as illustrated in fig1 and 14 , a flat surface reference device 102 rests upon the wall 42 . the flat surface reference device 102 may be any suitable device ( e . g ., a flat member , a flat bar , etc .). the hoof pick measure tool 10 is being used to measure a depth of the collateral groove 56 l at the apex of the frog 52 between a location 104 and a location 106 . the location 104 is in the apex of the frog 52 . the pick point 38 is placed at the location 104 . the location 106 is at an intersection of the flat surface reference device 102 and the straight edge 32 of the pick body 14 . the second set of indicia 30 b linear measurement lines on the pick body 14 are used to measure the depth of the collateral groove 56 l at the apex of the frog 52 between the location 104 and the location 106 . fig1 illustrates a fragmentary cross - sectional view of the horse hoof 40 taken along line 16 - 16 of fig1 . as illustrated in fig1 and 16 , the flat surface reference device 102 rests upon the wall 42 . the hoof pick measure tool 10 is being used to measure a depth of the collateral groove 56 r near the heel buttress 62 r between a location 108 and a location 110 . the location 108 is at the bottom of the collateral groove 56 r near the heel buttress 62 r . the pick point 38 is placed at the location 108 . the location 110 is at an intersection of the flat surface reference device 102 and the straight edge 32 of the pick body 14 . the second set of indicia 30 b linear measurement lines on the pick body 14 are used to measure the depth of the collateral groove 56 r near the heel buttress between the location 108 and the location 110 . fig1 illustrates a perspective view of an outside portion 40 a of the horse hoof 40 . the outside portion 40 a includes the toe region 66 , the quarter region 68 , the wall 42 , and a coronary band 114 . the straight edge 16 of the measure body 12 of the horse pick measure tool may be placed between a location 116 and a location 118 . the location 116 is at a lower edge of the wall 42 at the quarter region 68 . the location 118 is on the coronary band 114 . a flare distance “ f 1 ” ( fig1 ) between the wall 42 and the straight edge 16 may be observed and measured . fig1 illustrates a perspective view of the outside portion 40 a of the horse hoof 40 . the straight edge 16 of the measure body 12 of the horse pick measure tool 10 may be placed between a location 120 and a location 122 . the location 120 is at a lower edge of the wall 42 at the toe region 66 . the location 122 is on the coronary band 114 . a flare distance “ f 2 ” ( fig1 ) between the wall 42 and the straight edge 16 may be observed and measured . fig1 , 20 and 21 illustrate another embodiment of a hoof pick measure tool 10 a . the hoof pick measure tool 10 a includes the measure body 12 , the pick body 14 and a rasp device 130 . the rasp device 130 is rigidly attached to the measure body 12 of the hoof pick measure tool 10 a . the rasp device 130 may be any suitable rasp ( e . g ., file , abrasive surface , diagonal grooves , square grooves , etc .). the measure body 12 includes the straight edge 16 and first set of indicia 30 linear measurement lines . the pick body 14 includes the straight edge 32 , the second set of indicia 30 b linear measurement lines and the pick point 38 . the measure body 12 may further include the opening 26 . the opening 26 may be used to secure any suitable fastening device 28 ( not shown ). the fastening device 28 may be used to demountably attach the hoof pick measure tool 10 a to any suitable body ( e . g ., belt , wall hook , etc .). the rasp device 130 may be used to file down any suitable portion of the horse hoof 40 . fig2 illustrates a plan view of another embodiment of a hoof pick measure tool 10 b . the hoof pick measure tool 10 b includes the measure body 12 , the pick body 14 , the rasp device 130 and a brush device 132 . the brush device 132 is rigidly attached to the measure body 12 . the brush device 132 includes a brush 134 . the brush 134 may be used to help brush foreign matter from the horse hoof 40 . fig2 illustrates a plan view of another embodiment of a hoof pick measure tool 10 c . the hoof pick measure tool 10 c includes the measure body 12 , the pick body 14 , the opening 26 , the fastening device 28 and the flat surface reference device 102 . the flat surface reference device 102 may be any suitable device ( e . g ., a flat member , a flat bar , etc .). the flat surface reference device 102 includes an opening 140 . the fastening device 28 passes through the opening 26 and the opening 140 . the fastening device 28 removably connects the measure body 12 and the straight edge device 102 . the fastening device may be any suitable device ( e . g ., key ring , locking hook , etc .). the flat surface reference device 102 may be disconnected from the measure body and may be used to assist in horse hoof 40 measurements . the foregoing description of the present invention has been presented for purposes of illustration and description . it is not intended to be exhaustive or to limit the invention to the precise form disclosed , and many modifications and variations are possible in light of the above teaching . such modifications and variations that may be apparent to a person skilled in the art are intended to be included within the scope of this invention as defined by the accompanying claims .